th-103pf10uk th-103pf10ek

© 2007 Matsushita Electric Industrial Co., Ltd. Allrights reserved. Unauthorized copying and distribu-tion is a violation of law.

Order Number ITD0709071CE

B34 Canada: D10

High Definition Plasma DisplayModel No. TH-103PF10UKModel No. TH-103PF10EKGPF10D Chassis

TABLE OF CONTENTSPAGE PAGE

1 Safety Precautions----------------------------------------------- 31.1. General Guidelines---------------------------------------- 3

2 Warning -------------------------------------------------------------- 42.1. Prevention of Electrostatic Discharge (ESD)

to Electrostatically Sensitive (ES) Devices---------- 42.2. About lead free solder (PbF)---------------------------- 5

3 Service Navigation ----------------------------------------------- 63.1. Service Hint ------------------------------------------------- 63.2. Applicable signals ----------------------------------------- 8

4 Specifications ----------------------------------------------------105 Service Mode -----------------------------------------------------11

5.1. CAT (Computer Aided Test) mode -------------------115.2. IIC mode structure (following items value is

sample data) -----------------------------------------------155.3. Option Setting ---------------------------------------------16

6 Troubleshooting Guide ----------------------------------------186.1. Self Check--------------------------------------------------186.2. No Power ---------------------------------------------------206.3. No Picture --------------------------------------------------206.4. Local screen failure --------------------------------------21

7 Disassembly and Assembly Instructions ---------------227.1. Rear Cover and Board ----------------------------------227.2. Location of Rear Cover screws -----------------------237.3. Removal of Side Angle (L), (R) -----------------------267.4. Removal of HA-Board -----------------------------------27

7.5. Removal of HDMI-Board (UK) ------------------------ 287.6. Removal of HDD-Board (EK) ------------------------- 287.7. Removal of DS-Board ---------------------------------- 287.8. Removal of HX-Board----------------------------------- 297.9. Removal of DN-Board ---------------------------------- 29

7.10. Removal of PB-Board----------------------------------- 297.11. Removal of H5-Board----------------------------------- 307.12. Removal of D-Board ------------------------------------ 307.13. Removal of P-Board (MULTI_1), (MULTI_2) ------ 307.14. Removal of P-Board (SUS_1), (SUS_2) ----------- 317.15. Removal of F-Board ------------------------------------ 317.16. Removal of PC-Board ---------------------------------- 327.17. Removal of SU-Board ---------------------------------- 327.18. Removal of SM-Board ---------------------------------- 337.19. Removal of SD-Board ---------------------------------- 347.20. Removal of SC-Board --------------------------------- 347.21. Removal of SC2-Board -------------------------------- 357.22. Removal of S1-Board and V2-Board---------------- 357.23. Removal of SS2-Board -------------------------------- 367.24. Removal of SS3-Board -------------------------------- 367.25. Removal of SS-Board ---------------------------------- 377.26. Removal of Fan------------------------------------------- 387.27. Removal of C1-Board----------------------------------- 397.28. Removal of C2-Board----------------------------------- 397.29. Removal of C3-Board----------------------------------- 40

TH-103PF10UK/EK

2

7.30. Removal of C4-Board ----------------------------------- 417.31. Removal of C5-Board ----------------------------------- 417.32. Removal of C6-Board ----------------------------------- 427.33. Removal of C7-Board ----------------------------------- 427.34. Removal of C8-Board ----------------------------------- 437.35. Removal of C9-Board ----------------------------------- 437.36. Removal of CX-Board----------------------------------- 447.37. Removal of CY-Board ----------------------------------- 447.38. Removal of CZ-Board----------------------------------- 457.39. Removal of DR1-Board (A) ---------------------------- 457.40. Removal of DR1-Board (B) ---------------------------- 467.41. Removal of DR2-Board (A) ---------------------------- 467.42. Removal of DR2-Board (B) ---------------------------- 467.43. Removal of CD-Board----------------------------------- 477.44. Removal of AC Inlet ------------------------------------- 487.45. Removal of Cabinet and Front Glass-------------- 487.46. Removal of V1-Board and V3-Board---------------- 517.47. Removal of Plasma Panel ----------------------------- 51

8 Measurements and Adjustments -------------------------- 588.1. Adjustment Procedure ---------------------------------- 588.2. Adjustment------------------------------------------------- 62

9 Block Diagram --------------------------------------------------- 679.1. DiagramNote ---------------------------------------------- 679.2. Main (1 of 2) Block Diagram--------------------------- 689.3. Main (2 of 2) Block Diagram--------------------------- 699.4. P-Board (1 of 2) and F-Board Block Diagram----- 709.5. P-Board (2 of 2) Block Diagram ---------------------- 719.6. HA, HX, PC, PB, V1, V2 and V3-Board Block

Diagram----------------------------------------------------- 729.7. HDMI-Board (1 of 2) Block Diagram ---------------- 739.8. HDMI-Board (2 of 2) Block Diagram ---------------- 749.9. HDD-Board Block Diagram ---------------------------- 75

9.10. DS-Board (1 of 2) and H3-Board BlockDiagram----------------------------------------------------- 76

9.11. DS-Board (2 of 2) Block Diagram -------------------- 779.12. DN-Board (1 of 2) Block Diagram-------------------- 789.13. DN-Board (2 of 2) Block Diagram-------------------- 799.14. D-Board (1 of 2) Block Diagram ---------------------- 809.15. D-Board (2 of 2) Block Diagram ---------------------- 819.16. C1, C2, CY and CZ-Board Block Diagram--------- 829.17. C2, C3, CX and CY-Board Block Diagram--------- 839.18. C4, C5, C8 and C9-Board Block Diagram --------- 849.19. C5, C6, C7 and C8-Board Block Diagram --------- 859.20. SC2 and S1-Board Block Diagram ------------------ 869.21. SC-Board Block Diagram ------------------------------ 879.22. SU, SM and SD-Board Block Diagram ------------- 889.23. SS, SS2 and SS3-Board Block Diagram----------- 899.24. DR1, DR2 and CD-Board Block Diagram---------- 90

10 Wiring Connection Diagram --------------------------------- 9110.1. Interconnection (1 of 8) Diagram--------------------- 9110.2. Interconnection (2 of 8) Diagram--------------------- 9210.3. Interconnection (3 of 8) Diagram--------------------- 9310.4. Interconnection (4 of 8) Diagram--------------------- 9410.5. Interconnection (5 of 8) Diagram--------------------- 9510.6. Interconnection (6 of 8) Diagram--------------------- 9610.7. Interconnection (7 of 8) Diagram--------------------- 9710.8. Interconnection (8 of 8) Diagram--------------------- 9810.9. Lead Wiring (1) ------------------------------------------- 99

10.10. Lead Wiring (2) ----------------------------------------- 10010.11. Lead Wiring (3) ----------------------------------------- 10110.12. Lead Wiring (4) ----------------------------------------- 102

10.13. Lead Wiring (5) ------------------------------------------10310.14. Lead Wiring (6) ------------------------------------------10410.15. Lead Wiring (7) ------------------------------------------10510.16. Lead Wiring (8) ------------------------------------------10610.17. Lead Wiring (9) ------------------------------------------107

11 Exploded View and Replacement Parts List----------108

TH-103PF10UK/EK

3

1 Safety Precautions1.1. 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 Faston 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. 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 metal-lic cabinet part on the equipment such as screwheads,connectors, control shafts, etc. When the exposed metal-lic part has a return path to the chassis, the readingshould be between 1Mohm and 5.2Mohm.When the exposed metal does not have a return path to the chassis, the reading must be .

Figure 1

1.1.2. Leakage Current Hot Check (SeeFigure 1.)

1. Plug the AC cord directly into the AC outlet. Do not usean isolation transformer for this check.

2. Connect a 1.5kohm, 10 watts resistor, in parallel with a0.15µF capacitors, between each exposed metallic parton 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 sensi-tivity, to measure the potential across the resistor.

4. Check each exposed metallic part, and measure the volt-age at each point.

5. Reverse the AC plug in the AC outlet and repeat each ofthe above measurements.

6. The potential at any point should not exceed 0.75 voltsRMS. A leakage current tester (Simpson Model 229 orequivalent) may be used to make the hot checks, leakagecurrent must not exceed 1/2 milliamp. In case a measure-ment is outside of the limits specified, there is a possibilityof a shock hazard, and the equipment should be repairedand rechecked before it is returned to the customer.

TH-103PF10UK/EK

4

2 Warning2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensi-

tive (ES) DevicesSome semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Elec-trostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors andsemiconductor "chip" components. The following techniques should be used to help reduce the incidence of component damagecaused by electrostatic discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on yourbody 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 alumi-num 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 compara-ble conductive material).

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective materialto 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 brush-

ing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficientto damage an ES device).

TH-103PF10UK/EK

5

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�dsuggest 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. Pleaseuse 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 sol-der. 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 theopposite side. (see figure below)

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

TH-103PF10UK/EK

6

3 Service Navigation3.1. Service Hint

TH-103PF10UK/EK

7

Note:Extension cable kit for Slot Board is supplied as service fixtures and tools.(Part No. TZSC07040)

Board Name Function Board Name FunctionD Digital Signal Processor,

Format Converter,Plasma AI Processor Sub-Field Processor

CX Data Drive (X)CY Data Drive (Y)CZ Data Drive (Z)H5 Audio Out

DS Slot Interface (Audio / Video / Sync InputSwitch), SYNC Processor, Audio Processor, Speaker Out Amplifier, DC-DC Converter

S1 Power SwitchSS2 Sustain Out (Upper)SS3 Sustain Out (Lower)V1 LED_G, R

SS Sustain Drive V2 Key ScanSC Scan Drive V3 Remocon ReceiverSC2 DC-DC Converter For Scan Drive PB Fan ControlSU Scan Out (Upper) P(SUS_1/2) Power SupplySM Scan Out (Middle) P(MULTI_1/2) Power SupplySD Scan Out (Lower) F Line FilterC1 Data Drive (1) PC Power ControlC2 Data Drive (2) HX PC / RS-232CC3 Data Drive (3) HA BNC Component VideoC4 Data Drive (4) DN Digital Signal Processor, MicrocomputerC5 Data Drive (5) HDD DVI-D Terminal (EK)C6 Data Drive (6) HDMI Dual HDMI (UK)C7 Data Drive (7) CD C-Board / D-Board ConnectionC8 Data Drive (8) DR1 Energy Data RecoveryC9 Data Drive (9) DR2 Energy Data Recovery

TH-103PF10UK/EK

8

3.2. Applicable signals

TH-103PF10UK/EK

9

TH-103PF10UK/EK

10

4 Specifications

Power Source (UK) 200 V - 240V AC, 50 / 60Hz Power Source (EK) 220 V - 240 V AC, 50 / 60Hz Power Consumption

Power on (UK) 1,550 WPower on (EK) 1,500 WStand-by condition Save OFF 1.0 W, Save ON 0.9 W Power off condition 0.5 W

Plasma Display panel Drive method: AC type 103-inch, 16:9 aspect ratioScreen size 89.5� (2,269 mm) (W) × 50.5� (1,277 mm) (H) × 103� (2,604 mm) (diagonal)

(No. of pixels) 2,073,600 (1,920 (W) × 1,080 (H)) [5,760 × 1,080 dots]Operating condition

Temperature 32 °F - 104 °F (0 °C - 40 °C)Humidity 20 % - 80 %

Applicable signalsScanning format

525 (480) / 60i 60p, 625 (575) / 50i 50p, 750 (720) / 60p 50p, 1125 (1080) /

60i 60p 50i 50p 24p 25p 30p 24sF,1250 (1080) / 50iPC signals VGA, SVGA, XGA, SXGA,

UXGA ..... (compressed) Horizontal scanning frequency 15 - 110 kHzVertical scanning frequency 48 - 120 Hz

Connection terminalsHDMI A-B (UK) TYPE A Connector x 2DVI-D (EK) Video Input DVI-D 24 Pin × 1

compliance with DVI Revision 1.0Audio Input Stereo mini jack (M3) × 1

0.5Vrms Content Protection Compatible with HDCP 1.1

COMPONENT / RGB IN Y / G (BNC) with / sync 1.0 Vp-p (75-ohm)PB / B (BNC), PR / R (BNC) 0.7 Vp-p (75-ohm)AUDIO IN (RCA PIN JACK × 2) 0.5 Vrms

PC IN (HIGH-DENSITY Mini D-SUB 15PIN) Y or G with / sync 1.0 Vp-p (75-ohm)Y or G without / sync 0.7 Vp-p (75-ohm)

B / PB / CB: 0.7 Vp-p (75-ohm)R / PR / CR: 0.7 Vp-p (75-ohm)HD / VD: 1.0 - 5.0 Vp-p (high impedance)VBS (use HD port) (EK) with / picture 1.0 Vp-p (high impedance)

without / picture 0.3 Vp-p (high impedance) AUDIO IN (M3 JACK) 0.5 Vrms (high impedance)

SERIAL EXTERNAL CONTROL TERMINAL (D-SUB 9PIN) RS-232C COMPATIBLEAUDIO OUT RCA PIN JACK × 2 (L / R)

OUTPUT LEVEL : VARIABLE (- - 0 dB) [INPUT 1KHz / 0dB, 10Kohm Load]

Accessories SuppliedRemote Control Transmitter(UK)

EUR7636070R

Remote Control Transmitter(EK)

EUR7636090R

Batteries (UK) AA Size x 2Batteries (EK) R6 Size x 2Fixing bands (TMME203) × 2

Dimensions (W × H × D) 95.0� (2,414 mm) × 56.0� (1,421 mm) × 5.0� (129 mm) (5.6� (141 mm) when including protruding portion ofslots)

Mass (weight)main unit only (UK) approx. 485.0 lbsmain unit only (EK) approx. 220.0 kg net

Notes:

� Design and specifications are subject to change without notice. Mass and dimensions shown are approximate.� This equipment complies with the EMC standards EN55022, EN55024, EN61000-3-2, EN61000-3-3. (TH-103PF10EK)

TH-103PF10UK/EK

11

5 Service Mode5.1. CAT (Computer Aided Test) mode

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

5.1.1. IIC modeSelect the IIC mode by Up / Down button on the remote control at the front page of CAT mode and then press the Action buttonon the remote control.

