Panasonic Th-103vx200 Service Manual Repair Guide by www.heydownloads.com

Order Number ITD1011141CE B34 Canada: B62

High Definition Plasma Display Model No. TH-103VX200U GPF13DMONV Chassis

TABLE OF CONTENTS PAGE 1 Safety Precautions----------------------------------------------- 3 1.1. General Guidelines---------------------------------------- 3 2 Warning -------------------------------------------------------------- 4 2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices---------- 4 2.2. About lead free solder (PbF)---------------------------- 5 3 Service Navigation ----------------------------------------------- 6 3.1. Service Hint ------------------------------------------------- 6 3.2. Applicable signals ----------------------------------------- 8 4 Specifications ----------------------------------------------------- 9 5 Operating Instructions-----------------------------------------10 6 Service Mode -----------------------------------------------------11 6.1. CAT (Computer Aided Test) mode ------------------- 11 6.2. IIC mode structure (following items value is sample data) -----------------------------------------------15 7 Troubleshooting Guide ----------------------------------------16 7.1. Self Check--------------------------------------------------16 7.2. No Power ---------------------------------------------------18 7.3. No Picture --------------------------------------------------18

PAGE 7.4. Local screen failure-------------------------------------- 19 8 Service Fixture & Tools --------------------------------------- 20 8.1. SC jig-------------------------------------------------------- 20 9 Disassembly and Assembly Instructions--------------- 21 9.1. Rear Cover and Board---------------------------------- 21 9.2. Location of Rear Cover screws----------------------- 22 9.3. Removal of Side Angle (L), (R) ----------------------- 24 9.4. Removal of HX-Board----------------------------------- 25 9.5. Removal of DS-Board ---------------------------------- 26 9.6. Removal of A-Board------------------------------------- 26 9.7. Removal of DN-Board ---------------------------------- 27 9.8. Removal of PB-Board----------------------------------- 27 9.9. Removal of D-Board------------------------------------- 27 9.10. Removal of P-Board (MAIN_1) ----------------------- 28 9.11. Removal of P-Board (MAIN_2) ----------------------- 28 9.12. Removal of P-Board (SUB)---------------------------- 28 9.13. Removal of S1-Board and V2-Board---------------- 29 9.14. Removal of SU-Board ---------------------------------- 29 9.15. Removal of SM-Board ---------------------------------- 30

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TH-103VX200U 9.16. 9.17. 9.18. 9.19. 9.20. 9.21. 9.22. 9.23. 9.24. 9.25. 9.26. 9.27. 9.28. 9.29. 9.30. 9.31. 9.32. 9.33. 9.34. 9.35.

Removal of SD-Board ---------------------------------- 31 Removal of SC-Board----------------------------------- 32 Removal of SS2-Board -------------------------------- 33 Removal of SS3-Board -------------------------------- 33 Removal of SS-Board ----------------------------------- 34 Removal of Fan------------------------------------------- 34 Removal of C1-Board (upper) ------------------------ 35 Removal of C2-Board (upper) ------------------------ 36 Removal of C3-Board (upper) ------------------------ 36 Removal of C4-Board (upper) ------------------------ 37 Removal of C5-Board (upper) ------------------------ 37 Removal of C6-Board (upper) ------------------------ 37 Removal of C1-Board (lower) ------------------------- 37 Removal of C2-Board (lower) ------------------------- 38 Removal of C3-Board (lower) ------------------------- 38 Removal of C4-Board (lower) ------------------------- 39 Removal of C5-Board (lower) ------------------------- 39 Removal of C6-Board (lower) ------------------------- 39 Removal of AC Inlet ------------------------------------- 40 Removal of Front Glass, V1, V3, V-Board and Cabinet Assy ---------------------------------------------- 40 9.36. Removal of Plasma Display Panel------------------- 44 10 Measurements and Adjustments -------------------------- 49 10.1. Adjustment Procedure ---------------------------------- 49 10.2. Adjustment ------------------------------------------------- 54 11 Block Diagram --------------------------------------------------- 58 11.1. Diagram Notes ------------------------------------------- 58 11.2. Main Block (1 of 2) Diagram--------------------------- 59 11.3. Main Block (2 of 2) Diagram--------------------------- 60 11.4. Block (1 of 8) Diagram ---------------------------------- 61 11.5. Block (2 of 8) Diagram ---------------------------------- 62 11.6. Block (3 of 8) Diagram ---------------------------------- 63 11.7. Block (4 of 8) Diagram ---------------------------------- 64 11.8. Block (5 of 8) Diagram ---------------------------------- 65 11.9. Block (6 of 8) Diagram ---------------------------------- 66 11.10. Block (7 of 8) Diagram ---------------------------------- 67 11.11. Block (8 of 8) Diagram ---------------------------------- 68 12 Wiring Connection Diagram --------------------------------- 70 12.1. Wiring (1) --------------------------------------------------- 70 12.2. Wiring (2) --------------------------------------------------- 72 12.3. Wiring (3) --------------------------------------------------- 74 13 Exploded View and Replacement Parts List ----------- 75

TH-103VX200U

1 Safety Precautions 1.1.

General Guidelines

1. When conducting repairs and servicing, do not attempt to modify the equipment, its parts or its materials. 2. When wiring units (with cables, flexible cables or lead wires) are supplied as repair parts and only one wire or some of the wires have been broken or disconnected, do not attempt to repair or re-wire the units. Replace the entire wiring unit instead. 3. When conducting repairs and servicing, do not twist the Fasten connectors but plug them straight in or unplug them straight out. 4. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or damaged by the short circuit. 5. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed. 6. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.

1.1.1.

Leakage Current Cold Check

1.1.2.

1. Unplug the AC cord and connect a jumper between the two prongs on the plug. 2. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between 1Mohm and 5.2Mohm. When the exposed metal does not have a return path to the chassis, the reading must be

Leakage Current Hot Check (See Figure 1.)

1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check. 2. Connect a 1.5kohm, 10 watts resistor, in parallel with a 0.15ÂľF capacitors, between each exposed metallic part on the set and a good earth ground such as a water pipe, as shown in Figure 1. 3. Use an AC voltmeter, with 1000 ohms/volt or more sensitivity, to measure the potential across the resistor. 4. Check each exposed metallic part, and measure the voltage at each point. 5. Reverse the AC plug in the AC outlet and repeat each of the above measurements. 6. The potential at any point should not exceed 0.75 volts RMS. A leakage current tester (Simpson Model 229 or equivalent) may be used to make the hot checks, leakage current must not exceed 1/2 milliamp. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, and the equipment should be repaired and rechecked before it is returned to the customer.

Figure 1

TH-103VX200U

2 Warning 2.1.

Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and semiconductor [chip] components. The following techniques should be used to help reduce the incidence of component damage caused by electrostatic discharge (ESD). 1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test. 2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly. 3. Use only a grounded-tip soldering iron to solder or unsolder ES devices. 4. Use only an anti-static solder removal device. Some solder removal devices not classified as [anti-static (ESD protected)] can generate electrical charge sufficient to damage ES devices. 5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices. 6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material). 7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed. Caution Be sure no power is applied to the chassis or circuit, and observe all other safety precautions. 8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise ham less motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).

TH-103VX200U

2.2.

About lead free solder (PbF)

Note: Lead is listed as (Pb) in the periodic table of elements. In the information below, Pb will refer to Lead solder, and PbF will refer to Lead Free Solder. The Lead Free Solder used in our manufacturing process and discussed below is (Sn+Ag+Cu). That is Tin (Sn), Silver (Ag) and Copper (Cu) although other types are available. This model uses Pb Free solder in it’s manufacture due to environmental conservation issues. For service and repair work, we’d suggest the use of Pb free solder as well, although Pb solder may be used. PCBs manufactured using lead free solder will have the PbF within a leaf Symbol PbF stamped on the back of PCB. Caution • Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30~40 °C) higher. Please use a high temperature soldering iron and set it to 700 ± 20 °F (370 ± 10 °C). • Pb free solder will tend to splash when heated too high (about 1100 °F or 600 °C). If you must use Pb solder, please completely remove all of the Pb free solder on the pins or solder area before applying Pb solder. If this is not practical, be sure to heat the Pb free solder until it melts, before applying Pb solder. • After applying PbF solder to double layered boards, please check the component side for excess solder which may flow onto the opposite side. (see figure below)

Suggested Pb free solder There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder. However, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth) solder can also be used.

TH-103VX200U

3 Service Navigation 3.1.

Service Hint

TH-103VX200U

Board Name A DN D DS SC SU SM SD SS SS2 SS3 V V1 V2 V3 S1

Function Digital Signal Processor, Microcomputer 3D Digital Signal Processor, Microcomputer Format Converter, Plasma AI Processor Sub-Field Processor Slot Interface (Audio / Video / Sync Input Switch), Sync Processor, Audio Processor, DC-DC Converter Scan drive Scan out (Upper) Scan out (Middle) Scan out (Lower) Sustain drive Sustain out (Upper) Sustain out (Lower) 3D Eyewear Transmitter LED-G, R Key switch Remote receiver Power switch

Board Name C1 (upper) C2 (upper) C3 (upper) C4 (upper) C5 (upper) C6 (upper) C1 (lower) C2 (lower) C3 (lower) C4 (lower) C5 (lower) C6 (lower) P(MAIN_1) P(MAIN_2) P(SUB) PB HX

Function Data drive (1) (upper) Data drive (2) (upper) Data drive (3) (upper) Data drive (4) (upper) Data drive (5) (upper) Data drive (6) (upper) Data drive (1) (lower) Data drive (2) (lower) Data drive (3) (lower) Data drive (4) (lower) Data drive (5) (lower) Data drive (6) (lower) Power supply Power supply Power supply Fan Control PC / RS-232C

TH-103VX200U

3.2.

Applicable signals

TH-103VX200U

4 Specifications Power Source Power Consumption Rated Power Consumption Stand-by condition Power off condition Plasma Display panel Screen size (No. of pixels) Operating condition Temperature Humidity Applicable signals Scanning format PC signals

Connection terminals LAN

200-240 V AC, 50/60Hz 1400 W 0.5 W 0.3 W Drive method: AC type 103-inch, 16:9 aspect ratio 89.3 inch (2,269 mm) (W) × 50.2 inch (1,276 mm) (H) × 102.4 inch (2,603 mm) (diagonal) 2,073,600 (1,920 (W) × 1,080 (H)) [5,760 × 1,080 dots] 32 °F - 104 °F (0 °C - 40 °C) 20 % - 80 % 525 (480) / 60i 60p, 625 (575) / 50i 50p, 750 (720) / 60p 50p, 1125 (1080) / 60i 60p 50i 50p 24p 25p 30p 24sF, 1250 (1080) / 50i VGA, SVGA, XGA, SXGA UXGA ..... (compressed) Horizontal scanning frequency 15 - 110 kHz Vertical scanning frequency 48 - 120 Hz RJ45 10BASE-T/100BASE-TX, compatible with PJLinkTM

COMPONENT / RGB IN

PC IN

AV IN SERIAL 3D SHUTTER OUT AUDIO OUT

Y / G (RCA Pin jack) PB/CB/B (RCA Pin jack)

with sync 1.0 Vp-p (75-ohm) 0.7 Vp-p (75-ohm)

PR/CR/R (RCA Pin jack)

0.7 Vp-p (75-ohm)

AUDIO L-R (RCA Pin jack × 2) (High-Density Mini D-sub 15 Pin)

AUDIO (Stereo mini jack (M3) × 1) HDMI 1-4 (TYPE A Connector × 4) HDMI (Version 1.4 with 3D) External Control Terminal (D-sub 9 Pin) M3 jack × 1, for 3D RCA Pin jack × 2 (L / R) Output level : Variable (-

Accessories Supplied Remote Control Transmitter Batteries Fixing band Dimensions (W × H × D)

0.5 Vrms Y or G with sync 1.0 Vp-p (75-ohm) Y or G without sync 0.7 Vp-p (75-ohm) PB / CB / B: 0.7 Vp-p (75-ohm) PR / CR / R: 0.7 Vp-p (75-ohm)

- 0 dB)

HD / VD: 1.0 - 5.0 Vp-p (high impedance) 0.5 Vrms

RS-232C compatible

[INPUT 1 kHz / 0dB, 10 k-ohm Load]

N2QAYB000562 AA Size × 2 TMME203 × 2 95.0 inch (2,412 mm) × 55.9 inch (1,419 mm) × 5.1 inch (129 mm) (5.6 inch (141 mm) when including protruding portion of terminals) approx. 438.7 lbs

Mass (weight) Note: • Design and specifications are subject to change without notice. Mass and dimensions shown are approximate.

TH-103VX200U

5 Operating Instructions

Option Menu for GPF13DMONV series

GPF13DMONV chassis series have special function and operation setting facility called Option Menu. This Option Menu is useful for special function required customers. This should be set at the installation stage. Option menus Onscreen display

default setting

All Aspect Auto Setup

Off Manual

Studio mode 3D Emitter Function button assign 1 Function button assign 2 3D Safety Precautions Memory lock

Off INT 3D settings Signal On

Contents Enable/Disable to display input mode indication after power on and no signal indication. Sets All Aspect mode (advanced aspect setting) or default aspect mode. Sets the operational mode of the automatic position adjustment in the POS./ SIZE memu. Switching functions in setting menus used for television studio applications. Set the infrared transmitter for the 3D Eyewear. Set the function to operate when the FUNCTION button 1 to 2 on the remote control is pressed. Set show/hide 3D Safety Precautions during power ON. Locks or unlocks saved profi les. Also for setting passwords.

TH-103VX200U

6 Service Mode 6.1.

CAT (Computer Aided Test) mode

To exit the CAT mode, access the ID mode and switch off the main power.

6.1.1.

IIC mode

Select the IIC mode by Up/Down button on the remote control at the front page of CAT mode and then press the OK button on the remote control.

