Philips A10PTV Service Manual

Colour Television Chassis

A10PTV 2.0 Pal

AA 01.01

Touch-up Convergence adjustments

Ensure that a signal is connected to the set for the Mode being

Convergence Alignment

The set should be warmed up for at least 20 minutes prior to making
any Geometry or Convergence adjustments.

adjusted. Enter the Digital Convergence Mode (DCM) by entering 0­6-2-5-9-7-(Status or Index) on the Remote control. The following
menu will appear:

A signal must be applied to the set, for the Mode being adjusted,
while performing Convergence or Geometry alignments. This is
necessary to provide the correct Line and Frame sync to the
Convergence panel. Failure to do so will result in an out of
convergence picture when signal is applied to the set. The set must
be convergenced twice, once forPAL or SECAM and once forNTSC.
Since the Line and Frame rate is the same for PAL and SECAM, it is
not necessary to adjust for both.

The Serviced Technician should sit at least 5 to 10 feet from the front
of thescreen while doing Convergence. Ensurethat you are eyelevel
with the area of the screen you are adjusting.

When performing Digital Convergence, the adjustments are
interactive. A change in one quadrant will affect adjacent areas of the
screen. Several passes through the Convergence sequence may be
necessary. When doing Convergence, it is advised to follow the
sequence patternwhen goingfrom on adjustment location to another.
Pressing the Right Cursor key will sequence the Icon through a
preloaded sequence.

When the Convergence error is small, a touch up Convergence will
be all that is necessary. Do not adjust Green Geometry while in this
mode. A compete in-depth Convergence is required when the Small
Signal Module (SSM) or the Convergence Memory IC, has been
replaced. If the SSB (Small Signal Board) or the Large Signal Board
(LSB) has been replaced, a complete in-depth Geometry should be
completed beforeConvergence isadjusted. The Geometry alignment
should not be necessary if the SSB or LSB have not been changed.

CL 16532049_001.eps

Figure 1

Select an active channel or Aux Input. A signal must be applied to the
set when performing convergence. If any Customer Adjustments
need to be made, the Menubutton can be usedto toggle between the
Customer Menu and DCM. The MPOSD ADJUST is used to center
the Customer Convergence grid. A highlighted cross will appear
along with the Convergence alignment grid. The highlighted cross
should be centered onto the center of the Convergence grid.

110501

When performing a complete in-depth Convergence alignment, a
Screen Template is necessary to obtain the correct Geometry. The
correct Templates are listed below:
43 INCHST4168
50 INCHST4169
55 INCHST4170

©

Copyright 2001 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.

Published by TA 0165 Service PaCE Printed in the Netherlands Subject to modification



3122 785 40380

GB 2 A10PTV2.0 01.01

To perform a Touch Up Convergence, highlight SELECTION and
press the right cursor button on the remote. The following menu will
appear:

CL 16532049_002.eps

Figure 2

110501

12. Remove the Jumper on connector 1005.

Note: If a CRT has been replaced, it is only necessary to perform
Screen Centering for the CRT being replaced.

GREEN GEOMETRY

1. Make sure a signal is applied to the set.

2. Enter the Convergence mode by entering 0-6-2-5-9-7-(Status or
Index). Use the Menu button to toggle between DCM and
Customer Mode. Select an active channel or input while in the
Customer Mode.

3. Place a Template over the Screen.

4. Select GREEN in the SELECTION menu.

5. The Icon will appear in the center of the screen. Press the Right
Cursor keyon the remote tomove the Icon to thenext adjustment
location. At each location press the Status or Index button to
enter the ADJUST mode. Using the Cursor keys, adjust the Icon
onto the adjustment point on the template. It is recommended
that the two outside vertical lines not be adjusted in the first two
passes.

6. Continue to follow the pattern and make corrections until the
Convergence Crosshatch pattern matches the Template.

7. Press the Menu button to return to the SELECTION menu.

8. Use the Cursor down key to highlight the STORE selection.

9. Press the Right cursor key to save the alignments.

10. Remove the Template.

Selections STORE, RESTORE FACTORY, and RESTORE
DEFAULT are not shown after selecting SELECTION. Press the
cursor down button on the Remote for these selections to appear.
RESTORE FACTORY loads Convergence defaults from the Factory
Loaded section of the Convergence Memory IC. RESTORE
DEFAULT loads Convergence defaults from the sets software.

To perform a Touch-up Convergence:

1. Enter the Convergence Mode and select RED TO GREEN or
BLUE TO GREEN. Do not select GREEN (Green Geometry)
without placing a Template over the screen. To perform Green
Geometry, refer to the Complete in-depth Convergence.

2. Use the Cursor buttons on the Remote to Navigate from one
adjustment point to another. Press the Status or Index button on
the Remote to select ADJUST. Use the cursor buttons on the
Remote to adjust the Red to Green or Blue to Green. Press the
Status or Index button again to navigate to the next adjustment
location.

3. After Convergence alignments are complete, press the Menu
button on the Remote to return to the SELECTION menu.

4. Highlight the STORE selection and press the right cursor key on
the Remote to save changes.

5. Use the GREEN TO RED or GREEN TO BLUE selections to
perform convergence when the Green CRT has been replaced.

Complete in-depth Convergence

SCREEN CENTERING

1. Make sure a signal is applied to the set for the mode being
adjusted.

2. Enter the Convergence mode by entering 0-6-2-5-9-7-(Status or
Index). Selectan active channel orinput. If the Customer settings
need to be adjusted, pressing the Menu button will access the
Customer menu.

3. Place a Template over the screen.

4. Select GREEN in the SELECTION menu.

5. Place a jumper across connector 1005 on the SSM to defeat
convergence drive.

6. Using the centering rings on the Green CRT, center the
convergence pattern onto the center point of the Convergence
Template.

7. Press the Menu button on the Remote to return to the
SELECTION menu.

8. Select RED TO GREEN in the menu.

9. Center the Red pattern onto the Green pattern.

10. Select BLUE TO GREEN in the SELECTION menu.

11. Center the Blue pattern onto the Green pattern.

RED CONVERGENCE

1. Select RED TO GREEN in the SELECTION menu.

2. Adjust the Red crosshatch pattern onto the green pattern in the
same manner that Green was adjusted to the Template.

3. Save the alignments.

BLUE CONVERGENCE

1. Select BLUE TO GREEN in the SELECTION menu.

2. Adjust the Blue crosshatch pattern onto the green pattern in the
same manner that Green was adjusted to the Template.

3. Save the alignments.

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

13A10PTV2.0 NTSC 6.

6. Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Block Diagram

BLOCK DIAGRAM

RED CRT

PANEL

B 1

SMALL SIGNAL PANEL

C

GREEN CRT

PANEL

B 2

BLUE CRT

PANEL

B 3

SVM PANEL

J

LARGE SIGNAL PANEL

A

or

LOCAL CONTROL

IR/LED KEYBOARD

M

N

ANALOG SSB

E

K

CENTER
CHANNEL
SWITCH

SIDE
JACK
PAN EL

D

PFC PANEL

G

AC POWER
SWITCH
PANEL

L

PIP PANEL

F

CL 06532143_031.eps

091100

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Large Signal Panel testpoint overview (top side)

LSB Panel Component Location Diagram (Top Side)

14A10PTV2.0 NTSC 6.

1502

1 2

7302

I154
W10

16914

I159
W82

I155
W11

10

1 2 3 7 8

F106
W84

I165
W83

7301

1510

3

4

8

1

1

1500

I214
W39

3

I201
W29

5801

I220
W45

I156
W12

S

D

G

11

84

1

18

I212
W37

567

I221
W46

I210
W36

I205
W32

916

1012131415

F209
W20

5900

F305
W78

F217
W25

6830

I224
W49

I227
W51

I300
W57

10

F301
W65

8

7

I301
W58

2

1

F302
W66

1508

1

3

3507

F305
W69

1

1574

2

1504

I140
W7

F111
W14

1

1505

1

I145
W9

20

22

1506

1

3840

12

I231
W55

I216
W41

1518

I223
W48

4

2

4
4

4

5800

2852

1

I218
W43

3

1

I215
W40

5803

F215
W23

3

4

7801

C

F218
W26

B

C

2

E

F202
W16

1

B

1520

E

I229
W53

7803

F203
W17

C

I232
W56

1

I204
W31

3

F201
W15

7550

5

I208
W35

3593

F204
W18

6

I200
W28

3

2

1

2916

8

7

I217
W42

7830

I225
W50

E

B

I228
W52

I206
W33

4

7

5

I207

I203

W34

W30

F314
W77

I302
W58

12

F214
W22

I142
W8

5300

I171
W79

15

12

14

12

1

1516

I137
W5

16

18

I138
W6

F307
W71

3890

F304

9

W68

3505

3510

CL 16532085_001.eps

6504

110701

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Large Signal Panel testpoint overview (bottom side)

LSB Panel Component Location Diagram (Bottom Side)

1510

3

1

15A10PTV2.0 NTSC 6.

1502

4

1

8

2 1

1574

6504

F305
W69

1

2

3507

F307
W71

3890

I228
W52

1500

1

I214
W39

I156
W12

S

D

G

F111
W14

4

1

I142
W8

8

11

7301

5300

22

I145
W9

I140
W7

20

I137
W5

18

I138
W6

I171
W79

15

16

12

14

I210

I205
W32

916

F209
W20

I212

W36

W37

10 12 13 14 15

5801

5900

8

F305

I224
W49

4
4

F217
W25

6830

W78

I231
W55

I221
W46

1

1

1

7

C

E

F218
W26

I309
W64

F301

I300

W65

W57

8

10

F310
W74

3

I218
W43

I227
W51

2852

4

5803

4

F302
W66

2

1

F311
W75

I306
W62

I222
W47

B

C

7800

E

C

7909

E

B

E

B

C

7906

F312
W76

I229
W53

I308
W63

B

E

E

I301
W58

7908

C

1

2

B

C

7830

7907

B

567

1506

I220
W45

1504

1505

I201
W29

3

F106
W84

I165
W83

I159
W82

10

78

I155
W11

14

16

7302

3

1

2

I154
W10

9

F309
W73

I223
W48

7553

7801

B E

C

F215
W23

C

7551

B E

I230
W54

I215
W40

3840

3

5800

1

4

I216
W41

2

1

12

1

12

1516

1518

CL 16532085_002.eps

110701

C

7590

B E

I232

I305

W56

W61

E

7501

B E

7500

C

F308
W72

B

C

7803

C

B

C

I225
W50

E

E

B

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

16A10PTV2.0 NTSC 6.

Large Signal Panel Waveform Overview

Small Signal Panel waveform overview

CL 16532085_005.eps

110701

CL 16532085_006.eps

110701

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Small Signal Panel testpoint overview (top side)

SSM Panel Component Location Guide (Top Side)

17A10PTV2.0 NTSC 6.

6

5

F708
W158

8

10

7

I058

W159
I057
W157

14

1 7

F716
W160

12

7502

8

1266

1264

1

2

3

I056
W156

1020

F706
W154

F707
W155

1

1007

1008

6 1

3

1 4

1 4

1016

12

1017

F048
W115

RED

F049
W116

1

F059
W126

1

F058
W125

1074

4 1

F014
W112

BLUE

F057
W124

7014

F056
W123

1

1913

1

4

F040
W118

F050
W117

8

5

7001

1

5022

4

7000

B

C

E

F011
W109

6

F055
W122

7012

F054
W121

F028
W110

1073

4 1

14

7015

E

15

F053
W120

B

F029
W111

GREEN

C

18

F052
W119

186

12

16

1006

1

1018

1 3

7710

4

1004

F741
W161

1

IN

GND

10

1055

7612

3 1

1

1056

1 2

9

8

GND

OUT

2

OUT

7611

IN

1

2

7007

W158

1 5

5

F604
W132

4

F605
W148

1

1083

W149

I091
W138

W150

3661

10

W151

1014

1 7

1039

1 3

8

1

2

OUT

1

GND

6009

IN

2

6010

OUT

1

GND

IN

1010

1005

1 2

1 3

1002

7402

1

11

10

1

2

8 5

7308

1 4

1084

1262

1

1000

W86

W85

W88

W87

33

34

32

3 1

1026

35

39

40

W91

41

42

50

525356

W89

W90

1

1001

1036

W93

57

58

W92

10

1 5

70

72

W95

W94

1072

1 3

1044

W96

1 3

24

79

80

23

22

1

5

2

1013

2

3

8

1263

1

11

1301

F301
W97

1 2

1015

4

1 2

1

1023

CL 16532085_003.eps

1003

3

1 2

1037

110701

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Small Signal Panel Testpoint Overview (Bottom Side)

SSM Panel Component Location Guide (Bottom Side)

18A10PTV2.0 NTSC 6.

