Philips Chassis SK3.0A CA

8/21/2019 Philips Chassis SK3.0A CA

http://slidepdf.com/reader/full/philips-chassis-sk30a-ca 1/66

Published by WS 0670 BG CD Customer Service Printed in the Netherlands Subject to modification EN 3122 785 16550

© Copyright 2006 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.

All rights reserved. No part of this publication may be reproduced, stored in a

retrieval system or transmitted, in any form or by any means, electronic,

mechanical, photocopying, or otherwise without the prior permission of Philips.

Colour Television Chassis

SK3.0ACA

G_16550_000.eps261006

Contents Page Contents Page1. Technical Specifications, Connections, and Chassis

Overview 2

2. Safe ty Inst ruct ions, Warnings, and Notes 4

3. Directions for Use 6

4. Mechanical Instructions 7

5. Service Modes, Error Codes, and Fault Finding 8

6. Block Diagrams, Test Point Overviews, and

Waveforms

Block Diagram Chassis (Overview) 11

Block Diagram Chassis (Part 1) 12Block Diagram Chassis (Part 2) 13

Block Diagram Chassis (Part 3) 14

Block Diagram Chassis (Part 4) 15

Block Diagram incl Digital Board (Overview) 16

Block Diagram incl Digital Board (Part 1) 17




Schematic Overview 21

7. Circuit Diagrams and PWB Layouts

Mono Carrier: Power Supply (A1) 22 28-29

Mono Carrier: Line Deflection (A2) 23 28-29

Mono Carrier: Frame Deflection (A3) 24 28-29

Mono Carrier: Tuner IF (A4) 25 28-29

Mono Carrier: AV I/O Interface (A5) 26 28-29Mono Carrier: Audio Amplifier (A6) 27 28-29

CRT Amplifier Panel (B1) 30 31

Digital Board: YUV/RGB Processing Panel (C1) 32 38-39

Digital Board: Video Processing (C2) 33 38-39

Digital Board: CPU Control (C3) 34 38-39

Digital Board: A/D Converter (C4) 35 38-39

Digital Board: IF and AV Decoder (C5) 36 38-39

Digital Board: Interface (C6) 37 38-39

Front Control (D) 40 41

Side A/V Panel (E) 42 43

8. Alignments 45

9. Circuit Descriptions, Abbreviation List, and IC Data

Sheets 50

Abbreviation List 50

IC Data Sheets 52

10. Spare Parts List 60

11. Revision List 65

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Technical Specifications, Connections, and Chassis OverviewEN 2 SK3.0A CA1.

1. Technical Specifications, Connections, and Chassis Overview

Index of this chapter:

1.1 Technical Specifications

1.2 Connection Overview

1.3 Chassis Overview

Note: Data below can deviate slightly from the ac tual situation,

due to the different set executions.

1.1 Technical Specifications

1.1.1 Vision

Display type : CRT

Screen size : 29” (72 cm), 4:3

Tuning system : VST/PLL

TV Colour systems : PAL D/K, SECAM D/K

Video playback : NTSC M/N 3.58, 4.43

: PAL 50

Presets/channels : 256 channels

Tuner bands : VHF: UHF

1.1.2 Sound

Sound systems : FM-stereo

: AV Bi-sonic stereo

Maximum power (WRMS) : 2 x 6

1.1.3 Miscellaneous

Power supply:

- Mains voltage (VAC) : 160 - 260

- Mains frequency (Hz) : 50 / 60

Ambient conditions:

- Temperature range (°C) : -5 to +45

- Maximum humidity : 90% R.H.

Power consumption

- Normal operation (W) : ≈ 80

- Stand-by (W) : < 9

1.2 Connection Overview

Note: The following connector colour abbreviations are used

(acc. to DIN/IEC 757): Bk= Black, Bu= Blue, Gn= Green, Gy=

Grey, Rd= Red, Wh= White, and Ye= Yellow.

1.2.1 Front Control and Side Connections

Figure 1-1 Front Control

Figure 1-2 Side I/O connections

Figure 1-3 Front Control (IR / LED)

Cinch: Video CVBS - In, Audio - In

Ye - Video CVBS 1 VPP / 75 ohm

Wh - Audio L 0.5 VRMS / 10 kohm Rd - Audio R 0.5 VRMS / 10 kohm

S-Video (Hosiden): Video Y/C - In

1 -Ground Y Gnd

2 -Ground C Gnd

3 -V ideo Y 1 VPP / 75 ohm

4 -V ideo C 0.3 VPPP / 75 ohm

1.2.2 Rear Connections

Figure 1-4 Rear connections

Aerial - In

- -IEC-type (EU) Coax, 75 ohm

Cinch: Video CVBS - Out, Audio - Out


Wh - Audio L 0.5 VRMS /10 kohm

Rd - Audio R 0.5 VRMS / 10 kohm

Cinch: Video CVBS - In, Audio - In


Wh - Audio L 0.5 VRMS / 10 kohm

Rd - Audio R 0.5 VRMS / 10 kohm

G_16530_036.eps310706

VIDEO S-VIDEO

AUDIO

L R

G_16540_034.eps041006

G_16530_037.eps310706

75 Ohm

G_16550_028.eps051006

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Technical Specifications, Connections, and Chassis Overview EN 3SK3.0A CA 1.

Cinch: Video YPbPr - In

Gn -Video Y 1 VPP / 75 ohm Bu - Video Pb 0.7 VPP / 75 ohm

Rd - Video Pr 0.7 VPP / 75 ohm

1.3 Chassis Overview

Figure 1-5 PWB location

G_16550_029.eps251006

B

A1

A2

A3

A4

A5

C1

A6

C2

C3

C4

C5

CRT PANEL

POWER SUPPLY

LINE DEFLECTION

FRAME DEFLECTION

AUDIO AMPLIFIER

TUNER IF

AV I/O

YUV/RGB PROCESSING

VIDEO PROCESSING

CPU CONTROL

A/D CONVERTER

IF AND AV DECODER

C6 INTERFACE

MAIN

CHASSIS PANEL

DIGITALBOARD

FRONT CONTROL PANEL D

SIDE AV PANEL E

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Directions for UseEN 6 SK3.0A CA3.

3. Directions for Use

You can download this information from the following websites:

http://www.philips.com/support

http://www.p4c.philips.com

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Mechanical Instructions EN 7SK3.0A CA 4.

4. Mechanical Instructions

Index of this chapter:

4.1 Set Disassembly

4.2 Service Positions

4.3 Assy / Board Removal

4.4 Set Re-assembly

Note: Figures below can deviate slightly from the actualsituation, due to the different set executions.

4.1 Set Disassembly

Follow the disassemble instructions in described order.

4.1.1 Rear Cover Removal

Warning: disconnect the mains power cord before you remove

the rear cover.

1. Remove all the fixation screws of the rear cover.

2. Now, pull the rear cover backwards and remove it.

Figure 4-1 Rear Cover removal

4.2 Service Positions

This chassis has a predefined service position, for better

accessibility. It is explained below in more detail.

4.2.1 Service Position Main Panel

Removing cables and repostioning the panel

For better accessibility of the Main Panel, do the following (see

Figure “Service position”):

1. Disconnect the strain relief of the AC power cord.

2. Remove the Main Panel. At the same time pull the panelaway from the CRT.

3. Disconnect the degaussing coil by removing the cable from

the connector.

4. Move the panel somewhat to the left and flip it 90 degrees

with its components towards the CRT.

Figure 4-2 Service position

4.3 Assy / Board Removal

Sometimes, it can be necessary to swap a complete assy or

Printed Wiring Board (PWB). How that can be done is

explained below for the Side I/O Panel.

4.3.1 Side I/O Panel Removal

Figure 4-3 Side-I/O panel removal

1. Remove the complete Side I/O Assembly as follows:

first, remove the three fixation screws.

2. Then, release the three fixation clamps, and lift the board

out of its three brackets.

4.4 Set Re-assembly

To re-assemble the whole set, do all processes in reverse

order.

Be sure that, before the rear cover is mounted:

• The mains cord is postioned correctly in its guiding

brackets (make sure that the strain relief is replaced in its

correct position and that it will function correctly!).

• All wires/cables are returned in their original positions.

G_16530_005.eps310706

G_16530_006.eps

070806

G_16530_002.eps030806

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Service Modes, Error Codes, and Fault Finding EN 9SK3.0A CA 5.

• If there is no effect, then replace suspected components in

the decoding and colour circuitry.

5.4.11 Soft volume can still be heard, even when volume level is

reduced to “0”.

• Check if the peripheral networks connected to pin 122

(MUTE) and pin128 (AV MUTE) of UOCIII are well

connected.

• Proceed to check the audio control and power amplifier

module (IC401); check the surrounding components of

IC401. For example check C407, if it is correctly connected

and shows no leakage. Does Q401 switch normally

between its saturation and cut-off states?.

5.4.12 No colour in AV state

• First, check the video input module.

• Second, check the A-D module.

• Next, check the video processor module.

• Finally, check if UOCIII has a defect.

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Service Modes, Error Codes, and Fault FindingEN 10 SK3.0A CA5.

