Panasonic TX-32PH40 Schematic

Colour Television

SPECIFICATIONS

Power Source: 220-240V a.c., 50Hz
Power Consumption: 135W
Stand-by Power

Consumption: 2.9W
Aerial Impedance: 75Ω unbalanced, Coaxial Type

Receiving System: PAL I, B/G, H, D/K, PAL-525/60

SECAM L/L’, B/G, D/K
M.NTSC
NTSC (AV only)

Receiving Channels:

VHF E2-E12 VHF H1-H2 (ITALY)
VHF A-H (ITALY) VHF R1-R2
VHF R3-R5 VHF R6-R12
UHF E21-E69 CATV (S01-S05)
CATV S1-S10 (M1-M10) CATV S11-S20 (U1-U10)
CATV S21-S41 (HYPERBAND)

Intermediate Frequency:
Video/Audio

Video 38,9MHz, 34MHz
Audio 32,9MHz, 33,16MHz, 33,4MHz

40,4MHz, 32,4MHz (A2 STEREO)
33,05MHz, 34,05MHz (NICAM)
32,66MHz, 32,4MHz (CZECH STEREO)

Colour 34,47MHz (PAL)

34,5MHz, 34,65MHz (SECAM)

Terminals:

AV1 IN Video (21 pin) 1V p-p 75Ω

Audio (21 pin) 500mV rms 10kΩ
RGB (21 pin)

AV1 OUT Video (21 pin) 1V p-p 75Ω

Audio (21 pin) 500mV rms 1kΩ

AV2 IN Video (21 pin) 1V p-p 75Ω

Audio (21 pin) 500mV rms 10kΩ
S-Video IN Y: 1V p-p 75Ω
(21-pin) C: 0.3V p-p 75Ω

AV2 OUT Video (21 pin) 1V p-p 75Ω

Audio (21 pin) 500mV rms 1kΩ
Selectable output (21 pin)

ORDER No. SM-02010

TX-32PH40D
TX-32PH40D/S
TX-32PH40F
TX-32PH40F/P

EURO-7P Chassis

AV3 IN S-Video IN Y: 1V p-p 75Ω

(4-pin) C: 0.3V p-p 75Ω

Audio (RCAx2) 500mV rms 1Video
Video (RCAx1) 1V p-p 75Ω

AV4 IN Video (21 pin) 1V p-p 75Ω

Audio (21 pin) 500mV rms 10kΩ
S-Video IN Y: 1V p-p 75Ω
(21-pin) C: 0.3V p-p 75Ω

RGB (21 pin)
Component
Video In Y (RCA x 1) 1V p-p 75Ω

Pb (RCA x 1) 1V p-p 75Ω
Pr (RCA x 1) 1V p-p 75Ω

AV4 OUT Video (21 pin) 1V p-p 75Ω

Audio (21 pin) 500mV rms 1kΩ

High Voltage: 31.7kV ± 1kV
Picture Tube: W76EKW10X72 76cm

Audio Output: Front Left/Right 2 x 20W

(Music Power) 8Ω Impedance

Digital Audio Input Coaxial / Optical

Headphones: 8Ω Impedance

3.5mm

Accessories
supplied : Remote Control

2 x R6 (UM3) Batteries

Dimensions:

Height: 588mm
Width: 912mm
Depth: 540mm

Net weight: 58.5kg
Specifications are subject to change without notice.

Weights and dimensions shown are approximate.

NOTE: This Service Manual should be used in conjunction with
the EURO-7 Technical guide.

CONTENTS

SAFETY PRECAUTIONS..........................................................................................................................................................2

SERVICE HINTS.......................................................................................................................................................................3

ADJUSTMENT PROCEDURE AND FACTORY SETTINGS.....................................................................................................4

WAVEFORM PATTERN TABLE...............................................................................................................................................5

ALIGNMENT SETTINGS...........................................................................................................................................................6

BLOCK DIAGRAMS..................................................................................................................................................................7

PARTS LOCATION.................................................................................................................................................................12

REPLACEMENT PARTS LIST................................................................................................................................................13

SCHEMATIC DIAGRAMS.......................................................................................................................................................32

CONDUCTOR VIEWS.............................................................................................................................................................41

SAFETY PRECAUTIONS

GENERAL GUIDE LINES

1. It is advisable to insert an isolation transformer in the
a.c. supply before servicing a hot chassis.

2. When servicing, observe the original lead dress in the
high voltage circuits. If a short circuit is found, replace
all parts that have been overheated or damaged by
the short circuit.

3. After servicing, see that all the protective devices
such as insulation barriers, insulation papers, shields
and isolation R-C combinations are correctly
installed.

4. When the receiver is not being used for a long period
of time, unplug the power cord from the a.c. outlet.

5. Potentials as high as 33kV are present when this
receiver is in operation. Operation of the receiver
without the rear cover involves the danger of a shock
hazard from the receiver power supply. Servicing
should not be attempted by anyone who is not
familiar with the precautions necessary when working
on high voltage equipment. Always discharge the
anode of the tube.

