13329 Chassis ITC008 Manual de Servicio

Date 151th Jul 2003

Index C

of 10 Pages Name ITC008

product development Singapore

1.1 RF AGC Alignment ( Europe)

( a ) Apply RF signal of 210.25MHz (BG CH 10) modulated with color bar at 3mVrms to Tuner

NH001 RF input.

( b ) Tune to CH10

( c ) Go to service mode & set RF AGC -CHIP control = 00 (max).

( d ) Monitor 38.9MHz IF frequency response at NH001 pin11 with spectrum analyser by using

high impedance probe or equivalent.

e) Increase RF AGC -CHIP control until IF frequency response 8 + 1/ - 2 dB down from maximum .

1.2 IF demodulator Off-set Alignment ( Europe) Go to service mode & set OIF -CHIP control = 32 .

Date 151th Jul 2003

Index C



Geometry

Special connector BR002 gives direct access to the I2C-bus and video-input in AV-mode for production purpose.

4:3 standard mode, overscan:

V=107% (line #32 to #301 visible = 270 lines) H=107% (48.6μsec of 52 us visible)

0,8MHz

0% 20%

1,8MHz

100%

3,8MHz

2,8MHz

40% 60% 80%

4,8MHz

1.3 Alignment of vertical slope

• This alignment can be done on test jig without final tube • Apply Full White pattern (625 lines/50Hz) at chassis test-jig, monitor R output and trigger the

scope by TV line 168. • Set AKB = 1 (enable Auto Black Current)

Set SBL = 1 (to blank the bottom half video) Set VS = 0

Remark: For the 21"-XF-4/3, 25"/28"-MP-4/3 and 29”XF picture tubes the preferred alignment

procedure for V-Slope alignment has to be used!

1.4 Preferred alignment procedure for V-Slope alignment: • Monitor R output (IV001 pin 51) at line 168. The level should be high. • Increase VS until the blanking happens at line 168. • Save VS and set SBL and AKB back to 0.

Date 151th Jul 2003

Index C



R output corresponding to VS=18, 20 and 22(decimal). Input is Full White with horizontal centre line shown that is triggered at line 168. 1.5 Optional alignment for V-Slope At chassis test-jig, monitor the voltage at item pos IV001 pin 26. Adjust VS value through the external computer until the voltage at pin 26 is at 2.9Vpp (a.c.) +/- 5% as shown in the figure below. The probe to be used is 10Mohm probe. Save VS and set SBL and AKB back to 0.

Date 151th Jul 2003

Index C



a) This alignment must be done on chassis with final tube.

b) Make sure that UB1 voltage level according to page 5 table for respective tube.

c) Use a 50/60Hz test pattern with markings for correct horizontal and vertical overscan.

d) Adjust horizontal centring (HSH) via I2C bus for optimum overscan symmetry

e) Adjust vertical centring (VSH) via I2C bus for optimum overscan symmetry

f) Adjust picture height (VA) via I2C bus for optimum overscan.

g) Adjust vertical linearity (SC) for minimum error via I2C bus.

h) If necessary repeat VSH and VA alignment to 7% overscan and best overscan symmetry

Default values for s-correction

Picture tube Default value S-correction dec

19V THAI CRT 25

19V CHUNGHWA 25 21” OT 17 20V TF-orion 24 20V TF/21” XF LGS 25 21”XF-Toshiba 24 21”XF-TTD GEN II 28 27V 1R 35 27V VHP 25 25” XF 25 28’’MP TTD 24 27V TF /29”XFSamsung 28 27V TF /29” XF TTD GEN II 31 33” MP TTD 24 32V VHP 25 36V VHP 25 32V TF Toshiba 31 32V TF / 34” XF TTD 25 36V TF Toshiba 28 24” SF 16/9 22 28” SF 16/9 22 28” XF 16/9 GEN II 22 32’” XF 16/9 GEN II 22 Note In case of misalignment/out of range of VS and VA causes the protection signal from E/W module activated and shut down the set, connector BF001 on main board or BL101 on E/W board can be temporary disconnected to start up and realign VS and VA to proper setting. Connector is reinserted to perform E/W alignment.

Date 151th Jul 2003

Index C



2. Part IV – Video (EU) 2.1 ALIGNMENTS OF ITC008 (EU) 2.1.1 Alignments on tube (EU)

BR002

focus

G2/cutoff

For cut-off - and focus - alignment the chassis must be matched to the finally used tube.

Date 151th Jul 2003

Index C



2.1.1.1 Alignment of G2 voltage:

With the existing continuous cathode calibration loop, one has to take care, that the right pulse is used for quasi-cut-off measurement. With this concept two different measurement pulses are inserted field alternating. For correct alignment the pulse, which corresponds to the low current insertion, has to be measured. At the cathodes this is the pulse with the higher level:

Procedure: Insert a black level test pattern via RF or AV input. Measure with a 100:1 probe at the R, G and B pins of the CRT socket. The time base of the oscilloscope should be 2ms/div, set Y-scale to 20V/div DC-coupled and use frame triggering. Adjust the cut off pulse of the highest cathode with the SCREEN potentiometer on the focus block to:

Tube size Quasi cut off 19V THAI CRT 125V ± 3V 19V CHUNGHWA 21" OT 20V TF-orion 20V TF/21" XF LGS 21"XF-Toshiba 21"XF-TTD GEN II 27V 1R 27V VHP 25" XF 28''MP TTD 27V TF /29"XFSamsung 27V TF /29" XF TTD GEN II 33" MP TTD 140V ± 3V 32V VHP 36V VHP 32V TF Toshiba 32V TF / 34" XF TTD 36V TF 24" SF 16/9 28" SF 16/9 28" XF 16/9 32'" XF 16/9

Date 151th Jul 2003

Index C



Note: Signal is triggered at start of vertical scan, the position of the cut off pulse is dependent on the stage selected. Alternative Method Insert a black level pattern via RF or AV input.. Select VG2 mode from service mode. Align VG2 to get 03. 2.1.2 Video (EU) 2.1.2.1 Colour Temperature Alignment (EU)

It is necessary to calibrate the TV Colour Analyser periodically (light unit = cd/m2) Tune either to a spot test pattern with adjustable amplitude or to a test pattern with three spots in the middle of a black screen. The middle spot corresponds to 100IRE, one to 25IRE and one to 50IRE:

adjustable amplitude

100IRE

50IRE 25IRE

Apply external degaussing. Set Contrast 50%and Brightness at 50%; set Colour Saturation to 50%. Attached TV Colour Analyser sensor onto the centre (for spot with adjustable amplitude) or use a colour analyser with three probes and set them onto the three pads of the TV screen. Align RF mode, RGB Mode and DVD mode (if available) separately. For DVD mode, use the DVD alignment DISC or DVD building pattern No.5 . First method with adjustable spot test pattern and one analyser probe:

First provide the test pattern in PAL B/G. Start with the alignment of the 50IRE by adjusting WPR and WPG registers. Then adjust Input to 25IRE and align with BLOR and BLOG registers and realign the 50IRE level. When both probes show results within the tolerances to get x = 0.288 ± 0.01 (0.278...0.298) y = 0.301 ± 0.01 (0.291...0.311) Do the iteration until the alignment is within the spec.

Repeat this procedure for SECAM L

Date 151th Jul 2003

Index C



Second method with three-spots-test-pattern and three analyser probes: First provide the test pattern in PAL B/G. Do an iterative measurement between the probe on the 50IRE-pad and the one on the 25IRE-pad. The third pad is necessary for Peak White Alignment in the following chapter. Start with the alignment of the 50IRE pad by adjusting WPR and WPG registers. Then align the 25IRE pad with BLOR and BLOG registers and realign the 50IRE pad. When both probes show results within the tolerances to get x = 0.288 ± 0.01 (0.278...0.298) y = 0.301 ± 0.01 (0.291...0.311) Do the iteration until the alignment is within the spec. Repeat this procedure for SECAM L

2.1.2.2 Brightness Preset

- Apply a ± 4% test pattern at RF input. - RF-standard selection: Use standard BG for TVs without L’. - Use standard L for TVs with L’ - Adjust with Sub Brightness (OS_B) to correct black level (+4% bar just visible).

2.1.2.3 Peak White alignment

It is necessary to calibrate the TV Colour Analyser periodically (light unit = cd/m2). Tune to a Peak White pattern. Separate alignment has to be done for PAL BG and SECAM L system for Europe Chassis. Attach TV Colour Analyser sensor onto the centre of the Peak White pattern. Set Brightness and Contrast at 50%, Colour Saturation to 50% Increase or decrease the three WPA red, green and blue registers in parallel to achieve a peak white reading as listed in following table:

tube size and type Light output according to

TQC Application Form +/-10NITS

19V THAI CRT 450 19V CHUNGHWA 450 21" OT 420 20V TF-orion 420 20V TF/21" XF LGS 400 21"XF-Toshiba 420 21"XF-TTD GEN II 350 27V 1R 250 27V VHP 250 25" XF 300 28''MP TTD 300 27V TF /29"XFSamsung 250 27V TF /29" XF TTD GEN II 250 33" MP TTD 250 32V VHP 220 36V VHP 170 32V TF Toshiba 200 32V TF / 34" XF TTD 200 36V TF 170 24" SF 16/9 330 28" SF 16/9 300 28" XF 16/9 300 32'" XF 16/9 300

Date 151th Jul 2003

Index C



In Field Service Mode use PKWP (PAL) respectively PKWS (SECAM) for alignment. If Peak-White cannot be attained by increasing/decreasing WPA-registers (or PWP/PWS in Field Service Mode), then increase/decrease CDL-register.

