Toshiba 50WP16, 50HP81 Schematic

FILE NO. 050-200122

SERVICE MANUAL

PLASMA DISPLAY MONITOR

50WP16A, 50WP16C
50WP16H, 50WP16R
50WP16EA, 50HP81

PRINTED IN JAPAN Oct.,2001

P

CONTENTS

1 Plasma Display Technology 4

1.1. Plasma display panel

1.2. Plasma display panel structure

1.3. Rear Glass Structure

1.4. Front Glass Structure

1.5. Pixel Structure

1.6. Sub Field Drive system

1.7. Initialization

1.8. Write

1.9. Wall Voltage

1.10. Sustain Step 1

1.11. Sustain Step 2

1.12. Sustain Step 3

1.13. Sustain Step 4

1.14. Sustain Step 5

1.15. Repeat Step 1 to Step 5

1.16. Sub-Field drive

1.17. Dual Scan

1.18. Plasma AI (Adaptive brightness Intensifier)

1.19. Real Black drive

2 Service Hint
3 Adjustment Procedure

3.1. +B Set-up

3.2. Driver Set-up

3.3. Adjustment Volume Location

3.4. Test Point Location

3.5. Initialization Pulse Adjust

4 Alignment Setting

4.1. How to access Alignment

4.2. Exit

4.3. IIC menu structure

5 Alignment

5.1. DG contrast

5.2. DVCO adjust

5.3. NTSC panel white balance

5.4. PAL/SECAM panel white balance

5.5. Pedestal setting

5.6. PC/RGB panel white balance

5.7. HD/ 525i /525p panel white balance

5.8. 625i panel balance

5.9. Sub brighness setting

5.10. Pos./Size setting

5.11. Panel APL/ABL

5.12. SG Hold

5.13. Aging

5.14. LSI 33 Adjust

Page Page

5.15. CAT (Computer Aided Test) mode

6SelfCheck

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6.1. Display Indication

7 Trouble shooting guide

7.1. No Power

7.2. No Picture

7.3. Local screen failure

8 P.C.B. (Printed Circuit Board) exchange

8.1. Caution

8.2. Quick adjustment after P.C.B. exchange

9 Location of Lead Wiring

10 Basic Circuit Explanation

10.1. Power Supply Circuit

10.2. Energy Recovery Drive Pulse Output

11 IC Block Diagram
12 Conductor Views

12.1. F-Board

12.2. P1-Board

12.3. P4-Board

12.4. P3, P5, P6, P7, P8, P9 and T11-Board

12.5. H, H3, S1 and V1-Board

12.6. DG-Board

12.7. D-Board

12.8. C1-Board

12.9. C2-Board

12.10. C3-Board

12.11. C4-Board

12.12. C5-Board

12.13. C6-Board

12.14. C7-Board

12.15. C8-Board

12.16. SC-Board

12.17. SD-Board

12.18. SU-Board

12.19. SS, SS2 and SS3-Board

13 Block and Schematic Diagrams

13.1. Schematic Diagram Notes

13.2. Main Block Diagram

13.3. Power (F, P1, P3, P4, P5, P6, P7, P8 and P9 Board)
Block Diagram

13.4. P1-Board (1/2) Schematic Diagram

13.5. P1-Board (2/2) Schematic Diagram

13.6. P3 and P4-Board Schematic Diagram

13.7. P5, P6, P7 and P8-Board Schematic Diagram

13.8. P9 and F-Board Schematic Diagram

13.9. H-Board Block Diagram

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13.10. H-Board (1/4) Schematic Diagram 80

13.11. H-Board (2/4) Schematic Diagram

13.12. H-Board (3/4) Schematic Diagram

13.13. H-Board (4/4) Schematic Diagram

13.14. DG Board Block Diagram

13.15. DG-Board (1/4) Schematic Diagram

13.16. DG-Board (2/4) Schematic Diagram

13.17. DG-Board (3/4) Schematic Diagram

13.18. DG-Board (4/4) Schematic Diagram

13.19. T11 Board Schematic Diagram

13.20. D-Board IC Location

13.21. D-Board Information (1/4)

13.22. D-Board Information (2/4)

13.23. D-Board Information (3/4)

13.24. D-Board Information (4/4)

13.25. D-Board Block Diagram

13.26. D-Board (1/36) Schematic Diagram

13.27. D-Board (2/36) Schematic Diagram

13.28. D-Board (3/36) Schematic Diagram

13.29. D-Board (4/36) Schematic Diagram

13.30. D-Board (5/36) Schematic Diagram

13.31. D-Board (6/36) Schematic Diagram

13.32. D-Board (7/36) Schematic Diagram

13.33. D-Board (8/36) Schematic Diagram

13.34. D-Board (9/36) Schematic Diagram

13.35. D-Board (10/36) Schematic Diagram

13.36. D-Board (11/36) Schematic Diagram

13.37. D-Board (12/36) Schematic Diagram

13.38. D-Board (13/36) Schematic Diagram

13.39. D-Board (14/36) Schematic Diagram

13.40. D-Board (15/36) Schematic Diagram

13.41. D-Board (16/36) Schematic Diagram

13.42. D-Board (17/36) Schematic Diagram

13.43. D-Board (18/36) Schematic Diagram

13.44. D-Board (19/36) Schematic Diagram

13.45. D-Board (20/36) Schematic Diagram

13.46. D-Board (21/36) Schematic Diagram

13.47. D-Board (22/36) Schematic Diagram

13.48. D-Board (23/36) Schematic Diagram

13.49. D-Board (24/36) Schematic Diagram

13.50. D-Board (25/36) Schematic Diagram

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13.51. D-Board (26/36) Schematic Diagram

13.52. D-Board (27/36) Schematic Diagram

13.53. D-Board (28/36) Schematic Diagram

13.54. D-Board (29/36) Schematic Diagram

13.55. D-Board (30/36) Schematic Diagram

13.56. D-Board (31/36) Schematic Diagram

13.57. D-Board (32/36) Schematic Diagram

13.58. D-Board (33/36) Schematic Diagram

13.59. D-Board (34/36) Schematic Diagram

13.60. D-Board (35/36) Schematic Diagram

13.61. D-Board (36/36) Schematic Diagram

13.62. C1, C2, C3, C4, C5, C6, C7 and C8 Board Block Diagram

13.63. C1-Board Schematic Diagram

13.64. C2-Board Schematic Diagram

13.65. C3-Board Schematic Diagram

13.66. C4-Board and V1-Board Schematic Diagram

13.67. C5-Board Schematic Diagram

13.68. C6-Board Schematic Diagram

13.69. C7-Board Schematic Diagram

13.70. C8-Board Schematic Diagram

13.71. SC-Board Block Diagram

13.72. SC-Board (1/2) Schematic Diagram

13.73. SC-Board (2/2) Schematic Diagram

13.74. SD-Board (1/2) Schematic Diagram

13.75. SD-Board (2/2) Schematic Diagram

13.76. SU-Board (1/2) Schematic Diagram

13.77. SU-Board (2/2) Schematic Diagram

13.78. SS, SS2 amd SS3 Board Block

13.79. SS-Board (1/2) Schematic Diagram

13.80. SS-Board (2/2) SS2-Board, SS3-Board and S1-Board
Schematic Diagram

14 Panel drive signal wave form
15 Signal Waveform
16 Mechanical Parts Location
17 Mechanical Replacement Parts List
18 Replacement Parts List

18.1. Relpacement Parts List Notes

18.2. Electrical Replacement Parts List

19 Specifications

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3

1 Plasma Display Technology

1.1. Plasma display panel

Fig. A

Toshiba 50 wide plasma display panel is develope for large
screen multimedia display with space saving.

The plasma display panel use AC type Sub-field drive system
with Dual scanning system.

This panel have also Asymmetric cell and Plasma AI
technology.

Fig. A Is the CRT and Plasma Display Panel(PDP) comparison
chart.

1.3. Rear Glass Structure

Fig. C

On the rear glass the data electrode is mounted.
The dielectric is coated on the rear glass.
Red, Green and Blue colour phosphors are formed on the data

electrode with the ribs. However to improve colour reproduction
and brightness, each colour phosphors are formed different
width This is called " Asymmetrical cell ".

1.4. Front Glass Structure

1.2. Plasma display panel structure

Fig. B

Plasma display panel structure
Plasma display panel is consist of front glass, rear glass and

Aluminum base.
The front glass has each 768 lines scan and sustain

transparence electrodes.
The rear glass has 4098 (1366 x 3 ) data electrodes on the

inner surface. These electrodes are connected to the data drive
circuit boards directory.

Fig. D

On the front glass scan and sustain transparent electrodes are
mounted in pair.

The dielectrics is coated on the front grass.
MgO over coat is also applied on the dielectrics.
The front and rear glasses are piled and sealed . And low

presser gas are charged between two glasses.

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1.5. Pixel Structure

Fig. E

50 inch plasma display panel has 1,049,088 pixels.
Each pixels structure is shown fig. E.

1.6. Sub Field Drive system

1.7. Initialization

Fig. G

To clear any remaining electric charge into the pixel, trapezoid
voltage is applied between the scan and sustain electrodes.

Plasma discharge is started but the discharge become small
gradually.

Then any electric charge is cleared.

1.8. Write

Fig. F

Brightness control of plasma display panel is carried out by
plasma discharge time change. To control each pixelís
brightness Sub-field drive system is used.

A sub-field is consist of Initialize, Write and sustain operation.

Fig. H

Data Pulse which is positive polarity is input to data electrode
and Scan pulse which is negative polarity is input to scan
electrode simultaneously.

That means sum of data and scan pulses voltage is applied
between two electrodes as discharge start voltage.

Discharge is started into the pixel and gas is ionized.
During discharging Ion is c harged on the scan electrode side

and electron is charged on data electrode side.

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1.9. Wall Voltage

1.11. Sustain Step 2

Fig. I

When input pulses are stopped, Ions and Electrons which are
charged on the dielectric around the electrodes are remained.

This charge is called Wall Voltage (Pilot voltage).
This operation is called Write .

1.10. Sustain Step 1

Fig. J

Negative polarityís Sustain pulse is input between sustain and
scan electrodes and voltage potential between two electrodes
becomes sum of Sustain pulse and wall voltage.

Then discharge start.

Fig. K

When sustain pulse is stopped, Ions and Electrons are
remained again as Wall voltage. However polarity of wall
voltage is reversed.

1.12. Sustain Step 3

Fig. L

Positive polarity´s Sustain pulse is input between sustain and
scan electrodes and discharge start again.

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1.13. Sustain Step 4

1.15. Repeat Step 1 to Step 5

Fig. M

When sustain pulse is stopped, Ions and Electrons are
remained again as Wall voltage. However polarity of wall
voltage is reversed.

1.14. Sustain Step 5

Fig. N

Ions and Electrons which is generated by 2nd sustain
discharge are charged on the pixel wall(dielectric) around the
electrodes.

Fig. O

To keep discharge continuously step 1 to 5 operation will be
repeated.

As the result sustain pulse is alternated. Therefore we call this
drive system AC Drive type.

If sustain operation is repeated longer, brightness level of the
pixel is increased. Therefore depend on sustain discharge time
brightness of pixel is controlled.

1.16. Sub-Field drive

Fig. P

Sub-Field drive is PDP unique system.
While one TV field period, 8 bits digital video signal component

is reproduced by 8 s ub-fields operation.
Each Sub-Field´s address period are all same.(Consist of one

initialization and 768 scanning operation)
But Sustain period of each Sub-Field are different.1st Sub-

Field(SF) reproduce only 1 step brightness.
2nd SF reproduce 2 steps brightness.
Each sub-field´s sustain period are increased gradually.
However total 256 brightness difference can be reproduced on

the screen.

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1.17. Dual Scan

1.19. Real Black drive

Fig. Q

The sustain period of sub-field drive system. Therefore
brightness peak is limited. Because 768 horizontal lines
scanning is carried out during address period.

Dual scan system can reduce scanning time from 768 to 384 in
the address period.

Then spaced time by dual scanning can be used for sustain
operation.

As the result Brightness peak level can be increased.

1.18. Plasma AI (Adaptive brightness Intensifier)

Fig. S

For standard sub field drive, initialization discharge is done at
each sub field. So that during one TV field period same sub
field numbers of discharges are done even black signal was
displayed.

Therefore there are small emission at the black area.

The Real Black drive system improve black reproduction.
Initialization discharge is done at first sub field only.
Remaining sub field are not required discharge because Real

Black drive circuit applies initialization electric field remainder
pulse.

Fig. R

Plasma AI control sub-field drive operation which is called
Multi-Sprit Sub-Field drive control system.

Depend on the picture contents ( APL : Average Picture Level
) sustain time format of each sub-field are also rearranged from
binary format to linear cording sustain time. (Linear coding sub­field)

Plasma AI select the best display condition for Plasma display
panel to display natural and crisp picture.

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2 Service Hint

Baord name Function Board name Function
C1 Data drive (Upper Left) P4 Panel drive power
C2 Data drive (Upper Center) P5 Processing voltage control
C3 Data drive (Upper Right) P6 PFC oscillator
C4 Data drive (Lower Left) P7 High Voltage protect
C5 Data drive (Lower Center) P8 Low Voltage protect
C6 Data drive (Lower Right) P9 Regulator
C7 Saving power S1 Power switch
C8 Saving power SC Scan drive
D Digital process & control SD Scan drive output (Lower)
DG RGB/IF SS Sustain drive
F Line Filter SS2 Sustain connection (Upper)
F Line Filter SS3 Sustain connection (Lower)
H Rear terminal SU Scan drive output (Upper)
H3 Speaker terminal T11 Interface
P1 Power supply V1 Front switch & Remote Receiver
P3 Sustain voltage control

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3 Adjustment Procedure

3.1. +B Set-up

3.1.1. Item / Preparation

1.Confirm the main voltage set switch Is set to 230V. (A, B,
and E version) Confirm the main voltage set switch is set to
110V. (U version)

Note:

230V covers input AC voltage from 200V till 260V, and
110V covers from 90V till 130V.