Subject and item are mentioned on “IIC mode structure”.

To exit the IIC mode, press the R button on the remote control.

TH-103PF10UK/EK

12

5.1.2. CD modeSelect the CD mode by Up / Down button on the remote control at the front page of CAT mode and then press the Mute button onthe remote control more than 3 seconds.

Microcomputer software version (IC4002), this version can be upgrade by1. replace of new version IC2. Loading the new version software from loader tool, TZSC07036.

Memory data change

To exit the CD mode, press the R button on the remote control.

5.1.3. SD modeSelect the SD mode by Up / Down button on the remote control at the front page of CAT mode and then press the Action buttonon the remote control.

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

TH-103PF10UK/EK

13

5.1.4. MS modeSelect the MS mode by Up / Down button on the remote control at the front page of CAT mode and then press the Mute button onthe remote control more than 3 seconds.

To exit the MS mode, press the R button on the remote control.

Caution: Market Select should be set after exchange of DN-Board.

Destination number

Default setting

Number Destination Number Destination0 Japan 16 --1 North America 17 --2 Europe 18 China3 Others 19 China (Hotel)4 Britain 20 Russia5 Taiwan 21 Russia (Hotel)6 Thailand 22 Hong Kong7 -- 23 --8 Japan (Hotel) 24 --9 North America (Hotel) 25 --

10 Europe (Hotel) 26 --11 -- 27 --12 Britain (Hotel) 28 Middle East/Hong Kong13 -- 29 Middle East/Hong Kong (Hotel)14 Thailand (Hotel) 30 Australia15 -- 31 Australia (Hotel)

Number Destination1 North America

TH-103PF10UK/EK

14

5.1.5. ID modeSelect the ID mode by Up / Down button on the remote control at the front page of CAT mode and then press the Mute button onthe remote control more than 3 seconds.

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

TH-103PF10UK/EK

15

5.2. IIC mode structure (following items value is sample data)

TH-103PF10UK/EK

16

5.3. Option Setting

TH-103PF10UK/EK

17

GPH10D chassis series have special function and operation setting facility called Option Menu. This Option Menu is use-ful for special function required customers. This should be set at the installation stage.

Note:When both main unit buttons and remote control are disabled due to the "Button lock", "Remocon User level" or "Remote ID"adjustments, set all the values "Off" so that all the buttons are enabled again.Press the "Volume down" button on main unit together with "R" button on the remote control and hold for more than 5 seconds.

The "SHIPPING" menu is displayed and the lock is released when it disappears.

Option Menu for GPF10D series

Option menus default setting ContentsWeekly Command Timer --- Off-timer Sets Weekly Command Timer. Enable/Disable.Onscreen display On Enable/Disable to display input mode indication after power on and no signal

indication.Initial INPUT Off Sets the initial input mode when the power is turned on. Allow input mode selec-

tion while power is on.Initial VOL level Off Sets the initial volume level when the power is turned on. Allow Volume control

while power is on.Maximum VOL Level Off Sets the maximum volume to desired level. Volume cannot exceed this level.INPUT lock Off Fixes the input mode to AV, Component/RGB or PC. Can not change input

mode by input selection keyButton lock Off Enable/Disable bottom operation buttons (Input, Menu, Enter and/or volume up/

down)Remocon User Level Off Remote key invalidation.

Off: Valid key is all key of remote.User1: Valid key are only Stand-by (ON/OFF), Input, Direct input, Status, Sur-round, Sound mute On/Off, and volume adjustment.User2: Valid key is only Stand-by (ON/OFF).User3: All keys are null and void

Advanced PIP Off Off: Sets normal two screen display mode.On: Sets Advanced PIP mode.

Off-timer function Enable Off-timer operation Enable/Disable.Initial Power Mode Normal Sets the power mode of the unit for when the power recovers from failure or

after plugging off and in again.ID select 0 Set ID number from 0 to 100.Remote ID Off Remote ID function On/Off.

(While the Remote ID on, standard remote function can not control the unit.)Serial ID Off Serial ID function On/OffDisplay size Off Adjusts the image display size on screen.

On: Sets the image display size approximately 95% of the normal image dis-play.

Studio W/B Off Set warm mode color temperature to 3,200 Kelvin.Studio Gain Off Sharpens the contrast for a better view when a part of the image is too light to

seeSlot power Off Sets the slot power mode while the power is turned on.

Allow Optional Terminal Board insert Slots while power is on.Power On Screen Delay Off You can set the power-on delay time of the displays to reduce the power load,

when you press to turn on the multiple displays that are set together, for example, on MULTI DISPLAY system.Set each display’fs setting individually.

V. Installation Off V. Installation function On/Off (Not used)Rotate Off The image rotates 180 degrees (up-down)Serial Slot Select Slot1 Selects the slot which communicates serial.

Note: The setting of an external command can be set only from the fixed serial terminal.

TH-103PF10UK/EK

18

6 Troubleshooting Guide6.1. Self Check6.1.1. 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 side 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. (Refer to 7.1.2)“ H09 “ in the line of the “ PTCT ” is the error code.

To exit Self Check mode, switch off the main power.

Note:The line of the “ PTCT ” displays when you get into the Self-check mode for the first time only after the Power LED blinks.

TH-103PF10UK/EK

19

6.1.2. Power LED Blinking timing chart1. 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.

3. RemarksAbove Fan function is operated during the fans are installed.About blinking LED

TH-103PF10UK/EK

20

6.2. No PowerFirst check pointThere 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.

6.3. No Picture

TH-103PF10UK/EK

21

6.4. Local screen failurePlasma 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-103PF10UK/EK

22

7 Disassembly and Assembly Instructions• To disassemble P.C.B., wait for 1 minute after power was off for discharge from electrolysis capacitors.• and marks indicate screw positions.

7.1. Rear Cover and Board

Rear Cover required to remove for each board exchange.

Board Name Rear CoverD-Board DDS-Board BSS-Board FSC-Board A, B, CSC2-Board A, CSU-Board ASM-Board ASD-Board AC1-Board AC2-Board A, BC3-Board B, DC4-Board B, DC5-Board D, FC6-Board FC7-Board FC8-Board E, FC9-Board C, ECX-Board C, ECY-Board A, CCZ-Board AH5-Board BS1-Board ASS2-Board FSS3-Board FV1-Board A, B, C, D, E, FV2-Board AV3-Board A, B, C, D, E, F

TH-103PF10UK/EK

23

7.2. Location of Rear Cover screws

PB-Board BP-Board (MULTI_1) EP-Board (SUS_1) EP-Board (MULTI_2) CP-Board (SUS_2) CF-Board EPC-Board DHX-Board BHA-Board BDN-Board BHDMI-Board (UK) BHDD-Board (EK) BCD-Board (A) BCD-Board (B) DCD-Board (C) DCD-Board (D) DCD-Board (E) DCD-Board (F) BDR1-Board (A) ADR1-Board (B) FDR2-Board (A) ADR2-Board (B) F

Board Name Rear Cover

TH-103PF10UK/EK

24

7.2.1. Removal of Rear Cover ( A )1. Remove Eye Bolt Covers.

2. Remove screws (×21 , ×2 ) and then remove theRear Cover ( A ).

7.2.2. Removal of Rear Cover ( B )1. Remove screws (×21 , ×7 ) and then remove the

Rear Cover ( B ).Tighten screw first in order of , and when mount-ing the Rear cover B.

TH-103PF10UK/EK

25

7.2.3. Removal of Rear Cover ( C )1. Remove screws (×19 ) and then remove the Rear

Cover ( C ).Tighten the screw first in order of and when mount-ing the Rear Cover C.

7.2.4. Removal of Rear Cover ( D )1. Remove screws (×21 ) and then remove the Rear

Cover ( D ).Tighten screw first in order of and when mountingthe Rear cover D.

7.2.5. Removal of Rear Cover ( E )1. Remove screws (×25 ) and then remove the Rear

Cover ( E ).Tighten screw first in order of and when mountingthe Rear cover E.

7.2.6. Removal of Rear Cover ( F )1. Remove Eye Bolt Covers.

TH-103PF10UK/EK

26

2. Remove screws (×21 ) and then remove the RearCover ( F ).

7.3. Removal of Side Angle (L), (R)1. Remove Side Angle (L), (R) beforehand when remove the

following Boards.

7.3.1. Removal of Side Angle (L)1. Remove 4 screws (A) of the Plate.

2. Remove 19 screws and then remove the Side Angle (L).

Board name Side AngleSU-Board Side Angle (R)SM-Board Side Angle (R)SD-Board Side Angle (R)SC-Board Side Angle (R)SS2-Board Side Angle (L)SS3-Board Side Angle (L)SS-Board Side Angle (L)

TH-103PF10UK/EK

27

7.3.2. Removal of Side Angle (R)1. Disconnect the connectors (DS15, SC34).

2. Remove 4 screws, and then side the Side Power Unitupward.

3. Remode the side Power Unit.

4. Remove 4 screws (B) of the Plate.

5. Remove 19 screws and then remove the Side Angle (R).

7.4. Removal of HA-Board1. Remove 4 screws (C) and then remove the HA Terminal

Block.2. Remove 4 screws (D) and remove Shield Plate.3. Remove 2 Hexagonal-Head screws (E) and then remove

HA-Board.

TH-103PF10UK/EK

28

7.5. Removal of HDMI-Board (UK)1. Remove 4 screws (E) and then remove the HDMI Termi-

nal Block.2. Remove 4 screws (F) and remove Shield Plate.3. Remove 2 Hexagonal-Head screws (G) and then remove

HDMI-Board.

7.6. Removal of HDD-Board (EK)1. Remove 4 screws (H) and then remove the HDD-Termi-

nal Block.2. Remove 4 screws (J) and remove Shield Plate.3. Remove 2 Hexagonal-Head screws (K) and then remove

HDD-Board.

7.7. Removal of DS-Board

1. Disconnect the connectors (DS1, DS2, DS3, DS4, DS6,DS9, DS10, DS14, DS15, DS30).

2. Remove 5 screws and then remove the Slot Block Case.

3. Remove 11 screws and then remove DS-Board.

TH-103PF10UK/EK

29

7.8. Removal of HX-Board

1. Remove the HA Terminal Block.(Refer to Removal of HA-Board)

2. Remove the HDMI Terminal Block.(UK)(Refer to Removal of HDMI-Board)

3. Remove the HDD Terminal Block.(EK)(Refer to Removal of HDD-Board)

4. Disconnect the connectors (HX1).5. Remove 4 screws and then remove the Slot Block Case.

6. Remove 4 Hexagonal-Head screws (M) and 2 screws onHX-Board, and then remove HX-Board.

7.9. Removal of DN-Board

1. Remove the flexible cables from the connectors (DN1,DN6).

2. Disconnect the connectors (DN2, DN3, DN5).3. Remove 4 screws and then remove DN-Board.

7.10. Removal of PB-Board

1. Disconnect the connectors (PB30, PB31, PB51, PB53,PB54, PB56, PB59, PB61, PB62, PB64, PB66, PB69,PB71).

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

TH-103PF10UK/EK

30

7.11. Removal of H5-Board

1. Disconnect a connector (H51).2. Remove 2 screws and then remove H5-Board Block.

3. Remove 3 screws (N) and then remove H5-Board.

7.12. Removal of D-Board

1. Remove the flexible cables from the connectors (D31,D32, D33, D34, D35, D36).

2. Disconnect the connectors (D3, D5, D20, D25).3. Remove 4 screws and then remove D-Board.

7.13. Removal of P-Board (MULTI_1),(MULTI_2)

The fuses are not included in P-Board for the repair.