Align RF mode, Component mode (if available) and DVD mode (if available) separately.

Repeat this procedure for SECAM L..

For DVD mode, use the DVD alignment DISC

Or use build in Test Pattern from DVD by the following step. a. From TV service mode select DVD factory mode by pressing DVD local key.

b. Press RCU Key Number 2(Peak white Pattern). c. Then activate service menu and do alignment.

2.1.2.4 Peak White Limiting When using there is an additional register under UOC-subaddress 04H, which is called “Peak White Limiting”. This function must not be aligned, but can be modified in the Field Service Mode (SOC). The actual default value is 2FH.

For 29”XF Samsung the default value is 2D hex. For 21”XF TTD the default value is 2D hex.

Date 151th Jul 2003

Index C



3. Appendix B - Service Menu (EU).

To enter service mode:

1. Go to standby and switch off the set. 2. Press Magenta key on the Remote Control Unit 3. Press Power Switch To turn on the set..

To exit from service mode, press EXIT. Current parameter available in ITC008 EU software. Description parameters in ITC008 EU service menu... Format:display name (range:decimal) ...description Init SOC 0-63 PeakWhiteLimiting OIF 0-63 Off-set IF Demodulator HSH 0-63 Horizontal Shift Alignment VS 0-63 Vertical Shift Alignment VA 0-63 Vertical Amplitude Alignment SC 0-63 S-Correction VSH 0-63 Vertical Shift CL 0-63 Cathode Drive Level BLORP 0-63 Black Level offset Red PAL (for SECAM...BLORS) BLOGP 0-63 Black Level offset Green PAL (for SECAM...BLOGS) WPRP 0-63 White point offset Red PAL (for SECAM...WPRS) WPGP 0-63 White point offset Green PAL (for SECAM...WPGS) WPBP 0-63 White point offset Blue PAL (for SECAM...WPBS) PKWP 0-63 stop when any one of

the alignment reach limit)…Peak White Alignment (for SECAM...PKWS)

OS_B 0-15 Sub-Brightness Alignment BKS 0-1 Black Stretch On/Off AGC 0-63 Automatic Gain Control Alignment VG2 0-03 VG2 Screen Alignment Limit 0 - 63 Limit for Volume control Lock On - Off Lock for hotel mode Key On - Off Lock Pr+ and Pr- on the front panel

ITC008First issue 04 / 03

KEYBOARD - CIRCUITS DE COMMANDES - SCHALTBILD BEDIENTEIL - SCHEMADEI CIRCUITI TASTIERA - ESQUEMA DE LOS CIRCUITOS MANDOS

FRONT CONNECTOR BOARD - PRISES EN FACADE ET INTERCONNEXION DUCLAVIER -FRONT ANSCHLUSSPLATTE - PIASTRA CONNESSIONE FRONTALE -PLÁTINA MANDOS FRONTAL

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COMPONENT SIDE - CÖTE COMPOSANTS - BESTÜCKUNGSSEITE -LATO COMPONENTI - LADO COMPONENTES

SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS SOLDER SIDE - CÔTE SOUDURES - LÖTSEITE - LATO SALDATURE - LADO SOLDADURAS


ITC008First issue 04/ 03

VIDEO AMPLIFIER BOARD - PLATINE AMPLIFICATEURS VIDEO - VIDEOVERSTÄRKERPLATTE - PIASTRA AMPLIFICATORE VIDEO - PLATINA AMPLIFICADOR VIDEO

2.2Vpp-H

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

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21" True Flat tube -13 +/- 0.5V29" True Flat tube -12.5 +/- 0.5V

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+VSUPPLY


+VSUPPLY


U_VIDEO185

ITC 008First issue 04 / 03


!!

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5A 125V[US-27" AND ABOVE]

T1.6AL 250V[EUROPE]2.5A 250V[US-20" AND BELOW]

1R6 [US-27" AND ABOVE]2R2 [US-20" AND BELOW]

[EUROPE]

330UF [US-20" AND BELOW]680UF [US-27" AND ABOVE]

330MIO [US-27" AND ABOVE][US-20" AND BELOW]

[EUROPE]

8M2 [US]

[EUROPE]

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T3.15A 125V

FZP61

T500MA 125V

FZP93

V6PO

6VSTBY

LP003-2LP003-2

LP003-3

LP003-5

LP003-3LP025

100R

FZP60

T3.15A 125V

T500MA 125V

FZP66

BP01

6B

BP01

6A

BP01

1A

BP01

2B

JP01

4

SP001-3

JP008

BP015B

BP012

BP011B

DP02

8*BZ

X55B

27

BP015A

BP011

SP010-2

BP01

3B

JP162

JP163

JP013

RP002-2

JP004

RP00218R0

CP0122N2

V12A

V12A

V12

JP06

0

UB

RP19710K

RP1923K9

DP095

BZX55C5V6

CP09710UF

1K0RP196

10K0RP190

V6

JP082

2K7RP150

JP028 JP075

DEGAUSS/BURST

RP077

2K2

JP074

JP076PO

JP068

JP067

SP001

JP034

JP058

JP055 A-

GND

JP002

BP002

BP003

BP020

220RRP065

10M

RP015

JP12

1BP

013A

BC558BTP025

RP13222K0

JP185

JP00

6

GND

JP011BP020-2

BP020-1

BP001

BP007BP008

LP003-9

SP010-4

JP007

CP03610UF

JP164

V12

JP059

JP069 JP029

RP0786K8

RESET

JP022

JP01

7

LP003-13

FP093

GND

100R0RP093

DEGAUSS

PO

DEGAUSS

DEGA

USS

BC8488TP176

BC8488TP175

2K2RP175

TP177BC8488

RP1762K2

BC548BTP052

GND

JP057

BP006C

BP006B

BP006A

BP006E

BP006D

1K0RP166

IP030

WP003A

JP061

JP036TP020A HEATSINK FOR TP020TP020C

H

IP030A

TP001-1RP0522K7

UA1

UA

JP066

JP065

UA1

100UFCP080

LP003-14

LP003-14

KTC8550DTP02347K0

RP033DP033

BZX55B15

CP0333N3 [US]680P [EU]

JP020

TGND

JP001

SP010

JP019

JP001

LP002

LINE FILTER

JP010

TP001-3

IP001TCET1103G

IP001-4

CP040

GND

H

LP003-11

GND

LP003-13

LP003-14

LP003-15

GND

LP003-18

LP003-5

LP003-9

LP003-15

LP003-11

H

H

GND

GND

GND

LP003-18

DP0361N4001

U_SYS_MOD

CP03410UF

DP057BZX55C10

GND

470KRP009

GND

GNDGNDGND

GND GNDGND

H

HH

H

H H H

H

H

H

H

GND

GND

JP056

RP09110K0

RP0661K0

RP003

5R0

CP1311UF2N2

CP166 10U0CP066RP162

1K69

RP1613K92

JP054

JP053

JP051JP050

CP035 DP001BZT52C5V610UF TP93-BJP052

IP031MC7805/ACT

CP068330P0

GND

DP099

1N4148

CP002100N0

ZP00

1ER

ZV14

D511

TP193BC848B

TP192BC858B

BC848BTP171

BC548BTP022

RP0684R7

RP199680R0

RP056130K0

6K8RP155

RP1532K2

10K0

RP125

2K2

RP040

RP038

470R0

33K0RP037

RP03110R0

1K0

RP030

2K2RP029

22R0RP028

RP0272K2

RP0262K7

2K2RP023

22R0

RP021

470MIORP020

RP016

1M8

RP007120K

RP006120K

LP0811220R

1220RLP020

JP00

9

JP005

IP050

DP097RGP15G

DP071IN4148

DP040

BZX55B27

DP037BAV21

DP030BZX55C8V2

DP02

7BZ

X55B

27

DP023

BZX55C8V2

DP005G2M

DP004G2M

DP003G2M

DP002G2M

1MIOCP094

CP093 330P0

CP088 2N2

2N2CP082

CP0641MIO

CP063330P0

CP062470UF

330P0

CP060

CP19810N0

CP05310N0

CP1232N2

CP050470P0

10U0

180P0CP039

50V

CP038

180P0

CP037

1N5

330P0CP026

CP02522UF22UF

CP024

470P0CP022

CP018

2N2

CP0152N2

2N2CP009

1KV

1N5CP006

CP0051N5

1N5CP004

CP001100N0

BP099NI*100U0

CP032

JP032

JP012

PO

OPTO

TP93-B

GNDOPTO

UB

LP003-14

BP090

To BG407 (SCI)

GND

GND

GND GND

GND GND

GND

GND

GNDGND

GND

2SK2543TP020

GND

(2) : Standby

GND

H H

H

GND

GNDGND

GND

H

GND

GND

V12

SP010-3

JP035

DEGAUSS/BURST

PG

H

SP001-4

H

4

3

2

1

10

9

8

7

6

5

4

3

2

1

3

2

1

4

3 2

1

87

56

43

21

4321

1

9

64

12

7 5 3

1

1

1

1

1

2

1

1

1

3

3

2

1

2

1

2

1

1

1

1

2

2453 1

1 1

1

11

23

1

3

21

1

5

18

3

2

1

10

11

12

13

14

15

16

9

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

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

Use isolating mains transformerUtiliser un transformateur isolateurdu secteurEinen Trenntrafo verwendenUtilizar un transformador aislador de redUtilizzare un transformatore per isolarvi dalla rete

!