2.Input a Grey scale signal.

3.Set the picture controls: ­Picture mode: Normal
White balance: Normal

3.1.2. Adjustments

Adjust and confirm indicated test point for the specified voltage.

Test point Voltage Volume Name
P4 pin 1 (Hot) 400V ±1V R548 PFC
Confirmation (Cold)
P27 pin 5 16V ±0.5V +15V
D5 pin 1 14V ±0.5V +13.5V
DG6 pin 1 14V ±0.5V Audio15V
DG6 pin 3 -14V ±0.5V Audio-15V
D5 pin 5 5.2V ±0.3V +5.25V
D5 pin 8 3.6V ±0.2V +3.65V
D7 pin 4 5V ±0.3V STB5V

3.2. Driver Set-up

3.2.1. Item / Preparation

1.Input an APL 100 % white signal.

2.Set the picture controls: ­Picture mode: Normal
White balance: Cool
Aspect: 16:9

3.2.2. Adjustments

Adjust driver section v oltages referring the panel data on the
panel data label.

Test point Voltage Volume Name

TPVSUS
(SS-BOARD)

TPVBK
(SC-BOARD)

TPVE
(SS-BOARD)

TPVSET
(SC-BOARD)

TPVAD
(SC-BOARD)

P27 pin2 (P1­BOARD

Between TPVscn
and TPVAD
(SC-BOARD)

VSUS ±1V R639(P3-BOARD) Vsus

140 V ±5V R513(P1-BOARD) Vbk

VE ±0.5V R6829(SS-BOARD) Ve

224 V ±1V R6490(SC-BOARD) Vset

VAD ±1V R960(P4-BOARD) Vad

75 V ±0.5V R528 (P1-BOARD) Vda

120 + (Vad)
±0.5V

R967 (P4-BOARD) Vscan

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3.3. Adjustment Volume Location

3.4. Test Point Location

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3.5. Initialization Pulse Adjust

1.Input a Cross hatch signal.

2.Set the picture controls: ­Picture mode: Normal
White balance: Cool

Adjust the indicated test point for the specified wave form.

Test point Volume
TPSC1 (SC) R6524 (SC) 20 ± 10µ Sec
TPSC1 (SC) R6556 (SC) 160 ± 20µ Sec

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4 Alignment Setting

4.1. How to access Alignment

1.Press and hold the Volume down / - button on the front panel of the unit and press the status [ + ] button on the remote
control 3 times quickly within 1 second, this will place the unit into the CAT menu (Main service mode)

2.Press the Access button on the remote control.

4.2. Exit

1.To exit the IIC mode,presstheR button on the remote control.

2.To exit the CAT mode, access the ID mode by the down button of cross buttons and switch off the main power and on again.

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4.3. IIC menu structure

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5 Alignment

5.1. DG contrast

(Composit video signal)

INPUT Equipment Test Point Level Remark

Alignment menu

Subject Item

1 NTSC Oscilloscope TP8004 VPC SETTING

Colour Bar

2 PAL Oscilloscope TP8004 VPC SETTING

Colour Bar

(DG Boad)

(DG Board)

5.2. DVCO adjust

Alignment menu

Subject Item

1 NTSC or PAL - - VPC SETTING

Colour Bar

Standard signal

DG CONTRAST

DG CONTRAST

DVCO SETTING

0.7V+-0.02V
(3A)

100IRE

0.55V+-0.02V
(3A)

ProcedureINPUT Equipment Test Point

1) Access to DVCO SETTING mode.

2) Press ACCESS key on remote then automatic
DVCO setting is started.

3) When data becomes " 1 "adjustment is completed. .

* Do not use this function without input signal.

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5.3. NTSC panel white balance

INPUT Alignment menu ProcedureEquipment Setting

1 NTSC Color Picture: 1) Find the nearest area to brightness of 10 cd/m2 as Low

Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 10 cd/m

Cool exactly.

Aspect: PANEL W/B

16:9 G cut off 3) Set G cut off to " 80 ".

PANEL W/B

B cut off 4) Adjust B and R cut off to set color temperature as

R cut off shown Fig.-01.

High light 75% Sub Adjust

Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light

to 10 cd/m

6)Find 75% of white area by color sensor.

PANEL W/B

G Drive 7) Set G Drive to " D8 ".

PANEL W/B

B Drive 8) Adjust B and R Drive to set color temperature

R Drive as shown Fig.-01.

9) Repeat item 4) to 7) to set both Low light and
high light.

PANEL W/B

R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off 11) Re-adjust Low light level again.

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Color Temp. x y

Cool(Hi) 0.272 0.290

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -01

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Normal PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Warm PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright 2)Re-set Sub bright to "30"

Cool

Aspect:

16:9

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5.4. PAL/SECAM panel white balance

INPUT Alignment menu ProcedureEquipment Setting

1 PAL Color Picture: 1) Find the nearest area to brightness of 10 cd/m2 as Low

Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 10 cd/m

Cool exactly.

Aspect: PANEL W/B

16:9 G cut off 3) Set G cut off to " 80 ".

PANEL W/B

B cut off 4) Adjust B and R cut off to set color temperature as

R cut off shown Fig.-02.

High light 75% Sub Adjust

Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light

to 10 cd/m

6)Find 75% of white area by color sensor.

PANEL W/B

G Drive 7) Set G Drive to " D8 ".

PANEL W/B

B Drive 8) Adjust B and R Drive to set color temperature

R Drive as shown Fig.-02.

9) Repeat procedure 4) to 7) to set both Low light and
high light.

PANEL W/B

R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off 11) Re-adjust Low light level again.

2.

2

Color Temp. x y

Cool(Hi) 0.272 0.290

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -02

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Normal PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Warm PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright 2)Re-set Sub bright to "30"

Cool

Aspect:

16:9

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Alignment menu ProcedureEquipment Setting

5 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

White balance:

Cool

Normal

Warm

SECAM signal 2) Input SECAM signal.

Balance Cool Normal Warm
R Drive
G Drive
B Drive
R Cut off
G Cut off
B Cut off

3) Copy PAL R,G,B drive and cut off data of each white
balance mode to SECAM position.

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5.5. Pedestal setting

INPUT Alignment menu ProcedureEquipment Setting

** Adjust at the dark room.

1 Component Picture: PANEL W/B

(525i, 525p, 625i, Normal R cut off 1) Set R,G and B cut off to "

720i or 1080i) White balance: G cut off

Cool B cut off

Gray Scale Aspect:
Pattern 16:9

Black 2 %

Black 0 % at black 2% area and no emission at black 0% area.

2 RGB(PC) Picture: 1) Change input to RGB signal.

Gray Scale Normal PANEL W/B
Pattern White balance: R,G,B cut off 2) Repeat procedure 1) to 7) of Component input signal.

Aspect: R,G,B Drive

Chroma Control:

RGB Sub Adjust:

G Sub Bright

Chroma Control:

RGB Sub Adjust:

B Sub Bright

Chroma Control:

RGB Sub Adjust:

R Sub Bright

Cool PANEL W/B

16:9

2) Set Gun off to "

Gun off

3) Adjust G Sub bright to start some of green pixels emission
at black 2% area and no emission at black 0% area.

4) Set Gun off to "

Gun off

5) Adjust B Sub bright to start some of blue pixels emission

6) Set Gun off to "

Gun off

7) Adjust R Sub bright to start some of red pixels emission
at black 2% area and no emission at black 0% area.

5". (Only green pixels can emit.)

3". (Only blue pixels can emit.)

6". (Only red pixels can emit.)

80 ".

Black 0 %

Black 2 %

20

5.6. PC/RGB panel white balance

INPUT Alignment menu ProcedureEquipment Setting

1 PC Color Picture: 1) Find the nearest area to brightness of 10 cd/m2 as Low

Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 10 cd/m

Cool exactly.

Aspect: PANEL W/B

16:9 G cut off 3) Set G cut off to " 80 ".

PANEL W/B

B cut off 4) Adjust B and R cut off to set color temperature as

R cut off shown Fig.-03.

High light 75% Sub Adjust

Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light

to 10 cd/m

6)Find 75% of white area by color sensor.

PANEL W/B

G Drive 7) Set G Drive to " D8 ".

PANEL W/B

B Drive 8) Adjust B and R Drive to set color temperature

R Drive as shown Fig.-03.

9) Repeat item 4) to 7) to set both Low light and
high light.

PANEL W/B

R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off 11) Re-adjust Low light level again.

2

.

2

Color Temp. x y

Cool(Hi) 0.272 0.290

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -03

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Normal PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Warm PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright 2)Re-set Sub bright to "30"

Cool

Aspect:

16:9

21

INPUT Alignment menu ProcedureEquipment Setting

5 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

White balance:
RGB
Gray Scale
Pattern

High light 75%

Low light 15% 3) Copy PC R,G,B drive and cut off data of each white

Cool

Normal

Warm

Balance Cool Normal Warm
R Drive
G Drive
B Drive
R Cut off
G Cut off
B Cut off

2) Input RGB signal.

balance mode to RGB position.

22

5.7. HD/ 525i /525p panel white balance

INPUT Alignment menu ProcedureEquipment Setting

1HD(720i or 1080i) Color Picture: 1) Find the nearest area to brightness of 10 cd/m2 as Low

Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 10 cd/m

Cool

Aspect: PANEL W/B

16:9 G cut off 3) Set G cut off to " 80 ".

PANEL W/B

B cut off 4) Adjust B and R cut off to set color temperature as

R cut off shown Fig.-04.

High light 75% Sub Adjust

Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light

PANEL W/B

G Drive 7) Set G Drive to " D8 ".

PANEL W/B

R Drive as shown Fig.-04.

PANEL W/B

R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off 11) Re-adjust Low light level again.

exactly.

2

to 10 cd/m

6)Find 75% of white area by color sensor.

B Drive 8) Adjust B and R Drive to set color temperature

9) Repeat item 4) to 7) to set both Low light and
high light.

.

2

Color Temp. x y

Cool(Hi) 0.272 0.290

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -04

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Normal

PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Warm

PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright 2)Re-set Sub bright to "30"

Cool

Aspect:

16:9

23

INPUT Alignment menu ProcedureEquipment Setting

5 Picture: 1) Write down each color temaparature of R,G,B drive and

Normal Cut off data as follows.

Aspect:

16:9

White

White balance:
RGB
Gray Scale
Pattern

High light 75%

Low light 15% 3) Copy HD drive and cut off data of each white

Cool

Normal

Warm

Balance Cool Normal Warm
R Drive
G Drive
B Drive
R Cut off
G Cut off
B Cut off

2)Change input signal to 525i and 525p.

balance mode to each signals position.

24

5.8. 625i panel balance

INPUT Alignment menu ProcedureEquipment Setting

1 625i Color Picture: 1) Find the nearest area to brightness of 10 cd/m2 as Low

Gray Scale Analyzer Normal Sub Adjust light by color sensor.
Pattern White balance: Sub Bright 2) Adjust Sub bright to set Low light level to 10 cd/m

Cool exactly.

Aspect: PANEL W/B

16:9 G cut off 3) Set G cut off to " 80 ".

PANEL W/B

B cut off 4) Adjust B and R cut off to set color temperature as

R cut off shown Fig.-05.

High light 75% Sub Adjust

Low light 15% Sub Bright 5) If Sub Bright is changed re-adjust it to set Low light

to 10 cd/m

6)Find 75% of white area by color sensor.

PANEL W/B

G Drive 7) Set G Drive to " D8 ".

PANEL W/B

B Drive 8) Adjust B and R Drive to set color temperature

R Drive as shown Fig.-05.

9) Repeat item 4) to 7) to set both Low light and
high light.

PANEL W/B

R,G,B Drive 10) Increase same steps of R, G and B Drive to set
R,G,B Drive largest level of 3 color drive to "FC".

PANEL W/B

R,G,B cut off 11) Re-adjust Low light level again.

2

.

2

Color Temp. x y

Cool(Hi) 0.272 0.290

Normal(Mid) 0.288 0.296

Warm(Low) 0.313 0.329

Fig. -05

2 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Normal PANEL W/B

Aspect: R,G,B Drive

16:9

3 Picture: 1) Change white balance to "Normal".

Normal PANEL W/B

White balance: R,G,B cut off 2) Repeat procedure 3) to 11) of Cool mode.

Warm PANEL W/B

Aspect: R,G,B Drive

16:9

4 Picture: Picture Menu 1) Change color templature to "Cool".

Normal Sub Adjust

White balance: Sub Bright 2)Re-set Sub bright to "30"

Cool

Aspect:

16:9

25

5.9. Sub brighness setting

INPUT Alignment menu ProcedureEquipment Setting

** Adjust at the dark room.

1 NTSC Picture: PANEL W/B

Gray Scale Normal All cut off 1) Set white balance to
Pattern Aspect:

16:9 2) Adjust All cut off to start some pixels emission

at black 2% area and no emission at black 0% area.

3) Write down all cut off data.

Cool.

4) Set white balance to

Black 2 %

Black 0 % 5) Adjust All cut off to set same data of Cool mode.

6) Set white balance to

7) Adjust All cut off to set same data of Cool mode.

** Adjust at the dark room.

2 PAL Picture: PANEL W/B

Gray Scale Normal All cut off 1) Set white balance to
Pattern Aspect:

16:9 2) Adjust All cut off to start some pixels emission

at black 2% area and no emission at black 0% area.

3) Write down all cut off data.

4) Set white balance to

Black 2 %

Black 0 % 5) Adjust All cut off to set same data of Cool mode.

6) Set white balance to

7) Adjust All cut off to set same data of Cool mode.

SECAM 8) Change to SECAM signal.
Gray Scale
Pattern 9) Copy PAL All cut off data to SECAM mode.

Nornal.

warm.

Cool.

Nornal.

warm.

** Adjust at the dark room.

3 PC Picture: PANEL W/B

Gray Scale Normal All cut off 1) Set white balance to
Pattern Aspect:

16:9 2) Adjust All cut off to start some pixels emission

at black 2% area and no emission at black 0% area.