TH-103PF10UK/EK

31

7.13.1. Removal of P-Board (MULTI_1)1. Disconnect the connectors (P5, P12, P25, P51, P53,

P55).2. Remove 9 screws and then remove P-Board (MULTI_1).

7.13.2. Removal of P-Board (MULTI_2)1. Disconnect the connectors (P5, P10, P12, P23, P25, P51,

P53, P55).2. Remove 9 screw and then remove P-Board (MULTI_2).

7.14. Removal of P-Board (SUS_1),(SUS_2)

The fuses are not included in P-Board for the repair.

7.14.1. Removal of P-Board (SUS1)1. Disconnect the connectors (P2, P9, P52, P54, P56).2. Remove 10 screws and then remove P-Board (SUS_1).

7.14.2. Removal of P-Board (SUS2)1. Disconnect the connectors (P2, P9, P11, P52, P54, P56).2. Remove 10 screws and then remove P-Board (SUS_2).

7.15. Removal of F-Board

The fuses (F900, F901, F903, F904) are not included in F-Board for the repair.

TH-103PF10UK/EK

32

1. Disconnect the connectors (F1, F8, F9).2. Remove 5 screws and then remove F-Board.

7.16. Removal of PC-Board

1. Disconnect the connectors (PC201, PC202, PC203,PC204, PC205).

2. Remove 2 screws and then remove PC-Board.

7.17. Removal of SU-Board

1. Remove the Side Angle (R).(Refer to Removal of the Side Angle (L), (R) )

2. Remove 6 screws and then remove the ReinforcementAngle (A).

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

(B).

5. Remove the flexible cables from the connectors (SU1,SU2, SU3, SU4, SU55).

6. Disconnect the connector (SU45).

7. Remove 9 screws.8. Slide the SU-Board to the upper direction to remove the

SU-Board from the connectors (SU41, SU42).Take out so as not to damage SU-Board.

TH-103PF10UK/EK

33

9. Slide the SU-Board to the bottom direction to remove theSU-Board.

7.18. Removal of SM-Board


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

4. Remove the flexible cables from the connectors (SM1,SM2, SM3, SM4,SM55, SM56).

5. Disconnect the connectors (SM50, SM51).

6. Remove 8 screws.7. Slide SM-Board to the left direction to remove SM-Board

from the connectors (SC43, SC46).

TH-103PF10UK/EK

34

7.19. Removal of SD-Board


2. Remove 6 screws and then remove the ReinforcementAngle (B).

3. Remove the flexible cables from the connectors (SD1,SD2, SD3, SD4, SD56).

4. Disconnect the connectors (SD52).

5. Remove 9 screws.6. Slide SD-Board to the bottom direction to remove SD-

Board from the connectors (SC47, SC48).Take out so as not damage SD-Board.

7. Slide the SD-Board to the upper direction to remove theSD-Board.

7.20. Removal of SC-Board

1. Remove SU-Board.(Refer to Removal of SU-Board)

2. Remove SM-Board.(Refer to Removal of SM-Board)

3. Remove SD-Board.(Refer to Removal of SD-Board)

4. Remove the Eye Bolt and Eye Bolt Cover.5. Remove 5 screws and then remove the Rear Cover Angle

(A).

TH-103PF10UK/EK

35

6. Disconnect the connectors (SC2, SC20, SC23, SC80,SC81).

7. Remove 16 screws and then remove SC-Board.

7.21. Removal of SC2-Board

1. Disconnect the connectors (SC12, SC13, SC14, SC34,SC82,SC83, SC84).

2. Remove 4 screws and then remove SC2-Board.

7.22. Removal of S1-Board and V2-Board

7.22.1. Removal of S1-Board1. Remove the Side Power Unit.

(Reference to Removal of the Side Angle (L), (R))2. Remove 2 screws (L).3. Remove 1 screw (P).4. Disconnect the connector (S34) and then remove S1-

Board.s

TH-103PF10UK/EK

36

7.22.2. Removal of V2-Board1. Removal the S1-Board

(Refer to Removal of the S1-Board and V2-Board)2. Remove 4 screws (Q).3. Disconnect the connector (V15) and then remove V2-

Board.

7.23. Removal of SS2-Board

1. Remove the Side Angle (L).(Refer to Removal of the Side Angle (L),(R))

2. Disconnect the Fan relay connectors.3. Remove 6 screws and then remove the Fan (D) and Fan

Block (E).

4. Remove 6 screws and then remove the ReinforcementAngle (E).

5. Remove the flexible cables from the connectors (SS29,SS30,SS51, SS52, SS53, SS54).

6. Remove 6 screws and then remove SS2-Board.

7.24. Removal of SS3-Board

1. Remove the Side Angle (L).(Refer to Removal of Side Angle (L)(R))

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

and Fan (K).

TH-103PF10UK/EK

37

4. Remove 2 screws ( ) and then remove the Rear CoverAngle (H).

5. Remove 2 Eye Bolt Covers.6. Remove 5 screws ( ) and then remove the Rear Cover

Angle (F).

7. Remove 6 screws and then remove the ReinforcementAngle (F).

8. Remove the flexible cables from the connectors (SS36,SS37, SS59, SS60, SS61, SS62).

9. Remove 6 screws and then remove SS3-Board.

7.25. Removal of SS-Board

1. Remove the Side Angle (L).(Refer to Removal of Side Angle (L),(R))

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

(G).

4. Remove the flexible cables from the connectors (SS21,SS23, SS26, SS27, SS55, SS56, SS57, SS58).

5. Disconnect the connectors (SS2, SS13, SS35, SS42,SS44).

6. Remove 13 screws and then remove SS-Board.

TH-103PF10UK/EK

38

7.26. Removal of Fan

1. Disconnect the Fan relay connectors.2. Remove each 4 screws of Fan Block (A), (B), (E), (H), (J)

and then remove the Fan Blocks.3. Remove each 4 screws of Fan (C), (F), (G) and then

remove the Fans.4. Remove each 3 screws of Fan (D), (K) and then remove

the Fans.

5. Remove each 4 screws and then remove the Fans.

TH-103PF10UK/EK

39

Note:• The Sponge (of Fans) is not re-useable.

Please use a new one when Fan exchange.

7.27. Removal of C1-Board

1. Remove 2 screws ( ) of Side Angle (R).2. Remove 6 screws ( ) and then remove the Reinforce-

ment Angle (A).

3. Remove 4 screws of the flexible cable.4. Disconnect the connector (C14).5. Remove the flexible cables from the connectors (CA1,

CA2, C11).

6. Remove 4 screws and then remove C1-Board.


1. Remove the Fan Block (A), (B).(Refer to Removal of Fan)

2. Remove the Eye Bolt and Eye Bolt Cover.3. Remove 5 screws and then remove the Rear Cover Angle

(A).

TH-103PF10UK/EK

40

4. Remove the Reinforcement Angle (A).(Refer to Removal of C1-Board)

5. Remove 6 screws of the flexible cable.6. Remove the flexible cables from the connectors (CA3,

CA4, CA5, C20, C21, C23).7. Disconnect the connectors (C22, C24).



1. Remove the Eye Bolt.2. Remove 5 screws and then remove the Rear Cover Angle

(C).

3. Remove 6 screws and then remove the ReinforcementAngle (C).


CA7, CA8, C31, C32).6. Disconnect the connector (C34).


TH-103PF10UK/EK

41


1. Remove the Eye Bolt.(Refer to Removal of C3-Board)

2. Remove the Rear Cover Angle (C).(Refer to Removal of C3-Board)

3. Remove the Reinforcement Angle (C).(Refer to Removal of C3-Board)





1. Remove the Eye Bolt and Eye Bolt Cover.

2. Remove 15 screws ( ) and then remove the Fan (C), (D)and Fan Block (E), (F).

3. Remove 5 screws ( ) and then remove the Rear CoverAngle (E).

4. Remove 2 screws ( ) of Side Angle (L).5. Remove 6 screws ( ) and then remove the Reinforce-

ment Angle (E).




TH-103PF10UK/EK

42


1. Remove the Eye Bolt.(Refer to Removal of C3-Board)

2. Remove the Fan (D).(Refer to Removal of C5-Board)

3. Remove the Reinforcement Angle (E).(Refer to Removal of C5-Board)


CA16, C61).6. Disconnect the connector (C64).



1. Remove 7 screws and then remove the Fan Block (G)and Fan (K).

2. Remove 2 screws ( ) and then remove the Rear CoverAngle (H).

3. Remove the Eye Bolt Covers.4. Remove 5 screws ( ) and then remove the Rear Cover

Angle (F).

5. Remove 2 screws ( ) of Side Angle (L).6. Remove 6 screws ( ) and then remove the Reinforce-

ment Angle (F).

TH-103PF10UK/EK

43

7. Remove 4 screws of the flexible cable.8. Remove the flexible cables from the connectors (CB15,

CB16, C71).9. Disconnect the connector (C74).



1. Remove the Fan Block (G) and Fan (K).(Refer to Removal of C7-Board)

2. Remove the Rear Cover Angle (F), (H).(Refer to Removal of C7-Board)

3. Remove the Reinforcement Angle (F).(Refer to Removal of C7-Board)


CB13, CB14, C80, C81, C83).

6. Disconnect the connectors (C82, C84, C88).



1. Remove 4 screws ( ) and then the Rear Cover Angle(G), (H).

2. Remove 5 screws ( ) and then remove the Rear CoverAngle (D).

3. Remove 6 screws and then remove the ReinforcementAngle (D).

TH-103PF10UK/EK

44

4. Remove 6 screws of the flexible cable.5. Remove the flexible cables from the connectors ( C90,

C91, C93,CB9, CB10, CB11).6. Disconnect the connectors (C92, C94).


7.36. Removal of CX-Board

1. Remove the Rear Cover Angle (D), (G), (H).(Refer to Removal of C9-Board)

2. Remove the Reinforcement Angle (D).(Refer to Removal of C9-Board)


CB7, CB8, CX1, CX2).

5. Disconnect the connector (CX4).

6. Remove 5 screws and then remove CX-Board.

7.37. Removal of CY-Board

1. Remove 2 screws ( ) and then the Rear Cover Angle(G).

2. Remove 2 Eye Bolt Covers.3. Remove 5 screws ( ) and then remove the Rear Cover

Angle (B).

4. Remove 2 screws ( ) of Side Angle (R).

TH-103PF10UK/EK

45

5. Remove 6 screws ( ) and then remove the Reinforce-ment Angle (B).


CB4, CB5, CY0, CY1, CY3).8. Disconnect the connectors (CY2, CY4).

9. Remove 6 screws and then remove CY-Board.

7.38. Removal of CZ-Board

1. Remove the Reinforcement Angle (B).(Refer to Removal of CY-Board)

2. Remove 4 screws of the flexible cable.3. Disconnect the connector (CZ4).

4. Remove the flexible cables from the connectors (CB1,CB2, CZ1).

5. Remove 4 screws and then remove CZ-Board.

7.39. Removal of DR1-Board (A)

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

3. Disconnect the connectors (DR1, DR2, DR3, DR4, DR5).4. Remove 5 screws and then remove the DR1-Board (A).

TH-103PF10UK/EK

46

7.40. Removal of DR1-Board (B)Attaching short jumper to connector (DR6).Attach Short Jumper to the connector (DR6) when replacingDR1-Board.

1. Disconnect the connectors (DR1, DR2, DR3, DR4, DR5).2. Remove 5 screws and then remove DR1-Board (B).3. Remove Short Jumper attaching to the connector (DR6)

on DR1-Board you removed and attach it to the connector(DR6).

7.41. Removal of DR2-Board (A)

1. Disconnect the connectors (DR11, DR12, DR13, DR14,DR15).

2. Remove 5 screws and then remove DR2-Board (A).

7.42. Removal of DR2-Board (B)Attaching short jumper to connector (DR16).Attach Short Jumper to the connector (DR16) when replacingDR2-Board.