Personal Notes:

E_06532_012.eps

131004

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Block Diagrams, Test Point Overviews, and Waveforms 15SK3.0A CA 6.

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g , ,

Block Diagram Chassis (Part 4)

5 6 7

NIMER

V s s P 2

1

V s s C 4

2

V 1 . 8 C 4

3

V 3 . 3 A 3

4

V r e f P_

S d a c

5

V r e f N_

S d a c

6

V r e f P_

S d a c

7

V r e f N_

S d a c

8

V r e f P_

S d a c

9

X T A L I N

1 0

X T A L O U T

1 1

V s s A 1

1 2

V G / L E D

1 3

D E C D I G

1 4

V 5 P 1

1 5

P H 2 L F

1 6

P H 1 L F

1 7

G N D 1

1 8

S E C P L L

1 9

D E C B G

2 0

E - W / A v l

2 1

V D R B

2 2

V D R A

2 3

V I F I N 1

2 4

V I F I N 2

2 5

V S C

2 6

I R E F

2 7

G N D I F

2 8

S I F 1

2 9

S I F 2

3 0

A G C O U T

3 1

E H T

3 2

FISS/LVA33

L5 NI.A43

R 5 NI.A53

LSTUO.A63

R STUO.A73

MEDSCED83

MEEDUA/OSSQ93

2D NG04

FILLP14

CGAFIS24

TUOOIDEVFI34

TUOMF/BVD44

sehctiwSoiduA8V54

FIS2CGA64

2P5V74

OVS84

L4 NI.A94

R 4 NI.A05

4Y/4SBVC15

4C25

L2 NI.A35

R 2 NI.A45

2SBVC55

L3 NI.A65

R 3 NI.A75

3Y/3SBVC85

3C95

LTUO.A06

R TUO.A16

LPHTUO.A26

R PHTUO.A36

OSBVC46

S V M

6 5

F B I S O

6 6

H O U T

6 7

V s s c o m b

6 8

V 5 c o m b

6 9

V I N / R 2 / P r

7 0

U I N / B 2 / P b

7 1

Y I N / G 2 / Y

7 2

Y . S Y N C

7 3

Y O U T

7 4

U O U T / F b l 2

7 5

V O U T / S w o 1

7 6

F B L 3

7 7

R 3 / P r I N

7 8

G 3 / Y I N

7 9

B 3 / P b I N

8 0

G N D 3

8 1

V 5 P 3

8 2

B C L I N

8 3

I B L K I N

8 4

R O

8 5

G O

8 6

B O

8 7

V 3 . 3 A 1

8 8

V R E F_

A D N

8 9

V R E F_

A D P

9 0

V R E F A D

9 1

G N D A

9 2

V 1 . 8 A

9 3

V 3 . 3 A 2

9 4

V S S A D C

9 5

V 1 . 8 A D C

9 6

0tnI 79

1tnI/01P 89

0T/11P 99

2C8.1V 001

2CSSV 101

sWS2I/40P 201

k lCS2I/30P 301

2oDS2I/20P 401

1oDS2I/10P 501

1iDS2I/00P 601

1T/31P 701

LCS/61P 801

ADS/71P 901

P3.3V 011

MWPT/02P 111

0MWP/12P 211

1MWP/22P 311

2MWP/32P 411

0CDA/03P 511

1CDA/13P 611

1C8.1V 711

8V1VCBD 811

2CDA/23P 911

3CDA/33P 021

1P/1CSSV 121

3MWP/42P 221

4MWP/52P 321

3C8.1V 421

3CSSV

521

2tnI/21P 621

XR /41P 721

XT/51P 821

101 NU

H76021ADT

211 NCFu22.0

001 NXZHM675.42

C N 1 5 8

6 . 8 n F

R N 1 6 3 1 2 K

+

C N 1 5 9

2

C N 1 5 3

2 2 0 n F

+

C N 1 4 4

1 0 u F / 1 6 V

C N 1 2 0

1 0 0 n F

R N 1 5 9 #

R N 1 5 8 1 K

C N 1 1 9

1 5 0 n F

R N 1 5 7

3 9 K

086

611 NCFn01

451 NR K 001

671 NC Fn9.3

521 NC

Fn001

+ 051 NCFu01

621 NC

n001

761 NR

093

+

571 NCFu1

401 NR

001

271 NR

K 3.3

371 NR

K 3.3

311 NCFu22.0

601 NR 001

501 NR 001

411 NCFu22.0

111 NL

Hu01

511 NCFu22.0

211 NL

Hu01

651 NR 086

551 NC

Fn022

+

C N 1 5 2

1 0 u F

+

361 NCFu001

C N 1 4 0

1 0 0 n F

411 NLHu01

231 NCFn001

311 NL

Hu01

+151 NCFu01

051 NR

K 74

861 NR 01

ts.

btsV3.3

btsV3.3

IIICOU

501 NL

Hu01

401 NL

Hu01

2 _ V8.1

111 NCFu22.0

221 NCFn001

R N 1 6 0

1 K

U O C_

H F B

U _ V5

U O C_

R O

U O C_

G O

U O C_

B O

U O C_

R O

U O C_

G O

U O C_

B O

611 NL

Hu01

511 NL

Hu01

+

461 NC

Fu001

141 NCFn001

651 NC

Fn022 2 _ V8.1711 NL

Hu01

+

561 NC

Fu001

241 NC

Fn001

751 NC

Fn022

2 _ V8.1

911 NL

Hu01

811 NL

Hu01

+661 NCFu001

341 NC

Fn001

101 ND

8414LL

R IR I

1 _ V8.1

421 NR 001

321 NR 001

021 NR 001

911 NR 01

811 NR 01

171 NR

K 5.1

071 NR

K 5.1

621 NR 001

011 NR K 1

801 NR #

801 NL Hu01 1 _ V8.1

351 NR

0

U O C_

H F B

U O C_

H D

U O C_

H D

y b _ dnatS

LCSLCS

ADSADS

WP _ SER WP _ SER

tliTtliT

PW

2yeK 2yeK

1yeK 1yeK

etuMetuM

etor P _ Hetor P _ H

DPDP

211 NR 001

TESER _ DSOTESER _ DSO

ydaeR _ DSOydaeR _ DSO

721 NR 001

251 NR K 01 btsV3.3

961 NR K 01

131 NC

F p022

261 NR

0

tuo _ SBVC

111 NR 001

101 NR 001

etuM _ VAetuM _ VA

701 NR 001f f o _ SUB

f f o _ SUB

531 NC

Fn001

331 NC

Fn001

C N

1 3 4

1 0 0

n F

631 NC

Fn001

Y C b C r_ C r

Y C b C r_ C b

Y C b C r_ Y

Y C b C r_ C r

Y C b C r_ Y

Y C b C r_ C b

571 NR

K 72

y b _ dnatS

871 NC

Fn074

123

3 NOC

3 NC

OR _ COUOG _ COUOB _ COU

SIV

SIH

I B L K

I B L K

471 NR 01

521 NR 001

R SR S

681 NR

K 01

SIV

SIH

esr uoSK LBIr oF

.

119 NR

K 7.4

B

V8781 NR

081DEL

DEL

101DZV2.6

R N 1 8 8

0

PW

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Block Diagram incl Digital Board (Part 1)