Indicates critical safety components, and identical components should be used for replacement. Only then can the operational safety be garanteed. !

!

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

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.

GND

GND

1

1

1 1 1

1

1 1

BP012A

JP085

GND GND

DEG.COIL!

220VUMAINS ON/OFF

1 4!!

2 3

NI* NI*

NI* = Not inserted

(PP) POWER SUPPLY

MAIN

600Vpp-H

T=12µs

0

0

T=12µs

20Vpp-H

T=12µs

10Vpp-H

0

TUBE UB1 voltages JL990-992

USYS USYS

TUBE UB1 voltages JL990-99219V Thai 106V ± 2V JL99219V ChungHwa 109V ± 2V JL990 & JL99120V TF LGS 123V ± 2V JL990 & JL99120V TF Orion 123V ± 2V JL990 & JL99121” TF TTD II 123V ± 2V JL990 & JL99121” OT 114V ± 2V JL99225’’TF Toshiba 126V ± 2V JL99227V 1R TTD 126V ± 2V JL990 & JL991

27V VHP TTD 126V ± 2V JL99227V/29” TF Samsung 126V ± 2V JL99227V/29’’ TF TTD II 126V ± 2V JL99228’’ MP 132V ± 2V JL99233’’ MP 132V ± 2V JL99232V/36 VHP 132V ± 2V JL99232V TF Toshiba 132V ± 2V JL99232V/34” TF TTD 132V ± 2V JL992

+3V3UP

UB1

USYS

6V5

12VSTBY

6V5+3V3UP

+3V3UP6VSTBY

8VOS8VOS

8VS

5VS

2.1(0.7)

0.2

0

(0.7)2.1

19.9(18) 19.3 (17.4)

10.9(16)

1.6(0.1)

0.3(0.1)

0.1 (0.6)

1.6(0.1)

3.1

0.1

2.4

9.1

(2.5) (2.4)

(2.9)

0.09

0.01

0.67

8

3.3

3.3

3.2

0

0

13

+UA : Audio Voltage

2x3W = UA = 20V+/- 1V

11V<V12<13.5V

8VS 8

5

5VS

298(311)



H

CIRCUIT DIAGRAM MAIN BD

I

GNDL

GNDL

GNDL

+VSUPPLY

!

!

GNDL

GNDL GNDL

GNDL

GNDL

!

GNDL

!

BCL!

!

!

!

!

GNDLGNDL

VDRIVE_A

FPOR TO HORZ YOKETO BL200-PIN ONLY EW

TO VERT YOKE

GNDL

UB1

(P)

GNDL

GNDL

GNDLGNDL

GNDL

GNDL

GNDL

(P)

(D)

(D)

(OS)

GNDL

GNDL

+33V

HDRIVE

BCL

LFBVFB

EHT_COMP

VDRIVE_A

!

+VSUPPLY

+VSUPPLY

V12

HEAT

ER

HEAT

ERGN

D

+33V FP

!

CF005220NF

CF008470NF

CF009100NF

CL011220UF

CL0251UF

330PFCL026

CL0351MIOF

CL040330PF

10UFCL041

DF0031N4148

DL010RGP10G

DL02

1BY

228

1N4148DL030

1N4148DL062

10UHLL040

1K91RF004

1K91RF006

RF0081R5

RL0071R5

RL02

547

K0

820R

0RL

031

10K0RL036

RL037220R0220R0

RL038

RL0418K2

RL0438K2

RL06318K0

1K0RL068

BC846BTL031

accordingmodels

330PFCL010

330PFCL012

!

!

RL010100MIO

VDRIVE_B

1N4148DF002

GNDL

GNDLTo B

L002

A (C

RT)

GNDL

GNDL

GNDL

GNDL GNDL

GNDL

GNDLGNDLGNDL

GNDL

GNDL

GNDL

GNDL GNDL GNDL

GNDL GNDL

GNDL GNDL

V12

GNDL

GNDL GNDL

RL0621K0

8K2RL044

UB1

2

3

1

TL03

5ST

1803

DHI

3

12

23UHLL026

1K5RL026

GNDL

-VSUPPLY

JL903

RF0071R0

GNDL

(OS)

(D)

47UFCF010

CL06110NF

RL03

247

0R0

RL03

312

0R0

BZW04-48DF001

DL01

11N

4001

GP

DL0131N4001GP

GNDL

47K0

RL061

TL062BC846B

CL0131MI0F

CL05447N0

+VSU

PPLY

RL00268K1

RL00422K0

CF0041NF

2U2FCL005

RL00533K0

6 3

4

5

2

7

1

TDA8177IF001

JL992

8

12

10

9

2

3

511

7

6

1

13

1

5

3

2

9

10

TX807CLL005

JL99

0

RL06068K0

JL991

JL055

JL05

2

U_SYS_MOD

RF0021K0

JF01

2

RF0031K0

RL00322K0

RL0084K7

4K7RL009

RL01322K0

RL015100R0

4K7RL018

4K7RL019

RL052680R0

RL0542K2

0R0JF910

100NFCL030

DL040RGP10G

47R0RL040

CF003220NF

1N4001GPDF010

RL0428K2

BCL

DF1011N4148

100K0RF101

CF101470NF

2

1

BF002270R0RF009

JF005

3

2

1BF001

To BL101EWM

1

2

3

BL003

3

2

1

BL005

VDRIVE_B

JF00

2

JF009(OS)

HDRIVE JL906

LFB

(P)

JL907

1 2

HEATSINK

IF001A

1 2

HEATSINK

TL035A

6

5

4

3

2

1BL002

!

JL003 JL006

390NF

CL024

RN1409TL061

TL060BCR191P

GNDL

JL92

1

DF1021N4148

HEATER

22K0RL051

UB1

8VOS

8VOS

1N4148DL005

DL0151N4148

DL0721N4148

!

JL905 EHT_COMP

!

! TL050BC856B

DZ051N4148

1K5RZ09

!

!

CZ01100NF

!

10K0NCRZ03

!

BZ01

DZ011N4148

!

RZ01100R0

!

15KRZ11

RL001330K0

BC639TL033*

BC337-40TL032*

JL995

JL994

JL908

CL03

410

0NF

JL90

1

RGP10GDL025

RGP10GDL024

1K0RF102

!

CL02

114

N4F

ALT

CL02

8

!

!

220NFCZ03

JL902

CL03

347

NFCL

036

47NF

RGP10GDL060

XRP1

XRP2

-VSUPPLYBL00

7

BL00

8

HEATERGND

BL009

33R0

RL03

4

2

6

43

1

TF-MLL032*

RL03

547

R0

2

6

43

1TF-MLL033*

* TL032 or TL033 LL032 or LL033

RL0304K7

BL004

1BF

002B

BL00

5BBL

005A

BF00

2A

BL003C

BL003B

BL003A

BZX55B5V1DL004

DZ0310V

RZ0529K4

27K4RZ07

TZ01S1423P

RL050150K

RL055120K

1N4001GPDL035

4U7FCL060

CL02

233

0PF

39N0

CL02

7

ALT

270N

FCL

023

DL012EGP10DRL012

220MIO

1K0RL006

BZX55C13DL014

CL00322NF

CL006150PF

VFB

(DP) : DEFLECTION PART

V

To B

F001

(MAI

N)