1. Remove 4 screws and then remove Fan Block (E).

2. Disconnect the connectors (DR11, DR12, DR13, DR14,DR15).

3. Remove 5 screws and then remove DR2-Board (B).4. Remove Short Jumper attaching to the connector (DR16)

on DR2-Board you removed and attach it to the connector(DR16).

TH-103PF10UK/EK

47

7.43. Removal of CD-Board

7.43.1. Removal of CD-Board (A)1. Remove the flexible cables from the connectors (CD1,

CD2).2. Remove 2 screws and then remove CD-Board (A).

7.43.2. Removal of CD-Board (B)1. Remove the flexible cables from the connectors (CD1,

CD2).2. Remove 2 screws and then remove CD-Board (B).

7.43.3. Removal of CD-Board (C)1. Remove the flexible cables from the connectors (CD1,

CD2).2. Remove 2 screws and then remove CD-Board (C).

7.43.4. Removal of CD-Board (D)1. Remove the Fan Block (H).

(Refer to Removal of the Fan)2. Remove the flexible cables from the connectors (CD1,

CD2).3. Remove 2 screws and then remove CD-Board (D).

7.43.5. Removal of CD-Board (E)1. Remove 2 screws and then remove the Rear Cover Angle

(H).

TH-103PF10UK/EK

48

2. Remove the flexible cables from the connectors (CD1,CD2).

3. Remove 2 screws and then remove CD-Board (E).

7.43.6. Removal of CD-Board (F)1. Remove the Fan Block (J).

(Refer to Removal of Fan)2. Remove the flexible cables from the connectors (CD1,

CD2).3. Remove 2 screws and then remove CD-Board (F).

7.44. Removal of AC Inlet

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

2. Disconnect a connector (F1).3. Remove 3 screws and then remove the AC-Inlet.

7.45. Removal of Cabinet and FrontGlass

7.45.1. Removal of Front Glass 1. Disconnect the connectors (DS15, SC34).

2. Remove 4 screws, and then side the Side Power Unitupward.

3. Remode the side Power Unit.

4. Remove 44 screws and then remove cabinet with frontglass.

TH-103PF10UK/EK

49

(Note)• When removing the Cabinet with Front Glass, take

care not to damage the flexible cable of the PlasmaPanel circumference.

5. Remove 26 screws ( ) (left and right side) and 18screws ( ) (top and bottom side) and then remove theFixed Angles (A), (B), (C), (D).

6. Remove the Front Glass.

(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 replacing the Front Glass• The sponges for the Front Glass cannot be recycled. • When replacing the Front Glass, use the new sponges.

TH-103PF10UK/EK

50

7.45.2. Removal of Cabinet1. Remove the Front Glass.

(Refer to Removal of Front Glass.)

7.45.2.1. Removeval of Cabinet Top1. Remove each 5 screws ( ).2. Remove each 2 screws ( ) and then remove the Con-

nection Angles (A), (AS), (B), (BS).

3. Remove the Cabinet Top.

7.45.2.2. Removeval of Cabinet Bottom1. Remove each 5 screws ( )2. Remove each 2 screws ( ) and then remove the Con-


3. Remove the Cabinet Bottom.

7.45.2.3. Removeval of Cabinet Right1. Remove each 5 screws ( ).2. Remove each 2 screws ( ) and then remove the Con-


3. Remove the Cabinet Right.

TH-103PF10UK/EK

51

7.45.2.4. Removeval of Cabinet Left1. Remove each 5 screws ( ).2. Remove each 2 screws ( ) and then remove the Con-


3. Remove the Cabinet Left.

7.46. Removal of V1-Board and V3-Board

1. Remove the Cabinet.(Refer to Removal of Cabinet.)

2. Disconnect the connectors (V1).3. Remove 1 screw (R) and then remove V1-Board.4. Disconnect the connectors (V).5. Remove 1 screw (S) and then remove V3-Board.

7.47. Removal of Plasma Panel1. Remove the Rear Covers.

(Refer to Removal of Rear Cover.)2. Disconnect the connectors (DS15, SC34).

3. Remove 4 screws and then remove the Side Power Unit.

4. Remove 44 screws and then remove cabinet with frontglass.(Refer to Removal of Cabinet.)

TH-103PF10UK/EK

52

5. Remove 4 screws (T) of the Plate.

6. Remove 3 Eye Bolts.7. Remove 6 Eye Bolt Covers.

8. Remove 4 screws ( ) and then remove the Rear Cover Angles(G),(H).

9. Remove 6 screws ( ) and then remove the Rear CoverAngle (C), (D).

10. Disconnect the each Fan relay connectors.• Remove each 4 screws and then remove the Fan Blocks

(A), (B), (E), (F), (G), (H), (J).• Remove each 4 screws and then remove the Fan (C).• Remove each 3 screws and then remove the Fan

(D),(K).

11. Disconnect the connectors (D3, D5, D20, D25). 12. Remove the flexible cables from the connectors (D31,

D32, D33, D34, D35, D36).13. Remove 8 screws ( ) and then remove the Core Holder

(upper), (bottom).14. Remove 4 screws ( ) and then remove D-Board.

TH-103PF10UK/EK

53

15. Remove the flexible cables from the connectors (DN1,DN6).

16. Disconnect the connectors (DN2, DN3, DN5).17. Remove 6 screws and then remove DN-Board Block.

18. Disconnect the connectors (DS2, DS4, DS9, DS10, DS30).

19. Remove 5 screws and then remove the Slot Block.

20. Remove 4 screws and then remove the Slot Fixing Metal.

21. Remove 2 screws and then remove H5-Board Block.

22. Disconnect the connector (H51).

23. Disconnect the connectors (P2, P5, P9, P12, P25, P51,P53, P55).

24. Remove 19 screws and then remove P-Board (MULT_1),(SUS_1).

25. Disconnect the connectors (P2, P9, P11, P12, P23, P25,P51, P53, P55).

26. Remove 19 screws and then remove P-Board (MULT_2),(SUS_2).

TH-103PF10UK/EK

54

27. Disconnect the connectors ( SC13, SC14, SC34, SC83,SC84).

28. Remove 4 screws and then remove SC2-Board.

29. Remove 3 screws and then remove the Shield Plate.30. Remove 4 screws and then remove the Fixed Angle

(shape of L).31. Remove 1 screw and then remove the Flexible Holder.

32. Disconnect a connector (C20) connected with C2-Board.33. Remove 2 screws and then remove CD-Board (A).

34. Remove each 1 screw of the Flexible Holder and thenremove the Flexible Holders (4 places).

35. Remove 6 screws and then remove the Fixed Angle.

36. Disconnect a connector (CY0) connected with CY-Board.37. Remove 2 screws and then remove CD-Board (F).

38. Remove each 1 screw and then remove the FlexibleHolders (4 places).

39. Remove the flexible cables from the connectors (C40,C50).

TH-103PF10UK/EK

55

40. Remove 4 screws and then remove CD-Board (B), (C).

41. Remove each 1 screw ( ) and then remove the FlexibleHolders (6 places).

42. Remove each 6 screws ( ) and then remove the FixedAngles (2 places).

43. Remove the flexible cables from the connectors (C80,C90).

44. Remove 4 screws and then remove CD-Board (D), (E).

45. Disconnect the connectors (F1).46. Remove 5 screws and then remove F-Board.

47. Remove the connectors (PC201, PC204, PC205).48. Remove 2 screws and then remove PC-Board.

TH-103PF10UK/EK

56

49. Remove the PB-Board.

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

51. Remove 3 screws and then remove the AC-Inlet.

52. Remove the Plasma Panel.

(Note)• When replacing the Plasma Panel, use a hanging device

(machine) such as cranes, because the Plasma Panel is tooheavy.

TH-103PF10UK/EK

57

Structure of replacement Plasma Panel (Spare Parts)

TH-103PF10UK/EK

58

8 Measurements and Adjustments8.1. Adjustment Procedure8.1.1. Driver Set-up8.1.1.1. Item / Preparation

1. Set Aging pattern 1 (White pattern) by IIC mode.2. Set the picture adjustment items as follows.

• Picture menu : Standard• Color temperature : Normal• Picture : 25• Aspect : Full

Caution1. First perform Vsus voltage adjustment.2. Confirmation of Vscn voltage should be performed after confirmation of Vad voltage adjustment.

When Vad = -85V, Voltage of Vscn is 55V ± 4V.

8.1.1.2. AdjustmentsAdjust driver section voltages. (Refer to the panel data on the panel label)Check or adjust the following voltages with the multimeter.

*See the Panel label.

Name Test Point Voltage Volume RemarksVsus TPVSUS (SS) Vsus ± 0.5V VR251 (P_SS side) *Vsus TPVSUS (SC) Vsus ± 0.5V VR251 (P_SC side) *Ve TPVE (SS) Ve ± 1V VR6000 (SS) *Ve2 TPVE2 (SS) 5 ± 1V (Fixed)Vad TPVAD (SC2) -85V ± 1V VR6600 (SC2)Vscn TPVSCN (SC2) Vad + 140 ± 4V VR6605 (SC2)Vset TPVSET (SC2) 240 ± 1V VR6604 (SC2)Vset2 TPVSET2 (SC) Vad + 8 + 1V, -0V (Fixed) (SC)Vbk TPVBK (SC2) 150 ± 1V VR6351 (SC2)Vda TPVDA (DR1) 75 ± 1V (Fixed) (P_SC side)Vda TPVDA (DR2) 75 ± 1V (Fixed) (P_SC side)Vda TPVDA (DR1) 75 ± 1V (Fixed) (P_SS side)Vda TPVDA (DR2) 75 ± 1V (Fixed) (P_SS side)Vc TPVC (DR1) 45 ± 0.5V VR600 (DR1_SC)Vc TPVC (DR2) 45 ± 0.5V VR650 (DR2_SC)Vc TPVC (DR1) 34.5 ± 0.5V VR600 (DR1_SS)Vc TPVC (DR2) 34.5 ± 0.5V VR650 (DR2_SS)

TH-103PF10UK/EK

59

8.1.2. Initialization Pulse Adjust1. Set Aging pattern 1 (White pattern) by IIC mode.2. Set the picture adjustment items as follows.

• Picture menu : Standard• Color temperature : Normal• Picture : 25• Aspect : Full

3. Connect Oscilloscope to TPSC1 and adjust VR6601 for 190V ± 7V.4. Connect Oscilloscope to TPSC1 (T2) and adjust VR6602 for 165 ± 10µ Sec.

Test point Volume LevelTPSC1 (SC) VR6601 (SC) 190V ± 7V

T2 TPSC1 (SC) VR6602 (SC) 165 ± 10µ Sec

TH-103PF10UK/EK

60

8.1.3. P.C.B. (Print Circuit Board) Replacement8.1.3.1. Caution

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

8.1.3.2. Quick adjustment after P.C.B. Replacement

Adjust the following voltages with the multimeter.

*See the Panel label.Caution:

Absolutely do not reduce Vsus voltage below Ve not to damage the P.C.B.

P.C.B. Name Test Point Voltage Volume RemarksP Board (SUS)

Vsus TPVSUS (SS) Vsus ± 0.5V VR251 (P_SS side) *Vsus TPVSUS (SC) Vsus ± 0.5V VR251 (P_SC side) *

SC2 Board Vad TPVAD (SC2) -85V ± 1V VR6600 (SC2)Vscn TPVSCN (SC2) Vad + 140V ± 4V VR6605 (SC2)Vset TPVSET (SC2) 240V ± 1V VR6604 (SC2)Vbk TPVBK (SC2) 150V ± 1V VR6351 (SC2)

SS Board Ve TPVE (SS) Ve ± 1V VR6000 (SS) *DR1 Board Vc

TPVC (DR1)

45 ± 0.5V VR600 (SC side)34.5 ± 0.5V VR600 (SS side)

DR2 Board Vc

TPVC (DR2)

45 ± 0.5V VR650 (SC side)34.5 ± 0.5V VR650 (SS side)

D, DS Board White balance and Sub brightness for NTSC, PAL, HD, PC and 625i signalsDN Board Set Market Select Number to correct destination by Ms mode (See chap. 6.1.4)

TH-103PF10UK/EK

61

8.1.4. Adjustment Volume Location

8.1.5. Test Point Location

TH-103PF10UK/EK

62

8.2. Adjustment8.2.1. RGB white balance adjustment

Instrument Name Connection Remarks• RGB VGA W / B pattern• Color analyzer

(Minolta CA-100 or equivalent)

PC input Panel surface

User setting: Normal (Picture menu: Standard)

Procedure Remarks• Ensure aging is adequate. • 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.

