LINE DEFLECTION CIRCUIT CHECKS All of the following tests must be carried out with the MAINS switched OFF. Any operations carried out with the MAINS switched ON may lead to components being destroyed. After replacing line output transistor TL030, it is recommended that you carry out a preliminary tests to ensure that line scanning is functioning correctly. For example, if line output transformer DST (LL008) is short circuit, TL030 will be destroyed again. To check the operation of line stage, the following configuration can be used. This will make it possible to find faults in this section without risk to any other components. Set MAINS SWITCH to OFF. CP170: (K/6)* short-circuited. JL010: (M/8)* replaced by a test resistor R=100 Ohms. Note: During these tests the power in the test resistor R will be approximately 33 W. Using a RP022 type resistor only allows limited operation (one minute maximum) this should be long enough to check a few of the line output stage secondary voltages. For longer operation, a higher-power resistor should be used.

TV ON: check the following voltages :

U Syst :

Usyst (P/5)* (V+/-5V) U vert / CP130 ( P/4)* (V) +Us / -Us (L/5-4)* (V) 7V / CP140 (J/3-4)* (V) 10V SBY/ K DP133 (N/5)* (V) Vcc1 / 44-IV001 (J/7)* (V) UVFB / K DL043 (K/8)* (V) 13V / CL042 (J/8)* (V) 200V / CL046 (P/6)* (V) 5V / CP143 (H/3)* (V)

50 Hz 131V

50Hz 132

50Hz 137V

131 26 15 6.6 11.3 7.9 52.2 11.6 188.4 5

132 25.5 12.2 6.6 11.2 7.9 52.4 11.6 188 5

137 25.5 13 6.6 11.2 7.9 52.5 11.6 188 5

100Hz 134V

100 Hz 137V

134 137 22.6 22.4 18.6 16.8 5.8 5.9 10.9 11.3 7.9 7.9 52.7 54.7 11.2 11 122.7 (**) 119.4 (**) 5 5

100 Hz 140V 139.9 22.7 13.5 5.5 11 8 40.9 9.8 182 5

(*) Components location reference ( ** ) With several new version of the DST (LL008) the ( U syst - 1V ) voltage appears at this point during the test mode or when the TV is placed in the Standby mode. The « Family » table below shows the relation between the 200V and the DST/Tube configuration. Family 100Hz

100Hz

134V

137V

100Hz 140V (PANORAMA)

Tube A66EGW 48X322 W66EGV023X122 W76EGV023X122 W76EGV023X122 W76EGX023X122 W76EGX023X122 A66EHJ 48X 12 A66EGW 48X322 A66EGW 83X122 A59EGD048X322 A68EGD038X322 A68EGD038X322 A68EGV038X322 A80AJA 16X120 A80EJA 16X122 A90AFX 16X120 W66EGV023X122 W76EGV023X122 W76EGX023X878

Family 50Hz 131V

DST 10460360 10468160 10468160 10520330 10520330 10576740 10551170 10468070 10510870 10468070 10468070 10510870 10551150 10510870 10510870 10510870 10576740 10576740 10576740

(*) (*) (*) (*) (*)

50Hz 50Hz

132V 137V

Tube A59EGD048X300 A68EGD038X300 A80AEJ15X01 A66EHJ 13X 15 W66EGV023X015 W66EGV023X115 W76EGX023X115

DST 10517720 10517720 10517750 10517740 10517750 10517750 10517750

(*)

(*) (*) (*) (*) (*) (*) (*) (*)

(*) DST with 200V = Usyst + Forward from the DST Other types: 200V = Flyback from the DST

MAIN BOARD

(*) (*) (*) (*) (*) (*) (*)

FRAME DEFLECTION CIRCUIT CHECKS

All of the following tests must be carried out with the MAINS switched OFF. Any operations carried out with the MAINS switched ON may lead to components being destroyed. After replacing integrated circuit IF001: Before switching power back on, it is recommended to carry out an initial test without the +UVFB voltage, because if the destruction of the component is linked to another faulty component, there is the risk of the new IF001 or other components being destroyed.

- Set mains switch to OFF. - Unsolder pin 9 of transformer DST (LL008).

This configuration can be used to check the operation of the frame amplifier during the transient defined by normal operation of the protective circuit (1-2 seconds). This is generally sufficient to check whether the normal frame scanning sawtooth voltage is correct during the scanning sweep.

TV ON : Examine the signal on point 5 of IF001 using an oscilloscope

1 - Correct :

2- Incorrect

# 25 Vpp

# 25 Vpp

If there is a fault, two states only may be observed in the place of the sawtooth: - high at +Uvert voltage. - low at earth. with sudden tilting in the middle of the sweep. Possible faults: - Investigation in IF001-IV001 loop. - Checks of RF024-RF023. - New integrated circuit test: IV001 (STV2161/STV2162). Check also : - DL043 (risk of short-circuit) before carrying out the final test with pin 9 of DST resoldered.

MAIN BOARD

OPERATION ENHANCEMENTS ICC19 16/9 50 Hz CHASSIS 32WS88KE - 28WS78KE - 32WS83KP - 28WS73KD

- POWER SUPPLY SWITCHES TO SAFETY MODE DURING VCR OPERATING Cause : Missing synchronisation signal during 1 or 2 frames (bad quality video cassette) Solution : - Replace CL067 capacitor 100 nF 100V by 1µ 63V (Code 90568280) - Add RL066 a melf resistor of 220k 5% 100mW (Code 10328700).

ICC19 50 Hz OR 100 Hz CHASSIS * A PERMANENT RESIDUAL NOISE CAN BE HEARD FROM THE SPEAKER WHEN THE SET IS IN STANDBY MODE - Change CP120 from 470 uF 35V to 330 uF 25V tocom 10448410.

* INTEGRATED CIRCUIT OPERATION PRECAUTIONS

. IN CASE OF FAILURE OF IC TDA8177F ( CODE 10352880 ) IN POSITION IF001 WARNING

It is compulsory to use TDA8177F Tocom 10352880 designed for higher output current than TDA8177 Tocom 15053440 used in TX92. In case of mistake the new IC would be immediately destroyed at switch on. ICC19 100Hz CHASSIS STEREO OR DOLBY STEREO

.MOIRE OR BLACK VERTICAL BAR ON THE SCREEN (IN VHF BAND 1) ( only applicable to Italy ) Cause : Cross talk between power supply and tuner. Solution : - Replace the switch mode transformar LP020 by a new one having code : - 10553820 ( stéréo ) - 10553830 ( dolby stéréo ).

ICC19 100 Hz

.TERRESTRIAL MAGNETIC FIELD PICTURE ROTATION ( MAINLY WITH 16/9 SETS - PROBLEM HIGHLIGHTED BY TELETEXT, SUBTITLE AT THE BOTTOM OF THE PICTURE ) Cause : Depending of the orientation in terrestrial magnetic field. Solution : - Future 16/9 models will be equiped with (EFC) Earth field correction adjustable by software. A kit EFC with manual adjustment is availaible for After Sales under reference 35059270. It includes module, coil, all necessary cables and mounting instructions. Nota : - New models EFC equiped.The models 16/9-100 Hz-28 or 32 inches, produced from week 98-11 (with serial number AK3025110 onwards) are now equiped with EFC and manual adjustments described above. It is necessary to remove the back cover to access the potentiometer.

POWER SUPPLY CHECK AND FIND «PROT» FAILURE

All of the following tests must be carried out with the MAINS switched OFF. Any operations carried out with the MAINS switched ON may lead to components being destroyed.

to analyse a «PROT» fault condition it is possible to use the following test configuration. In this configuration the power supply will be working with its normal regulation loop, the deflection stage and any "PROT" information is disabled in order to locate the cause of the problem.

- MAINS switched «OFF» - CP170 short-circuited (K/6)* - JL010 removed (M/8)* or desolder Pin 6 of DST (LL08) - Connect a R= 75 Ohms (4W) between +Vs and -Vs (L-M/4-5)*

- Switch «ON» TV : Measure the following voltages.

U Syst :

Usyst (P/5)* (V+/-5V) U vert / CP130 ( P/4)* (V) +Us / -Us (L/5-4)* (V) 7V / CP140 (J/3-4)* (V) 10V SBY/ K DP133 (N/5)* (V) Vcc1 / 44-IV001 (J/7)* (V) UVFB / K DL043 (K/8)* (V) 13V / CL042 (J/8)* (V) 200V / CL046 (P/6)* (V) 5V / CP143 (H/3)* (V)

50 Hz 131V

50Hz 132

50Hz 137V

100Hz 134V

100 Hz 137V

100 Hz 140V

131.5 13 6.4 4.3 10.6 7.8 13.3 0 0 0

133 14.2 6.4 8.6 11.2 7.9 14.5 0 0 0

138 14.2 6.4 8.6 11.2 7.9 14.5 0 0 0

134.3 12.7 8 6.8 10.2 7.9 12.7 0 0 0

141 12.8 8.3 7.4 10.4 7.9 12.8 0 0 0

140 11.8 6 6.4 9.3 7.8 11.1 0 1.1 0.2

(*) Components location

safety circuit block diagram only

CHECK «STANDBY POWER SUPPLY »

All of the following tests must be carried out with the MAINS switched OFF. Any operations carried out with the MAINS switched ON may lead to components being destroyed.

To check that the « standby » status is correct , the following test configuration can be used :

- Mains switched «OFF» - Short circuit between the base of TV002 and the ground of CV002

- Main switch «ON» : check the following voltages.

U Syst :

Usyst (P/5)* (V+/-5V) U vert / CP130 ( P/4)* (V) +Us / -Us (L/5-4)* (V) 7V / CP140 (J/3-4)* (V) 10V SBY/ K DP133 (N/5)* (V) Vcc1 / 44-IV001 (J/7)* (V) UVFB / K DL043 (K/8)* (V) 13V / CL042 (J/8)* (V) 200V / CL046 (P/6)* (V) 5V / CP143 (H/3)* (V)

50 Hz 131V

50Hz 132

50Hz 137V

100Hz 134V

100 Hz 137V

100 Hz 140V

84.3 14.3 9 4.3 11.3 0.2 13.9 0 82.7 0

108 15.1 7 7.7 11.3 0.9 14.8 0 107 0

114 15 8 7 11.3 0.9 14.7 0 113 0

106 14.4 11.5 6.6 11 1.1 14.1 0 0 (**) 0

114.5 14.4 10.2 6.7 11.4 1.2 14.3 0 0 (**) 0

94.5 13.2 7.3 5.8 10.8 1 12.1 0 94 0

(*) Components location ( ** ) With several new version of the DST (LL008) the ( U syst - 1V ) voltage appears at this point during the test mode or when the TV is placed in the standby mode. The « Family » table below shows DST ( LL008 ) marked (*) number.

In this mode, you can control the stability of the voltage U syst. with an oscilloscope. Family 100Hz

100Hz

134V

137V

100Hz 140V (PANORAMA)

Tube A66EGW 48X322 W66EGV023X122 W76EGV023X122 W76EGV023X122 W76EGX023X122 W76EGX023X122 A66EHJ 48X 12 A66EGW 48X322 A66EGW 83X122 A59EGD048X322 A68EGD038X322 A68EGD038X322 A68EGV038X322 A80AJA 16X120 A80EJA 16X122 A90AFX 16X120 W66EGV023X122 W76EGV023X122 W76EGX023X878

Family 50Hz 131V

DST 10460360 10468160 10468160 10520330 10520330 10576740 10551170 10468070 10510870 10468070 10468070 10510870 10551150 10510870 10510870 10510870 10576740 10576740 10576740

(*) (*) (*) (*) (*) (*)

(*) (*) (*) (*) (*) (*) (*) (*)

50Hz 50Hz

132V 137V

Tube A59EGD048X300 A68EGD038X300 A80AEJ15X01 A66EHJ 13X 15 W66EGV023X015 W66EGV023X115 W76EGX023X115

DST 10517720 10517720 10517750 10517740 10517750 10517750 10517750

(*) DST with 200V = Usyst. + Forward from the DST Other type: 200V = Flyback from the DST

MAIN BOARD

(*) (*) (*) (*) (*) (*) (*)

SAFETY COMPONENTS CHECKS It may be prudent to check two safety components associated with secondary voltages derived from the DST.

Component Part No

Location

Value

Possible Component Failure

RL043

K/8

2.2 R

Short circuit on VFB ? Check DL043 See Frame Deflection Circuit Checks

ZL041

K/7

0R

Short circuit on the +13V ? Check DL041

CHECK VIDEO MODULE VM 19100

Start Main Loop

Switch TV "ON"

TV Standby LED GREEN ?

No

# IIC-BUS repair routine

Yes

Is a Picture displayed ?

No

# Power repair routine

# Signal repair routine

No

# Sync.H repair routine

# Sync. repair routine No H&V sync

Yes

Is Picture Syncronized ?

# Sync.V repair routine

Yes

Are all ZOOM modes working

Yes

Upconverter working end

No

# Zoom repair routine

CHECK VIDEO MODULE VM 19100

IIC - BUS Repair routine

Is IIC-BUS BV006 pins 9 & 10 HIGH ?

No

# Power repair routine

No

Check CV635, CV636 for S/C. Replace TDA9143

Yes

Is IIC-BUS IV601 pins 5 & 6 HIGH ?

Yes No fault found

Is IIC-BUS IV001 pins 14 & 15 HIGH ?

No

Check CV033, CV032 for S/C. Replace STV2165

Yes No fault found

Is IIC-BUS IV308 pins 67 & 68 HIGH ?

No

Replace DMU0 IV308

Yes

End return to main loop

* S/C = Short Circuit * O/C = Open Circuit

CHECK VIDEO MODULE VM 19100

# Power Repair Routine

Is 5V @ BV006 pin 6 Is 9V @ BV011 pin 20

No

Check for S/C on faulty voltage to ground

No

Problem on Chassis

Yes Yes Repair S/C

Is Module protector ZV301 O/C

Yes

Check for S/C & repair fault

Replace module protector

Check CV601, CV602, IV601 for S/C replace faulty comp.

Replace RV601

Check CV021, CV022, IV001 for S/C replace faulty comp.

Replace RV041

No

Yes Is RV601 O/C

No

Is RV041 O/C

No

Return to main Loop

Yes

* S/C = Short Circuit * O/C = Open Circuit

CHECK VIDEO MODULE VM 19100 # Signal Repair Routine

Is CVBS at pin 19

No

Problem on chassis

Yes

Is CVBS at IV601 pin 26 & Luma pin 12

No

Check associated Fault Comp. for S/C or O/C

Replace faulty Comp.

No fault found Yes Replace IV601

Is 1H Luma at DMU0 pin 26

No

Is 2H Luma at DMU0 pin 36

No

Yes

Check 1H filter/amp.

Is 5V at DMU0 pins 35 and 40

Replace faulty Comp.

No

Yes

Check Vref pin 38 2,95V Iref pin 39 1,25V

No

OK

Check 5V at CV395

OK

Go to 1

Go to 2

Faulty

Check for faulty comp. S/C & O/C

Repair faulty circuit

CHECK VIDEO MODULE VM 19100

2

1

Check IV309 S/C & O/C

No

Replace DMU0

Is 2H Luma at IV001 pin 26

No

Repair 2H post filters

Yes

Is 2H Luma at IV001 pin9

No

Replace IV001

Yes

Fault on Chassis

* S/C = Short Circuit * O/C = Open Circuit

Yes

Replace IV309

CHECK VIDEO MODULE VM 19100 # Sync. repair routine horizontal

Check pin 17 IV601 for Hsync 15.625 kHz

No

Is CVBS at IV601 pin 26

No

# Signal repair routine

Yes

Ok

Check IV601, Replace Hpll, VccDMU0 repair as nessesary

Check pin 31 IV308 for Hsync 15.625 kHz

No Sync.

Test RV607, RV376 for O/C* & CV633 for S/C*

OK

# Zoom repair

# Power repair

Fault

Check pin 46 IV308 for Hsync 31.25 kHz

No Sync.

Check Osc. Acq pin 7, Disp pin 56, Defl pin 53

Fault

OK

Check supplies pins 10, 20, 33, 35, 40, 55 & 65

OK

OK

Replace IV308

Check pin 9 BV011 for Hsync 31.25 kHz

OK

No Sync.

Test RV369, LV320 & CV365

Repair fault

OK

Problem on chassis

Return main loop

Fault

* S/C = Short Circuit * O/C = Open Circuit

CHECK VIDEO MODULE VM 19100 # Sync. repair routine vertical

Check pin 11 IV601 for V period 20 mS

No

Is CVBS at IV601 pin 26

No

# Signal repair routine

Yes

OK

Check IV601, Replace Hpll, VccDMU0 repair as nessesary

Check pin 30 IV308 for V period 20 mS

No Sync.

Test RV602, RV375 for O/C

OK

# Zoom repair

# Power repair

Fault

Check pin 45 IV308 for V period 10 mS

No Sync.

Check Osc. Acq pin 27, Disp pin 56, Defl pin 53

Fault

OK

OK

Check supplies pins 10, 20, 33, 35, 40, 55 & 65

OK

Replace IV308

Check pin 8 BV011 for V period 10 mS

OK

No Sync.

Test RV370, LV321 & CV366

OK

Problem on chassis

Return main loop

Fault

Repair fault

CHECK VIDEO MODULE VM 19100

# Sync. repair routine no H & V sync

Check pin 2 BV011 for SSC

Fault

Problem on chassis

OK

Check pin 18 IV001 for SSC

Fault Check RV305

OK

Test power supply pins 5, 19, 25 & 29

OK

Replace IV001 else fault on chassis

Return main loop

Fault

# Power repair routine

CHECK VIDEO MODULE VM 19100 # Zoom repair routine

Check defl. Clk. amplitude to small /signal not present pin 53 IV308

Yes

If signal to small check amplifier TV305, TV306

If signal not present check output PFD's pin 29 IV308 & defl. VCO

Yes

If signal to small check amplifier TV307, TV308

If signal not present check output PFD's pin 43 IV308 & displ. VCO

No

Check pin 28 IV308 for >2-8V

No

Check display CLK amplitude to small /signal not present pin 56 IV308

No

Switch ACQ CLK from 12, 16 & 18 MHz check at pin 14 IV309

Is 12 MHz to spec.

Yes

Faulty

OK

Yes

No

Check pin 28 IV308 for

MAIN MENU - MENU PRINCIPAL




- “Change“ value - Wert “änden“ - “Cambiare“ valore - “Cambiar“ valor

GEOMETRY

Remote Control

SELECT

SALIDA TEMPORAL DEL MODO SERVICIO

- Utiliser la touche Exit de la télécommande. - Le menu utilisateur peut être accessible via la touche «Menu».

EXITING FROM SERVICE MODE

DOWN

1

+ 0E 00 to FF Hexadecimal value valeur hexadécimale Einstellungswert hexadezimal Valore esadecimale Valor héxadecimal

Naviagation down

- “Change“ value - Wert “änden“ - “Cambiare“ valore - “Cambiar“ valor

2

UP

SELECT

H-Position

- Select option - Option anwählen - Selezionare l’opzione - Seleccionar opción

Soft-Ver. Config. Serial-No.

- Press Exit on the Remote control. - Everyday use menu can be accessed via Menu button.

3

DOWN

SELECT

En modo servicio: - Se ignora la función de bloqueo y se inicializa la función “cerradura ninos”. - Anula todos las horas programadas - La patilla 8 del SCART es ignorada - La detección WSS AV Link, EPG, y Telexto son desactivados. - El apagado automático en caso de ausencia de señal de antena es desactivado. - El contraste,color y brillo son puestos a los valores de fábrica. - la nitidez es puesta al punto medio. - La expansión de contrast al nivel bajo - Modo Instalación es desactivado. - Zoom y formato ignorados.

Nel service mode: - la funzione Blocco ( Numero Pin ) viene ignorata e la funzione Blocco Bambini è reinizializzata. - Cancellare la programmazione sveglia - Il piedino 8 della scart deve essere ignorato. - I riconoscimenti AV-Link WSS, EPG e televideo deveno essere disabilitati. - Funzione automatica di standby, nel caso di mancanza del segnale d’antenna deve essere disabilitata. - Contrasto, colore, luminosità : regolazioni di fabrica. - Nitidezza: media (nominale) - Espansore contrasto troppo basso. - IModo Install disabilitato. - Formato default e zoom.

UP

Naviagation up

2

Nota :

Nota :

Anmerkung :

En mode service: - Le verrouillage parental est effacé ( réinitialisé ). - La fonction de verrouillage ( Pin number ) est ignorée. - La programmation des heures «reveille/matin» est annulée. - Possibilité de passer en mode service avec commutation lente active. - AV- Link , la détection WSS, l’EPG et le Vidéotexte ne sont pas validés. - La fonction de stand-by automatique en cas d’absence de signal d’antenne n’est pas validée. - Les valeurs de réglages usine sont affectées au contraste, à la couleur et à la lumière. - Le contour est appelé à sa valeur moyenne. - L’expansion contraste est au niveau bas. - Le mode d’installation et l’ambiance «Light sensor» ne sont pas valdes. - Zoom et format ignorées.

• Apague la TV con el botón MARCHA:PARADA. • Pulse los botones PR - y VOL - y sin soltarlos,pulsar la tecla MARCHA:PARADA. • Libere los botones PR - y VOL - .

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

Note :

2

• Spegnere il TV mediante il pulsante ON/OFF. • Premere i tasti PR- e VOL- accendendo il TV con il pulsante ON/OFF. • Premere i pulsanti PR - e VOL -.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

III - LITE-MENU FOR FIELD SERVICE MODE MENUS DU MODE SERVICE

DISPLAYING THE VALUE OF THE SETTING - AFFICHAGE DES VALEURS - ANZEIGE DES EINSTELLUNGSWERTS VISUALIZZAZIONE DEL VALORE DELLA REGOLAZIONE VISUALIZACION DEL VALOR DE AJUSTE

➠

Note : In service mode : - The child lock function is re-initialized - The look function (PIN Number) is ignored. - Clear any wake-up/sleep timers - Pin 8 of the scart plug has to be ignored. - AV- Link WSS detection , EPG and Teletext have to be disabled. - Automatic stand-by functions, in case of no antenna signal have to be disabled. - Contrast, colour, brightness : factory settings. - Sharpness : middle (nominal) - Contrast expander to low. - Install Mode disabled. - Default format and zoom..

2

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

QUIT TUBE SETUP GEOMETRY VIDEO ERROR UP

• Fernsehgerät über die EIN/AUS - Taste ausschalten. • Gleichzeitig die Tasten PR- und VOL- drücken und den TV über die EIN/AUS-Taste einschalten. • Die Tasten PR- und VOL - gedrückt halten.

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

3

➠

• Turn “Off“ the TV using the ON/OFF button. • Press the PR- and VOL- buttons ,hold them down and switch “On“ the TV with the ON/OFF button. • After the normal switch on time the main service menu appears on the screen.

Acceso panel control TV

tramite i comandi del televisore

Zugriff über die Tastatur des Fernsehgeräts

➠

1

ACCESSING SERVICE MODE

➠

1

➠

Copies all values from NVM into RAM. Copie toutes les valeurs des données NVM en RAM Kopiert alle NVM-Datenwerte in den RAM Copiare tutti i valori da NVM sulla RAM Copia todos los valores de NVM a RAM

ROM Default ➠All the default values of a page in use are stored in RAM. L’ensemble des valeurs par défaut d’une page courante est chargé en RAM. Sämtliche Standardwerte der aktuellen Seite werden im RAM geladen Tutti i valori di default di una pagina in uso vengono memorizzati sulla RAM Todos los valores por defecto de la página en curso están almacenados en RAM.

TIME COUNTER - COMPTEUR DE TEMPS - ZÄHLER - CONTATORE - CONTADOR The counter indicates the TV’s number of service hours.It counts from to 0 to 65535 hours. The display is hexadecimal. Le compteur de temps indique le nombre d’heures de service du TV. Il compte de 0 à 65535 heures. L’affichage est en hexadécimal. Der Zähler zeigt an, wieviele Stunden der Fernseher in Betrieb ist. Die Anzeige ist hexadezimal. Il contatore indica il numero di ore di servizio del TV. Puo’ contatore da 0 a 65535. La visualizzazione è esadecimale. El contador indica el número de horas de servicio de la TV. Cuenta de 0 a 65535 horas. El visualizador es hexadecimal.

2

SUBMENU - SOUS-MENU Change the page Changement de page Seitenwechsel cambio di pagina cambio de página

VIDEO

PAL

Scal.Brightness Scal. Colour Scal. Contrast Text Setup Mode Default Store Restore UP

DOWN

-1A +24

Hexadecimal value Valeur hexadecimale de reglage Abgleichwerte hexadezimal Valore di regolazione esadecimale Valor del ajuste en hexadecimal Bargraph Bargraphe de réglage Bargraph Barre grafica di regolazione Barra gráfica del ajuste

-1F

Enable a function Case de validation - Fonction validée si "cochée" Zum Implementieren einer Funktion Per inserire la Funzione Activar una functión

CHANGE

Navigation inside the Service Mode Navigation dans le Service Mode Suche im Service Mode Opzioni del Service Mode

ICC19 100 Hz First issue 09 / 97

ALIGNMENT PROCEDURE - PROCESSUS DE REGLAGES - ABGLEICH - VISUALIZZAZIONE DEL VALORE DI REGOLAZIONE - PROCEDIMIENTO DE ALINEACION

ERROR CODES

GEOMETRY MODE ALIGNMENT - 100Hz VERSION 4/3 picture tube

TUBE

SETUP

Return A68EGW...

Store Restore

UP

GEOMETRY

SETUP

Return

Tube type

-20

PIN Erase Clear Progs. Standard WSS Picture Rot * EPG / AV Link DOWN

SELECT

UP

Text Lang.*/ Bus Quiet*

Pan-Euro ...

DOWN

UP

Text. Lang.

Return

Picture Rot

Closes the sub-menu and returns to the "Main Service Menu"

Enables the "Earth Field Correction" function (EFC ) on ICC19-MM by adding a special bargraph in the preferences 2 menu. It is necessary to validate this function if the SFBEFC correction circuit is fitted.

Retourne au menu principal.

Retourne au menu principal.

Schließt das Untermenü, und das Feldservicemodus-Menü erscheint.

Schließt das Untermenü, und das Feldservicemodus-Menü erscheint.

Chiude il sottomenu e fa apparire il menu principale Field Service Mode.

Chiude il sottomenu e fa apparire il menu principale Field Service Mode.

Definit le tube exact après changement de NVM. Les nouvelles valeurs de tubes (avec video et géometrie) sont actives de suite. Les paramètres de vidéo et de géométrie sont chargés en NVM lorsque STORE est sélectionné. Voir liste ci-dessous. Nach dem Tausch des NVM (EEPROM) muB der richtige Bildrohrtyp eingegeben werden. Es werden dann sofort die entsprechenden Geometrie-und Video-Defaultwerte aktiviert. Variable Geometrie-und Videowerte müssen mit "STORE" in das NVM geschrieben werden. Liste der Röhren: siehe unten. Definire il tubo appropriato dopo aver cambiato la NVM; I valori per il nuovo tipo di tubo (con video e forma di default) sono immediatamente attivi. I parametri per video e forma variabili vengono immessi nella NVM quando viene selezionata la funzione Store. Si veda la lista dei tubi riportata sotto. Definir el tubo correcto después de haber cambiado el NVM.Los nuevos valores de tipo de tubo (con la vídeo y la geometría por defecto) se activan inmediatamente. Los parámetros variables de geometría y vídeo se graban en el NVM al seleccionar la función Store. Vea más abajo la lista de tubos. TUBE NAME A59EGD048X322 A66EGW 83X122 A66EHJ43X12 A68EGD038X322 A80EJA16X122 A90AFX15X12 W66EGV023X122 W76EGV023X122 W76EGX023X122

LIST A59EGD A66EGW A66EHJ A68EGD A80EJA A90AFX W66EGV W76EGV W76EGX

DESCRIPTION 4/3 25" SF(1) 4/3 28" MP(1) 4/3 28" MP(2) 4/3 29" SF(1) 4/3 33" MP(1) 4/3 37" MP(4) 16/9 28" SF(1) 16/9 32"SF(1) 16/9 32"SF(3)

(1) : Invar,vector gun, BSVM 100 Hz (2) : AK, Coty-M 100 Hz. (3) : Invar , Coty-M gun, BSVM (4) : Invar , Coty MDF gun , BSVM 100Hz Default tube type : 100Hz A66EGW 83X122 : A66EGW 4/3 28"MP, invar, vector gun, BSVM After setting

Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb. OSD Position

After replacing the NVM, the correct tube type number must be entered (6 characters). Once entered, the tubes geometry and video default values are immediately activated. Variable geometry and video parameters are written to the NVM when the "STORE" line is selected. See below the tube type number list.

Store (+)

Adjusts the position of all Megatext OSD. Règle la position du texte OSD. Adjusts the position of all Megatext OSD. Adjusts the position of all Megatext OSD. Regula la posición del OSD. PIN Erase

Erases all PINs.

PIN active

No PIN active

Selection : Long press: Press /OK: remote control;Vol. +/- :TV keyb. Automatically stored. Clear Prog. Clears all programms stored in memory and resets all Picture and Sound settings to the factory defaults. The AUTO INSTALL (out of factory) mode can be initialised by a long press (>2.5s.) of the selection button. Efface tous les programmes mémorisés. Valeurs SON et IMAGES: valeurs usines. Fonction valide par une longue pression (>2.5s.) sur la touche de sélection . Löscht alle Programmplätze und setzt alle Bildund Toneinstellungen auf Fabrikwerte zurück. Der AUTO-INSTALL-Modus kann durch einen langen Knopfdruck (>2,5s) initialisiert werden. Clear Prog. Cancella tutti i programmi in memoria e regola i Valori analogici SUONO IMMAGINE: ailivelli di fabbrica.Riportare la TV al modo Selezione: pressione prolungata: 2,5 sec.

Valide la fonction "correction de champ magnétique terrestre" ( EFC)sur les chassis ICC19-MM par addition d'un bargraphe spécifique dans le menu 2 des préférences. Cette fonction doit être validée lorsque le circuit de correction "SFBEFC" est monté. Freigabe der Erdfeldkorrektur (EFC) bei ICC19-MM. Geräten wenn ein SFBEFC-Modul eingebaut ist. Fügt im Menü "Präferenzwerte 2" einen Anzeigebalken hinzu. Attiva la funzione "Correzione del campo magnetico terrestre" (EFC) sul telaio ICC19- MM, aggiungendo una speciale barra grafica nei menu di preferenza 2. Se il circuito di correzione è montato, è necessario convalidare questa funzione. Valida la función "corrección del campo magnético terrestre" (EFc) en los chasis ICC19 MM añadiendo una barra gráfica en el menú 2 de preferencias. Es necesario validar ésta función si el circuito de corrección SFBEFC está montado. Rotation bargraph available in picture 2 menu, EFC function active Rotation bargraph suppressed from picture 2 menu, EFC function disactivated EPG / AV Link Enables or disables the option to decode and display EPG program data. Validation ou inhibition du décodage/affichage des données du programme EPG.

GEOMETRY

ZOOM1

Valida o inhibe la opción de descodificación y visualización de datos del programa EPG. Available

Not available

3 English German Swedish Italian French Portug. Turkish. -

Bus Quiet Factory adjust reserved.

Dolby with External Loudspeaker.

Dolby with Internal Loudspeakers.

External HIFI Not available on Dolby TV's External HIFI Normal sound control control IR Download Download screen for receiving mapping via IR data. Ecran de chargement pour réception "mapping" via IR data Laden des Programmschemas per AV-Link Trasferimento IR Trasferire schermo per ricezione mappatura via dati IR Descarga de IR Pantalla de descarga para recibir el mapeado a través de los datos IR.

IR Download

Programma 00: la funzione è attiva o finita. Return/Abort: per uscire dal menu, premere il tasto "sinistra" del telecomando o il tasto Volume- della tastiera. Tutti gli altri comandi IR sono senza risposta. "Programme00" : función activa o terminada. "Return / Abort" : para salir / abortar, pulsar la tecla "flechaizquierda" o la tecla "volumen -" del teclado. Todos los demás comandos IR son inoperantes

Reset Equaliser Not available Non disponible

System Voltage

H-Amplitude

DESCRIPT.

A59EGD048X322 A66EGW83X122 A66EHJ43X12 A68EGD038X300/322 A80EJA16X122 A90AFX15X12 W66EGV023X122

4/3 25" SF 4/3 28"MP 4/3 28" MP 4/3 29" SF 4/3 33" MP 4/3 37" MP 16/9 28" SF PANORAMA 16/9 32"SF PANORAMA 16/9 32"SF

Horizontal - VCO Oscillator. H-VCO Adjust the value of H-VCO until the speed of the unsynchronised picture becomes stable. (i.e minimum roll). Agir sur H-VCO pour obtenir une image la plus proche de la synchronisation H_VCO auf Schwebung abgleichen. Regolare l'H_VCO finché l'immagine non sincronizzata non avrà raggiunto la velocità minima. Ajuste H_VCO hasta que la imagen no sincronizada alcance su velocidad más baja. default value = 0FH Press : remote control; Vol. +/- : RP keyb. Horizontal delay Use "+" and "-" to adapt the image

1-Adjust V-amp. for a 107% over scanned picture. 2- Reduce V-blanking for visible lines top and bottom of screen. 3-Increase step by step V-blanking until at the cut- off lines at the top and bottom of the screen disappears. 4- Increase one more step 5- Fine adjust V-amp. and V-position 1-V-amp. amplitude verticale suffisante (>7% overscan) 2- réduire V-blanking:visible en haut et bas. 3-Agir étape par étape jusqu'à disparition du blanking en bas d'image et des lignes de cut-off en haut d'écran 4- Augmenter d'une valeur. 5- Faire un réglage fin de V-amp. et V-position 1- Voreinstellung der V-amp auf: >7% Überschreibung. 2- Reduzieren Sie V-Blanking soweit bis die ersten geschriebenen Zeilen am oberen Bildrand sichtbar werden. 3- Erhöhen Sie V-Blanking Schritt für Schritt bis die CutOff Meßzeilen gerade am oberen Bildrand verschwinden. 4- Erhöhen Sie V-Blanking um eine Stufe. 5- Feineinstellung von V-amp und V-position. 1- Ampiezza verticale: grande a sufficienza (7% di sovrascansioni) 2- Riduzione della soppressione verticale: visibile in alto e in basso 3- Aumentare passo/passo: finche'le linee di cut off nella parte alta dello schermo scompaiono. 4- Aumentare ancora di un passo 5- Regolare con precisione l'ampiezza e la posizione verticali 1- Amplitud V: suficientemente grande (7% de sobreexploración) 2- Reducir el borrado V: visible en las partes superior e inferior. 3- Aumentar el paso a paso: el borrado en la parte inferior y las líneas de cut-off en la parte superior desaparecen. 4- Aumentar de otro paso. 5- Ajustar finamente la amplitud V y la posición V.

After setting

Store (+)

After setting

+1B -1F +3A -3B

DOWN

UP

CHANGE

-1A +24

PAL

H-Position

DOWN

CHANGE

Store (+)

+

= 100% white =100%

black

+

+

G2 Alignment

=nom.

PAL (then SECAM +RGB) 75% Colour bar test pattern via RF. Blue Cathode

Factory settings recalled User settings kept. EW Trapezium

= 50%

Grey scale test pattern

Recalls the factory settings for Colour, Brightness, Contrast, Sharpness and sets Contrast Expand to "LOW".

CRT =

Special menu displayed:

Initially set R-Cut Off and G-Cut off to 80H

EW -Shape

F-H

Return R=6B G=60 B=71 RGB cutoff counters

Adjust the lowest value with SCREEN poentiometer to:

Scal. Contrast

factory settings.

ZOOM0 Tube Type A59EGD A66EGW A66EHJ A68EGD A80EGV A80EJA

Default Store Restore

Value Tube Type 50H A90AFX 60H W66EGV 50H W76EGV 50H W76EGX 60H 60H

Value 50H 50H 60H 60H

CHANGE

+

R-Cut off*

+

=nom.

white =100%

After setting

Store (+) G-Cut off* grey

+

R - Drive

+

=nom.

Grey scale test pattern

white =100%

G - Drive B - Drive

+

=nom.

Set Text Contr. to 80H. Adjust Text Gain for V=80V at pin 11 (Blue) of the CRT

Grey scale test pattern

page 3

+

Text Set-up Mode

To return to the Video Submenu: Press /OK: remote control;Vol. +/- :TV keyb. Select"Restore" to restore the cut off values. DOWN

Return PIP Contrast PIP H-Pos PIP V-Pos

UP

013AF 008A0 0042A 0023F 000E3 DOWN

Default Store Restore UP

CHANGE

DOWN

CHANGE

+

+

A59EGD

400

A66EHJ A66EGW A68EGD A80EJA

300 370 350 350

Poner el Text Contr. a 80H. Ajuste Text Gain para dejar V=80V en azul del TRC (CRT Patilla 11) .

Return Text Contr. Text Gain

80 68

After setting

Tube Type [Nits] A90AFX W66EGV W76EGV W76EGX

480 380 380

V=80V CRT Pin 11

Store (+)

* * After PEAK white adjustment control cut off setting. Repeat the adjustments if necessary.

Erase Error Codes

To clear all error codes stored in the NVM. Action: Long press (> 2.5sec.).

After setting

Store (+)

+

PIP Contrast

+

= 50%

Press /OK: remote control;Vol. +/- :TV keyb. CODE

Video Pattern on AV1 ( W=100%)

LED Error Codes

The last five error codes are stored and displayed as they occured in real time, the most recent error code is displayed on the top line. A repeated top line error code has its real time count updated. There are 27 different error codes, which are signalled by the TV's Standby LED, ranging in value from 11 to 49 hex. The error code is displayed as two separate digits separated by a suitable pause, this is repeated until the either the TV fixes the fault or the TV is repaired. For example Error-code : 23 will be displayed thus : 2 flashes and a short pause 3 flashes and a long pause ......... List of Errors Codes : see table Mémorise les cinq derniers codes erreurs et affiche en haut d'écran les plus récents. 27 codes erreurs différents sont signalés par deux digits selon une séquence spécifique Exemple : Code erreur : 23 affiché 2 flashes, courte pause 3 flashes : longue pause ........ Voir cicontre la liste des codes erreurs

Beispiel für die Anzeige über die Kontroll LED:

Colourimeter Tube Type [Nits]

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

Zeigt die letzen 5 Fehlercodes mit der Laufzeit an. Der zuletzt aufgetretene Fehler steht an erster Stelle. Sollte ein Fehler wiederholt auftreten wird nur die Laufzeit aktualisiert. Die Fehlercodes können im Menü Error Code angezeigt werden oder über die Kontroll LED angezeigt werden;

=nom.

Peek white test pattern

white =100%

Return

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

Stellen Sie Text Contr. auf 80H ein. Stellen Sie mit Text Gain V=80V an der Blau-Kathode (Pin 11) der Bildröhre ein. Regolare il contrasto televideo a 80H. Regolare il guadagno contrasto televideo per ottenere al catodo del blu un livello pari a V=80V (CRT pin 11).

PIP

Return

Mettre Text Contr. à la valeur 80H. Ajuster Text Gain pour obtenir un niveau de sortie V=80V sur la cathode Bleue du tube (point 11 de la CRT).

!white

Peak-White**

ERROR CODE

CRT 12

Y PIP picture = Y main picture

Guarda los últimos cinco códigos de error cuando cada uno ocurre (gracias al contador de tiempo de ejecución). El error más reciente se visualiza en la parte superior. Una repetición del código de error en la parte superior de la lista solamente actualiza el tiempo de ejecución. El indicador TV LED indica 27 códigos de error diferentes: de 11 a 44. El código de error se señala en forma de dos dígitos separados con una pausa apropiada entre los dos y se repetirá hasta que repare el TV o él se repara a sí mismo. Por ejemplo, Se va visualizar el código de error 23: 2 parpadeos, una pausa corta; 3 parpadeos, una pausa larga. Para la Lista de códigos de error, consulte la tabla.

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

1st Audio_MSP doesn't answer 2nd Audio-MSP doesn't answer Audio-DSP doesn't answer Video IC STV2161/2 doesn't answer Chroma IC 2151/9143 doesn't answer Upconverter DMU0 doesn't answer Audio ( or Dolby) module not detected SCART IC TEA6415C doesn't answer Tuner CTT5000 doesn't answer I2C Bus1 data line held low I2C Bus2 data line held low I2C Bus1 clock line held low I2C Bus2 clock line held low Switched 5V not available Tube doesn't get warm in time Deflection detects >3 times protection (problem detected on "breathing" line) 29 DRAM memory of Megatext defect 31 RAM is full 32 Software-timer isn't available 33 The PSI chip (STV2165) doesn't answer 34 The NVM (X24C32) chip doesnt answer 35 13V not available 36 Wrong addr. NVRAM passed to the bus-handler 37 Unexpected level on NMI (Interrupt) line found (possible cause : tube flashover) 38 M3LBus for Megatext is blocked 39 Megatext (SDA5273) doesn't answer 41 Bus1 Data Line not recoverable 42 bus2 Data Line not recoverable 43 MCU (Motion Mastering Up-Converter) doesn’t answer 45 Defect "Video Module" is detected 51 PIP Module doesn't answer. 52 The Teletext module is not conform .

PIP H-Pos - PIP V-Pos Factory adjustments.These adjustments are optimized by software. Used only if necessary. Réglages usines. Ces réglages sont optimisés par le software. Ils ne sont à utiliser que si nécessaire. Factory adjustments.These adjustments are optimized by software. Used only if necessary.

PIP H -Pos

+

+

=50%

A

B

( )

A=B

*

+

+

=50%

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

Colour bar test pattern

( )

*

( ) Center PIP image in the frame Centrer l'image PIP PIP -bild im fenster testbilds Centrare l'immagine PIP sullo schermo Centre la imagen PIP en el marco

*

After setting

Store (+)

Processeur Audio MSP ne répond plus Deuxième MSP ne répond plus (Dolby) Audio-DSP ne répond plus (produit Dolby) Video-IC STV2161 ou 2162 ne répond plus Chroma-IC STV2151 ou TDA9143 ne répond plus Convertisseur de frequence d’image digital DMU0 (Intelligent Mastering) ne répond plus 17 Module son (ou Dolby) n’est pas détecté 18 Commutateur SCART TEA6415C ne répond plus 19 Tuner CTT5000 ne répond plus 21 I2C-bus 1 data bloqué au niveau bas 22 I2C-bus 1 clock bloqué au niveau bas 23 I2C-bus 2 data bloqué au niveau bas 24 I2C-bus 2 clock bloqué au niveau bas 25 Le “5V commuté” n’est pas disponible 26 Tube ne chauffe pas a temps 27 Plus que 3-fois la déflection a détecté une “protection” (c’est-a-dire qu’il y a un problème détecté sur la ligne “breathing”) 29 Mémoire (DRAM) du Megatext est en panne 31 Plus de place en RAM 33 STV 2165 (PSI 100Hz) ne répond plus 34 NVM (mémoire) X24C32 ne répond plus 35 +13V n’est pas disponible 36 Adresse NVRAM inconnue 37 Problème détecté sur la ligne “Interrupt” pendant le démarrage ou le fonctionnement duTV. Possibilité: “arking”? 38 Bus M3L pour Megatext est bloqué 39 Megatext (SDA5273) ne répond plus 41 I2C-bus 1 data reste blocqué 42 I2C-bus 2 data reste blocqué 43 MCU (convertisseur de frequence d’image digital: Motion Mastering) ne répond plus 45 "Vidéo Module" erroné détecté 51 Le module PIP ne répond plus. 52 Le Module Text (DVT) n'est pas le bon.

D 11 Audio MSP Prozessor antwortet nicht. 12 Zweiter Audio MSP Prozessor antwortet nicht.(Dolby) 13 Audio DSP Prozessor antwortet nicht. (Dolby) 14 IC STV2161/62 antwortet nicht 15 IC STV2151 / TDA9143 antwortet nicht 16 DMU0 Upconverter (Videomodul) antwortet nicht 17 Audio- oder Dolby-Modul nicht erkannt 18 TEA6415C antwortet nicht (SCART-Schalter) 19 Tuner CTT5000 antwortet nicht 21 I2C Bus1 data line ist auf low 22 I2C Bus2 data line ist auf low 23 I2C Bus1 clock line ist auf low 24 I2C Bus2 clock line ist auf low 25 Geschaltete 5V nicht vorhanden 26 Röhre wird nicht rechtzeitig warm 27 Ablenkung meldet 3 mal Fehler. (Problem auf Breathing Leitung) 29 DRAM des Megatext defekt 31 RAM antwortet nicht 33 STV 2165 (PSI 100Hz) antwortet nicht 34 NVM Chip antwortet nicht (X24C32) 35 +13V nicht vorhanden 37 Unerwarteter Zustand an NMI (Interrupt) line gefunden. (Mögliche Ursache = RöhrenÜberschlag”) 38 M3L Bus des Megatext blockiert 39 Megatext (SDA 5273) antwortet nicht 41 Bus1 (data line) nicht möglich zu reaktivieren 42 Bus2 (data line) nicht möglich zu reaktivieren 43 MCU (Motion Mastering Up-Converter) antwortet nicht 45 falsches Videomodul (falscher MCU) 51 PIP antwortet nicht 52 Falsches Videotextmodul.

Signal : 4/3 test pattern 100Hz Version : overscan V=107% , H=107% 1- Adjust Vertical position and Vertical amplitude 2- Adjust Vertical Blanking and linearity 4/3 standard mode zoom 0 3- Adjust Horizontal position and Horizontal ampltude

4-Adjust EW Amplitude ,EW Shape and Trapezium

zoom 1

100 Hz Version : overscan V=120% , H=120%

Adjust the vertical height until V = 80% 16 / 9 standard mode zoom 0

Adjust the vertical height : V =90%

Colour bar test pattern

PIP V -Pos

11 12 13 14 15 16

E

I

Factory adjustments.These adjustments are optimized by software. Used only if necessary. Ajustes de fábrica. Estos ajustes están optimizados por software. Utilizar sólo en caso necesario.

Fehlercode 23 : Zweimaliges Blinken der LED, kurze Pause. Dreimaliges Blinken der LED, lange Pause. Auflistung der Fehlercodes : siehe Liste Memorizza gli ultimi cinque codici d'errore (differenti tra loro) dopo che ognuno di essi si verrà visualizzato (attraverso il contatore della durata di esecuzione). L'errore più recente viene visualizzato in cima. La ripetizione del codice di errore in cima alla lista non farà altro che aggiornare la durata di esecuzione. Dal LED del TV vengono segnalati 27 codici d'errore differenti, numerati da 11 a 44. Il codice d'errore è indicato da due cifre separate da un opportuno intervallo di tempo e verrà ripetuto fino a quando il televisore non sarà stato riparato o non si sarà corretto da solo. Ad es: Il codice d'errore 23 visualizzerà: 2 segnali luminosi con pausa breve 3 segnali luminosi con pausa lunga Per la lista dei Codici d'Errore, si veda la tabella

F

GB

* only PIP models PAL

Scal. Brightness

Scal*. Colour

Norm. (Factory)

EW Amplitude

UP

PIP*

CODE 11 24 78 11 51

-1F

VIDEO

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

GEOMETRY

ERROR CODE Return Erase Error Codes

page 2

VIDEO

Note : * adjust separate for PAL/NTSC/SECAM and RGB/AV

V-Position

Updated 11 / 98

PAL

Scale Brightness Scale Colour Scale Contrast Text Setup Default Store Restore

Usys 137V +/- 0.5V 137V +/-0.5V 134V +/- 0.5V 137V +/-0.5V 137V +/- 0.5V 137V =/-0.5V 134V +/- 0.5V 140V +/- 0.5V 134V+/- 0.5V 140V +/- 0.5V 134V +/- 0.5V

V-Amplitude

Detection disable

VIDEO

Return

TUBE NAME

W76EGX023X122

UP

PAL

page 1

V-Linearity

W76EGV023X122

VIDEO Return Norm. (Factory) G2 Alignment R-Cut off G-Cut off R-Drive G-Drive B-Drive Peak-White

Color standard or RGB is autodetected and displayed opposite the displayed opposite the menu title.

V-Blanking

IR Download active

Reset Equ.

CHANGE

GEOMETRY

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

00

"Programme00":Funktion ist aktiv oder beendet "Return/Abort": Beenden oder Abbruch der Funktion durch Drücken der linken Pfeiltaste oder "Lautstärke-" am Gerät.Alle anderen Tasten haben keine Funktion.

Detection enable

DOWN

page 2

H-Delay

Programme Return / Abort

UP

2B 1D

Adjust separate for 4/3 and 16/9 format. See annexed

Only possible via the local keyboard Vol +/- .

EXT.HIFI / Dolby Ext. Dolby Internal; not available on Normal Sound TV's

Standard "Pan-Euro" or "I". BG PAL SECAM,L SECAM (France), DKK' SECAM,NTSC M,I PAL (UK/IRELAND)

Detección "auto-surround" y "format" a través de la línea 23 de Teletext.La selección del procesamiento WSS es válida para todos los programas.

CHANGE

-3B +0E -19 +1C

Return

Teletext language :

0 1 2 English Polish English(US) German German German Swedish Swedish Swedish Italian Italian Italian French French French Portug. Serbocroat Portug. Czech/Slov. Czech/Slov. Czech/Slov. Rumanian English(UK).

"Programme 00" : Fonction active ou finie. Return / Abort : Pour sortir du menu appuyer sur la touche "gauche" ou "Volume -" du clavier. Les autres commandes IR sont sans réponse;

Identificazione "auto-surround" e "format" via televideo alla riga 23.La selezione di WSS Processing vale per tutti i programmi.

DOWN

GEOMETRY

Programa de borrado. Borra todos los programas almacenados en la memoria.Valores analógicos de IMAGEN y SONIDO: valores de fábrica.Regreso a la TV para "salir del modo fábrica".Selección: Presión larga igual a 2,5 s.

WSS (nur bei 16:9 oder Dolby) Auswertung der Zeile 23 zur automatischen Format-und Dolbyumschaltung.

+0A 1B

page 1

"Programme 00" : function is active or finished. Return / Abort : To exit/Abort the menu press "left" arrow key or Volume - key of keyboard. All other IR commands have no response.

WSS Automatic detection of DOLBY surround sound and 16/9 format pictures via Teletext line number 23 is valid on all programmes. Détection automatique du son surround DOLBY et du format 16/9 via la ligne 23 du Teletxte. Valide pour tous programmes.

UP

V-Linearity H-Position H-Amplitude EW-Amplitude EW-Trapezium EW-Shape

-3B +1B -23 1E

Test Bar pattern used : 4/3 with geometric circle.

Zulassen oder Nichtzulassen von EPG. Abilita o disabilita l'opzione di decodifica e visualizzazione dati programmi EPG.

ICC19 100 Hz First issue 09 / 97

CHANGE

SETUP

Closes the sub-menu and returns to the "Main Service Menu"

Cierra el submenú. El menú Field Service Mode aparece.

DOWN

page 2 * only some models SETUP

Return

Press : remote control; Vol. +/- : TV keyb.

1

Reset Equ.* Default Store Restore

CHANGE

SETUP

Tube type

Sys. Voltage H-VCO H-Delay V-Blanking V-Amplitude V-Position

Ext.HIFI*/ Dolby Ext.* IR Download

page 1 * only some models TUBE

FULL SCREEN

Return

OSD Position

29 31 33 34 35 37 38 39 41 42 43 45 51 52

Il primo IC Audio MSP non risponde Il secondo IC Audio MSP non risponde L'integrato Audio DSP non risponde L' IC 2161/2 non risponde L'IC 2151/9143 non risponde Il convertitore non risponde Il Modulo Audio non viene identificato Il TEA6415C non risponde Il sintonizzatore non risponde Linea data I2C bus 1 forzata bassa Linea I2C bus 2 forzata bassa Linea clock I2C bus 1 forzata bassa Linea clock I2C bus 2 forzata bassa La tensione 5V commutati non disponibile Il tubo non raggiunge la corretta temperatura nel tempo stabilito Per 3 volte, la deflessione ha rilevato una protezione (problema riscontrato dalle linee "breathing") Difetto alla DRAM di Megatext La RAM è satura Il chip PSI non risponde Il chip NVM non risponde 13V non disponibile Livello imprevisto sulla linea NMI Bus M3L per Megatext bloccato Megatext non risponde Bus 1 (linea dati) non ripristinabile Bus 2 (linea dati) non ripristinabile MCU non risponde rivelato Modulo Video difettoso Il Modulo PIP non viene identificato Il modulo Televideo non è conforme

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27 29 31 33 34 35 37

38 39 41 42 43 45 51

Procesador de audio MSP no responde Segundo MSP no responde (Dolby) Audio DSP no responde Cir. integrado de video STV2161 ó 2162 no responde Cir. integrado croma ST2151 ó TDA9143 no responde Convertidor de frecuencia de imagen digital DMU0 (Mastering Inteligente) no responde Módulo de sonido (o Dolby) no se detecta Conmutador Scart (TEA6415C) no responde Tuner CTT5000 no responde Data 1 del bus I2C permanece en bajo Clock 1 del bus I2C permanece en bajo Data 2 del bus I2C permanece en bajo Clock 2 del bus I2C permanece en bajo No se dispone de los “5v conmutados” El tubo tarda en calentarse La protección de la deflexión actúa mas de 3 veces (el problema se detecta en la línea de “breathing”) La memoria DRAM del Megatext está defectuosa RAM está llena El chip STV2161 (PSI 100Hz) no responde La memoria no volátil X24C32 no responde No están disponibles los + 13 v. Problema detectado en la línea “Interrupt” durante el arranque o el funcionamiento del TV.Posibilidad de chispazos en muy alta? El bus M3L para el Megatext está bloqueado Megatext (SDA5273) no responde Data 1 del bus I2C permanece boqueado Data 2 del bus I2C permanece bloqueado MCU (convertidor de frecuencia de imagen digital: Motion Mastering) no responde Fallo detectado en el módulo de Video El módulo PIP no responde

zoom 1

16/9 picture tube Signal : 4/3 test pattern 100Hz Version : overscan V=107%, H =107% 1- Adjust Vertical position and Vertical amplitude 2- Adjust Vertical Blanking and linearity 16 / 9 standard mode zoom 0 3- Adjust Horizontal position and Horizontal ampltude

4-Adjust EW Amplitude ,EW Shape and Trapezium

100Hz Version : Mode PANORAMA overscan V=114%, H =107% 4 /3 PANORAMA mode

1- Adjust Vertical amplitude and Horizontal amplitude

2- Adjust Horizontal position EW Amplitude

ADJUSTMENTS - REGLAGES - EINSTELLUNGEN - REGOLAZIONE - AJUSTES

LOCATION OF CONTROLS - EMPLACEMENT DES REGLAGES SERVICE LAGEPLAN - POSIZIONE REGULATORI DI SERVIZIO SITUACIÓN DE LOS AJUSTES

Standard TV - Settings : OMA Position

SERVICE MODE

U Sys

TV to AV1 : Black test pattern 16

1

12

TP060

8

BR002

BR009

IR001

27

60

BR008

3 BA003

Free

BR007

BA006

BV005

3

1

3

DP110

SSC RP only

Bus2 RP only

3 1

DP109

DP140

3

BA001

LI051

CRT Board CONVAR(MCU) BV010

32

FI002

9

+ 6V ( 5V stab )

-US -16.9V

IV01

2 1

BA004

BV011

5

+UVIDEO +200V

DL046

Antenna

G

Standard TV - Settings : OMA Position

BL035 1

20

TV to AV1 : Black test pattern

TL030

DL041

TUNER

DL043

BF001

MAIN BOARD ICC 19XXX

10

1

TOPVIEW 20 BX002

Ne pas retirer les modules lorsqu'ils sont sous tension. N'effectuer les travaux de maintenance sur la partie reliée au secteur (Switch mode) qu'au travers d'un transformateur d'isolement.

BX001

20 BX500 1 4

7

1

No test pattern ( generated by internal text processor).

CRT BSXX

CRT CHASSIS 6

7 R

9

G

V

SCREEN VG2

FOCUS

FOCUS

3

CRT GROUND

QI070

B 11

Sharp picture Test pattern (standard values)

1

5

12

VCO FI030

FI020 3 1

FI002 Trap 31.9 MHz

FI040 Trap 5.6/5.5Mhz

32

1

17 II050

FI010 FI001

1

16 PI030

FI015 Trap 40.4 MHz

PI035

ICC19 100 Hz First issue 09 / 97

Adjust R-Cut off and G-Cut-off to 80H temporary. Select G2 Alignment in Service Mode Adjust the lowest value to:

FOCUS

4 CB01

10 9

V 1 - Adjust VG2 : V= 160V +/- 5 V 2 - Adjust Focus 3 - Adjust VG2 : V= 160V +/- 3V

Select "Restore" in Service Mode and press "OK" to restore the cut-off values.

SFB 4002

Part of Board connected to mains supply. Partie du châssis reliée au secteur. Primärseitedes Netzteils Parte del panello collegato alla rete di alimentazione Parte del chasis conectada a la red

8

No desconectar los módulos cuando están activados ! Las reparaciones en la sección de alimentación de energia deben ser ejecutadas solamente con un transformador de separacíon.

Standard TV - Settings : OMA Position

SERVICE MODE

TL028

+UVFB +59V

Module nicht bei eingeschaltetem Gerät entfernen ! Servcearbeiten am Netzteil nur unter Verwendung eines Regeltrenntrafos durchführen. Non scollegarei moduli quando sono alimentati ! intraprendere riparazioni sulla sezione alimentatore solo con transformatore isolante.

SERVICE METHOD 2 Cutoff counter method MODE

IF001

1

Do not disconnect modules when they are energized ! Repairs on power supply section are to be carried out only with isolating transformer.

1

5

1

highest output

DL030

IX900

15

SCART Video output

CRT 1910X (100Hz) : R signal : IB01 Pin 15 G signal : IB03 Pin 15 B signal : IB02 Pin 15

+13V

11

for V = 0,7 Vpp ( Black/white level )

75Ω

G2 potentiometer

U G2 METHOD 1 Measurment method

1

1

1

Adjust PI030 : standard BG Adjust PI035 : standard L

TV set

IX001

PI035 IA002

Standard Signal (BG / L) 15kHz test pattern

BL050

BL052

28

1

AFC (uP) 42 IR01

2 1

16

PI030

RI078

Oscillo.

BV006 RP(ABL) 29

II050

PI050

V=

NH01

75Ω

3 mV

+UVERT +23V

56

20

17

1

FI001

12

BA002

PI035

DP108 FI030

!

PI030

DP130

3

1

7

VIDEO-LEVEL Alignment +USYST

1

1

BR010

1

BP120 1

BV001

1

1

BR012

IA001

BR003

Free 2 1

G

LP020

BV021

BA005

11 30 mV

3

+US +16.9V

12 2 1

LP019

3 1

1 11

BP035

1

Usys 134V +/- 0.5V 137V +/- 0.5V 137V +/-0.5V 137V +/- 0.5V 134V +/- 0.5V 134V+/- 0.5V 134V +/- 0.5V 134V +/- 0.5V

Adjust FI30 / PI54 for 2,5VDC +/-0.1V

TUNER

IF Signal 38.9 MHz (BG)

1

TP146

6

26

Usys jumper JP915 JP914 JP914 JP914 JP915 JP915 JP915 JP915

Switch set to standard BG

FI030

VCO Standard BG

IP050

BR004

1 3

BR006

BR011

BP025

1

12

ASIA Degauss

DESCRIPTION 4/3 28" MP 4/3 25" SF 4/3 29" SF 4/3 29" SF 16/9 28" SF 16/9 32"SF 16/9 28"SF 16/9 32"SF

16

IF Alignment

BR005

5

TUBE NAME A66EGW 48X322 A59EGD048X322 A68EGD038X322 A68EES038X322 W66EGV023X122 W76EGV023X122 W76EGV023X122 W76EGX023X122

CP020

9

BP020

32

IP140

IR003

17

IP060 1

4

10

1

1

8

BR001

BP110

IR002

4

DP 110

1

8

1

V=

PI050 Tuner AGC

Video Level (BG)

Tube Type Value A66EGW 60H 50H A59EGD A68EGD 50H A68EES W66EGV 50H 60H W76EGV A90AFF 50H RP 4/3 RP 16/9

GB

SERVICE MODE

MODE SERVICE

SERVICE - MODE

F

SERVICE - MODE

D

MODO SERVICIO

I

E II - NAVIGATION INSIDE THE SERVICE MODE - DEPLACEMENT DANS LE MODE SERVICE SUCHE IN SERVICE MODE - OPZIONI NEL SERVICE MODE - BUSQUEDA EN MODO SERVICIO

I - ENTER/EXIT SERVICE MODE - ENTREE/SORTIE DU MODE SERVICE - EIN-AUSTIEG SERVICE MODE - ACCESSO/USCITA ALLA/DALLA FUNZIONE - ENTRADA/SALIDA MODO SERVICIO

1 1

ACCES AU MODE SERVICE

1

EINSTIEG IN DEN SERVICE MODE

1

ACCESSO AL SERVICE MODO

REMOTE CONTROL - TELECOMMANDE - FERNBEDIENUNG TELECOMANDO - MANDO A DISTANCIA

ACCESO AL MODO SERVICIO Soft-Ver. Config. Serial-No.

Accès avec le clavier du téléviseur

TV Control Panel Access

Soft-Ver. Config. Serial-No.

• Arrêter le TV avec la touche M/A. • Tout en appuyant sur les touches PR - et VOL - , mettre le TV en service à l'aide de la touche M/A. • Maintenir enfoncées les touches PR - et VOL -. Le menu suivant apparaît.

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

DOWN

UP

SELECT

Soft-Ver. Config. Serial-No.

TEMPORARY EXIT FROM SERVICE MODE

DOWN

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

SELECT

UP

DOWN

SORTIE TEMPORAIRE DU MODE SERVICE

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

UP

SELECT

Soft-Ver. Config. Serial-No.

DOWN

Im SERVICE MODE : - wird die Sperrfunktion (PIN-Nummer) ignoriert und die Kindersicherung gelöscht ( reinitialisiert ). - werden alle Ein- und Ausschaltzeitgeber gelöscht. - wird die SCART - Scaltspannung ignoriert. - werden AV- Link WSS, EPG und Teletext gesperrt - wird die Automatische Abschaltung bei fehlendem Antennensignal gesperrt. - werden Kontrast, Farbe und Helligkeit auf standardwerte gesetzt. - wird die bildschärfe auf Mittelstellung (nominal) gesetzt. - wird der Kontrast-Expander auf "gering.." gesetzt. - wird der Installations Modus gesperrt. - wird das Standardformat bzw. der Standard-Zoom-modus gewählt.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR UP

SELECT

DOWN

VORÜBERGEHENDES VERLASSEN DES SERVICE MODE

2

2

USCITA TEMPORANEA DAL SERVICE MODE

- Auf der Fernbedienung EXIT drücken. - Mit der Taste Menü gelangen Sie zum Menü Übersicht

- Premere Exit sul telecomando. - Al menu di uso quotidiano si accede attraverso il pulsante Menu.

- Pulse Salir en el mando a distancia - Con el botón Menu puede acceder al menú de uso cotidiano.

- Field Service Menu can be re-entrered via Blue button.

- Pour entrer à nouveau dans le mode service utliliser la touche bleue.

- Mit der blauen Taste gelangen sie zum Service-Menü.

- É possibile rientrate nel Menu Field Service attraverso il pulsante Blue.

- Puede entrar al Menú Servicio con el botón azul.

3

SORTIE DEFINITIVE DU MODE SERVICE

3

ENDGÜLTIGES VERLASSEN DES SERVICE MODE

3

3

USCIRE DAL SERVICE MODE


NVM value

>

MAIN MENU - MENU PRINCIPAL




- “Change“ value - Wert “änden“ - “Cambiare“ valore - “Cambiar“ valor

GEOMETRY

Remote Control

SELECT

SALIDA TEMPORAL DEL MODO SERVICIO

- Utiliser la touche Exit de la télécommande. - Le menu utilisateur peut être accessible via la touche «Menu».

EXITING FROM SERVICE MODE

DOWN

1

+ 0E 00 to FF Hexadecimal value valeur hexadécimale Einstellungswert hexadezimal Valore esadecimale Valor héxadecimal

Naviagation down

- “Change“ value - Wert “änden“ - “Cambiare“ valore - “Cambiar“ valor

2

UP

SELECT

H-Position

- Select option - Option anwählen - Selezionare l’opzione - Seleccionar opción

Soft-Ver. Config. Serial-No.

- Press Exit on the Remote control. - Everyday use menu can be accessed via Menu button.

3

DOWN

SELECT

En modo servicio: - Se ignora la función de bloqueo y se inicializa la función “cerradura ninos”. - Anula todos las horas programadas - La patilla 8 del SCART es ignorada - La detección WSS AV Link, EPG, y Telexto son desactivados. - El apagado automático en caso de ausencia de señal de antena es desactivado. - El contraste,color y brillo son puestos a los valores de fábrica. - la nitidez es puesta al punto medio. - La expansión de contrast al nivel bajo - Modo Instalación es desactivado. - Zoom y formato ignorados.

Nel service mode: - la funzione Blocco ( Numero Pin ) viene ignorata e la funzione Blocco Bambini è reinizializzata. - Cancellare la programmazione sveglia - Il piedino 8 della scart deve essere ignorato. - I riconoscimenti AV-Link WSS, EPG e televideo deveno essere disabilitati. - Funzione automatica di standby, nel caso di mancanza del segnale d’antenna deve essere disabilitata. - Contrasto, colore, luminosità : regolazioni di fabrica. - Nitidezza: media (nominale) - Espansore contrasto troppo basso. - IModo Install disabilitato. - Formato default e zoom.

UP

Naviagation up

2

Nota :

Nota :

Anmerkung :

En mode service: - Le verrouillage parental est effacé ( réinitialisé ). - La fonction de verrouillage ( Pin number ) est ignorée. - La programmation des heures «reveille/matin» est annulée. - Possibilité de passer en mode service avec commutation lente active. - AV- Link , la détection WSS, l’EPG et le Vidéotexte ne sont pas validés. - La fonction de stand-by automatique en cas d’absence de signal d’antenne n’est pas validée. - Les valeurs de réglages usine sont affectées au contraste, à la couleur et à la lumière. - Le contour est appelé à sa valeur moyenne. - L’expansion contraste est au niveau bas. - Le mode d’installation et l’ambiance «Light sensor» ne sont pas valdes. - Zoom et format ignorées.

• Apague la TV con el botón MARCHA:PARADA. • Pulse los botones PR - y VOL - y sin soltarlos,pulsar la tecla MARCHA:PARADA. • Libere los botones PR - y VOL - .

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

Note :

2

• Spegnere il TV mediante il pulsante ON/OFF. • Premere i tasti PR- e VOL- accendendo il TV con il pulsante ON/OFF. • Premere i pulsanti PR - e VOL -.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

III - LITE-MENU FOR FIELD SERVICE MODE MENUS DU MODE SERVICE

DISPLAYING THE VALUE OF THE SETTING - AFFICHAGE DES VALEURS - ANZEIGE DES EINSTELLUNGSWERTS VISUALIZZAZIONE DEL VALORE DELLA REGOLAZIONE VISUALIZACION DEL VALOR DE AJUSTE

➠

Note : In service mode : - The child lock function is re-initialized - The look function (PIN Number) is ignored. - Clear any wake-up/sleep timers - Pin 8 of the scart plug has to be ignored. - AV- Link WSS detection , EPG and Teletext have to be disabled. - Automatic stand-by functions, in case of no antenna signal have to be disabled. - Contrast, colour, brightness : factory settings. - Sharpness : middle (nominal) - Contrast expander to low. - Install Mode disabled. - Default format and zoom..

2

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

QUIT TUBE SETUP GEOMETRY VIDEO ERROR UP

• Fernsehgerät über die EIN/AUS - Taste ausschalten. • Gleichzeitig die Tasten PR- und VOL- drücken und den TV über die EIN/AUS-Taste einschalten. • Die Tasten PR- und VOL - gedrückt halten.

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

3

➠

• Turn “Off“ the TV using the ON/OFF button. • Press the PR- and VOL- buttons ,hold them down and switch “On“ the TV with the ON/OFF button. • After the normal switch on time the main service menu appears on the screen.

Acceso panel control TV

tramite i comandi del televisore

Zugriff über die Tastatur des Fernsehgeräts

➠

1

ACCESSING SERVICE MODE

➠

1

➠

Copies all values from NVM into RAM. Copie toutes les valeurs des données NVM en RAM Kopiert alle NVM-Datenwerte in den RAM Copiare tutti i valori da NVM sulla RAM Copia todos los valores de NVM a RAM

ROM Default ➠All the default values of a page in use are stored in RAM. L’ensemble des valeurs par défaut d’une page courante est chargé en RAM. Sämtliche Standardwerte der aktuellen Seite werden im RAM geladen Tutti i valori di default di una pagina in uso vengono memorizzati sulla RAM Todos los valores por defecto de la página en curso están almacenados en RAM.

TIME COUNTER - COMPTEUR DE TEMPS - ZÄHLER - CONTATORE - CONTADOR The counter indicates the TV’s number of service hours.It counts from to 0 to 65535 hours. The display is hexadecimal. Le compteur de temps indique le nombre d’heures de service du TV. Il compte de 0 à 65535 heures. L’affichage est en hexadécimal. Der Zähler zeigt an, wieviele Stunden der Fernseher in Betrieb ist. Die Anzeige ist hexadezimal. Il contatore indica il numero di ore di servizio del TV. Puo’ contatore da 0 a 65535. La visualizzazione è esadecimale. El contador indica el número de horas de servicio de la TV. Cuenta de 0 a 65535 horas. El visualizador es hexadecimal.

2

SUBMENU - SOUS-MENU Change the page Changement de page Seitenwechsel cambio di pagina cambio de página

VIDEO

PAL

Scal.Brightness Scal. Colour Scal. Contrast Text Setup Mode Default Store Restore UP

DOWN

-1A +24

Hexadecimal value Valeur hexadecimale de reglage Abgleichwerte hexadezimal Valore di regolazione esadecimale Valor del ajuste en hexadecimal Bargraph Bargraphe de réglage Bargraph Barre grafica di regolazione Barra gráfica del ajuste

-1F

Enable a function Case de validation - Fonction validée si "cochée" Zum Implementieren einer Funktion Per inserire la Funzione Activar una functión

CHANGE

Navigation inside the Service Mode Navigation dans le Service Mode Suche im Service Mode Opzioni del Service Mode

ICC19 100 Hz First issue 09 / 97

ALIGNMENT PROCEDURE - PROCESSUS DE REGLAGES - ABGLEICH - VISUALIZZAZIONE DEL VALORE DELLA REGOLAZIONE - PROCEDIMIENTO DE ALINEACION GEOMETRY MODE ALIGNMENT - 100Hz VERSION

ERROR CODES TUBE

SETUP

Return

Return

Tube type

A66ECY...

Store Restore

OSD Position

-20

Text Lang.

PIN Erase Clear Prog.

DOWN

SELECT

UP

Pan-Euro ...

DOWN

CHANGE

Return

Closes the submenu and the main Field Service Mode menu appears.

Closes the submenu and the main Field Service Mode menu appears. Retourne au menu principal.

Verlassen des Untermenüs Chiude il sottomenu e fa apparire il menu principale Field Service Mode.

Press : remote control; Vol. +/- : TV keyb.

Tube type Define the right tube after changing the NVM. 6 characters New type tube values ( with default video and geometry ) are immediatly active Variable geometry and video parameters are put into NVM when the Store feature is selected. See below tube list. Definit le tube exact après changement de NVM. Les nouvelles valeurs de tubes (avec video et géometrie) sont actives de suite. Les paramètres de vidéo et de géométrie sont chargés en NVM lorsque STORE est sélectionné. Voir liste ci-dessous.

Den Bildröhrentyp auswählen. Die Geometrie-und Videodefault Werte werden sofort in das NVM geladen. Bildrohrauflistung : siehe unten.

Definire il tubo appropriato dopo aver cambiato il NVM; 6 caratteri I valori per il nuovo tipo di tubo (con video e forma di default) sono immediatamente attivi. I parametri per video e forma variabili vengono immess i nel NVM quando viene selezionata la funzione Store. Si veda la lista dei tubi riportata sotto. Definir el tubo correcto después de haber cambiado el NVM.6 caracteres.Los nuevos valores de tipo de tubo (con la vídeo y la geometría por defecto) se activan inmediatamente. Los parámetros variables de geometría y vídeo se graban en el NVM al seleccionar la función Store. Vea más arriba la lista de tubos. Default tube type : 100Hz A66EGW 48X322 : A66EGW 4/3 28"MP, invar, vector gun, BSVM After setting

Store (+)

UP

DOWN

CHANGE

Text. Lang.

Verlassen des Untermenüs Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb. OSD Position Adjusts the position of all Megatext OSD. Horizontale zentrierung des OSD.

3 English German Swedish Italian French Portug. Turkish. -

EXT.HIFI / Dolby Ext. Dolby Internal Not available on Normal Sound TV's Nur bei Dolby TV. Dolby with External Loudspeaker. Dolby mit ext.Lautsprechern

Automatically stored

External HIFI Not available on Dolby TV's Bei nicht Dolby TV

Clear Prog. Clears all programms stored in the memory. Analogues values SOUND PICTURE : factory values. Return the TV to "out of factory mode. Selection : Long press:2,5s Efface tous les programmes mémorisés. valeurs SON et IMAGES: valeurs usines. Pour sortir des valeurs usine : Selection : Long press:2,5s

Dolby with Internal Loudspeakers. Dolby mit int. Lautsprechern

External HIFI control Einstellung der Lautstärke int.Lautsprecher Normal sound control Einstellung der Lautstärke der Cinchbuchsen (HIFI Anlage) IR Download

Setzt das Gerät in die Werksgrundeinstellungen. Es erscheint nach dem erneuten. Einschalten das Installationsmenü. Clear Prog. Cancella tutti i programmi in memoria.Valori analogici SUONO IMMAGINE:valori di fabbrica. Riportare la TV al modo Selezione: pressione prolungata: 2,5 sec.

Download screen for receiving mapping via IR data.

Programa de borrado. Borra todos los programas almacenados en la memoria.Valores análogos de SOUND PICTURE: valores de fábrica.Regreso a la TV para "salir del modo fábrica".Selección: Presión larga igual a 2,5 s.

Herunterladen des Programmschemas per IR.

active-aktiv

No active-inaktiv

Standard "Pan-Euro" or "I". BG PAL SECAM,L SECAM (France), DKK' SECAM,NTSC M,I PAL (UK/IRELAND) WSS Detection "auto-surround" and "format" via Teletext line 23. Selection of WSS Processing is valid for all programs. Sélection du process WSS valid pour tous programmes WSS (nur bei 16:9 oder Dolby) Auswertung der Zeile 23 zur automatishen Format-umschaltung und Dolby-umschaltung Rivelazione "auto-surround" e "format" via televideo alla riga 23.La selezione di WSS Processing vale per tutti programmi. La selezione di WSS Processing vale per tutti programmi. Detección "auto-surround" y "format" a través de la línea 23 de Teletext.La selección del procesamiento WSS es válida para todos los programas.La selección del procesamiento WSS es válida para todos los programas.

DESCRIPTION 4/3 28" MP, invar,vector gun, BSVM 4/3 25" SF,invar,vector gun, BSVM 4/3 29" SF, invar,vector gun, BSVM 4/3 29" SF , invar, COTY MDF gun, BSVM 16/9 28" SF , invar , vector gun , BSVM 16/9 32"SF, invar , vector gun, BSVM 16/9 32"SF, invar , COTY MDF gun , BSVM

Ecran de chargement pour réception "mapping" via IR data

DOWN

First issue 09 / 97

UP

DOWN

CHANGE

Descarga de IR Pantalla de descarga para recibir el mapeado a través de los datos IR. IR Download Programme Return / Abort

00

IR Download active "programme 00" : function is active or finished. Return / Abort : To exit/Abort the menu press "left" arrow key or Volume - key of keyboard. All other IR commands have no response. Toutes les autres commandes IR sont sans réponse;

Tutti gli altri comandi IR sono senza risposta Los otros comandos IR no envían respuesta.

Store (+)

VIDEO Scal.Brightness Scal. Colour Scal. Contrast Text Setup Mode Default Store Restore

DOWN

CHANGE

UP

Return Erase Error Codes

-1A +24

CODE 11 24 78 11 51

-1F

DOWN

CHANGE

Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

PAL

VIDEO

PAL

System Voltage Adjustment of the system voltage Usys. Only possible via the local keyboard Vol +/- . Einstellung nur über die Bordbedienung möglich (Lautstärke +/-) TUBE NAME A66EGW 48X322 A59EGD048X322 A68EGD038X322 A68EES038X322 W66EGV023X122 W76EGV023X122 W66EGV023X122

DESCRIPTION 4/3 28" MP 4/3 25"SF 4/3 29" SF 4/3 29" SF 16/9 28" SF 16/9 32"SF 16/9 32"SF

Usys 134V +/- 0.5V 137V +/-0.5V 137V +/-0.5V 137V +/- 0.5V 134V +/- 0.5V 134V +/-0.5V 134V +/- 0.5V

Adjust H_VCO until the speed of the unsynchronised picture gets the slowest.

EW -Shape

Horizontal delay Use "+" and "-" to adapt the image

V-Blanking 1-V-amp. pre-align: > 7% overscan 2- Reduce V-blanking: visible on top & bottom 3-Increase step/step:blank. at the bottom and cut- off lines at the top disappear 4- Increase one more step 5- Fine adjust V-amp. and V-position 1-V-amp. ampl.vertic. suffisante (>7% overscan) 2- réduire V-blanking:visible en haut et bas. 3-Agir étape par étape jusqu'à disparition du blanking en bas d'image et des lignes de cut-off en haut d'écran 4- Augmenter d'une valeur. 5- Faire un réglage fin de V-amp. et V-position 1-V-Position und V-Amplitude optimal einstellen ( V-amp. vorabgleich: >7% Überschreibung.) 2- V-Blank soweit verändern, daß am oberen und unterern Bildrand gerade eine Austastung sichtbar wird. 3-Den Wert von-Blank um 2 steps erhöhen (2 x die + Taste drücken). 1- Ampiezza verticale: grande a sufficienza (7% di sovrascanzioni) 2- Riduzione della soppressione verticale: visibile in alto e in basso 3- Aumentare passo/passo: vuoto in basso per veder scomparire le linee di interdizione in alto 4- Aumentare ancora di un passo 5- Regolare con precisione l'ampiezza e la posizione verticali 1- Amplitud V: suficientemente grande (7% de sobreexploración) 2- Reducir el parpadeo V: visible en las partes superior e inferior. 3- Aumentar el paso a paso: el vacío en la parte inferior y las líneas de corte en la parte superior desaparecen. 4- Aumentar de otro paso. 5- Ajustar finamente la amplitud V y la posición V.

V-Position Store (+)

GEOMETRY

ZOOM0

Tube Type Value Tube Type Value A66EGW 60H W76EGX 60H A59EGD 50H A80EDM 60H A90AFF A68EGD 50H 50H 50H RP 4 / 3 W66EGV 60H RP 16 / 9 W76EGV 60H To return video submenu: Press /OK: remote control;Vol. +/- :TV keyb. Select"Restore" to restore the cut off values.

Default Store Restore

UP

Es erscheint folgendes Menu. Die R-und G-Cut off Werte für diese Einstellung temporär auf 80H einstellen. den kleinsten angezeigten Wert mit dem Schrmgitterensteller auf entsprechenden. wert in der Tabelle abgleichen.

Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

+

DOWN

CHANGE

R-Cut off*

PAL (then SECAM +RGB) 75% Colour bar test pattern via RF.

CRT =

+

+

=nom.

F-H

Text Set-up Mode

+

+

G-Cut off*

Return Text Contr. Text Gain

grey

+

+

=nom.

D4 A8

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

1st Audio_MSP doesn't answer 2nd Audio-MSP doesn't answer Audio-DSP doesn't answer Video IC STV2161/2 doesn't answer Chroma IC 2151/9143 doesn't answer Upconverter DMU0 doesn't answer Audio ( or Dolby) module not detected SCART IC TEA6415C doesn't answer Tuner CTT5000 doesn't answer I2C Bus1 data line held low I2C Bus2 data line held low I2C Bus1 clock line held low I2C Bus2 clock line held low Switched 5V not available Tube doesn't gets warm in time Deflection detects >3 times protection (problem detected on "breathing" line) 29 DRAM memory of Megatext defect 33 The PSI chip (STV2165) doesn't answer 34 The NVM (X24C32) chip doesnt answer 35 13V not available 37 Unexpected level on NMI (Interrupt) line found (possible cause : tube flashover) 38 M3LBus for Megatext is blocked 39 Megatext (SDA5273) doesn't answer 41 bus1 (data line) not recoverable 42 bus2 (data line) not recoverable 43 MCU (Motion Mastering Up-Converter) doesn’t answer 44 Convergence IC (Rear Projector ) doesn’t answer

Durch längeres Drücken der >oder< Taste werden die Error Codes gelöscht. Press /OK: remote control;Vol. +/- :TV keyb. CODE LED Error Codes Store the last five different error codes when each occured (via runtime counter) .The more recent error is displayed on top.A repeat of the error code on the top of the list just updates the runtime. 27 different error codes are signalled from the TV LED :11 to 44. The error code is signalled as two separate digits with a suitable pause in-between and will repeat until the TV is fixed or fixes itself.

Mémorise les cinq derniers codes erreurs et affiche en haut d'écran les plus récents. 27 codes erreurs différents sont signalés par 2 digits selon une séquence spécifique Exemple : Code erreur : 23 affiché 2 flashes, courte pause 3 flashes : longue pause ........ Voir ci-contre la liste des codes erreurs Zeigt die letzen 5 Fehlercodes mit der Laufzeit an. Der zuletzt aufgetretene Fehler steht an erster Stelle. Sollte ein Fehler wiederholt auftreten wird nur die Laufzeit aktualisiert. Die Fehlercodes können im Menü Error Code angezeigt werden oder über die Kontroll LED angezeigt werden; Beispiel für die Anzeige über die Kontroll LED :

Store (+)

R - Drive

=nom.

Set Text Contr. to max. ! Adjust Text Gain to get a light output of just ≥40% of OMA peak withe. Fine-adjust with Text Contr. to 40% of light output of OMA Peak White.

white =100%

After setting

Erase Error Clears all error codes storedin the NVM.Long press action (2.5s) : Codes

e.g. Error-code : 23 will be displayed : 2 flashes, short pause 3 flashes, long pause ......... List of Errors Codes : see table

factory settings.

Grey scale test pattern

page 3

=nom.

Blue Cathode

Scal. Contrast

Closes the submenu and the main Field Service Mode menu appears. Retourne au menu principal.

white =100%

+

Adjust the lowest value with RGB cutoff counters SCREEN potentiometer to: see table

Agir sur H-VCO pour obtenir une image la plus proche de la synchronisation

ERROR CODE

Verlassen des Untermenüs

Factory settings recalled User settings kept. G2 Alignment Display a special menu: Adjust R-Cut off and G-Cut off to 80H temporary. Return R=6B G=60 B=71

EW Trapezium

Horizontal - VCO oscillator.

Den H-VCO auf Schwebung einstellen. Regolare l'H_VCO finché l'immagine non sincronizzata non avrà raggiunto la velocità minima. Ajuste H_VCO hasta que la imagen no sincronizada alcance su velocidad más baja. default value = 0FH Press : remote control; Vol. +/- : TV keyb.

Scal*. Colour

Normalise User Settings

= 50%

= 100%

black

Recalls the factory settings for colour, brightness, contrast and sharpness and sets contrast expand to "low".

EW Amplitude

CHANGE

Grey scale test pattern

Press : remote control; Vol. +/- : TV keyb. H-Amplitude

DOWN

Return

+

Scal. Brightness

Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece.

H-Position

013AF 008A0 0042A 0023F 000E3

page 2 page 1 Color standard or RGB is autodetected and displayed opposite the displayed opposite the menu title.

Closes the submenu and the main Field Service Mode menu appears. Retourne au menu principal.

V-Linearity

UP

F

GB

ERROR CODE

PAL

Verlassen des Untermenüs

V-Amplitude After setting

UP

PAL

Return

Closes the submenu and the main Field Service Mode menu appears. Retourne au menu principal.

H-VCO

VIDEO Return Normalise User Settings G2 Alignment mode R-Cut off +1B G-Cut off -1F R-Drive +3A G-Drive -3B B-Drive Peak-White

VIDEO

Verlassen des Untermenüs

After setting

ICC19 100 Hz

CHANGE

2B 1D

GEOMETRY

H-Delay

Trasferimento IR Trasferire schermo per ricezione mappatura via dati IR

disable-inaktiv tube type 10,100Hz 11,100Hz 12,100Hz 12,100Hz 13,100Hz 14,100Hz 14,100Hz

UP

+0A 1B

-3B +0E -19 +1C

Return

Teletext language :

0 1 2 English Polish English(US) German German German Swedish Swedish Swedish Italian Italian Italian French French French Serbocroat Portug. Portug. Czech/Slov. Czech/Slov. Czech/Slov. Rumanian English(UK).

Es gibt auf IR Kommandos keine Reaktion. LIST A66EGW A59EGD A68EGD A68EES W66EGV W76EGV W76EGX

ZOOM1

V-Linearity H-Position H-Amplitude EW-Amplitude EW-Trapezium EW-Shape

-3B +1B -23 1E

GEOMETRY

PIN Erase Erases all PINs. PIN active-Pin aktiv No PIN active-Kein PIN Selection : Long press: ≈ 5s Press /OK: remote control;Vol. +/- :TV keyb. Löschen des PIN Code durch längeres (≈ 5s) drücken der Taste >oderoder3 times protection (problem detected on "breathing" line) 29 DRAM memory of Megatext defect 31 RAM is full 32 Software-timer isn't available 33 The PSI chip (STV2165) doesn't answer 34 The NVM (X24C32) chip doesnt answer 35 13V not available 36 Wrong addr. NVRAM passed to the bus-handler 37 Unexpected level on NMI (Interrupt) line found (possible cause : tube flashover) 38 M3LBus for Megatext is blocked 39 Megatext (SDA5273) doesn't answer 41 bus1 (data line) not recoverable 42 bus2 (data line) not recoverable 43 MCU (Motion Mastering Up-Converter) doesn’t answer 44 Convergence IC (STV2040) doesn’t answer 45 Defect "Module Video" is detected 46 "Default" NVRAM of DCU doesn't answer 47 Test Pattern chip of DCU defect 48 Test Pattern NVRAM convergence chip defect 49 Convergence module doesn't answer anymore 52 The Teletext module is not conform .

I valori di regolazione di fabbrica vengono indicati su una etichetta collocata all’interno del contenitore del blocco ottico. Questi valori devono essere utilizzati di preferenza ai valori di default. Los valores de los ajustes de fábrica se indican en una etiqueta situada en el interior de la cubierta del bloque óptico. Son de utilización preferente a los valores por defecto

11 12 13 14 15 16

D

Processeur Audio MSP ne répond plus Deuxième MSP ne répond plus (Dolby) Audio-DSP ne répond plus (produit Dolby) Video-IC STV2161 ou 2162 ne répond plus Chroma-IC STV2151 ou TDA9143 ne répond plus Convertisseur de frequence d’image digital DMU0 (Intelligent Mastering) ne répond plus 17 Module son (ou Dolby) n’est pas détecté 18 Commutateur SCART TEA6415C ne répond plus 19 Tuner CTT5000 ne répond plus 21 I2C-bus 1 data bloqué au niveau bas 22 I2C-bus 1 clock bloqué au niveau bas 23 I2C-bus 2 data bloqué au niveau bas 24 I2C-bus 2 clock bloqué au niveau bas 25 Le “5V commuté” n’est pas disponible 26 Tube ne chauffe pas a temps 27 Plus que 3-fois la déflection a détecté une “protection” (c’est-a-dire qu’il y a un problème détecté sur la ligne “breathing”) 29 Mémoire (DRAM) du Megatext est en panne 31 Plus de place en RAM 33 STV 2165 (PSI 100Hz) ne répond plus 34 NVM (mémoire) X24C32 ne répond plus 35 +13V n’est pas disponible 36 Adresse NVRAM inconnue 37 Problème détecté sur la ligne “Interrupt” pendant le démarrage ou le fonctionnement duTV. Possibilité: “arking”? 38 Bus M3L pour Megatext est bloqué 39 Megatext (SDA5273) ne répond plus 41 I2C-bus 1 data reste blocqué 42 I2C-bus 2 data reste blocqué 43 MCU (convertisseur de frequence d’image digital: Motion Mastering) ne répond plus 44 Le CI Convergence (STV2040) ne répond plus 45 "Vidéo Module" erroné détecté 46 La NVRAM "Default" de la platine de convergence ne répond plus 47 Test Pattern du CI de Convergence erroné 48 Test Pattern des NVRAM de Convergence erroné 49 La platine de Convergence ne répond plus. 52 Le Module Text (DVT) n'est pas le bon.

Almacene los últimos cinco códigos de error cuando cada uno ocurre (gracias al contador de tiempo de ejecución). El error más reciente se visualiza en la parte superior. Una repetición del código de error en la parte superior de la lista solamente actualiza el tiempo de ejecución. El indicador TV LED indica 27 códigos de error diferentes: de 11 a 44. El código de error se señala en forma de dos dígitos separados con una pausa apropiada entre los dos y se repetirá hasta que repare el TV o él se repara a sí mismo. Por ejemplo, Se va visualizar el código de error 23: 2 parpadeos, una pausa corta; 3 parpadeos, una pausa larga. Para la Lista de códigos de error, consulte la tabla.

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

29 31 33 34 35 37 38 39 41 42 43 44 45 46 47 48 49 52

Il primo IC Audio MSP non risponde Il secondo IC Audio MSP non risponde L'integrato Audio DSP non risponde L' IC 2161/2 non risponde L'IC 2151/9143 non risponde Il convertitore non risponde Il Modulo Audio non viene identificato Il TEA6415C non risponde Il sintonizzatore non risponde Linea data I2C bus 1 forzata bassa Linea I2C bus 2 forzata bassa Linea clock I2C bus 1 forzata bassa Linea clock I2C bus 2 forzata bassa La tensione 5V commutati non disponibile Il tubo non raggiunge la corretta temperatura nel tempo stabilito Per 3 volte, la deflessione ha rilevato una protezione (problema riscontrato dalle linee "breathing") Difetto alla DRAM di Megatext La RAM è satura Il chip PSI non risponde Il chip NVM non risponde 13V non disponibile Livello imprevisto sulla linea NMI Bus M3L per Megatext bloccato Megatext non risponde Bus 1 (linea dati) non ripristinabile Bus 2 (linea dati) non ripristinabile MCU non risponde Convergenza IC (STV2040) non risponde rivelato Modulo Video difettoso "Default" NVRAM di DCU non risponde Integrato generatore di test DCU difettoso Integrato generatore di test NVRAM difettoso Il modulo convergenza non risponde Il modulo Televideo non è conforme

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27 29 31 33 34 35 37

38 39 41 42 43 44 45 46 47 48 49 52

Procesador de audio MSP no responde Segundo MSP no responde (Dolby) Audio DSP no responde Cir. integrado de video STV2161 ó 2162 no responde Cir. integrado croma ST2151 ó TDA9143 no responde Convertidor de frecuencia de imagen digital DMU0 (Mastering Inteligente) no responde Módulo de sonido (o Dolby) no se detecta Conmutador Scart (TEA6415C) no responde Tuner CTT5000 no responde Data 1 del bus I2C permanece en bajo Clock 1 del bus I2C permanece en bajo Data 2 del bus I2C permanece en bajo Clock 2 del bus I2C permanece en bajo No se dispone de los “5v conmutados” El tubo tarda en calentarse La protección de la deflexión actúa mas de 3 veces (el problema se detecta en la línea de “breathing”) La memoria DRAM del Megatext está defectuosa RAM está llena El chip STV2161 (PSI 100Hz) no responde La memoria no volátil X24C32 no responde No están disponibles los + 13 v. Problema detectado en la línea “Interrupt” durante el arranque o el funcionamiento del TV.Posibilidad de chispazos en muy alta? El bus M3L para el Megatext está bloqueado Megatext (SDA5273) no responde Data 1 del bus I2C permanece boqueado Data 2 del bus I2C permanece bloqueado MCU (convertidor de frecuencia de imagen digital: Motion Mastering) no responde Cir. integrado de convergencia (STV2040) no responde Fallo detectado en el módulo de Video Fallo en NVRAM o DCU no responde Fallo en c.i. de mira o DCU Fallo en c.i. NVRAM de convergencias El módulo de convergencias no responde El módulo Teletexto no es conforme

Note : GEOMETRY : V-Amplitude

4/3 picture tube

Vertical Interlace - Entrelacement Vertical - Vertikal Interlace Interlaccio Verticale - Entrelazado vertical

Signal : 4/3 test pattern Overscan V=107% , H=107% 1- Adjust Vertical position and Vertical amplitude 2- Adjust Vertical Blanking and linearity 4/3 standard mode zoom 0

- Check the vertical Interlace*. - Contrôler l’entrelacement vertical*. - Überprüfen Sie das vertikale Interlacing (“Verschachtelung”) der Zeilen*. - Controllare l’intelaccio verticale*. - Compruebe El entralazado vertical*.

Good : Interlaced

Wrong : Paired

If the interlace is poor, adjust the VAMP. by 1/2 steps (+ or - ) to achieve the best interlace. 3- Adjust Horizontal position and Horizontal ampltude

Si l’entrelacement n’est pas correct agir sur V AMP de une ou deux valeurs pour obtenirun entrelacement correct.

Beispiel für die Anzeige über die Kontroll LED:

Memorizza gli ultimi cinque codici d'errore (differenti tra loro) dopoche ognuno di essi si sarà visualizzato (attraverso il contatore della durata di esecuzione). L'errore più recente viene visualizzato in cima. La ripetizione del codice di errore in cima alla lista non farà altro che aggiornare la durata di esecuzione. Dal LED del TV vengono segnalati 27 codici d'errore differenti, numerati da 11 a 44. Il codice d'errore è indicato da due cifre separate da un opportuno intervallo di tempo e verrà ripetuto fino a quando il televisore non sarà stato riparato o non si sarà corretto da solo. Ad es: Il codice d'errore 23 visualizzerà: 2 segnali luminosi con pausa breve 3 segnali luminosi con pausa lunga Per la lista dei Codici d'Errore, si veda la tabella

E

I

11 Audio MSP Prozessor antwortet nicht. 12 Zweiter Audio MSP Prozessor antwortet nicht.(Dolby) 13 Audio DSP Prozessor antwortet nicht. (Dolby) 14 IC STV2161/62 antwortet nicht 15 IC STV2151 / TDA9143 antwortet nicht 16 DMU0 Upconverter (Videomodul) antwortet nicht 17 Audio- oder Dolby-modul nicht erkannt 18 TEA6415C antwortet nicht (SCART Schalter) 19 Tuner CTT5000 antwortet nicht 21 I2C Bus1 data line ist auf low 22 I2C Bus2 data line ist auf low 23 I2C Bus1 clock line ist auf low 24 I2C Bus2 clock line ist auf low 25 Geschaltete 5V nicht vorhanden 26 Röhre wird nicht rechtzeitig warm 27 Ablenkung meldet 3 mal Fehler. (Problem auf Breathing Leitung) 29 DRAM des Megatext defekt 31 RAM antwortet nicht 33 STV 2165 (PSI 100Hz) antwortet nicht 34 NVM Chip antwortet nicht (X24C32) 35 +13V nicht vorhanden 37 Unerwarteter Zustand an NMI (Interrupt) line gefunden. (Mögliche Ursache = RöhrenÜberschlag”) 38 M3L Bus des Megatext blockiert 39 Megatext (SDA 5273) antwortet nicht 41 Bus1 (data line) nicht möglich zu reaktivieren 42 Bus2 (data line) nicht möglich zu reaktivieren 43 MCU (Motion Mastering Up-Converter) antwortet nicht 44 Konvergenz IC (STV2040) antwortet nicht 45 falsches Videomodul (falscher MCU) 46 NVRAM für Konvergenz antwortet nicht 47 Bildmuster im Konvergenz-IC ist defekt 48 Bildmuster aus dem NVRAM ist defekt 49 Bildrohrtyp "R" ist eigestellt, aber kein Konvergenz-IC gefunden 52 Falsches Videotextmodul.

GEOMETRY MODE ALIGNMENT

4-Adjust EW Amplitude ,EW Shape and Trapezium

Fehlercode 23 : Zweimaliges Blinken der LED, kurze Pause. Dreimaliges Blinken der LED, lange Pause. Auflistung der Fehlercodes : siehe Liste

=nom.

Grey scale test pattern

Default Values :

Vertical Power Stage zero adjust.

(Adjustments p. 17... 20.)

F-H

RGB cutoff counters

Horizontal delay Use "+" and "-" to adapt the image

1-Adjust V-amp. for a 107% over scanned picture. 2- Reduce V-blanking for visible lines top and bottom of screen. 3-Increase step by stepV-blank. until at the bottom and the cut- off lines on the top of the screen disappear. 4- Increase one more step 5- Fine adjust V-amp. and V-position

DOWN

Return

+

Scale Brightness

H-Amplitude

GEOMETRY

UP

000C3 : 20 008A0 : 21 0042A : 20 0023F : 20 000E3 : 00

page 2

PAL

H_VCO auf Schwebung abgleichen.

H-Delay

Available

H-Position

V-Blanking

00

DOWN

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece.

V-Linearity *

Press on the RCU or Vol. +/- on project.front panel

IR Download Programme Return / Abort

-3B 60

Return Erase Error Codes

-1F

F

GB

ERROR

PAL -1A +24

Return

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Servicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece.

H-VCO

+1B -1F +3A

VIDEO

Return

Clear Prog.

Rivelazione "auto-surround" e "format" via televideo alla riga 23.La selezione di WSS Processing vale per tutti i programmi. La selezione di WSS Processing vale per tutti i programmi. Store (+)

0 1 2 English Polish English(US) German German German Swedish Swedish Swedish Italian Italian Italian French French French Portug. Serbocroat Portug. Czech/Slov. Czech/Slov. Czech/Slov. Rumanian English(UK).

VIDEO Scale Brightness Scale Colour Scale Contrast Text Setup Default Store Restore

Color standard or RGB is autodetected and displayed opposite the displayed opposite the menu title.

GEOMETRY

GEOMETRY Teletext language :

PAL

page 1

page 2

Test Bar pattern used : 4/3 with geometric circle. Adjust separate for 4/3 and 16/9 format. See annexed

TUBE Return

VIDEO Return Norm. (Factory) G2 Alignment R-Cut off G-Cut off R-Drive G-Drive B-Drive

Bei einer Paarigkeit der Zeilen verstellen Sie V AMP um 1 oder 2 Stufen (+ oder -) Se l’interlaccio non e’ idoneo, correggere VAMP di 1 o 2 fasi (+/-) per otttenere l’interlaccio migliore.

zoom 1

Overscan V=120% , H=120%

Si el entrelazado no es bueno, mueva VAMP en 1 o 2 pasos (+ o -) para conseguir la mejor.

* To check in 4:3 and in 16:9 * Contrôler en 4:3 et 16:9 * Kontrollieren Sie im 4:3 und im 16:9 Format * Controllare nel formato 4:3 e 16:9 * Revisar en 4:3 y 16:9

Adjust the vertical height until V = 80% 16 / 9 standard mode

GEOMETRIE / CONVERGENCE ADJUSTMENT - GEOMETRIE / REGLAGES DES CONVERGENCES / GEOMETRIE / KONVERGENZ ABGLEICH - GEOMETRIA / REGOLAZIONE CONVERGENZA - GEOMETRIA / AJUSTE DE CONVERGENCIA

For every point on the screen, each of the three beams has a specific correction possibility in both horizontal and vertical planes. To achieve this, three levels of adjustment are available in the Service Mode. The unit is also equipped with an alignment grid pattern generator incorporated on the convergence circuit board.

RED AND BLUE PICTURE SHIFTED

Trois niveaux de réglages sont accessibles dans le mode service et permettent à partir d’une mire de quadrillage générée par les circuits de convergence d’apporter une correction horizontale et verticale aux trois faisceaux de couleur.

+

LEVEL 1 BORDERS OR SMALL AREAS ARE VERY POORLY ALIGNED

SMALL ADJUSTMENTS

3 X 3 points

LEVEL 2

LEVEL 3

Small local corrections Petites corrections locales Feineinstellungen Piccole correzioni locali Pequeñas correcciones locales

GREEN GEOMETRY IS POORLY ALIGNED

Green

15 or 25 points

195 points for Green, Red , Blue

Red and Blue Non Visible Area

3 X 5 points

5 X 5 points

+

CENTRAL AREA IS CORRECT. BORDERS OR A SMALL AREAS ARE VERY POORLY ALIGNED

GB

IMAGE ROUGE ET BLEUE DECALEES F Réglage Statique - Sélectionner convergence dans le menu d’installation. - Corriger le décalage avec les touches de navigation. - Appuyer sur la touche “INSTALL.” du clavier du RP pour l’accès au menu d’installation

CONVERGENCE retour rouge horizontal rouge vertical bleu horizontal bleu vertical

+

+

+

Utilisez les touches gauche/droite pour optimiser l'ajustement des lignes verticales.

- Si le réglage nécessaire est loin de la position centrale des bargraphs il est recommandé de mettre ceux-ci en position centrale et de corriger avec les anneaux de centrage magnétiques des tubes correspondants. Débloquer préalablement les anneaux fixés par un collage léger. - refixer ensuite les anneaux avec une colle ou laque pas trop forte pour autoriser une retouche ultérieure. CENTRE CORRECT. BORDS OU PETITE SURFACE NON CORRECTE

A - VERT a une géométrie correcte : A - GREEN geometry is correct : - Only adjust the Red and Blue geometry using Level 3 - Régler seulement le Rouge et Beu avec Level 3, ne pas toucher au vert !. of the convergence menu, don’t touch the green geometry ! B - VERT nécessite une légère correction : - Régler le Vert avec Level 3 et corrger ensuite le B - GREEN nedds a small adjustment : Rouge et le Bleu avec Level 3. - First adjust the Green geometry, then align the Red and Blue geometry using Level 3 convergence menu.

MUST NOT BE USED NE DOIT PAS ETRE UTILISE DÜRFEN NICHT VERÄNDERT WERDEN NO DEVE ESSERE USATO NO DEBE SER USADO

Large and general corrections Corrections générales étendues Grundeinstellungen Correzioni generali estese Correcciones generales y extendidas

+

Using left / right keys, adjust for the best vertical lines.

- If the required alignment falls outside the central area of the barograph, set all barographs central and make the adjustments using the magnetic centring rings on the red and blue tubes. - Firstly, unlock the lightly glued centring rings and then make the necessary adjustments. - Once aligned the rings must be locked using a lightweight glue or varnish in order that subsequent adjustments can be made.

Tres niveles de ajustes están disponibles en Modo Servicio y permiten a partir de una mira de cuadrícula generada por los circuitos de convergencia, efectuar correcciones especificas en los planos horizontal y vertical para cada uno de los tres haces.

Factory adjusts reserved Réservé aux réglages Usines Fabrikeinstellungen Regolazioni riservate alla fabrica Ajustes reservados para fábrica

- Press the“INSTALL.” button on the projector keyboard to select in Installation menu.

return red horizontal red vertical blue horizontal blue vertical

Per ogni punto dello schermo, ognuno dei tre raggi ha una specifica possibilità di correzione in entrambi i piani orizzontale e verticale. A questo scopo, sono disponibili tre livelli di regolazione in Service Mode. L'unità, inoltre, dispone di un generatore di griglia per l'allineamento, incorporato sulla piastra convergenza.

9 points for Green and Blue

RED AND BLUE PICTURE SHIFTED GB Static Adjustments - Select “CONVERGENCE” in the Install Menu. - Correct the shift using the “NAVIGATION” buttons on the RCU CONVERGENCE

Für jeden Punkt des Bildschirmes und für jeden der drei Katodenstrahlen ist eine spezielle Korrektur sowohl horizontal als auch vertikal, möglich. Im Service-Mode sind drei Ebenen (Level) für den Abgleich der Konvergenz verfügbar. Das Gittertesbild wird von der Konvergenzschaltung erzeugt.

Green

INFORMATION NOTE - INFORMATION - NOTA INFORMATIVA - NOTA DE INFORMACIÓN

DESCRIPTION OF POSSIBLE CONVERGENCE PROBLEMS

ADJUSTMENTS LEVELS

IMMAGINE ROSSA E BLU SPOSTATA. ROTES UND BAUES BILD SIND VERSCHOBEN D I Regolazione statica Statische Einstellung - Selezionare Convergence nel menu Install. -Wählen Sie im Installationsmenü “KONVERGENZ” - Correggere lo spostamento utilizzando i tasti numerici. -Stellen Sie die beste Farbdeckung mit den PfeilTasten ein. - Press the“INSTALL.” - Drücken Sie die Taste KONVERGENZ CONVERGENZA button on the projector “INSTALL” auf dem Nahzurück ritorno Rot horizontal rosso orizzontale keyboard to select bedienfeld des Projektors Rot vertikal rosso verticale in Installation menu. um in das InstallationsBlau horizontal blu orizzontale Blau vertikal blu verticale Menü zu kommen.

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Stellen Sie die beste Farbdeckung der vertikalen Linien mit den Pfeiltasten rechts/links ein.

- Sollte der Einstellbereich zu klein sein oder nicht ausreichen, empfehlen wir,alle Anzeigebalken auf Mittelstellung zu bringen und eine Korrektur der Farbdeckung mittels der Zentriermagnete der jeweiligen Röhre vorzunehmen. - Lösen Sie hierzu zuerst die Verklebung der Ringe und nehmen dann die Einstellungen vor.Danach fixieren Sie die Ringe wieder so mit einem Kleber oder mit Sicherungslack,daß ein späterer Abgleich möglich ist. DIE BILDMITTE IST IN ORDNUNG, SCHLECHTE DECKUNG AN DEN BILDRÄNDERN ODER IN KLEINEREN FLÄCHEN. A - GRÜN-Geometrie ist in Ordnung: - Gleichen Sie nur Rot und Blau im Level 3 ab, Grün nicht verstellen !. B - GRÜN benötigt geringe Korrekturen: - Gleichen Sie Grün im Level 3 nach und korrigieren dann Blau im Level 3.

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Usando i tasti Sinistra/destra, regolare in modo ottimale le linee verticali.

- Se la regolazione ottimale è lontana dalla posizione centrale della barra grafica, è consigliabile porre questi in posizione centrale ed effettuare le correzioni con gli anelli di centratura magnetici dei tubi corrispondenti. Sbloccare inizialmente gli anelli leggermente incollati. - Reincollarli utilizzando colla leggera o lacca per rendere possibili successivi ritocchi.

IMAGEN ROJA Y AZUL DESPLAZADA E Ajuste estático -Seleccione la convergencia en el menú Install. Corrija el desplazamiento con las teclas de navegación. - Press the“INSTALL.” button on the projector keyboard to select in Installation menu.

CONVERGENCIA volver rojo horizontal rojo vertical azul horizontal azul vertical

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Use las teclas izquierda / derecha para un ajuste óptimo de las líneas verticales.

- Si el ajuste necesario está lejos de la posición central de los gráficos de barras, se recomienda situarlos en la posición central y corregirlos con los anillos de centrado magnéticos de los tubos correspondientes. Desbloquee previamente los anillos fijados con un pegamento ligero. - A continuación, fije de nuevo los anillos con un pegamento o una laca no muy fuerte para permitir un ajuste posterior.

EL ÁREA CENTRAL ES CORRECTA. L’AREA CENTRALE È CORRETTA. I BORDI O UNA PICCOLA AREA SONO SCORRETTI LOS BORDES O UN ÁREA PEQUEÑA NO SON CORRECTOS A - VERDE tiene una geometría correcta: A - La geometria del VERDE è corretta : - Ajuste sólo rojo y azul con el nivel 3,no altere verde !. - Regolare solo Rosso e Blu utilizzando Level 3, non toccare il Verde !. B - VERDE también necesita una pequeña corrección: B - Sono necesssarie piccole modifiche anche per il VERDE: - Ajuste verde con el nivel 3 y después corrija rojo y azul con el mismo nivel 3. - Regolare il Verde utilizzando Level 3 quindi correggere Rosso e Blu utilizzando Level 3.

SMALL ADJUSTMENTS ARE NECESSARY EVERYWHERE. GREEN GEOMETRY IS CORRECT

PETITES CORRECTIONS NECESSAIRES EN TOUS POINTS DE L’ECRAN. GEOMETRIE DU VERT CORRECTE

ÜBERALL SIND KLEINE EINSTELLUNGEN NOTWENDIG, DIE GRÜN-GEOMETRIE IST IN ORDNUNG

È NECESSARIO APPORTARE OVUNQUE PICCOLE MODIFICHE. LA GEOMETRIA DEL VERDE È CORRETTA.

SE NECESITAN PEQUEÑOS AJUSTES EN TODO. LA GEOMETRÍA VERDE ES CORRECTA

The some convergence lines are incorrect, but Green geometry is correct. - Align Red and Blue geometry using convergence menu Level 2. - Correct the borders if needed using convergence menu Level 3, don’t touch the green geometry !.

Quelques lignes ont une convergence incorrecte mais le Vert a une géométrie correcte. - Régler le Rouge et le Bleu avec Level 2. - Corriger les bords si nécessaire avec Level 3, ne pas toucher au Vert !.

Einige Linien sind nicht in Konvergenz, die Geometrie von Grün ist aber in Ordnung. - Gleichen Sie Rot und Blau im Level 2 ab, - Gleichen Sie die Bildränder gegebenenfalls im Level 3 nach, Grün nicht verstellen !.

Alcune linee non sono in convergenza ma la geometria del Verde è corretta. - Regolare Rosso e Blu utilizzando Level 2. - Se necessario, correggere i bordi utilizzando Level 3, non toccare il Verde !.

Algunas líneas carecen de convergencia, pero la geometría verde es correcta. - Ajuste rojo y azul con el nivel 2. - Corrija los bordes si es necesario con el nivel 3, no altere el verde !.

GREEN GEOMETRY IS POORLY ALIGNED

GEOMETRIE DU VERT NON CORRECTE

ABGLEICH DER GRÜN-GEOMETRIE

LA GEOMETRIA DEL VERDE È SCORRETTA.

LA GEOMETRÍA VERDE NO ES CORRECTA

A - BLUE or RED Geometry is correct : - Enter the convergence menu Level 2 and press the YELLOW button on the RCU. The red, green and blue grids are displayed but only GREEN geometry can be aligned. - Adjust the Green geometry to superimpose it on either the Red and/or Blue grid, to ease alignment select the bestconverged colour and cover the others lens. B - BLUE or RED is poorly aligned : - Enter the Service Mode and select the GEOMETRY menu - Adjust the alignment of the H/V Amplitudes and E/W Correction settings, if the geometry does not respond to adjustment then: - Select convergence menu Level 2 and press the YELLOW button on the RCU to select Green (3X5) alignment routine. - Check that the centre point of the green grid is exactly central - Align the grid pattern borders exactly with the screen borders. - Align the outer edge of the picture if necessary, using convergence menu Level 3. - Align RED convergence using menu Level 2 and if necessary the borders with Level 3. - Repeat the above process for BLUE alignment.

A - Géométrie du BLEU ou ROUGE correcte : - Sélectionner Level 2 et utiliser la touche jaune de la télécommande: Les images Rouge, Verte/Beue sont affichées mais la correction s’effectue sur le Vert - Régler l’image du Vert afin de la superposer à celle du Rouge et/ou de celle du Bleu. Couvir le Bleu ou Rouge . Choisir l’image ayant la meilleure géométrie. B - BLEU ou ROUGE ont une mauvaise géometrie : - Selectionner dans le mode service les Réglages de géométrie H/V et Correction Est/Ouest - Régler la Géométrie. Si la géométrie ne peut être corrigée: - Selectionner Level 2 pour le Vert (3X5). - Contrôler la position du centre. - Régler les côtés de la mire exactement par rapport aux bords de l’écran. - Régler les bords externes de l’image avec Level 3 si nécessaire. - Corriger le Rouge avec Level 2 puis ensuite avec Level 3 pour les bords si nécessaire. - Procéder de même pour le Bleu.

A - Die BLAU-oder ROT-Geometrie ist in Ordnung: - Gehen Sie in das Konvergenzmenü Level 2 und drücken Sie die GELBE Taste auf der Fernbedienung. Das rote, grüne und blaue Gitter werden angezeigt. Es läß sich

A - La geometria del BLU o del ROSSO è corretta : - Nel Level 2 utilizzare il Pulsante giallo sul telecomando: vengono visualizzati Rosso, Verde e Blu ma le correzioni vengono effettuate nel Verde. - Regolare il Verde perchè si sovrapponga su Rosso e/o Blu. Le lenti Rossa o Blu per una facile regolazione devono essere coperte. Scegliere quella più visibile e che presenta la geometria migliore. B – La geometria del BLU o del ROSSO è scorretta : - In Service Mode Geometry selezionare: ampiezza H/V (Orizzontale/Verticale) e East/West. - Regolare la geometria. Se la Geometria non è regolabile: - Selezionare Level 2 per il Verde (3x5). - Controllare che il centro si trovi esattamente in centro. - Allineare i bordi dell reticola ai bordi dello schermo. - Se necessario, regolare la parte esterna dell’immagine utilizzando Level 3. - Correggere il Rosso utlizzando Level 2 e, se necessario, Level 3 per i bordi. - Ripetere la medesima procedura per il Blu.

A - AZUL o ROJO tienen una geometría correcta: - Con el nivel 2, utilice el botón amarillo en el control remoto: se visualizan rojo, verde y azul, pero la corrección está en verde. - Ajuste verde para superponer en rojo o azul. Las lentes rojas o azules se pueden cubrir. Seleccione la que sea más visible o tenga la mejor geometría. B - AZUL o ROJO tienen también una geometría deficiente: - En geometría del modo de serivicio, seleccione: amplitud H/V y Este/Oeste. - Ajuste la geometría. Si esta geometría no se puede ajustar: -Seleccione el Nivel 2 para verde (3x5). - Compruebe que el centro está situado exactamente en el centro. - Realice los ajustes necesarios para que los bordes de la rejilla coincidan con los de la pantalla. - Ajuste la parte exterior de la imagen con el Nivel 3 si es necesario. - Corrija rojo con el Nivel 2 y después con el Nivel 3 para los bordes si es necesario. - Repita la misma operación para azul.

jedoch nur die Geometrie von GRÜN einstellen. - Bringen Sie das grüne Gitter mit dem roten oder blauen zur Deckung.Zur Vereinfachung des Abgleichs wählen Sie das am besten deckende Gitter und dunkeln die Linse der anderen Farbe ab. B - BLAU oder ROT sind schlecht abgelichen : - Gehen Sie im Service Mode in das Menü “GEOMETRY” - Gleichen Sie die H-, V-Amplitude und die Ost/WestKorrektur nach.Solte die Geometrieeinstellung nicht reagieren: - Gehen Sie in das Konvergenzmenü Level 2 und drücken die GELBE Taste auf der Fernbedienung um den GRÜN (3X5)-Abgleich zu wählen. - Überprüfen Sie ob der Mittelpunkt des grünen Gitters in der exakten Mitte des Bildschirmes ist. - Stellen Sie die Ränder des Gittermusters exakt auf Ränder des Bildschirmes ein. - Gegebenenfalls korrigieren Sie die Einstellungen der äußeren

Ecken im Konvergenzmenü Level 3. - Gleichen Sie die ROT-Konvergenz im Level 2 ab,ggf. korrigieren Sie Ränder im Level 3. - Wiederholen Sie diessen Abgleich mit BLAU.

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CORRECTION OF BANDING EFFECT

CORRECTION DE L’EFFET DE BANDE

The “Banding Effect” is a non-uniform area or shadow on the screen, which can happen after convergence adjustments have been performed in Level 3, The effect can be caused by either: -- two horizontal lines being to close together (a bright area).- two horizontal lines being to far apart (a dark area).The effect is most visible on a uniform pictures (see diagram below). Adjustment Procedure : Identify the colour causing the problem and then blank off the other two lenses. - Enter the convergence menu at Level 3 and select the corresponding colours alignment routine. - Using the NUMERICAL buttons (2, 8, 6 and 4) on the RCU, position the cursor on the right hand edge of the non-uniform area of the screen. - Remove the test grid pattern by disconnecting the cable connected to socket BK01 on the DCU board. - Adjust the brightness of the non-uniform area using the “NAVIGATION” (up, down, left and right) buttons on the RCU. - Select the next cursor position using the NUMERICAL buttons on the RCU and adjust its brightness. - After completing the adjustment procedure reconnect the cable to BK01 on the DCU board.