3) Write down all cut off data.

4) Set white balance to

Black 2 %

Black 0 % 5) Adjust All cut off to set same data of Cool mode.

6) Set white balance to

7) Adjust All cut off to set same data of Cool mode.

RGB 8) Change to RGB input signal.
Gray Scale
Pattern 9) Copy PAL All cut off data to SECAM mode.

Cool.

Nornal.

warm.

26

Alignment menu ProcedureINPUT Equipment Setting

** Adjust at the dark room.

4 525i Picture: PANEL W/B

Gray Scale Normal All cut off 1) Set white balance to
Pattern Aspect:

16:9 2) Adjust All cut off to start some pixels emission

at black 2% area and no emission at black 0% area.

3) Write down all cut off data.

Cool

.

4) Set white balance to

Nornal

.

Black 2 %

Black 0 % 5) Adjust All cut off to set same data of Cool mode.

6) Set white balance to

warm

.

7) Adjust All cut off to set same data of Cool mode.

525p 8) Change to 525p signal.
Gray Scale
Pattern 9) Copy 525i All cut off data to 525p mode.

HD
(720i or 1080i) 8) Change to HD signal.
Gray Scale
Pattern 9) Copy 525i All cut off data to HD mode.

** Adjust at the dark room.

5 625i Picture: PANEL W/B

Cool

Gray Scale Normal All cut off 1) Set white balance to

.

Pattern Aspect:

16:9 2) Adjust All cut off to start some pixels emission

at black 2% area and no emission at black 0% area.

3) Write down all cut off data.

4) Set white balance to

Nornal

.

Black 2 %

Black 0 % 5) Adjust All cut off to set same data of Cool mode.

6) Set white balance to

warm

.

7) Adjust All cut off to set same data of Cool mode.

27

5.10. Pos./Size setting

1.Receive the test pattern signal which can be found the
center and edge position and align properly.

Alignment Item Reference Setting/Special feature
HPosition 9A Optimum setting
VPosition C3 Optimum setting
HSize A8 Optimum setting
VSize 5E Optimum setting

5.11. Panel APL/ABL

1.Confirm each data.

Alignment Item Reference Setting/Special feature
APL Shift Level E2 Confirmation only
ABL Point 10 Confirmation only
ABL Gain E0 Confirmation only
ABL Bank Select 3F Confirmation only

5.12. SG Hold

SG Hold is the alignment tool for data copy function. Color /
Signal system can be set regardless of input signal.

5.13. Aging

Aging mode is internal pattern generator for panel setting
confirmation and the after image removal.

1.Access desired colour pattern by the Volume Up or Down
button on the remote control.

2.To exit press Menu button

5.13.1. Panel Colour

There are 4 colour pattern White, Red, Blue and Green.

5.13.2. Scroll Bar

Scroll bar is for the after image removal. Display scroll bar
approximately 15 minutes after alignment is competed.

5.14.1. Side panel color setting

Colour of side panel which are left and right side blank area of
4:3 aspect mode can be adjusted as desired color and
brightness.

1.Access Side panel Y(G), U(B) and V(R) by the left or right
button on the remote control.

2.Adjust desired color and brightness of side panel Y(G), U(B)
and V(R) by Volume UP or Down button on the remote
control.

(If 4:3 aspect will be used long time, change side panel
brightness optimum level for screen burn protection.)

5.15. CAT (Computer Aided Test) mode

Mode Function Access button
IIC Service Alignment Action
CD

(Complete
Diagnostics)

IT (Integrated Text) Not use
SD

(Status Display)
OSD on/off OSD display

ID (Initial Data) Not use

Software version
information EEP
ROM edit

Factory use Action

switch

Mute

Mute

5.13.3. Ramp pattern

Ramp pattern is for digital contrast reproduction confirmation.

5.14. LSI 33 Adjust

LSI 33 PIPCR, LSI 27 Through and ABL Bank are for factory
parameter setting for Format converter (IC9204).

(IT Mode, and ID Mode is unused in serving.)

28

6SelfCheck

6.1. Display Indication

1.Self-check is used to automatically check the bus line
controlled circuit of the Plasma display.

2.To get into the Self-check mode press the volume down
button on the customer controls at the front of the set, at the
same time pressing the OFF-TIMER button on the remote
control, and the screen will show :-

If the CCU ports have been checked and found to be incorrect
Or not located then " - - " will appear in place of " OK "

29

7 Trouble shooting guide

7.1. No Power

First check point

There are following 3 states of No Power indication by power LED.

1.No lit

2.Green is lit then turns red blinking a few seconds later.

3.Only red is lit.

1.No lit

2.Red LED Blinking
When one or some of supply voltages from power supply circuit are declined red LED will be blinking as power

30

7.2. No Picture

7.3. Local screen failure

Plasma display may have local area failure on the screen. Fig - 1 is the possible defect P.C.B. for each local area.

Fig - 1

31

8 P.C.B. (Printed Circuit Board) exchange

8.1. Caution

1.To remove P.C.B. , wait 1 minute after power was off for discharge from electrolysis capacitors.

8.2. Quick adjustment after P.C.B. exchange

P.C.B. Item Volume Test point Level

P board Vsus R639 TPVsus (SS) Vsus ± 1 V

Vbk R513 TPVBK (SC) 140V ± 5 V
Vda R528 P27 connector

pin2

PFC R548 P4 connector pin 1 400V ± 1 V

DG board DG contrast DG contrast TP8004(DG) Refer to the alignment procedure

DVCO DVCO adjust Automatic

SC board Vset R6940 TPSET(SC) 224V ± 1 V

Vad R960 TPVAD VAD ± 1 V
SS board Ve R6829 TPVE VE ± 1 V
D board White balance, Pedestal and Sub brightness for NTSC, PAL, HD, PC and 625I signals.

75V ± 0.5 V

32

9 Location of Lead Wiring

33

10 Basic Circuit Explanation

10.1. Power Supply Circuit

10.1.1. Power Factor Control (PFC)

10.1.1.1. Basic operation of the Full wave bridge rectifier

Feature:

1.Power Factor 05~0.7

2.Spick AC current with high frequency component.

10.1.1.2. Power Factor control circuit

Feature:

1.Power Factor More than 0.9

2.Automatic Power Factor Control by OFF period change

3.Lower high frequency noise.

34

10.2. Energy Recovery Drive Pulse Output

10.2.1. Plasma Panel Energy Loss

When The Sustain, Scan and Data drive pulses are supplied to the plasma panel a lot of energy was lost by resistance of the
electrodes lead and many of switching elements. Because plasma panel has the stray capacitance and this capacitance makes
high level inrush current during the charge and dischange.
This energy loss becomes high temperature from the plasma panel itself.

10.2.2. Energy Recovery circuit

10.2.2.1. Basic operation of the energy recover circuit

35

11 IC Block Diagram

C0JBAF000405
TC74LCX574F
(D-TYPE FLIP-FLOP)

C0JBAD000080
(QUAD 2-INPUT
NOR GATE)

C0JBAZ001201
TC74HC244AF
(BUS BUFFER)

C0JBAB000155
C0JBAB000226
(HEX SCHMITT
INVERTER)

CXA1315M
(IIC-DAC CONVERTER)

UC2715N
(FET DRIVER)

TC74LCX74F

C0ZBZ0000205
(RS232C DRIVER)

C1AA00000561
(AMPLIFIER)

36

C0ABFA000012
(HIGH-PERFORMANCE
PHASE-LOCKED LOOP)

BH3866S
(AUDIO AMP)

C0ZBZ0000138
(HALF BRIGE DRIVER)

37

38

12 Conductor Views

12.1. F-Board

6

F-BOARD (FOIL SIDE)
TXN/F10L32 (50HP81)

5

4

F-BOARD (FOIL SIDE)
TXN/F10HAS (50WP16 SERIES)

3

2

1

ABCDEFGHI

39

12.2. P1-Board

6

5

P1-BOARD (FOIL SIDE)
TXNP110L32

4

3

2

1

ABCDEFGHI

40

P1

PARTS LOCATION

P1-BOARD (FOIL SIDE)

IC

IC406 C-3
IC407 B-5
IC410 C-1
IC411 B-3
IC412 C-4
IC421 C-1

TARNSISTOR

Q401 G-3
Q402 G-2
Q403 G-2
Q404 G-3
Q405 H-3
Q406 F-2
Q407 F-2
Q408 F-2
Q409 F-2
Q410 H-1
Q411 G-2
Q412 H-1
Q413 H-1

ADDRESS INFORMATION

Q414 G-1
Q415 G-1
Q416 E-4
Q417 C-5
Q418 C-6
Q419 H-3
Q422 C-5
Q423 F-3
Q424 G-3
Q425 G-3
Q426 C-3
Q427 C-5
Q428 C-5
Q429 C-5
Q430 D-2
Q431 D-2
Q432 C-5
Q434 C-1
Q436 C-1
Q437 B-4

PARTS LOCATION

P1-BOARD (COMPONENT SIDE)

IC

IC406 G-3
IC407 H-5
IC410 G-1
IC411 H-3
IC412 G-5
IC421 G-1

TRANSISTOR

Q400 B-3
Q401 C-3
Q402 C-2
Q403 D-2
Q404 C-3
Q405 B-3
Q406 D-2
Q407 D-2
Q408 D-2
Q409 D-2
Q410 B-2
Q411 C-2
Q412 B-1

ADDRESS INFORMATION

Q413 B-1
Q414 D-1
Q415 C-1
Q416 D-4
Q417 G-5
Q418 B-3
Q418 G-6
Q421 G-5
Q422 G-5
Q423 D-3
Q424 C-3
Q425 C-3
Q426 G-3
Q427 G-5
Q428 G-5
Q429 G-5
Q430 F-3
Q431 F-3
Q432 G-5
Q434 G-1
Q436 G-1
Q437 H-4

41

P1-BOARD (COMPONENT SIDE)
TXNP110L32

6

5

4

3

2

1

ABCDEFGHI

42

12.3. P4-Board

6

P4-BOARD (FOIL SIDE)
TNPA1908

5

4

P4-BOARD (COMPONENT SIDE)
TNPA1908

3

2

1

ABCDEFGHI

43

PARTS LOCATION

P4-BOARD (FOIL SIDE)

IC

IC921 C-4
IC931 G-4
IC932 H-5
IC934 G-5

TRNSISTOR

Q921 D-5
Q922 F-4
Q924 B-5
Q925 B-4
Q926 G-5
Q927 G-5
Q932 G-4
Q933 G-5

ADDRESS INFORMATION

P4

PARTS LOCATION

P4-BOARD
(COMPONENT SIDE)

IC

IC921 G-2
IC931 C-1
IC932 B-2
IC934 C-2

TRANSISTOR

Q921 F-2
Q922 D-1
Q924 H-2
Q925 H-2
Q926 C-2
Q927 C-3
Q932 C-1
Q933 C-2

ADDRESS INFORMATION

44

12.4. P3, P5, P6, P7, P8, P9 and T11-Board

T11-BOARD (FOIL SIDE)
TNPA1996

6

5

P9-BOARD (FOIL SIDE)
TNPA1906

P5-BOARD (FOIL SIDE)
TNPA1909

P6-BOARD (FOIL SIDE)
TNPA1910

4

P7-BOARD (FOIL SIDE)
TNPA1911

P8-BOARD (FOIL SIDE)
TNPA1912

3

2

P3-BOARD (FOIL SIDE)
TNPA1907

P1 P8

P9 P9

P7

P3

P5
P6

1

ABCDEFGHI

45

T11-BOARD (COMPONENT SIDE)
TNPA1996

6

5

P6-BOARD (COMPONENT SIDE)
TNPA1910

P5-BOARD (COMPONENT SIDE)
TNPA1909

P9-BOARD (COMPONENT SIDE)
TNPA1906

4

P8-BOARD (COMPONENT SIDE)
TNPA1912

P7-BOARD (COMPONENT SIDE)
TNPA1911

3

2

P3-BOARD (COMPONENT SIDE)
TNPA1907

P1 P8

P9 P9

P7

P3

P5
P6

1

ABCDEFGHI

46

12.5. H, H3, S1 and V1-Board

6

V1-BOARD (FOIL SIDE)
TNPA1783

5

S1-BOARD
TNPA1784

H3-BOARD
TNPA1756AB

H-BOARD (FOIL SIDE)

4

TNPA1755

3

2

1

ABCDEFGHI

47

H

PARTS LOCATION

H-BOARD (FOIL SIDE)

IC

IC3509 C-4

TEST POINT

TP097 D-3
TP104 F-3
TP118 G-4
TP119 G-4
TP120 G-4
TP121 G-4
TP122 G-3
TP123 G-3
TP124 C-4
TP125 D-3
TP126 C-4
TP127 C-3
TP128 C-3
TP129 C-4
TP130 C-3
TP131 C-3
TP132 D-3
TP133 E-4

ADDRESS INFORMATION

TP134 D-3
TP135 D-3
TP136 C-4
TP137 D-3
TP138 D-3
TP139 C-4
TP140 E-4
TP141 E-3
TP142 E-4
TP143 E-4
TP144 D-3
TP145 E-4
TP146 E-4
TP147 D-3
TP148 E-3
TP149 E-3
TP150 E-4

PARTS LOCATION

H-BOARD (COMPONENT SIDE)

IC

IC3502 D-2
IC3503 B-3
IC3504 E-3
IC3505 E-3
IC3506 H-3
IC3507 F-3
IC3508 D-3
IC3509 G-4
IC3510 I-3
IC3511 B-2
IC3513 B-3
IC3514 C-3
IC3515 B-2

TRNSISTOR

Q3501 I-3
Q3502 I-3
Q3503 H-3
Q3504 E-2
Q3505 F-2
Q3506 F-2
Q3507 D-2
Q3508 D-2
Q3509 D-2

ADDRESS INFORMATION

Q3510 C-2
Q3511 C-2
Q3512 C-2
Q3513 E-2
Q3514 E-2
Q3515 E-2
Q3517 G-2
Q3518 G-2
Q3519 G-2
Q3520 G-2
Q3521 C-2
Q3522 C-2
Q3523 C-2
Q3524 B-2
Q3525 H-3
Q3526 G-3
Q3527 H-2
Q3528 H-2
Q3529 H-3
Q3530 G-3
Q3531 H-3
Q3532 H-2
Q3533 G-3
Q3534 H-3
Q3535 B-3
Q3536 C-3

48

6

V1-BOARD (COMPONENT SIDE)
TNPA1783

5

H-BOARD (COMPONENT SIDE)

4

TNPA1755

3

2

1

ABCDEFGH I

49

12.6. DG-Board

DG-BOARD (FOIL SIDE)
TXNDG10L33

6

DG

SEE REVERSE FOR ORDER NO.