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 (High)”.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

High” in the below table.7. Increase R / G / B together so the maximum drive value in R / G / B becomes FCh.8. Set color temperature to “NORMAL (Medium)”.9. Fix G drive at E0h and adjust B drive and R drive so the highlight window’s x, y becomes

the “Color temperature Medium” in the below table.10. Increase R / G / B together so the maximum drive value in R / G / B becomes FCh.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 Low” shown in the below table.13. Increase R / G / B together so the maximum drive value in R / G / B becomes FCh. 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.

Picture Menu: Standard Picture: 25 Aspect: Full Position and size: Normal

• Highlight section Signal amplitude 75%

• Cutoff standard G: 80h

• Drive standard G: E0h

TH-103PF10UK/EK

63

TH-103PF10UK/EK

64

8.2.2. HD white balance adjustment

Instrument Name Connection Remarks• HD W / B pattern (COMPONENT Output) • Color analyzer

(Minolta CA-100 or equivalent)

PC input Panel surface

User setting: Normal (Picture menu: Standard)

Procedure Remarks• Ensure aging is adequate.• 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.

1. Set COMPONENT / RGB-IN SELECT to COMPONENT2. Select the IIC mode "PANEL W / B Adj.” item.3. Check that the color temperature is “COOL (High)”.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

High" in the below table.7. Increase R / G / B together so the maximum drive value in R / G / B becomes FCh.8. Set color temperature to “NORMAL (Medium)”.9. Fix G drive at E0h and adjust B drive and R drive so the highlight window's x, y becomes

the "Color temperature Medium" in the below table.10. Increase R / G / B together so the maximum drive value in R / G / B becomes FCh.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 Low” shown in the below table.13. Increase R / G / B together so the maximum drive value in R / G / B becomes FCh.14. Copy the R drive, G drive and B drive data in YUV1_525ip, YUV3_625ip 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.

Picture Menu: Standard Picture: 25 Aspect: Full Position and size: Normal

• Highlight section Signal amplitude 75%

• Cutoff standard G: 80h

• Drive standard G: E0h

TH-103PF10UK/EK

65

TH-103PF10UK/EK

66

8.2.3. Power control adjustment

Instrument Name Connection Remarks• PC (RGB) signal generator

(Leader: VGA / No.9 signal)

• Wattmeter

• PC input

• Connect the AC power of the adjust-ment set to the wattmeter.

Set “RGB” at ‘COMPONENT / RGB-INSELECT’ in Setup Menu.

Procedure Remarks[condition]

• Make sure the set is aged for 30 minutes or more before adjustment.• Voltage 240V 50 / 60Hz (variation within 1%)• Volume at minimum and screen size at full• PC input and picture menu at normalized Dynamic

1. Connect the set’s AC power to the wattmeter.2. Receive the VGA No.9 signal from Leader.3. Select the PWRCTL item in Panel APL / ABL in the IIC mode.4. Adjust PWRCTL so the set's power consumption is description below.

Adjust to shift large to small for DAC.

Factory adjustment with OSD

1350+10W / -30W

BUSCON without OSD

1350+10W / -30W

No.9 Signal Top half: Full color bar Bottom half: Horizontal 16 steps bar

Notes:

1. When passing through factoryadjustment mode, the power fewwatts which goes down is the consid-eration being completed.

2. Adjust the large number for DACwhen they have 2 adjustment points.

TH-103PF10UK/EK

67

9 Block Diagram9.1. DiagramNote

TH-103PF10UK/EK

68

9.2. Main (1 of 2) Block Diagram

COLDCOLD HOHOTCOLD HOT

S34STB_PS

SC23

Vda

15V

STB_PS

SC20

SOS6

V115V

STB_PS_ON

P23

P10

P2

F_STB_15V

15V

STB_PS_ON

S1

+15V

P9

P5

SC2

P12

+15V(s)

VSUS

POWER SW

SC

DS14DS13DS11 DS12

DS

RL

DS2

DS9

AMP_R

VD

AMP_L

SOUND+15VHD

DS10

DS15

+15VDS4

LAN+15V

DN

DS1

FANx11

PB71

PB

PB30

+15V

FAN

PB51AVR

CONTROL

FAN_SOSDS30

+15V

DS3

DN6 DN1 DN3

SYNC PROCESSORMEMORY

FLASH

CONTROL

DS6

30S.R

SU

30S.R

30S.R

30S.R

S.R30

30S.R

30

30

30S.R

S.R

S.R

30S.R

S.R

S.R30

30

30S.R

S.R

S.R

30

30

S.R

S.R

S.R

S.R

30

30

S.R

30

SM

30

30

30

30

30

S.R

30S.R

S.R

S.R

S.R

30

30

S.R

30

S.R

30S.R

S.R

S.R

S.R

S.R

S.R

30

30

S.R

SD

30

30

30

30

30

30

S.R

S.R

R

L

D.D. D.D.

DR11

CX4

CY CX

D.D.

DR2

D.D.D.D.

Vda DET

CY2

DR12

DR15

CZDR13

DR14

CZ4

CY0CY4

CZ1

D.D. D.D.

+78V(Vda)

D.D.

V1

V2

V15

V3

V3

P+75V(Vda)

P+75V(Vda)

Vda_LD(+78V)

Vda_LD(+78V)

D.D.

C34

C3

D.D. D.D.

C11

D.D. D.D.D.D.

C14

C20C24 C22

D.D. D.D.

C2C1

Vda_LU(+78V)

P+75V(Vda)

DR1

Vda DET

DR2

DR4

DR3

DR5

+78V(Vda)

C21 C23 C32 C31

CY1 CY3 CX2 CX1

PB31

P11VSUS

ON/OFF+5V

P25

SC81 SC84 Vbkadj

Vscn

SC80 SC83

Vad

SC12

15V

SC82

SC14

F16VF16V15V

AUDIOH51

H5 AUDIO OUT

SC13

SC34

SOS(PS/Vda)

CD1

CD2

CD

15

V

Vd

a

15V

DR1

+15V

ST

B_

PS

ST

B_

PS

_O

N

Vd

a,1

5V

VSUS

VSUS

SOS7

SOS7

Vda_CONT

P+75V(Vda)

Vda_LD(+78V)

Vda_LU(+78V)

P+75V(Vda)

CONVERTERDC-DC

SC2

SELECT

COMPONENT

SOUND

SELECT

CONTROL

SOUND

SYNC

SELECT

R

L

OUT

SIGNALPROCESSOR

DIGITAL

DATA DRIVER(1) DATA DRIVER(2)DATA DRIVER(3)

DATA DRIVER(X)DATA DRIVER(Y)DATA DRIVER(Z)

SYNC

SEPA/SW

FAN_CONT

FAN_CONT

FAN_SOS

REMOCON RECEIVER

KEY SCAN

STAND_BY LED_R

POWER LED_G

KEY SCAN

LED_G,R

REMOCONRECEIVER

GENE

GENE

LVDS RXMCU

Vda_CONT

CONTROLPULSE

VOLTAGE

SUSTAIN

SCANPULSE

PULSE

GENE.

SCANDRIVE

SCAN OUT

SCAN OUT

SCAN OUT

/SOUND PROCESSOR

SLOT INTERFACE/SYNC PROCESSOR

VOLTAGE

POWERRECTIFIERSTB5V

CONTROL

5V

15V

VOLTAGE

VOLTAGE

RECTIFIER

FILTER

RELAY

SUSTAINRECTIFIER

RECTIFIER

STANDBY

RECTIFIER

FILTER

CONTROL

12V

PROCESS

SUSTAIN

VOLTAGE

STANDBY

LINE

VOLTAGE

CORRECTOR

CONTROL

STB15V

VDA

PROCESS

FACTOR

VOLTAGE

LINE

1

2

3

5

7

4

6

8

9

10

11

16

17

18

12

13

14

15

SUPPLY(SC SIDE)

POWERP

ENERGYRECOVERY

ENERGYRECOVERY

TH-103PF10UK/EKMain (1 of 2) Block Diagram


DN5

I/PCONVERSION

SIGNALPROCESSOR OSD

LVDS TX

FIFO

HX1

RS-232C

HX PC/232C

L

H1

R G

HA

B R

H1

COMPONENT

VIDEO INCOMPONENTAUDIO

IN

PC AUDIO IN PC

HDMIIN B

AUDIODAC

IN

R

HDMIIN A

HDMI I/F

HDMIL

HDMI

(UK)(EK)

FPGA

AUDIO INDVI-D

LVDS

CONT

R

DVI-D

H1

IN

HDDL

DVI-DDVI

TX

TH-103PF10UK/EK

69

9.3. Main (2 of 2) Block Diagram

COLD HOTCOLD HOT

Vda

SS35

SOS8

SS2

SUS

SS

SS44

Vda

SS2

Vda

SS25

15VSS21

SS3

SS36

SS30

SS12

VSUS

SS29

SS27

SS23

SS37

+78V(Vda)

Vda DET

SS42

DR4

DR2

DR5

DR3

DR1

DR1

Vda_RD(+78V)

C7

D.D.D.D.

C71 C74

D.D. D.D.D.D.

C8C84C82

PROM

D5 D35 D34

D

FLASH

D20

SOS7

D31

EEPROM

MEMORY

CLK

SCAN CONTROL

D33

D36

DDR

SUS

D32

C9

D.D.

C94

D.D.D.D.

P+75V(Vda)

C90

C81C83C93 Vda_RD(+78V)

P+75V(Vda)

C80 C88

C91

Vda_RU(+78V)

D.D.D.D.

DR11

P+75V(Vda)

Vda_RU(+78V)

C40 C50C44

C5C4

D.D.

DR2

D.D.

C41

D.D.

Vda DET

C52

DR12

DR15

C6

DR13

DR14

C64C51

C54

C61

D.D.

C53

D.D.

+78V(Vda)

C42

P+75V(Vda)

D.D.

C43

C92

15V

15V

15V

SOS8

SUS

15V

SUS

SOS8

PC202

STB3.3V

(1.2V)3.3V1.5V

PC201

204PC

AND

OR

SW

F9 F8

AC IN

F1

F LINE FILTER

PC205

PC203

SOS(PS/Vda)

+15VSTBY5V

+5V

SOS(PS/Vda)

+5V

ON/OFF

ON/OFF

SOS(PS/Vda)

+5V

+5V

+5V

STBY5V+15V

ON/OFF

D25

CD2

CD1

CD

CD2

CD1

CD

CD2

CD1

CD

CD1

CD2

CD

CD1

CD2

CD

SOS6

(NO USE)

Vda_CONT

+5V

SO

S7

SOS8Vda_CONT

SOS7

SOS7

SOS7

Vda_RU(+78V)

P+75V(Vda)

Vda_RD(+78V)

P+75V(Vda)

PC

DATA DRIVER(4) DATA DRIVER(5) DATA DRIVER(6)

DATA DRIVER(7)DATA DRIVER(8)DATA DRIVER(9)

GENE

GENEVda_CONT

Vda_CONT

PANEL POWERCONNECTION

MICOM CONTROLSUB-FIELD PROCESSORPLASMA AI

DATA DRIVER

FORMAT CONVERTERRGB PROCESSOR

LVDS RECEIVER

DISCHARGE CONTROL

FPGA CONTROL

SYNC PROCESSING

FLASH CONTROL

FORMAT CONVERTERPLASMA AI PROCESSOR

CONVERTERDC/DC

VOLTAGE

SUPPLY

POWERRECTIFIER

P2

+15V

STB5V

CONTROL

5V

15V

P12

VOLTAGE

P5

VSUS

VOLTAGE

RECTIFIER

FILTER

RELAY

P25ON/OFF

SUSTAIN

Vda

P11

RECTIFIER

RECTIFIER+15V

(SS SIDE)

F_STB_15V

STANDBY

+5V

P23

RECTIFIER

FILTER

15V

P10

CONTROL

12V

15V

SOS(PS/Vda)

15V

PROCESS

SUSTAIN

VOLTAGE

STANDBY

POWER

LINE

VOLTAGE

CORRECTOR

CONTROL

STB15V

VDA

P

STBY5V

P9

PROCESS

FACTOR

VOLTAGE

LINE

SUSTAIN DRIVE

ERASE

VOLTAGE

PULSE

(VE)

PULSESUSTAIN

ADDRESS

(NO USE)

(NO USE)

