TECHNICAL INFORMATION - shema.ru · PDF filetechnical information subject: ... tea 2261 +video usys +drv 5v 9v 12v fb 33v main tuner - pll power ... tea 5170 cpu 16bit timer/watchdog

TECHNICAL INFORMATION

SUBJECT: TELEVISION SETS EQUIPPED WITH ICC10 CHASSIS

POWER SUPPLY / SWEEP CIRCUIT

RELIABILITY OF THE DIODE IN POSITION DP104

The reliability is improved if diode MUR160 (code 80245100) is replaced

by the new type MUR1100E (code 10360280).

NOTE:

This improvement is already built into new products.


SUBJECT: TELEVISION SETS EQUIPPED WITH THE ICC10 CHASSIS

IMPROVEMENTS

I- POWER SUPPLY CIRCUIT

1) Start up with integrated circuit TEA 5170 (IP120)

The environment of this circuit has been modified as follows :

- CP 138 4.7 µF capacitance replaced by 1 µF 50 V (IP120 pin 1)

- RP143 resistance of 470 kohm deleted (IP120 pin 1)

- RP158 4.7 Kohm melf resistance replaced by 6.8 kohm resistance (IP160 pin 2)

IMPORTANT NOTE :

The software version (IR02) V1.61 (code 10366290) corrects the start up problem

related to the video module (VM4000).

2) Protection against tripping

Protection is improved by making the following modifications :

- RP166 (strap) replaced by a melf 100 ohm resistance (between IP160 pin 1

and junction point RP160/DP154).

- CP 123 100 nF chip capacitance replaced by 470 nF (IP118 output pin and the ground).

II- AUDIO / SWEEP CIRCUIT

Protection against arc effects

Protection is improved by the following modifications :

- CA 11/12 and CA 15/16 (100 nF) replaced by 220 nF 63 V

(circuit IA01/02 TDA2052)

- RL28 fuse resistance replaced by an agglomerated 0.50 W 1.5 kohm resistance

(code 10121880).

SUBJECT: TELEVISION SETS EQUIPPED WITH THE ICC10 CHASSIS

PRODUCTION MODE

Appearance of a red “P” on the screen.

- Continuously press the “-“ volume key on the keyboard until the red P disappears.- Change to standby to validate exit from production mode.




FUSE AND DEMAGNETIZATION COIL

PRECAUTIONS

The ICC10 chassis uses a 2.5 A fuse FP01 associated with a specific resistive value

of the demagnetization coil.

However other chassis use a 1.6 A fuse (FP01 or FP05) associated

with an appropriate demagnetization coil resistance.

This requires that some precautions are taken when replacing these elements:

- Never use a 2.5A fuse on a chassis designed for a 1.6A fuse.

- Never use a demagnetization coil that is not designed for your set.

ICC10 FP01 = 2.5AT

ICC9 FP05 = 1.6AT

ICC6 FP01 = 1.6AT

IDC2 FP05 = 1.6AT

TX90/91 FP01 = 1.6AT



MAINTENANCE TOOL

3 patch cord sets are available in after sale service to help the manitenance for this chassis

1) PATCH CORDS SET FOR AUDIO CODE 35015980

BA01 BS80 7 wires(PA IDC2) (ASB/DSB IDC2)

BB03 BS01 21 wires(IDC2 châssis ) (ASB/DSB IDC2)

BB03 BS01 2 wires(IDC2 châssis ) (ASB/DSB IDC2)

BS01 BS01 12 wires(IDC2 châssis ) (AM FM ICC10)

BS02 BS02 15 wires(IDC2 châssis ) (AM FM ICC10)

2) PATCH CORDS SETS FROM BSVM CODE 35015990

BM51 BV02 9 wires(BSVM) (CRT)

BM03 DEVIATORE 3 wires(BSVM)

3) PATCH CORDS SETS CHASSIS / VIDEO MODULE ICC10/ICC11CODE 5016000

BV01 BV01 20 wires(ICC10/11 châssis) (VIDEO MODULE)

BV02 BV02 20 wires(ICC10/11 châssis) (VIDEO MODULE)

BM50 (BSVM) BV03 9 wiresor (VIDEO MODULE)BB01 (CRT BS)

From to

From to

From to


SUBJECT : TELEVISION SETS EQUIPPED WITH ICC10 & ICC11 CHASSIS

Symptom :

Visible colour lines across the top and bottom of the picture, after a period of use.

Solution :

To overcome this problem, the original software has been modified and replacedby a new “S” version, please refer to the tables below for replacement information.

Chassis ICC10

Original Version New "S" version Reference

V1.00-0 S1.61-0 10546250 V1.61-0 Replaced by

Chassis ICC10C/DM


V1.00-2 S1.25-2 10546220 V1.25-2 Replaced by

Chassis ICC11C/DM


V1.00-0 S1.24-0 10546210 V1.24-0 Replaced by

V2.00-0 S2.14-0 10546190 V2.14-0 Replaced by


Chassis concerned : ICC11

ICC11DM : 29DU78NEICC11VGA : 29DU78NV

Problem observed :Audible vibration in accoustic horns being transmitted to midrange tweeters.

Solution implemented :The original recommandation was to fit a foam gasket between the accoustic horns and the front cabinet, now the solution is to replace the original accoustic horns with ones which have been modified. These are available under Part No. 25295870.

Accoustic horns


Chassis : ICC10 - ICC11 (with chassis serial number date codes AJ6 & AJ7)

Symptom :Intermittant or no sound.

Solution :Replace the voltage regulator integrated circuit used at circuit reference number TS060 on the AM/FM Audio Module (AMFM 9XXX), the device used is a Motorola MC33164P-5 available under Part No. 10277030.


Chassis concerned : ICC10 (binomal AF3, AF4 possible up to AF6)

Symptom :Set randomly switches to the security mode.

Cause : BCL information produced at pin 1 of the Line Transformer LL008 connected to TL01-TL08 (protection circuit) is incorrect.

Solution :1) Up to PCB index 02, add the following components to the BCL circuit .Addition of RL060 220Ω (code 80077900) and CL060 4.7nF (code 40069900) in BCL circuit.

Note : on chassis index 02 replace JL29 by RL060 and add CL060.

2) For all versions, change the following components :

Resistore RL005 from 220Ω into 330Ω code 10432000 (solder side, position J9).Capacitor CL028 from 1nF into 4.7nF code 40069900 (solder side, position H7).Capacitor CL033 from 4.7µF into 10µF code 43141560 (components side, position J10).

- You do not need to write anything in the white boxes.- To be filled according chassis version.

IRIS CODE: the code mentioned below has to be used to report the failure in the warranty sheet. It should make completing your form easier and more reliable.

3 1 1 0 8 0 0 7 7 9 0 0 R L 0 6 0 TR Y AP0 1

Condition/Symptom Part No Position SectionQty

FaultCode

RepairCode

4 0 0 6 9 9 0 0 C L 0 6 0 TR KP0 1

1 0 4 3 2 0 0 0 R L 0 0 5 TR Y AP0 1

4 0 0 6 9 9 0 0 C L 0 2 8 TR Y AP0 1

4 3 1 4 1 5 6 0 C L 0 3 3 TR Y AP0 1

1 3

5

7

9

11

13

15

17

19

2

1

2 4

6

8

1

0 1

2 1

4 1

6 1

8 2

0

22 MHzQR001

KEYBOARD

4

5

TL004

10

8

7

3

2

1

6

UH

HDRV

EW

UF

BCL

HP3

HP2

HTR1

HTR2

IR 001 - ST 90R91MICROCONTROLLER

IIC-DA-1 / IIC-CL-1

A00 - A14

D00 - D07

46 48

3132

23

41

49

321

MUTE

6612

1522

IZ200TEA6422

SCARTSWITCHAUDIOREGISTER BUS

REGISTER FILE

RAM MEMORY BUS

MULTI FONCTION TIMER

SLICE TIMER

A/D CONVERTER

I/O PORT 7

I/O PORT 8

I/O PORT 4

I/O PORTS

15VAC

220V

MISBOARD

FUSE

MAINSFILTER

RIR

53

LINEDRIVER

RGB

Y-PIP

C-PIP

18,432 MHzQS 40 AM - FM

IS40 MSP 3410

HEADPHONE

L

RMC 33076

L

TDA 2052

IA01

TDA 2052

IA02

R

Mute

MAIN-R

MAIN-L

EAST / WEST

FOC

BG-INFO

T1-AM-FM

SIF

T1-CVBS

CVBS - T1

NORM-T115

1

16

2

5

IIC-DA-2 / IIC-CL-23334

28

44

45

55

BE-STROBE

PIN 8 - AV2PIN 8 - AV1

M-RESET

3

6

IR 004MC 14094

IR 002

2/3

4/5

9

LP 060

TP060

PROT

HDRVSK

+VFB

LOGIC

CURRENTCONTROL

RESETCIRCUIT

STAND BY PSOFF CIRCUIT

DRIVER

DC-REGDC-REGDC-REG

SAFETYVOLT. CONTROL

MUSICPOWERSYSTEM

PROTPROT

BC

L

BCL

SYNCHRO...

ON/OFF Circuit

IP01TEA 2261

+VIDEO

USYS

+DRV

5v

9v

12v

FB

33v

MAINTUNER - PLL

POWERSPLITTER

PIPTUNER / IF

78

78

12v 5v

VFB8

IR 003ST

24C16CEEPROM

EPROM

SERVICEMODE

SOFTµC

EXPANDER

5VSB

5VSB

5VSB

- US

+ US

EHT

-V

12v9v5v

+US

-US

TH001/004TH005/006

17 18 2 13 12 14

3

16

7

11 12

20

6

VOUTA

DS

C

AV2 LOUT

AV2 ROUT

AV2 LIN

AV1 Y/OUT

AV2 RIN

Y-FCC-FC

1 3

5

7

9

11

13

15

17

19

2

1

2 4

6

8

1

0 1

2 1

4 1

6 1

8 2

0

5v

12v12v

12v

- US

+ US

12v LOUT2

ROUT2

LOUT1

ROUT1

AV1 LIN

T1RIN

T1LIN

AV1 RIN

VOUTB

IR 006 8VSB5VSB

8VSB

RESETTR001002-003

8VSB

5VSB

12

13

4

178

21

7

18

24

23

14

3

10117

15

1326

25

4 85

3

7

Mute

7

15

11

10

MAIN

SUPPLY

15VDC

8VAC

M-RESETLP 060

REGULATION

MAINSMONITOR

DRIVER

M-RESET

+8VSBSTAND - BYPOWER SUPPLY

POWER

+V

FOCUS

USYST

+DRV

VERTICAL DEFLECTION

IF 001 TL 082

IF 002 STV 9379

TF 001 002

+VFB

13VSB

SECONDARYREGULATIONIP 120 - TEA 5170

CPU16Bit TIMER/WATCHDOG

AV2 COUT

AV2 VOUT

AV2 CINAV2 VIN

IZ001TEA 6417B

VIDEOMATRIX

20 13

14

16

15

18 17

810

24

56

AV1 CINAV1 VIN

1

3

BUS DECODER

PIP TV 4000

HORIZONTAL - VERTICAL DEFLECTIONPROCESSOR

IL 001 - TDA 9151

VS

AW

HD

FL

VD

FL

C-TV

Y-TV

LD

FL

F2

G2

F1

HT

R1-

2

DYNAMICFOCUS BOARD

AV3

SCART2

SCART1

9v

+V

+V

-V

-V

8

6

11

EHT

R

G

B

PLL

BSVM

CRT

BASEBANDDELAY LINE

TDA 4661

OSD/TEXTPROCESS

CONTROLµC

IV400TPU 3040

2H VIDEOPROCESSOR

Y

V1

U

V

Y OUT

U OUT

U VSC

H1

V OUT

8

6

4

221

222527

I CUT

I BSVM

RGB

SIGNALPROCESSING

USYST

+VIDEO

+DRV

LPF - 100nsLPF - 100nsLPF - 100ns

RGB

VIDEO MODULE VM 4000

PIP PROCESSING

PIF - SIF

IV001STV 2135

2XFIELDMEMORY

RGB SWITCH

CHROMA DECODING

PAL / SECAM / NTSC

SYNC. PROCESSING

IV 601 TDA 9141

FM-NICAM DEMODULATIONA/D CONVERTER

SOUND PROCESSOR

STEREO SYSTEM

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

ICC 10 CFirst issue 09 / 95

MAIN SCHEMATIC DIAGRAM - SCHEMA PLATINE PRINCIPALE - SCHALTUNG LEITERPLATTE KPL. - SCHEMA PIASTRA PRINCIPALE - ESQUEMA PLATINA PRINCIPAL