22

1003

F708
W158

F716
W160

8

10

12

I058
W159

I057
W157

B

E

E

C

7501

B

C

7500

E

B

C

7415

1

B

E

1266

2

3

2

4

6810

1264

579

3

1

1

2

3

1262

24

23

1013

1263

1

C

7229

B

E

1

4

F041
W153

1301

C

7224

B

E

79

80

3225

F222
W152

7504

W96

11

I056
W156

F707
W155

1

567

3

F706
W154

C

B

C

7503

E

7711

1

W93

70

72

W95

W94

1020

W92

E

B

7300

C

B

E

7303

C

18

6

1

7014
F014

W112

C

7016

B

7615

B

E

C

E

1074

1

E

C

C

7602

C

7606

B

E

B

C

7604

B

7605

E

7600

E

E

B

4

E

W130

B

E

7601

C

C

B

E

F058
W125

W136

W128

C

E

7607

B

7613

F059
W126

B

E

7614

C

W144

B

W141

C

W145

E

7610

B

C

7608

E
B

C

7609

E

B

C

W146

W143

BLUE

7710

9

7712

1

8

F741
W161

16

4

1

W133

C

7301

B

E

W98

W88

W91

57

53

58

52

56

50

1026

35

33

39

41

42

40

34

32

W89

W90

W87

W99

W86

1

2

W85

3615

W193

3600

3621

W127

W134

F056
W123

W135

W139

F057
W124

7603

B

W129

W140

C

7402

10

11

2

1

C

7005

B

F052
W119

E

18

F029
W111

GREEN

E

7018

F053
W120

B

C

14

15

F028
W110

1073

4

1

F054
W121

25

7012

24

F055
W122

6

40

7003

41

64

65

B

C

B

E

7002

E

7004

C

E

B

7017

C

W158

1039

1 5

C

7410

B

E

F011
W109

1

80

E

7405

1

RED

1913

W107

I013
W104

W105

W106

I012
W103

1

F049
W116

3058
3059

F048
W115

F019
W113

F020
W114

4

F040
W118

F050
W117

5

1

7011

6

10

5

6

7009

5

7010

6

W108

1

10

1

10

W102

I017
W100

W101

B

E

7020

C

7019

E

B

C

C

7021

B

E

B

C

B

C

7401

E

3

F301
W97

85

7403

4

1

1

CL 16532085_004.eps

110701

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Wiring diagram

19A10PTV2.0 NTSC 6.

CL 06532143_034.eps

091100

Block- and Wiring Diagram, Testpoint Overview and Oscillogramms

Supply Distribution Diagram

SUPPLY DISTRIBUTION DIAGRAM

G

1008

1000

PFC FILTER PANEL

1104

L

1000

1001

AC
POWER
SWITCH

1002

1106

3009

3010

3300

9101

PFC

GND_C

RAWSTBY

GND_HA

1100

3
5

8

6

1

1102

N

IR-LED
KEYBOARD

PFC ON

11

J

+5VSTBY

E4

E3

7064

7066

7070

E2

0226

40

7405

43
36
38

7401

7403

E5

7651

E1

7301

ANALOG SSB

F3

+33V

9

+8V

PIP PANEL

8

0201

F5

7

7501

C4

1026

1014

7435
SW

7434
SW

SVM
PANEL

40
43
36

38

1

160~378V

160~320V

14V

130V

+15V

SMALL SIGNAL PANEL

+3.3STBY

TUNER

+5VSTBY

1001

78

+8VS

+5VD

+5VS

A1

1500

3
5

8

6

1

1502

LARGE SIGNAL PANEL

+33V_A

+5V
+8V

9

7402

7403 7401

POWER
SUPPLY

1300

STARTUP

3216

C9

10
9

FULL

SUPPLY

STANDBY
SUPPLY

1004

+33V_B

7710

1018

3712

20A10PTV2.0 NTSC 6.

1302

+3V3STBY

+5VSTBY

10

12

1012264

3759

3760

7711

7307

130V

264

7712

+15SSB

+5V2

C3

1017

1518

13OV

41V

12

+32V

11

A2

LINE/FRAME DEFLECTION

240V

FIL HI

FIL LO

3815

3817

3865

1

4
3

1510

B2

1882

3830

3820

3819

3831

7801

CRT

1

3
4

B1

1871

RED
CRT

3731

3730

4
6
5

1

3720

3719

7701

+12V

CRT

1881

3867

8

-32V

3

1516

+13V VERT

-13V VERT

1800

1801

+30VSCAN

8

7550

FRAME
OUT

6

1883

6

GREEN CRT PANEL

+12V

5
4

1

1884

1
4
5

B3

1894

BLUE
CRT

3731

3730

4
6

5

1

3720

3719

7701

+12V

CRT

A3

-13VA

HV

+15VSCAN

HIGH VOLTAGE
AND SHUTDOWN

F6

C10E7

C6

7612

+12V

7611

1083

6

+8V

41V

3

7402

+5VS

C7

6

7502

3527

F2

+33V

7502

TUNER

+5VS

4

9

1912

1910

-32V

6010

6009

6014

+5VD

+5VA

-5V

C1

7003

7007

7001

+8VS

F1

7863

C2

7009

7010

7011

+5VS

7802

REG

3863

3862

+3.3V

+3V

+3VD

7801

1911

7012

7014

+32V

CL 16532083_007.eps

110701

Circuit Diagrams and PWB’s

7. Circuit Diagrams and PWB’s

Large Signal Panel

1502

EH-B

1

2

GND_HA

*

SEE TABLE

3289

11.7V

I108

10K

10n

10K

2284

3288

154V

8

7

GND_HA

6

5

4

1300

3

5A0
5HT

I169

2

1

VH

1500

W13

I135

100MHZ

STANDBY

1-D5,1-C4,
1-D10

RAWSTDBY

RAWSTDBYRTN

RAWMAINRTN

W81

82K

3314

2309

W84

2310

680p

3317

CHINA

X3135_017_05241

82p

GND_ C

I159

15K

F106

220p

2353

2311

VCC

AMV

.28V

2.6V

12

14

2.5V

1n
13

3.2V

X

8

9

10

15

3318

150K

GND_ C

GND_C

GND_ C

GND_C

3315

15K

1K

3316

GND_ C

3135_013_31995_02

3135_017_05261
3135_017_05281

NOTES

1. CAPACITANCE VALUES ARE IN FARADS:
m=MILI u=MICRO n=NANO p=PICO f=FEMTO

2. RESISTANCE VALUES ARE IN OHMS:
R=OHM K=KILO M=MEGA G=GIGA T=TERA

3. SAFETY TRIANGE REPRESENTS PCEC
REPLACEMENT PART ONLY.

4. COMPONENT USAGE VARIES.
REFER TO PARTS LIST / COMPONENT

*

TABLES FOR VERIFICATION.