654321

D

C

2

1

3

4

BR605

F601

T3.15A250V~

3 4

1 2T601

3 4

1 2

T602

C602

C605

C601C607

47

1

12

R601 R628

D626

C635

D624

C632C630

C638C609

Vin1

G N D

2

+8V3

7808

A1 POWER SUPPLY

Vin1

G N D

3

+5V2

IC6047805

Vin1

G N D

3

+5V2

7805

Vin1

G N D

+5V2

U?7805

GND

GND

GND

GNDGND

FB623

D623

C628C627

D625

C633C634

D622

C624C625

FB622

FB621

FUSE1

FB620

GND

GND

GND

1 2

U?7805

R636

R641

R640

R638

R637 GND

GND

GND

C636

C631

C629

R310

2

1

3

4

IC603

CONTROLCIRCUIT

Q603 Q602 D627

IC602R630

GND

A4 TUNER IF

R F A G C

A G C

G N D

A S

S C L

S D A

+ 5 V

G N D

+ 3 3 V

I F G N D

R112

GND GND GND GND

ZD103C102C103

GND

S D A

S C L

R107 R108

C107

GND

VCCD

R604

ZD601

FB

R607

R606D605

C611

GND

D603

MIRROR

MIRROR M IRROR

MIRROR

DIFFERENTIALSTAGE

CURRENTSOURCE

9 FREEBACK

INVERTINGINPUT 1

3

7

8

5

CATHODETRANSIENTOUTPUT

CATHODDCOUTPUT

BLACKCURRENTOUTPUT

MIRROR

MIRROR M IRROR

MIRROR

DIFFERENTIALSTAGE

CURRENTSOURCE

9 FREEBACK

INVERTINGINPUT 1

3

7

8

5


CATHODDCOUTPUT

BLACKCURRENTOUTPUT

MIRROR

MIRROR MIRROR

MIRROR

DIFFERENTIALSTAGE

CURRENTSOURCE

9 FREEBACK

INVERTINGINPUT 1

3

7

8

5


CATHODDCOUTPUT

BLACKCURRENTOUTPUT

V501CRT

URNOFF CUT--OF

CIRCUIT

GND

R555

R556A

RES1

R553

R554

R560

R549

R559

R558

R557

L505

L506

L504

C533

C538

C524

C534

GND

C540

GND

C525

GND

GND

G1

G2

FOCUS

RGND

GND

GND

G

B

IR

G N D

+ 1 5 V

+ 1 4 0 V

+ 2 0 0 V

N C

H E A T

G N D GND

R574

Q501 Q502 Q503 Q504

Q505 Q506 Q507 Q508

Q509 Q5010 Q511 Q12

Q513 Q514D502 D504 D505 ZD501

B CRT BOARD

C603

GND

GND

R608

C612

TEMPERATUREPROTECTON

4

1

12

IC401

L

SPEAKERR

A6 AUDIO AMPLIFIER

ROUT

LOUT

MUTEQ401

GND

STANDBY

7

Part 1

G_16550_037a.e26100

18SK3.0A CA 6.Block Diagrams, Test Point Overviews, and Waveforms

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14131211109

D314

FLYBACK

GENERATOR

REFERANCE

CIRCUIT

12

P2 VFB V P1

+15V

N

C326

GND

Q304

R340

R319

D312

+5V_CPU

VS

R312

C339

C331

C318

D308

D316

Q303

T301

SCREEN

FOCUS

4

1

2

7

3

8

10

6

!

T603 FBT!

!

!

CN302

CN301

HDY

R315

R311

D315

C336R316

HEATER

-15V

+15VTOVERTICAL

R326

+15V

D310

FLYBACK SA CIRCURT

EHT

A2 LINE DEFLECTION

H.DRIVEH.OUT

Q301 Q302

GND

R341

GND

C317

D305

D304C305

FB301

C303C304

FB302PROOFREAD

CIRCUIT

EW

GND

+200V

R310 D306GND

+140V

R?B+

+15V

R320D311

+5VCPU

FBP

ZD301D303

ZD302 Q305 L301

GND

GND

R309

R337

R338

D313

ABL

EHT

SWEEPING SPEEDMODULATE CIRCUIT

CN702

SVM

+15V

+140V

Q701 Q702 Q703 Q704 Q705 Q706 Q707

Cb

Pb

L

L

123456

J?

CON6

VORO

LO

L2

R2

V2

R1L1V1

GNDC1Y1

T O

D I G I T A L B O A R D

D?

DIODE

D?

DIODE

Vs

Hs

+5V_U

SWITCH

QSS SOUND IF

AGC

QSS MIXER

SOUND PLL DEEMPHASIS

AUDIO SELECT VOLUME CON

L 1

R 1

L 2

R 2 L

o u t

R o u t

SIFIN1

SIFIN2

56 57 49 50 60

29

30

BOARD

IF AND AV DECODER

C5


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1 2 3 4 5 6

B

A

CN602

1 2

AV220

1

2 3

t TH603

PTC

G

3

Vin1

G N D

3

+5V2

U? 7805

GND

GND

C628C627

D622

C624C625

FB620

GND

GND

GND

Vin1

G N D

3

+5V2

U?7805

R638

R637 GND

GND

GND

GND

C629

Q604R644

R645

C625

GND

D631

S /GND OCP /DB

FB

OPL/SS

R606

C614

C611

GND

GND

D603

D604

R609

C615

C613

OUTPUT AMPLI AND BUFFER

RGB INSERTION

WHITE POINT BRIGHTNESS CO

CONTINOUS CATHODECALIBRATION

CONTRAST CONTROL

PWLBEAM CURRENT LIMITER

SATURATION CONTROL DIFFERENCE MATRIX

SWITCH

RGB/YUV MATRIX

CLOCK GENERAT AND 1st LOOP

PHASE 2 LOOP HORIZONTAL OUTPUT

VERTICALGEOMERY

I2C-BUSTRANCEVIER

E/W GEOMETRY

Y

Y

U

U

V

V

R R R R

G G G G

B B B B

CRYSTAL

20 21

V +

V -

1 2

H_

D R I V E R

8

E W

3

E H T

4

SDA

SCL

10

11

40

41

42

R - I N S E R T

G - I N S E R T

B - I N S E R T

F B L A N K

35363738

PW-BOUT

PW-GOUT

PW-ROUT30

31

32

H/V DRIVER

VS-PW

HS-PW

23

24

S C O

H F B

9 13

DIGITAL BOARD

R608

C612

YUV/RGB PROCESSING

C1

Part 3

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22SK3.0A CA 7.Circuit Diagrams and PWB Layouts

7 Circuit Diagrams and PWB Layouts

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http://-/?-



7. Circuit Diagrams and PWB Layouts

Mono Carrier: Power Supply

1 2 3 4

5

5

4321

D

C

B

A

AC220V

R 6 0 1

2 . 2 M

1 / 2 W

F601T3.15A L 250V

C 6 0 1

0 . 4 7 u F / A C 2 5 0 V

L60215mH

L60115mH

C6020.47uF/AC250V

BR605

KBJ6J

C605

4n7/2KV

C6074n7/2KV

C615220p/500V

R 6 1 3

0 . 1 8 / 2 W

R 6 1 1

0 . 8 2 / 2 W

R60468K/ 1W

C 6 0 9

2 2 0 u F / 4 5 0 V

C 6 1 3

1 0 0 0 p / 2 K

V

R612100/1W

28mH£¨4/15W£©

C6100.01uF/1KV

C 6 1 0 A

6 8 0 p F / 1 K V

R 6 0 5

1 0 0 K / 2 W

D6021N5397

9

6

2

3

16

18

10

15

11

12

13

14

T601

BCK4222

R6081K/1/4W

C6141uF/50V

R607 1K/1/4W

C6120.1uF/50V

R606

10/1/4W

D606BA158

ZD60216V

R61018K

D603EU1Z

D605BA158

C61110uF/63V

ZD6016V2

D604EU1Z

C6160.0015uF/50V

R6091K/1W

CN602

D627BA158

D626

LG16S

C635680pF/2KV C637

0.01uF/500V C 6 3 8

2 2 0 u F / 1 6 0 V

C 6 3 9

1 0 u F / 1 6 0 V

R 6 4 2

1 0 0 K / 1 / 2 W

R63118/2W

IC603

PC817

R627

1K/1/6W

R6291K/1/6W

C6600.1uF/63V

C640100uF/50V

GND

GND

D628

BA158

Q603A1930

R6353K3/1/6W

GN

GND

D625RG2Y

C633220pF/500V

C632220pF/500V

D624 RG2Y

C6343300uF/16V

C636

0.01uF/50V

GND

C6301000uF/16V

C631

0.01uF/50V

1

2

3IC607

L7808

R640 33/2W

C649330u

GND

GND GND

D623RU4Y X

C628220pF/500V

C6272200uF/16V

C6290.01uF/50V

GNDGND

1

2

3IC605L7805

D622RU4Y X

C624680pF/500V

C6251000uF/25V

C6260.01uF/50V

GND

R6190.33/2W

R6222K7/1/2W

GN

GND

140V

R637 33/2W

C 6 0 3

0 . 2 2 u F / A C 2 5 0 V

C 6 0 8

0 . 1 u F / 2 5 0 ~ 5 0 0 V

12V

7V5

13V

FB623

FB622

F B 6 2 1

FB601

R6185R1/2W

F B 6 2 0

R644

10K/1/6W

C6530.33uF/63V

Q604A1015

GND

R64310K/1/6W

10

R633

3R9/2W

STR-W6756

D

1

V C C

4

FB 6

OLP/SS 5

O C P / B D

7

S / G N D

3

IC601

R628100K/1/2W

GND

CN601

V D R 6 0 1

C M Q X 0 6 8 0 - 3 C

6 8 0 V

RST601

220/1W

GST601

GIGA SURGE ABSORBER 300V

R600

5

32

1

TH603

32

1

TH605

0 . 2 2

R623

0.22

R 6 2 4

L603 (R602)

SW601

H602

!

!

!!

!

!

!

! !

R626 8.2M/1W

C619

0.0022uF

C618

470PFAV400V

C617470PFAC400V

!

!

!

!

! ! !

!

POWER SUPPLYA1

5800-A6P180-00

Circuit Diagrams and PWB Layouts 23SK3.0A CA 7.