LINEFILTER FILTER

LINE

1

17

16

12

14

15

13

18

11

2

8

6

7

43

10

9

5

SUSTAINOUT

OUTSUSTAIN

RECOVERYENERGY

ENERGYRECOVERY



TH-103PF10UK/EK

70

9.4. P-Board (1 of 2) and F-Board Block Diagram

L.F L.F L.F

+

L.F L.F

L.F L.F

VsusVsusVsus

D1601

F1601

F1602

D1602

L1601 L1602 L1603

R1607

R1605

R1606

R1608

Q1

60

2

G

D

S

Q1

60

3

G

D

S

Q1

60

7

G

D

S

Q1

60

6

G

D

S

D1606

R1635

R1636

R1631

C1620

R1639

R1638

R1637

R1633

R1632

D1605 D1609

ZD1602

F201

R1644 R1642

R1643

R219R221R222 R220

Q203G

D

S

Q204G

D

S

Q202G

D

S

Q201G

D

S

LF905

1*

2*

3*

4*

LF906

1*

2*

3*

4*

F901

F903

LF902

1*

2*

3*

4*

F900

F904

LF903

1*

2*

3*

4*

(+4.7V)

K1601

3

P9K1602

1

RF1601 3A

AC+

AC-

+AC

-AC

L1604

PFC

OVP

9ON/OFF

4

Q1608Q1609

1

+SOCL

3

(IDET)

7

11 GATE

6 GND

Q1604Q1605

MC1601PFC MODULE

MAIN

7

RUSH

8

RELAY RELAY

6

BIAS-PFC

(VCC-OUT)

PFC-SUS

15

Q206

Q205

2

VDD

V+

9

I+

SH

24

0V

25

SLGL

12

VCCSG

IRS

13

GH

BIAS

Vsus

5 10

ON/OFF

I+

6

VCO

STOP

22

23

1

P1

P2

P2

T201

P1

Zero VoltageSwitching Controller

MC201

POWER SUPPLYVsus

R278

P11

C255

R260

S1

D251

Vsus

R282

R279 R261

Vsus

R264

S2

R267

1

D252

R277

S2

P2

R257

R262

T2

R266

S1

VR251

T1

D255

R281

D253

D254

VSUS

R280

C256

R268

R254

1

R265

PC201

PC202PFC ON/OFF

Vsus ON/OFF

RELAY/PFC CONTROL MODULE

MC202

(18V)VCC

10

VIN(VDET)

H:ON

L:ON

3

SUS

ON/OFFPFC

11ON/OFF

2

ON/OFF

BIAS

L:ON

4

P52

1

1

P54

1 VCC-IN

5

TIMING

4

-GND

CAP

BIAS

GND

P56

PFC_ON

Vs_STOP

7

1

5Vc_OUT

2

6

TO P55

Vs_OUT

8

HV(SUS)_ON

STB_IN5Q251

AC_N

AC_L

VSUS_VCC

COLDHOT

COLDHOT

TO P51

TO P53

D1603 D1604

ZD251ZD252

ZD253ZD254

ZD255ZD256

TO SS2

TO SC2

TO SC82TO F9(SC SIDE)TO F8(SS SIDE)

(SS SIDE)

(SC SIDE)

(SS SIDE)

(SC SIDE)NO USE

NEUTRAL

3

4

TO P9(SC SIDE)

1

1

TO P9(SS SIDE)

1

F9

4LIVE

NEUTRAL

F1

F8

LIVE

NEUTRAL

LIVE

P(SUS) POWER SUPPLY

(Exchange board only)

!

<ZTXMM641MG2>

<TNPA4055>

F LINE FILTER


!

!

!

UK : <K2CG3YY00011>

EK : <K2CN3YY00003><K2CT3YY00002>

<TXAJS01YLTJ>

AC CORD

AC INLET ASSY

UK : AC 240V, 50 / 60HzEK : AC 220-240V, 50 / 60Hz

<K5D103BMA001>

<K5D103BMA001>

!

!

TH-103PF10UK/EKP-Board (1 of 2) and F-Board Block Diagram

TH-103PF10UK/EKP-Board (1 of 2) and F-Board Block Diagram

TH-103PF10UK/EK

71

9.5. P-Board (2 of 2) Block Diagram

L.F L.F

+

+5V+18V

Vda+75V

+15V

+5V+18V

Vda+75V

+15V

F1702

D1701

L1701F1701 L1702

R515

R509

L502

R514F501

R511 R512

R510

L504

D1702

R1708

D1704

R1706Q1702

G

D

S

D1711

R1704

Q1701G

D

S

R1705

D1705

F301

R1732R1727

C1715

R1729

R1750

R1761

R1731

R1728R1733

R1740

R1742

R529

R581

R528

R530

R1741

Q301

G

D

S

Q302

G

D

S

R1751

K1701 K1702

1

P51

4

RF1701 3A

DIS

CH

G

AC

_L

5

1

S1A

16

D502

5

S2A D551

6 2

Source

Drain IC501Control

4

IPD

B5

3

P2

B6

20

GN

D

S1B

CO

NT

RO

L

Q501

7

B2

P53

1

17

D504

4

P1

T501

VB

ias

D503

B4

Q502

18

DISCHARGE

B3

D511

ST

B+

5V

B1

GN

D

GN

D

ST

B+

5V

AC

_N

19

D508

S2B

AC DET

AC-

AC+

D501

PG-STB

RECTIFIER

(STB)

D1703

AC-

RECTIFIER

AC+

10

L1705

GND

Q1703Q1704

MC1703PFC MODULE

(VDET)(18V)

PFC_15V

OVP 4

1

VINVCC +SOCL

3

(IDET)

7

11 GATE

6

P1

P2

S2

S1

D351

D402T301

D403

D404

D405

D352

S5

S4B

S3

S4A

Q303

Q304

MAIN

7

RUSH

8

RELAY

4

RELAY

5

GND TIMING

RELAY/

MC502

PFC CONTROL MODULE

6

VCC_OUT

Q1707Q1708

14

VCC-IN

1

PGC_ON/OFF 3

13Fsw_Low

1215V_ON/OFF

ON/OFF

9

I+

9

SH

2

GH

61

GL

11

Fsw-ON

13

ON/OFF BIAS

12 22

V+VCC

25

VR35115V

AC_DET

20

15V

_O

UT

PF

C_O

N

325 14

Vda_O

N

(VD

D)

10

MC701

15

Vda_LO

W

12

2

15V

_IN

SU

S_S

TO

P

BIA

S_O

N

Vda_O

UT

22 24

SW

_M

AIN

56

5V

C_O

UT

21 17 8

11

26

SU

S_O

N

18

F15V

_O

UT

9

GND

ST

B_O

UT

PA

NE

L_O

N

SU

S_O

UT

ALL_O

FF

F_S

TB

_O

N

PS

_S

OS

ST

B_IN

4

POWER MCU MODULE

7

POWER CONTROL

MC601

MODULE

MC301Vda/STB POWER CONTROL MODULE

HOT COLD

BAIS ON/OFF

PC505

PFC ON/OFF

PC506

Q1706

Q06

VO

UT

Q02

Q01

11 10

Vda

L401

ZD401

6

D401

MC401 Vda CONTROL MODULE

78

IC01Q04

Q406Q405

FB

1

PG SG

9

VIN

5 3 2

OC

L

Q404

VR401

Q03

Q05

L402

1

STB+5V

1

P12

+15V

16

8

4

+15V

7

F STB+15V

P25

2

1

10

Vda+75V

17

18

SW_MAIN

4

D358

P+5V

+15V

PS_SOS

P+5V

PANEL_ON

Vda_Low

ALL_OFF

P10

7

10

3

+15V

2

1

Vda+75V

P+15V

F STB+15V

F_STB_ON

2

F STB+15V

1

2

13

STB PS

20

+15V

8

P+15V2

+15V

+15V

P+15V

+15V

9

P5

P23

6

P55

STB_IN

Vs_OUT

8

HV(SUS)_ON

6

PFC_ON

1

5Vc_OUT

5

2

Vs_STOP

7

Q553

BIAS_ON/OFF 2

PC507Vda ON/OFF

Q352

Q354

Q353

Q551

Q351

Q552

ZD353

13

F15V

_O

N

16

15V

_O

N

ZD351

1

ST

B_O

N

D554

15V_ON

5V

C_O

N

19

D555

D556

STB_ON/OFF

5V_ON

F STB+15V ON/OFF

(+15V)(+15V)

D355

TO P52

TO P54

AC_N

AC_L

VSUS_VCC

HOT COLD

FORP57

1

7

3

5

ZD504ZD505ZD506ZD507

ZD510ZD511

ZD508ZD509

FACTORYUSE

TO P56

(SS SIDE)

(SC SIDE)NO USE

TO SC23

(SS SIDE)

(SC SIDE)TO DS4

TO PB31

(SC SIDE)TO SC12

(SS SIDE)TO SS12

TO PC203

(SS SIDE)

(SC SIDE)TO PC202

NO USE

TO DS10

(SS SIDE)

(SC SIDE)

<ZTXMM641MG1>

P(MULTI) POWER SUPPLY


!

<K5D502BNA007>

<K5D502BNA007>

!

!

TH-103PF10UK/EKP-Board (2 of 2) Block Diagram

TH-103PF10UK/EKP-Board (2 of 2) Block Diagram

TH-103PF10UK/EK

72

9.6. HA, HX, PC, PB, V1, V2 and V3-Board Block Diagram

VCC

GND

OUT

Y

Pb

Pr

R

G

RM001

IC30021

A0

2A1

3A2

4GND

5SDA

6SCL

7WP

8VCC

JK3001

G

Y

G

G

G

Pb

G

G

G

Pr

G

G

D879

JK3511

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

D1550

D872

D864

D884

JK3002

D876

+5V

JK3509

1

2

3

4

5

8

9

6

7

D877

IC850

+9V

D867

D885

+5V

D874

JK3513

D869

D887

D882

Q850

VDA_LOW_R

3

3

9

PB71

RE

LA

Y

15V

1

1

2

2

6

2

Y

5

3

PC G

1

TXD

PB59

1

3

7

2

R

2

2

8

PC B

2

15

PC204

TO P5

3

RXD

RXD

DR15V

3

2

WC

9V

PC202

PB31

1

PB54

17

EEPROM

3

1

1TO P25

HX1

2

DR15V

15V_L

9V

2

3

F_STBY_ON_L

36

3

2

REMOCON

1

8

PC203

1

STB3.3V

16

3

1

1

H1

5V_L

V3

2

3

10

TO DS2

17

RE

LA

Y

2

R

PB64

2

A21

2

1

RE

LA

Y

3

5V_L

PB62

DR15V

PB69

18 3

1

VIDEO IN

DS14

20

RE

LA

Y

L

PC AUDIO IN

13

RE

LA

Y

AMP

A28

RE

LA

Y

A26

Q3002

PC R

PB51

8

7

1

R AMP

VDA_LOW_L

Pb

3

Q3532

9

PB56

STB5V

2

15V_L

5

AMP

TO P25

DDC EEPROM

PC205

COMPONENT

(P-BOARD SC SIDE)

L

TO C92

L

Pr

6

1

PANEL_MAIN_ON_L

A36

3

SOS4_PS_L

LED

TERMINAL BOARD

2

FAN SOS

ALL_OFF_L

AUDIO IN

3

LED_G

PC IN

LED 11 TIMES

2

5V

3

3

Q3001

4

PC201

12

1

LED_R

VCC

R

3

3

PC Rs

SOS BLINKING TIMES:

16

13

RE

LA

Y

FAN CONT

1

RS-232C

5V

9V

2

2

SCL

17

INFORMATION

1

VOLTAGE

SDA

1

14

3

IC3502

5V

2 1

1

DS13

V1

+5V

2

3

18

TO DS30

2

20

2

SOS4_PS

CONTROL

2

TO DS2

ALL_OFF

FAN SOS

1

10

REGULATOR

1

KEY_SW

B25

FAN CONTROL

SW1554

L AMP

10

PB30

4

2 4

STR

Q3531

9

VOL.UP

VCC

5

SW1551

P+5V

IC201

B24

5

TO C43

SW1552

OR GATE

2

P+5V

AND GATE

VOL.DOWN

Q202

A22

1

1

VCC

1

STBY5V

TRIGGER

F

RE

LA

Y

13

2

Q204

TV/VTR

1

7

1STBY5V ON

1

SW1550

RE

LA

Y

VDA_LOW

P+5V

3

5V ON

RE

LA

Y

P+5V

9

SW1553

3

PB66

PB61

V15

15V

11

TO D25

TO DS15

IC202

13

PANEL_MAIN_ON

12

215V

20 5

1

F_STBY_ON

(P-BOARD SS SIDE)

IC203

Q1540

3

15V

2

3.3V AVR

4

3

1

AMP/SW

TXD

F_STBY_ON_R

3

Q203

SCL

1

PB53

PANEL_MAIN_ON

3

TRIGGER

VD

VIN

RE

LA

Y

SOS4_PS_R

VOUT

PC Ls

2

10 AMP/SWA38

1

STBY5V_R

Q201

SDA

2

1

1

A34

16

HD

5V_R

1

5V_R

13

7

POWER CONTROLPC

<TNPA4041>

!