+18VHOT

7214
BC547B

5315

7302
MC44603A

Vdem in

Sync

C

T

R standby

F

6.3V

R standby

P

2.5V

VOLTAGE

FEEDBACK

E/A OUT

FOLDBACK INPUT

USA
Fighter

X

F114

100u

2209

GND_HB

3231

22R

10u

F113

*

SEE

3241

TABLE

6K8

7206

CQY80N G

+5VSTBY

GND_HB

10K

3212

I116

3214

100K

*

SEE
TABLE

GND_ C

I170

GND_ C

DEMAGNETICATION

MANAGEMENT

Vdem out

Iref

OSCILLATOR

(REDUCED FREQUENCY)

ERROR
AM P

FOLDBAC K

5

I164

15K

3319

GND_ C

Ref Des

0031 NOT USED NOT USED

0032

1502 YES NOT USED NOT USED

2209 YES

2214 YES YES

2218 NOT USED NOT USED YES

2284 YES

2300 YES NOT USED NOT USED

2335

2336 NOT USED YES

3212

3213 YES

2218

I110

+5VSTBY

I114

3215

42

I115

7205

BC547B

3244

I123

3313

10K

Rref

Vosc prot

Vosc

Iref

STANDBY

CURRENT SENSE INPUT

3135_017_05241
CHINA

YES YES

NOT USED NOT USED YES

YES NOT USED NOT USED

1K

15

I118

33K

22n

2226

REFERENCE

3213

10K

+5VSTBY

3223

5V

1

3.9V

I146

2.6V

16

Vref

BLOCK

7204
BC636

47R

1

6205
TL431

3

2.4V

2

I124

Iref

3135_017_05261
AMV

NOT USED NOT USED

NOT USED NOT USED

NOT USED NOT USED

2214

18.3V

5

7213
CQY80N G

I117

8.3V

42

3246

820R

Vref
enable

INITIALIZATION BLOCK

Latch

Reset

THERMAL
SHUTDOW N

CURRENT
SENSE

Dmax & SOFT-START

Iref

7

.13V

GND_ C

3216

10R

10u

I113

GND_HB

3239

2K4

SUPPLY &

QSet

CONTROL

I163

3338

reserved

3135_017_05281
USA_FIGHTER

YES

NOT USED

NOT USED

NOT USED

I105

220u

2206

GND_HB

3287

5.8V

470R

2283

GND_ C

Vovp out

Vref

Soft Start & Dmax

11

2.4V

1u

2306

GND_ C

6207

BYD33D

100p

2228

12

W8051

I103

43

5201

GND_HB

F112

3232

22R

GND_HA

6200

GND_HB

7211
TOP221P

1

8

S1

SH3

2

3

4

GND_HB

BUFFER

OVERVOLTAGE

MANAGEMENT

7

S2

SH2

S36SH1

CTRL5D

47u

GND_ C

2346

100n

11.5V

1

Vcc

18V

UVLO1

Vc

OUTPUT

GND

Vcc

OVERVOLTAGE
PROTECTION

UVLO1

Vref

I133

Ref Des

3214 YES

3215 YES NOT USED NOT USED
3241 YES NOT USED NOT USED

3288

3289 YES

5300

6305 YES YES NOT USED

6310 NOT USED

6314 NOT USED NOT USED NOT USED

7204 YES

7205 YES NOT USED NOT USED

7206 YES NOT USED

7214 YES NOT USED NOT USED

2204

470p

GND_HB

110

2

154V

S229B3

5202

3

153V

4

5

2.7V

I107

W3

W4

100p

2215

2216

3321

reserved

3320

GND_ C

GND_ C

VCC

4

3312

5303

W10

2305

reserved

100p

NOT
USED

100p

2217

GND_HB

+5VSTBY

9100

LKS1AF

12

1305

6313

1N4148

75R

I151

.08V (5.2V)

BC547B

7300

100MHZ

W11

470p

GND_ C

VCC

3135_017_05261
AMV

NOT USED

NOT USED NOT USED

242253102425
S549C1

NOT USED YES

NOT USED

P4KE550

GND_HB

153V

2354

220u

I139

2303

100u

F107

3311

4R7

I154

2

11.2V

I155

3

2V

4

GND_ C

I162

6

1.7V

3135_017_05241
CHINA

YES NOT USED NOT USED

242253102425
S549C1

2212

100p

6235

BYD33D

I102

9

8

7

6204

BYV10-40

100p

I109

2269

1-D5,1-A1,1-D10

STANDBY

GND_HA

F111

2302

470p

6301

3

BYD33J

+5VSTBY

1K

3304

.8V (.06V)

5302

100MHZ

100MHZ

I100

F102

2211

W1

I104

W2

BYV10-40

I112

100u

2270

F117

4K7

3347

F118

I141

.8V (.06V)

7309

BC547B

3303

100K

5301

I165

3135_017_05281
USA_FIGHTER

NOT USED

242253102439
S549C1

NOT USED

NOT USED

8.5V

3230

1K5

100n

2208

100p
6231

2213

+5VSTBY

**

2336

470u

2335

3307

4R7

3306

15R

W12

0031

*

HEATSINK

1234

W83

I101

3222

reserved

6201

I106

3240

39K

1m

5234

10u

*

470u

2300

F108

GND_ C

I136

1-A1,1-C4,1-D10

3344

I143

.02V (.6V)

10n

2349

3343

I156

2V

1

10K

3305

GND_ C

BZX79-C8V2

470u

BYD33M

STANDBY

*

7301

*

6314

10K

10K

I160

.1V

2210

2282

2

3

7209
MC34064P

1

.7V

I122

33R

2301

127V

330p

I120

22u

1u

3310

RESET_

33R

3301

1n5

I142

21

2304

390R

.7V

1N5062

3308

0R1

3309

0R33

7.3V

2

IN

GND

3

F103

I121

3245

0V

1K

7208
BC547B

+3V3STBY

3302

11

10

GND_ C

8

4

W8

22021

1

0032

*

MECHPART

12345

6302

6303

GND_ C

GND_ C

GND_ C

4n7

2307

4n7

2308

GND_ C

21A10PTV2.0 NTSC 7.