Subject and item are mentioned on [IIC mode structure]. To exit the IIC mode, press the RETURN button on the remote control.

TH-103VX200U

6.1.2.

CD mode

Select the CD mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the remote control more than 3 seconds.

Memory data change

To exit the CD mode, press the RETURN button on the remote

6.1.3.

control.

NW mode

Note : To use the network function, set each [Network Setup] setting and make sure to set the [Control I/F Select] to [LAN]. Select the NW mode by Up/Down button on the remote control at the front page of CAT mode and then press the OK button on the remote control.

To exit the NW mode, press the RETURN button on the remote control.

TH-103VX200U

6.1.4.

SD mode

Select the SD mode by Up/Down button on the remote control at the front page of CAT mode and then press the OK button on the remote control.

To exit the SD mode, press the RETURN button on the remote control.

6.1.5.

MS mode

Select the MS mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the remote control more than 3 seconds.

To exit the MS mode, press the RETURN button on the remote control. Caution: Market Select should be set after exchange of A-Board. Destination number Number 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15

Destination Japan North America Europe Others Britain Taiwan Thailand -Japan (Hotel) North America (Hotel) Europe (Hotel) -Britain (Hotel) -Thailand (Hotel) --

Number 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

Default setting Number 1

Destination North America

Destination --China China (Hotel) Russia Russia (Hotel) Hong Kong -----Middle East/Hong Kong Middle East/Hong Kong (Hotel) Australia Australia (Hotel)

TH-103VX200U

6.1.6.

ID mode

Select the ID mode by Up/Down button on the remote control at the front page of CAT mode and then press the [5] button on the remote control more than 3 seconds.

To exit the ID mode, press the RETURN button on the remote control.

TH-103VX200U

6.2.

IIC mode structure (following items value is sample data)

TH-103VX200U

7 Troubleshooting Guide 7.1. 7.1.1.

Self Check 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 button on the customer controls at the bottom of the set, at the same time pressing the OFF-TIMER button on the remote control, and the screen will show. If the IIC ports have been checked and found to be incorrect Or not located then [ - - ] will appear in place of [OK] [01] in the line of the [PTCT] means the number of blinks of the Power LED is 1. (Reference to 7.1.2) [H09] in the line of the [PTCT] is the error code. To exit the CAT mode switch off the main power. Note: The line of the [PTCT] displays when you get into the Selfcheck mode for the first time only after the Power LED blinks.

TH-103VX200U

7.1.2.

Power LED Blinking timing chart

1. Subject Information of LED Blinking timing chart. 2. Contents When an abnormality has occurred to the unit, the protection circuit operates and resets to the stand by mode. At this time, the defective block can be identified by the number of blinks of the Power LED on the front panel of the unit.

* Refer to 7.1.1 Display Indication About blinking LED

TH-103VX200U

7.2.

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.

7.3.

No Picture

TH-103VX200U

7.4.

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

TH-103VX200U

8 Service Fixture & Tools 8.1.

SC jig

Purpose: To find the failure board (SC or SU/SM/SD) when the power LED is blinking 7 times.

SC jig: Jumper connector to connect to SC50 connector on SC board

Part number: TZSC09187

How to use: Caution: Remove SC jig from SC board after inspection. 1. Remove all connector between SC board and SU/SM/SD board to isolate SC board from SU/SM/SD board electrically. Note: The board will be damaged if all connector is not removed (for example; remove connector only for SU board and stay connecting with SM/SD board. The board will be damaged.) 2. Connect SC jig to connector SC50 at left bottom side of SC board. 3. Turn on the TV/Display Unit and confirm the power LED blinking. LED blinking: Possible cause of failure is in SC board No LED blinking (Lighting or no lighting): Possible cause of failure is in SU, SM or SD board 4. After inspection, turn off the TV/Display Unit and wait a few minutes to discharge. 5. Remove SC jig from SC board.

TH-103VX200U

9 Disassembly and Assembly Instructions • To disassemble P.C.B., wait for 10 minute after power was off for discharge from electrolysis capacitors. •

9.1.

and

marks indicate screw positions.

Rear Cover and Board

Rear Cover required to remove for each board exchange. Board Name A-Board D-Board DS-Board SS-Board SC-Board SU-Board SM-Board SD-Board C1-Board (upper) C2-Board (upper) C3-Board (upper) C4-Board (upper) C5-Board (upper) C6-Board (upper) C1-Board (lower) C2-Board (lower) C3-Board (lower) C4-Board (lower) C5-Board (lower) C6-Board (lower) S1-Board SS2-Board SS3-Board V1-Board V2-Board

Rear Cover B B B F A A A A A A, B B, D B, D D, F F F E, F C, E C, E A, C A A F F A, B, C, D, E, F A

TH-103VX200U Board Name V3-Board PB-Board P-Board (MAIN_1) P-Board (MAIN_2) P-Board (SUB) HX-Board DN-Board V(L)-Board V(R)-Board

9.2.

9.2.1.

Rear Cover A, B, C, D, E, F D C E D, E B B E C

Location of Rear Cover screws

Removal of Rear Cover ( A )

1. Remove Eye Bolt Covers.

TH-103VX200U 2. Remove screws (×21 Rear Cover ( A ).

9.2.2.

, ×2

9.2.3.

) and then remove the

1. Remove screws (×19 Cover ( C ).

Removal of Rear Cover ( B )

1. Remove screws (×21 Rear Cover ( B ).

Removal of Rear Cover ( C )

, ×12

) and then remove the Rear

Note: when fixing Rear Cover ( C ) • Firstly screw on 2 screws (1-2) in order.

) and then remove the

9.2.4.

Removal of Rear Cover ( D )

1. Remove screws (×21 Cover ( D ).

) and then remove the Rear

Note: when fixing Rear Cover ( B ) • Firstly screw on 3 screws (1-3) in order. Note: when fixing Rear Cover ( D ) • Firstly screw on 2 screws (1-2) in order.

TH-103VX200U

9.2.5.

Removal of Rear Cover ( E )

1. Remove screws (×25 Cover ( E ).

2. Remove screws (×21 Cover ( F ).

) and then remove the Rear

9.3.

Note: when fixing Rear Cover ( E ) • Firstly screw on 2 screws (1-2) in order.

9.2.6.

) and then remove the Rear

Removal of Side Angle (L), (R)

1. Remove Side Angle (L), (R) beforehand when remove the following Boards.

Removal of Rear Cover ( F )

1. Remove Eye Bolt Covers. Board name SU-Board SM-Board SD-Board SC-Board C1-Board (upper) C6-Board (lower) SS2-Board SS3-Board SS-Board C6-Board (upper) C1-Board (lower)

9.3.1.

Side Angle Side Angle (R) Side Angle (R) Side Angle (R) Side Angle (R) Side Angle (R) Side Angle (R) Side Angle (L) Side Angle (L) Side Angle (L) Side Angle (L) Side Angle (L)

Removal of Side Angle (L)

1. Remove 4 screws (A) of the Plate.

TH-103VX200U 5. Remove 4 screws (B) of the Plate.

2. Remove 15 screws ( ). 3. Remove 4 screws ( ) and then remove the Side Angle (L).

6. Remove 15 screws ( ). 7. Remove 4 screws ( ) and then remove the Side Angle (R).

9.3.2.

Removal of Side Angle (R)

1. Disconnect the connectors (DS22, P34).

9.4.

Removal of HX-Board

2. Remove 2 screws ( ). 3. Remove 2 screws ( ) and then slide the Side Power Unit upward. 4. Remove the Side Power Unit.

1. Disconnect the connectors (A14).

TH-103VX200U 2. Remove 3 screws and then remove the DS-Board and Fixed Plate.

2. Remove 2 Hexagonal-Head screws and 5 screws ( ) and 1 screws ( ) and 4 screws ( ) and then remove HXBoard Block.

3. Disconnect the connector (DS44). 4. Remove the flexible cables from the connectors (DS1). 5. Remove 2 screws and then remove DS-Board.

3. Turn over the HX-Board Block. 4. Disconnect the connectors (HX1). 5. Remove 2 Hexagonal-Head screws and 1 screws ( ) and 1 screws ( ) and then remove HX-Board Block.

9.6.

Removal of A-Board

Check that no bright points appears by Ve Life adjustment after both A and D board exchange.

9.5.

Removal of DS-Board 1. Remove HX-Board Block. (Refer to Removal of HX-Board) 2. Remove the DS-Board Fixed Plate. (Refer to Removal of DS-Board) 3. Disconnect the connector (A3, A6, A7, A8, A9, A22, A33, A44). 4. Remove the flexible cables from the connectors (A1, A10, A16).

1. Remove HX-Board Block. (Refer to Removal of HX-Board)

TH-103VX200U 5. Remove 3 screws and then remove A-Board.

9.7.

4. Remove 4 screws and then remove DN-Board.

Note: A re-setup of the destination is performed by MS mode after DN-Board exchange.

Removal of DN-Board

9.8.

Removal of PB-Board

1. Remove Duct Barrier K.

1. Disconnect the connectors (PB30, PB31, PB53, PB54, PB59, PB61, PB62, PB67, PB69, PB71). 2. Remove 4 screws and then remove PB-Board.

2. Disconnect the connectors (DN1, DN4, DN5, DN8). 3. Remove the flexible cables from the connectors (DN10, DN16).

9.9.

Removal of D-Board

Check that no bright points appears by Ve Life adjustment after both A and D board exchange.

TH-103VX200U

9.11. Removal of P-Board (MAIN_2)

3. Disconnect the connectors (D3, D4, D5, D21, D25). 4. Remove the flexible cables from the connectors (D20, D31, D32, D33, D34). 5. Remove 4 screws and then remove D-Board.

1. Disconnect the connectors (CM1, CM2, CM3, CM4, P6, P11, P35). 2. Remove 10 screws and then remove P-Board (MAIN_2).

9.12. Removal of P-Board (SUB)

9.10. Removal of P-Board (MAIN_1)

1. Disconnect the connectors (CS1, CS2, CS3, CS4, CS5, CS6, CS7, CS8, CS9, P7, P9, P25, P34). 2. Remove 9 screws and then remove P-Board (SUB).

1. Disconnect the connectors (CM1, CM2, CM3, CM4, CM5, P2, P6, P35). 2. Remove 10 screws and then remove P-Board (MAIN_1).

TH-103VX200U

9.13. Removal of S1-Board and V2Board

9.13.2. Removal of V2-Board 1. Remove 4 screw (N) and then remove the Side Power Cover. 2. Disconnect the connector (V15) and then remove V2Board. 3. Remove 2 hooks and then remove the 5 Range Button from V2-Board.

1. Remove 2 screws ( ). 2. Remove 2 screws ( ) and then slide the Side Power Unit upward. 3. Remove the Side Power Unit.

9.14. Removal of SU-Board

9.13.1. Removal of S1-Board 1. Remove 2 screws (L) and then remove the Power Button Bracket. 2. Remove 1 screw (M). 3. Disconnect the connector (S34) and then remove S1Board. 4. Remove 2 hooks and then remove the Power Button and Power Button Spring. 1. Remove the Side Angle (R). (Refer to Removal of the Side Angle (R)) 2. Remove 3 screws ( ). 3. Remove 3 screws ( ) and then remove the Reinforcement Angle (upper_right).

TH-103VX200U 10. Disconnect the connector (SU43). 11. Remove 5 screws ( ). 12. Remove 3 screws ( ) and then remove SU-Board.

4. Disconnect the Fan relay connectors. 5. Remove 4 screws and then remove the Fan Block (2, 3).

6. Remove 1 screw ( ). 7. Remove 4 screws ( ) and then remove the Side M16 Block.

9.15. Removal of SM-Board

8. Remove the Barrier E and Duct Barrier F.

1. Remove the Side Angle (R). (Refer to Removal of the Side Angle (R)) 2. Disconnect the Fan relay connectors. 3. Remove 4 screws and then remove the Fan Block (1, 2).

9. Remove the flexible cables from the connectors (SU1, SU2, SU3, SU4, SU11).

TH-103VX200U 4. Remove the flexible cables from the connectors (SM1, SM2, SM3, SM4, SM11, SM12).

1. Remove the Side Angle (R). (Refer to Removal of the Side Angle (R)) 2. Remove 3 screws ( ). 3. Remove 3 screws ( ) and then remove the Reinforcement Angle (lower_right).

4. Disconnect the Fan relay connectors. 5. Remove 2 screws and then remove the Fan Block (1).

5. Disconnect the connectors (SM41, SM42, SM46) 6. Remove 6 screws ( ). 7. Remove 4 screws ( ) and then remove SM-Board.

6. Remove 1 screw ( ). 7. Remove 4 screws ( ) and then remove the Side M16 Block.

9.16. Removal of SD-Board

TH-103VX200U 8. Remove the flexible cables from the connectors (SD1, SD2, SD3, SD4, SD12).

1. Remove SU-Board. (Refer to Removal of SU-Board) 2. Remove SD-Board. (Refer to Removal of SD-Board) 3. Disconnect the connectors (SM41, SM42, SM46). 4. Remove 6 screws ( ). 5. Remove 4 screws ( ) and then turn over SM-Board to the left. Note: Do not damage the Flexible Cables of SM-Board, and the parts on SC-Board.

9. Disconnect the connector (SD44). 10. Remove 5 screws ( ). 11. Remove 3 screws ( ) and then remove SD-Board.

6. Disconnect the connector (SC2). 7. Remove the flexible cable from the connector (SC20). 8. Remove 9 screws and then remove SC-Board.

9.17. Removal of SC-Board

TH-103VX200U

9.18. Removal of SS2-Board

9.19. Removal of SS3-Board

1. Remove the Side Angle (L). (Refer to Removal of the Side Angle (L)) 2. Remove 4 screws ( ). 3. Remove 2 screws ( ) and then remove the Reinforcement Angle (upper_left).