TNPA1754

3

4

DG4

1

3

DG5

1

DG

TP8017

C8162

TP8014

C8060

R8095

R8088

R8084

R8083

R8042

R8147

JS8004

C8059

C8050

R8085

C8081

R8244

Q8022

R8071

C8074

C8030

R8082

C8098

C8094

R8093
C8064

C8053

C8054

R8140

R8130

R8086

IC8010

C8011

R8080

R8120

TP8016

R8278

C8082

R8098

R8063

21

22

5

39

40

1

2

JK8502

19

20

C8160

JS8024

C8158

C8087

C8156

C8086

4

C8185

R8040

31

32

3

59

60

2

1

2

R8005
R8006

R8002

JK8501

C8001

29

30

C8027
R8035

R8050

C8004

Q8005

C8002

C8003

R8017

R8019

Q8001

R8252

R8021

R8015

R8029

R8053

R8011

R8007

R8008

R8009

R8010

R8038

R8249

R8012

R8033

R8054

Q8006

C8017

C8163

R8020

R8016

R8018

R8048

R8069

C8033

R8075

R8251

R8025

R8026R8027

C8036

JS8019

R8432

R8046
R8013
R8023

R8074

R8066

R8034

C8022 C8023C8024

R8068

R8078

R8065

C8178
R8250

R8089

R8081

C8041
Q8014

C8034

JS8001

R8072

C8047

R8091

R8090

C8172

R8145

C8080

C8065

C8057

R8430

R8087

R8062

R8136

11

10

R8092

Q8021

Q8020

C8079

C8100

Q8012

C8068

R8137

C8184

R8067

R8058

R8070

20

1

R8114

R8101

C8176

R8131

R8429

C8101

R8103

JS8002

C8168

TP8015

R8435

R8434

Q8033

R8132

JS8003

R8332

C8026

R8052

R8032

C8015

R8431

C8012

C8072

R8100

R8079

R8613

C8014

R8047

R8612

C8170

R8282

R8134

C8044

C8025

Q8003

R8133

C8046

R8028

R8245

R8185

Q8030

R8030

R8024

R8043

R8182

C8048

C8167

R8036

R8617

R8124

R8044

JS8023

TP8013

R8615
R8127

JS8021

R8280R8281

JS8022

R8614

R8192

C8303

TP8018

R8333
R8334

R8191

R8193

R8311

R8184

R8247

C8136

C8128

R8176

C8124

R8173
C8105

R8335

R8248

C2344

R8306

C8304
R8313
R8317

C8130

C8126

R8160
C8116
C8119

C8149

C8134

R8181

R8187

C2340

R8327

C8151

C8305
R8315
R8319

C8308

C8148

C8138

C8131

C8133

R8156

R8194

R8174

C8309

C2316

R2322 R2323

C2318 C2319

C2320 C2321

C2328 C2329

IC2301

C2322

C2341

C2323

C2338

R2335

C2349

R2321

R8304

R8305

R2319

C8302

R8303
Q8050
R8301
R8328
R8323
Q8049

R8321
R8320

C8140

C8153

R8189

R8190

C8139

R8228
R8227
R8226
R8225
R8222
R8221

R8205
R8201
R8198
R8197
R8196

C8110

C8107

R8179

R8180

R8427

C8150

Q8032

R8310
R8307
R8316
R8322

R8325

C8109

TP8004

C8127

20

C2345

C8142

C8135

R8177

C2326

R8183

R8326

L2301

R8324

R8309
R8308

R8178

C2330

L2303

C2337

R2330

R2426

R2447

R2326
C2331

1110120

R2460

C2412

C2409

R2434
C2426

C2432
R2449

R2448

R2466

D2306

Q2301

R2467

C2411

R2423

JS2302

C2327

R2468

R2463

1

C2433

32

R2417

C2437

R2431

C2347

R2419

1

R2317
C2315

R2318

IC2401

R2441

C2452

L2302

IC2302

R2418

C2415

R2452

C2414

R2442

D2305

R2453

C2434

JS2303

C2343

R2304

R2416

R2444

C2428

R2454

C2453

C2408

R2446

R2347

R2428

R2436

R2301

C2455

C2436

R2346

JS3

JS2301

C2346

R2456

C2324

C2325

JS8

R2435

C2317

R2308

JS2

C2313

Q2306

R2433

R2427

R2405

C2342

R2307

C2461

JS7

C2418

C2332

C2463

R2432

C2339

R2430

R2429

R2331

R2348

L2304

R2336

D2308

R2425

C2431

C2314

C2312

R2327
C2333

C2350

R2476

1110

C2402

C2429

C2464

R2305

R2324

C2336
R2329

17

Q2302

R2477

16

C2458

C2460

R2333

C2462

PARTS LOCATION

DG-BOARD (FOIL SIDE)

IC

IC2301 D-5
IC2302 E-5
IC2401 E-3
IC8010 C-2

TRANSISTOR

Q2301 E-4
Q2306 E-3
Q8001 B-3
Q8003 C-3
Q8005 B-3
Q8006 B-3
Q8012 C-3
Q8020 C-3
Q8022 C-4
Q8023 C-5
Q8026 B-2
Q8030 C-5
Q8032 D-2
Q8049 E-3

ADDRESS INFORMATION

Q8050 E-3

TEST PONIT

TP8004 D-2
TP8013 D-5
TP8014 C-5
TP8015 C-5
TP8016 C-5
TP8018 D-5

1

DG98

14

ZIG

1

IIC

DG99

7

123

DG6

18

1

C8173

11

DG17

C8164

C8165

ABCDEFGHI

50

DG-BOARD (COMPONENT SIDE)
TXNDG10L33

6

DG4

DG5

SP LOUT

D2301

D2302D2303 D2304

C2454

IC2402

C2457

R2 424

D2403D2404

C2421

L2305

C2325

C2317

Q2303Q2304

Q2401Q2402

R2445

R2469

C2313

C2455

R2411
R2412
C2413

C2401

C2459

C2420

C2451

C2414

C2427

L2302

R2334

R2443

D2307

C2437

C2410

C2435

Q2403

D2305

R2309
R2310

R2345
R2332

C2419

R2440

C2430

C2450

C2334

R2473

R2421

L2303

C2389

C2388

C2348

R2408

R2471
R2462

R2472

Q2404
R2422

C2423

R2439

R2450

C2347

R2461
C2440

C2456

R2470

C2465

Q2406

R2328

R2320

D2306

R2420

R2342
R2341

JS6

C2409

D2314

C2441

R8200

C8152

IC8019

L8025

L8026

C2323

C8146

IC8021

C2316

C8301
R8302

L2304

C2391

5

4

3

2

R2325

R2344
R2343

IC2304

Q2305

IC2302

C2335

C2422

C2466

C2467

IC2401

C2314

D2315

R2410

L2306

C2390

C2402

C2429

C2474

C2417

R2306

Q2405

C2346

D2405

R2437

C2416

R8329
R8330

TP8012

C8111

L8009

Q8042

L8024

IC8020

R8331

JS8101

R8318

L8023

JS8102

R8312

C8108

B

C8306

Q8048

Q8047

C8114

Q8043

L2301

IC2301

C2345

R8314

Q8045

C8311C8312

R8188

C8132

IC8015

G

C8177

C8106

C8129

R8186

R8175

Q8044

C8310

X8003

JK8001JK8002JK8003

IC8032

Q8046

L8201

Q8031

L8018

R

DG

3

DG1

R8276

R8113

R8112

C8180

Q8013

TP8008

TP8010

R8039

C8021

Q8010

C8018

C8020

C8019

IC8002

IC8003

R8057

R8234

IC8025

R8240

L8015

L8016

C8032

R8041

R8037

C8038

D8017

IC8001

R8061

R8277

R8236

R8242

C 8016

C8084

C8063

IC8004

C8008

Q8007

R8022

C8009

C8049

R8004

C8179

R8014

L8001

C8037

TS8001

TP8003

C8010

R8001R8003

C8005

C8155

R8235

R8243

L8029

IC8027

JK8502

IC8008

TP8001

C8007

JK8501

TP8002

TS8003

TS8002

TP8005

C8175

IC8031

IC8014

C2344

L8022

C8141

C8307

IC8018

C8103

C8174

TP8009

Q8002

C8061

IC8011

C8095

C8013

L8017

C8166

C8137

IC8016

L8008

IC8006

R8049

TP8011

R8245

L8019

R8045

Q8004

LC8001

R8129

R8125
R8121

D8005

IC8017

C8006

Q8008

R8031

TP8006

IC8012

C8093

R8123

L8020

C8300

L8011

C8075

JS8005

R8426

R8118

R8104

R8051

IC8030

L8002

R8141

IC8009

Q8009

R8055

C8052

C8089

JS8006

Q8023

C8055

R8139

R8094

R8135
R8146

R8056

C8096

C8056

R8237

C8083

C8058

C8169

IC8033

C8051

R8064

C8071

C8070

R8428

L8013

LC8003

Q8016

C8031

R8142

C8045

R8244

C8090

R8073

C8161

L8012

C8091

C8035

C8092

R8117

C8073

C8039

C8099

C8088

L8010

R8077

IC8005

R8143

L8028

IC8028

L8027

R8144

IC8029

R8231

R8239

C8085

R8126

R8138

C8078

C8042

Q8019

IC8010

L8014

C8076

C8077

C8067

Q8018

C8040

X8001

IC8007

C8062

TS8004

R8232

R8238

R8128

R8116

IC8023

C8043

C8024

C8023

R8233

R8241

Q8015

C8022

C8029

LC8002

C8171

L8003

R8122

TP8007

D8016

SP ROUT

TNPA1754

DG

PARTS LOCATION

DG-BOARD (COMPONENT SIDE)

IC

IC2301 C-5
IC2302 A-5
IC2304 A-1
IC2401 A-3
IC2402 A-3
IC8001 E-3
IC8002 E-2
IC8003 E-2
IC8004 E-2
IC8005 D-2
IC8006 D-3
IC8007 E-4
IC8008 E-4
IC8009 D-2
IC8010 E-2
IC8011 C-2
IC8012 D-4
IC8014 C-2
IC8015 C-2
IC8016 D-5
IC8017 D-4
IC8018 C-3
IC8019 B-3
IC8020 B-2
IC8021 B-1
IC8023 E-5
IC8025 E-5
IC8027 E-5
IC8028 D-5
IC8029 D-1

ADDRESS INFORMATION

IC8030 D-2
IC8031 C-4
IC8032 C-3
IC8033 D-5

TRANSISTOR

Q2303 B-4
Q2304 A-4
Q2305 A-3
Q2401 B-2
Q2402 A-2
Q2403 B-3
Q2404 B-2
Q2405 A-2
Q2406 B-2
Q8002 C-3
Q8004 D-3
Q8007 E-3
Q8008 D-3
Q8009 D-3
Q8010 E-3
Q8013 E-3
Q8015 E-3
Q8016 D-3
Q8018 E-3
Q8019 E-3
Q8023 D-4
Q8031 C-2
Q8042 B-4
Q8043 C-4
Q8044 C-4
Q8045 C-4

Q8046 C-4
Q8047 C-4
Q8048 C-4

TEST POINT

TP8001 E-4
TP8002 E-3
TP8003 E-3
TP8005 E-2
TP8006 D-1
TP8007 E-3
TP8008 E-5
TP8009 C-2
TP8010 E-3
TP8011 D-2
TP8012 B-3
TS8001 E-2
TS8002 E-2
TS8003 E-2
TS8004 E-2

1

DG6

DG99

DG98

DG17

ABCDEFGHI

51

12.7. D-Board

6

5

4

3

2

D-BOARD (FOIL SIDE)
TZTNP010GYS

123

C003

C004

D002

LC023

R532

R538

LC026

R533

LC027

R695
R698
R701
R696
R697

R726
R732
R733
R728
R730

R822
R827
R828
R824

C002

D001

R062

Q010

R104

C024

R858

R054

Q002

R096

C029

R852

R043

R058

Q006

R100

C033

R518

R694

1

10

1

R723

10

R819

1

10

R826

LC028

R022

R021

C015

R048

R049

R047

Q011

Q009

C022

R103

IC006

16

C036

1

R859

R112

R039

Q001

C028

R110

Q005

C032

R520

R113

R040

R041

Q003

C023

R095

IC004

R094

16

1

R853

R109

R044

R045

Q007

R099

C021

16

1

8

IC005

R855

L002

IC560

C382

20

C512

C513

11

IC564

20

C397

C514
C515

11

IC510

20

C449

C510

C511

R862

11

R864

R652

R779

R686 R687

R683

R682

R679

R678

R850

R848 R654

R846

R844

R842

R840

R838

R836

R834

1

1

2

2

34

34

LC007

LC008

IC000

IC001
3

R027

4

R102

R101

C035

9

8

C049

R093

C027

9

8

C046

C182

R097

C031

9

R098

R857

C043

R861

R863

R020

R025

1
5

4

R019

R034

R038

C563

R860

C579

C184

10 11

R206

C561

R854

C577

10

C570

1

C562

C578

C232

10

R856

C041

1

10

C426

C367

3

R018

R023

3

1
5

4

R017

C016

C014

L001

C042

C253

R433

IC021

1

C566

R203

IC019

1

C564

C565

IC020

IC520

20

11

11

IC504

20

96

97

C376

C363

128

1

L554

96

97

C455

128

L504

C430

1

1

2

34
LC009

C040

C025

1

5

L003

IC002

R036

L019

R227
R226

C268

C573

R369

20

R290

R330

L018

C576

C261

C569

R194

R331

20

C571

R209

R329

C071

L017

C567

C574

11

R432

R118

20

R368

C255

C572

C265

R211

C277

R189

C575

11

R191

C568

R192

C287

20

D717

R293

IC047

1

R507

C522
C523

C524

10

1

C379

IC558

65

64

C371

IC512

C434

32

C457

65

64

32

C451

R366

R367

R186

8

9

R373

C222

R481

R495

C239

C243

R554

C279

R512

11

R438

R987

10

R506

R989

C377

R702

R703

C419

33

C368

C364

C420

C456

R830

R829

33

C435

C431

R309

1

16

IC202

C134

R372

C223

C224

C225

R479

R450

R497

R499

R484

R511

C249

R508

R500
Q021

C281

C280

R482

R494

R986

C533

R984

C534

R983

R982

C537

C536

R985

C535

L501

51

R761
R763
R765

R767

R769

80

81

R051

R310

R311

R375
R374

C275

R435

R417

C236

R405

R436

C246

R515

C166

C273

R526

R553

R528

C160

R400

C282

R398
R396

C531

C530
C532

R981

IC503

C418

3150

30

R798

1

100

R762
R764
R766

C414

R768

R053

R052

R502

C272

R337

IC209

80

81

R428

100

C172

1

R430

R431

R552

80

81

C153

100

1

R567

IC502

C410

50

51

C411

80

81

R793
R789
R785
R781

R032

TNPA1901

SEE REVERSE FOR ORDER NO.