Mono Carrier: Line Deflection

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Mono Carrier: Line Deflection

1 2 3 4 5

54321

D

C

B

A

D301BA 158

D302BA 158

Q301C1815

Q302C2026

R304180/ 1/2W

R3026R8/ 2W

T301

H-DR IV ER

R30847/2W

C31422n F/100V

C3090.001u F/50V

C310220u F/25V

GND

R30668/1/6W

C3154.7u F/50- 100V

D307IN 4148

R309

10K /1/6W

R305100

GND

D306BY W3 6

R3100.51/ 2W

GND

Q303F6920

FB 302

GND

C303*6 n8/2KV

C304

*2 n7/2KV

D305BY 459

D304LG 16S

C305* 18n /630V

FB 301

R30315K /2W

C30127p F/500V

C3114700p F/500V

C312680p F/2K V

D3031N 4148

GND

D6291N 4148

R3263K /1/6W

R32556K /1/4W

Q305F6300

C3290.001u F/50V

ZD 3028V 2

C3300.01u F/50V

C3084.7u F/50V

L 301* 130u H

L 302*3 .5uH

GNDC306* 270N /630V

C306A* 27n /630V

C3220.001u F/1K V

R317270/ 1W

R307 0.22/ 2WGND

R3160.68/ 2W

D315RG 2Y

C331680p F/500V

R3150.68/ 2W

C336680p F/500V

D316RG 2Y

C3351000u F/25V

C3340.01u F/50V

GND

C3390.1u F/250V

R3122K /1/4W

R3132K /1/4W

D310BA 158

R333

6.2K /1/4W

R33622K /1/6W

GND

E H T

A B L

GND

R3110.68/ 2WD308

BA 158

C318680p F/500V

C31922u F/250VGND

H O U T

+13V

C316100u F/200V

GND

GND

R32010K /1/6W

R32110K /1/6W

C323

1uF/50V

D311

IN 4148

+15V

H - P R O

+ 5 V_ C P U

C3130.001u F/500V

R3232R2/ 2W

R339100/ 1/6W

Q381C1815

Q382A 1015

GND

R3801K /1/6W

C3801uF/50V

GND

Q380C1815

R3811K 8/1/6W

Q384C1815

Q383A 1015

GND

R384470/ 1/6W

C3821uF/50V

GND

R38210K /1/6W

Q385C1815

R3831K /1/6W

GND

C381100u F/16V

GND

C3830.22u F/63V

CN 302

HE AT

GND

+15V

+140V

+200V

-15V

+ 1 4 0 V

C N 3 01 H

V

+8 V

D313IN 4148

R338100K /1/6W

R71812K

C7016pF/50V

R701

3.3K

R70833K

R703470/ 1

R7071K

R72

220/

DIN

C7070.0047u F/100V

C705100p F/50V

R7131.2K

R7121.5K

R716

68K

D703IN 4148

Q7072SC4793

R7152.7/ 1/2W

R71456/1W

Q7052SA 1015Y

C7022.2u F/50V

C708100u F/50V

R70218K

GND

GND

GND

GND

S V M

+ 1 5 V

R34133/1/4W

GND

ZD 3017V 5

D3094.7K /1/6W

GND

J381

100/ 1/6W

GND

FB P

+15V

GND

EH T

G2

FO CU S

L 702 L 703

L 701

CN 380

1

10

2

9

6

7

4

5

8

T302

13

GND

12

R348

1008V

C 3 0 2

0 . 0 0 1 5 u F / 2 K V

C 3 0 2 A

0 . 0 0 1 5 u F / 2 K V

!

TI LT

EW

LINE DEFLECTIONA2

5800-A6P180-00


Mono Carrier: Frame Deflection

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1 2

3

3

21

D

C

B

A

I N P

7

I N N

6

V - O U T

5

G N D

4

V P 2

3

V P 3

2

V P 1

1

IC 301TD A 4863A J

C325100uF /50V

D314BA 158

R3312/2W

C3321000uF /25V

C333

0.01uF /50V

C3261000uF /25V

C3240.33uF /63V

R340

22K/1/6 W

R31822K/1/6 W

D 312IN 4148

R1

GND

GND

C3270.1uF/100V

R3285R6/1/6W

R3225.6/1/6WC328

0.1uF/63V

R3291K8/1/6W

R324180/2W

R3270.68/2W

GND

R3301K8/1/6W

GND

V+

V-

Vs

+5V_CPU

R342

220/2W

J325 100/1/6W

J324 100/1/6W

+ 1 5 V

- 1 5 V

FRAME DEFLECTION

5800-A6P180-00

A3


Mono Carrier: Tuner IF

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1 2 3

321

D

C

B

A

C1074.7uF/16V

R1126K 8/1/6W

R113100K /1/6 W

GND

R 1 0 7 1 0 0 / 1 / 6 W

R 1 0 8 1 0 0 / 1 / 6 W

GND C10547uF/16V

C106

0.01uF/50V

C1030.01uF/50V

C10222uF/50V

IC003KA33

GND

GN D

C101

0.01uF/50V

+ 8 V

I F S C L 1

+ 3 3 V

A G C

R 1

1 0

2 7 / 1 W

ZD101

5V1

GND

S DA 2

S C L 2

+ 5 V

R102

100/1/6W

R101100/1/6W

A G C

1

G N D

2

A S

3

S C L

S D A

5 6

+ 5 V

7

G N D

8

+ 3 3 V

9

I F G N D

1 0

I F

1 1

TUNER

GND

R105 100/1/6W

R106 100/1/6W

S DA 1

R111

10k /1/6 W

S DA 1

S C L 1

GND

1 2

CN100

1 2

TUNER IFA4

5800-A6P180-00


Mono Carrier: AV I/O Interface

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1 2 3 4 5

54321

D

C

B

A

1 2

39

4

37

6

35

8

33

10

31

12

29

14

27

16

25

18

23

20

21 22

19

24

17

26

15

28

13

30

11

32

9

34

7

36

5

38

3

40

R0

L0

R428240K/1/6W

R427

240K/1/6W

C429100pF/50V

C428100pF/50V

V0

GND

R44175/1/6W R442

470K/1/6W

C422470uF/16V

GND

Cr

R44075/1/6W

Cb

R43875/1/6W

Pb

R43775/1/6W

R2

R431240K/1/6W

C431100pF/50V

R43039K/1/6W

L2

R432 240K/1/6W

C432100pF/50V

R42939K/1/6W

V2

R43475/1/6W

GND

R433220/1/6W

C r

C b

Y

123456

CN400

R42339K/1/6W

R42039K/1/6W

R422240K/1/6W

R421240K/1/6W

R42475/1/6W

R42675/1/6W

C424100pF/50V

C423100pF/50V

L1

R1

Y1

C1

SCL2

SDA2

Hs

Vs

SDA2

WP

SCL1

3V3

AGC

L 0

R 0

V 0

R1

Y1

V1

V 0

L 0

R 0

+5V_U

Cb

Y

Cr

GND

IF

GND

GND

R1L1

GNDV1

C1Y1

SDA1

V1

SCL2

GND

L2

R2

V2

GND

Y

R436

7 5 / 1 / 6 W

Pr

R43575/1/6W

Y

R43975/1/6W

GND

GND

Pr

Y

Pb

C42110uF/16V

C42010uF/16V

GND

GND

R42575/1/6W

GND

I F A G C

S C L 1

S DA 1

Wp

1

2

3

4

H403

GND

C b

Y C r

L1

GND

L0

R0

V0

D4308.2V

D4248.2V

D4208.2V

GND

D4328.2V

AV I\O INTERFACE

5800-A6P180-00

A5


Mono Carrier: Audio Amplifier

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1 2 3

321

D

C

B

A

I N 1

4

N C

5

M U T E

6

S T - B Y

7

P W - G N

D

8

S - G N D

9

N C

1 0

N C

1 1

I N 2

1 2

V C C

1 3

O U T 2 -

1 4

O U T 2 +

1 5

IC401

TDA 7266

C404

0.01uF/50V

R403

8R2/1/6W

R409

1K/1/6W C405

0.22uF/63V C402

4n7/100VR410

1K/1/6 W

C406

0.22uF/63V

C403

4n7/100V

GND

GND

R4

82

R 4 0 7

4 7 K / 1 / 6 W

C409

22uF/16

R406

2K/1/6W

Q401

C1815

GND

R411

22K/1/6W

C408

4.7uF/16V

GND

R404

47K/1/6W

C407

100uF/16V

R405 47K/1/6 W

GND

GND

GND

R408

3K3/1/6W

+ 1 5 V

+ 1 3 V ( S O U N D )