820RRL001

5k6RL006

30k9RL051

100kRL049

100kRL048

33k2RL050

RF005

1R5

3R3

RF004

562RRF003

B-+

TL082BCNIF001

OUT

OUT

GND

+

10uCL020

+ 100u

3u7

CL021

ON4914TL004

BC848BTL002

2,7

15

2,7

16,3

0,4

0

8

20

8

0

11

-12

0

0

0,1

8

8

8

-12

10

93,6

3

93,6

3

94,1

3,5

9

4,54

3,4

4,1

3,5

50

0,4

0,7

80,8

0

0,615,6

15

TL009

BC337-40TL006

BC848BTL001

RGP15G

RGP15G

DL006

BAV103DF002

CF011 10n

BAV103DF003

LS4148DL019

1N4148DL005

1N4148DL018

LS4148DL003

LS4148DL001

LS4148DF004

LS4148DL007

LS4148DL023

1nCL005

100nCL018

2k2RL022

100nCL002

560nCF003

470nCF001

470nCF002

100pCF006

1nCF004

100pCL027

100pCL026

470pCL031

1nCF008

4n7CL028

560nCL029

10nCL008

33nCL014

470nCL040

11n6CL013

LL003

TMMBAT42DL025

8R2RL004

4mHLL004

3k93k9RL031

LL007

BD242TL003

BD242CTF002

0R47RL038

4R7RL025

BL005

EHT

BF001

BF002

BF003

LL005

470nCL016

DTV32-1500DL012

BYT08-400DL013

BA157DL015

BA157DL016

1N4002DF001

DL009

BA159DL008

BYT01-200DL027

BYT01-200DL020

+

100uCL009

470pCL062

4n7CL060

+

220uCL001

+

470uCL010

+

4u7CF005

+

2u2CL007

+

2u2CL030

CL015

100pCL022

GNDL

RL02654K9

BD241ATF001

8k2RL054

LL001

MPS750TL005

BC858BTF003

STV9379FIF002

1R21 1R21RF001

1k8RL033

2n7CL004

11k5RL052220R

RL060

10kRL047

1kRF016

1kRL036

10RRL035

1k5RL028

56kRL037

10kRL032

12RRL034

RF006220R

8,4m

/3R7

3k9RL013

22kRL014

2k7RL015

2k7RL024

150RGNDL GNDL

GNDL

RL018

18kRL016

3k9RL012

2k2RL011

RF002

4k7RL007

470RRL061

22kRL030

56kRL039

100RRL003

23k2RL019

220pCL012

2,7nCL036

68kRL040

100RRL002

32k4RL008

71k5RL010

33k2RL009

33nCL006

6k8RL044

LL010

22k1RF012

330kRF011

RF008

SUB

VPRO

T40

00

27kRF007

1k5RL042

1kRL041

274kRF014

100R

1k

RF015

150RRL017

6k2RL055

15kRL043

47VDL014

BL002

HORIZONTAL& VERTICALDETECTOR

HORIZONTALCOUNTER

HORIZONTALPLACE

CONTROL

PHASE 2LOOP

PRESCALER

VERTICALPLACE

CONTROL

VERTICALGEOMETRY

PROTECTIONAND STARTCONTROL

EAST-WESTGEOMETRY

I2CINTERFACE

REFERENCEGENERATOR

SAMPLE & HOLDFILTER FLASH

BULTGENERATOR

VERTICALPLACE

CONTROL

DINT

VAP

V-RESET

CLK

H-RE

SET

GBS

STSC

MS

SLOP

EW

S W

AIT

WID

THPA

RA/W

ITH

TRAP

EZIU

MCO

RNAR

/PAR

A

BLDS

EHT

CCM

P

AMPL

.S-

CORR

.V-

SHIF

T

CLP

OFCS

H-PH

ASE

FBL

HFB

HOUT

PROT

VSS2

GND2HVSS1

RCON

V

EHTEWOUTVOUTBVOUTA

DSC

OFCS

HA VA LLC

LLCS

SDA

SCL

VCC

TDA9151IL001

BC848BTL008

+

100uCL024

ZPY12DL017

47VDL024

2V7DL0222k2

RL046

220pCL032

CL033

LL00922u

47R

RL056

LL006

6k2RL023 RL027330R

RL005

2k2RL020

820pCL034

10pCL025

3k3RL021

4n7CL019

3K3RL058

LS4148DL02618k

RL057

BL004

HP1

HP1

HP3

IIC-D

A-1

BCL

BCL

BCL VR

VRIIC-C

L-1

VDFL

FOCUS

LDFL

HP2

HP2

BLK

EW

SK

HDRV

-V

HTR1

HTR1

HDFL

HFB

HTR2

HTR2

HFLY

DSC

PROT

100nCF007

22nCF009

LL008

4

8

5

1

(H)

(picture tube)

(P)

(L)

25V

160V

1 1

63V

290u

(P)

(P)

BV03CRT-Board

to

63V

400V

2kV2kV

250V

0.43W

35V

35V

+

4,7u50V

16V

(R)

(R)

13 12 145 3 17 18 440,41,700,3

1,1 2,5 5,6

3,9

3,6 1,11,1

8

8

0,7

9

8

15

4

7611 10201

16

19

2

63V

4

5326

7

1

63V

63V560n

CF010

63V

23

6

653

2

81

4

7

5 7

1

10V

GND2H

GND2H GND2H

GNDL

GNDL

GNDL GNDL

GNDL

GNDL

GNDLGNDL

GNDL

GNDL

GNDL

GND2H

(P)

(P)

8VSB

(P)

(X) (X

)(X

)

2

3

5

6

7

8

9

10

1

4

60V

GNDL

GNDL

(X)

(X)

(X)

(P)

UF

UH

HL

3k9RP155

68RRP071

1kRP062

270RRP061

0R025RP064

0R025RP066

0R025RP069

0R025RP067

10kRP051

10kRP052

10RRP073

10kRP135

1kRP063

10kRP082

4k7RP102

1k5RP081

220R7,8

0,4

4,3

0,1

3,2

0

8

87,40

0,7

0

1,60

00,6

0

RP141

39k2RP116

10kRP121

100kRP123

RL053

100kRP126

10kRP124

10kRP137

2k2RP136

39k2RP11839k2

RP117

68kRP129

6k8RP132

1k5RP131

1kRP139

1k

RP133

1kRP134

18kRP122

1k

RP125

1MRP127

2k15RP119

6k8RP142

1kRP138

10RRP112

6k8RP156

10MRP050

0,68RRP107

10k

RP161

10kRP158

10kRP157

10kRP163

47k

POUTGND

EOUT CT RT-E

VCC

VCC

Csf

RP159

10kRP162

4k7RP149

2k7RP154

100kRP014

68RRP075

68RRP070

27RRP053

470RRP032

150kRP164

100RRP035

220k

RP019

220k

RP016

10kRP033

100RRP025

1kRP115

10RRP056

1kRP022

10kRP023

220k

RP018

220k

RP017

470nCP123

4R7RP021 100R

RP034

470RRP046

43kRP047

270RRP029

100KRP080

100RRP024

2V7DP19

1kRP160

100RRP166

680kRP128

750k 750kRP114

+

470uCP063

+

150uCP062

+

47uCP051

+

1uCP052

+

1000uCP083

+

100uCP121

470uCP137

+

+

1uCP136

+

1000uCP108

+

1000uCP109

+

4700uCP116

+

4700uCP118 +

100uCP119

+

100uCP117

+

100uCP114

+

220uCP107

+

47uCP157

+

220uCP0412n2CP102

3n3CP022

2n2CP061

22nCP120

47nCP066

100pCP079

47nCP064

100nCP074

10nCP112

2n2CP129

10nCP132

220pCP122

560pCP128

10nCP161

1n5CP050

22nCP046

100nCP021

100pCP026

10nCP020

1N4001DP017

LS4148DP126

LS4148DP025

MUR160DP104

BA159DP106

BA157DP028

BA157DP026

LS4148DP023

LS4148DP160

1NDP117

1N4001DP115

LS4148DP162

LS4148DP154

BA159DP068 BA159DP066

BA159DP067

1N4001DP063

1N4001DP062

1N4001DP064

MUR160DP061

LS4148DP052

LS4148DP030

LS4148DP055

BA157DP084

LS4148DP121

LS4148DP122

LS4148DP128

LS4148DP124

LS4148DP140 LS4148

DP139

27kRP144

LS4148DP136

BA159DP101

RGP50MDP103

BYW29-150DP108

BYW80-150DP116

SB360

DP118

BYW29-150DP109

LS4148DP053

LS4148DP155

BA157DP107

LS4148DP153

4k7

RP140

1N4148DP149

LS4148DP148

LS4148DP046

BA157DP041

470pCP115

LS4148DP033

1NDP032

LS4148DP024

1N4001DP016

LS4148

DP141LS4148

DP142

1NDP127

BC337TP051

BC848BTP136 BC848B

TP134

BC848BTP132

BC848BTP121BC848B

TP122

BC848BTP023

BUL810THTP060

BC848BTP026

GND1

GND1

BUT11AFTP020

BC848BTP021

BC858BTP131

TEA5170IP120

LM393IP160

22RRP054

470RRP153

100nCP158

4 uLP071

300uLP102

8V2DP029

12VDP021

BP061

GND1

GND1

GND1

LS4148

DP163

MC7809IP117

MC7812IP116

470RPP120

U.SYST.

LP080

LP061

27kRP145

JL922JL921

4k7RP120

BP108

15V

DP031

2k2

RP031

LS4148DP138

BC848TP144

470pCP106

470pCP104

1nCP105

100pCP070

GND1

GND1

2k7RP086

2k7RP087

2k2RP030

100RRP015

220k

RP020

100RRP028

BA159DP102

BA159

-2,4

317

0

0,6

-0,3

0,7

0,6

0,8

5,6

12 0,2

11110,22,72,50,8

0 0,4 5,5 0,3

-0,6

300

DP018

1NDP034

150RRP072

PROT

BA157DP086

HDRV

+VIDEO GNDP

GNDP

UREF

UREF

A

A

M-RES

10nCP124

22uCP101+

+

100uCP103

47kRP113

+US

1nCP073

100kRP076

1k

RP077

1nCP072150p

CP067

1u

GND1

GND1

CP0711n5

CP069

68kRP079

100u+

CP076

LL4148DP080

RP114

SK

LP020

LP060

16

12

21

22

1920

18

***

***

***

2/3

4/5

8

1

3

BP108

1

3

1

9

13

14

13

8 5

16 12

16 9

3,281

1,4

3,612

12

15

16

17

(X,Z)

876

5

1

0,4

5,7

3,6

3 4,7 8

3,7

4 3 2

6

8

4

2

3

-

+

-

+

(D)

(BA03)POWERAUDIO-

TO

(BP108)

TO

(R)

(A,H,R,X,Z)

(A,H,R,X,Z)

(A)

(A)

(A)

(D)

(D)

(D)

(D)

(D)

(L,R)

14

85

(D)