6. After servicing make the following leakage current
checks to prevent the customer from being exposed
to shock hazard.

LEAKAGE CURRENT COLD CHECK

1. Unplug the a.c. cord and connect a jumper between
the two prongs of the plug.

2. Turn on the receiver’s power switch.

3. Measure the resistance value with an ohmmeter,
between the jumpered a.c. plug and each exposed
metallic cabinet part on the receiver, such as screw
heads, aerials, connectors, control shafts etc. When
the exposed metallic part has a return path to the
chassis, the reading should be between 4M ohm and
20M ohm. When the exposed metal does not have a
return path to the chassis, the reading must be
infinite.

LEAKAGE CURRENT HOT CHECK

1. Plug the a.c. cord directly into the a.c. outlet. Do not
use an isolation transformer for this check.

2. Connect a 2kΩ 10W resistor in series with an
exposed metallic part on the receiver and an earth,
such as a water pipe.

3. Use an a.c. voltmeter with high impedance to
measure the potential across the resistor.

4. Check each exposed metallic part and check the
voltage at each point.

5. Reverse the a.c. plug at the outlet and repeat each of
the above measurements.

6. The potential at any point should not exceed

1.4V rms. In case a measurement is outside the limits
specified, there is a possibility of a shock hazard, and
the receiver should be repaired and rechecked before
it is returned to the customer.

X-RADIATION WARNING

1. The potential sources of X-Radiation in TV sets are
the high voltage section and the picture tube.

2. When using a picture tube test jig for service, ensure
that the jig is capable of handling 33kV without
causing X-Radiation.

NOTE: It is important to use an accurate periodically
calibrated high voltage meter.

HOT CHECK CIRCUIT

a.c. VOLTMETER

2kΩ 10 Watts

TO INSTRUMENT’S EXPOSED
METALLIC PARTS

1. Set the brightness to minimum.

2. Measure the high voltage. The meter should indicate.

30.5kV ± 1kV (28”) , 32kV ± 1kV (32”/36”).
If the meter indication is out of tolerance, immediate
service and correction is required to prevent the
possibility of premature component failure.

3. To prevent any X-Radiation possibility, it is essential
to use the specified tube.

Fig. 1.

WATER PIPE

(

EARTH)

2

SERVICE HINTS

How to remove the rear cover

1. Remove the 12 screws as shown in Fig.2.

SCREWS

LOCATION OF CONTROLS

Fig.2.

DG-Board

SCREWS

U-Board

L-Board

A-Board

H-Board

D-Board

Screen

Focus

G-Board

Fig.3.

3

ADJUSTMENT PROCEDURE

TX-32PH40F

Item / Preparation Adjustment/Confirmation
+B SET-UP

4. Receive a Window pattern.

5. Set the controls :­Brightness Minimum
Contrast Minimum
Volume Minimum

CUT OFF

1. Receive a Window pattern.

2. Degauss the tube externally.

3. Set the TV into Service Mode 1.

4. Select Sub brightness mode.

Confirm the following voltages.

A - Board

A1 Pin2 7.5 ± 0.5V IC1252 Pin2 2.5 ± 0.25V
A1 Pin12 -20 ± 0.5V IC1251 Pin3 3.3 +0.3 / -0.2V
A1 Pin16 20 ± 0.5V IC3302 Pin3 12 ± 0.6V
A2 Pin15 30 ± 0.5V IC2707 Pin3 8 ± 0.4V
A2 Pin6 15 ± 0.5V L2707 (IC2708) 9 ± 0.4V
A3 Pin4 15 ± 0.5V L2704 (IC2706) 5 ± 0.2V
A3 Pin2 -15 ± 0.5V L2716 (IC2705) 3.3 ± 0.2V

D – Board

TPD8-GND 7.5 ±0.5V
TPD9-TPD11 38.5 ± 2V
TPD10-GND 15.5 ± 1V
TPD13-GND 14.5 ± 1V
TPD15-GND 144.8 ± 1V
TPD32-GND 209 ± 10V
C864-GND -15.5 ± 1V
D2 Pin15-GND 31 ± 1V
To adjust Cutoff connect an oscilloscope to the Blue cathode. Adjust "Cutoff"
value using the "Yellow" and "Blue" buttons until the black level is 170V ± 5V,
press "STR" to store the value. Remove the oscilloscope.
Select Highlight/Lowlight mode press "5" to collapse the screen and adjust the
screen “VR” until the display is just visible, press "5" to return to service mode.

Using the "Yellow" and "Blue" buttons adjust until optimum picture white
balance is achieved, press "STR " to store the value. Select Sub Brightness
mode and adjust until optimum picture brightness is achieved.