+5V_CPU C 4 1 0

3 3 0 u F / 2 5 v

ZD401

4.3V

5V_D

D401

BA158

J403

100/1/6W

J401

100/1/6W

LOUT

ROUT

MUTE

GND

AUDIO AMPLIFIERA6

5800-A6P180-00


Layout Mono Carrier (Top Side)

http://-/?-

http://-/?-



G_16550_025.eps

140806


Layout Mono Carrier (Bottom Side)

http://-/?-

http://-/?-



G_16550_026.eps

140806


CRT Amplifier Panel

54321

http://-/?-

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1 2 3 4 5

D

C

B

A

R51133Q5092SC1815Y

R5151.5K

L503LPF16M

R514

470

C507

22uF/16V

R51022

C5060.01uF/50V

R517510

R5136.2K

Q510

2SC1815Y

R539470

R518220

Q5112SA1015

R51222

R538

150

R541

220

Q5122SA1015

R5401K/1/6W

R542

FB

R548 2K

C52110pF

R550

2.7K

C522

V D D L

2

V I P

1

V I N

3

G N D

4

I O M

5

V D D H

6

V C N

7

V O C

8

V P B

9

IC501TDA6111Q

C524

560pF/500V

R 5 4 9

2 2 0 K / 1

W

C 5 2 5

0 . 0 1 u F / 5 0 V

C 5 2 3

0 . 1 u F / 5 0 V

C526

0.22uF/250V

R 5 5 3

1 0 / 1 / 6 W

C514

22uF/16V

C5130.01uF/50V

R5571K/1/2W

Q505

2SC1815Y

R5201.5K

L502LPF16M

R519470

C505

22uF/50V

R50722

C5040.01uF/50V

R521510

R5166.2K

Q506

2SC1815Y

R536470

R522220

Q5072SA1015

R50922

R533

150

R534

220

Q5082SA1015

R5371K/1/6W

R535

FB

R544 2K

C51710pF

R552

2.7K

C536

V D D L

2

V I P

1

V I N

3

G N D

4

I O M

5

V D D H

6

V C N

7

V O C

8

V P B

9

IC503TDA6111Q

C 5 3 8

5 6 0 p F / 5 0 0 V

R 5 6 0

2 2 0 K / 1

W

C 5 4 0

0 . 0 1 u F / 5 0 V

C 5 3 7

0 . 1 u F / 5 0 V

C5390.22uF/250V

R 5 5 6 A

1 0 / 1 / 6 W

C512

22uF/16V

C5110.01uF/50V

R 5 5 9

1 K / 1 / 2

W

Q501

2SC1815Y

R5251.5K

L501LPF16M

R524

470

C502

22uF/50V

R50422

C503

0.01uF/50V

GND

R527510

R5236.2K

Q502

2SC1815Y

R531470

R526220

Q503

2SA1015

R50622

R528

150

R529

220

Q5042SA1015

R5321K/1/6W

R530

FB

R546 2K

C51910pF

R551

2.7K

C527

V D D L

2

V I P

1

V I N

3

G N D

4

I O M

5

V D D H

6

V C N

7

V O C

8

V P B

9

IC502TDA6111Q

C 5 3 3

5 6 0 p

F / 5 0 0 V

R 5 5 4

2 2 0 K

/ 1

W

C 5 3 4

0 . 0 1 u F / 5 0 V

C 5 2 8

0 . 1 u F / 5 0 V

C 5 3 5

0 . 2 2 u F / 2 5 0 V

R 5 5 5

1 0 / 1 / 6 W

C510

22uF/16V

C5090.01uF/50V

R5581K/1/2W

R505

33

R508

33

C501100uF

GND

R556

100/1/6W

D5011N4004

R5654.7K

R564 1.8K/1/6W

Q5132SA10

R1

R57018K

R569

1 0 K / 1 / 6

W

R2

C529 22uF/

GND GND GND GND GND GND GND GNDGND

GND

GND

GND

GND GND GND GND GND

GND

GND GND GND GND GND

GNDGND GND

GND

GND

GNDGND

GND

GND

GND

GND

GND

GND

CRT AMPLIFIER CIRCUIT

C543

C542100uF/25V

GND

GND

L50515uH

L506

15uH

L50415uH

H501R

G

B

IR

GND

GND

GND

R 5 4 9 A

220K

R 5 6 0 A

2 2 0 K

R 5 5 4 A

2 2 0 K

B1

5800-C6P180-00


Layout CRT Amplifier Panel (Top Side)Personal Notes:

http://-/?-

http://-/?-



Layout CRT Amplifier Panel (Bottom Side)