1. Remove the Side Angle (L). (Refer to Removal of the Side Angle (L)) 2. Remove 4 screws ( ). 3. Remove 2 screws ( ) and then remove the Reinforcement Angle (lower_left).

4. Disconnect the connectors (SS34, SS35). 5. Remove the flexible cables from the connectors (SS51, SS52, SS53, SS54). 6. Remove 6 screws and then remove SS2-Board.

4. Disconnect the connectors (SS32, SS33). 5. Remove the flexible cables from the connectors (SS59, SS60, SS61, SS62). 6. Remove 6 screws and then remove SS3-Board.

TH-103VX200U

9.20. Removal of SS-Board

9.21. Removal of Fan

Ve adjustment is performed by IIC mode after SS board exchange.

1. Disconnect the Fan Relay Connectors. 2. Remove 10 screws ( ). 3. Remove 10 screws ( ) and then remove the Fan Blocks (1, 2, 3, 6, 7).

1. Remove the Side Angle (L). (Refer to Removal of the Side Angle (L)) 2. Disconnect the Fan relay connector. 3. Remove 2 screws and then remove the Fan Block (7). 4. Remove the Duct Barrier H.

5. Disconnect the connectors (SS11, SS21, SS32, SS33, SS34, SS35). 6. Remove the flexible cables from the connectors (SS55, SS56, SS57, SS58). 7. Remove 13 screws and then remove SS-Board.

4. Disconnect the Fan Relay Connectors. 5. Remove 4 screws ( ).

TH-103VX200U 9. Stick the Fan Sponge around the Fan.

6. Remove 2 screws ( ) and then remove the Fan Blocks (4, 5).

7. Remove each 4 screws and then remove the Fan (A, B, C, D, E, F, G, H). Note: The Fan Sponge is not re-usable. Please use a new one when Fan exchange.

9.22. Removal of C1-Board (upper)

1. Remove the Reinforcement Angle (upper_right). (Refer to Removal of SU-Board) 2. Remove the flexible cable from the connector (C11). 3. Remove 4 screws ( ) and then remove the flexible cables from the connectors (CA1, CA2). 4. Remove 4 screws ( ) and then remove C1-Board (upper).

8. Reassemble the Fans in reverse order.

TH-103VX200U

9.23. Removal of C2-Board (upper)

3. Remove 2 screws ( ) and then remove the Rear Cover Angle (upper_center).

1. Remove the Reinforcement Angle (upper_right). (Refer to Removal of SU-Board) 2. Remove the flexible cables from the connectors (C20, C21). 3. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA3, CA4, CA5). 4. Remove 6 screws ( ) and then remove C2-Board (upper).

4. Remove the Fan Block (5). (Refer to Removal of Fan) 5. Remove 2 screws ( ). 6. Remove 2 screws ( ) and then remove the Reinforcement Angle (upper_center).

9.24. Removal of C3-Board (upper)

7. Remove the flexible cables from the connectors (C30, C31, C32). 8. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA6, CA7, CA8). 9. Remove 6 screws ( ) and then remove C3-Board (upper).

1. Remove the Eye Bolt (center). 2. Remove 3 screws ( ).

TH-103VX200U

9.25. Removal of C4-Board (upper)

5. Remove 6 screws ( ) and then remove C5-Board (upper).

9.27. Removal of C6-Board (upper) 1. Remove the Reinforcement Angle (upper_center). (Refer to Removal of C3-Board (upper)) 2. Remove the flexible cables from the connectors (C40, C41, C42). 3. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA9, CA10, CA11). 4. Remove 6 screws ( ) and then remove C4-Board (upper).

1. Remove the Reinforcement Angle (upper_left). (Refer to Removal of SS2-Board) 2. Remove the flexible cable from the connector (C61). 3. Remove 4 screws ( ) and then remove the flexible cables from the connectors (CA15, CA16). 4. Remove 4 screws ( ) and then remove C6-Board (upper).

9.26. Removal of C5-Board (upper)

9.28. Removal of C1-Board (lower) 1. Remove the Reinforcement Angle (upper_left). (Refer to Removal of SS2-Board) 2. Disconnect the connector (C55). 3. Remove the flexible cables from the connectors (C50, C51). 4. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA12, CA13, CA14).

TH-103VX200U

9.30. Removal of C3-Board (lower)

1. Remove the Reinforcement Angle (lower_left). (Refer to Removal of SS3-Board) 2. Remove the flexible cable from the connector (C11). 3. Remove 4 screws ( ) and then remove the flexible cables from the connectors (CA1, CA2). 4. Remove 4 screws ( ) and then remove C1-Board (lower).

1. Remove 4 screws and then remove the Rear Cover Angles (H).

9.29. Removal of C2-Board (lower)

2. Remove 3 screws ( ). 3. Remove 2 screws ( ) and then remove the Rear Cover Angle (lower_center).

1. Remove the Reinforcement Angle (lower_left). (Refer to Removal of SS3-Board) 2. Remove the flexible cables from the connectors (C20, C21). 3. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA3, CA4, CA5). 4. Remove 6 screws ( ) and then remove C2-Board (lower).

4. Remove 2 screws ( ). 5. Remove 2 screws ( ) and then remove the Reinforcement Angle (lower_center).

6. Remove the flexible cables from the connectors (C30, C31, C32). 7. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA6, CA7, CA8).

TH-103VX200U 1. Remove the Reinforcement Angle (lower_right). (Refer to Removal of SD-Board) 2. Disconnect the connector (C55). 3. Remove the flexible cables from the connectors (C50, C51). 4. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA12, CA13, CA14). 5. Remove 6 screws ( ) and then remove C5-Board (lower).

8. Remove 6 screws ( ) and then remove C3-Board (lower).

9.31. Removal of C4-Board (lower)

9.33. Removal of C6-Board (lower)

1. Remove the Reinforcement Angle (lower_center). (Refer to Removal of C3-Board (lower)) 2. Remove the flexible cables from the connectors (C40, C41, C42). 3. Remove 6 screws ( ) and then remove the flexible cables from the connectors (CA9, CA10, CA11). 4. Remove 6 screws ( ) and then remove C4-Board (lower).

1. Remove the Reinforcement Angle (lower_right). (Refer to Removal of SD-Board) 2. Remove the flexible cable from the connector (C61). 3. Remove 4 screws ( ) and then remove the flexible cables from the connectors (CA15, CA16). 4. Remove 4 screws ( ) and then remove C6-Board (lower).

9.32. Removal of C5-Board (lower)

TH-103VX200U

9.34. Removal of AC Inlet

2. Remove 2 screws ( ). 3. Remove 2 screws ( ) and then slide the Side Power Unit upward. 4. Remove the Side Power Unit.

1. Remove 2 screws and then remove AC Inlet Cover.

5. Remove 24 screws and then remove Cabinet Block.

6. Pull the bottom of the Cabinet Block forward and lift. 7. Remove the Cabinet Block.

2. Disconnect the connector (P9). 3. Remove 3 screws and then remove the AC Inlet.

9.35. Removal of Front Glass, V1, V3, V-Board and Cabinet Assy 1. Disconnect the connectors (A22, P34).

TH-103VX200U

9.35.1. Removal of Front Glass

Note: when Cabinet or Front Glass is exchanged • You need new Aluminum Tape kit when you exchange the Cabinet or Front Glass.

1. Remove 44 screws and then remove the Fixed Angles (left, right, upper, lower). 2. Remove the Front Glass.

Note: when fixing Fixed Angle • Screw on 4 screws (1) firstly. (Note) • When removing the Front Glass from Cabinet, there is a risk of the glass center bending damage. • Be sure to lift the instruction six positions of the figure, when remove the Front Glass.

Note: when Front Glass is exchanged • Paste the Sponges in order along each Fixed Angles (left, right, upper, lower).

Note • The sponges are parts which cannot be recycled. Please use the new article when you exchange the Front Glass.

TH-103VX200U

9.35.2. Removal of V1-Board and V3-Board

3. Remove 4 screw (R). Remove the V-Board Fixed Plate and then remove V-Board.

1. Remove 1 screw (P). 2. Disconnect the connector (V11) and then remove V1Board. 3. Remove 1 screw (Q). 4. Disconnect the connector (V33) and then remove V3Board.

9.35.4. Removal of Cabinet Assy 1. Remove the Front Glass. (Refer to Removal of Front Glass) 2. Remove V1-Board and V3-Board. (Refer to Removal of V1-Board and V3-Board) 3. Remove the LED Panel and Remote Sensor Panel.

9.35.3. Removal of V-Board

1. Remove the Fixed Angles (lower). (Refer to Removal of Front Glass) 2. Disconnect the connector (V1(L), V1(R)).

TH-103VX200U Note: when Cabinet or Front Glass is exchanged • You need new AL Tape kit when you exchange the Cabinet or Front Glass.

4. Remove 20 screws and then remove the Cabinet Joint Metals (B, BS).

5. Remove 8 screws. 6. Remove the Cabinet Joint Metals (A, AS) and Cabinet (left, right, upper, lower)

Note: when Cabinet is exchanged • Paste the felts and Gaskets in order along each Fixed Angles (left, right, upper, lower). • Make sure the felts do not protrude from the edge of the cabinet.

TH-103VX200U 3. Remove 2 screws ( ). 4. Remove 2 screws ( ) and then slide the Side Power Unit upward. 5. Remove the Side Power Unit.

6. Remove 24 screws and then remove Cabinet Block.

Note â&#x20AC;˘ The felts are parts which cannot be recycled. Please use the new article when you exchange the Cabinet.

7. Pull the bottom of the Cabinet Block forward and lift. 8. Remove the Cabinet Block.

9.36. Removal of Plasma Display Panel The C1 (upper, lower), C2 (upper, lower), C3 (upper, lower), C4 (upper, lower), C5 (upper, lower), C6 (upper, lower), SS, SS2, SS3, SC, SU, SM, SD Boards, and flexible cables between D-C Boards and D-SC Boards, are connected with the Plasma Display Panel for the repair. 1. Remove the Rear Covers. (Refer to Removal of Rear Cover) 2. Disconnect the connectors (A22, P34).

TH-103VX200U 9. Remove each 4 screws (R) of the Plates.

13. Remove 6 screws ( ). 14. Remove 4 screws ( ) and then remove the Rear Cover Angles (upper_center, lower_center).

15. Disconnect the Fan Relay Connectors. 16. Remove 10 screws ( ). 17. Remove 10 screws ( ) and then remove the Fan Blocks (1, 2, 3, 6, 7).

10. Remove 3 Eye Bolts. 11. Remove 6 Eye Bolt Covers.

12. Remove 4 screws and then remove the Rear Cover Angles (H).

18. Disconnect the Fan Relay Connectors. 19. Remove 4 screws ( ).

TH-103VX200U 29. Remove 3 screws and then remove A-Board.

20. Remove 2 screws ( ) and then remove the Fan Blocks (4, 5).

21. Disconnect the connectors (A14). 22. Remove 2 Hexagonal-Head screws and 5 screws ( ) and 1 screws ( ) and 4 screws ( ) and then remove HXBoard Block.

30. Remove Duct Barrier K.

31. Disconnect the connectors (DN1, DN4, DN5, DN8). 32. Remove the flexible cables from the connectors (DN10, DN16). 33. Remove 5 screws and then remove the DN-Board and Fixed Plate.

23. Remove 3 screws and then remove the DS-Board and Fixed Plate.

24. Disconnect the connector (DS44). 25. Remove the flexible cables from the connectors (DS1). 26. Remove 2 screws and then remove DS-Board. 34. Disconnect the connectors of P-Board (Main_1) (CM1, CM2, CM3, CM4, CM5, P2). 35. Disconnect the connector of C5-Board (lower) (C55).

27. Disconnect the connector (A3, A6, A7, A8, A9, A22, A33, A44). 28. Remove the flexible cables from the connectors (A1, A10, A16).

TH-103VX200U 44. Remove 4 screws and then remove D-Board.

36. Remove 10 screws and then remove P-Board (MAIN_1).

45. Remove 4 screws and then remove PB-Board.

37. Disconnect the connector of C5-Board (upper) (C55).

46. Remove 2 screws and then remove AC Inlet Cover.

38. Disconnect the connectors of P-Board (Main_2) (CM1, CM2, CM3, CM4, P6, P11). 39. Remove 10 screws and then remove P-Board (MAIN_2).

47. Remove 3 screws and then remove the AC Inlet. 40. Disconnect the connectors (P9, P25). 41. Remove 9 screws and then remove P-Board (SUB).

48. Remove 8 screws and then remove the Fan Box (A, B).

42. Disconnect the connector (SS21). 43. Remove the flexible cables from the connectors (D3, D4, D5, D20, D21, D31, D32, D33, D34).

TH-103VX200U 49. Remove the Duct Barrier E, Duct Barriers F, Duct Barrier D, Duct Barrier B, Duct Barrier A and Duct Barrier H. 50. Exchange the Plasma Display Panel.

TH-103VX200U

10 Measurements and Adjustments 10.1. Adjustment Procedure 10.1.1. Driver Set-up 10.1.1.1. Item / Preparation 10.1.1.2. Adjustments

1. Set Aging pattern (white pattern signal) by IIC mode. 2. Set the picture controls as follows. Picture menu: Standard Picture: +25 Aspect: Full Caution 1. First perform Vsus adjustment. 2. Confirmation of Vscn voltage should be performed after confirmation of Vad adjustment. When Vad=-135V, Voltage of Vscn is +10V ±4V.

Adjust driver section voltages. (Refer to the panel data on the Panel Label). Check or adjust the following voltages with the multimeter. Name Vsus (SC side) Vsus (SS side) Ve**

Test Point TPVSUS (SC) TPVSUS (SS) TPVE (SS)

Vda

TP9 (P_Main_1) 70V +1V, -2V Fixed TP9 (P_Main_2) TPVAD (SC) -135V ± 1V VR16600 (SC) TPVSCN Vad_base: Fixed (SC) +145V±4V GND_base: +10V±6V

Vad Vscn

*See the Panel Label. **See chap. 10.1.6.