L’effet de bande est une zône d’écran non uniforme (ombre). .Ceci peut survenir après un réglage de convergence (par exemple “Level 3”). - Lorsque deux ligne horizontales sont trop proches : la bande est brillante - Lorsque deux ligne horizontales sont trop distantes : la bande est sombre. L’effet de bande est visible sur image fixe.(Voir Fig. ci-dessous). Procédure : - Identifier la couleur affectée par l’effet de bande en recouvrant deux optiques. - Selectionner le niveau “ level 3” correspondant à la couleur du défaut . - Positionner le curseur à sa place exacte . - Désélectionner la mire interne en déconnectant le connecteur BK01 de la platine DCU. - Corriger le phénomène . - Déplacer le curseur à gauche ou à droite pour le réglage du point suivant . - Ne pas omettre de reconnecter le connecteur après les réglages.

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CORREZIONE DELL’ EFFETTO BANDING

KORREKTUR DES BANDING-EFFEKTES

L’« effetto banding » è costituito da un’area non uniforme (ombra) che può prodursi dopo regolazione della convergenza (p. es. Level 3). - Quando due linee sono troppo distanti: l’immagine è più scura. - Quando due linee troppo sono vicine: l’immagine è più luminosa. Ciò è visibile su un’immagine uniforme (Vedere Illustrazione sottostante). Procedura: - Identificare quale colore provoca il difetto coprendo le due lenti in modo che sia visibile solo un colore su un monoscopio bianco. - Selezionare level 3 per il colore corrispondente. - Posizionare il cursore nella giusta posizione. - Rimuovere la griglia scollegando il cavo dal connettore BK01 sul DCU. - Correggere la non uniformità nella luminosità. - Spostare il cursore a destra o a sinistra per correggere il punto successivo. - Terminate le regolazioni, non dimenticare di collegare il cavo BK01.

Der Banding-Effekt ist eine ungleichmäßige Zone oder ein Schatten auf dem Bildschirm. Dies kann nach einem Konvergenzabgleich im Level 3 auftretenDer Effekt wird verursacht von. -zwei horizontale Linien sind zu dicht zusammen (helle Zone) -zwei horizontale Linien sind zu weit auseinander (dunkle Zone). Der Effekt wird bei einem einfarbigen Bild am meisten sichtbar (siehe Bild unten). Abgleich: Stellen Sie fest, welche Farbe den Effekt verursacht indem Sie jeweils zwei Farben abdecken. - Gehen Sie in das Konvergenzmenü Level 3 und wählen Sie den Abgleich für die jeweilige Farbe. - Mit der Zifferntastatur (2, 8, 6 und 4) der Ferbedienung bringen Sie den Cursor auf die rechte Kante der Zone. - Schalten Sie das Gittermuster durch Ziehen des Kabels vom Verbinder BK01 auf der DCU-Platine aus. - Stellen Sie die Helligkeit der Zone mit den Pfeiltasten der Fernbedienung ein. - Bewegen Sie den Cursor auf die nächste Position und wiederholen die Einstellung. - Nach dem Abgleich stecken Sie das Kabel wieder auf Verbinder BK01.

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CORRECCIÓN DEL EFECTO DE BANDA El "efecto de banda" es un área no uniforme (sombra). Puede ocurrir después de un ajuste de convergencia (por ej., nivel 3). - Cuando 2 líneas horizontales están demasiado cercanas: el área es más brillante. - Cuando 2 líneas horizontales están demasiado distantes: el área es más oscura. Es visible en una imagen uniforme (vea el dibujo más abajo). Procedimiento: - Identifique el color que ocasiona el fallo cubriendo 2 lentes, de modo que sólo se vea un color con una plantilla de prueba blanca. - Seleccione el nivel 3 para el color correspondiente. - Coloque el cursor en el lugar adecuado. - Retire la rejilla desconectando el cable del conector BK01 en la placa DCU. - Corrija la falta de uniformidad en el brillo. Mueva el cursor a la derecha o a la izquierda para corregir la posición siguiente. - No olvide conectar el cable BK01 después del ajuste.

+++ visible transition line darker or brighter area

darker or brighter area

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RP C19 First issue 07 / 98

CONVERGENCE ADJUSTMENT - REGLAGES DES CONVERGENCES - KONVERGENZ ABGLEICH - REGOLAZIONE CONVERGENZA - AJUSTE DE CONVERGENCIA Soft-Ver. Config. Serial-No.

V4.00-5 000A8 : 20 ArZ-D-C AGD45678

SERVICE MODE

GB

- Select “CONVERGENCE”

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

SERVICE MODE

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SERVICE MODE

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SERVICE MODE

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SERVICE MODE

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En cas de nécessité de changement des trois tubes (tubes marqués ou encore fonctionnels) il est plus simple, au niveau du réglage des convergences, de changer d’abord un tube, de le converger sur les deux autres pour conserver le réglage de géométrie original. Ensuite changer les deux autres tubes et les réaligner sur le tube de référence.

CONVERGENCE SELECT

- Selezionare « Alignement Mode ». - Avviare la regolazione con formato 4:3. - Selezionare « Level 2 ». - Viene visualizzato il menu Level 2 alignement.

- Seleccione "Modo de alineación". - Inicie los ajustes con el formato "4:3" - Seleccione "nivel 2" Aparece el menú de alineación de nivel 2.

Please Note:

Note :

Bitte beachten sie:

Nota :

Nota:

-Level 1 menu line (factory alignment) must be used. This alignment procedure must also be repeated for 16:9 format.

La procédure de réglage s’applique également au format 16/9.

- Die Einstellungen im Level 1 sind Werkseinstellungen und sollten nicht verändert werden. Der Konvergenzabgleich ist auch für das 16:9 Format vorzunehmen.

La procedura deve essere effettuata anche in modo 16/9.

El procedimiento debe realizarse también para 16/9.

Im Falle, daß ein Auswechseln aller drei Röhren notwendig ist, ist es einfacher (falls die Röhren noch funktionsfähig sind), die notwendige Konvergenzeinstellung so vorzunehmen, daß zunächst erst eine Röhre ausgewechselt wird: Gleichen Sie diese den beiden alten Röhren an, damit Sie die originale geometrische Einstellung haben. Wechseln Sie dann die beiden anderen Röhren und gleichen Sie diese der Referenzröhre an.

LEVEL 2 ALIGNMENT MENU :

MENU D’ALIGNEMENT “LEVEL 2” :

ABGLEICHMENÜ “LEVEL 2” :

LIVELLO 2 MENU DI REGOLAZIONE :

MENU DE ALINEACION "NIVEL 2":

Nel caso in cui si renda necessaria la sostituzione dei tre tubi (tubi marcati o ancora in funzione) è più semplice, quando si eseguono regolazioni della convergenza, sostituire prima un tubo e convergerlo agli altri due per conservare la regolazione di geometria iniziale. Sostituire quindi gli altri due tubi e riallinearli al tubo di riferimento.

- Press the “OK” button on the RCU to activate the Green test grid pattern, this is used throughout the alignment procedure as a reference. - Confirm that the Green geometry is correct. - Press the “RED” button on the RCU to activate the red test grid, the cursor will be set to the centre point on the red grid. - Using the “NAVIGATION” (“!”up, “ ” down, “ ” left and “ ” right) buttons on the RCU, align the red central cursor position to the green centre grid reference point. A long press on the associated “NAVIGATION” button on the RCU will accelerate the step size of the adjustment. - Press the “OK” button on the RCU to advance to the next cursor position and repeat the alignment process until all twenty five (25th = screen bottom left) alignment position have been checked.

- Appuyer sur la touche OK de la télécommande. La mire de convergence apparaît . - Contrôler la Géométrie du Vert . - Appuyer sur la touche Rouge de la télécommande pour régler le Rouge par rapport à la mire du Vert servant de référence . Le curseur est au centre. - Utiliser les touches de navigation “!”, “ ”,“ ”, et “ ” de la télécommande pour effectuer le réglage. Une longue pression permet d’obtenir un effet d’accélération du réglage. Après le réglage du centre: - Appuyer sur OK pour la sélection du point suivant à régler. Lorsque ce second point est aligné ou si aucun réglage n’est nécessaire appuyer sur la touche “OK”. Effectuer ainsi jusqu’au dernier point (25)au coin inférieur gauche.

- Drücken Sie OK-Taste auf der Fernbedienung um das GrünGittermuster zu aktivieren. Dieses dient für den gesamten Abgleich als Referenz. - Überprüfen Sie die Grün-Geometrie. - Drücken Sie die rote Taste auf der Fernbedienung um das rote Gittermuster zu aktivieren. Der Cursor erscheint in der Mitte des roten Gitters. - Mit den Pfeiltasten (“!” hoch, “ ” runter, “ ” links , “ ” rechts) auf der Fernbedienung bringen Sie die Mitte des roten Cursors auf die Mitte des Bezugspunktes im grünen Gitter. Ein längeres Drücken der Pfeiltasten erhöht die Schrittgröße beim Abgleich. - Drücken Sie die OK-Taste um auf die nächste Cursor-Position zu gelangen. Wiederholen Sie den Abgleich bis alle 25 Abgleichpunkte (der 25.Punkt ist links unten) korrigiert sind.

- Premere il tasto “OK” sul telecomando. Viene visualizzata la griglia verde. - Controllare che la geometria della griglia Verde sia corretta. - Premere il tasto Rosso sul telecomando per regolare il Rosso con la griglia Verde come riferimento. - Il cursore si trova al centro. - Utilizzare i tasti su, giù sinistra e destra sul telecomando per regolare la posizione di allineamento. Con una lunga pressione del tasto si determina un effetto di accelerazione del passo di allineamento. Dopo avere regolato il centro : - Premere il tasto “OK” per selezionare la posizione successiva da regolare.Quando il secondo punto è stato regolato o la regolazione non è necessaria, premere il tasto “OK”. Proseguire la procedura fino a raggiungere l’ultimo punto (25°) sulla parte inferiore sinistra. IMPORTANTE :

- Pulse “OK” en el control remoto y aparecerá la rejilla verde. - Compruebe si la geometría verde es correcta. - Pulse el botón rojo en el control remoto para ajustar rojo con la rejilla verde como referencia. El cursor está en el centro. - Ajuste la posición de la alineación con las teclas del control remoto para moverse hacia arriba, abajo, izquierda y derecha. Si las pulsa de forma prolongada, se produce un efecto de aceleración en el tamaño del paso de la alineación. Después del ajuste del centro: - Pulse “OK” para seleccionar la posición siguiente a ajustar. Cuando se ajusta este segundo punto o el ajuste no es necesario, pulse "OK". Repita la operación hasta el último punto (nº 25) en la parte inferior izquierda.

4:3

There are 195 points that can be aligned. The cursor indicates current alignment point. Press Red/Blue/Green button to select colour to align. Press Yellow to align Green to Red and Blue. Use Up/Down/Left/Right keys to adjust alignment point. OK to store. Use Remote Control keys 2, 8, 4, & 6 to select alignment point. Press EXIT when done.

CONVERGENCE DEFAULTS Return Default Red/Green/Blue Default Red Default Green Default Blue

IMPORTANT : When the last position has been adjusted: - Press the “OK” button on the RCU only one time and wait for 60s. The microprocessor will calculate all the intermediate positions and nothing will happen for 10s, then the cursor will disappear for 15s.Finally the cursor will re-appear move back through all adjustment points to the centre point on the test grid.

Début

Dernier point (25ème)

- Appuyer sur “Exit” pour retourner au menu “Level 2”. - Selectionner “Return”: le menu “convergence alignment”apparaît - Mémoriser par “store”. - Contrôler l’effet de Bande ( Voir ci-après la Note d’Information ). Même procédure pour le Bleu.

LEVEL 3 ALIGNMENT :

ALIGNEMENT LEVEL 3

Each one of the 195 alignment point can be reached by; - Using the NUMERICAL buttons 2 (up), 8 (down), 6 (right) and 4 (left) on the RCU to position the cursor on the screen. - Convergence alignment is done using the “NAVIGATION” (“(!)”up, “ ” down, “ ” left and “ ” right) buttons on the RCU. - Press the “EXIT” button on the RCU to return to “Level 2” menu. - Select ”RETURN” on the menu. - Next select “STORE” on the convergence menu. - Check for “Banding Effect” (see information note page 32).

Chacun des 195 points de réglage est accessible : - Utiliser les touches numériques suivantes: 2 (haut), 8 (bas), 6 (droit) et 8 (bas). - le réglage des convergences s’effectue au moyen des touches de navigation haut (!),bas ,gauche et droit . - Appuyer sur la touche “EXIT”de la télécommande pour retourner au menu “Level 2” - Sortir du menu d’alignement des convergences et mémoriser. - Contrôler l’effet de Bande (Voir la Note d’Information ci-après).

IMPORTANT :

IMPORTANT :

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#

#

Once “Level 3” alignment is completed, do not use “Level 2” otherwise all adjustments made in “Level 3” will be ERASED.

#

CONVERGENCE ADJUSTMENT

menu

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text

zoom

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info

Aprèsavoir reglé le “level 3” ne pas utiliser le “level 2”, les corrections effectuées au “level 3” seraient perdues.

pr

16:9 : Select 16:9 format in the Convergence Alignment menu pr

and repeat the above procedures.

2 6

4 8

NAVI LIGHT

system

RP C19 First issue 07 / 98

Letzter

Punkt (25.)

- Drücken Sie die EXIT-Taste um in das “LEVEL 2”-Menü zurückzukehren. - Wählen Sie im Menü “RETURN”. - Wählen Sie im Konvergenzmenü “STORE” . - Überprüfen Sie das Bild auf den Banding-Effekt (siehe Information auf Seite 32). Wiederholen Sie den Abgleich mit BLAU.

CURSEUR POSITION FOR LEVEL 3

16:9 : Selectionner 16:9 dans le menu Mode alignement; répéter la procédure.

Convergence defaults :

Valeurs par defaults :

If the convergence alignment is completely wrong most adjustments can be made starting with the factory convergence values, these are stored in the NVM as default values. Default Red/Green/Blue :All of the colours convergence default values are stored in the Convergence RAM IC. Default Red Default Green Load the values for either Red ,Green or Blue. Default Blue Restore : copies the last stored values from the NVM to the convergence RAM IC. Store : Copies all Convergence RAM values to the NVM.

En cas de déréglages importants des convergences,l’alignement peut être reprit à partir des valeurs usines. Ces valeurs par défaut sont mémorisées en NVM. Default Red/Green/Blue :Toutes les valeurs par défaut des trois couleurs sont mémorisées dans la RAM de convergence. Default Red Charge les valeurs pour le rouge, le Vert ou Default Green le Bleu. Default Blue Restore : copie toutes les valeurs des données NVM en mémoire RAM de convergence. Store : Copie la valeur RAM en NVM de convergence.

#

- Jeden der 195 Abgleichpunkte auf dem Bildschirm erreichen Sie über die Zifferntastatur der Ferbedienung (“2” hoch, “8” runter, “4” links, “6” rechts). - Der Konvergenzabgleich wird mittels der Pfeiltasten vorgenommen “( ! )” hoch, “( )” runter,”( )” links, “( )” rechts. - Drücken Sie die EXIT-Taste um in das “LEVEL 2”-Menü zurückzukehren. - Wählen Sie im Menü “RETURN”. - Wählen Sie im Konvergenzmenü “STORE”. - Überprüfen Sie das Bild auf den Banding-Effekt (siehe Information auf Seite 32). WICHTIG : Nach dem Abgleich im Level 3 machen Sie keine Einstellungen mehr im Level 2, da sonst die Abgleichswerte des Level 3 gelöscht werden.

16:9 : Wählen Sie das 16:9 Format im Konvergenzmenü und wiederholen Sie den gesamten Abgleich.

Konvergenz-Defaultwerte : Sollte der Konvergenzabgleich völlig inkorrekt sein, kann ein Neuabgleich ausgehend von den Fabrikswerten ratsam sein. Diese sind als Defaultwerte im NVM gespeichert. Default Rot/Grün/Blau : die Defaultwerte der Konvergenz aller Farben sind im Konvergenz-RAM gespeichert. Default Rot Laden Sie die Defaultwerte einzein für Rot, Default Grün Grün oder Blau. Default Blau Restore : die zuletzt in das NVM gespeicherten Werte werden ins Konvergenz-RAM kopiert. Store : alle Werte aus dem Konvergenz-RAM in das NVM.

- Quando l’ultimo punto viene regolato, premere il tasto OK una sola volta ed attendere 60 secondi. Il microprocessore calcola tutte le posizioni intermedie: per 10 secondi non accade nulla. Quindi, il cursore scompare per 15 secondi. Il cursore si sposterà infine su tutte le posizioni fino al centro.

Partenza

Ultimo punto (25$)

IMPORTANTE : Cuando se ajuste el último punto: -Pulse "OK" una vez y espere durante 60 segundos. El microprocesador calcula todas las posiciones intermedias: durante 10 segundos no ocurre nada. Después, el cursor desaparece durante 15 segundos, y finalmente se mueve a todas las posiciones hasta el centro.

Comienzo

Ultimo punto (25$)

Premere « Exit » per ritornare al menu “ Level 2 alignement ”. - Selezionare “Return”: viene visualizzato il menu “Convergence Alignement”. - Memorizzare le regolazioni. - Controllare la presenza d’ « effetto Banding » (Vedere nota informativa). Seguire la medesima procedura per il blu.

- Pulse "Salida" para volver al menú "Nivel 2". - Seleccione Return: aparece el menú de alineación de convergencia. - Almacene. - Compruebe si se produce el efecto de banda (vea la nota de información).Siga el mismo procedimiento para azul.

LIVELLO 3 REGOLAZIONI :

ALINEACION NIVEL 3 :

- I 195 punti possono essere raggiunti mediante: - L’uso dei tasti numerici RCU: 2 (su), 8 (giù), 6 (destra), e 4 (sinistra). - La convergeznza viene regolata mediante i tasti up “(!)” , down “( )”, left “( )” e right “( )”. - Uscire dal menu « Convergence alignement » e memorizzare le regolazioni acquisite. - Controllare la presenza di effetto Banding (Vedere nota informativa).

Se pueden alcanzar los 195 puntos: - Utilice los botones de número RCU: 2 (arriba), 8 (abajo), 6 (derecha) y 4 (izquierda). - La convergencia se ajusta mediante las teclas de navegación hacia arriba, abajo, izquierda y derecha. - Salida a almacenar y menú de alineación de convergencia. - Compruebe si se produce el efecto de banda (vea la nota de información)

#

- Press the “EXIT” button on the RCU to return to “Level 2” menu. - Select ”RETURN” on the menu. - Next select “STORE” on the convergence menu. - Check for “Banding Effect” (see information note page 32). - Repeat the alignment procedure for “BLUE”.

Wenn der letzte Punkt abgeglichen wurde: - Drücken Sie die OK-Taste nur einmal und warten Sie etwa 60s. Der Microprozessor berechnet alle Zwischen-positionen. Für etwa 10s geschieht nichts,dann verschwindet der Cursor für etwa 15s. Dann läuft der Cursor über alle Abgleichpunkte zurück in die Mitte des Gittermusters.

#

CHANGE

list

exit

Last point (25th)

Lorsque le dernier point est réglé : - Appuyer sur “OK” une seule fois et attendre 60s. Le microprocesseur calcule toutes les positions intermédiaires: rien ne se passe à l’écran durant 10s.Le curseur disparaît pendant 15s. Finalement, via toutes les positions, il se stabilise au centre de l’écran.

ABGLEICH LEVEL 3 :

DOWN

zoom

WICHTIG :

IMPORTANT :

Start

#

LEVEL 3 ALIGNMENT Return Alignment Mode

#

LEVEL 3

#

There are 25 points to align. The cursor indicates current alignment point. Press Red/Blue/Green button to select colour to align. Press Yellow to align Green to Red and Blue. Use Up/Down/Left/Right keys to adjust alignment point. Press OK to move to next alignment point. Press EXIT when done.

#

4:3

#

LEVEL 2 ALIGNMENT Return Alignment Mode

#

CHANGE

LEVEL 2

UP

- Wählen Sie “ALIGNMENT MODE”. - Beginnen Sie den Abgleich im 4:3 Format - Wählen Sie Level 2. Das “LEVEL 2 ALIGNMENT”-Menü erscheint.

#

DOWN

- Selectionner “Alignment Mode”. - Commencer les réglages avec le format “4:3”. - Selectionner “ Level 2”. Le menu de réglage “ Level 2” apparaît.

#

UP

4:3....

- Select the “ALIGNMENT MODE” line of the convergence menu.- Start the adjustment procedures in the 4:3 format.Select “LEVEL 2” menu line and LEVEL 2 ALIGNMENT menu will appear.

#

Return Alignment Mode Level 1 (3 x 3) Level 2 (5 x 5) Level 3 (15 x 13) Default Store Restore

#

CONVERGENCE ALIGNMENT

#

DOWN

#

UP

Note : In the event of it being necessary to replace all three tubes (tubes marked or still operational), it is easier, when making convergence adjustments, to replace one tube first, and converge it to the two other tubes in order to keep the original geometry setting. Then replace the two other tubes and realign them to the reference tube.

- Seleccione "CONVERGENCIA"

- Selezionare “CONVERGENCE“

- Wählen Sie “CONVERGENCE”

- Selectionner “CONVERGENCE”

IMPORTANTE :: Dopo avere regolato « level 3 » non utilizzare « level 2 » perchè le correzioni effettutuate al « level 3 » andrebbero perse.

IMPORTANTE :: Una vez configurado el "nivel 3", no utilice el "nivel 2" o perderá las correcciones efectuadas en el 3.

16:9 :Selezionare 16:9 in Alignement Mode e ripetere la procedura. Default di convergenza :

16:9 Seleccione 16:9 en el modo de alineación y repita el procedimiento Parámetros de convergencia por defecto:

Se l’allineamento della convergenza è completamente errato le regolazioni possono essere effettuate richiamendo i valori di convergenza di fabbrica. Questi valori vengono memorizzati come valori di default in nella NVM. Default Red/Green/Blue : Tutti i valori di default dei tre colori vengono memorizzati nell IC RAM di convergenza. Default Red Carica i valori per rosso, verde e blu Default Green Default Blue Restore : Copia gli ultimi valori memorizzati dalla NVM nella RAM di convergenza. Store : Copia i valori RAM nella convergenza della NVM.

Si la alineación de convergencia es totalmente errónea, la mayor parte de los ajustes se pueden realizar con los valores de convergencia de fábrica.Estos parámetros se almacenan como valores por defecto en una memoria no volátil. Default Red/Green/Blue :todos los valores por defecto de los tres colores se almacenan en la memoria de acceso aleatorio (RAM) IC de convergencia. Default Red Cargue los valores para rojo, verde o azul. Default Green Default Blue Restore : copia los últimos valores almacenados de la memoria no volátil a la RAM de convergencia Store : copia los valores RAM en la NVM de convergencia.

Si necesita cambiar los 3 tubos (tubos marcados o aún funcionales), resulta más fácil, en lo que respecta al ajuste de las convergencias, cambiar primero un tubo y convergirlo sobre los otros 2 para mantener la configuración de la geometría original. Cambie seguidamente los otros dos tubos y proceda a realinearlos con el tubo de referencia.

LOCATION OF CONTROLS - EMPLACEMENT DES REGLAGES SERVICE LAGEPLAN - POSIZIONE REGULATORI DI SERVIZIO SITUACIÓN DE LOS AJUSTES

ADJUSTMENTS - REGLAGES - EINSTELLUNGEN - REGOLAZIONE - AJUSTES

U Sys

SERVICE MODE

Standard TV - Settings : OMA Position TV to AV1 : Black test pattern

16

1

12

TP060

8

BR009

60

BR008

BP035

LP019

3

1

Free

1

BR007 1

BA006

3

Bus2 RP only

3 1

DP109

DP140

3

+USYST

BA001

BV021

LI051

CRT Board CONVAR(MCU) BV010

32

+UVERT +23V 9

56

20

17

+ 6V ( 5V stab )

-US -16.9V

G

BV011

1

METHOD 1 Measurement method

G2 potentiometer

Standard TV - Settings : OMA Position

DL041 1

TUNER

highest output CRT 1900X (50Hz) : R signal : IB01 Pin 15 G signal : IB01 Pin 12 B signal : IB01 Pin 15

BL035

20

SCART Video output

V

TV to AV1 : Black test pattern

IX001

PI035

for V = 0,7 Vpp ( Black/white level )

75Ω

BL050

1

+13V

1 - Adjust VG2 : V= 160V +/- 5 V 2 - Adjust Focus 3 - Adjust VG2 : V= 160V +/- 3V

DL043

11

MAIN BOARD ICC 19XXX

10

DL030

IX900 1

15

BF001

BA002

Antenna

TL030

1 2 BA004

Adjust PI030 : standard BG Adjust PI035 : standard L

TV set

V G2 +UVIDEO +200V

DL046

28

1

Standard Signal (BG / L) 15kHz test pattern

Oscillo.

5

PI030

AFC (uP) 42 IR01

BL052

IV01

PI050

RI078

3 mV

2 1

BV006 RP(ABL) 29

16

1

FI001

12

IA002

PI035

DP130

3

II050

1

PI030

DP108 FI030

7

VIDEO-LEVEL Alignment

1

1

FI002

TOPVIEW 1

20 BX002

1 BX001

20 BX500 1 4

SERVICE MODE

IF001 7

SERVICE METHOD 2 Cut-off counter method MODE

1

Standard TV - Settings : OMA Position No test pattern ( generated by internal text processor).

TL028

Adjust R-Cut off and G-Cut-off to 80H temporary. Select G2 Alignment in Service Mode Adjust the lowest value to: Select "Restore" in Service Mode and press "OK" to restore the cut-off values.

+UVFB +59V

!

Do not disconnect modules when they are energized ! Repairs on power supply section are to be carried out only with isolating transformer. Ne pas retirer les modules lorsqu'ils sont sous tension. N'effectuer les travaux de maintenance sur la partie reliée au secteur (Switch mode) qu'au travers d'un transformateur d'isolement.

FOCUS 9 1

1

Test pattern (standard values)

5

CRT 19XXX CRT CHASSIS 7

8

Non scollegarei moduli quando sono alimentati ! intraprendere riparazioni sulla sezione alimentatore solo con transformatore isolante. No desconectar los módulos cuando están activados ! Las reparaciones en la sección de alimentación de energia deben ser ejecutadas solamente con un transformador de separacíon.

FOCUS Sharp picture

Part of Board connected to mains supply. Partie du châssis reliée au secteur. Primärseitedes Netzteils Parte del panello collegato alla rete di alimentazione Parte del chasis conectada a la red

Module nicht bei eingeschaltetem Gerät entfernen ! Servcearbeiten am Netzteil nur unter Verwendung eines Regeltrenntrafos durchführen.

R

9

3

V

6

5

G 4

CRT GROUND

CB01

10

B 11

12

1

VG2

FOCUS

ICC19 50 Hz First issue 09/ 97

Usys 132V +/- 0.5V 132V +/- 0.5V 131V +/- 0.5V 131V +/- 0.5V 131V +/- 0.5V 137V +/- 0.5V 137V +/- 0.5V

DP110 1

BP120 1 1

BR010

G

V=

NH01

+US +16.9V

SSC RP only

BV001

2 1

BV005

3

1

BR012

IA001

BA005

1

BR003

Free

11 75Ω

LP020

12 2 1

JP914 JP914 JP915 JP915 JP915 JP917 JP917

Adjust FI30 / PI54 for 2,5VDC +/-0.1V

TUNER

30 mV 3

1 11

Usys jumper

Switch set to standard BG

IF Signal 38.9 MHz (BG)

1

TP146

IR001

27

BR004

1 3 3 BA003

FI030

VCO Standard BG

IP050

6

26

4/3 28" MP 4/3 28" MP 4/3 25" SF 4/3 29" SF 4/3 33" MP 16/9 32"SF 16/9 32"SF

BP025

1

12

ASIA Degauss

BR006

BR011

DESCRIPTION

CP020

IF Alignment

BR005

5

A66ECY13X15 A66EHJ43X15 A59EGD048X300 A68EGD038X300 A80AEJ15X01 W66EGV023X015 W76EGX023X115

16

BP020

BR002

9

IP140

IR003

IP060 1

4

32

10

1

1

8

BR001 17

BP110

IR002

4

DP 110

1

8

1

TUBE NAME

V=

Updated 11 / 98

BM03 1 3

Tube Type Value A66ECY 50H A66EHJ 50H A68EGD A80AEJ A59EGD 60H A68EGD 50H W66EGV 50H W76EGX 60H

GB

SERVICE MODE

MODE SERVICE

SERVICE - MODE

F

SERVICE - MODE

D

MODO SERVICIO

I

E II - NAVIGATION INSIDE THE SERVICE MODE - DEPLACEMENT DANS LE MODE SERVICE SUCHE IN SERVICE MODE - OPZIONI NEL SERVICE MODE - BUSQUEDA EN MODO SERVICIO

I - ENTER/EXIT SERVICE MODE - ENTREE/SORTIE DU MODE SERVICE - EIN-AUSTIEG SERVICE MODE - ACCESSO/USCITA ALLA/DALLA FUNZIONE - ENTRADA/SALIDA MODO SERVICIO

1 1

ACCES AU MODE SERVICE

1

EINSTIEG IN DEN SERVICE MODE

1

ACCESSO AL SERVICE MODO

Soft-Ver. Config. Serial-No.

Accès avec le clavier du téléviseur

TV Control Panel Access

Soft-Ver. Config. Serial-No.

• Arrêter le TV avec la touche M/A. • Tout en appuyant sur les touches PR - et VOL - , mettre le TV en service à l'aide de la touche M/A. • Maintenir enfoncées les touches PR - et VOL -. Le menu suivant apparaît.

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

DOWN

UP

SELECT

Soft-Ver. Config. Serial-No.

TEMPORARY EXIT FROM SERVICE MODE

DOWN

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

SELECT

UP

DOWN

SORTIE TEMPORAIRE DU MODE SERVICE

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

UP

SELECT

Soft-Ver. Config. Serial-No.

DOWN

Im SERVICE MODE : - wird die Sperrfunktion (PIN-Nummer) ignoriert und die Kindersicherung gelöscht ( reinitialisiert ). - werden alle Ein- und Ausschaltzeitgeber gelöscht. - wird die SCART - Scaltspannung ignoriert. - werden AV- Link WSS, EPG und Teletext gesperrt - wird die Automatische Abschaltung bei fehlendem Antennensignal gesperrt. - werden Kontrast, Farbe und Helligkeit auf standardwerte gesetzt. - wird die bildschärfe auf Mittelstellung (nominal) gesetzt. - wird der Kontrast-Expander auf "gering.." gesetzt. - wird der Installations Modus gesperrt. - wird das Standardformat bzw. der Standard-Zoom-modus gewählt.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR UP

SELECT

DOWN

VORÜBERGEHENDES VERLASSEN DES SERVICE MODUS

2

2

USCITA TEMPORANEA DAL SERVICE MODE

- Auf der Fernbedienung EXIT drücken. - Mit der Taste Menü gelangen Sie zum Menü Übersicht

- Premere Exit sul telecomando. - Al menu di uso quotidiano si accede attraverso il pulsante Menu.

- Pulse Salir en el mando a distancia - Con el botón Menu puede acceder al menú de uso cotidiano.

- Field Service Menu can be re-entrered via Blue button.

- Pour entrer à nouveau dans le mode service utliliser la touche bleue.

- Mit der blauen Taste gelangen sie wieder zum Service-Menü.

- É possibile rientrate nel Menu Field Service attraverso il pulsante Blue.

- Puede entrar al Menú Servicio con el botón azul.

3

SORTIE DEFINITIVE DU MODE SERVICE

3

ENDGÜLTIGES VERLASSEN DES SERVICE MODE

3

3

USCIRE DAL SERVICE MODE


NVM value

>

MAIN MENU - MENU PRINCIPAL




- “Change“ value - Wert “änden“ - “Cambiare“ valore - “Cambiar“ valor

GEOMETRY

Remote Control

SELECT

SALIDA TEMPORAL DEL MODO SERVICIO

- Utiliser la touche Exit de la télécommande. - Le menu utilisateur peut être accessible via la touche «Menu».

EXITING FROM SERVICE MODE

DOWN

1

+ 0E 00 to FF Hexadecimal value valeur hexadécimale Einstellungswert hexadezimal Valore esadecimale Valor héxadecimal

Naviagation down

- “Change“ value - Wert “änden“ - “Cambiare“ valore - “Cambiar“ valor

2

UP

SELECT

H-Position

- Select option - Option anwählen - Selezionare l’opzione - Seleccionar opción

Soft-Ver. Config. Serial-No.

- Press Exit on the Remote control. - Everyday use menu can be accessed via Menu button.

3

DOWN

SELECT

En modo servicio: - Se ignora la función de bloqueo y se inicializa la función “cerradura ninos”. - Anula todos las horas programadas - La patilla 8 del SCART es ignorada - La detección WSS AV Link, EPG, y Telexto son desactivados. - El apagado automático en caso de ausencia de señal de antena es desactivado. - El contraste,color y brillo son puestos a los valores de fábrica. - la nitidez es puesta al punto medio. - La expansión de contrast al nivel bajo - Modo Instalación es desactivado. - Zoom y formato ignorados.

Nel service mode: - la funzione Blocco ( Numero Pin ) viene ignorata e la funzione Blocco Bambini è reinizializzata. - Cancellare la programmazione sveglia - Il piedino 8 della scart deve essere ignorato. - I riconoscimenti AV-Link WSS, EPG e televideo deveno essere disabilitati. - Funzione automatica di standby, nel caso di mancanza del segnale d’antenna deve essere disabilitata. - Contrasto, colore, luminosità : regolazioni di fabrica. - Nitidezza: media (nominale) - Espansore contrasto troppo basso. - IModo Install disabilitato. - Formato default e zoom.

UP

Naviagation up

2

Nota :

Nota :

Anmerkung :

En mode service: - Le verrouillage parental est effacé ( réinitialisé ). - La fonction de verrouillage ( Pin number ) est ignorée. - La programmation des heures «reveille/matin» est annulée. - Possibilité de passer en mode service avec commutation lente active. - AV- Link , la détection WSS, l’EPG et le Vidéotexte ne sont pas validés. - La fonction de stand-by automatique en cas d’absence de signal d’antenne n’est pas validée. - Les valeurs de réglages usine sont affectées au contraste, à la couleur et à la lumière. - Le contour est appelé à sa valeur moyenne. - L’expansion contraste est au niveau bas. - Le mode d’installation et l’ambiance «Light sensor» ne sont pas valdes. - Zoom et format ignorées.

• Apague la TV con el botón MARCHA:PARADA. • Pulse los botones PR - y VOL - y sin soltarlos,pulsar la tecla MARCHA:PARADA. • Libere los botones PR - y VOL - .

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

Note :

2

• Spegnere il TV mediante il pulsante ON/OFF. • Premere i tasti PR- e VOL- accendendo il TV con il pulsante ON/OFF. • Premere i pulsanti PR - e VOL -.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

III - LITE-MENU FOR FIELD SERVICE MODE MENUS DU MODE SERVICE

DISPLAYING THE VALUE OF THE SETTING - AFFICHAGE DES VALEURS - ANZEIGE DES EINSTELLUNGSWERTS VISUALIZZAZIONE DEL VALORE DELLA REGOLAZIONE VISUALIZACION DEL VALOR DE AJUSTE

➠

Note : In service mode : - The child lock function is re-initialized - The look function (PIN Number) is ignored. - Clear any wake-up/sleep timers - Pin 8 of the scart plug has to be ignored. - AV- Link WSS detection , EPG and Teletext have to be disabled. - Automatic stand-by functions, in case of no antenna signal have to be disabled. - Contrast, colour, brightness : factory settings. - Sharpness : middle (nominal) - Contrast expander to low. - Install Mode disabled. - Default format and zoom..

2

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

QUIT TUBE SETUP GEOMETRY VIDEO ERROR UP

• Fernsegerät über die EIN/AUS - Taste ausschalten. • Gleichzeitig die Tasten PR- und VOL- drücken und den Fernseher über die EIN/AUS-Taste einschalten. • Die Tasten PR- und VOL - gedrückt halten.

Soft-Ver. Config. Serial-No.

V1.00-5 000A8 : 20 A1Z-DKC AGD45678

QUIT TUBE SETUP GEOMETRY VIDEO ERROR

3

➠

• Turn “Off“ the TV using the ON/OFF button. • Press the PR- and VOL- buttons ,hold them down and switch “On“ the TV with the ON/OFF button. • After the normal switch on time the main service menu appears on the screen.

Acceso panel control TV

tramite i comandi del televisore

Zugriff über die Tastatur des Fernsehgeräts

REMOTE CONTROL - TELECOMMANDE - FERNBEDIENUNG TELECOMANDO - MANDO A DISTANCIA

ACCESO AL MODO SERVICIO

➠

1

ACCESSING SERVICE MODE

➠

1

➠

Copies all values from NVM into RAM. Copie toutes les valeurs des données NVM en RAM Kopiert alle NVM-datenwerte in den RAM Copiare tutti i valori da NVM sulla RAM Copia todos los valores de NVM a RAM

TIME COUNTER - COMPTEUR DE TEMPS - ZÄHLER - CONTATORE - CONTADOR The counter indicates the TV’s number of service hours.It counts from to 0 to 65535 hours. The display is hexadecimal. Le compteur de temps indique le nombre d’heures de service du TV. Il compte de 0 à 65535 heures. L’affichage est en hexadécimal. Der Zähler zeigt an, wieviele Stunden der Fernseher in Betrieb ist. Die Anzeige ist hexadezimal. Il contatore indica il numero di ore di servizio del TV. Puo’ contatore da 0 a 65535. La visualizzazione è esadecimale. El contador indica el número de horas de servicio de la TV. Cuenta de 0 a 65535 horas. El visualizador es hexadecimal.

2

SUBMENU - SOUS-MENU Change the page Changement de page Seitenwechsel cambio di pagina cambio de página

VIDEO

PAL

Scal.Brightness Scal. Colour Scal. Contrast Text Setup Mode Default Store Restore

-1A +24

Bargraph Bargraphe de réglage Bargraph Barre grafica di regolazione Barra gráfica del ajuste

-1F

Enable a function Case de validation - Fonction validée si "cochée" Zum Implementieren einer Funktion Per inserire la Funzione Activar una functión

ROM Default ➠All the default values of a page in use are stored in RAM. L’ensemble des valeurs par défaut d’une page courante est chargé en RAM. Sämtliche Standardwerte der aktuellen Seite werden im RAM geladen Tutti i valori di default di una pagina in uso vengono memorizzati sulla RAM Todos los valores por defecto de la página en curso están almacenados en RAM.

UP

DOWN

Hexadecimal value Valeur hexadecimale de reglage Abgleichwerte hexadezimal Valore di regolazione esadecimale Valor del ajuste en hexadecimal

CHANGE

Navigation inside the Service Mode Navigation dans le Service Mode Suche im Service Mode Opzioni del Service Mode Busquena en el Modo Servicio

ICC19 50 Hz First issue 09 / 97

SETUP

Return

Return

Tube type

A66ECY...

Store Restore

OSD Position PIN Erase Clear Progs. Standard WSS

DOWN

SELECT

UP

-20

Text Lang.*/ Bus Quiet*

Pan-Euro ...

Reset Equ.* Default Store Restore

DOWN

CHANGE

Text. Lang.

Return

Closes the sub-menu and returns to the "Main Service Menu"

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece.

Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb. Tube type After replacing the NVM, the correct tube type number must be entered (6 characters). Once entered, the tubes geometry and video default values are immediately activated. Variable geometry and video parameters are written to the NVM when the "STORE" line is selected. See below the tube type number list. Definit le tube exact après changement de NVM. Les nouvelles valeurs de tubes (avec video et géometrie) sont actives de suite. Les paramètres de vidéo et de géométrie sont chargés en NVM lorsque STORE est sélectionné. Voir liste ci-dessous. Nach dem Tausch des NVM (EEPROM) muB der richtige Bildrohrtyp eingegeben werden. Es werden dann sofort die entsprechenden Geometrie-und Video-Defaultwerte aktiviert. Variable Geometrie-und Videowerte müssen mit "STORE" in das NVM geschrieben werden. Liste der Röhren: siehe unten. Definire il tubo appropriato dopo aver cambiato la NVM; I valori per il nuovo tipo di tubo (con video e forma di default) sono immediatamente attivi. I parametri per video e forma variabili vengono immessi nella NVM quando viene selezionata la funzione Store. Si veda la lista dei tubi riportata sotto. Definir el tubo correcto después de haber cambiado el NVM.Los nuevos valores de tipo de tubo (con la vídeo y la geometría por defecto) se activan inmediatamente. Los parámetros variables de geometría y vídeo se graban en el NVM al seleccionar la función Store. Vea más abajo la lista de tubos. TUBE NAME A59EGD048X300 A66EHJ 43X 15 A66ECY 13X 15 A68EGD038X300 A80AEJ 15X01 W56EGV023X015 W66EGV023X115 W76EGX023X115

LIST A59EGD A66EHJ A66ECY A68EGD A80AEJ W56EGV W66EGV W76EGX

DESCRIPTION 4/3 25" SF(2) 4/3 28" MP(1) 4/3 28" MP(1) 4/3 29" SF(2) 4/3 33" MP(1) 16/9 32"SF(2) 16/9 32"SF(2) 16/9 32"SF(2)

(1) : AK mask COTY M gun 50 Hz (2) : Invar , vector gun , BSVM 50 Hz

Default tube type : 50Hz A66ECY 13X 15 : A66ECY 4/3 28"MP, AK mask COTY M gun

After setting

Store (+)

Press : remote control; Vol. +/- : TV keyb. OSD Position Adjusts the position of all Megatext OSD. PIN Erase

DOWN

Erases all PINs.

PIN active

No PIN active

Selection : Long press: Press /OK: remote control;Vol. +/- :TV keyb. Automatically stored. Clear Prog. Clears all programms stored in memory and resets all Picture and Sound settings to the factory defaults. The AUTO INSTALL (out of factory) mode can be initialised by a long press (>2.5s.) of the selection button Efface tous les programmes mémorisés. Valeurs SON et IMAGES: valeurs usines. Fonction valide par une longue pression (>2.5s.) sur la touche de sélection . Löscht alle Programmplätze und setzt alle Bildund Toneinstellungen auf Fabrikwerte zurück. Der AUTO-INSTALL-Modus kann durch einen langen Knopfdruck (>2,5s) initialisiert werden. Clear Prog. Cancella tutti i programmi in memoria e regolai Valori analogici SUONO IMMAGINE:ailivelli di fabbrica.Riportare la TV al modo Selezione: pressione prolungata: 2,5 sec. Programa de borrado. Borra todos los programas almacenados en la memoria.Valores analógicos de IMAGEN y SONIDO: valores de fábrica.Regreso a la TV para "salir del modo fábrica".Selección: Presión larga igual a 2,5 s.

ZOOM1

3 English German Swedish Italian French Portug. Turkish. -

Bus Quiet Factory adjust reserved. EXT.HIFI / Dolby Ext. Dolby Internal; not available on Normal Sound TV's Dolby with External Loudspeaker.

Dolby with Internal Loudspeakers.

External HIFI Not available on Dolby TV's External HIFI Normal sound control control IR Download Download screen for receiving mapping via IR data. Ecran de chargement pour réception "mapping" via IR data Laden des Programmschemas per AV-Link Trasferimento IR Trasferire schermo per ricezione mappatura via dati IR Descarga de IR Pantalla de descarga para recibir el mapeado a través de los datos IR.

Detection disable

System Voltage

H-Amplitude

TUBE NAME A59EGD048X300 A66ECY 13X 15

DESCRIPTION 4/3 25" SF 4/3 28" MP

Usys 131V +/- 0.5V 132V +/- 0.5V

A66EHJ 43X 15 A68EGD038X300 A80AEJ 15X 01 W56EGV023X15 W66EGV023X115 W76EGX023X115

4/3 28" MP 4/3 29" SF 4/3 33"MP 16/9 32"SF 16/9 32"SF 16/9 32"SF

132V +/- 0.5V 131V +/- 0.5V 131V +/- 0.5V 137V +/- 0.5V 137V +/- 0.5V 137V +/- 0.5V

Horizontal - VCO Oscillator. H-VCO Adjust the value of H-VCO until the speed of the unsynchronised picture becomes stable. (i.e minimum roll). Agir sur H-VCO pour obtenir une image la plus proche de la synchronisation H_VCO auf Schwebung abgleichen. Regolare l'H_VCO finché l'immagine non sincronizzata non avrà raggiunto la velocità minima. Ajuste H_VCO hasta que la imagen no sincronizada alcance su velocidad más baja. default value = 0FH Press : remote control; Vol. +/- : RP keyb. Horizontal delay Use "+" and "-" to adapt the image

V-Blanking

Programma 00: la funzione è attiva o finita. Return/Abort: per uscire dal menu, premere il tasto "sinistra" del telecomando o il tasto Volume- della tastiera. Tutti gli altri comandi IR sono senza risposta. "Programme00" : función activa o terminada. "Return / Abort" : para salir / abortar, pulsar la tecla "flechaizquierda" o la tecla "volumen -" del teclado. Todos los demás comandos IR son inoperantes Reset Equaliser Not available Non disponible

1-Adjust V-amp. for a 107% over scanned picture. 2- Reduce V-blanking for visible lines top and bottom of screen. 3-Increase step by step V-blankink until the cut- off lines at the top and bottom of the screen disappears. 4- Increase one more step 5- Fine adjust V-amp. and V-position 1-V-amp. amplitude verticale suffisante (>7% overscan) 2- réduire V-blanking:visible en haut et bas. 3-Agir étape par étape jusqu'à disparition du blanking en bas d'image et des lignes de cut-off en haut d'écran 4- Augmenter d'une valeur. 5- Faire un réglage fin de V-amp. et V-position 1- Voreinstellung der V-amp auf: >7% Überschreibung. 2- Reduzieren Sie V-Blanking soweit bis die ersten geschriebenen Zeilen am oberen Bildrand sichtbar werden. 3- Erhöhen Sie V-Blanking Schritt für Schritt bis die CutOff Meßzeilen gerade am oberen Bildrand verschwinden. 4- Erhöhen Sie V-Blanking um eine Stufe. 5- Feineinstellung von V-amp und V-position. 1- Ampiezza verticale: grande a sufficienza (7% di sovrascansioni) 2- Riduzione della soppressione verticale: visibile in alto e in basso 3- Aumentare passo/passo: finche'le linee di cut off nella parte alta dello schermo scompaiono. 4- Aumentare ancora di un passo 5- Regolare con precisione l'ampiezza e la posizione verticali 1- Amplitud V: suficientemente grande (7% de sobreexploración) 2- Reducir el borrado V: visible en las partes superior e inferior. 3- Aumentar el paso a paso: el borrado en la parte inferior y las líneas de cut-off en la parte superior desaparecen. 4- Aumentar de otro paso. 5- Ajustar finamente la amplitud V y la posición V.

VIDEO

+3A -3B

CHANGE

UP

ERROR CODE

PAL

Scale Brightness Scale Colour Scale Contrast Text Setup Default Store Restore

+1B -1F

DOWN

-1A +24

CODE 11 24 78 11 51

-1F

DOWN

CHANGE

PAL

VIDEO

PAL

V-Amplitude

After setting

Store (+)

white =100%

black

+

+

G2 Alignment

=nom.

PAL (then SECAM +RGB) 75% Colour bar test pattern via RF. Blue Cathode

Factory settings recalled User settings kept. EW Trapezium

= 50%

= 100% Grey scale test pattern

Scal*. Colour

CRT =

Special menu displayed:

Initially set R-Cut Off and G-Cut off to 80H.

EW -Shape

F-H

Return R=6B G=60 B=71 RGB cutoff counters

Adjust the lowest value with SCREEN poentiometer to: ZOOM0

H-Blanking +3B H-Blanking Symmetry -19 Default Store Restore

Tube Type A59EGD A66ECY A66EHJ A68EGD A80AEJ W56EGV

Value Tube Type 50H W66EGV 50H W76EGV 50H 50H 60H 50H

Value 50H 60H

To return video submenu: Press /OK: remote control;Vol. +/- :TV keyb. Select"Restore" to restore the cut off values. CHANGE

+

R-Cut off*

+

=nom.

Grey scale test pattern

page 3

white =100%

GEOMETRY

G-Cut off* grey

H-Blanking

Adjustments : 50Hz 16/9 TV zoom 0.

+

R - Drive

+

=nom.

Grey scale test pattern

white =100%

G - Drive H-Blanking Symmetry

Adjustments : 50Hz 16/9 TV zoom 0.

B - Drive Peak-White**

+

+

Store (+)

factory settings.

+

Text Set-up Mode

+

=nom.

Set Text Contr. to 80H. Adjust Text Gain for V=80V at pin 11 (Blue) of the CRT

CHANGE

ERROR CODE

white =100%

A68EGD A80AEJ

350 240

* * After PEAK white adjustment control cut off setting. Repeat the adjustments if necessary.

CODE

To clear all error codes stored in the NVM. Action : Long press (>2.5s). LED Error Codes

The last five error codes are stored and displayed as they occured in real time, the most recent error code is displayed on the top line. A repeated top line error code has its real time count updated. There are 27 different error codes, which are signalled by the TV's Standby LED, ranging in value from 11 to 49 hex. The error code is displayed as two separate digits separated by a suitable pause, this is repeated until the either the TV fixes the fault or the TV is repaired. For example Error-code : 23 will be displayed thus : 2 flashes and a short pause 3 flashes and a long pause ......... List of Errors Codes : see table Mémorise les cinq derniers codes erreurs et affiche en haut d'écran les plus récents. 27 codes erreurs différents sont signalés par deux digits selon une séquence spécifique Exemple : Code erreur : 23 affiché 2 flashes, courte pause 3 flashes : longue pause ........ Voir cicontre la liste des codes erreurs

Stellen Sie Text Contr. auf 80H ein. Stellen Sie mit Text Gain V=80V an der Blau-Kathode (Pin 11) der Bildröhre ein.

Beispiel für die Anzeige über die Kontroll LED:

Regolare il contrasto televideo a 80H. Regolare il guadagno contrasto televideo per ottenere al catodo del blu un livello pari a V=80V (CRT pin 11). Poner el Text Contr. a 80H. Ajuste Text Gain para dejar V=80V en azul del TRC (CRT Patilla 11) .

Return Text Contr. Text Gain

80 68

V=80V CRT Pin 11

Store (+)

Erase Error Codes

Press /OK: remote control;Vol. +/- :TV keyb.

Zeigt die letzen 5 Fehlercodes mit der Laufzeit an. Der zuletzt aufgetretene Fehler steht an erster Stelle. Sollte ein Fehler wiederholt auftreten wird nur die Laufzeit aktualisiert. Die Fehlercodes können im Menü Error Code angezeigt werden oder über die Kontroll LED angezeigt werden;

Colourimeter Tube Type [Nits] Tube Type [Nits] A59EGD 350 W66EGV 480 A66ECY 300 W76EGV 380 A66EHJ 300

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

Mettre Text Contr. à la valeur 80H. Ajuster Text Gain pour obtenir un niveau de sortie V=80V sur la cathode Bleue du tube (point 11 de la CRT).

=nom.

Peek white test pattern

After setting

Scal. Contrast

!white

Note : * adjust separate for PAL/NTSC/SECAM and RGB/AV

V-Position

+

Scal. Brightness

Recalls the factory settings for Colour, Brightness, Contrast, Sharpness and sets Contrast Expand to "LOW".

EW Amplitude

DOWN

DOWN

Return

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb. Norm. (Factory)

UP

013AF 008A0 0042A 0023F 000E3

Color standard or RGB is autodetected and displayed opposite the displayed opposite the menu title.

VIDEO

GEOMETRY

UP

After setting

Store (+)

F

GB

Return Erase Error Codes

page 2

After setting

Store (+)

Updated 11 / 98

UP

PAL

page 1

H-Position

GEOMETRY MODE ALIGNMENT - 50Hz VERSION 4/3 picture tube Signal : 4/3 test pattern

ERROR CODES VIDEO Return Norm. (Factory) G2 Alignment R-Cut off G-Cut off R-Drive G-Drive B-Drive Peak-White

Return

V-Linearity

H-Delay

"Programme00":Funktion ist aktiv oder beendet "Return/Abort": Beenden oder Abbruch der Funktion durch Drücken der linken Pfeiltaste oder "Lautstärke-" am Gerät.Alle anderen Tasten haben keine Funktion.

After setting

CHANGE

GEOMETRY

00

IR Download active

Reset Equ.

DOWN

Adjust separate for 4/3 and 16/9 format. See annexed

Closes the sub-menu and returns to the "Main Service Menu" Retourne au menu principal. Schließt das Untermenü, und das Feldservicemodus-Menü erscheint. Chiude il sottomenu e fa apparire il menu principale Field Service Mode. Cierra el submenú. El menú Field Service Mode aparece. Press : remote control; Vol. +/- : TV keyb.

IR Download Programme Return / Abort

UP

2B 1D

page 2

Adjustment of the system voltage Usys. Only possible via the local keyboard Vol +/- .

"Programme 00" : Fonction active ou finie. Return / Abort : Pour sortir du menu appuyer sur la touche "gauche" ou "Volume -" du clavier. Les autres commandes IR sont sans réponse;

Detection enable

CHANGE

-3B +0E -19 +1C

Return

Teletext language :

0 1 2 English Polish English(US) German German German Swedish Swedish Swedish Italian Italian Italian French French French Portug. Serbocroat Portug. Czech/Slov. Czech/Slov. Czech/Slov. Rumanian English(UK).

WSS

EPG / AV Link Enables or disables the option to decode and display EPG program data. Validation ou inhibition du décodage/affichage des données du programme EPG. Zulassen oder Nichtzulassen von EPG. Abilita o disabilita l'opzione di decodifica e visualizzazione dati programmi EPG. Valida o inhibe la opción de descodificación y visualización de datos del programa EPG. Available Not available

DOWN

GEOMETRY

"Programme 00" : function is active or finished. Return / Abort : To exit/Abort the menu press "left" arrow key or Volume - key of keyboard. All other IR commands have no response.

WSS (nur bei 16:9 oder Dolby) Auswertung der Zeile 23 zur automatischen Format-und Dolbyumschaltung. Identificazione "auto-surround" e "format" via televideo alla riga 23.La selezione di WSS Processing vale per tutti i programmi. Detección "auto-surround" y "format" a través de la línea 23 de Teletext.La selección del procesamiento WSS es válida para todos los programas.

+0A 1B

Test Bar pattern used : 4/3 with geometric circle.

ICC19 50 Hz First issue 09 / 97

GEOMETRY V-Linearity H-Position H-Amplitude EW-Amplitude EW-Trapezium EW-Shape

-3B +1B -23 1E

page 1

Standard "Pan-Euro" or "I". BG PAL SECAM,L SECAM (France), DKK' SECAM,NTSC M,I PAL (UK/IRELAND)

Automatic detection of DOLBY surround sound and 16/9 format pictures via Teletext line number 23 is valid on all programmes. Détection automatique du son surround DOLBY et du format 16/9 via la ligne 23 du Teletxte. Valide pour tous programmes.

UP

CHANGE

SETUP

Return

Schließt das Untermenü, und das Feldservicemodus-Menü erscheint.

UP

page 2 * only some models

SETUP

Retourne au menu principal.

Sys. Voltage H-VCO H-Delay V-Blanking V-Amplitude V-Position

1

Ext.HIFI*/ Dolby Ext.* IR Download

page 1 * only some models TUBE

FULL SCREEN

Return

EPG / AV Link

UP

GEOMETRY

SETUP

Fehlercode 23 : Zweimaliges Blinken der LED, kurze Pause. Dreimaliges Blinken der LED, lange Pause. Auflistung der Fehlercodes : siehe Liste Memorizza gli ultimi cinque codici d'errore (differenti tra loro) dopo che ognuno di essi si verrà visualizzato (attraverso il contatore della durata di esecuzione). L'errore più recente viene visualizzato in cima. La ripetizione del codice di errore in cima alla lista non farà altro che aggiornare la durata di esecuzione. Dal LED del TV vengono segnalati 27 codici d'errore differenti, numerati da 11 a 44. Il codice d'errore è indicato da due cifre separate da un opportuno intervallo di tempo e verrà ripetuto fino a quando il televisore non sarà stato riparato o non si sarà corretto da solo. Ad es: Il codice d'errore 23 visualizzerà: 2 segnali luminosi con pausa breve 3 segnali luminosi con pausa lunga Per la lista dei Codici d'Errore, si veda la tabella Almacene los últimos cinco códigos de error cuando cada uno ocurre (gracias al contador de tiempo de ejecución). El error más reciente se visualiza en la parte superior. Una repetición del código de error en la parte superior de la lista solamente actualiza el tiempo de ejecución. El indicador TV LED indica 27 códigos de error diferentes: de 11 a 44. El código de error se señala en forma de dos dígitos separados con una pausa apropiada entre los dos y se repetirá hasta que repare el TV o él se repara a sí mismo. Por ejemplo, Se va visualizar el código de error 23: 2 parpadeos, una pausa corta; 3 parpadeos, una pausa larga. Para la Lista de códigos de error, consulte la tabla.

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

1st Audio_MSP doesn't answer 2nd Audio-MSP doesn't answer Audio-DSP doesn't answer Video IC STV2161/2 doesn't answer Chroma IC 2151/9143 doesn't answer Upconverter DMU0 doesn't answer Audio ( or Dolby) module not detected SCART IC TEA6415C doesn't answer Tuner CTT5000 doesn't answer I2C Bus1 data line held low I2C Bus2 data line held low I2C Bus1 clock line held low I2C Bus2 clock line held low Switched 5V not available Tube doesn't get warm in time Deflection detects >3 times protection (problem detected on "breathing" line) 29 DRAM memory of Megatext defect 31 RAM is full 32 Software-timer isn't available 33 The PSI chip (STV2165) doesn't answer 34 The NVM (X24C32) chip doesnt answer 35 13V not available 36 Wrong addr. NVRAM passed to the bus-handler 37 Unexpected level on NMI (Interrupt) line found (possible cause : tube flashover) 38 M3LBus for Megatext is blocked 39 Megatext (SDA5273) doesn't answer 41 bus1 Data Line not recoverable 42 bus2 Data Line not recoverable 43 MCU (Motion Mastering Up-Converter) doesn’t answer 44 Convergence IC (STV2040) doesn’t answer 45 Defect "Video Module" is detected 51 PIP Module doesn't answer. 52 The Teletext module is not conform .

11 12 13 14 15 16

Processeur Audio MSP ne répond plus Deuxième MSP ne répond plus (Dolby) Audio-DSP ne répond plus (produit Dolby) Video-IC STV2161 ou 2162 ne répond plus Chroma-IC STV2151 ou TDA9143 ne répond plus Convertisseur de frequence d’image digital DMU0 (Intelligent Mastering) ne répond plus 17 Module son (ou Dolby) n’est pas détecté 18 Commutateur SCART TEA6415C ne répond plus 19 Tuner CTT5000 ne répond plus 21 I2C-bus 1 data bloqué au niveau bas 22 I2C-bus 1 clock bloqué au niveau bas 23 I2C-bus 2 data bloqué au niveau bas 24 I2C-bus 2 clock bloqué au niveau bas 25 Le “5V commuté” n’est pas disponible 26 Tube ne chauffe pas a temps 27 Plus que 3-fois la déflection a détecté une “protection” (c’est-a-dire qu’il y a un problème détecté sur la ligne “breathing”) 29 Mémoire (DRAM) du Megatext est en panne 31 Plus de place en RAM 33 STV 2165 (PSI 100Hz) ne répond plus 34 NVM (mémoire) X24C32 ne répond plus 35 +13V n’est pas disponible 36 Adresse NVRAM inconnue 37 Problème détecté sur la ligne “Interrupt” pendant le démarrage ou le fonctionnement duTV. Possibilité: “arking”? 38 Bus M3L pour Megatext est bloqué 39 Megatext (SDA5273) ne répond plus 41 I2C-bus 1 data reste blocqué 42 I2C-bus 2 data reste blocqué 43 MCU (convertisseur de frequence d’image digital: Motion Mastering) ne répond plus 44 Le CI Convergence (STV2040) ne répond plus 45 "Vidéo Module" erroné détecté 51 Le module PIP ne répond plus. 52 Le Module Text (DVT) n'est pas le bon.

11 Audio MSP Prozessor antwortet nicht. 12 Zweiter Audio MSP Prozessor antwortet nicht.(Dolby) 13 Audio DSP Prozessor antwortet nicht. (Dolby) 14 IC STV2161/62 antwortet nicht 15 IC STV2151 / TDA9143 antwortet nicht 16 DMU0 Upconverter (Videomodul) antwortet nicht 17 Audio- oder Dolby-Modul nicht erkannt 18 TEA6415C antwortet nicht (SCART-Schalter) 19 Tuner CTT5000 antwortet nicht 21 I2C Bus1 data line ist auf low 22 I2C Bus2 data line ist auf low 23 I2C Bus1 clock line ist auf low 24 I2C Bus2 clock line ist auf low 25 Geschaltete 5V nicht vorhanden 26 Röhre wird nicht rechtzeitig warm 27 Ablenkung meldet 3 mal Fehler. (Problem auf Breathing Leitung) 29 DRAM des Megatext defekt 31 RAM antwortet nicht 33 STV 2165 (PSI 100Hz) antwortet nicht 34 NVM Chip antwortet nicht (X24C32) 35 +13V nicht vorhanden 37 Unerwarteter Zustand an NMI (Interrupt) line gefunden. (Mögliche Ursache = RöhrenÜberschlag”) 38 M3L Bus des Megatext blockiert 39 Megatext (SDA 5273) antwortet nicht 41 Bus1 (data line) nicht möglich zu reaktivieren 42 Bus2 (data line) nicht möglich zu reaktivieren 43 MCU (Motion Mastering Up-Converter) antwortet nicht 44 Konvergenz IC (STV2040) antwortet 45 falsches Videomodul (falscher MCU) 51 PIP antwortet nicht 52 Falsches Videotextmodul.

11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

29 31 33 34 35 37 38 39 41 42 43 44 45 51 52

Il primo IC Audio MSP non risponde Il secondo IC Audio MSP non risponde L'integrato Audio DSP non risponde L' IC 2161/2 non risponde L'IC 2151/9143 non risponde Il convertitore non risponde Il Modulo Audio non viene identificato Il TEA6415C non risponde Il sintonizzatore non risponde Linea data I2C bus 1 forzata bassa Linea I2C bus 2 forzata bassa Linea clock I2C bus 1 forzata bassa Linea clock I2C bus 2 forzata bassa La tensione 5V commutati non disponibile Il tubo non raggiunge la corretta temperatura nel tempo stabilito Per 3 volte, la deflessione ha rilevato una protezione (problema riscontrato dalle linee "breathing") Difetto alla DRAM di Megatext La RAM è satura Il chip PSI non risponde Il chip NVM non risponde 13V non disponibile Livello imprevisto sulla linea NMI Bus M3L per Megatext bloccato Megatext non risponde Bus 1 (linea dati) non ripristinabile Bus 2 (linea dati) non ripristinabile MCU non risponde Convergenza IC (STV2040) non risponde rivelato Modulo Video difettoso Il Modulo PIP non viene identificato Il modulo Televideo non è conforme

E 11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27

Procesador de audio MSP no responde Segundo MSP no responde (Dolby) Audio DSP no responde Cir. integrado de video STV2161 ó 2162 no responde Cir. integrado croma ST2151 ó TDA9143 no responde Convertidor de frecuencia de imagen digital DMU0 (Mastering Inteligente) no responde Módulo de sonido (o Dolby) no se detecta Conmutador Scart (TEA6415C) no responde Tuner CTT5000 no responde Data 1 del bus I2C permanece en bajo Clock 1 del bus I2C permanece en bajo Data 2 del bus I2C permanece en bajo Clock 2 del bus I2C permanece en bajo No se dispone de los “5v conmutados” El tubo tarda en calentarse La protección de la deflexión actúa mas de 3 veces (el problema se detecta en la línea de “breathing”)

3- Adjust Horizontal position and Horizontal ampltude

4-Adjust EW Amplitude ,EW Shape and Trapezium

29 La memoria DRAM del Megatext está defectuosa 31 RAM está llena 33 El chip STV2161 (PSI 100Hz) no responde 34 La memoria no volátil X24C32 no responde 35 No están disponibles los + 13 v. 37 Problema detectado en la línea “Interrupt” durante el arranque o el funcionamiento del TV.Posibilidad de chispazos en muy alta? 38 El bus M3L para el Megatext está bloqueado 39 Megatext (SDA5273) no responde 41 Data 1 del bus I2C permanece boqueado 42 Data 2 del bus I2C permanece bloqueado 43 MCU (convertidor de frecuencia de imagen digital: Motion Mastering) no responde 44 Cir. integrado de covergencia (STV2040) no responde 45 Fallo detectado en el módulo de Video 51 El módulo PIP no responde

Adjust the vertical height until it is 80% of the horizontal width.

16 / 9 standard mode zoom 0

16/9 picture tube

Signal : 4/3 test pattern 50Hz Version : overscan V=107% , H=107% 1- Adjust Vertical position and Vertical amplitude 2- Adjust Vertical Blanking and linearity

I

D

50Hz Version : overscan V=107% , H=107% 1- Adjust Vertical position and Vertical amplitude 2- Adjust Vertical Blanking and linearity

4 / 3 standard mode (zoom 0)

16 / 9 standard mode (zoom 0) 3- Adjust Horizontal position and Horizontal ampltude

4-Adjust EW Amplitude ,EW Shape and Trapezium

4/3 Centered ( zoom 0)

50 Hz Version : overscan V=107% , H=80% of the screen 1- Adjust H-amplitude & H-position 2- Adjust H- Blanking and H-blanking symmetry

< 4/3 > wide ( zoom 1 )

➩

TUBE

4/3

➩

ALIGNMENT PROCEDURE - PROCESSUS DE REGLAGES - ABGLEICH - VISUALIZZAZIONE DEL VALORE DI REGOLAZIONE - PROCEDIMIENTO DE ALINEACION

PANNING

( zoom 1 )

Full Screen Zoom

50 Hz Version : overscan V=133% , H=107% 1- Adjust V-amplitude

50 Hz Version : overscan V=133% , H=107% No adjustment necessary

50 Hz Version : overscan V=114% , H=107% 1- Adjust V-amplitude

TECHNICAL INFORMATION Chassis concerned : ICC19 16/9 & 4/3 (All sets with serial number starting with AK2).

Subject : Diode Split Transformer (DST)

Solution : The following chassis have been equipped with 2 different versions of DST transformer, which are not interchangeable. Before ordering, identify the version needed, either by the serial number (2nd version) or by referring to the number printed on the DST (1st version) to be replace.

DST Chassis

Screen

Identification

Ratio

IC19 IC19 IC19 IC19 IC19 IC19

B5ND0740 B5ND0640 B5ND0240 B5P80240 B5P80740 B5P80640

00 00 00 00 00 00

4x3 4x3 4x3 16X9 16X9 16X9

Part

Numbers

1st Version

2nd Version

10468070 10468070 10468070 10468160 10468160 10468160

10510870 10510870 10510870 10520330 10520330 10520330

TECHNICAL INFORMATION ICC19 Chassis : ALL Chassis Spare Parts Lists. Subject : Wrong part number quoted in Spare Parts List.

Solution : Please correct a mistake made in the spare parts list for the integrated circuit used at circuit reference IL062. Erase wrong part number and description given as TL082CP IC (DIL-8 type) Part No. 46161100 and enter the correct description and part number, as TL082CD IC (flat SMD type) is Part No.10364130.

TECHNICAL INFORMATION TV EQUIPED OF ICC19 CHASSIS (50Hz and 100Hz)

Symptom : In case of failure of IC TDA8177F in position IF001.

Solution : CAUTION Version TDA8177F (Part No. 10352880) is able to carry higher output currents than the TDA8177 (Part No. 15053440) used in TX92 chassis. If the wrong IC is used, the replacement device will be distroyed at Switch On.

TECHNICAL INFORMATION Finished products / Chassis concerned : CC19 Intelligent Mastering TV's equipped with CRT board 19100 (Part No. 10354460)

Symptom/Problem observed : Failure of TEA5101B integrated circuit (mainly IB02) on the CRT board.

Solution implemented : The reliability of the video drive amplifiers used on the CRT board can be improved by removing the capacitor CB076 (adjacent to BB02)

Comment : As a preventative measure, capacitor CB076 should be removed on all sets serviced for whatever the reason. This change has been implemented in production since week 11-98

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom

Part No

Qty C

You do not need to write anything in the white boxes.

Section

Position B

0

7

6

V

P

A

Fault Code

Repair Code J

TECHNICAL INFORMATION Finished products / Chassis concerned : ICC19 CHASSIS

Symptom/ Problem observed : When switching the TV into the Standby mode, the red LED indicator does not light.

Solution implemented : Change resistor RP069 from a 22KΩ to 47KΩ 5% 0.10W Part No. 40118500 (solder side, position L0)

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom 1

1

3

2

Part No 4

0

1

1

8

Qty 5

0

0

1

You do not need to write anything in the white boxes.

Section

Position R

P

0

6

9

P

S U

Fault Code

Repair Code

Y

A

TECHNICAL INFORMATION Finished products / Chassis concerned : ICC19 CHASSIS

Symptom/ Problem observed : When the TV is placed into the Standby mode, all customer settings (volume, programme, child lock, alarm clock settings etc.) automatically saved are not memorised.

Cause : Incorrect RESET function.

Solution implemented : Change resistor RP156 from a 1KΩ to 4.7KΩ 5% 0.250W Part No. 15008490 (components side, position N4)

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom 1

7

2

7

Part No 1

5

0

0

8

Qty 4

9

0

1

You do not need to write anything in the white boxes.

Section

Position R

P

1

5

6

P

S U

Fault Code

Repair Code

Y

A

TECHNICAL INFORMATION - 32WS88KE - 32WS83KP - 28WS73KD - 28WS78KE

ICC19 16/9 50Hz CHASSIS

Symptom : Power supply switches to safety mode during VCR operating. Cause : Loss of synchronisation signal for 1 or 2 frames (poor quality video recording). Solution : - Replace capacitor CL067 (100nF 100V) with a 1µF 63V (Part No. 43067772). - Add a 220kΩ 5% 100mW melf resistor at position RL066 (Part No. 10328700)

47R BL035

Yoke or Zoom module

LH RL037 1k

ZOOM 190XX 00

CL057 100n

LH

RL057 *

RL055 1k

6

9,3

5

RL134 DL034

RL135

RL135 CL037 * 250V

L933 * L033 *

3

DL036

CL036

JL932 *

JL934 * CL033 *

1

6

RL063 5k49

CL064 1n RL126 7,1 RL058 10k7

RL136

2

+

+13V

IL062 1

RL067 3k3

(L) DEFLECTION PART DP 19050.00 DP 19000.00

RL160 1k

-

1,2

TL062 BC848B

GNDL

8 GNDL GNDL

GNDL

5 GNDL

CL062 1n

CL063 1n

IL062 TL082CD

CL034 * RL068 3k3

0

RL137

6

RL069 3k9

RL056 10k

4 +

CL073 470n

2 LL029 *

(V) BREATHING 3,2 JL020 100R

7 1,2 4

3

RL127

34

8 -

7,8

GNDL

LL034 2 5 *

+13V

(L)

RL124

JL936 *

VCC1

(V)

CL061 1n

GNDL

GNDL

CL067 * 1µF 63V

GNDL

RL066 * 220KΩ DL066 47V

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

TECHNICAL INFORMATION Chassis concerned : ICC19 (50Hz & 100Hz)

Problem observed : - High frequency noise due to vibration of the ferrite core of (SMT) LP020. - Set switches to security mode when picture changed from dark to white. Consequence : As a consequence of the set switching to the security mode LP020 remains magnetised, this affects the reliability of transistor TP060 at switch ON. Solution : 1) To improve the reliability of TP060 and reduce noise from the SMT. Change resistor RP156 from a 1KΩ to 4.7KΩ ohm 5% 250mW Part No.15008490

2) To avoid switching to security mode when video content changes. Change resistors RP138 and RP139 according to chassis listed in the attached table.

Old value

New value-part N°

Chassis identification

IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19 IC19

ABE80640 00 ABE80641 00 B5BP0240 00 B5HP0640 00 B5ND0240 00 B5ND0640 00 B5ND0740 00 B5P80240 00 B5P80640 00 B5P80740 00 C5KA0640 (FGR) C5KA0640 00 M5F80640 00 M5LA0740 (FGR) M5LA0740 00 M5P80240 00 M5P80640 00 M5P90340 00

RP138

RP139

RP138

RP139

10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ 10KΩ

82KΩ 82KΩ 82KΩ 82KΩ 82KΩ 82KΩ 82KΩ 82KΩ 82KΩ 82KΩ 100KΩ 100KΩ 82KΩ 100KΩ 100KΩ 82KΩ 82KΩ 82KΩ

27KΩ -10433400 27KΩ -10433400 24KΩ -10433300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300 22KΩ -60080300

270KΩ -20150900 270KΩ -20150900 270KΩ -20150900 220KΩ -10328700 220KΩ -10328700 220KΩ -10328700 220KΩ -10328700 220KΩ -10328700 220KΩ -10328700 220KΩ -10328700 270KΩ -20150900 270KΩ -20150900 220KΩ -10328700 270KΩ -20150900 270KΩ -20150900 220KΩ -10328700 220KΩ -10328700 220KΩ -10328700

Please Note : Both problems are linked to each other, therefore RP156, RP138 and RP139 must be replaced at the same time.

TECHNICAL INFORMATION SUBJECT : ICC19 100Hz CHASSIS STEREO or DOLBY STEREO

Symptom (only applicable to Italy) : Picture interference when receiving VHF Band 1 signals, either moire patterning or black vertical bars on the screen. Cause : Cross talk between power supply and tuner.

Solution : Replace the switch mode transformer LP020 with either : - 10553820 (stereo). - 10553830 (dolby stereo).

TECHNICAL INFORMATION Chassis concerned : ICC19 (100Hz) Model No. 28WS78M - 28WS78MP - 32WS88ME - 32WS98MP (with serial number starting with AK3025110)

Symptom / Problem observed : Depending on the orientation of the earth's magnetic field, the picture may be rotated (tilted) by a small amount, this is mainly noticeable on 16/9 wide screen sets. The problem is highlighted by teletext and sub title's at the bottom of the screen.

Solution implemented : In future all 16/9 wide screen models will be equipped with (EFC) Earth Field Correction circuit adjusted via the customer menus. An EFC kit with manual adjustment is available for After Sales under Part No. 35059270. It includes printed circuit board, EFC coil and all the necessary cables and mounting instructions. Please Note: - New models EFC equipped. - The models 16/9- 100Hz -28 or 32 inches, produced since week11- 98 with serial number AK3025110 onwards are now equipped with EFC and manual adjustment described above. It is necessary to remove the back cover to access to the potentiometer.

TECHNICAL INFORMATION Chassis concerned : ICC19 100Hz Subject : Reception problem when using a set top aerial.

Symptom / Problem observed : Moiré patterning and curtain effect (ringing) on the picture.

Cause : Line output stage radiation.

Solution implemented : To correct the line radiation problem, carryout the following component changes. Change the following components : - Change capacitor CL032 from a 24nF to 27nF +-5% 400V Part No. 10263540. - Change inductor LL029 from a 110µH to 130µH Part No. 10154270. - Replace inductor LL031 with a jumper link. - Replace resistor RL030 with a jumper link. And remove the following component : - The inductor circuit reference LL030.

TECHNICAL INFORMATION ICC19 CHASSIS (50Hz & 100Hz)

Subject : Improving the vertical picture stability (flickering).

Symptom : After switching "ON" the set from cold, the pictures vertical stability is unsatisfactory, the problem can be seen when observing the central horizontal line of the H test pattern.

Cause : High series resistance of the electrolytic capacitors used a circuit reference CV006 (100µF 25V) supplied RUBYCON.

Solution implemented : Replace CV006 with the same value from another supplier Part No. 10571680

TECHNICAL INFORMATION Chassis concerned : ICC19 (50 & 100Hz) Subject : Software improvement IR002

Symptom/ Problem observed : (Sets with SECAM standard only) Any of the following conditions: - Flashing picture - Green smeared picture - Right hand edge of the picture is red in some formats. - Time incorrectly displayed on some channels.

Solution implemented : Change the microprocessor IR002 type number M27C801-120F1 for a new software version V3.10EPG Part No. 10578170.

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom 2

4

5

1

Part No 1

0

5

7

8

Qty 1

7

0

1

You do not need to write anything in the white boxes.

Section

Position I

R

0

0

2

S

Y

S

Fault Code

Repair Code

1

2

TECHNICAL INFORMATION Finished products / Chassis concerned : ICC19 100Hz (32VT68VM - 32VT75ED - 32VT88NP - 32VT88NP - 32WS65EW - 32WS65UD - 32WS75EW)

Symptom/ Problem observed : At high volume settings the picture is modulated by audio content.

Solution implemented : - Delete resistor at location JP917. - Add a jumper link at position JP915.

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom 1

3

5

2

Part No

Qty

Section

Position

Fault Code

Repair Code

1

J

P

9

1

7

P

S U

Y

J

1

J

P

9

1

5

P

S U

Z

K

You do not need to write anything in the white boxes.




TECHNICAL INFORMATION TV EQUIPED OF ICC19 CHASSIS (50Hz and 100Hz)

Symptom : When the television is in the Standby Mode, residual noise can be heard from the loudspeakers.

Solution : Change CP120 from 470µF 35V to 330µF 25V capacitor (codice 10448410)

2

*

19

1

1

JP916 */*2

R

o

18

0

GND2

2

CP112 *

DP112 MUR1100E

RP112 1k2

LP112 95u

RP126 2k2 RP130 0R10 2.5W

600Vpp-T=32µs

5/6

DP050 GP10D

RP102 100R

CP050 330p

CP102 1n

16

RP050 10R

DP108 *

8

Flyback

o

15

10

CP137 * 470p

UB-Driver

o

CP021 150p

GND1

9

CP138 * 470p

14

o

13

DP109 *

DP113 *

CP110 100u 200V GND2

GND2

16,9 (13.5 : Dolby )

CP120 470u 35V

RP120 10k

RP121 10k

CP121 470u 35V

RP123 10k

RP124 10k

-16,9 (-13.5 :Dolby) DP140 * CP140 4700u

TECHNICAL INFORMATION Finished products / Chassis concerned : ICC19 Model No. 25DU78K - 25DU78M - 29DU78K Model No. 29DU88M - 29DU73KD - 29DU98MP

Problem observed : Audible vibration in the acoustic horns, transmitted to the medium range speakers.

Solution implemented : The initial recommendation was to damp the vibrations by adding a foam gasket bet ween the front cabinet and horn assembly, since then the horn assembly has been modified to overcome the vibration problem. The latest version is available under part numbers: For commercial model numbers starting with 25 i.e. 25DU78K is Part No. 25301600 For commercial model numbers starting with 29 i.e. 29DU78K is Part No. 25295870

Acoustic Horns

TECHNICAL INFORMATION Chassis : ICC19 (50 & 100Hz)

Symptom / Problem observed : Noise in loudspeaker when in the Standby mode.

Solution implemented : Change capacitor CP067 from a 150pF to 220pF +-10% 50V Part No. 10311200.

TECHNICAL INFORMATION Finished products / Chassis concerned : ICC19 100Hz Basic CHASSIS (T7040E)

Symptom/ Problem observed : A crackling noise emanating from the power supply when in the Standby mode and dependant upon mains supply voltage. Solution implemented : - Change CP067 from a 220pF to 470pF 50v Part No. 10465400. - Change RP065 from a 12 kΩ to 11kΩ 5% 0.1W Part No. 10872200

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom H

5

4

6

Part No

Qty

Section

Position

Fault Code

Repair Code

1

0

4

6

5

4

4

0

1

C

P

0

6

7

P

S U

Y

A

1

0

8

7

2

2

0

0

1

R

P

0

6

5

P

S U

Y

A

You do not need to write anything in the white boxes.

TECHNICAL INFORMATION Finished products / Chassis concerned: REAR PROJECTOR RP46 (ICC19 CHASSIS) Subject : Power supply convergence

Symptom/ Problem observed : At switch "ON" by either the mains switch or the RCU, the set takes it's times coming "ON", with no picture visible or just three flyback lines across the top of the screen which are badly distorted. Also, the LED's signal error code 49.

Cause : Because the switching time (TON) of transistor TP220 is slow compared to the rest of the convergence power supply the transistor fails.

Solution implemented : Change transistor TP220 type number 2SK1460 to a Sanyo device Part No. 35069220.

IRIS CODE: the code mentioned below must be used to report this failure on the warranty sheet. It will make your report easier and more reliable

Condition/ Symptom 1

3

1

5

Part No 3

5

0

6

9

Qty 2

2

0

1

You do not need to write anything in the white boxes.

Section

Position T

P

2

2

0

P

S U

Fault Code

Repair Code

Y

A

TECHNICAL INFORMATION Chassis : CC19 versions of Rear Projection RP46 & RP52 TV's 46RH40U-46RH40E-52RH40E-52RH40U

I) ELECTRICAL CIRCUIT Initial production of rear projection TV's up to and including serials numbers AK9 were equipped with the following speaker configuration : - 1 bass boomer speaker (50Hz -500Hz) Part No. 10517870 - 2 medium range speakers (500Hz - 18KHz) Part No. 10316970 - 1 bass boomer box. From serial number AKO onwards, the speaker configuration has been changed to incorporate weeters and change the frequency response of the medium range speakers. New sets are equipped as follows : - 1 bass boomer speaker (50Hz -500Hz) Part No. 10517870 - 2 medium range speakers (90Hz - 15KHz) Part No. 10317130 - 2 tweeter speakers (5KHz - 18KHz) Part No. 10317160 - 2 capacitors 3.3µF 50V Part No. 60005200 Please Note: The bass boomer box has now been cancelled

II) CABINET In order to carry out this sound performance enhancement, the cabinet needed to be modified to incorporate the tweeter speakers and deletion of the bass boomer box. For exchange of the cabinet in after sales refer to the table below.

Cabine Part N° Model N°

46RH40U 46RH40E 52RH40E 52RH40U

Early Version (with boomer box)

Enhanced Version (without boomer box)

10537350 10537350 10537360 10537360

25374050 25374050 25374020 25374020

Please Note: The two cabinets are NOT INTERCHAGEABLE.

SINGLE FOCUS / EARTH-FIELD CORRECTION BOARD

26V BL505 RED

RL500 22R0

1

to CRT BM04

SFBEFC.19100.00 SFBEFC.19101.00 SFBEFC.19102.00

26V

2

RL560 1K8

CL503 47U0

RL561 5K6

USYS

3

T=1.2ms

DL513 BZX55C15

20.3

to chassis BP110

3

26V

20Vpp-H

2 1

BL507 BLUE EFC

0 1.8Vpp

RL552 8K2 TL509 BC547B

RL550 4K7

BL510 2

TL506 BC337-40

RL553 1K0

T=1.2ms

BL506 WHITE

to BR011

CL523 470U0

19.7

TL511 BC327-40

DL510 1N4148

RL554 100R0

20

1

DL511 1N4148

11

RL558 220R0

EFCcoil

CL521 100N0

10.5 0.7

0.35

RL555 15.5 3K3

TL508 BC557B

2

RL557 330R0

1

BL508 *

1 3

CL522 1N0

CL520 47U0

RL556 3K3

T=1.2ms

TL507 BC327-40

DL512 1N4148

RL559 220R0

DST

RL551 4K7

2

10V 0 20Vpp

PL500 * FOCUS

FOC

2

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

Piece de securite N'utilisez que les pieces d'origine

BL508 2x10451670 2x10451670 11038995

BL504 X X

BL509 X X

PL500 10343360 10271580

SCREEN * BL504 1

1 * BL509

1

* SFBEFC.19100.00 SFBEFC.19101.00 SFBEFC.19102.00

Safety Part When repairing, use original part only

DST

CRTGND

26V

232246091229

SFBEFC.19103.00 SFBEFC.19104.00

FOC

RL560 1K8

TL511 BC327-40

2

* PL500

CL523 470U0

1

BL509 1

BL504 white BL506 to BP110

1

DL513 BZX55C15

CRTGND

26V CL503 47U0 USYS

TL506 BC337-40

1

PL501 47K0 PICTURE ROT

2

PL201

DL511 1N4148

to CRT BM04

DL512 1N4148

1

2

EFCcoil

BL206

RL559 220R0

CRTGND

TL507 BC327-40

* SFBEFC.19103.00 SFBEFC.19104.00

BL508 2x10451670 11038995

PL500 10343360 10271580

www.rtv-horvat-dj.hr Updated 11 / 98

G2

* BL508 1

2

BL207

RL558 220R0

CL521 100N0

3

FOCUS MODULE FOKUS BAUSTEIN MODULO FUOCO MODULO FOCUS FOC

3

red BL505

DST

1

RL500 22R0

2 3

SFB 4002 11

RL561 5K6

ICC19 100 Hz First issue 09 / 97

AUDIO SIGNAL/DOLBY MODULE - MODULE AUDIO/DOLBY - TON SIGNAL/DOLBY BAUSTEIN - MODULO AUDIO/DOLBY - MÓDULO AUDIO/DOLBY

AVSS2

CS171 390p

CS275

CS276 10n

DVSS2

100u

DVSS2

LS081 47u RS081 100R

CS160 10u

LS170 RS171 RS172

TS721 BSN20 4u7

15u 15u RS151 470R

LS155

CS052 1u

GNDP

CS055 10u

CS057 10u

CS069 1n

GND2

RS068 47k

RS067 47k

CS056 1n

CS058 1n

RS051 100k

RS052 100k

CS178 1n

CS177 1n

CS059 2u2

CS060 2u2

RS053 0R

RS054 0R

RS724 2k2 RS723 10k

TS723 BC847B

1 2 3 4 5 6 7 8 9 10 11 12

RS720 10k GNDP

GND2

GND2

MAIN_R

MAIN_L

AV1_R_OUT AV1_L_OUT

AV2_L_IN AV2_R_IN

AV1_L_IN AV1_R_IN

8

7

MUTE

3

GND

4

OUT1

5

-Vp

6

OUT2

7

+Vp

8

-INV1,2

9

INV2

CS454 22n RS450 8R2

1 2

*

LEFT BS015

CS459 3n3

BS006B 1

GNDP

3

GNDP

GNDP

4

CS469 3n3

CS408 4n7 GNDP

CS464 22n RS460 8R2

GNDP

RS398 47R RS399 0R

GNDP

GNDP

MOSI/HA0 HA2 / SS HREQ SGND SDO2 SDO1 SDO0 SVCC SCKT WST SCKR QGND QVCC SGND WSR SDI1 SDI0 DSO DSI/OS0 DSCK/OS1

CD002 100n

4n7

GNDP

-US

RS292 100k

AHVSS1

AHVSS1

AHVSS1

HEATSINK

PGND

+5V

IN- 2 IN+ + 3

RS220 100k

RS222 10k

AHVSS1

CS173 1n

CS230 1u

CS500 220u GNDP

GNDHP

RS230 100k GNDHP

RS231 6k8 GNDHP

GND SGND DGND AGND QGND PGND

ID001 DSP56004

MCS3

DGND 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

CD007 100n

+5V

CD003 100n

CD004 100n

ID002 GM76G256AL-FW70 AGND

CS221 1n RD005 47k

IS220

DGND

4

MC33076 RS223

VEE

33R

IS220 OUT 7

GNDHP

MC33076 RS233 33R

4 VEE

RS232 10k

CS231 1n GNDHP

BS003 3 2 1

LD001 4u7 HEAD_L HEAD_R

+5V

1 A14 2 A12

Vcc 28 WE 27

3 A7 4 A6

A13 26 A8 25

5 A5 6 A4

A9 24 A11 23 OE 22

7 A3 8 A2 9 A1 10 A0 11 I/O1

OUT 1

8 VCC IN- 6 IN+ + 5

CD008 100u

MA4 MA5 MA6 AVCC MA7 AGND MA8 MA9 MA10 MA11 QGND QVCC AGND MA12 AVCC MA13 MA14 MA15/ MCS0 AGND

SURROUND

2

40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21

Piece de securite N'utilisez que les pieces d'origine

BS002 AM_AF

INV1

2

GNDP

1n

Safety Part When repairing, use original part only

GND2 GND2

RD002 47k

CS706

RS221 6k8

CS220 1u

CS172 1n

RS500 470R

GND2 GND2

6

GNDP

IS450 TDA2615 1

RIGHT * BS014

2

GNDP

GNDHP

8 VCC

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

RS722 47k

RD001 47k

GNDP

CS054 1u

GNDP

SIF ANARESET

DVSS1 GNDHP

AHVSS1

TS722 BC857B

-US +US +U13 +5V

CS175 100u DVSS1

AHVSS1

RS066 47k

CS053 1u

CS104 220n

CS107 220n

MUTE IIC_DA_1 IIC_CL_1

CS176 10n

AHVSS1

GND2

CS105 220n

BS001

TS701 BC847B

RS501 470R

GND2

1u

RS065 47k

41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

RS276 10k

CS501 220u

GND2

CS051

L/R_TOT

* 1n

DVSS1

GND2

1u

RD004 10k

CENTER

DVSS1

GND2

220n

CS106

CS100 100p

CS050

CD001 100n

IIS_WS IIS_CL

GND2

CS108 220n

LS152 LS151

CS174 1n

CS150 3p3

4u7 47R 47R

RS100 1k

RS152 470R

1

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

RS726 47k

2

CS453 470u GNDP

GNDP

AHVSS1

DVSS1

CS182 47p

5

4

JS991 JS993 JS992

1 2

GNDP

1

RS408 0R

18M432

AVSS1

CS101 100p

CS264

QS150

CS151 3p3

ANATS720 BSN20

CS153 10n

CS455 470u

/ MRAS / MCAS

DVSS1 DVSS1

CS102 10n

DS150 BAV103

RS702 15k DVSS1

SS001 3

10k 10k 10k 10k

RS150 4R7 CS152 470u

RS725 47k

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9

CS364 22n RS360 8R2

-US

RS289 1k

GNDP

CS369 3n3

Surround

+US CS452 100n

TS405 BC847B

150R 1k5

CS463 100n

GNDP

RS406 47k RS407 10k

CS465 470u

4

RD006 RD007 RD008 RD009

26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

LS150 4u7

RD010 RD011

IIS_CL IIS_WS

MSP3410D-PS

AVSS1

AHVSS1

-US CS462 470u

GNDP

5

GNDP

RIGHT

3

RIGHT

6

CS398 1n

GNDP

RS405 10k

2

GNDP

8

RS288 1k

LEFT

1

SVCC MODC/ NMI MODB/ IRQB MODA/ IRQA RESET MISO/SDA SGND JVCC PCAP JGND PINIT QGND QVCC EXTAL SCK/SCL MA0 MA1 MA2 MA3 AGND

CAPL_M AHVSUP CAPL_A SC1_OUT_L SC1_OUT_R VREF1 SC2_OUT_L SC2_OUT_R ASG3 C_DACS_L C_DACS_R TESTIO2 DACM_L DACM_R VREF2 DACA_L DACA_R

IS150

CS155 220n

JS997 *

RESETQ N_DA N_CL FRAME S_DA_OUT DVSS DVSUP S_CL S_ID NC S_DA_IN I2S_DA_IN I2S_DA_OUT I2S_WS I2S_CL I2C_DA I2C_CL

47p

AVSS1

CS154 10u

IIC_CLK IIC_DATA

RS162 47R

BAV103

AHVSS1

JS995 *

DS151

AHVSS1

AHVSS2

RS287 10k

RS161 47R

CS181

CS158 470p

CS165 220p

CS273 1n

B

DD011 LL42

44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

CS157 3u3

AHVSS AGNDC PDMC1 PDMC2 BAGNDI NC SC3_IN_L SC3_IN_R ASG2 SC2_IN_L SC2_IN_R ASG1 SC1_IN_L SC1_IN_R VREFTOP MONO_IN AVSS

CS164 220p

CS460 470n

RS286 4k7

DS405 LL4148

+US CS461 100n

RS285 10k

AHVSS1

AVSUP ANA_IN1+ ANA_INANA_IN2+ TESTIO1 XTAL_IN XTAL_OUT DMA_SYNC AUD_CL_OUT NC CW_CL CW_DA D_CTR_OUT1 D_CTR_OUT0 ADR_SEL STANDBYQ D_CTR_IN0

+13V`

IIC_DATA IIC_CLK

AHVSS1 CS159 470p 43

AHVSS1

CS166 470p

RS084 10k

9

GNDP

CD006

DVSS1

AHVSS1

IIC_DATA IIC_CLK

AHVSS1

RS082 100R

RS083 10k

CS167 470p

AHVSS1

CS156 22n

LS082 47u

CS451 1u

AHVSS1 CS450 470n

4

IS350 TDA2616

3

RS291 1k

BS006A

GNDP

QGND

CS274 1n

A

RS350 8R2

DR MD7 MD6 MD5 MD4 DGND MD3 MD2 MD1 DVCC MD0 DGND GPIO3 GPIO2 GPIO1 GPIO0 MRD MWR MCS1 MCS2

CS170 390p

CS161 10u CS163 10u

AHVSS1

GNDP

GNDP

61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

AHVSS1

GNDP

GNDP

CS399 22n

AHVSS1

AHVSS2

SGND

RS160 10R CS162 10n

CS272 1n

AHVSS1

LS270 4u7 LS160 4u7

* BS009 to SCI BX700

RS284 4k7

AHVSS1 AHVSS1 AHVSS1 AHVSS1

RS272 47R

CS363 100n

GNDP

7

2

1

CS365 470u

LEFT

CS354 CS359 22n 3n3

RS400 10k

1u

TS400 BC847B

AHVSS1

CS253 220n

AVSS2

-US CS362 470u

AHVSS1 AHVSS1

GNDP

1

AHVSS1

CS353 470u

* * *

DVSS2

DVSS2

1

RS271 47R

DVSS2

CS281 47p DS251 BAV103

6

CS252 470u

GND

DVSS2

DVSS2 DVSS2

+US CS361 100n

RS283 10k

CS355 470u

RS290 1k

GNDP

CD005 0u1

DVSS2

CS350 1u

DS400 LL4148

RS402 10k

5

GND

RS250 4R7

LS250 4u7

RS661 10R

CS352 100n CS351 1u

RS401 47k

BS013

+US

CS563 4u7

RS240 390R

RS241 390R

AHVSS1 AHVSS1

GND

3

CS662 220n

DVSS2

CS282 47p

4

2

AVSS2

AVSS2

26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

1

CS661 220n

CS254 4u7

CS663 470u

RS354 47k

GNDP

CS360

3

CS255 220n

GND

RS281 10k

AHVSS1

AHVSS2

AHVSS2

AHVSS2

2

JS661

IS250 MSP3400C

RS282 4k7

CS277 1n

AM/DP 19001 00 AM/DP 19000 00

RS352 3k3

RS563 470R

CS561 4u7

RS280 4k7

TS354 BC847B

CS562 1n

AHVSS1

AHVSS1

JS990 JS991 JS997 BS009 BS015 CS264 JS992 JS993 JS998 JS995 SS001

* +13V RS353 10k

4 AHVSS1 RS562 100k

RS561 470R

CS553 4u7

CS278 1n

3

2

RS560 100k

RS553 470R

CS551 4u7

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9

AV2_L_OUT

AHVSS2

RESETQ NC(N_DA) NC(N_CL) NC(FRAME) I2S_DA_IN2 DVSS DVSUP S_CL S_ID NC S_DA_IN I2S_DA_IN I2S_DA_OUT I2S_WS I2S_CL I2C_DA I2C_CL

DS250

CS257 3u3

AMDP

AHVSS AGNDC NC(PDMC1) NC(PDMC2) NC(BAGND) NC SC3_IN_L SC3_IN_R ASG2 SC2_IN_L SC2_IN_R ASG1 SC1_IN_L SC1_IN_R VREFTOP MONO_IN AVSS

BAV103

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

RS551 470R

RS706 100R

AVSUP ANA_IN1+ ANA_INANA_IN2+ TEST XTAL_IN XTAL_OUT DMA_SYNC AUD_CL_OUT NC NC(CW_CL) NC(CW_DA) D_CTR_OUT1 D_CTR_OUT0 ADR_SEL STANDBYQ NC(D_CTR_IN0)

AHVSS2 AHVSS2

IS661 78L08

CAPL_M AHVSUP CAPL_A SC1_OUT_L SC1_OUT_R VREF1 SC2_OUT_L SC2_OUT_R ASG3 NC(C_DACS_L) NC(C_DACS_R) NC(TESTIO2) DACM_L DACM_R VREF2 DACA_L DACA_R

CS256 220n

1

CS560 1n

AHVSS1

AHVSS1

44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

GND GNDHPDVSS1 DVSS2 AHVSS1AHVSS2 AVSS1 AVSS2 GND2

CS552 1n

RS680 1k

cinch center

RD003 47k

AHVSS2

2 RS552 100k

cinch surround2

L/R* SURROUND_ L/R

AHVSS2

1

RS550 100k

BS006C

cinch right external 3 4 AHVSS1

AV3_L_IN

CS261 10u

AV2_R_OUT

CS260 10u

AV3_R_IN

CS263 10u

DVSS2

CS262 220n

AM / DP 19000 00 AM / DP 19001 00

cinch left external CS550 1n

RS260 10R

JS990 *

BS006D LS260 4u7

DGND

A10 21 CS 20 I/O8

19

I/O7

18

12 I/O2 13 I/O3

I/O6

17

I/O5

16

14 Vss

I/O4 15

SURROUND

AUDIO SIGNAL MODULE - MODULE AUDIO - TON SIGNAL BAUSTEIN - MODULO AUDIO

CS40 1p

RS75 1k CS75 100p

VREF1 CS46

CS45 10u AVSS DVSS

3u3

CS44 100n AVSS

CS41 1p

QS40

DVSS

RS54 100R

CS49 470p

RS55

RS62 47R

1

LS62 15u

4

7

VREF1

SC2_OUT_L

SC2_OUT_R

NC

NC

NC

SC1_OUT_R DACM_L

CAPL_A

SC1_OUT_L DACM_R

VREF2

AHVSS

DACA_R

AHVSUP

RESETQ

DACA_L

AGNDC

CAPL_M

NC

ASG4

SC4_IN_L

SC4_IN_R

ASG2

SC3_IN_L

SC3_IN_R

ASG1

SC2_IN_R

SC2_IN_L

NC

NC

I2S_DA_IN2

DVSS

DVSUP

ADR_CL

ADR_WS

ADR_DA

I2S_DA_IN1

I2S_DA_OUT

I2S_WS

I2S_CL

I2C_DA

I2C_CL

NC

STANDBYQ

ADR_SEL

5 6

DS62 BAV103

AHVSS

CS68 47p

DS61 BAV103

CS64 1n

CS67 47p

JS18

RS66 15k

CS60 220n

CS59 220u DVSS

JS17

CS24

1u

CS23

1u RS32 47k

RS09 150R

DVSS

JS51 JS49 4

CS26 470p

CS28 470p

CS61 1n

IS01 MC4558CD

CS30 10u

5 6

7

8 9 10 11 12

1

2 3

4

GND2 5 6

7 8

4 + -

GND2

MAIN_R

CS01 10u

GND2 VREF2

9 10 11 12 13 14 15

BS02 BA02

MAIN BOARD

ICC19 100 Hz First issue 09 / 97

RS93 470R

RS17 150R

AV2_L_OUT

RS94 100k

BS04 R L

Updated 11 / 98

1

2 3

RS95 100k

4

VREF2

RS82 6k8

RS83 10k

CS93 470p

RS81 100k

2 3

8 -

CS82 1n

IS60

MC4558CD RS84 1

+

33R

BS03 HEAD_L

VREF2

CS91 220u

3 2

RS86 100k VREF2

CS92 470p VREF2

RS14 1k

RS18 1k

8

5

CS57 470p

RS02 10k

AHVSS

+

RS03 0R

6

CS85 1u

AHVSS

8

7

MAIN_L

AV1_R_OUT AV1_L_OUT

AV2_L_IN AV2_R_IN

AV1_L_IN AV1_R_IN

GND2 GND2

BA01

1

VREF2

VREF2

CS80 1u

CS62 1n

RS04 0R

-US

BS01

CS29 10u

AHVSS

1

CS02 10u

AM_AF

SND_RES

SIF

+US +U13 +5V

IIC_DA_1 IIC_CL_1 2 3

RS16 150R

RS15 150R

CS27 10u

CS39 1n

GND1 GND1

CS81 10u

CS84 470p

VREF2

CS55 390p AHVSS

4

+US

AV2_R_OUT

2

AHVSS

RS69 220R

RS34 47k

CS20 1u

CS09 1n

CS25 10u

RS33 47k

+5V

+U13

LS19 47u

4

CS21 1u

CS08 1n

RS31 47k

RS92 470R

CS86 470p

CS56 470p

CS22 1u

CS83 10u

CS54 390p

AHVSS

1

AV3_R_IN

4

LS20 47u

RS37 100R

CS35 470p

DVSS

CS66 1n

LS60 4u7

CS36 470p

8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

LS61 15u

DVSS

5

IS40 EQU SUB AMVD 19100

D_CTR_OUT0

D_CTR_OUT1

NC

2 3

100R

AHVSS

AHVSS

AHVSS

DVSS DVSS

RS63 470R RS61 47R

NC

AUD_CL_OUT

RS64 470R

GND1

GND1

SC1_IN_L

SC1_IN_R

AVSS

VREFTOP

AVSUP

MONO_IN

ANA_IN1+

TESTEN

ANA_IN-

ANA_IN2+

XTAL_IN

CS12 470u

XTAL_OUT

NC

GND1

10k 10k

RS38 AHVSS

AVSS

DVSS

DVSS

CS10 220n

2

AV3_L_IN

6

RS22 RS21

18.432MHz

CS74 10n

3

CS11 220n

7

CS37 220p

3

+8V 1

BS11

DVSS

8

CS38 220p

100R

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33

IS10 MC78L08-ACP

GND1

DVSS

CS51 10u

CS50 10u

CS48 470p

RS71 0R

5 6

IS01 MC4558CD

RS01 10k

CS95 10u

CS97 1n

CS94 10u

CS98 1n

8 -

IS60

RS89 33R

HEAD_R

3 2 1

MC4558CD 7

+ 4

RS87 6k8

RS88 10k

CS87 1n

VREF2

CS90 220u

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Safety Part When repairing, use original part only

RS08 150R

RS11 150R

RS12 150R

RS13 150R

Piece de securite N'utilisez que les pieces d'origine

to SCI BX700

DVSS

CS76 100p

+8V

RS42 4R7

DVSS

DVSS AHVSS

CS42 10n

to front connector

LS42 4u7

AMFM

CS43 470u

DVSS

RS59 0R

CS53 220n

VREF1 100n

AVSS

AVSS

DVSS

CS52 10u

CS47

AM/VD.19000

JS45 0R

AHVSS

LS52 4u7

SUB AUDIO SIGNAL MODULE - SUB MODULE AUDIO - AUDIO SIGNAL SUBMODUL - SUB MODULO AUDIO

PINS of IC

64

33

BS002

SC2OUTR

10U0

CS206

100N0

DGND

CS207

SC2OUTL

SC1OUTR

SC1OUTL

+8V CAPLA

CAPLM

SC4INL AGNDC

SC4INR

AGND

SC3INL

SC3INR

SC2INL

SC2INR

SC1INL

SC1INR

VREFTOP

MONOIN

+5VA

ANAIN1+

ANAIN-

XTALIN

SUB AMVD SUB AMVD 19100 00

ANAIN2+

DGND

XTALOUT

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

SUB AUDIO MODULE VIRTUAL DOLBY

TP2 1

DGND

TP1

1

DGND

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

CS102 10N0

AHVSS AGNDC SC4INL SC4INR ASG3 SC3INL SC3INR ASG1 SC2INL SC2INR ASG0 SC1INL SC1INR VREFTOP VREFTOP MONOIN AVSS AVSS

45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

DGND

MSP3410D(DIE)

27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

AGND CS106

1N0

CAPLC1 AHVSUP AHVSUP CAPLC2 SC1OUTL SC1OUTR VREF1 VREF1 SC2OUTL SC2OUTR ASG3 DACC1L DACC1R VREF2 VREF2 DACC2L DACC2R

AVSUP NC NC NC TESTEN XTALIN XTALOUT DCTRIN IS200 AUDCLOUT NP DPL3518(DIE) NP NP DCTRIO1 DCTRIO0 ADRSEL STANDBYQ NP

RESETQ I2SDAOU2 I2SDAIN2 DVSS DVSS DVSUP DVSUP NP NC NC NC I2SDAIN1 I2SDAOU1 I2SWS I2SCL I2CDA I2CCL

IS100

AVSUP AVSUP ANAIN1+ ANAINANAIN2+ TESTEN XTALIN XTALOUT DMACSYNC AUDCLOUT NP NP NP DCTROUT1 DCTROUT0 ADRSEL STANDBYQ NP

+5VD

65 66 67 68 69 70 71 72 1 2 3 4 5 6 7 8 9

AGND

AHVSS CAPLM AHVSUP AVHSUP CAPLA SC1OUTL SC1OUTR VREF1 VREF1 SC2OUTL SC2OUTR ASG3 TESTNEU DACMSUB DACML DACMR VREF2 VREF2

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9

+8V

46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

DACAL DACAR RESETQ I2SDAIN2 DVSS DVSS DVSUP DVSUP ADRCL ADRWS NP ADRDA I2SDAIN1 I2SDAOU1 I2SWS I2SCL I2CDA I2CCL

CS101 220N0

DACML

DACMR

DACAL

DACAR

RESETQ

DGND

10N0 CS205

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

1N0

1N0 CS204

+5VD I2CDA

CS103

I2CCL

ADRSEL

CS203

CS104

CS105

DGND

1

100N0

DGND

BS001

32

+5VD

ICC19 100 Hz First issue 09 / 97

100N0

PINS of IC

10N0

CS202 10N0

AHVSS AHVSS AGNDC SC3INL SC3INR ASG2 SC2INL SC2INR ASG1 SC1INL SC1INR VREFTOP VREFTOP MONOIN AVSS AVSS AVSUP

AGND

Updated 11 / 98

+5VD

26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

+5VA

AGND

+5VD

BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES ICC19 MM 100 Hz - MOTION MASTERING DTP MODULE

BT010

BI010

( ONLY SOME PIP MODELS )

VIDEO MODULE VM19200

PROCESS IF II50

FI015

R/G/B/FB

TI030

CVBS

4 BT021

IY005

4

SCI TX505

OPa (pos/neg Modulation)

OPB (Switch L')

R/G/B/FB

R/G/B/FB SWITCH

BT021

BI500

FBAS

R_TXT G_TXT B_TXT FB_TXT

SEL

FB

TDA7269

AUDIO PROCESSING

D/A

D/A

A/D

3

A D

9VA

8

21

G_AV1

20

B_AV1

19

2

FB_AV1

5

F I L T E R

25

VIDEO_1

3

26

D/A

Y1H

3

14

U1H

9

2H PSI

13

V1H

7

Y1H

30

Y

CHROMA DECODER

YUV V1H 8-bit A/D CONVERTER

12 bit FIELD MEMORY

12

3.58

Ctrl

TRAP

SYNC AQUISITION

18

11

6

IIC_DA_2

PEAKING& CORING

BLACK STRETCH COLOUR TRANSIENT IMPROVEMENT

VA

IV601 TDA9143

IIC_CL_2 V2SYC

ACQREF

PD

PD

PD HA

REFDEF CLK27

H2SYC DISREF CLKDISP

TX505 (only fitted in PIP-version) +6dB

AV3

18

PLL CDEFL 27 MHz

20.25/24 27/36 MHz

IV308-TV303 TV307

IV311-TV392 TV393

IX900 TEA 6415

VCC LIN

1x 1x

AV3_C_IN

11

1 YOUT

WS

WhiteStretchFunction

AV2-IN-Y AV2-IN-C 4 YIN AV2

AV1 LumaAverageDetector

SCART

VIDEO_2

CHROMA_2

1x

7 HDFL

KB_COLUMN_1 KB_COLUMN_2 KB_COLUMN_3 KB_COLUMN_4 STANDBY LED KB_ROW_3 KB_ROW_2 KB_ROW_1 INFRARED

A A A

I2C-CLK2 I2C-DAT2

IR004 4094

BE-STROBE

IR001 ST9 ROMLESS MICRO

R_TXT G_TXT B_TXT FB_TXT SSC SLICE

VIDEO_1 M3LBUS

VIDEO_2

IFAFC

CHROMA_2

IT01

O

SLPF

GNDLIN 10

21

TXTOUT 36

HFLYInterf. HFLY 33

SSC

B_TXT

G_TXT

R_TXT

FB_TXT VERTICAL-

MEGATEXT DECODER

B_OUT 40

B

SSC GENERATOR

SENSEP 26

I 38

HDRIVE CSOFT 17

EWIN EWOUT CVERT 30 32 29

GND1 34

Protection BREATH

SMPSIN 31

28

SMPSControl

FROUT 25 SMPSOUT 37

LINE DRIVER CIRCUIT

SENSEP

IF01 FRAME_DR

~ UREF

-

+USYS

SWITCHED MODE TRANSFORMER (SMT)

MIS

POWER CONTROL (TEA2261)

SMPS_OUT

CONTROL

ICC19 100 Hz Updated 11 / 98

LINE YOKE

PVM

(16/9 C19 CHASSIS)

34dB

SPOT KILLER

LINE TRANSFORMER(DST)

TZ012/18/22

6dB

R sens

USYS

H_PAN_SW (FROM BUS EXPANDER IR004)

G1

+

+

SMPS_IN

TV_OFF

BZ034

DELAY 120ns -6dB

200V

+13V MODSAFE

BL035

RESET

ZOOM

34dB

VERTICAL YOKE

-US V_SAFE

BEAM_INFO

DEFLECTION

DVT MODULE (No fitted in PIP-Models)

M SAT TV_OFF

6dB

R G

COIL

BLUE

VERTICAL AMPLIFIER TDA8177F

+13V

+US SAFETY CIRCUIT

EW_DRIVE EW_BACK

ANODE

B

2200u

H_REF BEAM_INFO

FOCUS

34dB

IB01

SENSEM

Start

IT02 256Kx4 DRAM

+

SSC 35

10R

H_DRIVE

DELAY 120ns -6dB

G2 6dB

IB01 GREEN

H+V V_SYNC

+

BSVM

G

SENSEM 27

East-WestCorrection, H.Breathing CPHI2 13

DELAY 120ns -6dB

R

G_OUT 41

BEAM_INFO

FEATURES MODULE

R

(A=A/D CONVERTER)

VCP VBLK HBLK

LOGIC Startup - Oscillator

ICUT BEAM_INFO

BREATHING

I/O I/O I/O I/O

H_PAN_SW (PVM) (16/9 C19 CHASSIS)

I/O

VPANDelay

SoftPhi2 - Loop

DEGAUSS

BUS EXPANDER

RGBLIMITER

Vertical Sawtooth, S-Correction, V.Breathing

2H

I2C-CLK2 I2C-DAT2

L1INFO

NORM BGINFO

M3LBUS

SOUNDRESET CENTERMUTE

I2CBUS1

IIC_CL_1 IIC_DA_1 AV2-PIN8 AV1-PIN8 AMBIENT LDR

MAIN-V

MAIN-U

Line-Countdown-Logic

8 LDFL

22MHz

RGB-DRIVE & OUTPUTSTAGE

RED

Bus

STV2162

6 VDFL

AV2_Y_OUT

50 46 47 48 44 45 APX FB_TXT R_TXT G_TXT B_TXT VCC GND VID VID ICUT 43 RGB-VCP-GATE CUTOFFCLAMPING MEASUREMENT AND DE-MATRIX VABL 39 Bus AVERAGE BEAM R_OUT 42 LIMITER AUTO-PIX

R-G-B-MATRIX PAL/NTSC

1x

R_AV1 G_AV1 B_AV1 FB_AV1

AV1_R_IN AV1_L_IN

AV1_ROUT AV1_LOUT

AV1_8

EX_LINK

AV2_L_IN AV2_R_IN

LumaAverageDetector

51 49 53 19 18 20 24 22 23 16 15 14 23 SCL V5V COLM SDA UIN VIN CUTR CUTG CUTB CONVAR REG VCC1 IREF Y ON/ OFF VCP VOLTAGE- AND RGB-VCP-GATE GATE CURRENTCLAMP AND DE-MATRIX REFERENCE Y U V Color5V Equalizer CONTRAST SATURATION I2C-BUS DECODER BRIGHTNESS AND YUV Y,U,V LATCHES

5 APL

AV1_Y_OUT I2CBUS1 AV2_8

IIC_CL_1

IIC_DA_1

HDFL

MAIN-Y

IB01 56

12

VIDEO MATRIX

AV3/4_C_IN

CRT AMPLIFIER ( BSVM VERSION )

CHROMA_1

1x

POWER

DIFFERENTIATION

IIC_CL_2

PLL CDISP.

12/16/ 18 MHz

IV305-TV381 -TV382

IIC_DA_2

HA

VIDEO

VIDEO_1

1x

CVBS_PIP R_AV1 AV3/4_Y_IN

+6dB

AV3_Y_IN

AV2_LOUT

AV1_Y_IN

VDFL

LDFL AV4_Y_IN

AV4_C_IN

CVBS PIP From FEP Module

SCI 19003

KEYBOARD

9

IV001 STV2165

MAIN-Y

PLL ACQ

FB Detection Circuit

VDFL

VIDEO_1

VIDEO_2

FB_DET

CHROMA_1

IA002 TDA7298 BA04

AV3_R_IN AV3_L_IN

ZOOM

1

SSC

to I/O port of !P ( IR001/62 )

HDFL

AMPLIFIER BOOMER

MIX

CHROMA_2

AV1_ROUT

AV2_ROUT I2CBUS1

AV1_LOUT

AV2_LOUT

AV2_R_IN

AV3_R_IN

AV3_L_IN

SOUNDRESET CENTERMUTE

AV2_L_IN

FB_AV1

GROUP DELAY CORRECTION

AV1_R_IN

BYPASS SCART AUDIO CONNECTIONS

3

IIC_CL_2

FB

I2CBUS1

First issue 09 / 97

WHITE STRETCH

VA

BS03

AV4

LDR

EDGE REPLACEMENT

DISPLAY PART

SCART INPUT-OUTPUT BLOCK

AV4_L_IN

EEPROM

28

DAC

CLP/HA

IIC_DA_2 5

V2H

MOTION COMPENSATED UPCONVERTER IV303 IC-QP128

ACQUISITION PART

I2CBUS

IS60

15

C L A M P

U2H 30

12

AV4_R_IN

AV2_ROUT

14

Y2H 26

U1H

P L 31 L

17

IV780 HEF 4053

ECMB

12

4.43

DELAY

CHROMA

1

U

V CHROMA

1

Chroma_1

HEADPHONE CONNECTOR

IV302 TMS4C2972

IV300 TDA8755

I2C BUS

Switching

VIDEO_1 15

IV750 MC 141 6127

RIGHT

1H PROCESSING

16 10 4 3 2 M a t r i x

Y/CVBS

A

FB HEADPHONE AMPLIFIER MC33076P1

D/A

AM

D

Combfilter & vertical Enhance

4 BA06 D/A

A/D

IF

A

R_AV1

ECMB

DIGITAL SIGNAL PROCESSOR

FM DEMOD + NICAM DECODER

AV1_L_IN

I2CBUS2

NORM BGINFO L1INFO IFAFC

DELAY LINE 23

14

6

INTERNAL SPEAKER SOCKETS

D/A

A/D

TERRRESTRIAL TUNER

1

LEFT

IS40 MSP 3410 AGC

FM 1

16

Chroma_2

BA05

FSCOMB

1

Comb_off

9,10,11

FSC

12

TI033

POWER AMPLIFIER

45

D

Video_1 Video_2

TI50

ECMB

47

MAIN-U

IF

LDFL

TV OUT

PIP TUNER CTT5010

MAIN-V

MEGATEXT/OSD PROCESSING IT001 - IT002

AGC

POWER SPLITTER

ANT-IN

TMS4C2972 VIDEO MEMORY

IV602 TDA4665T

4

12 BIT

VCO FI030

R/G/B/FB

IV301

UP CONVERTER PART

CHROMA DECODER MODULE

PIP PROCESSING IY001 - IY003 - IY004

Ctrl

5.5/5.74 MHz QI04O TRAP.