BL103BL101

EAST WESTMODULE

13Vpp-H

00

1100Vpp-H

MAIN

THERMALPROTECTION

POWER AMPLIFIER

+VSUPPLY


0

-0.52Vpp-H

T=20ms

1Vpp-V

0

26Vpp-V-12V

T=20ms

0

0

1.4Vpp-V

T=20ms

-10V

T=20ms

0

54Vpp-V

0

1Vpp-H

0.7

0.8

12.2 11.8

-12.3

-0.03

-10.3

0.37

0.36

10.40.1

126

0.37

6.6

0.48

0.03

0.75

1.9

9.5

0

9.5

11V<V12<13.5V

8

8V0S

+VSUPPLY


-VSUPPLY


-VSUPPLY


+VSUPPLY


+VSUPPLY


U_VIDEO185



#3 22UF

GND

GND

GND

#1 1

00UF

SDA

SDA

SCL

SCL

GND

GND

SC/C

_IN_

R

JR024

GND

GND

GND

GND

GND

GND

JR027

GND

GND

AV_IN/SIF

GND

GND

LED_G

GNDGND

GNDGND

PR-

PR+

VOL-

VOL+

VDRIVE_B

VDRIVE_A

B_CRT

G_CRT

R_CRT

EHT_COMP

GND

FB

SC/C

_IN_

L

SC_I

N_L

SC_O

UT_L

SC_O

UT_L

SC_I

N_R

BCL

CH00

21N

0

CH00533PF

CI04322NF

100N0CI055

100N0

CR001

CR00

210

0PF

CR00

310

0PF

CR00

410

0P0

470P

FCR

008

CR01

010

0NF

CR01

147

0PF

220N0

CV001

100N

FCV

003 CV004

220NF

CV0052N7

1UF

CV00

6 4N7CV007

1NF

CV01

2

CV01

310

0NF

CV01412P0

12PFCV015

100N

FCV

019

CV02047PF 47PF

CV021 CV02247PF

CV023 47NF

47NFCV024

CV025 47NF

1N2FCV026

CV02

910

0NF

100U

FCV

030

560PFCV035

CV036

330PF

CV040

100PF

100PF

CV041

47PF

CV042

CV043

47PF

CV044

47PF

CV050

22NF

4U7FCV072

BA78

2SDI

030

BA782SDI040

DV07

11N

4148

10UHLV002

10UHLV004

12M

0QV

001

RI0322K2

RI0421K5

RI051390R0

RI05

922

0R0

RR00

5

10K0

RR0061K0

RR00839K0

RR00

93K

9

RR012100R0

15K0RV001

RV004

39K2

100R0RV005

100R0RV006

RV010100R0

RV011100R0

10K0RV013

RV017 100R0

100R0RV018

RV04175R0

100R0RV042

RV04375R0 75R0

RV047

68K0

RV07

0

0R0RV076

RV07710K0

BCR1

41N

TR00

2

12

34

SK002

12

34

SK003

4 3

2 1SK004

VS

OUT

GND

2

3

1 IRGK001

1K2RK006

RR02

24K

7

CV0092U2F

CV008100N0

CV11

31N

F

DR0115V1

5V1DR012

DR0135V1

1NFCV076

RV06

00R

0

DR01

6DR

017

5V1

DR01

8

5V1

DR02

0

DR02

1

5V1

DR02

2

5V1

5V1

5V1

5V1

DR02

3

5V1

DR02

4

CV051820PF

CR02

3

100P

0

SCL_I/O

CV01

01N

F

FRONT_R

FRONT_L

470P

0CI

050

CK01247UF

100P

FCR

024

100N0CV108

RI07

01K

0

CI07

110

0UF

100N

0CI

073

CI07

247

UF

47NFCI074

RR026120R0

RV051100R0

RV052100R0

GND

GNDGND

GND

GND

GND

GND GND GND

GND GND

GNDGND

GND

GND GND

GND

GND GND

GND

GND

GND GND

GND GND

GND GND

GND

GND GND

GNDGND GND GND

GND GND GND

GND

GND GND GND GND

GND

GND

GND

GND

GND

GND GND

GND GND

GND GND

GND

GND GND

GND

GND

GND

GND

GND

GNDGND

GND GND

GND GND

GND

GND

ICUT

GND GND GND GND

GND GND

GND

GND GND

GND GND

GND GND

GND

GND GND

GND

GNDGND GND

GND

GND GND GND GND

GND

GND

GND

GND

GND

GND

GND GND GND GND

GND

GND

GND

220R0RV044

JP073

JH010,JJ001,JI140,JI150,JI170,JI180,JV006,JV009,JV010,JV011

LED

GE001

JK501IR1

RV012100R0

JP072

RI050

680R0

RR01

110

0R0

2K7

RR00

3

RR00

42K

7

22K0

RV07

1100UF

CH008

RI0311K5

1NF

CI05

8

220R

0RR

016

CI045

22NF

CV07

115

PF

10UHLI032

22K0

RV07

4

100R0RV016

100P

FCR

021

CV07

010

0NF

180R

0RI

071

RI07

31K

0GND

HDRIVE

JH002

RESETJR040

12

3

4

5

6

BV004

FSC

CHROMA

GND

JR026

470R

0RI

074

RI075430R0

JI120

GND

0R0

RV06

2

AM/A

F

RI00

482

R0

1NF

CI05

9

4N7

CH00

4

VALJI922

CH01

022

NF

LFB

JV008

100N0CR057

JV00

7

JR019PO

JR017

+VCC_TV_PROC14

+VDD

BURST

27 AGC

4 AUDIO_MUTE

AUD_OUT

AV_OUT32

BANDGAP_DEC19

BCL

IR

B_IN

B_OUT

DECSDEM20

15 DIG.DEC.

EHT

EXT_CHROMA_IN

EXT_CVBS_IN

FB

GND30

12 GNDA_TXT

GND_TV_PROC

18 GND_TV_PROC1

9 GND_UP

G_IN

G_OUT

HOUT

IF_PLL_FILTER

IF_VID_OUT

INT_CVBS_INIREF25

IR_DVD

I_CUTOFF

6 KEYA

7 KEYB/LED

LFB_IN 34

OSC_GND

OTP_PROG_V

PI1_FIL17

PI2_FIL16

10 PIF

PIF_IN_123

PIF_IN_224

1 PO

11 READY

RESET

R_IN

R_OUT

2 SCL

3 SDA

13 SECAM_PLL_DEC

SIF

31 SIF_AGC/SNDPLL

SIF_IN_128

29 SIF_IN_2

8 SLOW_SW

VCCA_TXT

VCCD_CORE

VCC_TV_PROC

22 VDRIVE_A

VDRIVE_B21

VSAWT.CAP26

5 WC_WRITE

XTAL_IN

XTAL_OUT

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

33

TDA9554PS/N1I/IVV2.30IV001

JR023

1K2RK001

AUDIO_MUTE

RR01

41K

0

R/SV

HS_C

DEGAUSS/BURST

KEY_A

JR015

KEYB

BC337TR005

JR020

DTC144TR003

0R0

RR04

9

VD

47NFCV027 RF_MONO

100R0

RI080

AV_O

UT

R_IN

BCR185PTR001

JR02

2

IR

IR

JR01

4

JH001

JH009

RH010220R

JH003

10K0RV048

6K8

RV050

JV00

5

GND

220R0RK016

100K0RR018

1NF

CR00

7

GND

47NF

CR01

2

KEYB

ATE(IV001/10)

PG1

VD1

100R

0RR

002DR

002

BZX5

5C5V

6

CR03

32N

2

RR00

110

0R0

RS22

510

K0

DS20

6BZ

X55C

3V3

JH012

470U

FCH

003

GND

JH00

6

1

2

3

4BR002

NC

NC*

SDA_I/O

JR006

SCL1

5V1

DV07

3

LV00

110

UH

8VOS1

RV02575R0

GND

RV023100R0

RV040150R

VIDE

O_OU

T

RV039 150R

JR010 100R0RV019

B

RV045150R

RV055150R

G_IN

B_IN

5V1

DR01

5

FB_IN

DR01

4

5V1

RV02

2

100R

0

JV00

1

CI02

3

4N7

2K2

RI04

1

2K2

RI04

0

TI045DTC144EK

40M

4

FI03

0

2K2

RI03

3

LI03

0

220N

H

JV00

3

2

1

10

OFWK6257K

4

5

83

FI010 GND

JS055

JV072

1

2

3

4

5

6

7

8

BR007=>BX007 (SCI)

CI07

010

0NF

BL006

JR084

JR028

JR048

JH004 JR005RR021220R0

220R0

RR020

10UHLI033

JR002JR003

CR02

210

0PF

BC846BTI070

GND

1NF

CI01

0

820P

0

CV05

2CR

013

270P

F

CR01

4

270P

F

SC_O

UT_R

SC_O

UT_R

JR018

33R

RI00

7

1 I12 I2

4O15O2

GND

3

OFWK9659DFI020

LI01

01U

F

9 +33V

7 +5V

1 AGC

3 AS4 CL5 DA

IF111

10 IF2

2 TU

6 UB

CTF5511NH001

10UHLH010

SAW

_IF

SAW_IF

RI061

2K7

CI06

082

0PF

DTC144EKTI040

MSP_RESET/AGC

MSP_RESET/AGC

3N3F

CI02

1

TI060BC846B

BC856BTI050

GND

MONO-L

JI130

JS53

3

JS534

CR00

510

0UF

CV046100NF

4

5

6

3

2

1BR006

1

2

BR016NC

VD

GND

1

2

BR008

GND

RH00

53K

9 33PF

CH006

GND2N7FCH011

BR00

9

RK002390R

390RRK003

RK0041K5

RR013

100R

BH001

2K7RH003

100R0

RH002

JH011

CH00

147

NF

DH00

1BZ

X55B

33

DTC1

44EK

TI03

0

JI9500R0

RI06

02M

2 0R0

JI92

34N

7CI

061

#3 2

M2

#3

#3

CI05

42U

2F

ALT

100K

0RI

021

0R0RI095

5K6

RI078

RI07

70R

0 1K5

RI07

6

JI101

JI01

3

#1 100N

CV01

810

0UF GND

5VS1

GND

RH00415K0

RH00

682

K

PIF

PIF

1

2

3

4

5

6

7

8

BR001

BR00

1=>B

R001

A (K

B)