!

<TNPA4085>



REMOCON RECEIVER

KEY SCAN

V1

<TNPA4086>

V2

<TNPA4087>

V3

LED_G,R

!

!


(Exchange

<TNPA4103>

!

FAN CONTROL

PB

board only)

HA COMPONENT VIDEO!


! PC/232CHX


<L6FAYYYH0031>

FAN (120)

<L6FAYYYH0031>

FAN (120)

<L6FAYYYH0031>

FAN (120)

<L6FAYYYH0031>

FAN (120)

<L6FAYYYH0031>

FAN (120)

FAN (120)<L6FAYYYH0031>

<L6FAYYYH0031>

FAN (120)

<L6FAYYYH0031>

FAN (120)

<L6FAYYYH0030>

FAN (80)

FAN (80)<L6FAYYYH0030>

<L6FAYYYH0030>

FAN (80)

<TZTNP030XAT>

<TXNHA10RBS>

<PNA4701M05TV>

REMOCON RECEIVER

TO

TO

TH-103PF10UK/EKHA, HX, PC, PB, V1, V2 and V3 Block Diagram

TH-103PF10UK/EKHA, HX, PC, PB, V1, V2 and V3 Block Diagram

TH-103PF10UK/EK

73

9.7. HDMI-Board (1 of 2) Block Diagram

CLK+

CLK+

D1-

D1-

D0-

CLK+

D1+

D1-

D2+

D2-

EDID_WP

D0+

HPD1

D0+

D1+

D0-

HPD2

D2+

D2-

CLK-

D2+

D2-

D0+

D0-

HDMI_5V_DET1

CLK-

CLK-

D3+

D2-

D1+

D1-

D0+

D0-

CLK+

HDMI_5V_DET2

CLK-

VSYNC

HSYNC

DCK

DE

D1+

D4524

+5V

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

+5V

D3327

Q3301

Q3303

Q3304

5V

12

34

56

78

910

1112

1314

1516

1718

19

Q3302

Q3323

Q3321

D3326

+5V

5V_B

INTERFACE

TMDS DECODER

M

AUDIOSCK

VIDEO Y2-Y9

INTERFACE

HDCP

RECEIVERTMDS DATA

AND

SDO

ROXC-

Y0,Y1,UV0,UN1

CIPHER DECRYPTOR

85

84

86

88

HDMI_INT

CSCL

CSDA

28

RESET

HDMI I/F RECEIVER

IC3307

MAIN 1.8V

IC3308

VIN

5CONTVOUT1

7

+3.3VHDMI

10bit A/D

SWITCH

119

110

TMDS DECODER

CIPHER DECRYPTORHDCP

RECEIVERTMDS DATA

AND

IOVCCCVCC18

27

UV2-UV9

R1XC-

39

7

VCC

D0G

OE2

CEC

IC3304

D0G

D2-

CLK+

VCC

8

SCL

DDCG

52

HPDT

+5V

HPDT

SCL

SCLB

DDCG

DDC_SCLA

CLK+

CLK-

51

N.C.

SCL

HDMI

VCC

5

D2+

5

INV.

8

D1G

CLKG

WC

WC

D1+HDMIA +5V DET

D2+

SDAA

3

N.C.

HDMIB RESET

SCL

7

D0-

D2-

47

HDMIA RESET

D0+SCLB

3

OE2

SDAA

HDMIB +5V DET

IC3303

6

CEC

7

DDC_SDAA

D1G

SCLA

5

5

44

SCLA

6 2

+5V

SDA

D1-

SDA

EEPROM

2

5V<->3.3VD0-

6

CLKG

IC3324

D1-

43

IC3302

SCLB

D2G

SDA

D0+

8

SDA

SDAB

CLK-

8

40

SDAB

VCC

6

D1+

D2G

SDAB

5V<->3.3V

7

MUTE_OUT 77

X3301

XTA

L1

XTA

L

9697

DSDA1

INV.

B EDID BFor HD

E0

1

IC3301

VCC

5 1

SDA

6 7

E0WC

For FHD8

EEPROMSCL EDID B

HDMI

A EDID AEEPROM

For HD

1OE1

4

5

2

VCC

IN AOUT_Y

IC3326

BUFFER

OUT_Y

BUFFER

IN_A

IC3334

VCC

24

5

EEPROM

Q3307D

SG

+3.3VHDMI

34

32

31

POPWR5V

DSCL0

DSDA0

48

E0

1

Chassis

SDA SCL

65 8

WC

1

E0

7

VCC

IC3325

EDID AEEPROM

For FHDBUFFER

VCC

IN_AOUT_Y

2

IC3328

4

5

VCC

BUFFER

IN_AOUT_Y

2

IC3335

4

5

FHDHD

ROXC+

ROX0-

ROX0+

FLUG_DET

FHDHD

OE11

R1PWR5V

DCSL1

Q3308

29

30

35

+3.3VHDMI

ROX1-

ROX1+

ROX2+

ROX2-

Chassis

WS

142

141

138

133

132

123

M

SCK

SDO 3

2

1

DCK 122

104

102

FHDHD

RX_MCLK

RX_SCK

RX_SD0

RX_WS

HI:MUTE

AUDIO DAC

IC3306

SMUTE6

LRCK4

SDTI3

BICK2

MCLK1

VDD 14

10AOUTR

AOUTL 11

5PDN

+5V

AOUTR

AOUTL

HDMI_SDA

HDMI_SCL

HDMI_INT

HDMI_RST

FHDHD

1

2

3

4

5

6

7

8

9

10

D3328

R1XC+

R1X0-

R1X0+

R1X1-

R1X1+

R1X2+

R1X2-

FHDHD

59

58

62

63

66

67

72

71

+5V_A

MICOM

HDMI DIGITAL SIGNAL PROCESSOR

HDMI INTERFACE

TH-103PF10UKHDMI-Board (1 of 2) Block Diagram



!

<TXNHHH10XXT>

TH-103PF10UK/EK

74

9.8. HDMI-Board (2 of 2) Block Diagram

SLOT_SRQ

SLOT_SCL

SLOT_SDA

SLOT_SCL

SLOT_SDA

SLOT_SRQ

SLOT_SDA

SLOT_SCL

CMD_SDA

CMD_SCL

GENX_NBOOT

PLUG_DET

HD/FHD_DET

EX_RESERVE1

CH_SEL

EX_RESERVE2

EX_RESERVE3

SLOT_SDA

SLOT_SCL

HPD1

HPD2

EDID_WP

CH_SEL

EX_RESERVE1

EX_RESERVE2

EX_RESERVE3

TV/LOAD_CMD_SCL

TV/LOAD_CMD_SDA

HDMI_L

HDMI_R

HD/FHD_DET

A7

VCCA_PLL1,2A15

A9

A13

A10

A4

B15

A2

B11

B8

LVDS_TX9+

B9

B5

A3

B6

B3

VCC02

B14

B12

B2

LVDS_TX9-

GENX_LYDS_PWD

SYG_TYPE0

IC3314

VDD

RESET

IC3312

VOUT1

+3.3VREG

CONFIG ROM(FPGA)

TO

2

8

VCC

DATAO

IC3341

+3.3VREG

nCSO

FPGA

DATA

5

NCS1

A12

DCLKDCLK

A5

ASDIASDO

Y0,Y1

3

6

UV0,UV1

A14

H1

A8

LXD2

18S1

OUT-2

D2

G1

VO

16

24FB

S2

23 +3.3VREG

-INC

D1

OUT-1

D1

19

Q323713

G2

VIN

VDD

21

17

VCC5

15V->3.3V

IC3339

DC-DC CONVERTER

LVDS18p

LVDS18n

LVDS23p

LVDS23n

LVDS27p

LVDS27n

LVDS31p

LVDS31n

LVDS34n

LVDS34p

LVDS19p

LVDS35n

LVDS28p

LVDS19n

LVDS37n

LVDS33n

LVDS33p

LVDS35p

LVDS28n

LVDS37p

LVDS26n

LVDS26p

FOR

2

5

H2

EPCS_DATA

FPGA_NCE

9

RESET10

1

7

4

GND

EPCS_DCLK

+3.3V

6

EPCS_ASD

FACTORYUSE

EPCS_NCS8

3 CONFIG DONE

B19

A19

A21

B21

A22

B23

A23

B24

B25

A28

A26

B28

B37

B38

B39

DS12

5

SLOT_SDA

2

1

H3

7

4

USE

SRQ

+5V

TVLOAD_CMD_SCL

6

GENX_BOOT

GND3

8

FOR

H_WP

SLOT_SCL

9

FACTORY

TVLOAD_CMD_SDA

PLUG DET

+15V

+15V

PLUG DET

HDMI_R

HDMI_L

SLOT_SCL

SLOT_SDA

HD/FHD DET

SLOT_SRQ

+5V STB

+9V

+9V

+5V

+5V

+5V 5V

+9V 9V

5VSTB+5VSTB

LVDS_TX8-

LVDS_TX8+

LVDS_TX6+

LVDS_TX6-

LVDS_TX7-

LVDS_TX7+

LVDS_TX5+

LVDS_TX5-

LVDS_TX3+

LVDS_TX2+

LVDS_TX0+

LVDS_TX3-

LVDS_TX0-

LVDS_TX1-

LVDS_TX4-

LVDS_TX4+

LVDS_TX1+

LVDS_TX2-

LVDS_TXC+

LVDS_TXC-

CONFIG_DONE

nCE

15V

3.3V

TP3334

IC3344

VDD6

VOUT1+2.5V

+3.3VREG

+2.5V

+1.2V 4+1.2VOUT

IC3342

2VCC

VCCI01,03,04

SYG_TYPE3

RESERVE1

RESERVE6

FPGA_RST

N_FHD

Y2-Y9

UV2-UV9

DP_CLK

VS

HS

DE

HDMI_5V_DET1

HDMI_5V_DET2

EDID_WP

O_CLK

S2

S1

S0

CLK4

CLK1

S3

1

2

3

4

6

8

7

IC3343

CPG S2

FIN

S1

S0

FOUT

S3

VDD

nCONFIG

+3.3VREG

CONFIG

IC3319

ROM

VCC 8

5SDA

6

7WP

SCL

+5VSTB

Y2-Y9

UV2-UV9

Y0,Y1,UV0,UV1

DCK

VSYNC

HSYNC

DE

TP3346CLK

VS TP3343

TP3345HS

TP3344DE

+5V

IC3338

15

AVR+5V

+15V

EXPAND I/O

IC3321

4 P0

P15

6 P2

P3

16

+5VSTB

VCC

16SCL

SDA 15

7

4

5

BUFFER

VCC

IN_A OUT_Y2

IC3329+3.3VREG +3.3VREG

OUT_Y4

IC3330

VCC

BUFFER

5

2IN_A

IC3310

MAIN MICOM

127 HDMI_DAC_PDWN

83 OSCXO

OSCXI84

SDA039

40 SCL0

HDMI_RST

45 HDMI_INT

68

HPD257

56 HPD1+5V

D3334

+5V_A

D3333D3332

+5V_B

ADIN1 112

113

114

115

64

63

ADIN2

ADIN4

ADIN3

SCL1

SDA1

HDMI_A_MUTE 126

5

SIGTYPE3 8

SIGTYPE0

RESERVE1 124

125

12

15RESERVE6

GNX_LVDS_PWD 33

FPGA_RST 111

N_FHD 46

53

HDMI_5V_DET1 52

HDMI_5V_DET2

NBOOT 92

NRST 93

IVDO

+3.3VREG

X330210MHz

Q3312

A-MUTE

Q3313

INV.

Q3328

AMP

Q3314AUDIOMUTE

Q3315AUDIOMUTE

2

3

5

6

1

8

7

+9V

+9VAUDIO AMP_R

IC3322

1

7

3

2

5

8

6

+9V

AMP

Q3329

AUDIO AMP_L

IC3323

GENX_HR_EEP_SDA

GENX_HR_EEP_SCL

HDMI_5V_DET2

HDMI_5V_DET1

GENX_NBOOT

FHDHD

(CONTROL BUS)

1

2

3

5

6

7

4

10

9

8



HDMI

MICOMDIGITAL SIGNAL PROCESSOR

HDMI INTERFACE


!