OPB

12 bit

OPA

BT021

Ctrl

OPA (pos/neg Modulation)

PAL / NTSC

OPB (Switch L')

Ctrl

FEP MODULE ( ONLY SOME PIP MODELS )

BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCI - ESQUEMA DE BLOQUES

UP-CONVERTER MODULE

AGC

FM 1

D/A

A/D

TERRRESTRIAL TUNER

D/A A/D

AM

D/A

A/D

D/A

HEADPHONE CONNECTOR

Switching

V F I L T E R

CHROMA_1

IS60

SCART INPUT-OUTPUT BLOCK

U

HSYNC

AV2_ROUT I2CBUS1

AV1_ROUT

AV2_LOUT

AV1_LOUT

AV3_R_IN

AV2_R_IN

AV3_L_IN

AV2_L_IN

AV1_R_IN

AV1_L_IN

SOUNDRESET CENTERMUTE

BLACK STRETCH COLOUR TRANSIENT IMPROVEMENT

STV2165

TDA9141 PD

IIC_DA_2

IA002 TDA7298

AV4

PD

PD

IIC_CL_2

IIC_DA_2

BA04

AMPLIFIER

AV4_L_IN

OSC. ACQ. 12/16/ 18 MHz

HDFL Buffer

Bus Expander TCE2ACU

OSC. DEFL.

OSC. DISP.

32 MHz

27 MHz

AV3_C_IN

CVBS_SAT

56

12 VCC LIN

AV1

11

1 YOUT

WS

WhiteStretchFunction

SCART 4 YIN 1x

LumaAverageDetector

I2CBUS1

LumaAverageDetector

CHROMA_2

VIDEO_2

Line-Countdown-Logic

KB_COLUMN_1 KB_COLUMN_2 KB_COLUMN_3 KB_COLUMN_4 STANDBY LED KB_ROW_3 KB_ROW_2 KB_ROW_1 INFRARED

A A A

BE-STROBE

ST9

O

R_TXT G_TXT B_TXT FB_TXT SSC SLICE

VIDEO_1 M3LBUS

VIDEO_2

CHROMA_2

IFAFC

Startup - Oscillator SLPF

10

21

TXTOUT 36

HFLYInterf. HFLY 33

HDRIVE CSOFT I 38 17

GND1 34

G

TEA5101 RGB AMPLIFIER

B

TEA5101 RGB AMPLIFIER

SSC 35

VERTICAL AMPLIFIER TDA8177F

SENSEM

Protection BREATH

SMPSIN 31

28

SMPSControl

FROUT 25 SMPSOUT 37

SENSEP

IF01 FRAME_DR

~ UREF

-

VERTICAL COIL

+ R sens

IT01

+13V 10R

H+V

2200u BEAM_INFO

MEGATEXT DECODER

V_SYNC

H_REF H_DRIVE

BEAM_INFO

+US SAFETY CIRCUIT

EW_DRIVE EW_BACK

IT02 LINE DRIVER CIRCUIT

LINE COIL

LINE TRANSFORMER(DST) USYS

+USYS

SWITCHED MODE TRANSFORMER (SMT)

MIS

-US V_SAFE

SMPS_IN

+13V

BEAM_INFO

POWER CONTROL (TEA2261)

MODSAFE TV_OFF

M SAT TV_OFF

DEFLECTION

ZOOM

SMPS_OUT RESET

ZOOM IR01

CONTROL

ICC19 100 Hz First issue 09 / 97

ON4914

POWER

IIC_CL_2

MAIN-Y

VDFL G_TXT

R_TXT

FB_TXT

B_TXT

40

SENSEP 26

EWIN EWOUT CVERT 30 32 29

TEA5101 RGB AMPLIFIER

SENSEM 27

Start East-WestCorrection, H.Breathing

CPHI2 13

R

BREATHING

I/O I/O I/O I/O

256Kx4 DRAM R

(A=A/D CONVERTER)

VERTICAL-

ICUT BEAM_INFO

B_OUT

SSC GENERATOR

LOGIC

GNDLIN

DEGAUSS

FEATURES MODULE

I/O

ROMLESS MICRO

4094 BUS EXPANDER

VCP VBLK HBLK

Vertical Sawtooth, S-Correction, V.Breathing

2H

I2C-CLK2 I2C-DAT2

L1INFO

NORM BGINFO

M3LBUS

SOUNDRESET CENTERMUTE

I2CBUS1 KEYBOARD

LDR

I2C-CLK2 I2C-DAT2

VPANDelay

SoftPhi2 - Loop

G_OUT 41

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

Bus

STV2162

6 VDFL 7 HDFL

50 46 47 48 44 45 APX FB_TXT R_TXT G_TXT B_TXT VCC GND VID VID ICUT 43 RGB-VCP-GATE CUTOFFCLAMPING MEASUREMENT AND DE-MATRIX VABL 39 Bus AVERAGE BEAM R_OUT 42 LIMITER AUTO-PIX

R-G-B-MATRIX PAL/NTSC

5 APL

R_AV1 G_AV1 B_AV1 FB_AV1

AV1_R_IN AV1_L_IN

AV1_ROUT AV1_LOUT

AV1_8

EX_LINK

AV2_8

AV2_L_IN AV2_R_IN

1x

51 49 53 19 18 20 24 22 23 16 15 14 23 SCL V5V COLM SDA UIN VIN CUTR CUTG CUTB CONVAR REG VCC1 IREF Y ON/ OFF VCP VOLTAGE- AND RGB-VCP-GATE GATE CURRENTCLAMP AND DE-MATRIX REFERENCE Y U V Color5V Equalizer CONTRAST SATURATION I2C-BUS DECODER BRIGHTNESS AND YUV Y,U,V LATCHES

8 LDFL

IIC_CL_1 IIC_DA_1 AV2-PIN8 AV1-PIN8 AMBIENT LDR

MAIN-V

1x

AV2-IN-C

AV2_Y_OUT

MAIN-U

1x

AV2-IN-Y

AV1_Y_OUT

IIC_CL_1

IIC_DA_1

VDFL

VIDEO

VIDEO MATRIX

AV3/4_C_IN

CHROMA_1

1x

TEA 6415

AV3/4_Y_IN AV3_Y_IN

HDFL

HDFL R_AV1

AV3

VIDEO_1

1x

AV1_Y_IN

+6dB

MAIN-Y

LDFL

SCART AUDIO CONNECTIONS

+6dB

SSC

I2CBUS1

SCI 19003

IIC_DA_2

AV4_Y_IN

IIC_CL_2

EEPROM

WHITE STRETCH

VSYNC

AV4_R_IN

AV4_C_IN

D/A

TRAP

SYNC AQUISITION

BOOMER

AV2

EDGE REPLACEMENT

PEAKING& CORING

DMU0 CORE

A/D

3.58

DELAY

V2H

DIGITAL PROCESSING

4.43 P L L

C L A M P

MIX

CVBS-SAT

22MHz

8 bit Y

U2H

MAIN-V

BYPASS

VIDEO_1

AV3_L_IN

4 bit UV

V1H

BS03 GROUP DELAY CORRECTION

AV3_R_IN

AV2_LOUT

Y2H

Y

CHROMA DECODER

I2CBUS AV2_ROUT

U1H

MAIN-U

IF

B_AV1 FB_AV1

HEADPHONE AMPLIFIER MC33076P1

D/A

Y1H

M a t r i x

G_AV1 RIGHT

BA06

SSC

NORM BGINFO L1INFO IFAFC

FM DEMOD + NICAM DECODER

I2C BUS

R_AV1

D/A

DIGITAL SIGNAL PROCESSOR

2H PSI

LDFL

I2CBUS2

1H PROCESSING

INTERNAL SPEAKER SOCKETS

IA01

DELAY LINE

TDA4665T

LEFT

Ctrl

FM 2

POWER AMPLIFIER

8 bit Y

SATELLITE TUNER

TDA7269

IS40 MSP 3410

4 bit UV

BA05

AUDIO PROCESSING I2CBUS1

TMS4C2970 VIDEO MEMORY

BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCI - ESQUEMA DE BLOQUES

BA05

AUDIO PROCESSING SATELLITE TUNER

I2CBUS1

NORM BGINFO L1INFO IFAFC

FM 1

AGC

D/A

A/D

D/A

POWER AMPLIFIER TDA7269

FM DEMOD + NICAM DECODER AM

D/A

BOOMER IA002 TDA7298

D/A

AMPLIFIER

IS60

SCART INPUT-OUTPUT BLOCK

AV2_ROUT I2CBUS1

AV1_ROUT

AV2_LOUT

AV1_LOUT

AV3_R_IN

AV2_R_IN

AV3_L_IN

AV2_L_IN

AV1_R_IN

SOUNDRESET CENTERMUTE

AV1_L_IN

BS03

GROUP DELAY CORRECTION

CVBS-SAT

ICUT

AV4_Y_IN

AV4_C_IN

AV4_L_IN

T1_CVBS

AV4 AV4_R_IN

R G B B_AV1

G_AV1

R_AV1

I2CBUS1

+6dB

VIDEO_2

R_AV1 AV3/4_Y_IN AV3_C_IN

GDC

TEA 6415

VIDEO MATRIX

AV3/4_C_IN

AV3_Y_IN

CHROMA_1

1x

CVBS_SAT

4.43 3.58

FILTERS & TRAPS

1x 1x

PLL

AGC

AV2-IN-Y

LOGIC

IC01 STV2151 CHROMA SSC IDENT DETECT CIRCUITS

AV1

SCART

MAIN_Y MAIN_V MAIN_U

DELAY LINES 64uS

DEMODULATOR

AV2-IN-C AV2

CTI

VOLTAGE &CURRENT REFERENCE

I2C BUS DECODER

BURST GATE CLAMP DELAY LINES

SSC 1x

BEAM CURRENT LIMITER

G

B

RGB OUTPUT STAGE

AUTOPIX BLANKING LOGIC

PEAKING & CORING

CONTRAST SATURATION BRIGHTNESS

R-G-B MATRIX

SMPS_OUT

PROTECTION CIRCUITS

SMPS PART

VERTICAL RAMP GEN

VERTICAL OUTPUT

EAST-WEST PARAB.GEN

LINEAR E-W MODULATOR

ZOOM

KEYBOARD

LDR

KB_COLUMN_1 KB_COLUMN_2 KB_COLUMN_3 KB_COLUMN_4 STANDBY LED KB_ROW_3 KB_ROW_2 KB_ROW_1 INFRARED

4094 I2C-CLK2 I2C-DAT2

A A A

BUS EXPANDER

RGB CLAMP + DEMATRIX

HORIZONTAL PLL

VERTICAL LOGIC HORIZONTAL LOGIC

PHI-2 LOOP

HORIZONTAL FLYBACK

R O M SAT TV_OFF RESET

ZOOM

SENSEP FRAME_DR SENSEM

IF01

~ UREF

VERTICAL COIL

I2CBUS1

SSC

I2CBUS1

+13V BREATHING 2200u

R_TXT G_TXT B_TXT FB_TXT SSC

VIDEO_1 M3LBUS

CHROMA_2

VIDEO_2

IFAFC

V_SYNC H_DRIVE EW_DRIVE EW_BACK

BEAM_INFO

H_REF

BEAM_INFO

SAFETY CIRCUIT

DEGAUSS

+US -US V_SAFE +13V

I/O I/O I/O I/O

LINE DRIVER CIRCUIT

IT01

MODULE I/O

VERTICAL AMPLIFIER TDA8172

10R

FEATURES

ST9 ROMLESS MICRO (A=A/D CONVERTER)

CONTROL

First issue 09 / 97

I2C-CLK2 I2C-DAT2

BE-STROBE

IR01

ICC19 50 Hz

L1INFO

NORM BGINFO

M3LBUS

SOUNDRESET CENTERMUTE

I2CBUS1

EEPROM

I2C-CLK1 I2C-DAT1 AV2-PIN8 AV1-PIN8 AMBIENT LDR

POWER

SMPS_IN

STV2161 SYNC SEPARATOR

BEAM_INFO

22MHz

POWER CONTROL (TEA2261)

VOLTAGE & CURRENT REFERENCE

R sens

CHROMA_2

VIDEO_1

R_AV1 G_AV1 B_AV1 FB_AV1

AV1_R_IN AV1_L_IN

AV1_ROUT AV1_LOUT

AV1_8

EX_LINK

AV2_L_IN AV2_R_IN

CUTOFF MEASUREMENT

RGB CLAMP + DEMATRIX

BLACK STRETCH

SSC GENERATOR I2C BUS DECODER

R

WHITE STRETCH

CHROMA

1x

AV2_Y_OUT

AV2_8

BURST-GATE CLAMPING

EDGE REPLACEMENT

AV1_Y_OUT I2CBUS1

MIS

VIDEO ICUT

GDC

VIDEO_2 R_TXT G_TXT B_TXT FB_TXT

AV3

TEA6415

+USYS

R-Y Y

1x

AV1_Y_IN

+6dB

SWITCHED MODE TRANSFORMER (SMT)

BEAM_INFO

B-Y T1_CVBS

TEA5101 RGB AMPLIFIER

FB_AV1

AV1 SCART RGB

SCI 19003

SCART AUDIO CONNECTIONS

BA04

RIGHT HEADPHONE CONNECTOR

HEADPHONE AMPLIFIER MC33076P1

D/A A/D

INTERNAL SPEAKER SOCKETS

BA06 D/A

A/D

LEFT

IA01

DIGITAL SIGNAL PROCESSOR

IF BYPASS

AV3_R_IN

AV3_L_IN

AV2_LOUT

AV2_ROUT

FM 2

TERRRESTRIAL TUNER

I2CBUS2

MIX

IS40 MSP 3410

BEAM_INFO LINE COIL

MODSAFE

USYS

TV_OFF

DEFLECTION

MEGATEXT DECODER LINE TRANSFORMER(DST)

IT02 256Kx4 DRAM BUV48CFI

    ,


 ,
 /0().'!"* ,0/.-+ -#$%&

   !" '() && 
,$%#+*  0/.--+*

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

*

*

BP01

CP061 u47

RP061 270k

CP060

BP05

TO DEGAUSSING COIL

IP050 MC7809-CT 2

CP055

CP053 330p

CP054 470u

RP054 *

GND1

DP053 RGP15G

RP053 0R

RP055 15R

CP050 330p

0,8

U MAINS 220V

2,4

9

*

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP08 RP09 SP05 TP08 X X X 1.5mH X X X X 150u X X X X X X 150u X X X X X X X X

11

0,9

12

13

OSC

Flyback

4V

o

OVER LOAD

DESIGNATON POWER PP.19100.00, PP.19101.00, PP.19110.00, PP.19111.00, PP.19120.00

CP067

PP 19100 00 10353750

PP 19120 00 10561980

100Hz/Dolby

100Hz/Stereo

100Hz/Stereo

100Hz/Stereo

-

X

-

X

220p

150p

470p

150p

470p

X

-

X

1n

470p

1n

470p

CP112 CP120

3n3 330u/25V

3n3 470u/35V

3n3 330u/25V

3n3 470u/35V

1n 3n3

470u/35V

CP121 CP126 CP146 DP018/019 DP027 DP028/034

470u/35V X X 1N4148 -

470u/35V X X X 1N4148 X

1000u/35V

470u/35V

470u/35V

X X 1N4148 X

X JUMPER -

DP108/109 DP110 DP113 DP126 DP140

BYW029-150 RGP50M MUR160 X BYW29-150

BYW029-150 RGP50M MUR1100E X BYV63-150

X X 1N4148 X RGP50M MUR110E MR822

RGP30D RGP50M MUR1100E MR822

RGP30D RGP50M MUR160 MR822

JP302 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020

X 139V 136V 130V 142V 10397920

JUMPER 139V 136V 130V 142V 105u 10397920

X 139V 136V 130V 142V 10549750

JUMPER X 139V 136V 130V 142V 105u 10459670

X X X 139V 136V 130V 142V 10549720

4u7

X 2u2

4u7

JUMPER X 6R8 11k 4k22 X X X 22k 220k 18k X X -

X X 6R8 47k 12k7 4k22 X X X 10k 82k 12k X X X

JUMPER X 6R8 11k 3k65 X X X 24k 274k

X

LP021 LP040

LP042 RP026/028 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138 RP139 RP151 TP025/026 TP129 TP162

-

18k X X X

X 2u2

X X 6R8 47k 12k7 4k22 10k 82k 12k X X X

0,1

7

4,9

6

5

4

0

3

DP041 BAT42 RP042 4k7

o

BUL810TH

1

CP021 150p

GND1

9

RP020 * 0R10 2.5W GND1 GND1

2

0,4

o

RP067 1k

*

RP066 *

RP063 10k

TP027 BC847B

RP062 1M

GND1

0

RP064 1k

CP101

12

GND1

GND1

CP068 470p

0.7W

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

!

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

RP163 2k2 RP161 330R

Deflection - Basic Partlists 100Hz DP 19100 00 10 34 99 80

JL943 LL001 LL001 RL052

BYT08-400 BYT01-200

10 46 87 60 10 25 84 40

X Inserted Not inserted

GND2 3

RP139

T = 32!s

RP151 12k

0,7Vpp-H

*

GND2

GND2

CT 19103 34 10 55 60 10 28"MP AK

BL013 BL052 CF002 CF028 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL036 CL037 CL067 CL084 CL211 DF011 DL023 DL032 DL034/36 DL046 DL057 DL157

DL071 DL092 DL334/36 JL932 JL933 JL934 JL936 JL985

*

RP138

GND2

CT 19105 37 10 35 15 30 28"MP INVAR 25"SF INVAR 29"SF INVAR

10k

RP159 330k

GND2

LL031 1

6

5

2

(L)

UVERT

SMPS

(L)

DL023 *

*

680p 1u0

680p 1u0

680p 1u0

680p 1u0

680p 1u0

2n2 1u0

2n2 1u0

2n2 1u0

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n0/2KV 12n4/2KV 22n0/1K0V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

2u2 460n0/400V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V

410n0/400V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

BYR29F-600 MUR1100E BAV103 LL4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103 LL4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148

BYR29F-600

BZX55C33

BZX55C33 1N4148

BZX55C33 1N4148

BZX55C16 1N4148

BZX55C33 1N4148

BZX55C24 1N4148

BZX55C24 1N4148

BZX55C24 1N4148

100n0 3n9/400V 470p0 DTRANS 68.0V

MUR1100E BAV103

RL014 39R

*

CL037

JL936

250V

*

LL029 * 4

RL029

*

CL027 1n

* = see CT 19xxx xx = see DP 19xxx xx

T = 10ms

TL028 TIP122

*

LL008 LL029 LL031 LL033 LL034 LL037 LL046 LL047 LL084 RF002 RF012 RF013 RF020 RF025 RF036 RL020 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL124/25 RL126/27 RL129 RL134/35 RL136/37 RL211 RL214 TL030 ZOOM

*

1

LL032

7

3

1

GNDL

(V) SMPS_IN

SAFE

BEAM_INFO

(L,P)

BREATHING (V)

(L,V)

PKS

RL134

5

CL034

LL029 *

*

10 51 82 30 22u0 16u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R5 82R0 1k0 6K49

10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

GNDL

GNDL

RL069 7k5

RL068 7k5

CT 19111 34 28"SF INVAR 32"SF INVAR IM Version

CT 19151 34 28"SF INVAR 32"SF INVAR MM Version

CT 19251 40 28"SF INVAR 32"SF INVAR IM/MM+PVM

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 57 67 40 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

150R0 1K0 4k64

150R0 1K0 4k64

150R0 1K0 4k64

2k67 36k5

2k67 36k5

2k67 36k5

3k3 270k0 6k34 56k2

3k3 270k0 6k34 56k2

3k3 270k0 9K09 56k2

59k0

59k0

64K9

4k7 7K5 7K5 2R2 7K5 7K5 6k8

4k7

7K5 7K5 6k8

4k7 7K5 7K5 2R2 7K5 7K5 6k8

ON4977

ON4977

ON4977

ON4977

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k53 121K0 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

6k8

7K5 7K5 6k8

7K5 7K5 6k8

ON4977

ON4977

ON4977

7K5 7K5 6k8 BAV103 ON4977

1

-

RL067 7k5

2R2

6k8

0

CL062 1n

1,2

TL062 BC848B

RL160 1k GNDL

8

CL063 1n

IL062 TL082CD GNDL

GNDL

5

DP 19100.00

10 51 08 70 10 15 42 70 JUMPER

RL056 10k

4 +

CL073 1u

2

6

GNDL CL032

12Vpp

10 51 08 70 10 15 42 70 JUMPER

2

+13V

IL062

GNDL GNDL

RL127 *

(L) DEFLECTION PART

10 51 08 70 10 15 42 70 JUMPER

4 3

GNDL 6

+13V

(V) BREATHING 3,2 JL020 100R

7 1,2

+

*

CL067

*

GNDL

RL066

*

DL066 BZX55B47

10 51 08 70 10 15 42 70 JUMPER

-

RL137 *

* *

34

8

7,8

RL126 7,1 * RL058 10k7

*

T = 10ms

10 55 11 70 10 15 42 70 JUMPER

6

RL063 5k49

RL125

*

VCC1 7,8

(L)

*

RL136

(V)

CL061 1n

*

RL135

*

CL036

LL034 2 5

CL033 *

*

Deflection - Picture Tube related Partlists CT 19152 37 CT 19155 37 CT 19156 37 25"SF INVAR 29"SF INVAR 33"MP INVAR 29"SF INVAR SS-Yoke 37"MP INVAR MM Version

4k02 61k9 2R2 3k3 270k0 33k2 56k2 4k22 59k0 27R0

*

LL033 *

2

CT 19105 37 28"MP INVAR 25"SF INVAR 29"SF INVAR

CT 19103 34 28"MP AK

1

2

*

DL032

GNDL GNDL

200mVpp

*

1

CL029

(V) RL027 470R

1

*

JL934

*

* LL030

RL129

(V)

RL028 470R

JL933

RL030

*

*

*

*

*

*

DL030 DTV32F-1500

GNDL

+U13

(V) H_REF

RL055 1k

*

1

CL031 GNDL

GNDL

RL026

RL024

CL028 * EW_DRIVE

RL016 39R

RL017 39R

GNDL

GNDL

RL057

GNDL

9,3

*

RL025 470R

RL023

PP 19100.00 - PP 19101.00 - PP 19110.00 - PP 19111.00 - PP 19120.00

CT 19251 40 10 57 85 50 28"SF INVAR 32"SF INVAR IM/MM+PVM

RL018 39R

+13V

+13V

CL045 470u

to BL510 DFB GNDL

CL057 330n

LH RL124

*

GNDL

LL045 10u

CL042 1000u

RL155

ZOOM 190XX 00

JL932

BEAM_INFO

EW_BACK

4

LH RL037 1k

*

DL041 RGP30D

BL013*

*

47R Yoke or Zoom module

2 LL037

TL030 * ON4977

13,5 (F,P)

*

BL035 2 1

*

RL040 0R27

ZL041 MP160

DL157 LL4148

RL211

*

(F) +UVFB 59 DL043 RGP10M

(A,C,H,X,R,V)

RL214

DL057 or DL157 : only some models ; see parts list

LL001

RL020

*

+USYS

GNDL

CL005 470u/16V

RL021 *

CL039 27n 250V

13Vpp

TL005 MPS750

13Vpp

1,2Vpp-H

* CL038 27n 250V

(V) 7,8 RL022 *

1200Vpp-H

T = 32!s CL004 10u

12

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

P

GNDL

8 CL211

*

7,2

GNDL

CT 19151 34 10 52 06 00 28"SF INVAR 32"SF INVAR MM Version

(V)

TEMP_ABL (V)

+13V

VCC1 (V)

(L)

SENSEP

T = 32!s

DL004

10

*

HTR2 HTR1 to BB02 CRT

GNDL GNDL CL043 330p

GNDL LL043 22u

*

9

RL092 CL030

RL015 1R

T = 32!s

+13V 3 2 1 GND2

(V)

Deflection - Picture Tube related Partlists CT 19111 34 CT 19155 37 CT 19156 37 10 44 48 10 10 56 20 10 10 56 19 90 29"SF INVAR 28"SF INVAR 33"MP INVAR SS-Yoke 32"SF INVAR 37"MP INVAR IM Version

(V) SENSEM

(V)

13Vpp

7,4

T = 32!s

(L) +13V

*2 BP110

CL146 150p

DL057 BAV103

DL003

12,4

TL004 MPSW01A

TL001 BC847B

CL023

+USYS GND2 UVERT

(P) +USYS

9VREG (X)

CL008 4n7

CL006 27p

(P) POWER SUPPLY

2,2Vpp-H

(L,P) SAFE

+UVFB

0,5

+5V

JP310 1k

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

Updated 11 / 98

RL004 1k

LL006 3u3

7,3

RP162 2k2

00

CT 19152 37 10 52 06 10 25"SF INVAR 29"SF INVAR MM Version

RL003 2k2

(R,V,A,H) +5V (V,F) 23 +UVERT (V,L,X) +10VSTBY

DP134 1N5817

-2,4

TP152 BC847B

*

*

T = 32!s

RL013 4R7 0.5W

CL003 220p

RL002 3k3

CL002 560p

VCC1

RP160 2k2

GND2

T = 32!s

DL001 RGP10G

3 GND2

*

11

DL092

JL943

(V)

H_DRIVE

+10V STBY

GND2

(L)

-US GNDS +US

-7,5

RP157 130k

CF011 470n

CL046 10u

DL046

RL046 RL048

*

*

+UVIDEO

5 4 3 2 1

LL046 *

DF011

+UVIDEO 198

BL050

GNDL

7 CL001 1000u 16V

GND2

TP145 BCR141

DP133 1N4001GP

12,6

THERMAL PROTECTION

(L)

RL047 22R

LL047*

3 5

RF015 PTC-15R

CF015 2200u

RL050 26k7

GNDL

*

CF021 100n

4

H_REF

RP152 2k2

RF011 1R5

GNDL RL044 26k7

(P)

TP167 BC847B

GND2

GND2

TP150 BC858B

IF001 TDA8177F

(P)

DL070 LL4148

DL050 BZX85C22

GNDL

2

133,7

+USYS

RL070 15k

*

*

CL052 10n

RF012

*

DL052 RGP10G

BL052

*

*

*

5

+10V STBY

RL001 3k3

POWER_FAIL

(R)

RP144 1k RP145

CP143 470u

*

GND2

T = 32!s

*

TP162 BC847B

RP166 1k

GND2

RP158 68k

CP151 220n CP152 220n

RP165 120k

GND2

7

1,6

13Vpp

12,6

GND2

GND2

TP166 BC857B

RL053

RF013

1 2 RF020 POWER AMPLIFIER

RL082

RL081 68k1

RL080 7k5

RL051 2 1

B CRT

BF001

1

RF003 2k7

UP_RES

(R)

0,1 RP149 4k7

RF024 4R7

4

12,1

RP150 10k

CP131 10u

RP156 1k

*

TP161 BC847B

DL003/04

DL032 DL003/04

DP152 LL4148

DP160 LL4148

GND2

GND1

IP130 MC7812-CT

GND2

DP151 LL4148

RP100 10M

6Vpp-T=32!s

JUMPER 6R8 11k 3k65 X 24k 270k 18k X

18

1

IP140 TDA8139 GND2

RP143 2k32 1%

2

GND2

2

CP100 1n5

GND1

0

-0,5V

4u7

23

CP130 2200u

3

1

GND1

GND1

150p

RP070 2k2

RP068 1k

GND1

!

+USYS

DP130 RGP30D

4,2 IDIS 4

5

*

RP164 100k 5,7

RF123 10R

4.2

1

DF001 1N4148

*

13

+10VSTBY

5

RP142 2k21 1%

GND2

DISABLE GND

*

+5V STBY

6,13

LP070

4

*

CP063 4n7

TP146 BD241

RP148 18k

PROT.

GND2

GND2

2,5

CP135 470p

GND1

CP062 2,8 10u

*

2

RP069 * 47k

* CP067 150p

RP124 10k

CP140 4700u

o

REF.

OUT 1

RF002

CF002

5

GND2

6 5

*

DF028 LL4148

1,6

(V)

DF002 LL4148

SAFE

(L) +U13 +5VSTBY

GND2

CP144 10u

RP147 4k7

2 1 9 VI2 VI1 VO1

3 RESET 3 GND2 7 OUT 2 CP146 5,7 PROG VO2 10u 8 5,7 *

*

1

RP065 *

RP123 10k

(L)

(R)

13,2

CP142 150n

-16,9 (-13.5 :Dolby) DP140

LP140

1

CP141 2m2

RF023 4R7

RL052 46k4

RF124 10R

V

RF036

59 3

RF007 10k

RP176 4k7

CP176 2n2 GND2 GND2

RP146 0R

FRAME_DR

*

CF028

7.2

DL051 RGP10G

EHT

*

60Vpp 6 22.5

2

0,8Vpp

+5V

RP177 12k

3 2 1

RP121 10k

*

14

o

13

CP042 1n

ICC19 100 Hz

First issue 09 / 97

LP042

RP041 47R GND1

0

CP121* 470u 35V

TP175 BC847B

BP120

GNDS

RP120 10k

DP175 LL4148

*

+5V

DP178 LL4148

CP179 47u

T = 10ms

DF033 RGP10G

0

VCC1

RP179 22k

DP179 LL4148

GND2

BP190

*

DP109

2

CURR LIMI

GND1 CP065 470p

X Inserted Not inserted

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

8

22n

PP 19110 00 10536980

CP111

CP101

UB-Driver

17

0

PP 19101 00 10393830

CP064

100Hz/Dolby

CP017/018/019

ERROR AMPLI

15

CP137 * 470p

TP060

CP040 470u

LP040 * 4u7

CP041 1n

LOGIC PROCESSOR

PP 19111 00 10536990

RP040 22R-1/2W

IP060 TEA2261

IS LOGIC

MODULATOR LOGIC

CP138 * 470p

10

VOLTAGE CONTROL

*

GND2

CP120* 470u 35V

RP175 1k

CP171 22u

+US GNDS -US

GND2

*

-2V

11,2 11,8 14 15 16

OUT

X Inserted Not inserted

*

GND1

2,6

10

SOFT START

*

DP108

8

(V)

3 2 1

16,9 (13.5 : Dolby )

16

15Vpp-T=32!s

different comp. MIS.19101 100Hz/+relay MIS.19111 100Hz/+relay MIS.19112 100Hz/+

RP130 0R10

GND2

T = 10ms RP172 10k

DP126 LL4148

RP126 2k2

JP913

CP102 1n

RP102 100R

DP040 BZX85B2V7

*

CP110 100u 200V

DP113

DP050 RGP10D

GND1

RP128 2k2 * RP127 100k

*

2.5W

*

RP050 10R

4n7

DP061 LL4148

LP112 95u

5/6

GND1

0

RP112 1k2

600Vpp-T=32!s

CP051 100u

DP051 LL4148

18

0

GND1

CP056 47u

GND1

GND1 GND1

GND1

MIS.19101.00 MIS.19111.00 MIS.19112.00

1

1n

2

2

3

OUT

CP052 10u

RP029 100k

1

CP05 68n

1

9,6 ON/STBY

o

DP112 MUR1100E

RF025

GNDL

BP07

3

RP060 270k

DP060 LL4148

CP023 2n2 13,5 en STBY 28,5 1 IN

CP112 *

DF007 ZMM15

GNDL

A

6

DL071

7.9

*

DL034

P

RP059 220k

JP916 */*2

100R 4,5W

RP027 10k

CP126 100u

*

CP111 *

JP915 */*2

19

GND2

RL072 1k

*

DL334

P

DP052 1N4001GP

LP20*1_2 LP021 1/2 1 * 1

GND2

GND2

DF031 RGP10G

RL084

JL985

DL336

*

RP05 18R

* RP026 100k

21 20

2

RP022

RP191 4k7 RP190 5k6

RL071 43k

CF031 100n

LL008

*

DL036

OR

1,6

*1

TP190 BC857B

*

CF029 470u

+13V

CL084

*

1k

2 JP302

0,6

DP027 *

*

DP028 BZX55BV5V1

CP022 470p

DP022 FUF4005

* TP026 BC846B

*

*

JP914 */*2

(P)

+UVERT

*

LL084

DL072 LL4148

RL171 13k

1

SP05 12V-relay

* RP09 * RP11

DP034 LL4148

GND2

DP110

DP190 LL4148

0,2 RP170 10k

CP170 4n7

RP171 22k

CF027 100n

2

* TP08 BC548B

1

*

LP20*3_4 1 o

3/4

JP917 */*2

22

13

RP193 4k7

13 in STBY 23

5,8

RP173 100R

*

2

1

TP025 * X0205MA

*

BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

*

RP129 10k

*

TP129 BC857B

133,7

*

(V) BREATHING

TP170 BC847B

RP167 10k

RP08 10k

LP020

0,04

121,7

2W

JP902

1

*

RP032 120k

RP031 120k

13.5

16,9 (13.5 :Dolby) +US

-16,9 (-13.5 :Dolby) -US

0.3

22n

FP01 T2.5A

2

RP030 120k

DOLBY

GND1

CP150

*

5 6

1

CP019 470p

USYS

*

(BM04)

*

* DP08 1N4148

8

RP025 33k

BP025

*

CP08 22n

JP08

3

CP01 100n

2

3

DP019 FUF5404

RP192 100k

*

RP028 100k

MAIN

CP020 150u

DP018 FUF5404

to CRT board

1

4

*

*

1

7

LP01

CP017 470p

*

LP019

CP02 100n

4

CP018 1u

251

6

BP08

2

330

GND1

JP911

1 2 3

(L)

LP15

BP020

+300V 1 2 3

JP910

CP12 4n7

*

GND2

GP30M

CP13

CP15 * 470n

GND2

DP

13

1n5

GP30M

RP01 470k

CP11 4n7 RP10 2R7

3

DP

12

MAINSSWITCH

GP30M

CP10

GND2

DP

DP

GP30M

BP10

11

2

10

1

DP16 * GP30M

*

1

GNDS

BP03

+5VSTBY

*

JP01

BP02

2

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

 !"   ,


  ,
 /0().'*+,0/.--#$%&

   !" '() && ,#$%+* 
 0/.--+*

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

*

3

RP029 100k

MIS.19101.00 MIS.19111.00 MIS.19112.00

1

BP05

1n

2

BP01

CP061 u47

RP061 270k

CP060

2

TO DEGAUSSING COIL

3

OUT

IP050 MC7809-CT 2

DP050 RGP10D

CP055

CP050 330p

4V

o

-2V

GND1

2,4

9

SOFT START

different comp. MIS.19101 100Hz/+relay MIS.19111 100Hz/+relay MIS.19112 100Hz/+

*

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP08 RP09 SP05 TP08 X X X 1.5mH X X X 150u X X X X X X X 150u X X X X X X X X

GND1

2,6

10

11

0,9

12

13

OSC

2

DP041 BAT42 RP042 4k7

CP041 1n

IP060 TEA2261

IS LOGIC

LOGIC PROCESSOR

X Inserted Not inserted

OVER LOAD

ERROR AMPLI

LP042

CP021 150p

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

o

BUL810TH

1

9

13 1

o

LP140

0,1

7

4,9

PP 19110 00 10536980

PP 19100 00 10353750

PP 19120 00 10561980

100Hz/Dolby

100Hz/Stereo

100Hz/Stereo

100Hz/Stereo

-

X

-

X

CP067

220p

150p

470p

150p

470p

CP101

X

-

X

-

X

CP111

1n

470p

1n

470p

CP112 CP120

3n3 330u/25V

3n3 470u/35V

3n3 330u/25V

3n3 470u/35V

1n 3n3

470u/35V

CP121 CP126 CP146 DP018/019 DP027 DP028/034

470u/35V X X 1N4148 -

470u/35V X X X 1N4148 X

1000u/35V

470u/35V

470u/35V

X JUMPER -

DP108/109 DP110 DP113 DP126 DP140

BYW029-150 RGP50M MUR160 X BYW29-150

BYW029-150 RGP50M MUR1100E X BYV63-150

X X 1N4148 X RGP50M MUR110E MR822

X X 1N4148 X

RGP30D RGP50M MUR1100E MR822

RGP30D RGP50M MUR160 MR822

JP302 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020

X 139V 136V 130V 142V 10397920

JUMPER 139V 136V 130V 142V 105u 10397920

JUMPER X 139V 136V 130V 142V 105u 10459670

X X X 139V 136V 130V 142V 10549720

4u7

X 2u2

4u7

JUMPER X 6R8 11k 4k22 X X X 22k 220k 18k X X -

X X 6R8 47k 12k7 4k22 X X X 10k 82k 12k X X X

JUMPER X 6R8 11k 3k65 X X X 24k 274k

22n

PP 19101 00 10393830

CP064

PP 19111 00 10536990

5

4

GND1 CP065 470p

100Hz/Dolby

*

6

0

3

0

2

0,4

1

RP069 47k

12

LP021 LP040

LP042 RP026/028 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138 RP139 RP151 TP025/026 TP129 TP162

X Inserted Not inserted

X 139V 136V 130V 142V 10549750

18k X X X

X 2u2

X X 6R8 47k 12k7 4k22 10k 82k 12k X X X

GND1

CP101

GND1

RP064 1k

RP063

CP017/018/019

*

RP066 *

*

*

CP062 2,8 10u

TP027 BC847B

RP062 1M

0

CP063 4n7

GND1

GND1

150p

CP068 470p

6Vpp-T=32!s

4u7

JUMPER 6R8 11k 3k65 X 24k 270k 18k X

!

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

DP160 LL4148

TP161 BC847B

0,7Vpp-H

*

GND2

CT 19103 34 10 55 60 10 28"MP AK

DL003/04

DL032 DL003/04 JL943 LL001 LL001 RL052

BYT08-400 BYT01-200

10 46 87 60 10 25 84 40

X Inserted Not inserted

BL013 BL052 CF002 CF028 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL036 CL037 CL067 CL084 CL211 DF011 DL023 DL032 DL034/36 DL046 DL057 DL157 DL071 DL092 DL334/36 JL932 JL933 JL934 JL936 JL985

RP157 130k

*

GND2

GND2

CT 19105 37 10 35 15 30 28"MP INVAR 25"SF INVAR 29"SF INVAR

GND2

CT 19152 37 10 52 06 10 25"SF INVAR 29"SF INVAR MM Version

DL001 RGP10G

RL003 2k2

RL004 1k

LL006 3u3

RL002 3k3

12,4

+USYS GND2 UVERT

(V)

(V)

CL146 150p

(L)

2

UVERT

SMPS

EW_BACK

RL025 470R

RL023

*

*

680p 1u0

680p 1u0

680p 1u0

680p 1u0

680p 1u0

2n2 1u0

2n2 1u0

2n2 1u0

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n0/2KV 12n4/2KV 22n0/1K0V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

2u2 460n0/400V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V

410n0/400V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

BYR29F-600 MUR1100E BAV103 LL4148 BZX55C33

BYR29F-600 EGP10D MUR1100E BAV103 LL4148 BZX55C33 1N4148

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BZX55C33 1N4148

BZX55C16 1N4148

BZX55C33 1N4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148 BZX55C24 1N4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148 BZX55C24 1N4148

100n0 3n9/400V 470p0 DTRANS 68.0V BYR29F-600 MUR1100E BAV103 BZX55C24 1N4148

RL017 39R

RL018 39R

GNDL

* = see CT 19xxx xx = see DP 19xxx xx

CL037

JL936

*

*

RL028 470R

250V

*

TL028 TIP122

T = 10ms

1 1

1

LL032

*

7 GNDL

CL032

*

3

GNDL

GNDL

*

*

*

1

6

34

LH

6 5

RL063 5k49

*

*

7,1 RL058 10k7

*

SMPS_IN

SAFE 8

4

2

+13V

IL062

RL056 10k

1

-

CL062 1n

1,2

TL062 BC848B

RL160 1k GNDL

*

GNDL

*

GNDL

+13V

GNDL GNDL

*

CL063 1n

IL062 TL082CD

RL068 7k5

GNDL

GNDL

5 GNDL

0

4 +

8

RL127

CL034

RL069 7k5

VCC1 7,8

(V) BREATHING 3,2 JL020 100R

7 1,2

+

7,8 3

RL126

RL136 *

(V)

CL061 1n (L)

RL125

RL135

6

*

(V) H_REF

RL055 1k

* GNDL

RL134 *

RL067 7k5

T = 10ms

GNDL

GNDL

RL057

CL073 1u

2 LL029

+13V +U13

+13V

CL045 470u

RL137

CL036 * JL932 * LL034 2 5 *

*

*

2

CL067

*

GNDL

RL066

*

DL066 BZX55B47

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

(L) DEFLECTION PART

12Vpp

DP 19100.00

CT 19105 37 28"MP INVAR 25"SF INVAR 29"SF INVAR

Deflection - Picture Tube related Partlists CT 19152 37 CT 19155 37 CT 19156 37 25"SF INVAR 29"SF INVAR 33"MP INVAR 29"SF INVAR SS-Yoke 37"MP INVAR MM Version

10 55 11 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 82 30 22u0 16u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R5 82R0 1k0 6K49

10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

CT 19103 34 28"MP AK

DL032

CL029

*

1

2

*

*

CL033

LL033

LL030 LL029 * 4

JL934

*

*

RL029

RL027 470R

JL933

RL030

200mVpp

4k02 61k9 2R2 3k3 270k0 33k2 56k2 4k22 59k0 27R0

*

*

DL030 DTV32F-1500

RL129

*

CL057 330n

9,3

CL031

RL014 39R

GNDL

*

*

LL008 LL029 LL031 LL033 LL034 LL037 LL046 LL047 LL084 RF002 RF012 RF013 RF020 RF025 RF036 RL020 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL124/25 RL126/27 RL129 RL134/35 RL136/37 RL211 RL214 TL030 ZOOM

GNDL

RL026

CL028

*

RL016 39R

GNDL GNDL

CL042 1000u to BL510 DFB GNDL

RL124 *

*

(V) CL027 1n

ZOOM 190XX 00

4

(F) +UVFB 59

13,5 (F,P)

LL045 10u

RL155

1

LL001

RL024

PP 19100.00 - PP 19101.00 - PP 19110.00 - PP 19111.00 - PP 19120.00

CT 19251 40 10 57 85 50 28"SF INVAR 32"SF INVAR IM/MM+PVM

LH RL037 1k

LL037 *

ON4977

(V)

EW_DRIVE

2 1

Yoke or Zoom module

RL045 100k

CL044 100u

DL043 RGP10M

DL041 RGP30D

BL013*

47R BL035

2

* * TL030

CL005 470u/16V

GNDL

CT 19151 34 10 52 06 00 28"SF INVAR 32"SF INVAR MM Version

GNDL

ZL041 MP160

*

DL157 LL4148

RL211 *

*

CL039 27n 250V

HTR2 HTR1

(A,C,H,X,R,V) RL040 0R27

RL214

DL057 or DL157 : only some models ; see parts list

*

CL023 * +USYS

*

LL031 6

5

RL020

*

DL023 BEAM_INFO

1200Vpp-H

12

8

13Vpp

1

TL005 MPS750

13Vpp

RL021

*

BEAM_INFO

CL043 330p RL043 2R2 CL041 330p

P

GNDL

+UVIDEO

to BB02 CRT

GNDL GNDL

GNDL LL043 22u

*

CL211

CL038 27n 250V

7,4

1,2Vpp-H

(L,P)

BREATHING (V)

*

10

*

*

DL004

(V) 7,8

(L)

(L,V)

TEMP_ABL (V)

PKS

*

DL057 BAV103 9

RL092

T = 32!s

CL004 10u

7,2

+13V 3 2 1 GND2

(V)

+13V

VCC1 (V)

(L)

(V) SENSEM

13Vpp

DL003

RL015 1R

T = 32!s

RL022

(L) +13V

*2 BP110

CL046 10u

DL046

+UVIDEO 198

BL050 5 4 3 2 1

*

11

*

T = 32!s

TL004 MPSW01A

TL001 BC847B

T = 32!s

(R,V,A,H) +5V (V,F) 23 +UVERT (V,L,X) +10VSTBY

DP134 1N5817

(P) +USYS

9VREG (X)

SENSEP (V)

CL008 4n7

CL006 27p

7,3 0,5

GND2

+5V

JP310 1k TP152 BC847B

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

RL013 4R7 0.5W

CL003 220p

(V)

H_DRIVE

VCC1

Deflection - Picture Tube related Partlists CT 19111 34 CT 19155 37 CT 19156 37 10 44 48 10 10 56 20 10 10 56 19 90 29"SF INVAR 28"SF INVAR 33"MP INVAR SS-Yoke 32"SF INVAR 37"MP INVAR IM Version

(L,P) SAFE

(L)

-US GNDS +US

+UVFB CL001 1000u 16V

T = 32!s

(P) POWER SUPPLY

2,2Vpp-H

DL092

T = 32!s

3 GND2

LL046

* CF011 470n

(L)

RL047 22R

GNDL

JL943

RL001 3k3

TP167 BC847B

10k TP145 BCR141

GNDL

RL046 RL048

DF011

*

RL050 26k7

LL047*

3 5

RF015 PTC-15R

CF015 2200u

CF021 100n

4

RP162 2k2

0

RP138

THERMAL PROTECTION

GNDL

2

(P)

+10V STBY

GND2

RF011 1R5

+10V STBY

CL002 560p

GND2

-2,4

12,6

IF001 TDA8177F

GNDL RL044 26k7

*

*

5

(P)

DL070 LL4148

DL050 BZX85C22

7

POWER_FAIL

(R)

RP144 1k

DP133 1N4001GP

RP160 2k2

GND2

T = 32!s

*

TP162 BC847B

RP152 2k2

-7,5 RP159 330k

13

H_REF

*

GND2

RP139

T = 32!s

GND1

Deflection - Basic Partlists 100Hz DP 19100 00 10 34 99 80

RP151 12k

1,6

13Vpp

RP166 1k

GND2

GND2

CP151 220n CP152 220n

TP166 BC857B

12,6

RP158 68k

POWER AMPLIFIER

7

DF001 1N4148

*

*

CL052 10n

RF012

133,7

+USYS

DL052 RGP10G

BL052

*

*

CL030

12,1

GND2

1

RF003 2k7

UP_RES

(R)

GND2

TP150 BC858B

*

RL053

RF013

BF001 1 2 RF020

*

RL070 15k

*

2 1

B

4

RP145 GND2

CP143 470u

RF002

CF002

+10VSTBY

5

RP150 10k

CP131 10u

RP156 1k

*

GND2

0.7W

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

RP163 2k2 RP161 330R

RP100 10M

-0,5V

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

GND2

DP152 LL4148

RP165 120k

DF002 LL4148

+5V STBY

0,1

IP140 TDA8139 GND2

*

RP149 4k7

4,2 IDIS 4

5

RP143 2k32 1%

GND2 3

IP130 MC7812-CT

DISABLE

RP164 100k 5,7

RF024 4R7

CRT

DF028 LL4148

1,6

(V)

5

6,13

2

DP151 LL4148

2

CP100 1n5

GND1

0

1

3

1

GND1

GND1

!

23

CP130 2200u

GND2

RP070 2k2

RP068 1k

GND1

18

(L) +U13 +5VSTBY

GND2

CP144 10u

RP148 18k

FRAME_DR

SAFE

(L)

GND2

6 5

GND

GND2

LP070

4

OUT 2

PROG VO2

RP142 2k21 1%

GND2

CP135 470p

o

PROT.

8 5,7

2,5

DP130 RGP30D

2 1 9 VI2 VI1 VO1

RF007 10k

+5V

RP177 12k

(R)

RESET

TP146 BD241

0R

RP147 4k7

REF.

GND2

*

*

RP067 1k

CP067 150p

RP065

10u

2

GND2

8

RP146

*

RL082

RL081 68k1

RL080 7k5

1

RP176 4k7

CP176 2n2 GND2 GND2

13,2

OUT 1

*

17

0

DESIGNATON POWER PP.19100.00, PP.19101.00, PP.19110.00, PP.19111.00, PP.19120.00

*

CP140 4700u

GND1

GND1

CP142 150n 3 * 3 GND2 7 CP146 5,7

-16,9 (-13.5 :Dolby) DP140

o

RP020 * 0R10 2.5W

RP124 10k

RP123 10k

*

14

CP141 2m2

RP121 10k

RP120 10k

CP121* 470u 35V

DP109

TP060

CP040 470u

LP040 * 4u7

VOLTAGE CONTROL

OUT

MODULATOR LOGIC

CP137 * 470p

UB-Driver

DP040 BZX85B2V7

RP040 22R-1/2W

11,2 11,8 14 15 16

15

TP175 BC847B

BP120

GNDS

GND2

CP120* 470u 35V

CP138 * 470p

10

15Vpp-T=32!s

0,8

U MAINS 220V

GND2

DP108

*

DP175 LL4148

3 2 1

16,9 (13.5 : Dolby )

16

8

Flyback

0

4n7

DP061 LL4148

GND1

RP050 10R

CP053 330p

CP054 470u

RP054 *

GND1

DP053 RGP15G

RP053 0R

RP055 15R

*

GND2

CP179 47u

RF123 10R

V

RF036

59 3

+5V

DP178 LL4148

GND2

BP190

+US GNDS -US

JP913

CP102 1n

RP102 100R

*

CP110 100u 200V

DP113

*

CP051 100u

DP051 LL4148

+USYS (L)

5/6

GND1

CP056 47u

GND1

GND1 GND1

GND1

9,6 ON/STBY

CP052 10u

1

CP05 68n

1

RP060 270k

DP060 LL4148

RP179 22k

DP179 LL4148

6 22.5

2

0,8Vpp

4.2

RL051

GNDL

P

RP059 * 220k

BP07

2.5W

600Vpp-T=32!s

RP175 1k

CP171 22u

3 2 1

RF023 4R7

60Vpp

0

VCC1

RL052 46k4

RF124 10R

*

DL034

*

RP05 18R

P

0

RP130 0R10

LP112 95u

RP112 1k2

(V)

CF028

DF033 RGP10G

7.2

DL051 RGP10G

EHT

DL334

1

2

DP052 1N4001GP

18

T = 10ms RP172 10k

RF025 *

GNDL

A

DL336

SP05 12V-relay

o

*

DP126 LL4148

RP126 2k2

DF007 ZMM15

*

7.9

JL985 *

6

DL071

T = 10ms

*

LL008

DL036

2

CP023 2n2 13,5 en STBY 28,5 1 IN

*

*

*

DP112 MUR1100E

CP112

JP916 */*2

100R 4,5W

RP027 10k

*

CP126 100u

CP111 *

JP915 */*2

19

GND2

DF031 RGP10G

RL084

*

*

FP01 T2.5A

LP20*1_2 LP021 1/2 1 1 *

GND2

GND2

*

CL084

RL072 1k

1

1

CP01 100n

DP027 *

20

2

RP022

RP191 4k7 RP190 5k6

+13V

RL071 43k

CF031 100n

CF029 470u

LL084

DL072 LL4148

RL171 13k

2

1

* RP11 OR

2 JP302 *1

0,6

* RP026 100k

*

RP128 2k2 RP127 100k

TP190 BC857B

0,2 RP170 10k

CP170 4n7

RP171 22k

CF027 100n

*

* TP08 * RP09 1k BC548B

CP022 470p

DP022 FUF4005

* TP026 BC846B

*

1,6

*

JP914 */*2

21

GND2

DP110

DP190 LL4148

(P)

+UVERT

RP167 10k

5 6

TP025 * X0205MA

* DP034 LL4148 * DP028 5V1

JP917 */*2

22

13

RP193 4k7

13 in STBY 23

5,8

RP173 100R

22n

*

* DP08 1N4148

8

121,7

2W

BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

*

LP20*3_4 1 o

3/4

TP129 BC857B

133,7

*

RP129 10k

*

(V) BREATHING

TP170 BC847B

CP150

1

RP032 120k

RP031 120k

13.5

16,9 (13.5 :Dolby) +US

-16,9 (-13.5 :Dolby) -US

0.3

(BM04)

JP08

3

RP08 * 10k

LP020

0,04

*

CP08 * 22n

CP019 470p *

RP030 120k

DOLBY

RP192 100k

2

3

USYS

GND1

to CRT board

1

4

RP025 33k

BP025

MAIN

CP020 150u

DP019 FUF5404 *

JP911

* RP028 100k

1

7

LP01

DP018 FUF5404

CP017 470p *

251

LP019 *

CP02 100n

4

CP018 1u *

330

GND1

6

BP08

2

BP020 1 2 3

+300V 1 2 3

JP910

CP12 4n7

LP15

*

GND2

GP30M

CP13

CP15 * 470n

GND2

13

DP

GP30M

RP01 470k

CP11 4n7 RP10 2R7

3

1n5

DP

12

MAINSSWITCH

GP30M

CP10

JP902

DP

DP

GP30M

BP10

11

2

10

1

DP16 * GP30M

*

1

GNDS

BP03

+5VSTBY

JP01 *

BP02

2

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k53 121K0 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

6k8

7K5 7K5 6k8

7K5 7K5 6k8

ON4977

ON4977

ON4977

7K5 7K5 6k8 BAV103 ON4977

CT 19111 34 28"SF INVAR 32"SF INVAR IM Version

CT 19151 34 28"SF INVAR 32"SF INVAR MM Version

CT 19251 40 28"SF INVAR 32"SF INVAR IM/MM+PVM

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 57 67 40 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

150R0 1K0 4k64

150R0 1K0 4k64

150R0 1K0 4k64

2k67 36k5

2k67 36k5

2k67 36k5

3k3 270k0 6k34 56k2

3k3 270k0 6k34 56k2

3k3 270k0 9K09 56k2

59k0

59k0

64K9

4k7 7K5 7K5 2R2 7K5 7K5 6k8

4k7

7K5 7K5 6k8

4k7 7K5 7K5 2R2 7K5 7K5 6k8

ON4977

ON4977

ON4977

ON4977

2R2

6k8

ICC19 100 Hz Updated 11 / 98

First issue 09 / 97

DIGITAL CONVERGENCE UNIT POWER SUPPLY - ALIMENTATION PLATINE DE CONVERGENCES NUMERIQUES - DIGITAL CONVERGENCE UNIT NETZTEIL ALIMENTAZIONE CONVERGENZA DIGITALE - ALIMENTACIÓN DE LA UNIDAD DE CONVERGENCIA DIGITAL

295

3

TO MAINBOARD (BP020)

2

+300V

GND

RP208 *

CP208

1

* BP208

GND

* Europe-version Asia-version

PS.RP19.00

CP209 *

PS

GND

LP250

295

300V T

1

RP206 *

RP210 470K0

RP207 *

2

CP206 4N7

RP211 470K0

CP205 4N7

RP212 470K0

DP201 GBU4B

RP275 1R5

16

CP204 1N5

~

3

7 PGND

11

8

RP234 470K0

DP265 S410D

DP219 1N4148

-

0

2 GND

T= 18!s

RP202 * 320V

1

1v

2

1

2

20Vpp-H

0 760Vpp-H

1

T= 18!s

DP241

BP203

TP220 2SK1460 2.1 (0.6)

293 (314)

BP202B

BP202

1

PGND

DP222 BZX85C15

2

RP203 470K0

DP220 BZX85C15

CP203 * 4

* JP203

* LP202

10203560

1

RP220 4R7 PGND

6

* JP204

0.4Vpp-H

RP222 2K2 CP220 4N7

RP223 100K0

DP267 S410D

2.5 (0.5)

4

RP228 100R0

PGND

T= 18!s

DP227 1N4148

6

!

DP226 1N4148

3

1

CP201 100N0 5

8

4

1

LP204 * 2.5

1

2 1

BP201

U MAINS 220V

RP C19 First issue 07 / 98

Use isolating mains transformer Utiliser un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

RP243 10R0

DP261 RGP15G

16.9 (0) PGND TP224 BC547C 0 (0.7)

DP224 1N4148

SGND

5 (0.4) 0

SGND

RP267 1K1

CP262 22U0

4

CP231 470P0

RP232 100R0

DP235 BZX55C18

CP233 10U0 PGND

CP234 22N0 PGND

8 9

SGND

RP236 1M0

CP239 470P0

DP236 BAV20

RP235 2K2

RP273 270R0

1

2

3

1.1 (0)

RP246 1K0

RP271 1K

RP268 390R0

SGND

0.8 0

PGND

SGND

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

RP238 100K0 PGND

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

RP278 1K0

SGND

CP274 100U0

RP276 1.2K0

0 (0.7)

SGND

RP277 4.7K0

0 (0.1)

RP237 470K0 PGND

PP267 100R0

4.3 TP270 (0) BC557B

4.5 (0)

SGND

TP271 BC547C

PGND

Note : Power Supply primary circuit measurements: - Use only ( PGND) connection point. Attention : Mesures dans la partie primaire de l' alimentation : - Utiliser la masse du bloc alimentation ( PGND ). Achtung : Bei Messungen im Primärnetzteil : - Primärnetzteilmasse verwenden ( PGND ). Attenzione : misure nell'alimentatore primario : - usare massa alimentazione primario ( PGND ). Cuidado : Medida en el bloque de alimentacion : - Utilizar la masa del bloque de alimentacion (PGND ).

6

4

TP238 BC547B

* JP202

IP250 K324PG(CNY75GA)

5

DP239 1N4148 RP245 100R0

RP239 1K0

CP271 220U0

RP270 470R0

SGND

RP279 100R0 SGND

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

TO DCU +15V

7

CP232 470P0

5 (0.4) CP273 470P0

-15V BOARD

6

1

DP234 BAV20

-49V

5

DP233 BAV20

DP238 1N4148

PGND

LP261 68U0

SGND

CP268 220U0

15.6 (0)

+49V

3

DP232 1N4148

DP225 BZX55C4V7

DP237 1N4148

DP231 1N4148

RP231 1K0

RP226 1K5

CP222 1N5

DP268 1N4148

SGND

PGND

1.9 (0.6) TP222 BC327 0.5 (0)

0.3 (0)

SGND

LP267 68U0

CP261 220U0

DP243 BAV20

CP243 1U0

2.6 (0.5)

TP223 BC547C

12Vpp-H

-

LP201

PGND

RP233 1K2

0

FP201 T2.5A

RP274 1R5

17

2

PGND

RP227 1K0

3

CP202 100N0

DP223 1N4148

RP221 22R0

RP224 100R0

0.5 (0)

1

BP202A

CP221 2N2

CP240 22U0 RP244 7K15

0

MAINSSWITCH

* JP201

DP213 BZX55C33

1

-49.1 (0)

-15.5 (0)

CP267 1MI0

DP240 BAV20

48.8 (35.3)

SGND

SGND

SGND

3

4N7 RP240 1K0

BP260 SGND

CP266 220U0

SGND

2

BP203B

BP203A

CP219 RP241 10K0

LP265 68U0 CP265 1MI0

DP218 1N4148

RP247 4K7

CP264 22U0

SGND

13

RP219 4K7

T= 18!s

LP263 68U0 CP263 220U0

12

BP204

DP263 RGP15G

CP210 22U0

RP255 470K0

RP213 470K0

~

4

9

6

+

1

BP208 CP203 CP209 JP201/202/203/204 LP202 LP204 RP202 RP206 RP207 RP208 220U0 2R7 680K0 X X 100N0 330U0 15mH X ZNR 10R0

0 : DC Voltages -TV ON (0) : DC Voltages -TV STBY

+5V DCU_SAFE

(BK04)

DIGITAL CONVERGENCE UNIT - PLATINE DE CONVERGENCES NUMERIQUES - DIGITALE KONVERGENZ EINHEIT - UNITÀ DI CONVERGENZA DIGITALE - UNIDAD DE CONVERGENCIA DIGITAL from ICC19 BL035

CRT BOARD (BK05)

BV05

to BK07 pin 1

MEMORY

GND +5V RK57 10K0

CK65 100N0

4.9

+15 +5V

-12V

TK03 BC857B 0.1 RK81 470R0

RK58 4K75

RK79 4K75

RK80 15K0

SUPPLY WATCH DOG

+12V

RP30 100K0

RP12 39K2

RP11 10K0

CP04 470P0

CP03 470P0

RP09 0 3K32

RP18 5K36

RP32 22K1

TP02 NI PSW

RP07 10K0

RP10 3K32

RP01 RP23 182K0

RP21 10K2

IP02

RP19 3K32

RVE

CK54 NI

TK16 NI

CP26 10U0

RK22 330R0

1

43

1 RK14 511R0

CK14 100N0

REFO

40 1

GNDA

REFI

39 1

CK17 100N0 RK55 2K67

36 1

REFF VCCF

35 5

DACF

34 1 33

GNDF VIDH VIDV

1U0

LK06

1U0

1 13 1 12

RK26 330R0

D + 11

RK64 825R0

14 0

RK50 3K3

RK65 1K0

LK05 1MI0

CK47 100P0

CK49 470P0

RK52 3K3

BH

RVE From 8/IP02 (Pin and key pre-correction)

CK51 100P0

3

CK18 47P0 GNDA

RK21 330R0

RK29 330R0

0

RK30 3K3

RK31 3K3

RK49 100R0

5

RK76 NI -12V START - RESET

RK43 100R0

0.8

VSHP ( 1- IP02 )

TK20 BC847B

0.8

4 A + 11

IK03 TL084/CP

C + 11

FILTER AND OUTPUT AMPLIFIER CK38 470P0

RK66 825R0 DRV

RK67

TK22 BC847B

TK28 BC847B

BK05

1

RK68 825R0

0

RV

RK96 3K3

4Vpp-H

RK35 220R0

1.2 0.6

VSHS ( 7- IP02 ) 0

0.6

RK69 1K0

1 13

CK58 470P0

32!s

CP12 100N0

CK41 470P0

RK70 825R0

14 0

1-7/IP02:3.8Vpp-V 6/IP02:6Vpp-V

7.2Vpp-H

3

8 -

+12V RB02 -0.2 1K0 -0.4 1

+

TB06 BC846B

4 RG13 267K0

RG12 470MI0

RG07 8K87

RB20 2K43

-12V

47.2

15.7

1

RA15 4K7

RK71 1K0

-12V

RG01 10K0

RG06 10K0

-15 TA04 BDW94CFI

CA16

15P0

DA11

1N4148

CB03 100N0

-0.1 TG03 BDW94CFI DG06 RGP10G

-1

-48.9

-49

RG14 470MI0

DG03 1N4148

RG04 2K43

CG08 100N0

DB02 1N4148

RB01 10K0

CB08 100N0 -15.4 -15.6

-15 TG04 BDW94CFI

RB15 4K7

-49

-49

CG16

15P0

DG11

1N4148

BV -49

RP54 1R0

RP53 1R0

RP52 1R0

RP51 1R0

BP05 2

CK59 100P0

LK11 1MI0

8 0 6 + 5 4

BV

RK98 3K3

IA10 TL082CD

RA64 2K43

CK64 1N0

TA51 BF421

47.3

0.9 DA50 1N4148 TA50 -0.7 DA51 BC846B 1N4148 RA60 8K87 RA52 2K43

-12V

16.9 CA56 100N0

RVD ( 2- BR01 )

RVD ( 2- BR01 )

DGV

TA54 BDW93CFI -0.1

CA60 100P0

RA58 470MI0

RA55 267K0

RA54 10K0

10ms 100Vpp-V

100Vpp-H

CA67 100N0

-15.1 RA66 4K7

32!s

32!s 1.6Vpp-H

RA56 3K32

-49

8 0 6 + 5 4

RA57 1R8

RA59 470MI0

0 0

+12V

16.8 DA53 RGP10G

DA52 1N4148

0

3.5Vpp-H

48.7 15P0 TA52 BDW93CFI

-12V

-0.2 TA53 BDW94CFI DA58 RGP10G -14.9

-49 CA68

15P0 1N4148

RG62 4K7

TG51 48 BF421

IG11 TL082CD

47.2 RG50 0.8 7 1K0 -0.1 DG50 1N4148 -0.3 TG50 -0.6 DG51 BC846B 1N4148 RG64 RG60 2K43 8K87 RG52 2K43

DG52 1N4148

RHR ( 3- BR01 )

BP06

1

BP07

1

0

1Vpp-V BK07

BK01

from ICC19-BF001

POWER AMPLIFIER

ICC19 CHASSIS MAIN BOARD

BT006

IF001 RF020

TXT MODULE

15P0 1N4148

G2R to R-CRT BK05 G2G to G-CRT BK05 G2B to B-CRT BK05

CV43 1N0

DV17 BZX55C6V2

+15 15P0 TG52 BDW93CFI DG53

CG56 100N0 16.3

+12V

RGP10G TG54 BDW93CFI -0.1

CG60 100P0 RG55 267K0

RG58 470MI0

RG56 3K32 RG57 1R8

RG54 10K0 CG53 47U0

8 47.2 RB50 0 - 11.9 7 1K0 6 -0.2 -0.3 + 5 TB50 4 -12 BC846B

DB52 1N4148

16.4

CB56 100N0 16.3 0.9

0.9 DB50 1N4148

RB52 2K43

TS01 BC857B 2.6

RHR ( 3- BR01 ) 0

RHD ( 4- BR01 ) 0

0

10ms

32!s

1Vpp-H

50Vpp-V

CB67 100N0 -15 -15.4 RB66 4K7

-49

GHD ( 4- BG01 ) 0 10ms

44Vpp-H BR01

Note :

The form of signals D R/G/B, RV,RH,GH,GV,BH and BV is given for information only. They may vary with the convergence settings and the synchronisation of the oscilloscope.

Note :

La forme des signaux D R/G/B, RV,RH,GH,GV,BH et BV est donnée à titre indicatif. Elle peut varier avec les réglages de convergence et la synchronisation de l'oscilloscope.

RVR ( 1- BR01 )

Nota :

La forma dei segnali D R/G/B, RV, RH, GH, GV, BH e BV viene fornita solo a titolo indicativo. La forma può variare in base alle regolazioni di convergenza e alla sincronizzazione dell’oscilloscopio.

Nota :

La forma de las señales D R/G/B, RV, RH, GH, GV, BH Y BV se facilita únicamente para información. Puede diferir con los parámetros de convergencia y la sincronización del osciloscopio.

RVR ( 1- BR01 )

0

Hinweis : Die Form der Signale D R/G/B, RV, RH, GH, BH und BV ist nur informativ. Sie können je nach Einstellung der Konvergenz und der Synchronisation des Oszilloskops abweichen.

10ms 2.2Vpp-V

0 32!s 2.2Vpp-H

CB60 100P0

RB56 3K32 RB57 1R8

RB55 267K0

RV15 NI

0

CV12 100N0

7.1 TV08 BC857B

RV25 47R0

PV03 1K0

DV03 1N4148

DARC.CURR. LEVEL DET.

BVD ( 2- BB01 )

CV06 100N0

4.8 -1.1

RV27 150R0

DV28 1N4148

5

13.2 TV04 BC847B 0.6 DV04 1N4148 -0.2 CV09 1U5

CV20 1N0

DV07 1N4148

4.2 3.8 CV15 100N0

RV69 150K0

0.5

JV18(NI) 1

RV12 1M0

BS01

TV06 BC857B

2

DV15 1N4148 BS02

RV60 33K0

0

RV51 4K7 CV37 100P0

CV35 100P0

PV04 1K0

RV48 47K0

DV02 1N4148

HTRG HTR GNDV BSVM DCRG GNDV VIDG +13V

to green CRT board BK11

+250V

GNDV BSVM DCRB BIAG VIDB +13V

to blue CRT board BK11

+250V

DV09 1N4148

RV54 10K0

1

HTRG

BV08

RV71 100R0

GND

0

PORA (From 9/IC01)

10ms 3.8Vpp-V

VIDB

BS03 VIDR VIDG

BVD ( 2- BB01 )

TB55 BDW94CFI

VIDB

+250V

TV20 BC857B

BV20

RV14 4K7

to red CRT board BK11

+250V

0.1

1

1

DV11 1N4148

CV21 1N0

3 2.5

BLUE clipp

RV67 220R0

1

HTRG HTR GNDV BSVM DCRR GNDV VIDR +13V

BV03 1 2 3 4 5 6 7 8 9 10

BV07 B RV26 150R0

+250V

TV03 BC847B

1

ICUT

TV19 BC857B

0.7

0.7

TV05 BC847B 13.3 0

VIDG

DV14 1N4148

CV01 100N0

DV10 1N4148

1 2 3 4 5 6 7 8 9 10

RV21 NI G DV29 1N4148

TV11 BC857B

RV19 2K2

BV01

BV02

RV32 1K0

RV29 3K3

RV13 1K0

CV22 1N0

Peak current

RV90 470R0

TV14 BC847B

+13V RV08 4K7

VIDR

RV28 150R0

RV20 6K8

0

CV40 100N0

1

CV02 10U0

RV11 1K0

1 2 3 4 5 6 7 8 9 10

R

RV23 22K0

6.6

0.5

90Vpp-V -15

RV80 220K0

S&H PULSE FORMER

RV09 47K0

CV08 1U5

RV06 22K0

DV08 1N4148

CONTRAST REDUCING BEAM - SPOT - LIMITER

+13V

3.5 TV01 BC847B 0

CV04 100N0

RV35 39K0

DV27 1N4148

CV66 100N0

0 RV22 8K2

10ms -0.1 TB53 BDW94CFI DB58 RGP10G

GNDV RV05 330K0

RV18 22K0

RV16 0 7.1 TV07 BC857B

RV85 4K7

RS07 47K0

RV07 1K0

600 Vpp-V

VPARA (From filter stage RK06/CK66/IK02)

CV11 4U7

6.6

ICC19 BL050

+13V

BV04 1 2 3 4 5 6 7 8 9

BSVM ICUT GNDV VIDB GNDV VIDR GNDV VIDG +13V

from ICC19 BV001

0

-49

32!s

CA55 220U0

RHD ( 4- BR01 )

32!s

RS09 8K2

CV03 1U0

200v

+250 HTRG HTR UVIDEO SAFE

0 RV04 1M0

+13V

RV24 NI

VBLK

247.7

RV84 39K0

TS02 BC857B

2.9

RS06 1K0

GNDV

RB59 470MI0

CB53 47U0

DS03 1N4148

1 2 3 4 5 3.5

TV02 BF421

DV20 1N4148

RV64 18K0

4.3

0.1

TS04 2 BC847B

2 CS01 1U5

1

BV19

TS03 0 BC847B

RS05 22K0

0

RV46 270K0

+13V

15P0 TB52 BDW93CFI DB53 RGP10G

RB58 470MI0

RB54 10K0

RS04 1K0

CB54 220U0

CB61

TB54 0 BDW93CFI

-1.1

-15

-49

TB51 47.8 BF421

DB51 1N4148 RB60 8K87

NI BV09

to ICC19 BV10 CONVAR

+15

RB62 4K7

BH

TG53 BDW94CFI -15.4

CG55 220U0

RB53 162R0

RB64 2K43 -0.8

-12V

-0.1 -1.2

-15

IB12 TL082CD

to ICC19 BV006 ABL

CS02 100N0

12.9

DYF

364 TV10 2SC3675 3.8 RV72 3K3

RV03 2K7

CV47 4N7

DV06 RGP10G

SUH

RS03 100K0 2.6

DS02 1N4148

1

CV48 (to dyn. Focus 820P0 Foc. Block)

RV82 RV81 10K0 10K0

CV42 10N0

RS02 1K0

PS01 1M0

RV47 270K0

BV16

RV83 33K0

10ms

-12V

RV49 4K7

S&H PULSE FORMER

7.5Vpp-V

48.6 RB51 332R0

CV41 10N0

BV06

LV01 10U0

CV05 100N0

CV49 1N0 BG03 1 GNDV to chassis

CV10 1U0

DV05 RGP10G

VPSE ( To RK07/55 IK01)

DB60 1N4148

+49

CG54 220U0

CG61

16.3

RG59 470MI0

GH

TA55 BDW94CFI

DA59

RG53 162R0

CB50 47U0

DG60 1N4148

48.6

RG51 332R0

+15

RA62 4K7

47.9

-1.1

DBV 32!s

CG50 +49 47U0 CA54 220U0

CA61

RA53 162R0

RA50 7 1K0 -0.3 -0.2

CK62 100P0

10ms

1

RV55 22K0

-15

DB11

3 2

1 RED

TB04 BDW94CFI

RB61 8K25

DA60 1N4148

RA51 332R0

V

1 GREEN

VSAW ( From 1/BP05)

-0.1 TB03 BDW94CFI DB06 RGP10G

5 4

1

GNDV

DYN. FOC.GEN.

4 3 2

DEFLECTION SPLITTER

0.2 +49

GV

RK97 3K3

GND

RP57 1K3

V

BLUE

6

BV14 H H V V

H 4 3 2

0.7

LK09 1MI0

0

VSAW to ADB ( 2-BV14)

V

VPR2 ( to RP50...RP55)

0 RG61 8K25

RA61 8K25

2.8Vpp-H

RP50 1R0

RB09 1R8 RB13 267K0

-49 CB16

DV19 BYD43-20 CV45 4N7

BV13 H H V V

H

4 3 2 1

RS01 47K0

CB68 15P0

to IK07 pin 7 RP55 1R0

BV12 H H V V

H

DV33 RGP10G

248

+15

RB14 470MI0

RB06 10K0

DV18 BYD43-20

RV45 1K0

DB05 RGP10G

RB12 470MI0

RB07 8K87

DB03 1N4148

RV42 100K0

LV02

0.1

-1

-15

-15.3 RG15 4K7

GV

RB04 2K43

RV40 100K0

CB10 100P0

TB01 BDW93CFI CB07 15.6 100N0 TB02 BDW93CFI 1

DB01 1N4148

HFB (to TK09 H-pulse shaper)

DS01 1N4148

RH

32!s

0 2 RG09 1R8

RB08 4K7

RB05 162R0

47.8 TB05 BF421

IB12 TL082CD

CB02 100N0

+15

CB15 15P0

CONVERGENCE POWER AMPLIFIER

DBV

LK17 10U0

-12B

RB03 332R0

From 7/IP02 (Pin and key pre-correction)

CG10 100P0 DG05 RGP10G

TG01 BDW93CFI CG07 15.3 100N0 TG02 BDW93CFI 1

1

DG01 1N4148 -0.3 + TG06 -0.7 4 -12 BC846B DG02 RG20 1N4148 2K43 -12V

48.6

BVE

DG10 1N4148

RB10 3K32 DB10 1N4148

+49

CK56 100P0

0

32!s

10ms

RV

RV GV GH BV BH RH

CK85 100P0

CK61 470P0

CK42 100N0

GRID PATTERN INSERTING

TK23 BC847B

0.1 TA03 BDW94CFI DA06 RGP10G

DGV

-12

IK03 TL084/CP 4 1 12 + D 11

0.5

TG05 BF421 47.3

CG15 15P0

48.6

1

3

CG03 100N0

CA08 100N0 -15.8 -16

CA04 47U0

22Vpp-H

LK07 1MI0

+12V

PORD (From 12/IC01)

- VSHS ( 8- IP02 )

0

TK24 BC847B

0.3

0

1.8Vpp-H CK83 100P0

1K0 CK55 470P0

CK39 470P0 8

1R8

RA13 267K0

RA14 470MI0

DA03 1N4148

32!s

5 1

RA04 2K43

RA01 10K0

0

2.7pp-H

1 0

4 -

RA09 RA12 470MI0

RA07 8K87

-

RG08 4K7

RG05 162R0

+12V RG02 47.3 1K0 -0.1

8

0 2

RG03 332R0

IG11 TL082CD

CG02 100N0

+15

CA10 100P0

-0.9

RK51 100R0

5 0.8

0.6

32!s

- VSHS/VSH/VSHP

RK33 10K0

4

DA05 RGP10G

0.2

RA06 10K0

CK84 100P0

RK53 100R0

5

0.4

0

RK32 3K3

TA01 BDW93CFI CA07 15.7 100N0 TA02 BDW93CFI

DRV

IK03 TL084/CP PSW

+

-12V

32!s

RK27 330R0

+5V

3

48 TA05 BF421

47.2 1.1 DA01 1N4148 TA06 -0.2 BC846B DA02 RA20 1N4148 2K43

1

CA03 100N0

IK03 TL084/CP

RK28 2K2

-

From 1/IP02 (Pin and key pre-correction)

RG10 3K32

15.4

GVE

DA10 1N4148

16

+12V RA02 1K0 -0.7

8

2

CA15 15P0

+48.7

+49

CG01 47U0

DBH

4 11.9 1 6 7 -0.1 1 5 B + -12 11

CK19 GNDA 47P0

RA08 4K7

RA05 162R0

IA10 TL082CD

CA02 100N0

DBH

RK20 3K3

0.4

RA03 332R0

GH

CK82 100P0 CK35 470P0

CK36 100N0

CK37 100N0

GNDA

VPR2 V-SPLITTER (From 1-BV12) CP15 10N0

CK46 470P0

TL084/CP

+12A

0 2

RK19 - NYD

LK03 1MI0

-12B

RK17 316R0

RK18 26K7

CK25 10U0

CK20 100N0

PIN AND KEY PRE-CORRECTION

14 4

4

CK24 10U0

RK40 1K0

RK39 1K0

GNDA

1.7

29

VIDB

LK04

GNDA

GNDA

100N0

GNDA 1.4

31

30 0.2

VBLK

CK30 10N0

CK16

32

1U0

RK63 1K0

DGH

-12

1U0

IK02

LK02

GNDA

37 100N0

GNDR

8 0.2

RK15 511R0

41 5

38 1.8 CK15

C + 11

RK13 511R0

GNDA

42

RK62 825R0

GNDA

RK12 511R0 GNDA

1 10 RK75 NI

RP56 1K3 CP17 10N0

44

1U0

CK34

TL084/CP 470P0

0.4

2/IA10

-12V

CP16 10N0

2/IB12

RP15 8K66 RP31 13K0

VSAN

LK12 LK13 CK13 100N0

1 10

4

11

RP04 10K0

10ms

4V 5Vpp-V

CP19 150P0

BVE

4

0 12 + D

RP03 10K0

RP27 15K4

11.9 0 9 -4 8 10 C 0 + 11 -12

IP02 TL084/CP0 13

182K0 RP22 10K0

VSHS

TL084/CP

1

1U0

1 9

GVE 2/IG11

RP17 7K5

VSAN

0

RK73 NI

RK23 330R0 RP16 8K06

1 VSHP 0

RP35 22K1 -VSHS

IP02 TL084/CP

5

45

VCCR

REFC

0.4 27 VIDR 28 VIDG

1

46

LK10

B_TXT G_TXT R_TXT FBTXT

13Vpp-H

CP18 100P0

RP08 10K0

CP13 10U0

RK59 1K0

1

48

1 9

GNDA

IP02 TL084/CP

7 0

DABV

5 24 VCCB 0 25 POUT 4 26 PWAT

49

RK11 511R0

RA10 3K32

+49

CA01 NI

1 2 3 4 5 6

CP14 10N0

11.9 4 0 6 0 5 +B 11

DAGV

GNDV

5 23 SERV

CK06 100N0

1

RK09 GNDA 511R0

G_MAC GND R_TXT G_TXT B_TXT GND SCL SDA

-5.9

32!s

CP11 100N0

11.9 4 0 2 3 A + 11

CP02 1N0

TP01 0 BC847B

DK08 LL4148

CK40 1U0

RK72 NI

TO CONVERGENCE POWER AMPLIFIER

CP50 100P0

0

TK04 BC847B

SUPPLY WATCH DOG CP30 220P0

RK78 100K0

DK07 LL4148

50

47

VCCV DARV

5 21 SCLS 0.9 22 SYNH

RK10 1K0

4

47K0 0.1

CP25 10U0

RP60 1K0

DK09 MA2062-A

RK88 10K0 RK89

-15

RK48 220R0 CK07 47P0

DK05 LL4148

5

1 2 3 4 5 6 7 8 9

RK77 100K0

+5V

CK05 NI RK03 4K7 RK25 220R0

DK06 LL4148

RK47 220R0

4 1 3 2

RK02 4K7

RK24 220R0

DABH GNDH

CK44 100P0 CK81 100P0

DV32 RGP10G

2

SDA SCL

VPR1

FROM ICC9 BR010

1 2 3

8 VCC 7 TEST 6 SCL SDA 5

DAGH

51

IK02

DV31 RGP10G RV01 4R7

3

1 S0 2 S1 3 S2 4 VSS

8 GNDB 0 9 PORA 10 PORB 4 1 11 PORC 3 2 2.1 12 PORD 5 13 CVVV 14 ECLK 15 GNDC 16 5 ADS0 17 ADS1 0 18 SDAM 5 19 SCLM 5 20 SDAS

CK43 470P0

-12

GNDA

GNDA

RV93 820K0

2.2Vpp-H

1

BK10

LK20 WIDE-BAND PORD to TK23

IK08 X24164

CK21 100N0

DARH

CK12 2N2

RV92 1M8

RV91 1M8

32!s

2.2Vpp-V

3

+5V RK44 2K2 RK46 220R0

GNDP

GNDA

CK11 100N0

GNDA

52

10ms

1.5Vpp-H

1.5Vpp-H

RH

1MI0

2

8 7 6

-4.2 RK45 220R0

RK42 1K0

LK21 WIDE-BAND

VCCH

CK09 100N0

LK01

1

VCC TEST SCL SDA

PORD

FILT

GND

53 5

RK61 1K0

3 2

1 S0 2 S1 3 S2 4 VSS

+5V

PORA (to RV54/DV09) RK36 3K3

1 S0 VCC 8 2 S1 TEST 7 6 3 S2 SCL 4 VSS SDA 5 MEMORY CK08 100N0

RK86 470R0

7

CK03 100N0

PORA

IK15 X24164

0.1

IK07 M24C32BN1 0.5 TK01 BC857B

RK01 27K0

CK60 100N0

VCCA GNDA

DRH

1100 Vpp-V

1

LK19 10U0

TK27 BC857B

RK87 4K75

CK86 22U0

2.5 6

54

TEST

VCCD VCCP

7 0.2

0

BLKG

6.6

5 TK05 BC857B

GNDD

0

42Vpp-V

GHD ( 4- BG01 )

to Convergence deflection coil

BHD ( 4- BB01 )

GHR ( 3- BG01 )

1Vpp-V

BHR ( 3- BB01 )

42Vpp-H

GHR ( 3- BG01 )

32!s 1Vpp-H

0

0

0 32!s

0

0

90Vpp-H

DB59 CB55 1N4148 220U0

0 10ms 44Vpp-V BG01

10ms

BHD ( 4- BB01 )

to Convergence deflection coil

10ms

32!s

BHD BHR BVD BVR

RK90 100R0

TK02 BC847B

5

TL084/CP

4 1 6 B 1 5 + 11

RK08 56K0

55

BVR ( 1- BB01 )

0

32!s

10ms

44Vpp-H BB01

GVD ( 2- BG01 ) 0 32!s 44Vpp-H

GVD ( 2- BG01 )

1Vpp-V

32us

BHR ( 3- BB01 ) 0 32!s

0

0 4Vpp-V

4Vpp-V

0

32us 2Vpp-H

2V

0

32us 2Vpp-H

2V

0 2V 2.8Vpp-H

1Vpp-V

4 3 2 1

RK85 4K75

4

56 5

BVR ( 1- BB01 )

0

RK41 3K3

DB08 BZX55C6V2

CK71 10U0

+5V CK75 +5V 100U0

5 5

SYNV

RK60 825R0

GHD GHR GVD GVR

RK91 100K0

3 CK04 1N5

LFRQ

VCCE

CK33 470P0

4 3 2 1

RK34 100R0

2

DK01 RGP10G

2

GNDE

10ms GVR ( 1- BG01 )

GVR ( 1- BG01 ) 0

GNDV

IK02

DB09 BZX55C6V2

+ 5V

5

2

CK80 100P0

VPARA (to Dynamic focus DV20/TV10)

DB56 BZX55C6V2

3

1

1

+12V CK74 10U0

VPSE ( From DV17 Deflection splitter)

RK07 22K0

CK10 1N0

DYN.FOC. OUT CK66 1N0

1 2 3

DCU

1.5pp-H

2.5pp-H

7pp-V RK06 470R0

DB57 BZX55C6V2

13.3

IK01 STV2040

1N0

CK01 100N0

+ 12V

11.9

3

LK16 10U0

32!s

10ms CK23 10U0

DYFV

DG08 BZX55C6V2

IK05 MC7805/CT

from ADB +13V

1 14.8

CK29

CK02 100N0

LK18 10U0

1 0

IK02 TL084/CP

RHD RHR RVD RVR

DK13 1N4148

0.6

CK76 10U0

IK04 MC7812/CT

DK12 RGP10G

DK11 RGP10G

CK70 10U0

0

DK02 RGP10G

GND

CK32 100N0

4 1 2 1 3 +A 11

CK53 10U0

LK15 10U0

4 3 2 1

-15

OUT

1

RK56 13K0

5Vpp-V

SCHIELDING +5V

DG09 BZX55C6V2

+15

CK31 10N0

CONVERGENCE GENERATOR

5Vpp-H

CK90 10U0

-12V

DG56 BZX55C6V2

IN

CK72 10U0

+ 15V

-12

DA08 BZX55C6V2

+49 -49

+49 -49 GND -15 GND +15 GND +5V DCU_SAFE

3

VSAW

FROM PS BOARD (BP260)

9 8 7 6 5 4 3 2 1

2

32!s

DA09 BZX55C6V2

-14.7

0

0

HDEFL1

CK63 1N0

- 12V

IK06 L7912CV

6Vpp-H

DK10 RGP10G

- 15V

RK99 4K7

RK95 22K0

0

- 49V

+12V

+12A

0 + 49V

BK04

DCU.RP19.00

VIDB

SYNV

DGH

0

DA56 BZX55C6V2

SYNH 32!s

CK67 10U0

32!s

BG06 1 2

DRH

DYFV

+5V

TK09 BC857B

0.5

DA57 BZX55C6V2

HFB

HDEFL2

RK93 1K0

0.9

HFB (From Deflection splitter RV40/RV42)

to Convergence deflection coil

0 10ms 44Vpp-V

RP C19

DIGITAL CONVERGENCE UNIT POWER SUPPLY - ALIMENTATION PLATINE DE CONVERGENCES NUMERIQUES - DIGITAL CONVERGENCE UNIT NETZTEIL ALIMENTAZIONE CONVERGENZA DIGITALE - ALIMENTACIÓN DE LA UNIDAD DE CONVERGENCIA DIGITAL

295

3

TO MAINBOARD (BP020)

2

+300V

GND

RP208 *

CP208

1

* BP208

GND

* Europe-version Asia-version

PS.RP19.00

CP209 *

PS

GND

LP250

295

300V T

1

RP206 *

RP210 470K0

RP207 *

2

CP206 4N7

RP211 470K0

CP205 4N7

RP212 470K0

DP201 GBU4B

RP275 1R5

16

CP204 1N5

~

3

7 PGND

11

8

RP234 470K0

DP265 S410D

DP219 1N4148

-

0

2 GND

T= 18!s

RP202 * 320V

1

1v

2

1

2

20Vpp-H

0 760Vpp-H

1

T= 18!s

DP241

BP203

TP220 2SK1460 2.1 (0.6)

293 (314)

BP202B

BP202

1

PGND

DP222 BZX85C15

2

RP203 470K0

DP220 BZX85C15

CP203 * 4

* JP203

* LP202

10203560

1

RP220 4R7 PGND

6

* JP204

0.4Vpp-H

RP222 2K2 CP220 4N7

RP223 100K0

DP267 S410D

2.5 (0.5)

4

RP228 100R0

PGND

T= 18!s

DP227 1N4148

6

!

DP226 1N4148

3

1

CP201 100N0 5

8

4

1

LP204 * 2.5

1

2 1

BP201

U MAINS 220V

RP C19 First issue 07 / 98

Use isolating mains transformer Utiliser un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

RP243 10R0

DP261 RGP15G

16.9 (0) PGND TP224 BC547C 0 (0.7)

DP224 1N4148

SGND

5 (0.4) 0

SGND

RP267 1K1

CP262 22U0

4

CP231 470P0

RP232 100R0

DP235 BZX55C18

CP233 10U0 PGND

CP234 22N0 PGND

8 9

SGND

RP236 1M0

CP239 470P0

DP236 BAV20

RP235 2K2

RP273 270R0

1

2

3

1.1 (0)

RP246 1K0

RP271 1K

RP268 390R0

SGND

0.8 0

PGND

SGND

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

RP238 100K0 PGND

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

RP278 1K0

SGND

CP274 100U0

RP276 1.2K0

0 (0.7)

SGND

RP277 4.7K0

0 (0.1)

RP237 470K0 PGND

PP267 100R0

4.3 TP270 (0) BC557B

4.5 (0)

SGND

TP271 BC547C

PGND

Note : Power Supply primary circuit measurements: - Use only ( PGND) connection point. Attention : Mesures dans la partie primaire de l' alimentation : - Utiliser la masse du bloc alimentation ( PGND ). Achtung : Bei Messungen im Primärnetzteil : - Primärnetzteilmasse verwenden ( PGND ). Attenzione : misure nell'alimentatore primario : - usare massa alimentazione primario ( PGND ). Cuidado : Medida en el bloque de alimentacion : - Utilizar la masa del bloque de alimentacion (PGND ).

6

4

TP238 BC547B

* JP202

IP250 K324PG(CNY75GA)

5

DP239 1N4148 RP245 100R0

RP239 1K0

CP271 220U0

RP270 470R0

SGND

RP279 100R0 SGND

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

TO DCU +15V

7

CP232 470P0

5 (0.4) CP273 470P0

-15V BOARD

6

1

DP234 BAV20

-49V

5

DP233 BAV20

DP238 1N4148

PGND

LP261 68U0

SGND

CP268 220U0

15.6 (0)

+49V

3

DP232 1N4148

DP225 BZX55C4V7

DP237 1N4148

DP231 1N4148

RP231 1K0

RP226 1K5

CP222 1N5

DP268 1N4148

SGND

PGND

1.9 (0.6) TP222 BC327 0.5 (0)

0.3 (0)

SGND

LP267 68U0

CP261 220U0

DP243 BAV20

CP243 1U0

2.6 (0.5)

TP223 BC547C

12Vpp-H

-

LP201

PGND

RP233 1K2

0

FP201 T2.5A

RP274 1R5

17

2

PGND

RP227 1K0

3

CP202 100N0

DP223 1N4148

RP221 22R0

RP224 100R0

0.5 (0)

1

BP202A

CP221 2N2

CP240 22U0 RP244 7K15

0

MAINSSWITCH

* JP201

DP213 BZX55C33

1

-49.1 (0)

-15.5 (0)

CP267 1MI0

DP240 BAV20

48.8 (35.3)

SGND

SGND

SGND

3

4N7 RP240 1K0

BP260 SGND

CP266 220U0

SGND

2

BP203B

BP203A

CP219 RP241 10K0

LP265 68U0 CP265 1MI0

DP218 1N4148

RP247 4K7

CP264 22U0

SGND

13

RP219 4K7

T= 18!s

LP263 68U0 CP263 220U0

12

BP204

DP263 RGP15G

CP210 22U0

RP255 470K0

RP213 470K0

~

4

9

6

+

1

BP208 CP203 CP209 JP201/202/203/204 LP202 LP204 RP202 RP206 RP207 RP208 220U0 2R7 680K0 X X 100N0 330U0 15mH X ZNR 10R0

0 : DC Voltages -TV ON (0) : DC Voltages -TV STBY

+5V DCU_SAFE

(BK04)

DYNAMIC FOCUS MODULE - MODULE FOCUS DYNAMIQUE - DYNAMIKFOKUS BAUSTEIN - MODULO FUOCO DINAMICO - MÓDULO FOCO DINÁMICO

DST

T=32us

DFB.19200.00

a1

0

-

R10

DL500 RGP15-20

120Vpp

RL570 6K8

RL571 6K8

RL572 6K8

+700V

Foc dyn

b11

PL500

R5

R11

DFB

R4

b12

R9

Foc stat.

R7

to BL013 ( MAIN )

R14 R8

R3 a2 2 b2

BL510 BL500 2 RD

RL581 560R0

CL532 220N0

C1

DFMOD

1

G2

Dn

1

CL530 100P0

LL500

WH

R1

SL500

C2

UVERT

UVERT

2

BL504

DEV

BL501

c

1

4

-

UVERT

DL506 RGP10G

CRT_GND

2

RL500 22R0

21.8

1

2

1 BL501A

BL501B

R2

R6

3 1K5

Hin (BZ033 - PVM)

Hout ( H - DEFLECT.)

R15

CL531 100N0

1

BL506

23

5

8

DL501 1N4004GP

3

7

DL503 1N4004GP

DL504 1N4004GP

RL534 100R0

DL505 RGP10G

CL512 10U0

0 1280Vpp

V : 26V

CL513 470P0 RL530 3K3

BL509

0.6

1

3

RL531 10K0 0.1

TL505 BC639 35 0.1

RL532 4K7 RL533 1K0

TL504 BC547B

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

CL511 100N0

RL535 470K0

T=10ms

10ms

50Vpp

EFC Coil-Bobine

T=10ms

Piece de securite N'utilisez que les pieces d'origine

RL560 1K8 RL561 5K6

RL514 100K0

5V 4Vpp

0

V : 26V

26

CL501 100U0 RL503 4K7

2 1

1

RL501

BL503B

Vout

1K0 DL507 BZX55C18

CL500 22N0

RL502 270K0 RL504 15K0

CL503 47U0

12.1 12.1 8.4

1 2 3 4

CL506 470P0

26

8

IL500 TDA4950

7.6

7 6 5

RL505 18K0

CL502 470P0

7 RL506 10K0

TL500 BC547B CL505 2U2

TL501 2SC3675

RL510 1M0 25.2

2.5 1.9 RL511 6K8

TL502 BC547B RL515 2K21

Updated 11 / 98

TL506 BC337-40 11.7

UVERT CL504 2N2

ICC19 100 Hz First issue 09 / 97

DL513 BZX55C15

365

UVERT

CL523 470U0

21.1

TL511 BC327-40

RL513 100K0

2

BL503

BM04

21.8

300Vpp 0 1

to CRT

1

UVERT

Safety Part When repairing, use original part only

RL512 100K0

Vin BL502

2

DL502 1N4004GP

UVERT

FOCBL

BL503A

USYS

BL505

RL536 470K0

6

Vout ( V - DEFLECT.)

UVERT

3

1

T=32us

From BB06 CRT BS

1 2

CRT_GND

BL507 to BR011 EFC (MAIN)

1 2 3

RL550 4K7 CL522 1N0

TL509 BC547B 10.4 0.3 RL551 4K7

RL552 8K2

RL553 1K0

RL554 21.8 100R0

DL510 1N4148

TL508 BC557B 16.5 RL556 3K3

CL520 47U0

DL511 1N4148

RL558 220R0 BL508

CL521

2

11.1

21.4 RL555 3K3

21.7

RL557 330R0

1

100N0

BL508B

1 BL508A

11.7

TL507 BC327-40

DL512 1N4148

RL559 220R0

EFCcoil

to BP110 (MAIN)

DYNAMIC FOCUS MODULE - MODULE FOCUS DYNAMIQUE - DYNAMIKFOKUS BAUSTEIN - MODULO FUOCO DINAMICO - MÓDULO FOCO DINÁMICO COMPONENT SIDE - CÖTE COMPOSANTS - BESTÜCKUNGSSEITE - LATO COMPONENTI - LADO COMPONENTES

SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS

ICC19 100 Hz Updated 11 / 98

First issue 09 / 97

FRONT CONNECTOR BOARD - PRISES EN FACADE ET INTERCONNEXION DU CLAVIER - FRONT ANSCHLUSSPLATTE - PIASTRA CONNESSIONE FRONTALE -PLÁTINA MANDOS FRONTAL BM11 MINI-DIN

FCB1903

KDB

BZ03

1

1 2 3 4 5 6

3

3 1

VIDEO

FCB BM01 3

RM15 47

CM01 22nF

CM02 22nF

VIDEO CHROMA.

1

VIDEO CHROMA.

BZ03 1

CHROMA

CM14 100pF

RM19 27K

CM13 100pF

VIDEO

RM19 27K

AUDIO

CM14 100pF LM02

L

BM02

RM18 27K

CM11 100pF

BZ21

BM10

RM09 1mH

BM12

RM15 47R

BX401 SCI

CM12 10pF

RM19 27K

CM11 10pF

BZ21 3 2 1

PAUML

CM13 10pF

LM02

1mH

CM02 22nF

BM12

1mH

1mH RM18 27K

PAUL

3 2 1

RM14 47R CM01 22nF

1

1

CM12 100pF

PAUR PAUMR

L

3

CM14 10pF

BM01

2

3

R

CM11 100pF

LM01 PVID PMVID

2

LM01 1mH CM13 100pF

BZ21 1 2 3

1

JM07

CAM-CORDER

BM10 CM12 100pF

RM18 27K

3

AUDIO

6

R

JM01

RM10

4

R

BM11

1 2 3 4 5 6

1mH

L

BX400 SCI

4 2

5

VIDEO

CHROMA.

BZ03

6

VIDEO

1 3 5 4 2

FCB

1 3 5 4 2

CAM-CORDER MINI-DIN

FCB 1902 00 - FCB 1905 00

BM11

5

VIDEO

RM14 47

2

FCB 1900 04

AUDIO

BM12

RM14 47

2

1 2 3

RM15 CM01 47 22nF

3

SPECIFIC FCB1902

BM01

CM02 22nF

1 BM10 DM02

GR01 2

Vss 3 OUT

1N4148

DM03

1N4148

RR01 RR02

1

TFMK1330T

+

GND

1N4148

DM04

CR02 22uF

DM03

BM07

RE02 0R

1K 220

RE03 68

R G

RE02

6 5 4 3 2 1

12

4 3

1

4

2

3

VOL-

1N4148

SM03 Status SKHTLC

1

JM04

2

1 2

4 3

PR-

BM03 1 2 3 4 5 6 7 8 9 10 11 12

JM02

INST. DM01

1N4148

DM02

1N4148

DM04

1N4148

S-

1N4148

S+

Pr-

1 2 3 4 5 6 7 8 9 10 11 12

DM03 DM04

1N4148

Pr+

BM03

DM02

1N4148

JM05

68

DM01

1N4148

JM02 SM03

GE01

SM02 PR+ SKHTLC

SM01 VOL+ SKHTLC

BR001 Main Board

SM01

BM03 1

1N4148

SM02

DM01

Instal

JM04

Status

6 5 4 3 2 1

BM07

FCB 1907 00

BJ10

FCB

VIDEO1 RJ04 27K

CJ06 100P0

4

2

L

CJ05 100P0

1

LJ01 1mH

RJ03 27K

CJ03 100P0

CHROMA1

DK05

BJ01

1 3 5 4 2

GNDV

RJ20

GNDV RJ21

2

3 1

4 2

3 1

3

4

3

4

8 7 2 3 4 5 1

RQ02 47R

SK03 VOL-

RK01 1K0

RE01

0R0

3 C

JE01 CQ04 22N

G

R A2

1

A1

RE02 120R

2

RE03 180R

ICC19 100 Hz First issue 09 / 97

DK04

DK01 DK02

1N4148

1N4148 1N4148

Updated 11 / 98

KDB BZ03 ju-mmf.prt

JM01

1 2 3 4 5 6

BK11 1 2 3 4 5 6 7 8 9 10 11 12

LM01 1mH BM10 1 VIDEO 2

1N4148

CM13 100pF

RM19 27K

CM14 100pF

RM18 27K LM02 1mH

CM12 100pF BZ21

3 LEFT

CK02 22uF GK01 TFMK1330T GE01

SK01 PR-

RK02 220R

Vss 2 OUT 3

1 2 3 CQ03 22N

DK03

JK03

6 5 4 3 2 1

BQ01

RQ01 47R

2 4 2

GND 1

BQ12

1

FCB 1908 00 BM11 1 3 5 4 2

1N4148

PR+ SK02

VOL+ SK04 1

BJ11 VIDEO1

1N4148

JK02

3 2 1

3

AUDIO

DK06

BJ02

CJ04 100P0

1 2 3 4 5 6 7 8

KDB

JK01

5

R

BK01

KDB 1905 00

LJ02 1mH

6

5 RIGHT

3 2 1

4

6

CM11 100pF

IR RECEIVER P.C.B. - PLATINE RECEPTEUR INFRAROUGE - IR EMPFÄNGER LTPL. PIASTRA RICEVITORE IR - PLATINA RECEPTOR IR

FCB.RP19.00 BR04

Mains switch

SM01

to CSP / ICC19 BP03

BP02

to right speaker

IR.RP19.00

BK01

BR03

2

2

1

1

BR05

C

6

3

5

5

4

4

3

2

2

to left speaker GNDV VIDEO GNDV COLOR

BX400

Y

BZ03 1

to ICC19 / SCI

S-VHS socket

BM11

to boomer

to ICC19 - BA006

BR06

2

2

1

1

BR07

BR08

2

2

1

1

to ICC19 - BA005

KEY_IN_1 KEY_IN_2 5VSTBY A B C D GNDD STB_LED 13V/

KB.RP19.00

1 2

1

3

DK01 1N4148

6 7 8 9

GNDD

LM01 1MI0

2 3

CM01 100P0

4

RM03 27K0

1

CM03 100P0

BZ21 3

5

R

2

CM02 100P0

6

RM04 27K0

CM04 100P0

2 1

AUDR AGND AUDL

1

RK03 4K7 RK02

RK01 100R0

RR02 220R0

2

1

RM06 47R0 * = not inserted

RP C19 First issue 07 / 98

1

CM06 22N0

3

AUOL AUOG AUOR

BS03

CM05 22N0

BM01

to ICC19 / AM/FM

Headphones

L 3 R

RR01 10K0

2

4

3

RR03 1K0

A B C D GNDD STB_LED 13V

1 2

3 5

BR02

3

10

4

9

5

8

6

7

7

6

8

5

9

4

10

3

11

2

12

1

KEY_IN_1 KEY_IN_2 5VSB A B C D GNDD STB_LED 13V

2

4

GNDD

2

1

SW06 INFO 4

3

5 GNDD

4

GNDD

SW05 VOL-

1 DK04 1N4148

BR01 KEY_IN_1 5VSB IR KEY_IN_2

3 5

DK03 1N4148

DK05 BZX55B5V6

2 SW04 PROG+

1

DK06 MV6461

4

GNDD

1

SW03 STANBY

2 2

Vss

IR sensor

RM05 47R0 2

2

GNDD

TK01 BC548/B

1

OUT

3 5

5

RK04

CR01 22U0

LM02 1MI0 BM12

DK02 1N4148

1

BX03

3

2 SW02 PROG-

GNDD

10

BK02

GND

to keyboard - BK01

3

1

to ICC19 -BR001

Y L

Audio in

Cinch

Video in

1

to ICC19 / Chassis

4

BM10

IR01 TFMK1330(D)T

BX401

5

3

4K7

VIDEO GNDV COLOR GNDV AUDL AGND AUDR

to ICC19 / SCI

7

C 6

4 5

1

BZ04 * Y

1

SW01 INSTALL

5

DK07 1N4148

to ICC19 - BA004

2

4

180R0

only mechanical part

KEYBOARD MODULE - PLATINE CLAVIER - TASTATURPLATTE PIASTRA COMANDI - PLATINA TECLADO

to cable interface BR02

FRONT CONNECTOR BOARD - PRISES EN FACADE ET INTERCONNEXION DU CLAVIER - FRONT ANSCHLUSSPLATTE PIASTRA CONNESSIONE FRONTALE PLÁTINA MANDOS FRONTAL

2 SW07 VOL+

3

4

5 GNDD

GNDD

FRONT CONNECTOR BOARD - PRISES EN FACADE ET INTERCONNEXION DU CLAVIER - FRONT ANSCHLUSSPLATTE - PIASTRA CONNESSIONE FRONTALE PLÁTINA MANDOS FRONTAL

FCB 1902 00 - FCB 1905 00

BM11 VIDEO CHROMA.

FCB BZ03

1 3 5 4 2

JM01

RM10

6

VIDEO

1 2 3 4 5 6

1mH 5

CM14 100pF

4

L

RM18 27K

CM12 100pF

BZ21 1 2 3

3

AUDIO

2

R

RM19 27K

CM13 100pF

1

CM11 100pF

RM09 1mH

BM10 BM12

BM01

RM15 47R

3 2 1

2 3

RM14 47R CM01 22nF

1

CM02 22nF

SPECIFIC FCB1902 DM03 SM02 PR+ SKHTLC

SM01 VOL+ SKHTLC BM07

4 3

6 5 4 3 2 1

VOL-

1

4

1

2

3

2

SM03 Status SKHTLC JM04

1 2

4 3

PR-

BM03 1 2 3 4 5 6 7 8 9 10 11 12

JM02

INST. DM01

1N4148

DM02

1N4148

DM04

1N4148

FCB 1907 00

BJ10

1N4148

FCB

LJ02 1mH

6

VIDEO1 5

RJ04 27K

CJ06 100P0

4

R

BJ02

CJ04 100P0

3 2 1

3

AUDIO

2

L

CJ05 100P0

1

LJ01 1mH

RJ03 27K

CJ03 100P0

BJ01

BJ11 VIDEO1 CHROMA1

1 3 5 4 2

GNDV

RJ20

GNDV RJ21

BQ12 8 7 2 3 4 5 1

BQ01

RQ01 47R

RQ02 47R

6 5 4 3 2 1

1 2 3 CQ03 22N

CQ04 22N

ICC19 50 Hz First issue 09 / 97

Updated 11 / 98

KEYBOARD MODULE - PLATINE CLAVIER - TASTATURPLATTE PISATRA COMANDI - PLATINA TECLADO

BK01

KDB 1905 00

1 2 3 4 5 6 7 8

KDB

JK01

DK06

1N4148

DK05

1N4148

JK02 PR+ SK02

VOL+ SK04 1

2

1

2

DK03

1N4148

3 1

4 2

3 1

4 2

DK04

1N4148

4

3

JK03 3

SK03 VOL-

SK01 PR-

4

DK01

RK02 220R

Vss 2 OUT 3 GND 1

CK02 22uF GK01 TFMK1330T

1 2 3 4 5 6 7 8 9 10 11 12

1N4148

RK01 1K0

0R0

RE01

GE01

DK02

1N4148

BK11

3 C

JE01 G

R A2

RE02 120R

A1 2

1

RE03 180R

KDB 1906 00 JK05

2

SK04 VOL+

4

1

JK02

2

SK02 PR+

KDB

1

DK03

3

2

1

4 2

3 1

1N4148 DK04

4

SK03 VOL-

4

3

GK01 TFMT1330T Vss OUT GND

SK01 3 PR-

RK02 220R

2

DK01

1N4148

DK02

1N4148

1N4148

BK11 1 2 3 4 5 6 7 8 9 10 11 12

3 1

CK02 22uF

RK01 1K

RE01 0R C 3

R

G 1 A2 A1 2

GE01 LU5351-JM RE02 120R RE03 180R

ICC19 50 Hz First issue 09 / 97

Updated 11 / 98

FRONT CONNECTOR BOARD - PRISES EN FACADE ET INTERCONNEXION DU CLAVIER - FRONT ANSCHLUSSPLATTE - PIASTRA CONNESSIONE FRONTALE PLÁTINA MANDOS FRONTAL

FCB 1902 00 - FCB 1905 00

BM11 VIDEO CHROMA.

FCB BZ03

1 3 5 4 2

JM01

RM10

6

VIDEO

1 2 3 4 5 6

1mH 5

CM14 100pF

4

L

RM18 27K

CM12 100pF

BZ21 1 2 3

3

AUDIO

2

R

RM19 27K

CM13 100pF

1

CM11 100pF

RM09 1mH

BM10 BM12

BM01

RM15 47R

3 2 1

2 3

RM14 47R CM01 22nF

1

CM02 22nF

SPECIFIC FCB1902 DM03 SM02 PR+ SKHTLC

SM01 VOL+ SKHTLC BM07

4 3

6 5 4 3 2 1

VOL-

1

4

1

2

3

2

SM03 Status SKHTLC JM04

1 2

4 3

PR-

BM03 1 2 3 4 5 6 7 8 9 10 11 12

JM02

INST. DM01

1N4148

DM02

1N4148

DM04

1N4148

FCB 1907 00

BJ10

1N4148

FCB

LJ02 1mH

6

VIDEO1 5

RJ04 27K

CJ06 100P0

4

R

BJ02

CJ04 100P0

3 2 1

3

AUDIO

2

L

CJ05 100P0

1

LJ01 1mH

RJ03 27K

CJ03 100P0

BJ01

BJ11 VIDEO1 CHROMA1

1 3 5 4 2

GNDV

RJ20

GNDV RJ21

BQ12 8 7 2 3 4 5 1

BQ01

RQ01 47R

RQ02 47R

6 5 4 3 2 1

1 2 3 CQ03 22N

CQ04 22N

ICC19 50 Hz First issue 09 / 97

Updated 11 / 98

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

GNDD

GNDD

RR171 *1

RR053

2k7

RR055

2k7

RR056

2k7

RR057

10k

RR051

CR004 100n +5V

*2

+5VSTBY

GNDD

GNDD

CR066 180p

5

IIC-CL-1

6 GNDD

RR060 100R RR065 RR063 RR062

7 8

GNDD 4

IR003 M24C32BN1

3 2 1

CR005 100p

100p

+5VSTBY

GNDD

Production Connector

100n

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

RR061 2k7 GNDD

+5VSTBY

*1 = see partlist CT 191xx

RR107 1k74

RR099 10k

0,6 RR105 1k74

RR098 22k

TR105 BC847B GNDD

CR092 470p

AV2_8 (R)

CX280 100p

*3 = only RP 19000 00 *4 = only RP 19100 00

RX130

AV2_L_IN

(A)

AV2_R_IN

(A)

RX282 6k8

CX282 330p GNDV

BX002

GNDD GNDD

MAIN

(R) MICROPROCESSOR RP 19100.00

to SCI BX002

GNDD

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

GNDS

RX281* 10k

RX115 75R

RX116 100k

RX107 75R GNDV

GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

IIC_CL_1 IIC_DA_1

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

4,3

CX120 10u

CX130 47p

RX122 33R

AV1_C_IN

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

RX900 1R

DX120 BAV103

RX121 NI

GNDV RX221 NI

RX220 75R GNDV

GNDV CX220 10u

GNDV

5,3

RX965 100R

3,2

RX955 100R 3,2

5,3

U_SCART

Mute

n.c.

TAGC

Vo QSS

9,4

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

AGC (H)

SECAM

to BP120

GNDP

CA023

100n

RA028 33k2

RA024 4k02

RA023 4k87

GNDS

GNDS RA027 1k

RA026 33k2

CA022 470u

GNDV

CA021 100n

GNDP

GNDV

GNDV

XP 19100 00- SCART 100Hz XP 19101 00- SCART 100Hz Sat. XP 19900 00- SCART Asia

BI001 X

T = 64!s

7 MUTE/ ST-BY

GNDS

jump jump X

X X

X

2 CA027 3n3

IA002 TDA7298 4

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

1

CA024 100n GNDP

GNDP

GNDP

(R) (R)

CV002 10u

RV011 47R

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

TX960 BC847B RX961 2k2

CV012 82p

CV009 100n

DV011 LL42

CV007 1u

RV003 24k9

DV012 LL42

(630mVburst) (R_load>=300R) VIDEO_2 (V)

2,6

(2,1Vpp) (R_load>=300R)

SECAM

T = 32!s

T = 32!s

U_SCART

CX950 220n

2Vpp-H

GNDV

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

GNDV

GNDV TX920 BC546B

CX723 10n

1Vpp-H

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

CV036 100n

7,8 12

CV041 220n 0,7 1

GND_TUNER H_DRIVE (L)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

Y

Y

4 YIN LumaAverageDetector

LumaAverageDetector

UIN

CUTG

CUTB

CONVAR

CV032 100n

(X) SCART-PART JX923*

VCC1

+U13

XP 19100.00 XP 19900.00

(V) VIDEO PART VP 19400.00

7,8 44

47 G_TXTB_TXT

RGB-VCP-GATE CLAMPING AND DE-MATRIX

CONTRAST SATURATION BRIGHTNESS Y,U,V

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

VERTICAL-

S-Correction,

CPHI2 38 2,5 CV047 220p

41

2,4

40

2,3

HDRIVE CSOF 17 5,4

EWIN

GND1 34

30 3,3

32 1,1

CV246 220n

BV001 (CRT-Board) 9 8 7 6 5 4 3 2 1

RV091 4k7

CV092 10p RV061 1k

RV074 820R

RV062 0R RV072 RV071 1k

RV073

0R RV082

RV076 10R

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC857B

100R

RV081 1k

0,7 SENSEM

27

13,5

SENSEP

26

13,6

RV084 820R

T = 32!s RV083

V.Breathing

East-WestCorrection, H.Breathing

13 0 CV213 47p

G_OUT B_OUT

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

2,7

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

LOGIC

Startup - Oscillator

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

100R

2.2Vpp-H

45

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

AVERAGE BEAM LIMITER

AUTO-PIX

Vertical Sawtooth,

Delay

(L) +U13 RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6 R_TXT

FB_TX

APX

29 4

CVER

BREAT

FROUT

25

RV231 100R

1,6

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

2.5Vpp-H

SMPSControl

Protection

EWOU

100R CV241 100p

CV231 1n

CV206 220n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1 RV216 330R

RV101 CV102 100u

CV103 4u7

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102

CV216 820p

(V) VCC1

DV221 LL4148

BREATHING (L,P)

X X -

CHROMA_2 VIDEO_2 VIDEO_1

T = 32!s

RV063

2,6 50 46

Bus

VPANPhi2 - Loop

CV031 100n

RGB-VCP-GATE

YUV

Soft-

Line-Countdown-Logic

GNDLI 10

0

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTR

4,1 49

AND DE-MATRIX

IV001 STV2162

VDFL

2

DV028 LL4148

VIN

VCP GATE CLAMP V U ColorEqualizer

0

8

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 3 16 15 14 51

APL

7 HDFL 0,3 DV026 LL4148

2,6

I2C-BUS DECODER AND LATCHES

0,9 6

2,6 2

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV023 CV022 100n 100n

2 53

Function

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

LL4148 H_REF (L)

CX724 10n GNDS

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

GNDS

GNDV

RX921 1k

(X) (X) (X)

5Vpp-H

CONVAR BV010 1 To BV19 DCU

CV006 100u

T = 64!s

T = 32!s

CHROMA_2 (V)

RX951 2k2

4,6

RV022 15k

0 5Vpp-V

(L,P) CV011 82p

GND_IF (H)

TX950 BC546B

RV021 47k

T = 32!s

T = 10ms

CV003 22n

2.5Vpp-H 1Vpp-H

+U13

GNDV RX956 2k2

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

RV002 680R

+U13 (L)

CX001 220n

CX150 DX001 JX920 JX923 RX281 X X -

BA004

GNDP

1

EW_DRIVE (L)

GNDV

GNDP

CA020 470u

6 5

3

CA018 330n

CA019 10n

TV002 TIP122

IIC_CL_1 IIC_DA_1

PAL

EW_BACK (L)

DX351 BAV103

R

CA014 470u

GNDP

GNDP CA025 RA025 47u 665R

GNDV * DX301 BAV103

1

GNDP

GNDP

CA011 100n

CA013 100n

2

26.3

(P)

AV3_C_IN RX303 2k2

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

GNDS

1 2 3 4 5

8 9 GNDS 10 11 GND1H 12

n.c.

n.c.

n.c.

n.c.