C207

R468

R474

R540

R449

C197

C198

R444

C136

IC201

C289

R451

R404

R448

R317

C466

R427

51

50

C176

31

30

C170

C168

50

51

C135

51

50

80

81

C152

C144
C125

31

30

C130

R556

R569

R584

C408

R562

R573

R583

C293

R571

C297

C311

R560

R559

R579

R580

C309

C303

C498

C497

C427

100

50

31

30

51

R778

1

80

R794

R776

81

R790

R774

R786

R772
R770

R782

C423

C415

C416

31

30

IC200

1

100

C143

C124

R402

R403

C164

C165

C294

R561

C307

C312

C305

R734

R736

C398

R739

5

C403

8

IC516

C407

IC506

L036

C417

31

R799

51

30

C409

C412

1

80

100

R795

C413

R777

R791

R775

R787

R773

R783

R771

R460

R452
R458

C193

R461
R455

R459
C194

C465

C119

1

1011

IC707

C718

20

C323

C316

R613

R873

14

C463

IC404

1

C318

C317

R735

C401

C400

4

1

X500

IC507

50

C203

C212

R467

C204

C213

C211

R475

C206

R473

Q050

R463

R545

R469

C472

C476

R547

C479

C475

C238

L350

C230

C288

IC048

8

R874

R875

7

R876

R614

C404

C428

31

30

1

10081

C424

C471

C205

R542

C474
R541
R543

C226

R483

C233

R480

R498

R496

R501

R555

C283

R531

C284

11

20

R530

10

1

R504

R503

R993

R992

R991

C324

C315

C326

C325

C422

L502

C352

C421

51

R634
R636

R640
R644
R648

R796
R792
R788
R784

80

R031

R029

2

D

IC213

C215

IC214

C216

IC217

C227

R513

C254

C546

L026

50

IC061

R030

94V-0

D011

R119

C492

R955

R956

C601

C602

C600

C603

R890

R891

C173

C229

C228

C237

C248

C167

R517

C274

R527

R664

R617

R529

R509

C285

L551

C353

C161

R401
R399

C286

R397

C541

R568

C290

L450

C351

C343

31

50

51

30

R674

C344

1

80
R635
R639

10081

C347

81

R643
R647

R669
R665
R660
R656

C199

IC259

80

81

R429

100

1

80

81

C156

100

1

C304

R570

R574

R586

R582

C341

IC552

C360

100

51

50

C179

31

C171

30

C200

C138

IC251

R572

C306

R585

C120

R581

R563

C313

C310

C496
C495

R618

31

51

30

R651

1

80

R670

R649

R666

R645

R661

R641

R657

R637

C356

C348

C169

50

51

C137

51

50

80

81

C155

C127

C146

31

30

R565

R566

C298

R564

C314

C336

IC556

50

81

C349

31

30

IC250

1

100

C145

C126

C132

C319

R615

C308

C296

C295

R612

C340

C350

31

30

1

100

C345

R650
R646
R642
R638

R877

C327

14

C157

IC454

1

C329

C330

R607

C334

R608

R609

C331

5

8

IC057

L028

50

R675

51

C342

C346

80

81

R671
R667
R662
R658

C338

C333

4

C335

1

X004

IC557

C361

31

100

C357

L900

C076

R234

R228

C500

C501

C105

C923

C051

R137

C052

R271
R272

C103

R139

R881

Q013

C736

R306

C104

20

C102

R292

R307

IC703

C099

R286

R280

R158
R157

R145

C320

C328

8

R878

R879

R880

7

R616

C322

C321

C339

L550

L552

C354

C355

30

R672

R668
R663

R659

1

R150

C493

C904

C089

IC702

R231

C088

R239

R248

C927

R916

R255

C100

R882

C908

C096

11

10

1

IC704

R148

R332

R165
R149

R283

R205

R166

C097

R174
R172

R171

R177

R162

R333

C062

R176

R327

C063
C064

44

C065

R156

C058

C078

C081

IC705

1

L027

32

33

R700

R699

C372

64

65

C370

C369

C365

32

33

R832

R833

C453

64

65

C436

C432

R212

R214

C922

C920

R146

R179

R180

C921

C901

R202

R168

R167

R106

R282

R275

40

1

C101

D013

20

IC559

R962

R963

R287

C929

R365

R364

21

C086

R221

R233

R220

C079

R219

C080

C077

R238

R218

R334

D014

D015

R321

R315

R314

IC521

11

C527

C526

C525

20

IC555

11

20

C358

C378

1

128

97

96

C366

C458

IC513

1

128

97

96

C452

CR NO. 9

R322

R270

R250

Q903

R252

R213

R261

R303

R920

R262

R919

R921

R269

R264

R258
R263

R266

R267

R265
C924

R947

R289

1

R285

C932

C925

C098

4

R965
C930

R948

3

4

C933

R869

1

5

R870

R284

R281

C106

R362

R230

C084

R235

R254

R241

C373

C454

C433

IC909

R353

R288

R361

C116

R354

R355

R359

C117

R363

R356

R360

R243

C083

R256

C091

R300

C090

R259

R278

R257

23

C112

C113

22

R688
R690
R693

C517

R689

C516

R691

C383

R692

C519

R724

C518

R727

C396

R722
R725
R729
R731

R301

10

C520

R302
R304

R305

1

R653

10

1

C362

C429

R655

L553

L503

R831

C114

C115

R918

Q902

C926

R937

R954

C108

C109

R953

R945

8

R944

R950
R949

R946

IC907

R917

5

L005

R318

C910

R534

Q901

R320

R319

R441

R357

R358

C745

R141

R535

10

11

20

1

IC561

11

10

20

1

IC565

10

11

C521

C450

R780

R685

R684

R681

R680

R677

R676

R849

R847

R845

R843

R841

R839

R837

R835

1

20

R817

IC511

R820
R825
R818
R821
R823

1

ABCDEFGHI

52

D

PARTS LOCATION

D-BOARD (FOIL SIDE)

IC

IC000 B-5
IC001 B-5
IC002 B-5
IC005 B-4
IC019 B-4
IC020 B-4
IC021 B-5
IC047 B-4
IC048 E-4
IC061 E-1
IC067 G-2
IC200 D-4
IC201 D-3
IC202 C-5
IC209 D-5
IC213 E-5
IC214 E-5
IC217 E-5
IC251 F-4
IC259 F-5
IC260 G-4
IC404 E-3
IC454 G-3
IC502 D-2
IC503 C-2

ADDRESS INFORMATION

IC504 B-2
IC506 D-2
IC507 E-2
IC510 B-3
IC511 I-3
IC512 B-2
IC513 H-2
IC518 E-2
IC520 B-3
IC521 H-3
IC552 F-2
IC555 H-3
IC556 F-2
IC557 G-2
IC558 B-2
IC559 H-2
IC560 B-3
IC561 I-3
IC564 B-3
IC565 I-3
IC702 H-5
IC703 G-4
IC704 G-4
IC705 H-4
IC707 D-4
IC907 H-5
IC909 H-4

TRANSISTOR

Q001 B-4
Q002 A-4
Q003 B-4
Q005 A-4
Q006 B-4
Q007 B-4
Q009 B-5
Q010 A-5
Q011 B-5
Q013 G-4
Q021 C-4
Q050 E-5
Q901 I-4
Q902 H-5
Q903 H-5

PARTS LOCATION

D-BOARD (COMPONENT SIDE)

IC

IC003 H-3
IC007 H-4
IC008 H-4
IC009 H-5
IC010 H-3
IC012 H-4
IC014 F-3
IC015 G-5
IC016 G-5
IC017 G-5
IC018 H-3
IC023 H-3
IC024 E-5
IC036 F-5
IC068 C-2
IC093 G-5
IC204 F-5
IC206 F-5
IC207 E-5
IC210 F-5
IC211 E-5
IC212 E-5
IC215 E-5
IC223 F-5
IC225 G-4
IC226 E-3
IC254 D-4

ADDRESS INFORMATION

IC302 G-4
IC352 E-4
IC400 F-3
IC401 G-3
IC402 E-3
IC403 E-3
IC450 D-3
IC451 D-3
IC452 C-3
IC453 C-3
IC500 F-2
IC501 F-2
IC505 B-2
IC509 B-1
IC508 H-1
IC551 D-2
IC554 H-2
IC562 H-2
IC563 B-2
IC701 B-3
IC706 C-5
IC900 B-5
IC901 A-5
IC902 B-5
IC903 B-5
IC904 B-5
IC905 B-4
IC906 B-4
IC908 C-5

TRANSISTOR

Q014 B-4
Q015 F-5
Q016 C-4
Q017 G-5
Q018 G-5
Q019 E-5
Q020 E-5
Q022 C-4

TEST POINT

TPD1 F-2
TPD2 D-4
TPD3 G-4
TPD4 E-4
TPD5 F-3
TPD6 D-3
TPD7 D-3
TPD7 F-5
TPD8 F-3
TPD9 F-2
TPD10 D-3
TPD12 D-3
TPD20 H-5
TPD21 H-4
TPD22 H-4