G10111213141516171819 220 345679 121 8

BV001=> BX100 ( SCI )

CV00

210

0UF

CV04

5

220U

F

SBLK

RV073 1K5

39RRV021

100R

0RR

019

RR05

210

0R0

100U

FCR

009

BZX55C5V1DR001

0RRV072

1 PRE2 E13 E24 VSS 5SDA

6SCL

7WC

8+VCC

24WC08P

IR001

CAT

LED_R

KEYA

KEYA

RV049220R0

RV046220R0

RR025

4K7

RR030

270R0

CHROMA

DH0041N4148

1

2

3

4

5

BV002=>BV002A CRT

1N41

48DV

070

CV03

347

0P

JR047

BH002 BR010

4 3

2 1

SK001

10UH

LV00

3

LV03

010

UH10

0R0

RR02

7

10UH

LV020

100N

FCR

006

LR00110UH

10UHLR010

LR00

210

0M0

JR004VD1

VIDE

O_IN

VIDE

O_IN

RR06

010

0R

RR00

710

K0

1UFCV011ALT

1UFCV111

ALT#3 22UF

5K6RI079

ALT

CR07

4VA

L

ALTLI074VAL

VAL

RR01

7

RR01

5VA

L

(OS) : ONE CHIP VIDEOPROCESSING PART

MAIN

BR0

06

=>B

X006

SCI

* SOME MODELS#3 EU MONO MODELS

JR008,JR009,JR012,JR016,JR021,JR029,JR030,JR031,JR090

JR032SDA SDA

220P

FCJ

004

100P

0CJ

020

RJ00

410

0K0

GND GND

GND

GND

BAV2

1

DJ02

0

VD

FRONT_R

12

BJ005

BJ006

128K2

RJ002

GND

1

2

3

5M5/5M74

FI050

6U8HLI031RI072

200R

SOME MODELS

SC

ATE(NC ITC008 EU)

JR041

01.4Vpp-V

T=20ms

VDRIVE_B VDRIVE_A HOUT (33/IV001)

T=20ms

1Vpp-V

0

5Vpp-H

0

5.4Vpp-H

0

PAL

1.2Vpp-H

3V 0 3V 0

SECAM

1.2Vpp-H 2.2Vpp-H 2.2Vpp-H 2.2Vpp-H

SC (34/IV001) CVBS_IN (40/IV001) B_CRT (1/BV002) G_CRT(2/BV002) R_CRT(3/BV002)

1

2

3

4

5

6

7

8

1 2 3 4 5 6 7 8

3.2

4.8

4.8

4.9

3.2

3.2

3.2

0

0

0

0

0

4

1

0

2

2.4

1.1

1.1

1.8

1.8

3.8

3.8

3.2

3.22.2

0

2.3

7.8

4.9

3.5

3.7

2

0.6

3.7

2.1

2.4

3.1

7.8

3.5

0

0

3.7

3.4

3.5

2.5

2.5

2.5

3.3

4.2

2.6

2.5

2.7

3.2

3.2

3.2

0

0

0

1.5

1.60.1

0.1

3.3

3.7

3

2.6

3.17.8

3.2

8.41.1

4.8

4.8

4.9

4.9

33.9

0

0

+33V

5VS1

5VS

8VS1

+5V_STBY2

8VOS1

+3V3UP

+5V_STBY

+5V_

STBY

8VOS

8VOS

+5V_

STBY

2

+3V3UP

+5V_STBY2 6V5

5VS2

5VS1

4.8

4.9

4.9

4.8TDA9567



!

!

OUT_RIN-R

OUT_LIN-L

IN+L

SUR

VCC

IN+R

NC1

GND

NC2

!ADR_CL

ADR_PA

ADR_SEL

ADR_WS

AGNDDC

AHVSS

AHVSUP

ANA_IN+

ANA_IN-

AVSS

AVSUP

CAPL_M

DACM_L

DACM_R

DVSS

DVSUP

D_CTR_OUT0

D_CTR_OUT1

I2C_CL

I2C_DA

I2SDATAIN

I2SDATAIN2

I2SDATAOUT

I2S_CLK

I2S_SWMONO_IN

NC-1

NC-10

NC-11

NC-12

NC-2

NC-3

NC-4

NC-5

SUB_OUTNC-7

NC-8

NC-9

RESETQ

SC1_IN_L

SC1_IN_R

SC1_OUT_L

SC1_OUT_R

SC2_IN_L

SC2_IN_R

STANDBYQ

TESTEN

VREF1

VREF2

VREFTOP

XTAL_IN

XTAL_OUT

!

!

specific Mono TV

RS114200R

RS115200R

3K6RS204

RS2032K

RS2023K6

CS2011UF

RS2012K

CS21

847

0P

CS21

747

0P

A1-A1-JS532

CS1364U7F

CS1354U7F

47UFCS202

RF_

MO

NO

JS11

0

JS10

9CS13

72N

2F

MONO-L

47R0RS215

A-

JS50

8

1KRS221

1KRS220

DS201RGP15G

DS2031N4148

47PF

CS14

6

JS51

7

JS535MONO-L

JS05

7JS

502

JS512

RS10710K0

JS5310R0

JS5050R0

0R0

JS10

3

1000UFCS211

CS2161000UF

LS10510UH

LS20510UH

JS037

1N41

48D

S204

1UHLS107

1UHLS207

1UHLS106

1UHLS206

IS100

MSP3415G

100RRS130

JS530JS5150R0

BS009

FRONT_R JS05

8JS

049

JS52

7JS

521

A1-

RN1402TS202

RN1402TS203

A-

JS51

0

JS50

9

CS13

42N

2F

RS20610K

SPK_

L_O

UT

IS200TDA7263/53

HEATSINKIS200A

SCL1

SCL1

FRONT_R

RS109330R0

JS04

3

1UFCS148

RS1066K8

CS20747UF

LS10810UH

LS20810UH

RS20710K0

RS2051K0

AUDIO_MUTE

JS00

9

1M0

RS2

09

CS20

44U

7F

JS50

7M

SP_R

ESET

/AG

C

BS004

EXT_SPK/HP

To B

S001

A (F

CB)