LSB PANEL SCHEMATIC
(Section 1 of 3)

1-D11

GND_ C

5300

*

S549C1

1N5062

RESET

2203

2n2

I149

1m

2338

2339

100n

0033

534265

2312

N/U

12

470p

6305

*

100MHZ

I171

I137

I145

W9

220p

2323

6308

6310

W79

W5

W7

5320

100MHZ

I152

220p

2329

6309

BY229X-600

0043

100MHZ

5319

100MHZ

0040

5310

100MHZ

12

5304

1

2313

BY229X-600

I138

I147

BY229X-600

534265

2

534265

*

MUR8100E

BY229X-600

I168

12

5306

13

14

15

16

17

I140

18

19

22

5308

100MHZ

I153

BY229X-600

5321

3u3

I161

5305

10u

470u

220p

2315

6306

W6

220p

2319

6307

1302

T4A

MRT

5313

100MHZ

2330

I130

2314

470u

0036

12

HEATSINK

0038

12

2331

1m

3333

I148

I157

100n

8.7V

13.9V

0R1

13.9V

1.2V

3334

HEATSINK

5314

2332

7307
MC34063A

8 DCOL

7IS

6

VCC

5 CIN-

1K

2340

I172

1m

2316

1m

2320

2324

10u

1-G1,1-F4,1-D4
VCC

1m

CQY80N G

IPK

OSC

+130V

5309

10u

2m 2

7303

TL431

10n

5322

10u

5307

10u

I144

2325

2328

11.7V

1.8V

7304

I126

QRS

REFERENCE
REGULATOR

2341

100n

5311

10u

100n

1u

3328

100R

13V

15

3326

42

12V

3327

100R

11.9V (.03V)

1

3

2.4V

2

3335

100K

2317

2321

2327

3329

330R

4K7

2333

1SWC

8.7V

2SWE

3TIMC

.7V

4GND

5317

10u

I134

1m

1m

(.5V)

2m 2

2n2

3336

100R

3325

I173

100n

2322

10K

IRF9Z24N

9.8V

1

2342

2356

2318

100n

+15VSSB

2326

5312

10u

2334

3351

3352

100n

7308

3337

390R

22n

2351

I132

I158

470p

470u

33n

+32V

4K7

4K7

+130V

3322

2

1

2355

2

-32V

3324

3350

2K7

0046

5.8V

13.9V

47K

3323

12

470p

F125

100K

470R

HEATSINK

I127

1n

2343

I131

+15VSCAN

4K7

3353

F101

6312

+5V2

+3V3STBY

32VRTN

UC15006

SB360

+5VSTBY

5318

F116

3339

3K3

3340

220K

+15VSSB

5235

10u

F123

5239

10u

2344

F121

10n

-32V

+32V

I128

1m

+130V

F119

1-D5,1-A1,1-C4

STANDBY

2285

5238

10u

F126

F124

F127

5316

10u

F115

F110

F122

2345

RESET

I129

10n

2352

+5V2

1m

1518

EH-B

1

2

3

4

5

6

7

8

9

10

11

12

1516

EH-B

1

2

3

4

5

6

7

8

9

10

11

12

RESET

+3.6v

+3V3STBY

+5VSTBY

-31.3V

-31.3V

GND

GND

31.1V

31.1V

GND

GND

37.8V

37.8V

CL 16532050_005.eps

150501

Large Signal Panel

W30

220R

4R7

100n

2586

2570

I206

100n

470p

3890

100R

3573

100R

F205

W33

2571

3563

220R

2558

68n

2559

+15VSCAN

7800

BC847B

I228

3594

100R

1n

470p

100n

3800

2K2

VPUL

-13V

3-F1

I203

2557

100u

3565

3562

2565

6550

BYV27-200

Circuit Diagrams and PWB’s

LSB PANEL SCHEMATIC
(Section 2 of 3)

7550
TDA4861

THERMAL

AND SOAR

PROTECTION

VERTICAL

INP2

V-OUT

VP2

3

5

4

13V 12V -13V -10V 13V .3V

.8V

150p

I208

3572

W35

100R

1n

2K

2564

3595

33K

14V

2.5V

3593

2513

1K

3803

2K2

I200

2511

2K

3550

I209

1R

3584

W47

I222 I223

2556

10n

3866

.9V

47K

+15VSCAN

7590

BC847B

I232

VERTICAL

DRIVER

DIFFERENTIAL

INPUT

AMPLIFIER OUTPUT

VP1

INP1

1

2

13V

.8V

100n

2572

2n2

3551

W38

I213

*

3840

1M

47K

3802

14V

-.2V

.26V

6551

BAS216

FLYBACK

DRIVER

FLYBACK

GENERATOR CIRCUIT

SUB

6

2514

470p

I207

W34

2516

2567

F213

FLB

470p

22A10PTV2.0 NTSC 7.

DY_PHASE CORR.

ABL

E/W DR.

CRT_PROT

W23

3834

6830

3839

9

3-G1

CRT_PROT

I217

2809

100n

3809

330R

3830

470R

BYD33M

330K

212V

7830
2SC3675

1.4V

3838

101112

3-D8

ABL

W42

2806

2807

1.5V

1R

2836

1K5

PROTN

PROTN

DY_PHASE_CORR

3810

1K5

3811

1K5

470p

3808

4K7

3841

4K7

F215

.15V

3807

100n

2V

0V

W25

1n

F217

330R

7803

BC557B

70V

0V

+130V

I215

5806

12

C925

1n

F218

47u

7801
BF819

I201

470u

2810

W40

34

5800

680p

2608

2838

W26

3816

68K

68K

3825

68K

3823

W41

I216

-.39V

0080

1234

3571

12K

3813

3814

1510

2

3

22u

BYD33J

0R27

+170V_PULSE

3817

EH-B

4

0R27

I211

3865

W69

0R47

3801

0R47

3828

68K

2814

68u

2815

F208

I202

1n

1

5807

6801

3815

130V

131V

1R

131V

7802
BU4515

0V

33R

5805

5

3590

150K

I230

W54

3591

330p

2811

6806

BY228

I219

18n

2816

6808

BYW95C

3581

2K2

12V

2573

470p

7551

.6V

BC847B

.05V

2K2

22R

3592

3456

100R

3596

47R

2574

12V

11.7V

680n

VFB

FRAMEDRIVE +

FRAMEDRIVE -

LINE DR GND

HFB

LINE DR

EH-B

1520

W16

1

2345678

F202

W15

HEATSINK

1234

F201

3829

100R

F204

N/C

2K7

3820

I225

F203

W18

W17

+15VSCAN

PULSE

PCO

VP3

9

8

7

I204

3585

0065

10K

+13V

W50

W22

3.8V

+15VSCAN

3812

3457

2K2

F214

2839

2K7

3835

18n

10u

2837

68K

3837

1.9V

12K

+15VSCAN

7553

BC847B

3458

14V

3.2v

2K2

NOTES

1. CAPACITANCE VALUES ARE IN FARADS:
m=MILI u=MICRO n=NANO p=PICO f=FEMTO

2. RESISTANCE VALUES ARE IN OHMS:
R=OHM K=KILO M=MEGA G=GIGA T=TERA

3. SAFETY TRIANGE REPRESENTS PCEC REPLACEMENT PART ONLY.

4. COMPONENT USAGE VARIES.

REFER TO PARTS LIST / COMPONENT TABLES FOR VERIFICATION.