CA012 470u

GNDP

GNDP

RA040

RV001 10k

+UVERT (P) T1_CVBS (X)

CI033 4n7

CX965 220n

3,3 RX920 100R

2,7

CA028 220n

RA014 4R7 CA010 100n

GNDS 16,9 (13.5 : Dolby )

+10 V STBY

+10V STBY

RX966 2k2

RX960 5,3 100R 5,3

RX910 100R RX911 1k

GNDV RX922 75R

CA008 3n3

CA004 *

3

+US

GNDP +US 16,9 (13.5 : Dolby )

AP 19000.00 AP 19001.00 AP 19010.00

RI045 68R

2 RA006 *

IA001 TDA7269

DA002 LL42

(A) AUDIO PART

CI056 4n7

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

9,4

RX950 100R 3,2

2,6

DA001 LL4148

BA006

JI906

9,4

2,6 TX910 BC546B

RA018 22k

RA016 4k7

GNDS

AFC

VCO1

Vo vid Vo AF

LSWI

Vo CVBS

1 2 3

RA017 2k2

0

GNDV

TX965 BC847B

GNDV

CX920 220n

RX350 100k

(P)

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

U_SCART

9,4

TX955 BC847B

RX912 75R RX992 1R

AV2_Y_OUT

RX351 100k

CA015 4u7

4 0

L

GNDP

RV012 47R

4,6

GNDV

DX220 BAV103

CX301 10u

GNDS

+US 16,9/10,5 in STBY (13.5 :Dolby)

TI030 BC858B

RI033 1k

TI034 BCR141

13,5

DX001 * LL4148 GNDV

GNDV

VCC_IX

RX301 2k2

GNDS

5VSTBY

GNDP

+10VSTBY (P) RI028 22k

GNDV

CX901 220n

AV1_Y_OUT

RI039 82R 1,9

1,2 1,3

RI034 1k5

BI001* 1

RI035 68R

5

0

2

GNDV

CX910 220n

CX350 22n

TI033 BCR141

IX001 MC7809-CT

3 CX002 47u

RX991 1R

JI928

TI032 BC847B

L

1,2 0 RI029 22k

+10VSTBY

DX001 replaced by jumper in XP 19100 and XP 19101

GNDV

AV3_Y_IN

PI035 2k2

TI031 BC847B

1,1

0 in norm. I 4,3 in G,D,K,LL'

CI022 4n7

CI052 4n7

PI050 22k

CI030 10n

5,5 RA035 33k

GNDS

1 L

RA013 4R7

RA008 *

8

0 7 L

RA022 432R

TA001 BC857B

RI055 1k

RI038 1k8

RI027 470R RI037 470R BG

5VSTBY RA002 10k

2 0 R 10

9

RA034 68k

BP190

16

15

+5V (P)

O1 5 O2

14

CI031 22u

PI030 2k2

20 3,7 19 GNDV 18 17 16 15 14 13 12 11 3,5

GNDV

AV2_Y_OUT

5VSTBY (P)

RA001 33k

BA005 2 CA009 100n

CA007 3n3

6

GNDS

RA029 2k2

+ US

13

RI031 1k5

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

JX920

U_SCART

DX251 BAV103

12 2,5

CI055 39p

RI050 330R

4

GND

9,4

CX900 47u

0 TA002 10V ST-BY BC847B

RA019 10k

C-MUTE (R)

+5 V STBY

RI053 220R

O1 O2

GNDV

RX251 100k

CX250 22n

RX215 75R

11 3,5

QI053 6MHz

3,2

RX250 100k

CX726 330p

10 2,5

GND

FI015 OFWG3970M

U_SCART VCC_IX

GNDV

GNDV

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

IX900 TEA6415C

VCC_IX

RX120 75R

9 0

CI053 100n

AV1_Y_IN

GNDV

Vi vid

VCO2

CVP/2

8 2,7

CI046 100n

T1_CVBS ( MAIN-TUNER )

RX151 100k

RX111 75R

GNDV

STD

CSAGC

TPLL 7 2,7

CI054 2u2

jumper JX920 not fitted in Sat-versions XP 19101

GNDV RX150 100k

CI072 1n

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

-16,9 (-13.5 :Dolby) 1 11 R GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

Vi SIF

Vi SIF

CVAGC

TADJ

Vi VIF

+5V

INSWI CBL

Vi VIF

6 0,8

0 in PAL-BG /H/I/D 4,8 in norm. L'

CX902 10u

VCC_IX

GNDS

RA005 *

CA003 *

GNDS

0

RA012 *

CA006 100p

RA020 1k5

RA021 1k5

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

RA004 CA002 * *

GNDS

+5 VP

- US

I_INFO (R)

68p

RX132 100R

RX131 100R

CX150 22n

GNDS

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

Vi VIF

+5V

+30V

DA

GNDV

5 0,2

CI050 100n

FI010 OFWK3954M

3

(H) TUNER IF PART

AV1_Y_OUT

CX140 47p

2 I1 I2

U_SCART RX133 100R

RX134 100R

GNDV

CX722 330p

CR085 10n

TR106 BCR141

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

1

RI024 1k

FI002 38,9MHz

4 0,2

9,4

100R

RX140 100R

GNDV

*5 = only RP 19101 00

2 I1 I2

RI012 56R

RI026 47R

4,7 GNDV

RX280 100R

*2 = unused option

RR085 3,7 100R

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

CR001 47u

CR002 10n GNDD

CL BX001

CR006 10n

CR063 100p

CR060

CR003 10n GNDD

IIC-DA-1

RI023 27R

RI078 1k

17

-US (P)

+U13

(A)

R_AV1

(A)

AV1_R_OUT

CI007 27p

HP 19013.00

(V)

AV1_L_OUT

+5VSTBY

LR005

+5VSTBY

RI021 820R

5

3

RI005 15k

18

RA009

CA005 100p

RV052 LL4148

*2 2k7

CI005 6p8

CI009 15p

CI008 100n

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

G_AV1

(A)

AV1_8

(A)

AV1_R_IN

(R)

AV1_L_IN

(AV1)

RR050 RR052

DI001 BA782S

TI010 BCR141

GNDD

(V)

Vss

CI003 6p8

RI003 4k7

RH008 12k

2 19

(A,H,R,V)

Q3

GNDD

CH009 47p

3 1,8

JI915 0R0

D04 D03

1,9 20

LI053 6u8

D05

2 21

GND1H (H)

NORM (R)

D06

18 17

2 3,2

DX001*

D07

20 19

16

1 3,2

(R)

21

Q5 Q4

15

2 22

CA001 RA003 * *

RA032 10k

3k3

1

L1_INFO

Q7 Q6

Q1 Q2

14

4 23

9VREG

A10

22

A0 Q0

13

D02

CI012 4p7

CI077 4n7

RI077 22k

CI070 4n7

2,6 24

BA002

RA033 10k

FI030

2,4 25

26

GNDS RI054

RI025 47R

T1_CVBS

A10 E

12

D00 D01

CI032 1u

CI060 2u2

RI079 22k

II050 TDA9811/V3

4

TI020 BF799 0,5

RI004 180R

RH007 12k

LH004 10u

0 27

(V)

A2 A1

23

11

A00

1,2

2,8 28

CI021 1n

(H)

10

A01

RH010 15k

4,2

CI004 4p7

IIC_CL_1

A02

CH010 22u

RI001 10R

CI002 5p6

IIC_DA_1

DS

RI008 15k

(R)

24

RI009 56R

(R)

G Vpp

DH001 ZMM33

5 29

TI050 BCR141

0 in PAL-BG /H/I/D 4,8 in norm. L'

LI020 u33

68p

A3

100R

9

RH002 2k67

RH003

A03

RH001 1k

RH004 0R

A11

CH008 470u

5 in PAL-BG /H/I/D 0 in norm. L'

Vi VIF

IF

or ZOOM

AGC

E_FIELD

IIC_CL_2 IIC_DA_2 A09

25

IR002 M27C801-120F1

CH007 4u7

RI020 1k8

CI010 56p

RI007 15k

4,2 30

4,1

0,8 TI070 BC847B RI076 47R

CA16 1n

-US +US

3 2 1 GNDD

GNDD GNDD

26

8

CH005 100n

BG_INFO (R)

STB_LED

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D 7

A04

to SCI BX001

GNDD 100R 100R 100R

GNDD

RR066 100R

or ZOOM/ RR071 *1 GNDD

RR084 1k

0

First issue 07 / 98

A05

CI006 4p7

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

+US (P)

CI041 1n

FI001 40,4MHz

DI002 BA782S

CH006 1n

GNDD

BX500

RR106 470R

RP C19

A08

CR067 220p

CR039 100p

CR065 180p

RR070 *1 E_FIELD/

CR072 *1

+5V

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

GNDD

CR038 100p

RR076 4k7

RR072 *1

+5V

TR091 BCR141

+U13

!

GNDD

CR037 100p

+5VSTBY

+5VSTBY

GNDD

3k3

CR062

GNDD

+U13

1M

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D

CR098 10n

GNDD

(P)

A13

27

+5VSTBY

+5VSTBY

(L)

RR045 RR100

CR036 100p

MARK-E-TING

CR075 100p

+5V (P)

1M

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

RR093 4k7

RR075 100R

GNDD

+5V STBY (P)

28

A8 A9 A11

CH002 22p

GNDD

A

5 0

10n

RR044

SND-RES MUTE

or ZOOM

DR091 1N4148 DR090 LL4148

CR093 10n

+10VSTBY

MARK_E_TING

MUTE_C

RR091 4k7

E_FIELD

GNDD

CR091 10n

+5VSTBY

(P)

+10V STBY (P)

A13

A6 A5 A4

+5VSTBY

GNDD +5VSTBY

CR022

RR067 1k

GNDD

POWER_FAIL (P) UP_RES

A7

6

INT

(X,A,S,V)

5

A06

GNDD

CR021 10n

M_RES

RR087 100R

A07

CH001 1n

CH004 100n

3,2 31

TI045 BCR141 CI040 1n

RI019 15R

CI020 10n

CI011 22n

CI001 1n CH003 22p

R/W RR021 10k

CR011 *2

CR020 10n

RR086 *2

CR086 10n

SND_RES

TV_OFF C_MUTE

RESET GNDD

(H)

A14

CR100 *2 GNDD

AV1_8 GNDD

CR110 10n

CR087 10n

(X) (H)

29

GNDD

AGC (H)

+5V

GNDD

RR088 100R

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

C_MUTE

IIC_DA_2

EXT_LINK

MUTE

(A,S)

A17 A14

LR002 560n

CR007 100p GNDD

GNDD AV2_8

RR910 *

SAFE

L1_INFO

AFC

I_INFO

AV1_8

BG_INFO

AV2_8 SAFE

SND_RES

CR010 22p

CR009 22p

A15 A12

BS04

USYS (P)

LR011 2u2

27MHz

IR001 ST90R92

BS05

30

B_AV1

GNDD

31

(V)

GNDD

32

(P)

100R 100R

OSC_IN OSC_OUT

IIC_CL_2

CR008 10n

Vcc A18

A19 A16

RI006 15k

RI072 2k7

CI073 4n7

QI070 6,5MHz

GND_IF

3,2 32

0

RI022 15R

10 11

9

+5V

RR089 RR028

8

FB_AV1

BE_STROB

7

(V)

IIC_DA_2

1

6

(R)

IIC_CL_2

2

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

5

LI070 6u8 RI070 330R

1

RI084 180R

RI082 6k8

CI062 47u

4 O1 O2 5

CI045 4n7

DI041 BA782S

NH001 CTT5000T

4

(R)

SPARE_BE

3

QR001

EXT_LINK

3 4

3

IIC_DA_2

4

39k 39k

RESET

RR103 1k

2

BS00

2

+5VSTBY

*2

IIC_CL_2

IR004 MC14094BD

CR050 10n

RR026 RR027

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

D

16

GNDD

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

C

15

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

B

+5V

IIC_DA_2

(X,A,S,V)

GNDD

B1

EXT_LINK

5

TR102 BC847B

IIC_CL_1

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

RI073 2k7 CI074 4n7

120p

3 GND

DI040 BA782S

RI041 2k7

(R)

12

GNDD

IIC_DA_1

5

FI020 OFWK9453M

I2

RI056 5k49

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

2

RI043 2k7

JR903 *2

6

1

BS01

TI040 BCR141

PLL

JR904

11

GNDD

(A)

GNDD

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 7

OSC

I1

2

2

MIX B2

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

10

at 100Hz RR910 = 10k

(A,S)

0,1 5 in STBY

JR902

A12

* at 50Hz RR910 = 0R

C_MUTE

KEY_IN_1

IIC_DA_2 IIC_CL_2 A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

L1_INFO

BG_INFO

UP_RES

DEGAUSS

8

0

B3 CR023 10n

1

FI040

3 2

CI064

RI042 4k7

RI040 4k7

5Vpp-H 0

GNDD

RR029 4k7

*3,*4

+5V

MUTE

0

5Vpp-H +U13

0,7 TR002 4,5 in BC848C STBY 5

+U13L

BS02

*2 JR901

RR097 2k2

(L)

LR004 560n

+5VSTBY

GNDD

9

13

GNDD

(H)

SAFE SND_RES

CR041 100p

RR036 1k2

CI066 68p

6k8 DI051 BA782S

JI910

DI071 BA782S

RI071 27R

RI061 6k8 RI059

RI058 5k6

JI901

RR030 68R0

EXT-LINK FB_DET

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

H_PAN_SW (Z)

MARK_E_TING

LDR EXT_LINK

EXT-LINK TR048 BC858C

(H)

(X)

10k

BS02 AM/FM

BS01 AM/FM

CI071 100n

+U13

JR905

14

AV2_8

RR040

CR090 10n +5V

+5VSTBY

(H)

100p

100R

RR049 10k

RR048 330R

GNDD

(X)

100p

CR030

RR019 100R

CR019 100p

TR095 BCR141

(H)

100p

CR032

10k

GNDD

CR049 10n

(H)

100p

CR033

10k

RR031 1k5

BR011

1

GNDD

BG_INFO

CR034 10k

RR039

GNDD

RR018 100R0

AV1_8

100p

RR037

CR101 *2

100R

RR017

CR018 100p

L1_INFO

GNDD

GNDD

CR035

RR038

RR035 RR034 RR033 RR032

RR016

*2 JR908

AFC

CR104 100n

1k

CR017 22p RR015 100R

RR043 56k

GNDD

NORM I_INFO

RR104 820R

RR041

CR016 22p

CR015 22p

LR003 10u

2k7 2k7 2k7 RR014 4k7

CR043 4u7

*2 RR924

330R 330R 330R 330R

GNDD

GNDD

RR013 RR012 RR011 RR010

+U13L

DR104 BZX55B9V1

+U13

+10VSTBY

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY JR907 JR906 *2

BR012

GNDD

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

8 7 6 5 4 3 2 1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

1

1

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

to PVM *4*5

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 47n

RV109 274k

TV108 BC327

RV110 470R DV108 LL4148

RV112 330R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

RR171 *1

GNDD

First issue 07 / 98

RR055

2k7

RR056

2k7

RR057

10k

CR004 100n

100R 100R 100R

RR051

+5V

*2

+5VSTBY

GNDD

GNDD

CR066 180p

RR065 RR063 RR062

GNDD

6 7

GNDD

GNDD

8

4

IR003 M24C32BN1

3 2 1

CR006 10n

CR063 100p

CR005 100p

100p

+5VSTBY

GNDD

Production Connector

100n

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

RR061 2k7 GNDD

GNDD

*1 = see partlist CT 191xx

RX130

*2 = unused option

0,6 RR105 1k74

RR098 22k

TR105 BC847B

CX280 100p

*3 = only RP 19000 00 *4 = only RP 19100 00

3,7

RR085 100R

(A)

AV2_R_IN

(A)

GNDD

GNDV

BX002

MAIN

CR092 470p

(R) MICROPROCESSOR RP 19100.00

to SCI BX002

GNDD

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

GNDS

RX281* 10k

RX107 75R GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

AV1_Y_OUT

4,3

CX120 10u

RX122 33R

AV1_C_IN

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

DX120 BAV103

RX121 NI

GNDV RX221 NI

RX220 75R GNDV

GNDV CX220 10u

GNDV

Mute

n.c.

TAGC

Vo QSS

+US 16,9/10,5 in STBY (13.5 :Dolby)

PI035 2k2

U_SCART

5,3

RX965 100R

3,2

RX955 100R 3,2

5,3

2

RA034 68k

GNDS 16,9 (13.5 : Dolby )

CA028 220n

CA012 470u

GNDP

CA011 100n

CA014 470u

CA013 100n

GNDP

GNDP CA025 RA025 47u 665R

RA026 33k2

CA023

100n

RA023 4k87

RA024 4k02

CA019 10n

CA018 330n

RA028 33k2

GNDS RA027 1k

GNDV

GNDV

CA021 100n

GNDP

6

GNDV

GNDV

BI001 X

MUTE/ ST-BY

GNDS

jump jump X

X X

X

2 CA027 3n3

IA002 TDA7298

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

4

1

CA024 100n GNDP

GNDP

GNDP

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

+5V (P)

TV002 TIP122

IIC_CL_1 IIC_DA_1

(R) (R)

CV002 10u

RV011 47R

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

(P)

BI001*

TX960 BC847B RX961 2k2

T = 64!s

1Vpp-H

+U13

CV012 82p

CV009 100n

DV011 LL42

CV007 1u

RV003 24k9

DV012 LL42

(630mVburst) (R_load>=300R) VIDEO_2 (V)

2,6

(2,1Vpp) (R_load>=300R)

T = 32!s

T = 32!s

U_SCART

2Vpp-H

GNDV

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

RX951 2k2 GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

CX723 10n

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

CV036 100n

7,8 12

CV041 220n 0,7 1

GND_TUNER H_DRIVE (L)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

Y

Y

UIN

BV010 1

T = 32!s

CUTG

CUTB

Phi2 - Loop

(X) SCART-PART JX923*

XP 19100.00 XP 19900.00

(V) VIDEO PART VP 19400.00

G_TXTB_TXT

AUTO-PIX

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

Vertical Sawtooth, S-Correction,

CPHI2 38 2,5 CV047 220p

41

2,4

40

2,3

HDRIVE CSOF 17 5,4

EWIN

GND1 34

30 3,3

32 1,1

CV246 220n

BV001 (CRT-Board) 9 8 7 6 5 4 3 2 1

RV091 4k7

CV092 10p RV061 1k

RV074 820R

RV062 0R RV072 RV071 1k

RV073

0R RV082

RV076 10R

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC857B

100R

RV081 1k

0,7 SENSEM

27

SENSEP

26

13,6

FROUT

25

1,6

RV084 820R

T = 32!s

13,5

RV083

V.Breathing

East-WestCorrection, H.Breathing

13 0 CV213 47p

G_OUT B_OUT

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

2,7

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

LOGIC

Startup - Oscillator

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

100R

3Vpp-H

45

AVERAGE BEAM LIMITER

RGBLIMITER

EWOU 29 4

CVER

BREAT

RV231 100R

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

3Vpp-H

SMPSControl

Protection

100R CV241 100p

CV231 1n

CV206 220n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1 RV216 330R

RV101 CV102 100u

CV103 4u7

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102

CV216 820p

(V) VCC1

DV221 LL4148

BREATHING (L,P)

X X -

7,8 44

47

RGB-VCP-GATE CLAMPING AND DE-MATRIX

VERTICAL-

(L) +U13 RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6 R_TXT

FB_TX

APX

CONTRAST SATURATION BRIGHTNESS Y,U,V

Delay

Soft-

Line-Countdown-Logic

2,6 46

Bus

VPAN-

GNDLI 10

CONVAR

CV032 100n

RV063 50

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTR

CV031 100n

0

RGB-VCP-GATE

YUV

2

DV028 LL4148

4,1 49

AND DE-MATRIX

IV001 STV2162

VDFL

7 HDFL 0,3 8

VIN

VCP GATE CLAMP V U ColorEqualizer

0

DV026 LL4148

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 16 15 14 51

3

I2C-BUS DECODER AND LATCHES

LumaAverageDetector

LumaAverageDetector

2,6

APL

0,9 6

2,6 2

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV023 CV022 100n 100n

2 53

Function 4 YIN

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

LL4148 H_REF (L)

CX724 10n GNDS

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

GNDS

GNDV

3,3 RX920 100R RX921 1k

1Vpp-H

GND_IF (H)

CHROMA_2 (V)

CX950 220n

VCC1

CONVAR

CV006 100u

T = 64!s

T = 32!s

CX965 220n

SECAM

CHROMA_2 VIDEO_2 VIDEO_1 (L,P)

CV011 82p

PAL

3,2Vpp-H CX001 220n

GNDV

GNDV TX920 BC546B

(X) (X) (X)

5Vpp-H

+U13

GNDV

4,6

RV022 15k

0 5Vpp-V

+U13 (L)

RX966 2k2

TX950 BC546B

RV021 47k

T = 32!s

T = 10ms

CV003 22n

RV012 47R

SECAM

9,4

RX956 2k2

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

RV002 680R

26.3

+10V STBY

CX150 DX001 JX920 JX923 RX281 X X -

BA004

GNDP

1

5 7 3

CA022 470u

GNDP

CA020 470u 2

GNDS

EW_DRIVE (L)

XP 19100 00- SCART 100Hz XP 19101 00- SCART 100Hz Sat. XP 19900 00- SCART Asia

R

GNDP

GNDP

RA040

RV001 10k

+UVERT (P)

EW_BACK (L)

DX351 BAV103

1

GNDP

CA010 100n

GNDV * DX301 BAV103

RA014 4R7

+10 V STBY

AGC (H)

CI033 4n7

RI033 1k

TI034 BCR141

AV3_C_IN RX303 2k2

CA008 3n3

CA004 *

3

JI906

GNDV

TX965 BC847B

9,4

RX960 5,3 100R 5,3

RX910 100R

2,7

RI045 68R

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

9,4

RX950 100R 3,2

RX911 1k

GNDV

DA001 LL4148

BA006

RA006 *

IA001 TDA7269

DA002 LL42

+US 16,9 (13.5 : Dolby )

AP 19000.00 AP 19001.00 AP 19010.00

U_SCART

2,6

CX920 220n

RX922 75R

RA016 4k7

4 0

L

GNDP

+10VSTBY (P) RI028 22k

13,5

DX001 * LL4148 GNDV

GNDV

9,4

RA018 22k

GNDP

+US

GNDP

GNDP

TI030 BC858B

1,2

RA017 2k2

0 RA008 *

8

1 L

RA013 4R7

2

TX955 BC847B

2,6

RI039 82R 1,9

1,2 1,3

RI034 1k5

4,6

RX912 75R RX992 1R

JI928

TI032 BC847B

L

GNDV

TX910 BC546B

RI035 68R

5

0

RI038 1k8

TI031 BC847B

0 RI029 22k

1

CI030 10n

5,5

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R

to BP120

1 2 3

n.c.

n.c.

n.c.

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

(P)

(A) AUDIO PART

CI056 4n7

T1_CVBS (X)

JI915 0R0

IX001 MC7809-CT

GNDS

CA015 4u7

RI055 1k

1,1

TI033 BCR141

GNDS

GNDS

1 2 3 4 5

8 9 GNDS 10 11 12 GND1H

GNDS

2 0 R 10

9

0 7 L

RA035 33k

GNDS

GNDS

AFC

VCO1

Vo vid Vo AF

LSWI

Vo CVBS

n.c.

16

15

+10VSTBY

GNDV

RX991 1R

AV2_Y_OUT

RX351 100k

14

0 in norm. I 4,3 in G,D,K,LL'

CI022 4n7

CI052 4n7

PI050 22k

CX002 47u

GNDV

DX220 BAV103

RX350 100k

RI037 470R BG

RI031 1k5

I_INFO (R)

O2

GNDV

VCC_IX

RX301 2k2

GNDS

5VSTBY

BP190

CI031 22u

PI030 2k2

GND

13

11 R

RA022 432R

TA001 BC857B

BA005 2 CA009 100n

CA007 3n3

6

GNDS

RA020 1k5

RA021 1k5

5VSTBY RA002 10k

+ US

RI027 470R

CI055 39p

3,2

GNDV

CX301 10u

12 2,5

QI053 6MHz

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

3

CX910 220n

CX350 22n

11 3,5

RA001 33k

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

-16,9 (-13.5 :Dolby) 1

RA029 2k2

+5 V STBY 5VSTBY (P)

RI053 220R

4 O1 5

20 3,7 19 GNDV 18 17 16 15 14 13 12 11 3,5

GNDV

AV3_Y_IN

10 2,5

RI050 330R

O2

DX001 replaced by jumper in XP 19100 and XP 19101

AV1_Y_OUT

AV2_Y_OUT

9 0

CI053 100n

JX920

U_SCART

DX251 BAV103

17

0 TA002 10V ST-BY BC847B

RA019 10k

C-MUTE (R)

- US

GND

FI015 OFWG3970M

GNDV

RX251 100k

CI072 1n

GNDS

RA005 *

CA003 *

GNDS

0

RA012 *

CA006 100p

GNDS

+5 VP

-US (P)

O1

U_SCART

CX250 22n

RX215 75R

Vi vid

VCO2 8 2,7

CI054 2u2

CX901 220n

RX250 100k

CX726 330p

18

(A,H,R,V)

FI010 OFWK3954M

9,4

CX900 47u

VCC_IX

GNDV

GNDV

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

IX900 TEA6415C

VCC_IX

RX120 75R

STD

CSAGC

7 2,7

AV1_Y_IN

RX900 1R

2 19

RA004 CA002 * *

GNDS

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

Vi SIF

Vi SIF

INSWI

CVAGC

6 0,8

CI046 100n

T1_CVBS ( MAIN-TUNER )

RX151 100k

RX111 75R

GNDV

1,9 20

LI053 6u8

+5V

CVP/2 TPLL

+5V

GNDV

2 21

GND1H (H)

NORM (R)

BG_INFO (R)

RX115 75R

RX116 100k

GNDS

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

TADJ

DA

+30V

RX150 100k

IIC_CL_1 IIC_DA_1

GNDV

5 0,2

CI050 100n

jumper JX920 not fitted in Sat-versions XP 19101

GNDV

GNDV

4 0,2

0 in PAL-BG /H/I/D 4,8 in norm. L'

CX902 10u

VCC_IX

CX130 47p

5

3

HP 19013.00

RX132 100R

RX131 100R

CX150 22n

GNDV

CX722 330p

CR085 10n

TR106 BCR141 GNDD

AV2_L_IN

RX282 6k8

CX282 330p

GNDV

*5 = only RP 19101 00

RX133 100R

RX134 100R

CX140 47p

3 1,8

9,4

100R

RX140 100R

2 I1 I2

U_SCART

4,7 GNDV

RX280 100R

AV2_8 (R)

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

CR001 47u

CR002 10n

5

GNDD

RR060 100R

CR060

CR003 10n

BX001

+5VSTBY

LR005

+5VSTBY

1

(H) TUNER IF PART

2 22

RA009

CA005 100p

RV052 LL4148

2k7

2 I1 I2

RI026 47R

Variant BG / I / L / L' NORM L1 BG Info. I Info. H L H H H L L L H L L H L L L H L H L H

26

4 23

+U13

(A)

1

RI024 1k

(R)

(A)

AV1_R_OUT

G_AV1

(A)

AV1_L_OUT

B_AV1

AV1_R_IN

AV1_8

(A)

(R)

AV1_L_IN

BG I DK / K' L L'

L=0V H=4.8-5V

2 3,2

3

CI007 27p

FI002 38,9MHz

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

1 3,2

RI012 56R

CI009 15p

RI005 15k

RI078 1k

CI070 4n7

2,6 24

CA001 RA003 * *

RA032 10k

FI030

2,4 25

DX001*

2k7

RR053

DI001 BA782S

CI008 100n

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

(V)

AGC (H) *2

RR052

RI003 4k7

RH008 12k

TI010 BCR141

(AV1)

RR050

CL

E_FIELD

AGC

CH009 47p

GNDD

Vi VIF

D03

Vi VIF

D04

CI077 4n7

RI077 22k

RI079 22k

BA002

RA033 10k

3k3

RI025 47R

CI012 4p7

RI023 27R

CBL

D05

17

22

RI054

Vi VIF

19 18

Q3

RI021 820R

CI032 1u

CI060 2u2

TI070 BC847B RI076 47R

GNDS

(R)

Q5 Q4

Vss

CI005 6p8

0 27

0,8

II050 TDA9811/V3

4

TI020 BF799 0,5

L1_INFO

D06

Q1 Q2

16

CI003 6p8

2,8 28

9VREG

D07

20

15

1,2

5 29

CI021 1n

T1_CVBS

Q7 Q6

14

4,2

CI004 4p7

RI004 180R

4,2 30

(V)

A0 Q0

21

13

D01 D02

RI001 10R

RH007 12k

LH004 10u

CI002 5p6

(H)

12

D00

DH001 ZMM33

CH008 470u

RI008 15k

IIC_CL_1

A00

RH002 2k67 RH010 15k

CI010 56p

RI007 15k

RI009 56R

3,2 31

TI050 BCR141

0 in PAL-BG /H/I/D 4,8 in norm. L'

IIC_DA_1

A10

11

A10 E

23

A01

A2 A1

RH001 1k CH010 22u

5 in PAL-BG /H/I/D 0 in norm. L'

(R)

10

CI006 4p7

68p

G Vpp

A02

CH007 4u7

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

4,1

+US (P)

CI041 1n

68p

A3

DS

0

LI020 u33

R_AV1

A11

24

IR002 M27C801-120F1

CH005 100n

RI020 1k8

(V)

A09

9

CH002 22p

GNDD 100R

A08

25

A03

CH006 1n

RH003

A8 A9 A11

26

8

A6 A5 A4

27

7

A04

CH004 100n

RH004 0R

6

A05

CH003 22p

3,2 32

FI001 40,4MHz

DI002 BA782S

QI070 6,5MHz

RI084 180R

RI082 6k8

RI072 2k7

CI073 4n7

RI070 330R

1

120p

TI045 BCR141 CI040 1n

RI019 15R

CI020 10n

CI011 22n

LI070 6u8

GND_IF

DI041 BA782S

RI022 15R

10 11

9

4 O1 O2 5

CI045 4n7

Vi VIF

IF

or ZOOM

A06

CH001 1n

DI040 BA782S

RI041 2k7

RI073 2k7 CI074 4n7

CA16 1n

-US +US

3 2 1 GNDD

GNDD IIC_CL_2 IIC_DA_2

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D

A13

GNDD

to SCI BX001

C

D CR039 100p

GNDD

RR066 100R

or ZOOM/ RR071 *1

+5VSTBY

GNDD

RP C19

CR038 100p

GNDD

CR065 180p

RR070 *1 E_FIELD/

RR084 1k RR099 10k

0

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

A14

IIC-CL-1

+5VSTBY

RR107 1k74

+U13

!

BS04

28

GNDD

BX500

RR106 470R

GNDD

CR037 100p

GNDD

RR076 4k7

CR072 *1 GNDD

+U13

30 29

A13

IIC-DA-1 GNDD

+5VSTBY

RR072 *1

+5V

+5VSTBY

(P)

A17 A14

A7

CR067 220p

CR062

+5V

(L)

A15 A12

5

+5VSTBY

TR091 BCR141

+5V (P)

3k3 LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D

CR075 100p GNDD

GNDD

GNDD

RR075 100R

CR098 10n

+5V STBY (P)

1M 1M

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

5 0

+10VSTBY

3 4

A07

GNDD

GNDD

A E_FIELD

DR091 1N4148 DR090 LL4148 RR093 4k7

CR093 10n

(P)

RR044 RR045 RR100

CR036 100p

MARK-E-TING

MUTE

or ZOOM

MUTE_C

RR091 4k7

MARK_E_TING

GNDD

RESET

C_MUTE

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

MUTE

C_MUTE

IIC_DA_2

CR091 10n

+5VSTBY

(X,A,S,V)

+10V STBY (P)

BS00 A12

+5VSTBY

GNDD +5VSTBY

POWER_FAIL (P) UP_RES

BS05

INT

IIC_CL_1

EXT_LINK

RR087 100R

31

10n RR067 1k

CR022

SND-RES

TV_OFF

CR021 10n GNDD

RR088 100R

CR087 10n GNDD

(H) (H)

Vcc A18

GNDD

CR020 10n

RR086 *2

CR086 10n

8

CI001 1n

R/W RR021 10k

CR011 *2

GNDD

CR110 10n

(A) (X)

A19 A16

AV1_8

(L)

(X,A,S,V)

2

GNDD

RR910 *

SAFE

L1_INFO

AFC

BG_INFO

AV1_8

I_INFO

AV2_8 SAFE

SND_RES

CR010 22p

CR009 22p

AV2_8 +5V

GNDD

7

RI006 15k

32

BS01

GNDD

6

USYS (P)

LR011 2u2

27MHz

IR001 ST90R92

5

FB_AV1

GNDD

4

(V)

GNDD

OSC_OUT

3

(R)

100R 100R

OSC_IN QR001

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

2

CR100 *2

(R)

RR089 RR028

RESET

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

LR002 560n

CR007 100p

(P)

BE_STROB

RR103 1k

CR008 10n

IIC_DA_2

IIC_DA_2

1

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

39k 39k

1

RI043 2k7

+5VSTBY

*2

IIC_CL_2

IIC_CL_2

2

16

GNDD

IIC_DA_1

GNDD

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

CI062 47u

3 GND

NH001 CTT5000T

B1

+5V

3

15

RR026 RR027

M_RES

IIC_DA_2

CR029 10n

EXT_LINK

SPARE_BE

GNDD

IIC_CL_2

5

FI020 OFWK9453M

I2

2

(R)

4

at 100Hz RR910 = 10k

(A,S)

EXT_LINK

JR902

TI040 BCR141

PLL

JR903 *2

CR050 10n

B

+5V

GNDD

OSC

I1

2

2

MIX B2

JR904

IR004 MC14094BD

13

GNDD

TR102 BC847B

C_MUTE

GNDD

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 5

* at 50Hz RR910 = 0R

MUTE

RR029 4k7

0,1 5 in STBY

1

0

B3

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

6

12

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

7

11

+5V

(A,S)

KEY_IN_1

IIC_DA_2 IIC_CL_2

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

DEGAUSS

L1_INFO

BG_INFO

UP_RES

EXT-LINK

10

RR097 2k2

SAFE SND_RES

5Vpp-H CR023 10n

GNDD

RI056 5k49

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

RI040 4k7

5Vpp-H 0

+U13

BS02

GNDD

SND_RES

(X)

0

FI040

3 2

CI064

JI910

LR004 560n

0,7 TR002 4,5 in BC848C STBY 5

+U13L

RR030 68R0

EXT-LINK FB_DET

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

MARK_E_TING

H_PAN_SW (Z)

LDR EXT_LINK

TR048 BC858C

(H)

(X)

CR041 100p

RR036 1k2

*3,*4

8

14

AV1_8

100p

+5VSTBY

RR049 10k

GNDD

AV2_8

100R

*2 JR901

TR095 BCR141

(H)

CR030

RR031 1k5

CI066 68p

6k8 DI051 BA782S

RI058 5k6

JI901

JR905

+5V

+5VSTBY

(H)

10k

GNDD

CR049 10n

(H)

10k

RR040

CR090 10n

RR048 330R

GNDD

(H)

RR039

RR019 100R

CR019 100p

9

BG_INFO

100p

DI071 BA782S

RI071 27R

RI061 6k8 RI059

+U13

1

CR018 100p

AFC

100p

CR032

GNDD

RR018 100R0

L1_INFO

CR033

10k

CR101 *2

100R

RR017 *2 JR908

GNDD

NORM I_INFO

10k

RR038

RR035 RR034 RR033 RR032

RR016 RR043 56k

GNDD

GNDD

100p 100p

RR037

1k

CR017 22p RR015 100R

CR043 4u7

CR104 100n

RR041

CR016 22p

RR104 820R

CR035 CR034

BS02 AM/FM

BS01 AM/FM

CI071 100n

(V)

RR014 4k7

STB_LED

GNDD

CR015 22p

LR003 10u

2k7 2k7 2k7

+U13

DR104 BZX55B9V1

BR011

GNDD

+5VSTBY

RR013 RR012 RR011 RR010

+U13L

BR012

*2 RR924

GNDD

330R 330R 330R 330R

GNDD

JR907 JR906 *2

+10VSTBY

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

8 7 6 5 4 3 2 1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

1

1

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

to PVM *4*5

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 47n

RV109 274k

TV108 BC327

RV110 470R DV108 LL4148

RV112 330R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS

BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES

ICC19 - CHASSIS MAIN BOARD

UP-CONVERTER MODULE

TMS4C2970 VIDEO MEMORY

DIGITAL CONVERGENCE UNIT

VIDEO MODULE - VM19100

D/A

A/D

TERRRESTRIAL TUNER

HEADPHONE AMPLIFIER MC33076P1

D/A D/A A/D

IF

FB_AV1

AM

D/A

A/D

D/A

HEADPHONE CONNECTOR

V

SCART INPUT-OUTPUT BLOCK

AV2_LOUT

AV1_ROUT

VIDEO_1

U

4 bit UV

8 bit Y

U2H

P L L

19 SCLM 18 SDAM

COLOUR TRANSIENT IMPROVEMENT

VSYNC

to BSVM 0N / OFF (DV09)

WHITE STRETCH

STV2165

TDA9141

9

PORA

BLACK STRETCH

PD

PD

IIC_CL_2

OSC. DEFL.

OSC. DISP.

32 MHz

27 MHz

WDG +5V GND +15V GND -15V GND -47V +47V

1 2 3 4 5 6 7 8 9

PORA

26

AV3_C_IN

CVBS_SAT

VCC LIN

11

1 YOUT

WS

WhiteStretchFunction

1x

5V I2C-BUS DECODER AND LATCHES

LumaAverageDetector

A A A

BE-STROBE

ST9

CHROMA_2

VIDEO_2

7 HDFL

Line-Countdown-Logic

POW. AMPL. RH

PRE AMPL. RV

USYST GND +26V

BR01 4 3 2 1

RHD RHR RVD RVR

R_TXT G_TXT B_TXT FB_TXT SSC SLICE

VIDEO_1 M3LBUS

CHROMA_2

VIDEO_2

IFAFC

SSC

B_TXT

G_TXT

R_TXT

FB_TXT

CONTRAST SATURATION BRIGHTNESS Y,U,V

50 46 47 48 44 45 APX FB_TXT R_TXT G_TXT B_TXT VCC GND VID VID ICUT 43 RGB-VCP-GATE CUTOFFCLAMPING MEASUREMENT AND DE-MATRIX VABL 39 Bus AVERAGE BEAM R_OUT 42 LIMITER AUTO-PIX

VCCD +5V

DAGH

FILTER GH CK46/LK03/CK47

GH

44

BUFFER GV IK03

DGV

FILTER GV CK58/LK09/CK59

GV

48

BUFFER BH IK02

DBH

FILTER BH CK49/LK05/CK51

43

BUFFER BV IK03

DBV

FILTER BV CK61/LK11/CK62

PRE AMPL. GH

POW. AMPL. GH

BG01 4 3 2 1

DAGV

DABH

3 2 1

21 SCLS 20 SDAS

Startup - Oscillator SLPF

GNDLIN

GVE

PRE AMPL. GV

GHD GHR GVD GVR

CONTROL

29

VPANDelay

VCP VBLK HBLK

Vertical Sawtooth, S-Correction, V.Breathing

VERTICAL-

G1

21

TXTOUT 36

HFLYInterf. HFLY 33

CPHI2 13

I 38

G

2

B

6

R

HDRIVE CSOFT 17

GND1 34

EWIN EWOUT CVERT 30 32 29

Protection BREATH

SMPSIN 31

28

MEGATEXT DECODER

VERTICAL AMPLIFIER TDA8177F

SENSEP FRAME_DR

~ UREF

+ R sens

BP05 2

VPR1

2

1

VSAW

1

BEAM_INFO

+US SAFETY CIRCUIT

EW_DRIVE EW_BACK

B

G

R

TT08

TT09

TT010

LINE DRIVER CIRCUIT

BEAM_INFO

BT006

From BK01 DCU

TL030

BV16

+USYS

BG06 1

G2G

2

RV45 DV18 - DV19

G2B

3

G2R

G2G

PWR SUPPLY PRECHARGING

VPARA ( from Filter VPAR )

DYN. FOK. TV10

PORA (from 9/IC01)

1 2 3 4 5

G2B

BSVM 0N / OFF DV09

+250V HTR HTRG SAFE

BV06

-12V +15V +13V

-15V SMOOTHING CAPACITORS CP209-CP210

6

+15V

1

BP020

BLUE GAMMA SAMPLE A. HOLD PULSE FORMER TS01-2-3-4

BLUE GAMMA DC - LEVEL TV04 - DV04

PEAK LEVEL CLIPPER TV20 - DV02

BV04

POWER CONTROL (TEA2261)

SMPS_OUT

POWER

BL035 2 1

BSVM ICUT GND VIDB GND VIDR GND VIDG +13V

1 2 3 4 5 6 7 8 9

ICUT

BSVM

VIDB1 BSVM

VIDB

DRIVER CIRCUIT DP218 - DP219 FOLDBACK POINT CORRECTION RP240 - DP240 SOFTSTART-CIRCUIT RP243 - DP243

1 2 3 4 5 6 7 8 +13V 9 10

1 2 3 4 5 6 7 8 9 10

VIDR BV03 B

VIDG +13V

RP210.. RP213 STARTUP

POWER STAGE TP220

+47V

1 2 3 4 5 6 7 8 9 10 BV01 R

HTRG HTR GND BSVM GND VID* +13V +250V

+ 250V SUPPLY CURRENT WATCHDOG

FROSIN-CONTROL DP231 - DP232

SWITCH-OFF CIRCUIT TP222-TP223

TON-MIN-CONTROL RP232 - CP231/CP232

PEAK CURR. LIMITER DVO7/27/28 TV11/14/08/07

BV09

8 TO MAIN BV10 CONVAR.

+5V

VOLTAGE REGULATION TP270

OVERVOLTAGE PROTECTION CIRCUIT DP235 - DP237

SMPS ON/OFF TP238

BV02 G

*SIGNAL DISTRIBUTING ( to BK11 - CRT G / B / R )

9

DCU SAFE

OPTO COUPLER SAFETY CIRCUIT TP271

MIS BP203

RECTIFIER DP201

VPSE

SWITCHED MODE TRANSFORMER (SMT)

+13V MODSAFE

G2R

+1KV GENERATOR

1KV

+5V

-15V

SMT LP250

-47V

BIAG

SMPS_IN

TV_OFF

DEFLECTION

1 2

+13V

-US V_SAFE

LINE TRANSFORMER(DST) USYS

POWER SUPPLY CONVERGENCE PS 2

BV12, 13, 14/A

V - PULSE GEN. CV41-RV55 DV17-CV43

BK*05

+250V

4

2200u

H_REF H_DRIVE

DVT

+47V -47V +15V -15V

VPR1

10R

G2

R*,G

+12V -12V

G - MAC GND R - TXT G - TXT B - TXT GND SCL SDA

BV05

+12V

FOK

SPOT KILLER AND AUXILARY COMPONENTS

BIAS

BLUE GAMMA CORRECTION

BL035 MAIN

KEY PRE - CORRECTION )

RP50...RP55 BF01

IF01

SMPSOUT 37

BEAM_INFO

V_SYNC

IT01

+250V

G1

BM*10

DCR

BP260

HDEFL2

KEY PRE - CORRECTION )

B

VPR2

FROUT 25

BHD BHR BVD BVR

G2G3

AQU

VIDEO

VIDEO DELAY

POW. AMPL. BV

DEFLECTION SPLITTING VERTICAL

SENSEM

CONV.

CURRENT SENSE

BV12, 13, 14/B

HFB

HDEFL1

VPR1( from VERTICAL PIN AND G VPR2 ( to VERTICAL PIN AND

SENSEP 26 SMPSControl

PRE AMPL. BV

VIDEO AMPLIFIER

10 9 8 7 6 5 4 3 2 1

SECONDARY VOLTAGES

SENSEM 27

East-WestCorrection, H.Breathing

4 3 2 1

IB12

BVE

BV

BB01

POW. AMPL. BH

DEFLECTION HORIZONTAL

SSC 35

SSC GENERATOR

Start

PRE AMPL. BH

SIGNAL ADDING

1 2 3 4 5 6 7 8

TK20 - TK22 - TK24 - TK26

B_OUT 40

HEATER

BSVM DEFLECTION COIL

30

BUFFER GRID - VIDEO

TO H-Pulse Shaper (22/IK01)

4

ANODE

CURRLIM

BK*11 HTRG HTR GND BSVM DCR *BIAG VIDEO +12V

POW. AMPL. GV

ICUT

BV05 (DCU)

IR01

28

8

H+V

IT02

B - TXT G - TXT R - TXT FB - TXT GND

RESET

ZOOM

BK01 6 5 4 3 2 1

Bus

LOGIC

10

G_OUT 41

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

4

3 2 1

CATHODE

IB12

BV001 R

HTR

USYST

HTRG

+26V GND USYST

BK07 ICUT BEAM_INFO

M SAT TV_OFF

B - TXT G - TXT R - TXT FB - TXT GND

BSVM POWER OUTPUT

BSVM PULSE GENERATION

3 2 1

BM*01

POW. AMPL. RV

IG11

BREATHING

I/O I/O I/O I/O

R O

AND DE-MATRIX

YUV

SoftPhi2 - Loop

256Kx4 DRAM

(A=A/D CONVERTER)

RGB-VCP-GATE

R-G-B-MATRIX PAL/NTSC

6 VDFL

DEGAUSS

FEATURES MODULE

I/O

ROMLESS MICRO

4094 BUS EXPANDER

51 49 15 14 CUTR CUTG CUTB CONVAR

2H

I2C-CLK2 I2C-DAT2

L1INFO

NORM BGINFO

M3LBUS I2C-CLK2 I2C-DAT2

VIN

IV001 - STV2162

8 LDFL

22MHz

UIN

5 APL

R_AV1 G_AV1 B_AV1 FB_AV1

AV1_R_IN AV1_L_IN

AV1_8

AV1_ROUT AV1_LOUT

EX_LINK

AV2_L_IN AV2_R_IN

1x

16

23

VCP GATE CLAMP Y U V ColorEqualizer

REFERENCE

LumaAverageDetector

I2CBUS1 AV2_Y_OUT

CONVAR

53 19 18 20 24 22 23 SCL V5V COLM SDA REG VCC1 IREF Y ON/ OFF VOLTAGE- AND CURRENT-

4 YIN

SOUNDRESET CENTERMUTE

RVE

RV

DGH

BV10 56

12

SCART

AV2_8

FILTER RV CK55/LK07/CK56

BUFFER GH IK02

1x

AV2-IN-C AV1

AV1_Y_OUT

MAIN-V

MAIN-U

IIC_CL_1

IIC_DA_1

VDFL

VIDEO

1x

AV2-IN-Y

AV2

KEYBOARD

PRE AMPL. RH

to G2 (R,G,B) CRT BK05

VIDEO MATRIX

From BV09 (DCU - Peack Curr. Limiter)

To BT006 DVT

AV3/4_Y_IN AV3/4_C_IN

AV3_Y_IN

ZOOM

DRV

BUFFER RV IK03

49

DABV VIDR VIDG VIDB VBLK

CHROMA_1

1x

TEA 6415

HDFL

LDFL R_AV1

AV3

VIDEO_1

1x

AV1_Y_IN

MAIN-Y

SCART AUDIO CONNECTIONS

IK01 STV2040

PWAT

PWRS

27

I2CBUS1

RH

IG11 UNDER VOLTAGE WATCHDOG TK03/TK04

IIC_CL_2

IIC_DA_2

MAIN-Y

VDFL

HDFL

MAIN-U

GND SCL SDA

+6dB

First issue 07 / 98

FILTER RH CK43/LK01/CK44

SIGNAL GENERATOR

BK10

BR010

+6dB

RP C19

45

DARV

-12V

I2CBUS1

SCI 19003

KB_COLUMN_1 KB_COLUMN_2 KB_COLUMN_3 KB_COLUMN_4 STANDBY LED KB_ROW_3 KB_ROW_2 KB_ROW_1 INFRARED

DARH

DRH

BUFFER RH IK02

+12V

AV4_Y_IN

AV4_C_IN

OSC. ACQ. 12/16/ 18 MHz

HDFL Buffer

Bus Expander TCE2ACU

IIC_CL_2

LDR

50

SUPPLY. ( DCU - BK04 )

IIC_DA_2 BA04

AMPLIFIER

AV4_L_IN

IIC_CL_1 IIC_DA_1 AV2-PIN8 AV1-PIN8 AMBIENT LDR

3 X CRT : CRT G - CRT B - CRT R

CK66/RK06/CK31 ( to Dyn. Focus )

BK04

AV4_R_IN

EEPROM

VPR2

KEY

IA10

D/A

PD

VPR1

IP02 - RP ...

VPARA

FILTER VPAR

IK02 BUFFER VPAR

CRT - VIDEO AMPLIFIER

MEMORY IK08 / IK15

TRAP

IIC_DA_2

IA002 TDA7298

DACF

IA10

EDGE REPLACEMENT

MIX

CVBS-SAT AV4

34

SYNH

PEAKING& CORING

DMU0 CORE

A/D

3.58

DELAY

V2H

DIGITAL PROCESSING

4.43 CHROMA DECODER

SYNV

22

BM*02 C L A M P

SSC

AV3_L_IN

V1H

SYNC AQUISITION

BOOMER

AV3_R_IN

AV2_LOUT

Y2H

Y

I2CBUS AV2_ROUT

U1H

HSYNC

AV2_ROUT I2CBUS1

AV1_LOUT

AV3_R_IN

AV3_L_IN

AV2_R_IN

AV2_L_IN

AV1_L_IN

SOUNDRESET CENTERMUTE

AV1_R_IN

BYPASS

F I L T E R

CHROMA_1

IS60 BS03

GROUP DELAY CORRECTION

Switching

MAIN-V

NORM BGINFO L1INFO IFAFC

FM DEMOD + NICAM DECODER

B_AV1

VERTICAL PIN AND KEY PRE - CORRECTION

PIN 55

Y1H

M a t r i x

G_AV1 RIGHT

BA06

VPSE

TK09 H - PULSE SHAPER

I2C BUS

R_AV1

D/A

DIGITAL SIGNAL PROCESSOR

HFB

2H PSI

LDFL

I2CBUS2

1H PROCESSING

INTERNAL SPEAKER SOCKETS

IA01

From Power Supply PS ( BP 260 )

AGC

FM 1

TDA4665T

LEFT

Ctrl

FM 2

POWER AMPLIFIER

8 bit Y

SATELLITE TUNER

I2CBUS1

TDA7269

IS40 MSP 3410

DELAY LINE

4 bit UV

BA05

AUDIO PROCESSING

IP250 3

BP208

BP201

BP202 CP201 LP201 CP202

BZ002

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

1

134.6 RZ017 22K0

to BR008

BZ003 H_PAN_SW: PAN-off: 5V (PAN-on: 0V)

1

DZ001 BZX55B3V3

RZ012 3K3

CZ013 22N0 4/3 : 4.5 PANORAMA (ZOOM2) : (0)

0.7 (0)

TZ018 BF422

RZ018 0 3K3

TZ012 BC547B (3.5)

130Vpp

40V 150Vpp

50V 180Vpp

(0)

CZ018 22N0

BL035

RZ021 220K0

133.7 (65.4)

CZ022 100N0

to chassis BP110

134.6 RZ017 22K0

to BR008

H_PAN_SW: PAN-off: 5V (PAN-on: 0V)

1

DZ001 BZX55B3V3

RZ012 3K3

CZ013 22N0 4/3 : 4.5 PANORAMA (ZOOM2) : (0)

0.7 (0) RZ013 10K0

RZ018 0 3K3

TZ012 BC547B (3.5)

CZ018 22N0

0

RZ034 4K7

DZ033 EGP10D

RZ035 4K7

DZ034 EGP10D

TZ018 BF422

(0)

RZ021 220K0

133.7 (65.4) RZ022 10K0

H

1

to Chassis

T=10ms

130Vpp

40V 150Vpp

50V 180Vpp

PVM BL035 BZ034 1

0.2 (0.1)

2

white

-38 (65.5) RZ024 -6.5 TZ026 A DZ026 10K0 (0.5) TR03-400T TZ022 BYW76/RGP30J BF423 G K CZ026 RZ026 4N7 1K0 -39 (-0.2)

CZ034 2U2

BZ033

CZ022 100N0

133.9 (65.8)

CZ029 290N0

CZ033 560N0

1

DFB 19200

1

RZ034 4K7

DZ033 EGP10D

RZ035 4K7

DZ034 EGP10D

BL500

2 1

RZ023 10K0

4.5 : Mode 4/3 or PAN_off (4.5) : Mode Panorama

COMPONENT SIDE - CÖTE COMPOSANTS BESTÜCKUNGSSEITE - LATO COMPONENTI LADO COMPONENTES

SOLDER SIDE - CÔTE SOUDURES LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS

www.rtv-horvat-dj.hr Updated 11 / 98

L

2

PVM.19200.00

T=10ms

70

CZ021 330P0 0 (0.7)

2

BZ003

CZ033 560N0

1

2

Piece de securite N'utilisez que les pieces d'origine

1

BZ033 1

1

to DFB or SFB/EFC BL506

Safety Part When repairing, use original part only

3

CZ029 290N0

Mode Panorama

BZ001 USYS GND UVERT

133.9 (65.8)

T=32us

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

3

CZ034 2U2

RZ023 10K0

BZ002 2

2

white

-38 (65.5) RZ024 -6.5 TZ026 A DZ026 10K0 (0.5) TR03-400T TZ022 BYW76/RGP30J BF423 G K CZ026 RZ026 4N7 1K0 -39 (-0.2)

4.5 : Mode 4/3 or PAN_off (4.5) : Mode Panorama

1

BZ034 1

0.2 (0.1)

RZ022 10K0

RZ013 10K0

PVM

70

CZ021 330P0 0 (0.7)

2 3

T=10ms

2

to chassis BP110

BZ001

0

to Chassis

T=10ms

red

3

T=32us

red

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

2

USYS GND UVERT

PVM.19100.00

Mode Panorama

1

1

to DFB or SFB/EFC BL506

PANORAMA MODULE

ICC19 100 Hz First issue 09 / 97

MAIN BOARD - PLATINE PRINCIPALE - CHASSIS GRUNDPLATTE - PIASTRA PRINCIPALE - PLATINA PRINCIPAL

SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS

MAIN BOARD - PLATINE PRINCIPALE - CHASSIS GRUNDPLATTE - PIASTRA PRINCIPALE - PLATINA PRINCIPAL COMPONENT SIDE - COTE COMPOSANTS - BESTÜCKUNGSSEITE - LATO COMPONENTI - LADO COMPONENTES

SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS

PICTURE IN PICTURE - MODULE IMAGE DANS L'IMAGE - BILD IM BILD BAUSTEIN - MODULO IMMAGINE NELL' IMMAGINE - MODULO IMAGEN EN IMAGEN

BT005

IY006 MC7808CT

8

+8V

7

29

RY010 82K0

RY002 CHROMA_2 GND_1H VIDEO_1 GND_1H SSC_1 V_SYNC_1 VIDEO_2 GND_2H FB_TXT B_TXT G_TXT R_TXT

QY001 4M433619

CY009 100N0

QY002 3M579545

GND_1H

GND_2

GND_2

RT012

100R0

RT013

100R0

RT014

100R0 CT011 22P0

8

6

RY014

100R0

5

RY015

100R0

2 1

CT012 22P0

CT009 100N0

CT007 15P0

RT011 10K0

GNDD

CT039 22N0

5VTXT

GNDD

5VTXT

GNDD RT042 475R0

TT012 BC847B RT002 0

TT002 BC857B RT003 1K0

TT001 BC847B R

+8V'' RT033 820R0

B

+8V''

RT037 0

CY031 100N0

CY012 47P0

GND_2

GND_1

GND_2

UV1 UV2 UV3 YQ0 YQ1 YQ2 YQ3 YQ4 YQ5 BLN

TT003 BC847B

RT004 1K0

RT030 820R0

20

11

21

10

22

9

23

8

24

7

25

6

26

5

27

4

28

3

29

2

30

1

31

+5V' CY036 10U0 63V

GND_1

VSP

SCL

HSP

VSS

SEL VDD

LL3I UVIN0

VSSA

UVIN1

ANACON

UVIN2

OUT3

UVIN3

OUT2

YIN0

OUT1

YIN1

VSS

YIN2

VDDA

YIN3

VREF

YIN4

ADR

YIN5

XQ

VDD

XIN

HSI

VSI

CY014 100U0

GND_2

DY002 1N4148

13 GND_1 11 CY037

100P0

10 RY040

0

9 RY041

0

8 RY042

0

7

CT013 22P0

CT004 47P0

CT003 47P0

1 2 3 4 QT001 5 20M48 6 47P0 7 CT005 2 1 CT006 8 15P0 9 10 GNDD 5VTXT 11 CT008 CT002 12 100N0 GNDD 100N0 13 14 15 RT009 475R0 16 17 RT008 CT001 18 1K5 100N0 19 20 GNDD 21 22 23 24 25 26

RY043 560R0

GND_1

6

CY040 100N0

4 3

IT001 SDA5275-2S CLK_IO TCSQ/FLD VS/VCS HS XOUT XIN GPO TM CVBS VDD1 VDDA VSSA1 VDD2 RES VDD3 VREF VDD4 A8 A7 A6 A5 A4 A3 A2 A1 A0

INTQ ICEN SDA SCL CORQ BLAN B G R VSS1 RGB_GND VSSA2 VSS2 VBB VSS3 CASQ VSS4 D3 D2 D0 D1 WEQ RASQ A11 A10 A9

52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

CT014 47P0

LT002 10U0

DT008 LL4148

TT007 BC847B

RT023 47K0

RT024 47K0

DT002 LL4148

5VTXT RT016 2K2

5VTXT

DT011 LL4148

GND_1

GND_2

GND_2H

GND_1H

GND_2

DT004 LL4148 DT007 LL4148

GNDD

CT021

100N0

GNDD RT020

56K0

GND_1

GND_1

GND_1

1

CY042 15P0

GND_1

DT010 LL4148

CY043 15P0 GND_1

JY901 0 GND_1

RY046 6K8 GND_1

CY044 100P0 GND_1

DT006 LL4148

DT001 LL4148

BT006 6 5 4 3 2 1

DT003 LL4148

CT015 CT022

330N0 100N0

DT009 LL4148 GND_3

5VTXT

B_TXT G_TXT R_TXT FB_TXT GND_3 CORQ

DT005 LL4148 GND_3

RT019 4K7

GNDD

B_PIP GNDD

G_PIP

GNDD

5VTXT

R_PIP

+8V 1 2 3 4 5

DQ1 DQ2 WE RAS N.C.

VSS DQ4 DQ3 CAS CE

IT002 DRAM 1M*4 HYB514400BJ-80

A0

A1 A2 A3 VCC

A8 A7 A6 A5 A5

26 25 24 23 22

JB014 0

GND_3

LY004 33U0

CY051 100N0 1

18 17 16 15 14

+8V'' RT043 820R0

RT045 820R0

RT047 820R0

GNDD

4 CT026

47N0

GND_3 RT046 2K0

CT016 100N0

2 3

RT044 2K0

CT027 47N0

GND_3 RT048 2K0

RT005 8K2

5 6 7 8

IOCNTR

Vp VIDIa1

IY005

FBI1

VIDIb1

TDA8601

FBI2

VIDIc1

VIDOa

VIDIa2

VIDOb

VIDIb2

VIDOc

VIDIc2

GND

CT028 47N0

GND_3

TDA 8601 LOGIC PIN5(I/O)

O/P

HIGH

TEXT/OSD

LOW

PIP

ICC19 100 Hz Updated 11 / 98

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Safety Part When repairing, use original part only

Piece de securite N'utilisez que les pieces d'origine

FBO

SEL

R_TX

GND_1H

47N0

RY045 560R0

2

B_TX

GND_1H

CY047 RY044 560R0

QY003 20M48 -

for RP

9 10 11 12 13

5V

GNDD 5VTXT RT006 12K0

JY027

47N0

GND_1

G_TX

JB010 0

47N0

CY046

+5V'

5

FB_TX JY025

GND_1 CY045

+8V

RT007 3K3

+8V''

CY039 100U0 25.0V GND_1

CY038 100N0 GND_1

RY038 33K0

RY039 33K0

+5V'

12

GND_1

+8V

+5V'

14

LY001 33U0

25V

GND_2

15

CY035 100N0 GND_1

GND_2

16

100N0

CY018

GNDD

TT008 BC857B

19

32

GND_3

JY001

First issue 11 / 98

UV0

GND_3

GND_2

18 RY036 470R0

GND_1

12

LL3

GND_3

TT011 BC847B

GND_3

RT031 0

TT009 BC857B

TT010 BC857B

FB RT040 470R0

+8V''

GND_2

+5V' CY011 47P0

GNDD

CT020 47P0

RT034 0

CY057 1U0

GND_2

CY017 100N0

3

5VTXT

GND_1H

RT036 820R0

RY021 470R0

4

GNDD

G

CY016

100N0

7

GNDD

+5V'

CT010 470U0 16V

RT001 100R0

CY030

GND_2

TT004 BCR141

RT021 3K3

CY029

TT006 BC847B

LT001 10U0

5VTXT

9

5V

GND_1H

CY056

10

GND_2

LY002 33U0

CT017 330N0

CY028 GND_2

GND_2

13

Vss

17 RC 18 GND_1 VSSA 10N0 19 YIN 1U0 20 VREFL 10N0 21 UIN 22 VREFH 10N0 23 YIN 24 VDDA 25 YD0 26 YD1 27 YD2 28 VDD CY032 100U0 25.0V

11

CY013 100N0

ZY001 1.25

BT021 12 11 GND_1H 10 9 8 7 6 5 GND_2H 4 3 2 1

GND_2

14

CNEG

VSS0

+8V'

LY003 10U0 P

100R0

CY006 100N0

CY007 15P0

CY008 15P0

GND_2

32

100R0

12 RY013

CY053 470P0

ISC

GND_2

IY004 SDA9189 SDA

16 15 14 13 12 11 10 9

B_PIP

28

31 CY010 6N8

GND_2

1 2 3 4 5 6

27

30

TO PIP-TUNER BD

BT004

CY005 100N0

GND_2

OPA (15/IY001) OPB (16/IY001)

1

OPB

CY002 100N0 GND_2

+13V

2

26

+13V

0W25

R_PIP

5V

3

25

100R0

5V

OPA

24

100N0

CY001

RY008 470R0

RY007 470R0

23

100R0

13 RY012

RY019 470R0

GND_1 16

17

GNDD

GND_1H

4

22

+8V'

14 RY011

CY054 390P0

RY017 330R0

GNDD

5

+13V

TY002 BC847B

ICC_CL_1

21

RY050 1K8

RY009 12K0

RY006 0

ICC_DA_1

6

ICC_CL_1

RY001 100R0

GND_1H

7

ICC_DA_1

GND_1H M3L_ENAB M3L_CLK M3L_DATA +5V M_RES

CY003 3N3

GND_2 8

20

CY015 100P0

15

15 RY032 56K0

GNDD

+8V' BT010

19

CY004 1U0 100V

16

RY035 18K0

IY003 SDA9187

CY033 56N0

RY020 220R0

RY057 0

GNDD

RY005 470R0

18

GND_2

GND_2

RY004 470R0

17

RY051 100R0

GNDD

TY001 BC847B

TY005 BC847B

RY018 220R0

RY016 360R0

GNDD

GND_2

OPB IY001 TDA9143S1 CLP/HA O P/LLC F I/O P Uout B Vout G Yout R VA A(VBS) SC Fscomb DGND HPLL DEC C Vcc Y/CVBS SDA AGND SCL FILTref Vin CPLL Uin XTAL -(B-Y) XTAL2 -(R-Y) SECref

OPA

RY003 0 GND_2

CY050 100N0

TY004 BC847B

CY034 1N5 OPB

ICC_CL_1

1

GND_1H

TY003 BC847B

OPA

GND_2

2

ICC_CL_1

PIP

GND_1

GND_1 RY055 4K7

GND_2

-

ICC_DA_1

CY052 470P0

+8V'

GND_2

+13V ICC_DA_1

3

-

4

+13V

RY056 4R7

+8V'

+8V'

GND_2

DTP.19010

5

GND_1H

CY019 100N0

2

FB_PIP G_PIP

6

MARK_E_TING

JY045

1

CY020 100N0

CLP

GND_2

+10Vstby

3

GND_3

+5Vstby

   



 /0().'!"* ,0/.-+ -#$%&

   !" '() && ,
$%#+*  0/.--,+*

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

*

*

CP05 68n

BP01

CP061 u47

BP05

TO DEGAUSSING COIL

IP050 MC7809-CT 2

0

RP061 270k

CP055

CP053 330p

CP054 470u

RP054 *

GND1

DP053 RGP15G

RP053 0R

RP055 15R

CP050 330p

o

-2V

15Vpp-T=32!s

0,8

U MAINS 220V

2,4

9

different comp. MIS.19101 100Hz/+relay MIS.19111 100Hz/+relay MIS.19112 100Hz/+

*

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP08 RP09 SP05 TP08 X X X 1.5mH X X X X 150u X X X X X X 150u X X X X X X X X

11

0,9

12

13

OSC

OVER LOAD

DESIGNATON POWER PP.19100.00, PP.19101.00, PP.19110.00, PP.19111.00, PP.19120.00

CP067

PP 19100 00 10353750

PP 19120 00 10561980

100Hz/Dolby

100Hz/Stereo

100Hz/Stereo

100Hz/Stereo

-

X

-

X

150p

470p

150p

470p

X

-

X

1n

470p

1n

470p

CP112 CP120

3n3 330u/25V

3n3 470u/35V

3n3 330u/25V

3n3 470u/35V

1n 3n3

470u/35V

CP121 CP126 CP146 DP018/019 DP027 DP028/034

470u/35V X X 1N4148 -

470u/35V X X X 1N4148 X

1000u/35V

470u/35V

470u/35V

X X 1N4148 X

X JUMPER -

DP108/109 DP110 DP113 DP126 DP140

BYW029-150 RGP50M MUR160 X BYW29-150

BYW029-150 RGP50M MUR1100E X BYV63-150

X X 1N4148 X RGP50M MUR110E MR822

RGP30D RGP50M MUR1100E MR822

RGP30D RGP50M MUR160 MR822

JP302 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020

X 139V 136V 130V 142V 10397920

JUMPER 139V 136V 130V 142V 105u 10397920

X 139V 136V 130V 142V 10549750

JUMPER X 139V 136V 130V 142V 105u 10459670

X X X 139V 136V 130V 142V 10549720

4u7

X 2u2

4u7

JUMPER X 6R8 11k 4k22 X X X 22k 220k 18k X X -

X X 6R8 47k 12k7 4k22 X X X 10k 82k 12k X X X

JUMPER X 6R8 11k 3k65 X X X 24k 274k

LP021 LP040

LP042 RP026/028 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138 RP139 RP151 TP025/026 TP129 TP162

-

18k X X X

X 2u2

X X 6R8 47k 12k7 4k22 10k 82k 12k X X X

CP021 150p

9

0,1

7

4,9

6

5

4

0

3

0

2

0,4

12

o

RP067 1k

*

RP066 *

RP063 10k

TP027 BC847B

RP062 1M

GND1

0

RP064 1k

CP101

GND1

GND1

CP068 470p

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

JUMPER 6R8 11k 3k65 X 24k 270k 18k X

!

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

RP163 2k2 RP161 330R

GND1

Deflection - Basic Partlists 100Hz DP 19100 00 10 34 99 80

JL943 LL001 LL001 RL052

BYT08-400 BYT01-200

10 46 87 60 10 25 84 40

X Inserted Not inserted

GND2 3

RP139

T = 32!s

RP151 12k

0,7Vpp-H

*

GND2

GND2

CT 19103 34 10 55 60 10 28"MP AK

BL013 BL052 CF002 CF028 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL036 CL037 CL067 CL084 CL211 DF011 DL023 DL032 DL034/36 DL046 DL057 DL157

DL071 DL092 DL334/36 JL932 JL933 JL934 JL936 JL985

*

RP138

GND2

CT 19105 37 10 35 15 30 28"MP INVAR 25"SF INVAR 29"SF INVAR

GND2

10k

RP159 330k

GND2

(V)

H_DRIVE

RL003 2k2

RL004 1k

LL006 3u3

RL002 3k3

CL002 560p

0,5

(V)

LL031 1

6

5

2

(L)

UVERT

SMPS

CT 19251 40 10 57 85 50 28"SF INVAR 32"SF INVAR IM/MM+PVM

680p 1u0

680p 1u0

680p 1u0

680p 1u0

680p 1u0

2n2 1u0

2n2 1u0

2n2 1u0

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n0/2KV 12n4/2KV 22n0/1K0V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

2u2 460n0/400V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V

410n0/400V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

BYR29F-600 MUR1100E BAV103 LL4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103 LL4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148

BYR29F-600

BZX55C33

BZX55C33 1N4148

BZX55C33 1N4148

BZX55C16 1N4148

BZX55C33 1N4148

BZX55C24 1N4148

BZX55C24 1N4148

BZX55C24 1N4148

100n0 3n9/400V 470p0 DTRANS 68.0V

MUR1100E BAV103

RL018 39R

(L)

DL023 *

RL014 39R

*

CL037

JL936

*

250V

LL030

RL129

*

LL029 * 4

RL029

*

CL027 1n

* = see CT 19xxx xx = see DP 19xxx xx

T = 10ms

TL028 TIP122

*

LL008 LL029 LL031 LL033 LL034 LL037 LL046 LL047 LL084 RF002 RF012 RF013 RF020 RF025 RF036 RL020 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL124/25 RL126/27 RL129 RL134/35 RL136/37 RL211 RL214 TL030 ZOOM

*

1

LL032

7

3

1

GNDL

(V) SMPS_IN

SAFE

BEAM_INFO

(L,P)

BREATHING (V)

(L,V)

PKS

RL134

5

CL034

LL029 *

*

10 51 82 30 22u0 16u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R5 82R0 1k0 6K49

10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

GNDL

GNDL

RL069 7k5

RL068 7k5

CT 19111 34 28"SF INVAR 32"SF INVAR IM Version

CT 19151 34 28"SF INVAR 32"SF INVAR MM Version

CT 19251 40 28"SF INVAR 32"SF INVAR IM/MM+PVM

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 57 67 40 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

150R0 1K0 4k64

150R0 1K0 4k64

150R0 1K0 4k64

2k67 36k5

2k67 36k5

2k67 36k5

3k3 270k0 6k34 56k2

3k3 270k0 6k34 56k2

3k3 270k0 9K09 56k2

59k0

59k0

64K9

4k7 7K5 7K5 2R2 7K5 7K5 6k8

4k7

7K5 7K5 6k8

4k7 7K5 7K5 2R2 7K5 7K5 6k8

ON4977

ON4977

ON4977

ON4977

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k53 121K0 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

6k8

7K5 7K5 6k8

7K5 7K5 6k8

ON4977

ON4977

ON4977

7K5 7K5 6k8 BAV103 ON4977

1

-

RL067 7k5

2R2

6k8

0

CL062 1n

1,2

TL062 BC848B

RL160 1k GNDL

8

CL063 1n

IL062 TL082CD GNDL

GNDL

5

DP 19100.00

10 51 08 70 10 15 42 70 JUMPER

RL056 10k

4 +

CL073 1u

2

6

GNDL CL032

12Vpp

10 51 08 70 10 15 42 70 JUMPER

2

+13V

IL062

GNDL GNDL

RL127 *

(L) DEFLECTION PART

10 51 08 70 10 15 42 70 JUMPER

4 3

GNDL 6

+13V

(V) BREATHING 3,2 JL020 100R

7 1,2

+

*

CL067

*

GNDL

RL066

*

DL066 BZX55B47

10 51 08 70 10 15 42 70 JUMPER

-

RL137 *

* *

34

8

7,8

RL126 7,1 * RL058 10k7

*

T = 10ms

10 55 11 70 10 15 42 70 JUMPER

6

RL063 5k49

RL125

*

VCC1 7,8

(L)

*

RL136

(V)

CL061 1n

*

RL135

*

CL036

LL034 2 5

CL033 *

*

Deflection - Picture Tube related Partlists CT 19152 37 CT 19155 37 CT 19156 37 25"SF INVAR 29"SF INVAR 33"MP INVAR 29"SF INVAR SS-Yoke 37"MP INVAR MM Version

4k02 61k9 2R2 3k3 270k0 33k2 56k2 4k22 59k0 27R0

*

LL033 *

2

CT 19105 37 28"MP INVAR 25"SF INVAR 29"SF INVAR

CT 19103 34 28"MP AK

1

2

*

DL032

GNDL GNDL

200mVpp

*

1

CL029

(V) RL027 470R

1

*

JL934

*

*

*

(V)

RL028 470R

JL933

RL030

RL026

RL024

*

*

*

*

*

DL030 DTV32F-1500

GNDL

+U13

(V) H_REF

RL055 1k

*

1

CL031 GNDL

GNDL

GNDL

RL057

GNDL

9,3

*

RL025 470R

RL023

CL028 * EW_DRIVE

RL016 39R

RL017 39R

GNDL

+13V

+13V

CL045 470u

to BL510 DFB GNDL

CL057 330n

LH RL124

*

GNDL

LL045 10u

CL042 1000u

RL155

ZOOM 190XX 00

JL932

BEAM_INFO

EW_BACK

4

LH RL037 1k

*

DL041 RGP30D

BL013*

*

47R Yoke or Zoom module

2 LL037

TL030 * ON4977

13,5 (F,P)

*

BL035 2 1

*

RL040 0R27

ZL041 MP160

DL157 LL4148

RL211

*

(F) +UVFB 59 DL043 RGP10M

(A,C,H,X,R,V)

RL214

DL057 or DL157 : only some models ; see parts list

LL001

RL020

*

+USYS

GNDL

CL005 470u/16V

RL021 *

CL039 27n 250V

13Vpp

TL005 MPS750

13Vpp

1,2Vpp-H

* CL038 27n 250V

(V) 7,8 RL022 *

1200Vpp-H

T = 32!s CL004 10u

12

CL211

*

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

P

GNDL

8

CL030

7,2

PP 19100.00 - PP 19101.00 - PP 19110.00 - PP 19111.00 - PP 19120.00

CT 19151 34 10 52 06 00 28"SF INVAR 32"SF INVAR MM Version

(V)

TEMP_ABL (V)

+13V

VCC1 (V)

(L)

SENSEP

(V) SENSEM

(V)

T = 32!s

DL004

10

*

HTR2 HTR1 to BB02 CRT

GNDL GNDL CL043 330p

GNDL LL043 22u

*

9

RL092

DL003

12,4

RL015 1R

GNDL

Deflection - Picture Tube related Partlists CT 19111 34 CT 19155 37 CT 19156 37 10 44 48 10 10 56 20 10 10 56 19 90 29"SF INVAR 28"SF INVAR 33"MP INVAR SS-Yoke 32"SF INVAR 37"MP INVAR IM Version

DL057 BAV103

13Vpp

7,4

T = 32!s

+13V 3 2 1 GND2

(P) +USYS

9VREG (X)

CL008 4n7

TL004 MPSW01A

TL001 BC847B

T = 32!s

(L) +13V

*2 BP110 +USYS GND2 UVERT

CL146 150p

*

T = 32!s

RL013 4R7 0.5W

CL006 27p

7,3

(P) POWER SUPPLY

2,2Vpp-H

(L,P) SAFE

+UVFB DL001 RGP10G

CL023

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

Updated 11 / 98

CL001 1000u 16V

CL003 220p

RP162 2k2

00

CT 19152 37 10 52 06 10 25"SF INVAR 29"SF INVAR MM Version

T = 32!s

+5V

JP310 1k

*

JL943

(R,V,A,H) +5V (V,F) 23 +UVERT (V,L,X) +10VSTBY

DP134 1N5817

-2,4

TP152 BC847B

*

7

VCC1

RP160 2k2

GND2

* 11

DL092

+UVIDEO

5 4 3 2 1

CL046 10u

DL046

RL046 RL048

CF011 470n

+UVIDEO 198

BL050

GNDL

LL046 *

DF011

*

(L)

RL047 22R

LL047*

3 5

RF015 PTC-15R

CF015 2200u

RL050 26k7

GNDL

*

CF021 100n

3 GND2

GNDL RL044 26k7

(P)

+10V STBY

GND2

(L)

-US GNDS +US

-7,5

RP157 130k

THERMAL PROTECTION

GND2

TP145 BCR141

DP133 1N4001GP

12,6

RF011 1R5

4

H_REF

RP152 2k2

IF001 TDA8177F

(P)

DL070 LL4148

DL050 BZX85C22

GNDL

2

133,7

+USYS

RL070 15k

*

*

CL052 10n

RF012

*

DL052 RGP10G

BL052

*

*

*

5

+10V STBY

TP167 BC847B

GND2

GND2

TP150 BC858B

7

1,6

RF003 2k7

RL001 3k3

POWER_FAIL

(R)

RP144 1k RP145

CP143 470u

*

GND2

T = 32!s

*

TP162 BC847B

RP166 1k

RL053

RF013

1 2 RF020 POWER AMPLIFIER

RL082

RL081 68k1

RL080 7k5

RL051 2 1

B CRT

BF001

1

13Vpp

GND2

RP158 68k

CP151 220n CP152 220n

TP166 BC857B

12,6

GND2

GND2

RP165 120k

RF024 4R7

4.2

1

DF001 1N4148

*

13

UP_RES

(R)

0,1 RP149 4k7

*

RF123 10R

4

12,1

RP150 10k

CP131 10u

RP156 1k

*

TP161 BC847B

DL003/04

DL032 DL003/04

DP152 LL4148

DP160 LL4148

GND2

0.7W

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

GND2

DP151 LL4148

RP100 10M

6Vpp-T=32!s

IP130 MC7812-CT 2

GND2

2

CP100 1n5

GND1

0

-0,5V

4u7

18

1

3

1

GND1

GND1

150p

RP070 2k2

RP068 1k

GND1

!

23

CP130 2200u

RP143 2k32 1%

LP070

4

*

CP063 4n7

+USYS

DP130 RGP30D

IP140 TDA8139 GND2

*

RP164 100k 5,7

4,2 IDIS 4

5

RF002

CF002

+10VSTBY

5

RP142 2k21 1%

GND2

DISABLE GND

DF002 LL4148

+5V STBY

6,13

2,5

CP135 470p

GND1

CP062 2,8 10u

TP146 BD241

RP148 18k

PROT.

GND2

GND2

2

RP069 * 47k

* CP067 150p

*

*

1

RP065 *

RP124 10k

CP140 4700u

o

REF.

OUT 1

3 RESET 3 GND2 7 OUT 2 CP146 5,7 PROG VO2 10u 8 5,7 *

*

DF028 LL4148

1,6

(V)

5

GND2

6 5

FRAME_DR

SAFE

(L) +U13 +5VSTBY

GND2

CP144 10u

RP147 4k7

2 1 9 VI2 VI1 VO1

CP142 150n

-16,9 (-13.5 :Dolby) DP140

LP140

1

RP020 * 0R10 2.5W GND1 GND1

RP123 10k

*

14

o

13

ICC19 100 Hz

First issue 09 / 97

o

BUL810TH

1

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

GND1 CP065 470p

X Inserted Not inserted

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

8

22n

PP 19110 00 10536980

220p X

LP042

17

0

PP 19101 00 10393830

CP111

CP101

ERROR AMPLI

CP064

100Hz/Dolby

CP017/018/019

DP041 BAT42 RP042 4k7

CP041 1n

LOGIC PROCESSOR

PP 19111 00 10536990

2

IP060 TEA2261

IS LOGIC

CP121* 470u 35V

(L)

(R)

13,2

*

DP109

TP060

CP040 470u

LP040 * 4u7

VOLTAGE CONTROL

MODULATOR LOGIC

CP137 * 470p

UB-Driver

DP040 BZX85B2V7

RP040 22R-1/2W

11,2 11,8 14 15 16

OUT

X Inserted Not inserted

*

GND1

2,6

10

SOFT START

15

10

CP141 2m2

RP121 10k

RF023 4R7

V

RF036

59 3

RF007 10k

RP176 4k7

CP176 2n2 GND2 GND2

RP146 0R

0,8Vpp

+5V

RP177 12k

3 2 1

GND2

CP138 * 470p

TP175 BC847B

BP120

GNDS

RP120 10k

DP175 LL4148

*

60Vpp 6 22.5

2

RL052 46k4

RF124 10R

7.2

DL051 RGP10G

EHT

*

CF028

+5V

DP178 LL4148

CP179 47u

*

DF033 RGP10G

0

VCC1

RP179 22k

DP179 LL4148

GND2

BP190

+US GNDS -US

GND2

CP120* 470u 35V

RP175 1k

CP171 22u

16,9 (13.5 : Dolby )

Flyback

GND1

*

DP108

*

(V)

3 2 1

*

GND2

16

8

4V

4n7

DP061 LL4148

RP130 0R10

JP913

CP102 1n

RP102 100R

T = 10ms RP172 10k

DP126 LL4148

RP126 2k2

CP110 100u 200V

DP113

DP050 RGP10D

RP050 10R

*

2.5W

*

GND1

0

LP112 95u

5/6

CP051 100u

DP051 LL4148

RP112 1k2

600Vpp-T=32!s

GND1

CP056 47u

GND1

GND1 GND1

GND1

MIS.19101.00 MIS.19111.00 MIS.19112.00

1

1n

2

2

CP060

1

OUT

CP052 10u

RP029 100k

1

3

RP128 2k2 * RP127 100k

*

RF025

GNDL

BP07

3

9,6 ON/STBY

18

DP112 MUR1100E

T = 10ms

GNDL

A

6

DL071

7.9

*

DL034

P

RP060 270k

DP060 LL4148

o

CP112 *

DF007 ZMM15

RL072 1k

*

DL334

P

RP059 220k

JP916 */*2

GND2

RL084

JL985

DL336

*

RP05 18R

DP052 1N4001GP

CP023 2n2 13,5 en STBY 28,5 1 IN

CP126 100u

*

CP111 *

JP915 */*2

19

GND2

GND2

DF031 RGP10G

LL008

*

DL036

OR

LP20*1_2 LP021 1/2 1 * 1

100R 4,5W

RP027 10k

21 20

2

RP022

RP191 4k7 RP190 5k6

RL071 43k

CF031 100n

CL084

*

1k

* RP026 100k

*1

TP190 BC857B

*

CF029 470u

+13V

1

SP05 12V-relay

* RP09 * RP11

1,6

DP027 *

*

DP028 BZX55BV5V1

2 JP302

0,6

*

JP914 */*2

(P)

+UVERT

*

LL084

DL072 LL4148

RL171 13k

2

* TP08 BC548B

1

*

CP022 470p

DP022 FUF4005

* TP026 BC846B

*

GND2

DP110

DP190 LL4148

0,2 RP170 10k

CP170 4n7

RP171 22k

CF027 100n

*

2

1

TP025 * X0205MA

*

DP034 LL4148

JP917 */*2

22

LP20*3_4 1 o

3/4

0,04

121,7

2W

BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

*

13

RP193 4k7

13 in STBY 23

5,8

RP173 100R

RP167 10k

RP08 10k

LP020

RP129 10k

*

TP129 BC857B

133,7

*

(V) BREATHING

TP170 BC847B

22n

1

*

RP032 120k

RP031 120k

13.5

16,9 (13.5 :Dolby) +US

-16,9 (-13.5 :Dolby) -US

0.3

CP150

FP01 T2.5A

2

RP030 120k

DOLBY

GND1

(BM04)

*

5 6

1

CP019 470p

USYS

*

to CRT board

*

* DP08 1N4148

8

RP025 33k

BP025

*

CP08 22n

JP08

3

CP01 100n

2

3

DP019 FUF5404

RP192 100k

*

RP028 100k

MAIN

CP020 150u

DP018 FUF5404

JP911

1

4

*

*

1

7

LP01

CP017 470p

*

LP019

CP02 100n

4

CP018 1u

251

6

BP08

2

330

GND1

JP910

1 2 3

(L)

LP15

BP020

+300V 1 2 3

GND2

GP30M

CP12 4n7

*

GND2

1n5

CP13

CP15 * 470n

3

GP30M

RP01 470k

BP10

CP11 4n7 RP10 2R7

JP902

DP 12

MAINSSWITCH

GP30M

CP10

DP 13

GP30M

GND2

DP 11

2

DP 10

1

DP16 * GP30M

*

1

GNDS

BP03

+5VSTBY

*

JP01

BP02

2

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

5 0

GNDD

2k7

RR055

2k7

RR056

2k7

RR057

10k

RR051

*2

CR004 100n +5V

+5VSTBY

GNDD

RR070 *1 E_FIELD/

GNDD

CR066 100p

or ZOOM/ RR071 *1

RR065 RR063 RR062

GNDD

IIC-DA-1

5

IIC-CL-1

6 GNDD

RR060 1k

RR066 100R CR065 100p

CR003 10n

7 8

GNDD

4 3 2 1

CR006 10n

CR063 100p

CR005 100p

100p

+5VSTBY

GNDD

Production Connector

GNDD CR060

100n

RR61

2k7

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

+5VSTBY

RR107 1k74

3,7

AV2_8 (R)

CX280 100p

RR099 10k

0 +U13 GNDD

0,6 RR105 1k74

RR098 22k

TR105 BC848C GNDD

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

CR085 10n

TR106 BCR141

*2 = unused option

AV2_L_IN

*3 = only RP 19000 00

AV2_R_IN

CR092 470p GNDD

MICROPROCESSOR RP 19000.00 RP 19101.00 RP 19100.00 RP 19102.00 RP 19103.00 RP 19400.00

ICC19 100 Hz First issue 09 / 97

Updated 11 / 98

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

GNDS

(R) RX150 120k

RX116 100k

RX115 75R GNDV

RX107 75R

RX151 100k

RX111 75R

GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

GNDV

IIC_CL_1 IIC_DA_1

CX120 10u

4,3 JX018 33R

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

GNDV

AV1_C_IN

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

IX900 TEA6415C

CX900 47u

RX900 1R

GNDV RX221 NI

RX220 75R GNDV AV2_Y_OUT

GNDV

RX350 100k

RX351 100k

Mute

n.c.

TAGC

Vo QSS

5,3

TX955 BC847B

2,6

TX960 BC848B RX961 2k2

RX910 100R RX911 1k

*

+10VSTBY

9,4

GNDV

2,7

T = 64!s

RA026 28k7

GNDS

7 MUTE/ ST-BY

GNDS

4

GNDV

GNDV

GNDV

XP 19100 00 Scart 100Hz Scart 100Hz Sat. XP 19101 00

BI001 CX150 DX001 JX920 -

X X

jump jump

X -

(R) (R)

CV002 10u

RV011 47R

1Vpp-H

CHROMA_2 (V) (630mVburst) (R_load>=300R)

(2,1Vpp) (R_load>=300R)

SECAM

T = 32!s

T = 32!s

CX950 220n

2Vpp-H

GNDV

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

RX951 2k2 GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

RV021 47k

T = 32!s

T = 10ms

CV012 82p

CV009 100n

DV011 LL42

RV003 24k9

DV012 LL42

1Vpp-H

CV036 100n

7,8 12

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

CV041 220n 0,7 1

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

9VREG (X) VIDEO_1

(X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

CV021 100n

CV007 1u

RV022 15k

0 5Vpp-V

(X) (X) (X)

5Vpp-H

CHROMA_2 VIDEO_2 VIDEO_1 VCC1

CONVAR

CV006 100u

VCC1

IREF

2,6 2 Y

BV010 1

6

UIN

T = 32!s

CUTB

VPANPhi2 - Loop

2,6 46

(L) +U13

XP 19100.00 XP 19101.00

(V) VIDEO PART VP 19100.00 - VP 19400 00

G_TXTB_TXT

RGB-VCP-GATE CLAMPING AND DE-MATRIX

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

VERTICAL-

S-Correction,

Delay

CPHI2

CV213 47p

38 2,5 CV047 220p

41

2,4

40

2,3

HDRIVE CSOF

EWIN

GND1

17 5,4

30 3,3

34

32 1,1

CV246 220n

RV071 1k

RV073

0R RV082

SENSEM

27

13,5

SENSEP

26

13,6

RV084 820R

T = 32!s RV083

CV216

*

CV216

VM19100.00 VM19400.00

470p 820p

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

EWOU 29 4

CVER

BREAT

FROUT

25

RV231 100R

1,6

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

3Vpp-H

SMPSControl

Protection

100R CV241 100p

CV231 1n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1

*

RV076 10R

TV073 BC857B

100R

RV081 1k

0,7

CV206 220n RV216 330R

9 8 7 6 5 4 3 2 1

4k7

RV074 820R

V.Breathing

East-WestCorrection, H.Breathing

13 0

0R RV072

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

RV062

G_OUT

BV001 (CRT-Board)

RV091 CV092 10p

RV061 2,7 1k

B_OUT

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

Vertical Sawtooth,

LOGIC

Startup - Oscillator

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

100R

3Vpp-H

45

AVERAGE BEAM LIMITER

AUTO-PIX

RV101 CV102 100u

CV103 4u7

RV107 82k

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102 (V) VCC1

DV221 LL4148

BREATHING (L,P)

(X) SCART-PART

7,8 44

47 R_TXT

FB_TX

APX

RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6

Bus

Soft-

Line-Countdown-Logic

GNDLI 10

CONVAR

CONTRAST SATURATION BRIGHTNESS Y,U,V R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTG

CV032 100n

RV063 50

RGB-VCP-GATE

YUV

2

DV028 LL4148

CUTR

CV031 100n

0

AND DE-MATRIX

IV001 STV2162

VDFL

7 HDFL 0,3 8

VIN

APL

0

DV026 LL4148

4,1 49

3

I2C-BUS DECODER AND LATCHES

LumaAverageDetector

LumaAverageDetector 5

2,6

VCP GATE CLAMP V U ColorEqualizer

VOLTAGE- AND CURRENT REFERENCE Y

4 YIN

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 16 15 14 51

CV023 CV022 100n 100n

2 53

5V

0,9

LL4148 H_REF (L) GND_TUNER

3,8 23

Function

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

H_DRIVE (L)

JX923*

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

T = 64!s

GNDS CX724 10n

GNDV

GNDP

(L,P) CV011 82p

PAL

T = 32!s

CX723 10n

X X

1

CA024 100n

CV003 22n

JX923 RX281 -

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

EW_DRIVE (L) DX351 BAV103

2 CA027 3n3

IA002 TDA7298

GNDP

TV002 TIP122

IIC_CL_1 IIC_DA_1

EW_BACK (L)

* DX301 BAV103

BA004

GNDP

1

5

GNDV

AV3_C_IN RX303 2k2

CA021 100n

GNDP

6

3

CA018 1u

CA019 68n

100n

CA022 470u

GNDP

GNDP

CA023

GNDS RA027 1k

GNDP

CA020 470u 2

RA028 33k2

RA024 4k99

RA023 1k4

GNDS

+U13

U_SCART

GNDS

GNDP

GNDP CA025 RA025 220u 665R

+U13

VIDEO_2 (V)

GNDV

CA014 470u

CA013 100n

3,2Vpp-H CX001 220n

2,6

RX920 100R

RX921 1k

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

AGC (H)

I_INFO (R)

T1_CVBS (X)

SECAM

(P)

GNDV

GNDV TX920 BC546B

CA011 100n

CA012 470u GNDP

RA040

23

+U13 (L)

GNDV

4,6

R

GNDP

RV002 680R

GND_IF (H)

TX950 BC546B

GNDP +US 16,9 (13.5 : Dolby )

RV001 10k

+UVERT (P)

CX965 220n

RX960 5,3 100R 5,3

GNDP

RV012 47R

9,4

RX950 100R 3,2

GNDS 16,9 (13.5 : Dolby )

CA028 220n

1

GNDP

CA010 100n

+10 V STBY

+10V STBY

RX966 2k2

2,6 TX910 BC546B

CI033 4n7

9,4

RX956 2k2

2 RA014 4R7

*

JI906

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO) RI033 1k

TI034 BCR141N

13,5

DX001 LL4148

GNDV

DA001 LL4148

BA006

CA008 3n3

* CA004 3

DA002 LL101A

AUDIO PART AP 19000.00 AP 19001.00 AP 19010.00 AP 19011.00

U_SCART

TX965 BC847B

RA016 4k7

RA006

IA001 TDA7269

+US

(A)

GNDV

9,4

RA018 22k

0

GNDV

RX965 100R

RA017 2k2

8 4 0

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R

to BP120

(P)

-16,9 (-13.5 :Dolby) -US -US 1 2 3

GNDP

RI045 68R

L

GNDP

+10VSTBY (P) RI028 22k

+5V (P)

NORM (R)

*

GNDS

GNDS

CA015 4u7

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

TI030 BC857B

1,2

2

GNDV

GNDS

8 9 GNDS 10 11 12 GND1H

1 2 3 4 5

+US 16,9/10,5 in STBY (13.5 :Dolby)

n.c.

n.c.

n.c.

n.c.

Vo AF

GNDS

CI056 4n7

RI035 68R

5

GNDS

AFC

VCO1

Vo vid

VCO2

Vi vid LSWI

Vo CVBS

STD

CSAGC

JI915 0R0 LI053 6u8

1,3

RI034 1k5

0 in norm. I 4,3 in G,D,K,LL'

1

RI039 82R 1,9

1,2

TI031 BC847B

0 RI029 22k

4,6

RX912 75R RX992 1R

RX922 75R

L

PI035 2k2

JI928

TI032 BC847B

GNDV

3,3

CX301 10u

GNDS

5VSTBY

RI055 1k

CI030 10n

5,5 RA035 33k

GNDS

GNDP RA008 *

1 L

RA013 4R7

0

R 10

9

0 7 L

RA022 604R

TA001 BC857B

2 0

GNDS

RA020 1k43

RA021 1k43

5VSTBY RA002 10k

11 R

RA034 68k

BP190

16

1,1

TI033 BCR141

IX001 MC7809-CT

3

RX955 3,2 100R 3,2

CX920 220n

CX350 22n

9,4 CX002 47u

5,3

GNDV

U_SCART

RI037 470R BG

RA001 33k2

BA005 2 CA009 100n

CA007 3n3

6

1

*

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 1k21 1k21 49k9 49k9 2k74 2k74 4k7 4k7 560R 560R 22k 22k 6k8 6k8

-16,9 (-13.5 :Dolby) 0

RA012

*

*

GNDS

RA010 1k

* CA006 100p

RA029 2k2

+5 V STBY

RI038 1k8

BI001

JX920

RX991 1R

AV2_Y_OUT

15

RI027 470R

RI031 1k5

CI022 4n7

CI052 4n7

PI050 22k

14

(A,H,R,V)

GND

DX001 replaced by jumper in XP 19100 and XP 19101

CX910 220n

VCC_IX

RX301 2k2

0 TA002 10V ST-BY BC847B

RA019 10k

+ US

13

*

GNDS

C-MUTE (R)

5VSTBY (P)

*

RA007 *

RA005

CA003

RA011

RA004 CA002

CI072 1n

17

RA009

* CA005 100p

GNDS

+5 VP

CI031 22u

PI030 2k2

jumper JX920 not fitted in Sat-versions XP 19001 XP 19101

AV1_Y_OUT

12 2,5

CI055 39p

GNDV

GNDV

11 3,5

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

O2

GNDV

AV3_Y_IN

18

RI053 220R

QI053 6MHz

3,2

DX220 BAV103

CX220 10u GNDV

RI078 1k

- US

4 O1 5

CX901 220n

U_SCART

DX251 BAV103

10 2,5

RI050 330R

O2

GNDV

RX251 100k

CX250 22n

2 19

-US (P)

O1

U_SCART

RX215 75R

1,9 20

GND1H (H)

GND

9,4

RX250 100k

CX726 330p GNDS

9 0

CI053 100n

3,5

VCC_IX

GNDV

8 2,7

CI046 100n

3,7 20 19 GNDV 18 17 16 15 14 13 12 11

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

AV1_Y_IN DX120 BAV103

RX120 75R

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

CVAGC

Vi SIF

Vi SIF

CVP/2 TPLL

TADJ

Vi VIF

+5V

GNDV

RX121 NI

Vi VIF

+5V

INSWI CBL

FI015 38M9

CX902 10u

VCC_IX

CX130 47p

7 2,7

0 in PAL-BG /H/I/D 4,8 in norm. L'

RX132 100R

CX150* 22n

2 21

+U13

R_AV1 RX131 100R

VCC_IX

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

Vi VIF

DA

+30V USYS (P)

RX133 100R

RX134 100R

GNDV

CX722 330p BX002

(R)

RX282 6k8

CX282 330p

1 2 I1 I2

3

(H) TUNER IF PART

AV1_Y_OUT

CX140 47p GNDV

6 0,8

*

100R

RX281* 10k

5 0,2

CI054 2u2

U_SCART

(A)

*4 = only RP 19100 00 + RP 19013 00 + RP 19400 00

GNDD

RI026 47R

(A)

*5 = only RP 19101 00 *6 = only RP 19102 00

GNDD

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

RX140 100R

GNDV

*1 = see partlist CT 191xxx

RR085 100R

to SCI BX002

RR106 470R

+U13

RX130

RX280 100R

+5VSTBY RR084 10k

RI012 56R

RI024 1k

4,7 GNDV

BX500 GNDD

100R

BX001 AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

(V)

(A)

G_AV1

(A)

B_AV1

AV1_L_OUT AV1_R_OUT

GNDD

IR003 M24C32BN1

RI023 27R

HP 19013.00

(V)

(A)

CI007 27p

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

(V)

AV1_R_IN

CR001 47u

CR002 10n

RI021 820R

FI010 OFWK3954M 3

RI005 15k

FI002 38.9MHz

FB_AV1

(R) (A)

AV1_8

AV1_L_IN

+5VSTBY

LR005

+5VSTBY

CI005 6p8

1 2 I1 I2

CI009 15p

CI008 100n

2 22

*

RV052 LL4148

2k7

RR053

DI001 BA782S

4 0,2

DX001

CR039 100p

GNDD

*2

RR052

CI003 6p8

RI003 4k7

RH008 12k

TI010 BCR141

(AV1)

CR038 100p

GNDD

RR050

RH003

CH009 47p

GNDD

26

4 23

9VREG

D03

RI025 47R

CI012 4.7p

CI077 4n7

RI077 22k

CI070 4n7

2,6 24

AP.19000.00 AP.19001.00 AP.19010/11.00 1k

CA001 RA003

RA032 10k

FI030

2,4 25

(V)

D04

CI032 1u

CI060 2u2

CI050 100n

5

4

TI020 BF799 0,5

3 1,8

T1_CVBS

D05

17

2 3,2

1 3,2

(H)

19 18

Q3

0 27

RI079 22k

CA001 CA002 CA003 CA004 0R 0R 22u 22u 220n 220n 1u 1u 0R 0R 22u 22u

*

BA002

RA033 10k

3k3

(R)

Q5 Q4

Vss

2,8 28

CI021 1n

L1_INFO

D06

Q1 Q2

16

1,2

5 29

4,1

0,8 TI070 BC848B RI076 47R

GNDS RI054

T1_CVBS (Main - Tuner)

D07

20

15

CI004 4p7

RI004 180R

RH007 12k

LH004 10u

CI002 5p6

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

II050 TDA9811/V3

0 in PAL-BG /H/I/D 4,8 in norm. L'

4,2

IIC_CL_1

Q7 Q6

14

RI008 15k

RI001 10R

4,2 30

TI050 BCR141N

IIC_DA_1

A0 Q0

21

13

to SCI BX001

CR037 100p

GNDD

100R 100R 100R

GNDD RR076 4k7

RR072 *1

RH010 15k

22

12

D01 D02

CR067 220p

CL

E_FIELD

AGC CH010 22u

DH001 ZM33

CH008 470u

5 in PAL-BG /H/I/D 0 in norm. L'

LI020 u33

QI070 6,5MHz

+US (P)

CI041 1n

Vi VIF

IF

or ZOOM

A10 E

A00 D00

GNDD

RH002 2k67

0

3,2 31

TI045 BCR141 CI040 1n

RI072 2k7

CI073 4n7

RI070 330R

1

RI084 180R

RI082 6k8

CA16 1n

-US +US

3 2 1 GNDD

GNDD IIC_CL_2 IIC_DA_2 DS A10

RH001 1k

RI020 1k8

CI010 56p

RI007 15k

RI009 56R

3,2 32

(R)

STB_LED

STB-LED

*3,*4,*6 *3,*4,*6

24 23

CH007 4u7

4 O1 O2 5

FI001 40,4MHz

DI002 BA782S

CI006 4.7p

(V)

A2 A1

G Vpp

CH005 100n

RH004 0R

11

A11

CH002 22p

(R)

A01

A09

CH006 1n

68p

330R 330R 330R 330R A3

10

26 25

CH004 100n

(R)

3k3

+5VSTBY

CR072 *1 GNDD

GNDD

!

1M

RR100

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D RR171 *1

+5VSTBY

(P)

RR045

CR062

+5V

(L)

9

A02

+5VSTBY

TR091 BCR141

+5V (P)

1M

CR036 100p

MARK-E-TING

CR075 100p

GNDD

GNDD

+5V

RR075 100R

CR098 10n

+5V STBY (P)

RR044

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

RR093 4k7

CR093 10n

+10VSTBY

10n

D

A DR091 1N4148 DR090 LL4148

+5VSTBY

(P)

+10V STBY (P)

CR022

SND-RES MUTE

or ZOOM

MUTE_C

RR091 4k7

MARK_E_TING

GNDD

CR091 10n

POWER_FAIL (P) UP_RES

A08

CH003 22p

RI019 15R

CI020 10n

CI011 22n

LI070 6u8

GND_IF

DI041 BA782S

RI022 15R RI006 15k

GNDD

INT

(X,A,S,V)

27

CH001 1n

DI040 BA782S

RI041 2k67

10 11

9

CI001 1n

GNDD

M_RES

IIC_CL_1

A8 A9 A11

A03

8

CR100 *2 GNDD

AGC (H) GNDD

+5VSTBY

SND_RES

TV_OFF C_MUTE

RESET

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

C_MUTE

IIC_DA_2

EXT_LINK

MUTE

RR087 100R

(H)

6

BS04

+5VSTBY

GNDD

RR088 100R

CR087 10n GNDD

(H)

A13

A06

30

GNDD

GNDD

CR021 10n

CR020 10n

(A) (X)

(X,A,S,V)

A14 A13

IR002 IR002 8Mbyte(E)prom 8Mbyte(E)prom

LR002 560n

CR007 100p GNDD

AV1_8 RR086 *2

RR067 1k

CR086 10n

GNDD

RR910 *

SAFE

L1_INFO

AFC

I_INFO

AV1_8

BG_INFO

AV2_8 SAFE

CR110 10n

E_FIELD

(A,S) (A,S)

29 28

31

BS05

R/W RR021 10k

CR011 1n

AV2_8 +5V

GNDD

GNDD

IIC_CL_2

A17 A14

A7

8

Vcc A18

GNDD

at 100Hz RR910 = 10k

RR103 1k

A15 A12

5 7

7

IIC_CL_2

* at 50Hz RR910 = 0R

IR001 ST90R92

3 4

A04

6

(P)

LR011 2u2

CR010 22p

CR009 22p

+5V

GNDD

2

BS00

A05

5

IIC_DA_2

GNDD

OSC_OUT

27MHz

SND_RES

100R 100R

OSC_IN QR001

BS01 A12 A07

A6 A5 A4

4

+5V

RR089 RR028

RESET

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

3

EXT_LINK

BE_STROB

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

2

RI056 5k49

CI074 4n7

CI062 47u

CI045 4n7

NH001 CTT5000

B1

32

A19 A16

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

RI073 2k7

120p

3 GND

RI043 2k67

+5VSTBY CR008 10n

1

I2

2

(R)

IIC_DA_2

RR097 2k2

IIC_DA_1

GNDD

*2

FI020 OFWK9453M

I1

2

TI040 BCR141

*2

IIC_CL_2

1

(L)

IIC_DA_2

CR029 10n

JR903

H_PAN_SW

3 2

16

TR102 BC848C

IR_LINK

5

JR904

4

15

(X)

C_MUTE

GNDD

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 CR050 10n

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

39k 39k

C

13

+5V

5

IR004 MC14094BD

RR026 RR027

B

12

GNDD

GNDD

6

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

OSC

PLL

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

11

CR049 10n

JR902

1

2

MIX B2

3 2

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

0

B3

*2

7

GNDD

SND_RES

KEY_IN_1

IIC_DA_2 IIC_CL_2

FB_DET

EXT-LINK

M3L_CLCK

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

DEGAUSS

L1_INFO

BG_INFO

UP_RES

10

(H)

MUTE

5Vpp-H 0

CR023 10n GNDD

RR029 4k7

0,1 5 in STBY

BS02

JR901

8

14

SAFE

0

5Vpp-H +U13

RR030 68R

GNDD

9

TR048 BCR185

+5VSTBY

AV2_8

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

H_PAN_SW (Z)

MARK_E_TING

LDR EXT_LINK

EXT-LINK

RR049 10k

GNDD

(X)

LR004 560n

+5VSTBY

CR090 10n

TR095 BCR141

(H)

RR036 1k8

0,7 TR002 4,5 in BC847B STBY 5

+U13L

JR905

+5V

RR048 330R

GNDD

(H)

CR041 100p

FI040

CI064

JI910 RI040 4k7

CI066 68p

6k8 DI051 BA782S

RI058 5k49

JI901

DI071 BA782S

RI071 27R

RI061 6k8 RI059

MAIN

+U13

1

CR018 100p

(H)

RR031 1k5

100R

GNDD

RR018 680R

(H)

10k

RR019 100R

CR019 100p

*2

AV1_8

100p

GNDD

JR908

BG_INFO

100p

CR030

CR101 *2

100R

RR017

100p

CR032

10k

RR040

GNDD

GNDD

CR033

10k

RR039

BS02 AM/FM

BS01 AM/FM

CI071 100n

100p

10k

RR038

1k

RR016 RR043 56k

AFC

100p

RR037

RR041

RR013 RR012 RR011 RR010

CR017 22p RR015 100R

CR016 22p

CR104 100n

RR104 820R

RR035 RR034 RR033 RR032

RR014 4k7

CR043 4u7

L1_INFO

CR035

2k7 2k7 2k7

+U13

+10VSTBY

GNDD

CR015 22p

NORM I_INFO

LR003 10u

CR034

+U13L

GNDD

*2 RR924

68p

DR104 BZX55B9V1

BR011

BG_INFO (R)

GNDD

JR906

JR907 *2

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

GNDD

+10VSTBY

CR042 10n

BR012

GNDD

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001 +5VSTBY

GNDD

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR004

*6

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

3 2 1

1

1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM

SAT/DEG

BR009

*4,*5

IR KEY_IN_2 KEY_IN_3 A B C D

*2

8 7 6 5 4 3 2 1

*2

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 470n

RV109 274k

TV108 BC327

RV110 470R DV108 BAV103

RV112 390R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS




 

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

CP061 u47

TO DEGAUSSING COIL

0,8

U MAINS 220V

11

0,9

12

13

OSC

OUT

TP060 TP129 TP146 TP162

X 100u 2n2 X X X 0R BYW029-150 RGP30MT RGP10M X MR822 X 133V 130V 127V 136V 180u 10385280 10385280 X 4u7 1/4W 5R6 10k 10k 3k48 X X X X 150k 22k BUV48CFI X X -

PP 19010 00 10536960

50Hz/Dolby

50Hz/Stereo

50Hz/Stereo

-

100u 2n2 X X -

OR BYW029-150 RGP30MT RGP10M X MR822 X 133V 130V 127V 136V X 10536280 10536280 4u7 1/4W 5R6 10k 12k1 3k57 X X X X 150k 22k BUV48CFI X X -

X 100u 3n3 2n2X

0R RGP30D RGP30MT RGP10M RGP30D X X 133V 130V 127V 136V 180u 10378130 10378130 X 4u7 1/4W 5R6 10k 10k 3k48 150k 22k X BUV48CFI -

100u 2n2 X

1N4148 X RGP30D RGP50M MUR1100E MR822 -

136V 130V 142V 105u 10459670 10459670 X 2u2 X X 1/2W 6R8 47k 12k1 3k57 X X 130k 130k X BUL810TH XX X

OVER LOAD

PP 19002 00 10405830 50Hz/Stereo

* RP040 22R

2

DP041 BAT42 RP042 4k7

IP060 TEA2261

LP042

CP102 1n

Flyback

CP138 * 470p

15

RP041 47R GND1

CURR LIMI

UB-Driver

o

CP021 150p

9

o

GND1

8

X 150u 2n2 -

0,1

7

4,9

6

5

4

GND1 CP065 470p

0

3

0

2

0,4

1

GND1

o

12

CP135 470p

o

TP027 BC847B

0

RP064 1k

GND1

GND1

CP068 470p

*

DP160 LL4148

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

0R

5

2 1 9 VI2 VI1 VO1 REF.

RESET

PROT.

OUT 2

PROG VO2

DISABLE

RP164 100k 5,6

RP149 4k7

RP165 120k

4,2 IDIS 4

IP140 TDA8139

*

RP148 18k

IP130 MC7812-CT

GND1

0.7W

GND2

GND2

TP166 BC857B

DP152 LL4148

GND2

RP151 12k

10k

RP158 68k

RP156 1k

GND2

-9

CP151 220n CP152 220n

RP157 *

* RP138 10k GND2

RP159 330k

6,8 0,5

11,7

TL001 BC847B

6,8

CL003 47p

TP152 BC848B

2

3 130 2 1 GND2

(L)

DL023 *

(V)

RL025 470R

RL023 *

EW_DRIVE

RL028 470R

CL027 1n

RL027 470R

RL029 *

2

DL147/148 JL943 LL001 LL030 LL032 LL043 RF015 RL004 RL013 RL014 RL015 RL016/17 RL01 RL070 RL071 RL124/127 RL134/137 RL146 RL147 RL149 TL030 ZL041

50Hz ZOOM DP 19050 00 10 34 99 70

50Hz DP 19000 00 10 34 99 60

220u/25V

220u/25V 2u2/250V 27n 27n

27n 27n

DTV32F-1500 BYW76 BZX85C30

10 51 81 10

DTV32F-1500 BYW76 RGP10G BZX85C30

10 51 81 10

Jumper

Jumper

10R 1k8 10R 68R 2R2 68R 33k 43k

10R 1k8 10R 68R 2R2 68R

BUV48CFITH16 MP125

33k 43k 7k5 7k5

BUV48CFITH16 MP125

* CF002 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL037 CL067 CL084 CL211 DF011 DL023 DL046 DL071 DL092 JL932 JL933 JL934 JL936 JL937 JL985 LL008 LL029 LL030 LL031 LL033 LL034 LL037 LL046 LL047 LL084

LL029 *

(V) SMPS_IN

SAFE

BEAM_INFO

BREATHING

(L,P)

(V)

(V)

(L,V)

PKS

TEMP_ABL

(V)

+13V

VCC1 (V)

(V) SENSEM

(L)

JL933 *

LL030

LL033 * 1

1 1

2

3

DL036

TL028 TIP122

7 1

CL032 * 400V

GNDL

2

GNDL

GNDL

1

4n7/250V

560n/250V 100n/100V 4n7/250V

100n/100V 4n7/250V

10 35 18 80 BAV103 RGP10M BZX55C33

10 35 18 80 BAV103 RGP10M BZX55C33

10 35 18 80 BAV103 RGP10M BZX55B11

10 51 77 20 10 37 74 20

10 51 77 40 10 09 50 60

10 51 77 50 10 09 50 60

LFBEAD 90R

LFBEAD 90R

LFBEAD 90R

24u

24u

24u

26u 24u

26u 24u

23u 24u

* RF002 RF012 RF013 RF020 RF025 RL020 RL021 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL129 RL211 RL214 ZOOM MODULE

5

JL934 * CL033 *

CL064 1n 7,1 RL058 10k7

6

2

+13V

IL062

RL056 10k

GNDL

GNDL

RL069 3k9

RL068 3k3

1

-

T = 20ms

RL160 1k

CL062 1n

1,2

GNDL

8

CL063 1n

IL062 TL082CD GNDL RL067 3k3

+13V

TL062 BC848B

GNDL GNDL

6

CL034 *

0

4 +

CL073 470n

2 LL029 *

VCC1

(V) BREATHING 3,2 JL020 100R

7 1,2

+ 4

3

RL127

34

-

7,8

GNDL

LL034 2 5 * 1

RL126

RL136

(L) DEFLECTION PART

Deflection - Picture Tube related Partlists CT 19005 31 CT 19003 32 CT 19031 37 10 51 08 90 10 35 15 20 10 44 62 60 50Hz 50Hz 50Hz ZOOM 28"SF-32" 16/9 25"SF-29"SF 4/3 25-28"MP 4/3 1n5 1n5 1n5 10n 10n 10n 47n 1n 47n 3u3/63V 4u7/160V 4u7/160V 1n9/2K0V 1n9/2KV 1n9/2KV 14n4/1K6V 12n8/1K6V 12n8/1K6V 33n/400V 24n/400V 24n/400V 1u5/160V 1u5/160V

6

RL063 5k49

8

RL137

CL036

JL932 *

(V)

CL061 1n

*

DL032

LL032

CL037 * 250V

JL936 * JL937 *

RL030 *

(V) H_REF

(L)

RL135

RL135

GNDL

GNDL

RL055 1k

GNDL

9,3 DL034

CL067 *

GNDL

GNDL

RL066 * DL066 47V

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

DP 19050.00 DP 19000.00

15Vpp

510n/250V

LH

5

GNDL

GNDL

Deflection - Basic Partlists

GNDL

+13V +U13

+13V

CL045 470u

RL057 *

1 CL031 *

RL014

CL029 *

3

PP 19000.00 - PP 19101.00 PP 19102.00 - PP 19010 - PP 19011

BL052 CL005 CL036 CL038 CL039 CL148 DL003/04 DL030 DL032 DL034/036 DL050 DL057

SENSEP 4

(V)

* = see CT 19xxx xx = see DP 19xxx xx

SMPS

RL016

LL045 10u

CL042 1000u

RL124

GNDL GNDL

RL129 *

RL024

ZOOM 190XX 00

CL057 100n

RL134 RL017

RL018

RL026 *

(V)

LH RL037 1k

LL037 *

TL030

ZL041

DL041 RGP30D

GNDL

4

GNDL

CL028 *

UVERT

Yoke or Zoom module

2

*

DL030

CL023 * EW_BACK

+USYS

GNDL

13,5 (F,P) (A,C,H,X,R,V)

RL040 0R27

47R

2 1

LL001

RL020 *

(P) POWER SUPPLY

GND2

(V) 6

5

(F) +UVFB 53 DL043 RGP10M

RL155

BL035

CL005 RL021 *

RL022 *

(L)

+13V

*2 BP110

(P) +USYS

9VREG (X)

1

HTR2 HTR1

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

RL214 *

LL008

RL211 *

CL039 27n

7Vpp LL031

6,9

(V) 7,8

BEAM_INFO

1200Vpp-H CL038 27n

DL004 LL4148

6,7

(L) +13V

+USYS GND2 UVERT

CL043 330p

GNDL LL043

P

GNDL

12

CL211

*

CL004 10u

10 8

CL030

TL005 MPS750

1,8Vpp-H

RL092 *

T = 64µs

DL003 LL4148

RL015

T = 64µs

+10VSTBY

15Vpp

T = 64µs

TL004 MPSW01A

CL006 27p

+5V +UVERT VCC1

GND2

RP160 2k2

(L,P) SAFE

+UVFB RL003 2k2

CL008 4n7

0.5W

RL004 LL006 3u3

RL002 3k3

+10V STBY DP134 1N5817

0,6Vpp-H

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la ripazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

CL002 560p

RL013

CL003 220p

(V)

H_DRIVE

+5V

(R,V,A,H) (V,F) (V,L,X)

DP133 1N4001GP

GND2

RP162 2k2

DL001 RGP10G

GND2

JP310 1k

12,6

CL001 1000u 16V

T = 64µs

3 GND2

CL146 150p

DL057 LL4148

+UVIDEO

to BB02 CRT

GNDL GNDL

9 JL943

RL001 3k3

TP167 BC847B

0,7

TP145 BCR141

-2,5

11

DL092 *

T = 64µs

+UVIDEO 205

BL050 5 4 3 2 1

CL046 10u

DL046 *

RL149 SAFE (L)

(L) RL146

RL047 47R

GNDL

LL046 * RL046 RL048 * *

CF011 470n

RL050 26k7

GNDL

7

H_REF

RP152 2k2

DF011 *

DL148

DL147

LL047 *

3 5

RF015 10R

CF015 2200u

CF021 100n

4

0,1

GND2

GND2

TP150 BC858B

RF003 2k7

POWER_FAIL

(R)

RP144 1k

12,1

RP150 10k

CP131 10u

GND2

RF011 1R5

THERMAL PROTECTION

13Vpp

RP166 1k

GND2

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attentionze : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

!