Voltage Vsus ± 2V

Volume VR251 (P_Main_1) Vsus ± 2V VR251 (P_Main_2) Ve ± 1V VR16001 (SS) 70V +1V, -2V Fixed

Remarks * * *

TH-103VX200U

10.1.2. Initialization Pulse Adjust 1. Set Aging pattern (white pattern signal) by IIC mode. 2. Set the picture controls as follows. Picture menu: Standard Picture: +25 Aspect: Full 3. Connect Oscilloscope to TPSC1 and adjust VR16601 for 125V ± 5V. Test Point TPSC1 (SC)

Volume VR16601 (SC)

Level 125V ± 5V at 50 µs period on the down slope.

TH-103VX200U

10.1.3. P.C.B. (Print Circuit Board) and Plasma Display Panel exchange 10.1.3.1. Quick adjustment after P.C.B. and Panel exchange 1. To remove P.C.B., wait 10 minute after power was off for discharge from electrolysis capacitors.

10.1.3.2. Quick adjustment after P.C.B. exchange Adjust the following voltages with the multimeter. P.C.B. P Board (Main_1) P Board (Main_2) SC Board

SS Board D, DS Board A Board D, A Board

Name

Voltage Volume Vsus ± 2V VR251 (P_Main_1) 70V +1V, -2V Fixed Vsus ± 2V VR251 (P_Main_2) 70V +1V, -2V Fixed -135V ± 1V VR16600 (SC) Vad_base:+145V±4V Fixed GND_base: +10V±6V Ve** TPVE (SS) Ve ± 1V VR16001 (SS) White balance and Sub brightness for NTSC, PAL, HD, PC and 625i signals Set Market Select Number to correct destination by MS mode. (See chap. 6.1.4) Set Ve Mode until bright points disappears by IIC mode. Vsus Vda Vsus Vda Vad Vscn

Test Point TPVSUS (SC) TP9 (P_Main_1) TPVSUS (SS) TP9 (P_Main_2) TPVAD (SC) TPVSCN (SC)

Remarks * *

***

*See the Panel Label. **See chap. 10.1.6. ***See chap. 10.1.7.1.

10.1.3.3. Quick adjustment after Plasma Display Panel exchange Adjust the following voltages with the multimeter. Name Vsus (SC Side) Vsus(SS Side) Ve Life

Test Point Voltage TPVSUS (SC) Vsus ± 2V TPVSUS (SS) Vsus ± 2V Check Ve Mode. (See chap. 10.1.7.2.)

Volume VR251 (P_Main_1) VR251 (P_Main_2)

Remarks * *

*See the Panel Label.

10.1.4. Vsus adjustment After exchange P board or Plasma Display Panel, see the Panel Label and check TPVSUS and adjust the volume.

10.1.5. Vad adjustment After exchange SC board, check TP9 and adjust the volume.

10.1.6. Ve adjustment 1. After exchange SS board, connect the multimeter to the testpoint TPVE(SS). 2. Select Ve Mode by IIC mode. (See chap. 6.1.1., and 6.2.)

TH-103VX200U 3. Check that the Ve Mode is set to 4.

4. Press RETURN button and then select and display Ve Init.

5. Check TPVE and adjust the volume. 6. Exit the IIC mode.

10.1.7. Ve Life adjustment 10.1.7.1. After exchange both A board and D board 1. 2. 3. 4.

Select Ve Mode by IIC mode. (See chap. 10.1.6.) Check that no bright points appears on the display. If bright points appears, change Ve Mode until bright points disappears. Exit the IIC mode. Note: If bright/ nolit points still appears, set Ve Mode to 4.

10.1.7.2. After exchange Plasma Display Panel 1. 2. 3. 4.

Select Ve Mode by IIC mode. (See chap. 10.1.6.) Check that the Ve Mode is set to 4. Check that no bright/nolit points appears on the display. Exit the IIC mode.

10.1.8. Bright or Nolit appears on the display 1. 2. 3. 4. 5.

Select Ve Mode by IIC mode. (See chap. 10.1.6.) Check and remember the value of Ve Mode. If bright points appears, change Ve Mode lower until bright points disappears. If nolit points appears, change Ve Mode upper until nolit points disappears. Check that no bright/nolit points appears on the display, then exit the IIC mode. Note: If bright / nolit points still appears, set back Ve Mode to the value you remembered above.

TH-103VX200U

10.1.9. Adjustment Volume Location

10.1.10. Test Point Location

TH-103VX200U

10.2. Adjustment 10.2.1. RGB white balance adjustment Instrument Name • RGB VGA60 W / B pattern • Color analyzer (Minolta CA-100 or equivalent)

Connect to PC IN terminal Panel surface

Steps [Condition] • Make sure the front panel to be used on the final set is fitted. • Make sure a color signal is not being shown before adjustment. • Put the color analyzer where there is little color variation. [Adjustment] 1. Set COMPONET / RGB-IN SELECT to RGB. 2. Select the IIC mode [PANEL W / B Adj.] item. 3. Check that the color temperature is [COOL (Hi)]. 4. Output a white balance pattern. 5. Touch the signal receiver of color analyzer to the highlight window’s center. 6. Fix G drive at E0h and adjust B drive and R drive so x, y become the [Color temperature COOL (Hi)] in the below table. Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. ) 7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE) 8. Set color temperature to [NORMAL (Mid)]. 9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes the [Color temperature NORMAL (Mid)] in the below table. Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. ) 10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE) 11. Set color temperature to [WARM (Low)]. 12. Set G drive to E0h and adjust B drive and R drive so the highlight window’s x, y become the [Color temperature WARM (Low)] shown in the below table. Adjust it again after it lowers of 08h data when the adjustment is NG.( In addition, adjust it after it lowers by 08h data for NG. ) 13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE) 14. Copy the R drive, G drive and B drive data in NTSC, PAL DVI region.

Adjustment target Hi-light: x ± 0.003 y ± 0.003 Hi-light is target of the number at drive adjustment in the hi-light windows. Therefore, it is not target of the hi-light number at after adjustment white balance.

Setting Picture menu: STANDARD User setting: Normal except PICTURE: max 30 Remarks Picture Menu: Standard User setting: Normal except PICTURE: max 30 Aspect: Full (16 : 9) Position and size: Normal • [7] key : color temperature select. • [9] key : Picture menu select. • Highlight section Signal amplitude 75%

• Drive standard G: E0h

TH-103VX200U

10.2.2. YUV white balance adjustment Instrument Name Connect to • HD(1125/60i) W / B pattern (COMPONENT Output) PC IN terminal • Color analyzer Panel surface (Minolta CA-100 or equivalent) Steps [condition] • Make sure the front panel to be used on the final set is fitted. • Make sure a color signal is not being shown before adjustment. • Put the color analyzer where there is little color variation. [Adjustment] 1. Set COMPONENT / RGB-IN SELECT to COMPONENT. 2. Select the IIC mode [PANEL W / B Adj.] item. 3. Check that the color temperature is [COOL (Hi)]. 4. Output a white balance pattern. 5. Touch the signal receiver of color analyzer to the highlight window’s center. 6. Fix G drive at E0h and adjust B drive and R drive so x, y become the [Color temperature COOL (Hi)] in the below table. Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. ) 7. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE) 8. Set color temperature to [NORMAL (Mid)]. 9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes the [Color temperature NORMAL (Mid)] in the below table. Adjust it again after it lowers of 08h data when the adjustment is NG. ( In addition, adjust it after it lowers by 08h data for NG. ) 10. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE) 11. Set color temperature to [WARM (Low)]. 12. Set G drive to E0h and adjust B drive and R drive so the highlight window’s x, y become the [Color temperature WARM (Low)] shown in the below table. Adjust it again after it lowers of 08h data when the adjustment is NG.( In addition, adjust it after it lowers by 08h data for NG. ) 13. Adjust R/G/B together by multiplication so the maximum drive value in R/G/B becomes FCh with the gain ratio kept. (ALL-DRIVE) 14. Copy the R drive, G drive and B drive data in YUV1_525ip, YUV3_625ip region.

Setting Picture menu: STANDARD User setting: Normal except PICTURE: max 30 Remarks Picture Menu: STANDARD User setting: Normal except PICTURE: max 30 Aspect: Full (16 : 9) Position and size: Normal • [7] key : color temperature select. • [9] key : Picture menu select. • Highlight section Signal amplitude 75%

• Drive standard G: E0h

TH-103VX200U

11 Block Diagram 11.1. Diagram Notes

TH-103VX200U

11.2. Main Block (1 of 2) Diagram

SLOT INTERFACE

DIGITAL SIGNAL PROCESSOR HDMI 1-4

COMPONENT

SLOT1

L/R

SDRAM

R,G,B

LVDS

DS2

VIDEO SIGNAL SELECT

SLOT SOS

HDMI SW FPGA1

DS1

Y,PB,PR-PC

(LED:10TIMES)

IP CONV.

Y,PB,PR

3D FORMAT

VIDE PROCESSOR

A+5V

SLOT+3.3V

SCX1 MICOM (SLAVE)

HDMI DECODER

Y,PB,PR-1

STB5V SUB5V

SLOT+3.3V

DS_SOS

DS SOS DET CIRCUIT

A+9V

SLOT+3.3V SLOT+5V SLOT+9V SUB+5V

F+15V

SYNC SIGNAL SELECT

HDMI AUDIO

HD,VD-1 HD,VD-2

DS 44

LVDS VIDEO PROCESSOR

AUDIO PROCESSOR

HD/VD

SYNC PROCESSOR

A44

R,G,B ASIC OUTB

HD,VD

OR LVDS RX TTL CONV.

F+15V_MON F+15V

ASIC OUTA

SDRAM

ASIC

L,R-COMP

HX RS232C/LED TRANSMIT /LINE OUT TERMINAL

R,B,G

Y,PB,PR-PC

L,R-DS

L,R

L,R-PC

HD,VD

HD,VD-PC

L/R

SCX1 MICOM (MASTER)

AUDIO SELECT

RS232C

IP CONV.

RXD/TXD_PC

HX1

LED TRANSMIT

A14

LINE OUT LVDS VIDEO PROCESSOR

DS BOARD SOS (LED:10TIMES)

LAN DATA

10BASE-T/ 100BASE-TX

LAN CONTROL

RXD/TXD_LAN

RESET

V2 KEY SWITCH

V22

KEY SWITCH

A22

A+5V SOS (LED:13TIMES)

KEYSCAN

DN BOARD SOS (LED:14TIMES)

V1 LED_G,R STB+3.3V

A+15V A+5V

ALARM

PANEL SOS

PANEL_STBY_ON

V11

LED

LED_G LED_R REMOTE IN FAN_CONT

LED_G/LED_R

READY

PANEL_STATUS

FAN SOS (LED:11TIMES)

V3 REMOTE RECEIVER

A33

EEPROM

STB+3.3V

V33

GenX8 F+15V SOS (LED:2TIMES)

A16

A10

DN16

DN10

DN LED_GB/R

DCDC +3.3V

STB+3.3V

+3.3V

ALL_OFF STB+5V

DCDC +1.05V from P(MAIN_1)P6

F+15V

A6 DCDC +3.3V

A+5V

A+9V

DCDC A+1.2V

F+15V

DCDC +10V DCDC +3.3V DCDC +1.2V

DCDC A+9V DCDC A+1.8V

DN8

SUB+3.3V

DCDC A+5V

DCDC +1.2V

PB30

+15V(FAN)

PB31

LVDS DATA

RIGHT

DN4 D5

MIHO2

LED+10V

MIHO_OUT

FRCS

MIHO_IN

IR_L

LED_DRIVE CONTROL

3D EYEWEAR TRANSMITTER

DN1 DDR2

FPGA2+1.2V

FAN SOS DET CIRCUIT (LED:11TIMES)

from P(MAIN_2)P6

LEFT

3.3V

MIHO+1.2V

LVDS DATA

DN5

FRCS+1.05V

PB FAN CONTROL

EEPROM

A+1.8V

A+1.2V

FLASHROM

LVDS-TX

MIHO+1.2V

3D DIGITAL SIGNAL PROCESSOR

(LED:14TIMES) LED+10V

STB_ON

ALL_OFF

FPGA2

DN BOARD SOS

STB_ON

FRCS+1.05V

REMOTE RECEIVER

RESET

EEPROM

IIC A+15V SOS (LED:2TIMES)

FPGA2+1.2V

LVDS IN

L,R-1

FAN VOLTAGE CONTROL

PB53 PB71

FAN A-H

3D EYEWEAR TRANSMITTER

TH-103VX200U

11.3. Main Block (2 of 2) Diagram

DATA DRIVER

VIDEO DATA

VIDEO DATA Vda

C11

C20

P+3.3V

C40

C2 DATA DRIVER (UPPER) C41

C3 DATA DRIVER (UPPER)

C55

to A6

P(MAIN_1)

VSUS

SOS4_PS

VIDEO DATA

SOS6_SC1 P+15V

SC-BOARD FLOTING PART SOS DETECT

P+3.3V

P+15V DET

(LED:2TIMES)

P+3.3V DET

(LED:3TIMES)

P+5V DET

P+5V

(LED:7TIMES)

(LED:5TIMES)

STB +3.3V

SOS7_SC2 (LED:7TIMES)

SU11 P+5V

SC20

D20

SOS8_SS (LED:8TIMES)

P+15V

SM11

D25

P+5V

DCDC +3.3V(STB)

P25

STB+5V

to A7

STB +5V

SM46

CONTROL PULSE

SUSTAIN CONTROL

P+5V STB+5V

CS7

HOT

VIDEO DATA

MAIN SW ON

CS1

P+3.3V

SOS8_SS

P+3.3V

RECTIFIER

PROCESS VOLTAGE CONVERTER

POWER MICOM

CM2

CS6

CM3

CS8

CM4

D32

D31

VSUS

P11

VSUS

SS11

COLD

SUSTAIN VOLTAGE CONTROL

PROCESS VOLTAGE CONTROL POWER FACTOR CONTROL

RELAY _ON

POWER SW

15V(FAN)

P35 Vda

to PB31

S34

SS-BOARD SOS DETECT

VSUS GEN. VE GEN. ENERGY RECOVERY

HOT

P6 RELAY (SS)

SS24

MAIN CONVERTER

RECTIFIER +5V(P)

SUSTAIN CONTROL

P+1.2V

SS34

SS25

ON/OFF CONTROL

STANBY VOLTAGE CONTROL

P+3.3V

D4 D5

CM1

SS35

(LED:8TIMES)

MAIN RELAY_ON SW ON (SS)

CS4

SUSTAIN VOLTAGE CONTROL

POWER SUPPLY(SS SIDE)

PS SOS (LED:4TIMES)

MAIN SW ON P34

HOT

P-BOARD SOS DETECT

RELAY (SS)

P+2.5V

LVDS DATA

STB+5V

LVDS DATA

PANEL READY

SD12

PANEL SOS

SM12

ALL OFF

PANEL STB_ON

VSCAN GEN. VAD GEN.