*

I205

I210

5804

2820

I218

I229

40u

5803

4u7

BYV27-200

I212

2852

1u

2805

3805

2825

470p

6802

2822

430n

W37

100n

100R

BYV27-200

W39

2853

1u

5802

W8073

W20

F209

5801
S409C3

89

7

10

6

5

12

13

14

3

15

16

1

11n

2817

3821

470R

18n

2819

W24

F216

5810

100MHZ

TIP42C
7552

3-D7

2452

SCAN-1

W36

2818

470p

3452

1R5

2u2

2824

470p

6803

I214

14

68

1800

T1A
MRT

3891

6K8

6807

BYD33M

1801

T1A

MRT

W46

3867

2823

6850

BYD33J

2850

470p

W45

I224

W55

F219

2828

2829

1100VP-P

1504

1

2

3

4

W33

1505

1

2

3

4

1506

1

2

3

4

1508

1

2

3

100n

100u

100u

5811

10u

F212

100u

2851

LV

LV

LV

W27 600V P-P

LV

242202514409|con-b03p-lv-ta

5812

10u

+30VSCAN

F210

6809

BAS216

6810

BAS216

F211

1R

I220

I221

3822

220R

W51

I227

3824

220R

I231

3826

220R

3806

1K

2827

2826

-13V

+13V

1m

1m

-13V

CL 16532005_006.eps

150501

Large Signal Panel

+15VSCAN

470K

F314

6502

BAS216

VPUL

+170V_PULSE

CRT_PROT

W30

F304

3505

2-B1

220R

W69

F305

3507

2-C7

47K

W70

F306

2-A5

6552

BZX55-C4V7

+15VSCAN

6504

BYD33D

120K

680p

120K

Circuit Diagrams and PWB’s

LSB PANEL SCHEMATIC
(Section 3 of 3)

+130V

F300

T2A

MRT

1900

4R7

3906

330u

2922

+15VSCAN+15VSCAN

+15VSCAN +15VSCAN

4K7

3500

13.8V

13.2V

13.8V

10K

3501

6500

BZX284-C10

3510

6501

BAS216

3504

2503

BAS216

6503

3506

470n

+15VSCAN

3503

2501

F307

120K

W71

I305

W61

13.7V

W72

13.8V

13.2V

F308

9901

7500

BC807-25

NOT

USED

7501

BC807-25

F309

3K9

3508

23A10PTV2.0 NTSC 7.

W58

6920

3992

470K

2917

2914

3135_017_05281
USA_FIGHTER

NOT USED

NOT USED

F302

3968

100n

100n

3903

129V

7.4V

2.1V

4.4V

12.5V

W66

1u

2911

3917

15K

3910

NOT USED

3941

3942

1K2

220K

I306

#

3902

39K

12K

# = Do Not Measure

12 13 14

11023456789 11

68K

10K

.003V

NC

NC

NC

5904

100MHZ

19.4V

MT

OFF

TEST

100n

BAS216

VB+

GND

ON /

OVP

DRIVER & CONTROL

GND

Vaux

TRANSFORMER

ABL RETURN Vaux

I303

2907

3940

3K3

6905

NOT USED

3915

1K5

2919

4n7

7909
BC807-25

F311

HVG-PTV

5900

BLUEGREENRED

EHT EHT

EHT

Vfoc

PCB-TAB4.8x0.5

1574

1

2

100n

2908

100n

2923

1u

NOT USED

NOTES

1. CAPACITANCE VALUES ARE IN FARADS:
m=MILI u=MICRO n=NANO p=PICO f=FEMTO

2. RESISTANCE VALUES ARE IN OHMS:
R=OHM K=KILO M=MEGA G=GIGA T=TERA

3. SAFETY TRIANGE REPRESENTS PCEC REPLACEMENT PART ONLY.

4. COMPONENT USAGE VARIES.

REFER TO PARTS LIST / COMPONENT TABLES FOR VERIFICATION.

*

+30VSCAN

3960

100R

11.2V

(20.5V)

SCAN-1

3969

47K

(20.2V)

30V

7905
BC547B

11V

(20.2V)

11V

7910
BC557B

-13.2V

100R

3975

3967

270R

F303

6922

W67

-13VA

BAS216

6950

BZX55-C4V7

3991

100K

+30VSCAN

2915

3918

10K

3959

1K

10.8V

(20.2V)

27.9V

19.9V

7906
BC817-25

10K

19.4V

3904

2913

220u

I308

W59W

3983

3990

3907

2K7

6900

6907

6951

BAS216

F313

220R

2K

F312

2K

3909

BAS216

BAS216

I302

BZX79-B27

6919

2912

220u

2916

ABL

2-A6

10n

3135_017_05241Ref Des
CHINA

1900 NOT USED NOT USED

NOT USED NOT USED

2923

NOT USED

3910 NOT USED NOT USED

3915

NOT USED

3135_017_05261
AMV

NOT USED NOT USED

I300

F301

W65

6911

6912

BAS216

BAS216

EH-B

1901

1

2

I301

W60

I304

10K

3900

2910

BAS216

10n

6910

4n7

13.8V

7908

BC817-25

2909

3509

10K

W73

10K

3511

3901

3911

3914

10K

13.8V

.003V

100R

13.8V

0V

10R

F310

7907

BC807-25

3912

.003V

3913

100R

1K5

I309

6921

2918

BAS216

BAS216

47u

CL 16532050_007.eps

150501

Circuit Diagrams and PWB’s

Layout Large Signal Panel (Top View)

Large Signal Panel CBA (Top View)

A

24A10PTV2.0 NTSC 7.