L2717 (IC2709) 3.3 ± 0.2V

SELF CHECK

Self-Check is used to automatically check the bus lines and hexadecimal code of the TV set.
To get into Self-Check mode press the down (-/v) button on the customer controls at the front of the TV set, at the same time
pressing the STATUS button on the remote control, and the screen will show: -

Factory use only

MEM : O.K.
GC1 : O.K.
GC2 : O.K.
VDU : O.K.
CIP : O.K.
RGB : O.K.
AVSW : O.K.
TUN1 : O.K.
TUN2 : O.K.
DAC1 : O.K.
MSP : O.K.
DOLBY : - ­CODEC : - ­DAC2 : - ­DAC3 : - -

OPTION 1:
OPTION 2:
OPTION 3:
OPTION 4:
OPTION 5:
OPTION 6:
OPTION 7:
OPTION 8:
OPTION 9:
OPTION 10:
OPTION 11:
OPTION 12:
OPTION 13:
Check:

Sum : ****

TX-32PH40D

0F
00

BB

11
00
50
7F
D9
0A
81
09
00

FA

11

0F
00

BB

11
00
50
77
59
0A
81
09
00

FA

89

TX-32PH40F/P

0F
00

BB

11
00
50
77
59
0A
81
09
00

FA

89

To exit Self-Check, switch off the TV set at the power button.

If the CCU ports have been checked and found to be incorrect or not located then " - - " will appear in place of "O.K.".

4

WAVEFORM PATTERN TABLE

Note: All waveforms have been taken using a standard colour bar pattern.

Video Out
IC3001 Pin 56

2.2V

Vert Out
IC451 Pin 3

88V

HFLB
A3 Pin 11

10mS

64µS

Luminance In
IC1315 Pin 37

0.9V

VFLB
IC451 Pin 6

1V

R - Out
IC1315 Pin 23

20mS

32µS

Vert Drive
A44 Pin 24

0.9V

10mS

H - Drive
A3 Pin 10

4V

32µS

G - Out
IC1315 Pin 21

4V

B - Out
IC1315 Pin 19

4V

SVM Out
A44 Pin 43

1V

32µS

32µS

4V

R - Y
IC1315 Pin 38

0.8V

E/W Out
IC501 Pin 1

8V

32µS

32µS

4V

32µS

B - Y
IC1315 Pin 39

0.8V

32µS

32µS

32µS

5

ALIGNMENT SETTINGS

(The figures below are nominal and used for representative purposes only.)

1. Set the Bass to maximum position, set the Treble to minimum position, press the down button (- / v) on the customer
controls at the front of the TV and at the same time press the INDEX button on the remote control, this will place the TV
into the Service Mode.

2. Press the RED / GREEN buttons to step up / down through the functions.

3. Press the YELLOW / BLUE buttons to alter the function values.

4. Press the STR button after each adjustment has been made to store the required values.

5. To exit the Service Mode, press the "N" button.

Alignment Function Settings / Special features

Horizontal Position

Vertical Position

Horizontal Amplitude

Vertical Amplitude

Parabola

Trapezoid

Horizontal Parallel

Vertical Linearity

Top Corner

Bottom Corner

Vertical Symmetry Correction

H – Pos

97

V – Pos

111

H – Amp

86

V – Amp

134

Parabola

26

Trapezoid

124

H – Parallel

13

V – Linear

34

Top – Corner

20

Bottom – Corner

20

V – S – Correct

9

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Center Correction

DAF - Phase

Highlight

Lowlight

Sub-Brightness

Video Gain 2

Splitter Gain (Tuner)

C – Correct

10

DAF – Phase

205

High 0144 0126 0128
Low 0331 0340 0384

Sub-Brightness

144

Video Gain 2

157

SPL. Gain

0

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

Optimum setting.