0R0

JS01

0

MSP_RESET/AGCDS1011N4148

DS202RGP15G

PG1

100RRS131

RS102470R0

RS11918R0

RS1241K2

AGND AGND

AGND

JS052 JS045

FRONT_L

8VS18VS JS047JS048

PGRS2114K7

A-

JS041

JS040JS042CS10410UF

220PFCS106

4R7RS216

JS524JS523

AGND

JS070 JS03910UFCS101

SDA

CS15

11U

F

1UF

CS15

2

RS2141K5

A1-

A1-

A1-

A1-

A1-

A1-

A1-

JS10

1JS

102

SPK_

L_IN

SPK_

R_I

N

470PFCS004

0R0JS520

JS060

CS205100NF

JS04

4

AV_IN/SIF

JS034

330PFCS116

6K8RS104

SC_IN_L

GND

1UFCS112

2U2HLS103

2U2HLS102

LS1012U2H

RS2194R7

CS212100NF

CS208100NF

GND

GND

GND

GND

GND

GND

SPK_R_OUT

1NFCS210

SPK_R_OUTSPK_R_OUT

JS518*0R0

470PFCS003

220UFCS128

TS201BC848B

TS204BC848B

CS145470UF

JS50

1

BS005-4

SC_OUT_LSC_OUT_R

RF_MONO

BS002

SPK_R

BS003

SPK_L

A-

A-

A-

A-

A-

A-

A-

BS005

EXT_SPK_MONO

EXT_SPK_STEREO

DGNDDGND

DGNDDGND

DGND

AGNDAGND

1UFCS120

VALRS006

VALRS005

RS113100R0

A-

AGNDAGNDAGNDAGND

AGND

1N5FCS124

56PFCS130

AGND AGND

AGND

AGND

AGND

AGNDAGND

AGNDAGND

AGNDAGND

AGND

AGND

AGND

AGND

AGND

GND

SC_OUT_R

GNDGND

FRONT_R

UA5VS8VS

AGNDA-

SDA

PGAUDIO_MUTE

AV_IN/SIFAM/AF

SC_IN_R

TS103BC848B

TS102BC848B

TS101BC848B

RS21847R0

RS2171K5

RS2124K7

RS21015K0

1K0RS123

RS12110K01K5

RS120

10K0RS116

RS1123K9

470R0RS111

12K0RS110

RS10510K0

3R9RS103

RS101470R0

RS00468R0

RS00368R0

RS00268R0

RS00168R0

QS10118M432HZ

0R0JS519*

0R0

JS516

0R0

JS514

JS511

0R0

JS5040R0

CS2151NF

CS21447UF

1UFCS203

47PF

CS14

7

CS14110NF

CS14047UF

CS1391NF

CS1381UF

CS1332P2F2P2F

CS132

CS131220PF

10NFCS129

CS12710NF1N5F

CS126

8N2FCS125CS123

1NF

CS1211NF

CS119220PF

330PFCS118

CS1171UF

220PFCS115

10UFCS114CS113

100NF

CS111100NF

3U3FCS110

CS10910UF

10NFCS108

220UFCS107

1NFCS105

220PFCS103CS102

1NF

10UFCS008

3N3FCS007

3N3FCS006

10UFCS005

3N3FCS002

GND

3N3FCS002

GND

2M2UFCS206

3N3FCS001

BS008

BS006

UA

AV_O

UT

SC_IN_R

8VS

SC_OUT_L

SC_IN_L

FRONT_LAV_OUT

GND

A-

A-

SPK_R_INSPK_R_IN

SPK_L_OUTSPK_L_OUT

SPK_L_INSPK_L_IN

GND

DGNDDGND

AM/AF

2

1

2

3

8

7

5

4

1

124

3

1

2

2

1

6

5

4

3

2

1

21

11

6

7

5

9

3

1

2 10

4 8

27

9

8

7

6

52

51

50

5

49

48

47

46

45

44

43

42

41

40

4

39

38

37

36

35

34

33

32

31

30

3

29

28

26

25

24

23

22

21

20

2

19

18

17

16

15

14

13

12

11

10

1

!

(AP) : AUDIO PART

MAIN

* According some models

JS105

JS506

DGND AGND

JS108

GNDAGND

JS522

JS014

JS033

DGND

A-

AGND

GND

A- A1-

5VS

5VS

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

00

0

0

0

0

0

0

0

0

0

5

1.5

1.5

3.7

3.7

3.7

3.7

3.7

3.7

3.7

3.7

2.5

2.4

2.4

7.9

7

1

1

4.9

5

2.5

5

4.7

4.8

1.6

1.6

1.6

0

0

0

1.6

11.7

21.2

10.2

10.3

+UA : Audio Voltage

2x3W = UA = 20V+/- 1V

ITC 008First issue 04 / 03


!!

!

!

!

!

!

!

!

!

G

D

S

!

!!!

!

!

!

!

!

TL431

T !

! !

! !!

!

!

I O

GND

P

!

1 2

1 2

1 2

DELAYGND

VI2 VI1DIS RESET

VO1STV8130

PROGVO28

!

!

!

!

!

!

!

!

!

!

!

!

!

!

4

!

!

!

!

10

11

12

13

14

15

16

18

5

9

1

3

4

2

2SK2717[US]

680MIO

[EUROPE]

BP002B

BP002A

(HEATSINK FOR IP030)

1%

1%

0.1%

HOT COLD

(FOR < 20")

(OPTION TRANSFORMER)

(FOR > 20")

BP00

7C

BP00

7C

BP00

7ABP

007A

BP00

7B

BP00

7B

BP00

8A

BP008A BP008B

BP00

8B

BP001B

BP001A

BP003A

BP003B

5A 125V[US-27" AND ABOVE]

T1.6AL 250V[EUROPE]2.5A 250V[US-20" AND BELOW]

1R6 [US-27" AND ABOVE]2R2 [US-20" AND BELOW]

[EUROPE]

330UF [US-20" AND BELOW]680UF [US-27" AND ABOVE]

330MIO [US-27" AND ABOVE][US-20" AND BELOW]

[EUROPE]

8M2 [US]

[EUROPE]

[US]220UF [EUROPE]

1%

[EUROPE]

FP061

FP001

RP1582K49

RP054150R

TFSMT ITC008

LP003

4K7RP151

2K2RP057

DP063

BYW98-200

DP093

RGP10G

DP0615A60V

RP0953K9

DP080BYW76

DP025

RGP10G

RGP10G

DP026

RP041

27K

RP019*VAL

* SOME MODELS ONLY

150UF

CP008

RP0014R7

LP003A

DEV=TFSMT

FP003

T1.6AL 250V1.6A 250V[US]

FZP30T500MA 125V

JP003

T3.15A 125V

FZP61

T500MA 125V

FZP93

V6PO

6VSTBY

LP003-2LP003-2

LP003-3

LP003-5

LP003-3LP025

100R

FZP60

T3.15A 125V

T500MA 125V

FZP66

BP01

6B

BP01

6A

BP01

1A

BP01

2B

JP01

4

SP001-3

JP008

BP015B

BP012

BP011B

DP02

8*BZ

X55B

27

BP015A

BP011

SP010-2

BP01

3B

JP162

JP163

JP013

RP002-2

JP004

RP00218R0

CP0122N2

V12A

V12A

V12

JP06

0

UB

RP19710K

RP1923K9

DP095

BZX55C5V6

CP09710UF

1K0RP196

10K0RP190

V6

JP082

2K7RP150

JP028 JP075

DEGAUSS/BURST

RP077

2K2

JP074

JP076PO

JP068

JP067

SP001

JP034

JP058

JP055 A-

GND

JP002

BP002

BP003

BP020

220RRP065

10M

RP015

JP12

1BP

013A

BC558BTP025

RP13222K0

JP185

JP00

6

GND

JP011BP020-2

BP020-1

BP001

BP007BP008

LP003-9

SP010-4

JP007

CP03610UF

JP164

V12

JP059

JP069 JP029

RP0786K8

RESET

JP022

JP01

7

LP003-13

FP093

GND

100R0RP093

DEGAUSS

PO

DEGAUSS

DEGA

USS

BC8488TP176

BC8488TP175

2K2RP175

TP177BC8488

RP1762K2

BC548BTP052

GND

JP057

BP006C

BP006B

BP006A

BP006E

BP006D

1K0RP166

IP030

WP003A

JP061

JP036TP020A HEATSINK FOR TP020TP020C

H

IP030A

TP001-1RP0522K7

UA1

UA

JP066

JP065

UA1

100UFCP080

LP003-14

LP003-14

KTC8550DTP02347K0

RP033DP033

BZX55B15

CP0333N3 [US]680P [EU]

JP020

TGND

JP001

SP010

JP019

JP001

LP002

LINE FILTER

JP010

TP001-3

IP001TCET1103G

IP001-4

CP040

GND

H

LP003-11

GND

LP003-13

LP003-14

LP003-15

GND

LP003-18

LP003-5

LP003-9

LP003-15

LP003-11

H

H

GND

GND

GND

LP003-18

DP0361N4001

U_SYS_MOD

CP03410UF

DP057BZX55C10

GND

470KRP009

GND

GNDGNDGND

GND GNDGND

H

HH

H

H H H

H

H

H

H

GND

GND

JP056

RP09110K0

RP0661K0

RP003

5R0

CP1311UF2N2

CP166 10U0CP066RP162

1K69

RP1613K92

JP054

JP053

JP051JP050

CP035 DP001BZT52C5V610UF TP93-BJP052

IP031MC7805/ACT

CP068330P0

GND

DP099

1N4148

CP002100N0

ZP00

1ER

ZV14

D511

TP193BC848B

TP192BC858B

BC848BTP171

BC548BTP022

RP0684R7

RP199680R0

RP056130K0

6K8RP155

RP1532K2

10K0

RP125

2K2

RP040

RP038

470R0

33K0RP037

RP03110R0

1K0

RP030

2K2RP029

22R0RP028

RP0272K2

RP0262K7

2K2RP023

22R0

RP021

470MIORP020

RP016

1M8

RP007120K

RP006120K

LP0811220R

1220RLP020

JP00

9

JP005

IP050

DP097RGP15G

DP071IN4148

DP040

BZX55B27

DP037BAV21

DP030BZX55C8V2

DP02

7BZ

X55B

27

DP023

BZX55C8V2

DP005G2M

DP004G2M

DP003G2M

DP002G2M

1MIOCP094

CP093 330P0

CP088 2N2

2N2CP082

CP0641MIO

CP063330P0

CP062470UF

330P0

CP060

CP19810N0

CP05310N0

CP1232N2

CP050470P0

10U0

180P0CP039

50V

CP038

180P0

CP037

1N5

330P0CP026

CP02522UF22UF

CP024

470P0CP022

CP018

2N2

CP0152N2

2N2CP009

1KV

1N5CP006

CP0051N5

1N5CP004

CP001100N0

BP099NI*100U0

CP032

JP032

JP012

PO

OPTO

TP93-B

GNDOPTO

UB

LP003-14

BP090

To BG407 (SCI)

GND

GND

GND GND

GND GND

GND

GND

GNDGND

GND

2SK2543TP020

GND

(2) : Standby

GND

H H

H

GND

GNDGND

GND

H

GND

GND

V12

SP010-3

JP035

DEGAUSS/BURST

PG

H

SP001-4

H

4

3

2

1

10

9

8

7

6

5

4

3

2

1

3

2

1

4

3 2

1

87

56

43

21

4321

1

9

64

12

7 5 3

1

1

1

1

1

2

1

1

1

3

3

2

1

2

1

2

1

1

1

1

2

2453 1

1 1

1

11

23

1

3

21

1

5

18

3

2

1

10

11

12

13

14

15

16

9

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

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

Use isolating mains transformerUtiliser un transformateur isolateurdu secteurEinen Trenntrafo verwendenUtilizar un transformador aislador de redUtilizzare un transformatore per isolarvi dalla rete

!