3826 E8

2565 E11

CL 06532143_071.eps

091100

0031 C4
0032 C4
0033 F5
0036 F4
0038 F4
0040 F5
0043 F3
0046 F1
0065 F10
0080 F8
1300 A6
1302 E5
1305 D3
1500 A5
1502 A1
1504 D8
1505 D8
1506 E8
1508 D9
1510 A7
1516 G1
1518 G8
1520 G10
1574 C11
1800 A7
1801 A6
1901 D10
2203 A6
2204 D3
2206 C1
2208 D2
2209 C1
2210 E1
2211 D1
2212 D1
2213 D2
2214 B1
2215 D2
2216 D1
2226 D1
2228 C1
2269 D2
2270 E2
2282 E1
2283 C2
2284 E3
2285 G4
2300 B5
2301 B4
2302 D4
2303 C3
2304 B4
2305 B2
2306 A3
2307 A3
2308 A3
2309 B3
2310 A3
2311 A3
2312 F6
2313 G5
2314 G6
2315 F4
2316 F3
2317 G3
2318 F3
2319 F4
2320 F4
2321 G2
2322 G3
2323 F5
2324 F5
2325 F5
2326 G5
2327 G5
2328 D4
2329 F3
2330 F3
2331 F2
2332 G1
2333 E3
2334 E3
2338 E2
2339 E2
2340 E2
2341 F2
2342 E2
2343 F1
2344 F2
2345 F2
2346 B3
2349 E3
2351 E1
2352 F2
2353 A3
2354 B3
2355 F6
2356 G7
2452 F8
2501 G11
2503 G11
2511 F10
2516 G11
2557 F11
2558 E11
2559 F11

2573 F9
2574 F9
2586 F11
2608 G9
2805 E9
2806 G9
2809 G9
2810 C6
2811 F7
2814 A8
2815 B8
2816 E8
2817 E7
2818 D8
2819 E8
2820 F9
2822 D8
2824 A6
2825 A7
2826 E11
2827 E11
2828 A7
2829 A7
2836 C8
2837 D10
2838 D9
2839 C8
2850 A6
2851 A6
2852 D8
2853 D8
2911 D11
2912 D10
2913 D10
2916 G11
2917 C11
2918 C10
2922 C8
2923 D11
3216 B2
3230 D1
3239 E1
3241 D3
3246 E1
3287 D1
3289 E3
3301 A4
3302 A4
3305 B3
3307 B3
3308 B4
3309 B4
3310 B3
3311 B2
3312 B2
3314 B3
3320 B3
3321 B3
3322 E3
3323 E3
3324 E4
3325 E3
3333 E2
3336 E1
3337 E1
3347 E2
3350 E3
3351 G2
3352 G3
3353 G1
3452 E9
3457 G10
3505 F11
3507 C11
3508 G11
3509 D10
3510 G11
3562 E11
3563 E11
3565 F11
3572 G10
3573 G10
3584 E10
3585 F11
3593 G10
3594 G10
3595 F11
3801 B8
3805 E9
3806 D9
3807 G9
3808 G9
3809 G9
3810 F7
3811 F7
3812 E10
3813 F8
3815 B7
3816 C7
3817 A7
3821 E8
3822 D8
3823 C7
3824 D8
3825 C7

3828 B8
3829 G10
3830 F9
3834 C7
3835 E10
3837 D10
3838 E10
3839 D9
3840 E7
3841 G9
3865 A8
3867 A6
3890 D11
3891 E8
3900 D10
3906 C7
3910 D10
3917 F9
3940 C10
3941 C10
3959 A8
3960 A8
3975 A9
3983 D11
3992 C11
5201 C1
5202 D2
5234 E1
5235 G4
5238 G4
5239 G8
5300 D5
5301 B3
5302 B2
5303 A2
5304 F6
5305 F6
5306 E5
5307 F3
5308 F4
5309 G3
5310 F5
5311 G4
5312 E4
5313 F2
5314 G1
5315 B6
5316 F2
5317 E6
5318 F1
5319 E4
5320 F4
5321 E4
5800 G8
5801 B7
5802 D9
5803 E9
5804 E9
5805 F7
5806 D6
5810 F9
5811 E11
5812 E11
5900 B10
5904 C11
6200 C2
6201 E1
6204 D2
6205 D1
6207 D1
6231 E2
6235 D2
6301 C4
6302 B3
6303 A3
6305 F5
6306 F4
6307 F4
6308 F5
6309 E3
6312 F1
6313 D3
6314 A5
6504 D11
6550 E11
6552 F11
6801 A8
6802 A7
6803 A7
6806 E7
6807 D8
6808 E8
6830 C8
6850 A6
6919 D10
6950 A9
7204 C1
7205 D3
7206 D3
7208 E1
7209 E1
7211 C2
7213 D1
7214 D3
7300 E3

7301 B4
7302 A3
7303 D4
7304 E3
7307 E2
7308 F1
7309 E3
7550 F11
7552 F9
7801 G9
7802 F7
7803 G10
7830 E10
7905 A8
7910 A8
9100 B2
9101 B4
9102 C1
9104 C10
9105 E2
9106 E1
9107 E2
9108 E3
9109 F2
9110 G2
9111 D2
9112 F10
9113 E5
9114 F6
9115 E6
9116 D7
9117 D7
9118 C6
9119 E11
9120 B6
9123 G7
9124 G10
9127 G10
9128 F10
9129 F11
9130 F11
9131 E10
9132 E10
9133 D11
9134 D11
9135 D11
9136 D10
9137 C11
9139 C7
9140 C2
9142 G4
9143 G2
9144 G4
9145 F11
9146 D10
9147 E10
9148 D6
9149 D6
9150 F8
9152 G4
9153 G4

Circuit Diagrams and PWB’s

Layout Large Signal Panel Overview (Bottom View)

Large Signal Panel CBA (Bottom overview)

A

Part 1

CL 06532143_92a.eps

Part 3

CL 06532143_92c .eps

25A10PTV2.0 NTSC 7.