CP143 470u

IF001 TDA8177F

CL148

RL147

GNDL RL044 26k7

CL052 10n

(P)

UP_RES

(R)

0,1

GND2

7

DF001 1N4148

GNDL

DL070 LL4148

DL050

GNDL

2

RF012 *

(P)

+USYS

GNDL RL070

DL052 RGP10G

BL052

RF013 *

BF001 1 2 RF020 *

13,3

5

4

RP145 GND2

POWER AMPLIFIER

+10V STBY +10VSTBY

GND2

6 5

5

RP143 2k32 1%

RP142 2k21 1%

RF002 *

CF002 *

+5V STBY

5

GND2 3

DF002 LL4148

(L) +U13 +5VSTBY

(R)

CP144 10u

RP147 4k7

GND

8 5,7

GND2

T = 64µs

* TP162 BC847B

(L)

-US GNDS +US

RP192 100k

RP146 *

13

OUT 1

GND2 * TP146 BD241

SAFE

1

2,3

2

* RP139 82k

TP161 BC847B

RP100 10M

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP05 RP08 RP09 SP05 TP08 different comp. 1.5mH 18R 100Hz/+relay X X X X X X X 150u X X X 100u X 50Hz X 3mH 25R X 50Hz/+relay X X X 100u X X X 3mH 18R X X X X 50Hz/45W Pict.Pow. X X X 3mH 25R 50Hz 100u X X 25R 100Hz/+relay X 150u 18R X X X X X X X X

!

2

RP163 2k2 RP161 330R

GND2

GND1

X Inserted Not inserted

1

GND2

CP100 1n5

T=64µs

X Inserted Not inserted

26,2

CP130 2200u

3

1

GND1

6Vpp

10u *

LP070

4

RP070 2k2

RP068 1k

GND1

GND1

MIS.19101 MIS.19002 MIS.19003 MIS.19004 MIS.19012 MIS.19111

18

DP151 LL4148

GND1

CP063 4n7

*

GND2

DP130 RGP30D

RP066 *

RP063 *

RP062 1M

CP062 2,8 10u

CP176 2n2 GND2 GND2 GND2 12,8

2,5

RP067 1k

RP065 *

RP124 10k

RP123 10k

CP142 150n 3 * 3 GND2 7 CP146 5,7

CP140 4700u

RP069 22k

CP067 22p

CP141 2m2

RP121 10k

(L)

RP176 4k7

GNDS

-16.9 (-12.7 :Dolby)

DP140 *

13

RP020 0R10 2.5W

CP121 470u 35V

DP109 *

14

RP120 10k

TP175 BC847B

BP120

DF028 LL4148

2,3

(V)

FRAME_DR

+5V

RP177 *

RL053 *

CRT

RL082 *

RL081 68k1

RL080 7k5

RL051 *

2 1

B

4.2

1

RF007 10k

+5V

DP178 LL4148 DP175 LL4148

0,8Vpp

RP179 22k

DP179 LL4148

CP179 47u

3 2 1

GND2

CP137 * 470p

TP060 *

1

* JP913

GND2

CP120 470u 35V

RP175 1k

GND2

BP190

RF024 4R7

7.2

DL051 RGP10G

RL052 46k4

V

RF036 1k

6 26,9 53,5 3

2

GNDL

EHT

RF023 4R7

55Vpp

0

VCC1

3 2 1

16.9 (12.9 :Dolby)

DP108 *

o

CP171 22u

(V)

7.9

A

6 RF025 *

CF028 1u

DF031 RGP10G

DF007 ZMM15V

T = 20ms

+US GNDS -US

GND2

T = 20ms

GND2

RP172 10k

*

CP110 100u 200V

16

8

GND1

CP042 1n

+USYS (L)

CP050 330p

GND1

13Vpp

DP040 BZX85B2V7

CP040 470u

LP040 *

RP130 0R10

17

0

45W Pict.Power

0R RGP30D RGP30MT RGP10M RGP30D X X X 133V 130V 127V 136V 180u 10378130 10378130 X 4u7 1/4W 5R6 10k 10k 3k48 150k 22k BUV48CFI -

ERROR AMPLI

22n

50Hz/Dolby

PP 19000 00 10349730

CP064

*

CP017/018/019 CP020 CP112 CP126 CP146 DP019 DP027 DP028/034 DP108/109 DP110 DP113 DP126 DP140 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020 LP020 LP021 LP040 RP026/028 RP027 RP040 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138/139 RP146 RP157 RP177 TP025/026

IS LOGIC

LOGIC PROCESSOR

PP 19011 00 10536970

RP102 100R

10

CP041 1n

PP 19001 00 10393820

DP050 RGP10D

T=64µs

VOLTAGE CONTROL

LP112 95u

DP113 *

0

11,1 10,5 14 15 16

RP112 1k2

2.5W

RP050 10R

CP053 330p

CP054 470u

RP054 *

GND1

18

5/6

CP051 100u

DP053 RGP15G

RP053 0R

* DP126 LL4148

650Vpp

GND1

MODULATOR LOGIC

DESIGNATON POWER PP.19000.00, PP.19011.00, PP.19010.00, PP.19002.00

2

DP051 LL4148

4n7

GND1

2,6

10

RP055 15R

CP055

DP061 LL4148

2,4

9

SOFT START

IP050 MC7809-CT

* RP126 2k2

CP111 470p

0

GND1

CP056 47u

RP061 270k

CP060

BP05

3

OUT

o

DP112 MUR1100E

JP915 */*2

JP916 */*2

T=64µs

* CP126 100u

CP112 *

JP914 */*2

GND2

GND2

* JL985 *

RL072 1k

DL071 *

RL084

*

GNDL

2

BP01

RP029 100k

GND1

GND1 GND1

GND1

MIS.19101.00 MIS.19002.00 MIS.19003.00 MIS.19004.00

9,6 ON/STBY

CP052 10u

1

CP05 68n

1

RP060 270k

DP060 LL4148

100R 4,5W

CP023 2n2 12 in STBY 26,5 1 IN

19

RP191 4k7 RP190 5k6

RL071 43k

DF033 RGP10G

*

CL084

*

3

RP059 47k

* RP027 10k

LP20*1_2 LP021 1/2 1 1 *

TP190 BC857B

CF031 100n

1

BP07 *

DP052 1N4001GP

2

* RP128 2k2 * RP127 100k

CF029 470u

10k

+13V

2

P

* RP026 100k

DP027 *

21 20

RP022

DP110 *

CP170 4n7

RP171 22k

DP190 LL4148

LL084

DL072 LL4148

RL171 13k

*

SP05 * 12V-relay

RP05 *

P

CP022 470p

DP022 FUF4005

* TP026 BC846B

*

RP193 4k7

GND2

CF027 100n

26,2

(P)

+UVERT

RP167 10k

* RP11 OR

* DP034 LL4148 * DP028 5V1

12.4

RP173 100R

0,2

22n

2

1

2

* RP09 1k

TP025 * X0205MA

2W

22

LP20*3_4 1 o

3/4

131,6

JP917 */*2

(V) BREATHING

TP170 3,2 BC847B

+US

CP150

* TP08 BC548B

1

1

*

RP129 * 10k

(BM04)

5 6

RP025 33k

BP025

* BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

LP020

RP032 120k

16.9 (12.9 :Dolby)

-US

0.3

to CRT board

*

* DP08 1N4148

8

1

FP01 T2.5A

RP08 * 10k

12.9 * TP129 BC857B

JP911

CP08 * 22n

JP08

3

CP01 100n

2

3

1n

1

4

CP019 470p *

RP031 120k

RP030 120k

-16.9 (-12.7 :Dolby)

DOLBY

JP910

1

7

LP01

USYS

GND1

GNDS

* RP028 100k

BP08

4

DP019 FUF5404 *

LP019 *

CP02 100n

2

CP020 *

DP018 FUF5404

251

GND2

LP15

CP017 470p *

CP018 1u *

334

GND1

GND2

CP12 4n7

1 2 3

GND2

GP30M

BP020

6

JP902

13

1n5

GP30M

RP01 470k

CP15 * 470n

3

DP

12

GP30M

CP10

DP

GP30M

BP10 CP13 * +300V 1 2 3

11

DP

10

DP

2

MAINSSWITCH

CP11 4n7 RP10 2R7

*

1

MAIN

DP16 * GP30M

1

+5VSTBY

JP01 *

BP03

BP02

2

Deflection - Picture Tube related Partlists CT 19005 31 CT 19031 37 CT 19003 32 10 35 15 20 10 44 62 60 10 51 08 90 50Hz 50Hz 50Hz ZOOM 25-28"MP 4/3 28"SF-32" 16/9 25"SF-29"SF 4/3 1R5 1R5 220R 91R 3k09

1R5 1R5 220R 221R 3k09

1R5 1R5 240R 3k09

100k 1k62 37k4 2R2 0R 750k 5k1 40k2 1k8 56k2 12R

120k 1k82 37k4 2R2 0R 750k 30k 39k2

120k 1k62 37k4 2R2 0R 750k 8k2 40k2

56k2 12R

61k9 12R

12k 2k7

12k 2k7

12k 2k7 10 39 10 40

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota : Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V X Inserted Not inserted

ICC19 50 Hz First issue 09 / 97

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

3,7

RR099 10k

0,6 RR105 1k8

RR098 22k

TR105 BC848C

8

CR005 100p

2k7

RR056

2k7

RR057

10k

+5VSTBY

+5V

IIC-DA-1 IIC-CL-1 RR051

GNDD

*2

+5VSTBY

CR001 47u

GNDD

GNDD

GNDD

RR060 100R

RR066 100R CR065 100p

GNDD

CR05 10u +5VSTBY

*3 = only RP 19000 00 *4 = only RP 19100 00 *5 = only RP 19101 00

(A)

AV2_R_IN

(A)

CX282 330p

RX282 6k8

CR060 100n

GNDD

(R)

MICROPROCESSOR RP 19000.00 RP 19100.00 RP 19101.00

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

AV3_C_IN IIC_CL_1 IIC_DA_1

AV2_Y_IN AV2_C_IN

100R CX120 10u

RX140 100R RX281* 10k

CX140 47p

AV1_C_IN

JX018 33R

BG_INFO (R)

USYS (P)

2,5 9,4 4,3

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

IX900 TEA6415C

GNDV RX220 75R

AV2_Y_OUT

GNDV

GNDV U_SCART

DX220 BAV103

CX220 10u

AV3_Y_IN

CX301 10u

RX350 120k

CX350 22n

RX351 100k

RX922 75R

AV3_C_IN RX301 2k2

RX303 2k2 GNDV

GNDV

DX301 BAV103 GNDV

DX351 BAV103 GNDV

* XP 19000 00 XP 19001 00 XP 19100 00 XP 19101 00 XP 19000 PCB XP 19900 00

RX281 JX923 X X X X X -

Mute

GND

L

PI035 2k2

1,9

RI028 22k

TI033 BCR141N

(V)

TX960 BC848B RX961 2k2

RX920 100R

PAL

QC001 4.43MHz

BX960

CC004 220p

(630mVburst) (R_load>=300R)

11 RC001 22k GND_1H CC017 1u

CX724 10n GNDS

RX921 1k

CC005 47n 27

JX923*

19 YREF1

BELL

AGC

LOGIC

9

SSC

CC006 100n 3 26

29

VSS

GND

ID1

DELAYLINE

DATA

BC012 1

(R) IIC_DA_2

2 3

(R) IIC_CL_2

TEST OUT CLOCK

4 14 5 CVBS = 0 SVHS = 7

7

VCC

REG

IREF

B-Y

R-Y

8

18 7,8

12

13 1,2 RC007 4k22

7 2,7

6 2,7

DC001 LL4148

9

CC024 10u

F&R CC019 47n

GND_1H

25

21 3,9

T = 64µs

TC001 BC368 GND_1H

RC011 1k

2

16

+9VREG

3 3 (3,9)

RC024 10R

27

28

CV021 4,6 1u 4 0 11

3,9 54 V-OUT

5 19

5 18 SDA

CV042

CTI-FUNCTION

CV007 1u

CV006 100u

CV037 100n

T = 64µs

T = 64µs

1 2 3 4 5 6 7 8 9 10 11 12

3Vpp-H

0,7Vpp-H

CV027 100n

CV026 100n

CV028 100n

(X) (X) (X)

T = 64µs

CV032 100n

Gain 1 or 2

5V

ADJUSTABLE DELAY-LINE

Bus

1Vpp-H

0,9Vpp-H

0,9Vpp-H

2,7 6 G1

3,9 49

0 50 APX

B1

2,7 2,6 2,7 46 47 48 44 FB_TX R_TXT G_TXT B_TXT RGB-BURST-GATE CLAMPING AND DEMATRIX

EDGE-

SYNC SEPARATOR

BLANKING LOGIC

HORIZONTALPLL

GNDPSI 10

CBS

AC-GND

H_FL SYNCIN

COR

14

13

15

16

1,6

3,8

5

4,1

21 3

PHI1_ LPF 33 1,9

HFLY

H_DRIVE

SECAM

45 VCC VID

GND VID

CUTOFFMEASUREMENT ICUT

(L)

EW_BACK

(L)

BREATHING (L,P)

6 (5,5)

VABL 39

CV047 100n

CV046 10p

CV207 4n7

CV206 1u

CV213 47p

2,7 (3)

G_OUT 41

2,7 (3)

B_OUT 40

2,8 (3,1)

STAGE

VCC1

GND1 30 3

SENSEM

SMPS_PART

EW_IN EW_OUT 32 0,8

SENSEP

28 3,1 (2,3)

BREATH 29 4,9

CVERT 31 7,5

CV234 33n

SMPS _IN

SMPS _OUT 37 0,2 CV241 100p

RV076 10R

CV072 120p RV072 560R

RV073 560R

TV073 BC858B

CV073 18p

CV082 120p

RV082 560R

RV083

RV084 2k7 560R

CV083 20p

26 13

T = 64µs

3Vpp-H

RV086 10R

T = 64µs

TV083 BC858B

3,2Vpp-H

27 13 RV233 1k

C_SOFT RV232

17

(F) FRAME_DR

100R

(F) SENSEP (F) SENSEM

CV246 220n

(L) TEMP_ABL

RV231 100R

CV103 10u CV231 1n

CV216 470p

BV001 (CRT-Board) 9 FB_BS 8 CRT_ICUT 7 GND_2H 6 CRT_B 5 GND_2H 4 CRT_R 3 GND_2H 2 CRT_G 1 +U13

RV091 4k7

CV092 10p RV074 2k7

FRAME FR_OUT 25 2,3 OUT PROTECTION

LINEAR EW-CIRCUIT

34

0,6 SSC 35

SSC GENERATOR

VDD

TXT_OUT

RV216 330R

R_OUT 42

RGB-OUTPUT

V_BLK HFLY_BLK BG

TV063 BC858B

CV063 15p RV062 560R

RV092 180k

4,8

43

AVERAGE BEAM LIMITER

CV232 1n

DV104 BAV103

CV102 10u

(L) BEAM_INFO RV101 DV101 4k75 ZMM6V8 (V) VCC1

T = 64µs

T = 20ms RV241 4k7

RV213 4k7

H_DRIVE

CHROMA_2 VIDEO_2 VIDEO_1

RV066 10R

RV063 680R

BLANKING INSERTION VERTICAL-RAMP GENERATOR EW-PARABOLA GENERATOR

36 0,1

38 2,6

RV206 18k

Bus

TEST MULTIPLEXER

PHI2_LOOP

AUTO-PIX Y,U,V

R-G-B-MATRIX PAL/NTSC

Bus

VERTICAL LOGIC

HORIZONTALLOGIC

PEAKING WITH ADAPTIVE CORING

BLACK-

CONTRAST SATURATION BRIGHTNESS

IV001 STV2161 / STV2161 (CTU4.1)*

WHITESTRETCH

LUMAAVERAGEDETECTOR

T = 64µs

PAL

2,7 7 R1

RGB-BURST-GATE CLAMPING AND DEMATRIX

COLM APL WS

REPLACEMENT

5 APL

RV043 220k

T = 64µs

2,7 8 FB1

Y,U,V

I2C-BUS DECODER AND LATCHES

Bus

1

CV201 RV201 680n 180R

0 9

RV064 2k7

CV062 100p

CV033 100n

Bus

Y CLAMP

CV043 4u7

CC015 100p

B_TXT G_TXT R_TXT FB_TXT GND_2H VIDEO_2 V_SYNC SSC GND_2H VIDEO_1 GND_2H CHROMA_2

(L,P)

CV008 22n CV031 100n

GATE V-IN

RV203 150R CC020 91p

RV022 15k

7,8

CV038 100n

5 9 4 2,1 2,6 2,6 20 24 22 23 53 52 51 SCL V5V REG VCC1 IREF Y U V ON/ OFF VOLTAGE- AND BURST-GATE CURRENTCLAMPING REFERENCE

Y-IN

COLM RV041 33k 0,8 WS CV041 220n

RV202 150R

1,2Vpp-H

EW_DRIVE (L)

29

BV021 (Video-Text)

DV028 LL4148

CV243 470p

0 6Vpp-H

0,8Vpp

RV222 680k CV222 22n

V : 5 PAL/SECAM (5) PAL

ICC19 50 Hz First issue 09 / 97

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

3,9 55 U-OU

U,V CV022 5,2 100n 3

CHROMA_1 (X)

CC014 47n

3,7 56 VCC- Y-OU PSI

STRETCH

H_REF (L)

GND_1H

RC010 1k

5Vpp-H

RV021 47k

CV012 82p

BURST-

VIDEO_1 (X) (2,1Vpp)

1 2,9 15 2,9

F&B

U-IN

JV902

9VREG (X)

23 3

ID2

GND_1H

+

CC018 220n

GNDS

8 9 GNDS 10 11 12 GND1H

1 2 3 4 5

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

DESB

VDD

CV011 82p

RV003 24k9

CV023 100n 5,2 2

1

GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

ID3

DEMODULATORS

REF & REG

TEST1

0 5Vpp-V

(L) +U13

+9VREG 20

DESR

6MHz PLL

BUS DECODER

DV012 LL42

DV011 LL42

T = 64µs

T = 20ms

DV027 LL4148

CV036 100n

BV011 (Chroma-Module) GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H

GND_1H

FILT

DETEC

IC01 STV2151-B

VCO

5 4,7

GND_1H

RV011 47R

7,8 12

SSC AGC

1

GNDP

DV026 LL4148

CV003 22n

CV009 100n

5,3 (4,8)

0,6 10

3

bass

GNDP

RA030 4R7 CA024 100n

0,7Vpp-H

CC013 100n

CC002 150n

3,9 17

4.43 3.58 OSC

VCOTC

CC016 10n

GND_1H

XP 19100.00 XP 19001.00 XP 19100.00 XP 19101.00 XP 19000.00

(R)

CV002 10u

VIDEO_1

CC012 10u

LC001 10u

2 CA027 3n3

GND_1H

GND_1H

CC011 33p

RC003 180k

FILTERS (TRAP)

QZ1

3,4 RC009 22k

GND_TUNER

(X) SCART-PART

GNDV

3,9 CVBS

SVHS

QZ2

GNDS

GNDV

RC002 220k

RC021 8k2

RV002 680R TV002 TIP122

GND_1H

4,5

1

3,2

3,4 30 4,9 (1,1) 28

QC002 3.58MHz

CHROMA_1 (V)

(R)

IIC_DA_1

2,7

CHROMA_1

CC003 150n

2,7 24

22

VP 19000.00 VP 19005.00*

RV001 10k

CC010 68p

1

2,7 20 YOUT

(V)

(2,1Vpp) (R_load>=150R)

GNDV

RC005 51R1

BA004

GNDP

only in : AP 19001 00 AP 19000 PCB

4

GND_IF (H)

150R

CC09 68p

500mVpp-H

VIDEO_1

TC004 BC858B

2

RC034 115R

MUTE/ ST-BY

T = 64µs

GND_1H RC037 105R

CX950 220n GNDV

2

3

IA002 TDA7298

DV025 LL4148

IIC_CL_1

CC038 220n

SECAM

T = 64µs

CX723 10n

X X

RC036 105R

500mVpp-H

(V)

(2,1Vpp) (R_load>=300R)

VIDEO PART

26,2

BC011 1

U_SCART

GNDV

GNDV TX920 BC546B

VIDEO_2

CC037 220n MAIN_Y

RC006

+ 47u

(630mVburst) (R_load>=300R)

RX951 2k2

2,7

TC041 BC848B

GNDV CC007

RC032 150R

TC008 BC858B

CA021 100n

GNDP

GNDP

+10 V STBY

T = 64µs

CHROMA_2 (V)

2,7

RX960 3,2 100R 3,2

3,2

TEST

(P)

RC041 1k

150R RC042 8k2

7

GNDS

+UVERT (P)

CI033 4n7

TC003 BC848B

2

GNDP

CA020 470u

1

5

GNDS RA027 1k

+10VSTBY (P)

CC036 RC035 2k2 470p

LC003 4u7

2,7

RC030 143R

TC002 BC848B 2 RC029

0,4Vpp-H

+10VSTBY

RX966 2k2

TX950 BC546B

CC033 10u

Y_OUT

RC031 226R 7,3

RC038 2k2

CC035 680p

LC002 4u7

GNDP

RA026 33k2 6

CA018 330n

CA019 10n

RV012 47R RC028 200R 6,8

CA014 470u

CA013 100n

JI906

9VREG RC025 1R0

CA025 RA025 47u 665R

RA028 33k

RA024 4k02

RA023 4k87

GNDS

AUDIO PART AP 19000.00

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO) RI033 1k

TI034 BCR141N

CA011 100n

CA012 470u

GNDP

(A)

TI030 BC858B

1,3 0 RI034 1k5

GNDP

GNDP

RA040

GNDP

RI045 68R

RI039 82R 1,9

1,3

TI031 BC848B

GNDP +US 16.9 (12.9 : Dolby)

CI056 4n7

RI035 68R

JI928

TI032 BC848B

GNDP

2

RI038 1k8

0 in norm. I 4,3 in G,D,K,LL'

CI022 4n7

CI052 4n7

PI050 22k

CI030 10n

R

GNDS

16.9 (12.9 :Dolby)

CA028 220n

1

GNDP

CA010 100n

+US

RI055 1k

1,2 RI029 22k

DA001 LL4148

RA014 4R7

(X) B_AV1

RI037 470R BG

RI031 1k5

RI032 1k8

RA016 4k7

2 CA008 3n3

CA004 *

DA002 LL101A

1 2 3 BP190

16

-US

RA018 22k

GNDP BA006

RA006 *

(X) G_AV1

JI915 0R0

0 in norm. L,L' 4,3 in norm. G (PAL/BG) (EURO)

O2

15

RI027 470R

PI030 2k2 4

14

CI031 22u

CI055 39p

GND

O1 5

13

QI053 6MHz

RI050 330R

O2

12 2,5

RI053 220R

O1

T = 64µs

9,5

RX950 100R 3,2

(P)

n.c.

n.c.

n.c.

n.c.

Vo AF

11 3,6

8 0 4 0

L

3

(X) R_AV1

n.c.

TAGC

Vo QSS

AFC

VCO1

Vo vid

VCO2

Vi vid LSWI

Vo CVBS

TPLL

STD

Vi VIF

Vi VIF

TADJ

CI053 100n

+U13

GNDV RX956 2k2

-16.9 RA031 (-12.7 :Dolby) 100k -US

+US 16,9/10,5 in STBY (12.9 :Dolby) to heatsink sound -US -16,9/-10,3 in STBY (-12.7 :Dolby)

RA017 2k2

GNDP RA008 *

IA001 TDA7269

(X) FB_AV1

FI015 38M9

10 2,5

GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

CVP/2

CVAGC

Vi SIF

Vi SIF

CBL

Vi VIF

Vi VIF

CSAGC

9

LI053 6u8

68p

8 2,7

CI046 100n

+10V STBY

9,5

TX955 BC848B

RX910 100R

GNDV

AV2_Y_OUT VCC_IX

1 2 I1 I2

GNDV

CX965 220n

GNDV

GNDV

GNDV

CX001 220n

2,7 RX955 100R

RX911 1k

CX920 220n

FI010 OFWK3954M

U_SCART

GNDV

TX910 BC546B

RX912 75R RX992 1R

7 2,3

0 in PAL-BG /H/I/D 4,8 in norm. L'

+U13 (L)

9,5 TX965 BC848B

3,2

GNDV

AV1_Y_OUT

1 13,1

GNDV

3,2

2,6

CX910 220n DX251 BAV103

RX965 100R

0,6 DX001 LL4148

DX001 replaced by jumper in XP 19100 and XP 19101

3,2

RX991 1R

U_SCART

RX251 100k

RI024 1k

GNDV

CX901 220n

GNDV

RX250 120k CX250 22n

RX215 75R

2

GNDV

3,2

3,7 20 19 GNDV 18 17 16 15 14 13 12 11

U_SCART

VCC_IX CX726 330p

GNDS 1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

9,4

CX900 47u

RX900 1R

GNDV

GNDV

GNDS

jumper JX920 not fitted in Sat-versions XP 19001 XP 19101

IX001 MC7809-CT

3

3,5

VCC_IX

CX130 47p

6 0,8

CI054 2u2

CM19000.00

PAL

AV1_Y_IN DX120 BAV103

RX120 75R

GNDV GNDV

1 2 3 4 5 6 7 8 9 10

2,8 5 4,3 5 3,5 4,3

5 0,2

CI050 100n

1 2 I1 I2

3

CX002 47u

CA015 4u7

+ US

- US

5

GNDS

+5V

AV3_Y_IN GNDV

RI026 47R

(H) TUNER IF PART

JX920

U_SCART

DX151 BAV103

RX151 100k

RX111 75R

4 0,2

JX922

SECAM

T = 64µs

1Vpp-H RX107 75R

GNDV GNDV AV1_Y_OUT

RI023 27R

FI002 31,9MHz

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

GNDS

to BP120

+5V

+30V

DA (R)

T1_CVBS

R_AV1 (V)

(H)

G_AV1

IIC_CL_1

B_AV1

(V)

(R) RX150 120k

CX150 22n RX115 75R GNDV

RI025 47R

3

(A,H,R,V)

CX902 10u GNDV

GNDV

GNDV

BX002

100p

RX132 100R

RI021 820R

CI007 27p

9,4

RX131 100R

CI005 6p8

5

4

TI020 BF799 0,5

CI009 15p

RI005 15k

3 1,8

CI021 1n

HP 19013.00

VCC_IX

CX722 330p

*1 = see partlist CT 191xx *2 = unused option

AV2_L_IN

GNDV

CR063 100p CR062

INT GNDD CR066 100p

GNDD

CX280 100p

GNDD

CR085 10n

RX280 100R

AV2_8 (R)

DI001 BA782S

CI008 100n

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

T = 64µs

0,9Vpp-H

RX130

CI003 6p8

RI003 4k7

RH008 12k

2 2,6

1 2,8

CI004 4p7

1,2

GNDS

5VSTBY

-US (P)

4,2

RA034 68k

3k3

LI020 u33

4,3

RI004 180R

TI010 BCR141N

RX133 100R

CI002 5p6

RI008 15k

RI001 10R

RH007 12k

LH004 47u

CH009 47p

RX134 100R

GNDV

BX500 Production Connector

+5VSTBY CR002 10n

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

+5VSTBY

LR005 CR003 6n8

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

5VSTBY (P)

GND1H (H)

9

0 7 L

RA035 33k

GNDS

1 L

RA013 4R7

0

R 10

RA029 2k2

+5 V STBY

2 0

GNDS

RA022 402R

TA001 BC858B

BA005 2 CA009 100n

CA007 3n3

6

RV052 LL4148

2k7

RR055

CI001 1n

JX921

2k7

RR053

GNDD

CR092 100p GNDD

DH001 33V

RI054 RI020 1k8

CI010 56p

RI007 15k

CH007 4u7

CH008 4u7

RH010 15k

(R) RR052

BX001

17

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 10k 10k 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

-16.9 (-12,7 :Dolby) 1 11 R

RA020 1k5

RA021 1k5

5VSTBY RA002 10k

GNDS

0

RA012 *

CA006 100p

RA005 *

CA003 *

H&V V

7

M_RES

GNDD

CH005 100n

GNDD

(V)

(A)

AV1_8

(A)

INSWI

IF CH010 22u

FB_AV1

(A)

AV1_L_OUT AV1_R_OUT

EXT_LINK

(A)

AV1_R_IN

GNDD

6

IR003 M24C32BN1

CR004 100n

TR106 BCR141

RH002 2k7

AGC (H) GNDD

5

3

+5VSTBY

RR085 100R

CH002 22p

RH001 1k

(V)

AV1_L_IN

to SCI BX001

GNDD

CR039 100p

1k5

18

RA001 33k

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

RA004 CA002 * *

GNDS

0 TA002 6,5 V ST-BY BC847B 0,6 0 in STBY

RA009

CA005 100p

GNDS

RA019 10k

C-MUTE (R)

CA001 RA003 * *

RA032 10k

CI072 1n

+5 VP

II050 TDA9811/V3

FI001 40,4MHz

DI002 BA782S

CH006 1n

GNDD

22

(R)

CR067 *2 RR050

RI078 1k

*

BA002

RA033 10k

+5V (P)

D03

2 19

AM_AF (A)

D04

2 20

AFC (R) SIF (A)

D05

17

2 21

AGC (H)

19 18

Q3

2 22

T1_CVBS (X)

Q5 Q4

Vss

4,5 23

+5V (P)

Q1 Q2

16

27

RI079 22k

CI070 4n7

2,7 24

+

Q7 Q6

15

CI077 4n7

RI077 22k

TI070 BC848B RI076 47R

FI030

2,7 25

IDENTIFICATION

A0 Q0

14

CI032 1u

CI060 2u2

2,4 26

I_INFO (R)

13

3 28

NORM (R)

D06

12

D01 D02

4,9 29

(R)

D07

20

11

D00

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

+US (P)

L1_INFO

21

A01

4,2 30

TI050 BCR141N

68p

A10

QI070 6,5MHz

+U13

DS

23

CH004 100n

9VREG

24

A10 E

3,3 31

TI045 BCR141N CI041 1n

CI040 1n

RI072 2k7

CI073 4n7

RI070 330R

1

120p

RI084 180R

RI082 6k8

GNDS CH003 22p

CH001 1n

(V)

G Vpp

A00

CR006 10n

or ZOOM/ RR071 *1

CL

CR100 *2 GNDD

GNDD

RI019 15R

CI020 10n

CI011 22n

3,3 32

0

RI022 15R

10 11

9

DX001

CR007 100p GNDD

100R

A11

BS04

RH003

25

BS05

30

RH004 0R

A09

GNDD

8

LI070 6u8

CA16 1n

-US +US

3 2 1 or ZOOM E_FIELD

AGC

GNDD

GNDD

GNDD

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D

A08

8

A8 A9 A11

26

A04

A6 A5 A4

27

7

to SCI BX002

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la ripazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

6

A05

+5VSTBY

GNDD

RR084 10k

GNDD

!

CR038 100p

RR070 *1 E_FIELD/

RR072 *1 CR072 *1

0

GNDD

A06

+5VSTBY

+U13

(P)

CR037 100p

4

1

+5VSTBY

RR106 470R

RR107 1k8

+U13

A13

(AV1)

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D RR171 *1

+5V

(L)

3k3

+5VSTBY

CR098 10n GNDD

+5V

GNDD

+5V (P)

MARK-E-TING

MUTE

or ZOOM E_FIELD

RR093 4k7

GNDD

GNDD +5VSTBY

GNDD

2

TR091 BCR141

+10VSTBY

1M

RR100

CR036 100p

RR076 4k7

GNDD

+5V STBY (P)

28

A3

7

4 O1 O2 5

+

5 0

1M

RR045

100R 100R 100R

(P)

A13

IR002 M27C801-120F1

FI020 OFWK9453M

DI041 BA782S

DI040 BA782S

RI041 2k7

BR012

CR093 10n

(P)

10n

RR044

RR065 RR063 RR062

(X,A,S,V)

+10V STBY

RR075 100R CR075 100p

DR090 LL4148

+5VSTBY

POWER_FAIL (P) UP_RES

CR022

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

(H) (X,A,S,V)

IIC_CL_1

A7

GNDD

A IIC_CL_2 IIC_DA_1

DR091 1N4148

RR091 4k7

MARK_E_TING

GNDD

CR091 10n

MUTE_C

C_MUTE

RESET

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

RR087 100R

A14

5

A2 A1

6

(R)

GNDD +5VSTBY

RR067 1k

GNDD

GNDD

CR021 10n

CR020 10n

D

TV_OFF

SAFE

L1_INFO

I_INFO

AFC C_MUTE

IIC_DA_2

EXT_LINK

MUTE

SAFE

SND_RES

GNDD

(H)

29

A07

31

GNDD

RR088 100R

CR087 10n

(A) (X)

IIC_DA_2

A12

A17 A14

AV1_8 RR086 *2

CR086 10n

CR110 10n

RR910 *

+5V

GNDD

(L)

EXT_LINK

Vcc A18

A15 A12

9

5

R/W RR021 10k

CR011 *2

AV2_8

RR103 1k

C_MUTE

IR001 ST90R92

A19 A16

3 4

10

4

RI006 15k

GNDD

GNDD

BG_INFO

CR010 22p

CR009 22p

GNDD

LR011 *2

22MHz

GNDD

(A,S)

KEY_IN_1

IIC_DA_2 IIC_CL_2

FB_DET GNDD

OSC_OUT

AV1_8

100R 100R

OSC_IN QR001

at 100Hz RR910 = 10k

AV2_8

RR089 RR028

RESET

* at 50Hz RR910 = 0R

(A,S)

CR008 10n

2

A02

3

32

BS01 BS00

A03

2

(P)

BE_STROB

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

I2

RI056 5k6

CI065 4n7

RI073 2k7 CI074 4n7

GND_IF

RI043 2k7

+5VSTBY LR002 560n

IIC_DA_2

IIC_DA_2

+5V

SND_RES

GNDD

*2

IIC_CL_2

IIC_CL_2

1

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

I1

3 2

3 GND

NH001 CTT5000

B1

+5V

SPARE_BE

3 2

16

RR097 2k2

MUTE

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

CI062 47u

CI045 4n7

IIC_DA_1

4

15

TR102 BC848C

SAFE

5

(R)

CR050 10n

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

39k 39k

C

+5V

5

RR026 RR027

B

13

GNDD

GNDD

6

IR004 MC14094BD

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

TI040 BCR141N

JR903 *2

7

OSC

PLL

JR904

10

RR025 39k

SND-RES

(X)

EXT-LINK

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 8

1

2

2

MIX B2

+5VSTBY

RR029 4k7

1

0,1

B3 CR023 10n

GNDD

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

9

SND_RES

(X)

RR030 0,7 120R 0,1 5 in STBY

JR902

*2 JR901 GNDD

11

(H)

AV2_8

LR004 560n

*3,*4

14

AV1_8

M3L_CLCK

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

DEGAUSS

L1_INFO

BG_INFO

UP_RES

+5VSTBY

(H)

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

SPARE_BE

MARK_E_TING

LDR EXT_LINK

EXT-LINK TR048 BC858C

GNDD

(H)

5Vpp-H

RR036 1k8

TR002 4,5 in BC848C 5 STBY

FI040

CI064 CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

RI040 4k7

5Vpp-H 0

+U13 +U13L

BS02

CR090 10n +5V

TR095 BCR141

BG_INFO

CR041 100p

0

CI066 68p

6k8 DI051 BA782S

JI910

DI071 BA782S

RI071 27R

RI061 6k8 RI059

RI058 5k6

JI901

JR905

12

AFC

RR031 1k5

100R

RR019 100R

CR019 100p

RR049 10k

RR048 180R

CR049 10n

(H)

8k2

MAIN

1

GNDD

(H)

100p

GNDD

RR018 680R

L1_INFO

100p

CR030

GNDD

CR018 100p

NORM I_INFO

100p

CR032

8k2

CR101 *2

100R

RR017

JR908

100p

CR033

8k2

BS02 AM/FM

BS01 AM/FM

CI071 100n

+U13

IIC_CL_2 IIC_DA_2

RR016 RR043 56k

CR034 10k

RR039

STB_LED

CR043 4u7

GNDD

100p

RR038

RR040

GNDD

GNDD

CR035 RR037

470R 470R 470R 470R

CR017 22p RR015 100R

CR016 22p

CR104 100n

RR104 820R RR013 RR012 RR011 RR010

CR015 22p

RR014 6k8

1k

2k7 2k7 2k7

GNDD

*2 RR924

LR003 10u

BR011

GNDD

DR104 9V1

RR035 RR034 RR033 RR032

GNDD

JR906

JR907

+U13L

BR012

GNDD

+5VSTBY

+U13

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

GNDD

+10VSTBY

RR042 1k5

+5VSTBY +10VSTBY

CR042 10n

+10VSTBY

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

RR041

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

3 2 1

BR006

6 5 4 3 2 1

1

1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

8 7 6 5 4 3 2 1

*2

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

*2

LDR

BR002

30

CV242 470n

RV107 82k RV242 1k

RV110 470R

RV108 2k2 DV108 BAV103

RV109 270k

TV108 BC327

RV112 390R

(L) PKS 7.9 (L) SMPS_IN (P) SMPS






   
     !" '() &&
     * + ,        % $ #

*+,-0/.-0/.-* + , 1

RP022

CP112 3n3

DP112 MUR1100E

* RP126 2k2

RP112 1k2

LP112 95u

RP130 120MI0

100R 4,5W

RP027 10k

RP026 100k

CP023 2n2

DP052 1N4001GP

RP060 270k

DP060 LL4148

1n

RP061 270k

CP060

DESIGNATON POWER PP.19400.00, PP.19401.00

RP055 15R

CP055

2

CP051 100u

GND1

DP053 RGP15G

RP053 0R

CP053 330p

CP054 470u

RP054 6R8

5/6

2,4

CP050 330p

GND1

330u0/25V

470u0/35V RGP30D BYW029-150 X 10549750 -

1MI0/25V X BYW029-150 X BYV63-150 10549740 X X X X

SOFT START

0,9

12

13

0

4V

o

10

OSC

CP040 470u

LP040 1u2

2

VOLTAGE CONTROL

OUT

LOGIC PROCESSOR

ERROR AMPLI

TP060 BUL810TH

o

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

13

GND1

LP140

8

0,1

7

4,9

6

5

4

GND1 CP065 470p

X Inserted Not inserted

0

3

0

2

0,4

1

GND1

o

12

TP027 BC847B

0

CP063 4n7

GND1

CP068 470p

6Vpp-T=32µs

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

DP152 LL4148

DP160 LL4148

RP139 100k

TP161 BC846B

T = 32µs

GND1

0,7Vpp-H

GND2

GND2

RP138 10k GND2

RP151 18k

-7,5 RP159 330k

RP157 130k

TP166 BC856B

TP145 BCR141 GND2

GND2

CL001 1000u 16V

*2 BP110 +USYS GND2 UVERT

RL003 2k2

RL004 1k

LL006 3u3

T = 32µs

CL038 27n

LL031 TL030 ON4977

(L) +13V

EW_BACK

(V)

13Vpp

7,2 TL005 MPS750

RL025 470R

RL020 *

UVERT

CL027 1n

*2 = see CT 194XX XX partlist (V) SMPS

GNDL

(P) POWER SUPPLY

PP 19400.00 - PP 19401.00

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

3

6

GNDL GNDL

GNDL

GNDL

LL037 *

RL014 40R2

GNDL

(V) SAFE

BEAM_INFO

SMPS_IN LL045 10u

CL042 1000u GNDL

CL057 330n

DCU RP19

+U13

GNDL

RL057 *

(V) H_REF

RL055 1k

(V)

(L) 6

9,3

5 DL034 *

DL030 DTV32F-1500

CL037 * 250V

DL036 *

RL063 4k64

RL134 * RL135 * RL136 *

VCC1 7,8

CL061 1n

GNDL

RL124 *

RL037 1k

CL031 *

GNDL

+13V

+13V

CL045 470u

RL155 47R

BV05

1 RL016 40R2

RL017 40R2

(L,P)

BREATHING (V)

DL041 RGP30D

2

RL030 *

RL026 * RL029 *

(V) RL028 470R

RL040 0R27

RL125 *

4

3 2

(V) BREATHING 3,2

7 1,2

+

7,8

CL064 1n 7,1 RL058 10k7

RL126 *

+13V

8

+13V

IL062

RL056 10k

0

TL062 BC847B

4 +

1

-

CL062 1n

1,2

RL160 1k GNDL

8 GNDL GNDL

CL028 * EW_DRIVE

*

CL005 470u

RL024 +USYS

BL035 2 1

4 RL018 40R2

13,5 (F,P) (A,C,H,X,R,V)

P ZL041 MP160

DL157 LL4148

RL211 *

CL039 27n

13Vpp

LL001 1

1,2Vpp-H

DL043 RGP10M

LL008

1200Vpp-H

T = 32µs CL004 10u

7,4

(V) 7,8

CL211

*

RL015 1R0

VCC1

12

SAFE (L)

1k

RL045 100k (F) +UVFB 59

CL041 330p

22u0

8

CL044 100u

RL043 2R2

LL043

10

HTR2 HTR1 RL146

GNDL GNDL CL043 330p

GNDL

9

RL092 *

12,4

TL004 MPSW01A

T = 32µs

(L,V)

PKS (V)

TEMP_ABL

DL057 BAV103

13Vpp

TL001 BC847B

+13V 3 2 1 GND2

(P) +USYS

+13V

VCC1 (V)

(V)

(V)

(L)

SENSEP

(V) SENSEM

9VREG (X)

(L,P) SAFE CL008 4n7

CL006 27p

7,3 0,5

T = 32µs

+5V

DP134 1N5817

CL146 150p

to BB02 CRT +UVIDEO

5 4 3 2 1

CL046 4u7

DL046 RGP15-20

11

DL092 *

BL050

GNDL

LL046 * RL046 RL048 * *

+UVIDEO 250

(L)

RL047 47R

LL047 *

3 5

RF015 15R

CF011 470n

GND2

JP310 1k

GNDL

GNDL

P

CF015 2200u

(P)

DL070 LL4148

RL050 26k7

RL044 26k7

GNDL

2

133,7

+USYS

RL070 24k9

DL050 BZX85C22

CL052 10n

RF012 *

RL082 *

RL081 68k1

RL080 7k5

1

T = 32µs

RL013 4R7 0.5W

DL001 RGP10G

CL003 220p

RL002 3k3

CL002 100p

+10V STBY

TP152 BC847B

!

(L)

-US GNDS +US

+UVFB

T = 32µs

(V)

H_DRIVE

(R,V,A,H) +5V (V,F) 26.3 +UVERT (V,L,X) +10VSTBY

DP133 1N4001GP

*

(P)

RP162 2k2

00

DF011 *

4.2

DL052 RGP10G

BL052

RF013 *

CF021 100n

+10V STBY

RL001 5k6

TP167 BC846B

10k

GND2

RF011 1R5

THERMAL PROTECTION

13Vpp

GND2

-2,4

12,6

5

RL053 *

7

POWER_FAIL

(R)

RP144 1k

RP166 1k

GND2

TP150 BC857B

RF123 RF124 9R1 9R1

BF001

RL051 *

2 1

B CRT

BP05

4

UP_RES

RP145 GND2

RF024 4R7

CL030

0,1

RP160 2k2

GND2

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans la partie primaire de l'alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

RP165 120k

CP143 470u

RP152 2k2

GND2

2,2Vpp-H

RP149 4k7

RL052 54k9

DCU RP19

7.2

DL051 RGP10G

EHT

1 2 RF020 *

IF001 TDA8177F

A

4

12,6

RP158 68k

T = 32µs

TP162 BC846B

IP140 TDA8139 GND2

7

1,6

RF003 2k7

13

+10VSTBY

12,1

RP150 10k

GND2

GND2

RP156 4k7

5

POWER AMPLIFIER

7.9

GNDL 6

RF023 4R7

1

DF001 1N4148

+5V STBY

GND2

CP131 10u

CP151 220n CP152 220n

GND2

0.7W

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

RP163 2k2 RP161 330R

RP100 10M

-0,5V

!

2

CP100 1n5

GND1

0

IP130 MC7812-CT

RP164 100k 5,7

4,2 IDIS 4

GND

RP143 2k32 1%

RP142 2k21 1%

GND2 3

(L) +U13 +5VSTBY

(R)

5

2

3

1

GND1

GND1

DP151 LL4148

RP070 2k2

GND1

1

DISABLE

RP148 18k

RF002 *

RF025 *

DF028 LL4148

1,6

CF002 *

5

GND2

6,13

LP070

4

RP068 1k

26.3

CP130 2200u

GND2

GND1

RP064 1k

RP062 1M

TP146 BD241

GND2

CP101 150p

RP066 3k65

GND1

CP062 2,8 10u

18

PROT.

GND2

GND2

GND2

DP130 MUR420

CP135 470p

o

RP067 1k

CP067 470p

RP124 10k

RP123 10k

2,5

RP069 47k

RP065 120k

3 RESET 3 GND2 7 OUT 2 5,7 PROG VO2 CP146 10u 8 5,7

CP140 4700u

17

0

CP121 *

REF.

DF002 LL4148

SAFE

(L)

GND2

CP144 10u

RP147 4k7 6 5

2

JL984

CF028 1u

RF036 1k

59 3

RF007 10k

(V)

FRAME_DR

+5V

RP177 12k

(R)

13,2

2 1 9 VI2 VI1 VO1

OUT 1

-16,9 (-13.5 :Dolby) DP140 *

o

RP020 120MI0 2.5W

RP146 0R

6 24

RP176 4k7

CP176 2n2 GND2 GND2

CP142 150n

DP109 *

14

1

9

DP041 BAT42 RP042 4k7

CP041 1n

IP060 TEA2261

IS LOGIC

LP042

CP137 470p

UB-Driver

DP040 BZX85B2V7

RP040 22R

CP141 2m2

RP121 10k

CP138 470p

15

DP175 LL4148

TP175 BC846B

BP120

GNDS

RP120 10k

CP120 *

CP179 47u

DL071 *

+5V

DP178 LL4148

GND2

BP190

RL072 1k

DF031 RGP10G

60Vpp

0,8Vpp

RP179 22k

DP179 LL4148

3 2 1

GND2

DP108 *

-2V

11,2 11,8 14 15 16

MODULATOR LOGIC

OVER LOAD

16

8

RP175 1k

CP171 22u

*

GND2

DF007 ZMM15

0

VCC1

+13V

RL071 43k

DF033 RGP10G

T = 10ms

(V)

DL072 LL4148

RL171 13k

T = 10ms

3 2 1

* JP913

CF031 100n

GND2

RP172 10k

+US GNDS -US

GND2

CF029 470u

GND2

GND2

16,9 (13.5 : Dolby )

GND2

100Hz/Dolby

470u0/35V

CP121 CP126 DP108/109 DP126 DP140 JP913 LP020 RP126/128 RP127/129 RP130 TP129

11

CP102 1n

Flyback

GND1

GND1

2,6

10

22n

100Hz/Stereo

CP120

9

RP102 100R

* DP126 LL4148

CP110 100u 200V

DP113 MUR160

DP050 RGP10G

15Vpp-T=32µs

0,8

PP 19401 00 10534010

2.5W

600Vpp-T=32µs

RP050 10R

4n7

DP061 LL4148

CP064

*

PP 19400 00 10530090

13,5 en STBY 28,5 1 IN

IP050 MC7809-CT

DP051 LL4148

0

GND1

CP056 47u

GND1

GND1 GND1

GND1

3

OUT

CP052 10u

RP029 100k

CP061 470n

9,6 ON/STBY

18

GND2

RP059 220k

o

GND2

1,6

DP027 1N4148

RP170 10k

CF027 100n

GNDL

* CP126 100u

LP20*1_2 1/2

JP302

0,6

RP191 4k7 RP190 5k49

(P)

*

CP022 470p

DP022 FUF4005

TP026 BC846B

0,04

TP190 BC857B

+UVERT

1

RP028 100k

TP025 X0205MA

GND2

* RP128 2k2 * RP127 100k

CP170 4n7

RP171 22k

DP190 LL4148

13 in STBY 26.3

5,8

RP173 100R

2

121,7

2W

13

RP193 4k7

(V) BREATHING

TP170 BC846B 0,2

*

RP025 33k

1

DP110B RGP50M

RP129 10k

16,9 (13.5 :Dolby) +US

RP167 10k

BP025

JP915

20

LP20*3_4 1 o

3/4

DP110A RGP50M

*

*

22n

BP024

LP020

GND1

RP032 120k

RP031 120k

0.3

13.5 * TP129 BC857B

CP150

RP030 120k

DOLBY

133,7

(BM04)

USYS

CP020 150u

RP192 100k

PS. RP19.00

-16,9 (-13.5 :Dolby) -US

330

GND1

3

to CRT board

1 2

+USYS

MAIN

BP020

(L)

BP0208

GNDS

CONVERGENCE UNIT POWER SUPPLY ALIMENTATION PLATINE DE CONVERGENCE DIGITAL CONVERGENCE UNIT NETZTEIL ALIMENTAZIONE CONVERGENCE UNIT ALIMENTACIÓN CONVERGENCE UNIT

+5VSTBY

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

LL029 * 4

TL028 TIP122

T = 10ms

DL032 BYT08P-400A

CL032 * 400V

LL032

GNDL GNDL

GNDL

GNDL

DST-GDS35 130u0H 900HM 50MHz WIREBARE 9u0H 22u0H 13u5H 10k 1R 1R21 270R

RL068 3k3

RL067 3k3

RL066 *

CL066 1n RL065 100R

CL073 470n (P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

DP 19400.00

Deflection - Basic Partlists

BYT01-200 200V BZX55C20 1N4148

RL069 3k9

GNDL

DL066 BZX55B47

12Vpp

100Hz CT 19400 34 10 53 01 10 680p/50V 1n/100V 3u3/63V 1n9/2kV 10n/1k5V 20n/400V 2u2/250V 510n/250V 470p/50V BZW04-48 56V

CL063 1n

IL062 TL082CD

(L) DEFLECTION PART

* = see CT 194XX XX partlist

*

GNDL

GNDL

T = 10ms

200mVpp

CF002 CL028 CL029 CL030 CL031 CL032 CL036 CL037 CL211 DF011 DL034-036 DL071 DL092 LL008 LL029 LL030 LL031 LL037 LL046 LL047 RF002 RF012 RF013 RF020

RL137 * RL127 *

1

CL029 *

RL027 470R

CL036 *

Deflection - Basic Partlists

* RF025 RL071 RL020 RL024 RL026 RL029 RL046 RL048 RL051 RL053 RL057 RL066 RL082 RL092 RL124 RL125 RL126 RL127 RL134 RL135 RL136 RL137 RL211 RL030

100Hz CT 19400 34 10 53 01 10 100R 43k 7k15 61k9 100R 2R2 3k3 3k3 270k 16k2 60k4 1k74

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19400 34 Usys 134V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19400 34 Usys 134V

59k 4k7 7k5 7k5 7k5 7k5 7k5 7k5 7k5 7k5 6k8 2R2

RP C19 First issue 07 / 98

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

GNDD

GNDD

RR171 *1

RR053

2k7

RR055

2k7

RR056

2k7

RR057

10k

RR051

CR004 100n +5V

*2

+5VSTBY

GNDD

GNDD

CR066 180p

5

IIC-CL-1

6 GNDD

RR060 100R RR065 RR063 RR062

7 8

GNDD 4

IR003 M24C32BN1

3 2 1

CR005 100p

100p

+5VSTBY

GNDD

Production Connector

100n

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

RR061 2k7 GNDD

+5VSTBY

*1 = see partlist CT 191xx

RR107 1k74

RR099 10k

0,6 RR105 1k74

RR098 22k

TR105 BC847B GNDD

CR092 470p

AV2_8 (R)

CX280 100p

*3 = only RP 19000 00 *4 = only RP 19100 00

RX130

AV2_L_IN

(A)

AV2_R_IN

(A)

RX282 6k8

CX282 330p GNDV

BX002

GNDD GNDD

MAIN

(R) MICROPROCESSOR RP 19100.00

to SCI BX002

GNDD

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

GNDS

RX281* 10k

RX115 75R

RX116 100k

RX107 75R GNDV

GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

IIC_CL_1 IIC_DA_1

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

4,3

CX120 10u

CX130 47p

RX122 33R

AV1_C_IN

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

RX900 1R

DX120 BAV103

RX121 NI

GNDV RX221 NI

RX220 75R GNDV

GNDV CX220 10u

GNDV

5,3

RX965 100R

3,2

RX955 100R 3,2

5,3

U_SCART

Mute

n.c.

TAGC

Vo QSS

9,4

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

AGC (H)

SECAM

to BP120

GNDP

CA023

100n

RA028 33k2

RA024 4k02

RA023 4k87

GNDS

GNDS RA027 1k

RA026 33k2

CA022 470u

GNDV

CA021 100n

GNDP

GNDV

GNDV

XP 19100 00- SCART 100Hz XP 19101 00- SCART 100Hz Sat. XP 19900 00- SCART Asia

BI001 X

T = 64!s

7 MUTE/ ST-BY

GNDS

jump jump X

X X

X

2 CA027 3n3

IA002 TDA7298 4

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

1

CA024 100n GNDP

GNDP

GNDP

(R) (R)

CV002 10u

RV011 47R

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

TX960 BC847B RX961 2k2

CV012 82p

CV009 100n

DV011 LL42

CV007 1u

RV003 24k9

DV012 LL42

(630mVburst) (R_load>=300R) VIDEO_2 (V)

2,6

(2,1Vpp) (R_load>=300R)

SECAM

T = 32!s

T = 32!s

U_SCART

CX950 220n

2Vpp-H

GNDV

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

GNDV

GNDV TX920 BC546B

CX723 10n

1Vpp-H

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

CV036 100n

7,8 12

CV041 220n 0,7 1

GND_TUNER H_DRIVE (L)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

Y

Y

4 YIN LumaAverageDetector

LumaAverageDetector

UIN

CUTG

CUTB

CONVAR

CV032 100n

(X) SCART-PART JX923*

VCC1

+U13

XP 19100.00 XP 19900.00

(V) VIDEO PART VP 19400.00

7,8 44

47 G_TXTB_TXT

RGB-VCP-GATE CLAMPING AND DE-MATRIX

CONTRAST SATURATION BRIGHTNESS Y,U,V

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

VERTICAL-

S-Correction,

CPHI2 38 2,5 CV047 220p

41

2,4

40

2,3

HDRIVE CSOF 17 5,4

EWIN

GND1 34

30 3,3

32 1,1

CV246 220n

BV001 (CRT-Board) 9 8 7 6 5 4 3 2 1

RV091 4k7

CV092 10p RV061 1k

RV074 820R

RV062 0R RV072 RV071 1k

RV073

0R RV082

RV076 10R

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC857B

100R

RV081 1k

0,7 SENSEM

27

13,5

SENSEP

26

13,6

RV084 820R

T = 32!s RV083

V.Breathing

East-WestCorrection, H.Breathing

13 0 CV213 47p

G_OUT B_OUT

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

2,7

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

LOGIC

Startup - Oscillator

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

100R

2.2Vpp-H

45

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

AVERAGE BEAM LIMITER

AUTO-PIX

Vertical Sawtooth,

Delay

(L) +U13 RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6 R_TXT

FB_TX

APX

29 4

CVER

BREAT

FROUT

25

RV231 100R

1,6

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

2.5Vpp-H

SMPSControl

Protection

EWOU

100R CV241 100p

CV231 1n

CV206 220n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1 RV216 330R

RV101 CV102 100u

CV103 4u7

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102

CV216 820p

(V) VCC1

DV221 LL4148

BREATHING (L,P)

X X -

CHROMA_2 VIDEO_2 VIDEO_1

T = 32!s

RV063

2,6 50 46

Bus

VPANPhi2 - Loop

CV031 100n

RGB-VCP-GATE

YUV

Soft-

Line-Countdown-Logic

GNDLI 10

0

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTR

4,1 49

AND DE-MATRIX

IV001 STV2162

VDFL

2

DV028 LL4148

VIN

VCP GATE CLAMP V U ColorEqualizer

0

8

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 3 16 15 14 51

APL

7 HDFL 0,3 DV026 LL4148

2,6

I2C-BUS DECODER AND LATCHES

0,9 6

2,6 2

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV023 CV022 100n 100n

2 53

Function

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

LL4148 H_REF (L)

CX724 10n GNDS

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

GNDS

GNDV

RX921 1k

(X) (X) (X)

5Vpp-H

CONVAR BV010 1 To BV19 DCU

CV006 100u

T = 64!s

T = 32!s

CHROMA_2 (V)

RX951 2k2

4,6

RV022 15k

0 5Vpp-V

(L,P) CV011 82p

GND_IF (H)

TX950 BC546B

RV021 47k

T = 32!s

T = 10ms

CV003 22n

2.5Vpp-H 1Vpp-H

+U13

GNDV RX956 2k2

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

RV002 680R

+U13 (L)

CX001 220n

CX150 DX001 JX920 JX923 RX281 X X -

BA004

GNDP

1

EW_DRIVE (L)

GNDV

GNDP

CA020 470u

6 5

3

CA018 330n

CA019 10n

TV002 TIP122

IIC_CL_1 IIC_DA_1

PAL

EW_BACK (L)

DX351 BAV103

R

CA014 470u

GNDP

GNDP CA025 RA025 47u 665R

GNDV * DX301 BAV103

1

GNDP

GNDP

CA011 100n

CA013 100n

2

26.3

(P)

AV3_C_IN RX303 2k2

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

GNDS

1 2 3 4 5

8 9 GNDS 10 11 GND1H 12

n.c.

n.c.

n.c.

n.c.

CA012 470u

GNDP

GNDP

RA040

RV001 10k

+UVERT (P) T1_CVBS (X)

CI033 4n7

CX965 220n

3,3 RX920 100R

2,7

CA028 220n

RA014 4R7 CA010 100n

GNDS 16,9 (13.5 : Dolby )

+10 V STBY

+10V STBY

RX966 2k2

RX960 5,3 100R 5,3

RX910 100R RX911 1k

GNDV RX922 75R

CA008 3n3

CA004 *

3

+US

GNDP +US 16,9 (13.5 : Dolby )

AP 19000.00 AP 19001.00 AP 19010.00

RI045 68R

2 RA006 *

IA001 TDA7269

DA002 LL42

(A) AUDIO PART

CI056 4n7

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

9,4

RX950 100R 3,2

2,6

DA001 LL4148

BA006

JI906

9,4

2,6 TX910 BC546B

RA018 22k

RA016 4k7

GNDS

AFC

VCO1

Vo vid Vo AF

LSWI

Vo CVBS

1 2 3

RA017 2k2

0

GNDV

TX965 BC847B

GNDV

CX920 220n

RX350 100k

(P)

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

U_SCART

9,4

TX955 BC847B

RX912 75R RX992 1R

AV2_Y_OUT

RX351 100k

CA015 4u7

4 0

L

GNDP

RV012 47R

4,6

GNDV

DX220 BAV103

CX301 10u

GNDS

+US 16,9/10,5 in STBY (13.5 :Dolby)

TI030 BC858B

RI033 1k

TI034 BCR141

13,5

DX001 * LL4148 GNDV

GNDV

VCC_IX

RX301 2k2

GNDS

5VSTBY

GNDP

+10VSTBY (P) RI028 22k

GNDV

CX901 220n

AV1_Y_OUT

RI039 82R 1,9

1,2 1,3

RI034 1k5

BI001* 1

RI035 68R

5

0

2

GNDV

CX910 220n

CX350 22n

TI033 BCR141

IX001 MC7809-CT

3 CX002 47u

RX991 1R

JI928

TI032 BC847B

L

1,2 0 RI029 22k

+10VSTBY

DX001 replaced by jumper in XP 19100 and XP 19101

GNDV

AV3_Y_IN

PI035 2k2

TI031 BC847B

1,1

0 in norm. I 4,3 in G,D,K,LL'

CI022 4n7

CI052 4n7

PI050 22k

CI030 10n

5,5 RA035 33k

GNDS

1 L

RA013 4R7

RA008 *

8

0 7 L

RA022 432R

TA001 BC857B

RI055 1k

RI038 1k8

RI027 470R RI037 470R BG

5VSTBY RA002 10k

2 0 R 10

9

RA034 68k

BP190

16

15

+5V (P)

O1 5 O2

14

CI031 22u

PI030 2k2

20 3,7 19 GNDV 18 17 16 15 14 13 12 11 3,5

GNDV

AV2_Y_OUT

5VSTBY (P)

RA001 33k

BA005 2 CA009 100n

CA007 3n3

6

GNDS

RA029 2k2

+ US

13

RI031 1k5

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

JX920

U_SCART

DX251 BAV103

12 2,5

CI055 39p

RI050 330R

4

GND

9,4

CX900 47u

0 TA002 10V ST-BY BC847B

RA019 10k

C-MUTE (R)

+5 V STBY

RI053 220R

O1 O2

GNDV

RX251 100k

CX250 22n

RX215 75R

11 3,5

QI053 6MHz

3,2

RX250 100k

CX726 330p

10 2,5

GND

FI015 OFWG3970M

U_SCART VCC_IX

GNDV

GNDV

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

IX900 TEA6415C

VCC_IX

RX120 75R

9 0

CI053 100n

AV1_Y_IN

GNDV

Vi vid

VCO2

CVP/2

8 2,7

CI046 100n

T1_CVBS ( MAIN-TUNER )

RX151 100k

RX111 75R

GNDV

STD

CSAGC

TPLL 7 2,7

CI054 2u2

jumper JX920 not fitted in Sat-versions XP 19101

GNDV RX150 100k

CI072 1n

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

-16,9 (-13.5 :Dolby) 1 11 R GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

Vi SIF

Vi SIF

CVAGC

TADJ

Vi VIF

+5V

INSWI CBL

Vi VIF

6 0,8

0 in PAL-BG /H/I/D 4,8 in norm. L'

CX902 10u

VCC_IX

GNDS

RA005 *

CA003 *

GNDS

0

RA012 *

CA006 100p

RA020 1k5

RA021 1k5

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

RA004 CA002 * *

GNDS

+5 VP

- US

I_INFO (R)

68p

RX132 100R

RX131 100R

CX150 22n

GNDS

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

Vi VIF

+5V

+30V

DA

GNDV

5 0,2

CI050 100n

FI010 OFWK3954M

3

(H) TUNER IF PART

AV1_Y_OUT

CX140 47p

2 I1 I2

U_SCART RX133 100R

RX134 100R

GNDV

CX722 330p

CR085 10n

TR106 BCR141

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

1

RI024 1k

FI002 38,9MHz

4 0,2

9,4

100R

RX140 100R

GNDV

*5 = only RP 19101 00

2 I1 I2

RI012 56R

RI026 47R

4,7 GNDV

RX280 100R

*2 = unused option

RR085 3,7 100R

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

CR001 47u

CR002 10n GNDD

CL BX001

CR006 10n

CR063 100p

CR060

CR003 10n GNDD

IIC-DA-1

RI023 27R

RI078 1k

17

-US (P)

+U13

(A)

R_AV1

(A)

AV1_R_OUT

CI007 27p

HP 19013.00

(V)

AV1_L_OUT

+5VSTBY

LR005

+5VSTBY

RI021 820R

5

3

RI005 15k

18

RA009

CA005 100p

RV052 LL4148

*2 2k7

CI005 6p8

CI009 15p

CI008 100n

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

G_AV1

(A)

AV1_8

(A)

AV1_R_IN

(R)

AV1_L_IN

(AV1)

RR050 RR052

DI001 BA782S

TI010 BCR141

GNDD

(V)

Vss

CI003 6p8

RI003 4k7

RH008 12k

2 19

(A,H,R,V)

Q3

GNDD

CH009 47p

3 1,8

JI915 0R0

D04 D03

1,9 20

LI053 6u8

D05

2 21

GND1H (H)

NORM (R)

D06

18 17

2 3,2

DX001*

D07

20 19

16

1 3,2

(R)

21

Q5 Q4

15

2 22

CA001 RA003 * *

RA032 10k

3k3

1

L1_INFO

Q7 Q6

Q1 Q2

14

4 23

9VREG

A10

22

A0 Q0

13

D02

CI012 4p7

CI077 4n7

RI077 22k

CI070 4n7

2,6 24

BA002

RA033 10k

FI030

2,4 25

26

GNDS RI054

RI025 47R

T1_CVBS

A10 E

12

D00 D01

CI032 1u

CI060 2u2

RI079 22k

II050 TDA9811/V3

4

TI020 BF799 0,5

RI004 180R

RH007 12k

LH004 10u

0 27

(V)

A2 A1

23

11

A00

1,2

2,8 28

CI021 1n

(H)

10

A01

RH010 15k

4,2

CI004 4p7

IIC_CL_1

A02

CH010 22u

RI001 10R

CI002 5p6

IIC_DA_1

DS

RI008 15k

(R)

24

RI009 56R

(R)

G Vpp

DH001 ZMM33

5 29

TI050 BCR141

0 in PAL-BG /H/I/D 4,8 in norm. L'

LI020 u33

68p

A3

100R

9

RH002 2k67

RH003

A03

RH001 1k

RH004 0R

A11

CH008 470u

5 in PAL-BG /H/I/D 0 in norm. L'

Vi VIF

IF

or ZOOM

AGC

E_FIELD

IIC_CL_2 IIC_DA_2 A09

25

IR002 M27C801-120F1

CH007 4u7

RI020 1k8

CI010 56p

RI007 15k

4,2 30

4,1

0,8 TI070 BC847B RI076 47R

CA16 1n

-US +US

3 2 1 GNDD

GNDD GNDD

26

8

CH005 100n

BG_INFO (R)

STB_LED

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D 7

A04

to SCI BX001

GNDD 100R 100R 100R

GNDD

RR066 100R

or ZOOM/ RR071 *1 GNDD

RR084 1k

0

First issue 07 / 98

A05

CI006 4p7

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

+US (P)

CI041 1n

FI001 40,4MHz

DI002 BA782S

CH006 1n

GNDD

BX500

RR106 470R

RP C19

A08

CR067 220p

CR039 100p

CR065 180p

RR070 *1 E_FIELD/

CR072 *1

+5V

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

GNDD

CR038 100p

RR076 4k7

RR072 *1

+5V

TR091 BCR141

+U13

!

GNDD

CR037 100p

+5VSTBY

+5VSTBY

GNDD

3k3

CR062

GNDD

+U13

1M

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D

CR098 10n

GNDD

(P)

A13

27

+5VSTBY

+5VSTBY

(L)

RR045 RR100

CR036 100p

MARK-E-TING

CR075 100p

+5V (P)

1M

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

RR093 4k7

RR075 100R

GNDD

+5V STBY (P)

28

A8 A9 A11

CH002 22p

GNDD

A

5 0

10n

RR044

SND-RES MUTE

or ZOOM

DR091 1N4148 DR090 LL4148

CR093 10n

+10VSTBY

MARK_E_TING

MUTE_C

RR091 4k7

E_FIELD

GNDD

CR091 10n

+5VSTBY

(P)

+10V STBY (P)

A13

A6 A5 A4

+5VSTBY

GNDD +5VSTBY

CR022

RR067 1k

GNDD

POWER_FAIL (P) UP_RES

A7

6

INT

(X,A,S,V)

5

A06

GNDD

CR021 10n

M_RES

RR087 100R

A07

CH001 1n

CH004 100n

3,2 31

TI045 BCR141 CI040 1n

RI019 15R

CI020 10n

CI011 22n

CI001 1n CH003 22p

R/W RR021 10k

CR011 *2

CR020 10n

RR086 *2

CR086 10n

SND_RES

TV_OFF C_MUTE

RESET GNDD

(H)

A14

CR100 *2 GNDD

AV1_8 GNDD

CR110 10n

CR087 10n

(X) (H)

29

GNDD

AGC (H)

+5V

GNDD

RR088 100R

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

C_MUTE

IIC_DA_2

EXT_LINK

MUTE

(A,S)

A17 A14

LR002 560n

CR007 100p GNDD

GNDD AV2_8

RR910 *

SAFE

L1_INFO

AFC

I_INFO

AV1_8

BG_INFO

AV2_8 SAFE

SND_RES

CR010 22p

CR009 22p

A15 A12

BS04

USYS (P)

LR011 2u2

27MHz

IR001 ST90R92

BS05

30

B_AV1

GNDD

31

(V)

GNDD

32

(P)

100R 100R

OSC_IN OSC_OUT

IIC_CL_2

CR008 10n

Vcc A18

A19 A16

RI006 15k

RI072 2k7

CI073 4n7

QI070 6,5MHz

GND_IF

3,2 32

0

RI022 15R

10 11

9

+5V

RR089 RR028

8

FB_AV1

BE_STROB

7

(V)

IIC_DA_2

1

6

(R)

IIC_CL_2

2

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

5

(R)

SPARE_BE

3

QR001

EXT_LINK

3 4

4

IIC_DA_2

4

39k 39k

RESET

RR103 1k

2

BS00

3

IIC_CL_2

IR004 MC14094BD

CR050 10n

RR026 RR027

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

D

16

GNDD

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

C

15

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

B

+5V

1

BS01

2

+5VSTBY

LI070 6u8 RI070 330R

1

RI084 180R

RI082 6k8

CI062 47u

4 O1 O2 5

CI045 4n7

DI041 BA782S

NH001 CTT5000T

B1

EXT_LINK

5

IIC_DA_2

(X,A,S,V)

GNDD

*2

DI040 BA782S

RI041 2k7

(R)

12

TR102 BC847B

IIC_CL_1

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

RI073 2k7 CI074 4n7

120p

3 GND

2

RI043 2k7

JR903 *2

6

GNDD

IIC_DA_1

5

RI056 5k49

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

FI020 OFWK9453M

I2

TI040 BCR141

PLL

JR904

11

GNDD

(A)

GNDD

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 7

OSC

I1

2

2

MIX B2

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

10

at 100Hz RR910 = 10k

(A,S)

0,1 5 in STBY

JR902

A12

* at 50Hz RR910 = 0R

C_MUTE

KEY_IN_1

IIC_DA_2 IIC_CL_2 A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

L1_INFO

BG_INFO

UP_RES

DEGAUSS

8

0

B3 CR023 10n

1

FI040

3 2

CI064

RI042 4k7

RI040 4k7

5Vpp-H 0

GNDD

RR029 4k7

*3,*4

+5V

MUTE

0

5Vpp-H +U13

0,7 TR002 4,5 in BC848C STBY 5

+U13L

BS02

*2 JR901

RR097 2k2

(L)

LR004 560n

+5VSTBY

GNDD

9

13

GNDD

(H)

SAFE SND_RES

CR041 100p

RR036 1k2

CI066 68p

6k8 DI051 BA782S

JI910

DI071 BA782S

RI071 27R

RI061 6k8 RI059

RI058 5k6

JI901

RR030 68R0

EXT-LINK FB_DET

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

H_PAN_SW (Z)

MARK_E_TING

LDR EXT_LINK

EXT-LINK TR048 BC858C

(H)

(X)

10k

BS02 AM/FM

BS01 AM/FM

CI071 100n

+U13

JR905

14

AV2_8

RR040

CR090 10n +5V

+5VSTBY

(H)

100p

100R

RR049 10k

RR048 330R

GNDD

(X)

100p

CR030

RR019 100R

CR019 100p

TR095 BCR141

(H)

100p

CR032

10k

GNDD

CR049 10n

(H)

100p

CR033

10k

RR031 1k5

BR011

1

GNDD

BG_INFO

CR034 10k

RR039

GNDD

RR018 100R0

AV1_8

100p

RR037

CR101 *2

100R

RR017

CR018 100p

L1_INFO

GNDD

GNDD

CR035

RR038

RR035 RR034 RR033 RR032

RR016

*2 JR908

AFC

CR104 100n

1k

CR017 22p RR015 100R

RR043 56k

GNDD

NORM I_INFO

RR104 820R

RR041

CR016 22p

CR015 22p

LR003 10u

2k7 2k7 2k7 RR014 4k7

CR043 4u7

*2 RR924

330R 330R 330R 330R

GNDD

GNDD

RR013 RR012 RR011 RR010

+U13L

DR104 BZX55B9V1

+U13

+10VSTBY

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY JR907 JR906 *2

BR012

GNDD

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

8 7 6 5 4 3 2 1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

1

1

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

to PVM *4*5

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 47n

RV109 274k

TV108 BC327

RV110 470R DV108 LL4148

RV112 330R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS




 

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

2

BP05

TO DEGAUSSING COIL

0,8

U MAINS 220V

11

CP053 330p

CP054 470u

RP054 *

0,9

12

13

OSC

PP 19111 00 10536990

PP 19101 00 10393830

PP 19110 00 10536980

LOGIC PROCESSOR

PP 19100 00 10353750

100Hz/Dolby

100Hz/Dolby

100Hz/Stereo

100Hz/Stereo

-

X

-

X

CP020 CP112 CP126 CP146 DP019 DP027 DP028/034

150u 3n3 X X 1N4148 X

150u 3n3 X X X 1N4148 X

150u 3n3 X X 1N4148 X

DP108/109 DP110 DP113 DP126 DP140 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020

BYW029-150 MUR1100E RGP10M X BYV63-50 139V 136V 130V 142V 10397920

BYW029-150 RGP50M MUR1100E X BYV63-150 139V 136V 130V 142V 105u 10397920

150u 3n3 X 1N4148 X RGP30D RGP50M MUR110E MR822 X 139V 136V 127V 142V 10397920

RGP30D RGP50M MUR1100E MR822 X 139V 136V 130V 142V 105u 10459670

LP021 LP040 RP026/028 RP027 RP040 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138/139 RP146 RP157 RP177 TP025/026 TP060 TP129 TP146 TP162

2u2 X X 1/2W 6R8 11k 4k22 X X X X X 130k 12k X BUL810TH X X -

2u2 X X 1/2W 6R8 11k 4k22 X X 130k 12k X BUL810TH X X

X 2u2 X X 1/2W 6R8 47k 12k1 3k57 X X 130k 12k X BUL810TH X X X

X 2u2 X X 1/2W 6R8 47k 12k1 3k57 X X X X X 130k 12k X BUL810TH X X

CP102 1n

8

CP040 470u

2

CP138 * 470p

15

UB-Driver

DP041 BAT42 RP042 4k7

CP021 150p

GND1

9

GND1

8

0,1

7

4,9

6

5

4

0

GND1 CP065 470p

3

0

2

0,4

1

o

12

CP135 470p

o

RP067 1k

CP067 22p

TP027 BC847B

CP063 4n7

0

GND1

GND1

CP068 470p

6Vpp-T=32µs

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP05 RP08 RP09 SP05 TP08 different comp. X X X X 100Hz/+relay 1.5mH 18R X X X X 150u X X 50Hz 100u X X 3mH 25R X X X X X 50Hz/+relay X X X 100u X X 3mH 18R X 50Hz/45W Pict.Pow. X X 3mH 25R X 50Hz X X 100u 25R 100Hz/+relay X X X X X X X X X 150u 18R

X Inserted Not inserted

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

X Inserted Not inserted

!

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

RP163 2k2 RP161 330R

DP160 LL4148

IP130 MC7812-CT

DP152 LL4148

T = 32µs

0,7Vpp-H

GND2

GND2

RP143 2k32 1%

* RP138 10k GND2

TP166 BC857B RP166 1k

TP145 BCR141

RP159 330k

GND2

TL001 BC847B

*2 BP110

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la ripazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

+USYS GND2 UVERT

(L) +13V

3 2 1 GND2

470u/16V 2u2/250V 54n 220n DTV32F-1500 BYT08-400 BYT01-200 BZX85C22 LL4148 10 46 87 60 10 25 84 40 22u PTC-15R 1k 4R7 40R2 1R 40R2 40R2 15k 43k 7k5 7k5 100R 4k7 1k ON4977 MP160

(L)

DL023 *

RL023 *

EW_BACK EW_DRIVE

* CF002 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL037 CL067 CL084 CL211 DF011 DL023 DL046 DL071 DL092 JL932 JL933 JL934 JL936 JL937 JL985 LL008 LL029 LL030 LL031 LL033 LL034 LL037 LL046 LL047 LL084

56n 470n/63V 1n9/2KV 11n6/2KV 33n/400 V 560n/250V 12n/400V 680n/250V 100n/100V 3n9/400V 470p 10 36 82 10

1n 3u3/63V 1n9/2KV 11n6/2KV 24n/400V

LFBEAD 90R 10 34 76 60 10 15 32 70 4u2 47u 13u5 29u5

12n/400V 410n/400V 3n9/400V 470p 10 36 82 10 MUR160 BZX55C33 1N4148

10 46 80 70 10 15 42 70

(V) SMPS_IN

SAFE

BEAM_INFO

(L,P)

BREATHING (V)

(V)

RL014

12n/400V 410n/400V 3n9/400V 470p 10 36 82 10 MUR1100E BZX55C33 1N4148

10 51 08 70 10 15 42 70

LFBEAD 90R JUMPER

LFBEAD 90R JUMPER

10 15 32 70 3u 47u 13u5 29u5

10 15 32 70 3u7 22u 13u5 29u5

MUR160 BZX55C24 1N4148

1

LL033 *

3

CL036 JL932 * LL034 2 5 *

JL934 * CL033 *

1

34

7 1

CL032 * 400V

6

GNDL

TL028 TIP122

2

GNDL

GNDL

1 GNDL

MUR160 BZX55C24 1N4148

10 46 81 60 10 34 76 50

10 46 81 60 10 34 76 50

LFBEAD 90R 10 34 76 60 10 15 32 70 4u 47u 13u5 29u5

LFBEAD 90R 10 34 76 60 10 15 32 70 4u 47u 13u5 29u5

CT 19151 34 10 52 06 00 100Hz-MCU 32"SF 16/9 2n2 56n 470n/63V 2n7/2KV 11n6/2KV 33n/400V 680n/250V 12n/400V 560n/250V 100n/100V 3n9/400V 470p 10 36 82 10 MUR1100E BZX55C24 1N4148

10 52 03 30 10 34 76 50 LFBEAD 90R 10 34 76 60 10 15 32 70 4u2 22u 13u5 29u5

CL064 1n 7,1 RL058 10k7

4 3 2

+13V

IL062

RL056 10k

GNDL

GNDL

RL069 3k9

1

-

GNDL

CL063 1n

IL062 TL082CD

RL067 3k3

TL062 BC848B

RL160 1k

CL062 1n

1,2

+13V

GNDL GNDL GNDL

GNDL

GNDL

RL068 3k3

0

4 +

8

RL127

CL034 *

VCC1 7,8

(V) BREATHING 3,2 JL020 100R

7 1,2

+

RL137

6

CL067 *

T = 10ms

GNDL

CL073 470n

RL066 * DL066 47V

CL066 1n

RL064 10k

RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

(L) DEFLECTION PART

12Vpp

56n 470n/63V 2n7/2KV 11n6/2KV 33n/400V 680n/250V 12n/400V 560n/250V 100n/100V 3n9/400V 470p 10 36 82 10

RL126

RL136

-

7,8

2 LL029 *

(V)

8

*

DL032

LL032

1

2

DL036

5

T = 10ms

56n 470n/63V 2n7/2KV 11n6/2KV 33n/400V 680n/250V 12n/400V 560n/250V 100n/100V 3n9/400V 470p 10 36 82 10

1

CL029 *

3

Deflection - Picture Tube related Partlists CT 19112 34 CT 19111 34 CT 19152 37 10 44 48 10 10 47 54 60 10 52 06 10 100Hz 100Hz 100Hz-MCU 29"SF 4/3 28"SF 16/9 32"SF 16/9 680p 2n2 2n2 1n 3u3/63V 1n9/2KV 11n6/2KV 24n/400V

JL933 *

LL030 LL029 * 4

RL029 *

2

5 RL063 5k49

RL135

RL135 CL037 * 250V

JL936 * JL937 *

+U13

(V) H_REF

(L)

DL034

GNDL

GNDL

RL055 1k

6

9,3

RL030 *

200mVpp

CT 19105 37 10 35 15 30 100Hz 29"SF 4/3 680p

10 46 03 60 10 34 76 50

RL027 470R

RL028 470R

CL027 1n

GNDL

+13V

+13V

CL045 470u

CL061 1n

RL124

GNDL

RL129 *

(V)

CT 19101 34 10 36 28 80 100Hz 25-28"MP 4/3 680p

MUR160 BZX55C33 1N4148

RL016

RL017

GNDL

LL045 10u

CL042 1000u

RL057 * GNDL

1

RL026 *

RL024

CL057 100n

LH

RL134 RL018

DL041 RGP30D

GNDL

ZOOM 190XX 00

CL031 *

13,5 (F,P)

RL155

4

(V)

* = see CT 19xxx xx = see DP 19xxx xx

SMPS

RL037 1k

LL037 *

TL030

GNDL

CL028 *

UVERT

*

CL005

RL025 470R

CL023 * +USYS

GNDL

LH

2

DL030

(L)

BEAM_INFO

(L,V)

PKS

TEMP_ABL

(V)

+13V

VCC1 (V)

(L)

(V) SENSEM

SENSEP

(P) +USYS

9VREG (X) 2

RL020 *

PP 19100.00 - PP 19101.00 - PP 19110.00 - PP 19111.00

Deflection - Basic Partlists 100Hz DP 19100 00 10 34 99 80

(V)

5

TL005 MPS750

13Vpp

RL021 *

RL022 *

GNDL

DL147/148 JL943 LL001 LL030 LL032 LL043 RF015 RL004 RL013 RL014 RL015 RL016/17 RL018 RL070 RL071 RL124/127 RL134/137 RL146 RL147 RL149 TL030 ZL041

6

RL040 0R27

47R Yoke or Zoom module

(F) +UVFB 59 DL043 RGP10M

(A,C,H,X,R,V)

ZL041

DL157 LL4148

BL035 2 1

LL001

(V) 7,8

+13V

(V)

BL052 CL005 CL036 CL038 CL039 CL148 DL003/04 DL030 DL032 DL034/036 DL050 DL057

1

LL008

HTR2 HTR1

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

RL214 *

RL211 *

CL039 27n

13Vpp LL031

7,4

7,2

1,2Vpp-H

1200Vpp-H CL038 27n

RL015

T = 32µs

T = 32µs

VCC1

DP134 1N5817

CL043 330p

GNDL LL043

P

GNDL

12

CL211

*

CL004 10u

10 8

CL030

DL003 LL4148

DL004 LL4148

CL003 47p

RL092 *

T = 32µs

T = 32µs

TL004 MPSW01A

CL006 27p

(P) POWER SUPPLY

2,2Vpp-H

12,4

13Vpp

RL004

RP162 2k2

00

(L,P) SAFE

+UVFB

0,5

CL008 4n7

0.5W

LL006 3u3

7,3

+5V

JP310 1k

RP160 2k2

GND2

RL013

DL001 RGP10G

GND2

+10V STBY

TP152 BC848B

GND2

CL001 1000u 16V

CL003 220p

RL002 3k3

RL003 2k2

(R,V,A,H) +5V (V,F) 26.3 +UVERT (V,L,X) +10VSTBY

DP133 1N4001GP

-2,4

12,6

T = 32µs

(V)

H_DRIVE

H_REF

RP152 2k2

-7,5

RP157 *

RL001 3k3

3 GND2

CL146 150p

DL057 LL4148

+UVIDEO

to BB02 CRT

GNDL GNDL

9 JL943

CL002 560p

10k

GND2

GND2

11

DL092 *

CL046 10u

DL046 *

+UVIDEO 198

BL050 5 4 3 2 1

LL046 *

T = 32µs

RL149 SAFE (L)

(L) RL146

RL047 47R

GNDL

7

TP167 BC847B

GND2

GNDL RL050 26k7

GNDL

RL046 RL048 * *

CF011 470n

4

POWER_FAIL

(R)

RP144 1k

12,6

RP151 12k

RF003 2k7

DF011 *

DL148

DL147

LL047 *

3 5

RF015 10R

CF015 2200u

CF021 100n

CL148

RL147

DL070 LL4148

RL044 26k7

CL052 10n

(P)

UP_RES

RP145

GND2

TP150 BC858B

RF011 1R5

THERMAL PROTECTION

13Vpp

12,1

RP150 10k

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attentionze : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

!

CP143 470u

IF001 TDA8177F

+10V STBY

+5V STBY (R)

RP165 120k

GND2

7

1,6

(P)

GNDL

RL070

DL050

GNDL

2

RF012 *

133,7

+USYS

GNDL

DL052 RGP10G

BL052

RF013 *

BF001 1 2 RF020 *

5

POWER AMPLIFIER

4

0,1 RP149 4k7

DF028 LL4148

1

DF001 1N4148

13

+10VSTBY

5

RP158 68k

CP151 220n CP152 220n

IP140 TDA8139 GND2

*

RP164 100k 5,7

4,2 IDIS 4

5

RF002 *

CF002 *

5

6,13

GND2

GND2

DISABLE

RP148 18k

GND

GND2

CP144 10u GND2

6 5

(L)

-US GNDS +US

RP192 100k

OUT 2

PROG VO2

GND2 3

T = 32µs

* TP162 BC847B

REF.

8 5,7

CP131 10u

RP156 1k

2 1 9 VI2 VI1 VO1

PROT.

RP142 2k21 1%

(L) +U13 +5VSTBY

GND2 (R)

OUT 1

2

* RP139 82k

TP161 BC847B

GND2

GND1

1

GND2

RP100 10M 0.7W

*

2

CP100 1n5

GND1

0

-0,5V

MIS.19101 MIS.19002 MIS.19003 MIS.19004 MIS.19012 MIS.19111

26.3

3

1

GND1

GND1

10u *

LP070

4

RP070 2k2

RP068 1k

GND1

*

0R

RP147 4k7

RESET

GND2 * TP146 BD241

CP130 2200u

DP151 LL4148

RP064 1k

RP063 *

RP062 1M

18

RP066 *

GND1

CP062 2,8 10u

RP124 10k

GND2

DP130 RGP30D

RP069 22k

RP065 *

RP123 10k

CP142 150n 3 * 3 GND2 7 CP146 5,7

CP140 4700u

17

0

RP121 10k

RP120 10k

2,5

GND1

RP146 *

13,2

DF002 LL4148

SAFE

(L)

RL053 *

CRT

RL082 *

RL081 68k1

RL080 7k5

RL051 *

2 1

B

4.2

DL051 RGP10G

RL052 46k4 RF024 4R7

7.2

1

RF007 10k

1,6

(V)

RP176 4k7

CP176 2n2 GND2 GND2

GNDS

CP141 2m2

-16,9 (-13.5 :Dolby) DP140 *

13

TP175 BC847B

BP120

FRAME_DR

+5V

RP177 *

GNDL

EHT

V

RF036 1k

59 3

+5V

DP178 LL4148 DP175 LL4148

6 24

2

0,8Vpp

RP179 22k

DP179 LL4148

CP179 47u

3 2 1

GND2

CP121 470u 35V

DP109 *

14

o

RP020 0R10 2.5W

CP042 1n

RP041 47R GND1

CURR LIMI

o

1

* JP913

GND2

CP137 * 470p

TP060 *

LP042

CP110 100u 200V

CP120 470u 35V

RP175 1k

CP171 22u GND2

BP190

RF025 * RF023 4R7

60Vpp

0

VCC1

3 2 1

*

16,9 (13.5 : Dolby )

DP108 *

(V)

7.9

A

6

CF028 1u

DF031 RGP10G

DF007 ZMM15V

T = 10ms RP172 10k

+US GNDS -US

GND2

16

o

15Vpp-T=32µs

LP040 *

+USYS (L)

RP102 100R

4V

DP040 BZX85B2V7

IP060 TEA2261

IS LOGIC

ERROR AMPLI

CP064

*

CP017/018/019

DP050 RGP10D

Flyback

VOLTAGE CONTROL

RP130 0R10

DP113 *

10

* RP040 22R

LP112 95u

5/6

RP050 10R

0

RP112 1k2

2.5W

CP050 330p

GND1

* DP126 LL4148

600Vpp-T=32µs

-2V

11,2 11,8 14 15 16

OUT

MODULATOR LOGIC

OVER LOAD

GND1

18

0

GND1

CP041 1n

DESIGNATON POWER PP.19100.00, PP.19101.00, PP.19110.00, PP.19111.00

CP051 100u

DP051 LL4148

4n7

GND1

2,6

10

2

DP053 RGP15G

RP053 0R

RP055 15R

CP055

DP061 LL4148

2,4

9

SOFT START

IP050 MC7809-CT

GND1

CP056 47u

RP061 270k

CP060

BP01

CP061 u47

22n

1

RP029 100k

GND1

GND1 GND1

GND1

3

OUT

CP052 10u

1

MIS.19101.00 MIS.19002.00 MIS.19003.00 MIS.19004.00 MIS.19012.00 MIS.19111.00

CP05 68n

9,6 ON/STBY

* RP126 2k2

T = 10ms

GND2

* JL985 *

RL072 1k

DL071 *

RL084

*

GNDL

3

RP060 270k

DP060 LL4148

o

DP112 MUR1100E

CP111 470p

JP916 */*2

100R 4,5W

CP023 2n2 13,5 en STBY 28,5 1 IN

* CP126 100u

CP112 *

JP915 */*2

19

RL071 43k

DF033 RGP10G

*

CL084

*

BP07 *

RP059 47k

* RP027 10k

LP20*1_2 LP021 1/2 1 1 *

GND2

GND2

+13V

1

P

DP052 1N4001GP

2

RP191 4k7 RP190 5k6

CF031 100n

CF029 470u

10k

LL084

DL072 LL4148

RL171 13k

2

P

* RP026 100k

DP027 *

21 20

RP022

* RP128 2k2 * RP127 100k

JP914 */*2

TP190 BC857B

(P)

+UVERT

CF027 100n

*

SP05 * 12V-relay

RP05 *

CP022 470p

0,6

GND2

DP110 *

DP190 LL4148

0,2

CP170 4n7

RP171 22k

13 in STBY 26.3

5,8

RP173 100R

RP167 10k

2

1

* RP11 OR

DP022 FUF4005

* TP026 BC846B

*

1,6

13

RP193 4k7

22n

FP01 T2.5A

* RP09 1k

TP025 * X0205MA

* DP034 LL4148 * DP028 5V1

JP917 */*2

22

LP20*3_4 1 o

3/4

0,04

121,7

2W

* BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

*

133,7

*

RP129 10k

(V) BREATHING

TP170 BC847B

CP150

* TP08 BC548B

1

1

LP020

RP032 120k

RP031 120k

13.5 * TP129 BC857B

16,9 (13.5 :Dolby) +US

-16,9 (-13.5 :Dolby) -US

0.3

(BM04)

*

* DP08 1N4148

5 6

8

1

2

RP08 * 10k

CP019 470p *

RP030 120k

DOLBY

to CRT board

CP08 * 22n

JP08

3

CP01 100n

2

3

1n

1

4

RP025 33k

BP025

USYS

GND1

JP911

1

7

LP01

DP019 FUF5404 *

JP910

* RP028 100k

MAIN

CP020 *

DP018 FUF5404

CP017 470p *

251

LP019 *

CP02 100n

4

CP018 1u *

330

GND1

6

BP08

2

1 2 3

GND2

GP30M

LP15

BP020

GND2

DP 13

GP30M

RP01 470k

CP12 4n7

BP10 CP13 * +300V 1 2 3

CP15 * 470n

3

1n5

DP 12

MAINSSWITCH

CP11 4n7 RP10 2R7

GP30M

CP10

GND2

GP30M

JP902

DP 11

2

DP 10

1

DP16 * GP30M

*

1

GNDS

BP03

+5VSTBY

JP01 *

BP02

2

DP 19100.00

* RF002 RF012 RF013 RF020 RF025 RL020 RL021 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL129 RL211 RL214 ZOOM MODULE

CT 19101 34 10 36 28 80 100Hz 25-28"MP 4/3 10k 1R 1R 180R 39R 4k64

2k67 36k5 3k3 270k 6k34 26k1 59k 4k7 2R2 6k8

CT 19105 37 10 35 15 30 100Hz 29"SF 4/3 10k 1R 1R 270R 43R 7k15

Deflection - Picture Tube related Partlists CT 19152 37 CT 19111 34 CT 19112 34 10 52 06 10 10 44 48 10 10 47 54 60 100Hz-MCU 100Hz 100Hz 29"SF 4/3 28"SF 16/9 32"SF 16/9 10k 10k 10k 1R5 1R5 1R 1R 1R82 1R82 270R 43R 150R 150R 7k15 4k64 4k64

4k02 61k9 2R2 3k3 270k 8k66 27k4 2k2 61k9

4k02 61k9 2R2 3k3 270k 8k66 56k2 2k2 61k9

4k7

4k7

6k8

6k8

CT 19151 34 10 52 06 00 100Hz-MCU 32"SF 16/9 10k 1R5 1R82 150R 4k64

2k67 36k5

2k67 36k5

2k67 36k5

3k3 270k 6k34 47k5

3k3 270k 6k34 47k5

3k3 270k 6k34 56k2

59k

59k

59k

4k7 2R2 6k8

4k7 2R2 6k8

4k7 2R2 6k8

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

X Inserted Not inserted

ICC19 100 Hz First issue 09 / 97

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

RR093 4k7

5 0

RR171 *1

GNDD

RR106 470R

+5VSTBY

RR107 1k8

RR099 10k

0 0,6 RR105 1k8

RR098 22k

TR105 BC848C GNDD

!

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la ripazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

ICC19 100 Hz First issue 09 / 97

RR053

2k7

RR055

2k7

RR056

2k7

RR057

10k

RR051

CR004 100n +5V

*2

GNDD

GNDD CR066 100p

CR003 6n8 GNDD

IIC-DA-1

5

IIC-CL-1

6

+5VSTBY

GNDD

RR060 100R

7 8

CR002 10n GNDD

(A)

AV1_R_IN

(A)

AV1_L_OUT

(A)

AV1_R_OUT

(A)

CR001 47u

4 3 2 1

CR060 100n

+5VSTBY

GNDD

Production Connector

GNDD

+5VSTBY

AV2_8 (R)

CX280 100p

*3 = only RP 19000 00 *4 = only RP 19100 00 AV2_L_IN

(A)

AV2_R_IN

(A)

CX282 330p

BX002

GNDD

CR092 100p

(R)

MICROPROCESSOR RP 19100.00

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

RX282 6k8

RX281* 10k

GNDV

RX132 100R

RX115 75R

RX107 75R

3,5 2,5 4,3 2,9 3,4 4,3

IIC_CL_1 IIC_DA_1

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

CX120 10u

4,3 JX018 33R

GNDV

GNDS

AV1_C_IN

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

CX726 330p GNDS

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

IX900 TEA6415C

CX900 47u

RX900 1R

GNDV RX220 75R

AV2_Y_OUT

RX303 2k2

RX351 100k

GNDV

GNDV

GNDV

DX351 BAV103 GNDV

* XP 19000 00 XP 19001 00 XP 19100 00 XP 19101 00 XP 19000 PCB XP 19900 00

Mute

n.c.

TAGC

n.c.

n.c.

n.c.

Vo AF

GNDP

R

GNDP

CA011 100n

CA014 470u

CA013 100n

GNDP

GNDP

RA040

CA025 RA025 47u 665R

RA028 33k

RA024 4k02

RA023 4k87

GNDS

AUDIO PART AP 19000.00

RI045 68R

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

to BP120

GNDP +US 16,9 (13.5 : Dolby )

(A)

RA026 33k2

GNDS RA027 1k

CA021 100n

GNDP

BA004

GNDP

1

7 3

CA018 330n

CA019 10n

GNDP

CA020 470u

6

2

5

MUTE/ ST-BY

GNDS

CA027 3n3

IA002 TDA7298 4

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

1

CA024 100n GNDP

GNDP

JI906 TI030 BC858B

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

+10 V STBY +10VSTBY (P)

RI028 22k

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

RV002 680R

RV001 10k

+UVERT (P)

26.3 +5V (P)

CI033 4n7

RI033 1k

TI034 BCR141N

AM_AF (A)

JI915 0R0

GNDS

8 9 GNDS 10 11 12 GND1H

1 2 3 4 5

n.c.

RI039 82R 1,9

1,2 1,3

CA012 470u

1

GNDP

GNDP

GNDS

AFC

Vo QSS

Vo vid

VCO1

VCO2

CVP/2

Vi vid LSWI

Vo CVBS

STD

CSAGC

TPLL

TADJ

Vi VIF

Vi VIF

GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

CVAGC

Vi SIF

INSWI CBL

CA028 220n

RA014 4R7 CA010 100n

GNDS 16,9 (13.5 : Dolby )

DA002 LL101A

GNDP

TV002 TIP122

IIC_CL_1 IIC_DA_1

(R) (R)

CV002 10u

RV011 47R

T = 32µs

T = 32µs

T = 32µs

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

RV021 47k

T = 32µs

T = 10ms

CV003 22n

RV022 15k

0 5Vpp-V

(X) (X) (X)

5Vpp-H

TX910 BC546B

2,6

9,4

CV009 100n

DV011 LL42

RV003 24k9

DV012 LL42

BV010 1

T = 32µs

T = 64µs

TX960 BC848B RX961 2k2

GNDV TX920 BC546B

CHROMA_2 (V) (630mVburst) (R_load>=300R) VIDEO_2 (V)

GNDV

2,6

RX956 2k2

(2,1Vpp) (R_load>=300R)

SECAM

T = 32µs

T = 32µs

U_SCART

TX950 BC546B

CX950 220n

2Vpp-H

GNDV

4,6

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

RX951 2k2 GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

BX960 1 CX723 10n

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

GND_TUNER H_DRIVE (L)

GNDV

JX923*

CV041 220n 0,7 1

(X) SCART-PART

EW_BACK (L)

XP 19100.00 XP 19001.00 XP 19100.00 XP 19101.00 XP 19000.00

EW_DRIVE (L)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

Y

Y

4 YIN LumaAverageDetector

UIN

LumaAverageDetector

CUTG

CUTB

CONVAR

VP 19100.00

2,6

7,8 44

47 R_TXT

G_TXTB_TXT

RGB-VCP-GATE CLAMPING AND DE-MATRIX

CONTRAST SATURATION BRIGHTNESS Y,U,V

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

VERTICAL-

S-Correction,

CPHI2 38 2,5 CV047 220p

G_OUT

41

2,4

B_OUT

40

2,3

HDRIVE CSOF 17 5,4

EWIN

GND1 34

30 3,3

32 1,1

CV246 220n

BV001 (CRT-Board) 9 8 7 6 5 4 3 2 1

RV091 4k7

CV092 10p RV061 1k

RV074 820R

RV062 0R RV072 RV071 1k

RV073

0R RV082

RV076 10R

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC858B

100R

RV081 1k

0,7 SENSEM

27

13,5

SENSEP

26

13,6

RV084 820R

T = 32µs RV083

V.Breathing

East-WestCorrection, H.Breathing

13 0 CV213 47p

2,7

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

R_OUT 42

RV066 10R TV063 BC858B

0R VCP VBLK HBLK

LOGIC

Startup - Oscillator

45

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

100R

3Vpp-H

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

AVERAGE BEAM LIMITER

AUTO-PIX

Vertical Sawtooth,

Delay

(L) +U13 RV064 820R

T = 32µs

CV008 22n

CV033 100n

RV063

FB_TX

APX

29 4

CVER

BREAT

FROUT

25

RV231 100R

1,6

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC858B

100R

3Vpp-H

SMPSControl

Protection

EWOU

100R CV241 100p

CV231 1n

CV206 220n

(F) FRAME_DR

(L)

DV104 LL4148

RV101 CV102 100u

CV103 4u7

RV107 82k

CV216 470p

(F) SENSEP RV233 1k

CV232 1n

6,1 RV216 330R

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102 (V) VCC1

DV221 LL4148

BREATHING (L,P)

(V) VIDEO PART

CV032 100n

2,6 50 46

Bus

VPANPhi2 - Loop

CV031 100n

RGB-VCP-GATE

YUV

Soft-

Line-Countdown-Logic

GNDLI 10

0

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTR

4,1 49

AND DE-MATRIX

IV001 STV2162

VDFL

2

DV028 LL4148

VIN

VCP GATE CLAMP V U ColorEqualizer

0

8

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 3 16 15 14 51

APL

7 HDFL 0,3 DV026 LL4148

2,6

I2C-BUS DECODER AND LATCHES

0,9 6

2,6 2

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV023 CV022 100n 100n

2 53

Function

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

LL4148 H_REF (L)

CX724 10n GNDS

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

GNDS

GNDV

RX920 100R

X X

CV036 100n

7,8 12

GND_IF (H) CX965 220n

GNDV

RX921 1k

1Vpp-H T = 32µs

RX966 2k2

9,4

VCC1

CONVAR

CV006 100u

CV007 1u

3,2Vpp-H 1Vpp-H

+U13

9,4

RX960 5,3 100R 5,3

RX910 100R

2,7

CV012 82p

+U13 (L)

CX001 220n

9,4

RX950 100R 3,2

RX911 1k

RX912 75R RX992 1R

T = 64µs

CHROMA_2 VIDEO_2 VIDEO_1 (L,P)

CV011 82p

PAL

+U13

13,5

1

SECAM

(P)

GNDV

TX965 BC848B

2,6

GNDV

X X X X X -

RI035 68R

+10V STBY

DX001 LL4148

GNDV

GNDV

RX281 JX923

DA001 LL4148

2 CA008 3n3

CA004 *

3

+US

CI056 4n7

U_SCART

GNDV

RX991 1R

RX922 75R

DX301 BAV103

5,3

TX955 BC848B

3,3

RX350 120k

JI928

TI032 BC848B

L

RI034 1k5

4,6

CX920 220n

CX350 22n

CI030 10n

1,2 0 RI029 22k

GNDV

CX901 220n

U_SCART

CX301 10u

RX965 100R

RX955 3,2 100R 3,2

9,4

AV2_Y_OUT

AV3_C_IN RX301 2k2

5,3

GNDV

AV3_Y_IN

PI035 2k2

TI031 BC848B

RA016 4k7

BA006

RA006 *

IA001 TDA7269

2

RI038 1k8

0 in norm. I 4,3 in G,D,K,LL'

GNDV

DX001 replaced by jumper in XP 19100 and XP 19101

3,2

AV1_Y_OUT

VCC_IX

1 2 3

RA018 22k

RA008 *

8 4 0

L

GNDP

2

GNDV

3,7 20 19 GNDV 18 17 16 15 14 13 12 11

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

GNDV

DX220 BAV103

CX220 10u GNDV

(P)

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

RA017 2k2

RI055 1k

1,1

TI033 BCR141N

IX001 MC7809-CT

3 CX002 47u

CX910 220n DX251 BAV103

CA015 4u7

BP190

16

+10VSTBY

JX920

U_SCART

RX251 100k GNDV

RI037 470R BG

RI031 1k5

CI022 4n7

CI052 4n7

PI050 22k

15

RI027 470R

PI030 2k2

GND

14

CI031 22u

CI055 39p

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

O2

13

QI053 6MHz

4 O1 5

GNDV

RX250 120k CX250 22n

RX215 75R

12 2,5

RI053 220R

RI050 330R

O2

U_SCART

GNDV

11 3,5

O1

3,5

VCC_IX

10 2,5

CI053 100n

CI046 100n

jumper JX920 not fitted in Sat-versions XP 19001 XP 19101

AV1_Y_IN DX120 BAV103

RX120 75R

9 0

CI054 2u2

DX151 BAV103

GNDV

GNDV

8 2,7

JX922

RX151 100k

RX111 75R

GNDV

7 2,7

(A,H,R,V)

GNDV

GNDV

+US 16,9/10,5 in STBY (13.5 :Dolby)

- US

5

GNDP

RV012 47R

CX902 10u

VCC_IX

GNDV

Vi SIF 3

RX150 120k

6 0,8

0 in PAL-BG /H/I/D 4,8 in norm. L'

U_SCART RX131 100R

RX133 100R

CX150 22n

CX130 47p

5 0,2

9,4

RX134 100R

GNDS

+ US

-US (P)

9

5,5 RA035 33k

GNDS

1 L

RA013 4R7

0

R 10

RA034 68k GNDS

5VSTBY

GND1H (H)

GND

FI015 38M9

2 I1 I2

RI024 1k

VCC_IX

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

1

(H) TUNER IF PART

5VSTBY (P)

2 0

0 7 L

RA022 402R

TA001 BC858B

6

GNDS

RA020 1k5

RA021 1k5

5VSTBY RA002 10k

BA005 2 CA009 100n

CA007 3n3

-16,9 (-13.5 :Dolby) 1 11 R

RA029 2k2

+5 V STBY

LI053 6u8

68p

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

AV1_Y_OUT

CX140 47p

Vi VIF

+30V

RI026 47R

HP 19013.00

GNDV

CX722 330p

CR085 10n GNDD

GNDD

RI023 27R

FI002 31,9MHz

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

100R

RX140 100R

GNDV

*5 = only RP 19101 00

TR106 BCR141

RX130

RX280 100R

*2 = unused option

RR085 3,7 100R

CI007 27p

4,7 GNDV

BX500

CR05 10u *1 = see partlist CT 191xx

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

GNDD

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

GNDD

IR003 M24C32BN1

RI021 820R

Vi VIF

IF BX001

CR005 100p

100p

+5V

AV1_8

AV1_L_IN

CR006 10n

CR063 100p

+5V

TI010 BCR141N

GNDD

+5VSTBY

LR005

+5VSTBY

CI005 6p8

FI010 OFWK3954M 3

RI005 15k

4 0,2

CI050 100n

5

CI009 15p

CI008 100n

17

RA001 33k

GNDS

GNDS

0

RA012 *

CA006 100p

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 10k 10k 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

RA005 *

CA003 *

RV052 LL4148

1k5 2k7

CI003 6p8 DI001 BA782S

18

AFC (R) SIF (A)

D05

RI003 4k7

RH008 12k

D06

(AV1)

100R 100R 100R

RR050 RR052

DA

CH009 47p

D07

2 19

AGC (H)

D04 D03

1,9 20

T1_CVBS (X)

18 17

21

2 21

+5V (P)

19

Q3

2 22

I_INFO (R)

20

Q5 Q4

Vss

4 23

NORM (R)

22

Q7 Q6

Q1 Q2

(R)

CR067 *2

CL

E_FIELD

AGC

A10

A10 E

A0 Q0

2,6 24

DX001

GNDD

23

A2 A1

2,4 25

26

JX921

16

3 1,8

(R)

15

L1_INFO

14

0 27

+U13

13

D02

2 3,2

1 3,2

1

9VREG

12

D01

2,8 28

3k3

2 I1 I2

T1_CVBS

11

A00 D00

RI004 180R

RH007 12k

LH004 47u

USYS (P)

10

A01

RH010 15k

B_AV1

A02

CH010 22u

5 29

0 TA002 10V ST-BY BC847B

RA019 10k

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

RA004 CA002 * *

GNDS

C-MUTE (R)

RA009

CA005 100p

GNDS

CI072 1n

GNDS RI054

RI025 47R

(V)

DS

4,2 30

CA001 RA003 * *

RA032 10k

+5 VP

II050 TDA9811/V3

4

TI020 BF799 0,5

(H)

24

1,2

3,2 31

RI078 1k

CI070 4n7

CI021 1n

4,2

CI004 4p7

IIC_CL_1

G Vpp

CI002 5p6

IIC_DA_1

A3

RI008 15k

RI001 10R

(R)

9

RH002 2k7

CI001 1n

CI077 4n7

RI077 22k

RI079 22k

BA002

RA033 10k

FI030

TI050 BCR141N

0 in PAL-BG /H/I/D 4,8 in norm. L'

(R)

A03

DH001 33V

CI032 1u

CI060 2u2

4,1

0,8 TI070 BC848B RI076 47R

+US (P)

5 in PAL-BG /H/I/D 0 in norm. L'

68p

A11

0

CI041 1n

CI040 1n

LI020 u33

R_AV1

A09

25

IR002 M27C801-120F1

CH008 4u7

RI020 1k8

CI010 56p

RI007 15k

(V)

26

8

CH007 4u7

BG_INFO (R)

7

A04

RH001 1k

100R

A05

CH005 100n

3,2 32

FI001 40,4MHz

DI002 BA782S

CH006 1n

GNDD RH003

A08

CH002 22p

RH004 0R

A13

27

CH001 1n

CH004 100n

RI019 15R

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

CA16 1n

-US +US

3 2 1 or ZOOM

28

A8 A9 A11

CH003 22p

G_AV1

GNDD

GNDD

GNDD

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D

A13

A6 A5 A4

CR100 *2 GNDD

to SCI BX001

D CR039 100p

GNDD

RR066 100R

or ZOOM/ RR071 *1 GNDD

RR084 10k

+U13 GNDD

CR038 100p

GNDD

CR065 100p

+5VSTBY

+U13

CR037 100p

GNDD

RR070 *1 E_FIELD/

CR072 *1 GNDD

+5V

(P)

GNDD

+5VSTBY

RR072 *1

+5V

+5VSTBY

(L)

3k3

CR062

TR091 BCR141

+5V (P)

A7

6

+5VSTBY

CR098 10n

+5V STBY (P)

1M

RR100

RR076 4k7

GNDD

GNDD

GNDD

RR075 100R CR075 100p

DR090 LL4148

CR093 10n

+10VSTBY

RR045

RR065 RR063 RR062

DR091 1N4148

RR091 4k7

+5VSTBY

(P)

+10V STBY (P)

1M

CR036 100p

MARK-E-TING

MUTE

or ZOOM

MUTE_C

CR091 10n

POWER_FAIL (P) UP_RES

5

A06

to SCI BX002

(X,A,S,V)

A07

GNDD

GNDD

A (X,A,S,V)

IIC_CL_1

A14

GNDD

AGC (H) GNDD

+5VSTBY

10n

RR044

INT

IIC_DA_1

29

+5VSTBY

GNDD

CR022

RR067 1k

RR086 *2

CR086 10n

M_RES

RR087 100R

BS04

(R)

RR021 10k

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D

TV_OFF GNDD

C_MUTE

RESET

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_DA_2

IIC_CL_2

C_MUTE

EXT_LINK

MUTE

GNDD

(H)

30

GNDD

CR021 10n

GNDD

CR110 10n

CR087 10n

(X) (H)

A17 A14

R/W

CR011 *2

CR020 10n

MARK_E_TING

(A)

IIC_CL_2

BS05

A15 A12

AV1_8

RR088 100R

SAFE

L1_INFO

AFC

I_INFO

AV1_8

BG_INFO

AV2_8 SAFE

SND_RES

+5V

GNDD

E_FIELD

(A,S)

EXT_LINK IIC_DA_2

31

3 4

GNDD AV2_8

RR910 *

RR103 1k

CR010 22p

CR009 22p

TR102 BC848C

Vcc A18

BS00

LR002 560n

CR007 100p

CR008 10n

2

A19 A16

32

BS01

4 O1 O2 5

TI045 BCR141N

RI022 15R CI020 10n

CI011 22n

RI006 15k

QI070 6,5MHz

RI084 180R

RI082 6k8

RI072 2k7

CI073 4n7

RI070 330R

1

GND_IF

DI041 BA782S

DI040 BA782S

RI041 2k7

10 11

9

(V)

LR011 *2

22MHz

IR001 ST90R92

8

FB_AV1

GNDD

7

(V)

GNDD

OSC_OUT

6

(R)

100R 100R

OSC_IN

5

(P)

RR089 RR028

QR001

4

IIC_DA_2

BE_STROB

3

IIC_CL_2

IIC_DA_2

1

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

2

+5VSTBY

*2

+5V

IIC_CL_2

2

RESET

GNDD

(A,S)

GNDD

RI043 2k7

LI070 6u8

CI062 47u

CI045 4n7

NH001 CTT5000

B1

EXT_LINK

SPARE_BE

3

GNDD

C_MUTE

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

RI073 2k7 CI074 4n7

120p

3 GND

(R)

4

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

16

39k 39k

C

15

CR050 10n

RR026 RR027

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

B

+5V

GNDD

5

IR004 MC14094BD

1

I2

2

JR903 *2

6

at 100Hz RR910 = 10k

MUTE

5

FI020 OFWK9453M

I1

2

TI040 BCR141N

PLL

JR904

11

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

* at 50Hz RR910 = 0R

SND_RES

KEY_IN_1

IIC_DA_2 IIC_CL_2

EXT-LINK FB_DET

M3L_CLCK

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 7

+5V

(L)

0,1 5 in STBY

1

0

OSC

RI056 5k6

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

2

MIX B2

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

10

RR097 2k2

SAFE

5Vpp-H 0 B3

RR029 4k7

JR902

A12 RR025 39k

SND-RES

(X)

0

5Vpp-H CR023 10n

*3,*4

SND_RES

AV2_8

LR004 560n

+U13

BS02

*2 JR901

8

13

GNDD

(H)

(H)

RR036 1k8

0,7 TR002 4,5 in BC848C STBY 5 GNDD

+U13L

+5VSTBY

GNDD

9

14

(X)

CR041 100p

FI040

3 2

CI064

JI910 RI040 4k7

CI066 68p

6k8 DI051 BA782S

RI058 5k6

JI901

RR030 120R

DEGAUSS

BG_INFO

L1_INFO

UP_RES

+5VSTBY

(H)

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

SPARE_BE

MARK_E_TING

LDR EXT_LINK

EXT-LINK TR048 BC858C

GNDD

(H)

RR031 1k5

100R

CR090 10n +5V

TR095 BCR141 (H)

8k2

MAIN

JR905

12

BG_INFO

100p

RR019 100R

CR019 100p

RR049 10k

RR048 180R

CR049 10n

AV1_8

100p 100p

CR030

DI071 BA782S

RI071 27R

RI061 6k8 RI059

+U13

1

GNDD

AFC

CR033 CR032

8k2

GNDD

RR018 680R

L1_INFO

100p

10k 8k2

RR039

GNDD

CR018 100p

NORM I_INFO

CR034 RR037

CR101 *2

100R

RR017

JR908

100p

BS02 AM/FM

BS01 AM/FM

CI071 100n

(V)

RR016 RR043 56k

CR035

IIC_CL_2 IIC_DA_2

CR043 4u7

GNDD

*2 RR924

RR038

RR040

GNDD

GNDD

BR011

GNDD

CR017 22p RR015 100R

CR104 100n

STB_LED

CR016 22p

RR104 820R

470R 470R 470R 470R

RR014 6k8

1k

2k7 2k7 2k7

GNDD

CR015 22p

LR003 10u

RR035 RR034 RR033 RR032

GNDD

JR906

DR104 9V1

RR013 RR012 RR011 RR010

+U13L

BR012

GNDD

+5VSTBY

+U13

+10VSTBY

+5V

GNDD

JR907

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

RR041

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

3 2 1

BR006

6 5 4 3 2 1

1

1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

8 7 6 5 4 3 2 1

*2

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 470n

RV109 274k

TV108 BC327

RV110 470R DV108 LL4148

RV112 330R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS

./0'()!"  
*+,-#$%&

 


   !" '() && 0/.-#$%,+* 
0/.--,+* 3

2

BP01

1

BP05

MIS.19012.00 MIS.19111.00 MIS.19112.00

1n

2

CP061 u47

TO DEGAUSSING COIL

0,8

U MAINS 220V

*

RP061 270k

11

0,9

12

13

OSC

11,1 10,5 14 15 16

8

o

IS LOGIC

DP041 BAT42 RP042 4k7

IP060 TEA2261

LOGIC PROCESSOR

ERROR AMPLI

2

LP042

CP021 150p

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

o

*

1

9

GND1

13

1

GND1

o

12

6

5

4

50Hz/Dolby

330u/25V 1000u/35V X X OR BYW29-150 X JUMPER X 133V 130V 127V 136V 10536280 10286140 1/4W X X X BUV48CFI X -

X Inserted Not inserted

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

0

3

0

2

0,4

1

o

RP063 10k

CP062 2,8 10u

TP027 BC847B

RP062 1M

0

RP064 1k

GND1

GND1

CP140 4700u

DP130 RGP30D

CP068 470p

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

!