G_16550_001.eps080806

G_16550_002.eps080806


Digital Board: YUV/RGB Processing Panel

4321

/ G OC SS G

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1 2 3 4

D

C

B

A

VDOA1

VDOB2

EWO3

EHTIN4

FLASH5

GND16

DECVD7

HOUT8

SCO9

SCL10

SDA11

H S E L

1 2

H F B

1 3

D P C

1 4

V S C

1 5

I R E F

1 6

V P 1

1 7

D E C B G

1 8

G N

D 2

1 9

X T A L I

2 0

X T A L O

2 1

L P S U

2 2

VD 23

HD 24

DACOUT 25

VIN 26

UIN 27

YIN 28

FBCSO 29

RI1 30

GI1 31

BI1 32

BL1 33

P W

L

3 4

R I 2

3 5

G I 2

3 6

B I 2

3 7

B L 2

3 8

V P 2

3 9

R O

4 0

G O

4 1

B O

4 2

B C L

4 3

B L K I N

4 4

UN500TDA9333

CN5031nF

CN5021nF

CN511100nF

C N 5 1 7

8 2 n F

CN518

100nF

CN52410pF

CN526

CN527

CN525

CN508100nF

V-

V+

RN520820

EW

CN52810nF

RN52610

H_Driver

RN513

100

RN514

100

SCL

SDA

RN522

470 RN530

39K

+

CN50647uF

LN50122uH

8V

+

CN53122uF

CN53415pF

CN53315pF

XN50012M

RN5

470+ CN52347uF/16V

RN517100

RN516100

RN515100

8V

ABL

RN505

22K

RN524

2.2K

RN5236.8K RN525

0

EHT

8V

FBP

LN50033uH

8V

RN5111K

CN516100nF

RN506

100

EHT

FBP

ABL

H_Driver

SCL

SDA

V-

V+

EW

RN507#1K DN501

#LL4148CN500#470pF

RN504#22K

RN503#33K

DN500#LL4148

8V

AKB AKB

RN5101K

RN5091K

RN5081K

QN5002N3906

QN5012N3906

QN502

2N3906

RN527

100Vguard_VsVguard_Vs

CN100

CN100

CN100

CN530

100pF

RN5280

CN521

10nF

RN50110K

QN5053904

RN502

100K

CN522330nF

+CN5043.3uF/16V

RN50010K

CN52010nF

RN519

22K

RN518

150K

CN519100nF

RN5120

CN501

#1nF

CN53222nF

47u

CN529

#

QN5042N3906

QN5032N3906

RN5331M

RN532

1M

8V

DN502LL4148

RN531

#

RN529#

CN#

CN#

CN#

C N 5 3 5

1 0 n F

YUV/RGB PROCESSINGC1

5800-Y6P180-02


Digital Board: Video Processing

4321

VIDEO PROCESSING

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1 2 3 4

D

C

B

A

VDD5

VDD34VDD

93

VDD123

VDD140

VDD175

VDD205

VDD235

PVDD14

PVDD29

PVDD42

PVDD54

PVDD69

PVDD80

PVDD90

PVDD101

PVDD109

PVDD120

PVDD131

PVDD143

PVDD180

PVDD208

PVDD216

PVDD

224

PVDD230

PVDD237

PVDD243

PVDD249

NC194

DPAV DD197

DPDV DD199

PVDD200

MPDV DD58

MPAV DD60

NC63

PVDD64

AV D33B151

AV D33G154

AV D33R157

PVDD165

ADGVDD166

ADDV DD149

ADAV DD163

VSS 19

VSS 49VSS

77

VSS 134

VSS 187

VSS 219

VSS 251

VSS 112

PVSS 10

PVSS 24

PVSS 39

PVSS 46

PVSS 65

PVSS 74

PVSS 85

PVSS 96

PVSS 105

PVSS 115

PVSS 126

PVSS 137

PVSS 171

PVSS 189

PVSS 202

PVSS 212

PVSS

222

PVSS 228

PVSS 233

PVSS 240

PVSS 246

NC 195

DPAV SS 196

DPDV SS 198

PVSS 193

MPDV SS 59

MPAV SS 61

NC 62

PVSS 57

AV S33B 152

AV S33G 155

AV S33R 158

PVSS 147

ADDV SS 148

ADAV SS 164

ADGVSS 167

PVDD256

PVSS 253

POWERBLOCK

PW1230

UN300C

PW1235

+3.3VD

I25D

I25DPA

I33A

I25MPDI25MPA

I25A

I25DPD

+CN34910uF

CN337100nF

CN343100nF

I25A

CN363

100nF

CN344100nF

CN361

100pF

5V_PW

+

CN35010uF

+3.3VD

IN3

ADJ/GND 1

OUT 2

TA B/OUT 4

UN302AMS1117-2.5

5V_PW

+

CN35310uF

CN34110nF

+ CN356

220uF

CN379

100nF+

CN35510uF

CN342

10nF

LN301 FB

I33M

CN380

100nF

CN360

100pF

LN302 FB

LN305 FB

CN340100nF

+CN34510uF

IN3

ADJ/GND 1

OUT 2

TA B/OUT 4

UN304AMS1117-33

CN359100pF

LN304 FB

+3.3VD

+

CN35710uF

LN303 FB

CN35810nF

+CN35410uF

I25DPA

I25MPD

I25MPA

I25DPD

CN373100nF

5V_PW

CN321

100nF

I33A

CN375

100nF

I33AI33AI25D

CN306

100nF

I25D

CN308

100nF

I25D

CN310

100nF

I25D

CN312

100nF

I25D

CN314

100nF

I25D

CN316

100nF

I25D

CN318

100nF

+3.3VD

CN322

100nF

+3.3VD

CN326

100nF

+3.3VD

CN328

100nF

+3.3VD

CN329

100nF

+3.3VD

CN330

100nF

+3.3VD

CN331

100nF

+3.3VD

CN303

100nF

+3.3VD

CN305

100nF

+3.3VD

CN307

100nF

+3.3VD

CN309

100nF

+3.3VD

CN311

100nF

+3.3VD

CN300

100nF

CN313

100nF

CN302

100nF

+3.3VD

CN315

100nF

CN323100nF

CN325100nF

+3.3VD

CN317

100nF

+3.3VD

CN319

100nF

+3.3VD

CN320

100nF

I25D

CN304

100nF

+3.3VD

CN301

100nF

+3.3VD

CN364

100nF

+3. 3V D +3. 3V D

CN324

100nF

CN327100nF

I25A

+3.3VD

CN332

100nF

CN

10

I33M

5V_D

+CN396100uF

+3

5800-Y6P180-02

C2 VIDEO PROCESSING


Digital Board: CPU Control

321

CPU CONTROL

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1 2 3

D

C

B

A

CN807

100nF

+ CN804

10uF/16V

RN804 10K

RN805 10K

RN806 10K

RN807 10K

B-insert

G-insert

R-insert

FBlank

RN8141K

CN81110nF

CN8104.7nF

CN809220pF

CN808

1uF/16V

RN815 1K

CN8061nF

5VOsd

5VOsd

SCL

SDA

RN8261.8K

RN8251.8K

RN8241.8K

RN8272.4K

5VOsd

RN830

10K

RN822

100

OSD_RESET

R N 8 0 1

#

5VOsd

RN817100

RN816100

R N 8 0 0

1 0 K

RN810

#

LN801 FB

RN811 1K

RN812 1K

RN813 1K

OSD_Ready

SVM_SW RN808

1K

R N 8 0 2

1 0 K

+CN8051uF/16V

R N 8 3 9

#

XN80010MHz

CN80020pF

CN80120pF

P111

P002

P013

P024

P035

P046

P057

P068

P079

P2010

P2111

P2212

P2313

TIM214

TIM315

P2616

P2717

CNVSS18

XIN19

XOUT20

Vss21

VC C 22

FILT 23

HL F 24

VH OLD 25

CVIN 26

RESET 27

NC 28

P15 29

SCL 30

SDA 31

ClkCont/P10 32

Fastblank/P55 33

OsdR/P54 34

OsdG/P53 35

OsdB/P52 36

Vsync/P51 37

Hsync/P50 38

Monitor 39

NC 40

SDA1 41

NC 42

UN800M37161FP

RN10

RN835

10K

RN83310K

RN832

10K

RN834

8.2K

RN831

10K

QN8012N3904

QN802

2N3904

CN813

33pF

D N 80 5 L L 41 48

DN802 LL4148

DN803LL4148

DN804LL4148

DLL

ZN8015.6V

SVM_SW

HIS(OSD)

HIS

HIS(OSD)

HIS

5V_CPU

SDA

SCL

OSD_RESET

B-insert

G-insert

R-insert

FBlank

RN840 100

RN841 100

OSD_Ready

R N 8 4 2

#

CN815

100nF

CN816

100nF

RN843 0

5VOsd

CPU CONTROL

5800-Y6P180-02

C3


Digital Board: A/D Converter

4321

A/D CONVERTERC4

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1 2 3 4

D

C

B

A

3.3Vp

CN433100nF

CN434100nF

CN435100nF

C

CN432100nF

IN3

UNAMS11

+CN413100uF

5V_A

CN446100nF

CN447100nF

CN448100nF

C10

3.3Vcca

CN431100nF

3.3Vpll1.8Vpll

IN3

AM

IN3

UAMS

CN419

470nF

CN421470nF

RN412 100

RN413 100

SDASCL

SDASCL

CN40410nf

CN41010nF

CN41110nF

CN40310nF

RN402

39

RN403

39

RN40947

GHSGVS

GCLK

ADV0ADV1ADV2ADV3ADV4ADV5ADV6ADV7

ADY0ADY1ADY2ADY3

ADY4ADY5ADY6ADY7

ADU0ADU1ADU2ADU3ADU4ADU5ADU6ADU7

GCLK

GHSGVS

ADU[7:0]

ADY[7:0]

ADV[7:0]

RN401

39

RN404 1K RP401 100x4

RN416 #

RN417 #HIS(OSD)

VIS

HIS(OSD)

VIS

TV_Cr

TV_Cb

TV_Y

YPbPr_Pr

YPbPr_Pb

YPbPr_Y

RN414#

QN400

#

RN415#

QN401

#

3.3Vcore

CN41210nF

CN40610nF

CN40510nF

CN40210nF

CN408

10nF

CN40910nF

3.3Vp

UOC_HFB

RN400

12K

CN40710nF

VGA_R

CN40110nF

VGA_G

CN40010nF

VGA_B

CN42810nF

VGA_BYPbPr_Pb

TV_Cb

VGA_GYPbPr_Y

TV_Y

VGA_RYPbPr_Pr

TV_Cr

RN406 1KVGA_VS

VGA_VS

VGA_HSVGA_HS

1.8Vcore

3.3Vp

OGND4

DGND12

OGND14

OGND22

OGND30

OGND38

OGND46

AGND47

AGND53

AGND55

AGND57

AGND58

Vp3

Vcore11

Vp29

Vp21 Vp13

Vp164

OGND165

Vp37

Vp45

Vcore116

Vcore130

Vcore132

Vcore138

Vcore139

Vcore145

Vcore151

Vcore157

Vcore158

Vcca48

Vcca54

Vcca61

Vcca67

Vcca69

Vcca76

Vcca82

DGND117

DGND127

DGND131

DGND159

PD93

DGND133

DGND142

DGND148

DGND154

n.c.5

n.c.6

n.c.19

n.c.20

n.c.33

n.c.34

n.c.115

n.c.128

RRxA129

n.c.134

n.c.135

RxAC1-136

RxAC1+137

n.c.140

n.c.141

RxA2-143

RxA2+144

n.c.146

n.c.147

RxA1-149

RxA1+150

n.c.152

n.c.153

RxA0-155

RxA0+156

TST14160

TST15161

TST16162

TST17163

HSDAA121

HSCLA122

TST12124

TST13125

TST089

TST190

TST291

TST392

TST497

TST598

TST699

TST7100

TST8101

TST9112

Vbias59

AGND60

AGND66

AGND68

AGND70

AGND71

AGND75

AGND81

AGND83

AGND_pll 84

AGND_pll86

Vpll_1.8v87

Vpll_3.3v88

DGNDi2c120

DGNGi2c126

Vi2c123

Vfro

85

UN403A

TDA8759

3.3Vcore

3.3Vcca

3.3Vcore

3.3VccaPD

RN410

0

RN418 #

3.3Vcore

HREF1

CKP2

VP007

VP018

VP029

VP0310

VP0415

VP0516

VP0617

VP0718

VP1023

VP1124

VP1225

VP13 26VP14

27VP15

28VP16

31VP17

32

VP2035

VP2136

VP2239

VP2340

VP2441

VP2542

VP2643

VP2744

REF_B/Pb49

B/Pb350

B/Pb251

B/Pb152

BIAS56

REF_G/Y62

G/Y363

G/Y264

G/Y165

SOG/Y372

SOG/Y273

SOG/Y174

REF_R/Pr77

R/Pr378

R/Pr279

R/Pr180

OE94

HE95

A096

COAST102

GAIN103

CLAMP104

VSYNC1105

VSYNC2106

VSYNC3107

H(C)SYNC1108

H(C)SYNC2109

H(C)SYNC3110

CKEXT111

DIS114

SCL119

SDA118

PL166

DE167

HS168

VS169

CS170

ORR/V171

ORB/U172

ORG/Y173

VAI174

FREF175

VREF176

TCLK113

UN403BTDA8759

ADU[7:0]

ADY[7:0]

ADV[7:0]