53

6

D-BOARD (COMPONENT SIDE)
TZTNP010GYS

R002

R003

JK002

D21

R348

R345

R346

R347

R344

C122

5

L006

C121

D36

IC901

C375

C374

4

D35

3

C395

C394

D34

2

C444

C443

LC029

LC030

LC032

D20

R338

R339

R342

R343

R352

R340

R341

R349

R350

R351

IC903

IC904

C087

R215

R866

R867

R868

R865

R143

R142

R279

D012

LC025

C057

R966

IC902

R896

R964

X002

R967
R969

C110C111

R323

R308

IC905

R299

R335

R251

Q014

R260

C095

C094

R268

C056

C055

C092

R704

R706

R708

R710

R712

R714

R716

R718

R720

R797

R801

R802

R805

R806

R809

R812

R814

R816

R973

R974

R872

C934

C935
R204

IC900

IC906

R246

R232

R245

R236

R883

R253

X001

IC505

C425

C387

C440

R210

R185

C494

R164

R195

R276

R277

R229

C085

C082

R223

C093

D010

R140

C384

IC563

C390

C437

IC509

C447

R445

C075

R313

R193

R274

R273

R178

R182

R183

R184

R188

R197

R198

R196

R190

R151

R175

R161

R160

R173

R155

C060

IC701

R181

C053

R603
R601

R599

R604
R602
R600

C386

L556

C439

IC908

R550

R224

R551

R225

L903

R237

C107

Q016

C068

C066
C073
C070

R536

R163

R159

R153

R605

R593

R606

R594

L506

C502

C503

IC706

R312

Q022

R154

IC452

IC453

C337

D4

R135

R134

R132

R133

LC024

R138

C050

R407
R411

R423

R413

R421

R416

C141

IC058

C332

R625

R632

D006

D005

D007

D008

R426

R419

R384

R380

C159

C131

IC450

R611

R624

R628

R629

R633

R114

R136

TPD12

R621

R116

D009

C150

C148

L252

L254

R476

C214

C178

C154

R381

R385

TPD6TPD7

R558

C559

R887

R888

TPD10

R620

R619

IC551

CR NO. 9

R124

R115

R117

R122

R123

D004

C190

C191

R472

C180

IC254

C142

R125

C054

D003

C133

R424

R409

R437

TPD2

R393
R392

R387

R990

C540

R576
R578

IC451

C292

L451

R623
R626

R630

R627

R631

D2

R377

Q019

Q020

IC024

C547

C542

C300

C302

R622

TNPA1901

C217 C218

C208

C201

R466

C210

R376

C202

C473

C470

R544

C477

R478

IC352

R516

C543

R514

C544

IC226

C545

R597

R595
R591
R589

R587

R598

R596
R592
R590

R588

R465

IC212

R462

IC215

R447

2

D

IC211

C195

C196

C478

IC207

R446

R485

C240

C244
C256

C266

C278

TPD4

R013

C460

R012

C010

R454

R453

C461

IC223

R457

IC210

R456

C481

C059

R549

R548

C192

R422

R420

IC402

IC403

IC500

C402

R751

C399

R752

R756

R759

D1

R014

R144

R170

C069

L202

R406
R410
R412
R414

C162

R738

R755

R760

LC033

R015

R121

C490

C491

R120

L010

C242

C174

C462

R443

C061

R147

R152

Q015

C067

R169

TPD1

C147

C149

R425

R418

R382

R378

C139

C158

C129

L205

C163

IC014

TPD8

IC400

R886

TPD11

R747

R748

C188

IC036

IC206

R470

C209

C175

R379

C151

R383

TPD5

C558

C123

R557

R885

TPD9

R746

D3

R079

R080

R108

R105

R336

IC015

R298

R440

C189

C187

R464

C177

IC204

C140

R575

R577

R745

IC501

R078

C276

IC016

R294

R442

IC093

C480

C291

L400

R757

IC017

Q017

R439

X003

C185

R434

R296

Q018

R408

R415

L300

TPD3

R388

R389

R386

IC401

L401

C299

C301

L500

C406

C405

R750
R753
R749
R754

R758

L009

R371

C128

R370

C219

C220

C221

R477

IC225

DMM3

JK001

R006

R016

R

GB

R009

R011

C013

C269

C039

R249

R316

IC009

C270

C264

C267

C262

R247

IC008

C263

IC302

C257

IC007

C258

R510

C506

LC022

C505

C485

C484

D6

IC018

IC562

L555

C389

L505

C446

R244

C259

R242

R240

C251

C252

C074

C072

C018

C489

R297

R295

C483

C464

C482

C359

C385

C393

C438

C448

1

R001

JK003

R004

R005

R008

R007

R010

C011

C012

R024

C038

R037

R028

C037

R222

TPD20

C504

TPD21

R217

C260

TPD22

R324

R216

C560

R208

R326

IC010

C009

L044

C388

IC508

C445

R035

R033

R076

R091

LC020

C034

R068

R291

C026

R083

LC016

R325

C030

R072

R207

R087

IC012

R111

C047

R328

C005

C459

L008

IC554

C118

C001

IC023

C019

C017

IC003

R705

R815

D5

LC001

LC002

C006

R026

R064

R075

R090

R056

R067

R082

R060

R071

R086

R707

R709

R711

R713

R715

R717

R719

R721

R800

R803

R804

R807

R808

R810

R811

R813

LC004

LC005

LC003

C007

R063

R074

R089

LC018LC019

LC010LC011LC012

R055

R066

R081

LC014

LC015

R059

R070

R085

R107

IC022

C020

LC031

D7

LC006

C008

R126
R127
R128
R129
R130

D31

R131

DMM1

C381

C380

D32

C391

C392

R537

D33

C441

C442

DMM2

ABCDEFGHI

54

12.8. C1-Board

6

5

C1-BOARD (FOIL SIDE)
TNPA1914

C1

4

3

7

5

C13

1

5

123

1

2

TNPA1914 2

SEE REVERSE FOR ORDER NO.

C12

15

10

20

C1

25

24

C1-BOARD (COMPONENT SIDE)
TNPA1914

2

L7108

L7105

C7105

R7105

CA1

L7101

D7101

C7110

C7111

CA2

L7102

C7104

C7113

L7106

D7102

C7112

CA3

C7108

L7107

C7115

L7103

D7103

C7114

L7104

C7109

C7117

C7116

D7104

CA4

C13

5

TNPA1914 2

C1

1

20

C12

15

5

10

IC7101

R7103

R7102

R7104

C11

C7103

R7101

ABCDEFGHI

55

12.9. C2-Board

6

5

C2-BOARD (FOIL SIDE)
TNPA1915

C2

1

4

C23

5

7

7

5

C22

1

123

TNPA1915

1

C2

SEE REVERSE FOR ORDER NO.

3

C2-BOARD (COMPONENT SIDE)
TNPA1915

IC7132

C7137

5

2

C22

D7131

C7141

C7140

L7131

L7134

R7131

R7132

R7133
R7134

C21

C7134

IC7131

R7141

R7142
R7143

R7144

CA5

D7132

L7132

C7142

C7143

C7136

L7135

CA6

C7146

R7150

TNPA1915

C2

R7148

R7149

1

C7144

C7145

C7139

L7136

CA7

D7133

5

L7133

C23

1

ABCDEFGHI

56

12.10. C3-Board

6

5

C3-BOARD (FOIL SIDE)
TNPA1916

C3

4

11

C34

5

1

3

123

C35

5

1

2

TNPA1916 2

C3

SEE REVERSE FOR ORDER NO.

15

25

24

2010

17

C33

5

C3-BOARD (COMPONENT SIDE)
TNPA1916

2

D7161

C7166

C7167

C7163

C33

5

CA8

L7161

L7165

C7162

C7168

C7169

D7162

L7162

L7166

CA9

C7164

D7163

C7170

C7171

L7163

L7167

CA10

D7164

L7164

C7165

C7172

C7173

L7168

CA11

R7165

C7161

C31

1

R7161
R7162
R7163

R7164

IC7161

20

C35

15 5

10

TNPA1916 2

C3

C34

5

ABCDEFGHI

57

12.11. C4-Board

6

5

C4-BOARD (FOIL SIDE)
TNPA1917

C4

20

24

10

2

25

4

15

C42

1

5

123

TNPA1917 2

C4

SEE REVERSE FOR ORDER NO.

1

C43

5

7

3

C4-BOARD (COMPONENT SIDE)
TNPA1917

10 20

2

C7263

C41

R7265

R7266
R7267

R7268

IC7261

C4MM1

TNPA1917 2

C4

5

15

C42

C44

C7266

Q7261
R7276

Q7262

R7278

R7275

R7277

CB8

L7261

C43

5

1

C7262

L7265

D7261

C7267

C7268

L7262

D7262

L7266

C7269

C7270

C7261

CB9

L7263

D7263

L7267

C7271

C7272

C7265

CB10

L7264

D7264

C7273

C7274

CB11

L7268

C7264

R7273

ABCDEFGHI

58

12.12. C5-Board

6

5

C5-BOARD (FOIL SIDE)
TNPA1918

C5

4

C53

5

7

C5

SEE REVERSE FOR ORDER NO.

2

1

3

TNPA1918

1

71

5

C52

1

3

C5-BOARD (COMPONENT SIDE)
TNPA1918

D7231

C51

R7237
R7238

R7239

C7235

L7231

2

C5MM1

5

C52

R7236

C7236

C7233

R7251
R7252

R7253
R7254

IC7231

L7234

C7232

CB5

TNPA1918

L7232

D7232

C5

1

C7237

L7235

C7238

C7231

CB6

C7234

CB7

L7236

C7240

C7239

L7233

D7233

C53

5

1

ABCDEFGHI

59

12.13. C6-Board

6

5

C6-BOARD (FOIL SIDE)
TNPA1919

4

123

C6

20

24

25

10

15

C62

2

1

5

7

5

C63

1

TNPA1919

SEE REVERSE FOR ORDER NO.

2

C6

3

C6-BOARD (COMPONENT SIDE)
TNPA1919

10

2

C7207

D7201

CB1

1

R7205

C7206

L7205

L7201

C7202

5

C62

20

15

C61

R7207

R7206

R7208

R7209

D7202

C7208

C7209

CB2

L7206

L7202

C7201

CB3

C7210

C7211

D7203

L7207

C7205

L7203

C6MM1

TNPA1919

C7213

C7212

D7204

L7204

L7208

2

C6

C7204

IC7201

CB4

C7203

5

C63

ABCDEFGHI

60

12.14. C7-Board

C7-BOARD (FOIL SIDE)
TNPA1993

6

5

C7

C332

TNPA199 2

C7

C7

SEE REVERSE FOR ORDER NO.

CR No.7

4

C333

C301

123

C303

C7MM1

C71

TP319

TP321

TP320

TP318

TP317

TP316

TP315

TP314

TP313

TP312

TP311

TP310

TP308

2
1

TP309

C72

TP305

1

TP304

7

24
25

C7-BOARD (COMPONENT SIDE)
TNPA1993

3

C319

C318

2

L320

D320

L313

L316

L321

D316

L318

L312

C317

C316
C315

L315

L317

L319

L322

1

D314

D317

D321

L314

R317

D315

CRNo.7

L323

C7MM2

Q311

R314

Q312

D319
D318

R313

R315

R316

R305

C302

L301

C72

TP322

L325

D324

L326

L327

C314

L303

C308

IC304

R329

TP303

D323

R335

R336

R331

C331

R330

C71

C329

TP301

R327

R328

C328

R332

C330

R333

D322

C312

D311

C311

D312 D313

L328

C327

IC301

L329

R322

D326

C313

IC302

R321

R311

R320

R312

R304

R301

R302

R303

R323

Q313

TP302

R338

Q317Q318

C320

IC303

D327

D302

R337

C321

C322

R339

C303

Q314

TNPA1993

C332

R324

R340

Q315

R325

Q319

Q316

Q320

C301

2

C7

C333

C7MM1

ABCDEFGHI

61

12.15. C8-Board

C8-BOARD (FOIL SIDE)
TNPA2277

6

C8

C401

C403

C433

5

C432

C8

2

TNPA2277

SEE REVERSE FOR ORDER NO.

CR No.7

1

4

C8

2

3

TP417

TP418

TP419

TP420

TP421

C81

2

C8MM1

1

TP416

TP415

TP414

TP413

TP412

TP411

TP410

TP408

TP409

TP405

TP404

24

25

C8-BOARD (COMPONENT SIDE)
TNPA2277

3

TP403

L417

L416

D416

L412

2

1

L413

L419

L418

L423

L422

L420

D420

D414

D417

L421

CRNo.7

C419

C418

C417

C416

C415

R417

D421

L415

L414

D415

Q411

D419

R416

D418

R415

Q412

R405

C408

L403

D423

TP422

R435

R436

C430

R431

C431

R430

D424

R414

C414

R413

C402

L401

C429

R429

R427

R428

C428

IC404

R432
R433

D422

L425

C81

L426

D413

L427

D412

L428

L429

D411

TNPA2277

C411

C427

C403

C412

C413

IC402

R421

R420

R411

R412

R401

R402

R403

R404

C401

TP401

C8

C420

IC403

IC401

R440

C8MM1

C433

D426
R422

Q418

2

R437

R439

R438

Q417

C432

D427

C421

D402

C422

Q419

Q420

R425

Q416

Q413

R423

Q414

TP402

R424

Q415

ABCDEFGHI

62

12.16. SC-Board

6

SC-BOARD (FOIL SIDE)
TNPA1922

5

4

3

2

1

ABCDEFGHI

63

SC

PARTS LOCATION

SC-BOARD (FOIL SIDE)

TRANSISTOR

Q6510 F-5
Q6522 B-4
Q6523 C-4
Q6524 C-4
Q6525 C-4
Q6526 D-4
Q6527 D-4
Q6528 E-4
Q6529 E-4
Q6531 G-5
Q6532 D-5
Q6533 D-5
Q6534 D-5
Q6535 E-5
Q6536 E-5
Q6537 F-5
Q6538 F-5
Q6539 F-5
Q6601 B-3
Q6602 C-3
Q6603 C-3
Q6604 C-3
Q6605 D-3
Q6606 D-3
Q6607 H-2
Q6608 H-3
Q6609 H-3
Q6610 H-3
Q6611 E-3
Q6612 E-3

ADDRESS INFORMATION

Q6613 E-3
Q6614 F-3
Q6615 F-3
Q6615 G-3
Q6616 G-3
Q6617 G-3
Q6618 G-3
Q6621 D-2
Q6622 D-2
Q6623 D-2
Q6624 E-2
Q6625 F-2
Q6626 F-2
Q6627 F-2
Q6628 F-2
Q6648 B-1
Q6649 B-2
Q6650 B-2

TEST POINT

TP1 A-1
TP2 A-1
TP3 B-1
TP4 B-1
TP5 B-1
TP6 B-1
TP7 B-1
TP8 B-1
TP9 B-1
TP10 H-1
TP11 H-1
TP12 H-1

TP13 H-1
TP14 H-1
TP15 H-1
TP16 H-1
TP17 H-1
TP18 I-1
TP19 I-1
TP20 I-1
TP21 I-1
TP22 H-1
TP23 I-1
TP24 I-1
TP25 I-1
TP26 H-5
TP27 G-5
TP28 F-5
TP29 I-4
TP30 H-4
TP31 D-5
TP32 D-5
TP33 C-5
TP34 B-5
TP35 B-5
TP36 I-3
TP37 F-1
TP38 A-1
TP39 G-3
TP40 G-2
TP41 E-1
TP42 H-1
TP43 C-2
TP44 C-2

TP45 A-5
TP47 F-5
TP48 B-5
TP49 I-5
TP50 B-5
TP51 H-5
TP52 B-5
TP53 H-5
TP54 H-5
TP55 H-5
TP56 H-5
TP57 H-5

PARTS LOCATION

SC-BOARD (COMPONENT SIDE)

IC

IC6500 A-5
IC6501 A-5
IC6502 B-4
IC6503 A-4
IC6504 B-4
IC6505 A-5
IC6506 B-5
IC6507 D-4
IC6509 B-4
IC6510 D-5
IC6511 F-5
IC6512 A-4
IC6521 D-4
IC6531 C-5
IC6541 B-4
IC6601 F-3
IC6602 E-1
IC6603 D-1
IC6604 C-3
IC6605 B-2
IC6606 A-2
IC6607 B-2
IC6608 G-2

TRANSISTOR

Q6511 G-5
Q6512 G-5
Q6513 E-4
Q6514 F-4
Q6515 C-5

ADDRESS INFORMATION

Q6516 E-5
Q6517 B-4
Q6518 D-5
Q6519 D-5
Q6521 C-4
Q6522 G-4
Q6523 G-4
Q6524 G-4
Q6525 G-4
Q6526 F-4
Q6527 E-4
Q6528 A-3
Q6528 E-4
Q6529 E-4
Q6531 B-5
Q6532 F-5
Q6533 F-5
Q6534 F-5
Q6535 E-5
Q6536 D-5
Q6537 D-5
Q6538 D-5
Q6539 D-5
Q6541 C-4
Q6542 B-4
Q6543 B-4
Q6545 A-4
Q6546 A-4
Q6601 G-3
Q6602 G-3
Q6603 G-3
Q6604 G-3

Q6605 F-3
Q6606 F-3
Q6607 B-2
Q6608 B-3
Q6609 B-3
Q6610 B-3
Q6611 E-3
Q6612 E-3
Q6613 D-3
Q6614 D-3
Q6615 C-3
Q6616 C-3
Q6617 C-3
Q6618 B-3
Q6621 F-2
Q6622 F-2
Q6624 E-2
Q6625 D-2
Q6626 D-2
Q6627 D-2
Q6628 C-2
Q6631 G-3
Q6632 G-3
Q6633 F-3
Q6634 F-3
Q6635 E-3
Q6636 E-3
Q6641 F-1
Q6642 F-1
Q6643 D-1
Q6644 E-1
Q6645 B-3

Q6646 B-3
Q6648 H-1
Q6649 H-2
Q6650 H-1

TEST POINT

TP15V H-1
TPSC1 G-5
TPSC2 F-1
TPVAD H-1
TPVbk H-1
TPVscn H-5
TPVset H-2

64

6

SC-BOARD (COMPONENT SIDE)
TNPA1922

5

4

3

2

1

ABCDEFGH I

65

12.17. SD-Board

6

SD-BOARD (FOIL SIDE)
TNPA1921

TNPA1921

SEE REVERSE FOR ORDER NO.