GND2

GND2

BL052 DL003/04 DL032 DL050 DL057 JL943 LL001 LL032 LL043 RL018 RL052

BYW76 BZX85C22

BYW76 BZX85C22

10 51 81 10

10 51 81 10

JUMPER

JUMPER

X Inserted Not inserted

RP165 120k

GND2

TP166 BC857B RP166 1k

-9

RP157 120k

RP159 330k

RP162 2k2

*

BL013 BL052 CF002 CF028 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL036 CL037 CL067 CL084 CL211 DF011 DL023 DL032 DL034/36 DL046 DL057 DL071 DL092 DL334/36 JL932 JL933 JL934 JL936 JL985

+USYS GND2 UVERT

2

(L)

BEAM_INFO

EW_BACK

RL023 *

RL025 470R

RL016 68R

GNDL

CL037

JL936

250V

*

JL933

1

*

RL029 *

RL028 470R

RL027 470R

TL028 TIP122

*

GNDL GNDL

1

*

DL032 BYW76

CL029

(V)

LL032

7 1

GNDL

CL032

*

3

CL033 *

1

6

34

RL134

GNDL

+U13

(V) H_REF

SMPS_IN

SAFE

BEAM_INFO

(L,P)

BREATHING (V)

6 5

RL063 5k49

RL135

*

*

RL126

*

*

RL137

*

RL127

*

RL055 1k

8 -

CL064 1n 7,1 RL058 10k7

4 3 2

+13V

IL062

RL056 10k

1

-

CL062 1n

1,2

*

GNDL

RL069 7k5

RL068 7k5

(L) DEFLECTION PART

TL062 BC847B

GNDL GNDL GNDL

GNDL RL067 7k5

+13V

RL160 1k

8

GNDL

CL034

0

4 +

CL063 1n

IL062 TL082BCN

6

*

VCC1

(V) BREATHING 3,2 JL020 100R

7 1,2

+

7,8

CL073 1u

2 LL029

(V)

CL061 1n (L)

*

RL136

T = 20ms

15Vpp

GNDL

*

*

RL135

5

2 GNDL

*

*

CL036 JL932 * * LL034 2 5 *

JL934

*

* LL029 * 4

*

*

*

*

JL937

RL030

RL129 *

+13V

+13V

CL045 470u

RL057

GNDL

9,3

*

GNDL

*

CL057 330n

LH RL124

CL031

RL014 68R

DL030

(V)

CL027 1n

ZOOM 190XX 00

1

LL033

* = see CT 19xxx xx = see DP 19xxx xx

SMPS

RL037 1k

GNDL GNDL

RL026

RL024

*

EW_DRIVE

RL017 68R

RL018

LL045 10u

CL042 1000u GNDL

*

GNDL

DL041 RGP30D

BL013*

47R

LH

*

CL028

UVERT

4

RL020

CL023 * +USYS

*

RL040 0R27

ZL041 MP125

*

Yoke or Zoom module

2 LL037

13,5 (F,P)

RL155

BL035

2 1

TL030 ON4977

(F) +UVFB 53 DL043 RGP10M

(A,C,H,X,R,V)

RL214

RL211 *

* CL039 27n 250V

*

CL005 220u/25V

DL023 *

(L)

GNDL

(L,V)

PKS

TEMP_ABL (V)

(V)

+13V

VCC1 (V)

(L)

(V) SENSEM

(P) +USYS

9VREG (X)

(V)

5

TL005 MPS750

RL021 *

*

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

GNDL

CL067

*

GNDL

RL066

*

DL066 BZX55B47

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

DP 19050.00 DP 19000.00

Deflection - Picture Tube related Partlists

CT 19006 31 10 35 18 40 33"MP AK

1n5 1u0 10n 47n 4u7 1n9/2KV 12n8/1K6V 24n0/1K0V 1u5/160V

1n5 10u0 10n 47n 4u7 1n9/2KV 12n8/1K6V 24n0/1K0V 1u5/160V

1n5 1u0 10n 1n5 3u3 1n9/2KV 14n4/1K6V 33n0/1K0V

1n5 1u0 10n 1n5 3u3 2n7/2KV 14n4/1K6V 33n0/1K0V

1u0 560n/250V 100n0 4n7/250V DTRANS 56.0V BAV103

DTRANS 56.0V BAV103

6

PP 19010.00 - PP 19011.00

CT 19005 31 10 51 08 90 25"SF INVAR 29"SF INVAR

1u0 4n7/250V

1

12

LL001

(V) 7,8 RL022 *

1200Vpp-H

CL038 27n 250V

(P) POWER SUPPLY

CT 19032 37 10 39 10 10 28"SF INVAR 32"SF INVAR

DTRANS 56.0V BAV103

CL043 330p

GNDL LL043

P

GNDL

LL008

7Vpp LL031

RL015 2R2

8 CL211

*

6,9

GNDL

CT 19003 32 10 35 15 20 28"MP AK

DTRANS 56.0V BAV103

CL146 150p

HTR2 HTR1 to BB02 CRT

GNDL GNDL

*

10

*

CL030

DL004 LL4148

1,8Vpp-H

(L) +13V

3 130 2 1 GND2

CL046 10u

*

DL057 BAV103 9

RL092

T = 64!s

CL004 10u

6,7

+10VSTBY

15Vpp

T = 64!s

TL004 MPSW01A

+5V +UVERT

(V)

0,6Vpp-H

*

DL003 LL4148

11,7

6,8

TL001 BC847B

+13V

*2 BP110

*

11

DL092

CL008 4n7

CL006 27p

T = 64!s

VCC1

DP134 1N5817

GND2

1u0 510n/250V 100n0 4n7/250V

(L,P) SAFE

+UVFB

0,5

RP160 2k2

1u0 680n/400V 100n0 4n7/250V

RL004 1k8

LL006 3u3

6,8

+5V

(R,V,A,H) (V,F) (V,L,X)

JP310 1k

*

RGP10M

RGP10M

RGP10M

RGP10M

BZX55C27

BZX55B16

BZX55C27

BZX55C27

RGP10G

RGP10G

RGP10G

RL003 2k2

RL013 10R 0.5W

DL001 RGP10G

CL003 220p

RL002 3k3

CL002 560p

+10V STBY

TP152 BC848B

GND2

CL001 1000u 16V

3 GND2

DP133 1N4001GP

GND2

CF011 470n

T = 64!s

GND2

TP145 BCR141

-2,5

12,6

T = 64!s

(V)

H_DRIVE

H_REF

RP152 2k2

GND2

*

+UVIDEO

5 4 3 2 1

* DL046

+UVIDEO 205

BL050

GNDL

JL943

RL001 3k3

TP167 BC847B

0,7

LL046

RL046 RL048

DF011

*

(L)

RL047 47R

LL047*

3 5

RF015 10R

CF015 2200u

CF021 100n

4

0,1

10k

GND2

RP151 12k

RF003 1k

POWER_FAIL

(R)

RP144 1k

GND2

GND2

TP150 BC858B

THERMAL PROTECTION

13Vpp

12,1

GND2

CP151 220n CP152 220n

RP138 10k GND2

(L)

-US GNDS +US

CP143 470u

RF011 1R5

RL050 26k7

GNDL

*

(P)

UP_RES

(R)

RP145 GND2

IF001 TDA8177F

GNDL

GNDL

2

RF012

(P)

+USYS

DL070 LL4148

RL044 26k7

CL052 10n

4

0,1 RP149 4k7

7

DF001 1N4148

*

*

1

*

1 2 RF020 *

13,3

5

POWER AMPLIFIER

*

RL070 110k

DL050

RF013

BF001

RL082

RL081 68k1

RL080 7k5

DL052 RGP10G

BL052

*

7

Deflection - Picture Tube related Partlists

Deflection - Basic Partlists

50Hz DP 19000 00 10 34 99 60

IP140 TDA8139

*

RP150 10k

T = 64!s

*

GND1

50Hz ZOOM DP 19050 00 10 34 99 70

GND2 3

RP158 68k

RP139 82k

TP162 BC847B

0.7W

4,2 IDIS 4

5

RP143 2k32 1%

CP131 10u

RP156 1k

*

TP161 BC847B

RP100 10M

6Vpp

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

2

DP160 LL4148

GND2

GND1

IP130 MC7812-CT GND2

DP152 LL4148

CP100 1n5

T=64!s

GND1

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

GND2

DP151 LL4148

RP163 2k2 RP161 330R

DISABLE

RP164 100k 5,6

1

RL053

CRT

4.2

RL051 2 1

B

RF123 RF124 10R 10R

+10V STBY +10VSTBY

2

3

1

GND1

GND1

1

26,2

CP130 2200u

*

+5V STBY

5

RP142 2k21 1%

GND2

GND2

RP070 2k2

RP068 1k

RP148 18k

GND

GND2

GND2

LP070

4

*

CP063 4n7

18

GND1

GND1

!

+5VSTBY

+USYS

2

CP101 * 150p

RP066 4K22

*

RF002

CF002

(L) +U13 +5VSTBY

(R)

GND2

PROT.

*

DF028 LL4148

2,3

RF024 10R

V

RF036

RF007 1k8

2,3

CP144 10u

RP147 4k7

6 5

REF.

OUT 1

BD241

CP135 470p

RP067 1k

CP067 220p

5

2,5

RP069 47k

RP065 10K

RP124 10k

0R

2 1 9 VI2 VI1 VO1

3 RESET 3 GND2 7 OUT 2 CP146 5,7 PROG VO2 10u 8 5,7 *

* TP146

GND2

4,9

22n

PP 19011 00 10536970

50Hz/Stereo 470u/35V 470u/35V OR RGP30D JUMPER X X X 133V 130V 127V 136V 10536270 10286140 1/4W X BUV48CFI -

7

GND1 CP065 470p

PP 19010 00 10536960

CP101 CP120 CP121 CP126 CP146 DP027 DP108/109 DP126 JP302 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP020 LP042 RP026/028 RP040 RP063 RP126/130 RP138 RP139 RP146 TP025/026 TP060 TP129 TP162

0,1

CP064

*

8

RP123 10k

RF023 10R

(V)

DF002 LL4148

SAFE

(L)

CP176 2n2 GND2 GND2 GND2 12,8

CP142 150n

-16.9 (-12.7 :Dolby)

DP140 MR822

LP140

17

0

DESIGNATON POWER PP.19010.00, PP.19011.00

CP121

DP109 *

14

o

RP020 0R12 2.5W

RP121 10k

RP120 10k

*

TP060

CP040 470u

LP040 4u7

RP146 *

13

*

CP137 470p

UB-Driver

CP141 2m2

FRAME_DR

+5V

RP177 22k

RL052 46k4

CF028

*

6 26,9 53,5 3

2

0,8Vpp

RP176 4k7

GNDS

CP138 470p

15

TP175 BC847B

BP120

3 2 1

GND2

*

DP175 LL4148

*

7.2

DL051 RGP10G

EHT

+5V

DP178 LL4148

CP179 47u

T = 20ms

55Vpp

0

VCC1

RP179 22k

DP179 LL4148

GND2

BP190

+US GNDS -US

GND2

CP120

RP175 1k

CP171 22u

16.9 (12.9 :Dolby)

Flyback

13Vpp

*

DP108

*

(V)

DL071

DF033 RGP10G

T = 20ms RP172 10k

3 2 1

*

GND2

16

10

VOLTAGE CONTROL

OUT

MODULATOR LOGIC

OVER LOAD

CP050 330p

GND1

*

DP126 LL4148

JP913

CP102 1n

RP102 100R

0

CP041 1n

X Inserted Not inserted

DP050 RGP10D

100k

CP110 100u 200V

DP113

*

T=64!s

DP040 BZX85B2V7

RP130 0R10

5/6

GND1

RP040 22R *

LP112 95u

2.5W

RP050 10R

CP053 330p

CP054 470u

RP054 5R6

GND1

18

650Vpp

CP051 100u

DP051 LL4148

4n7

GND1

2,6

10

SOFT START

BP06 BP07 CP08 CP13 DP08 JP08 RP08 RP09 RP11 SP05 TP08 100u X X X X X X X 150u X X X X X

2

DP053 RGP15G

RP053 0R

RP055 15R

CP055

DP061 LL4148

2,4

9

different comp. MIS.19012 50Hz MIS.19111 100Hz/+relay MIS.19112 100Hz

IP050 MC7809-CT

o

0

GND1

CP056 47u

GND1

GND1 GND1

GND1

CP060

1

CP052 10u

RP029 100k

1

CP05 68n

3

OUT

RP112 1k2

*/*2

T=64!s

* RP127

A

GNDL

*

9,6 ON/STBY

RP060 270k

DP060 LL4148

* RP126 2k2

6

GNDL

DL034

RP059 220k

100R 4,5W

CP023 2n2 12 in STBY 26,5 1 IN

CP126 100u

DP112 MUR1100E

*/*2

JP916

RP128 2k2

*

CP111 470p

CP112 2n2

JP915

19

1

RF025 *

7.9

*

DL334

DP052 1N4001GP

BP07

*

P

*

RP027 10k

1/2

GND2

* JL985

DL336

P

*

*/*2

20

LP20*1_2

RP022

DF031 RGP10G

DF007 BZT55C20

RL072 1k

RL084

*

DL036

*

RP05

OR

*

RP026 100k

DP027

CP022 470p

2 JP302 1 *

GND2

GND2

RL071 43k

CF031 100n

CL084

*

SP05 12V-relay

1k

*

TP026 BC846B

RP191 4k7 RP190 5k49

+13V

1

2

1

* RP09 * RP11

DP022 FUF4005

RP028 100k

*

*

CF029 470u

*

LL084

DL072 LL4148

RL171 13k

2

* TP08 BC548B

1

TP025 X0205MA

*

26,2

(P)

+UVERT

CF027 100n

*

FP01 T2.5A

*

JP914

TP190 BC857B

(V) BREATHING

RP167 10k

5 6

*

2W

BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

21

GND2

DP110

22n

8

*

*/*2

CP170 4n7

RP171 22k

DP190 LL4148

CP150

*

* DP08 1N4148

1

2

RP08 10k

LP20*3_4 1 o

3/4

JP917

22

12.4

RP193 4k7

(BM04)

1

*

CP08 * 22n

JP08

3

CP01 100n

2

3

*

*

RP129 10k

to CRT board

1

4

LP020

RP032 120k

RP031 120k

131,6

0.3

TP170 3,2 BC847B 0,2 RP173 100R RP170 10k

+US

RP192 100k

7

LP01

RP025 33k

BP025

1

4

(L)

GND1

RP030 120k

12.9 * TP129 BC857B

16.9 (12.9 :Dolby)

-US

DOLBY

JP911

CP13 *

CP02 100n

2

USYS

CP020 100u

3

BP08

-16.9 (-12.7 :Dolby)

334

GND1

JP910

GP30M

1 2

GNDS

GP30M

RP01 470k

CP12 4n7

MAIN

BP020

+300V 1 2 3

JP01

GND2

1n5

BP10

CP11 4n7 RP10 2R7

GND2

DP 12

MAINSSWITCH

GP30M

CP10

DP 13

GP30M

JP902

2

DP 10

1

DP 11

BP03

1

SENSEP

BP02

2

(V)

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

*

LL008 LL029 LL031 LL033 LL034 LL037 LL046 LL047 LL084 RF002 RF012 RF013 RF020 RF025 RF036 RL020 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL124/25 RL126/27 RL129 RL134/35 RL136/37 RL211 RL214 TL030 ZOOM

CT 19003 32 28"MP AK

CT 19032 37 28"SF INVAR 32"SF INVAR

CT 19005 31 25"SF INVAR 29"SF INVAR

CT 19006 31 33"MP AK

10 51 77 40 10 09 50 60 LFBEAD 90R

10 51 77 50 10 09 50 60 LFBEAD 90R

10 51 77 20 10 37 74 20 LFBEAD 90R

10 51 77 20 10 37 74 20 LFBEAD 90R

50 87 32 54

10 52 61 40

50 87 32 54

50 87 32 54

26u0 24u0

23u0 24u0

26u0 24u0

26u0 24u0

1R5 1R5 220R0 221R0 1K0 3k09 120k0 1k82 37k4 2R2 0R 750k0 30k0 39k2

1R5 1R5

1R5 1R5 220R0 91R0 1K0 3k09 100k0 1k62 37k4 2R2 0R 750k0 5k1 40k2

1R5 1R5 220R0 91R0 1K0 3k09 100k0 1k62 37k4 2R2 0R 750k0 18K0 40k2

56k2 12R0

240R0 470R0 3k09 120k0 1k62 37k4 2R2 0R 750k0 40k2 220k0 61k9 12R0

56k2 12R0

56k2 12R0

3K3 3K3

3K3 3K3

3K3 3K3

3K3 3K3 12k0 2k7 BUV48CFITH16

3K3 3K3 12k0 2k7 BUV48CFITH16

3K3 3K3 12k0 2k7 BUV48CFITH16

12k0 2k7 BUV48CFITH16 10 39 10 40

ICC19 50 Hz Updated 11 / 98

First issue 11 / 98

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

GNDD

GNDD

RR171 *1

RR053

2k7

RR055

2k7

RR056

2k7

RR057

10k

RR051

CR004 100n +5V

*2

+5VSTBY

GNDD

GNDD

CR066 180p

5

IIC-CL-1

6 GNDD

RR060 100R RR065 RR063 RR062

7 8

GNDD 4

IR003 M24C32BN1

3 2 1

CR005 100p

100p

+5VSTBY

GNDD

Production Connector

100n

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

RR061 2k7 GNDD

+5VSTBY

*1 = see partlist CT 191xx

RR107 1k74

RR099 10k

0,6 RR105 1k74

RR098 22k

TR105 BC847B GNDD

CR092 470p

AV2_8 (R)

CX280 100p

*3 = only RP 19000 00 *4 = only RP 19100 00

RX130

AV2_L_IN

(A)

AV2_R_IN

(A)

RX282 6k8

CX282 330p GNDV

BX002

GNDD GNDD

MAIN

(R) MICROPROCESSOR RP 19100.00

to SCI BX002

GNDD

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

GNDS

RX281* 10k

RX115 75R

RX116 100k

RX107 75R GNDV

GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

IIC_CL_1 IIC_DA_1

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

4,3

CX120 10u

CX130 47p

RX122 33R

AV1_C_IN

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

RX900 1R

DX120 BAV103

RX121 NI

GNDV RX221 NI

RX220 75R GNDV

GNDV CX220 10u

GNDV

5,3

RX965 100R

3,2

RX955 100R 3,2

5,3

U_SCART

Mute

n.c.

TAGC

Vo QSS

9,4

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

AGC (H)

SECAM

to BP120

GNDP

CA023

100n

RA028 33k2

RA024 4k02

RA023 4k87

GNDS

GNDS RA027 1k

RA026 33k2

CA022 470u

GNDV

CA021 100n

GNDP

GNDV

GNDV

XP 19100 00- SCART 100Hz XP 19101 00- SCART 100Hz Sat. XP 19900 00- SCART Asia

BI001 X

T = 64!s

7 MUTE/ ST-BY

GNDS

jump jump X

X X

X

2 CA027 3n3

IA002 TDA7298 4

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

1

CA024 100n GNDP

GNDP

GNDP

(R) (R)

CV002 10u

RV011 47R

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

TX960 BC847B RX961 2k2

CV012 82p

CV009 100n

DV011 LL42

CV007 1u

RV003 24k9

DV012 LL42

(630mVburst) (R_load>=300R) VIDEO_2 (V)

2,6

(2,1Vpp) (R_load>=300R)

SECAM

T = 32!s

T = 32!s

U_SCART

CX950 220n

2Vpp-H

GNDV

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

GNDV

GNDV TX920 BC546B

CX723 10n

1Vpp-H

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

CV036 100n

7,8 12

CV041 220n 0,7 1

GND_TUNER H_DRIVE (L)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

Y

Y

4 YIN LumaAverageDetector

LumaAverageDetector

UIN

CUTG

CUTB

CONVAR

CV032 100n

(X) SCART-PART JX923*

VCC1

+U13

XP 19100.00 XP 19900.00

(V) VIDEO PART VP 19400.00

7,8 44

47 G_TXTB_TXT

RGB-VCP-GATE CLAMPING AND DE-MATRIX

CONTRAST SATURATION BRIGHTNESS Y,U,V

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

VERTICAL-

S-Correction,

CPHI2 38 2,5 CV047 220p

41

2,4

40

2,3

HDRIVE CSOF 17 5,4

EWIN

GND1 34

30 3,3

32 1,1

CV246 220n

BV001 (CRT-Board) 9 8 7 6 5 4 3 2 1

RV091 4k7

CV092 10p RV061 1k

RV074 820R

RV062 0R RV072 RV071 1k

RV073

0R RV082

RV076 10R

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC857B

100R

RV081 1k

0,7 SENSEM

27

13,5

SENSEP

26

13,6

RV084 820R

T = 32!s RV083

V.Breathing

East-WestCorrection, H.Breathing

13 0 CV213 47p

G_OUT B_OUT

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

2,7

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

LOGIC

Startup - Oscillator

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

100R

2.2Vpp-H

45

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

AVERAGE BEAM LIMITER

AUTO-PIX

Vertical Sawtooth,

Delay

(L) +U13 RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6 R_TXT

FB_TX

APX

29 4

CVER

BREAT

FROUT

25

RV231 100R

1,6

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

2.5Vpp-H

SMPSControl

Protection

EWOU

100R CV241 100p

CV231 1n

CV206 220n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1 RV216 330R

RV101 CV102 100u

CV103 4u7

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102

CV216 820p

(V) VCC1

DV221 LL4148

BREATHING (L,P)

X X -

CHROMA_2 VIDEO_2 VIDEO_1

T = 32!s

RV063

2,6 50 46

Bus

VPANPhi2 - Loop

CV031 100n

RGB-VCP-GATE

YUV

Soft-

Line-Countdown-Logic

GNDLI 10

0

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTR

4,1 49

AND DE-MATRIX

IV001 STV2162

VDFL

2

DV028 LL4148

VIN

VCP GATE CLAMP V U ColorEqualizer

0

8

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 3 16 15 14 51

APL

7 HDFL 0,3 DV026 LL4148

2,6

I2C-BUS DECODER AND LATCHES

0,9 6

2,6 2

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV023 CV022 100n 100n

2 53

Function

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

LL4148 H_REF (L)

CX724 10n GNDS

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

GNDS

GNDV

RX921 1k

(X) (X) (X)

5Vpp-H

CONVAR BV010 1 To BV19 DCU

CV006 100u

T = 64!s

T = 32!s

CHROMA_2 (V)

RX951 2k2

4,6

RV022 15k

0 5Vpp-V

(L,P) CV011 82p

GND_IF (H)

TX950 BC546B

RV021 47k

T = 32!s

T = 10ms

CV003 22n

2.5Vpp-H 1Vpp-H

+U13

GNDV RX956 2k2

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

RV002 680R

+U13 (L)

CX001 220n

CX150 DX001 JX920 JX923 RX281 X X -

BA004

GNDP

1

EW_DRIVE (L)

GNDV

GNDP

CA020 470u

6 5

3

CA018 330n

CA019 10n

TV002 TIP122

IIC_CL_1 IIC_DA_1

PAL

EW_BACK (L)

DX351 BAV103

R

CA014 470u

GNDP

GNDP CA025 RA025 47u 665R

GNDV * DX301 BAV103

1

GNDP

GNDP

CA011 100n

CA013 100n

2

26.3

(P)

AV3_C_IN RX303 2k2

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

GNDS

1 2 3 4 5

8 9 GNDS 10 11 GND1H 12

n.c.

n.c.

n.c.

n.c.

CA012 470u

GNDP

GNDP

RA040

RV001 10k

+UVERT (P) T1_CVBS (X)

CI033 4n7

CX965 220n

3,3 RX920 100R

2,7

CA028 220n

RA014 4R7 CA010 100n

GNDS 16,9 (13.5 : Dolby )

+10 V STBY

+10V STBY

RX966 2k2

RX960 5,3 100R 5,3

RX910 100R RX911 1k

GNDV RX922 75R

CA008 3n3

CA004 *

3

+US

GNDP +US 16,9 (13.5 : Dolby )

AP 19000.00 AP 19001.00 AP 19010.00

RI045 68R

2 RA006 *

IA001 TDA7269

DA002 LL42

(A) AUDIO PART

CI056 4n7

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

9,4

RX950 100R 3,2

2,6

DA001 LL4148

BA006

JI906

9,4

2,6 TX910 BC546B

RA018 22k

RA016 4k7

GNDS

AFC

VCO1

Vo vid Vo AF

LSWI

Vo CVBS

1 2 3

RA017 2k2

0

GNDV

TX965 BC847B

GNDV

CX920 220n

RX350 100k

(P)

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

U_SCART

9,4

TX955 BC847B

RX912 75R RX992 1R

AV2_Y_OUT

RX351 100k

CA015 4u7

4 0

L

GNDP

RV012 47R

4,6

GNDV

DX220 BAV103

CX301 10u

GNDS

+US 16,9/10,5 in STBY (13.5 :Dolby)

TI030 BC858B

RI033 1k

TI034 BCR141

13,5

DX001 * LL4148 GNDV

GNDV

VCC_IX

RX301 2k2

GNDS

5VSTBY

GNDP

+10VSTBY (P) RI028 22k

GNDV

CX901 220n

AV1_Y_OUT

RI039 82R 1,9

1,2 1,3

RI034 1k5

BI001* 1

RI035 68R

5

0

2

GNDV

CX910 220n

CX350 22n

TI033 BCR141

IX001 MC7809-CT

3 CX002 47u

RX991 1R

JI928

TI032 BC847B

L

1,2 0 RI029 22k

+10VSTBY

DX001 replaced by jumper in XP 19100 and XP 19101

GNDV

AV3_Y_IN

PI035 2k2

TI031 BC847B

1,1

0 in norm. I 4,3 in G,D,K,LL'

CI022 4n7

CI052 4n7

PI050 22k

CI030 10n

5,5 RA035 33k

GNDS

1 L

RA013 4R7

RA008 *

8

0 7 L

RA022 432R

TA001 BC857B

RI055 1k

RI038 1k8

RI027 470R RI037 470R BG

5VSTBY RA002 10k

2 0 R 10

9

RA034 68k

BP190

16

15

+5V (P)

O1 5 O2

14

CI031 22u

PI030 2k2

20 3,7 19 GNDV 18 17 16 15 14 13 12 11 3,5

GNDV

AV2_Y_OUT

5VSTBY (P)

RA001 33k

BA005 2 CA009 100n

CA007 3n3

6

GNDS

RA029 2k2

+ US

13

RI031 1k5

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

JX920

U_SCART

DX251 BAV103

12 2,5

CI055 39p

RI050 330R

4

GND

9,4

CX900 47u

0 TA002 10V ST-BY BC847B

RA019 10k

C-MUTE (R)

+5 V STBY

RI053 220R

O1 O2

GNDV

RX251 100k

CX250 22n

RX215 75R

11 3,5

QI053 6MHz

3,2

RX250 100k

CX726 330p

10 2,5

GND

FI015 OFWG3970M

U_SCART VCC_IX

GNDV

GNDV

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

IX900 TEA6415C

VCC_IX

RX120 75R

9 0

CI053 100n

AV1_Y_IN

GNDV

Vi vid

VCO2

CVP/2

8 2,7

CI046 100n

T1_CVBS ( MAIN-TUNER )

RX151 100k

RX111 75R

GNDV

STD

CSAGC

TPLL 7 2,7

CI054 2u2

jumper JX920 not fitted in Sat-versions XP 19101

GNDV RX150 100k

CI072 1n

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

-16,9 (-13.5 :Dolby) 1 11 R GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

Vi SIF

Vi SIF

CVAGC

TADJ

Vi VIF

+5V

INSWI CBL

Vi VIF

6 0,8

0 in PAL-BG /H/I/D 4,8 in norm. L'

CX902 10u

VCC_IX

GNDS

RA005 *

CA003 *

GNDS

0

RA012 *

CA006 100p

RA020 1k5

RA021 1k5

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

RA004 CA002 * *

GNDS

+5 VP

- US

I_INFO (R)

68p

RX132 100R

RX131 100R

CX150 22n

GNDS

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

Vi VIF

+5V

+30V

DA

GNDV

5 0,2

CI050 100n

FI010 OFWK3954M

3

(H) TUNER IF PART

AV1_Y_OUT

CX140 47p

2 I1 I2

U_SCART RX133 100R

RX134 100R

GNDV

CX722 330p

CR085 10n

TR106 BCR141

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

1

RI024 1k

FI002 38,9MHz

4 0,2

9,4

100R

RX140 100R

GNDV

*5 = only RP 19101 00

2 I1 I2

RI012 56R

RI026 47R

4,7 GNDV

RX280 100R

*2 = unused option

RR085 3,7 100R

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

CR001 47u

CR002 10n GNDD

CL BX001

CR006 10n

CR063 100p

CR060

CR003 10n GNDD

IIC-DA-1

RI023 27R

RI078 1k

17

-US (P)

+U13

(A)

R_AV1

(A)

AV1_R_OUT

CI007 27p

HP 19013.00

(V)

AV1_L_OUT

+5VSTBY

LR005

+5VSTBY

RI021 820R

5

3

RI005 15k

18

RA009

CA005 100p

RV052 LL4148

*2 2k7

CI005 6p8

CI009 15p

CI008 100n

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

G_AV1

(A)

AV1_8

(A)

AV1_R_IN

(R)

AV1_L_IN

(AV1)

RR050 RR052

DI001 BA782S

TI010 BCR141

GNDD

(V)

Vss

CI003 6p8

RI003 4k7

RH008 12k

2 19

(A,H,R,V)

Q3

GNDD

CH009 47p

3 1,8

JI915 0R0

D04 D03

1,9 20

LI053 6u8

D05

2 21

GND1H (H)

NORM (R)

D06

18 17

2 3,2

DX001*

D07

20 19

16

1 3,2

(R)

21

Q5 Q4

15

2 22

CA001 RA003 * *

RA032 10k

3k3

1

L1_INFO

Q7 Q6

Q1 Q2

14

4 23

9VREG

A10

22

A0 Q0

13

D02

CI012 4p7

CI077 4n7

RI077 22k

CI070 4n7

2,6 24

BA002

RA033 10k

FI030

2,4 25

26

GNDS RI054

RI025 47R

T1_CVBS

A10 E

12

D00 D01

CI032 1u

CI060 2u2

RI079 22k

II050 TDA9811/V3

4

TI020 BF799 0,5

RI004 180R

RH007 12k

LH004 10u

0 27

(V)

A2 A1

23

11

A00

1,2

2,8 28

CI021 1n

(H)

10

A01

RH010 15k

4,2

CI004 4p7

IIC_CL_1

A02

CH010 22u

RI001 10R

CI002 5p6

IIC_DA_1

DS

RI008 15k

(R)

24

RI009 56R

(R)

G Vpp

DH001 ZMM33

5 29

TI050 BCR141

0 in PAL-BG /H/I/D 4,8 in norm. L'

LI020 u33

68p

A3

100R

9

RH002 2k67

RH003

A03

RH001 1k

RH004 0R

A11

CH008 470u

5 in PAL-BG /H/I/D 0 in norm. L'

Vi VIF

IF

or ZOOM

AGC

E_FIELD

IIC_CL_2 IIC_DA_2 A09

25

IR002 M27C801-120F1

CH007 4u7

RI020 1k8

CI010 56p

RI007 15k

4,2 30

4,1

0,8 TI070 BC847B RI076 47R

CA16 1n

-US +US

3 2 1 GNDD

GNDD GNDD

26

8

CH005 100n

BG_INFO (R)

STB_LED

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D 7

A04

to SCI BX001

GNDD 100R 100R 100R

GNDD

RR066 100R

or ZOOM/ RR071 *1 GNDD

RR084 1k

0

First issue 07 / 98

A05

CI006 4p7

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

+US (P)

CI041 1n

FI001 40,4MHz

DI002 BA782S

CH006 1n

GNDD

BX500

RR106 470R

RP C19

A08

CR067 220p

CR039 100p

CR065 180p

RR070 *1 E_FIELD/

CR072 *1

+5V

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

GNDD

CR038 100p

RR076 4k7

RR072 *1

+5V

TR091 BCR141

+U13

!

GNDD

CR037 100p

+5VSTBY

+5VSTBY

GNDD

3k3

CR062

GNDD

+U13

1M

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D

CR098 10n

GNDD

(P)

A13

27

+5VSTBY

+5VSTBY

(L)

RR045 RR100

CR036 100p

MARK-E-TING

CR075 100p

+5V (P)

1M

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

RR093 4k7

RR075 100R

GNDD

+5V STBY (P)

28

A8 A9 A11

CH002 22p

GNDD

A

5 0

10n

RR044

SND-RES MUTE

or ZOOM

DR091 1N4148 DR090 LL4148

CR093 10n

+10VSTBY

MARK_E_TING

MUTE_C

RR091 4k7

E_FIELD

GNDD

CR091 10n

+5VSTBY

(P)

+10V STBY (P)

A13

A6 A5 A4

+5VSTBY

GNDD +5VSTBY

CR022

RR067 1k

GNDD

POWER_FAIL (P) UP_RES

A7

6

INT

(X,A,S,V)

5

A06

GNDD

CR021 10n

M_RES

RR087 100R

A07

CH001 1n

CH004 100n

3,2 31

TI045 BCR141 CI040 1n

RI019 15R

CI020 10n

CI011 22n

CI001 1n CH003 22p

R/W RR021 10k

CR011 *2

CR020 10n

RR086 *2

CR086 10n

SND_RES

TV_OFF C_MUTE

RESET GNDD

(H)

A14

CR100 *2 GNDD

AV1_8 GNDD

CR110 10n

CR087 10n

(X) (H)

29

GNDD

AGC (H)

+5V

GNDD

RR088 100R

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

C_MUTE

IIC_DA_2

EXT_LINK

MUTE

(A,S)

A17 A14

LR002 560n

CR007 100p GNDD

GNDD AV2_8

RR910 *

SAFE

L1_INFO

AFC

I_INFO

AV1_8

BG_INFO

AV2_8 SAFE

SND_RES

CR010 22p

CR009 22p

A15 A12

BS04

USYS (P)

LR011 2u2

27MHz

IR001 ST90R92

BS05

30

B_AV1

GNDD

31

(V)

GNDD

32

(P)

100R 100R

OSC_IN OSC_OUT

IIC_CL_2

CR008 10n

Vcc A18

A19 A16

RI006 15k

RI072 2k7

CI073 4n7

QI070 6,5MHz

GND_IF

3,2 32

0

RI022 15R

10 11

9

+5V

RR089 RR028

8

FB_AV1

BE_STROB

7

(V)

IIC_DA_2

1

6

(R)

IIC_CL_2

2

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

5

(R)

SPARE_BE

3

QR001

EXT_LINK

3 4

4

IIC_DA_2

4

39k 39k

RESET

RR103 1k

2

BS00

3

IIC_CL_2

IR004 MC14094BD

CR050 10n

RR026 RR027

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

D

16

GNDD

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

C

15

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

B

+5V

1

BS01

2

+5VSTBY

LI070 6u8 RI070 330R

1

RI084 180R

RI082 6k8

CI062 47u

4 O1 O2 5

CI045 4n7

DI041 BA782S

NH001 CTT5000T

B1

EXT_LINK

5

IIC_DA_2

(X,A,S,V)

GNDD

*2

DI040 BA782S

RI041 2k7

(R)

12

TR102 BC847B

IIC_CL_1

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

RI073 2k7 CI074 4n7

120p

3 GND

2

RI043 2k7

JR903 *2

6

GNDD

IIC_DA_1

5

RI056 5k49

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

FI020 OFWK9453M

I2

TI040 BCR141

PLL

JR904

11

GNDD

(A)

GNDD

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 7

OSC

I1

2

2

MIX B2

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

10

at 100Hz RR910 = 10k

(A,S)

0,1 5 in STBY

JR902

A12

* at 50Hz RR910 = 0R

C_MUTE

KEY_IN_1

IIC_DA_2 IIC_CL_2 A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

L1_INFO

BG_INFO

UP_RES

DEGAUSS

8

0

B3 CR023 10n

1

FI040

3 2

CI064

RI042 4k7

RI040 4k7

5Vpp-H 0

GNDD

RR029 4k7

*3,*4

+5V

MUTE

0

5Vpp-H +U13

0,7 TR002 4,5 in BC848C STBY 5

+U13L

BS02

*2 JR901

RR097 2k2

(L)

LR004 560n

+5VSTBY

GNDD

9

13

GNDD

(H)

SAFE SND_RES

CR041 100p

RR036 1k2

CI066 68p

6k8 DI051 BA782S

JI910

DI071 BA782S

RI071 27R

RI061 6k8 RI059

RI058 5k6

JI901

RR030 68R0

EXT-LINK FB_DET

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

H_PAN_SW (Z)

MARK_E_TING

LDR EXT_LINK

EXT-LINK TR048 BC858C

(H)

(X)

10k

BS02 AM/FM

BS01 AM/FM

CI071 100n

+U13

JR905

14

AV2_8

RR040

CR090 10n +5V

+5VSTBY

(H)

100p

100R

RR049 10k

RR048 330R

GNDD

(X)

100p

CR030

RR019 100R

CR019 100p

TR095 BCR141

(H)

100p

CR032

10k

GNDD

CR049 10n

(H)

100p

CR033

10k

RR031 1k5

BR011

1

GNDD

BG_INFO

CR034 10k

RR039

GNDD

RR018 100R0

AV1_8

100p

RR037

CR101 *2

100R

RR017

CR018 100p

L1_INFO

GNDD

GNDD

CR035

RR038

RR035 RR034 RR033 RR032

RR016

*2 JR908

AFC

CR104 100n

1k

CR017 22p RR015 100R

RR043 56k

GNDD

NORM I_INFO

RR104 820R

RR041

CR016 22p

CR015 22p

LR003 10u

2k7 2k7 2k7 RR014 4k7

CR043 4u7

*2 RR924

330R 330R 330R 330R

GNDD

GNDD

RR013 RR012 RR011 RR010

+U13L

DR104 BZX55B9V1

+U13

+10VSTBY

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY JR907 JR906 *2

BR012

GNDD

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

8 7 6 5 4 3 2 1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

1

1

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

to PVM *4*5

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 47n

RV109 274k

TV108 BC327

RV110 470R DV108 LL4148

RV112 330R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS




 

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

TO DEGAUSSING COIL

U MAINS 220V

0,8

RP061 270k

CP055

11

0,9

12

13

OSC

OUT

IS LOGIC

50Hz/Stereo 470u/35V 470u/35V OR RGP30D JUMPER X X X 133V 130V 127V 136V 10536270 10286140 1/4W X BUV48CFI -

OVER LOAD

ERROR AMPLI

2

DP041 BAT42 RP042 4k7

LP042

o

CP137 470p

0

8

0,1

7

4,9

6

5

4

GND1 CP065 470p

0

3

0

2

0,4

1

9

13

GND1

RP065 10K

o

12

CP101 150p

RP066 4K22

RP062 1M

TP027 BC847B

0

CP063 4n7

GND1

GND1

1

CP068 470p

!

X Inserted Not inserted

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

!

TP161 BC847B

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

LL032 LL043 RL018 RL052

50Hz DP 19000 00 10 34 99 60

BYW76 BZX85C22

10 51 81 10

10 51 81 10

JUMPER

JUMPER

RP149 4k7

RP165 120k

TP166 BC857B

10k

GND2

DP134 1N5817

BL013 BL052 CF002 CF028 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL036 CL037 CL067 CL084 CL211 DF011 DL023 DL032 DL034/36 DL046 DL057 DL071 DL092 DL334/36 JL932 JL933 JL934 JL936 JL985

1n5 1u0 10n 47n 4u7 1n9/2KV 12n8/1K6V 24n0/1K0V 1u5/160V

CT 19032 37 10 39 10 10 28"SF INVAR 32"SF INVAR

1n5 10u0 10n 47n 4u7 1n9/2KV 12n8/1K6V 24n0/1K0V 1u5/160V

CT 19005 31 10 51 08 90 25"SF INVAR 29"SF INVAR

+USYS GND2 UVERT

(V)

DTRANS 56.0V BAV103

DL057 BAV103

15Vpp

1

6

5

2

DL023

*

UVERT

EW_BACK

RL025 470R

RL023

*

GNDL

*

RL030

*

*

CL033

LL033 1

RL029

CL029 *

*

(V) RL028 470R

CL027 1n

LL029 *

1

* DL032 BYW76 LL032

7 1

GNDL

CL032 *

*

3

*

TL028 TIP122

GNDL GNDL

2 GNDL

GNDL

(V) SMPS_IN

SAFE

BEAM_INFO

(V)

LH

GNDL

(V) H_REF

*

1

6

34

RL055 1k

*

6

RL063 5k49

RL135

*

*

RL126

RL136

*

*

8 -

CL064 1n 7,1 RL058 10k7

4 3 2

+13V

IL062

RL056 10k

1

-

GNDL GNDL GNDL

*

CL063 1n

IL062 TL082CBCN

6

CL034 *

GNDL

RL069 7k5

RL068 7k5

GNDL

GNDL RL067 7k5

(L) DEFLECTION PART

TL062 BC847B

RL160 1k

CL062 1n

1,2 8

CL073 1u

2 LL029 *

0

4 +

+13V

(V) BREATHING 3,2 JL020 100R

7 1,2

+

7,8

GNDL RL127

VCC1

(L)

5

*

RL135

(V)

CL061 1n

GNDL

*

RL134

T = 20ms

15Vpp

+13V +U13

+13V

CL045 470u

GNDL

5

RL027 470R

CL042 1000u

RL137 *

CL036 JL932 * * LL034 2 5 *

JL934

JL933

* *

*

*

*

250V

JL937

RL129 4

* = see CT 19xxx xx = see DP 19xxx xx

CL037

JL936

*

*

LL045 10u

RL057

9,3

*

GNDL

DL041 RGP30D

CL057 330n

1

DL030 GNDL

RL026

RL024

CL028 *

SMPS

*

13,5 (F,P)

BL013*

ZOOM 190XX 00

CL031

RL014 68R GNDL

GNDL

(V)

EW_DRIVE

RL016 68R

ZL041 MP125

RL124

*

*

+USYS

LH RL037 1k

* RL017 68R

RL018

(F) +UVFB 53 DL043 RGP10M

RL155

Yoke or Zoom module

2

TL030 ON4977

4

RL040 0R27

47R

LL037

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

(A,C,H,X,R,V)

RL214 *

RL211 * BL035

2 1

*

CL005 220u/25V

*

(L)

BEAM_INFO

GNDL

(L,V)

CL043 330p

GNDL LL043

P

GNDL

LL001

RL020

RL021

*

*

CL039 27n 250V

7Vpp LL031

6,9

1,8Vpp-H

*

CL038 27n 250V

TL005 MPS750

RL022

1200Vpp-H

T = 64µs

(V) 7,8

(L)

12

CL211

*

CL004 10u

6,7

+10VSTBY

8

CL030

DL003 LL4148

RL015 2R2

T = 64µs

10

*

T = 64µs

DL004 LL4148

TL001 BC847B

RL092

HTR2 HTR1 to BB02 CRT

GNDL GNDL

*

9

LL008

TL004 MPSW01A

(L,P)

BREATHING

PKS

TEMP_ABL (V)

(V)

+13V

VCC1 (V)

(L)

SENSEP

(V) SENSEM

(V)

(P) +USYS

9VREG (X)

(L,P) SAFE

11,7

6,8

PP 19010.00 - PP 19011.00

CL067

*

GNDL

RL066

*

DL066 BZX55B47

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

DP 19050.00 DP 19000.00

Deflection - Picture Tube related Partlists

CT 19006 31 10 35 18 40 33"MP AK

DTRANS 56.0V BAV103

1u0 4n7/250V

DTRANS 56.0V BAV103

CL008 4n7

CL006 27p

6,8 0,5

RL013 10R 0.5W

GNDL

1u0 560n/250V 100n0 4n7/250V

DTRANS 56.0V BAV103

RL004 1k8

+5V +UVERT

(L) +13V

3 130 2 1 GND2

CL146 150p

*

(P) POWER SUPPLY

1n5 1u0 10n 1n5 3u3 2n7/2KV 14n4/1K6V 33n0/1K0V

1u0 510n/250V 100n0 4n7/250V

DL001 RGP10G

CL023

1n5 1u0 10n 1n5 3u3 1n9/2KV 14n4/1K6V 33n0/1K0V

1u0 680n/400V 100n0 4n7/250V

RGP10M

RGP10M

RGP10M

RGP10M

BZX55C27

BZX55B16

BZX55C27

BZX55C27

RGP10G

RGP10G

RGP10G

RL003 2k2

RP160 2k2

GND2

CL001 1000u 16V

LL006 3u3

+13V

*2 BP110

*

11

DL092

T = 64µs

CL003 220p

RL002 3k3

+5V

JP310 1k

0,6Vpp-H

CT 19003 32 10 35 15 20 28"MP AK

+UVFB CL002 560p

Deflection - Picture Tube related Partlists

*

T = 64µs

(V)

H_DRIVE

VCC1

GND2

RP162 2k2

RL001 3k3

+10V STBY

TP152 BC848B

*

+UVIDEO

5 4 3 2 1

CL046 10u

DL046

JL943

GND2

(R,V,A,H) (V,F) (V,L,X)

DP133 1N4001GP

GND2

CF011 470n

3 GND2

-2,5

12,6

*

DF011

*

BL050

GNDL

LL046 * RL046 RL048

+UVIDEO 205

(L)

RL047 47R

LL047*

3 5

RF015 10R

CF015 2200u

RL050 26k7

GNDL

(P)

TP167 BC847B

0,7

TP145 BCR141

GNDL

2

*

CF021 100n

4

H_REF

RP152 2k2

GND2

-9 RP159 330k

RF003 1k

0,1

RP144 1k

GND2

GND2

TP150 BC858B

THERMAL PROTECTION

13Vpp

RP166 1k

RP145 GND2

GND2

RF011 1R5

GNDL RL044 26k7

CL052 10n

7

POWER_FAIL

(R)

0,1

CP143 470u

*

RP138 10k GND2

(L)

-US GNDS +US

RP192 100k

RP151 12k

RP158 68k

RP157 120k

T = 64µs

*

GND2

BYW76 BZX85C22

X Inserted Not inserted

GND2

CP151 220n CP152 220n

RP139 82k

Deflection - Basic Partlists

50Hz ZOOM DP 19050 00 10 34 99 70

IP140 TDA8139

IF001 TDA8177F

+10V STBY

UP_RES

(R)

12,1

RP150 10k

CP131 10u

RP156 1k

*

TP162 BC847B

0.7W

RP164 100k 5,6

4,2 IDIS 4

5

*

RP148 18k

7

DL070 LL4148

1

RF012

*

13,3

5

(P)

+USYS

RL070 110k

*

DL050

*

4

GND2

6 5

POWER AMPLIFIER

*

DL052 RGP10G

BL052

*

RF013

BF001 1 2 RF020

1

DF001 1N4148

*

*

+10VSTBY

GND2

GND2

DP152 LL4148

GND1

BL052 DL003/04 DL032 DL050 DL057 JL943 LL001

IP130 MC7812-CT

RF002

CF002

+5V STBY

2

DP160 LL4148

RP100 10M

6Vpp

1

23

CP130 2200u

GND2

GND2

GND1

DISABLE

RP143 2k32 1%

RP142 2k21 1%

DF002 LL4148

(L) +U13 +5VSTBY

(R)

5

GND2 3

SAFE

2,3

(V)

FRAME_DR

RL053

CRT

DF028 LL4148

2,3

CP144 10u

RP147 4k7

GND

8 5,7

GND2

GND2

DP130 RGP30D

CP100 1n5

T=64µs

GND1

OUT 2

PROG VO2

BD241

DP151 LL4148

2

2 1 9 VI2 VI1 VO1

PROT.

* TP146

GND2

RP163 2k2 RP161 330R

5

RESET

GND2

3

RP070 2k2

GND1

GND1

10u

LP070

4

RP068 1k

*

CP140 4700u

*

GND1

RP064 1k

GND1

18

0R

2,5

2

CP135 470p

o

GND1

CP062 2,8 10u

CP142 150n 3 * 3 GND2 7 CP146 5,7

DP140 MR822

LP140

1

GND1

RP146 *

REF.

*

o

RP020 0R12 2.5W

RP067 1k

CP069 470p

RP124 10k

RP123 10k

*

RP069 47k

CP067 220p

RP063 10k *

CP121

*

14

17

330u/25V 1000u/35V X X OR BYW29-150 X JUMPER X 133V 130V 127V 136V 10536280 10286140 1/4W X X X BUV48CFI X -

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

15

(L)

CP176 2n2 GND2 GND2 GND2 12,8

13

OUT 1

-12,7

CP021 150p

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

TP060 *

1

50Hz/Dolby

CP064

*

CP101 CP120 CP121 CP126 CP146 DP027 DP108/109 DP126 JP302 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP020 LP042 RP026/028 RP040 RP063 RP126/130 RP138 RP139 RP146 TP025/026 TP060 TP129 TP162

PP 19011 00 10536970

CP138 470p

CP138 * 470p

UB-Driver

RP121 10k

DP109

IP060 TEA2261

LOGIC PROCESSOR

PP 19010 00 10536960

RP120 10k

CP141 2m2

+5V

RP177 22k RP176 4k7

GNDS

GND2

*

o

13Vpp

DP040 BZX85B2V7

CP040 470u

LP040 4u7

VOLTAGE CONTROL

MODULATOR LOGIC

8

10

* RP040 22R

11,1 10,5 14 15 16

GND2

CP120

DP175 LL4148

TP175 BC847B

BP120

12,9

*

0

CP041 1n

DESIGNATON POWER PP.19010.00, PP.19011.00

T=64µs

CP179 47u

RF007 1k8

+5V

DP178 LL4148

GND2

BP190

0,8Vpp

RP179 22k

DP179 LL4148

3 2 1

DP108

Flyback

GND1

GND1

2,6

10

RP054 5R6

*

GND2

RP175 1k

+US GNDS -US

JP913

CP102 1n

16

RP050 10R

CP053 330p

CP054 470u

RP102 100R

CP050 330p

GND1

4n7

DP061 LL4148

2,4

9

SOFT START

*

DP050 RGP10D

*

CP110 100u 200V

DP113

CP171 22u

3 2 1

RL051 2 1

B

RF123 RF124 10R 10R

GNDL

CP061 u47

5/6

DP126 LL4148

RP130 0R10 2.5W

650Vpp

CP051 100u

GND1

RP126 2k2

RF024 10R

V

RF036 *

6 22.5 53,5 3

2

RL082

RL081 68k1

RL080 7k5

DL051 RGP10G

RL052 46k4 RF023 10R

55Vpp

0

VCC1

GNDL

DL034

BP05

MIS.19012.00 MIS.19111.00 MIS.19112.00

DP051 LL4148

DP053 RGP15G

RP053 0R

RP055 15R

LP112 95u

(V)

*

EHT CF028 *

DF033 RGP10G

T = 20ms RP172 10k

T = 20ms

*

A

6

DL334

BP01

1

1n

2

CP060

2

22n

1

2

RP112 1k2

0

12 in STBY 26,5 1 IN

GND1

CP056 47u

18

CP023 2n2

IP050 MC7809-CT

*

DF007 BZT55C20

DL071 *

RL084

JL985

RF025 *

DL336

RP029 100k

GND1

GND1 GND1

GND1

3

OUT

CP052 10u

1

CP05 68n

9,6 ON/STBY

o

RP128 2k2 * RP127 100k

*

*

GND2

DF031 RGP10G

RL072 1k

*

DL036

*

3

RP060 270k

DP060 LL4148

T=64µs

CP126 100u

DP112 MUR1100E

RL071 43k

CF031 100n

CL084

*

RP059 220k

JP916 */*2

GND2

GND2

+13V

1

DP052 1N4001GP

BP07

*

P

OR

100R 4,5W

RP027 10k

CP111 470p

CP112 2n2

JP915 */*2

19

RP191 4k7 RP190 5k49

CF029 470u

*

LL084

DL072 LL4148

RL171 13k

2

P

1k

RP026 100k

20

1

RP022

*

*

*

JP914 */*2

21

LP20*1_2 1/2

2 JP302 1 *

TP190 BC857B

*

CF027 100n

23

(P)

+UVERT

*

SP05 * 12V-relay

RP05

* RP09 * RP11

DP027

CP022 470p

DP022 FUF4005

*

TP026 BC846B

*

(V) BREATHING

RP167 10k

2

1

* TP08 BC548B

RP028 100k

*

DP110

CP170 4n7

22n

1

*

TP025 X0205MA

*

GND2

RP171 22k

DP190 LL4148

CP150

RP08 10k

TP170 3,2 BC847B RP173 0,2 100R RP170 10k

+US

13

(BM04)

FP01 T2.5A

*

2W

BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

22

LP20*3_4 1 o

3/4

131,6

JP917 */*2

RP193 4k7

-12,7

to CRT board

*

5 6

1

2

*

* DP08 1N4148

8

1

*

CP08 22n

JP08

3

CP01 100n

2

3

*

LP020

RP032 120k

*

RP129 10k

*

TP129 BC857B

JP911

1

4

RP025 33k

BP025

1

7

LP01

RP031 120k

RP030 120k

BP08

4

(L)

GND1

*

CP02 100n

2

+USYS

CP13

-US

DOLBY

CP020 100u

JP910

CP12 4n7

USYS

GND1

GNDS

JP01

334

1 2

GND2

RP01 470k

GP30M

BP020

+300V 1 2 3

GND2

GP30M

CP11 4n7 RP10 2R7

GND2

DP

13

1n5

DP

12

MAINSSWITCH

GP30M

CP10

JP902

DP

DP

GP30M

BP10

11

2

10

1

1

+5VSTBY

MAIN

BP03

BP02

2

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

*

LL008 LL029 LL031 LL033 LL034 LL037 LL046 LL047 LL084 RF002 RF012 RF013 RF020 RF025 RF036 RL020 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL124/25 RL126/27 RL129 RL134/35 RL136/37 RL211 RL214 TL030 ZOOM

CT 19003 32 28"MP AK

CT 19032 37 28"SF INVAR 32"SF INVAR

CT 19005 31 25"SF INVAR 29"SF INVAR

CT 19006 31 33"MP AK

10 51 77 40 10 09 50 60 LFBEAD 90R

10 51 77 50 10 09 50 60 LFBEAD 90R

10 51 77 20 10 37 74 20 LFBEAD 90R

10 51 77 20 10 37 74 20 LFBEAD 90R

50 87 32 54

10 52 61 40

50 87 32 54

50 87 32 54

26u0 24u0

23u0 24u0

26u0 24u0

26u0 24u0

1R5 1R5 220R0 221R0 1K0 3k09 120k0 1k82 37k4 2R2 0R 750k0 30k0 39k2

1R5 1R5

1R5 1R5 220R0 91R0 1K0 3k09 100k0 1k62 37k4 2R2 0R 750k0 5k1 40k2

1R5 1R5 220R0 91R0 1K0 3k09 100k0 1k62 37k4 2R2 0R 750k0 18K0 40k2

56k2 12R0

240R0 470R0 3k09 120k0 1k62 37k4 2R2 0R 750k0 40k2 220k0 61k9 12R0

56k2 12R0

56k2 12R0

3K3 3K3

3K3 3K3

3K3 3K3

3K3 3K3 12k0 2k7 BUV48CFITH16

3K3 3K3 12k0 2k7 BUV48CFITH16

3K3 3K3 12k0 2k7 BUV48CFITH16

12k0 2k7 BUV48CFITH16 10 39 10 40

ICC19 50 Hz Updated 11 / 98

First issue 11 / 98

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

RR053

2k7

RR055

2k7

RR056

2k7

RR057

10k

+5V

GNDD 5

IIC-DA-1

6

IIC-CL-1

7

RR051

GNDD

8

*2

+5VSTBY

CR005 100p

LR005 CR004 100n

CR003 6n8

CR001 47u

CR002 10n

+U13

0,6 RR105 1k74

RR098 22k

TR105 BC848C

RR085 100R

GNDD

GNDD

GNDD

AV2_8 (R)

M_RES

RR060 100R

RR066 100R

CR085 10n

TR106 BCR141

CR065 180p

GNDD GNDD

CX280 100p

GNDD 100R 100R 100R

3,7

GNDD

CR066 180p

GNDD

*3 = only RP 19000 00 *4 = only RP 19100 00 + RP 19013 00 + RP 19400 00 *5 = only RP 19101 00 *6 = only RP 19102 00

(R)

RR61

MICROPROCESSOR RP 19000.00 RP 19101.00 RP 19100.00 RP 19102.00 RP 19103.00 RP 19400.00

ICC19 50 Hz 19

(A)

AV2_R_IN

(A)

Updated 11 / 98

GNDV

CX282 330p

RX282 6k8

2k7

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

G_AV1

R_AV1

(V)

(V) RX132 100R

CX150 22n

GNDV

RX107 75R

AV3_Y_IN

GNDV AV3_C_IN IIC_CL_1 IIC_DA_1

RX130

AV2_Y_IN AV2_C_IN

100R CX120 10u

RX140 100R RX281* 10k

DX120 BAV103

GNDV

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

RX251 100k

CX250 22n GNDV

RX220 75R

AV2_Y_OUT

GNDV

DX251 BAV103

U_SCART

RX350 100k

RX351 100k

TX960 BC848B RX961 2k2

RX910 100R

RX920 100R

RX303 2k2

RX922 75R

GNDV

GNDV

VIDEO_2

GNDV

DX351 BAV103 GNDV

XP 19000 00 XP 19001 00

-

X X

X X

VIDEO_1

-

X X JX923*

QC001 4.43MHz

Mute

2

RC041 1k

RC032 150R

TC008 BC857B TC041 BC847B

2

RC037 105R

IIC_CL_1

(R) (R)

CC004 220p

(630mVburst) (R_load>=300R)

CC005 47n 27

2,7 24

22

3,9 CVBS

SVHS

19

BELL

YREF1

AGC

4.43 3.58 OSC

QZ1

LOGIC

VCOTC

SSC

AGC

11

GND

ID1

DELAYLINE

CC017 1u

CC016 10n

DATA 5 4,7

GND_TUNER

1

(R) IIC_DA_2

2 3

(R) IIC_CL_2 GND_1H

TEST OUT CLOCK

ID3

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

25

4 14 5 CVBS = 0 SVHS = 7

7

VDD

VCC

8

18 7,8

DC001 LL4148

9

IREF

B-Y

R-Y

12

13 1,2 RC007 4k22

7 2,7

6 2,7

CC024 10u +

CC018 220n

TC001 BC368 GND_1H

RC011 1k

GND_1H

+9VREG RC024 10R

F&R CC019 47n

GNDS

to BP120

GNDP

bass 1

CA024 100n GNDP

GNDP

(X) B_AV1

(X) G_AV1

T = 64!s

T = 20ms

0 5Vpp-H

BV021 (Video-Text)

T = 64!s

T = 64!s

1 2 3 4 5 6 7 8 9 10 11 12

3Vpp-H

0,7Vpp-H

5Vpp-V

DV026 LL4148 RV021 47k

DV027 LL4148

CV003 22n

DV028 LL4148

RV052 820k

CV051 10u RV051 0R

CV012 82p

RV003 24k9

ID2

16

3 3 (3,9)

CV007 1u

CV006 100u

RV022 15k

(X) (X) (X)

7,8

CV037 100n

CV027 100n

CV026 100n

CV038 100n

CV028 100n

CV031 100n

CV032 100n

3,7 56 VCC- Y-OU PSI

3,9 55 U-OU

3,9 54 V-OUT

5 19

5 18 SDA

U,V

CV021 4,6 1u 4 0 11

CV041 220n CV042

CTI-FUNCTION

V-IN

Y Gain 1 or 2

CLAMP

T = 64!s

IV001

STRETCH

CC015 100p

1Vpp-H

0,9Vpp-H

2,7 6 G1

3,9 49

0 50 APX

B1

2,7 2,6 2,7 46 47 48 44 FB_TX R_TXT G_TXT B_TXT RGB-BURST-GATE CLAMPING AND DEMATRIX

LUMAAVERAGEDETECTOR

GNDPSI 10

BLANKING LOGIC

AC-GND

H_FL SYNCIN

COR

14

13

15

16

1,6

3,8

5

4,1

21 3

PHI1_ LPF 33 1,9

HFLY

H_DRIVE

CV047 100n

CV046 10p

CV207 4n7

CV206 1u

V_BLK HFLY_BLK BG

VERTICAL-RAMP GENERATOR

PROTECTION

LINEAR EW-CIRCUIT

SMPS_PART

GND1 30 3

EW_IN EW_OUT 32 0,8

28 3,1 (2,3)

BREATH 29 4,9 CV234 33n

CVERT 31 7,5

(L) (L)

EW_DRIVE (L) BREATHING (L,P)

CV063 15p RV062 560R

RV092 180k

6 (5,5)

VCC1

2,7 (3)

G_OUT 41

2,7 (3)

B_OUT 40

2,8 (3,1)

0,6 SSC 35

SMPS _IN

SENSEP

SENSEM

SMPS _OUT 37 0,2 CV241 100p

RV076 10R

CV072 120p RV072 560R

RV073 560R

TV073 BC857B

CV073 18p

CV082 120p

RV082 560R

RV083

RV084 820R 560R

CV083 20p

26 13

T = 64!s

3Vpp-H

RV086 10R

T = 64!s

TV083 BC857B

3,2Vpp-H

27 13 RV233 1k

C_SOFT RV232

17

(F) FRAME_DR

100R

(F) SENSEP (F) SENSEM

CV246 220n

(L) TEMP_ABL

RV231 100R

CV103 10u CV231 1n

CV216 470p

BV001 (CRT-Board) 9 FB_BS 8 CRT_ICUT 7 GND_2H 6 CRT_B 5 GND_2H 4 CRT_R 3 GND_2H 2 CRT_G 1 +U13

RV091 4k7

CV092 10p RV074 820R

FRAME FR_OUT 25 2,3 OUT

EW-PARABOLA GENERATOR

TV063 BC857B

4,8

43

R_OUT 42

SSC GENERATOR

VDD

34

RV216 330R CV213 47p

STAGE

Bus

TXT_OUT 36 0,1

38 2,6

RGB-OUTPUT

R-G-B-MATRIX PAL/NTSC BLANKING INSERTION

TEST MULTIPLEXER

PHI2_LOOP

RV206 18k

SECAM

GND VID

VABL 39

AVERAGE BEAM LIMITER

AUTO-PIX Y,U,V

Bus

VERTICAL LOGIC

HORIZONTALLOGIC

PEAKING WITH ADAPTIVE CORING

CBS

CONTRAST SATURATION BRIGHTNESS COLM APL WS

HORIZONTALPLL

BLACK-

45 VCC VID

CUTOFFMEASUREMENT ICUT

CV232 1n

DV104 BAV103

CV102 10u

(L) BEAM_INFO DV101 ZMM6V8

RV101 4k75 (V) VCC1

T = 64!s

T = 20ms RV241 4k7

RV213 4k7

H_REF (L)

EW_BACK

0,9Vpp-H

2,7 7 R1

RGB-BURST-GATE CLAMPING AND DEMATRIX

Y,U,V

REPLACEMENT

5 APL

T = 64!s

PAL

2,7 8 FB1

STV2161 (CUT4.1)

SYNC SEPARATOR

1

CV201 RV201 680n 180R

0 9

I2C-BUS DECODER AND LATCHES

Bus

EDGE-

CV043 4u7

GND_1H

CHROMA_2 VIDEO_2 VIDEO_1

RV066 10R

RV063 680R

Bus 5V

ADJUSTABLE DELAY-LINE

Bus WHITE-

RV203 150R

T = 64!s

5 9 4 2,1 2,6 2,6 20 24 22 23 53 52 51 SCL V5V REG VCC1 IREF Y U V ON/ OFF VOLTAGE- AND BURST-GATE CURRENTCLAMPING REFERENCE

Y-IN

RV043 220k

RV202 150R

1,2Vpp-H

B_TXT G_TXT R_TXT FB_TXT GND_2H VIDEO_2 V_SYNC SSC GND_2H VIDEO_1 GND_2H CHROMA_2

(L,P)

RV064 820R

CV062 100p

CV033 100n

GATE

COLM RV041 15k 0,8 WS

CHROMA_1 (X) 1 2,9

CC020 91p CC014 47n

U-IN

BURSTCV022 5,2 100n 3

21 3,9

15 2,9

F&B 2

CV023 100n 5,2 2 JV902

VIDEO_1 (X) (2,1Vpp)

H_DRIVE

RC010 1k

CV011 82p

STRETCH

DESB

REG

DV012 LL42

DV011 LL42

9VREG (X)

23 3

T = 64!s

DEMODULATORS

REF & REG

TEST1

2 GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

(L) +U13

20

DESR

6MHz PLL

BUS DECODER

BA004

GNDP CA027 3n3

IA002 TDA7298

MUTE/ ST-BY

4

CV036 100n

1

GND_1H

FILT

DETEC

IC01 STV2151-B

VCO

3,4 RC009 22k

3 GNDS

TV002 TIP122

RV011 47R

BV011 (Chroma-Module) GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H

GND_1H

4,5 RC001 22k GND_1H

GNDS

CA018 1u

7

RV002 680R

CV002 10u

7,8 12

3 26

29

VSS

CA019 10n

GNDS RA027 1k

CA022 470u

CA021 100n

GNDP 1

5

CV008 22n

SSC

FILTERS (TRAP)

QZ2

9

CA020 470u

6

RA028 33k2

CV009 100n

5,3 (4,8)

0,6 10

3

100n

CA023

RA024 4k99

0,4Vpp-H

CC013 100n

CC002 150n

3,9 17

GNDS

RA023 1k4

GND_IF (H)

CC006 100n

1

2,7 20

GNDP

GNDP

RA026 28k7 2

GNDP

JI915 0R0

CC09 68p

CA025 RA025 220u 665R

VP 19005.00

GND_1H

2,7

CC010 68p CC003 150n

CA014 470u

CA013 100n

GNDP

+US +12,8

VIDEO_1

CC012 10u

LC001 10u

CC011 33p

RC003 180k

GNDP

T = 64!s

CHROMA_1

RC002 220k

RC021 8k2

R

GNDP

GND_1H

GND_1H

150R

RC005 51R1

GNDP

CA011 100n

CA012 470u

DA002 LL101A

RV001 10k

+5V (P)

AFC (R) SIF (A)

AM_AF (A) TC004 BC858B

2

RC034 115R

1

GNDP

CA010 100n

DV025 LL4148

IIC_DA_1

CC038 220n

MAIN_Y

RC006

+

CC037 220n

TC003 BC847B

2,7

RC030 143R

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

GNDS

8 9 GNDS 10 11 12 GND1H

1 2 3 4 5

VIDEO PART

+UVERT (P) 23 AGC (H)

T1_CVBS (X)

CI033 4n7

CC036 RC035 2k2 470p

LC003 4u7

RA014 4R7

*

+US

GNDP

+10 V STBY

+5V (P)

RC031 226R 7,3

RC038 2k2

CC035 680p

LC002 4u7

DA001 LL4148

2 CA008 3n3

* CA004

GNDS

(X) FB_AV1

(V)

RV012 47R RC028 200R 6,8

CC033 10u

RA016 4k7

BA006

RA006

3 12,8

CA028 220n

GNDP

-US 1 2 3

4,4 RI033 1k

4 0

L

IA001 TDA7269

-12,7

n.c.

n.c.

n.c.

n.c.

Vo AF

-US

RA018 22k

GNDP

*

(X) R_AV1

n.c.

TAGC

Vo QSS

AFC

VCO1

Vo vid

VCO2

Vi vid LSWI

Vo CVBS

STD

CSAGC

TPLL

TADJ

Vi VIF

Vi VIF

CBL

Vi VIF

Vi VIF

RA031 100k

to heatsink sound

RA017 2k2

0 RA008

8 0

+10VSTBY (P)

0,1

TI034 BCR141

5

1 L

RA013 4R7

JI906 TI030 BC858B

RI028 22k

SECAM

3,4 30 4,9 (1,1) 28

QC002 3.58MHz

CHROMA_1 (V)

XP 19000.00 XP 19001.00

1,9 1,3

TI033 BCR141

GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

CVP/2

CVAGC

Vi SIF

Vi SIF

(V)

(2,1Vpp) (R_load>=150R)

CX724 10n

JX923 RX281

-US -12,7 -6,8 in STBY

(P)

(A) AUDIO PART AP 19000.00

GND_1H

GND_1H

X -

CA015 4u7

GNDP

RI045 68R

RI039 82R 1,9

1,3

0 RI034 1k5

4,2 RA035 33k

GNDS

GNDS

CI056 4n7

BC011 1

T = 64!s

BC012

BI001 CX150 DX001 JX920

*

+US +12,8 6,8 in STBY

2 0 R 10

9

0 7 L

RA022 604R

TA001 BC857B

0

RI035 68R

JI928

TI032 BC848B

TI031 BC848B

RI029 22k

GNDV

RC036 105R

PAL

(X) SCART-PART SCART 50Hz SCART 50Hz sat.

CI030 10n

11 R

GNDS

RA020 1k43

RA021 1k43

5VSTBY RA002 10k

RI055 1k

CI022 4n7

CI052 4n7

RC042 8k2

500mVpp-H

1

GNDS

RA001 33k2

BA005 2 CA009 100n

CA007 3n3 6

1

*

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 1k21 1k21 49k9 49k9 2k74 2k74 4k7 4k7 560R 560R 22k 22k 6k8 6k8

*

-12,7 0

RA012

RA040

RI038 1k8 L

RA010 1k

* CA006 100p

*

*

GNDS

RA034 68k GNDS

5VSTBY

BP190

16

1,2

RI031 1k5

RI032 1k8

PI050 22k

15

PI035 2k2

0,1

TC002 BC847B 2 RC029 150R

(V)

CX723 10n

RX921 1k

RI037 470R BG

Y_OUT

CX950 220n

GNDV

14

RI027 470R

PI030 2k2 4

RC025 1R0

500mVpp-H

GNDV

13

CI031 22u

CI055 39p

O1 5

47u

GNDV

DX301 BAV103

12 2,5

QI053 6MHz

O2

YOUT

3,2

11 3,6 RI053 220R

RI050 330R

GND

U_SCART

BX960

0 TA002 6,5 V ST-BY BC847B 0,6 0 in STBY

+ US

T = 64!s

(2,1Vpp) (R_load>=300R)

RX951 2k2

2,7

10 2,5

O1 O2

CC007

(P)

(630mVburst) (R_load>=300R)

2,7

GNDV

AV3_C_IN RX301 2k2

5VSTBY (P)

- US

*

RA007

RA005

CA003

RA011

RA029 2k2

+5 V STBY

-US (P)

CHROMA_2 (V)

RX966 2k2

GNDV

GNDV TX920 BC546B

GNDV

VCC_IX CX301 10u

CX350 22n

3,2

RX911 1k

CX920 220n

+10VSTBY

GNDV

RX960 3,2 100R 3,2

9

CI053 100n

CI046 100n

+10V STBY

TX950 BC546B

RA019 10k

C-MUTE (R)

*

GNDS

CI072 1n

+5 VP

RA009

* CA005 100p

RA004 CA002

9VREG

TEST

9,5

RX950 100R 3,2

8 2,7

0,4Vpp-H

CX965 220n

RX956 2k2

7 2,3

CI054 2u2

T = 64!s

U_SCART

9,5

TX955 BC848B

6 0,8

+U13

9,5 TX965 BC848B

2,6

RX912 75R RX992 1R

AV2_Y_OUT

AV3_Y_IN

RX955 100R

3,2

5 0,2

CM19000.00

GNDV

GNDV

TX910 BC546B

GNDV

GNDV

3,2

4 0,2

CI050 100n

FI015 OFWG397OM

2 I1 I2

+U13 (L)

CX001 220n

2,7

CX901 220n

GNDV

AV1_Y_OUT

GNDV

DX220 BAV103

CX220 10u

1

GNDV

3,2

9,4

CX910 220n

RI078 1k

17

*

GNDS

*

1 13,1

GNDV

RX991 1R

U_SCART

RX250 100k RX215 75R

GNDV

RX965 100R

0,6 DX001 * LL4148

GNDV

GNDV

VCC_IX

RX221 NI

2

DX001 replaced by jumper in XP 19100 and XP 19101

3,2

3,7 20 19 GNDV 18 17 16 15 14 13 12 11

U_SCART

GNDV

GNDV

9,4

3,5 CX900 47u

18

LI053 6u8

68p

jumper JX920 not fitted in Sat-versions XP 19001 XP 19101

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

IX001 MC7809-CT

3

JX920

PAL

RX900 1R

RI026 47R RI024 1k

3

CX002 47u

IX900 TEA6415C

2 19

GND1H (H)

GND

3

CI007 27p

3 1,8

FI010 OFWK3954M

2 I1 I2

BI001

SECAM

VCC_IX

CX130 47p

CX726 330p

GNDS 1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

2,5 9,4 4,3

1 2 3 4 5 6 7 8 9 10

RI012 56R

1

HP 19013.00

AV1_Y_IN

RX120 75R

CX140 47p RX121 NI

GNDS

AV1_C_IN

RX122 33R

2,8 5 4,3 5 3,5 4,3

RI023 27R

RI025 47R

(H) TUNER IF PART

T = 64!s

RX151 100k

RX111 75R

GNDV GNDV AV1_Y_OUT

CI012 4.7p

CI009 15p

DX151 BAV103

1Vpp-H RX115 75R

RX116 100k

5

4

TI020 BF799 0,5

4,2 in norm. L

VCC_IX GNDV

RI021 820R

2 2,6

CI021 1n

FI002 38.9MHz

CX902 10u

RX150 100k

INSWI

IF +5V

+30V

+5V

IIC_CL_1

B_AV1 (V)

RX131 100R

GNDV

GNDV

BX002

100p

100n

RX133 100R

*

CX722 330p

GNDD CR060

*1 = see partlist CT 191xxx *2 = unused option

AV2_L_IN

CR063 100p CR062

INT

CR092 470p

RX280 100R

CI005 6p8

RI005 15k

CI008 100n

0 in norm. L

0,9Vpp-H RX134 100R

GNDV

BX500 Production Connector

+5VSTBY

DI001 BA782S

U_SCART

GNDD +5VSTBY

GNDD

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

+5VSTBY

CI003 6p8

RI003 4k7

T = 64!s

2 20

+US (P)

1 2,8

4,3

1,2

*

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

2 21

CA001 CA002 CA003 CA004 0R 0R 22u 22u 220n 220n 1u 1u 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010/11.00 1k

CA001 RA003

RA032 10k

3k3

CI004 4p7

RI004 180R

RH008 12k

(R)

BX001

CR006 10n

or ZOOM/ RR071 *1

AV1_8

(A)

FB_AV1

(A)

AV1_R_OUT

EXT_LINK

(A)

AV1_L_OUT

(V)

(A)

AV1_R_IN

(R)

AV1_L_IN

+5VSTBY

2 22

BA002

RA033 10k

H&V V

GNDD

*2 2k7

RI001 10R

TI010 BCR141

AGC (H) GNDD

CR039 100p

IR003 M24C32BN1

RR070 *1 E_FIELD/

RR072 *1

DA

CH009 47p

GNDD

4,5 23

+

D03

D07

RI079 22k

CI070 4n7

2,7 24

IDENTIFICATION

17

CI077 4n7

RI077 22k

TI070 BC848B RI076 47R

FI030

2,7 25

I_INFO (R)

D04

Q3

CI032 1u

CI060 2u2

2,4 26

27

NORM (R)

D05

18

Vss

3 28

(R)

D06

Q5 Q4

16

4,9 29

L1_INFO

20

Q1 Q2

19

15

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

II050 TDA9811/V3

+

Q7 Q6

14

D02

CI002 5p6

RI008 15k

RH007 12k

LH004 10u

4,2 30

TI050 BCR141

LI020 u33

+U13

A0 Q0

21

13

D01

DH001 ZMM33

CH008 4u7

RH010 15k

3,3 31

TI045 BCR141 CI041 1n

CI040 1n

(A,H,R,V)

12

D00

RH002 2k67

0

68p

A00

RH001 1k

3,3 32

RI054 RI020 1k8

CI010 56p

RI007 15k

RI009 56R

GNDD

CH010 22u

O1 O2 5

FI001 40,4MHz

DI002 BA782S

CI006 4.7p

CH007 4u7

QI070 6,5MHz

GNDS

(V) 9VREG

A10

CH006 1n

CH005 100n

100R

23 22

CH002 22p

RH003

A10 E

CH001 1n

CH004 100n

RH004 0R

A2 A1

11

GNDD

CL

STB-LED

DS

CH003 22p

GNDD

GNDD

RI019 15R

CI020 10n

CI011 22n

CI073 4n7

RI070 330R

1

RI084 180R

RI082 6k8

RI072 2k7

CA16 1n

-US +US

3 2 1 GNDD

GNDD

or ZOOM

STB_LED

RR035 RR034 RR033 RR032

IR KEY_IN_2 KEY_IN_3 A B C D

A11

(AV1)

CR038 100p

4 3

+5VSTBY

0

First issue 09/ 97

A09

24

10

to SCI BX001

MARK-E-TING

D

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D RR171 *1

RR084 10k RR099 10k

GNDD

!

26 25

G Vpp

A02

+5VSTBY

RR107 1k74

GNDD

A08

+5VSTBY

CR072 *1

RR106 470R

CR037 100p

+5VSTBY

CR098 10n GNDD

+5V

+5V

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

A13

27

A01

to SCI BX002

(P)

28

A8 A9 A11

*3,*4,*6

FI020 OFWK9453M

DI041 BA782S

BR012

RR093 4k7

GNDD

CR067 *2 RR050 RR052

RR065 RR063 RR062

(L)

3k3

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

+5VSTBY

GNDD

2

GNDD

+U13

1M 1M

RR100

CR036 100p

1

GNDD

+5V

A14

A13

IR002 8Mbyte(E)prom

GNDD

RR076 4k7

GNDD

TR091 BCR141

+10VSTBY

RR075 100R CR075 100p

DR090 LL4148

CR093 10n

5 0

10n

RR044 RR045

SND-RES MUTE

or ZOOM

MUTE_C DR091 1N4148

RR091 4k7

+5V STBY

(P)

29

GNDD

(R)

CR022

GNDD

RR067 1k

CR021 10n

CR020 10n

+5VSTBY

SND_RES GNDD

CR091 10n

+5VSTBY

(P)

(P)

A17 A14

BS04

RI006 15k

BG_INFO (R)

RR021 10k

A (X,A,S,V) (X,A,S,V)

BS05

30

DI040 BA782S

RI022 15R

10 11

9

(H) T1_CVBS (Main - Tuner)

CR011 *2

GNDD

POWER_FAIL (P)

+10V STBY

31

AV1_8 RR086 *2

CR086 10n

TV_OFF C_MUTE

RESET

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

C_MUTE

IIC_DA_2

EXT_LINK

MUTE

SND_RES

RR087 100R

32

GNDD

RR088 100R

SAFE

L1_INFO

AFC

CR110 10n

RR910 *

+5V

GNDD

CR087 10n GNDD

(H) (H)

A3

8

R/W

GNDD

GNDD

(X)

IR001 ST90R92

9

7

CI001 1n

GNDD AV2_8

RR103 1k

I_INFO

CR010 22p

CR009 22p

GNDD

BG_INFO

GNDD

LR011 2u2

8

A03

RI041 2k67

DX001

GNDD

OSC_OUT

27MHz

AV1_8

100R 100R

OSC_IN QR001

7

A04

6

USYS (P)

RR089 RR028

RESET

A05

A6 A5 A4

5

(R)

BE_STROB

A7

6

4

(R)

IIC_DA_2

1

5

A06

3

(P)

IIC_CL_2

2

16

A07

2

CR100 *2

IIC_DA_2

3

15

39k 39k

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

A15 A12

Vcc A18

LR002 560n

CR007 100p

LI070 6u8

GND_IF

RI043 2k67

+5VSTBY CR008 10n

IIC_CL_2

14

IIC_DA_2

(P)

GNDD

*2

A19 A16

I1 I2

RI073 2k7 CI074 4n7

120p

3 GND

NH001 CTT5000

B1

+5V

SPARE_BE

IIC_CL_2

UP_RES

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

CI062 47u

4

CI045 4n7

IIC_DA_1

4

RR026 RR027

C

+5V

CR050 10n

at 100Hz RR910 = 10k

IIC_CL_1

5

(R)

IR004 MC14094BD

13

GNDD

GNDD

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

TI040 BCR141N

JR903 *2

5

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

OSC

PLL

JR904

6

12

* at 50Hz RR910 = 0R

IIC_DA_1

3 4

2

2

MIX B2

+5VSTBY

E_FIELD

1k 61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9

11

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

MARK_E_TING

(A)

EXT_LINK

2

BS00

0,1

B3 CR023 10n

GNDD

RR029 4k7

1

CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

RI040 4k7

5Vpp-H 0

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

8 7

B

CR049 10n

9 10

E_FIELD

(A,S)

C_MUTE

1

BS01

+5V

AV2_8 (A,S)

MUTE

TR002 4,5 in BC847B 5 STBY

RR030 0,7 68R 0,1 5 in STBY

JR902

*2 JR901 GNDD

RR097 2k2

SAFE (L)

SND_RES

GNDD

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

DEGAUSS

L1_INFO

BG_INFO

UP_RES

TR048 TR048 BC858C BCR185

TR102 BC848C

SAFE

KEY_IN_1

IIC_DA_2 IIC_CL_2

FB_DET

EXT-LINK

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

SPARE_BE

MARK_E_TING

LDR

EXT-LINK

EXT_LINK (X)

0

LR004 560n

FI040

3 2 RI056 5k6

CI065 4n7 CI064

JI910

5Vpp-H

RR036 1k8

+U13 +U13L

BS02

A12

(H)

(X)

CR041 100p

100p

*3,*4

RR049 10k

(H)

AV1_8

100R

CR090 10n

GNDD

AV2_8

CR030

RR031 1k5

CI066 68p

6k8 DI051 BA782S

RI058 5k49

JI901

JR905

TR095 BCR141

(H)

10k

RR019 100R

CR019 100p

+5V

+5VSTBY

BG_INFO

RR040

GNDD

RR048 330R

GNDD

(H)

100p

DI071 BA782S

RI071 27R

RI061 6k8 RI059

MAIN

+U13

1

CR018 100p

(H)

100p

CR032

GNDD

RR018 100R

L1_INFO

CR033

10k 10k

CR101 *2

100R

RR017

JR908

GNDD

AFC

10k

RR038 RR039

RR041

RR016 RR043 56k

GNDD

GNDD

100p 100p

BS02 AM/FM

BS01 AM/FM

CI071 100n

AGC

RR013 RR012 RR011 RR010

CR017 22p RR015 100R

CR016 22p

CR104 100n

RR104 820R

CR035 CR034

IIC_CL_2 IIC_DA_2

RR014 4k7

CR043 4u7

NORM I_INFO

RR037

2k7 2k7 2k7

GNDD

CR015 22p

LR003 10u

BR011

GNDD

DR104 BZX55B9V1

330R 330R 330R 330R

GNDD

JR906

JR907

+U13L

BR012

*2 RR924

GNDD

+5VSTBY

+U13

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

GNDD

+10VSTBY

RR042 1k5

+5VSTBY +10VSTBY

CR042 10n

+10VSTBY

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

8 7 6 5 4 3 2 1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

1

1

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

To PVM *4,*5

*2

LDR

BR002

CV243 470p

0 6Vpp-H

0,8Vpp

RV222 680k CV222 22n

V : 5 PAL/SECAM (5) PAL

CV242 470n

RV107 82k RV242 1k

RV110 470R

RV108 2k2 DV108 BAV103

RV109 270k

TV108 BC327

RV112 390R

(L) PKS (L) SMPS_IN (P) SMPS




 

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

3

CP061 u47

TO DEGAUSSING COIL

0,8

U MAINS 220V

RP061 270k

11

0,9

12

13

11,1 10,5 14 15 16

CP040 470u

LP040 *

TP060 TP129 TP146 TP162

X 100u 2n2 X X X 0R BYW029-150 RGP30MT RGP10M X MR822 X 133V 130V 127V 136V 180u 10385280 10385280 X 4u7 1/4W 5R6 10k 10k 3k48 X X X X 150k 22k BUV48CFI X X -

PP 19000 00 10349730

PP 19010 00 10536960

50Hz/Dolby

50Hz/Stereo

50Hz/Stereo

-

100u 2n2 X X -

OR BYW029-150 RGP30MT RGP10M X MR822 X 133V 130V 127V 136V X 10536280 10536280 4u7 1/4W 5R6 10k 12k1 3k57 X X X X 150k 22k BUV48CFI X X -

X 100u 3n3 2n2X

0R RGP30D RGP30MT RGP10M RGP30D X X 133V 130V 127V 136V 180u 10378130 10378130 X 4u7 1/4W 5R6 10k 10k 3k48 150k 22k X BUV48CFI -

100u 2n2 X

1N4148 X RGP30D RGP50M MUR1100E MR822 -

136V 130V 142V 105u 10459670 10459670 X 2u2 X X 1/2W 6R8 47k 12k1 3k57 X X 130k 130k X BUL810TH XX X

OVER LOAD

PP 19002 00 10405830 50Hz/Stereo

RP041 47R GND1

CURR LIMI

15

CP137 * 470p

TP060 *

o

CP021 150p

9

8

X 150u 2n2 -

0,1

7

4,9

6

5

4

GND1 CP065 470p

0

3

0

2

0,4

1

13

GND1

o

12

RP062 1M

TP027 BC847B

0

GND1

GND1

CP068 470p

RP068 1k

1

!

2

RP163 2k2 RP161 330R

DP160 LL4148

0.7W

GND2

GND2

OUT 1

REF. PROT.

OUT 2

PROG VO2

RP147 4k7

IP130 MC7812-CT

RP148 18k

DISABLE

RP164 100k 5,6

4,2 IDIS 4

GND2 3

IP140 TDA8139

RP165 120k

GND2

CP143 470u

TP166 BC857B

RP151 12k

RP166 1k

CP151 220n CP152 220n

RP157 *

10k

* RP138 10k GND2

0,7

GND2

(R,V,A,H) (V,F) (V,L,X)

DP134 1N5817

3 130 2 1 GND2

+USYS GND2 UVERT

(V)

CL003 47p

EW_BACK

DL023 *

RL025 470R

RL023 *

EW_DRIVE

(V) RL028 470R

CL027 1n

DL147/148 JL943 LL001 LL030 LL032 LL043 RF015 RL004 RL013 RL014 RL015 RL016/17 RL01 RL070 RL071 RL124/127 RL134/137 RL146 RL147 RL149 TL030 ZL041

50Hz ZOOM DP 19050 00 10 34 99 70

50Hz DP 19000 00 10 34 99 60

220u/25V

220u/25V 2u2/250V 27n 27n

27n 27n

DTV32F-1500 BYW76 BZX85C30

10 51 81 10

DTV32F-1500 BYW76 RGP10G BZX85C30

10 51 81 10

Jumper

Jumper

10R 1k8 10R 68R 2R2 68R 33k 43k

10R 1k8 10R 68R 2R2 68R

BUV48CFITH16 MP125

33k 43k 7k5 7k5

BUV48CFITH16 MP125

* CF002 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL037 CL067 CL084 CL211 DF011 DL023 DL046 DL071 DL092 JL932 JL933 JL934 JL936 JL937 JL985 LL008 LL029 LL030 LL031 LL033 LL034 LL037 LL046 LL047 LL084

RL027 470R

(V) SMPS_IN

SAFE

BEAM_INFO

(L,P)

BREATHING (V)

(V) 1

1

JL933 *

3

LL032

2

1

LL033 *

7 1

CL032 * 400V

GNDL

3

DL036

2

GNDL

GNDL

1

JL932 *

JL934 * CL033 *

4n7/250V

560n/250V 100n/100V 4n7/250V

100n/100V 4n7/250V

10 35 18 80 BAV103 RGP10M BZX55C33

10 35 18 80 BAV103 RGP10M BZX55C33

10 35 18 80 BAV103 RGP10M BZX55B11

10 51 77 20 10 37 74 20

10 51 77 40 10 09 50 60

10 51 77 50 10 09 50 60

LFBEAD 90R

LFBEAD 90R

LFBEAD 90R

24u

24u

24u

26u 24u

26u 24u

23u 24u

* RF002 RF012 RF013 RF020 RF025 RL020 RL021 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL129 RL211 RL214 ZOOM MODULE

6

RL063 5k49

6

CL064 1n 7,1 RL058 10k7

+

2

+13V

IL062

RL056 10k

LL029 *

GNDL

GNDL

RL068 3k3

1

-

GNDL

T = 20ms

TL062 BC848B

RL160 1k

CL062 1n

1,2

GNDL

8

CL063 1n

IL062 TL082CD

RL067 3k3

+13V

GNDL GNDL

6

RL069 3k9

0

4 +

CL073 470n

2 CL034 *

VCC1

(V) BREATHING 3,2 JL020 100R

7 1,2 4

3

RL127

34

(V)

8 -

7,8

GNDL

LL034 2 5 * 1

RL126

RL136

(L) DEFLECTION PART

Deflection - Picture Tube related Partlists CT 19005 31 CT 19003 32 CT 19031 37 10 51 08 90 10 35 15 20 10 44 62 60 50Hz 50Hz 50Hz ZOOM 28"SF-32" 16/9 25"SF-29"SF 4/3 25-28"MP 4/3 1n5 1n5 1n5 10n 10n 10n 47n 1n 47n 3u3/63V 4u7/160V 4u7/160V 1n9/2K0V 1n9/2KV 1n9/2KV 14n4/1K6V 12n8/1K6V 12n8/1K6V 33n/400V 24n/400V 24n/400V 1u5/160V 1u5/160V

RL055 1k

RL137

CL036

5 TL028 TIP122

+U13

(V) H_REF

CL061 1n

*

DL032

CL029 *

CL037 * 250V

JL936 * JL937 *

CL067 *

GNDL

GNDL

RL066 * DL066 47V

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

DP 19050.00 DP 19000.00

15Vpp

510n/250V

(L,V)

PKS

TEMP_ABL

(V)

+13V

VCC1 (V)

(L)

SENSEP

(V) SENSEM RL014

GNDL

GNDL

(L)

RL135

RL135

LL030 LL029 * 4

RL029 *

GNDL

GNDL

Deflection - Basic Partlists

GNDL

+13V

+13V

CL045 470u

RL057 * GNDL

5

DL034

RL030 * RL129 *

2

CL057 100n

LH

9,3

GNDL

(V)

* = see CT 19xxx xx = see DP 19xxx xx

SMPS

RL016

RL017

GNDL

LL045 10u

CL042 1000u

RL124

CL031 *

RL026 *

RL024

ZOOM 190XX 00

RL134 RL018

DL041 RGP30D

GNDL

4

GNDL

CL028 *

UVERT

RL037 1k

DL030

(L)

RL040 0R27

ZL041

1

LL001

RL020 *

CL023 * +USYS

TL030

CL005 RL021 *

RL022 *

(L)

LH

LL037 *

13,5 (F,P) (A,C,H,X,R,V)

47R Yoke or Zoom module

2

*

2

5

PP 19000.00 - PP 19101.00 PP 19102.00 - PP 19010 - PP 19011

BL052 CL005 CL036 CL038 CL039 CL148 DL003/04 DL030 DL032 DL034/036 DL050 DL057

(V) 6

GNDL

(F) +UVFB 53 DL043 RGP10M

RL155

BL035 2 1

7Vpp LL031

6,9

LL008

HTR2 HTR1

RL045 100k

CL044 100u

RL043 2R2 CL041 330p

RL214 *

RL211 *

CL039 27n

CL038 27n DL004 LL4148

(V) 7,8

BEAM_INFO

1200Vpp-H

T = 64µs CL004 10u

TL005 MPS750

(P) POWER SUPPLY

0,6Vpp-H

CL043 330p

GNDL LL043

P

GNDL

12

8 CL211

*

RL015

+13V

*2 BP110

T = 64µs

10

+UVIDEO

to BB02 CRT

GNDL GNDL

9

RL092 * CL030

1

1,8Vpp-H

+10VSTBY

15Vpp

+UVIDEO 205

BL050 5 4 3 2 1

CL046 10u

CL146 150p

DL057 LL4148

DL003 LL4148

6,7

(L) +13V

JP310 1k

(P) +USYS

9VREG (X)

(L,P) SAFE

+UVFB

6,8

+5V +UVERT VCC1

GND2

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la ripazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

TL001 BC847B

T = 64µs

+5V

+10V STBY

TP152 BC848B

RP160 2k2

0,5

11,7

TL004 MPSW01A

CL006 27p

6,8

GND2

TP145 BCR141

DP133 1N4001GP

GND2

RP162 2k2

RL003 2k2

0.5W

RL004 LL006 3u3

RL002 3k3

CL002 560p

TP167 BC847B

CL008 4n7

3

GND2

11

T = 64µs

RL013

CL003 220p

(V)

H_DRIVE

0,1

GND2

-2,5

12,6

T = 64µs

DL001 RGP10G

RL146

RL047 47R

LL047 *

DL046 *

RL149 SAFE (L)

(L)

GNDL

JL943 CL001 1000u 16V

DL148

DL147

LL046 * RL046 RL048 * *

DL092 *

RL050 26k7

GNDL

7

POWER_FAIL

(R)

RP144 1k

GNDL

3 5

RF015 10R

CF011 470n

4

H_REF

RP152 2k2

GND2

-9 RP159 330k

DF011 *

RL044 26k7

CL052 10n

CF015 2200u

CF021 100n

CL148

RL147

DL070 LL4148

DL050

(P)

13Vpp

GND2

RP158 68k

RF011 1R5

THERMAL PROTECTION

+10V STBY

RL001 3k3

UP_RES

(R)

GND2

TP150 BC858B

5

IF001 TDA8177F

GNDL

GNDL

2

RF012 *

(P)

+USYS

GNDL RL070

DL052 RGP10G

BL052

RF013 *

BF001 1 2 RF020 *

13,3

4

RP145 GND2

POWER AMPLIFIER

7

DF001 1N4148

RF003 2k7

+10VSTBY

12,1

RP150 10k

GND2

GND2

RP156 1k

RF002 *

CF002 *

+5V STBY

0,1 RP149 4k7

5

*

RP143 2k32 1%

CP131 10u

DF002 LL4148

(L) +U13 +5VSTBY

(R)

CP144 10u

5

RP142 2k21 1%

SAFE

1

2,3

GND2

6 5

GND

8 5,7

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attentionze : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

!

(L)

-US GNDS +US

5

2 1 9 VI2 VI1 VO1

GND2

T = 64µs

* TP162 BC847B

RP100 10M

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

DP152 LL4148

* RP139 82k

TP161 BC847B

GND1

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP05 RP08 RP09 SP05 TP08 different comp. 1.5mH 18R 100Hz/+relay X X X X X X X 150u X X X 100u X 50Hz X 3mH 25R X 50Hz/+relay X X X 100u X X X 3mH 18R X X X X 50Hz/45W Pict.Pow. X X X 3mH 25R 50Hz 100u X X 25R 100Hz/+relay X 150u 18R X X X X X X X X

X Inserted Not inserted

GND2

GND2

GND1

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

10u *

0R

13

RESET

GND2 * TP146 BD241

(L)

2

CP100 1n5

T=64µs

X Inserted Not inserted

1

3

RP070 2k2

GND1

*

*

LP070

4

6Vpp

26,2

CP130 2200u

DP151 LL4148

GND1

GND1

MIS.19101 MIS.19002 MIS.19003 MIS.19004 MIS.19012 MIS.19111

18

RP066 *

CP063 4n7

RP124 10k

GND2

DP130 RGP30D

CP135 470p

o

GND1

CP062 2,8 10u

RP123 10k

CP142 150n 3 * 3 GND2 7 CP146 5,7

CP140 4700u

RP064 1k

RP063 *

RP146 *

2,5

RP067 1k

RP065 *

CP141 2m2

RP121 10k

-16.9 (-12.7 :Dolby)

DP140 *

RP069 22k

CP067 22p

CP121 470u 35V

DP109 *

14

o

RP020 0R10 2.5W

GNDS

GND2

CP138 * 470p

RP177 *

CP176 2n2 GND2 GND2 GND2 12,8

DF028 LL4148

2,3

RP176 4k7

16.9 (12.9 :Dolby)

RP120 10k

DP175 LL4148

TP175 BC847B

BP120

3 2 1

RL053 *

CRT

RL082 *

RL081 68k1

RL080 7k5

RL051 *

2 1

B

4.2

DL051 RGP10G

RL052 46k4 RF024 4R7

7.2

1

RF007 10k

(V)

FRAME_DR

+5V

GNDL

EHT

V

RF036 1k

6 26,9 53,5 3

2

0,8Vpp

+5V

DP178 LL4148

CP179 47u

RF025 * RF023 4R7

55Vpp

0

VCC1

RP179 22k

DP179 LL4148

GND2

BP190

+US GNDS -US

GND2

CP120 470u 35V

(V)

RP175 1k

3 2 1

* JP913

GND2

DP108 *

UB-Driver

1

CP171 22u

*

CP110 100u 200V

16

8

o

T = 20ms RP172 10k

RP192 100k

RP130 0R10

CP102 1n

Flyback

GND1

+USYS (L)

RP102 100R

GND1

CP042 1n

LP112 95u

17

0

45W Pict.Power

0R RGP30D RGP30MT RGP10M RGP30D X X X 133V 130V 127V 136V 180u 10378130 10378130 X 4u7 1/4W 5R6 10k 10k 3k48 150k 22k BUV48CFI -

ERROR AMPLI

22n

50Hz/Dolby

PP 19011 00 10536970

LP042

RP112 1k2

DP113 *

CP050 330p

GND1

13Vpp

2

DP041 BAT42 RP042 4k7

IP060 TEA2261

LOGIC PROCESSOR

CP064

*

CP017/018/019 CP020 CP112 CP126 CP146 DP019 DP027 DP028/034 DP108/109 DP110 DP113 DP126 DP140 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020 LP020 LP021 LP040 RP026/028 RP027 RP040 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138/139 RP146 RP157 RP177 TP025/026

PP 19001 00 10393820

IS LOGIC

MODULATOR LOGIC

18

10

VOLTAGE CONTROL

OUT

* DP126 LL4148

5/6

T=64µs

DP040 BZX85B2V7

* RP126 2k2

CP111 470p

2.5W

0

* RP040 22R

DP112 MUR1100E

650Vpp

GND1

OSC

o

RP050 10R

CP053 330p

CP054 470u

RP054 *

GND1

T=64µs

* CP126 100u

CP112 *

JP915 */*2

JP916 */*2

DP050 RGP10D

CP051 100u

DP053 RGP15G

CP041 1n

DESIGNATON POWER PP.19000.00, PP.19011.00, PP.19010.00, PP.19002.00

2

4n7

GND1

2,6

10

IP050 MC7809-CT

DP051 LL4148

RP053 0R

RP055 15R

CP055

DP061 LL4148

2,4

9

SOFT START

3

OUT

19

0

GND1

CP056 47u

GND1

GND1 GND1

CP060

BP05

9,6 ON/STBY

CP052 10u

RP029 100k

GND1

MIS.19101.00 MIS.19002.00 MIS.19003.00 MIS.19004.00

2

BP01

RP060 270k

DP060 LL4148

1

CP05 68n

1

DP052 1N4001GP

RP059 47k

LP20*1_2 LP021 1/2 1 1 *

7.9

A

6

CF028 1u

DF031 RGP10G

DF007 ZMM15V

* JL985 *

RL072 1k

DL071 *

T = 20ms

GND2

RL084

*

GNDL

BP07 *

CP023 2n2 12 in STBY 26,5 1 IN

2

GND2

GND2

DF033 RGP10G

*

CL084

*

P

100R 4,5W

RP191 4k7 RP190 5k6

CF031 100n

+13V

RL071 43k

1

RP05 *

P

* RP027 10k

TP190 BC857B

CF029 470u

10k

LL084

DL072 LL4148

RL171 13k

2

SP05 * 12V-relay

1

20

RP022

* RP026 100k

* RP128 2k2 * RP127 100k

0,2

CP170 4n7

CF027 100n

26,2

(P)

+UVERT

*

2

* RP11 OR

CP022 470p

DP022 FUF4005

* TP026 BC846B

*

DP027 *

GND2

DP110 *

JP914 */*2

RP171 22k

DP190 LL4148

RP173 100R

RP167 10k

FP01 T2.5A

* RP09 1k

* DP034 LL4148 * DP028 5V1

21

12.4

RP193 4k7

22n

* TP08 BC548B

1

TP025 * X0205MA

2W

22

LP20*3_4 1 o

3/4

131,6

JP917 */*2

RP129 * 10k

CP150

5 6

1

* BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

RP032 120k

*

0.3

(V) BREATHING

TP170 3,2 BC847B

+US

(BM04)

* DP08 1N4148

8

1

2

RP08 * 10k

12.9 * TP129 BC857B

16.9 (12.9 :Dolby)

-US

to CRT board

CP08 * 22n

*

3

CP01 100n

2

3

1n

1

4

JP08

RP031 120k

RP030 120k

LP020

-16.9 (-12.7 :Dolby)

DOLBY

JP911

1

7

LP01

CP019 470p *

RP025 33k

BP025

USYS

GND1

JP910

CP02 100n

4

DP019 FUF5404 *

LP019 *

* RP028 100k

MAIN

CP020 *

DP018 FUF5404

251

6

BP08

2

CP017 470p *

CP018 1u *

334

GND1

GNDS

CP12 4n7

1 2 3

GND2

GP30M

LP15

BP020

GND2

RP01 470k

CP15 * 470n

GND2

13

DP

GP30M

CP11 4n7 RP10 2R7

3

1n5

DP

12

MAINSSWITCH

GP30M

CP10

JP902

DP

DP

GP30M

BP10 CP13 * +300V 1 2 3

11

2

10

1

DP16 * GP30M

*

1

+5VSTBY

JP01 *

BP03

BP02

2

Deflection - Picture Tube related Partlists CT 19005 31 CT 19031 37 CT 19003 32 10 35 15 20 10 44 62 60 10 51 08 90 50Hz 50Hz 50Hz ZOOM 25-28"MP 4/3 28"SF-32" 16/9 25"SF-29"SF 4/3 1R5 1R5 220R 91R 3k09

1R5 1R5 220R 221R 3k09

1R5 1R5 240R 3k09

100k 1k62 37k4 2R2 0R 750k 5k1 40k2 1k8 56k2 12R

120k 1k82 37k4 2R2 0R 750k 30k 39k2

120k 1k62 37k4 2R2 0R 750k 8k2 40k2

56k2 12R

61k9 12R

12k 2k7

12k 2k7

12k 2k7 10 39 10 40

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota : Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V X Inserted Not inserted

ICC19 50 Hz First issue 09 / 97

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

IIC-DA-1

6 7 8

IIC-CL-1 RR051

GNDD

*2

+5VSTBY

CR005 100p

GNDD

RR084 10k

3,7

CR003 6n8

CR004 100n

+U13

0,6 RR105 1k8

RR098 22k

TR105 BC848C

GNDD

RR085 100R

GNDD

CR002 10n GNDD

CR001 47u

AV2_8 (R)

TR106 BCR141

CR065 100p

GNDD

GNDD CR066 100p CR05 10u +5VSTBY

*3 = only RP 19000 00 *4 = only RP 19100 00 *5 = only RP 19101 00

(A)

AV2_R_IN

(A)

GNDV

RX282 6k8

(R) MICROPROCESSOR RP 19000.00 RP 19100.00 RP 19101.00

RX140 100R RX281* 10k

CX140 47p

AV2_Y_IN AV2_C_IN

AV1_C_IN

JX018 33R DX120 BAV103

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

IX900 TEA6415C

GNDS 1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

GNDV RX220 75R

GNDV

DX251 BAV103

U_SCART

RX301 2k2

RX303 2k2

RX350 120k

RX351 100k

RX922 75R

GNDV

GNDV

DX301 BAV103 GNDV

DX351 BAV103 GNDV

* XP 19000 00 XP 19001 00 XP 19100 00 XP 19101 00 XP 19000 PCB XP 19900 00

RX281 JX923 X X X X X -

JX921

3,2

RX955 100R

RX966 2k2

Mute

3,2

RI028 22k

TX960 BC848B RX961 2k2

RX910 100R

RX920 100R

VIDEO_1

500mVpp-H

(V)

QC001 4.43MHz

CHROMA_1 (V)

CC004 220p

(630mVburst) (R_load>=300R)

GNDS

RX921 1k

CC005 47n 27 11

CC017 1u

3,9 17

19

BELL

YREF1

AGC

LOGIC

VCOTC

SSC

GND

(R)

DATA

1

(R) IIC_DA_2

2 3

(R) IIC_CL_2

CLOCK

ID3

2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

25

4 14 5 CVBS = 0 SVHS = 7

7

VDD

VCC

8

18 7,8

DC001 LL4148

9

IREF

B-Y

R-Y

12

13 1,2 RC007 4k22

7 2,7

6 2,7

CC024 10u

TC001 BC368 GND_1H

RC011 1k

ID2

CC019 47n

16

3 3 (3,9)

CC014 47n

RC010 1k

27

28

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

3,7 56 VCC- Y-OU PSI

3,9 55 U-OU

3,9 54 V-OUT

5 19

5 18 SDA

U,V

CV021 4,6 1u 4 0 11

CV041 220n

T = 64µs

0 5Vpp-H

BV021 (Video-Text)

T = 64µs

T = 64µs

1 2 3 4 5 6 7 8 9 10 11 12

3Vpp-H

0,7Vpp-H

5Vpp-V

RV021 47k

DV027 LL4148 DV028 LL4148

CV042

CTI-FUNCTION

CV007 1u

CV006 100u

CV037 100n

RV022 15k

(X) (X) (X)

7,8

1Vpp-H

0,9Vpp-H

Gain 1 or 2

5V

ADJUSTABLE DELAY-LINE

Bus

2,7 7 R1

2,7 6 G1

3,9 49

CV031 100n

CV032 100n

RGB-BURST-GATE CLAMPING AND DEMATRIX

EDGESTRETCH

SYNC SEPARATOR

BLANKING LOGIC

HORIZONTALPLL

LUMAAVERAGEDETECTOR

GNDPSI 10

CBS

AC-GND

H_FL SYNCIN

COR

14

13

15

16

1,6

3,8

5

4,1

GND VID

21 3

PHI1_ LPF 33 1,9

HFLY

CV047 100n

CV046 10p

CV207 4n7

CV206 1u

36 0,1

V_BLK HFLY_BLK BG

VERTICAL-RAMP GENERATOR

(L)

BREATHING (L,P)

VCC1

PROTECTION

2,7 (3)

G_OUT 41

2,7 (3)

B_OUT 40

2,8 (3,1)

LINEAR EW-CIRCUIT

SMPS_PART

30 3

EW_IN EW_OUT 32 0,8

28 3,1 (2,3)

BREATH

CVERT

29 4,9 CV234 33n

31 7,5

0,6 SSC 35

SMPS _IN

SENSEP

SENSEM

SMPS _OUT 37 0,2 CV241 100p

RV076 10R

CV072 120p RV072 560R

RV073 560R

TV073 BC858B

CV073 18p

CV082 120p

RV082 560R

RV083

RV084 2k7 560R

CV083 20p

26 13

T = 64µs

3Vpp-H

RV086 10R

T = 64µs

TV083 BC858B

3,2Vpp-H

27 13 RV233 1k

C_SOFT RV232

17

(F) FRAME_DR

100R

(F) SENSEP (F) SENSEM

CV246 220n

(L) TEMP_ABL

RV231 100R

CV103 10u CV231 1n

CV216 470p

BV001 (CRT-Board) 9 FB_BS 8 CRT_ICUT 7 GND_2H 6 CRT_B 5 GND_2H 4 CRT_R 3 GND_2H 2 CRT_G 1 +U13

RV091 4k7

CV092 10p RV074 2k7

FRAME FR_OUT 25 2,3 OUT

EW-PARABOLA GENERATOR

GND1

CV063 15p RV062 560R

RV092 180k

6 (5,5)

R_OUT 42

SSC GENERATOR

VDD

34

RV216 330R CV213 47p

STAGE

Bus

TXT_OUT

H_DRIVE 38 2,6

RGB-OUTPUT

R-G-B-MATRIX PAL/NTSC

TV063 BC858B

4,8

43

VABL 39

BLANKING INSERTION

TEST MULTIPLEXER

PHI2_LOOP

RV206 18k

SECAM

45 VCC VID

CUTOFFMEASUREMENT ICUT

CV232 1n

DV104 BAV103

CV102 10u

(L) BEAM_INFO RV101 DV101 4k75 ZMM6V8 (V) VCC1

T = 64µs

T = 20ms RV241 4k7

RV213 4k7 (L)

CHROMA_2 VIDEO_2 VIDEO_1

RV066 10R

RV063 680R

AVERAGE BEAM LIMITER

AUTO-PIX Y,U,V

Bus

VERTICAL LOGIC

HORIZONTALLOGIC

PEAKING WITH ADAPTIVE CORING

BLACK-

CONTRAST SATURATION BRIGHTNESS COLM APL WS

RV064 2k7

CV062 100p

CV033 100n

0 2,7 2,6 2,7 50 46 47 48 44 APX FB_TX R_TXT G_TXT B_TXT

B1

RGB-BURST-GATE CLAMPING AND DEMATRIX

IV001 STV2161 / STV2161 (CTU4.1)*

REPLACEMENT

5 APL

0,9Vpp-H

2,7 8 FB1

Y,U,V

I2C-BUS DECODER AND LATCHES

Bus

WHITE-

T = 64µs

PAL

0 9

CV028 100n

Bus

Y CLAMP

CV043 4u7

CC015 100p

B_TXT G_TXT R_TXT FB_TXT GND_2H VIDEO_2 V_SYNC SSC GND_2H VIDEO_1 GND_2H CHROMA_2

(L,P)

CV008 22n

GATE V-IN

1

CV201 RV201 680n 180R

CV027 100n

CV026 100n

CV038 100n

5 9 4 2,1 2,6 2,6 20 24 22 23 53 52 51 SCL V5V REG VCC1 IREF Y U V ON/ OFF VOLTAGE- AND BURST-GATE CURRENTCLAMPING REFERENCE

Y-IN

RV043 220k

T = 64µs

EW_DRIVE (L)

29

GNDP

T = 20ms

CV243 470p

0 6Vpp-H

0,8Vpp

RV222 680k CV222 22n

V : 5 PAL/SECAM (5) PAL

ICC19 50 Hz First issue 09 / 97

bass 1

CA024 100n

DV026 LL4148

CV003 22n

RV203 150R

T = 64µs

EW_BACK

+9VREG

U-IN

COLM RV041 33k 0,8 WS

RV202 150R

1,2Vpp-H

H_DRIVE

RC024 10R

2 GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

CV012 82p

BURSTCV022 5,2 100n 3

CHROMA_1 (X) 1 2,9

CC020 91p

F&B 2

CV023 100n 5,2 2 JV902

21 3,9

15 2,9

H_REF (L)

GND_1H

CV011 82p

STRETCH

GND_1H

+

CC018 220n

F&R

BA004

GNDP CA027 3n3

IA002 TDA7298

MUTE/ ST-BY

4

RV003 24k9

VIDEO_1 (X) (2,1Vpp)

DESB

REG

DV012 LL42

DV011 LL42

9VREG (X)

23 3

T = 64µs

DEMODULATORS

REF & REG

TEST1

3

(L) +U13

+9VREG 20

DESR DELAYLINE

TEST OUT

CA018 330n

7

CV036 100n

1

GND_1H

ID1

6MHz PLL

BUS DECODER

GNDS

8 9 GNDS 10 11 12 GND1H

1 2 3 4 5

RV011 47R

BV011 (Chroma-Module) GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H

GND_1H

FILT

DETEC

IC01 STV2151-B

VCO

5 4,7

BC012

GND_1H

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

AGC (H)

+5V (P)

VSS

CA019 10n

CA021 100n

GNDP

5

GNDS RA027 1k

TV002 TIP122

7,8 12

SSC AGC

RA024 4k02

CV009 100n

3 26

29

GNDP

CA020 470u

0,7Vpp-H

5,3 (4,8)

9

RA023 4k87

RV002 680R

CV002 10u

VIDEO_1

0,6 10

3

GNDP

1

VP 19000.00 VP 19005.00*

GND_1H

CC013 100n

CC002 150n

FILTERS (TRAP) 4.43 3.58 OSC

QZ1

CC016 10n

GND_1H

JX923*

3,9 CVBS

SVHS

QZ2

3,4 RC009 22k

GND_TUNER

(X) SCART-PART XP 19100.00 XP 19001.00 XP 19100.00 XP 19101.00 XP 19000.00

2,7 24

22

CA014 470u

CA013 100n

6

RA028 33k

GND_IF (H)

CC006 100n

1

2,7 20

GNDS CX724 10n

(R)

2,7

4,5 RC001 22k GND_1H

IIC_CL_1

CC010 68p CC003 150n

R

CA011 100n

RA026 33k2

GND_1H

CC012 10u

LC001 10u

CC011 33p

RC003 180k

CA012 470u

GNDP

T = 64µs

CHROMA_1

RC002 220k

RC021 8k2

CC09 68p

3,4 30 4,9 (1,1) 28

QC002 3.58MHz

CX723 10n

GNDV

TC004 BC858B

2

150R

RC005 51R1

CA025 RA025 47u 665R

RV001 10k

IIC_DA_1

CC038 220n

MAIN_Y

RC034 115R

CA028 220n

GNDP

DV025 LL4148

26,2

GND_1H RC037 105R

T = 64µs

1

3,2

CC037 220n

CC036 RC035 2k2 470p

GND_1H

1

GNDP

CA010 100n

GNDP

+UVERT (P)

SECAM

(V)

(2,1Vpp) (R_load>=150R)

GNDV

2

16.9 (12.9 :Dolby)

GNDS

(V) VIDEO PART

BC011 1

PAL

GNDV

RC032 150R

TC008 BC858B TC041 BC848B

GNDS

+10 V STBY

CI033 4n7

RC006

+ 47u

RC036 105R

CX950 220n

BX960

RC041 1k

GNDV

500mVpp-H

GNDV

X X

RC042 8k2

RA034 68k

+10VSTBY (P)

TC003 BC848B

2

RA014 4R7

JI906 TI030 BC858B

LC003 4u7

2,7

RC030 143R

TC002 BC848B 2 RC029 150R

YOUT

GNDV

GNDV TX920 BC546B

Y_OUT

RC031 226R 7,3

RC038 2k2

CC035 680p

LC002 4u7

CA008 3n3

CA004 * GNDS

GNDP

RA040

AP 19000.00

RV012 47R RC028 200R 6,8

CC033 10u

2 RA006 *

3

GNDP

+US 16.9 (12.9 : Dolby)

(A) AUDIO PART

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO) RI033 1k

TI034 BCR141N

DA001 LL4148

BA006

(X) B_AV1

1,9 1,3

TI033 BCR141N

RA016 4k7

GNDP

+US

GNDP

GNDP

RI045 68R

RI039 82R 1,9

1,3

0 RI034 1k5

RA018 22k

4 0

L

IA001 TDA7269

DA002 LL101A

1 2 3

CI056 4n7

RI035 68R

T = 64µs

(2,1Vpp) (R_load>=300R)

RX951 2k2

2,7

-16.9 (-12.7 :Dolby) -US -US

RA031 100k

RA017 2k2

GNDP

(X) G_AV1

n.c.

PI035 2k2

TI031 BC848B

RI029 22k

0 in norm. I 4,3 in G,D,K,LL'

NORM (R)

CI030 10n

JI928

TI032 BC848B

1,2

RI031 1k5

RI032 1k8

CI022 4n7

RC025 1R0

U_SCART

RX960 3,2 100R 3,2

CA015 4u7

RI055 1k

RI038 1k8 L

5

0

2

T1_CVBS (X)

JI915 0R0

CI055 39p

CI052 4n7

PI050 22k

CC007

(P)

VIDEO_2

2,7

TX950 BC546B

+US 16,9/10,5 in STBY (12.9 :Dolby) to heatsink sound -US -16,9/-10,3 in STBY (-12.7 :Dolby)

(P)

n.c.

n.c.

n.c.

n.c.