UOC_HFB

RN405 10K

RN411 10K

CN417470nF

RxA0+RxA0-

RxA1+RxA1-

RxA2+RxA2-

RxAC1+RxAC1-

RN4191K

HSCLAHSDAA

RN421 100

RN420 100

RN408 1KUOC_VD

UOC_VD

SDA1SCL1

SDA1SCL1

RN422 100

RN423 100

TV_CrT V_YT V_CbTV_Y TV_CbTV_Cr

RN602

0

RN606220

RN6071K

RN608220

RN6091K

RN610220

RN6111K

RN600

0

RN601

0

RN603

0

RN604

0

RN605

0

QN600

#

QN601#

QN602#

ForI BLKSourseUOC_ROUOC_GOUOC_BO

UOC_ROUOC_GOUOC_BO

DN600#LL4148

DN601#LL4148

DN602#LL4148

RN185

#2.2K

RN182#4.7K

RN183#22K

RN184#12K

RN181#8.2K

RN180

#2.2KIBLK

IBLK

QN107

#2N3904

ForI BLKSourse

CN460100pF

CN461100pF

CN462100pF

UN403_171UN403_172UN403_173

RN424 #

RN407 1K

A/D CONVERTERC4

5800-Y6P180-02

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Digital Board: Interface

4321

INTERFACEC6

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1 2 3 4

D

C

B

A

Bout

Gout

Rout123456789

CON1

CN9

RGBO utputf or CRTB oardAKB

13579111315171921232527293133353739 40

3836343230282624222018161412108642

CON4

HEADER20X2

13579111315171921232527293133353739 40

3836343230282624222018161412108642

CON5

HEADER20X2

Stand

Tilt5V_CPU

5V_D

5V_A

H_fre1BUS_off

AGND

Vguard_Vs

ABLH_pro

DGND

AGND

AGND

DGND

8V

YCbCYCbC

YCbC

AGNDVguarV+V-AGNDEW

R_OUTL_OUT

AGND AGND

H_dri

8V

FBP

R1Y1

AGND

V1

VoRoLo

V1

AGND

SDA1SCL1WP

SCL2AGND

SDA2

AGND

3.3VstbAGC

VGA_VGA_WP

AGNDSCL2SDA2

AGND

C1

Y1

V2/Y2

R1L1

Mute

5V_UAGND

L2R2

L1

EHT

FBP

AGND

SVM_SW

AGND

SR

IF

K1

KICKSTAND

K2

KICKSTAND

13579111315

2468

10121416

17 18

CON2

CON9X2

HSDAAHSCLARxAC1-RxAC1+AGND

RxA2+RxA1+RxA0+

IR

Key1

5V_CPU

Key2AGND

RxA2-RxA1-RxA0-

LED

KEY2

AGND

H_driver

SVM

SR

YPbPr_PrYPbPr_YYPbPr_Pb

YPbPr_PrYPbPr_YYPbPr_Pb

1

32

4

CON6

CN4

RN425#75

RN427#75

RN426#75

LN407

0FB/100@100M

LN406

0FB/100@100M

LN4050FB/100@100M

1

32

4

CON7

CN4

RN42875

RN43075

RN42975

LN410

FB/100@100M

LN409

FB/100@100M

LN408

FB/100@100M

VGA_RVGA_GVGA_B

VGA_BVGA_GVGA_R

5V_A

5800-Y6P180-02

C6


Layout Digital Board (Top Side)

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5800-Y6P180-02


Layout Digital Board (Bottom Side)

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5800-Y6P180-02


Front Control

DFRONT CONTROL BOARD

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5800-D9TO7P-18

D


Layout Front Control (Top Side)

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Layout Front Control (Bottom Side)


Side A/V Panel

E

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E

5800-G9T07P-36


Layout Side A/V Panel (Top Side) Layout Side A/V Panel (Bottom Side

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G_16550_033.eps231006


Personal Notes:

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AlignmentsEN 46 SK3.0A CA8.

Enter factory mode:

1. Set volume to "0" with the volume button on the set. Periphery menu "up" and "Down" Key

2. Select "i+" button on RC while depressing the volume key. Main core menu "Menu" key

3. Select "up" or "down" button to navigate to different peripheral menu Additional core menu after the "789" code

4 Select "MENU" key to navigate to different core menu

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Figure 8-1 Factory Mode

4. Select MENU key to navigate to different core menu.

5. Switch from peripheral menu to core press "Menu" key.

6. Switch from core to peripheral menu press "6".

7. Enter code "789" at the peripheral menu after pressing "6" or scroll to the menu in the red box below

6P18-6274-78KEEP 0604252988

UOC3 STS 00000000

UOC3 STS 01000000

UOC3 STS 10000101

UOC3 STS 00000001

UOC3 STS 00111100"MENU" UOC3 STS 11111110 Arrow "UP" and "DOWN"

UOC3 STS 11111101

933X STS 01100101

933X STS 11010000

933X STS 00000000

CORE MENU PERIPHERAL MENU

SER1 6P18-6274-78KEEP 0604252988 6P18-6274-78KEEP 0604252988

HPOS 1C 3F Press "6"

H-AMP 2D 3F P-MOD GRN 07 00-0F

V-SLP 1E 3F 00000111

V-POS 1D 3F

V-AMP 16 3F Press "Menu"

V-SC 1C 3F

SER2 6P18-6274-78KEEP 0604252988

EWPA 32 3F VG2 : OUTSIDE LOW

TRAP 29 3F RED 07 00-0F

PARA 08 3F 00000111

UCP 2A 3F BCP 27 3F

BOW 05 0F

PHASE 00 07

Extra Core Menu

after code "789" PE-1 6P18-6274-78KEEP 0604252988 6P18-6274-78KEEP 0604252988

is entered OP1 3F FF

OP2 E0 FF AGING WPB 20 00-3F

OP3 D1 FF 00100000

OP4 A9 FF

OP5 3E FF

OP6 81 FF

YDTP 0C 0F

YDSAV 6C FF

PE-2 6P18-6274-78KEEP 0604252988 6P18-6274-78KEEP 0604252988

FOR 03 3F

VX 19 3F SLB 07 00-7F WPG 20 00-3F

AV-SP 24 3F 00000111 00100000

VG2-B 20 3F

TV-C 17 3F CL 0C FF

SUB-B 1C 3F

INIT 00 FF

PE-3 6P18-6274-78KEEP 0604252988 6P18-6274-78KEEP 0604252988

BBTC 20 3F

PGR 00 7F RFAGC 16 00-3F WPR 20 00-3F

PGG 00 7F 00010010 00100000

PGB 00 7F

IFPLL 20 3F

FMWS 03 03

RPA 00 03

CCON 20 3F

PE-4

CPEK 0D 3F

CFPP 00 03

AV-C 17 3F

TVWS 00 03

WS 01 03

CHSE 03 03 V-VSC 1F 3F

V-VW 1B 1F

EWEHT 20 1F

PE-5

PIC1A 20 FF

PIC1B 01 FF

PIC1C 00 FF

AVLL 09 FF

S-VOL 00 1F

ADCL 00 1F

PWL 00 0F

SCL 02 03

DCXOC 34 FF

E2P-WRITE BANK 00 03

INDEX 00 FF

DATA 00 FF WRITE

G_16550_027.eps190906

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AlignmentsEN 48 SK3.0A CA8.

8.5 Option Settings

8.5.1 Introduction

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The microprocessor communicates with a large number of I2C

ICs in the set. To ensure good communication and to make

digital diagnosis possible, the microprocessor has to know

which ICs to address. The presence / absence of these specific

ICs (or functions) is made known by the option codes.

8.5.2 Changing options

Enter the factory mode, as has been decribed earlier in this

chapter. All changes in the option settings are saved as soon

as the you leave the menu. Some changes will only take affect

after the set has been switched OFF and ON with the mains

switch (cold start).

8.5.3 Option Settings

In the following table, you will find the ( PE-1) option settings.

Alignments EN 49SK3.0A CA 8.

Table 8-1 Option bits (can be switched ON or OFF in

factory mode; 0 = OFF; 1 = ON)

Option Bit Option Name FeaturesA

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Option

Byte

Number

(OP1...

OP6)

Bit

Number

(Dec.

value)

Option Name Features

S K 3 . 0 A

C A

1 0 (1) OP_BG_SOUND BG System on/off 1

1 (2) OP_M_SOUND M System on/off 12 (4) OP_AV2 AV2 socket selection 1

3 (8) OP_SVHS S-video socket selection 1

4 (16) OP_DVD DVD input selection 1

5 (32) OP_AV_OUT AV output 1

6 (64) OP_AUTO_SOUND automatic sound switch 0

7 (128) OP_ON_SOURCE Power ON mode selection 1

2 0 (1) OP_COMB Comb filter on/off (available for AV and NTSC) 0

1 (2) OP_REFRESH Factory parameter refurbish 0

2 (4) OP_FMWS bandwith of sound channel 0

3 (8) OP_DSK Dynamic Skin Tone Correction (TV) 0

4 (16) OP_DUB DUB, DBE vol-effect selection (1 = small speaker 25 inch; 0 = big speaker) 0

5 (32) OP_RESET Power ON inspect circuit; 1: open; 2: close 1

6 (64) OP_SENSI sensitivity (during search mode) 1

7 (128) OP_TEMP Colour temperature function 1

3 0 (1) OP_XDT X ray test mode (1 = on; 0 = off) 1

1 (2) OP_MUTE Volume interrupt mode 0

2 (4) OP_FCO colour system selection (automatic - non automatic) 0

3 (8) OP_EVG Horizontal protection mode (0 = protection mode; 1 = test mode) 0

4 (16) OP_MUS N system selection (1 = American system; 0 = Japanese system) 1

5 (32) OP_FFI fast filter IF-PLL 0

6 (64) OP_CMSS UOC CMSS bit 1

7 (128) OP_SUPERWOOFER sound effect selection 1

4 0 (1) OP_DSP Audio channels treated by DSP 1

1 (2) OP_LOUDNESS Loudness selection 1

2 (4) OP_PROG_SCAN Automatic scan function on/off 13 (8) OP_IDENT_SENSI PAL/NTSC colour sensitivity 1

4 (16) OP_ACL Auto colour limit 0

5 (32) OP_IDENT_SL Search Identification signal SL (see Note below) 1

6 (64) OP_IDENT_SID Search Identification signal SID (see Note below) 0

7 (128) OP_TILT Geomagnetism compensation 1

Note: bit 5, bit 6: 00 = SL or SID; 01 = SID; 10 = SL; 11 = SL and SID

5 0 (1) OP_V12_ENGINE V12 1

1 (2) OP_M37161 OSD selection (1 = Mitsubishi; 0 = UOCIII) 1

2 (4) OP_EQ Equalizer selection 1

3 (8) OP_SMU restore factory settings 1

4 (16) OP_RGB RGB input selection 1

5 (32) OP_SPATIAL Spatial effect selection 16 (64) OP_A12 A12 selection 1

7 (128) OP_BARCODE barcode 0

6 0 (1) OP_16_9 16:9 mode selection 1

1 (2) OP_9333 1 = 9333; 0 = 9330 0

2 (4) OP_STILL Frozen picture function 1

3 (8) OP_AI Rear AV 1

4 (16) OP_SCREEN_SAVER screen saver on/off 1

5 (32) OP_MUSIC_TV Allow audio throughput (“0“) or not (“1“) without the presence of a video signal 1

6 (64) OP_CALENDAR perpetual calendar 1

7 (128) OP_SCAN_MODE Scan mode selection 1

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Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 52 SK3.0A CA9.