1

SD

5

4

3

SD-BOARD (COMPONENT SIDE)

21

3

TNPA1921

SD1

TPSD1

SD2

2

C6422

IC6411

R6422

D6413

C6421

D6412

C6423

R6421

TP5

TNPA1921

IC6412

SD

R6423

D6414

C6424

D6411

1

IC6413

R6424

D6415

C6425

C6429

SD3

IC6414

C6428

R6425

D6416

C6426

TPSD2

R6428

R6427

IC6415

SD4

D6417

R6426

C6427

TP7
TP6

TP8

IC6416

R6437

1

ABCDEFGHI

66

12.18. SU-Board

6

SU-BOARD (FOIL SIDE)
TNPA1920

TNPA1920

5

SEE REVERSE FOR ORDER NO.

1

SU

321

4

3

SU-BOARD (COMPONENT SIDE)
TNPA1920

SU2

SU3 SU4

IC6404

TPSU2

R6410

SU1

TPSU1

2

C6411

C6401

D6402

R6401

TP4

TP1

TP2

R6402

D6403

C6402

R6408

R6407

IC6402

C6412

C6413

R6403

D6404

C6403

TP3

IC6403

D6401

R6404

D6405

C6404

SU

TNPA1920

D6406

R6405

C6406

IC6405

R6406

D6407

C6407

IC6406

1

IC6401

1

ABCDEFGHI

67

12.19. SS, SS2 and SS3-Board

6

SS-BOARD (FOIL SIDE)
TNPA1923

5

4

3

2

SS2-BOARD (FOIL SIDE)
TNPA1924

SS3-BOARD (FOIL SIDE)
TNPA1925

1

ABCDEFGHI

68

SS2

SS

SS3

PARTS LOCATION

SS-BOARD (FOIL SIDE)

TRANSISTOR

Q6703 F-3
Q6704 F-3
Q6705 F-3
Q6706 F-3
Q6714 E-3
Q6715 D-3
Q6716 D-3
Q6717 D-3
Q6727 G-5
Q6728 G-5
Q6729 G-5
Q6730 F-5
Q6731 F-5
Q6732 F-5
Q6746 E-5
Q6747 E-5
Q6748 E-5
Q6749 D-5
Q6750 C-5
Q6751 C-5
Q6752 C-5
Q6753 C-5
Q6764 A-5
Q6769 B-5

ADDRESS INFORMATION

Q6777 C-3
Q6778 C-3
Q6779 C-4
Q6783 B-4

TEST POINT

TP1 H-1
TP2 H-1
TP3 H-1
TP4 H-1
TP5 H-1
TP6 G-3
TP7 G-3
TP8 G-3
TP9 G-3
TP10 G-3
TP11 G-3
TP12 H-1
TP13 H-1
TP14 H-1
TP15 H-1
TP17 B-5
TP18 B-5

PARTS LOCATION

SS-BOARD (COMPONENT SIDE)

IC

IC6701 G-3
IC6702 G-4
IC6703 D-4
IC6704 E-4
IC6705 D-5
IC6706 H-4
IC6707 H-4
IC6709 F-3
IC6711 G-4
IC6712 B-3

TRANSISTOR

Q6701 D-3
Q6702 D-3
Q6703 C-3
Q6704 C-3
Q6705 D-3
Q6706 D-3
Q6712 E-3
Q6713 E-3
Q6714 E-3
Q6715 E-3
Q6716 E-3
Q6717 F-3
Q6721 B-5
Q6722 B-5
Q6723 D-5
Q6724 D-5
Q6727 B-5
Q6728 B-5
Q6729 C-5
Q6730 C-5

ADDRESS INFORMATION

Q6731 C-5
Q6732 D-5
Q6740 F-5
Q6741 F-5
Q6744 F-5
Q6746 D-5
Q6747 E-5
Q6748 E-5
Q6749 E-5
Q6750 F-5
Q6751 F-5
Q6752 G-5
Q6753 G-5
Q6761 H-4
Q6762 G-4
Q6763 H-5
Q6764 H-5
Q6765 H-4
Q6766 H-4
Q6777 F-3
Q6778 F-3
Q6779 F-3
Q6783 G-4

TEST POINT

TP15V B-3
TPPR1 B-3
TPSS1 H-5
TPSS2 C-3
TPVe F-3
TPVe2 G-4
TPVSUS A-3

69

6

SS-BOARD (COMPONENT SIDE)
TNPA1923

5

4

3

2

SS2-BOARD (COMPONENT SIDE)
TNPA1924

1

ABCDEFGH I

SS3-BOARD (COMPONENT SIDE)
TNPA1925

70

Power Source ...................................................

Power Source ...................................................

13 Block and Schematic Diagrams

13.1. Schematic Diagram Notes

Important Safety Notice

Components identified by mark have special characteristics important for safety.
When replacing any of these components, use only manufacture's specified parts.

Notes:

1. Resistor
All resistors are cabon 1/4W resistor, unless marked as follows:
Unit of resistance is OHM [W] (K=1,000, M=1,000,000).

: Nonflammable : Metal Oxide
: Solid : Metal Film
: Wire Wound : Fuse:

2. Capacitor
All capacitors are ceramic 50V capacitor, unless marked as follows:
Unit of capacitance is mF, unless otherwise noted.

: Temperature Compensation : Electrolytic
: Polyester : Bipolar

M
m T

: Metalized Polyester : Dipped Tantalum
: Polypropylene : Z-Type

3. Coil
Unit of inductance is mF, unless otherwise noted.

4. Test Point

: Test Point position

5. Earth Symbol

: Chassis Earth (Cold) : Line Earth (Hot)

6. Voltage Measurement
Voltage is measured by a DC voltmeter.
Conditions of the measurement are the following:

Power Source ................................................... AC 220V-240V, 50/60Hz

Power Source ...................................................

Power Source ...................................................

Receiving Signal ............................................... Colour Bar signal (RF)

All customer's controls ...................................... Maximum positions

7. Number in red circle indicates waveform nember.
(See waveform pattern table.)

8. When arrow mark ( ) is found, connection is easily found from the direction of arrow

NP

+

-

Z

(A, B and E Version)

AC 120V, 50/60Hz (U Version)

Remarks:

1. The Power Circuit contains a circuit area which uses a separate power supply to isolate the
earth connection.
The circuit is defined by HOT and COLD indications in the schematic diagram. Take the
follwing precautions.
All circuits, except the Power Circuit, are cold.
Precautions

a. Do not touch the hot part or the hot and cold parts at the same time or you may

be shocked.

b. Do not short- circuit the hot and cold circuits or a fuse may blow and parts may

break.

c. Do not connect an instrument, such as an oscilloscope, to the hot and cold

circuits simultaneously or a fuse may blow.

Connect the earth of instruments to the earth connection of the circuit being

measured.

d. Make sure to disconnect the power plug before removing the chassis.

2. Following diodes are interchangeable.

MA150- MA162 (Replacement part)

9. Indicates the major signal flow. : Video Audio

10. This schematic diagram is the latest at the time of printing and subject to change without

71

13.2. Main Block Diagram

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¾Ð

¾Ð



+

-



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SPEAKER

TERMINAL

©



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ª

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SD

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





















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







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







ª

ª

ª

ɼºÆͼÉ

SS.R. SS.R. SS.R. SS.R.

C12

C81

C1

 



SU

SC

ª¥

SC1

VSUS
VSET

VDA

¦¥«©¦£

ª¬ª«¥

¥«£±

¦£«

FLOATING
GROUND

§¬£ª

§¬£ª

§¬£ª

ª¥

SC2

SC3

D

D20

D21

¦©¤«

¦¥©«©

T1

À¾À˸à ̽½¼É



DG5

¬¦

DG4

ª©

¦¥«©¦£

¤§

¥«ª

°

¬¦ ª®

«£

° §©¦ªª

¸»


C81

SC4

from P43

½ÉÆÄ 



C62

 © §

¬¦ ¥

C61

 

ª¦



SS.R. SS.R. SS.R. SS.R.

C11

¤©¦

§£ª¤

§£ª¤

§ ¦¥

© §©¦ªª¦©

°

«

«

©

°

¦



©

ª®

 

©

¦¤§¦¥¥«



C13





D31

D36 D35

DG6

§

C63

SS.R. SS.R. SS.R.

C2

C22

 

C21

D32

SUB-FIELD

PROCESSOR

©

C52

D33

D34

H

C51



SS.R.



D5 D7

P5

P7

P6

©¤¦«

©©



 



SS.R. SS.R.

P

13.5V
5V

3.65V

OFF
SOS
STB5V

+15V

-15V
MUTE

P6

CONTROL

§¦®©
£

V34

Vda

P7

PROTECTOR

P5

PROCESS
VOLTAGE
CONTROL

POWER

FACTOR

Vda

SUSTAIN

VOLTAGE

PROCESS
VOLTAGE

RECTIFIER

P19

INPUT

C23

P21

P18

PRIMARY

CIRCUIT

+

-

P9

C53






SS.R. SS.R. SS.R. SS.R.

C33

C35

C35
C71



VSUS

P2

SUSTAIN

VOLTAGE

RECTIFIER

SUSTAIN

P15

VOLTAGE

CONTROL

P16

PROCESS

P22

VOLTAGE

PROTECTOR

STAND BY

P8

C41

15V

P3

P1

P8

VDA

15V

P4



P41

GENERATOR

P27P26

VSCN

Vad

F15V

C44

VSUS

15V

F2

ª

ª

żÉ

©¼ºÆͼÉ

§

P43



LINE

FILTER

 

ª

VDA

C72

To SC43

SS8



C43

Vda

SS.R.

SS.R.

SS.R. SS.R.



ª

SS1

SS27

POWER

SWITCH

AC100V

- 240V

F1

½ÉÆÄ 

SS12

SS12





C3

ªª

ADDRESS
VOLTAGE

(VE)

SUSTAIN

PULSE

SS72

C71

C42

Vda

C72





żÉ

SS41
SS15

SS16
SS48

SPEAKER

TERMINAL



£

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ɼºÆͼÉ

+

-

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72

13.3. Power (F, P1, P3, P4, P5, P6, P7, P8 and P9 Board) Block Diagram

D601

D604

Q636

IC635

Q601

AC

IN VBK VDA 15Vs 13.5V

D606

Q635

AC INLET IC601 IC602 SOS

3

14

6 4

L4

2

H6 2 VSUS

OSC. 4

IC600

F1

8

11

26

H8

F901 F900 9VDA

4

L10 10 15V

P3

LINE 13 STOP

FILTER 6 15V

F

RL401 D402 3

15F9

Q417

Q418

Q421

ON/OFF From MICRO

P9 POWER FACTOR CONTROL 4

3 5 VBK

RL400

1 1 +15V

3

IC400

1

2

D431

T402

3

D439D440

FULL

WAVE

RECTIFIER

L401 D407

Q419
Q400

P19 8 4 5 7 11

7

IC735

+

+

55V

1 13.5V

1

IC403

AVR

5

9 3.65V

230V

110V

12

PFC

3

STB 5V

MAIN POWER SWITCH ON/OFF

P16

SOS IN

1 VCC

6FB
8 VSUS VSUS 15V VSET -15Vs 5V

P15

G

G

D

Q404

S

Q405

D

STOP

FAN

OCP

4

IC737
IC736

Q730

5

PROTECT

P6

P19 9

D430

DRIVE VOLTA GE PROTECT OR PROCESS VOLTAGE PROTECT OR

Q750
Q751

IC750

COMPARATO

P7

IC751

Q775
Q776

IC775

COMPARATO

P8

P21

10 4367 1

P22

7 4321 6

P26

2VDA
5 15V

P27

Q408
Q409

Q402

T404

Q410
Q403

T405

Q411
Q406

Q407

230V_Model

Q425
Q401

5 1 P18 11 3.65V

GD

Q414

Q412

Q413

Q415

G

110V_Model

L402

G

Q423

S

Q424

G

P42

Start

STOP

Q650
Q651

PROTECT

6

8

IC650
OSC.

S

D

D

S

D

D432

D

D

7

P41

DC400V

6

31

OSC.