6

H3 9 7 6 4 3 1

JK3405

LRC

JK3406

WSLSR

JK3406

R Out

L Out

R Out

L In

R In

R Out

L Out

L In

R In

L Out

R Out

L In

1

1

333

6

2

AV1

AV2

R In

1

6

2

6

2

AV4

AUDIO BLOCK DIAGRAM

Tweeter

JK2401

L + R

Speaker

A45

1

R

IC2303

L 28

R 27

H/P L 47

H/P R 48

L 53

R 54

1

1

A46

L 3

R 23

IC2301

18 R

10 L

8

9

7

8

L

2105

IC2306

5

10

R 33

L 37

R 57

R 36

R MIC

2

1

A41

A40

1

1

L 56

H - BOARD

L 38

L 38

16151718121310

H2

16151718121310

A11

L 59

L 52

R 61

R 40

5

4

11

H1

23

5

4

11

23

A10

L 2

R 4

R 11

L 62

R 64

L 23

R 25

JK3102

Main H/P

R

L

R

L

A - BOARD

IC2001

60 Mono In

67 Ana In

Main

Tuner

TNR003

25 H/P L

24 H/P R

L 314 L

R 611 R

IC2302

IC3001

16 L

18 R

A9
4

G - BOARD

A13
4

12 910

G2 or G6 1 2 9 10

7

RCA

Audio

JK3406

AV4

JK3403

AV2

DG - BOARD

DG01toDG70

JK3402

H - BOARD

AV1

JK3401

H1

A11 H2

A10

A44

RT1

Rotation

A20

Vertical

DY Coil

WIRING BLOCK DIAGRAM

AV3

JK3102

G5

A46

G - BOARD

A7

G2

A6

G1

G3

A3D3

A2D2

A1D1

In

Mains

DF2

D8

D6

A - BOARD

Speakers

A41 A45

A4 A40

Jig R-Mic L-Mic L+R

A9

A13

A21L1

A21

L3

A1101U1

A1102U2

DF - BOARD

DF1

D7

VM

L - BOARD

L2

L11

L12

Coil

CRT

CRT

Earth

Earth

D - BOARD

D5

D9

DY

Coil

Coil

Degauss

L5

JK351

CRT

Socket

U - BOARD

8

Heater Supply

H. Flyback

D595

D592

H-DAF

V-DAF

D - BOARD

D1

7

8

A3

A1

JK3102

AV3

GND

IC1101

MATRIX

SWITCH

EW Protection

-VCC Vertical

+15V Supply

+VCC Vertical

D862

D869

D867

D865

PROTECT

Q854 Q851

6

6

Q451

V PROTECTION

4

D2

4

A2

99987574101

76

U - BOARD

SCL1

SDA1

SERVICE

U1413122728151426

4

13122728151426

A1101

Q1114

SCL2

SDA2

SCL3(0)

SDA3(0)