( SCI 4.... )SCART2-MODUL

LS4148DZ071

LS4148DZ019

LS4148DZ020

BAV103DZ034

2k2RZ108

90k9RZ034

2k2RZ106

15RRZ019

75RRZ023

75RRZ025

4k7RZ065

150kRZ042

90k9RZ043

75RRZ027

6k8RZ086

10kRZ085

6k8RZ082

10kRZ081

100RRZ107

100RRZ105

100RRZ103

100RRZ101

1k

GND1H

GND1H

GND1H GND1H

GND1H

GND1H

GND1HGND1H

GND1H

GND1H

RZ092

10RRZ015

75RRZ093

10kRZ062

10RRZ013

560RRZ066

75RRZ099

475RRZ074

464RRZ073

4k32RZ072

4k32RZ071

75RRZ021

10RRZ011SECAM

PAL1k

RZ07575R

RZ076

220RRZ067

BZ003

150kRZ046

75RRZ026

90k9RZ047

2k2RZ104

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

75RRZ022

2k2RZ102

100RRZ091

BAV103DZ043

4k7RZ063

100kRZ064

10RRZ017

150kRZ033

75RRZ024

10kRZ061

+

10uCZ031

+

10uCZ048

10uCZ073

+

+

100uCZ019

+

10uCZ044

+

10uCZ015

+

10uCZ071

+

47uCZ011

+

10uCZ013

+

10uCZ017

BAV103DZ044

BAV103DZ031

BZ001

22nCZ032

220nCZ020

22nCZ042

330pCZ086

220nCZ096

330pCZ082

220nCZ072

100pCZ010

22nCZ045

4n7CZ061

BC848BTZ003

BC848BTZ004

BC546BTZ005

BC848BTZ001

BC546BTZ002

BC848BTZ007

BC848BTZ008

BC848BTZ064

BC848BTZ061

TEA6417BIZ001

BC858BTZ062

BC858BTZ063

BZ201

TEA6422IZ200

6k8RZ207

3k3RZ203

3k3RZ213

3k3RZ213

470RRZ210

470RRZ209

3k3RZ202

6k8RZ200

6k8RZ201

470RRZ211

470RRZ208

6k8RZ206

330pCZ206

330pCZ222

330pCZ202

330pCZ200

330pCZ209

330pCZ201

330pCZ203

330pCZ207

100nCZ227

330pCZ223

330pCZ208

BAT42DZ200

LS4148DZ201

+1u

CZ219

+

1uCZ220

+1u

CZ221

+1uCZ218

+

47uCZ229

+1u

1

3

CZ214

+

1uCZ212

+

1uCZ215

+

1uCZ213

+22u

CZ211

VS

SDASCL

ADDRR1L1

L2L3L4L5L6

R2R3R4R5R6

ROUT3LOUT3

LOUT2ROUT1LOUT1

ROUT2

+

47uCZ226

1 542 3 986 7 141311 12 191816 1710 15 20

FB-SCART

R-SCART

AV2/

LIN

T1-LIN

T1-L

IN

AV1-RIN

AV2-RIN

FB-DETEC

AV2-

LIN

AV2-

ROUT

LOUT1

C-TV

Y-TV

C-PIP

Y-PIP

FB-FORCE

Y-FC

AV1-8

AV2/

COUT AV2/VOUT

AV2-8

C-FC

AV1-8

5VSB

FB-CLEAR

AV2/CIN

AV2/

RIN

GNDS

GND1

H

GND1

H

CVBS-T1

AV2/VIN

LOUT2

LOUT

2

AV1-

LIN

SAT-

LIN

GNDS

GNDS

AV2/

ROUT

AV2/

LOUT

AV2/

8

IIC-CL-1

IIC-CL-1

IIC-CL-1

ROUT2

ROUT

2

ROUT1

G-SCARTB-SCART

IIC-DA-1

IIC-DA-1

IIC-DA-1

SAT-

RIN

AV2-

LOUT

T1-RIN

6

1

24

1312

1

11

20

10

1

OUTPUTOUTPUTOUTPUTOUTPUTOUTPUTOUTPUT

GROUND

POWINPUTINPUT

VccINPUTPROGINPUTINPUTCLOCKINPUTDATA

INPUTINPUT

(A)(A)

(A)

(A)

(A)(A)

(P)

(X)

(X)

(X)

(X)

(R)

(R)

(R)

(R)

SAT

TUNE

R

2021

15 R

G

B

10

5

1

SCART 1CENELEC

(P)

(P)

(P)

(R)(R)

(R)(X)(X)(X)

(R)(X)(R)

BV002

BY001

RX0013K3

RX007432R

RX006

475R

RX002475R

RX003432R

RX015 100R

RX011100R

RX010100R

RX009100R

JX914

BC858BTX005

BV001

BV002

BV001

JX913JX912

JX90

8

JX946

JX947

JX948

BC858BTX001

BY002

BY001

BY002

BC101BC101BC102 BC102

RX0053K3

FB-SCART (Z)

FB-SCART

B-SCART (Z)

B-SCART

+9V

+9V

V-PIP

C-IN

Y-CF

+33V

C-PIP

C-PIP

HA

HA

Y-PIP

Y-PIP

Y-IN

G-SCART (Z)

G-SCART

C-TV

C-TV

C-CF

CF-50/60

CF-50/60

FSCOMB

FSCOMB

ON-OFF

ON-OFF

U-PIP

MULTIPIP

MULTIPIP

Y-TV

Y-TV

Y-TV

Y-TV

HA-PIP

HA-PIP

VA-PIP

VA-PIP

Y-PIP

FB-SC/PIFB-SC/PI

+12V

+12V

+12V

+5V

+9V+12V+5V+5VIIC-DA-2

IIC-DA-2

IIC-DA-2IIC-CL-2

IIC-CL-2

IIC-CL-2

PLL-ON

PLL-ON

+8VSB

FB-PIPFB-PIP

VDFL

VDFL

HDFL

HDFL

LDFL

LDFL

DSC

DSC

BCL

BCL

G-SC/PIPG-SC/PIP

M-RES

B-SC/PIPB-SC/PIP

R-SC/PIPR-SC/PIP

VA

VA

R-SCART (Z)

R-SCART

M-RES

VEQ

VEQU1

20

1

20

4

1

12

1

14

1

12

1

(D)

(D)

(D)

(D)

(D)

(P)

(P)

(P)

(P)

(R)

(R)

(R)

(R)

(R)

(R)

(Z)

(Z)

(Z)

(Z)

(R)

(H)

NO Comb-filterX

X

X

X

GND 1H

GND 2H

Output = YUVC - fitted if PIP-

B - fitted if NO PIP

Output = RGBA - fitted if PIP-

X - fitted if

PIP

PIP

C

C

C

BBB

B

AA

A

VM /

UP-C

ONVE

RTER

VM /

UP-C

ONVE

RTER

BC858BTA01

1kRA10

22kRA11

33kRA01

560RRA03

RA08

22kRA05

10k

5

4,8

4,2

210

20

22

-22

RA02

1kRA09

22kRA19

2k2RA17

RA07

22kRA06

560RRA04

22kRA12

4k7RA22

100nCA16

100nCA12

GNDS

470p

GNDS

GNDP

GNDS

GNDS

GNDS

GNDS

GNDS

GND1H

CA07

100nCA15

100nCA11

470pCA08

BS02

LS4148DA01

+ CA17

+

CA14

+22u

CA03

GNDS

GNDS

GNDSGNDS

GNDSGNDS

+

CA13

+

4u7CA27

+22u

CA04

+CA18

BS01

T1-AM-AF

LOUT2

MAI

N-R

ROUT2

IIC-DA-1

T1-CVBS

SIF

GNDS

GNDS

GNDS

GNDS

GNDPGNDP

GNDP GNDP

GNDS GNDP

GNDP GNDP+5V

IIC-CL-1

LOUT1

1KHz

+12V

T1-LIN

T-RIN

GND1H

MUTE

MAI

N-L

ROUT1

1

00

0

0

22

-22-13,5

00

0

0

22

-22-13,5

1

2

2

3

3

4

4VCC1

VCC

5

5

7

7

6

6

(Z)

(Z)

(Z)

(Z)

(Z)

(Z)

(P)

(P)

(H)

(H)

(H)

(R)

(R)

(R)

(P)

BA03

0

100KRA025

JA001

+US

1 15 1 12

(P)

RP 4000 00 10 10 86 80

( R )

AP 4000 11 10 10

( A )

SP 4000 11 10 32 69 50

( Z )

DP 4004 11 10 31 91 20

( D )XP 4001 00 10 14 88 20( X )PP 4000 11 10 30 76 40( P )

12kRR032

2k7RR0592k7RR0422k7RR0412k7RR0392k7RR038

4k7RR022

1kRR054

10kRR053

1kRR026

10kRR007

10kRR005

10kRR006

100RRR004

470RRR003

470RRR001

2k2RR002

68KRR084

39kRR0232k2

RR017

2k2RR020

2k2RR018

39kRR02539kRR024

1MRR072

1MRR073

100RRR085

2k7

4k7

RR061

1kRR031

10kRR030

39kRR083

1MRR077

100RRR045

100RRR047100RRR048100RRR049100RRR050

100RRR046

22pCR015 22p

CR016

390nLR002

10n100nCR019

6n8CR020CR021

10nCR028

10nCR017

BC848CTR003

BC848CTR001

BC848CTR002

+

2u2CR001

+

10uCR018

6160

4443 27

26

109168

ST90R91IR001

5V6DR001

LS4148DR002

100nCR035

22MHz

QR001

12XF1

IR002

100pCR055

6n8CR013

1u5CR014

5VSB

5VSB

IR

OSC-IN OSCINRESET

VSS1OSCOUT

RESE

T

RESET

KEY-IN-3

LDR

BS01

BS01VCC VCC

FB-DETEC

OSC-OUT

KEY-IN-2KEY-IN-1

AV2-8

AV1-8

M=RES

A14

A14

M3L

-ENA

BM

3L-D

AM

3L-C

L

A12

A12

A13

A13

A08

A08

A09

A09

A11

A11

A10

A10

A07

A07

A06

A06

A05

A05

A04

A04

A03

A03

A02

A02

A01

A01

A00

A00

BS00

BS00

D07

D07

D06

D06

D05

D05

D00

D00

D04

D04

D01

D01

D03

D03

D02

D02

BE-STROB

BS05

BS05

E-FIELD

D

IIC-CL-2IIC-DA-1

STB-LED

PLL-ONIIC-CL-1

KEY-IN-4

BS04

DS

DS

BS04

MUT

E

C

IIC-DA-2

B A

100pCR027

100pCR026

100pCR025

100pCR029

100pCR030

100pCR031

M27 C 2001

32

20

1716

10

1

20

3040

50

R/W

ASVCC

820R

RR07

0

1k5RR075

68kRR01068kRR01168kRR01210kRR066

270R

RR03

3

1kRR0341kRR0351kRR0361kRR037

100p

CR00

8

100p

CR00

7

100p

CR00

6

100p

CR00

5

100p

CR00

4

22n

GNDD

GNDDGNDD

GNDD

CR04

4

10n

CR04

3

BR002

BR005

390n

LR00

4

10uLR003

56k

RR05

1

IR

KEY-IN-3

LDR

KEY-IN-2

KEY-IN-1

DCBA

STB-LED

BR004

DEGAUSS

13

112

14

DEGA

USSI

NGKE

YBOA

RDLD

R

CR056

A

B

C

D100pCR051

100pCR052

100pCR053

100pCR054

100RRR052

6n8

MUL

TIPI

P (

X)

CF-5

0/60

(X

)

M-R

ES

(P)

FB-F

ORCE

(Z

)

FB-D

ETEC

(Z

)

FB-DETEC

AV2-

8 (

Z)

AV2-8

AV1-

8 (

Z)

AV1-8

M = RES

M = RES

10nCR057

BG-IN

FO

(H)

NORM

T1

(H)

E-FI

ELD

(D)

E-FIELD

IIC-C

L-2

(X,

H)

IIC-CL-2

IIC-D

A-1

(Z,

D,A)

IIC-DA-1

PLL-

ON

(V)

PLL-ON

IIC-C

L-1

(Z,

D,A)

IIC-CL-1

FB-C

LEAR

(Z

)

MUTE

MUT

E (

A)

MUTE

BR011

1 3

RESERVE

IIC-D

A-2

(X,

H)

IIC-DA-2

100nCR042

10nCR041

7805IR006

4k7RR081

BCC848CTR005

4k7RR063

4k7RR055

100pCR058

4k7

RR07

9

22k

RR08

0

MC1

4094

- BC

PIR

004

BE-STROB

RESERVE

DEGAUSS

IIC-CL-2

10nCR032

IIC-DA-2

1112

1314

106

54

1516

892

31

7

AMFM

BP03

SWITCHMAINS-

BP02

(P

)

(P

)

(P

)

(P

)

GNDD

4n7CP11

1n5

BY255

DP11BY255

DP10

BP10

RP102R7

4n7CP12

150uCP13

+300VCP10BY255

DP12 BY255

DP132

1+

5VSB

8VSB

5VSB

+5V

+5V

5VSB+12V

+33V

-US

-US

+US

+8VSB

+5V

+9V

+9V

+5V+12V +9V

+12V

+US

-US

+DRV

+8VSB

+VFB

+8VSB

+9V

+5V

+12V+12V

+9V

+5V

+9V

+9V

+9V

+9V

+9V

+5V

+12V

VCC

VCC

12V

VCC

VCC

+8VS

B

+V +V

+V+V

+USYST

+VIDEO

+VFB

+v

-v

+DRV

+VFB

+12V

+12V

5VSB

5VSB

5VSB

+5V

5VSB

5VSB

+5V

8VST

B

+12V

+8VSB

+USYST

-US:

+DRV

IIC-DA-1IIC-CL-1

10nCR022

100pCR023

ST24C16CIR003

1

45

8

-

9 10 11 12 13 14 15 16

8 7 6 5 2 1

0.15V

ISLOGIC

ERROR AMPLIFIER

VREF 2.49V

+

10µA

45µAREPETITIVEOVERLOADPROTECTION

VCC MONITORING

7.4V 10.3VVREF (2.49V)

TON MAXSIFT START

MODULATORLOGIC

AUTOMATICBURST

GENERATION

LOGICPROCESSOR

1.2A(max)

2A(max)

15.7V

OVERVOLTDETECTION

POSITIVEOUTPUTSTAGE

NEGATIVEOUTPUTSTAGE

MODULATORS

CURRENTLIMITATION

DEMAGN.SENSING

PRIMARYPULSES

REGULATION PULSES

+

-

-

+

-

+

+- + +--+ -

- +

4

OSCILLATOR INTERNAL BIAIS

-1

IP060TEA2261

3

IP118MC7805

COM

B-FI

LTER

27nCL003

27nCL035

RF013

TL007

BAV21

DL010

+ 470uCL011

25V

RL065 12R

1k

GND1H

RZ098

100RRZ097

BC546BTZ006

TDA2052IA02

MUTE/ST-BY

MUTE/ST-BY

TDA2052IA01

22nCR061

CR050

22nCR060

10n

OFF:0V

IN:5V

CR002

Note :During measurements in the power supply unit- Use the primary power unit ground ( Emit. TP060 ).Attention :Mesure dans le bloc alimentation- Utiliser la masse du bloc alimentation ( Emet. TP060 ).Achtung :Bei Messungen im Primärnetzteil- Primärnetzteilmasse verwenden ( Emit. TP060 ).Attentionze :misure nell'alimentatore primario - usare massa alimentazione primario ( Emet. TP060 ).Cuidado :Medida en el bloque de alimentacion- Utilizar la masa del bloque de alimentacion ( Emet. TP060 ).

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

3k9RH008

GNDD GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

+5V

+12V

L+12VL +5VSB

+5VSB+8VSB

+5VS

B

GNDD

GNDD GNDD GNDDGNDD GNDDGNDD

GNDD

GNDD

GNDD

GNDD GNDD

GNDS

GNDDGNDDGNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDDGNDD

GNDD GNDD

GNDD

GNDD

GND1

GND1 GND1

GND1

GND1

GND1

+12V

+9V

+5V

+8VSB

GNDS

GNDS

GNDS

GNDS

GNDS

GNDS

GNDS

GND1H GND1H GND1HGND1H

GND1H

+5VSB

2,2Vpp-H

SECAM To heatsink

PAL

PALSECAM

2,4Vpp-H

2,4Vpp-H2,2Vpp-H

2,4Vpp-H

PAL SECAM

17Vpp-H590Vpp-H

2,2Vpp-H

2,2Vpp-H

2,4Vpp-H

5Vpp-H 1250Vpp-H

18Vpp-H

65Vpp-V

3,4Vpp-H

1,4Vpp-V

3Vpp-V

7Vpp-H

6Vpp-H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GNDS

GNDS

GNDS

GNDS

GNDS

GND1H

GND1H

GND1H

GND1H GND1H

50

-12

-111011

00

1

5,7

6,1

1

10

-12 0

5Vpp-V

5Vpp-H

* Standby only

*

*

*

*

*

*

9Vpp-H7Vpp-H

1Vpp-H

7Vpp-H

0,7Vpp-H 0,7Vpp-H0,7Vpp-H 9Vpp-H

A+-

4,5Vpp-H

VCCVOUTGNDGNDR0

E GND GND Imax IN ISSC2

C0C1

sound

BC817-25

BC817-25

3,69

3

4,59

3,9

10ms

10ms

0

0

0,6v

00

0

0

32us

32us 32us

1v0

0

2,2v0

2,2v0

1v0

0 0,4v

1v0

00

0

2,4v0

2,2v0

2,2v0

2,4v0

2,4v0

2,4v0

0

0,4v

32us

0,4v

32 us

0

32us

0

32us

32us

32us

32us

32us

32us

32us

32us32us

55v

1,5v

0010ms10ms

SUB VPROT 4000

VCC

VCC1

VCC

VCC

570v

5,5v

1,4v

BA05

4R7RA13

4R7RA14 3k3

RA16

3k3RA15

22nCA21

6n8CA23

6n8CA29

22nCA22

100nCA19

100nCA20

3n3CA30

3n3CA26

22nCA32

22nCA33

GNDP GNDPGNDP

GNDP GNDPGNDP

GNDP

6n8CA25

6n8CA31GNDP

2

3

5

6

1

4

7

8

9

12

10

11

6n8CA24

6n8CA28GNDP

GNDP

2

SCLSDA

LV

680n

JH905 JH906 JH907 JH908 JH915 JH916 JH928 CH014 RH009JH903JH902JH901BH002BH001

X X 120p 430RIF3343BGMTP4015FHP 4001 00

X X 120p 430RIF2349

IF3342

MTP4015FHP 4003 00

X X 330p 180R

RH030

-

680R

-MTP4015FHP 4001 11 1000u 1000u 1000u 1000uAP 4000 11DM 2k22k2

CA018CA017CA014CA013RA008RA007

470u470u470u470u3k93k9AP 4001 11

470u470u470u470u2k22k2AP 4000 11

SP 4000 00 SCI 4000 00SP 4000 11 SCI 4000 11SP 4000 11DM SCI 4001 11

Indicates critical safety components, and identical components should be used for replacement.

Le remplacement des éléments de sécurité (repérés avec le symbole ) par des composants non homologués selon la Norme CEI 65 entraine la non-conformité de l'appareil.Dans ce cas, la responsabilité du fabricant n'est plus engagée.

Wenn Sicherheitsteile (mit dem Symbol gekennzeichnet) durch nicht normgerechte Teile ersetzt werden, erlischt die Haftung des Herstellers.

La sostituzione degli elementi di sicurezza (marchi con il segno ) con componenenti non omologati secondo la norma CEI 65 comporta la non conformitá dell'apparecchio.In tal caso é " esclusa la responsabilita' " del costruttore.

La subtitución de elementos de seguridad (marcados con el simbolo ) por componentes no homologados segun la norma CEI 65, provoca la no conformidad del aparato.En ese caso, el fabricante cesa de ser responsable.

Legend :CVBS : Name of signal(P) : Origin or destination

18R

25R18R25R

TP08SP05RP09RP08RP05LP02JP05JP02JP01DP08CP08CP03BP06

MIS 4902 00

MIS 4901 00MIS 4002 00MIS 4001 00

INSERTEDNOT INSERTED

33VDH001

10n

GNDV

GNDV

CH018

10n 1nCH001

22pCH007

GNDP

GNDP

GNDV

GNDP GNDV

GNDV

GNDV

CH004

10nCH005

10nCH008

4n7CH016

4n7CH015

4n7CH017

10nCH006

RH023

RH030

4k7RH020

100RRH017

100RRH016

10kRH001

1RRH013

2R2RH012

RH00

2

+

100uCH009

+47u

CH003

+100u

CH002

PIF SIF

IF....BH002

5V

UHFPLL

VHF

BH001

JH907

JH908

JH902

JH90

1

JH90

5

JH91

6

JH915

AGC-

T1

GND1

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SIF

T1-A

M-A

F

IF-T

1

IF-T

1IF

inB/

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foLL

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NORM

info

Tune

r AGC

CVBS

AM A

Fout

IIC-C

L-2

BDI-T

1

NORM

-T1

IIC-D

A-2

2,4

8,7

3

2,4/2,8

2,4/2,3

3/3

1,8/6,2

0/3,4

2,4/2,8

2,4/2,8

3/3,5

330RRH006

22kRH018

RH009

22kRH018

T1-C

VBS

JH928

LL' / BG

TH006BC858B

TH004BC858B

TH001BC848B

TH005BC848B

JH90

6

BG-IN

FO

CVBS

-T1(P

)

(D)

N.C

N.C

GND

GND

GND

SCL

SDA

BD1

33V

IF O

UT

12V

AGC

GND

AFC

SIF

out

12V

5V

(Z)

(P)

(P)

(A)

(A)

(A)

(R)

(R)

(R)

(R)

(X)

(P)

141312111098765432187654321

N.C.

HP 4.... 10 32 69 80

( H )

+12V

+VFB

+33V

+5V

+5V

+12V

+12V

+12V

CH014360R

RH007

12uLH003

JH90

3

4

5V 0V 6V0V 0V 0V

0V 11V 0V

LL'2 3BH02

BGB1F

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GNDP

GNDV

GNDP

GNDP

500Vpp-H

*

18us0

485v

6Vpp-H

*1v0

18us

9Vpp-H

32us0

8,4v

10nFCF100

1n4148DF101

BC558BTF100

6K8RF101

1k5

(2) (3) (6)(5)(4)

3 IF

001

11 IL

001

10 IL

001

1 IF

001

2 IF

001

1 5 6 7 84 BF00132

HDRV

RF108

RF102

3k3RF100

1n4148DF100

8VSB

+

JP05

BP02 4n7

RP05

68nCP05

BP05

COILDEGAUSSING

TO

3

21JP02 JP01

LP01

LP0215m

~220VUMAINS

BP01

470kRP01

100nCP01

100nCP03

100nCP02

T2.5AFP01

RP091k

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SP05RELAY12V

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158 1

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JL921

***

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XP 4000XP 4010

PIPwith PIPwo

XP 4001XP 4011

B-JX908B-RX009B-RX010B-RX011C-JX946C-JX947C-JX948

not fittedFitted

A-JX912A-JX913A-JX914

X-RX002X-RX003X-RX006X-RX007

MAIN

IF AMPLIFIER - AMPLIFICATEUR FI - ZF VERSTÄRKER - AMPLIFICATORE FI - AMPLIFICADOR FI

ICC 10First issue 09 / 94

ICC 10 C/ DMUpdated 08 / 95

RI0110R

0RDI41

RI04180R

RI50390R

RI2310R

RI212k7

RI205k6

RI2222R

0RRI44

RI2547R

RI24560R

RI5222k

RI53220R

RI551k

RI5115k

RI6415k

RI7639R

RI37

1k

RI700R

RI7722k

RI781k

RI7922k

RI8112k

RI35820R

10nCI25

RI32470R

RI341k

RI3347R

0R0J104

RI650R

RI620R

RI832k2

RI826k8

RI84180R

RI6010k

RI565k6

TI32BC858B

CI784n7

CI50100n

CI524n7

CI71100n

CI036p8

CI056p8

CI53100n

CI044p7

CI025p6

CI011n

CI2010n 1n

CI41

J10310k

CI211n CI56

4n7

CI5539p

CI634n7

CI5710n

CI594n7

CI584n7

CI3010n

CI434n7

CI774n7

CI0727p

CI492n2

CI48680n

CI704n7

CI6668p

CI64120p

Vi S

IF n.c.

Mut

en.

c.

n.c.

n.c.

n.c.