Vo AF

LSWI

RI037 470R BG

I_INFO (R)

O2

16

15

RI027 470R

QI053 6MHz

0 in norm. L,L' 4,3 in norm. G (PAL/BG) (EURO)

GND

14

CI031 22u

PI030 2k2 4 O1 5

13

4,2

1 L

RA013 4R7

RA008 *

8 0

0 7 L

RA035 33k

GNDS

GNDS

BP190

RI053 220R

RI050 330R

O2

12 2,5

CHROMA_2 (V) (630mVburst) (R_load>=300R)

9,5

RX950 100R 3,2

5VSTBY

9VREG

TEST

+10VSTBY

GNDV RX956 2k2

GNDS

2 0 R 10

9

GNDS

RI051 0R

TAGC

Vo QSS

AFC

Vo vid

VCO1

Vi vid

VCO2

STD

CSAGC

TPLL

Vo CVBS 11 3,6

11 R

RA022 402R

TA001 BC858B

6

1

GNDS

RA020 1k5

RA021 1k5

5VSTBY RA002 10k

+ US

- US

10 2,5

RA001 33k

BA005 2 CA009 100n

CA007 3n3

-16.9 (-12,7 :Dolby) 0

RA029 2k2

+5 V STBY

-US (P)

O1

+10V STBY CX965 220n

9,5

TX955 BC848B

0 TA002 6,5 V ST-BY BC847B 0,6 0 in STBY

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 10k 10k 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

(X) R_AV1

CI061 2u2

CI048 680n CVP/2

Vp

GND

Vi SIF

Vi SIF

CVAGC Vi VIF

Vi VIF

CBL

Vi VIF

Vi VIF

TADJ

CI053 100n

0,4Vpp-H

U_SCART

TX965 BC848B

RA019 10k

C-MUTE (R)

5VSTBY (P)

LI053 6u8

68p

9

+U13

9,5

3,2

GNDV

GNDV

VCC_IX CX301 10u

CX350 22n

AV3_C_IN

8 2,7

CI046 100n

T = 64µs

GNDV

2,7

RX911 1k

CX920 220n

7 2,3

0 in PAL-BG /H/I/D 4,8 in norm. L'

+U13 (L)

CX001 220n

DX001 LL4148

2,6

RX912 75R RX992 1R

1 13,1

GNDV

3,2

GNDV

AV1_Y_OUT

GNDV

AV2_Y_OUT

AV3_Y_IN

GNDV DX001 replaced by jumper in XP 19100 and XP 19101 RX965 100R

0,6

GNDV

CX901 220n

GNDV

GNDV

2

GNDV

TX910 BC546B

CX910 220n

DX220 BAV103

CX220 10u

IX001 MC7809-CT

3

3,2

3,7 20 19 GNDV 18 17 16 15 14 13 12 11

GNDV

RX251 100k

CX250 22n

RX215 75R

jumper JX920 not fitted in Sat-versions XP 19001 XP 19101

RX991 1R

U_SCART

RX250 120k

AV2_Y_OUT

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

9,4

CX900 47u

6 0,8

CI054 2u2

CM19000.00

PAL

VCC_IX CX726 330p

CI072 1n

+5 VP

17

GND1H (H)

GND

FI015 38M9

2 I1 I2

3

CX002 47u

U_SCART

GNDV

GNDS

1

(H) TUNER IF PART

3,5

RX900 1R

RI026 47R RI024 1k

FI002 31,9MHz

JX920

U_SCART

VCC_IX

CX130 47p

GNDV

GNDV GNDV

1 2 3 4 5 6 7 2,5 8 9,4 9 4,3 10

2,8 5 4,3 5 3,5 4,3

5 0,2

CI050 100n

FI010 OFWK3954M

2 I1 I2

RI023 27R

3

CI007 27p

4 0,2

JX922

SECAM

AV1_Y_IN

RX120 75R

18

GNDS

RA005 *

CA003 *

(X) FB_AV1

+5V

AV3_C_IN

100R CX120 10u

2 19

GNDS

RA012 *

CA006 100p

GNDS

+5V

GNDV IIC_CL_1 IIC_DA_1

RX130

2 20

RA004 CA002 * *

GNDS

to BP120

DA

+30V

CL

100R

RH003

RH004 0R

T1_CVBS

R_AV1

IIC_CL_1

G_AV1

(V)

(R)

B_AV1

(V)

AV3_Y_IN

CX722 330p

GNDD

RX151 100k

RX111 75R

1

CI009 15p

RI005 15k

(A,H,R,V)

DX151 BAV103

1Vpp-H RX107 75R

GNDV GNDV AV1_Y_OUT

RI025 47R

HP 19013.00

T = 64µs

GNDV

GNDV

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

(V)

AV1_8 CX282 330p

BX002

100p

CR060 100n

*1 = see partlist CT 191xx *2 = unused option

AV2_L_IN

CR063 100p CR062

INT

GNDD

GNDD

RR060 100R

RR066 100R

CR092 100p GNDD

CX280 100p

GNDD

M_RES CR085 10n

RX280 100R

RX150 120k

CX150 22n RX115 75R

RI021 820R

5

4

TI020 BF799 0,5

CI005 6p8

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

CX902 10u GNDV

GNDV

BX500 Production Connector

+5VSTBY

LR005

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

+5VSTBY

DI001 BA782S

CI008 100n

VCC_IX

GNDV

RI078 1k

GNDS

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

RV052 LL4148

+5V

RI003 4k7

T = 64µs

RX132 100R

RX131 100R

2 21

RA009

CA005 100p

H&V V

10k

CI003 6p8

3 1,8

CI021 1n

4,3

1,2

2 2,6

1 2,8

CI004 4p7

RI004 180R

RH008 12k

0,9Vpp-H RX133 100R

2 22

+

RR057

RI001 10R

9,4

RX134 100R

4,5 23

IDENTIFICATION

2k7 2k7

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

CI001 1n

CI002 5p6

RI008 15k

RH007 12k

TI010 BCR141N

AGC (H) 2k7

RR055 RR056

(AV1)

RR053

BX001

GNDD 5

+5VSTBY

GNDD

DH001 33V

CH008 4u7 LH004 47u

CH009 47p

FB_AV1

(A)

EXT_LINK

(A)

AV1_R_OUT

CI010 56p

RI007 15k

CH007 4u7

GNDD

(V)

(A)

AV1_L_OUT

(R)

(A)

AV1_R_IN

CR006 10n

or ZOOM/ RR071 *1

RH002 2k7 RH010 15k

(R)

AV1_L_IN

+5VSTBY

to SCI BX001

C

D

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D MARK-E-TING

CR039 100p

1k5 2k7

CI077 4n7

RI077 22k

CI070 4n7

2,7 24

CA001 RA003 * *

RA032 10k

FI030

2,7 25

*

BA002

RA033 10k

3k3

LI020 u33

(R)

D03

CI032 1u

CI060 2u2

2,4 26

27

RI079 22k

+US (P)

L1_INFO

17

CH005 100n

RI020 1k8

68p

D04

Q3

3 28

TI070 BC848B RI076 47R

II050 TDA9811/V3

RI054

DX001

D05

18

Vss

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

+U13

D06

Q5 Q4

16

4,9 29 INSWI

IF

or ZOOM 20

Q1 Q2

19

15

QI070 6,5MHz

CA16 1n

-US +US

3 2 1 GNDD

GNDD

E_FIELD

GNDD

STB_LED

STB-LED

Q7 Q6

14

GNDD

RH001 1k CH010 22u

D07

A0 Q0

21

13

D02

+5VSTBY

0

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la ripazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

GNDD

IR003 M24C32BN1

RR070 *1 E_FIELD/

RR072 *1

RR099 10k

GNDD

!

GNDD 4 3 1

+5VSTBY

RR106 470R

RR107 1k8

GNDD

12

D00

4,2 30

TI050 BCR141N

+

(P)

A10

D01

to SCI BX002

+5VSTBY

A00

+5VSTBY

CR072 *1

+5V

+U13 (L)

MARK_E_TING

RR171 *1

GNDD

+5V

CR038 100p

CR037 100p

+5VSTBY

CR098 10n GNDD

+5V

GNDD

(P)

23 22

3,3 31

TI045 BCR141N CI041 1n

CI040 1n

BR012

RR093 4k7

GNDD

+5V STBY (P)

GNDD

2

TR091 BCR141

+10VSTBY

CR036 100p

RR076 4k7

GNDD

CR067 *2 RR050 RR052

100R 100R 100R

(P)

A10 E

A2 A1

GNDD

SND-RES MUTE

MUTE_C

or ZOOM

GNDD

5 0

RR075 100R CR075 100p

DR090 LL4148

CR093 10n

(P)

+10V STBY

3k3

RR065 RR063 RR062

(X,A,S,V)

DR091 1N4148

RR091 4k7

+5VSTBY

POWER_FAIL (P) UP_RES

1M 1M

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

(X,A,S,V)

IIC_CL_1

10n

RR044 RR045 RR100

RR067 1k

GNDD

CR022

GNDD +5VSTBY

A IIC_DA_1

DS

CH002 22p

CH006 1n

(H)

RR021 10k

CR021 10n GNDD

SND_RES

TV_OFF C_MUTE

RESET

POWER_FAIL

UP_RES

IIC_CL_1

POWER_FAIL

IIC_DA_1

IIC_CL_2

C_MUTE

IIC_DA_2

EXT_LINK

MUTE

SND_RES

RR087 100R

A11

CH004 100n

BG_INFO (R)

CR010 22p

CR020 10n

RR086 *2

CR086 10n

CR091 10n

CR087 10n GNDD

(H) (H)

A09

25 24

A3

3,3 32

FI001 40,4MHz

DI002 BA782S

GNDD

AV1_8

RR088 100R

SAFE

L1_INFO

AFC

I_INFO

BG_INFO

CR110 10n

RR910 *

RR103 1k

(X)

26

G Vpp

9

CH001 1n

GNDD

B

GNDD

+5V

GNDD

E_FIELD

(A)

A08

CH003 22p

GNDD

GNDD

R/W

CR011 *2

AV2_8 GNDD

IIC_DA_2

A13

27

GNDD

O1 O2 5

0

RI022 15R RI019 15R

CI020 10n

CI011 22n

CI073 4n7

RI070 330R

1

RI084 180R

RI082 6k8

RI072 2k7

GNDS

GNDD

at 100Hz RR910 = 10k

IIC_CL_2

28

A8 A9 A11

8

FI020 OFWK9453M

DI041 BA782S

DI040 BA782S

RI041 2k7

10 11

9

USYS (P)

* at 50Hz RR910 = 0R

A13

A7 A6 A5 A4

11

8

9VREG

LR011 *2

22MHz CR009 22p

GNDD

A14

6

10

BS05

30

5

IR002 M27C801-120F1

31 29

A17 A14

A02

7

RI006 15k

32 BS04

A15 A12

A01

6

(V)

GNDD

OSC_OUT

AV1_8

100R 100R

OSC_IN

+5V

AV2_8

RR089 RR028

RESET

A03

5

(R)

BE_STROB

7

A04

4

(P)

IIC_DA_2

1

IR001 ST90R92

A05

3

+5V

IIC_CL_2

2

39k 39k

A06

2

CR100 *2

(R)

3

16

RR026 RR027

A07

Vcc A18

LR002 560n

CR007 100p

LI070 6u8

GND_IF

RI043 2k7

+5VSTBY CR008 10n

IIC_DA_2

SPARE_BE

RR097 2k2

SAFE (A,S)

GNDD

*2

A19 A16

I1 I2

RI073 2k7 CI074 4n7

120p

3 GND

NH001 CTT5000

B1

IIC_CL_2

4

(L) (A,S)

EXT_LINK

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

CI062 47u

4

CI045 4n7

IIC_DA_1

CR050 10n

15

TR102 BC848C

C_MUTE

5

(R)

IR004 MC14094BD

GNDD

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

3 4

TI040 BCR141N

JR903 *2

5

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

A12

OSC

CI063 4n7

CI051 4n7

RI065 0R

PLL

JR904

6

12

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

2

BS00

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 7

11

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

QR001

(H)

MUTE

IR KEY_IN_2 KEY_IN_3 A B C D BS01

2

2

MIX B2

+5VSTBY

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

10

13

GNDD

+5V

(H)

SAFE SND_RES

KEY_IN_1

IIC_DA_2 IIC_CL_2

EXT-LINK FB_DET

M3L_CLCK

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

L1_INFO

BG_INFO

UP_RES

DEGAUSS

GNDD

8

14

(X)

M3L_DATA

DEGAUSS M3L_ENAB

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

SPARE_BE

MARK_E_TING

LDR EXT_LINK

EXT-LINK TR048 BC858C

JR902

1

0,1

B3 CR023 10n

GNDD

RR029 4k7

1

FI040

3 2 RI056 5k6

CI065 4n7 CI064

RI042 4k7

RI040 4k7

5Vpp-H 0

LR004 560n

TR002 4,5 in BC848C 5 STBY

RR030 0,7 120R 0,1 5 in STBY

BS02

*2 JR901

RR049 10k

GNDD

(X)

0

+U13 +U13L

RI058 5k6

JI901

CI066 68p

6k8 DI051 BA782S

JI910

5Vpp-H

RR036 1k8

*3,*4

TR095 BCR141

AV1_8

CR041 100p

100p

JR905

+5V

+5VSTBY

AV2_8

100R

CR090 10n

CR049 10n

(H)

CR030

RR031 1k5

GNDD

RR048 180R

GNDD

BG_INFO

8k2

RR019 100R

CR019 100p

9

(H)

RR040

MAIN

DI071 BA782S

RI071 27R

RI061 6k8 RI059

+U13

1

CR018 100p

(H)

100p

GNDD

RR018 680R

L1_INFO

100p

CR032

CR101 *2

100R

RR017

JR908

GNDD

AFC

CR033

8k2 8k2

RR041

RR016 RR043 56k

GNDD

GNDD

10k

RR038 RR039

1k

CR017 22p RR015 100R

100p 100p

BS02 AM/FM

BS01 AM/FM

CI071 100n

AGC

RR013 RR012 RR011 RR010

CR016 22p

CR104 100n

RR104 820R

CR035 CR034

IIC_CL_2 IIC_DA_2

RR014 6k8

CR043 4u7

NORM I_INFO

RR037

2k7 2k7 2k7

GNDD

CR015 22p

LR003 10u

BR011

GNDD

DR104 9V1

470R 470R 470R 470R

GNDD

JR906

JR907

+U13L

BR012

*2 RR924

GNDD

+5VSTBY

+U13

+10VSTBY

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

RR035 RR034 RR033 RR032

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

3 2 1

BR006

6 5 4 3 2 1

1

1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

8 7 6 5 4 3 2 1

*2

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

*2

LDR

BR002

30

CV242 470n

RV107 82k RV242 1k

RV110 470R

RV108 2k2 DV108 BAV103

RV109 270k

TV108 BC327

RV112 390R

(L) PKS 7.9 (L) SMPS_IN (P) SMPS






   
     !" '() &&
     * + ,        % $ #

*+,-0/.-0/.-* + , CP053 330p

CP054 470u

RP054 6R8

GND1

DP053 RGP15G

RP053 0R

5/6

2,4

PP 19401 00 10534010

9

SOFT START

100Hz/Dolby

470u0/35V

330u0/25V

CP121 CP126 DP108/109 DP126 DP140 JP913 LP020 RP126/128 RP127/129 RP130 TP129

470u0/35V RGP30D BYW029-150 X 10549750 -

1MI0/25V X BYW029-150 X BYV63-150 10549740 X X X X

4V

o

-2V

0,9

12

13

OSC

11,2 11,8 14 15 16

2

VOLTAGE CONTROL

OUT

LOGIC PROCESSOR

OVER LOAD

ERROR AMPLI

TP060 BUL810TH

1

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

13

GND1

LP140

o

12

0

0,1

7

4,9

6

5

4

GND1 CP065 470p

X Inserted Not inserted

0

3

0

2

0,4

1

RP069 47k

CP135 470p

o

RP067 1k

CP067 470p

RP065 11k

RP066 3k65

TP027 BC846B

0

CP063 4n7

GND1

CP068 470p

Part of board connected to mains supply. Partie du chassis reliée au secteur. Primärseite des Netzteils. Parte dello châssis collegata alla rete. Parte del chassis conectada a la red.

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

RP139 100k

TP161 BC846B

T = 32µs

GND1

RP150 10k

TP162 BC846B

0,7Vpp-H

GND2

GND2

RP138 10k GND2

GND2

RP159 330k

TP150 BC857B

GND2

*2 BP110 +USYS GND2 UVERT

CL008 4n7

RL004 1k

13Vpp

CL038 27n

CL004 10u

LL031 TL030 ON4977

LL001

7,4

VCC1

13Vpp

7,2 TL005 MPS750

(V) 7,8

BL035 2 1

*

LL037 *

EW_BACK

(V)

3

6

RL016 39R0

RL017 39R0

RL014 39R0

GNDL GNDL

GNDL

GNDL

GNDL

GNDL

UVERT

RL028 470R

CL027 1n GNDL

(P) POWER SUPPLY

PP 19400.00 - PP 19401.00

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

(V) SMPS_IN

SAFE

BEAM_INFO

(V)

(L,P)

BREATHING

DCU RP19

GNDL

RL057 *

(V) H_REF

RL055 1k

(V)

6

9,3

DL036 *

RL063 4k64

RL134 * RL135 * RL136 *

+13V

(L)

5

CL037 * 250V

VCC1 7,8

CL061 1n

GNDL

RL124 *

RL030 *

RL029 *

(V)

*2 = see CT 194XX XX partlist (V) SMPS

+13V +U13

+13V

CL045 470u

RL125 *

4

3 2

(V) BREATHING

7 1,2

+

7,8

CL064 1n 7,1 RL058 10k7

RL126 *

8

3,2

+13V

IL062

RL056 10k

0

CL062 1n

RL160 1k

TL062 BC846B

4 +

1

-

1,2

GNDL

8 GNDL GNDL

CL028 * EW_DRIVE

CL057 330n

DL034 *

DL030 DTV32F-1500

RL026 *

+USYS

LL045 10u

CL042 1000u

RL155 47R

BV05

RL037 1k

CL031 *

CL005 470u

RL024

+13V

DL041 RGP30D

1 RL018 39R0

RL020 * RL025 470R

RL040 0R27

2

4

RL015 1R0

13,5 (F,P)

GNDL DL157 LL4148

RL211 *

CL039 27n

13Vpp

T = 32µs

DL043 RGP10M

(A,C,H,X,R,V)

P ZL041 MP160

SAFE (L)

1k

RL045 100k (F) +UVFB 59

CL041 330p

LL008

1200Vpp-H

T = 32µs

TL004 MPSW01A

TL001 BC847B

1,2Vpp-H

12

CL044 100u

RL043 2R2

LL043

10 8 CL211

*

CL043 330p

22u0

HTR2 HTR1 RL146

GNDL GNDL

GNDL

9

RL092 *

T = 32µs

CL006 27p

7,3 0,5

(L,V)

PKS (V)

TEMP_ABL (V)

DL057 BAV103

12,4

1

(L) +13V

3 2 1 GND2

(P) +USYS

+13V

VCC1 (V)

(L)

SENSEP (V)

(L)

(V) SENSEM

9VREG (X)

(L,P) SAFE

+UVFB RL003 2k2

T = 32µs

+10V STBY

TP152 BC847B

!

RL013 4R7 0.5W

DL001 RGP10G

LL006 3u3

RP162 2k2

0

CL001 1000u 16V

CL003 220p

RL002 3k3

CL002 100p

+5V

DP134 1N5817

GND2

T = 32µs

CL046 4u7

CL146 150p

to BB02 CRT +UVIDEO

5 4 3 2 1

LL047 *

11

DL092 *

BL050

GNDL

DL046 RGP15-20

+UVIDEO 250

(L)

RL047 22R

LL046 * RL046 RL048 * *

CF011 470n

GND2

JP310 1k

12,6

T = 32µs

(V)

H_DRIVE

(R,V,A,H) +5V (V,F) 26.3 +UVERT (V,L,X) +10VSTBY

DP133 1N4001GP

-2,4

RP160 2k2

GND2

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans la partie primaire de l'alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

GND2

GND2

RP152 2k2

-7,5

RP157 130k

2,2Vpp-H

10k TP145 BCR141

GNDL

(P)

TP167 BC846B

GND2

GNDL

3 5

RF015 15R

(P)

DL070 LL4148

RL050 26k7

RL044 26k7

GNDL

2

133,7

+USYS

RL070 24k9

DL050 BZX85C22

P

CF015 2200u

CF021 100n

DF011 *

*

CL052 10n

RF012 *

RL082 *

RL081 68k1

RL080 7k5

DL052 RGP10G

BL052

7

POWER_FAIL

(R)

RP144 1k RP145

CP143 470u

THERMAL PROTECTION

13Vpp

RP166 1k

12,6

RP151 18k

RP158 68k

T = 32µs

TP166 BC856B

0,1

GND2

RF011 1R5

4.2

1

CL030

GND2

GND2

RP156 4k7

RP165 120k

IF001 TDA8177F

RL051 *

2 1

RL053 *

RF013 *

1 2 RF020 *

5

+10V STBY

RL001 5k6

UP_RES

(R)

12,1

CP131 10u

CP151 220n CP152 220n

DP160 LL4148

GND2

0.7W

!

2

RP163 2k2 RP161 330R

RP100 10M

-0,5V

6Vpp-T=32µs

DP152 LL4148

3

CP100 1n5

GND1

0

GND2 3

GND2

IP140 TDA8139 GND2

RP143 2k32 1%

2

GND2

RP149 4k7

RF123 RF124 10R 10R

BF001

4

5

RP142 2k21 1%

IP130 MC7812-CT

5

1,6

B CRT

BP05

4

+10VSTBY

6,13

LP070

1

GND1

GND1

1

CP130 2200u

DP151 LL4148

RP070 2k2

RP068 1k

26.3

GND2

GND1 GND1

4

GND1

18

CP101 150p

RP064 1k

RP062 1M

CP062 2,8 10u

TP146 BD241

RP164 100k 5,7

4,2 IDIS 4

GND

GND2

GND2

GND2

DP130 MUR420

DISABLE

RP148 18k

13

+5V STBY

GND2

6 5

REF. PROT.

POWER AMPLIFIER

7

DF001 1N4148

RF024 10R

DCU RP19

7.2

DL051 RGP10G

RL052 54k9

DF028 LL4148

1

RF003 2k7

5

CP144 10u

RP147 4k7

OUT 1

RP124 10k

RP123 10k

+U13 (L) +5VSTBY

GND2 (R)

13,2

2 1 9 VI2 VI1 VO1

3 RESET 3 GND2 7 OUT 2 5,7 PROG VO2 CP146 10u 8 5,7

2,5

GND1

RP146 0R

RF002 *

CF002 *

DF002 LL4148

SAFE

(L)

1,6

(V)

FRAME_DR

RP176 4k7

CP176 2n2 GND2 GND2

CP142 150n

CP140 4700u

17

8

CP141 2m2

-16,9 (-13.5 :Dolby) DP140 *

o

RP020 120MI0 2.5W

CP121 *

TP175 BC847B

BP120

+5V

RP177 12k

3 2 1

RP121 10k

DP109 *

14

o

9

DP041 BAT42 RP042 4k7

CP041 1n

IP060 TEA2261

IS LOGIC

LP042

CP137 470p

UB-Driver

DP040 BZX85B2V7

CP040 470u

LP040 1u2

RP120 10k

DP175 LL4148

GNDL A

6

CF028 1u

RF036 1k

59 3 +U13 +5VSTBY

7.9

EHT

+5V

DP178 LL4148

CP179 47u

6 24

2 RF007 10k

RF025 *

RF023 10R

60Vpp

0,8Vpp

DL071 *

DF031 RGP10G

0

VCC1

RP179 22k

DP179 LL4148

GND2

BP190

GNDS

CP138 470p

15

10

RP040 22R

* JP913

GND2

CP120 *

RP175 1k

CP171 22u

*

GND2

DP108 *

8

(V)

3 2 1

+US GNDS -US

GND2

DF007 ZMM15

T = 10ms

16,9 (13.5 : Dolby )

Flyback

0

GND1

MODULATOR LOGIC

22n

100Hz/Stereo

CP120

11

CP102 1n

16

RP050 10R

4n7

GND1

2,6

10

RP102 100R

* DP126 LL4148

CP110 100u 200V

DP113 MUR160

DP050 RGP10G

15Vpp-T=32µs

0,8

PP 19400 00 10530090

2.5W

600Vpp-T=32µs

CP050 330p

GND1

RP130 120MI0

T = 10ms

RL072 1k

GNDL

CP051 100u

* RP126 2k2

LP112 95u

+5V

GND2

RP172 10k

+13V

RL071 43k

DF033 RGP10G

JL984

*

RP055 15R

CP055

DP061 LL4148

CP064

*

2

DP051 LL4148

DP112 MUR1100E

GND2

GND2

CF031 100n

DL072 LL4148

RL171 13k

1

1n

RP061 270k

CP060

DESIGNATON POWER PP.19400.00, PP.19401.00

IP050 MC7809-CT

GND1

CP056 47u

GND1

GND1 GND1

GND1

CP061 470n

OUT

CP052 10u

RP029 100k

3

0

13,5 en STBY 28,5 1 IN

CP112 3n3

RP112 1k2

CF029 470u

CF027 100n

2

DP060 LL4148

9,6 ON/STBY

18

(P)

*

RP060 270k

o

+UVERT

RP167 10k

100R 4,5W

* RP128 2k2 * RP127 100k

* CP126 100u

RP191 4k7 RP190 5k49

13 in STBY 26.3

5,8

RP173 100R

RP170 10k

22n

RP059 220k

(L)

RP022

* RP027 10k

CP023 2n2

DP052 1N4001GP

1

TP190 BC857B

CP150

0,6

* RP026 100k

CP111 1n

LP20*1_2 1/2

JP302

GND2

CP170 4n7

RP171 22k

DP190 LL4148

(V) BREATHING

TP170 BC846B 0,2

(BM04)

1,6

DP027 1N4148

CP022 470p

DP022 FUF4005

TP026 BC846B

0,04

RP193 4k7

16,9 (13.5 :Dolby) +US

to CRT board

RP028 100k

TP025 X0205MA

*

RP129 10k

13

GNDS

121,7

2W

GND2

1

JP915

20

LP20*3_4 1 o

3/4

0.3

13.5 * TP129 BC857B

DP110A DP110B RGP50M RGP50M

*

GND2

RP025 33k

BP025

LP020

GND1

RP032 120k

RP031 120k

DOLBY

133,7

RP192 100k

USYS

CP020 150u

RP030 120k

BP024

-16,9 (-13.5 :Dolby) -US

330

GND1

-US GNDS +US

BP020 1 2 3

PS. RP19.00

+USYS

MAIN

BP0208

GND2

CONVERGENCE UNIT POWER SUPPLY ALIMENTATION PLATINE DE CONVERGENCE DIGITAL CONVERGENCE UNIT NETZTEIL ALIMENTAZIONE CONVERGENCE UNIT ALIMENTACIÓN CONVERGENCE UNIT

+5VSTBY

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

4

TL028 TIP122

DL032 BYR29F-600

CL032 * 400V

LL032

GNDL GNDL

GNDL

GNDL

DST-GDS35 130u0H 900HM 50MHz WIREBARE 9u0H 22u0H 13u5H 10k 1R 1R21 270R

RL069 7k5

RL068 7k5

RL067 7k5

GNDL

RL066 *

CL066 1n RL065 100R

CL073 1u0 (P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC846B

RL073 1k

GNDL

DP 19400.00

Deflection - Basic Partlists

BYT01-200 200V BZX55C20 1N4148

IL062 TL082CD

DL066 BZX55B47

* = see CT 194XX XX partlist

CF002 CL028 CL029 CL030 CL031 CL032 CL036 CL037 CL211 DF011 DL034-036 DL071 DL092 LL008 LL029 LL030 LL031 LL037 LL046 LL047 RF002 RF012 RF013 RF020

CL063 1n

(L) DEFLECTION PART

12Vpp

100Hz CT 19400 34 10 53 32 90 680p/50V 1n/100V 3u3/63V 1n9/2kV 10n/1k5V 20n/400V 2u2/250V 510n/250V 470p/50V BZW04-48 56V

GNDL

GNDL

T = 10ms

200mVpp

*

RL137 * RL127 *

1

CL029 *

RL027 470R

T = 10ms

LL029 *

CL036 *

Deflection - Basic Partlists

* RF025 RL071 RL020 RL024 RL026 RL029 RL046 RL048 RL051 RL053 RL057 RL066 RL082 RL092 RL124 RL125 RL126 RL127 RL134 RL135 RL136 RL137 RL211 RL030

100Hz CT 19400 34 10 53 32 90 100R 43k 7k15 61k9 100R 2R2 3k3 3k3 270k 16k2 60k4 1k74

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19400 34 Usys 134V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19400 34 Usys 134V

59k 4k7 7k5 7k5 7k5 7k5 7k5 7k5 7k5 7k5 6k8 2R2

RP C19 First issue 07 / 98

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG HAUPTPLATINE - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

RR171 *1

GNDD

First issue 07 / 98

2k7

RR055

2k7

RR056

2k7

RR057

10k

CR004 100n

100R 100R 100R

RR051

+5V

*2

+5VSTBY

GNDD

GNDD

CR066 180p

RR065 RR063 RR062

GNDD

6 7

GNDD

GNDD

8

4

IR003 M24C32BN1

3 2 1

CR006 10n

CR063 100p

CR005 100p

100p

+5VSTBY

GNDD

Production Connector

100n

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

RR061 2k7 GNDD

GNDD

*1 = see partlist CT 191xx

RX130

*2 = unused option

0,6 RR105 1k74

RR098 22k

TR105 BC847B

CX280 100p

*3 = only RP 19000 00 *4 = only RP 19100 00

3,7

RR085 100R

(A)

AV2_R_IN

(A)

GNDD

GNDV

BX002

MAIN

CR092 470p

(R) MICROPROCESSOR RP 19100.00

to SCI BX002

GNDD

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

GNDS

RX281* 10k

RX107 75R GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

AV1_Y_OUT

4,3

CX120 10u

RX122 33R

AV1_C_IN

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

DX120 BAV103

RX121 NI

GNDV RX221 NI

RX220 75R GNDV

GNDV CX220 10u

GNDV

Mute

n.c.

TAGC

Vo QSS

5,3

RX965 100R

3,2

RX955 100R 3,2

5,3

U_SCART

GNDS 16,9 (13.5 : Dolby )

CA028 220n

CA012 470u

GNDP

CA014 470u

CA013 100n

GNDP

GNDP CA025 RA025 47u 665R

RA026 33k2

CA023

100n

RA023 4k87

RA024 4k02

CA019 10n

CA018 330n

RA028 33k2

GNDS RA027 1k

GNDV

GNDV

GNDV

XP 19100 00- SCART 100Hz XP 19101 00- SCART 100Hz Sat. XP 19900 00- SCART Asia

BI001 X

MUTE/ ST-BY

GNDS

jump jump X

X X

X

2 CA027 3n3

IA002 TDA7298

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

4

1

CA024 100n GNDP

GNDP

GNDP

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

SECAM

(P)

BI001*

TV002 TIP122

IIC_CL_1 IIC_DA_1

(R) (R)

CV002 10u

RV011 47R

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

T = 64!s

TX960 BC847B RX961 2k2

1Vpp-H

+U13

CV012 82p

CV009 100n

DV011 LL42

CV007 1u

RV003 24k9

DV012 LL42

(630mVburst) (R_load>=300R) VIDEO_2 (V)

2,6

(2,1Vpp) (R_load>=300R)

T = 32!s

T = 32!s

U_SCART

CX950 220n

2Vpp-H

GNDV

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

RX951 2k2 GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

CX723 10n

1Vpp-H

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

CV036 100n

7,8 12

CV041 220n 0,7 1

GND_TUNER H_DRIVE (L)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

Y

Y

UIN

BV010 1

T = 32!s

CUTG

CUTB

Phi2 - Loop

(X) SCART-PART JX923*

XP 19100.00 XP 19900.00

(V) VIDEO PART VP 19400.00

G_TXTB_TXT

AUTO-PIX

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

SLPF 21 2,3

DV025 CV207 220p

TXTOUT 36 0,3 RV206 270k

Vertical Sawtooth, S-Correction,

CPHI2 38 2,5 CV047 220p

41

2,4

40

2,3

HDRIVE CSOF 17 5,4

EWIN

GND1 34

30 3,3

32 1,1

CV246 220n

BV001 (CRT-Board) 9 8 7 6 5 4 3 2 1

RV091 4k7

CV092 10p RV061 1k

RV074 820R

RV062 0R RV072 RV071 1k

RV073

0R RV082

RV076 10R

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC857B

100R

RV081 1k

0,7 SENSEM

27

SENSEP

26

13,6

FROUT

25

1,6

RV084 820R

T = 32!s

13,5

RV083

V.Breathing

East-WestCorrection, H.Breathing

13 0 CV213 47p

G_OUT B_OUT

SSC 35

SSC GENERATOR

Start

HFLYInterf. HFLY 33 1,9

2,7

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

LOGIC

Startup - Oscillator

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

100R

3Vpp-H

45

AVERAGE BEAM LIMITER

RGBLIMITER

EWOU 29 4

CVER

BREAT

RV231 100R

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

3Vpp-H

SMPSControl

Protection

100R CV241 100p

CV231 1n

CV206 220n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1 RV216 330R

RV101 CV102 100u

CV103 4u7

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102

CV216 820p

(V) VCC1

DV221 LL4148

BREATHING (L,P)

X X -

7,8 44

47

RGB-VCP-GATE CLAMPING AND DE-MATRIX

VERTICAL-

(L) +U13 RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6 R_TXT

FB_TX

APX

CONTRAST SATURATION BRIGHTNESS Y,U,V

Delay

Soft-

Line-Countdown-Logic

2,6 46

Bus

VPAN-

GNDLI 10

CONVAR

CV032 100n

RV063 50

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

RV213 4k7

CUTR

CV031 100n

0

RGB-VCP-GATE

YUV

2

DV028 LL4148

4,1 49

AND DE-MATRIX

IV001 STV2162

VDFL

7 HDFL 0,3 8

VIN

VCP GATE CLAMP V U ColorEqualizer

0

DV026 LL4148

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 16 15 14 51

3

I2C-BUS DECODER AND LATCHES

LumaAverageDetector

LumaAverageDetector

2,6

APL

0,9 6

2,6 2

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV023 CV022 100n 100n

2 53

Function 4 YIN

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

LL4148 H_REF (L)

CX724 10n GNDS

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

GNDS

GNDV

3,3 RX920 100R RX921 1k

VCC1

CONVAR

CV006 100u

T = 64!s

GND_IF (H)

CHROMA_2 (V)

SECAM

CHROMA_2 VIDEO_2 VIDEO_1 (L,P)

CV011 82p

PAL

T = 32!s

GNDV

GNDV TX920 BC546B

(X) (X) (X)

5Vpp-H

3,2Vpp-H CX001 220n

GNDV

4,6

RV022 15k

0 5Vpp-V

+U13

CX965 220n

TX950 BC546B

RV021 47k

T = 32!s

T = 10ms

CV003 22n

+U13 (L)

RX966 2k2

RX956 2k2

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

RV002 680R

RV012 47R

+10V STBY

CX150 DX001 JX920 JX923 RX281 X X -

BA004

GNDP

1

5 7

EW_DRIVE (L)

GNDV

CA021 100n

GNDP

6

3

CA022 470u

GNDP

CA020 470u 2

GNDS

26.3

EW_BACK (L)

DX351 BAV103

R

CA011 100n

GNDV * DX301 BAV103

1

GNDP

GNDP

RA040

RV001 10k

+UVERT (P)

AGC (H)

JI915 0R0

RA034 68k

GNDP

CA010 100n

+10 V STBY

T1_CVBS (X)

CI033 4n7

RI033 1k

TI034 BCR141

AV3_C_IN RX303 2k2

RA014 4R7

JI906

9,4

RX960 5,3 100R 5,3

RX910 100R

2,7

RI045 68R

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

9,4

RX950 100R 3,2

RX911 1k

GNDV

DA001 LL4148

2 CA008 3n3

CA004 *

3

DA002 LL42

+US 16,9 (13.5 : Dolby )

AP 19000.00 AP 19001.00 AP 19010.00

GNDV

TX965 BC847B

2,6

CX920 220n

RX922 75R

RA016 4k7

BA006

RA006 *

IA001 TDA7269

+US

GNDP

0

U_SCART

GNDV

9,4

RA018 22k

GNDP

+10VSTBY (P)

13,5

DX001 * LL4148 GNDV

9,4

TX955 BC847B

2,6

RA017 2k2

GNDP

4 0

L

GNDP

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R

to BP120

1 2 3

GNDP

TI030 BC858B

1,2 RI028 22k

4,6

GNDV

RI039 82R 1,9

1,2 1,3

RI034 1k5

GNDV

RX912 75R RX992 1R

RI035 68R

5

0 RA008 *

8

1 L

RA013 4R7

2

GNDV

TX910 BC546B

GNDS

GNDS

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

n.c.

n.c.

n.c.

n.c.

PI035 2k2

JI928

TI032 BC847B

L

TI031 BC847B

0 RI029 22k

1

GNDS

8 9 GNDS 10 11 12 GND1H

1 2 3 4 5

+US 16,9/10,5 in STBY (13.5 :Dolby)

(P)

(A) AUDIO PART

CI056 4n7

RI038 1k8

0 in norm. I 4,3 in G,D,K,LL'

IX001 MC7809-CT

CI030 10n

5,5

GNDS

AFC

VCO1

Vo vid Vo AF

LSWI

Vo CVBS

CA015 4u7

2 0 R 10

9

0 7 L

RA035 33k

GNDS

GNDS

RI055 1k

+10VSTBY

CX002 47u

RX991 1R

AV2_Y_OUT

RX351 100k

16

15

1,1

TI033 BCR141

GNDV

DX220 BAV103

RX350 100k

RI037 470R BG

RI031 1k5

CI022 4n7

CI052 4n7

PI050 22k

14

+5V (P)

O2

3,2

VCC_IX

RX301 2k2

GNDS

5VSTBY

BP190

CI031 22u

PI030 2k2

GND

13

11 R

RA022 432R

TA001 BC857B

BA005 2 CA009 100n

CA007 3n3

6

GNDS

RA020 1k5

RA021 1k5

5VSTBY RA002 10k

+ US

RI027 470R

CI055 39p

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

20 3,7 19 GNDV 18 17 16 15 14 13 12 11 3,5

GNDV

CX301 10u

12 2,5

QI053 6MHz

4 O1 5

3

CX910 220n

CX350 22n

11 3,5

RA001 33k

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 665R 665R 27k4 27k4 2k26 2k26 4k7 4k7 560R 560R 22k 22k 6k8 6k8

RA007 *

-16,9 (-13.5 :Dolby) 1

RA029 2k2

+5 V STBY 5VSTBY (P)

RI053 220R

RI050 330R

O2

DX001 replaced by jumper in XP 19100 and XP 19101

GNDV

AV3_Y_IN

10 2,5

GND

FI015 OFWG3970M

AV1_Y_OUT

AV2_Y_OUT

9 0

CI053 100n

JX920

U_SCART

DX251 BAV103

17

0 TA002 10V ST-BY BC847B

RA019 10k

C-MUTE (R)

- US

O1

GNDV

RX251 100k

Vi vid

VCO2 8 2,7

CI054 2u2

U_SCART

CX250 22n

RX215 75R

STD

CSAGC

7 2,7

CI046 100n

CX901 220n

RX250 100k

CX726 330p

CI072 1n

GNDS

RA005 *

CA003 *

GNDS

0

RA012 *

CA006 100p

GNDS

+5 VP

-US (P)

I_INFO (R)

FI010 OFWK3954M

9,4

CX900 47u

VCC_IX

GNDV

GNDV

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

IX900 TEA6415C

VCC_IX

RX120 75R

18

(A,H,R,V)

6 0,8

AV1_Y_IN

RX900 1R

2 19

RA004 CA002 * *

GNDS

CA001 CA002 CA003 CA004 0R 0R 22u 22u 33n 33n 330n 330n 0R 0R 22u 22u

* AP.19000.00 AP.19001.00 AP.19010.00 1k

RA011 * RA010 1k

GNDS

RI051 0R

CI048 680n

CI061 2u2 Vp

GND

Vi SIF

Vi SIF

INSWI

CVAGC 5 0,2

CI050 100n

T1_CVBS ( MAIN-TUNER )

RX151 100k

RX111 75R

GNDV

1,9 20

LI053 6u8

+5V

CVP/2 TPLL

TADJ

+5V

GNDV

2 21

GND1H (H)

NORM (R)

BG_INFO (R)

RX115 75R

RX116 100k

GNDS

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

Vi VIF

DA

+30V

RX150 100k

IIC_CL_1 IIC_DA_1

GNDV

4 0,2

jumper JX920 not fitted in Sat-versions XP 19101

GNDV

GNDV

3 1,8

0 in PAL-BG /H/I/D 4,8 in norm. L'

CX902 10u

VCC_IX

CX130 47p

5

3

HP 19013.00

RX132 100R

RX131 100R

CX150 22n

GNDV

CX722 330p

CR085 10n

TR106 BCR141 GNDD

AV2_L_IN

RX282 6k8

CX282 330p

GNDV

*5 = only RP 19101 00

RX133 100R

RX134 100R

CX140 47p

2 3,2

9,4

100R

RX140 100R

2 I1 I2

U_SCART

4,7 GNDV

RX280 100R

AV2_8 (R)

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

CR001 47u

CR002 10n

5

GNDD

RR060 100R

CR060

CR003 10n

BX001

+5VSTBY

LR005

+5VSTBY

1

(H) TUNER IF PART

2 22

RA009

CA005 100p

RV052 LL4148

2k7

RR053

2 I1 I2

RI026 47R

Variant BG / I / L / L' NORM L1 BG Info. I Info. H L H H H L L L H L L H L L L H L H L H

26

4 23

+U13

(A)

1

RI024 1k

(R)

(A)

AV1_R_OUT

BG I DK / K' L L'

L=0V H=4.8-5V

G_AV1

(A)

AV1_L_OUT

B_AV1

AV1_R_IN

(V)

(A)

AV1_8

AV1_L_IN

CI007 27p

FI002 38,9MHz

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

1 3,2

3

RI005 15k

RI078 1k

CI070 4n7

2,6 24

CA001 RA003 * *

RA032 10k

3k3

RI012 56R

CI009 15p

CI008 100n

CI077 4n7

RI077 22k

RI079 22k

BA002

RA033 10k

FI030

2,4 25

DX001*

*2

RR052

DI001 BA782S

TI010 BCR141

(AV1)

RR050

RI003 4k7

RH008 12k

(R)

CR067 220p

CL

E_FIELD

AGC

CH009 47p

GNDD

Vi VIF

D03

CBL

D04

Vi VIF

D05

17

22

RI054

RI025 47R

CI012 4p7

RI023 27R

CI032 1u

CI060 2u2

TI070 BC847B RI076 47R

GNDS

(R)

19 18

Q3

RI021 820R

0 27

0,8

II050 TDA9811/V3

4

TI020 BF799 0,5

L1_INFO

Q5 Q4

Vss

CI005 6p8

2,8 28

9VREG

D06

Q1 Q2

16

CI003 6p8

5 29

CI021 1n

T1_CVBS

D07

20

15

1,2 RI004 180R

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

(V)

Q7 Q6

14

4,2

CI004 4p7

(H)

A0 Q0

21

13

D01 D02

RI001 10R

RH007 12k

LH004 10u

CI002 5p6

IIC_CL_1

12

D00

RI008 15k

IIC_DA_1

A00

DH001 ZMM33

CH008 470u

CI010 56p

RI007 15k

RI009 56R

4,2 30

TI050 BCR141

0 in PAL-BG /H/I/D 4,8 in norm. L'

(R)

A10

11

A10 E

23

A01

A2 A1

RH002 2k67 RH010 15k

68p

10

RH001 1k CH010 22u

5 in PAL-BG /H/I/D 0 in norm. L'

68p

G Vpp

A02

CI006 4p7

QI070 6,5MHz

4,1

+US (P)

CI041 1n

LI020 u33

R_AV1

A3

DS

CH007 4u7

RI020 1k8

(V)

A11

24

IR002 M27C801-120F1

CH005 100n

100R

A09

9

CH002 22p

RH003

A08

25

A03

CH006 1n

RH004 0R

A8 A9 A11

26

8

A6 A5 A4

27

7

A04

0

3,2 31

Vi VIF

IF

or ZOOM

6

A05

CH004 100n

RI072 2k7

CI073 4n7

RI070 330R

RI084 180R

RI082 6k8

CA16 1n

-US +US

3 2 1 GNDD

GNDD IIC_CL_2 IIC_DA_2

STB-LED

IR KEY_IN_2 KEY_IN_3 A B C D

A06

CH001 1n

CH003 22p

3,2 32

FI001 40,4MHz

DI002 BA782S

LI070 6u8

1

120p

TI045 BCR141 CI040 1n

RI019 15R

CI020 10n

CI011 22n

RI073 2k7 CI074 4n7

GND_IF

DI041 BA782S

RI022 15R

GNDD

to SCI BX001

C

D CR039 100p

GNDD

RR066 100R

or ZOOM/ RR071 *1

+5VSTBY

GNDD

RP C19

CR038 100p

GNDD

CR065 180p

RR070 *1 E_FIELD/

RR084 1k RR099 10k

0

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza durante la riparazione usare componenti originali Pieza de seguridad Utilice solo piezas originales

A13

IIC-CL-1

+5VSTBY

RR107 1k74

+U13

!

A14

GNDD

BX500

RR106 470R

GNDD

CR037 100p

GNDD

RR076 4k7

CR072 *1 GNDD

+U13

BS04

28

IIC-DA-1 GNDD

+5VSTBY

RR072 *1

+5V

+5VSTBY

(P)

3k3

CR062

+5V

(L)

30 29

A13

+5VSTBY

TR091 BCR141

+5V (P)

1M 1M

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D CR075 100p GNDD

GNDD

GNDD

RR075 100R

CR098 10n

+5V STBY (P)

RR044 RR045

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

5 0

A17 A14

A7

GNDD

GNDD

A DR091 1N4148 DR090 LL4148 RR093 4k7

CR093 10n

+10VSTBY

A15 A12

5

10n

RR100

CR036 100p

MARK-E-TING

MUTE

or ZOOM E_FIELD

RR091 4k7

(P)

3 4

A07

GNDD

AGC (H) GNDD

+5VSTBY

MARK_E_TING

MUTE_C

CR091 10n

+5VSTBY

(X,A,S,V)

+10V STBY (P)

BS00 A12

+5VSTBY

GNDD

CR022

RR067 1k

CR021 10n

GNDD

CR020 10n

RR086 *2

CR086 10n

POWER_FAIL (P) UP_RES

BS05

DI040 BA782S

RI041 2k7

10 11

9

CI001 1n

R/W RR021 10k

CR011 *2

SND-RES

TV_OFF GNDD

RESET

C_MUTE

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

MUTE

C_MUTE

IIC_DA_2

RR087 100R

31

INT

IIC_CL_1

EXT_LINK

CR087 10n GNDD

(H) (H)

Vcc A18

GNDD

RR088 100R

SAFE

L1_INFO

AFC

BG_INFO

AV1_8

I_INFO

AV2_8 SAFE

SND_RES

CR110 10n

(A) (X)

A19 A16

AV1_8

(L)

(X,A,S,V)

2

GNDD

RR910 *

RR103 1k

CR010 22p

CR009 22p

AV2_8 +5V

GNDD

8

RI006 15k

32

BS01

GNDD

7

USYS (P)

LR011 2u2

27MHz

IR001 ST90R92

6

FB_AV1

GNDD

5

(V)

GNDD

OSC_OUT

4

(R)

100R 100R

OSC_IN QR001

3

(R)

RR089 RR028

RESET

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

2

CR100 *2

(P)

BE_STROB

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

LR002 560n

CR007 100p

IIC_DA_2

IIC_DA_2

1

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

39k 39k

1

RI043 2k7

+5VSTBY CR008 10n

IIC_CL_2

IIC_CL_2

2

16

GNDD

IIC_DA_1

GNDD

*2

+5V

3

15

RR026 RR027

M_RES

IIC_DA_2

JR902

4 O1 O2 5

CI045 4n7

NH001 CTT5000T

B1

EXT_LINK

SPARE_BE

GNDD

IIC_CL_2

CR029 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

CI062 47u

3 GND

2

(R)

4

at 100Hz RR910 = 10k

(A,S)

EXT_LINK

5

FI020 OFWK9453M

I2

TI040 BCR141

PLL

JR903 *2

CR050 10n

B

+5V

GNDD

OSC

I1

2

2

MIX B2

JR904

IR004 MC14094BD

13

GNDD

TR102 BC847B

C_MUTE

GNDD

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 5

* at 50Hz RR910 = 0R

MUTE

RR029 4k7

0,1 5 in STBY

1

0

B3

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

6

12

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

7

11

+5V

(A,S)

KEY_IN_1

IIC_DA_2 IIC_CL_2

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

DEGAUSS

L1_INFO

BG_INFO

UP_RES

EXT-LINK

10

RR097 2k2

SAFE SND_RES

5Vpp-H CR023 10n

GNDD

RI056 5k49

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

RI040 4k7

5Vpp-H 0

+U13

BS02

GNDD

SND_RES

(X)

0

FI040

3 2

CI064

JI910

LR004 560n

0,7 TR002 4,5 in BC848C STBY 5

+U13L

RR030 68R0

EXT-LINK FB_DET

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

MARK_E_TING

H_PAN_SW (Z)

LDR EXT_LINK

TR048 BC858C

(H)

(X)

CR041 100p

RR036 1k2

*3,*4

8

14

AV1_8

100p

+5VSTBY

RR049 10k

GNDD

AV2_8

100R

*2 JR901

TR095 BCR141

(H)

CR030

RR031 1k5

CI066 68p

6k8 DI051 BA782S

RI058 5k6

JI901

JR905

+5V

+5VSTBY

(H)

10k

GNDD

CR049 10n

(H)

10k

RR040

CR090 10n

RR048 330R

GNDD

(H)

RR039

RR019 100R

CR019 100p

9

BG_INFO

100p

DI071 BA782S

RI071 27R

RI061 6k8 RI059

+U13

1

CR018 100p

AFC

100p

CR032

GNDD

RR018 100R0

L1_INFO

CR033

10k

CR101 *2

100R

RR017 *2 JR908

GNDD

NORM I_INFO

10k

RR038

RR035 RR034 RR033 RR032

RR016 RR043 56k

GNDD

GNDD

100p 100p

RR037

1k

CR017 22p RR015 100R

CR043 4u7

CR104 100n

RR041

CR016 22p

RR104 820R

CR035 CR034

BS02 AM/FM

BS01 AM/FM

CI071 100n

(V)

RR014 4k7

STB_LED

GNDD

CR015 22p

LR003 10u

2k7 2k7 2k7

+U13

DR104 BZX55B9V1

BR011

GNDD

+5VSTBY

RR013 RR012 RR011 RR010

+U13L

BR012

*2 RR924

GNDD

330R 330R 330R 330R

GNDD

JR907 JR906 *2

+10VSTBY

+5V

GNDD

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

CR042 10n

GNDD

+10VSTBY

+5VSTBY

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001

12 11 10 9 8 7 6 5 4 GNDD 3 2 1

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

8 7 6 5 4 3 2 1

BR006

6 5 4 3 2 1

at 100Hz FEATURE MODUL BV006 - VM19100

SAT/DEG

BR009

1

1

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

to PVM *4*5

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 47n

RV109 274k

TV108 BC327

RV110 470R DV108 LL4148

RV112 330R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS

 !"  


 
 /0().'*+,0/.--#$%&

   !" '() &&
#$%+*  ,  0/.--,+*

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

*

3

RP029 100k

MIS.19101.00 MIS.19111.00 MIS.19112.00

1

BP05

1n

2

BP01

CP061 u47

RP061 270k

CP060

2

TO DEGAUSSING COIL

3

OUT

IP050 MC7809-CT 2

DP050 RGP10D

CP055

CP050 330p

4V

o

-2V

GND1

2,4

9

SOFT START

different comp. MIS.19101 100Hz/+relay MIS.19111 100Hz/+relay MIS.19112 100Hz/+

*

BP06 BP07 CP08 CP13 CP15 DP08 DP16 JP01 JP08 LP15 RP08 RP09 SP05 TP08 X X X 1.5mH X X X 150u X X X X X X X 150u X X X X X X X X

GND1

2,6

10

11

0,9

12

13

OSC

2

DP041 BAT42 RP042 4k7

CP041 1n

IP060 TEA2261

IS LOGIC

LOGIC PROCESSOR

X Inserted Not inserted

OVER LOAD

ERROR AMPLI

LP042

CP021 150p

GND1

CP042 1n

RP041 47R GND1

CURR LIMI

o

BUL810TH

1

9

13 1

o

LP140

0,1

7

4,9

PP 19110 00 10536980

PP 19100 00 10353750

PP 19120 00 10561980

100Hz/Dolby

100Hz/Stereo

100Hz/Stereo

100Hz/Stereo

-

X

-

X

CP067

220p

150p

470p

150p

470p

CP101

X

-

X

-

X

CP111

1n

470p

1n

470p

CP112 CP120

3n3 330u/25V

3n3 470u/35V

3n3 330u/25V

3n3 470u/35V

1n 3n3

470u/35V

CP121 CP126 CP146 DP018/019 DP027 DP028/034

470u/35V X X 1N4148 -

470u/35V X X X 1N4148 X

1000u/35V

470u/35V

470u/35V

X JUMPER -

DP108/109 DP110 DP113 DP126 DP140

BYW029-150 RGP50M MUR160 X BYW29-150

BYW029-150 RGP50M MUR1100E X BYV63-150

X X 1N4148 X RGP50M MUR110E MR822

X X 1N4148 X

RGP30D RGP50M MUR1100E MR822

RGP30D RGP50M MUR160 MR822

JP302 JP902 JP910/911 JP913 JP914 JP915 JP916 JP917 LP019 LP020

X 139V 136V 130V 142V 10397920

JUMPER 139V 136V 130V 142V 105u 10397920

JUMPER X 139V 136V 130V 142V 105u 10459670

X X X 139V 136V 130V 142V 10549720

4u7

X 2u2

4u7

JUMPER X 6R8 11k 4k22 X X X 22k 220k 18k X X -

X X 6R8 47k 12k7 4k22 X X X 10k 82k 12k X X X

JUMPER X 6R8 11k 3k65 X X X 24k 274k

22n

PP 19101 00 10393830

CP064

PP 19111 00 10536990

5

4

GND1 CP065 470p

100Hz/Dolby

*

6

0

3

0

2

0,4

1

RP069 47k

12

LP021 LP040

LP042 RP026/028 RP054 RP063 RP065 RP066 RP126/128 RP127/129 RP130 RP138 RP139 RP151 TP025/026 TP129 TP162

X Inserted Not inserted

X 139V 136V 130V 142V 10549750

18k X X X

X 2u2

X X 6R8 47k 12k7 4k22 10k 82k 12k X X X

GND1

CP101

GND1

RP064 1k

RP063

CP017/018/019

*

RP066 *

*

*

CP062 2,8 10u

TP027 BC847B

RP062 1M

0

CP063 4n7

GND1

GND1

150p

CP068 470p

6Vpp-T=32!s

4u7

JUMPER 6R8 11k 3k65 X 24k 270k 18k X

!

Use isolating mains transformer Utilise un transformateur isolateur du secteur Einen Trenntrafo verwenden Utilizar un transformador aislador de red Utilizzare un transformatore per isolarvi dalla rete

DP160 LL4148

TP161 BC847B

0,7Vpp-H

*

GND2

CT 19103 34 10 55 60 10 28"MP AK

DL003/04

DL032 DL003/04 JL943 LL001 LL001 RL052

BYT08-400 BYT01-200

10 46 87 60 10 25 84 40

X Inserted Not inserted

BL013 BL052 CF002 CF028 CL023 CL028 CL029 CL030 CL031 CL032 CL033 CL034 CL036 CL037 CL067 CL084 CL211 DF011 DL023 DL032 DL034/36 DL046 DL057 DL157 DL071 DL092 DL334/36 JL932 JL933 JL934 JL936 JL985

RP157 130k

*

GND2

GND2

CT 19105 37 10 35 15 30 28"MP INVAR 25"SF INVAR 29"SF INVAR

GND2

CT 19152 37 10 52 06 10 25"SF INVAR 29"SF INVAR MM Version

DL001 RGP10G

RL003 2k2

RL004 1k

LL006 3u3

RL002 3k3

12,4

+USYS GND2 UVERT

(V)

(V)

CL146 150p

(L)

2

UVERT

SMPS

EW_BACK

RL025 470R

RL023

*

*

680p 1u0

680p 1u0

680p 1u0

680p 1u0

680p 1u0

2n2 1u0

2n2 1u0

2n2 1u0

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

1n0 3u3 1n0/2KV 12n4/2KV 22n0/1K0V

1n0 3u3 1n9/2KV 11n6/2KV 27n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

12n/400V 2u2 410n0/400V

2u2 460n0/400V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V

410n0/400V

56n 470n0 2n7/2KV 11n6/2KV 33n0/1K0V 680n/400V 12n/400V 2u2 560n/250V 100n0 3n9/400V 470p0 DTRANS 68.0V

BYR29F-600 MUR1100E BAV103 LL4148 BZX55C33

BYR29F-600 EGP10D MUR1100E BAV103 LL4148 BZX55C33 1N4148

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BYR29F-600 EGP10D MUR1100E BAV103

BZX55C33 1N4148

BZX55C16 1N4148

BZX55C33 1N4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148 BZX55C24 1N4148

BYR29F-600 EGP10D MUR1100E BAV103 LL4148 BZX55C24 1N4148

100n0 3n9/400V 470p0 DTRANS 68.0V BYR29F-600 MUR1100E BAV103 BZX55C24 1N4148

RL017 39R

RL018 39R

GNDL

* = see CT 19xxx xx = see DP 19xxx xx

CL037

JL936

*

*

RL028 470R

250V

*

TL028 TIP122

T = 10ms

1 1

1

LL032

*

7 GNDL

CL032

*

3

GNDL

GNDL

*

*

*

1

6

34

LH

6 5

RL063 5k49

*

*

7,1 RL058 10k7

*

SMPS_IN

SAFE 8

4

2

+13V

IL062

RL056 10k

1

-

CL062 1n

1,2

TL062 BC848B

RL160 1k GNDL

*

GNDL

*

GNDL

+13V

GNDL GNDL

*

CL063 1n

IL062 TL082CD

RL068 7k5

GNDL

GNDL

5 GNDL

0

4 +

8

RL127

CL034

RL069 7k5

VCC1 7,8

(V) BREATHING 3,2 JL020 100R

7 1,2

+

7,8 3

RL126

RL136 *

(V)

CL061 1n (L)

RL125

RL135

6

*

(V) H_REF

RL055 1k

* GNDL

RL134 *

RL067 7k5

T = 10ms

GNDL

GNDL

RL057

CL073 1u

2 LL029

+13V +U13

+13V

CL045 470u

RL137

CL036 * JL932 * LL034 2 5 *

*

*

2

CL067

*

GNDL

RL066

*

DL066 BZX55B47

CL066 1n RL065 100R

(P) SAFE 2,7

RL054 8k2

GNDL

RL064 10k

DL060 ZMM3.3

0

TL063 BC847B

RL073 1k

GNDL

(L) DEFLECTION PART

12Vpp

DP 19100.00

CT 19105 37 28"MP INVAR 25"SF INVAR 29"SF INVAR

Deflection - Picture Tube related Partlists CT 19152 37 CT 19155 37 CT 19156 37 25"SF INVAR 29"SF INVAR 33"MP INVAR 29"SF INVAR SS-Yoke 37"MP INVAR MM Version

10 55 11 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 08 70 10 15 42 70 JUMPER

10 51 82 30 22u0 16u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1K0 7k15

10 15 32 70 10 51 82 30 22u0 13u5 26u5 10k 1R0 1R5 82R0 1k0 6K49

10 51 82 30 22u0 13u5 26u5 10k 1R0 1R0 270R0 43R0 1k0 7k15

CT 19103 34 28"MP AK

DL032

CL029

*

1

2

*

*

CL033

LL033

LL030 LL029 * 4

JL934

*

*

RL029

RL027 470R

JL933

RL030

200mVpp

4k02 61k9 2R2 3k3 270k0 33k2 56k2 4k22 59k0 27R0

*

*

DL030 DTV32F-1500

RL129

*

CL057 330n

9,3

CL031

RL014 39R

GNDL

*

*

LL008 LL029 LL031 LL033 LL034 LL037 LL046 LL047 LL084 RF002 RF012 RF013 RF020 RF025 RF036 RL020 RL023 RL024 RL026 RL029 RL046/48 RL051 RL053 RL057 RL066 RL082 RL084 RL092 RL124/25 RL126/27 RL129 RL134/35 RL136/37 RL211 RL214 TL030 ZOOM

GNDL

RL026

CL028

*

RL016 39R

GNDL GNDL

CL042 1000u to BL510 DFB GNDL

RL124 *

*

(V) CL027 1n

ZOOM 190XX 00

4

(F) +UVFB 59

13,5 (F,P)

LL045 10u

RL155

1

LL001

RL024

PP 19100.00 - PP 19101.00 - PP 19110.00 - PP 19111.00 - PP 19120.00

CT 19251 40 10 57 85 50 28"SF INVAR 32"SF INVAR IM/MM+PVM

LH RL037 1k

LL037 *

ON4977

(V)

EW_DRIVE

2 1

Yoke or Zoom module

RL045 100k

CL044 100u

DL043 RGP10M

DL041 RGP30D

BL013*

47R BL035

2

* * TL030

CL005 470u/16V

GNDL

CT 19151 34 10 52 06 00 28"SF INVAR 32"SF INVAR MM Version

GNDL

ZL041 MP160

*

DL157 LL4148

RL211 *

*

CL039 27n 250V

HTR2 HTR1

(A,C,H,X,R,V) RL040 0R27

RL214

DL057 or DL157 : only some models ; see parts list

*

CL023 * +USYS

*

LL031 6

5

RL020

*

DL023 BEAM_INFO

1200Vpp-H

12

8

13Vpp

1

TL005 MPS750

13Vpp

RL021

*

BEAM_INFO

CL043 330p RL043 2R2 CL041 330p

P

GNDL

+UVIDEO

to BB02 CRT

GNDL GNDL

GNDL LL043 22u

*

CL211

CL038 27n 250V

7,4

1,2Vpp-H

(L,P)

BREATHING (V)

*

10

*

*

DL004

(V) 7,8

(L)

(L,V)

TEMP_ABL (V)

PKS

*

DL057 BAV103 9

RL092

T = 32!s

CL004 10u

7,2

+13V 3 2 1 GND2

(V)

+13V

VCC1 (V)

(L)

(V) SENSEM

13Vpp

DL003

RL015 1R

T = 32!s

RL022

(L) +13V

*2 BP110

CL046 10u

DL046

+UVIDEO 198

BL050 5 4 3 2 1

*

11

*

T = 32!s

TL004 MPSW01A

TL001 BC847B

T = 32!s

(R,V,A,H) +5V (V,F) 23 +UVERT (V,L,X) +10VSTBY

DP134 1N5817

(P) +USYS

9VREG (X)

SENSEP (V)

CL008 4n7

CL006 27p

7,3 0,5

GND2

+5V

JP310 1k TP152 BC847B

Note : the last two numbers of the CT xxxx part list name indicates the system voltage. e.g. CT 19005 31 Usys 131V Nota: Los dos últimos números de la denominación CT xxxx, indica la tensión Usys e.g. CT 19005 31 Usys 131V

RL013 4R7 0.5W

CL003 220p

(V)

H_DRIVE

VCC1

Deflection - Picture Tube related Partlists CT 19111 34 CT 19155 37 CT 19156 37 10 44 48 10 10 56 20 10 10 56 19 90 29"SF INVAR 28"SF INVAR 33"MP INVAR SS-Yoke 32"SF INVAR 37"MP INVAR IM Version

(L,P) SAFE

(L)

-US GNDS +US

+UVFB CL001 1000u 16V

T = 32!s

(P) POWER SUPPLY

2,2Vpp-H

DL092

T = 32!s

3 GND2

LL046

* CF011 470n

(L)

RL047 22R

GNDL

JL943

RL001 3k3

TP167 BC847B

10k TP145 BCR141

GNDL

RL046 RL048

DF011

*

RL050 26k7

LL047*

3 5

RF015 PTC-15R

CF015 2200u

CF021 100n

4

RP162 2k2

0

RP138

THERMAL PROTECTION

GNDL

2

(P)

+10V STBY

GND2

RF011 1R5

+10V STBY

CL002 560p

GND2

-2,4

12,6

IF001 TDA8177F

GNDL RL044 26k7

*

*

5

(P)

DL070 LL4148

DL050 BZX85C22

7

POWER_FAIL

(R)

RP144 1k

DP133 1N4001GP

RP160 2k2

GND2

T = 32!s

*

TP162 BC847B

RP152 2k2

-7,5 RP159 330k

13

H_REF

*

GND2

RP139

T = 32!s

GND1

Deflection - Basic Partlists 100Hz DP 19100 00 10 34 99 80

RP151 12k

1,6

13Vpp

RP166 1k

GND2

GND2

CP151 220n CP152 220n

TP166 BC857B

12,6

RP158 68k

POWER AMPLIFIER

7

DF001 1N4148

*

*

CL052 10n

RF012

133,7

+USYS

DL052 RGP10G

BL052

*

*

CL030

12,1

GND2

1

RF003 2k7

UP_RES

(R)

GND2

TP150 BC858B

*

RL053

RF013

BF001 1 2 RF020

*

RL070 15k

*

2 1

B

4

RP145 GND2

CP143 470u

RF002

CF002

+10VSTBY

5

RP150 10k

CP131 10u

RP156 1k

*

GND2

0.7W

Note : Power Supply primary circuit measurements. - Use only ( GND1) connection point. Attention : Mesure dans le bloc alimentation - Utiliser la masse du bloc alimentation ( GND1 ). Achtung : Bei Messungen im Primärnetzteil - Primärnetzteilmasse verwenden ( GND1 ). Attenzione : misure nell'alimentatore primario - usare massa alimentazione primario ( GND1 ). Cuidado : Medida en el bloque de alimentacion - Utilizar la masa del bloque de alimentacion ( GND1 ).

RP163 2k2 RP161 330R

RP100 10M

-0,5V

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

GND2

DP152 LL4148

RP165 120k

DF002 LL4148

+5V STBY

0,1

IP140 TDA8139 GND2

*

RP149 4k7

4,2 IDIS 4

5

RP143 2k32 1%

GND2 3

IP130 MC7812-CT

DISABLE

RP164 100k 5,7

RF024 4R7

CRT

DF028 LL4148

1,6

(V)

5

6,13

2

DP151 LL4148

2

CP100 1n5

GND1

0

1

3

1

GND1

GND1

!

23

CP130 2200u

GND2

RP070 2k2

RP068 1k

GND1

18

(L) +U13 +5VSTBY

GND2

CP144 10u

RP148 18k

FRAME_DR

SAFE

(L)

GND2

6 5

GND

GND2

LP070

4

OUT 2

PROG VO2

RP142 2k21 1%

GND2

CP135 470p

o

PROT.

8 5,7

2,5

DP130 RGP30D

2 1 9 VI2 VI1 VO1

RF007 10k

+5V

RP177 12k

(R)

RESET

TP146 BD241

0R

RP147 4k7

REF.

GND2

*

*

RP067 1k

CP067 150p

RP065

10u

2

GND2

8

RP146

*

RL082

RL081 68k1

RL080 7k5

1

RP176 4k7

CP176 2n2 GND2 GND2

13,2

OUT 1

*

17

0

DESIGNATON POWER PP.19100.00, PP.19101.00, PP.19110.00, PP.19111.00, PP.19120.00

*

CP140 4700u

GND1

GND1

CP142 150n 3 * 3 GND2 7 CP146 5,7

-16,9 (-13.5 :Dolby) DP140

o

RP020 * 0R10 2.5W

RP124 10k

RP123 10k

*

14

CP141 2m2

RP121 10k

RP120 10k

CP121* 470u 35V

DP109

TP060

CP040 470u

LP040 * 4u7

VOLTAGE CONTROL

OUT

MODULATOR LOGIC

CP137 * 470p

UB-Driver

DP040 BZX85B2V7

RP040 22R-1/2W

11,2 11,8 14 15 16

15

TP175 BC847B

BP120

GNDS

GND2

CP120* 470u 35V

CP138 * 470p

10

15Vpp-T=32!s

0,8

U MAINS 220V

GND2

DP108

*

DP175 LL4148

3 2 1

16,9 (13.5 : Dolby )

16

8

Flyback

0

4n7

DP061 LL4148

GND1

RP050 10R

CP053 330p

CP054 470u

RP054 *

GND1

DP053 RGP15G

RP053 0R

RP055 15R

*

GND2

CP179 47u

RF123 10R

V

RF036

59 3

+5V

DP178 LL4148

GND2

BP190

+US GNDS -US

JP913

CP102 1n

RP102 100R

*

CP110 100u 200V

DP113

*

CP051 100u

DP051 LL4148

+USYS (L)

5/6

GND1

CP056 47u

GND1

GND1 GND1

GND1

9,6 ON/STBY

CP052 10u

1

CP05 68n

1

RP060 270k

DP060 LL4148

RP179 22k

DP179 LL4148

6 22.5

2

0,8Vpp

4.2

RL051

GNDL

P

RP059 * 220k

BP07

2.5W

600Vpp-T=32!s

RP175 1k

CP171 22u

3 2 1

RF023 4R7

60Vpp

0

VCC1

RL052 46k4

RF124 10R

*

DL034

*

RP05 18R

P

0

RP130 0R10

LP112 95u

RP112 1k2

(V)

CF028

DF033 RGP10G

7.2

DL051 RGP10G

EHT

DL334

1

2

DP052 1N4001GP

18

T = 10ms RP172 10k

RF025 *

GNDL

A

DL336

SP05 12V-relay

o

*

DP126 LL4148

RP126 2k2

DF007 ZMM15

*

7.9

JL985 *

6

DL071

T = 10ms

*

LL008

DL036

2

CP023 2n2 13,5 en STBY 28,5 1 IN

*

*

*

DP112 MUR1100E

CP112

JP916 */*2

100R 4,5W

RP027 10k

*

CP126 100u

CP111 *

JP915 */*2

19

GND2

DF031 RGP10G

RL084

*

*

FP01 T2.5A

LP20*1_2 LP021 1/2 1 1 *

GND2

GND2

*

CL084

RL072 1k

1

1

CP01 100n

DP027 *

20

2

RP022

RP191 4k7 RP190 5k6

+13V

RL071 43k

CF031 100n

CF029 470u

LL084

DL072 LL4148

RL171 13k

2

1

* RP11 OR

2 JP302 *1

0,6

* RP026 100k

*

RP128 2k2 RP127 100k

TP190 BC857B

0,2 RP170 10k

CP170 4n7

RP171 22k

CF027 100n

*

* TP08 * RP09 1k BC548B

CP022 470p

DP022 FUF4005

* TP026 BC846B

*

1,6

*

JP914 */*2

21

GND2

DP110

DP190 LL4148

(P)

+UVERT

RP167 10k

5 6

TP025 * X0205MA

* DP034 LL4148 * DP028 5V1

JP917 */*2

22

13

RP193 4k7

13 in STBY 23

5,8

RP173 100R

22n

*

* DP08 1N4148

8

121,7

2W

BP06 3 DEG 2 +13V 1 TO SIGNAL BOARD (BR003)

*

LP20*3_4 1 o

3/4

TP129 BC857B

133,7

*

RP129 10k

*

(V) BREATHING

TP170 BC847B

CP150

1

RP032 120k

RP031 120k

13.5

16,9 (13.5 :Dolby) +US

-16,9 (-13.5 :Dolby) -US

0.3

(BM04)

JP08

3

RP08 * 10k

LP020

0,04

*

CP08 * 22n

CP019 470p *

RP030 120k

DOLBY

RP192 100k

2

3

USYS

GND1

to CRT board

1

4

RP025 33k

BP025

MAIN

CP020 150u

DP019 FUF5404 *

JP911

* RP028 100k

1

7

LP01

DP018 FUF5404

CP017 470p *

251

LP019 *

CP02 100n

4

CP018 1u *

330

GND1

6

BP08

2

BP020 1 2 3

+300V 1 2 3

JP910

CP12 4n7

LP15

*

GND2

GP30M

CP13

CP15 * 470n

3

1n5

GP30M

RP01 470k

BP10

CP11 4n7 RP10 2R7

GND2

DP 12

MAINSSWITCH

GP30M

CP10

DP 13

GP30M

JP902

DP 11

2

DP 10

1

DP16 * GP30M

*

1

GNDS

BP03

+5VSTBY

JP01 *

BP02

2

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k53 121K0 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k02 61k9 2R2 3k3 270k0 8k66 56k2 4k22 61k9

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

4k7 7K5 7K5

6k8

7K5 7K5 6k8

7K5 7K5 6k8

ON4977

ON4977

ON4977

7K5 7K5 6k8 BAV103 ON4977

CT 19111 34 28"SF INVAR 32"SF INVAR IM Version

CT 19151 34 28"SF INVAR 32"SF INVAR MM Version

CT 19251 40 28"SF INVAR 32"SF INVAR IM/MM+PVM

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 52 03 30 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

10 57 67 40 10 34 76 50 JUMPER 10 53 27 20 10 15 32 70 10 51 82 50 22u0 13u5 26u5 10k 1R5 1R82

150R0 1K0 4k64

150R0 1K0 4k64

150R0 1K0 4k64

2k67 36k5

2k67 36k5

2k67 36k5

3k3 270k0 6k34 56k2

3k3 270k0 6k34 56k2

3k3 270k0 9K09 56k2

59k0

59k0

64K9

4k7 7K5 7K5 2R2 7K5 7K5 6k8

4k7

7K5 7K5 6k8

4k7 7K5 7K5 2R2 7K5 7K5 6k8

ON4977

ON4977

ON4977

ON4977

2R2

6k8

ICC19 100 Hz Updated 11 / 98

First issue 09 / 97

COMPLETE PCB DIAGRAM - SCHEMA PLATINE PRINCIPALE EQUIPEE - SCHALTUNG LEITERPLATTE KPL - SCHEMA PIASTRA COMPLETA - ESQUEMA PLATINA EQUIPADA

GNDD

GNDD

+5V

RR171 *1

CR039 100p

CR004 100n

2k7

RR056

2k7

RR057

10k

+5V

GNDD

100R 100R 100R

GNDD

RR051

*2

+5VSTBY

GNDD

RR060 1k RR065 RR063 RR062

RR066 100R CR065 100p

GNDD

CR066 100p

or ZOOM/ RR071 *1

GNDD

6

IIC-CL-1 GNDD

7

GNDD

8

4 3 2 1

CR006 10n

CR063 100p CR062

100p

CR060

100n

RR61

2k7

CR005 100p +5VSTBY

GNDD

GNDD

GNDD

Production Connector

GNDD

1 2 3 4

VIDEO GNDV IIC_CL_1 IIC_DA_1

+5VSTBY

3,7

RR099 10k

CX280 100p

0 +U13 GNDD

0,6 RR105 1k74

RR098 22k

TR105 BC848C GNDD

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

RR085 100R

*1 = see partlist CT 191xxx

GNDD

(A)

AV2_R_IN

(A)

BX002

CR092 470p GNDD

(R)

MICROPROCESSOR RP 19000.00 RP 19101.00 RP 19100.00 RP 19102.00 RP 19103.00 RP 19400.00

Updated 11 / 98

GNDS AV2_R_IN GNDS GNDV AV2_L_IN +10VSTBY AV2_8 GNDV AV3_Y_IN U_SCART AV3_C_IN GNDV AV2_C_IN GNDV AV2_Y_OUT GNDV AV2_Y_IN GNDV CVBS_SAT GNDV

CX282 330p

RX282 6k8

GNDS

RX133 100R

RX131 100R

VCC_IX GNDV RX150 120k

RX116 100k

RX115 75R GNDV

RX107 75R

RX151 100k

RX111 75R

GNDV

DX151 BAV103

3,5 2,5 4,3 2,9 3,4 4,3

GNDV

GNDV

IIC_CL_1 IIC_DA_1

1 2 3 4 5 6 7 GNDV 8 9 9,4 10

AV3_Y_IN AV3_C_IN AV2_Y_IN AV2_C_IN

AV1_Y_OUT

CX140 47p

CX130 47p

GNDV

RX121 NI

CX120 10u

4,3 JX018 33R

IX900 TEA6415C

CX900 47u

RX900 1R

GNDV RX221 NI

RX220 75R GNDV AV2_Y_OUT

GNDV

U_SCART

RX350 100k

RX351 100k

5,3

RX965 100R

3,2

RX955 100R 3,2

5,3

Mute

n.c.

2,6

TX960 BC848B RX961 2k2

RX910 100R

+5V (P)

AM_AF (A)

AFC (R) SIF (A)

AGC (H)

T = 64!s

+U13 (L)

CA012 470u

CA014 470u

CA013 100n

GNDP

RA026 28k7

1 2 3 4 5 6 7 8 9 GNDS 10 11 12 MAIN_L GNDS 13 14 GNDS 15 MAIN_R GNDS

GNDS

GNDP

100n

CA023

RA028 33k2

RA023 1k4

RA024 4k99

CA019 68n

CA018 1u

GNDS RA027 1k

GNDV

GNDV

CA021 100n

GNDP

6

MUTE/ ST-BY

GNDS

GNDV

GNDV

XP 19100 00 Scart 100Hz Scart 100Hz Sat. XP 19101 00

BI001 CX150 DX001 JX920 -

X X

jump jump

X -

-

1Vpp-H

(R) (R)

CV002 10u

RV011 47R

GNDP

GNDP

BV021 to BT021 Video-Text 1 R_TXT 2 G_TXT 3 B_TXT 4 FB_TXT 5 GND_2H 6 VIDEO_2 7 V_SYNC 8 SSC 9 GND_2H 10 VIDEO_1 11 GND_2H 12 CHROMA_2

T = 32!s

T = 32!s

T = 32!s

0,7Vpp-H

1,3Vpp-H

1,2Vpp-H

RV021 47k

T = 32!s

T = 10ms

CV003 22n

RV022 15k

0 5Vpp-V

(X) (X) (X)

5Vpp-H

CV012 82p

CV009 100n

DV011 LL42

RV003 24k9

DV012 LL42

CV007 1u

CHROMA_2 (V) (630mVburst) (R_load>=300R) VIDEO_2 (V) (2,1Vpp) (R_load>=300R)

SECAM

T = 32!s

CX950 220n

2Vpp-H

GNDV

T = 32!s

2Vpp-H VIDEO_1

(V)

(2,1Vpp) (R_load>=150R)

RX951 2k2 GNDV

CHROMA_1 (V) (630mVburst) (R_load>=300R)

1Vpp-H

CV036 100n

7,8 12

PAL

BV011 (Up-Converter) (or VM19100) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

GND_IF SSC GND_2H MAIN_Y MAIN_V MAIN_U GND_2H VDFL HDFL LDFL GND_1H FB_AV1 B_AV1 G_AV1 R_AV1 GND_1H CHROMA_1 GND_1H VIDEO_1 9VREG

CV041 220n 0,7 1

9VREG (X) VIDEO_1 (X) CHROMA_1 (X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1 (X)

3,7 56 VCC LIN

0,7Vpp-H

YOUT

WS

0 11

RV041 15k 3,2 1

3,6 18 SDA

COLM

5 20 SCL

8,9 24

CV021 100n

3,8 23 VCC1

IREF

2,6 2 Y

BV010 1

VCC1

T = 32!s

(L) +U13

Phi2 - Loop

Startup - Oscillator SLPF 21 2,3

CV207 220p

LL4148 RV213 4k7

(V) VIDEO PART VP 19100.00 - VP 19400 00

G_TXTB_TXT

AUTO-PIX

VCC GND VID VID 43 5 CUTOFFMEASUREMENT ICUT RV092 180k 39 Bus VABL

TXTOUT 36 0,3 RV206 270k

Vertical Sawtooth, VERTICAL-

CPHI2 38 2,5 CV047 220p

G_OUT

41

2,4

B_OUT

40

2,3

HDRIVE CSOF

EWIN 30 3,3

34

32 1,1

CV246 220n

0,7 SENSEM

27

SENSEP

26

13,6

FROUT

25

1,6

0R RV072 RV071 1k

RV073

0R RV082

CV216

*

CV216

VM19100.00 VM19400.00

470p 820p

FB_BS CRT_ICUT GND_2H CRT_B GND_2H CRT_R GND_2H CRT_G +U13

TV073 BC857B

100R

RV084 820R

T = 32!s

13,5

RV083

EWOU 29 4

CVER

BREAT

RV231 100R

37 0,2

(F) SENSEM

RV232

SMPSIN SMPSOUT 31 7,6

28 4,3 CV234 33n

RV086 10R TV083 BC857B

100R

100R CV241 100p

CV231 1n

(F) SENSEP RV233

(F) FRAME_DR

1k

CV232 1n

(L)

DV104 LL4148

6,1

*

RV076 10R

3Vpp-H

SMPSControl

Protection

CV206 220n RV216 330R

9 8 7 6 5 4 3 2 1

4k7

RV074 820R

RV062

V.Breathing

GND1

17 5,4

BV001 (CRT-Board)

RV091 CV092 10p RV061 1k

RV081 1k

SSC 35

SSC GENERATOR

S-Correction,

East-WestCorrection, H.Breathing

13 0 CV213 47p

2,7

RV066 10R TV063 BC857B

0R VCP VBLK HBLK

Start

HFLYInterf. HFLY 33 1,9

R_OUT 42

RGB-DRIVE & OUTPUTSTAGE

RGBLIMITER

100R

3Vpp-H

45

AVERAGE BEAM LIMITER

LOGIC

DV025

H_REF (L)

7,8 44

47 R_TXT

FB_TX

APX

RV064 820R

T = 32!s

CV008 22n

CV033 100n

2,6

RGB-VCP-GATE CLAMPING AND DE-MATRIX

Delay

Soft-

Line-Countdown-Logic

2,6 46

Bus

VPAN-

GNDLI 10

CONVAR

R-G-B-MATRIX PAL/NTSC

LDFL

DV027 LL4148

GND_TUNER

CUTB

CONTRAST SATURATION BRIGHTNESS Y,U,V

YUV

2

DV028 LL4148

CUTG

CV032 100n

RV063 50

RGB-VCP-GATE

IV001 STV2162

VDFL

7 HDFL 0,3 8

CUTR

CV031 100n

0

AND DE-MATRIX

APL

0

DV026 LL4148

VIN

I2C-BUS DECODER AND LATCHES

LumaAverageDetector

LumaAverageDetector

4,1 49

3 UIN

Y

0,9 6

2,6

VCP GATE CLAMP V U ColorEqualizer

VOLTAGE- AND CURRENT REFERENCE 5V

5

CV048 CV046 CV044 100n 100n 100n RV038 RV201 4k7 0R 2,6 2,6 2,6 0 16 15 14 51

CV023 CV022 100n 100n

2 53

Function 4 YIN

5 CV042 220n

7,9 22 REG

V5V ON/ OFF

WhiteStretchJV902

GNDS

XP 19100.00 XP 19101.00

CHROMA_2 VIDEO_2 VIDEO_1

CONVAR

CV006 100u

T = 64!s

H_DRIVE (L)

JX923*

1

CA024 100n

(L,P) CV011 82p

PAL

T = 32!s

(X) SCART-PART

X X

bass

GNDP

RA030 4R7

only in : AP 19001 00 AP 19000 PCB

4

+U13

CX724 10n

JX923 RX281

2 CA027 3n3

IA002 TDA7298

RV101 CV102 100u

CV103 4u7

RV107 82k

TEMP_ABL

(L) BEAM_INFO

DV101 4k75 ZMM6V8

DV102 (V) VCC1

DV221 LL4148

BREATHING (L,P)

*

BA004

GNDP

1

5 7 3

CA022 470u

GNDP

CA020 470u 2

GNDS

TV002 TIP122

IIC_CL_1 IIC_DA_1

EW_BACK (L)

DX351 BAV103

GNDP

GNDP

CA025 RA025 220u 665R

GNDV

DX301 BAV103

R

CA011 100n

EW_DRIVE (L) RX303 2k2

1

GNDP

+U13

U_SCART

GNDS

CA028 220n

GNDP

3,2Vpp-H CX001 220n

2,6

GNDV

GNDS 16,9 (13.5 : Dolby )

RV002 680R

GND_IF (H)

RX920 100R

RA034 68k

GNDP

CA010 100n

RV012 47R

SECAM

(P)

CX723 10n

RX921 1k

2 RA014 4R7

*

GNDP

GNDP

JI915 0R0 LI053 6u8

+10VSTBY

GNDV

GNDV TX920 BC546B

BA006

CA008 3n3

* CA004

+10 V STBY

+10V STBY

*

GNDV

4,6

DA001 LL4148

RA040

23

CX965 220n

RX960 5,3 100R 5,3

RA016 4k7

*

RA006

3

DA002 LL101A

+US 16,9 (13.5 : Dolby )

RV001 10k

+UVERT (P) T1_CVBS (X)

CI033 4n7

RI033 1k

TI034 BCR141

RX966 2k2

TX950 BC546B

RA018 22k

8 4 0

IA001 TDA7269

JI906 TI030 BC857B

9,4

RX950 100R 3,2

RX911 1k

2,7

RI045 68R

L

GNDP

+US

GNDP

AUDIO PART AP 19000.00 AP 19001.00 AP 19010.00 AP 19011.00

4.4in norm. L,L' 0 in norm. G (PAL/BG) (EURO)

9,4

RX956 2k2

RA017 2k2

GNDP RA008

+10VSTBY (P) RI028 22k

13,5

DX001 LL4148

TX965 BC848B

GNDS

8 9 GNDS 10 11 12 1 2 3

to BP120

(P)

-16,9 (-13.5 :Dolby) -US -US

RA031 100k

to heatsink sound

-US -16,9/-10,3 in STBY (-13.5 :Dolby)

n.c.

n.c.

n.c.

n.c.

Vo AF

GND1H

1 2 3 4 5

+US 16,9/10,5 in STBY (13.5 :Dolby)

U_SCART

9,4

GNDS

RI051 0R

TAGC

AFC

Vo vid

Vo QSS

VCO1

VCO2

Vi vid LSWI

Vo CVBS

STD

CA015 4u7

(A)

GNDV

2,6

GNDV

RI035 68R

5

0

GNDV

TX910 BC546B

9,4

RI039 82R 1,9

1,2 1,3

RI034 1k5

0 in norm. I 4,3 in G,D,K,LL'

GNDV

3,3

CX301 10u

*

JI928

1,2 0 RI029 22k

2

GNDV

TX955 BC848B

CX920 220n

CX350 22n

PI035 2k2

TI031 BC847B

1,1

1

CI030 10n

5,5

1 L

RA013 4R7

0

R 10

9

0 7 L

RA035 33k

GNDS

GNDS

2 0

GNDS

RA022 604R

TA001 BC857B

GNDP

CI056 4n7

11 R

RA020 1k43

RA021 1k43

5VSTBY RA002 10k

RI055 1k

TI032 BC847B

L

4,6

RX912 75R RX992 1R

RX922 75R

RI037 470R BG

TI033 BCR141

IX001 MC7809-CT

9,4 3

16

AV3_C_IN RX301 2k2

GNDS

5VSTBY

BP190

RI038 1k8

BI001

CX002 47u

RX991 1R

AV2_Y_OUT

15

GNDV

GNDV

VCC_IX

14

RI027 470R

RI031 1k5

CI022 4n7

CI052 4n7

PI050 22k

JX920

GNDV

AV3_Y_IN

5VSTBY (P)

RA001 33k2

BA005 2 CA009 100n

CA007 3n3

6

1

*

GNDS

RA003 RA004 RA005 RA006 RA007 RA008 RA011 RA012 4k7 4k7 560R 560R 22k 22k 4k7 4k7 4k02 4k02 1k21 1k21 49k9 49k9 2k74 2k74 4k7 4k7 560R 560R 22k 22k 6k8 6k8

*

-16,9 (-13.5 :Dolby) 0

RA012

RA029 2k2

+5 V STBY

+5V (P)

GND

13

I_INFO (R)

O2

GNDV

DX220 BAV103

CX220 10u GNDV

0 TA002 10V ST-BY BC847B

RA019 10k

C-MUTE (R)

CI031 22u

CI055 39p

0 in norm. L,L' RI032 1k8 4,3 in norm. G (PAL/BG) (EURO)

DX001 replaced by jumper in XP 19100 and XP 19101

AV1_Y_OUT

12 2,5

QI053 6MHz

3,2

GNDV

11 3,5

PI030 2k2

jumper JX920 not fitted in Sat-versions XP 19001 XP 19101

CX910 220n DX251 BAV103

CI072 1n

17

RI053 220R

4

CX901 220n

U_SCART

RX251 100k

CX250 22n

RX215 75R

10 2,5

RI050 330R

O2

O1 5

9,4

RX250 100k

CX726 330p

GNDS

+5 VP

- US

O1

GNDV

VCC_IX

GNDS

9 0

CI053 100n

CI046 100n

U_SCART

GNDV

8 2,7

3,5

VCC_IX

DX120 BAV103

CSAGC

TPLL

TADJ

7 2,7

CI054 2u2

3,7 20 19 GNDV 18 17 16 15 14 13 12 11

IN8 GND OUT1 OUT2 OUT3 OUT4 OUT5 OUT6 PWDEC IN7

AV1_Y_IN

RX120 75R GNDV

AV1_C_IN

IN1 DATA IN2 CLK IN3 IN4 PROG IN5 VCC IN6

18

RA010 1k

* CA006 100p

*

*

GNDS

RA007

RA005

CA003

*

RA004 CA002

*

CA001 CA002 CA003 CA004 0R 0R 22u 22u 220n 220n 1u 1u 0R 0R 22u 22u

RA011

GNDS

CI061 2u2

CI048 680n CVP/2

Vp

GND

CVAGC

Vi SIF

Vi SIF

INSWI

Vi VIF

Vi VIF

6 0,8

0 in PAL-BG /H/I/D 4,8 in norm. L'

RX132 100R

CX150* 22n

RI078 1k

RA009

* CA005 100p

GNDS

+ US

+U13 (A,H,R,V)

R_AV1

RX134 100R

2 19

-US (P)

GND

FI015 38M9

2 I1 I2

3

(R)

G_AV1

(V)

CBL

+5V

100R

RH003

5 0,2

*

GNDV

1 GNDS 2 3 GNDS 4 GNDV 5 6 +10VSTBY 7 8 GNDV 9 10 U_SCART 11 12 13 14 15 GNDV 16 17 18 19 20 GNDV

1

(H) TUNER IF PART

1,9 20

GND1H (H)

NORM (R)

BG_INFO (R)

USYS (P)

RI026 47R RI024 1k

U_SCART

*4 = only RP 19100 00 + RP 19013 00 + RP 19400 00

GNDD

RI012 56R

FI010 OFWK3954M

CX902 10u

100R

RX281* 10k

Vi VIF

+5V

+30V

DA

1 2 3 GNDS 4 5 6 GNDV 7 8 9 10 11 GNDV 12 13 14 GNDV 15 16 GNDV 17 18 GNDV 19 20

RX140 100R

CX722 330p

*3 = only RP 19000 00 *5 = only RP 19101 00 *6 = only RP 19102 00

ICC19 100 Hz First issue 09 / 97

AV2_L_IN *2 = unused option CR085 10n

TR106 BCR141

to SCI BX002

+U13

RX130

GNDV

RR084 10k RR107 1k74

CI007 27p

4,7 GNDV

RX280 100R

AV2_8 (R)

+5VSTBY

RR106 470R

(R)

BX001 AV1_R_OUT AV1_L_OUT GNDS AV1_R_IN AV1_L_IN GNDV AV1_8 EXT_LINK B G GNDV R/C FB GNDV AV1_Y_OUT GNDV AV1_Y_IN GNDV IIC_CL_1 IIC_DA_1

(V)

(A)

GNDD

IR003 M24C32BN1

2 I1 I2

HP 19013.00

B_AV1

(A)

AV1_R_OUT

1

3

RI005 15k

0 in PAL-BG 4,2 in norm. L 4.2 in norm I,D/k,l'

4,8 in PAL-BG 0 in norm. L SECAM 0 in norm I,D/K,L'

(V)

(A)

AV1_L_OUT

CR001 47u

CR002 10n

5

IIC-DA-1 GNDD

CR003 10n

RI023 27R

FI002 38,9MHz

FB_AV1

AV1_R_IN

AV1_8

(A)

(R)

AV1_L_IN

+5VSTBY

LR005

+5VSTBY

RI025 47R

CI012 4.7p

2 21

*

RV052 LL4148

2k7

RI021 820R

4 0,2

CI050 100n

5

CI009 15p

CI008 100n

(V)

AGC (H) 2k7

RR053 RR055

D CR038 100p

*2

RR052

DI001 BA782S

TI010 BCR141

(AV1)

CR037 100p

RR050

RI003 4k7

RH008 12k

GNDD

to SCI BX001

MARK-E-TING

CR067 220p

CL

E_FIELD

AGC

CH009 47p

CI005 6p8

3 1,8

DX001

D03

TI020 BF799 0,5

2 22

9VREG

D04

CI003 6p8

26

4 23

(V)

D05

17

RH007 12k

LH004 10u

2 3,2

1 3,2

(R)

D06

19 18

22

1,2 RI004 180R

CI077 4n7

RI077 22k

CI070 4n7

2,6 24

AP.19000.00 AP.19001.00 AP.19010/11.00 1k

CA001 RA003

RA032 10k

FI030

2,4 25

*

BA002

RA033 10k

3k3

4

L1_INFO

D07

20

Q3

RH010 15k

RI001 10R

RI054

T1_CVBS

21

Q5 Q4

Vss

CH010 22u

DH001 ZMM33

CH008 470u

CI032 1u

CI060 2u2

CI021 1n

4,2

CI004 4p7

Vi VIF

IF

or ZOOM

Q7 Q6

Q1 Q2

RH002 2k57

CI002 5p6

0 27

RI079 22k

CA16 1n

-US +US

3 2 1 GNDD

GNDD IIC_CL_2 IIC_DA_2

A0 Q0

RH001 1k

RI008 15k

2,8 28

(H)

16

CI010 56p

RI007 15k

RI009 56R

5 29

0,8 TI070 BC848B RI076 47R

GNDS

0 in PAL-BG /H/I/D 4,8 in norm. L'

LI020 u33

CI078 4n7 RI075 3k3 RI083 1k5

DI070 BA782S

4,1

II050 TDA9811/V3

T1_CVBS (Main - Tuner)

15

CH007 4u7

4,2 30

TI050 BCR141N

IIC_DA_1

14

GNDD

A10

CH005 100n

RI020 1k8

IIC_CL_1

13

D01 D02

DS

23

CH002 22p

DI002 BA782S

CI006 4.7p

QI070 6,5MHz

RI084 180R

+US (P)

5 in PAL-BG /H/I/D 0 in norm. L'

(R)

12

D00

24

A10 E

CH006 1n

RH004 0R

11

A00

G Vpp

*3,*4,*6

CH004 100n

3,2 31

TI045 BCR141 CI041 1n

CI040 1n

RI082 6k8

RI072 2k7

CI073 4n7

RI070 330R

1

GND_IF

3,2 32

FI001 40,4MHz 68p

STB_LED

STB-LED

A11

CH003 22p

4 O1 O2 5

0

RI022 15R RI019 15R

CI020 10n

CI011 22n

LI070 6u8

CI062 47u

CI045 4n7

DI041 BA782S

68p

1k

IR KEY_IN_2 KEY_IN_3 A B C D

25

CH001 1n

DI040 BA782S

RI041 2k67

10 11

9

GNDD

BX500

+5VSTBY

!

CR036 100p

GNDD

RR070 *1 E_FIELD/

CR072 *1

+5V

(P)

A09

GNDD

GNDD

+5VSTBY

RR072 *1

TR091 BCR141

+5V

(L)

A08

8

A8 A9 A11

26

A04

A6 A5 A4

27

7

+5VSTBY

GNDD

(P)

3k3

RR076 4k7

GNDD CR098 10n

+5V STBY (P)

1M 1M

RR100

IIC_DA_2 IIC_CL_2 IIC_DA_1 IIC_CL_1 P/D BE_STROB MARK-E-TING SAT_ON_DEG

5 0

RR075 100R CR075 100p

DR090 LL4148 RR093 4k7

CR093 10n

+10VSTBY

RR044 RR045

LDR AFC E_FIELD/ or ZOOM/ TV_OFF SND-RES A B C D

DR091 1N4148

RR091 4k7

(P)

6

A05

10n

SND-RES MUTE

MUTE_C

or ZOOM

GNDD

RESET

C_MUTE

POWER_FAIL

UP_RES

POWER_FAIL

IIC_CL_1

IIC_DA_1

IIC_CL_2

MUTE

C_MUTE

IIC_DA_2

CR091 10n

+5VSTBY

(X,A,S,V)

+10V STBY (P)

A06

+5VSTBY

GNDD GNDD

+5VSTBY

SND_RES

TV_OFF

CR022

RR067 1k

GNDD

POWER_FAIL (P) UP_RES

A13

A01

8

CI001 1n

(R)

RR021 10k

A IIC_CL_1

EXT_LINK

RR087 100R

A14

28

GNDD

GNDD

CR021 10n

CR020 10n

RR088 100R

CR087 10n GNDD

(H) (H) (X,A,S,V)

29

A13

A3

7

*2

AV1_8 RR086 *2

CR086 10n

C

RR910 *

SAFE

L1_INFO

AFC

BG_INFO

AV1_8

I_INFO

AV2_8 SAFE

CR110 10n

(A) (X)

IIC_DA_1

A17 A14

A7

GNDD

INT

IIC_DA_2

BS04

A15 A12

5

A2 A1

6

CR100

R/W

CR011 1n

AV2_8 +5V

GNDD

GNDD

IIC_CL_2

30

3 4

IR002 8Mbyte(E)prom

CR007 100p

GNDD

at 100Hz RR910 = 10k

RR103 1k

BS00

BS05

A12

9

5

RI006 15k

32 31

A07

10

4

IIC_CL_2

* at 50Hz RR910 = 0R

IR001 ST90R92

Vcc A18

A02

3

(P)

LR011 2u2

CR010 22p

CR009 22p

+5V

GNDD

A19 A16

A03

2

IIC_DA_2

GNDD

OSC_OUT

27MHz RR097 2k2

SND_RES

100R 100R

OSC_IN QR001

A02 A01 A00 BS01 BS00 D07 D06 D05 D00 D04 D01 D03 D02 +5VSTBY BS02 DS R/W

2

LR002 560n

+5V

RR089 RR028

RESET

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

1

RI043 2k67

+5VSTBY CR008 10n

BA001 MUTE (R) IIC_DA_1 (R) IIC_CL_1 (R) +U13 (L) +5V (P) SIF (H) SND_RES (R) AM_AF (H) (X) AV1_L_IN (X) AV1_R_IN (X) AV2_L_IN (X) AV2_R_IN AV1_R_OUT (X) AV1_L_OUT (X)

RI074 3k3

RI073 2k7 CI074 4n7

120p

3 GND

NH001 CTT5000

B1

EXT_LINK

BE_STROB

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

39k 39k

M_RES

IR_LINK

GNDD

*2

BS01

I2

2

(R)

IIC_DA_2

1

MARK_E_TING

(A,S)

C_MUTE

CR029 10n

FI020 OFWK9453M

I1

TI040 BCR141

*2

IIC_CL_2

2

E_FIELD

MUTE

5

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

3

16

OSC

PLL

JR903

H_PAN_SW

15

TR102 BC848C

(L)

JR902

1 2

2

MIX B2

RI056 5k49

CI065 4n7

CI063 4n7

CI051 4n7

RI065 0R

RI042 4k7

0

B3

JR904

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9 CR050 10n

4

RR026 RR027

B

+5V

5

IR004 MC14094BD

13

RR025 39k

KEY_IN_3 KEY_IN_2 KEY_IN_1 BS05 BS04 INT MUTE_C IR MUTE STB-LED

GNDD

6

GNDD

(A,S)

5Vpp-H 0

CR023 10n GNDD

RR029 4k7

0,1 5 in STBY

BS02

JR901

7

11

GNDD

(H)

SND_RES

GNDD

A14 A12 A13 A08 A09 A11 A10 A07 A06 A05 A04 A03

I_INFO

DEGAUSS

L1_INFO

BG_INFO

UP_RES

EXT-LINK

10

14

SAFE

KEY_IN_1

FB_DET

IIC_DA_2 IIC_CL_2

M3L_CLCK

M3L_DATA

DEGAUSS M3L_ENAB

EXT-LINK

M_RES

M3L_DATA M3L_CLCK M3L_ENAB

IIC_DA_1 IIC_CL_1

MARK_E_TING

M_RES

FB_DET

IIC_DA_2 IIC_CL_2

SAT_ON_DEG

MARK_E_TING

H_PAN_SW (Z)

LDR EXT_LINK

TR048 BCR185

GNDD

(X)

0

5Vpp-H +U13

RR030 68R

GNDD

TR095 BCR141

(X)

LR004 560n

*2

8

12

(H)

RR036 1k8

0,7 4,5 in TR002 STBY BC847B 5

+U13L

+5VSTBY

RR049 10k

+5VSTBY

(H)

CR041 100p

FI040

3 2

CI064

JI910 RI040 4k7

CI066 68p

6k8 DI051 BA782S

RI058 5k49

JI901

DI071 BA782S

RI071 27R

RI061 6k8 RI059

MAIN

+U13

JR905

+5V

CR049 10n

(H)

RR031 1k5

100R

CR090 10n

RR048 330R

GNDD

(H)

100p

GNDD

9

AV1_8

100p

CR030

8k2

BS02 AM/FM

BS01 AM/FM

CI071 100n

1

CR018 100p

AV2_8

100p

CR032

8k2

RR040

GNDD

RR018 680R

BG_INFO

100p

CR033

8k2

RR039

RR019 100R

CR019 100p

*2

AFC

CR034 10k

RR038

CR101 *2

100R

RR017

JR908 GNDD

L1_INFO

GNDD

GNDD

BR011

100p

RR037

330R 330R 330R 330R

RR016 RR043 56k

CR104 100n

RR104 820R

RR041

RR014 4k7 CR017 22p RR015 100R

CR016 22p

CR043 4u7

NORM I_INFO

CR035

2k7 2k7 2k7

GNDD

CR015 22p

*2 RR924

LR003 10u

RR035 RR034 RR033 RR032

GNDD

JR906

DR104 BZX55B9V1

RR013 RR012 RR011 RR010

+U13L

BR012

GNDD

+5VSTBY

+U13

+10VSTBY

+5V

GNDD

JR907

GNDD

GNDD +U13

GNDD

+5V

+5VSTBY +10VSTBY

RR042 1k5

GNDD

+10VSTBY

CR042 10n

at 50Hz ZOOM at 100Hz Earthfield

at 50Hz CHROMA

KEYBOARD

BR001 +5VSTBY

GNDD

BR010 +U13L

3 2 1

at 100Hz Convergence *2

DEGAUSS

BR003

12 11 10 9 8 7 6 5 4 3 2 1

BR004

3 2 1

TEXT MODUL BT004

Extension

BT006

BR005

3 2 1

BR006

6 5 4 3 2 1

1

1

at 100Hz FEATURE MODUL BV006 - VM

SAT/DEG

BR009

*4,*5

GNDD

*2

8 7 6 5 4 3 2 1

*2

BR008

1

4 3 2 1

BR007

1 2 3 4 5 6 7 8 9 10 11 12

*2

LDR

BR002

BV002 1

CV222 3n3

RV222 270k

RV223 270k

RV108 2k2

RV107 82k5

RV221 120k RV241 4k7

CV243 470p

CV242 470n

RV109 274k

TV108 BC327

RV110 470R DV108 BAV103

RV112 390R

(L) PKS

7.9

RV242 1k (L) SMPS_IN (P) SMPS

+9V

BEAM_INFO

TV_OFF

+5V

(V)

uP

scart

(L)

1 2 3

(X)

(P)

-US

power supply

BP190

VCC1

+US

-US GNDS +US

SAFETY CIRCUIT - CIRCUITS DE SECURITES - SCHUTZSCHALTUNG - CIRCUITO DI PROTEZIONE - CIRCUITO DE SEGURIDADES

+5VSTBY * *

*

TP129 BC857B

*

RP192 100K0

-3.3V nominal

RR910 100Hz=10K 50Hz=0R

DP178 1N4148

JP913

RP130 0R10 2.5W

*

CP126 100U0

RP190 5K6

RP191 4K7

DL072 LL4148

RP126 2K2

RL072 1K0

DL070 LL4148

+5VSTBY * TR102 BC847B

DP126 LL4148

* RP129 1K0 *

3 2 1

BREATHING

+US

RP128 2K2 (V) JL004 100R0

DOLBY

TP170 BC847B

RP170 10K0

CP170 4N7 GND2

RP171 22K0

GND2

RP172 10K0

RL066 CL067 RP175 1K0

* CP126 DP126 JP913 RP126 RP127 RP128 RP129 RP130 TP129

Yes Yes No Yes Yes Yes Yes Yes Yes

No No Yes No No No No No No

RL070 100Hz=15K 50Hz=110K

CP179 47U0 RP177 100Hz=12K 50Hz=22K

GND2

Power Supply 100Hz/50Hz with without Dolby Dolby

Deflection - Basic Partlists 100Hz 4/3 with without inner pincushion corr. 2K2 100N0 100N0 -

RR103 1K0

BP120

CP171 22U0

GND2

DP179 1N4148

RP179 22K0

-US

RP193 4K7

DP190 1N4148

*

RP127 100K0 TP190 BC857B

TP175 BC847B CP176 2N2 GND2

DP175 LL4148 GND2

RP176 4K7

GND2 GND2

RL171 13K0

SAFE 100Hz = 3.6V nominal 50Hz = 4.8V nominal CL073 1U0

DL071 Uvfb=60V => 33V Uvfb=53V => 27V Uvfb=50V => 24V Uvfb=37V => 11V

RL071 43K0

RL065 100R0

TL063 BC847B RL054 1K0

RL064 10K0

CL066 1N0

DL066 47V CL067

(F)

V_RETRACE

RL067 3K3

RL068 3K3

RL069 3K9

(L)

MODULATOR

RL066

7.9V nominal RL055 1K0

7

+

IL062

-

5

DL057 BAV103

RL057 26K1 ... 56K2

6

8

10V nominal

CL057 330N0

CL061 1N0

TL082BCN JL020 100R0

CL063 1N0

RL063 5K49

+13V 1.2V nominal

RL160 1K0

DF028 LL4148

VCC1 (V) DL060 ZMM3.3

+13V

CL062 1N0

220K0 1U0

CF028 1U0

17.2V nominal

1.2V nominal

RL056 10K0

16/9

RL073 1K0

4

TL062 BC847B

RF036 1K0

50Hz

IL062

8 -

1

+ 4

2 3

RL058 10K7

6.6V nominal

deflection

RL155 47R0

(L) UPROT

SCART INTERFACE MODULE - MODULE INTERFACE PERITELEVISION - SCART INTERFACE - MODULO PRESA PERITEL - MODULO EUROTOMA

Front-Connector Sat-Connector

BX401 8

1

2

3

1

GNDS

GNDS GNDS GNDS GNDS

CX737 270P0

GNDS

CX772 1U0

CX774 1U0

IX500 MC7809-CT

GNDS

RX733 8K2

1

3

RX737 8K2

AV2_LOUT

4 5

GNDV

RX736 6K8

RX732 6K8

4 5

GNDV

RX600 1R0

6

U_SCART

8.8

RX403 475R0

RX406 475R0

2 TX650 BC857B

RX503 15R

GNDV

TX505 BC848B

RX653 390R0

RX331 475R0

2 3

TX622 BC857B

1

TX621 3.1 BC847B

2.6

GNDS1

1.9

TX620 BC857B

CX750 10N0

RX625 590R0 GND

GNDV

RX803 100R0

GNDV AV3_Y_IN

RX504 10K0

CX724 10U0

BX803 IR-LINK

8.8

RX623 392R0 RX330 475R0

SCI

9.4

RX624 220R0

RX621 422R0 0.6 0

GNDV

GNDV

GNDV

GNDV

RX620 1K5

RX508 475R

GNDS GNDS

GNDV

GNDV

GNDV

only fitted in Sat-version

SCI. 19003.00

TX652 BC857B

RX405 82R0

RX507 475R

RX506 10K

CX600 47U0

RX655 620R0

CX500 47U CX505 10U

CX601 22N0

TX651 BC847B

2.6

RX651 430R0

RX402 82R5

RX654 220R0 9.4 3.2

RX650 1K5

GNDV

GNDV

DX500 1N4001

AV3 CX722 10U0

3

0

CX503 220N

CX738 150P0

GNDV

RX505 105R

AV3_L_IN CX739 150P0

2

0.7

AV3_R_IN GNDV

1

6

GNDV GNDV

JX500

2

CX501 220N0 AV2_ROUT

3

GNDV

+12V

CX733 270P0

2

JX401

7

JX400

5 6

(Video) BX400

CVBS-SAT

3 4

U_SCART

2

DX501 1N4148

1

BX500

AV3_Y

BX700

SAT

(Audio)

AV3_C

Front-Connector to Audio-Module

+10VSTB

AV3_C_IN

RX814 1K0

BX300 1

2

3 4

5 6

7

8

9

GNDV

10 11 12 13 14 15 16 17 18 19 20 21

GNDV GNDV

GNDV

GNDV

AV1 CENELEC

AV3-Y

GNDV

DX814 BZX55B5V1

CX814 100N0

AV3-C BX100

GNDS1

GNDV

AV2

3 4

GNDS1

CX701 1N0

GNDS1

RX701 220R0 CX711 470P0

GNDS

5 6

7

GNDV

+10VSTB

U_SCART

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

CX741 1

2

3

4

6

7 8

AV2_Y_IN

AV2_Y_OUT

AV2_C_IN

AV2-8 5

GNDV

Piece de securite N'utilisez que les pieces d'origine

GND

RX181 6K8

GNDS1

CX181 330P0

CX713 470P0

CX716 330P0

GND

GND

DX800 1N4148 4.5

GND

GND GND

GNDS1 RX716 4K7

GND

GND

CX712 330P0

RX812 1K2

RX830 100K0

RX813 10K0

4.7

1

9 10 11 12 13 14 15 16 17 18 19 20

GND

GND

GND

GND

0

2

3

4

5

6

GND

GND

IIC_CL_1 IIC_DA_1

AV1_Y_IN

AV1_Y_OUT

R/C FB

B G EXT_LINK

AV1_8

RX820 47K0

9 10 11 12 13 14 15 16 17 18 19 20

7 8

GND

AV1_R_IN AV1_L_IN

0.7

TX833 BC847B

GND

BX001 CVBS_SAT

TX831 BC847B 0 0.7

RX811 47K0

GNDS1

GNDS1

AV2_Y_IN

TX830 BC847B

CX810 82P0

DX810 BZX55B8V2

GNDV GNDV GNDV GNDV GNDV

AV2_Y_OUT

RX810 10K0

RX800 10K0

TX832 BC847B

BX002 AV2_L_IN +10VSTB AV2_8

RX801 100R0

LX800 2U2

GNDS1

Safety Part When repairing, use original part only

GNDS

GND

RX700 220R0

RX711 47K0

GND

10 11 12 13 14 15 16 17 18 19 20 21

RX180 10K0

RX713 47K0

RX741 4K7

CX740 270P0

GNDV

GNDS1

GNDS GNDV

GNDS

RX740 4K7

GNDS

GNDV

RX802 100R0

GNDS

GNDS

GNDS

CX723 1N0

AV3/4 AV2_R_IN

GNDS

RX723 47K0

10 11 12 13 14 15 16 17 18 19 20 21

GNDV

AV2_L_OUT RX721 47K0

9

GNDV

AV2_R_OUT

CX721 1N0

8

9

CX704 270P0

3 4

8

GND

RX712 4K7

2

AV2_C_IN

GNDS

1

AV1_R_OUT AV1_L_OUT

CX726 470P0

AV3_Y_IN U_SCART AV3_C_IN

RX724 220R0

270P0

RX722 220R0

7

CX703 270P0

BX200 CX725 470P0

5 6

75R0

GNDV

GNDV

2

GND

GNDS

1

CX700 1N0

RX116

GNDS

GND

RX321 165R0

RX320 165R0

GND

RX315 82R0

CX736 270P0

GNDS1

CX732 270P0

( AV1 )

to main Board BX002 to main Board BX001

ICC19 50 Hz First issue 09 / 97

SUB AUDIO SIGNAL MODULE - SUB MODULE AUDIO - AUDIO SIGNAL SUBMODUL - SUB MODULO AUDIO

PINS of IC

64

33

BS002

SC2OUTR

10U0

CS206

100N0

DGND

CS207

SC2OUTL

SC1OUTR

SC1OUTL

+8V CAPLA

CAPLM

SC4INL AGNDC

SC4INR

AGND

SC3INL

SC3INR

SC2INL

SC2INR

SC1INL

SC1INR

VREFTOP

MONOIN

+5VA

ANAIN1+

ANAIN-

XTALIN

SUB AMVD SUB AMVD 19100 00

ANAIN2+

DGND

XTALOUT

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

SUB AUDIO MODULE VIRTUAL DOLBY

TP2 1

DGND

TP1

1

DGND

43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27

CS102 10N0

AHVSS AGNDC SC4INL SC4INR ASG3 SC3INL SC3INR ASG1 SC2INL SC2INR ASG0 SC1INL SC1INR VREFTOP VREFTOP MONOIN AVSS AVSS

45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

DGND

MSP3410D(DIE)

27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60

AGND CS106

1N0

CAPLC1 AHVSUP AHVSUP CAPLC2 SC1OUTL SC1OUTR VREF1 VREF1 SC2OUTL SC2OUTR ASG3 DACC1L DACC1R VREF2 VREF2 DACC2L DACC2R

AVSUP NC NC NC TESTEN XTALIN XTALOUT DCTRIN IS200 AUDCLOUT NP DPL3518(DIE) NP NP DCTRIO1 DCTRIO0 ADRSEL STANDBYQ NP

RESETQ I2SDAOU2 I2SDAIN2 DVSS DVSS DVSUP DVSUP NP NC NC NC I2SDAIN1 I2SDAOU1 I2SWS I2SCL I2CDA I2CCL

IS100

AVSUP AVSUP ANAIN1+ ANAINANAIN2+ TESTEN XTALIN XTALOUT DMACSYNC AUDCLOUT NP NP NP DCTROUT1 DCTROUT0 ADRSEL STANDBYQ NP

+5VD

65 66 67 68 69 70 71 72 1 2 3 4 5 6 7 8 9

AGND

AHVSS CAPLM AHVSUP AVHSUP CAPLA SC1OUTL SC1OUTR VREF1 VREF1 SC2OUTL SC2OUTR ASG3 TESTNEU DACMSUB DACML DACMR VREF2 VREF2

61 62 63 64 65 66 67 68 1 2 3 4 5 6 7 8 9

+8V

46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

DACAL DACAR RESETQ I2SDAIN2 DVSS DVSS DVSUP DVSUP ADRCL ADRWS NP ADRDA I2SDAIN1 I2SDAOU1 I2SWS I2SCL I2CDA I2CCL

CS101 220N0

DACML

DACMR

DACAL

DACAR

RESETQ

DGND

10N0 CS205

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

1N0

1N0 CS204

+5VD I2CDA

CS103

I2CCL

ADRSEL

CS203

CS104

CS105

DGND

1

100N0

DGND

BS001

32

+5VD

ICC19 100 Hz First issue 09 / 97

100N0

PINS of IC

10N0

CS202 10N0

AHVSS AHVSS AGNDC SC3INL SC3INR ASG2 SC2INL SC2INR ASG1 SC1INL SC1INR VREFTOP VREFTOP MONOIN AVSS AVSS AVSUP

AGND

Updated 11 / 98

+5VD

26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

+5VA

AGND

+5VD

TELETEXT MODULE - MODULE TELETEXTE - VIDEOTEXT MODUL - MODULO TELEVIDEO - MÓDULO TELETEXTO

CT012 22P0

CT013 22P0

CT004 47P0

GNDD

GNDD

4

CT050 47U0

+5V

CT017 330N0

GNDD

QT001 20M48

CT051 100N0 GNDD

CT009 100N0

4 5

CT005

1

2

5VTXT

CT010 470U0

-

CT007

CT006

15P0

15P0

GNDD

RT011 10K0

CT039

5VTXT

22N0

CT002 100N0

18

GNDD

RT001 100R0

9

20 21 22

GNDD

23 24

TT012 BC847B

RT042 475R0

25 26

8

RT002 0

7 6 5 4

GNDD

to BV021 Main Board

10

17

GNDD

5VTXT

12 11

16

CT001 100N0

19

GNDD

BT021

TT002 BC857B

1

INTQ

TCSQ/FLD

ICEN

VS/VCS

SDA

HS

SCL

XOUT

CORQ

XIN

BLAN

GPO

B

TM

G

CVBS

R

VDD1

VSS1

VDDA

RGB_GND

52

VSS3

VREF

CASQ

VDD4

VSS4

A8

D3

A7

D2

A6

D0

A5

D1

A4

WEQ

A3

RASQ

A2

A11

A1

A10

A0

A9

RT016 2K2

48 47 46 45 44 43 42 41 40

GNDD

GNDD

39

VBB

VDD3

5VTXT

49

VSS2

RES

5TXT

50

VSSA2

VDD2

38

CT021

100N0

RT020

56K0

CT015 CT022

330N0 100N0

35 34 33

1

32

2

31

3

30

4

29

5

28

RT005 8K2

GNDD

IO1 IO2

9

13

LT002 10U0

VSS IO4 IO3

WRITE RAS A9

CAS

A0

A8

A1

A7

A2

A6

A3

A5

VCC

A4

IT002 OE DRAM 1M*4 HYB514400BJ-80

27

5V

RT004 1K0

5VTXT

36

10

5V

GNDD GNDD

37

12

RT006 12K0

RT019 4K7

5VTXT GNDD

GNDD

TT003 BC847B

RT024 47K0

51

RT007 3K3

3

TT001 BC847B

CLK_IO

VSSA1

RT023 47K0

DVT CT014 47P0

11

RT003 1K0

2

13 15

CT020 47P0

12 14

RT009 1K0 RT008 1K5

GNDD

9 11

GNDD

GNDD

8 10

5VTXT

GNDD

CT008 100N0

TT004 BCR141

RT021 3K3

6 7

47P0

5VTXT

GNDD

5VTXT

1 3

5VTXT

5V

6

GNDD

5

IT001 SDA5273S-C134 2

5VTXT

LT001 10U0

CHROMA_2 GND_1H VIDEO_1 GNDD SSC V_SYNC VIDEO_2 GNDD FB_TXT B_EXT G_TXT R_EXT

CT003 47P0

26 25 24 23 22

18 17 16 15 14

CT016 100N0

+5V

GNDD

RT030 475R0 RT033 475R0 RT036 475R0 RT038 100R0

CT035 47P0

RT037 392R0

RT035 100R0

CT033 47P0

RT034 392R0

5VTXT

CT031 47P0

RT031 392R0

TT009 BC857B

DT002 LL4148

DT006 LL4148

DT001 LL4148

BT006 6 5

TT008 BC857B

4 3

DT004 LL4148

DT003 LL4148 DT010 LL4148

DT009 LL4148 GNDD

GNDD

RT040 470R0

TT011 BC847B

GNDD

5VTXT

DT007 LL4148

5VTXT

GNDD

GNDD

TT010 BC857B

RT032 100R0

DT005 LL4148

5VTXT

GNDD

2 1

DT008 LL4148 GNDD

B_EXT G_EXT R_EXT FB_EXT GNDD

to BK01 DCU

3

CT011 22P0

GNDD

RT014 100R0

DVT.19410.00

GNDD

RT013 100R0

TT007 BC847B

GNDD

RT012 100R0

GNDD

2

TT006 BC847B GNDD

GNDD

1

GNDD

GNDD M3L_ENAB M3L_CLK M3L_DATA +5V M_RES

GNDD

to BBR004 Main Board

BT004

TELETEXT MODULE - MODULE TELETEXTE - VIDEOTEXT MODUL - MODULO TELEVIDEO - MÓDULO TELETEXTO

DVT.19000.01 DVT.19010.00 DVT

RT012 100R

GNDD

2

RT013 100R

RT014 100R

CT011 22p

3

CT012 22p

5

5V

6

LT003 5u6

LT001 10u

GNDD

5VRGB 5VRGB CT051 100n

CT009 100n

GNDD

CT008 100n

to BV021 Main Board

9

CT002 100n

1k

16

5VTXT

17

CT001 100n

18 19 20 21 22

GNDD

23 24

TT012 BC848C

RT042 475R

25 26

RT002 0R

6 5 4

TT002 BC858C

CT014 47p

TT003 BC848C RT004 1k

RT024 47k 5VRGB

50

5VTXT

49

RT016 2k2

48 47 46 45 44 43 42 41 40

GNDD

CT021

GNDD RT020

CT015 CT022

39 38

100n

56k

RT019 4k7

5VTXT GNDD

330n 100n

GNDD

GNDD

5VTXT

37 36 35

IT002

34 33

1

32

2

31

3

30

4

29

5

28 27

7 9 10

LT002 10u

IO1 IO2 WRITE RAS A9

VSS IO4 IO3 CAS OE

20 19

GNDD

18 17 16

GNDD

DRAM 1M*4 HYB514400BJ-80 6

5V

RT023 47k

51

RT007 3k3 5VTXT RT006 12k

2

for RP

52

GNDD

3 1

INTQ ICEN SDA SCL CORQ BLAN B G R VSS1 RGB_GND VSSA2 VSS2 VBB VSS3 CASQ VSS4 D3 D2 D0 D1 WEQ RASQ A11 A10 A9

CLK_IO TCSQ/FLD VS/VCS HS XOUT XIN GPO TM CVBS VDD1 VDDA VSSA1 VDD2 RES VDD3 VREF VDD4 A8 A7 A6 A5 A4 A3 A2 A1 A0

8

RT003 1k

GNDD

BT006

13 14

8 7

12

15

RT008 1k5

TT001 BC848C

to BBR005 Main Board

11

GNDD

5VTXT RT001 100R

9 10

5VTXT

GNDD

8

RT009

GNDD

10

47p

GNDD

GNDD

CT020

11 GNDD

15p

GNDD

GNDD

12

7

CT006

5VTXT RT011 10k

6

1

15p

22n

BT021

5

CT007

5VTXT

TT004 BCR141

47p

4

CT005

GNDD

RT021 3k3

1 3

CT039 5VTXT

*

2

QT001 20.48M 2

GNDD

GNDD

CT010 470u

CT017 330n

CT050 47u

CT003 47p

TT007 BC848C

GNDD

IT001

CT004 47p

GNDD

4

+5V

CHROMA_2 GND_1H VIDEO_1 GNDD SSC V_SYNC VIDEO_2 GNDD FB_TXT B_TXT G_TXT R_TXT

CT013 22p

GNDD

1

GNDD

to BBR004 Main Board

BT004

GNDD M3L_ENAB M3L_CLK M3L_DATA +5V M_RES

TT006 BC848C

A8 A7 A6 A5 A5

A0 A1 A2 A3 VCC

15 14 13 12 11

GNDD

CT016 100n

RT005 8k2

1

GNDD FB_EXT R_EXT G_EXT B_EXT

2 3 4

DT004 LL4148

GNDD

DT003

GNDD

GNDD

RT030 475R

LL4148

5 6

DT001 LL4148

RT033 475R

DT002 LL4148 RT036 475R RT038 0R

TT011 BC848C RT040 470R GNDD

ICC19 50 Hz First issue 09 / 97

5VRGB

RT037 392R

CT035 100p TT010 BC858C

RT035 0R

RT034 392R

CT033 100p

5VRGB TT009 BC858C

RT032 0R

CT031 100p

5VRGB

RT031 392R

5VRGB TT008 BC858C GNDD

GNDD

GNDD

* DVT 19000 00 DVT 19010 00

IT001 SDA5273S-C134 SDA5275S

VHF / UHF TUNER CTT5010

CH29 22N

RH11 22K

CH07 1P DH02 BB535

LH02

CH05 10P

LH05

LH04

CH09 100P

LH03

LH06

DH06 BB535

LH10

CH14 100P

LH09

CH13 100P

CH12 100P

CH11 9P

LH07

CH08 9P CH03 12P

LH08

3

CH47 1N

RH01 470K

CH85 22n

DH32 BB639C

LH34

RH02 22K

CH31 10N

CH39 4N7

9

LH81 CH45 220P

LH41

RH70 180R

10

RH71 10K

11

QH70 4MHz

DH43 BB639C

RH56 330R

CH88 1N

RH53 100R

10N

BII

CH56 15N

CH89 1N RH55 220R

15 BI RH52 22K

DH44 BB639C

DH70 BA592

CH82

1N

RH41 RH46 22K 470R

LH39

RH85 6K8

RH50 39K CH81 1N

RH87 56R

CH83

39p

CH32 1N

RH86 4R7

TH80 MMBR571LT1 RH88 2R2

RH49 4R7

RH39 22K

RH72 33R

16 BIII

Pr.