100

77

LED

U2

A1102

5

6

124

20

20

RMCN

7

In

Out

QLINK

8

22

8

22

RM1001

Rout

RMCN

KEY

G - BOARD

245

G1

245

2

A6

A4

D1011

LED

4

G2

4

A7

127

KEY SCAN

PROTECT

9

9

CONTROL BLOCK DIAGR AM

A - BOARD

SDA2

SCL2

9

27

53

52

SDA2

SCL2

7

6

IC1315

SLOW AV4

SLOW AV2

SLOW AV1

6

13

27

IC3001

IC2001

21

3

SDA1

SCL1

SDA1

Main

Tuner

TNR003

SCL1

34

33

2

SDA1

SCL1

IC1253

2

SCL1

IC1107

3

SDA1

SDA1

SDA0

A4
JIG

SDA2

SCL1

SCL2

32456

1714181615

SDA1

SCL1

SDA2

4

35176

SDA0

SCL0

7

SDA0

SCL0

5

6

IC1104

13

SCL2

SCL0

A44

DG

SDA2

23

53

522327

SCL2

V-DAF

H-DAF

1

90

89

Q1316

89

90

IC1304 IC1301

82

83

IC1316

48

49

IC1303

H - BOARD

DG - BOARD

AV1

A11

H2

SCL2

SCL2

3

19

20

9

3

21

19

20

SDA2

QLINK

SLOW AV1

SLOW AV2

8

10

12

8

10

AV2

22

A10

22

H1

SLOW AV4

8

AV4

9

4

2.5V

84

140

IC1316

28

49

434952

138
136
120119

IC1306

2
100 107
97

66

75

80

57

55

59
61
65
80
84
88
90

101

149

154

7

28

61

718998

18

38

109

117

129

135

138

IC1303

207

1

IC1309

2

33

23

58

70

78

160

147

201196 206

193

IC1304

185 190

157

160158
150
161

168

172176

192
196

202

11

95
108
117
130144

166
179

2

20

40

9

18

20

21

IC1305

122141
102

DG - Board

201196 206

IC1301

193

1

185 190

1

58

70

78

332311

DG01TODG70

A44

9V

8

IC3003

IC2001

11 12 13 65 66 80 39

5V

9V

1

11

IC459

3

16

IC051

Q1328
95
108
117

Q1327

130144

164147
166

IC1307

2

1

12

323635343337382327

323635343337382327

5V

1

2

3.3V

IC1105

5

IC1109

20

IC1107

8

IC1104

5

IC1253

IC1254

11 13 20 21 22

IC23074IC23064IC23034IC3001

94

IC1101

5V Det

IC1312

IC1310

8

7

8

32 42 53 61 69 85 106 21 87 111116119123
14

IC1314

IC1311

8

U - Board

U1

A1101

H - Daf

V - Daf

12

IC2302

1

IC3002

8V

3

42

7

IC4802

20

20

5V Det

CVBS

1

3027281415

U2

1

3027281415

A1102

3.3V

8

IC501

Switch

9V

9V

IC1315

Circuit

3.3V

271630

28

IC1110

IC1106 IC1102 IC1111

1 7 13 25 38 44 37 47 5

16

16

2.5V

44

POWER SUPPLY BLOCK DIAGRAM

ACL

EHT

Circuit

Monitor

IC851

1

14V

-20V

140V +B2

600V

600V

4

3

T801

IC801

376V

D802

D - Board

1

3

D20

1

3

G4

S840

F801

G - Board

1

4

G3

140V +B2

+20V

328

6

5

376V

MODEL DEPENDANT

14.5V

11

121817

13

10

140V +B2

+15.5V

-15.5V

Heater

220V

6

8

4

9

T551

376V

7.5V

600V

5102

T841

Circuit

Degauss

1

2

D5

Coil

Degauss

5

IC841

D9

H - DY

1

10

12

1300V

5

6

D3123478D1 1 2 11 12 13 14 15 16

A3123478A1 1 2 11 12 13 14 15 16

+20V

-20V

7.5V

D2 6 7 8 9 10 15 16

A2 6 7 8 9 10 15 16

IC4801

A - Board

D6 1 3 5

L3 1 3 5

8

2

D8

IC353

IC352

IC351

L - Board

4

22

2124

IC2301

15V

4

2

6
2

6
2

6

31

1

A21

1

L1

12V 12V

220V

140V

VM

Circuit

3.3V

IC1251

IC1252

CRT

IC1108

2

2

1

1

5V STBY

1

1

2

2

IC2705

IC2706

PIN10

G - Board

534

7.5V

3.3V

2

1

IC3302

IC2709

JK351

Heater

3

RM1011

-15.5V

+15.5V

IC451

1256

1

2

1

4

IC2707

IC2708

1

A6

1

G1

5V STBY

VCC

MODEL DEPENDANT

Tuner Tuner

30V

5V

9V

VOUT(A)

VOUT(B)

1

2

A10

1

3

A20

V - DY

In

Mains

10

IC1303

82

79

43

44

Q1331

Q1320

AV3

C

Y

83

84

207

62

202
200

IC1304

83

65

Q1322

6

Q1319

2694

2694

62

Q1321

Q1308

67

67

84

Q1329

DG - Board

DG01ToDG70

Q1324

195

Q1323

Q1313

5961634140

5961634140

IC1301

205

Q1311

39

39

197

194

Q1312

Q1327 Q1328

A9

Q1306

1

3

G - Board

3

1

A13

G2orG6

A7

7

5

7

5

IC1101

114 Blue

113 Green

112 Red

121 CVBS1A

U - Board

181219

U2

18

12

19

11 11

A1102

C.R.T.

VIDEO BLOCK DIAGRAM

IC3001

Yout 1 56

Cout 2 47

63 TV

Cout 1 58

B 10

IC3002

G 11

41 Vout 3

R-Y 38

IC1315

Red

IC351

R

Y 37

15

B-Y 39

G

14

B

13

R

23

G

21

B

19

536L1536

A21

IC352

Green

38

38

Blue

IC353

38

L - Board

2

R

R 12

3

G

4

B

6

R

7

G

8

B

22

Y 3 17

Cin 19

Cin 20

1 V 1

12 C 2

10 Y2

V4

24

Y4

26

C4

8

V2

14 13 12 10 9 8

AV4

25 21 20 18

25 21 20 18 14 13 12 10 9 8

H1

A10

AV2

Main

TNR003

A - Board

Q3006

Tuner

23 22 14 6 2 1H223 22 14 6 2 1

A11

19 7112015 19 20 15 2071115 19

AV1

H - Board

11

19

21

15

PARTS LOCATION

NOTE:

The numbers on the exploded view below
refer to the mechanical section of the
Replacement Parts List.

4

22

26

5

1

6

5

7

27

8

9

23

1

24

14

20

12

25

17

13

10

2

3

18

16

11

12

Components Identifie d by mark have special charac t eris t ics important for safety.
* When replacing any of these components, us e only manufacturers specified parts.
In case of ordering these spare parts, please always add the c omplete Model-Type
number to your order.

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number

COMMON PARTS

EXPLODED VIEW

SPEAKER 1 EASG12S500A2
TUNER 2 ENG29507G
TUNER 3 ENG29C01G
REMOTE CONTROL 4 EUR511224
PANASONIC BADGE 5 TBMA060
POWER BUTTON 6 TBX8E098
DOOR LID 7 TKP8E1519
BACK COVER 8 TKU8E00760
DEGAUSS COIL 9 TLK8E05178
CONTROL BRACKET 10 TMW8E045
CHASSIS FRAME 11 TMX8E050
D P.C.B. 12 TNP8ED004AA
G P.C.B. 13 TNP8EG004AJ
H P.C.B. 14 TNP8EH007AA
L P.C.B. 15 TNP8EL014AA
U P.C.B. 16 TNP8EU002AA
DF P.C.B. 17 TNPA1806
DG P.C.B. 18 TNPA1965AK
AC POWER CORD 19 TXASX01DBYG
FOCUS LEAD ASSEMBLY 20 TXJF0C0EFG
BATTERY COVER (REMOTE) 21 UR51EC904A
C.R.T. 22 W76EKW10X72
ANODE CABLE 23 ZTBZAD550A
FBT 24 ZTFM77009A