Vo A

F

LSW

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Vo Q

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Vo v

id

Vi v

id

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VCO1

VCO2

CVP/

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C

TPLL

TADJ

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IF

Vi V

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II50TDA9811

CI654n7

CI730R

TI70BC848B

6k8

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GND

O2

O1

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I1

OFWK9453MFI20

TI34BC848B

CI602u2

6k8RI61

82RRI39

1k8RI38

TI30BC858B

DI51BA582

DI53LL4148

DI700R

LI20u47

PI5022k

BI01

DTC144EKTI10

12kRI02

4k7RI03

15kRI06

100nCI08

BA582DI01

GND

O2

O1

I2

I1

OFWG3967M

FI10

15kRI05

15pCI09

CI612u2

CI6247u

CI6922u

CI311u

CI542u2

RI3610R

47RRI29

FI30

31,9MHzFI02

40,4MHzFI01

CI721u

TI20BF771

LI700R

27uLI50

FI40

PI301k

47pCI68

J101 5k6RI58

56pCI67

AFC

SIF

NORM

AGC 5V

VIDE

O

AM/A

F

12V

IF/IN

IF 3342 00 10 25 75 50

MAIN BOARD

68p

1 12

1

2

3

68p

5

4

3

2

1

32 17

161

5

4

2

1

3

VIDEO AMPLIFIER - AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKER - AMPLIFICATORE VIDEO - AMPLIFICADOR VIDEO

BB021

5

BC558BTB18

10uLB51

10uLB71

29uLB76

10uLB31

BB03

1

100nCB22

100nCB63

10nCB18

470pCB66

470pCB26

470pCB46

10nCB01

100pCB19

6p8CB61

6p8CB41

6p8CB21

100nCB23

100nCB42

100nCB43

100nCB62

1N4004DB04

LS4148DB66

BAV103DB71

BAV103DB31

LS41482K2DB28RB27

LS4148DB46

LS4148DB26

BAV103DB51

BAV103DB32

BAV103DB52

BAV103DB72

LS4148DB48

LS4148DB68

47uCB06

100uCB07

10uCB03

470uCB08

100uCB09

BB04

1

GND

Vref

Vref

Vref

TEA5101BIB02

VMM

AIN BOARD

1

2

3 4

5

6 7

8

91011 121314 15

GND

VCC

LOW

VCC

LOW

VCC

LOW

VCC

HIHG

VCC

HIHG

VCC

HIHG

Vref

Vref

Vref

TEA5101BIB01

1

2

3 4

5

6 7

8

91011 121314 15

GND

Vref

Vref

Vref

TEA5101BIB03

1

2

3 4

5

6 7

8

91011 121314 15

1 2 45

6

7

8

9 10

11

BB01

1

9

4k7RB74

10RRB07

1N4004DB07

470RRB23

470RRB63

RB16

120kRB28

470RRB66

470RRB46

470RRB26

15kRB17

1k5RB04

RB61

RB41

*RB21

1k1RB62

1k1RB42

1k1RB22

39kRB64

39kRB44

39kRB24

330RRB71

1k5RB52

330RRB51

330RRB31

1k5RB01

470RRB43

5k6RB18

47RRB06

1k5RB33

1MRB68

4k7RB34

4k7RB35

560kRB03

4k7RB55

4k7RB54

10RRB09

4k7RB79

180kRB48

1k5RB32

4k7RB75

1k5RB53

1k5RB72

1k5RB73

F2

CRTGND

12V2H

H.GND

200V

ICUT

B

R

G

HEAT

SK

GROUND

VHFocus

CRT-

CRT 4122 11 10 44 42 90

UG2

+ +

*

2K2RB47

*

2K2RB67

RB21 RB61RB41CRT 4102 11 499R 536R 464R CRT 4122 11 499R 536R 464R CRT 4112 11 562R 619R 562R

*

3,8Vpp-H0 1v232us

3,8Vpp-H1v20

32us

3,8Vpp-H1v20

32us

130Vpp-H

50v0

32us

135Vpp-H0

50v32us

125Vpp-H50v0

32us

3,8Vpp-V

010ms

CRT

ICC 10 First issue 09 / 94

6160

44

43 2726

1091

SAA7158

IV304

1 2 3 4 5 6 7 8 9

1011121314151617181920212223242526

2728293031323334353637383940414243

4445464748495051525354555657585960

61 62 63 64 65 66 67 68

1uLV336

100RRV300

15kRV302

2k2RV342

220RRV313

470RRV312

10kRV311

3k3RV310

10kRV306

1kRV305

1kRV307

3k9RV308

100pCV322

10RRV314

2k7RV344

220kRV322

3k3RV328

220R

RV32

9

470RRV331

8k2RV330

390kRV321

8k2RV326

680RRV316

22kRV325

220RRV333

3k3RV336

10kRV335

470RRV334

22kRV338

33kRV339

18kRV318

10kRV340

10kRV341

10RRV337

1kRV332

100kRV323

4k7RV315

100kRV358

4k7RV349

100RRV351

100RRV350

10pCV321

680RRV327

4k7RV369

4k7RV368

100k

RV30

3

1kRV304

2k2RV359

2k2RV360

2k2RV361

2k2RV366

2k2RV365

2k2RV364

2k2RV363

2k2RV362

220kRV317

56kRV319

180RRV403

180RRV404

47kRV402

4k7RV401

100kRV348

10kRV346

4k7RV400

10kRV345

1kRV347

BC848CTV302

BC848CTV401

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

100RRV405

100RRV406

470RRV354

470RRV355

IV308

12345678 9

10111213141516

MC14046

390nLV413

BF799TV308

390n

LV30

4

390nLV414

100RRV371

AC

LS4148DV310

12

2n2CV377

82kRV385

470RRV407

22kRV408

BC848BTV315

1uLV337

78L05IV315

123

390n

LV30

6

100RRV372

JV303

1210k

RV409

0RRV374

12

100nCV375

100nCV410

100nCV331

47pCV411

47pCV412

10uLV303

15uLV320

15uLV329

10uLV335

15uLV324

10uLV316

10uLV315

10uLV300

10u

LV400

+4u7

CV300

+4u7

CV302

+4u7

CV301

+

10uCV318

+1uCV367

+

22uCV337

+

22uCV335

+ 22uCV387

+

22uCV351

+

100uCV397

+

10uCV306

+

10uCV405

+

10uCV308

+ 10uCV408

+

10uCV371

10nCV413

TC511000AJL80

TC514100ASJ80IV401

1 2 3 4 5 6 7 8 9 10 11 12 1314151617181920212223242526

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IV303

123456789

1011121314151617181920212223242526272829303132333435363738394041

424344454647484950515253545556575859606162636465666768697071727374757677787980

JV30

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300

74HCT4066

IV31112345678

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100RRV380

HCT4066

IV309

1234567 8

91011121314

12MHzQV300

20.25MHzQV400

12

TDA8755

IV300

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

IV302

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

33

34

35

36

TMS4C2970

ZA2970-28B

IV301

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

33

34

35

36

BAS20DV302

BAS20DV301

470RRV378

BAS20DV308

BAS20DV309

10nCV311

10nCV345

10pCV323

390nLV332

390n

LV33

3

1k2RV356

390n

LV30

2

100nCV395

100nCV394

BC858BTV306

IV314

12

3

L78L06ACZ

2k7RV353

15kRV352

100nCV399

10uLV308

10nCV329

330nLV331

220nCV401

SAA4951

IV307

123456

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

33

34

35

36

37

38

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IV312

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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

33

34

35

36

37

38

39

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4

5

6

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19

20

21

22

23

24

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26

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40

41

42

43

44

1u44LV328

2u7

LV322

2u7LV321

1u44LV326

15pCV317

100nCV332

33nCV310

10nCV305

1uCV309

33nCV316

100nCV320

68nCV303

220nCV304

100nCV319

100nCV330

100nCV333

100nCV340

100nCV328

100nCV338

100nCV339

100nCV359

100nCV361

22pCV389

22pCV390

100nCV327

100nCV326

100nCV325

220pCV353

220pCV354

1nCV355

10nCV356

10pCV414

10pCV415

BC848BTV311

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3

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120p

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310

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10nCV385

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47nCV368

100nCV352

100nCV362 100p

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100pCV382

330pCV383

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220RRV379

220nCV400

10uLV307

100nCV350

100nCV380

100nCV386

100nCV374

47pCV393

47pCV392

100nCV398

100nCV396

100nCV341

100nCV334

100nCV336

100nCV360

100nCV379

100nCV391

100nCV376

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GND1H

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UV20

Y22

Y22

Y23

Y23

Y24

Y24

Y25

Y25

Y26

Y26

Y27

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UV21

UV21

UV22

UV22

UV23

UV23

Y21

Y21 UV13

UV13

Y10

Y10

UV10

UV10

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Y12

UV12

UV12

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BLND

BLND

BLND

UV61

UV61

Y60

VDD2

VDDA

2

VDDA

1

VDD1

VSSA

3

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Y61

Y61

Y62

Y62

Y63Y63

Y64

Y64

Y65

Y65

Y66

Y66

Y67

Y67

UV60

UV60

UV62

UV62

UV63

UV63

UV30

UV30

UV31

UV31

UV32

UV32UV33

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Y30

Y31

Y31

Y32

Y32

Y33

Y33

Y34

Y34

Y35

Y35

Y36

Y36

Y37

Y37

U2H

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RSTR

RSTR

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Y00

RSTW

2

RSTW2

RSTW

2

UV03

UV03

UV02

UV02

UV01

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Y06

Y06

Y05

Y05

Y04

Y04

Y03

Y03

Y02

Y02

IE1

IE1

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WE1

WE1

WE1

SWC1

SWC1

SWC1

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A1

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WRDW

RD

P7

P7

P7P6

P6

P6

P5

P5

P5

P4

P4

P4

P3

P3

P3P2

P2

P2P1

P1

P1

IE2

IE2

IE2

P0P0

P0

Y14

Y14

A0

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UV00UV00

A10

A10

VCC

UPDA

UPDA

UPDA

Y17

Y17

C-IN

Y16

Y16

Y15

Y15

UPCL

UPCL

UPCL

RAS

RAS

RAS

REG3

CAS

CAS

CAS

A9

A9

A8

A8

+5VD

A7

A7

A6

A6

GNDH

GNDD

Y01

Y01

V2H

A5

A5

V5A

Y13

Y13

RESE

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ROUT

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BOUT

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V6P3

V6P3

V6P3

V6P3

UPRSTR

UPRS

TR

SWC2

SWC2

SWC2

UV0

UV2

5VDEFL

5VDEFL

5VDEFL

HDFL

HDFL

HRDF

L

HRDF

L

RE1

RE1

RE2

RE2

UV3

Y0

Y2H

Y7

Y1 RE1BEN

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WE2

WE2

WE2

Y2

Y3

IIC-C

L-2

IIC-C

L-2

IIC-C

L-2

+8VSB

A4

A4

Y4

VDFL`VDFL

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VDFL`

VDFL

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PLL_ON

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C/PI

R-TT

X

F2

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HRD

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B-SC

/PIP

TGSC

TGSC

LDFL

LDFL

Y6

U1H

SRC1

SRC1

SRC1

SRC1

CLPV

Y-TV

Y-TV

IIC-D

A-2

IIC-D

A-2

IIC-D

A-2

BCL

HDFL

`

HDFL

`

HDFL`

HDFL

`

Y5

VA

5V

5V

LLD

F0

F0

V5D

V5D

V5D

V5D

V5D

V5DV5D

V5D

V5D V5D

V5D

V5D

V5D

V5D

V5D

V5D

V5D

V5D

V5DV5DV5D

V5D

V5D

V5D

V5D

+8V

+8V

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD GNDD

GNDD

GNDD GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDDGNDD GNDD

GNDD GNDD

GNDD

GNDD

GNDD

GNDD

GNDD

GNDD GNDD

GNDD

GNDD

CLPU

FB-P

IP

LLDF

L

UV1

SCL

SCL

SDA

SDA

M_R

ES

M-R

ES

M-R

ES

CLV

DSC

V6P1

V6P1

V6P1

V6P1

B-TT

X

ON-O

FF

V6P

V6P

V6P

GND2H

GND2

H

GND2

H

GND2

H

GND2

HGN

D2H

GND2H

GND2

H

GND2H

GND2H

GND2H

AVSUPVIN1

XTAL1XTAL2

VSYNCHSYNC

IR

SDASCL

VIN2

DATA

GND2HGND2H

GND2H

GND2H

GND2H

GND2HGND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2

H

GND2

H

GND2H

GND2H

GND2

H

VA

VA

FB-T

TX

HEF4046 BT

** 2

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

V-PI

PU-

PIP

Y-PI

P

(3)

(3)

ENABLE18MHz

P

(2)(2)(2)

(1)

(1)

(1)

(2)

(2)

(2)

(2)