IC921

P5

2

3

9

10

Vcc

Q416

L411

T400

5

6

12

13

T401

D487

FULL

WAVE

RECTIFIER

L434

IC406

R528

+

IC410

R513

VDA75V

VBK

D444

DC400V

2 VSUS

+

D441

+

3 -15V
75V

+

D442

IC412

1 2

AVR

+15V

For Audio

-15V

4 MUTE

D443

P10-P13

12

11

10

Q932
Q933

IC931

Vscan
F15V

Vad

Q926
Q927

IC934

3

5

T921

IC932

+

IC407

1 2

AVR

IC411

1 2

P29

1

25v 3.65v

2

1

25v 3.65v

2

P30

P4

P43

6 5 4 2 ON/OFF

15V

13.5V

5V

55V

12V

1To

AVR

4

Q429

P9_1

IC981

IC981

P9_2

P29

5
6

5
6

P30

1VDA
5 15V

P1

3

1 VSET

P2

P6

P17

8 3.65V
9 3.65V
1 13.5V

P5

8

P7

7 SOS
4 STB5V

P8

1
2

To C72

To SS1

To SC1

To DG6

To DG17

FAN

To D5

To D7

To SS8

MAIN
SWITCH

73

13.4. P1-Board (1/2) Schematic Diagram

74

13.5. P1-Board (2/2) Schematic Diagram

75

13.6. P3 and P4-Board Schematic Diagram

76

13.7. P5, P6, P7 and P8-Board Schematic Diagram

77

13.8. P9 and F-Board Schematic Diagram

50HP81

50WP16 SERIES

78

13.9. H-Board Block Diagram

VIDEO

IN C

S-VIDEO

IN VIDEO/Y

COMPONENT/RGB IN RGB - PC SEL. RGB/PC - TUNER SEL.
Pb/B Pb/B

Y/G Y/G

H

Q3503

Q3501

IC3505 IC3508

8

6

11

8

11

JK3501

TO DG BOARD

Pb/B

6

5

1

11

Pr/R Pr/R

HD

VD Pr/R

PC IN

B

3

G

2

R SYNC.SEL.

1

DDC

MEMORY

Q3517/Q3518

13

HS

VS

14

Q3519/Q3514

TUNER VD

IN

B

2

G DAC3

1

R

3

4

HD
VD

5

AUDIO

7
8

R0

AV

L0

Q3525/Q3526

L1

Q3527/Q3528

Q3512

Q3511

Q3510

Q3521/Q3522

R1

RGB/

COMP.

L2

Q3529/Q3530

R2

L3

PC

Q3531/Q3532

R3 SCL1

RS232C

16

5

9

14

3

1

2

7 12

RGB PC

DAC2 DAC3

Q3513/Q3514

Q3513/Q3514

Q3523/Q3524

IC3506

AUDIO SEL.

1

5
2

4

12

14
15
11

9

10

LDAC0

3

13

RR

DAC2

DAC1

16

B

9

G

14

R

1

RGB&PC TUNER

REMOTE

INTERFACE

BLOCK

2 7 12

IC3504

15
11

12

2
4

1

SW3 SW2

IC3507

CONTROL

4

IIC

5

6

10

|

DAC

15

7

14

9

5

3

HD HD

VD

10

9

13

3

SDA1

Y/G

SCL3

SDA3

L

9

7

37

39

56

57

31

33

52

53

IC3503, IC3511 ~ 14

79

13.10. H-Board (1/4) Schematic Diagram

80

13.11. H-Board (2/4) Schematic Diagram

81

13.12. H-Board (3/4) Schematic Diagram

82

13.13. H-Board (4/4) Schematic Diagram

83

13.14. DG Board Block Diagram

DG

V/Y V/Y IC8018

1

C SC

5

Q8005

IC8001

3

Q8001

1

Q8007

/LC8002

Q8006

Q8014

IC8007 C 0

IC8003 JK8003

PB Y Sub Contrast

11

3

1

88

NTSC

3D YC

84

COMB

IC8002 JK8002

Y

9

3

1

To

D-Board

FILTER

83

IC8004 JK8001

PR

7

3

1

4M DRAM

FIELD MEMORY

IC8014

1

3

14

5

16

C

11

2 7 12

IC8015

Y 7

1

3

Q8032

2

Q8031

L : 3D YC

IC8008

Q8021

HD H:G Sync

37

VD

39

IC8005 IC8020

RGB SYNC.SEL CLP VS L:3DYC

7

1

6

5

IC8009

1

3

IC8010

4

6

8

SYNC

SEP.

IC8016 & Q8030 IC8033 & Q8033

IC8011

SYNC.

HD- HP H HD

15

17

13

1

CLP NCLP CLP

9

VD VP V VD

1

SYNC

10

8

2

AV/

RGB/COMP

.

SYNC. SW

62

63

DIGITAL
BUFFER

VPC

A/D

COMB

FILTER

COLOUR

DECODER

SYNC.

PROCESS

1216

20

Y2

25

1

28

29

38

7

43

C2

1

46

0

47

4

L:VPC SCL3

L:DIGITAL SDA3

H:G Sync

IIC

5

14

|

SW

7

9

15

D-Board

CLP

To

33

41

30

38

25

46

28

43

13

58

6

8

4

AUDIO AMP IC2302

L

L TO SPEAKER

31
33

32

1

R

29

28

20

12

Q2301

11

4

12

IC2301

L

IC2402

6

5
3

2

Q2302

7

MUTE

11

Q2303

1

Q2304

4

12

DG4

DG5

1

TO SPEAKER

1

84

13.15. DG-Board (1/4) Schematic Diagram

85

13.16. DG-Board (2/4) Schematic Diagram

86

13.17. DG-Board (3/4) Schematic Diagram

87

13.18. DG-Board (4/4) Schematic Diagram

88

13.19. T11 Board Schematic Diagram

89

13.20. D-Board IC Location

IC No. */36 Page IC No. */36 Page
IC9000 1 95 IC9502 23 117
IC9001 1 95 IC9503 10 104
IC9002 13 107 IC9504 11 105
IC9003 1 95 IC9505 35 129
IC9004 1 95 IC9506 34 128
IC9005 1 95 IC9507 23 117
IC9006 13 107 IC9508 23 117
IC9007 2 96 IC9509 23 117
IC9008 2 96 IC9510 23 117
IC9009 2 96 IC9511 23 117
IC9010 1 95 IC9512 24 118
IC9012 13 107 IC9513 24 118
IC9014 4 98 IC9516 21 115
IC9015 25 119 IC9520 10 104
IC9016 25 119 IC9521 34 128
IC9017 25 119 IC9551 19 113
IC9018 2 96 IC9552 8 102
IC9019 1 95 IC9554 8 102
IC9020 1 95 IC9555 32 126
IC9021 1 95 IC9557 20 114
IC9022 1 95 IC9558 8 102
IC9023 1 95 IC9559 20 114
IC9024 28 122 IC9560 8 102
IC9036 16 110 IC9561 20 114
IC9047 5 99 IC9562 21 115
IC9048 29 123 IC9563 21 115
IC9061 7 101 IC9564 21 115
IC9093 4 98 IC9565 21 115
IC9200 3 97 IC9701 26 120
IC9201 3 97 IC9702 26 120
IC9202 3 97 IC9703 26 120
IC9204 4 98 IC9704 27 121
IC9206 16 110 IC9705 27 121
IC9207 4 98 IC9706 26 120
IC9209 4 98 IC9707 27 121
IC9210 16 110 IC9900 2 96
IC9211 4 98 IC9901 3 97
IC9211 4 98 IC9902 3 97
IC9212 4 98 IC9903 3 97
IC9213 4 98 IC9904 3 97
IC9214 4 98 IC9905 3 97
IC9215 4 98 IC9906 3 97
IC9217 4 98 IC9907 3 97
IC9223 15 109 IC9908 2 96
IC9225 5 99 IC9909 2 96
IC9226 29 123
IC9250 27 121
IC9251 27 121
IC9254 28 122
IC9259 28 122
IC9302 5 99
IC9352 29 123
IC9400 6 100
IC9401 6 100
IC9401 6 100
IC9402 6 100
IC9403 6 100
IC9450 30 124
IC9451 30 124
IC9452 30 124
IC9453 30 124
IC9501 22 116

90

13.21. D-Board Information (1/4)

91

13.22. D-Board Information (2/4)

92

13.23. D-Board Information (3/4)

93

13.24. D-Board Information (4/4)

94

13.25. D-Board Block Diagram

ÇÇ

ÇÇ

¾

¾

ÇÇ

ÇÇ

¾

ÇÇ

Á

O

Á

O

ÅÀÃ

ÅÀÃ





°

°

D1

( 3 ~ 6)
(65~68)

( 8 ~11)
(60~63)

(13~16)
(55~58)

JK9003

B-IN

JK9002

G-IN

JK9001

R-IN

D1

(45)
(26)

(25)
(47)

(48)

(23)

IC9015

IC9016

IC9017

15MHz / 525P
20MHz / HD
35MHz / UXGA

IC9000

3

IC9001

3

IC9002

3

LC9010 - 12

1

LC9014 - 16

1

LC9018 - 20

1

8MHz

20MHz
35MHz

8MHz

20MHz
35MHz

8MHz
20MHz
35MHz

SCL1
SDA1

SCL2
SDA2
SCL3

SDA3

IC9004

BAND SW.

16

16

9

8

IC9005

BAND SW.

16

9

8

IC9006

BAND SW.

16

9

8

5

5

5

IC9701

¤©¦

§Éƺ¼ÊÊÆÉ

îî°°øø")4

IC9020

6

IC9019

6

IC9021

6

")4

17

17

left

17

SCL1

SDA1

IC9702

1 Mbit VRAM

IC9705

8 Mbit FLASH

MEMORY

IC9008

7

IC9007

7

IC9009

7

SCL2

SDA2

SCL3

A/D

A/D

A/D

SDA3

IC9401

8M FLASH MEMORY

19

20

1

26

18

20

1

11

10

20

1

3

34

~ 41

8 BIT

IC9302 IC9352

©

RGB PROCESSOR

¦¥©«¦©

44

55

~ 51

~ 62

IC9302

««¥«¦£¦©

¦¥«©ª«

®»

233

~

242

113

~

271-278

281~288

289~296

SDRAM

SDRAM

271-278

281~288
289~296

106

IC9204

FORMAT CONVERTER

(LINE CONVERTER)

I/P CONVERTER

ASPECT CONTROL

4:3 / 16:9

16M

16M

FORMAT CONVERTER

16M

SDRAM

16M

SDRAM

IC9254

IC9201 IC9209

(LINE CONVERTER)

I/P CONVERTER

ASPECT CONTROL

4:3 / 16:9

113

102

~

~95

106

ª«

244

~

252

102

~95

254

~

262

94

~87

16M

SDRAM

16M

SDRAM

94

~87

123~116

135~128

113~106

IC9225

PROGRAMME

DPHASE

CORRECTION

IC9216

BUFFER

IC9207

BUFFER

IC9206

BUFFER

24 ~ 17

16 ~ 918 ~ 1

64M SDRAM

MEMORY

IC9215

PLLM 80MHz

IC9211

PLL2 50MHz

IC9212

PLL1 80MHz

IC9903

BUFFER

2-9 2-9

D21

64M SDRAM

IC9400

NEW PLASMA AI

PAL QUASI-100Hz

IC9402

FIELD

IC9904

BUFFER

D20

«¦ ª Ƹɻ

IC9452

FIELD

MEMORY

IC9403

64M SDRAM

FIELD

MEMORY

IC9900

DISCHARGE

CONTROL

IC9453

64M SDRAM

FIELD

MEMORY

171~156191~172

211~192

IC9905

BUFFER



28 ~ 39

14 ~ 252 ~ 13

PROCESSOR

BUFFER

IC9501

SUB-FIELD



IC9906



IC9551

IC9503

16M SDRAM

ODD-LINE
MEMORY

¬¬¬ ¬¬¬¬ ¬

IC9507

16M SDRAM

EVEN-LINE

MEMORY

IC9061

16M SDRAM

ODD-LINE
MEMORY









IC9502
16MSDRAM
EVEN-LINE

MEMORY

IC9554

BUFFER

IC9520

BUFFER

IC9564

BUFFER

IC9506

16M SDRAM

ODD-LINE

MEMORY

IC9552

16M SDRAM

EVEN-LINE

MEMORY




ª§
ª§

¦¥©«©
¦¥©«©

¬

¼É ©À¾¿Ë

¬§§© ©«



ª§
¦¥©«©
¬

¼É ¼ÅËɼ

¬

¼É ©À¾¿Ë



ª§
¦¥©«©

£ÆÎ¼É ©À

¿Ë



ª§
¦¥©«©
£ÆÎ¼É ¼ÅËɼ

£ÆÎ¼É ©À

















¿Ë

IC9504

BUFFER

IC9510

BUFFER

IC9555

BUFFER

IC9561

BUFFER



ª§

¦¥©«©

¬

¼É £¼½Ë

¬

¼É ¤À»»Ã¼

IC9554





BUFFER

IC9560





BUFFER

24Lines



Upper

Light

24Lines

24Lines

Upper



Centre

12Lines

36Lines

Upper



Light





24Lines



Lower

Light

24Lines



IC9352

233

244

252

254

~

262

242

~

««¥«¦£¦©

¦¥«©ª«

®»

ª«

ª§

IC9556

¦¥©«©

£ÆÎ¼É £¼½Ë



ª§
¦¥©«©

£ÆÎ¼É £¼½Ë

£ÆÎ¼É ¼ÅËɼ



ª§
¦¥©«©

£ÆÎ¼É ©À

¿Ë









IC9505

BUFFER

IC9511

BUFFER

~

123~116

135~128

6

113~10

IC9226

PROGRAMME

DPHSE

CORRECTION

24 ~ 17

IC9450

NEW PLASMA AI

16 ~ 918 ~ 1

PAL QUASI-100Hz

IC9541

8M FLASH MEMORY

171~156191~172

211~192

PROCESSOR

28 ~ 39

14 ~ 252 ~ 13

SUB-FIELD

IC9557

16M SDRAM

EVEN-LINE

MEMORY









IC9555

BUFFER

IC9521

BUFFER

IC9565

BUFFER

16M SDRAM

ODD-LINE
MEMORY

24Lines

12Lines

36Lines

36Lines





Lower

Centre

Lower

Light

95

13.26. D-Board (1/36) Schematic Diagram

96

13.27. D-Board (2/36) Schematic Diagram

97

13.28. D-Board (3/36) Schematic Diagram

98

13.29. D-Board (4/36) Schematic Diagram

99

13.30. D-Board (5/36) Schematic Diagram

100