Part 2

CL 06532143_92b.eps

Part 4

CL 06532143_92d.eps

CL 06532143_092.eps

230201

2513 G1
2514 G1
2556 D1
2564 F1
2567 G2
2570 G2
2571 F2
2572 F2
2807 G3
2823 A5
2907 G3
2908 G3
2909 C3
2910 C3
2914 C2
2915 G3
2919 C2
3212 D9
3213 C11
3214 D9
3215 D9
3222 E11
3223 D11
3240 E11
3244 D11
3245 E11
3288 E9
3303 D9
3304 D9
3306 B9
3313 A9
3315 A9
3316 A9
3317 A9
3318 B9
3319 A9
3326 D8
3327 D8
3328 D8
3329 D8
3334 E10
3335 E11
3338 A9
3339 F10
3340 F10
3343 E9
3344 E9
3456 F3
3458 F3
3500 G1
3501 G1
3503 G1
3504 G1
3506 G1
3511 G1
3550 F2
3551 F1
3571 F3
3581 F3
3590 F3
3591 F3
3592 F3
3596 F3
3800 D1
3802 E4
3803 D1
3814 F5
3820 G2
3866 D1
3901 C3
3902 C2
3903 C2
3904 C2
3907 D2
3909 D2
3911 C3
3912 C3
3913 C3
3914 C2
3915 C2
3918 F3
3942 C1
3967 A3
3968 C1

3969 A4
3990 D2
3991 A3
6500 G1
6501 G1
6502 F1
6503 G1
6551 F2
6809 A5
6810 A5
6900 D2
6905 C1
6907 D2
6910 C3
6911 C3
6912 C3
6920 C2
6921 C2
6922 D2
6951 A3
7500 G1
7501 G1
7551 F3
7553 F3
7590 F2
7800 D1
7906 C2
7907 C3
7908 C2
7909 C2

Circuit Diagrams and PWB’s

Layout Large Signal Panel Part 1 (Bottom View)

26A10PTV2.0 NTSC 7.

Circuit Diagrams and PWB’s

Layout Large Signal Panel Part 2 (Bottom View)

27A10PTV2.0 NTSC 7.

Circuit Diagrams and PWB’s

Layout Large Signal Panel Part 3 (Bottom View)

28A10PTV2.0 NTSC 7.

Circuit Diagrams and PWB’s

Layout Large Signal Panel Part 4 (Bottom View)

29A10PTV2.0 NTSC 7.

CRT Panel Red

A

B

G1

GND

GND

RED

C

+12V

FIL HI

FIL LO

IKR

NC

240V

D

E

1871

Circuit Diagrams and PWB’s

30A10PTV2.0 NTSC 7.

123456789

10M

3752

2752

I020

22K

I021

1n

3733

5705

2702

22u

6705

BYD33J

10n

RED CRT PANEL
SCHEMATIC

3720

5R6

W183

F007

3716

2705

3718

22K

RT-01T 1

1n

100R

1702

DSP

I023

3710

1K5

I025

1001

I026

I022

231V

1701
HPS0521

4

5

6

7

8

9

10

11

12

I027

11.5V

8.7V (20.7)

Fil Hi

Fil Lo

169V (189V)

11.5v

230V

11.5V

11.5V

1

1875

1

2

PCB-TAB4.8x0.5

1872

1

2

1873

1

2

SCRN

VH

TO DAG

VH

TO DAG

EH-B

11.5V

10

F005

9

8

2.6V (2.0V)

7

F003

6

5

4

7.1V (5.4V)

3

F004

2

1

5701

100u

I001

W149

I002

F002

I003

I004

F001

W162

5702

15u

I005

2720

1000

10u

1

RT-01T

2721

100n

W178

3735

100R

W175

3703

100R

2701

10n

I006

11.4

I007

2.6V

(2.0V)

2717

(11.1V)

(10.8V)

6701

10u

170V

(192V)

10.9V

10.4V

2.0V

(1.7V)

I008

3K3

3731

7701
2SC3790

I011

68R

3756

I012

7702
BC337-25

I013

220p

2750

I014

BYD33J

W177

W176

2751

3730

3K3

1n

3751

15R

0079

12

3738

I009

HEATSINK

100K

3745

3753

5704

47u

75R

I016

27R

5703

3755

I015

9.4V

1.4V

2SC2383-O

47u

I010

W180

47R

7703

2.0V

3750

170V

(193V)

3742

3743

W179

(172V)

100R

8.7V

(5.7V)

1K

I017

220R

166V

7705
BF421

3740

I019

I018

1K

W181

W182

2722

560p

6702

BZX79-B6V2

3737

3K3

3719

5R6

A

B

C

D

E

12

6706

BYD33J

CL 16532050_008.eps

150501

3456789

CRT Panel Blue

A

B

G1

GND

GND

BLUE

C

+12V

FIL HI

FIL LO

IKB

NC

240V

D

E

1871

Circuit Diagrams and PWB’s

31A10PTV2.0 NTSC 7.

123456789

10M

22K

2752

I020

I021

1n

3733

5705

2702

22u

6705

BYD33J

10n

BLUE CRT PANEL
SCHEMATIC

3720

5R6

W192

3716

100R

2705

F007

3718

22K

1n

1702

DSP

I023

3710

1K5

I025

1001

RT-01T 1

I026

I022

1701
HPS0521

4

5

6

7

8

9

10

11

12

266V

I027

11.5V

8.7V (20.7V)

Fil Hi

Fil Lo

192V (212V)

11.5V

266V

11.5V

11.5V

1

1875

1

2

PCB-TAB4.8x0.5

1

2

1

2

SCRN

1872

VH

TO DAG

1873

VH

TO DAG

EH-B

11.5V

10

F005

9

8

2.6V (2.0V)

7

F003

6

5

4

(5.4V)

7.1V

3

2

1

5701

100u

F004

W151

I001

I002

F002

I003

I004

F001

W164

5702

15u

I005

2720

1000

10u

1

RT-01T

2721

100n

W187

3735

100R

W184

3703

100R

2701

10n

I006

11.4V

I007

2.6V

(2.0V)

2717

10.9V

(11.1V)

(10.8V)

6701

10u

188V

(208V)

10.4V

2.0V

(1.7V)

I008

3K3

3731

7701
2SC3790

I011

68R

3756

I012

7702
BC337-25

I013

220p

2750

I014

BYD33J

W186

W185

2751

3730

3K3

1n

3751

15R

0079

12

3738

I009

HEATSINK

100K

3745

3753

5704

47u

75R

I016

27R

5703

3755

I015

9.4V

1.4V

2SC2383-O

47u

I010

W189

47R

7703

2.0V

3750

188V

(209V)

3742

3743

W188

100R

7.5V

(5.6V)

1K

I017

220R

191.5V

(195.6V)

7705
BF421

I018

3740

I019

1K

W190

W191

2722

560p

6702

BZX79-B6V2

3737

3K3

3752

3719

5R6

A

B

C

D

E

12

6706

BYD33J

CL 16532050_009.eps

150501

3456789