WE Write Enable control line

WST World System Teletext

XTAL Quartz crystal

Y Luminance signal

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9.4 IC Data Sheets

This section shows the internal block diagrams and pin layouts

of ICs that are drawn as "black boxes" in the electrical

diagrams.

9.4.1 Diagram A1, L7800 (IC604:608)

Figure 9-1 Internal block diagram and pin configuration

G_16550_048.eps251006

Block Diagram

Pin Configuration

TO220FP

TO-3

TO-220

D2PAK (Any Type)

Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 53SK3.0A CA 9.

9.4.2 Diagram A1, STR-W6756 (IC601)

Block Diagram

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G_16550_046.ep s

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g

Pin Configuration


9.4.3 Diagram A3, TDA4863 (IC301)

Block Diagram

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G_16550_043.eps

251006

Pin Configuration

TDA4863J

C1 C4 C2

DIFFERENTIALINPUTSTAGE

VERTICALOUTPUT

7 6 5 4 3 2 1

REFERENCECIRCUIT

FLYBACKGENERATOR

VP1

VN

GND

deflectioncoil

R4

from TDA485X

THERMALPROTECTION

VFBV-OUT

R1VF

VP2

RS1

VP

CS1

RPR3

R2

D1

INNINP

TDA4863AJ

DIFFERENTIALINPUTSTAGE

VERTICALOUTPUT

1234567

REFERENCECIRCUIT

FLYBACKGENERATOR

VP1

VN

GND

deflectioncoil

from TDA485X

THERMALPROTECTION

VP3V-OUT

R1

VP2

RS1

VP

CS1 CF

RPR3

R2

D1

INNINP

R6

R5

C1

C2

VP1

VFB

VP2

GND

V-OUT

INN

INP

1

2

3

4

5

6

7

TDA4863J

VP1

VP3

VP2

GND

V-OUT

INN

INP

1

2

3

4

5

6

7

TDA4863AJ


9.4.4 Diagram A6, TDA7266B (IC401)

Block Diagram VCC

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G_16550_045.eps

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Pin Configuration

1

2

4

Vref

7YB-TS

IN1

0.22µF

CC

133

+

-

-

+

OUT1+

OUT1-

15

14

12

6ETUM

IN2

0.22µF

+

-

-

+

OUT2+

OUT2-

8

9S-GND

PW-GND

470µF 100nF

1

2

3

4

5

6

7

9

10

11

8

N.C.

N.C.

S-GND

PW-GND

ST-BY

MUTE

N.C.

IN1

VCC

OUT1-

OUT1+

13

14

15

12

OUT2+

OUT2-

VCC

IN2


9.4.5 Diagram B1, TDA6111Q (IC501:503)

Block Diagram

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G_16550_044.eps

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Pin Configuration

DIFFERENTIAL

STAGE

MIRROR

MIRROR

CURRENTSOURCE

MIRROR

MIRROR

TDA6111Q

7 V

supply voltageinput HIGH

feedbackoutput

6

Vbias

FOLLOWERS

C par

9

non-invertinginput

invertinginput

3

1

24

ground(substrate)

supply voltageinput LOW

7

8

5

cathodetransientoutput

cathodeDC output

black currentmeasurementoutput

MGA05 8

1

2

3

4

5

6

7

8

9

DDLV

GND

TDA6111Q

ipV

inV

omI

ocV

cnV

fbV

DDHV


9.4.6 Diagram C1, TDA9333 (UN500)

Block Diagram

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G_16550_041.eps251006

Pin Configuration

SWITCH

Y

Y

U V SAT CONTR

U

V

SATURATIONCONTROLCOLOUR

DIFFERENCEMATRIX

RG

B

CONTRASTCONTROL

RG

B

RGBINSERTION

RGG

B

BRIwhitepoint

WHITE POINTAND

BRIGHTNESS

CONTROL

R

B

OUTPUTAMPLIFIER

ANDBUFFER

BLUE STRETCH

4041

42

28

27

26

YIN

UIN

VIN

RGB-YUVMATRIX

BLACKSTRETCH

PWLAND

BEAMCURRENTLIMITER

CONTINUOUS

CATHODECALIBRATION

44

30

31

32

RI1

GI1

BI1

SUPPLY

H-SHIFT

SOFTSTART/ STOPLOW-POWERSTART-UP

H/V DIVIDER19 × 6-BIT DACs

2 × 4-BIT DACs

I2C-BUS

TRANSCEIVER

10

43

11

25

18

6

19

17

7

39

DECBG

GND1

GND2

23

VP1

DECVD

VP2

CLOCKGENERATION

AND1st LOOP

20 21 13 14 22

PHASE-2LOOP

HORIZONTALOUTPUT

15 16

VSC Iref

RAMPGENERATOR

1 2 4

VERTICALGEOMETRY

3

E-WGEOMETRY

GEOMETRY CONTROL

24

12HSEL

33 2938373635 34

TDA933xH

BL1 FBCSOBL2GI2RI2PWL

BI2

BCL

BO

GO

RO

BLKIN

DACOUT

SDA

SCL

VDOA

5 89

VDOB EWOEHTIN

XTALI XTALO

LPSUFLASH HOUT

SCO HFB

DPC

HD

VD

1

2

3

4

5

67

8

9

10

11

33

32

31

30

29

28

27

26

25

24

23

1 2

1 3

1 4

1 5

1 6

1 7

1 8

1 9

2 0

2 1

2 2

4 4

4 3

4 2

4 1

4 0

3 9

3 8

3 7

3 6

3 5

3 4

TDA933xH

BL1

BI1

GI1

RI1

YINUIN

VIN

DACOUT

HD

VD

VDOA

VDOB

EWO

EHTIN

FLASH

GND1

HOUT

SCO

SDA

FBCSO

B C L

B O

G O

R O

V P 2

B L 2

G I 2

R I 2

P W L

B L K I N

B I 2

H F B

D P C

V S C

I r e f

V P 1

D E C

B G

X T A L I

X T A L O

L P S U

H S E L

G N D 2

DECVD

SCL


9.4.7 Diagram C1, TDA9333 (UN500)

Block Diagram (not available)

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G_16550_040.eps251006

Pin Configuration

1

16

11

12

13

14

15

5

6

7

8

9

10

2

3

4

17

18

19

20

21

42

27

32

31

30

29

28

38

37

36

35

34

33

41

40

39

26

25

24

23

22

P11 / SCL1

P00 /PWM0/DA

P01 /PWM1

P02 /PWM2

P03 /PWM3 /AD1

P04 /PWM4/AD2

P05 /AD3

P06 /INT2/AD4P07 /INT1

P20 / SCLK/AD5

P21 / SOUT/AD6

P22 / SIN/AD7

P23 /TIM3

P24 /TIM2

P25 /INT3

P26 /XCIN

P27 /XCOUT

CNVSS

VSS

P12 / SCL2

P13 / SDA1

P14 / SDA2

P16 /AD8 /TIM2

P50 /HSYNC

P51 /VSYNC

P52 /B

P53

/GP54 /R

P55 /OUT

CLK CONT /P1

P30 / SDA3

P31 / SCL3

P15

RESET

P35

P36

VCC

P37

FILT

Outline 42P2R

M 3 7 1 6 1 M 8 H / MA H / M C H-X X X F P ,M 3 7 1 6 1 E F F P

XIN

XOUT

NC

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Spare Parts ListEN 64 SK3.0A CA10.

UN405 9965 000 41201 CP1117E18LA ANAChipUN500 9965 000 41196 OM8380HUN800 9965 000 41193 M37161EFFP

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Revision List EN 65SK3.0A CA 11.

11. Revision ListManual xxxx xxx xxxx.0

• F irst re lease.

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Revision ListEN 66 SK3.0A CA11.

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Philips Chassis SK3.0A CA

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