* CH42 VAL

CH70 33N

LH38

RH33 470K CH40 22N

CH55 100P

14

CH35 22N RH42 2R2

I/O-PORTS

RH44 22K

RH73 47K 18

17

Ref.-

CH49 10N

LH36

CH79 18P

LH47

19

Divider

TH40 S595TR

RH80 4R7

LH49

DH45 BA592

CH59

RH43 22K

RH51 10K

RH59 1K2

20

12 4K7 RH58 13

CH37 1N

RH30 1R

LH37

LH83

CH93 22P

LH30

RH31 22K RH38 22K

CH44 470P

RH36 470K

DH41 BB639C

LH32

DH33 BB639C

RH81 8R2

LH42

Crystal Oscillator

LH33

CH33 82P

RH45 22K CH36 1N

0P75 CH43

CH28 5P6

RH32 22K RH08 3K9 DH42 BB639C

DH34 BB639C

LH48

CH54 100P

CH53 1P5

21

Progr. Divider

DH31 BB639C

LH35

CH38 1N

DH35 BB639C

CH52 1P5

22

8

RH13 10K

CH51 1P5

23

PHASEDet.& ChgPmp

LH31

CH34 1N

CH86

CH25 47P LH12

CH50 1P5

27p

LH43

I2C-Bus Interface

RH03 3K9

LH40

RH37 27R

TH30 S595TR

7

LH82

2R2 RH82

Oscillator VHF/HYP

RH92 24 15R

Isolation Amplifier

CH06 1N

DH07 BB535

CH23 0.75P

5

Mixer VHF HYP

CH95 15N

RH04 22K

RH14 47K RH15 100K

CH24 8P

LH11

CH22 1p

26

25

6

2P

LH84

CH21 1p

27

4

CH87 RH10 22K

CH20 0.75P

28

2

CH48 1N

RH09 47R

RH05 22K

TUA6010X

IH70 1

Oscillator UHF

RH06 22K

DH05 BB535

Mixer UHF

CH04 100P

DH03 BB535

CH02 4P7

RH12 22K

TH01 S595TR

Isolation Amplifier

LH01

( For information only )

CH96 4N7

RH35 150K RH34 150K RH07 150K CH90 10N

RH91 4K7 LH22

CH17 82P

* DH47 5V6

CH72 1nF

CH71 1N

CH92 4N7

CH91 4N7

RH93 10K0

LH20

RH94 3U9

BANDSWITCH BI =03 BII =06 BIII=85

CH78 1N

CH94 1N

CH76 10N

CH75 22P

* DENOTES : NO COMPONENTS IN LAYOUT 1 INP

AGC

2 TU

3 AS

ICC19 100 Hz First issue 09 / 97

Updated 11 / 98

4 CL

5 DA

6 UB

7 5V

8 LOCK

9 33V

11 IF1

VHF / UHF TUNER CTT5000T ( For information only )

CH11 9P

CH08 9P CH03 12P

CH48 1N

CH95 1N

RH02 22K

CH31 10N

CH87 2P

CH06 1N

LH33

LH43 LH35

CH38 4N7

CH33 p75

DH41 RH31 BB639C 22K

DH34 BB639C RH45 22K

CH36 1N

CH39 4N7

DH33 BB639C

CH43 p75

RH71 10K

CH45 220P

LH41

RH80 4R7

CH49 10N

LH36

CH79 18P

RH43 22K

RH44 22K

CH35 LH29 22N

CH37 1N

LH38

DH43 BB639C

DH44 BB639C

TH80 MMBTH10L * CH42 VAL

CH40 22N

RH41 22K

RH92 15R OV-B2 24

OV-B1 21

9

GNDD

GNDA 20

10

SDA

11

SCL

12

VvccD

13

Q

RH58 4K7 Qx

CH25 47P RH13 10K

CH50 1P5

RH46 470R

LH48

DH35 BB639C

RH51 10K

CH52 1P5

OV-C2 22

RH59 1K2

CH54 100P

CH53 1P5

LH49

LH47

DH45 BA592

CH55 100P

TUNE 19

RH73 47K CHGPMP 18

CH59 BII

PO/IO

17

P1/1

16 BIII

RH14 47K

LH12

CH51 1P5

OV-C1 23

IFx

DH07 BB535

CH23 0.75P

VvccA

IF

RH15 100K

CH22 1p

OU-B1 25

CAS

CH24 8P

LH11

CH70 33N

RH72 100R

RH56 330R

CH88 1N

RH53 100R

10N

RH50 22K

CH56 15N

CH89 1N RH55 220R

P2/ADC 15 BI

14 RH52 22K

CH82 1N

RH33 470K

RH30 2R2

OU-C2 26

CH21 1p

RH88 10R

Pr.

CH32 10N

QH70 4MHz

RH87 120R

RH85 27K

OU-C1 27

CH20 0.75P

MIXVx

LH81

RH36 470K

CH35 82p

RH70 330R

RH81 15R

LH37

28

8

LH83 RH82 2R2

LH42

CH44 470P

7

CH93 22PF

RH42 1R LH32

6

CH86 27P

LH84

LH40

RH37 27R

TH40 S595TR DH42 BB639C

CH85 22n

LH82

CH28 1N

RH32 22K RH08 3K9

4 5

CH34 1N

DH32 BB639C

DH31 BB639C

3 MIXV

CH47 1N

RH01 470K

TH30 S595TR

LH34

2 MIXUx

RH09 47R

RH05 22K

RH04 22K

LH31

CH13 100P

CH12 100P

RH10 22K

RH03 3K9

LH09

Oscillator UHF

LH07

LH08

Isolation Amplifier

DH06 BB535

Oscillator VHF/HYP

CH09 100P

LH03

LH06

OU-B2

I/O-PORTS

CH05 10P

LH05

TUA6010X

PHASEDet.& ChgPmp

RH06 22K

LH04

IH70 1 MIXU

Mixer UHF

DH05 BB535

CH04 100P

DH03 BB535

CH02 4P7

CH14 100P

Mixer VHF HYP Isolation Amplifier

DH02 BB535

LH02

LH10

TH01 S595TR

Progr. Divider

LH01

RH12 22K

Ref.Divider

RH11 22K

I2C-Bus Interface

CH29 22N CH07 1P

Crystal Oscillator

CTT5000T

CH81 1N

CH83 39P

LH39

DH70 BA592

RH86 27R

RH49 4R7

RH39 22K

CH96 4N7

RH35 150K RH34 150K RH07 150K

LH30

CH30 82P

* DH47 5V6

RH91 4K7

CH72 1nF

CH71 1N

CH92 4N7

CH75 22P

CH76 10N

DH46 5V6

DH11 5V6

BANDSWITCH BI =03 BII =06 BIII=85

CH78 1N

*

* DENOTES : NO COMPONENTS IN LAYOUT 1 INP

AGC

2 TU

3 AS

4 CL

5 DA

6 UB

7 5V

8 LOCK

9 33V

10 IF (SYMM.)

11 IF1 (UNSYMM.)

VHF / UHF TUNER CTT5000

( For information only )

CH29 22N

LH07

CH11 9P

CH08 9P

CH48 1N

CH12 100P

CH47 1N

RH09 47R

RH05 22K

CH34 1N

DH32 BB639C

LH31

LH34

DH31 BB639C

RH02 22K

CH87 2P

CH31 10N

DH42 BB639C

LH33

LH32

CH33 p75

DH41 BB639C

LH43

3 LH35

1 2

CH38 4N7

DH34 BB639C RH45 22K

4 CH39 4N7

DH33 BB639C

CH43 p75

LH42

CH44 470P

RH71 10K

CH45 220P

LH41

RH31 22K

CH37 1N

CH49 10N

LH36

1 2

RH42 1R

CH79 18P

RH43 22K

RH44 22K

RH85 27K LH38

DH43 BB639C

4

DH44 BB639C

2R2 OV-B2 24

IF

8

IFx

9

GNDD

10

SDA

11

SCL

12

VvccD

13

Q

* CH42 VAL

RH41 22K

DH35 BB639C

RH46 470R

LH48 RH51 10K

CH52 1P5

OV-C2 22

RH59 1K2

CH54 100P

CH53 1P5

OV-B1 21

LH49

LH47

DH45 BA592

GNDA 20

CH55 100P

19

TUNE

RH73 47K CHGPMP 18

RH87 120R

QH70 4MHz

RH58 4K7

17

PO/IO

CH70 33N

RH72 100R

RH56 330R

CH88 1N

RH53 100R

BII

16 BIII

P1/1

RH50 22K

CH56 22N

CH89 1N RH55 470R

P2/ADC 15 BI

Qx

14

RH52 22K

CH81 1N

TH80 MMBTH10L CH40 22N

RH13 10K

CH50 1P5 CH51 1P5

OV-C1 23

CH25 47P LH12

CH82 1N

RH33 470K

RH30 2R2

VvccA

RH14 47K

RH15 100K

DH07 BB535

CH23 0.75P

RH88 10R

Pr.

CH32 10N

OU-C2 26

OU-B1 25

CAS

CH24 8P

LH11

CH22 1p

CH59 10N

RH80 4R7

3

CH21 1p

OU-C1 27

MIXVx

7

LH81

RH36 470K

CH35 22N

RH70 330R

RH81 15R

LH37

CH93 22PF

TH40 S595TR

RH08 3K9

6

CH86 27P LH83

LH84

LH40

RH37 27R

CH28 1N

RH32 22K

CH85 22n

LH82

CH36 1N

4

CH20 0.75P

28

RH92

CH06 1N TH30 S595TR

3 MIXV

HYP

CH95 1N

RH04 22K

2 MIXUx

5

RH01 470K RH10 22K

RH03 3K9

CH13 100P

Oscillator VHF/HYP

CH03 12P

LH09

I/O-PORTS

CH02 4P7

LH08

Oscillator UHF

CH09 100P

LH03

DH06 BB535

LH06

Isolation Amplifier

4

LH05

PHASEDet.& ChgPmp

CH05 10P

LH04

OU-B2

Mixer VHF

RH06 22K

DH05 BB535

TUA6010X

Progr. Divider

DH03 BB535

1 2

IH70 1 MIXU

Ref.Divider

CH04 100P

CH14 100P

I2C-Bus Interface

DH02 BB535

LH02

LH10

Crystal Oscillator

LH01

TH01 S595TR 3

RH12 22K

Isolation Amplifier

RH11 22K

CH07 1P

Mixer UHF

CTT5000

LH39

DH70 BA592

RH86 27R

CH83 39P

RH49 4R7

RH39 22K

RH35 150K RH34 150K RH07 150K RH91 4K7

LH30

CH30 82P

* DH47 5V6

CH72 1nF

CH71 1N

CH91 4N7

CH92 4N7

* DENOTES : NO COMPONENTS IN LAYOUT INP

AGC

1

TU

2

AS

3

CH75 22P

CL

DA

4

5

CH76 10N

DH46 5V6

UB

6

CH78 1N

DH11 5V6

5V

7

LOCK

8

33V

9

IF (SYMM.) 10

BANDSWITCH BI =03 BII =06 BIII=85

IF1 11 (UNSYMM.)

VHF / UHF TUNER CTT5010

CH29 22N

RH11 22K

CH07 1P TH01 S595TR

DH02 BB535

LH02

CH05 10P

LH05

LH04

CH09 100P

LH03

LH06

DH06 BB535

CH14 100P

LH09

CH13 100P

CH12 100P

CH11 9P

LH07

CH08 9P CH03 12P

LH08

LH10

3

CH47 1N

RH01 470K

CH85 22n

TH30 S595TR DH32 BB639C

LH34

RH02 22K

CH31 10N

CH39 4N7

LH37

LH81

LH41

10

RH71 10K

CH45 220P

CH79 18P

QH70 4MHz

DH43 BB639C

RH56 330R

CH88 1N

RH53 100R

10N

BII

CH56 15N

CH89 1N RH55 220R

15 BI RH52 22K

DH44 BB639C

DH70 BA592

CH82

1N

RH41 RH46 22K 470R

LH39

RH85 6K8

RH50 39K CH81 1N

RH87 56R

CH83

39p

CH32 1N

RH86 4R7

TH80 MMBR571LT1 RH88 2R2

RH49 4R7

RH39 22K

RH72 33R

LH38

RH33 470K * CH42 VAL

CH70 33N

16 BIII

Pr.

CH40 22N

CH55 100P

14

CH35 22N RH42 2R2

I/O-PORTS

RH43 22K

RH44 22K

18 CH59

Ref.-

CH49 10N

LH36

LH47

DH45 BA592 RH73 47K

17

Divider

TH40 S595TR

LH49

19

12

RH80 4R7

RH51 10K

RH59 1K2

20

11

4K7 RH58 13

CH37 1N

RH30 1R

9 RH70 180R

CH44 470P

RH36 470K

DH41 BB639C RH31 22K RH38 22K

LH83

CH93 22P

LH30 LH32

DH33 BB639C

RH81 8R2

LH42

Crystal Oscillator

LH33

CH33 82P

RH45 22K CH36 1N

0P75 CH43

CH28 5P6

RH32 22K RH08 3K9 DH42 BB639C

DH34 BB639C

LH48

CH54 100P

CH53 1P5

21

Progr. Divider

DH31 BB639C

CH38 1N

DH35 BB639C

CH52 1P5

22

8

RH13 10K

CH51 1P5

23

PHASEDet.& ChgPmp

LH31

LH35

CH86

CH25 47P LH12

CH50 1P5

27p

LH43

I2C-Bus Interface

RH03 3K9

CH34 1N

7

LH82

2R2 RH82

LH40

RH37 27R

Oscillator VHF/HYP

RH92 24 15R

Isolation Amplifier

RH04 22K

CH06 1N

DH07 BB535

CH23 0.75P

5

Mixer VHF HYP

CH95 15N

RH14 47K RH15 100K

CH24 8P

LH11

CH22 1p

26

25

6

2P

LH84

CH21 1p

27

4

CH87 RH10 22K

CH20 0.75P

28

2

CH48 1N

RH09 47R

RH05 22K

TUA6010X

IH70 1

Oscillator UHF

RH06 22K

DH05 BB535

Mixer UHF

CH04 100P

DH03 BB535

CH02 4P7

RH12 22K

Isolation Amplifier

LH01

( For information only )

CH96 4N7

RH35 150K RH34 150K RH07 150K CH90 10N

RH91 4K7 LH22

CH17 82P

* DH47 5V6

CH72 1nF

CH71 1N

CH92 4N7

CH91 4N7

RH93 10K0

LH20

RH94 3U9

BANDSWITCH BI =03 BII =06 BIII=85

CH78 1N

CH94 1N

CH76 10N

CH75 22P

* DENOTES : NO COMPONENTS IN LAYOUT 1 INP

AGC

2 TU

3 AS

4 CL

5 DA

6 UB

7 5V

8 LOCK

9 33V

11 IF1

RF - IF PART PIP - TUNER UND ZF PIP - FEP 19100

LI051 6U8 QI040 5M74 3 1

FEP.19100.00

RI051 180R0

2

CI063 4N7

CH010 22U0

RH010 15K0 CH009 47P0

RH008 12K0

17 Mute

18 n.c.

3.1 19

Vo QSS

20

Vo vid

AFC

2 21

Vi vid

VCO1

VCO2

22

TAGC

CI048 680N0

-

2 23

24

RI004 0

3.5 (L')

RI054 3K3 TI050 BCR141

0 (L')

FI015 OFWK3953M 1 4 I1 O1 2 5 I2 O2

RI026 47R0 RI024 1K0

3 GND

1

2

3 0.9

4 3.3

5

6 1

7 2.7

8 5

9

10

JI915 0 2.4 5

CI050 100N0 CI046 100N0

CI053 100N0

CI015 4P7

RI050 330R0 PI050 22K0

11

12

13

14

3.5 RI053 220R0

15

n.c.

n.c.

n.c.

n.c.

Vo AF

LSWI

Vo CVBS

STD

LI020 0 CI020 18P0

CSAGC

RH007 12K0

TPLL

LH004 10U0

TADJ

DH001 ZMM33

2.7 25

CI070 4N7

RI049 4K7

II050

Vi VIF

CH008 470U0

4 5 6

CI077 4N7

TDA9811/V3 Vi VIF

CH007 4U7

CBL

RH002 2K7

CH005 100N0

Vi VIF

RH001 1K0

100R0

CH002 22P0

CH006 1N0

RH003

CH001 1N0

30

CI060 2U2 GND_IF 27 26

3 28

GND

Vi SIF CH003 22P0

LH002 10U0

31

RI077 22K0

1 2 3 8 FI030 7

CVP/2

3.3 32

2

CH011 100N0

CI061 2U2

IF 11

5 29 Vp

10

CI032 1U0

CVAGC

9

NC

+30V

NC

7

RH004 0

Vi SIF

6

CI025 10N0

INSWI

5

+5V

DA

AS

NC

CL 4

3

CI051 0

Vi VIF

1

1

GND

TV OUT

POWER SPLITTER +5V

ANT.IN

AGC

-

+5V

NH002 CTT 5010 -

NH001

RI079 22K0

CI062 47U0

16

RI035 4K7

JI932 0

RI038 1K0 CI055 39P0

CI030 10N0

BI500 6 5 4 3 2 1

RI039 10R0

3.1

JI930 JI931 0

2.5

TI030 BC857B

CI052 4N7

To "SAT" SCI GND GND CVBS GND

PAL T = 64!s

3Vpp-H

CI022 4N7

RI032 1K0

T = 64!s

0 (Mod. Pos) 5 (Mod. Neg) TI033 BCR141

3Vpp-H

SECAM

6.6 (Mod. Pos) 0.1 (Mod. Neg)

L‘

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Safety Part When repairing, use original part only Piece de securite N’utilisez que les pieces d’origine

Variant BG/I/DKK'/L/L' L' NORM OPA OPB BG/I L L DK/K‘ L L H L‘ H H

ICC19 100 Hz First issue 09 / 97

Updated 11 / 98

NORM

CI028 100U0

BI600 2 1

To BL052 Main Board

BI010 1 2 3 4 5 6 7 8

To BT010 DTP19010 I2C DA I2C CLK GND +5V OPA OPB

RF - IF PART PIP - FEP 19100 COMPONENT SIDE - CÖTE COMPOSANTS - BESTÜCKUNGSSEITE - LATO COMPONENTI - LADO COMPONENTES

SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS

ICC19 100 Hz Updated 11 / 98

First issue 09 / 97

from Main Board BL050

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO CRT BS19100 - CRTBS19101

BB02

1

SK HEAT H.GND

LB06 10u

RB06 47R

UVIDEO

CB06 47u

RED DELAY CM51 100n

CB09 100u

RB09 10R

0

RM51 10R

RM56 470R

TM50 BC846B

1

2.7

3,2Vpp-H

6

8

9 FM50 ASY LC-MOD TOKO TH288LNMS-14729 RM55 18

RM53 475R

16

RM52 1k5

15 13 12 10

TM52 BC856B

12.3

13

511R

1.8 1.2 RM57 221R

TM51 BC846B

CB21 6p8

RB23 470R

2

8

2.9

RM58 274R

TM53 BC856B

RM59 220R

3

4

DB04 1N4004GP

UG2 BB03

F2

CRTGND BB04

VH

CB01 10n

RB04 1k5

Vref

Vref

VCC LOW

CB22 100n

RB21 619R

RB33 1k5

3.5

Vref

RM61 3k3

12.9

3.3

2V

RM54 6k2

12.9

RM50 33R

64us

CM53 100n

1

RB32 1k5

Focus

CB03 10u

RB02 560k

5

RB24 39k

IB01 TEA5101B

VDD high

5

RB01 1k5

CB23 100n

GND

RB22 1k5

4.6 DB28 LL4148

RB27 2k2

14

13

138

15

136

RB28 180k

11

10

12

RB34 180k

197

6

7

9

RB35 180k

197 DB26 LS4148

RB26 470R

DB31 BAV103

LB31 4u7

RB31 330R

64us BB01 9

DB32 BAV103

BLUE DELAY

RB52 1k5

to Main Board BV001

CRT_ ICUT CM66 100n

CRT_B CRT_R CRT_G +U13

CM68 100n

RM69 6k2

RM66 10R

RM71 470R

12.9

RM65 33R

1 3.5

RM76 3k3

12.9 TM65 BC846B

3.3

6

8

13

9 FM65 ASY LC-MOD TOKO TH288LNMS-14729

RM68 475R

+U13

TM67 BC856B

12.3 1

2.7

1

18

RM67 1k5

16 15 13 12 10

1.8

RM70 511R

1.2 RM72 221R

TM66 BC846B RM73 274R

4

8

0

Vref

VCC LOW

CB42 100n

TM68 BC856B

RM74 220R

2

RB41 681R

3.1

2.9

3

Vref

Vref

CB41 6p8

RB43 470R

RB53 1k5

IB02 TEA5101B

VDD high

5

198 5

CB43 100n

GND

RB42 1k5

RB44 39k

4.5 RB47 2k2

DB48 LL4148

14

13

158

15

11

155

10

12

RB54 180k

197

6

7

9

RB55 180k

CB46 470p DB46 LS4148

RB48 180k

64us

CM81 100n

RB07 10R

RM91 3k3 RB63 470R TM82 BC856B

12.3 1

6

8

13

9 FM80 ASY LC-MOD TOKO TH288LNMS-14729

2.7 RM83 475R

18

RM82 1k5

3Vpp-H

RM81 10R

RM86 470R

1 3.5

12.9 TM80 BC846B

3.3

0 1v8

RM84 6k2

RB72 1k5

12.9

RM80 33R

64us

CM83 100n

16 15 13 12 10

1.8

RM85 511R

1.2 RM87 221R

RB46 470R

DB51 BAV103

TM81 BC846B RM88 274R

2

RB61 649R

3.1

2.9

CB61 6p8

TM83 BC856B

RM89 220R

3

RB51 330R

11

9

IB03 TEA5101B

8

RB62 1k5

BB10

4

VDD high

RB18 5k6

TB18 BC327-40

RB67 2k2

DB68 LL4148

14

13

152

15

11

149

64us

10

12

RB74 180k

197

6

RB75 180k

7

9

CB66 470p

197 DB66 LS4148

RB68 1M

RB66 470R

DB71 BAV103

0 LB71 2u7

RB71 330R

57v 120Vpp-H

DB72 BAV103

CB18 10n

0 CB07 100u

RM26 330R RM30 22R

from Main Board BP110

1

CM01 100u

USYS G

UVERT 3

R

26.3V

CM02 100n

RM06 39k

CM03 47p

2.4

CM17 22u

RM16 1k2

RM12 22k

TM01 BC848B

26 CM14 100n

CM30 100n

TM02 BC337

RM47 330R

RM07 4k7

RM08 1k

RM10 4k7

RM35 470R

RM33 56R

6.1 TM10 BC848B

RM49 18k

5.6

CM15 100n

CM04 100n

DM10 LL4148

TM05 BC548C 26.2 12.7 DM01 LL4148 12.3 RM17 10R

RM18 10R CM06 150p

RM19 820R CM07 22n RM21 56k

DM03 RGP10G RM20 10R 131.5 TM06 2SA1837 (2SA1011)

3

TM04 BC848B

2.3 RM14 270R

RM13 3k3 RM34 270R

DM02 LL4148

CM05 470p RM15 470R

12.4 TM08 BC558B

RM41 33k RM31 10R

12.7 CM08 150p

CM41 4n7 CM09 22n

RM23 820R

RM46 4k7

RM45 3k9

CM13 100u

RM28 39R

0.9 RM22 10R

RM27 2R7

ICC19 50 Hz First issue 09/ 97

CM48 470p

131.5

Updated 11 / 98

! RM42 390R

BM03 1

RM29 470R to Yoke

Pieza de seguridad Utilice solo piezas originales

CRT.BS19100.00

0.6 DM04 RGP10G

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali

3

68.3 TM07 2SC4793 (2SC2344)

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

CM38 100n

CM12 22u RM32 56k

0

RM25 2R7

CM11 100u

0 CM40 10u

RM38 24R

12.4

0.2 TM09 BC848C

RM37 10k

DM09 LL4148

1.8

0 in VT 0.6 in VT

RM11 470R

26.2

RM48 1k5

CM49 1u

LM01 5u6

CM37 100n RM02 10k

RM03 4k7

RM01 1k2

RM09 27k

B

RM04 2k2

RM24 15R CM10 22u

CM39 100n

RB79 1k5 CRTGND

CB57 100p

CB19 100p

140V

10

5

CB63 100n

GND

RB64 39k

RB17 15k

BM04

4

Vref

VCC LOW

CB62 100n

4.9

CB08 1000u

2

6

LB51 4u7

RB73 1k5

Vref

Vref

LB16 150u

20ms 3,8Vpp-V

1

DB52 BAV103

GREEN DELAY

1v8

3Vpp-H

7

8

197

DB07 1N4004GP

0

57v

145Vpp-H

CRT.BS19101.00

CRT

64us 57v 135Vpp-H

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO

BB02

UVIDEO

CB13 100p

1 2 3 4 5

Focus

PB01 RB06 10R

206

(Vg2)

CB06 10u

to BL050

RB09 22R CB09 22u

CB10 22n RB23 910R

1

VB21 135ns

12

TB21 BC846B 2.1

3Vpp-H

RB27 1k2

BB01 CRT_ICUT CRT_B CRT_R CRT_G +U13 to BV001

RB24

2.8

2

20ms 3,8Vpp-V

VB41 1

135ns

RB21 680R

RB32 470R

4 3.6

RB43 910R

13

TB42 BC856B

TB41 BC846B

4.2

RB01 1k5

DB31 BZV21

RB28 180k

DB32 BAV21

DB28 LL4148

1k5

5

7

1

2

3

DB46 LL4148

CB46 470p

DB51 BAV21

10 138.4

3 3.6

RB52 470R

11 8.6

RB42 820R

4

RB46 470R

138

RB41 680R

2

RB50 470R

RB47 1k2

RB79 1k5

RB31

6 6.8

12

12

CB26 470p

7 137.5

Vref

2.9

2

RB04 1k5

RB26 470R

9

DB26 LL4148

RB49 1k

RB45 6k8

DB04 1N4004GP

CB01 10n

138

RB22 820R

0

5 205 VDD high

4.3

RB30 470R

CB03 10u

BB04

(Focus)

130Vpp-H

39k

TB22 BC856B

RB02 560k

64us

RB44 39k

RB29 1k

RB25 6k8

CB05 100n

RB64 39k

12.5

64us

9 8 7 6 5 4 3 2 1

CRT-GND 1

HEAT H.GND

8 RB51 1k5

6 11

DB52 BAV21

Vref

64us

RB65 6k8 RB63 910R

12

VB61

135ns 1

3.4Vpp-H

IB01 TEA5101B

RB69 1k 2.9

2

TB61 BC846B 2

RB67 1k2

RB70 470R

RB61 750R

TB62 BC856B

DB66 LL4148

1

BB10 CB66 470p

DB71 BAV21

13 141.8

3.6

14 6.6

RB62 820R

4.2

RB66 470R

15 51.3

RB68 180k

Vref

RB72 470R VCC LOW

9

10

RB71 1k5

DB72 BAV21

DB68 LL4148

GND

2 12

RB16

8 3.8

DB07 1N4004GP

RB07 10R

64us 3Vpp-H

CB07 1000u

BM04 UVERT 26.2

CB08 100n

3.3 RB18 5k6

CB18 10n

TB18 BC856B

64us

CB19 100p

130Vpp-H

RM26 330R

3 2

2k2

RB17 15k

USYS 131.5

1

CM10 22u

to BP110

RM01 10R

RM24 33R

CM11 100u

RM19 470R

RM25 4R7

26

RM06 27k

RM02 10k

RM03 4k7

RM04 2k2

CM03 100n

RM09 33k

LM01 5u6

DM08 LL4148

RM30 22R

26 3.8

DM07 LL4148

RM11 CM17 220R 47u

CM42 100n

CM02 100n

RM16 1k2

RM12 22k

CM04 100n

RM37

TM01 BC847B

2.3

RM08 1k

RM45 2k2

0

TM09 BC847B

RM10 4k7

0

RM46 2k2

CM07 4n7 RM21 33k

RM34 330R

DM02 LL4148

TM04 BC847B 13.5

2.2

RM13 2k7

RM14 220R

RM43 10k

CM05 1n

TM06 2SA1837

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

64.2

RM32 33k

CM34 1n

RM31 10R

CM09 4n7

RM42 10k

CM08 150p

RM23 470R

RM22 100R

BM03 1 2 3

CM31 4n7

0.9

RM15 560R

TM07 2SC4793

0.5

DM04 RGP10G

TM08 BC558B

CM39 100n

RM27 4R7 CM13 100u

125Vpp-H

CRT

CM38 100n

1n

2.8

CM15 100n

129.9 RM20 100R 129.5

CM33

TM02 BC337

RM33 68R RM07 4k7

CM06 150p

LL4148

25.9 3

CM30 100n

RM47 330R

RM18 10R

DM09

3.2

CM14 100n

DM01 13.9 LL4148 RM17 10R

DM10 LL4148

CM37 100n

DM03 RGP10G

TM05 BC548B

14.2

64us

RM28 33R

RM29 470R

CM32 470p

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

to aux. coil BSVM

CRT BS19000.00 CRT BS19001.00

VH

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO

CRT.19001.00 CRT.19004.00 CRT.19104.00 LB06*

PB01 * Focus (Vg2) (Focus)

CRT

68u0 RB06* 470R

CB04 100n

CB06 10u

RB64

39k

RB44

39k

RB24

39k

BB02 HEAT H.GND UVIDEO

5 4 3 2 1

CB13 100p

CB05 100n

CB01 64us

130Vpp-H

5 200 VDD high

to BL050

RB26 470R

9 138

RB21 560R

0

BB01 CRT_ICUT CRT_B CRT_R CRT_G +U13

4

20ms 3,8Vpp-V

RB22 1k2

CB21* 4p7

9 8 7 6 5 4 3 2 1

IB01 TEA5101B

CB41* 4p7

64us

12

3 RB42 1k2

DB26 1N

10 11

3

DB28 1N

138

DB46 1N 138.4

DB48 RB66 470R

15

CB61* 4p7

RB62 1k2

CB46 470p

8.6

1

13 14

3

DB66 1N

141.8 6.6

RB68 *

Vref

CB66 470p

DB32 BAV21

RB79 1k5 RB01 1k5

RB31 1k5

5

7

DB51 BAV21

RB51 1k5

8 6 11

DB52 BAV21

BB10 DB71 BAV21

9

RB71 1k5

10

DB72 BAV21

DB68 1N

RB16 2k2 64us

RB17 15k DB07 RB07 1N4004GP 10R

CB07 1000u

CB08 100n

RB18 5k6

CB18 10n

TB18 BC558B

CB19 100p

* PB01 RB28 RB68 LB06 RB06 CB21/41/61 CRT 19001 00 10271580 47R0 CRT 19004 00 10343360 100k 120k 47R0 4p7 68u0 CRT 19104 00 10343360

ICC19 50 Hz First issue 09 / 97

RB04 1k5

64us

12

3Vpp-H

64us 3Vpp-H

DB04 1N4004GP

Updated 11 / 98

1

2 4 3

VCC LOW GND 2 8 64us

10n

CB26 470p

RB46 470R

51.3 3.4Vpp-H

CB03 10u

DB31 BAV21

6.8

Vref

RB61 680R

RB02 560k

137.5

RB28 *

Vref

RB41 560R

to BV001

7 6

3

CRT- GROUND VH BB04

125Vpp-H

130Vpp-H

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO PLATINA AMPLIFICADOR VIDEO CRT1904 - CRT19104

CRT- GROUND VH

Focus

CRT.19001.00 CRT.19004.00 CRT.19104.00

BB04 PB01 * (Vg2) (Focus)

CRT LB06*

CB01

68u0 RB06* 470R

10n CB04 100n

CB06 10u

CB05 100n RB64

BB02 HEAT H.GND UVIDEO

5 4 3 2 1

39k

RB44

39k

RB24

39k

CB13 100p

RB26 470R

9 138

RB21 560R

0

BB01 CRT_ICUT CRT_B CRT_R CRT_G +U13

4

10ms 3,8Vpp-V

RB22 1k2

CB21* 4p7

9 8 7 6 5 4 3 2 1

3

to BV001

3

CB41* 4p7

32us

137.5

12

138

10 11

3

DB28 1N

DB48 8.6

Vref

RB66 470R

15

RB61 680R

CB61* 4p7

1 RB62 1k2

CB46 470p

138.4

51.3 3.4Vpp-H

DB31 BAV21

CB26 470p

RB46 470R DB46 1N

13 14

3

CB66 470p

6.6

RB68 *

Vref

DB66 1N

141.8

DB32 BAV21

RB31 1k5

5

7

DB51 BAV21

RB51 1k5

8 6 11

DB52 BAV21

BB10 DB71 BAV21

9

RB71 1k5

10

DB72 BAV21

DB68 1N

32us

12

3Vpp-H

32us

RB16 2k2 125Vpp-H

RB17 15k DB07 RB07 1N4004GP 10R

CB07 1000u

CB08 100n

RB18 5k6

CB18 10n

TB18 BC558B

130Vpp-H

CB19 100p

32us 3Vpp-H

* PB01 RB28 RB68 LB06 RB06 CB21/41/61 CRT 19001 00 10271580 47R0 CRT 19004 00 10343360 100k 120k 47R0 4p7 68u0 10343360 CRT 19104 00

ICC19 100 Hz First issue 09/ 97

Updated 11 / 98

1

2 4 3

VCC LOW GND 2 8 32us

RB04 1k5 RB01 1k5

6.8

RB28 *

IB01 TEA5101B RB42 1k2

7 6 Vref

RB41 560R

DB26 1N

RB79 1k5

CB03 10u

DB04 1N4004GP

130Vpp-H

5 200 VDD high

to BL050

RB02 560k

32us

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO

CRT.19001.00 CRT.19004.00

PB01 * Focus (Vg2) (Focus)

CRT

RB06 10R

CB01 CB06 10u

CB04 100n

RB64

39k

RB44

39k

RB24

39k

BB02 HEAT H.GND UVIDEO

1 2 3 4 5

CB13 100p

10n

CB05 100n

RB26 470R

9

20ms 3,8Vpp-V

BB01 CRT_ICUT CRT_B CRT_R CRT_G +U13

4

9 8 7 6 5 4 3 2 1

RB22 1k2

7 6

3

RB41 560R

3 RB42 1k2

to BV001

3

12

138

10 11

138.4

DB28 1N

RB46 470R DB46 1N

RB66 470R 51.3

1 RB62 1k2

CB46 470p

DB48

15

3.4Vpp-H

CB26 470p

8.6

RB61 680R

13 14

3

DB66 1N

141.8 6.6

RB68 *

Vref

CB66 470p

DB32 BAV21

5

7

DB51 BAV21

RB51 1k5

8 6 11

DB52 BAV21

BB10 DB71 BAV21

9

RB71 1k5

10

DB72 BAV21

DB68 1N

64us

12

RB16 2k2

3Vpp-H

64us

RB17 15k DB07 RB07 1N4004GP 10R

64us 3Vpp-H

RB31 1k5

CB07 1000u

CB08 100n

RB18 5k6

CB18 10n

TB18 BC558B

1

2 4 3

VCC LOW GND 2 8 64us

RB04 1k5 RB01 1k5

DB31 BAV21

6.8

Vref

64us

RB79 1k5

137.5

RB28 *

Vref

IB01 TEA5101B

DB26 1N

CB03 10u

DB04 1N4004GP

130Vpp-H

138

RB21 560R

RB02 560k

64us

5 200 VDD high

to BL050

0

CRT- GROUND VH BB04

CB19 100p

* PB01 RB28 RB68 CRT 19001 00 10271580 CRT 19004 00 10343360 100k 120k

125Vpp-H

130Vpp-H

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

from Main Board BL050

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO CRTBS19100 - CRTBS19101

BB02

1

SK HEAT H.GND

LB06 10u

RB06 47R

UVIDEO

CB06 47u

RED DELAY CM51 100n

CB09 100u

RB09 10R

0

RM51 10R

RM56 470R

TM50 BC846B

1

2.7

3,2Vpp-H

6

8

9 FM50 ASY LC-MOD TOKO TH288LNMS-14729 RM55 18

RM53 475R

16

RM52 1k5

15 13 12 10

TM52 BC856B

12.3

13

511R

1.8 1.2 RM57 221R

TM51 BC846B

CB21 6p8

RB23 470R

2

8

2.9

RM58 274R

TM53 BC856B

RM59 220R

3

4

DB04 1N4004GP

UG2 BB03

F2

CRTGND BB04

VH

CB01 10n

RB04 1k5

Vref

Vref

VCC LOW

CB22 100n

RB21 619R

RB33 1k5

3.5

Vref

RM61 3k3

12.9

3.3

2V

RM54 6k2

12.9

RM50 33R

32us

CM53 100n

1

RB32 1k5

Focus

CB03 10u

RB02 560k

5

RB24 39k

IB01 TEA5101B

VDD high

5

RB01 1k5

CB23 100n

GND

RB22 1k5

4.6 DB28 LL4148

RB27 2k2

14

13

138

15

136

RB28 180k

11

10

12

RB34 180k

197

6

7

9

RB35 180k

197 DB26 LS4148

RB26 470R

DB31 BAV103

LB31 4u7

RB31 330R

32us BB01 9

DB32 BAV103

BLUE DELAY

RB52 1k5

to Main Board BV001

CRT_ ICUT CM66 100n

CRT_B CRT_R CRT_G +U13

CM68 100n

RM69 6k2

RM66 10R

RM71 470R

12.9

RM65 33R

1 3.5

RM76 3k3

TM65 BC846B

3.3

6

8

13

9 FM65 ASY LC-MOD TOKO TH288LNMS-14729

RM68 475R

+U13

TM67 BC856B

12.3 1

2.7

1

18

RM67 1k5

16 15 13 12 10

1.8

RM70 511R

1.2 RM72 221R

TM66 BC846B RM73 274R

4

8

0

Vref

VCC LOW

CB42 100n

TM68 BC856B

RM74 220R

2

RB41 681R

3.1

2.9

3

Vref

Vref

CB41 6p8

RB43 470R

12.9

RB53 1k5

IB02 TEA5101B

VDD high

5

198 5

CB43 100n

GND

RB42 1k5

RB44 39k

4.5 RB47 2k2

DB48 LL4148

14

13

158

15

11

155

10

12

RB54 180k

197

6

7

9

RB55 180k

CB46 470p DB46 LS4148

RB48 180k

32us

CM81 100n

RB07 10R

RM91 3k3 RB63 470R TM82 BC856B

12.3 1

6

8

13

9 FM80 ASY LC-MOD TOKO TH288LNMS-14729

2.7 RM83 475R

18

RM82 1k5

3Vpp-H

RM81 10R

RM86 470R

1 3.5

12.9 TM80 BC846B

3.3

0 1v8

RM84 6k2

RB72 1k5

12.9

RM80 33R

32us

CM83 100n

16 15 13 12 10

1.8

RM85 511R

1.2 RM87 221R

RB46 470R

DB51 BAV103

TM81 BC846B RM88 274R

2

RB61 649R

3.1

2.9

CB61 6p8

TM83 BC856B

RM89 220R

3

RB51 330R

11

9

IB03 TEA5101B

8

RB62 1k5

BB10

4

VDD high

RB18 5k6

TB18 BC327-40

RB67 2k2

DB68 LL4148

14

13

152

15

11

149

32us

10

12

RB74 180k

197

6

RB75 180k

7

9

CB66 470p

197 DB66 LS4148

RB68 1M

RB66 470R

DB71 BAV103

0 LB71 2u7

RB71 330R

57v 120Vpp-H

DB72 BAV103

CB18 10n

0 CB07 100u

RM26 330R RM30 22R

from Main Board BP110

1

CM01 100u

USYS G

UVERT 3

R

26.3V

CM02 100n

RM06 39k

CM03 47p

2.4

CM17 22u

RM16 1k2

RM12 22k

TM01 BC848B

26 CM14 100n

CM30 100n

TM02 BC337

RM49 18k

RM47 330R

RM07 4k7

RM08 1k

RM10 4k7

RM35 470R

RM33 56R

6.1 TM10 BC848B

5.6

CM15 100n

CM04 100n

DM10 LL4148

TM05 BC548C 26.2 12.7 DM01 LL4148 12.3 RM17 10R

RM18 10R CM06 150p

RM19 820R CM07 22n RM21 56k

DM03 RGP10G RM20 10R 131.5 TM06 2SA1837 (2SA1011)

3

TM04 BC848B

2.3 RM14 270R

RM13 3k3 RM34 270R

DM02 LL4148

CM05 470p RM15 470R

12.4 TM08 BC558B

RM41 33k RM31 10R

12.7 CM08 150p

CM41 4n7 CM09 22n

RM23 820R

RM46 4k7

RM45 3k9

CM13 100u

RM28 39R

0.9 RM22 10R

RM27 2R7

ICC19 100 Hz First issue 09 / 97

CM48 470p

131.5

Updated 11 / 98

! RM42 390R

BM03 1

RM29 470R to Yoke

Pieza de seguridad Utilice solo piezas originales

CRT.BS19100.00

0.6 DM04 RGP10G

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden Componenti di sicurezza Per la riparazione utilizzare solo componenti originali

3

68.3 TM07 2SC4793 (2SC2344)

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

CM38 100n

CM12 22u RM32 56k

0

RM25 2R7

CM11 100u

0 CM40 10u

RM38 24R

12.4

0.2 TM09 BC848C

RM37 10k

DM09 LL4148

1.8

0 in VT

CM49 1u

RM11 470R

26.2

RM48 1k5

0.6 in VT

LM01 5u6

CM37 100n RM02 10k

RM03 4k7

RM01 1k2

RM09 27k

B

RM04 2k2

RM24 15R CM10 22u

CM39 100n

RB79 1k5 CRTGND

CB57 100p

CB19 100p

140V

10

5

CB63 100n

GND

RB64 39k

RB17 15k

BM04

4

Vref

VCC LOW

CB62 100n

4.9

CB08 1000u

2

6

LB51 4u7

RB73 1k5

Vref

Vref

LB16 150u

10ms 3,8Vpp-V

1

DB52 BAV103

GREEN DELAY

1v8

3Vpp-H

7

8

197

DB07 1N4004GP

0

57v

145Vpp-H

CRT.BS19101.00

32us 57v 135Vpp-H

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO

from ICC19 BP110 to next CRT board BM02 to next CRT board BM*01

BM*01 USYST GND +26V

+26V GND USYST

1 2 3

RM*26 330R0

133.2

CM*18 100N0

24 LM*02 10U0

FM*02 T63mA

BM*02 1 #

RM*11 470R0

CM*01 22U0

RM*12 22K0

CM*02 100N0

RM*16 1K2

2 3

TM*05 BC547B 24

RM*04 2K2

CM*03 10N0

DM*02 LL4148

CM*16 100N0 DM*06 LL4148

VIDEO B

RM*30 470R0 RM*36 4K7

32us 2V 2.5Vpp-H

VIDEO G

RM*35 470R0 TM*02 BC337-40

15 TM*01 14.5 BC557B

RM*33 47R0

0.9 RM*01 220R0

CM*20 330N0

14.4 TM*09 BC847B 0 RM*47 100R0

3

TM*06 2SA1837

RM*21 56K0

RM*34 1K2

RM*41 33K0

CM*41 4N7

TM*04 BC847B

TM*08 10.4 BC557B

CM*05 1N0 RM*14 220R0

CM*09 22N0

10

RM*15 680R0

RM*32 56K0

1

RM*23 820R0

2

CM*12 22U0

RM*22 10R0

CM*19 100N0

TM*07 2SC4793 RM*27 4R7

DM*11 RGP10G CM*56 100N0

BSVM PULSE FORMER

RM*46 7K5

BM*03

CM*48 RM*42 470P0 470R0 RM*29 470R0

0.1 CM*40 47U0

RM*25 4R7

RM*20 10R0

RM*17 10R0

2.5

RM*13 3K3 CM*15 330N0

CM*55 100N0

10.1

CM*04 100N0

24

DM*07 LL4148 15 14.4

RM*07 22K0

TM*10 BC847B 14.4 0

RM*08 2K2

DM*05 LL4148

CM*11 100U0 RM*19 820R0

10.5 DM*01 LL4148

DM*10 RGP10G

CM*07 22N0

10.7

RM*06 15K0

0

LM*01 5U6

CM*10 22U0

RM*24 39R0

RM*45 4K7

RM*28 39R0

CM*13 100U0

32us

0 2V1 2.5Vpp-H

CK*18 4U7

RK*04 47R0

RK*27 3M3

FK*01 T63mA

RK*40 39K0

VIDEO R

CK*29 100N0 CK*02 4U7

CK*03 10N0

RK*11 22R0

CK*04 1U0

DK*06 LL4148 2.2V 2.2Vpp-H

+250V

RK*01 10R0

9 8 7 6

CK*31 22N0

CK*01 47U0

RK*29 6K81

DK*07 LL4148

RK*25 301R0

10ms

# RK*28 47K5

4 3 2

RK*32 475R0

1

RK*33 475R0 DL*01 TH288LNMS-14729

7Vpp-V

# CK*19 4N7

TK*03 BF872

BF872

154(G) 170(B) 174(R)

CK*11 47P0

# RK*03 332R0

# DK*01 LL4148

RK*26 301R0

RK*05 56K0

12.3 TK*32 BC857B

4.6

RK*07 392R0

CK*15 470P0

14

11

13 12

10

4.6

VIDEO DELAY

149(G) 163(B) 171(R)

5.3 TK*01 BC857B

RK*37 1K0

RK*08 100R0

4.7

RK*06 3K32

4

2.1

RK*20 330R0 152(G) 172(R) 171(B)

TK*02 BF883S 5.3 BF883S

TK*07 BC557B

6

DK*04 EGP10G RK*21 1K0

ANODE HEATER

LK*01 10U0

8

CATHODE

TK*06 BF421 5(G) 4(B) 3(R)

BF872

TK*05 BF872 0 RK*18 330R0

RK*19 1K0

G1

# CRT R RP19 00 CRT B RP19 00 CRT G RP19 00

AQU

1

9

RP C19 First issue 07 / 98

5

10

1

1

FOK

BM*10 RK*22 10R0 RK*23 1K5

RK*24 1K5

DK*05 1N4007GP or rect. bridge

CK*17 1N0

1

1M5

RK*42 #

BK*02

4.7 CK*12 100N0

CK*13 10P0

CK*23 470P0

PV*01 2M5

GNDF

1

G2 BK*05 1KV

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

BM*02 CK*19 DK*01 JK*30 RK*03 RK*28 RK*42 X 1M5 X X X X X 2M2 X X 1M5

G2 G3

12

GAMMA and CLIPPING CRT R RP19 00 : * = 1 CRT B RP19 00 : * = 2 CRT G RP19 00 : * = 3

7

BK*01

LL4148 153(G) 160(B) BK*032 172(R)

0.1 RK*02 RK*09 1K62 10R0

RK*31 681R0

to EHT splitter

BF883S

DK*02 CK*05 RK*10 10N0 3K3

+30 KV

DK*03 EGP10G

CK*07 10N0 RK*17 330R0 CK*14 2N2

TK*04 BF883S

CK*10 22N0

11.9

17

RK*30 33R0

11.7 TK*30 BC847B 3.2

16 15

# JK*30 0 0

RK*13 390K0

5

18

DCR

DK*08 BZX85C150

CK*30 22N0

1 2 3 4 5 6 7 8 9

+13V VIDEO BIAG DCR BSVM GND HTR HTRG

10

DK*13 EGP10G

CK*06 1U0

245 244

BK*11

32us

from DCU BV01,2,3

0

RK*16 330R0

246 RK*14 330R0 RK*15 10R0

RK*12 2K2

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

DC Voltages : 4.7 : CRT G/R/B 4.7 (G) : CRT G 4.7 (B) : CRT B 4.7 (R) : CRT R + + = 50%

CRT-B

CRT-G

CRT-R

32us

0

57V 130Vpp-H

32us

0

32us 60V 140Vpp-H

0

60V

110Vpp-H

to BSVM coil 4uH

CRT.R.RP19.00 CRT.B.RP19.00 CRT.G.RP19.00

from Main Board BL050

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO

BB02

1

SK HEAT H.GND

LB06 10u

RB06 47R

UVIDEO

CB76 100p

CB06 47u

SUB PCL 4000 11DM

5 RED DELAY CM51 100n

CB09 100u

RB09 10R

32us

RM51 10R

RM56 470R

TM50 BC846B

1

2.7

3,2Vpp-H

6

8

RM53 475R

16

RM52 1k5

15 13 12 10

TM52 BC856B

12.3

13

9 FM50 ASY LC-MOD TOKO TH288LNMS-14729 RM55 18

511R

1.8 1.2 RM57 221R

TM51 BC846B

CB21 6p8

RB23 470R

2

8

RM58 274R

TM53 BC856B

RM59 220R

3

4

BB06 1

DB50 * BAV21

*

IB01 TEA5101B

VDD high

5

CRTGND BB04

VH

CB01 10n

RB04 1k5

DB50

5 DB70 BAV21

GN 6 7 8

CB23 100n

GND

UG2 BB03

F2

DB06 27v

4

DB70 BAV21*

DB04 1N4004GP

CB10 100u

3

RB24 39k

Focus

CB03 10u

RB02 560k

DB05 27v

BL 2

Vref

Vref

VCC LOW

CB22 100n

RB21 619R

2.9

RB33 1k5

3.5

Vref

RM61 3k3

12.9

3.3

2V

RM54 6k2

12.9

RM50 33R

0

CM53 100n

1

RB32 1k5

RB01 1k5

RB02 100k

RD 9

RB22 1k5

4.6 DB28 LL4148

RB27 2k2

14

13

138

15

136

RB28 180k

11

10

12

RB34 180k

197

6

7

9

RB35 180k

DB30 BAV21

CB26 470p

197

DB26 LS4148

RB26 470R

DB31 BAV103

LB31 4u7

RB31 330R

32us BB01 9

DB32 BAV103

BLUE DELAY

RB52 1k5

to Main Board BV001

CRT_ ICUT CM66 100n

CRT_B CRT_R RM65 33R

CRT_G +U13

CM68 100n

RM69 6k2

RM66 10R

RM71 470R

12.9

1 3.5

RM76 3k3

12.9 TM65 BC846B

3.3

6

8

13

9 FM65 ASY LC-MOD TOKO TH288LNMS-14729

RM68 475R

+U13

TM67 BC856B

12.3 1

2.7

1

18

RM67 1k5

16 15 13 12 10

1.8

RM70 511R

1.2 RM72 221R

TM66 BC846B RM73 274R

4

8

0

Vref

VCC LOW

CB42 100n

TM68 BC856B

RM74 220R

2

RB41 681R

3.1

2.9

3

Vref

Vref

CB41 6p8

RB43 470R

RB53 1k5

IB02 TEA5101B

VDD high

5

198

RB44 39k

4.5 RB47 2k2

5

CB43 100n

GND

RB42 1k5

DB48 LL4148

14

13

158

15

11

155

10

12

RB54 180k

197

6

7

9

RB55 180k

CB46 470p RB46 470R

DB46 LS4148

RB48 180k

32us

CM81 100n

RB07 10R

RM91 3k3 RB63 470R TM82 BC856B

12.3 1

6

8

13

9 FM80 ASY LC-MOD TOKO TH288LNMS-14729

2.7 RM83 475R

18

RM82 1k5

3Vpp-H

RM81 10R

RM86 470R

1 3.5

12.9 TM80 BC846B

3.3

0 1v8

RM84 6k2

RB72 1k5

12.9

RM80 33R

32us

CM83 100n

16 15 13 12 10

1.8

RM85 511R

1.2 RM87 221R

1

2

4

DB51 BAV103

6

LB51 4u7

RB51 330R

11

DB52 BAV103

GREEN DELAY

1v8

3Vpp-H

7

8

197

DB07 1N4004GP

0

57v

145Vpp-H

TM81 BC846B RM88 274R

2

RB61 649R

3.1

2.9 RM89 220R

Vref

9

IB03 TEA5101B

8

RB62 1k5

BB10

4

VDD high

5

CB63 100n

GND

RB64 39k

4.9 LB16 150u RB17 15k RB18 5k6

TB18 BC327-40

RB67 2k2

DB68 LL4148

14

13

152

15

11

149

10

Vref

VCC LOW

CB62 100n

TM83 BC856B

3

Vref

CB61 6p8

RB73 1k5

10

12

RB74 180k

RB68 1M

197

6

RB75 180k

7

9

RB79 1k5

32us

CRTGND

CB57 100p CB66 470p

197 RB66 470R

DB66 LS4148

CB19 100p

DB71 BAV103

0 LB71 2u7

RB71 330R

57v 120Vpp-H

DB72 BAV103

CB18 10n

0

10ms 3,8Vpp-V

CB07 100u

CB08 1000u

RM26 330R RM30 22R

from Main Board BP110

BM04 1

CM01 100u

USYS G

UVERT 3

R

RM06 39k

CM03 47p

2.4

CM17 22u

RM16 1k2

RM12 22k

1.8

26 CM14 100n

CM30 100n

TM02 BC337

TM10 BC848B

RM47 330R

RM07 4k7

RM08 1k

RM10 4k7

RM35 470R

RM33 56R

6.1

RM49 18k

5.6

CM15 100n

CM04 100n

RM46 4k7

RM45 3k9

RM13 3k3 RM34 270R

CM13 100u

TM04 BC848B

2.3 RM14 270R

RM28 39R

DM01 LL4148 12.3 RM17 10R

RM27 2R7

DM02 LL4148

CM05 470p RM15 470R

0 CM40 10u

DM10 LL4148

TM05 BC548C 26.2 12.7 RM18 10R CM06 150p

RM19 820R CM07 22n RM21 56k

DM03 RGP10G RM20 10R 131.5 TM06 2SA1837 (2SA1011)

12.4 TM08 BC558B

RM41 33k RM31 10R

12.7 CM08 150p

CM41 4n7 CM09 22n

RM23 820R

CM48 470p

131.5

0.9 RM22 10R

135Vpp-H

RM42 390R

BM03 1

RM29 470R

Safety Part When repairing, use original part only

SFB 4002 11

DST

Piece de securite N'utilisez que les pieces d'origine

3

* Components mounted according

FOC

to different version

PL201

BL207

CRT.BS19100.00

0.6 CM39 100n

CRT BL206

CRTGND

ICC19 100 Hz First issue 09 / 97

FOCUS MODULE FOKUS BAUSTEIN MODULO FUOCO MODULO FOCUS

to Yoke

68.3 TM07 2SC4793 (2SC2344) DM04 RGP10G

32us 57v

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

CM38 100n

CM12 22u RM32 56k

0

RM25 2R7

CM11 100u

12.4 3

0.2 TM09 BC848C

RM37 10k

DM09 LL4148

TM01 BC848B

0 in VT 0.6 in VT

RM11 470R

26.2

RM48 1k5

CM49 1u

LM01 5u6

CM37 100n RM02 10k

RM03 4k7

RM01 1k2

RM09 27k

B

RM04 2k2

26.3V

CM02 100n

RM38 24R

RM24 15R CM10 22u

140V

G2

2.6V 1.6Vpp

0

2.5V 1.5Vpp

DV301 BAS20

Pieza de seguridad Utilice solo piezas originales

PAL_NTSC

T=32us

RV371 100R0

CV347 10P0

CV348 10P0

GND2H

GND2H

LV332 390N0

LV330 390N0

CV321 10P0

T=64us

CV346 10P0 GND2H

5V (P)

ZV301 500MI0

CV397 100U0

GND2H

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

GND2H

IV301A

MSM5412222-25-TS-K

100 99 98

101

102

128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 104 103

97

GNDD GNDD GNDD

GNDD

TO_FUV3 TO_FUV2 TO_FUV1 TO_FUV0

TO_FY7 TO_FY6 TO_FY5 TO_FY4 TO_FY3 TO_FY2 TO_FY1 TO_FY0

FM_Y7 FM_Y6 FM_Y5 FM_Y4 FM_Y3 FM_Y2 FM_Y1 TP9 FM_Y0 FM_UV3 FM_UV2 FM_UV1 FM_UV0

GNDD

100N0

GND1H

+

4 VEE RV419 4.2 150R0 7

6 -

3.3

CV416 220U0

IN-

CV418 NI

8 V+

CV419 470U0

4.3

OUT

CV420 100N0

GND2H

GNDD

IV306 LM358D

GND2H

T=32us

5Vpp

Y2H

U2H

V2H

IIC_CL_2 IIC_DA_2 CLKDIS

CV329 100N0

DEV

DV305 BB729S

CV370 1N0

RV318 470K0

RV325 2K7

CV373 120P0

TV303 BF660 6.7

V5D

7.1

Y2H

5

LV326 1U44 -

RV330 8K2

18 16 15 13 12 10

RV376 150R0

1.9

CV371 1U0

GND2H

CV052 NI U2H

RV326 8K2

T=10ms

CV366 10N0

RV375 150R0

GND2H

T=0.03us TP3

CV368 1U0

CV324 10P0

RV373 100R0

RV377 220R0

LV331 390N0

LV377 10U0

CV051 150P0

GND2H

RV343 1K0

2.4Vpp

T=32us

T=32us

4V

V2H

T=32us

4V 1.5Vpp

LV052 12U0

CV054 68P0

CV055 10P0

RV053 475R0

+9VM RV074 1K21

CV071 150P0

CV072 NI

CV073 NI

LV071 22U0

LV072 12U0

CV074 68P0

CV075 10P0

TV071 BC856B 0.6

RV073 475R0

RV075 1.3 475R0 CV076 NI

TV053 BC856B

GND2H

2.8

TV052 BC846B RV058 619R0

RV057 475R0

CV057 10P0

RV076 220R0

CV059 100N0

TV073 BC856B 8.2

4.5 CV062 1U0

TV072 BC846B RV078 432R0

RV077 475R0

CV077 10P0

100N0 CV026 100N0

GND2H

GND_BUS FB_IN SSC_IN VCC_BUS Y_IN2 DAC_TST R-Y_IN2 GND_R-Y B-Y_IN2 VCC_R-Y Y_IN1 GND_B-Y R-Y_IN1 VCC_B-Y B-Y_IN1

SDA SCL COR

GND_Y APL_DET VDD

Y_OUT AC_GND FB_BS BS

VCC_Y COLM R-Y_OUT WS_CON B-Y_OUT

MAIN_Y MAIN_V MAIN_U

IIC_CL_2 RV033 100R0

RV034 100R0

IV001 STV2165 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

CV033 33P0 CV032 33P0

15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

CV031

100N0

GND2H

CV030 CV029 CV028 GND2H

RV032 240K0

100N0 100N0 100N0 CV027 4U7

CV079 100N0 GND2H

2.8

3.5

CV024 100N0 CV025

RV059 1K2

8.8

IIC_DA_2

SSC

8.2 3.4

CV056 NI

GND2H

TP23

1.2Vpp

LV051 22U0

RV035 1K0

8.8 RV056 220R0

0.6

GND2H

GND2H

0

RV055 TV051 BC856B 1.3 475R0

CV053 NI

+9VM

RV041 8R2 CV021 100U0 +9VM RV054 1K21

GND2H

TV307 BF799

2.3 RV331 390R0

CV012 1U0

1Vpp

TV001 BC856B

RV002 475R0

GND2H

CV363 18P0

CV009 100N0

1

1 2 3 4 56 7 8 9

GND2H

GND2H

RV003 1K5

0.4

FV001

RV329 270R0

11

GND2H

CV372 100P0

GND2H

CV008 100U0 25V GND2H

16 15 14 13 12 11 10 9

RV328 3K3

17

Vdd ZENER PCAin PC2out R2 R1 SFout VCOin

TP20

4Vpp

V5D CV396 100N0 GND2H

BV006

CV322 100P0

3Vpp

P GND2H

GND2H

PCPout PC1out PCBin VCOout INH C1A C1B Vss

TP24

LV335 10U0

5 IN+

0

GND2H

RV372 100R0 GND2H

(R)

M_RES

FB_DET (R)

(R) IIC_DA_2

(R) IIC_CL_2

LV302 390N0

LV304 390N0

GND2H

LV301 390N0

3.3

RV418 0

+9VM

+9VM

RV327 10R0

GND2H

0

CV349 27P0

UREF

CV338 100N0

6

1 2 3 4 5 6 7 8

CV312 100N0

RV420 220K0

CV352 1N0

GND2H

IV308 HEF4046BT

TP19

4Vpp

12 11 10 9 8 7 6 5 4 3 2 1

VA

DV300 BAS20

LV315 10U0

TV300 BCP69 GND1H

GNDD

CV426 100N0

+9VM

CV374 1U0

RV315 470R0

5

CV384 10N0

GND2H

CV313 100P0

CONTROL CV330 4N7

V3DIG

T=32us GND2H

RV314 470R0 V5D

470R0

CLKDIS

V3AN

5

GND2H

0

V5D RV337 10K0

TP12

14

TP5

IV312 8 V+ LM358D

GND2H

CV385 4N7

RV335 1M0

V3DIG

JV008 NI

JV001

5Vpp

CLK27

1.1Vpp

Componenti di sicurezza Per la riparazione, utilizzare solo componenti originali

0

TP25

7

2.2V

HA

1

RV339 47K0

LV312 10U0 V3_5D FP_DET

V3DIG GNDD

RV338 10K0

OUT

TP18

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

FSCOMB

-

RV341 3K9

RV333 1K3

CV337 100N0

TP26

CV378 100N0 RV340 3K9

RST

T=10ms

RV388 390R0

GND2H

3

RV346 3K9

GNDD

CLKFIFO RE

DISREF CLKDIS TP6

V3DIG CV340 100N0

LV385 10U0

LDFL

IN-

+9VM 16 15 14 13 12 11 10 9

GND2H

2

RV334

Vdd ZENER PCAin PC2out R2 R1 SFout VCOin

CV428 100N0

GND2H

1.2 RV380 4K7

TV312 BC856B

RV385 390R0

4

DISREF

CV636 47P0

PCPout PC1out PCBin VCOout INH C1A C1B Vss

TV393 BC856B

LV316 47U0

GND2H

RV351 NI

RV410 22K0

10 11 12 13 14 15 16 17 18

GNDD

8

RV342 2K7

1 2 3 4 5 6 7 8

4 VEE

9

V3_5D

M_RES

RV395 470R0

V3DIG GNDD

TP10

TP11

CV415 10N0

3.2

GNDD

RV014 475R0

RV503 100R0

1

IV311 HEF4046BT RV348 H2SYC 470R0

2

RV305 2K21

GND1H

GND2H

3 +

IN+

TV395 BC846B 3.9

RV300 100R0

35 FM_Y7 34 FM_Y6 33 FM_Y5 32 FM_Y4 31 FM_Y3 30 FM_Y2 29 FM_Y1 28 FM_Y0 Q4 27 FM_UV3 30 29 Q3 26 FM_UV2 28 27 Q2 26 Q1 25 FM_UV1 25 24 FM_UV0 24 Q0 23 23 SRCK 22 RSTR 21 R 20 OE 19 V3_5D VCC2

CV335 100N0

HA

CV440 100N0

RV345 475R0

GND2H

V3DIG

3.3

CLK27 RST WE2

GNDD

36

VSS2 Q11

44 43 Q10 42 41 Q9 40 39 Q8 38 37 Q7 36 35 Q6 34 33 Q5 32

VSS2 Q11 Q10 NC Q9 Q8 Q7 Q6 NC Q5 Q4 Q3 Q2 Vss Q1 Q0 SRCK RSTR NC R OE VCC2

RV052 475R0

4

CV022 100N0

CV023 100N0

CV082 1U0 GND2H

RV079 1K2

T=32us

GND2H

T=32us

T=32us

GND2H

1Vpp

GND2H 2

T=128us

RV344 475R0

CV438 100N0

3.3

CLKFIFO RST WE2 RSTW1 RE WE1

VSS1 D11 D10 NC D9 D8 D7 D6 NC D5 D4 D3 D2 NC D1 D0 SWCK RSTW NC W IE VCC1

GNDD

3

TV311 BC846B

CONTROL

V3DIG CV386 100N0

GND2H

RV432 100R0

VSS1 D11 1 D10 2 3 D9 4 5 D8 6 7 D7 8 9 D6 10 11 D5 12 13 D4 14 D3 15 16 D2 17 18 D1 19 20 D0 21 22 SWCK RSTW W IE VCC1

3.5

CV393 1N0

RV321 82K0

RV322 47K0

CV314 1N0

LV314 1U2

DV302 BA592

RV390 8K2

GNDD

TP27

1 2 3 4 5 6 7 8

TO_FY7 TO_FY6 TO_FY5 TO_FY4 TO_FY3 TO_FY2 TO_FY1 TO_FY0 TO_FUV3 TO_FUV2 TO_FUV1 TO_FUV0

GNDD

V3AN V3DIG

1.3Vpp

1

DV623 BZX84C5V1

OUT

8 V+

GND2H

GND2H

GND2H

T=64us

2 -

+9VM RV304 1K0 GND2H

GND2H

RV502 100R0

(V) SSC

CV635 47P0

CV630 10U0

IIC_DA_2 IIC_CL_2

T=128us CV633 100P0

Piece de securite N'utilisez que les pieces d'origine

RV626 47R0

TP17

RV635 100R0

1.1Vpp

LV612 1U0

Safety Part When repairing, use original part only

PAL_NTSC

!

0

RV623 180R0 RV622 10R0 RV620 10R0

VP2

CV621 100N0

+9VM

2.5V

GND2H

DV307 BB729S

1 1

IN-

GND1H

8 I.C. 7 I.C. 6 N.C. 5 SAND 4 I.C. 3 GND2 RV621 2 N.C. 1 5.2 10R0

+

+9VM GND2H

H2SYC V2SYC

GND2H

TV392 BF660 7.4

7.1

(V) MAIN_U (V) MAIN_V (V) MAIN_Y

1N0

RV636 100R0

IV306 LM358D

CV354 100N0

IV602 TDA4665T VP1 GND1 Vo(R-Y) Vo(B-Y) N.C. Vi(B-Y) N.C. Vi(R-Y)

3 IN+

LV380 1U44

GNDD

RV392 220R0

CV381 180P0 RV391 5K6 CV382 150P0

CV383 1N0

TP30

CV627

GND1H

RV387 1K0

1.4 GND1H

TP1

4 VEE

TV382 BC856B

4.1 3.6

CV390 1N0

RV374 4K7 GND1H

RV309 CV358 68K0 220N0

TP32

RV602 1K0

T=64us

1N0

CV357 4N7

TP31

CV615 100N0

10N0

CV626

RV382 4K7

RV384 1M0

3

CV619 15P0

100N0 CV625

RV320 3K9

GND1H

IV305 HEF4046BT

9 10 11 12 13 14 15 16

RV306 10K0

CV392 390PO

RV308 3K9

5

CV618 15P0

CV624 10N0

16 15 14 13 12 11 10 9

GNDD

GNDD

CV427 100N0

96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65

IV303

RV072 475R0

4

CV614 6N8

CV623

CV602 470U0

Vdd ZENER PCAin PC2out R2 R1 SFout VCOin

7

CV613 100N0

PCPout PC1out PCBin VCOout INH C1A C1B Vss

CV343 100N0

IC-QP128

+9VM

6

CV606 470P0

CV770 100N0

1 2 3 4 5 6 7 8

CV379 1U0

RV393 10R0

LV310 10U0

TP8

TP7

GNDD

V3DIG CV433 100N0

IV301 TMS4C2972DT

GNDD

V3DIG

GNDD

GNDD

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

CV414 100N0

GND2H

GND1H

TV381 BF660

8

CV605 1U0

16

RV386 470R0 TP16

RV426 680R0

RV313 220R0

7.1

LDFL HDFL VDFL

V SS V DD 8 RV790 1K0

HA U1H

CV437 390P0 6.1

RV310 4K7

V3DIG

GND1H

(V) (V) (V)

7

+9VM

CV622 100U0

RV601 10R0 +9VM

CV601 100N0

4.4V 1Vpp

RV649 22R0

CV387 220P0

RV311 6K8

CV355 1N0

6

TP22

RV773 1K0 TV770 BC856B

CV612 100N0

LV601 100U0

CV603 100N0

8.8

0 TV642 BC846B

4.4

RV645 590R0

RV643 100R0

CV375 1U0

DV303 BB729S

5

7

TP21

+9VM

1.7 1.1

100N0

RV606 82K0

TV641 BC846B

4

RV312 10R0

4

3

GND2H

CV776 NI

RV604 12K0

Y/CVBS

8.8 RV647 0 5

RV642 475R0 0.7 3

2

RV367 475R0

9

RV770 100R0

1.4 TV785 BC856B

1

-

2

LV350 6U8

CV350 100N0 TP15 RV381 475R0

10

COUT

CV608

RV789 1K2

2.1 15

FV640 H314LSJS -

1

RV355 470R0 V3DIG CV353 100N0

11

TV706 BC846B

100N0

V1H

T=64us

+9VM

8

13

1.3

CV607

+9VM 4

RV641 475R0

V3DIG

CLAMP

ACQREF GND1H

RV399 2K7

REFDEF

RV716 220R0

Z1 V EE

14

4Vpp

TP13

RV665 750R0

RV644 680R0 5

U CV640 47U0 TV640 BC856B

TP2

TP14

VA HA

RV669 22R0

SPU0 SPV1 SPV0 HA VA CACQ ACQREF

IIC_CL_2B IIC_DA_2B

GND2H

CVBS/Y

INHIBIT A X B C Z X0 IV780 X1 Y0 HEF4053BT Y1 Y Z0

RV640 1K0 CV642 3.4 100N0 2.7

GNDD

GNDD

RV425 100R0

GNDD

GND2H

6 11 10 9 12 13 2 1 5 3

(Low=LCFon)

TV775 BC856B

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

V3DIG

V3_5D

TP4

SPY7 SPY6 SPY5 SPY4 SPY3 SPY2 SPY1 SPY0 SPU1

CV422 100N0

CHROMA_1

1.3

TV782 BC856B

CLP/HA O P/LLC F I/O P B Uout G Vout R Yout A(VBS) VA Fscomb SC HPLL DGND C DEC Y/CVBS Vcc AGND SDA FILTref SCL CPLL Vin XTAL Uin XTAL2 -(B-Y) SECref -(R-Y)

RV332 100R0

0

4.4V 1Vpp

TV662 BC846B

4

RV663 130R0

R OE VCC2

SPY7 SPY6 SPY5 SPY4 SPY3 SPY2 SPY1 SPY0 SPU1 SPU0 SPV1 SPV0

0 5Vpp

5Vpp

4.4

W IE VCC1

36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19

CV423 100N0

(X) R_AV1 (X) G_AV1 (X) B_AV1 (X) FB_AV1

RV780 221R0

2.7V 1.4Vpp

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

2

YOUT

CV764 100N0

0

GND1H

0

RV779 1K2

2

T=64us

IV601 TDA9143N3

1.5Vpp

TV661 BC846B

V3_5D

RV424 100R0

(X)

+9VM CV780 100N0

CHROMA

CV767 NI

T=64us

8.8 RV667 0 5

5

V0

Q0 SRCK RSTR

GND1H

RV782 1K2

RV662 475R0 0.7 3

18 17

CLK

15

CV756 100N0

RV741 221R0

RV742 221R0

RV610 220R0

1

TV660 BC856B

2.7 RV609 NI

FV660 H314LSJS -

DGND

D5 D4 D3 D2 D1 D0 22 SWCK RSTW

14

V5D RV762 10K0

CV705 10N0

CHROMA_1

CV639 100N0

DV627 NI +9VM

CV762 47U0

V5D

COMB_Off

CV638 100N0

DV626 NI

T=64us

RV661 475R0

19

D`0

CLP

RV423 100R0

17

CV730 NI

CV637 100N0

DV625 NI

10U0 100N0 10U0

RV664 680R0

V CV660 47U0

V1

T=64us

RV686 NI

0 RV660 1K0

CV662 100N0 3.4

U1 U0

20

GND1H

T=32us

TV682 BC846B

0

1Vpp

Y1 Y0

22 21

VSS2

CV439 100N0

RV324 2K7

GNDD

VSS2 44Q11 Q11 Q10 Q10 NC Q9 Q9 Q8 Q7 Q8 Q6 NC Q7 Q5 Q4 Q6 Q3 Q2 Q5 Vss Q1 Q4 Q0 SRCK Q3 RSTR NC Q2 R OE Q1 VCC2 23

VSS1 D11 D10 NC D9 D8 D7 D6 NC D5 D4 D3 D2 NC D1 D0 SWCK RSTW NC W IE VCC1

16

RV730 412R0

4 5 6 7 8 9 10 11 12

RV758 51R0 CV758 10U0

100N0

2.5V

CV611 100P0

25 24

19

PAL_NTSC

TV705 1.5 BC846B 0.1

RV729 10K0

CV766 47U0

(TDA_9143/16)

RV715 220R0

RV766 10K0 RV759 100R0

+9VM

CV752 CV753 CV750 CV751

RV613 NI

RV611 NI

Y2

VSS1 D11 1 D10 D9 D8 D7 D6

18

CV761 100N0

TV602 NI TV600 BC856B 8.8 TV601 BC846B RV612 12K0

26

Y7 Y6 Y5 Y4 Y3 Y2 Y1 Y0 U1 U0 V1 V0

23

CE HREF

Y3

20

CV792 100U0

TV704 BC846B

RV711 NI

A

CV609 47P0

0.1

D`2 D`1

Y4

3

1 2 3 V5D

8.8 0.1

D A

4.5

V5D RV750 220K0

16

D`3

CLPV REG3

Y5

27

2

RV710 4K7

A

RV617 12K0 CV755 100N0

CV754 4N7 CV720 47U0

15

VCC0

CLPU

Y6

29 28

7

RV709 4K7

D

14

D0

AGND

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

Y7

30

6

TV703 BC846B

CV706 10N0

4FSC

CVBS

8 D

220N0 13

RV302 1K0

T=10ms

D1

INV

33N0 12

CV315

CV631 100U0

D2

31

HDFL VDFL

0.1 RV706 4K7

RV712 4K7

8.8

C

8

CV632 100N0

7

INU SDN

9 10

33N0 11

CV316

Y1H RV685 237R0

0.7 RV683 180R0

RV689 NI

TV680 BC856B

T=64us

RV687 470R0

CV685 NI

7

TP29

CV686 NI

FSC-Clock PLL

+9VM RV708 620R0

Y

RV684 475R0 TV681 BC856B

6.4

5

D4 D3

5

CV760 NI

+9VM

RV707 4K7

Delay

Combfilter or Y-Notch + C-Bandpass

VH DGnd DVcc Fsc M /N PAL /NTSC Comb /BPF

RV616 NI

CV610 100N0

4 2

8

1U0

CV310

D5

CLPY VCCA

(X) +9VM (X) VIDEO_1

V5D

RV615 33K0

CV309

CV301 4U7

D6

REG2

1

CV701 100N0

RV614 12K0

RV682 475R0

FV680 TH316LSOS 1 3 -

RV681 475R0

3.9 3.3

QV601 4M433619

4.5

RV705 470R0

CLAMP

RV704 1K8

24 23 22 21 20 19 18 17 16 15 14 13

PCout Vcc Bias VCO_Fil GND_D/A YOUT Vcc_D/A COUT Ref_D/A Bias_D/A_A/D GND_A/D Vcc_A/D

CV759 100N0

8.2

1.5 RV703 470R0

RV701 15K0

Vertical Enhancer

RV757 43K0

TV700 BC846B 2.2

CV700 10N0

CV702 100N0

TV701 BC856B

CV757 100N0

RV702 470R0

TP1 TP2 MOD1 MOD0 A/D_CLK DGnd NC CLPt CLPo CVBSin Ref_Bot Ref_Top

0

1Vpp

FB_FORCE

Digital Input/Output or Vertical Enhancer control D3 D2 D1 D0 Bypass

CV682 100N0

Y 3V

WL4/C7 WL3/C6 WL2/C5 WL1/C4 BL4/C3 BL3/C2 BL2/C1 BL1/C0 NL4/D7 NL3/D6 NL2/D5 NL1/D4

8.8 RV700 47K0

37 38 39 40 41 42 43 44 45 46 47 48

RV688 NI

CV616 100N0

TV603 BC846B

+9VM

4U7 TP34

U1H (1)

+9VM

64us

36 35 34 33 32 31 30 29 28 27 26 25

+9VM

FSCOMB

0.8

RV607 681R0 0.1

(Fullpage=V5D)

7

D7

INY

8

MC141627

RV603 10K0

0.1 TV604 BC846B

V1H (1)

VCCD

REG1

4

IV750

RV605 10K0

5 6

GND1H

7 8

CV723 NI

V5D RV608 3K9

4

1U0

V3DIG

GNDD

V3DIG

IV302 TMS4C2972DT

GNDD

GND2H

+9VM

3

220N0

CV303

32

H2SYC V2SYC

CV795 100N0

+9VM

N.C.

2

CV304

GND1H

+9VM CV721 22N0

TP35

CV302

GND1H

10 9 11

CV794 100U0

RV726 1K0

1

12

2.7

R_AV1 G_AV1 B_AV1 FB_AV1 FB_DET (R) FP_DET

QV602 3M579545

RV728 475R0

TV723 BC856B 2 RV723 681R0

CV725 160P0

FB_DET

RV721 221R0

VIDEO_1

CV724 NI

6

CV793 100N0

FB_AV1

RV722 0

1 23 4 5 FV720

CVBS_LCF

RV724 8K25

LV720 NI

3Vpp

CV791 100N0

CV300 4U7

UREF

GNDD

GND1H

CV790 470U0

TP33

0 2Vpp

V5D

ACQREF

V5D

1

GNDD

GND1H

Y1H (1)

7

2.2Vpp

GND1H

T=64us

T=64us

IV300 TDA8755

CV308 10U0 CV305 10N0

CV328

CV319 100N0 CV307 100N0

64us

IV302A MSM5412222-25-TS-K

V5D LV300 10U0 V5D

VM 19200.00

VM

CLKFIFO RST RE REFDEF CLK27

WE1 RSTW1

VIDEO MODULE - MODULE VIDEO - VIDEO BAUSTEIN - MODULO VIDEO - MÓDULO VIDEO

1.5Vpp

1Vpp

GND1H

BV011

ICC19 100 Hz Updated 11 / 98

First issue 09 / 97

VIDEO MODULE - MODULE VIDEO - VIDEO BAUSTEIN - MODULO VIDEO - MÓDULO VIDEO

CV632 100p

TV601 BC846B

RV703 100R

2

CV632 100p

0

1Vpp

3.2

2.6

RV846 1k

LV841 10u

RV841 220R

RV829 1k2

CV842 180p

RV844 680R

CV845 100u

RV845 NI

0

RV315 220k

CV329 4n7 GND_1H

CV330 10n

GND_1H

GND_1H

0 V1H

RV849 1k2

5.8V 2Vpp

RV333 1k8 8.6 TV302 BC846B

2.3

TV303 BF660

CV341 10n

RV332 3k3 3.3

V5D CV340 100n

CV346 1n

8.6 TV301 GND_1H BC846B

RV339 6k8 GND_1H

100n

100n

CV385

CV393

GND_1H

LV601 100u

RV601 10R

2

CV602 470u

CV622 9VM CV624 10n

RV636 RV635

CV635 47p

100n 10n

CV626

1n0

CV627 1n0

VP1 GND1 Vo(R-Y) Vo(B-Y) N.C. Vi(B-Y) N.C. Vi(R-Y)

I.C. I.C. N.C. SAND I.C. GND2 N.C. VP2

IV602 TDA4665T

8 7 6 5 4 3 2 1

RV622 10R

RV621 10R CV621 100n

RV620 10R CV630 10u

VA IIC_DA_2 IIC_CL_2 HA

100R 100R

9VM

CV636 47p CHROMA (for SVHS :0.60Vpp)

RV322 4k7

9VM

CV334 1u

RV326 1k5

CV332 180p

RV325 220R

CV325 1n

DV301 BB729S

7

CV320 4p7

CV323 47n

GND_2H

T=32us

FILTDISP

V2H

RV001 750R

0 5Vpp

RV324 8k2

1V 0 1.9Vpp

CV335 1n

DV302 BA592

CV338 47n

RV336 390R

1.1Vpp

0

0

2.6V

1.6Vpp

0

CV001 1p8

CV004 10p

CV312 47p GND_1H

ZV301 400mA

+5V

LV303 10u CV309 100n

CV306 100p

V5D CV308 100u

5 4 3 2

GND_1H

CV304 10n GND_1H

JV313 0R0

GNDD 7 6

9VM V5D

GND_1H

CV016 100p

GND_1H

12 11 10 9 8

CV006 330p DV001 ZMM2.7 RV002 324R 0.9 0.2 TV001 BC856B RV003 CV007 475R 100n

CV005 27p

DV309 BB729S CV359 1n

CV361 150p

RV381 470k TP1

RV361 2k2

1

RV360 3k9

LV318 1u44 3 2

GNDD

CV356 100n

GND_1H

1

RV359 6k8

RV004 1k5

RV005 470R LV003 3u9

RV009 1k

CV008 39p

TV002 BC846B

2.8 RV006 619R

RV007 470R

TV003 BC856B

RV008 549R

GND_2H

RV055 1k

TP4

20 19 18 17 16 15 14 13 12 11 10 9 8 7

BV006

to BV011 Main Board

CV054 180p

V5D

RV363 8k2

RV365 470R

1

GNDD RV371 150R

4.5

RV366 150R

T=32us

4V 1.2Vpp

4V 1.4Vpp

TV051 BC856B

RV053 620R

CV079 100n GND_2H

GNDD

TV306 BF799

2.1

RV075 1k

1.2Vpp LLDFL

LV071 47u

V2H

RV367 330R

LV316 10u

RV071 620R

CV071 33p

1.3

RV072 110R CV074 180p

0.7

TV071 BC856B

RV073 510R

LV319 330n GND_2H

RV368 1k

T=32us

0.8

T=32us

CV364 100n TV305 BF550

CV363 10p

GNDD

1

CV051 33p

CV060 1u

1.5

RV052 0R0

GND_2H

7.4 6.6

Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

32us

T=0.03us

1Vpp

1.4Vpp

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

GND_1H 6 5

4 3 2 1

BV011

MAIN_Y MAIN_V MAIN_U

IIC_DA_2 IIC_CL_2 CV080 1u

GND_2H GND_2H

GND_2H GND_2H

CV010 1u

3.5

9VM

GND_2H

CV357 1u

GND_2H

RV051 620R

LV317 15u

3 8

LV051 47u

RV364 220R

GND_2H

LV007 3u9

CV313 47p

7

LV321 3u9

2.4Vpp

= GND_1H

1.5Vpp

CV360 150p

6 5 4

CV365 47p

GND_2H

2.5V

CV355 10p

RV370 100R

CV366 47p GND_2H

T=64us

NI=NOT INSERTED

T=128us

GND_2H

1Vpp

LV002 6u8

U2H

CV362 1u RV362 3k3

GNDD GNDD

RV369 100R

TV308 BC858B

GNDD

T=10ms

GND_2H

T=64us

1Vpp

0.8Vpp

LV001 3u3

CV027 4u7

RV032 240k

GND_2H

CV003 4p7

100n 100n 100n

CV023 100n

T=32us

CV002 6p8

100n

GND_2H

GND_2H

GND_2H

T=0.1us

0 5Vpp

3 2.4

1

GND_2H

GND_2H GND_2H

RV323 6k8

8 3 2

CHROMA_1 VIDEO_1

CV030 CV029 CV028

B-Y_OUT

CV022 100n

2.5Vpp

4.7 TV307 BF660

6 5 4

RV305 18k

CV031 GND_2H

32us

RV341 390R

T=0.03us CV333 180p 4.1

CV331 1n

LV331 1u

RV308 10k

FILTDISP

GND_2H

GNDD

GND_2H

TP6 1

GND_1H

TP2 1

DV623 BZX84C5V1

CV032 33p

15 14 13 12 11 10 9 8 7 6 BS 5 VCC_Y 4 COLM 3 R-Y_OUT 2 WS_CON 1

SDA SCL COR GND_Y APL_DET VDD Y_OUT AC_GND FB_BS

GND_2H

RV623 180R RV626 47R

GND_BUS FB_IN SSC_IN VCC_BUS Y_IN2 DAC_TST R-Y_IN2 GND_R-Y B-Y_IN2 VCC_R-Y Y_IN1 GND_B-Y R-Y_IN1 VCC_B-Y B-Y_IN1

CV059 100n

GND_2H 9 10 11 12 13 14 15 16

16 17 18 19 20 21 22 23 24 25 26 27 28 29 30

T=32us

CV623

CV625

CV021 100u

1.4Vpp

GND_1H

CV033 33p

32us

CV009 100n GND_2H

Y2H

GND_1H

RV033 100R

IV001 STV2165

RV041 8R2

GND_2H

CV337 100n

GND_1H

CV024 100n CV025 100n

GNDD

9VM CV040 100u

TV300 BC856B

4.8

100u

GNDD

LLDFL

LLD

RV378 3k92

100n CV384

GND_2H

RV034 100R

CV026 100n

V5D` CV396 100n

1.4Vpp

V5D

CV373 470u

5Vpp

5Vpp RV035 1k

RSTR R

CV397 470u

T=32us

D7 D6 D5 D4 D3 D2 D1 D0 D8 D9 D10 D11 SRCK

RV384 100R

GNDD GND_1H LV325 10u

RV331 6k8

2.9

VSS2 Q11 Q10 Q9 Q8 Q7 Q6 Q5 Q4 Q3 Q2 Q1 Q0 SRCK RSTR R OE VCC2 19

0

TV304 BF660

RV334 1k8

SSC

SRCK

9 8 7 6 5 4 3 2 We 1 SCL 68 SDA 67 Re 66 Rres 65 Vdd i/o core 64 Vss i/o core 63 Rclk 62 D11 61

Q0 Q8 Q9 Q10 Q11 Wclk Wres 100R 100R RV375 RV376

GND_1H

5 4

V5D` CV395 100n

0

GND_2H

GND_1H

FILTACQ SEL_CL FILTDEF VA HA LLA

CV345 220p RV337 4k7

LV322 47u

GND_1H

2.9

RV327 3k9

SEL_CL

DV303 BA582

CV343 10n

V5D

RV329 5k6

V5D

DV304 BA582

V5D

RV330 6k8

T=64us

5.6V 2Vpp

to BR006 Main Board

First issue 07 / 98

RV358 NI

CV342 5p6

CV347 1u

7

8 LV315 2u7 LV314 1u5 4 5 6

RV316 220k

RV338 220R

FILTDEF

1

CV601 100n

0

2.2V

RP C19

TP3 1

9VM

7

RV317 220k

CV344 220p

HDFL` VDFL`

CV603 100n

T=128us

RECEIVER : On UHF level : 1mV test bar pattern - SECAM Norm L standard, 100% white DC voltages measured betwen the point and earth using a digital meter

8.7 TV843 BC846B 5.6

6.2 RV847 240R

CV844 39p

TV841 CV841 BC856B 82p

RV702 100R

MEASUREMENT CONDITIONS

RV843 470R TV842 BC846B 4.2

RV314 3k9

RV320 4k7

RV335 4k7

2 3

LV324 10u

RV328 2k2

1.1Vpp CV633 100p

RV825 NI

RV313 0

FILTACQ

1 4.6 OUT

8 V+

1

8 LV312 2u7 LV313 820n 4 5 6

CV326 10n

4 VEE +

2 -

IN-

GND_1H 2 3

100R RSTW W

VSS2 Q11 Q10 NC Q9 Q8 Q7 Q6 NC Q5 Q4 Q3 Q2 Vss Q1 Q0 SRCK RSTR NC R OE VCC2

VSS1 D11 D10 NC D9 D8 D7 D6 NC D5 D4 D3 D2 NC D1 D0 SWCK RSTW NC W IE VCC1

T=32us

T=10ms 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20

LDFL

RV712 150R

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

T=64us

2.5V

U1H

1

RV383

V5D

CV372 100n

GNDD

RV607 470R RV713 150R

O P/LLC I/O P Uout Vout Yout VA SC DGND DEC Vcc SDA SCL Vin Uin -(B-Y) -(R-Y)

CV843 100n

2.5V

IN+

5.5

CV825 100u

CV328 3 100n 2.5

2.5

T=64us

T=64us

43mVpp-H CV631 100p

RV319 10k

GND_1H

0

RV602 1k

CV619 15p

3.6 RV824 680R

CV822 180p

9VM

CV646 470u

TV823 BC846B

RV827 360R

GND_1H

DV305 BB729S

D2 D3 D4 D5 D6 D7

SSC

CV618 15p

CV615 100n

CV824 39p

CV821 82p

CV647 100n

8.7 6.2

CV324 6p8

GND_1H

MAIN_U MAIN_V MAIN_Y

CV614 6n8

RV821 220R

RV823 470R TV822 BC846B 4.3

IV304 LM358D

RV318 10k

RV340 1k

HDFL VDFL

CV613 100n

1

CV606 1n5

QV602

CV605 1u

QV601 1 4,433619MHz

2

RV606 82k

17 CLP/HA F 18 B 19 G 20 R 21 A(VBS) 22 Fscomb 23 HPLL 24 C 25 26 AGND 27 FILTref 28 CPLL 29 XTAL 30 XTAL2 31 SECref 32

RV826 1k

LV821 10u

LV329 15u

V5D

LDFL HDFL VDFL

RV604 15k

RV808 1k

GND_2H

CV612 100n

CV607 100n

3,579545MHz

CV608 100n

RV806 NI

GNDD

GND_2H

9VM

Y1H

R_AV1 G_AV1 B_AV1 FB_AV1

CV604 NI

Chroma : 0.3Vpp

RV805 1k3

TP5 1

LLD

IV601 TDA9143S1

TV821 3.3 BC856B 2.7

T = 64us

0 5Vpp

B : 0.7Vpp G : 0.7Vpp R : 0.7Vpp

CV823 100n

2.7V

0

Yin. 1.7V bw (no sync.)

GND_1H

4V5 0 2Vpp

LV631 10u

1.4Vpp

T=64us

RV610 220R

RV804 1k2

CV371 100n

9VM VIDEO_1

RV609 NI

CV639 100n

TV803 BC856B

4.7

4.1

CV803 150p

2.9

CV805 100n

8.7 8.1

TV802 BC846B

U = 2.1Vpp

CHROMA_1

CV638 100n

RV803 220R

8.1 4.8

T=64us

RV612 12k

CV637 100n

CV802 68p

RV802 1k

TV322 BC846B

GND_1H

CV609 47p 8,7 TV600 BC856B 0

LV802 8u2

IIC_CL_2 IIC_DA_2 FB_DET

RV617 12k

CV610 100n

CV804 39p

LV006 3u9

RV615 33k

CV806 180p LV801 3u9

1

RV614 12k

RV801 TV801 3.9 220R BC856B 3.2 CV801 22p

CV369 1n

64us

GND_1H

V = 2.1Vpp

5 3.6

RV355 100R RV357 4k7

V5D` CV392 100n

VSS1 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 SWCK RSTW W IE VCC1

LLA

64us

3V 0 1Vpp

9VM

TV321 BC846B

3.6

Y2H U2H

FB_AV1 (R) FB_DET R_AV1 G_AV1 B_AV1

CV379 GND_1H 100n

5

D9 D8 D0 D1

VDFL`

RV354 100R 4.2

IV308 DMU0 CUT2.0

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18

HDFL`

V5D

D8 D9 D0 D1 CLKdisp Vdd i/o core Vss i/o core CLKdefl D2 D3 D4 D5 D6 D7 Hdefl Vdefl Vss I/O

TP7

GNDD

CV374 100n

Vdd I/O Vss I/O Q1 Q2 Q3 Q4 Q5 Q6 Q7 TEST Vdd fe Vss fe Vin Ref bip Uin Yuv ref Yin

Tdisp

CV370 47u

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

GNDD

Q1 Q2 Q3 Q4 Q5 Q6 Q7

Q7 Q6 Q5 Q4 Q3 Q2 Q1 Q0 Q8 Q9 Q10 Q11 SWCK

D11 D10 1

27 Tacq 28 Sel_cl 29 Tdefl 30 V50 31 H50 32 CLKacq 33 Vdd fe dig 34 Vss gd ring 35 Vdd dac Y 36 Yout 37 Uout 38 Vref 39 Iref 40 Vdd dac UV 41 Vout 42 Vss dac YUV 43

GND_1H

V5D` GNDD

GNDD

GNDD

CV390 100n V5D`

IV309 TMS4C2972DT MSM5412222-25-TS-K

CV394 47n

D10

CV380 220n

RV345 100R

CV382 220n

GNDD

RV347 100R

CV383 220n

Q0 Q8 Q9 Q10 Q11 SWCK RSTW W IIC_CL_2 IIC_DA_2

VM

V1H

Y1H

U1H

R RSTR

VM.19100.00

from MAIN BOARD

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO CRTBS19200 - CRTBS19201

1 SK HEAT H.GND

LB06 68u0

5

203.3

CB76 100p0

CB06 47u

U.VIDEO

9 140 RB24 121k

210V

BB02

RED DELAY CM51 100n

CB09 100u

RB09 10R

CM53 100n

RM54 6k2

12.6 TM50 BC846B

2.8

ASY LC-MOD TOKO FM50 TH288LNMS-14729 9

32us

1.6V

16 15 13 12 10

RM53 475R

RM52 1k5

2Vpp-H

RB23 0R

1.8

TM51 BC846B

1.2 RM57 220R

from VM

B R

RM69 6k2

RM71 470R

RM65 33R

1

12.6

TM65 BC846B

2.4

ASY LC-MOD TOKO

12

FM65 TH288LNMS-14729 9

1.7

TM66 BC846B

18 RM68 475R

RM67 1k5

RM72 220R

RM70 511R

16 15 13 12 10

RM73 270R

RM74 332R

RM75 680R

RM77 22K

1 TM69 BC856B

Low 2 Supply 12 Voltage

CB42 100n

3.2

3

Feedback output

7V

3.2Vpp-H

RB07 10R

CM81 100n

CM83 100n

1

3.2 CB44 100n

RB41 2k21 RB42 4k3

CB46 8 470p

32us

RM80 33R

RB47 2k2

RB64 121k

RM81 10R

TM80 BC846B

2.6

RM82 1k5

2Vpp-H

RM83 475R

16 15 13 12 10

12 1.8

TM81 BC846B

1.2 RM87 220R

RM85 511R

TM82 BC856B

RB63 0R

MIRROR

3.2 3 RB69 100R

RM89 392R

3.2 CB44 100n

RB61 1k82 RB62 4k3

TB18 BC558B

RB17 15k RB18 5k6

3.4 CB18 10n

4

0

#

from Dynamic Focus Board

22R0 G

R

B

CM01 100u

CM02 100n

RM06 39k

RM09 27k

RM03 4k7

0

BSVM-ATTENUATOR

CM17 22u

RM11 470R

BB10 # 9

10

Cathode transient output 146 7 CB66 8 470p

MIRROR

G-AMPLIFIER

Cut off current 5 measurement output 4 RB67 DB68 2k2 LL4148

CB19 100p

RB66 470R

147.3 Cathode DC output

32us DB71 BAV103

0

RB68 220K

LB71 3u9

#

CM03 47p

70v

130Vpp-H

RB71 330R DB72 BAV21

0 0

RM16 1k2

RM37 10k

TM05 BC548B 22

DM10 LL4148

12.6 DM01 LS4148

DM09 LM4148

RM17 10R

12.2 RM18 10R

CM07 22n

CM06 150p

RM21 56k

TM01 BC848B RM35 470R CM14 100n

CM30 TM11 100n RM07 RM08 RM10 BC847B RM47 4k7 1k 10k RM44 330R 0.1 120R 0.1 TM09 BC848C CM40 RM46 10u 4k7

RM25 2R7

CM11 100u RM19 820R RM20 10R 134 TM06 2SA1837 (2SA1011)

CM04 100n

22 5.6 5 TM02 BC337 RM33 68R

RM45 CM13 3k9 100u

RM13 3k3 CM15 100n CM16 100n

RM34 330R

RM28 39R

12 2.2 2.8 RM14 270R

RM41 33k RM31 10R

CM41 4n7 CM09 22n

12.2 CM08 150p

RM23 820R

TM04 BC847B

DM02 LL4148

CM05 470p

11.9

RM15 470R

TM08 BC558B

RM27 2R7

BSVM-DRIVER

ICC19 100 Hz Updated 11 / 98

RM32 56k

1.1

RM22 10R 0.7 DM04 RGP10G

0

32us 70v 150Vpp-H

CM38 DM03 RGP10G 100n CM48 134.8 470p RM29 470R

RM42 270R

1

to aux-coil BSVM

3

75

1.7 CM30 100n

RM12 22k

CM37 100n

2.3

RM40 18k

LM01 5u6

22

JM05

First issue 09 / 97

MIRROR

CURRENT SOURCE

MIRROR

CM10 22u

2.3

RM01 2k2

CM31 1u

11

CB63 100n

IB03 TDA6111Q

DIFFERENTIAL STAGE

LM03 22u0

RM02 10k

RM04 2k2 RM39 1k2

6 High Supply Voltage

RB51 330R

RM24 RM38 15R 24R

23V RM26 330R0

4

8

DB52 BAV21

145.3

MIRROR

CB07 100u RM30

1

DB51 BAV103

LB51 1u

9 Feedback output

7V

1Vpp-V

UVERT +DRV USYS

2

BB06 # to focbl

10ms

3

1

B-AMPLIFIER

RB48 150k

4 GND

DB10 DB11 LL4148 LL4148

RB19 # VAL

7

6

RB30 DB48 0 LL4148

1

RB16

BM04

5

VBIAS

CB61 6p8

2.2

RM88 270R

2 Low Supply 12 Voltage

CB62 100n

12.6 ASY LC-MOD TOKO FM80 TH288LNMS-14729 9 18

0 1.6V

BP110

RB46 470R

Cut off current 5 measurement output 4.1

4 GND

RM78 2K7

11.5 3.3

CB08 1MI0

160Vpp-H

149.6 Cathode DC output

CURRENT SOURCE

MIRROR

1.3

RM86 470R

RM84 6k2

70v

0

IB02 TDA6111Q

GREEN DELAY

2V

32us

Cathode transient output 148.6 7

203.3

32us

RB31 330R DB32 BAV103

CB43 100n

DB07 1N4004GP

0

RB79 1k5

DB31 BAV103

LB31 3u9

MIRROR

RB01 1k5 CB02 470p

6 High Supply Voltage

MIRROR

DIFFERENTIAL STAGE

RB49 100R

CM69 100n

148

RB04 1k5

DB04 1N4004GP

VBIAS

CB41 3p9

1.1

12V

VH

CB01 10n

R-AMPLIFIER

204

RB88 1K8

RB43 0R

TM67 BC856B 2

MIRROR

RB28 180k 9

RB44 121k

12.6 3

G

RB26 470R

Cut off current 5 measurement output 4.3 RB27 DB28 2k2 LL4148

RM68 10R

CB26 8 470p

CURRENT SOURCE

TB21 BC847B

3.2

RB02 560K

Cathode transient output 140.4 7

141.4 Cathode DC output

4 GND

12 3.8

RB87 2K2

MIRROR

IB01 TDA6111Q

DIFFERENTIAL STAGE

3.3

RB22 4k3

BLUE DELAY CM68 100n

CB24 100n

RM59 392R

RB86 4K7

CM66 100n

MIRROR

MIRROR RM58 270R

CB13 100u

BB01 9 CRT ICUT

3.2 3 RB29 100R 1

RB21 1k82

2.3

7V

CB23 100n

BB04 CRTGROUND

BB03 UG2

Focus F2 F1 * CB03 10u

6 High Supply Voltage

VBIAS

CB21 4p7

TM52 BC856B

12

RM55 511R

18

0

CB22 100n

RM51 10R

12.6

3.4 RM50 33R

RM56 470R

Low 2 Supply 12 Voltage

Feedback output

CM12 22u

TM07 2SC4793 (2SC2344)

BM03

X = INSERTED - = NOT INSERTED BB06 # CRT BS 19200 00 X CRT BS 19201 00 -

BB10 DB10 DB11 RB19 X X 3k3 10212850 OR 80298800

BSVM-OUTPUT STAGE

!

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

CM39 100n

CRT BS 19200* 10 47 17 80 CRT BS 19201

10 47 31 50

Componenti di sicurezza Per la riparazione utilizzare solo componenti originali Pieza de seguridad Utilice solo piezas originales

WIRING DIAGRAM - SCHEMA D’INTERCONNEXIONS - VERDRAHTUNGSPLAN - DIAGRAMMA DELLE INTERCONNESSIONI - ESQUEMA DE INTERCONEXIONES

4 3

I2C BUS, GND 4 3

2

V-DEFL.

2

10

6

1

BX002

1

BCVG

GCVG

4

9

1 BB01

BV04 rd 1

6

1 BG06

4

RCVG 1

BG01

4

1 BR01

9

to AUTCVG for prod. only

2 BX001

20 7

15

IF001 1

+30KV-EHT

GND

9 BK07

V-DEFL.

1 10

BSVM

FOC

CRT

CRT BOARD

BM201

1 3

G2

2 (Flexiboard)

2 1

bu 3 1

rd

045 BK111 nt

4

Carrier GND (Flexiboard)

BSVM 2 1

nt

FOC

CRT

GREEN PICTURE TUBE

4

BK303 BK302 BK305

10

BK10 bu

BV08

nt 1

BM303 nt

nt

BM302

nt BK04 9 1

DST1

1

BK311

Horiz.

1 2

BM01

BV20

BV16

Vert.

4 BV12

Conv.

BH

BSVM

GH

BV

Factory adjust. position

CRT BOARD

GV 1

BSVM 1

4 BV13

1

3

bu 3 1

G2

2

Horiz.

GRID, FB2

BS01

10 BG03 BV05

BSVM

B

BP07 BS02

RH

BM301

BV06 1 nt

RV

Vert.

H-DEF.

11 10

20

5

Normal position

+250V,HTR

IX010

BS03 nt

BS02 1

12

3

10 BV03

4 BV14

1

Conv.

TUNER

2

SCART module BS01

I2C BUS

10 BV02

vt 1

BP05 BP06

BSVM

BL035

15

1

5

nt 1

BV19

BK01 1 bk 6

DST2

20

+250V HTR RGB-VIDEO DCR,+13V

10 BV01

CRT BOARD

BV011

5

LL008

1

4

1 3

BL050 nt 1

28

1

IC19 B5KA0640

1

20

BLUE PICTURE TUBE

BM103

IV01

16

PEAK CURR

1

BSVM

8 BS01 bk HEADPHONES

M.S.P

+USYST +26V RGB-VIDEO DCR,+13V

1

BF001

1

AM/FM 19101

3

5

1

SUPPLY

GND

BM101

IA002

1

8

BA002

2 1 RF

2x1

9

29

BS03

rd

9

56

1 BA004 2 bu

7 1 BS07

1

3 BP110 1 rd

GREEN CRT BOARD

1

12

rd

4

1

II050

2

8

BV003 DVT 19410

VM 19400

17

3

BV001 rd

BV010 32

BK205

LP020

RED CRT BOARD

21

BA001

21

BR05 gn

gn

6 1

BK203

Carrier GND 1

1 3 1

bu 3 1

G2

BM202

1

21

1

21

BR06 SP035A

L MEDIUM

2

bu

FOC

CRT

2 1

1

2

BR07

bu

3 1 BR003 gn

bu 1 3

BV012

BR08

BR010

2 1 rd BA006

BM203 nt

3 LP019

12

1

1

BK211 nt

1

GND

1

1

12 BA005 gn 2

IA001

SP036

BASS BOOMER

1

1 3

BR008

60

2 11

BCL PEAK CURR.

1 IP050

135

BP020

IR001

3 BA003

IR01

PWR control

TL030

rd BR04

BR03

12

1 BR006

1 21

21

BR01 rd bk

16 +/-15v,+/-45V,+5V 9

BP025

1

BR011 26 1 27 3

1

1

9

8

BR009

bk

SP035

CP020

10

10

4 1 BR002 10

R MEDIUM

TP060

1

32

4 5 BR007

1 IP060

BP120

IR003

17

8

1

BR001

10

12

BLUE CRT BOARD

1 IR002

IP140

16

8

BR005

1

BR02

IR RP19

2 (Flexiboard)

BSVM

bk

TP146

+ PR -

BV004

+ VOL -

INFOINST

BT005

STBY LED

Vert.

+26V, U-SYST

H-DEFL.

Conv.

GRID, FB2

1

Horiz.

6

BK01 10

BSVM

160

KB RP19

RED PICTURE TUBE

BK103 BK105 185

TL028

BX500 BA001

1

1

BA002 1

BK05

FOC

1

1

1

1 1

1 BP03

BP02

2

BP04

SPLITTER EHT

CONVERGENCE POWER SUPPLY

8

1

1

6

1

SCI 19003 SCART module

6

BX700 BX401 BX400 BX500 bk gn bl bk

1

AV2

SW01 MAINS SWITCH

AV1

BX002 1

6

BZ03

1

BX002 chassis

20

BX001

1 BZ04 7 not used

1 3 BZ21

FCB RP19

BX001 20

gn

bk

AV3

BM11 SVHS INPUT

VIDEO INPUT

BM10 AUDIO L STEREO R INPUT INPUT (MONO)

CHINCH CHINCH CHINCH

BM12 HEADPHONE OUTPUT

BP60 1

PS RP19

nt 1 3 BM01

BP08

FP05

T2.5A MAINPLUG (190-264) V~50/60Hz

9

PWR DC 300V

3

EHT 180

R

1

GND

G 1

110 DYN. FOC.

265

1 FOC

+/-15V +/-47V

9 nt

BP01 + -

175

1

G2 (not used)

B

DIGITAL CONVERGENCE DCU

2

270

275

FOCUS

FOCUS BLOCK

GND

+30kV-EHT

1

FOC

1

6,3mm

RP C19 First issue 07 / 98

COMPONENT SIDE - COTE COMPOSANTS - BESTÜCKUNGSSEITE LATO COMPONENTI - LADO COMPONENTES

ZOOM 19004 00

JZ001

CZ121 330p

RZ117 22k

TZ001 BC547B

RZ118 3k3 TZ112 BC547B

RZ112 3k3 CZ001 1u

RZ002 3k3

CZ113 22n

TZ118 BF422

CZ118 22n

RZ121 220k

RZ122 10k

RZ113 10k

white

TZ122 BF423

CZ122 100n

RZ124 22k

TZ126 SH2G41

CZ126 4n7

DZ126 RGP10M

2

BZ033 1 1

CZ129 290n

CZ125 1u DZ125 RGP10G

CZ034 2u2

RZ126 1k

1

BZ033A

H

RZ001 470R

2

2 3

BZ034

3

CZ033 510n

DZ333 RGP10G

RZ034 4k7

DZ334 RGP10G

RZ035 4k7

RZ125 10k

2 1

BZ033B

SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE LADO SOLDADURAS

DZ123 RGP10G

DZ224 RGP10G

TZ218 BF422

RZ217 3k3 Sicherheitsbauteil Bei Ersatz nur Originalteil verwenden

CZ218 22n

RZ218 10k

TZ222 BF423

RZ221 220k CZ219 330p

CZ222 100n

RZ222 10k

RZ224 5k6

TZ226 SH2G41

CZ226 4n7

RZ226 1k

2

RZ123 22k LZ233 1 1

ZOOM

1

45k3 RZ091 26k7

3

+U13

CZ018 22n

to Chassis BL035

1

BZ001

TZ018 BF422

2

L

RZ018 3k3

1

RZ090 28k RZ021

red

BZ090

ZOOM 19004 00

DZ226 RGP10M CZ229 47n

CZ233 150p

2

3 4 5

6

Safety Part When repairing, use original part only Piece de securite N'utilisez que les pieces d'origine

ICC19 50 Hz First issue 09 / 97