Indicates critical safety components, and identical components should be used for replacement. Only then can the operational safety be garanteed. !

!

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

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.

GND

GND

1

1

1 1 1

1

1 1

BP012A

JP085

GND GND

DEG.COIL!

220VUMAINS ON/OFF

1 4!!

2 3

NI* NI*

NI* = Not inserted

(PP) POWER SUPPLY

MAIN

600Vpp-H

T=12µs

0

0

T=12µs

20Vpp-H

T=12µs

10Vpp-H

0

TUBE UB1 voltages JL990-992

USYS USYS

TUBE UB1 voltages JL990-99219V Thai 106V ± 2V JL99219V ChungHwa 109V ± 2V JL990 & JL99120V TF LGS 123V ± 2V JL990 & JL99120V TF Orion 123V ± 2V JL990 & JL99121” TF TTD II 123V ± 2V JL990 & JL99121” OT 114V ± 2V JL99225’’TF Toshiba 126V ± 2V JL99227V 1R TTD 126V ± 2V JL990 & JL991

27V VHP TTD 126V ± 2V JL99227V/29” TF Samsung 126V ± 2V JL99227V/29’’ TF TTD II 126V ± 2V JL99228’’ MP 132V ± 2V JL99233’’ MP 132V ± 2V JL99232V/36 VHP 132V ± 2V JL99232V TF Toshiba 132V ± 2V JL99232V/34” TF TTD 132V ± 2V JL992

+3V3UP

UB1

USYS

6V5

12VSTBY

6V5+3V3UP

+3V3UP6VSTBY

8VOS8VOS

8VS

5VS

2.1(0.7)

0.2

0

(0.7)2.1

19.9(18) 19.3 (17.4)

10.9(16)

1.6(0.1)

0.3(0.1)

0.1 (0.6)

1.6(0.1)

3.1

0.1

2.4

9.1

(2.5) (2.4)

(2.9)

0.09

0.01

0.67

8

3.3

3.3

3.2

0

0

13

+UA : Audio Voltage

2x3W = UA = 20V+/- 1V

11V<V12<13.5V

8VS 8

5

5VS

298(311)