MISCELLANEOUS COMPONENTS

SPEAKER . EAB10108B2
SQUAWKER . EASG7DH08C2
SET FOOT . TBL8E014
L PRESET LABEL . TBM8E2267
R BLANK LABEL . TBM8E2268
DOLBY LABEL . TBM8E2296
LID SWITCH . TEK6935
CRT EARTH SPRING . TES2298
REAR PANEL . TKP8E1510
AV PANEL . TKP8E1525
CARTON . TPC8E4998
TOP CUSHION . TPD8E780
BOTTOM CUSHION . TPD8E781
PART OF SUB CUSHION. TPD8E782
SERVICE PACK . TZS1EK002
BATTERY PACK . UM-3DJ-2P
VIDEO CABINET . VS-32PH1
PIN JACK JK3404 TJB8E036
DEGAUSS RESISTOR R537 ERC12GK104V

REPLACEMENT PA RTS LIST

Important Safety Notice

ROTATION COIL ROT TLK8E05177
CRT FIXING SCREW SK405 THT1062
CRT FIXING SCREW SK406 THT1062
CRT FIXING SCREW SK407 THT1062
CRT FIXING SCREW SK408 THT1062

I.C.s

REGULATOR D354 TL431CLPM
5V REGULATOR IC051 AN7805FLB
RGB OUTPUT IC351 TDA6111Q-N4
RGB OUTPUT IC352 TDA6111Q-N4
RGB OUTPUT IC353 TDA6111Q-N4
VERTICAL OUTPUT IC451 LA7845N
MULTIVIBRATOR IC459 TC74HC221AF
AUDIO AMPLIFIER IC501 NJM2903MTE1
POWER SUPPLY IC801 STRF6656LF53
POWER SUPPLY SWITCHINGIC841 MIP0254SPSCF
ERROR AMPLIFIER IC851 SE140N
MICRO PROCESSOR IC1101 SDA6000-A23
8 MEGABYTE FLASH IC1102 E2F7/020/05
5V REGULATOR IC1105 S-80843ALY-Z
64 MEG SRAM IC1106 S641632ETC70
CONVERTER I C1107 TC7MBD3245FK
5V REGULATOR IC1108 AN78L05TA
SYSTEM RESET IC1109 PST9119NR

3.5V REGULATOR IC1251 SI-3033C
REGULATOR IC IC1252 PQ30RV2B
D/A CONVERTER IC1253 M62392FP70BC
RESET IC1254 PST9128NR
VIDEO PROCESSOR/SYNC GIC1301 C1AB00001494
VIDEO PROCESSOR IC1303 C1AB00001282
VIDEO PROCESSOR/SYNC GIC1304 C1AB00001494
SCAN RATE CONVERTOR IC1305 SDA9415

3.3V REGULATOR IC1306 MM1065ZMR

3.3V REGULATOR IC1307 MM1065ZMR

3.3V REGULATOR IC1309 MM1065ZMR
VIDEO LOGIC IC1310 TC7WH241FUEL

3.3V REGULATOR IC1311 MM1065ZMR
AUDIO AMPLIFIER IC1312 NJM2904VTE1
AUDIO AMPLIFIER IC1314 NJM2904MTE1
R.G.B. PROCESSOR IC1315 AN5394FB
CIP IC1316 MB87F1720
SOUND DECODER IC2001 MSP3411GQAB8
AUDIO AMPLIFIER IC2301 TDA7490
H.P. AMPLIFIER IC2302 AN7108
QUAD AMPLIFIER IC2303 NJM2059MTE1
AUDIO AMPLIFIER IC2305 TDA7481
QUAD AMPLIFIER IC2306 NJM2059MTE1
QUAD AMPLIFIER IC2307 NJM2059MTE1
REGULATOR IC2705 PQ1CG21H2RZ
REGULATOR IC2706 PQ1CG21H2RZ
8V REGULATOR IC2707 AN7808LB
POWER SUPPLY IC2708 SI-8090K

13

FUSES

DIODES

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number

REGULATOR IC2709 PQ1CG21H2RZ
SWITCHING IC3001 CXA2069Q-TL
12V REGULATOR IC3002 TDA8601T/C1
VIDEO AMPLIFIER IC3003 CXA1211M-T4
SIGNAL SWITCH IC3004 MM1112XF
12V REGULATOR IC3302 L78M12MRB
VIDEO SWITCH IC3401 NJM2283MTE1
OPERATIONAL AMPLIFIER IC4801 A N6564NS -E 1
GEOMAGNETIC CORRECTIONIC4802 PUB4301
LED RECEIVER RM1001 RPM6937