CM4

COLD

STANBY VOLTAGE CONVERTER

SS SUSTAIN DRIVE

POWER FACTOR CONTROL

P(MAIN_2)

RELAY_ON

SCAN CONTROL

DCDC +2.5V(P) +1.2V(P)

CM3

MAIN CONVERTER

PROCESS VOLTAGE CONTROL

PANEL MAIN ON

SC46

SM SCAN OUT (MIDDLE)

CS5

COLD

SOS4_PS

FLASH MEMORY

DCDC +3.3V(P)

CM5

ALL OFF

RELAY (SC)

SCAN CONTROL

DISCHARGE CONTROL

VIDEO DATA

P+15V

CS9

STB+5V

LVDS RX CPG with SS H/V SYNC CONTROL SUB-FIELD PROCESSOR PLASMA AI DATA DRIVER

SOS8_SS

SCAN DRIVER

CM2

STB ON

RECTIFIER

SC41

CS3

PROCESS VOLTAGE CONVERTER

(SC)

RESET

POWER MICOM MAIN SW ON RELAY_ON

P+15V

CM1

MAIN SW ON

RELAY_ON (SC)

SCAN CONTROL

SC42

CS2

P+5V STB+5V

P+15V

DCC_SOS(LED:9TIMES) SOS6_SC1 (LED:6TIMES)

SOS7_SC2

PS SOS (LED:4TIMES) ON/OFF CONTROL

SOS4_PS PANEL MAIN ON

PANEL MAIN ON

CONTROL SIGNAL

P35

C55(UPPER)

D21

SUSTAIN CONTROL

POWER SOS (LED:4TIMES)

EEPROM

(LED:6TIMES)

P-BOARD SOS DETECT

P+3.3V

SOS8_SS

SC-BOARD ENEGRY RECOVERY SOS DETECT

P+3.3V

C55(LOWER)

P+5V

SC43

GenX7

VIDEO DATA

PANEL MICOM

POWER SUPPLY (SC SIDE)

Vda

POWER SUPPLY (SUB)

P(SUB)

D33

VSUS

FORMAT CONVERTER, PLASMA AI PROCESSOR

Vda

D34

SM42

SS2 SUSTAIN CONNECTOR (UPPER)

C6 DATA DRIVER (UPPER)

C4 DATA DRIVER (UPPER)

F+15V

SC SCAN DRIVE

SM41

P+3.3V

P(MAIN_2) P35

SC2

SCAN DRIVER

C61

C5 DATA DRIVER (UPPER)

SU SCAN OUT (UPPER)

SU43

C51 P+3.3V

P+3.3V

C31

SCAN DRIVER

VIDEO DATA

C50

P+3.3V

DATA DRIVER

Vda

C30 P+3.3V

DATA DRIVER

VIDEO DATA

Vda

C42

P+3.3V

C1 DATA DRIVER (UPPER)

DATA DRIVER

VIDEO DATA

C32

C21

DATA DRIVER

VIDEO DATA Vda

Vda

P+3.3V

DATA DRIVER

15V(FAN)

DATA DRIVER

SS23

SS22

SS33

SS32

SS21 to/from

LINE FILTER

SC44

LINE FILTER

S1 POWER SWITCH

DN5 P+3.3V

from

VIDEO DATA

DN4

from

P+3.3V

SD44

VIDEO DATA

SCAN DRIVER

SD SCAN OUT (LOWER) P(MAIN_1) P35

C3 DATA DRIVER (LOWER)

C4 DATA DRIVER (LOWER) C55

C6 DATA DRIVER (LOWER)

C41

C31

P+3.3V P+3.3V

P+3.3V Vda

C61

C51

DATA DRIVER

C50

VIDEO DATA

DATA DRIVER

C40

P+3.3V Vda

C42

VIDEO DATA

DATA DRIVER

C30

Vda VIDEO DATA

C32

C1 DATA DRIVER (LOWER) P+3.3V

P+3.3V

P+3.3V Vda

VIDEO DATA

DATA DRIVER

C2 DATA DRIVER (LOWER)

C5 DATA DRIVER (LOWER)

DATA DRIVER

C20

P+3.3V

VIDEO DATA

P+3.3V

C21

Vda VIDEO DATA

DATA DRIVER

C11

Vda VIDEO DATA

DATA DRIVER

SS3 SUSTAIN CONNECTOR (LOWER)

TH-103VX200U

11.4. Block (1 of 8) Diagram JK2103

JK2102

PC IN

DIGITAL SIGNAL PROCESSOR

AUDIO IN L 42

R_1 A_OA+A_EA+A_CLK+-

B15

B14

TX9+/-

A15

A14

TX8+/TXC+/-

A13

A12

B12

B11

TX7+/-

A10

TX2+/-

TX6+/-

TX1+/-

TX5+/-

TX0+/-

TX4+/-

A_OE+/-

SLOT_RXD

A_OD+/-

TXD

B27

IIC_DATA1

B24

IIC_CLOCK1

B25

A+5V

EEPROM

2 3

IC2101

A_OA+OE+EE+A_EA+A_CLK+5VRXD_TU

4 54

5VRXD_TU

5VTXD_TU

A_EC+/A_OB+/-

SDA3

A_EB+/-

SCL3

37 38

A_OA+/-

5V_SDA3

5V_ IIC3

3V_ IIC3 5

5V_SCL3

A_EA+/-

IC4002

A_EE+/35

SLOT1_DET

REMOTE_OUT

5V_SDA3

IIC_SW

RESET

5V_SCL3

IIC_CONT

IIC_CONT TXD_S1

SLOT1_DET

REMOTE_OUT

5VNRST

IIC_CONT IIC_CONT1(SRQ) PLUG DET

B23 B28

SLOT1_DET

3V_ IIC3

IC3003

RESET

B30

RESET

B35

IC4005

L/R_COMP

3V_ IIC3_SW

REMOTE_OUT

REMOTE_OUT_S1 REMOTE

REMOTE OUT 3.3V->5V

IC2001

SLOT+5V

SLOT+3.3V

IC3001

AUDIO INPUT SELECT

SLOT3.3V

B17

A17

SLOT5V

B19

A19

SLOT9V

B21

A21

SLOT15V

B37

B38

LOGIC

+3.3V

A22

VCC

STB5V SOS

Q3001,02,03

B31

R3049

SHORT SOS

P3V_IIC2

L/R

SUB+5V (LED

10TIMES)

DS_SOS

Q3006 +15V

Q3007 SUB+5V

DS44 1

D3011

SHORT SOS

3 4 5

A44 +15V

+9V

Q4001,02 F+15V_MON

A+9V

+5V

A+5V

STB+5V

SUB+3.3V

SUB+5V

Q2313

14 15

Q2309

16 17

STB+3.3V

IC2002 PRE AMP Q2001,02,03

HX RS232C/LED TRANSMIT /LINE OUT TERMINAL

RS232C

1 2 4

JK3502

A14 RXD TXD 3D_LED_L 3D_LED_R

1 2

IC2110

RXD

IC2306

IC2003

SOUND_MUTE

TXD

+5V

3D_LED_L

LINE OUT

LINE_OUT_L LINE_OUT_R

A+9V

IC2304

LAN+3.3V

+9V

4 6

A+3.3V

LED TRANSMIT

JK3503

A+5V

P_ON/OFF

HX1 3

JK3501

LAN3V_ON/OFF

IC2305

IC2109

A+1.8V

STB+5V

+1.8V A+1.2V_M

+1.2V

15V_ON/OFF

A+1.2V_S

IC2302 +1.2V

RXD

VCC

Q2316

SUB+3.3V

Q2315

IC2307

+3.3V

TXD_PC

TXD

IC2303

A+15V

RXD_PC F+15V

SLOT1

B26

L/R_PC

A_OC+/-

RXD_S1 RXD

SLOT_TXD

A_CLK+/-

L/R_DS

OE+EE+-

A_ED+/TX3+/-

AUDIO IN R

R_PC

A26 A28

L_PC

L_1 AUDIO IN L AUDIO IN R

IIC_CLOCK

VD_PC

HD_PC

3 13 14 12 15

IIC_DATA

DS2

Y_PC

DS1

PR_PC

PB_PC

DS SLOT INTERFACE

Q2311 Q2314

Q2312 15V_ON/OFF

Q2310

IC2102 RS232C DRIVER A6

P(MAIN_1)P6

A8 DN8

A7 P7

TH-103VX200U

11.5. Block (2 of 8) Diagram JK2106

JK2107

+5V HD IIC

HDMI_CEC

TMDS DATA CLOCK

HDMI IN

+5V HD IIC

HDMI IN TMDS DATA CLOCK

HDMI IN

TMDS DATA CLOCK

JK2105

HDMI IN

+5V HD IIC

HDMI_CEC

Y/G

HDMI_CEC

JK2104

PB/B

HDMI_CEC

(COMPONENT) PR/R

TMDS DATA CLOCK

DIGITAL SIGNAL PROCESSOR JK2101

+5V HD IIC

1 2

IC8001

ASIC 30bit_RGB VIDEO SIGNAL PROCESSOR 30bitx2_ASIC OUT

IC2108

A+5V

COMPONENT SELECT HD/VD SELECT SYNC SIGNAL PROCESSOR

EEPROM

IC2502

PR-M/PB-M/Y-M

MAIN

30bit

TTL PARALLEL DATA

H/V CLK

EEPROM

IC2503

COMPONENT SELECT

R/G/B

LVDS RECEIVER

EEPROM

Q2113,14 D2126,21

IC2504

EEPROM

HD4_IIC HD3_IIC

SYNC SEPA SIGNAL

HD2_IIC

HD/VD SELECT VD_M

HDMI I/F RECEIVER 10bit A/D HD

HDMI PROCESSOR

HD_M A+5V

VDD

HDMI SW

HDMI DECODE

VCC1

H Sync SEPA

24.576 MHz

+5V

Q2117,18

IIC2

5V<->3.3V

IC2107

VCC2

A+3.3V

ASIC_NJW HD,VD

IC2507

HD_M/VD_M

IC2508

+5V(HDMI) HDMI_DET

LSI_RESET2

DATA

MCDATA

CLD

MCLD

CLK

MCCLK

IIC3 _SW

SDA/SCL

+3.3V +1.8V

TEMP SENSOR

IIC H/V

A+1.8V

A+3.3V

IIC2 IIC3 _SW

8 9 10

SUB+5V

STB+5V

12 13

+1.8V

XIRQ3

Q4504

+5V(HDMI) HDMI_DET

Q4501

+5V(HDMI) HDMI_DET

Q4503

Q4502

+5V(HDMI) HDMI_DET

28.6363MHz

PI1HS,PI1VS

HDA,VDA

IC4001 SYNC PROCESSOR

30bit

PI1D(0)-(29)

CLKM/20MHz

Y0,Y1,UV0,UV1 Y2-Y9 UV2-UV9

Q2122,23

CLOCK HD_ADA VD_ADA

ASIC-ARM

VIDEO PROCESSOR

ASIC_NJW HD,VD

HDA,VDA

+1.8V

30bit

PI2D(0)-(29) PI2HS,PI2VS

ASIC OUT A PI1R0-R9 PI1G0-G9 PI1B0-B9 HS,VS,CLK

R/G/B AD_R0-R9 AD_G0-G9 AD_B0-B9

+3.3V

VAVDD +1.8V CVDD +1.8V PVDD +1.8V

HDCP KEY

A/D CONV.