18MHz ENABLE

for futureuse

100nCV608

100nCV607

100nCV612

3n3CV614

100nCV613

470pCV606

100nCV647

15pCV618

15pCV619

100nCV637

100nCV638

100nCV639

100nCV615

100nCV621

100nCV623

100nCV603

100nCV601

1n0CV627

1n0CV626

10nCV625

10nCV624

100pCV680

1k5RV694

825RRV680

475R

GND1H

GND1H GND1H

GND1H

GND1H

GND1HGND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

3

2/4/5

1

3

2/4

1

3

2/4

1

GND1H GND1H

GND1H

GND1H GND1H

GND1H

GND1H GND1H

GND1H

GND1H

GND1H

GND1H

RV687

270RRV665

470RRV612

470RRV663

82RRV666

470RRV664

680RRV669

0RRV668

1kRV677

220RRV670

470RRV667

10RRV621

10RRV622

220RRV690

82kRV610

12kRV604

470RRV647

1k0RV691

10RRV620

220RRV650

1kRV602

10kRV642

100RRV641

820RRV646

1kRV656

0RRV648

680RRV649470R

RV644

470RRV643

47RRV626

120RRV645

10RRV601

0RRV688

681RRV689

475RRV684

619RRV696

1k5RV652

470RRV683

332RRV685

2R2

GND1H GND1H

RV631

1k5RV673

475RRV693

100RRV661

10kRV662

3k92RV681

1kRV682

82RRV640

BC848BTV684

820RRV672

100RRV635

100RRV636

TDA4665TIV602

123456789

10111213141516

100RRV697

470RRV659

470RRV658

1uCV605

100RRV692

100nCV668

100nCV688

47pCV635

47pCV636

100pCV633

100pCV632

100pCV631

100nCV648

10uLV680

100uLV601

+

220uCV646

I/O P

A(VBS)

O P/LCCCLP/HAFBGR

FscombHPLLCY/CVBSAGNDFILTrefCPLLXTALXTAL2SECref

UoutVoutYout

VASC

DGNDDECVcc

SDASCLVinUin

-(B-Y)-(R-Y)

TDA9141IV601

1234567891011121314151617

181920212223242526272829303132

LSKS3865FV660

7808IV003-

LSKS3865FV640

LSOS3864FV680

BC858BTV640

BC858BTV662

BC858BTV642

BC858BTV682

BC858BTV660

475RRV695

BC848BTV661

BC848BTV664

BC848BTV683

BC848BTV644BC848B

TV641

BC848BTV681

BZX84C5V1DV623

4,43MHzQV601

3,58MHzQV602

+

470uCV602

+100uCV622

+

10uCV630

82pCV644

56pCV645

39pCV665

56pCV664

470RRV660

470RRV679

BC848BTV643

470RRV651

270RRV654

100pCV650470R

RV653

100RRV655

100RRV676

470RRV674

100pCV670

390RRV675

470RRV671

BC848BTV663

BC858BTV680

10uLV631

180RRV623

Y-IN

+9V

+9V

+9V

Y1H

GND1H

V1H

C-IN

IIC-CL-2

FB-SC/PI

R-SC/PIP

HA

FSCOMB

G-SC/PIP

B-SC/PIP

U1H

IIC-DA-2

+8V

ON-OFF

VA

P

DELAYBASEBAND-

470RRV043

470R

RV042

470RRV046

470RRV047 560R

RV048

100RRV049

100R

RV029

750RRV028

470RRV027

470RRV026

1kRV107

1kRV117

0RRV051

0RRV031

1k5RV032

360RRV097

22pCV097

6p8CV112

6p8CV122 10R

RV126

430RRV122

180RRV121

180RRV111

4K7RV091

10RRV116

10R

RV106

15kRV045

180RRV101

22pCV098

100RRV090

4k75RV073 15k

RV076

68kRV077

180kRV100

100RRV098

100RRV099

56kRV044

75kRV070

56kRV024

15kRV025

330RRV071

360RRV095

360RRV093

1k5RV012

0RRV011

470R

RV022

470RRV023

1k5RV052

0RRV055

1kRV127

430RRV102

75RRV064

4R7RV069

150RRV041

150RRV021

75RRV063

75RRV065

4p7CV123

4p7CV113

1kRV068

22nCV081

100nCV053

100nCV051

100nCV052

+22u

CV041

+22u

CV021

+

100uCV070

+

1uCV071

+

22uCV073 +

2u2CV074

4p7CV103

100nCV050

10n

CV077

100n

CV023

100nCV121

22nCV075

100nCV111

100nCV101

33pCV093

33pCV094

100nCV002

100nCV092

100nCV091

100nCV022

100nCV090

100nCV042

22nCV072

3

2

1

BC858BTV043

BC858CTV113

BC858CTV123

BC858CTV103

BC858BTV023

BC848BTV042

BC848BTV044

BC848BTV024

430RRV112

6p8CV102

BC848BTV022

4R7RV074

BV003

1

9

LS4148DV003

LS4148DV002

6V8DV001

390RRV125

390RRV105

390RRV115

STV2155IV001

123456789

101112131415 16

1718192021222324252627282930

100RRV092

100RRV094

100RRV096

3p3CV027

3p3CV025

8u2LV022

18uLV021

56pCV026

10pCV028

180pCV024

180pCV058

10pCV062

56pCV060

18uLV041

8u2LV042

3p3CV059

3p3CV061

+

22uCV079

33pCV063

47kRV067

1kRV123

BC848CTV121

BC848CTV111

1kRV113

1kRV103

BC848CTV101

LS4148DV006

100pCV086

22pCV099

12uLV092

12uLV091

12uLV090

100pCV089

100pCV088

100pCV087

UEQU

U2H

V2H

IIC-C

L-2

R-TT

X

G-TT

X

FV001

IIC-D

A-2

BCL

B-TT

X

+12V 2H2

+12V 2H2

+12V

+12V

GND2H

GND2HGND2H GND2H GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2

H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H


GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2H

GND2HGND2H


GND2HGND2H

GND2H

+12V 2H1

+12V 2H1

+12V 2H1

+12V 2H1

FB-T

TX(2

)

(2)

(2)

(2)

VEQU (2)

SSCTST

(2)

U-INU-OUT

5V5

B2G2R2

ICUTABL

ROUT

GOUTBOUT

VCC2GND2

SCLSDA

IREFVCC1

GND1FB1

R1G1B1VUYFB2

GND2H

GND2H

GND2H

G

R

B

ICUT

DSC (2)

(2)

(2)

100R

RV009

56k2RV004

15kRV005

432R

RV002

549RRV003

0RRV006

1K5RV007

0R

RV008

+12V 2H1

+22u

CV001

100n

CV003

BC848BTV002

BC848BTV004

9

10/12/13/15/16

18Y2HTH288LNMS(2)

(2)

(2)

(2)

(2)

(2)

limitercurrentbeam

TTX

sign

als

from

uP

cable driver G

cable driver B

cable driver R

BSVM

or C

RT

BV002

BV002BV001

BV001

MAIN BOARD MAIN BOARD

+9V

+12V

8VSB

5VV5D

+12V 2H2

+12V 2H1

3,5Vpp-H

3,5Vpp-H

3,5Vpp-H

3,8Vpp-V10ms

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H

GND1H GND1H GND1H

GND2H

GND2H

GND2H

GND2H

0

0 1,2v32us

0 1,2v32us

0 1,2v

32us

14731

- 28TMS4C2970

ZA2970-28B** 2

- 28

** 2 ZA2970-28BJV301/302 TMS4C2970

XJV302VM 4010

IV306LM358

***3

*** 3 IV 401

TC511000AJL80 128 PagesVM 4000 00VM 4010 00C

TC514100ASJ80 512 PagesVM 4001 00

VP1

Vo R-YVo B-Y SAND

V1 B-Y

V1 R-Y VP2

VM

VIDEO MODULE - MODULE VIDEO - VIDEO BAUSTEIN - MODULO VIDEO - MÓDULO VIDEO

ICC 10 C / DM Updated 08 / 95


LS524u7

LS604u7

CS12470u

10uCS83

470RRS92

BS03

CS90220u

RS424R7

1nCS84

RS751k

QS40

18.432MHz

15uLS61

100kRS94

CS59220u

CS5210u

CS43470u

DS91ZPY20

CS91220u

CS801u

CS851u

CS5010u

CS5110u

CS463u3CS45

10u

CS2910u

CS2510u

CS2710u

CS201u

CS221u

CS211u

CS23 1u

CS3010u

CS24 1u

RS9068R

RS9168R

RS875k6

RS8822k

RS8322k

RS825k6

RS81100k

RS86100k

RS8933R

RS8433R

RS5447R

RS55 47R

RS62150R

RS61150R

RS26100k

RS28100k

RS292k2

RS302k2

LS424u7

CS7410n

CS311n

CS321n

CS621n

CS611n

CS821n

CS871n

CS561n

CS571n

CS60220n

CS10220n

CS11220n

CS55390p

CS54390p

CS53220n

CS47220n

CS49470p

CS48470pCS44

220n

CS42220n

CS404p7

CS414p7

CS281n

CS261n

CS71100p

CS75100p

CS76100p

CS36 1n

CS37 1n

CS38 1n

10uCS81

MSP3410

MAIN BOARD

IS40

BS02BS01

BS02BS01

BS05

BS06

DS90ZPY20

DS61BAV103

DS62BAV103

1nCS64

MC78L08-ACPIS10

+

-MC33076

IS60

CS35 1n

MC33076IS60

BS04

470RRS93

100kRS95

1nCS86

220RRS65 MN1381-3

TS60

15kRS66

15uLS62

1nCS33

1nCS34

1nCS39

1nCS08

1nCS09

VREF2

VREF

2

VREF2

VREF2VREF2

VREF2

VREF2

VREF2

HEAD-R

HEAD-L

VREF

1VRE

F1

GND2GND2GND2GND2GND2

AVSSAVSS

AVSS

AVSS

AVSS

DVSS

DVSS DVSS

DVSSDVSS

DVSSDVSS

DVSS DVSS

DVSSDVSSDVSSDVSS

DVSS

AHVS

SAH

VSS

AHVSS AHVSS AHVSS AHVSS

AHVSS

AHVSS

AHVSS

AHVSS

AHVSS

AHVSS

IIC-C

LK

ANA-

ANA-

SIF

JS33

JS32

IIC-D

ATA

AM-A

F

AV1-

IN-L

AV2-

IN-L

AV2-

IN-R

10RRS59

DVSSDVSS

22RRS71

DVSS GND1

100KRS10

DVSS GND2

GND1 GND1 GND1

GND1

AV-O

UT-R

AV-O

UT-L

MAI

N-L

MAI

N-R

AV1-

IN-R

L

R

1

7

4

4

5

6

3

2

+

-8

+

-8

151121

6

1

1 60 50

1 10 20 30 32

334064

1

+22V

+8V

-22V

+13V

+5V

*

*

*AMFM 9110

IS 40

- - X X

- - X X

X X - -

X X - -

BS05 BS06 JS32 JS33

AMFM 9111 MSP 3410

MSP 3400

MSP 3410

MSP 3400

AMFM 9112

AMFM 9113

*

****

JS18

JS17

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

AMFM


ANT

120pCH01

LH01

BA592DH04

1KRH02

*CH47

3K3RH05

1T362DH19

1T362DH18

100pCH03

LH30

22K

RH27

1pCH

67

22KRH35

33pCH42

22KRH32

22KRH34

LH34

2R7RH36

LH331T363DH21

1nCH43

100pCH02

LH04

3K3RH01

LH061T362DH11

27pCH04

22KRH03

22KRH06

1T362DH12

100pCH06

22KRH07

27pCH08

10KRHO4

LH35

1T362DH17

1nCH44

2K2RH40

BA592DH03

22KRH43

100pCH48

6K8RH44

68KRH48

120KRH49

22KRH46

3K3RH38

MTS200RTH02

1nCH50

LH40

1nCH52

820RRH51

150RRH50

1nCH51

1nCH49

1nCH53

MTS200RTH01

47KRH08

150RRH09

120pCH09

820RRH12

LH10

47RRH10

120pCH10

1MRH11

10RRH17

120pCH16

1p2CH12

1T362DH13 LH12 LH13

100pCH14

22KRH15

22KRH14

LH151T362

DH14 LH17

100pCH18

8p2CH17

100pCH19

LH16

LH19

100pCH20

LH20

8p2CH13

15RRH52 1T363

DH22

1T363DH23

LH42

22KRH58

1nCH57

1nCH56

BA592DH05

5R6RH59

LH43100RRH60

2K2RH61

22nCH60

1nCH58

1K5RH64

LH47

LH46

LH45

560pCH62

1T363DH24

LH441p

CH63

BA592DH06

270pCH61

100RRH66

22KRH55

22KRH63

10RRH65

10KRH54

IH01

MTI3016

MTP 4015

p82

CH66

1pCH

68p8

2CH

69

2p2CH65

LH50

LH26

1T362DH15

8p2CH70

22KRH69

LH25

22KRH68

100pCH72

2K2RH70

18pCH74

LH70

8R2RH72

8R2RH74

5R6RH75

LH71

47pCH75

1nCH76

1K2RH77

6K8RH76

47RRH80

82RRH79

MMBTH10LTH04

22RRH81

TP

1nCH

29

1p5

CH30

1T36

2DH

16

LH57

LH55

1T363DH25

82pCH27

22KRH26

15KRH29

22nCH32

22KRH23

1nCH24

BA592DH08

LH56

22nCH26

1nCH25

2k2RH24180p

CH23820

RH20

4k7RH21

470CH92

CL DA+BD1+12V

1nCH83

5R6RH83

1nCH84

1nCH82

+5V

4K7RH89

+

100uCH80

+33V

1nCH81

IF

10pCH78 RH78

100KRH57

470pCH46

AGC

100RRH42

BCR185TH06

BC847BTH08

BCR185TH07

BCR185TH09

*CH15

BC847BTH05

QH90 4MHz

22KRH93

47pCH93

100RRH92

220RRH97

270RRH86

2K2RH87

4K7RH30

15KRH95

68KRH96

100RRH99

5R6RH85

22KRH88

LL4148DH07

120pCH87

22nCH97

100nCH98

22pCH9947pCH101

MGP3006X6

IH02

*

UNLESS OTHERWISE STATED.ALL CAPACITANCES ARE IN FARAD.ALL RESISTANCES ARE IN OHM.