FUSE HOLDER F801-2 EYF52BC
FUSE HOLDER F801-1 EYF52BC
FUSE F801 XBA2C50TH15

DIODE D001 MA4020
DIODE D002 MA4020
DIODE D003 MA3150HTX
DIODE D004 MA3150HTX
DIODE D010 MA152KTX
DIODE D051 MA4020
DIODE D052 MA4020
DIODE D053 MA152KTX
DIODE D351 ERA15-04V3
DIODE D352 ERA15-04V3
DIODE D353 MA3110LTX
DIODE D355 ERA15-04V3
DIODE D356 ERA15-04V3
DIODE D358 MA151ATX
DIODE D360 ERA15-02V3
DIODE D361 MA151ATX
DIODE D362 MA151ATX
DIODE D363 MA151ATX
DIODE D364 MA3130MTX
DIODE D365 MA3130MTX
DIODE D366 MA3130MTX
DIODE D367 MA3051HTX
DIODE D368 MA3051HTX
DIODE D369 MA3051HTX
DIODE D383 ERA15-04V3
DIODE D385 ERA22-04V3
DIODE D386 ERA15-04V3
DIODE D389 ERA15-04V3
DIODE D452 MA152KTX
DIODE D453 EU02AV1
DIODE D454 MA152KTX
DIODE D455 MA152KTX
DIODE D456 ERA22-02V3
DIODE D465 MA3039HTX
DIODE D502 MA4150TA
DIODE D503 ERA81004V3
DIODE D504 D1NL40V70
DIODE D521 AU02AV0
DIODE D522 AU02AV0
DIODE D523 MA165TA5
DIODE D524 MA165TA5
DIODE D525 RP1HLFA5
DIODE D526 RP1HLFA5
DIODE D553 MA167TA5
DIODE D554 EU02
DIODE D555 RH3GLF102
DIODE D556 1SS252T-77
DIODE D557 MA1033MTA
DIODE D558 AU02V0
DIODE D559 FMV-3GULF730
DIODE D560 MA165TA5

DIODE D562 MA182TA
DIODE D570 RU3ANV1
DIODE D591 MA165TA5
DIODE D592 MA4104
DIODE D593 ERA15-02V3
DIODE D594 MA165TA5
DIODE D595 MA4360MTA
DIODE D701 D1NL40V70
DIODE D802 D6SB80LF-B
DIODE D805 MA2240-BLFS
DIODE D809 MA2082-ALFS
DIODE D811 MA2082-ALFS
DIODE D819 ERA22-04V3
DIODE D820 ERA22-04V3
DIODE D821 ERA22-04V3
DIODE D823 PC123FY2
THERMISTOR D825 232266296706
THERMISTOR D826 232266296706
DIODE D843 ERC0510E3
DIODE D844 TVSSR2KL
DIODE D845 RY24V1
DIODE D847 ERA22-10G1
DIODE D848 PC123FY2
DIODE D851 FMGG26S
DIODE D852 MA4030LTA
DIODE D853 RU2AMLFA1
DIODE D854 RU2AMLFA1
DIODE D855 FMGG2CS
DIODE D856 EU02
DIODE D857 FMGG26S
DIODE D858 MA165TA5
DIODE D859 MA165TA5
DIODE D861 MA165TA5
DIODE D862 MA4360MTA
DIODE D865 MA165TA5
DIODE D867 MA165TA5
DIODE D869 MA165TA5
DIODE D881 MA165TA5
DIODE D885 MA4056HTA
DIODE D886 MA165TA5
DIODE D887 MA165TA5
DIODE D888 EU02
DIODE D891 ERC0510E3
DIODE D953 R2KNLFA1
DIODE D961 MA152KTX
LED D1011 LNH201RFCF6
DIODE D1012 MTZJT-775.1C
DIODE D1152 MA152KTX
DIODE D1153 MA152KTX
DIODE D1302 MA152KTX
DIODE D1305 MA704ATX
DIODE D1306 MA3062MTX
DIODE D1307 MA3091MTX
DIODE D1308 MA152KTX
DIODE D1309 MA152KTX
DIODE D1310 MA3062MTX
DIODE D1311 MA3062MTX
DIODE D1312 MA3062MTX
DIODE D1313 MA3043MTX
DIODE D1315 MA3043MTX
DIODE D2040 MA152KTX
DIODE D2041 MA152KTX
DIODE D2048 MA152KTX
DIODE D2301 TVSRM26V1
DIODE D2302 MTZJT-775.6B
DIODE D2305 MA3047MTX

14

TRANSISTORS

DescriptionCct Ref Parts Number DescriptionCct Ref Parts Number

DIODE D2306 MA29TA5
DIODE D2311 MA1180HTA
DIODE D2312 MA3130MTX
DIODE D2313 MA152KTX
DIODE D2314 MA152KTX
DIODE D2316 MA152KTX
DIODE D2711 RK34LFC4
DIODE D2712 AK04V0
DIODE D2713 RK34LFC4
DIODE D2714 RK34LFC4
DIODE D2715 MA29TA5
DIODE D3103 MA165TA5
DIODE D3104 MA165TA5