GND

Y2IN GND

GND

P6

SD

A_

9V

L1OUT

R1OUT

L2OUT

R2IN

R2OUT

SGND

P6

GND

8V

GND

L2IN

16006290

BC848BTX007

SGND

GND

GND

GND

GND

GND

GND

GN

D

10

U1

30

555

00

CX

02

1

GND

GND

GND

GNDGND GND

8V

SGND SGND

SGND

SGND

SGND

SGND SGND

SGNDSGND

SGND SGND

SGND

SGND

SGND SGND

21

08

42

40

BZ

T52

C5

V1

DX

009

SGND

SGND SGND

SGND SGND

1N

101

385

50

CX

10

6

CX

10

7

101

385

50

1N

TO BP091

AUDIOOUT

SUB-BASS

L

R

TO BR017 TO BR016

CX

01

4

205

065

90

10

0P

CX

01

5

205

065

90

10

0P

LX00514041740

2U2330R

10134870

RX017

RX020

10134870

330R

47

K1

01

352

20

RX

03

2

1N

10

138

550

CX

00

3

47

K

10

135

220

RX

012

RX

06

5

101

352

20

47

K

10134740

100RRX044

RX

00

9

101

357

70

1K

16006260BC846B

TX001

1N

101

385

50

CX

11

1

CX

11

2

101

385

50

1N

CX

11

3

101

385

50

1N

CX

01

3

205

065

90

10

0P

RX022

10134870

330R

SGNDSGNDSGNDSGND

75

R

101

347

10

RX

05

8

1N

101

385

50

CX

02

8

21

08

42

40

BZ

T5

2C

5V

1D

X0

15

47

0P

10

138

370

CX

00

7

RX

011

10

135

220

47

K

SGND

3K3

10135900

RX134DX003

BZT52C3V915583620

8V

SGND

SGND

SGNDSGND

GNDGND

16006260BC846B

TX003

21

08

42

40

BZ

T5

2C

5V

1D

X0

13

SG

ND

SGND

0R

10328750

RX139

0R

10328750

RX140

RX

043

10

134

720

82

R

82

R

10

134

720

RX

045

RX

047

10

134

720

82

R

GND

RX

00

2

101

357

70

1K

GND

47

0P

101

383

70

CX

00

2

CX

10

8

207

414

40

18

0P

18

0P

207

414

40

CX

10

9

CX

04

6

207

414

40

18

0P

GND

CX

04

9

10

138

550

1N

100R

10134740

RX046

R

1

2

3

4

5

6

7

MSP-233H

WH

RD

L

VBK

BK003

2U2

14041740

LX006

TX005BC846B16006260

16006290BC848BTX009

TX010BC848B16006290

TX011BC848B16006290

SGND

8V

8V

8V

RX021

15009210

75R

DX

011

BZ

T52

C5

V1

21

08

42

40

330R10134870

RX059

SGND

GND

GND

SGND

SGND

SGND

SGND

CX082

20811460

1U

CX083

20811460

1U

RX014

10134870

330R

LX007

14041740

2U2

RX055

10134740

100R

RX

133

10

135

010

10

K

JX

11

7

104

485

30

GND

RX008

10134710

75R

SGND

47

K

101

352

20

RX

00

4

18

0P

207

414

40

CX

04

2

1U

208

114

60

CX

04

4

RX010

10134740

100R

GND

VOUT

GND

GND

16006260BC846BTX004

CX

13

61

01

373

70 VA

L RX024

10328750

0R

RX

02

5

101

357

70

1K

GND

GND

V1LIN

GND

1

2

1

2

BX20020203650

TX008BC857B

30946660

GND

10

U

130

555

00

CX

01

9

210

301

00

1N

41

48

DX

00

5

DX

01

7B

ZT

52

C5

V1

21

08

42

40

GND

104

485

30

JX

12

2

JX123

10448530

10448530

JX120

JX127

10448530

10448530

JX119

10448530

JX128

104

485

30

JX

12

1

10328750

JX213

BX100SCARTMAIN

21219710

21

1

9876543

20

2

19181716151413121110

CX036

20811460

1U

CX039

20811460

1U

47

K

101

352

20

RX

05

1

SGND SGND

SGND

47

K

101

352

20

RX

05

4

SGND SGND

RX

078

10

135

010

10

K

10

K

10

135

010

RX

079

10

0U

20

763

000

CX

14

1

CX

14

0

10

138

960

10

N

16006330

BC8588TX015

10

K

10

135

010

RX

148

2K

1

20

723

350

RX

132

10

K

10

135

010

RX

149

CX

13

9

10

138

960

10

N

5K6

20961710

RX147

470R

11060100

RX131

RX057

10134740

100RCX041

25491000

1U

9V

GND

JX118

10448530

JX104

10448530

33

0P

206

780

70

CX

06

1

V2VIN

V2LIN

CX

06

0 206

780

70

33

0P

GND

CX

05

9 206

780

70

33

0P

10448530

JX106

330P

20678070

CX056

CX016

25491000

1UGND

1U

25491000

CX017

330P

20678070

CX058

GND

TVRIN

TVLIN

GND

330P

20678070

CX057

RX

14

4

101

350

10

10

K

GND

22

0U

150

024

30

CX

01

8

21030100

1N4148DX004

22

P

20

506

520

CX

07

6

1K

101

357

70

RX

02

8

22

K

10

135

120

RX

073

22

K

10

135

120

RX

077

RX

071

10

135

120

22

K1

5K

10

135

050

RX

072

GN

D

GND

JX

11

2

10

448

530

JX

11

6

104

485

30

RX

070

10

135

050

15

K

22

K

10

135

120

RX

075

15

K

10

135

050

RX

074

15

K

10

135

050

RX

076

CX

07

7

20

506

520

22

P

CX

05

5

13

070

52

0

22

U

GND

RX029

15006100

100R

10

U

130

555

00

CX

00

9

0R

10328750

RX114

GND GND

JX101

10448530

10448530

JX102

680R

10134950

RX033

680R

10134950

RX034

330R

10134870

RX064

1U

20811460

CX081

DX

007

BZ

T52

C5

V1

21

08

42

40

BX020AV2

6006890B

10111213141516171819

2

20

3456789

1

21

JX

12

9

104

485

30

JX

13

0

104

485

30

RX001

10134710

75R

RX049

10134870330R

330R10134870

RX052

RX007

10134870330R

RX00610134870

330R

47

K

101

352

20

RX

00

5

CX

00

1

101

383

70

47

0P

RX

06

1

101

352

20

47

K

GND

4R7

10073480

RX130

GND

GND

9V

CX050

13055500

10U

1 OUT1

2 -INPUT1

3 +INPUT1

4 VCC

5 +INPUT2

6 -INPUT2

7 OUT2 8OUT3

9INPUT3-

10INPUT3+

11VEE/GND

12INPUT4+

13INPUT4-

14OUT4

MC3403P

14

13

12

11

10

9

87

6

5

4

3

2

115283940

IX002

RX042

10134740

100R

SGND

SGND

TVVIN

GND

2

1

33

1

2

IX015TL431

15069010

47

P

10

137

310

CX

05

14

7P

10

137

310

CX

05

2

47

P

10

137

310

CX

05

34

7P

10

137

310

CX

05

4

CX

01

1

130

555

00

10

U

10U

13055500

CX040

GND

CX022

13055500

10U

R2OUT_

L2OUT_

21276050

TC90L01NIX001

9

15

11

20

21

24

19

1

18

3

6

2

7

17

16

22

23

5

4

8

14

13

10

TVLOUT_

TX006KTC2026

21141190

3 2

1

10328750

JX210

JX

20

9

10

328

750

CX

00

5

10

138

370

47

0P

RX093

15006100

100R

RX094

15006100

100R

RX089

10135770 1K

1

2

3

4

5

66

5

4

3

2

1

20487850

BX004AGND

1K

101

357

70

RX

09

0

4K7

10135940

RX030

RX031

10135940

4K7

RX035

10135940

4K7

VOUT

22U14039360

LX001

22U

14039360

LX002

1K

10135770

RX098

JX

21

2

10

328

750

SCL

10448530

JX124

CX023

13055500

10U

JX126

10448530

SD

A

10448530

JX109

10448530

JX113

SGND

JX125

10448530

JX220

10328750

JX221

10328750

JX

13

2

104

485

30

JX11110448530

8V

SC

L_

16006260BC846BTX002

RX097

10328750

0R

1K

101

357

70

RX

09

6

16006260BC846BTX012

10448530

JX134

SGND SGND

10448530

JX110

9V

1N

10

138

550

CX

00

4

1N

10138550

CX143

RX023

10134740

100R

RX095

15006100

100R

!T500MA 125V

21210040

FZX01

RX152

10134780

150R

TVROUT_

1U

25491000

CX078

TV

VIN

COUT

YOUT

104

485

30

JX

11

5

RX

09

1

150

061

00

10

0R

RX

09

2

150

061

00

10

0R

104

485

30

JX

10

7

GND

TVROUT

JX103

10448530

GNDGND

DX

00

81

N4

14

8

210

301

00

RX

15

3

101

357

70

1K

RX003

10134740

100R

RX

15

4

101

357

70

1K R

X1

50

101

359

60

VA

L

RX151

10328750

0R

1K

101

357

70

RX

14

5

5K6

10135960

RX146

GND

5K

6

101

359

60

RX

15

5

TX001_C1

80

P

207

414

40

CX

10

4C

X1

05

207

414

40

18

0P

18

0P

207

414

40

CX

03

4C

X0

37

207

414

40

18

0P

18K10135080

RX050

18K

10135080

RX053

22

K

101

351

20

RX

08

02

2K

101

351

20

RX

08

1

RX

06

0

101

350

80

18

K

22

K

101

351

20

RX

08

4

RX

08

3

101

351

20

22

K

RX

08

8

101

351

20

22

K

RX

08

5

101

350

80

18

K

22

K

101

351

20

RX

08

6

RX

08

7

101

350

80

18

K

1K

150

067

30

RX

08

2

DX0061N4148

21030100

0R

103

287

50

RX

15

9

SCI B ITC008

TP07

TP08

TP09

C2IN

V2OUT

TP10

GND

TP05

TP06

TP40

TP01

TP02

TP03

TP39

TP41

6006890B

AV1BX010

21

1

9876543

20

2

19181716151413121110

JX219

10328750

330R

10134870

RX01322U

14039360

LX003

22U

14039360

LX004

TP04

TP17

TP18

TP19

TP20

TP21

TP22

TP16

R

Y1OUT

G

B

TP12

TP13

TP14

TP15

GN

D

L1IN

R1IN

SGND

RX158

10328750

0R

TP11

TP50

TP43

TP44

TP46

TP47

TP48

TP45

CH

RO

MA

8V

13

V

TP49

TP37

TP38

TP35

TP36

TP34

TP32

TP31

TP26

TP33

TP30

TVLOUT

FB

BX100_15

SLSW

SL

SW

GND

TP29

TP28

TP27

TP25

TP24

TP23

TVROUT

V2RIN

V1RIN

V1

LIN

18K

10135080

RX066 CX048

20811460

1UV2RIN

10448530

JX108

SLSWSCRT2

V1CIN

V1LIN

8V

TX001_C

V1V/YIN

V2VIN

10U

13055500

CX045

10448530

JX105

RX067

10134740

100R

GND

75

R1

01

347

10

RX

06

2

CV1IN

CV1IN10448530

JX135

DX

02

2B

ZT

52

C6

V8

15

58

36

80

15

58

36

80

BZ

T5

2C

6V

8D

X0

23

RX

05

6

101

347

10

75

R

RX

16

0

101

347

10

VA

L

GND

RX

16

1

150

092

10

VA

L

TP42

SL

SW

SC

RT

2

10448530

JX133

10328750

JX222

GND

10328750

JX224

10328750

JX225

10328750

JX223

10

448

530

JX

11

4P

GN

D

JX131

10448530

10448530

JX13710448530

JX138

99

21305740

BX007

8

7654321

PG

ND

10

328

750

JX

22

6

2128373A


VHF / UHF TUNER CTF 5510 - CTF 5511

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

1

* PRINTED

PRINTED

PRINTED

21 543 976 1110

TMM_2000

BB639

BB639

BB535

BB535BB535

BB639 BB639

BB639BB639

BB535

BB639

BB639

BB535

BA592

BB639

VAL

VAL

VAL

IH01

CH50

CH51

CH52

CH53

CH57

CH58

CH59

CH60

CH62

CH63

CH65

CH55

CH70

CH71

CH74

CH83

CH80

CH82

CH17

RH35

CH33

CH34

CH28

CH37

CH16CH15

CH13

CH11

CH12

CH10

CH24

CH08CH07

CH26

CH27 CH29

CH30

CH25

CH45

CH44

RH50

CH48

CH42

CH04

CH22

CH21

CH05

CH41

CH40

CH43

CH02

CH20

CH56

CH19

CH49

CH38

CH47

CH67

CH66

CH18

CH39

CH35

CH69

CH68

CH78

DH40

DH60

DH50

DH11DH10

DH25DH26

DH45DH46

DH01

DH21

DH20

DH02

DH65

RH40

RH62 RH63

RH64

RH60

RH61

RH53

RH52

RH71 RH72

RH70

RH73

RH76

RH80

RH78

RH90

RH32

RH33

RH34

RH08

RH47

RH24

RH25

RH27

RH28

JH13

RH30

RH45 RH46

RH31

CH06

RH04

RH22

RH42

RH03

RH20

RH21

RH41 RH44

RH01

CH23

RH65

CH73

RH43

DH47

TH01

QH35

TH20

RH05

CH03

TP01

TH40

RH91

RH93

RH92

CH61

CH09

CH01

RH10

CH87

CH81

CH88RH94

B2

B1

BU

BH01

LH03

LH43LH42

LH41

LH40

LH21

LH20

LH02

LH01

LH51

LH71LH70

LH61

LH60

LH50

LH46

LH45

LH44

LH30

LH28LH26

LH24

LH18

LH17

LH16LH14

LH13LH12LH11

LH10

IF2 IF1+33VUBSDASCLASAGC TU +5V

TH40 S594TR

CTF 5510A

RH65=0 OHM

RH65=OPEN

**

CTF 5511

TP01** NOTE:

27KBF904R

*

*

*

*

*

*

RH93 DELETE

*

BF1101R

33K33K

BF1101R

RH91 DELETERH92 DELETE

TH20 S595TR

SEMI BIASED MOSFETTH01 S595TR

FULLY BIASED MOSFET

NOTE:-

1p0

1p0

1p0

1p0

3p0

2p2

2p2

3p0

82p

470p

180p

7p0

4n7

4n7

2n2

1n0

1n0

1n0

100p

180R

68p

68p

1n

18p

100p22n

8p0

100p

8p

1p5

1n0

1n01n0

3p0

330p 150p

3p0

22n

100n

4n7

100k

330p

22n

47p

1n0

1n0

100p

1n0

220p

1n0

18p

150p

33p

13p

330p

1n

39p

100n

1n

1p5

1p5

5p

1n0

1n0

100p

3k9

470R 680R

3k3

2k2

10k

10k

22k

220R 470R

39k

22k

22k

33k

2R2

68R

120R

10k

10k

22k

22k

22R

22k

22k

2R2

22R

1k

470k 22k

3R9

1n0

47k

47k

47k

22k

22k

22k

22k 2R2

22k

12p

22n

33R

4MHz

22k

100p

27k

33k

33k

0p75

2p

1n0

47R

270p

1n0

22P0

120R

*PRI

NTED

13329 Chassis ITC008 Manual de Servicio

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Transcript of 13329 Chassis ITC008 Manual de Servicio