NOTES:

16151413121110

9 87654321

910111213141516

87654321

TO " MAIN BOARD "

TUNER UHF / VHF For information only

BX06

123456

CX8710n

VDDYXX1X0ABC

VEEVSS

INHZ0ZZ1Y0Y1

4053IX80

123456789

10111213141516

RX81390R

RX824k12

RX8822k

CX8447u

RX834k32

CX8010n

CX8147uBZX55B10

DX80

CX86100n

TX80BC337-40

BX07

12345

10456320SUB.SAT.4002.00

CX8347u

RX804R7

1N4148DX81

CX8510n

+12V

AM/T

UN

CVBS

_SAT

9V

12VS

12VS

12VS

AM/S

AT

to SAT 9001 00

TO Chassis ICC 10 / 11

SUB SATELLITE MODULE - SOUS MODULE SATELLITE - SUBMODUL SATELLIT

MODULO SATELLITE - MÓDULO SATELLITE

ICC 11Updated 12 / 96


SUB SATELLITE MODULE - SOUS MODULE SATELLITE - SUBMODUL SATELLIT

MODULO SATELLITE - MÓDULO SATÉLITE

COMPONENT SIDE - COTE ELEMENTS BESTÜCKUNGSSEITE

LATO COMPONENTI - LADO COMPONENTES

SOLDER SIDE - COTE CUIVRE LÖTSEITE

LATO SALDATURE - LADO DEL COBRE

BX06

123456

CX8710n

VDDYXX1X0ABC

VEEVSS

INHZ0ZZ1Y0Y1

4053IX80

123456789

10111213141516

RX81390R

RX824k3

RX8822k

CX8447u

RX834k3

CX8010n

CX8147uBZX55B10

DX80

CX86100n

TX80BC337-40

BX07

12345

10456320SUB.SAT.4001.00

CX8347u

RX804R7

1N4148DX81

CX8510n

+12V

AM/T

UN

CVBS

_SAT

9V

12VS

12VS

12VS

AM/S

AT

to SAT 9001 00

TO Chassis ICC 10 / 11


ICC 10 C / DMUpdated 08 / 95

FRONT CONNECTION BOARD - MODULE PRISES EN FACADE ET INTERCONNEXION DU CLAVIER

FRONTANSCHLUSSPLATTE

PIASTRA CONNESSIONE FRONTALE - PLÁTINA MANDOS FRONTAL

1N4148DM01

BM06123456

SM01

1N4148DM02

1N4148DM03

1N4148DM04

BM0912

SM02

SM03

JM04

BM03123456789

101112

SM04

JM01

1KRR01

KB 4002

SM06

SM05

INSTALL

TV

P-

P+

S-

S+

KB


CONTROLS - REGLAGES

I - ENTER/EXIT SERVICE MODE - ENTREE/SORTIE DU MODE SERVICE

• Disconnect all SCART cables Pin 8 « Low » : OV• Set connected, indicator on, input signal HF

1 ACCESSING SERVICE MODE

2 TEMPORARY EXIT FROM SERVICE MODE

Access SERVICE MODEafter T ≥ 8 seconds.

Remote Control Access

TUBE SETUP VIDEO GEOMETRY PIPX1.54-0 123456789ABCDEF......OOOOOOOO 1234:56

TV Control Panel Access

Remote Control Access TV Control Panel Access

Use TV key Use DISPLAY key

Re-enter TELETEXT key Re-enter INSTALLATION key

Note :In SERVICE MODE, the Lock function (PIN Number) is ignored and thechild lock function is re-initialized.

Access SERVICE MODE.

• Select Standby.• Turn off TV using ON/OFF button.• Wait for indicator to go out

completely.• Press blue TELETEXT button

on the remote control while turningon TV with the ON/OFF button.

• Turn off TV using ON/OFFbutton.

• Press the PR- and VOL- buttons while turning on the TV with the ON/OFF button.

• Hold down the PR- and the VOL-buttons .

Set TV into Standby or in OFF position using the ON/OFF button.

3 EXITING FROM SERVICE MODE

• Déconnecter tous les câbles péritélévision Pin 8 « Low » : OV• Appareil sous tension, voyant allumé, avec un signal en entrée HF.

1 ACCES AU MODE SERVICE

2 SORTIE TEMPORAIRE DU MODE SERVICE

Entrée dans le MODE SERVICE aubout de T ≥ 8 s.

Accès avec la télécommande

TUBE SETUP VIDEO GEOMETRY PIPX1.54-0 123456789ABCDEF......OOOOOOOO 1234:56

Accès avec le clavier du téléviseur

Accès avec la télécommande Accès avec le clavier du téléviseur

Utiliser la touche TV Utiliser la touche AFFICHAGE

Réutliliser la touche VIDEOTEXTE Utiliser la toucheINSTALLATION

Note :En mode service, la fonction de verrouillage ( Pin number ) est ignoréeet le verrouillage parental est effacé ( réinitialisé ).

Entrée dans le MODE SERVICE

• Mettre le TV en veille.• Arrêter le TV avec la touche M/A.• Attendre l'extinction complète du voyant.• Tout en appuyant sur la touche VIDEOTEXTE

de la télécommande, mettre le TV en serviceà l' aide de la touche M/A.

• Mettre le TV en veille.• Arrêter le TV avec la touche M/A.• Tout en appuyant sur les touchesPR - et VOL - , mettre le TV en service à l'aide de la touche M/A.

• Maintenir enfoncées les touchesPR - et VOL -.

Mettre le téléviseur en Veille ou en position OFF avec la touche M/A

3 SORTIE DEFINITIVE DU MODE SERVICE

USYST

DP103

DP105DP118

DP114

DP111

DP108

DP109

DP102

DP101

DL10

LL02

LL04

DP116

IP60

BL01

BL02

TL04

BC102

BC101

PP120

IF01IF02

IP118

IP117

IP116

IP120

TP60RP61

AGC

PH05

MTP

PIP

IF

AM/F

M

IR04

BH03

IR01

DL09

DP107

DL08

+US 22V

+VFB 50V

+DRV +20V

+300V

+VIDEO 210V

-US -22V

+V +10V+8V (+5V Stab.)

+USYST

+16V (9/12V Stab.)

Part of Board connected to mains supply.Partie du châssis reliée au secteur.

+9V

+12V

+5V

-V -12V

MAIN

+ USYST Colour-Bar Test patternW = 100%Mire de barres couleurblanc = 100%

Mire de barres couleurblanc = 100%

25"4/3:139 V29"4/3 : 139 V33" 4/3 : 145 V28" 16/9 : 139 V32" 16/9 : 145 V36" 16/9 : 145 V

+ + = 50%

PP120

AV1

DFB

UG2

Colour-Bar Test patternW = 100%

+ + = 50%

AV1

DFB

FocusTest pattern

Mire de convergences

Focus 2

Focus 1

F2

F1

F-V

+ + = 50%

AV1

160 V

0

DP 103

PL100

Or Ou

Screen 2PL100PL100

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

Ne pas retirer les modules lorsqu'ils sont soustension.N'effectuer les travaux de maintenance sur la partiereliée au secteur (Switch Mode ) qu'au travers d'untransformateur d'isolement.

SERVICE MODE

Telef. Combi Code de télécommande disponible seulement pour les téléviseurs TELEFUNKEN

Lock Feature DISABLED : Option “ Verrouillage ” non validé. ENABLED : Option “ Verrouillage ” validé dans le

menu P . Clear Programme (+) Long Press ! :

Effacement de tous les programmes mèmorisés. NICAM from Canal + Decoder No : Disable Validation NICAM issu du

Yes : Enable décodeur canal + (PR 04) Text Enable

Valide le système télétexte : NONE › Texte normal. FLOF › Fast text ( Anglais, Espagnol ) TOP › Télétexte Allemand ( système TOP ). BOTH › Systèmes FLOF et TOP validés. Text Language 1 (2,3,4 and 5).

Permet au télétexte de reconnaitre et d' afficher lescaractères relatifs aux pays suivants, selon :


II - NAVIGATION INSIDE THE SERVICE MODE - DEPLACEMENT DANS LE MODE SERVICE IV - ALIGNMENT PROCEDURE - PROCESSUS DE REGLAGES

III - SOFTWARE CODE AND TV CONFIGURATION - CODE LOGICIEL ET CONFIGURATION DU TV

• Use VOL+ or VOL- keys to select the appropriate setting: “TUBE”, “SET UP”, “VIDEO”,

“GEOMETRY ” or “PIP”.

P Key

1 SELECTING A SETTING MENU

2 CHOOSING A SETTING FROM THE MENU

TUBE SETUP VIDEO GEOMETRY PIPTUBE SETUP VIDEO GEOMETRY PIP

CUT OFF RED

MORE...

Hor. Pos.Vert. Pos.

+-

• Utiliser les touches VOL+ ou VOL- de la télécommande pour sélectionner le réglage souhaité : “TUBE”, “SET UP”, “VIDEO”, “GEOMETRY ” ou “PIP”.

1 SELECTION D' UN MENU DE REGLAGE

2 CHOIX D' UN REGLAGE DANS UN MENU

TUBE SETUP VIDEO GEOMETRY PIPTUBE SETUP VIDEO GEOMETRY PIP

CUT OFF RED

MORE...

Hor. Pos.Vert. Pos.

+-


Cursor to more changes page

Changing Page

Cursor Up Cursor Down

AverageValues - +

Cursor Up Cursor Down

PR Key PR Key

Beginningof Page End of Page

... Indicates apreceding page

... Indicates a following page

Cut off REDCut off GREENmore...


more...Pin cushion...

more...

1 DISPLAYING THE VALUE OF THE SETTING

2 SETTING A VALUE

3 WRITING - STORING VALUES IN MEMORY

V - AMP (O) 1F

2 values are displayed

Example :

Display + > NVM value - < NVM value

Displayed value (0)

Hexadecimal value

Set value

= NVM value

Value stored in NVM

After setting, the values are stored in NVM.The display (see previous chapter) (0) or (+) or (-), refers to the value.During alignment, values are temporarily stored in RAM.

--

++


Key

Key

VALUE

Store Copies RAM Equal values are

value into NVM indicated by (0).

Restore copies all The value stored in values from NVM is recalled andNVM into can therefore be RAM. accessed if modified

during the setting operation.

Note :It is not possible to recall values stored in NVM before setting.

Note :It is possible to recall default values in order to carry out a test and laterrestore (RESTORE) NVM data.As long as STORE button is not pressedthe data in NVM remains unchanged.

Vol. button

Vol. button

1 AFFICHAGE DE LA VALEUR D' UN REGLAGE

2 REGLAGE D' UNE VALEUR

V - AMP (O) 1F

Deux valeurs sont affichées.

Exemple:

Affichage + > Valeur NVM - < Valeur NVM

Valeur affichée (0)

Valeur hexadécimale

Valeur réglée = valeur NVM

Valeur mémoriséeen NVM

yes no oui non

--

++

Accès avec la télécommande Accès avec le clavier du TV

ToucheVol.

ToucheVol.

ROM Default All the default values of a page in use are stored in RAM.

3 ECRITURE - MEMORISATION DES VALEURS

Après réglages, les valeurs sont mémorisées en NVML' affichage (voir chapitre précédent) (0) ou (+) ou (-) référencie cette valeur.En cours d' alignement les valeurs sont mémorisées temporairement en RAM.