RE0-9(10bit) GE0-9(10bit) BE0-9(10bit)

IC2506

DVDD +1.8V

A+9V

SYNC SIGNAL PROCESSOR

+3.3V

TVDD +3.3V

IC2509

V Sync SEPA

AAVDD +3.3V

DVDDIO +3.3V

HD1_IIC VD

SDA/ SCL

AUDIO_IN

RESET

IC2505

Q2111,12 D2125,20

ASIC OUT B PI2R0-R9 PI2G0-G9 PI2B0-B9 HS,VS,CLK

SELECTOR

Y/PB/PR_PC

LVDS RECEIVER & TTL PARALLEL [B]

IC2501

Y/PB/PR_HA

RESET

SUB+3.3V

17 18

STB+3.3V

VCC

DPMS_VD

VCC

IC4008

IC4015

5V->3.3V

3.3V

DPMS_VD_SCX1

UART_SW1

3.3V

TXD_PC

(LED:11TIMES)

UART_SW FAN_CONT

TXD_PC_M

DPMS_HD

VCC

D_TXD A_RXD_PC

RXD_PC_G8

D_RXD

V2 KEY SWITCH

RXD_PC

DPMS_HD_SCX1

P(MAIN_2)P6

IC2105 KEY INPUT

RESET

+1.8V

SPI FRASH MEMORY

SPI

LED_G_SCX

RESET

NETWORK CONTROL

A33 6

Q4007

+3.3V

10/100 EtherMAC w/FIFO

F_STB_ON ALL_OFF

MII_MDC MII_TXD MII_RXD

LED_R

+3.3V 25MHZ MII DATA

RXD

TXD

CLK

LED_R

LED_G

LED_R

V3 LAN DATA

IC802

REMOTE_OUT

Q4011 A13

FOR FACTORY USE

JK2701 10BASE-T/ 100BASE-TX

STB+3.3V REMOTE

(LED:11TIMES)

VOLTAGE CONTROL

FAN SOS DET CIRCUIT

REMOTE RECEIVER

V33

LAN CONTROL

A12

Q806-807

V11 STB+3.3V LED_G

IC4014

MII_TXD/ MII_RXD

IC2701 25MHZ

LED_G,R

D1501 POWER LED

UART

TXD_LAN

KEY SWITCH

REMOTE_IN

RXD_LAN

PB31

FAN CONT

IIC_IF

CONTROL IIC

IC2704

IC2705

VCC

PB30

Q4008

EEPROM SDA/ SCL

KEY SW

LED_G_G8

RESET

+1.8V

V22

Q4006

IC2703 IC2706

A22

IC2702

LAN+3.3V

+15V(FAN)

IIC_INT

DPMS_HD 5V->3.3V

FAN_SOS FAN_ON/OFF

TXD_PC_G8

VCC

IC2103

FAN-SOS

DPMS_VD 5V->3.3V

IC2104 DPMS_VD 5V->3.3V

A+5V

TXD_PC_SD

IC2106

RM1501 REMOTE RECEIVER

PB53 PB71 1

FAN CONTROL FAN_A-H

TH-103VX200U

11.6. Block (3 of 8) Diagram DIGITAL SIGNAL PROCESSOR

FPGA1 NSTATUS

FPGA_CLK

3D FORMAT

CONF_DONE NCONFIG

PI2D(0)-(29) FPGA_DATA

IC8201 RESET

FPGA1_NCEO

30bit

FL4501 +1.8V

IC4501

SCX IN B

+2.5V

+3.3V

20MHz A+3.3V

+1.2V

IC8203

IC8204

+2.5V

IC4502

SCX1(SLAVE)

PI1D(0)-(9) PI1D(10)-(19) PI1D(20)-(29) HS,VS,CLK

DDR_SDRAM

IP CONVERTER

+1.2V

INTERFACE

DDR_SDRAM

DDR_SDRAM INTERFACE

DDR_SDRAM

IC4503

A4 3V_IIC1

A+1.8V G

+1.8V

IP CONVERTER

30bit

PI1D(0)-(29)

SCX1 IN

FL4503

DDR_SDRAM INTERFACE

DDR_SDRAM

DDR_SDRAM INTERFACE

DDR_SDRAM

IIC_INT

+1.2V

LVDS OUT

IC4012

ROUT

FL4502

GOUT

SCX1(SLAVE)

+3.3V

10bit LVDS

IC8202

VSYNC HSYNC CLK_O

CLOCK IN POCLK/74.25M

20MHz

28.6363MHz

+1.2V

VSYNC HSYNC

FL4003

CLK_O

SCX1(MASTER)

+3.3V

DATA CLD

LVDS DATA(LEFT)

SUB+5V

CLK P_ON/OFF

FPGA_CLK POWER_ON/OFF

DS_SOS

LSI_RESET2

LSI_RESET3

SUB+3.3V

FLASH MEMORY INTER FACE

A0-A20

FLASH MEMORY INTER FACE

ADDRESS DATA

DQ0-DQ15

HDMI_DET

RST

IC4006

ADDRESS DATA

36MHz

32Mbit FLASH MEMORY

DS BOARD SOS (LED:10TIME)

IIC_INT

SUB+3.3V

LVDS DATA(RIGHT)

IC4009 5VRXD_TU

3.3VRXD_TU

TXD_PC_M

STB+3.3V

SUB+5V

RESET

M_FPGA_CONFIG

RXD_PC

TXD_PC

IC4013 5V

IC4007

RXD_TU TXD_TU

A_RXD_PC

ASIC-ARM

5VTXD_TU 5VNRST

FPGA_DATA FPGA_DCLK

Q4008

REMOTE_IN IIC_CONT DPMS_VD_SCX1 DPMS_HD_SCX1 UART_SW SOUND_MUTE XIRQ3 KEY_INPUT INFO_GENX3 LAN3V_ON/OFF 15V_ON/OFF SLOT1_DET RXD_LAN TXD_LAN DN_IIC_SW DN_SOS FAN_CONT FAN_ON/OFF FAN_SOS

REMOTE IN IIC CONT DPMS_HD

FPGA1_NCEO

DRVMUTE

SOUND_MUTE XIRQ3 KEY_INPUT

PANEL_STBY_ON

DN_IIC_SW DN_SOS MIHO_STB MIHO_XIRQ

A+15V

Q2306,08

SLOT1_DET

SDA3/SCL3

RXD_LAN

SDA4/SCL4

IIC4

SDA1/SCL1

A+1.8V +1.8V SOS

D2305

IIC1

STB5V

Q2303

IIC_INT

STB3.3V REG STB_RESET

INFO_GENX3 STB3.3V

A+3.3V

+9V SOS

D2306

UX_G101

IC4802

Q2307 36MHz

3D_LED_L

ANALOG ASIC

A+15V SOS

IIC2

MIHO_STB MIHO_XIRQ

UX_G101

MIHO_STB MIHO_XIRQ

LED_R

A+9V

+3.3V SOS

D2307

Q2305 A+1.8V

A+5V

SEL=L

A+9V

D2308

D2310

D2312

D2314

D2309

D2311

D2313

D2315

EEPROM_IIC

SEL=H

SUB1.2V_M_SOS

UX_G101

A1.2V_S

Q2319 SUB1.2V_S_SOS

SUB3.3V

Q2318

IIC_SEL IIC_SEL SCX1 HIGH OPEN LOW

Q2320 D2340

Q2317 SUB3.3V_SOS

D2342

2TIMES)

F15V_MON REMOTE_IN STB_ON ALL_OFF TXD_PC_GB

SUB SOS

RXD_PC_GB UART_SW1

10MHz D2341

DPMS_VD (LED

IIC

A1.2V_M

DPMS_HD

NRST

STB_RST

A+3.3V

IIC1

DN_SOS (LED:14TIMES)

LED_G_G8 STB3.3V

STB+3.3V

Q2304

DN_IIC_SW

FAN_SOS (LED:11TIMES)

LSI_RESET3

A+5V

A+5V SOS (LED:13TIME) A+15V SOS (LED:2TIME) A SOS (LED:13TIME)

IIC_SW

DN16

29 27 25 24 23 22 20 18

GenX8

EEPROM_WP_G8

IIC3

FAN_CONT

P3V_IIC3

EEPROM

EEPROM_WP

SDA2/SCL2

FAN_ON/OFF

EEPROM_IIC

POWER/LED/REMOCON CONTROL

READY

PANEL_STATUS

LAN3V_ON/OFF

TXD_LAN

IC4004

ALARM

PANEL_STBY_ON

INFO_GENX3

15V_ON/OFF

IC4801

DISPEN

PANEL SOS

DPMS_VD UART_SW

CONF_DONE NCONFIG

NCONFIG

LED_G

NSTATUS

NSTATUS CONF_DONE

Q4014 LED_G

FPGA_DCLK

CONF_DONE

LSI_RESET3

A16 FPGA_DATA

FPGA_DATA

NSTATUB

5V<-3.3V

LVDS DATA(RIGHT)

LSI_RESET1

RST

FPGA_DATAIN FPGA_LD

DN10

LVDS DATA(RIGHT)

STB+5V

A+5V

IIC_INT

A10

MICOM

TXD_PC_SD A_RXD_PC

BOUT

VIDEO SIGNAL PROCESSOR OSD 10bit LVDS

IIC_CLK3

TTL PARALLEL DATA

LSI_RESET1

SUB+3.3V

GOUT

SCX1(MASTER)

FL4004 G

IIC_DATA3

LVDS DATA(LEFT)

LVDS

ROUT

20MHz

A+9V

8 9 10

MICOM

SCX1 IN

+1.8V

LVDS OUT

STB+5V

IIC_CLK2

SCX1 IN

+3.3V

IIC_DATA2

SCX1(SLAVE)

+1.8V

IIC_CLK1

74.25MHz

IC8206

A+1.2V_M

BOUT

VIDEO SIGNAL PROCESSOR

CLOCK GEN 28

G G

SUB+3.3V

PI1D(0)-(9) PI1D(10)-(19) PI1D(20)-(29) HS,VS,CLK

PI1HS,PI1VS

A_RXD_PC

A+1.2V_S

IC4011

SCX IN A 26

TXD_PC_SD

FOR FACTORY USE IIC_DATA1

LVDS

3V_IIC3

SCX1(MASTER)

PI2D(0)-(9) PI2D(10)-(19) PI2D(20)-(29) HS,VS,CLK

SCX1 IN

IC4010

SCX IN B

TTL PARALLEL DATA

FL002

P3V_IIC2

CLOCK IN POCLK/74.25M

IIC_INT

16 14 13 12 9 7 6

INFO_GENX3 LED_G_G8 LED_R

DPMS_HD DPMS_VD F15V_MON REMOTE_IN STB_ON

DISPEN

PANEL_STBY_ON READY ALARM

D3 DRVMUTE PANEL STBY_ON

PANEL STATUS

PANEL SOS

IIC_DATA1

ALL_OFF TXD_PC_GB

3V_IIC4

IIC_CLK1

RXD_PC_GB

UART_SW1

IIC_DATA2

IIC_CLK2

IIC_SW

D_IIC2 D_RXD D_TXD

D_RXD

D_TXD

TH-103VX200U

11.7. Block (4 of 8) Diagram

DN 3D DIGITAL SIGNAL PROCESSOR

IC5201 FRCS FRC_LVDS DATA

FLICKR REDUCTION

X-PORT(OUT 1st) MIHO2_LVDS DATA PORT-Z(INPUT)

REFRESH RATE (50Hz->60Hz) (48Hz->60Hz)

MIIC

IC5205 A1.05V

PA5201 1.05V

FRC_D1.05V

IC5001

MIHO2-3D

MIIC

LVDS_RX/TX

IC5202

IC5203

DDR2

FRC1.8V

CROSSTALK CANCEL DN4 D4

MIHO_IN (1ST_PIX,2ND_PIX)

IC5206

LVDS DATA_OUT (LEFT)

MIHO_0UT (1ST_PIX,2ND_PIX)

FRC2.5V

FRC3.3V

LVDS DATA_OUT (LEFT)

DCDC_EN

NRST

3.3V

LVDS DATA_IN

LVDS DATA_OUT (RIGHT)

LVDS DATA_IN

FLASH MEMORY

NRST

LVDS DATA_OUT (LEFT)

LVDS DATA_IN

LVDS DATA_OUT (LEFT)

LVDS DATA_IN (LEFT)

LVDS DATA_OUT (RIGHT)

3.3V

LVDS DATA

1.2V

1.3V (PLL3,4)

DN10

LVDS_RIGHT (1ST_PIX)

LVDS DATA_RIGHT 17

LVDS_RIGHT (2ND_PIX)

LVDS DATA_RIGHT 1

IIC_I/F

FLASH_IF

1.3V (PLL1,2)

A10

LVDS DATA_LEFT

IC5010 ADDR/DATA

IR_L

LVDS DATA(LEFT)

20 6

IC5006

MIHO_XIRQ

LVDS-TX

MIHO_STB

MIHO2+3.3V

IC5401

LVDS DATA_LEFT 22

DN5 D5 LVDS DATA_OUT (RIGHT)

Q5202

FPGA2

LVDS_LEFT (2ND_PIX)

NRST

+15V

IC5501

LVDS_LEFT (1ST_PIX)

P3V_IIC3 MH_ IIC2

DN_IIC_SW

IC5207

1Mbit

EEPROM

IIC3

IC5204 RESET

IIC

A1.05V

D1.05V

XIN

1.8V

XOUT

3.3V

27MHz

2.5V

X4200

1.2V 29

LVDS DATA(RIGHT)

LVDS DATA

LVDS DATA_OUT (RIGHT)

LVDS DATA_IN

LVDS DATA_IN (RIGHT)