TRANSISTOR Q002 BC857B
TRANSISTOR Q052 BC857B
TRANSISTOR Q369 BC857B
TRANSISTOR Q451 BC847B
TRANSISTOR Q460 BC847B
TRANSISTOR Q461 BC847B
TRANSISTOR Q462 BC847B
TRANSISTOR Q463 BC847B
TRANSISTOR Q501 2SK2962TPE6
TRANSISTOR Q521 2SK1006RF122
TRANSISTOR Q522 2SC3311ATA
TRANSISTOR Q523 2SC3311ATA
TRANSISTOR Q524 2SC5460LB
TRANSISTOR Q525 2SC3311ATA
TRANSISTOR Q551 2SC5591000RK
TRANSISTOR Q552 2SC1473ATA
TRANSISTOR Q553 2SC1473ATA
TRANSISTOR Q703 2SK2538000LB
TRANSISTOR Q805 2SK2123000LB
TRANSISTOR Q851 2SA1018QTA
TRANSISTOR Q854 2SC3311ATA
TRANSISTOR Q874 2SA1534A-RTA
TRANSISTOR Q875 2SA720-RS
TRANSISTOR Q881 2SC3311ATA
TRANSISTOR Q882 2SC3311ATA
TRANSISTOR Q883 2SC1317-TA
TRANSISTOR Q902 BC847B
TRANSISTOR Q903 BC847B
TRANSISTOR Q908 BC847B
TRANSISTOR Q951 BC857B
TRANSISTOR Q952 BC847B
TRANSISTOR Q953 BC847B
TRANSISTOR Q954 BC857B
TRANSISTOR Q955 2SA1535ARLB
TRANSISTOR Q956 2SC3944ARLB
TRANSISTOR Q1003 2SC3311ATA
TRANSISTOR Q1107 BC847B
TRANSISTOR Q1108 BC847B
TRANSISTOR Q1109 BC847B
TRANSISTOR Q1110 BC847B
TRANSISTOR Q1111 BC847B
TRANSISTOR Q1112 BC847B
TRANSISTOR Q1113 BC847B
TRANSISTOR Q1114 BC847B
TRANSISTOR Q1115 BC847B
TRANSISTOR Q1121 BC847B
TRANSISTOR Q1122 BC847B
TRANSISTOR Q1125 BC847B
TRANSISTOR Q1301 BC847B
TRANSISTOR Q1302 BC847B
TRANSISTOR Q1303 BC847B
TRANSISTOR Q1305 BC847B

TRANSISTOR Q1306 BC857B
TRANSISTOR Q1307 XN5601TX
TRANSISTOR Q1308 BC857B
TRANSISTOR Q1309 BC857B
TRANSISTOR Q1311 BC857B
TRANSISTOR Q1312 BC857B
TRANSISTOR Q1313 BC857B
TRANSISTOR Q1314 BC857B
TRANSISTOR Q1315 BC857B
TRANSISTOR Q1316 BC857B
TRANSISTOR Q1318 BC857B
TRANSISTOR Q1319 BC857B
TRANSISTOR Q1320 BC857B
TRANSISTOR Q1321 BC857B
TRANSISTOR Q1322 BC857B
TRANSISTOR Q1323 BC857B
TRANSISTOR Q1324 BC857B
TRANSISTOR Q1326 BC857B
TRANSISTOR Q1327 2SK198RTX
TRANSISTOR Q1328 BC847B
TRANSISTOR Q1329 2SK198RTX
TRANSISTOR Q1331 2SK198RTX
TRANSISTOR Q1336 BC857B
TRANSISTOR Q1340 BC847B
TRANSISTOR Q1342 BC847B
TRANSISTOR Q2001 BC857B
TRANSISTOR Q2002 BC857B
TRANSISTOR Q2003 BC857B
TRANSISTOR Q2004 BC857B
TRANSISTOR Q2005 BC857B
TRANSISTOR Q2006 BC847B
TRANSISTOR Q2007 BC847B
TRANSISTOR Q2008 BC847B
TRANSISTOR Q2040 BC847B
TRANSISTOR Q2041 BC847B
TRANSISTOR Q2042 BC847B
TRANSISTOR Q2043 BC847B
TRANSISTOR Q2213 BC847B
TRANSISTOR Q2214 BC847B
TRANSISTOR Q2215 BC847B
TRANSISTOR Q2216 BC847B
TRANSISTOR Q2301 BC847B
TRANSISTOR Q2302 BC847B
TRANSISTOR Q2303 BC847B
TRANSISTOR Q2307 BC847B
TRANSISTOR Q2308 BC857B
TRANSISTOR Q2309 BC847B
TRANSISTOR Q2310 BC847B
TRANSISTOR Q2311 BC847B
TRANSISTOR Q3001 BC847B
TRANSISTOR Q3002 BC847B
TRANSISTOR Q3006 BC857B
TRANSISTOR Q3007 BC847B
TRANSISTOR Q3011 BC847B
TRANSISTOR Q3071 BC847B
TRANSISTOR Q3072 BC847B
TRANSISTOR Q3130 BC847B
TRANSISTOR Q3131 BC857B
TRANSISTOR Q3132 BC847B
TRANSISTOR Q3401 BC857B
TRANSISTOR Q3402 BC847B
TRANSISTOR Q3403 BC847B
TRANSISTOR Q3404 BC847B
TRANSISTOR Q3807 BC847B
TRANSISTOR Q3808 BC847B

15