Store Copie la valeur les valeurs égales sont

RAM en NVM affichées par (0).

Restore copie toutes la valeur mémorisée enles valeurs des NVM est rappelée et peut être données NVM ainsi retrouvée si elle a été en RAM. modifiée en cours de réglage.

Note :Il n' est pas possible de rappeler la valeur mémorisée en NVM avant réglage.

NoteIl est possible d' appeler les valeurs par défaut pour effectuer un test et de restituer par (RESTORE) ultérieurement les données NVM. Tant que STORE n' est pas exécuté les données NVM ne sont pas affectées.

ROM Default L' ensemble des valeurs par défaut d' une page courante est chargée en RAM.

more...

Curseur vers " more " change de page

En début de page

En fin de page

... Signifie qu' unepage précéde

... Signifie qu' unepage suit

more...Pin cushion...

more...

more...

Choosing a setting

Accès avecla télécommande

Accès avec leclavier du TV

Curseur vers le haut

Curseur versle haut

- +Touche PR



Choix d' un réglage

1 SERVICE MODE MENUS/TIME COUNTER

The table below shows the relation between the characters used and thereceiver composition.

C : Contrast sensor detectedS : Sat. FittedP : PIP. Fitted

The counter indicates the TV’s number of service hours.It counts from 0 to 65535 hours. The display is hexadecimal.

TUBE SETUP VIDEO GEOMETRY PIPX1.54-0 123456789ABCDEF................... .CSP 1234:56

Softwareversion

Serial number Receivercomposition

CounterHours

Minutes

1 MENUS DU MODE SERVICE/COMPTEUR DE TEMPS

La table ci-dessous montre la relation entre les caractères utilisés et lacomposition du récepteur .

C : Détecteur de lumière ambiante S : Equipé Sat.P : Equipé PIP.

Le compteur de temps vous indique le nombre d' heures de service duTV.Il compte de 0 a 65535 heures. L' affichage est en hexadécimal.

TUBE SETUP VIDEO GEOMETRY PIPX1.54-0 123456789ABCDEF................... .CSP 1234:56

VersionSoftware

Numero serie Composition duriécepteur

CompteurHeures

Minutes

Tube type 0Default tube type (+)

The “TUBE” menu is used to reduce TV alignment for a specific tubefitted to the chassis to a minimum, TV alignment is necessary if NVMis replaced or becomes “corrupted”.

It performs a pre-setting by changing the default values of the NVM.

The ICC10 chassis takes 16 different tube types

Tube Type 0 29" 4/31 32" 16/92 25" 4/33 ••• 15

1) - Select a tube type for the chassis.2) - Enter Default Tube Type (+).

Future possibilities

Press defaultvalues of NVM.

yes

no

Default tube type (+)

Default values orcorrect setting of

NVM.

flashing

Le menu " TUBE " permet pour un tube spécifique équipant le châssisde réduire à un strict minimum l' alignement du téléviseur en cas deremplacement de NVM ou de " pollution " de NVM.

Il effectue un préréglage en changeant les valeurs par défaut en NVM.

Le châssis ICC10 supporte 16 types de tubes différents :

Type de Tube 0 29" 4/31 32" 16/92 25" 4/33 ••• 15

1) - Sélectionner le type du tube équipant le châssis.2) - Aller dans Default Tube Type (+).

Possibilités à venir

Appuyer sur +

valeurs par défauten NVM.

oui

non

Default Tube Type (+)

Valeurs par défaut ouréglages corrects en

NVM.

Clignote

Telef. Combi Enable THOMSON remote control code only for TFK sets.

Lock Feature DISABLED : “Lock” option inactive. ENABLED : “Lock” option active in P menu. Clear Programme (+) Long Press ! :

Clear all programmes stored in memory. NICAM from Canal + Decoder No : Disable

Yes : EnableThe special sound path handling forcanal + on program location PRO 4.

Text EnableEnables the teletext system:

NONE Normal text. FLOF Normal text and Fast text (English, Spanish). TOP Normal text and German teletext (TOP system). BOTH Normal text and FLOF and TOP systems enables. Text Language 1 (2,3,4 or 5).

Enables teletext to recognise and display relative characters from the following countries: (see below table)

After setting Store (+). Après réglages Store (+). After setting Store (+). Après réglages Store (+). After setting Store (+). Après réglages Store (+).

After setting Store (+). Après réglages Store (+).

Telef. Combi. DISABLED ENABLEDLock feature DISABLED ENABLEDNICAM from Canal + Decoder NO YESClear Programs (+) Long Press !Text Enable NONE FLOF TOP BOTHText Language 1More ...

More ...Store (+)Restore (+)Rom Default (+)

SECAM PAL

DEFAULT VALUES

Cutoff Red (0) 1FCutoff Green (0) 1FDrive Red (0) 1FDrive Green (0) 1FDrive Blue (0) 1FPeak White 1F1F 1F

more...

Page 1

Page 2

Scale Brightn. (0) 1FScale Contrast(0) 1FScale Colour (0) 1FText Contrast (0) 1FStore (+)Restore (+)Rom Default (+)

more...

more...

more...

14 1614 162A 242A 2420 18

2A 2A 20 24 24 18

20 203A 3A21 2120 20

Page 1 video settingsPerform the G2 and the Focus settings beforehand.Réglages vidéo de la page 1Effectuez au préalable les réglages de G2 et de focus.

Page 2 video settingsNote :Sets with ambient light detectors: the ambient light detectorshould be OFF in the Green menu (image).

Note :Calling default tube type overwrites the NVM and it is notpossible to restore the old content !

Note :La fonction “ default tube type” impose l' écriture en NVM etil n' est pas possible de restituer l' ancien contenu .

29" 32"

DEFAULT VALUES

Vert. Pos (0) 1FVert. Ampl. (0) 1FVert. S-Corr. (0) 1FHor. Pos. (0) 1FHor. Ampl. (0) 1FHor. Delay (0) 1F

more...

Pincush. Corr. (0) 1FPincush. Comer (0) 1FTrapezium (0) 1FEHT- Level Start (+)Store (+)Restore (+)Rom Default (+)

more...

more...

more...

03 0310 1020 1024 2033 2F20 20

1B 0A25 0003 03

Test Bar pattern used: 4/3 with geometric circle. Setting is done in4/3 format and then checked in the format for the chassis tube.Mire utilisée : 4/3 avec un cercle de géométrie. Les réglages sonteffectués dans le format 4/3 puis contrôlés dans le format du tubeéquipant le châssis.

EHT - Level StartThe EHT protection circuit stops the TV if the EHT tensionexceeds the specified limit. The difference between the SWITCHOFF point and the nominal value is constant.Setting : PAL colour bar test patterns. Select EHT - Level Startand press . The setting is optimised by the software.EHT - Level StartLe circuit de protection de la THT arrête le TV si la tension THT excède la valeurlimite spécifiée. La différence de valeur entre le point de disjonction "Switch off " etla valeur nominale est constante.Réglage : Mire de barres couleur PAL. Sélectionner EHT - Level Start etappuyer sur .Le réglage est optimisé par le Software.

Hor. Pos. (0) 1FVert. Pos. (0) 1FContrast (0) 1FCompare Main MAIN PIPMore ...

More ... Store (+)Restore (+)Rom Default (+)

TUBE SETUP VIDEO GEOMETRY PIP

Cutoff Red

Cutoff Green

Grey scale test pattern White 100%Mire échelle des gris Blanc 100%

Mire échelle des gris Blanc 100%

Mire délivrant un carré blanc 100% sur fond noir Colorimètre : mesureur de NITS

Grey - Gris

WhiteBlanc

+ + = 50%

+ + = 50%

+ = 50%= 100%

Peak White

Grey scale test pattern White 100%

Drive Red

Drive Green

Drive Blue


Digital mastering : «OFF» (menu ).

25 " 660 Nits4/3

29 " 500 Nits

33 " 400 Nits

28 " 585 Nits16/9

32 " 450 Nits

Vert. Pos.

TUBE 4/3 TUBE 16/9

Vert. Amp.

Vert. S Corr.

Hor. Pos.

Hor. Amp.

Pincush Corr.

Trapezium

Hor. Delay

Use + and - toadapt the image Agir sur + ou - pour régler la phase del' image.

Pincush Corner

Hor. Pos.Colour bar test pattern

Mire de barres couleur

Mire de barres couleur

Barre noire de la mire

A

(*) A = B

(*)

B

12

+ + = 50%

+ + = 50%

Vert. Pos. Colour bar test pattern

+ + = 50%

Contrast

Video pattern on AV1 (W = 100%)

Y PIP picture=

Y main picture

Y image PIP =

Y image principale CRT

(*) Center PIP image in the frame(*) Centrer l' image PIP dans la fenêtre

+ + = 50%

+ = 50%= 100%


BlackNoir



Black test pattern White 100%

Scale Brightness

Scale Colour PAL

Scale Colour SECAM

SECAM PAL colour bar test pattern (75%) (then SECAM)Mire de barres couleur en PAL (75%) (puis SECAM) BG2

=

CRTbase TV13

+ + = 50%

Text Contrast

Scale Contast

Sa valeur est fixe en PAL et en SECAM

Valeur de reglage 3 A.

Factory setting. Fixed PAL and SECAM values

Setting value 3 A.

F-H

40V

12 CRTDigital mastering : «OFF» (menu ).

Reglages vidéo de la page 2Nota :Appareils dotés d' un détecteur de lumière ambiante.Le détecteur de lumière ambiante doit être inhibée, OFF dans lemenu vert ( image ).

Display mode : 4/3 Display Mode : 4/3overscan :V = 107% - H = 107% overscan :V = 107% - H = 77%

Other display modes are automatically calculated.Les autres modes d' affichage sont calculés automatiquement.

VALUE

VALUE VALUE

VALEUR

VALEUR

VALEUR

VALEUR

Broadcaster Text Languagecountry code 1 2 3 4 5

000 English Polish English (US) English

001 French French French French Slovakian

010 Swedish Swedish Swedish Swedish HungarianFinnish Finnish Finnish Finnish

011 Czech Czech Czech Turkish SerbianSlovak Slovak Slovak Croatian

Slovenian

100 German German German German Albanian

101 Spanish Spanish SpanishPortuguese Portuguese Portuguese

110 Italian Italian Italian Italian

111 Rumanian

Curseur vers le bas

Curseur vers le bas

Touche ValeursMoyennes

Touche PRTouche P

Changement de page

Touche

Touche

II - NAVIGATION INSIDE THE SERVICE MODE - DEPLACEMENT DANS LE MODE SERVICE

++

+

+

discharge capacitors CP013 and CP062• ground the base of TP051• connect the primary and secondary earths• connect the "+" of capacitor CP062 to pin 16 of IP01 and to the cathode of DP116• groung pin 3 of IL001• remove the video module• power up with a 15VDC input through the mains socket or a 12VDC through connector BP61

The following situation should ensue:

• reinsert the video module• short-circuit diode DP127.• if necessary, call an AV programme.

The following situation should ensue:

connect the cathode of diode DP107 to the "+" of CP062The following situation should ensue:

T = 32µs

10µs

7V

0

T = 0,35 ms

1,1µs

0

7V

pin. 3 of IP120

5µs0 VColl TP060

100 V

Base TL004 0V

0,5V

-1V

- 0,5V

6 µs

0V

140V

Coll. TL004

CHECKING THE MAIN POWER SUPPLYAND THE TIME BASE IN LOW VOLTAGE MODE

pin. 3 of IP120

U SYST = 68 Volts

Voltage in 3 of IL001

exceeds 4V fleetingly

?

Upon TV powering up, check - SV = 18 volts - + DRV = 20 volts - + 12 volts - + 9 volts - + 5 volts - the security circuit and its constant CP 157 - the main power supply primary

Upon TV powering up, check - VFB = 50 volts - VR = 50 volts - + V = 10 volts - - V = -12 volts - HP1 = 40 volts - BCL = 12 volts - HP2 (EHT level) = 90 volts and 7 of IF001 = -10 volts - Line return = 30 Vcc (cath. DL14) -the security circuit and its constant CP157

Yes No

Protection verification

Check - the 5 volt inputs - the I2C buses

TL004 correct

?

Power supply SECURITY

Time base SECURITY

Voltage in 3 of IL001

exceeds 4.6V fleetingly

?

Yes

Yes

No

PROTECTION VERIFICATION METHOD

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