MIHO2+3.3V

LVDS_RX

27MHz 1.3V

ENHANCER

IC5009

FPGA_DATA FPGA_DCLK

1.3V

Q5003

NSTATUB CONF_DONE

3.3V

NCONFIG

20MHz 135MHz 148.5MHz

FPGA1_NCEO

A16

3.3V

2.5V 1.2V

DN16 2 4

+3.3V

NSTATUB CONF_DONE NCONFIG

8 9

IC5002

FPGA_DATA2 FPGA_DCLK2

6 7

P3V_IIC3 LSI_RESET3

+1.8V

2.5V

LED_10V

IC5008

IC5503

IC5005 5V

11.2V

1.8V

IR_L2

+15V

+3.3V

IC5701

DN_SOS

3.3V

1 2

DRIVER

D5716 +1.2V

IC5702

D5717 1.2V +1.2V

IC5703 1.2V

D2500

D2501

D2502

D2503

D2504

Q5006

LED_SOS

UX_G101

DN8

B_OUTPUT B_INPUT

IR_L 3

3D EYEWEAR TRANSMITTER

D2500

IR_L

20MHz

A_OUTPUT

MIHO_XIRQ

B+INPUT

Q5004 DRIVER

LED_10V

MIHO_STB

LED_10V

A_INPUT

DN_SOS

D5715

D5711

D5714

OVER_V D5713

D5712

D5710

IC5011

3D EYEWEAR TRANSMITTER

A+INPUT

+3.3V

DN_IIC_SW

IC5506

20MHz 135MHz 148.5MHz

FPGA1_NCEO

CLOCK GEN

DN1

IR_DRIVE_CONTROL

IC5012

IC5502

X5001

IC5007

LVDS_TX

COLOR CONVERTER

D2501

D2502

D2503

D2504

3D EYEWEAR TRANSMITTER

TH-103VX200U

11.8. Block (5 of 8) Diagram

Q601,Q602 Q610,Q611

HOT

F201

Q201,Q202

COLD

T201

IC202

D653,654

IC251

PC201

D206

Vsus POWER CONTROL

PFC CONTROL

RECTIFIER

D254-D257

COMPARATOR

IC201

Vsus_OUT

IC601 Q605-Q608

Vsus

Vsus ERROR DET

PHOTO COUPLER

VR251

PC202 Q203

Vsus_ON

PHOTO COUPLER

PC601

Q608

BIAS_ON

PHOTO COUPLER Q301,Q302

F301

D401

5A 250V

D352

PC401

D506 RECTIFIER

L651 L652

PC502 PHOTO COUPLER Q502,Q506 AC DET

Vda_DET

MAIN SW_ON

12 10

CM5

12 10

CS9

P+5V

Q551

IC555 STB ERROR DET

PC503

COLD

12 10

CM1

12 10

P+15V

P+5V

STB+5V

PANEL_MAIN_ON

SOS4_PS

Vda_DET

PHOTO COUPLER

Vsus_OUT

Vsus_ON

Q351

IC352

PC301

+15V ERROR DET

PHOTO COUPLER

Q353 PHOTO COUPLER

T301 FILTER

CS8 1

CM4 1

Vda CONTROL

MC401

F301

D603,607 RECTIFIER LIVE

F652 10A 250V

F603

F604 10A 250V

10A 250V

CM3

IC201

NEUTRAL

Vsus POWER CONTROL

PFC CONTROL

Q605-Q608

IC202

COMPARATOR

T201

VR251 Vsus

+15V(FAN)

5A 250V

Q201,Q202

Vda

C55(UPPER)

COLD

P+15V

Vsus

P11 Vsus

HOT

PB31

P+15V

D254-D257

RESONANCE Q610,Q611 Q601,Q602

+15V(FAN)

Vsus_ON

Vsus ERROR DET

PHOTO COUPLER D206

F201 L604,L605

+15V(FAN)

IC251

PC201

AC CORD

BIAS_ON

PHOTO COUPLER

Q203

NEUTRAL

PC202

IC601 LIVE

P35

PHOTO COUPLER

Q608 CS6

Q402 Q403

PC601

Q301,Q302

S34

Vda

RESONANCE

F_STB_ON ALL_OFF

Q401

Vda

D402

STB+5V

SW061 POWER SWITCH

VR401

D352

MULTI POWER CONTROL

5A 250V FILTER

(NC)

P+15V

PC401

IC301

D401

LF901 LF902

(NC)

15V

Vsus_OUT

L601 L602

(NC)

P34

PC302 Q303

S1 POWER SWITCH BIAS_ON

PANEL_MAIN_ON

Vda_DET

(LED:4TIMES) POWER SOS

5V_ON

ALL_OFF

MAIN RELAY2_ON

F_STB_ON

RUSH RELAY2_ON

MAIN SW_ON

MC701 15V_ON

POWER MICOM

15V_OUT

MAIN RELAY2

Vda_ON STB_OUT

K603

CM2

Vda_OUT

RUSH RELAY2 LIVE

CS4

STB_ON

POWER SUPPLY(SS SIDE)

K601 RF601

F651

D25

MULTI_ON

K602

AC DET

P(MAIN_2)

CS1

+5V

NEUTRAL

10A 250V

F+15V

P7 HOT

FILTER

F+15V

PHOTO COUPLER

NEUTRAL

LF903 LF904

(NC)

P25

Q552,53

FILTER

LIVE

15V_ON

15V_OUT

CS2

D551

STB CONTROL

P+15V

CM1

IC501

NEUTRAL

(NC)

POWER SUPPLY(SC SIDE)

F501

LIVE

MC701 POWER MICOM

ALL_OFF

T501

5V_ON

MAIN RELAY2_ON

Vda_ON

RUSH RELAY2_ON

Vda_OUT

STB_OUT

D501

1 2

AC DET

BIAS1(+)

CM2

P(MAIN_1) 2A 250V

Q351

CS3

MULTI_ON

MAIN RELAY2

D505

15V

PHOTO COUPLER

K653

Vda

PC302

Q303 K651

BIAS(+)

Q353

+15V ERROR DET

PHOTO COUPLER

NEUTRAL

Q401

PHOTO COUPLER

IC352

PC301

RUSH RELAY2

Vda

VR401

K652

RF651

P6 Vda

MULTI POWER CONTROL

STB_ON

LIVE

IC301

Vda CONTROL

+5V

LIVE

NEUTRAL

Q402 Q403

MC401 D402

CM4

C55(LOWER)

P35 Vda

T301

RESONANCE

Vsus

5A 250V

CS7

SC2

Vsus

RESONANCE

Vsus_ON

L604,L605

BIAS_ON

Vsus_OUT

CM3

PANEL_MAIN_ON

CS5

(LED:4TIMES) POWER SOS

POWER SUPPLY(SUB)

F_STB_ON

P(SUB)

SS11

TH-103VX200U

11.9. Block (6 of 8) Diagram

FORMAT CONVERTER, PLASMA AI PROCESSOR P3V_IIC1

FOR FACTORY USE

STB_IIC2

IC9300

PD4 MASTER

IC9305 SPI FLASH

IC9811-13 D31 C41(LOWER)

CONTROL DATA P3V_IIC2

DISCHARGE CONTROL

+2.5V

IC9002

UHZ

VIDEO DATA

20MHz

38 36

DCC_SOS

VIDEO DATA 10

VIDEO/PANEL CONTROL

OFF_FLAG

IC9802

C31(LOWER)

P+3.3V

P+3.3V CONTROL DATA

IIC

+3.3V

D32

VIDEO DATA

OSD I/F

XRSTSYS

+3.3V_DET

DRVRST +1.2V

BUFFER

SUB-FIELD PROCESSOR PLASMA AI DATA DRIVER

IC9101-03

VIDEO DATA

H/V SYNC CONTROL

IC9104

LVDS RX CPG with SS

LVDS DATA

BUFFER

D4 6

P+3.3V

DRVMUTE

+2.5V

DN4

P+3.3V

CONTROL DATA

+1.2V

IC9801

SUSTAIN CONTROL

+3.3V

TEMP SENSOR

BUFFER

SCAN CONTROL

VIDEO DATA 10 1

P3V_IIC2

IC9400 DN5

D33

PD4 SLAVE

D5 1

VIDEO DATA

LVDS DATA

LVDS RX CPG with SS

+3.3V

SUB-FIELD PROCESSOR PLASMA AI DATA DRIVER

+1.2V

VIDEO/PANEL CONTROL

XRSTSYS

P+3.3V

VIDEO DATA 36 38

VIDEO DATA 64

IIC

+3.3V_DET

D34 P3V_IIC2

IC9003

Q9802

GenX7

PANEL MICOM

POWER SOS

D25

P+15V

1 2

STB+5V

P+5V

P+3.3V

ALARM

VIDEO DATA 36

DCC_SOS (LED:9TIMES)

VIDEO DATA

PANEL MAIN ON

POWER SOS (LED:4TIMES)

+3.3V_DET

PANEL SOS

READY

Q9806

OSD I/F

DRVRST PANEL_MAIN_ON

P+15V

C31(UPPER)

CONTROL DATA XRSTSYS

P(SUB)P25

C41(UPPER)

CONTROL DATA

H/V SYNC CONTROL +2.5V

+3.3V_DET

PANEL STATUS STB_IIC1 IIC

PANEL_MAIN_ON POWER SOS

IC9004

IIC

+3.3V

STB+3.3V

RESET

IIC_DATA2

IIC_CLK2

PANEL SOS

PANEL STATUS

PANEL STBY_ON

DRVMUTE

D_RXD

D_TXD

D20 SC20 SCAN CONTROL 17

UHZ

(LED:6TIMES)

SOS6_SC1

(LED:7TIMES)

SOS7_SC2

SOS8_SS (LED:8TIMES)

RESET

BUFFER

IIC_CLK1

(LED:5TIMES)

IC9001 EEPROM

IIC_DATA1

(LED:2TIMES)

STB_IIC2

BUFFER

(LED:3TIMES)

P+5VDET

POWER ON/OFF

STB+3.3V/RESET

P+3.3VDET P+15VDET

P3V_IIC1

P3V_ IIC1

STB_ IIC1

STB_ IIC2

P3V_ IIC2

IIC_SW

D_TXD

POWER SOS 10

D_RXD

PANEL MAIN ON

P+15V

10MHz

P+5V

D21 SS21 1

P+5V SUSTAIN CONTROL

STB_IIC2 ARARM READY PANEL_STBY_ON DRVMUTE D_RXD D_TXD

SOS8_SS

TH-103VX200U

11.10. Block (7 of 8) Diagram

SS2 SUSTAIN CONNECTOR (UPPER)

SS 51 1 2 13

SS 52 1 2 13

SS 53

SC SCAN DRIVE

1 2 13

SC 50

SS 54

SS SUSTAIN DRIVE

Vsus

SS 24

16V-F DC/DC CONVERTER

IC14401-06

D16042

Q16342 Q16343

Q16041

IC16151 ENERGY RECOVERY

USE1

Q16047 USH

USE2

NUEL

VE2 DRIVER

Q16058

IC16348 BUFFER

UEH

VE Gen. DRIVER

SS 58

UML

USL

SOS8_SS

IC16349

SUSTAIN CONTROL

(LED:8TIMES)

USH

IC16350

Q16280 ERROR DET FPC DET

D20

SC 20

P+15V

P+5V

NAND GATE

INVERTER

SOS6_SC1 22

(LED:6TIMES)

UHZ 19

SS 33

SS 22 SS 32

BUFFER

SCAN CONTROL

CIS

D16725

CRC1 CRC2

IC16725

Vfo F_5V_B

+5V (SC2)

VSET23

IC16564 IC16801

CEL

CEL 5

CSL CML

SS 59

TPSC1

SC 41

F_5V_A

+5V (SC1)

IC16566

CEL

CIS

SM SCAN OUT (MIDDLE) IC14601-06

CEL

IC16724,26

SIU OC1 OC2 CLK SEL

CEL CIS

IC16565

SU 11 SM 11

CML CSL

SC 42

SM 42

VF_GND

SCAN DRIVER

VSET23 GEN.

IC14607-12 SCAN DRIVER

VSET23

SCNR_PRO

SC 46

SM 46

IC14701-05 5V

LOGIC IC

SIU OC1 OC2 CLK SEL

2 13

CPH1

SS 60

SM 41

D16859 D16860

D16726 D16721 (15V_F)

IC16563

TPSOS6

SOS7_SC2 21

TPVSCN

VSCN GEN. SHUNT REG

CML CPH1 CMH CPH2 CSH CERS CSL CEL

SCAN DRIVER

IC14407-11

Q16818

IC16786,87

Q16627

Q16431

IC16561,62

IC16691

6 2

BUFFER

VR16600 (VAD)

ERROR DET

D16282

D16280

SS 23

D16583 LED(G)

IC16581

USH

TPSOS8

VOL

CML

6 2

VR16601 (INIT-F)

Q16623 Q16625

Q16458

CSL

SCAN DRIVER

IC14501

VAD GEN. SHUNT REG

Q16621

Q16451 Q16453

SHUNT REG.

TPVAD

Q16421

UMH

USL

SS 21

Q16445 Q16447 Q16448

UML

P+5V

CSL/CML GATE DRIVE CIRCUIT

UMH

D16255

CSH

IC16784,85

CIS PHOTO COUPLER

Q16441

IC16692

INVERTER PC16685

D16488

CMH

IC16521

TPSS1

PC16191

ERROR DET

COMPARATOR

D16481

IC16501 CSH/CMH GATE DRIVE CIRCUIT

Vfo

D16901

IC16773

Q16101 Q16102

CRC2

IC16920

D16470

IC16251

UEH NUEL UML USL UES1 UMH USH UES2

D16464 D16467

IC16303 Q16301

D16253 LED(G)

SS 57

Q16339

VSCN-F

Q16608

VOH D16461

Q16331 Q16334

Q16601

Q16411

SS 56 2

SHUNT CONTROL

Q16661

CRC1

INVERTER

SHUNT REG.

Q16302 Q16052

USL

VE2 GEN

IC16312

D16048

COMPARATOR

Q16401

IC16464,65

Q16031

IC16661

CPH1

SM 12 SD 12

IC14901

CPH1

BUFFER

CSH2

SS 61

CMH2

SS 62 1

SS3 SUSTAIN CONNECTOR (LOWER)

Q16490

D16493

2 13

MAIN_STOP VSCN 15V_F

SEPA PROTECT CIRCUIT

UHZ

VOLTAGE DROP ERROR DET

D16480 TPSOS7

D16820

(LED:7TIMES)

VF_GND

IC16490,91

PC16480 PHOTO COUPLER Q16876 ERROR DET

IC16471 SHUNT REG. D16821

CERS

D16473

15V_F D16791 SCNR_PRO Vscn

SC 44

SD 44

IC14801-06 SCAN DRIVER

SCAN DRIVER

IC14807-11

CHA

SD SCAN OUT (LOWER)

SD1-SD4

UML

PHOTO COUPLER

IC16302

CERS

PLASMA PANEL

PHOTO COUPLER

PC16684

PC16461

SS 55

PC16301

D16057

PHOTO COUPLER

Vad+5V

SU 43

PANEL SUSTAIN ELECTRODE

Q16011 Q16021

TPVE

VE GEN.

SC 43

SU1-SU4

D16051

PC16603

SM1-SM4

Q16001

UMH

IC16771

Q16607

VSCN-F

IC16304

VSUS Gen. DRIVER

SUSTAIN CONTROL

VF_GND

IC16131

D21

SU SCAN OUT (UPPER)

TPVSUS

Vfo

+15V

D16618

IC16791

SS 34

PLASMA PANEL

Vsus

SS 11

SS 25

TPVSUS

PANEL SUSTAIN ELECTRODE

P(MAIN_2)P11

SS 35

SC2

P(MAIN_1) P2

2 13

TH-103VX200U

11.11. Block (8 of 8) Diagram

45 26

P+3.3V

C50 53 52

30 11

BUFFER

CA 16

PANEL DRIVER

CA 15

IC17501

6 1

CA 14

CA 13

PANEL DRIVER

CONTROL DATA Vda Vda

D31

C41

C3 DATA DRIVER (LOWER)

D32

C31

52 44

30 11

IC17401

CA 12

CA 11

PLASMA PANEL

CA 10

C32 15

CA9

BUFFER

PANEL DRIVER

C51

C61

BUFFER

VIDEO DATA

P+3.3V P+3.3V

C50

C5 DATA DRIVER (UPPER)

P+3.3V VIDEO DATA VIDEO DATA CONTROL DATA

C6 DATA DRIVER (UPPER)

C1 DATA DRIVER (LOWER)

3 4

C21

C11

BUFFER 50

Vda 1

CA7

C20 P+3.3V

PANEL DRIVER

Vda

IC17301

CA8

C2 DATA DRIVER (LOWER)

IC17501

CA 16

P(MAIN_2) P35

C42

CA 15

C4 DATA DRIVER (UPPER)

C30

BUFFER

CA 14

C55

PANEL DRIVER

1 6

VIDEO DATA

CONTROL DATA

VIDEO DATA

D33

P+3.3V

VIDEO DATA

C3 DATA DRIVER (UPPER)

C40 P+3.3V

VIDEO DATA

C41

P+3.3V

C51

VIDEO DATA

C4 DATA DRIVER (LOWER)

C61

P+3.3V

C55

VIDEO DATA

Vda 1

VIDEO DATA

Vda

D34

CONTROL DATA

C2 DATA DRIVER (UPPER)

Vda Vda CONTROL DATA VIDEO DATA

C40

C30 C31

BUFFER

C42

P+3.3V

C20

IC17401

P+3.3V

VIDEO DATA

C32

P+3.3V

VIDEO DATA

CONTROL DATA

VIDEO DATA

BUFFER

VIDEO DATA

P(MAIN_1) P35

C5 DATA DRIVER (LOWER)

C6 DATA DRIVER (LOWER)

VIDEO DATA

BUFFER 11

C1 DATA DRIVER (UPPER)

20 15

IC17301

CA 13

CA 12

Vda CONTROL DATA

C21

CA 11

C11

Vda

CA 10

CA9

PANEL DRIVER

Vda

IC17201

CA8

VIDEO DATA

PLASMA PANEL

PANEL DRIVER

CA7

P+3.3V

CA6

CA5

CA4

VIDEO DATA

PANEL DRIVER

CONTROL DATA

CA3

CA2

CA1

PLASMA PANEL

Vda

PANEL DRIVER

P+3.3V

PANEL DRIVER

CA6

IC17201

CA5

PLASMA PANEL

CA4

PANEL DRIVER

CA3

CA2

PANEL DRIVER

CA1

TH-103VX200U

12 Wiring Connection Diagram 12.1. Wiring (1)

TH-103VX200U

12.2. Wiring (2)

TH-103VX200U

12.3. Wiring (3)

Model No. : TH-103VX200U Important Safety Notice

Model No. : TH-103VX200U Exploded View

Model No. : TH-103VX200U Side Power part location

Model No. : TH-103VX200U Cabinet part location

Model No. : TH-103VX200U Fan part location

Model No. : TH-103VX200U Rear cover location

Model No. : TH-103VX200U Duct Barriers

Model No. : TH-103VX200U Print Circuit Board

Model No. : TH-103VX200U Cable relation

Model No. : TH-103VX200U Packing summary (1)

Model No. : TH-103VX200U Packing summary (2)

Model No. : TH-103VX200U Packing summary (3)

Model No. : TH-103VX200U Packing summary (4)

Model No. : TH-103VX200U Packing summary (5)

Model No. : TH-103VX200U Packing summary (6)

Model No. : TH-103VX200U Parts List Safety

Ref. No.

Part Name & Description

Part No.

Q'ty

K2CG3YY00011

AC CORD

L6FAYYYH0030

FAN UNIT (80)

L6FAYYYH0031

FAN UNIT (120)

MD103F13S1J

PLASMA DISPLAY PANEL

N2QAYB000562

REMOTE CONTROL

N5ZZ00000204

3D EYEWEAR

1 WITHOUT BATTERY

TBMA380T

PANASONIC_BADGE

TBXA46703A

5 RANGE BUTTON

TBXA50001

POWER BUTTON

TESA356

EMITTER FIXING SPRING

TESD031

POWER BUTTON SPRING

TEWA950

GASKET(5*85*T1.5)

TEWB575

GASKET(SIDE POWER SW COVER U/D)

TKGA5658

FRONT_GLASS

TKKC5213-1

LED PANEL

TKKC5276

REMOTE SENSOR PANEL

TKKH5122

NOSE PAD A

1 (3D EYEWEAR)

TKKH5123

NOSE PAD B

1 (3D EYEWEAR)

TKKH5124

BAND

1 (3D EYEWEAR)

TKKL5266-1

BLANK PLATE

TKKL5370

EYE BOLT COVER

TKKL5428

SIDE COVER

TKKL5520

BATTERY COVER

1 (3D EYEWEAR)

TKKX0015

HEXAGONAL WRENCH

TKUX11501

REAR COVER (C/L/U)

TMKG405

SPONGE(FAN)

TMKG469-1

SPONGE(FAN)

TMKG732

SPONGE (FRONT GLASS/LEFT/RIGHT)

TMKG733

SPONGE (FRONT GLASS/UPPER/BOTTOM)

TMKG906

SPONGE

TMKY902

DUCT BARRIER A

TMKY905

DUCT BARRIER C

TMKY906

DUCT BARRIER D

TMKY907

DUCT BARRIER E

TMKY910

DUCT BARRIER F

TMKY912

DUCT BARRIER H

TMKY914

DUCT BARRIER J

TMKY922

FAN BLIND SHEET

TMKZ065

DUCT BARRIER K

TMKZ066

DUCT BARRIER L

TMKZ067

DUCT BARRIER M

TMKZ068

DUCT BARRIER N

TMKZ069

DUCT BARRIER P

1 13

Remarks

Model No. : TH-103VX200U Parts List Safety

Ref. No. 44

Part Name & Description

Part No.

Q'ty

TMKZ070

DUCT BARRIER Q

TMM14490

CLAMPER

1 2

TMM16473-1

CLAMPER

TMM17499

CLAMPER

TMM6428-1

CLAMPER

TMM6496-1

CLAMPER

TMM7464-2

CLAMPER

TMM7468-1

CLAMPER

TMME088

CLAMPER

TMME185

NYLON RIVET

TMME190

CLAMPER

TMME203

CLAMPER

TMME226

AC CORD CLAMPER

TMME228

BAND HOLDER

TMME261

CLAMPER

TMME272

CLAMPER

TMME332

CLAMPER

TMME356

CLAMPER

TMMJ068

RUBBER(FAN)

TMMX157

POWER BUTTON EDGE GUARD

TMMX158

M16 EDGE GUARD

TMWC016-1

POWER BUTTON BRACKET

TMXX034

FFC HOLDER

TMXX035

AC CORD CLAMPER A

TMXX036

AC CORD CLAMPER B

TPCC71901

CARTON BOX TOP

TPCC72001

CARTON BOX BOTTOM

TPCC81302

CARTON BOX SIDE A

TPCC81402

CARTON BOX SIDE B

TPDA1038

CUSHION (CENTER)

TPDA1416

CUSHION (TOP)

TPDA1417-1

BOTTOM CUSHION LEFT

TPDA1418-1

BOTTOM CUSHION RIGHT

TPDA1419

CUSHION (CENTER)

TPDF1746

ACCESSORIES BOX

TPDX0007

JOINT

TPDX0027

BOTTOM SKID

TPDX0041

BAND

TPEH323

PROTECTION BAG

TPEH324

FRONT PROTECTION COVER

TPEH528

PROTECT BAG(FOR 3D EYEWEAR)

TQBC2601

INSTRUCTION BOOK(ENGLISH)

TQBC2602

INSTRUCTION BOOK(FRENCH)

2 26

1 24

Remarks

Model No. : TH-103VX200U Parts List Safety

Ref. No.

Part Name & Description

Part No.

Q'ty

TQBC2603

INSTRUCTION BOOK(SPANISH)

TQBC9008

INSTRUCTION BOOK(CD-ROM)

TQDC19044

CHILD SAFETY

TQEF035

POLY BAG(EYE BOLT COVER)

TQEF035

POLY BAG(EYE BOLT)

TSXL737

CABLE(C20-C30/C40-C50/SM11-SU11/SM12-SD1 2)

TSXL865

CABLE(D34-C31)

TSXL868

CABLE(D31-C41)

TSXL869

CABLE(SC20-D20)

TSXL870

CABLE(C11-C21/C51-C61)

TSXM176

CABLE(D33-C41)

TSXM199

CABLE(DS1-A1/DN10-A10)

TSXM200

CABLE(DN16-A16)

TSXM217

CABLE(C32-C42)

TSXM223

CABLE(D32-C31)

TTUA1520

REAR COVER (C/R/B)

TTUA2299

REAR COVER (C/L/B) ASSY

TTUA2317

REAR COVER (L) ASSY

TTUA2484

REAR COVER (C/R/U) COMPLETE

TTUA2492

REAR COVER (R) COMPLETE

TUWC075

SIDE POWER SW COVER

TUXJ350

CABINET JOINT METAL (A)

TUXJ351

CABINET JOINT METAL (B)

TUXJ357

ESC PUTTING METAL L

TUXJ358

ESC PUTTING METAL R

TUXJ370

CABINET JOINT METAL (AS)

TUXJ371

CABINET JOINT METAL (BS)

TXAJS0101NB

AC INLET ASSY

TXFKY021MEJ

CABINET UPPER ASSY

TXFKY031MEJ

CABINET LOWER ASSY

1 2

TXFKY041MEJ

CABINET SIDE ASSY

100

TXFMM0101NB

STAND HOOK ASSY

101

TXFUX19YLTJ

REAR COVER FIXING METAL H ASSY

TXJDN41MEJ

LVDS CABLE(DN4-D4)

TXJDN51MEJ

LVDS CABLE(DN5-D5)

102

TZTEW011MEJ

ALUMINUM TAPE KIT

THEA068N

SCREW

103

THEA215

M16 BOLT

THEC109J

SCREW

THEL0239

SCREW

THEL0429

SCREW

THEL057J

SCREW

THTA0419

HOOK SCREW

Remarks

Model No. : TH-103VX200U Parts List Safety

Ref. No.

Part Name & Description

Part No.

Q'ty

THTD013N

STEP SCREW

THTF011N

SCREW

285

XSB3+6FJ

SCREW

XTV3+10JFJ

SCREW

104

XVN16FJ

EYE BOLT

105

XWB16BVJ

M16 SPRING WASHER

XYN3+F10FJ

SCREW

XYN3+F8FJ

SCREW

XYN4+E8FJ

SCREW

XYN4+F10FJ

SCREW

XYN4+F10FJK

SCREW

142

XYN4+F32FJ

SCREW

XYN4+F8FJ

SCREW

XYN4+J10FJ

SCREW

136

XYN5+F15FJ

SCREW

XYN5+F30FJK

SCREW

18 12

XYN8+F20FJK

SCREW

106

XZBT6506

POLY BAG(INSTRUCTION BOOK)

107

ETX2MM780MG

CIRCUIT BOARD P (MAIN)

108

ETX2MM780MGA

CIRCUIT BOARD P (SUB)

109

TNPA5021

CIRCUIT BOARD SS2

110

TNPA5022

CIRCUIT BOARD SS3

111

TNPA5023

CIRCUIT BOARD SU

112

TNPA5024

CIRCUIT BOARD SM

113

TNPA5025

CIRCUIT BOARD SD

114

TNPA5026

CIRCUIT BOARD C1

115

TNPA5027

CIRCUIT BOARD C6

116

TNPA5028

CIRCUIT BOARD C2

117

TNPA5029

CIRCUIT BOARD C5

118

TNPA5030

CIRCUIT BOARD C3

119

TNPA5031

CIRCUIT BOARD C4

120

TNPA5233AB

CIRCUIT BOARD PB

121

TNPA5237

CIRCUIT BOARD V1

122

TNPA5238

CIRCUIT BOARD V2

123

TNPA5239

CIRCUIT BOARD V3

124

TNPA5240

CIRCUIT BOARD S1

125

TNPA5304

CIRCUIT BOARD V

126

TXNSC101NB

CIRCUIT BOARD SC

1 (TNPA5007AB)

127

TXNSS101NB

CIRCUIT BOARD SS

1 (TNPA5008AB)

128

TZTNP011MEJ

CIRCUIT BOARD D

1 (TNPA5244AF)

129

TZTNP021MEJ

CIRCUIT BOARD A

1 (TNPH0879AC)

130

TZTNP031LEJ

CIRCUIT BOARD DN

1 (TNPA5236)

131

TZTNP041LEJ

CIRCUIT BOARD HX

1 (TNPA5234)

Remarks

Model No. : TH-103VX200U Parts List Safety

Ref. No. 132

Part No. TZTNP051LEJ

RM1501 B3RAD0000168

Part Name & Description

Q'ty

CIRCUIT BOARD DS

1 (TNPA5235)

REMOTE SENSOR

Remarks