<TXNHHH10XXT>

TH-103PF10UK/EK

75

9.9. HDD-Board Block Diagram

RX0+

RX2-

RX2+

RX1-

RX1+

RX0-

119

64

41

60

76

11

81

9

86

78

47

61

93

75

104

51

71

8054

63

99

3

35

32

83

53

58

70

40

72

19

21

39

17

40

16

56

121

57

36

98

47

5

2

JK3001

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

11

+5V

46

8

65

12049

55

22

14

54

27

33

62

43

77

20

44

74 69

79

52

53

44

38

124

15

86

52

3

85

STB+5V

30

51

JK3501

34

123

48

99

94

+3.3V

+9V

106

66

20

14

59

10

41

122

37

LAN15V

73

60

48

56

31

63

74

13

97

1

42

50

12

46

25

4

37

90

45

77

55

24

126

10

23

75

30

27

34

92

59

96

26

127

91

128

B14

STB+5V

8

B11

LEVEL SHIFT

1

7

EVEN_G0-G7

A9

DVI_SDA

C_SDA

ODD_B5

TX

EC

5

EVEN_G6

TX2+

15

TX9+

B8

TX9+

5

TCLKOUT-

WP

H1

TX3+

TXEB0

TX

OC

3

TXEE+

3

14

SCL_EQ

LEVEL SHIFT

TX

EC

3

TXED1

TXC-

EVEN_B0-B7

B1

EEPROM

TX5-

B24

A13

TX0+

PW

DD

NB

Q3511

TX

EC

1

TX

EC

6

SLOT SCL

IC3103

8

TXOA-

OD

D_R

7

TXEA6

1

7

IC3901

LAN+15V

INTERFACE

-

EV

EN

_B

1

TMDS_RX2+

LVDS_PD

OD

CK

2

B2

TX1+B6

MO

DE

0

TXEA+

DVI_SDA

-

3

TX

EC

2

STB+5V(3.3V <-> 5V)

EVEN_G1

SDA_EQ

TMDS_RX1-

6

OD

D_R

2

TX3-

DATA RECOVERY

PR

ES

ET

11

TX

OC

0

TX2-

TX7+

TX5+

TX

EB

6

SLOT9V

TXEC+

TX5+

B2

A14

TXOC+

OD

D_R

3

8

7

STB5V

EV

EN

_B

3

SCL

TX7-

TX8-

C_SCL

OD

D_R

0

TX4-

SDA1

TX6+

TX

ED

4

A2TXEE- TX4-

TXOE-

OD

D_R

4

VCC

TX0-

TX8-

IIC BUS REPEATER

TX6-

EV

EN

_B

4

LVD

S_P

D

6

DVI_SDA

OD

D_R

1

A22

ODD_G7

8

TX1-

TX0-

TMDS_RX1+

LAN+15V

+

STB 5V

B15

TXC-

DVI_SCL

SC

DT

EVEN_G3

OD

D_R

6

IC3902

DVI_SCL

SLOT5V

TXOD1

PRESET

SDA

16

TXOE+

SLOT5V

DE

(3.3V <-> 5V)

TX8+

TX

OD

5

+5V

DVI_SDA

VS

YN

C

OD

D_R

5

SLOT3.3V

ODD_G6

LATCH

SLOT_SCL

A2

TMDS

Q3501

4

3

TX2+

A17

A12

TX9-

TX

OD

4

IC3201

B25

6

HS

YN

C

SLOT_SDA

EEPROM

VCC

SCL

TX

EC

4

TXC+

EVEN_G4

TXOB+

EV

EN

_B

7

TX0+

/OE2

TX

EB

5

5

A19

IC3001

+

B23

SYNCHRONIZATION

TX5-

SRQ

6

TXOD3

TXEA5

FHD:H

-

C_SCL

SDA

TXC+

TMDS_RX0+

A26

TMDS_RXC-

A4

VCC

EV

EN

_B

0

VS

YN

C

5

LEVEL SHIFT

6

TX3+

B12

A8

Q3100,Q3101

TXOD-

EVEN_G7

P2

5

DECODER

VS

YN

C

DE

VCC

B9

TX4+

B17

ODD_G2

TX4-

TXEA4

TX2-

DE

DVI RECEIVER/HDCP

RE

SR

VD

B39

AND

IC3105

2

EV

EN

_B

2

TX

EC

0

TXEC-

(3.3V <-> 5V)

SYNC_DET

B21

ODD_G5

IC3102

-

EV

EN

_B

6

VCC

TXOB5

PANEL

SDA1

FHD/SD,HD

ODD_G1

OD

CK

SRQ

TXOD+

PLUGDET

AUDIO IN L

ODD_R0-R7TX8+

7

6

IC3101 TX6-

TX7-

SLOT3.3V

EVEN_G2

ODD_G4

SCL_HDCP

AUDIO_R

SLOT_SCL9

8

+3.3V

7

TXEA0

DVI_SCL

B3

EVEN_B1

7

TXOC-

EV

EN

_B

5

7

ODD_B7

A7

B2

ODD_G3

L

TMDS_RX0-

B19

TO DS12

TX5+EVEN_B5

TXOB0

TX7+

SDA_HDCP

A28

B1 FHD:H

TXED0

TX4+

TXOB-

R

AUDIO_L

TX3+

A21

TXC-

ODD_B2

EVEN_B6

A1

TX6+

WP(CONFIG)

B5

TXED2

ODD_G0

TX7+

BUFFER+3.3V

EVEN_B2

5

LATCH TX6+

TX1-

WP

ODD_B3

HS

YN

C

TXOA+

TX9+

ODD_G0-G7

EVEN_B0

TX5-

TX9-

AUDIO_L

6

TX8-

AUDIO IN R

TX7-

A23

TX6-

TXED-

LATCH

EVEN_B3

SCL0

ODD_B0

DVI-D IN

5

2

TX1-

TXOA5

TMDS_RXC+

SCL1

TXED3 TX0-

TX1+

TXEA-

SLOT SDA

A10TX2+

A40

+

SDA0

ODD_B4

EVEN_B4

TXEB+

TXED+

DVI-D AUDIO IN

TXOA0

A1

TXC+

TX0+

EVEN_G5

SCL

P6

H0

TXOD2

LVDS TX

DVI_SCL

TX

OB

6

ODD_B0-B7

TX9-

SLOT9V

3

AUDIO_R

EVEN_B7

OD

CK

TX8+

ODD_B1

+5V

DDC+5V

TXEB-

B40

SDA

TX

ED

5

2

TX3-

IC3906

A2

TX4+

WP(EDID)

TX3-

P3

PLL

TMDS_RX2-

TX2-

A3

A15

TX

OB

5

TXOD0

TC

LK

IN

C_SDA

SCL1

EVEN_R0-R7

+

EVEN_G0

+5V

TCLKOUT+

ODD_B6

SLOT_SDA

HS

YN

C

TX1+

A5

8


HDD!

<TNPA4052>

DVI-D IN

TH-103PF10EKHDD-Board Block Diagram

TH-103PF10EKHDD-Board Block Diagram

TH-103PF10UK/EK

76

9.10. DS-Board (1 of 2) and H3-Board Block Diagram

12V

SLOT5V

9V_2

5V_M

STB3.3V

D_3.3V

A_3.3V

A_1.8V

A_3.3V

FAN5V

9V_2

SLOT3.3V

D_3.3V

SOUND15V

D_3.3V

A_5VA_1.8V

P5V

D_1.8V

SLOT9V

D_1.8V

A_5V

JK8501L

L-G

R

R-G

VIN

L OUT

TONE

AVR 9V

5

1

6

AVR 5V

2

RESET

AVR 3.3V

IC2303

A

G

C

TO P5

BAL

VINSW

4

5

5

VIN

VIN

32

5

DS9

VDD

8

6

SOUND MUTE

CE

IC803

AUDIO R

2

2

AVR 1.8V

7

1

+15V

DS4

IC8100

EQUALIZER

AMP

2

3

SOUND CONTROL

37

IIC ON/OFF

R OUT

73

71

2

VOUT

7

SDA

L

4

SCL

VCC OUT

SDA3

1

SCL3

1

IC802

338PHASE2

1

5

IC804

3

7

1

IC2305

8

LPF

2

1

SW

VOL

VIN

IC3008

SHIFT1

2

67

3

8

S_DATA3

AUDIO L

27

D2303

SOUND+15V

RSTB

+15V

S_CLOCK3

+15V

SOUND+15V

VINSW

6

R

8

1

IC801

AVR 12V

Q2372MUTE SW

SOUND+15V

Q2503Q2501

Q2502

D2302

AUDIO OUTL LINE OUT

3

1

R LINE OUT R

H51

L

DS

SOUND PROCESSOR<TNPA4386>

!

SYNC PROCESSOR


SLOT INTERFACE

AUDIO OUT

<TNPA4058>

H5!


(P-BOARD SC SIDE)

TH-103PF10UK/EKDS-Board (1 of 2) Block Diagram

TH-103PF10UK/EKDS-Board (1 of 2) Block Diagram

TH-103PF10UK/EK

77

9.11. DS-Board (2 of 2) Block Diagram

SC

L3

SD

A3

VD_2

TX

D_P

C

VD_3

RX

D_P

C

SLO

T_T

XD

HD_2

P_STATUS

DET_S1

SLO

T_R

XD

HD_1

RE

MO

TE

_O

UT

TXD_S3

SC

L1

LE

D_G

SOS_ALL

LE

D_R

L_4

RE

MO

CO

N

RXD_S1

HD_3

IIC

_C

ON

T

RXD_S2

R_4

KE

Y_D

ET

KE

Y_S

W

RXD_S3

VD_1

IIC_SWLE

D_R

LE

D_G

VD_4

PB_M

Y_M

TXD_S1

PR_M

TXD_S2

DAC1

DP

MS

_H

D

IIC_SW

DP

MS

_V

D

DET_S2

ST

B_O

N

DET_S3

HD_4

DAC0

SD

A1

RE

SE

T

SDA3

SCL3

RE

MO

CO

N

KE

Y_D

ET

9V_2

LAN15V

SLO

T5V

STBY5V_S

5V

STB5V_S

5V_M

STB3.3V

STBY5V_S

STB3.3V

+15V

LA

N15V

STB5V_S

SLOT9V

5V_M

P5V

STBY5V_S

9V_2

5V_M

9V_2

9V_2

9V_2

12V

SLO

T9V

9V_2

STB3.3V

P5V

SLO

T3.3

V

STB3.3V

ST

B5V

_S

STB5V

LAN15V

SLOT9V

SLOT3.3V

STB5V_S

SLOT5V

S2_1

A28

S2_1

IIC

23

2TX5+

PR_4

TXG+

4

VD_1

PB_3

10

B_OC+

A8

SRQ

SCL3

PR_3

Q8012,Q8013

SDA3

42

S2_3

B40

A7

REMOTE

L

SDA_S1

B_OA-

51

17

A28A17

SCL_S2

A6

HD/Green

IC8181

IC3152

14

50

SLO

T+

9V

TX9+

LA

N+

15V

TX7-

TX3+

SCL

TXG-

TX

C+

A_EC-

8

10

HD

_2

A_ED-

Q8019

TX6+

A10

53

LA

N+

15V

12

PR_2

TX3-

14

TX

C-

A_EE+

Y_

2

41

Q8184

R

TX

CG

TX4-A_ED+

TX2G

B_EE-

B_EA-

PBout1

TX

7+

TX4+

A_EC+

TX6-

A

SCL3

TX7+

23

A12

TXG-

B15

TXD_PC

11

TXC+

14

R_4

TXG+

RE

MO

TE

B24

B13

2

36

B_CLK-

S0/S1

L_4

54

A9

TXC-

16

B30

TXC-

TX6-

B_CLK+

30

A40

PR_4

IC3003

A14

TX6+

31

SOS OUT

Y_1

PB_4

B25

SCL3

A_OB+

33

SDA3

15

A_OB-

6

H

5

69

B36

Q3001

L

SYNC_INH

6

1

SLO

T+

3.3

V

3

A26

Q8017

DS3

B31

A30

Q8010,Q8011

B_OB+

Q8016

A22

TX

8-

3

A34

RESET

16

B26

B_OE+

VD

_2

Q8182

PB_4

B12

SLO

T+

3.3

V

SW1

TX9-

IIC

_S

CL

B10

TX9+

B30

10

A11

PB_M

DS

TX3-

ET

X_G

3

HD in

CS(M)

30

B24

DPMS_VD

B11

TXCG

A

6

3

TX9-

8

STB_ON

TX7+

2

9

B26

A26

Q8183

3.3V<=>5V

1

B4

10

B23

B10

B_ED+

SC

L_

S3

SLO

T+

9V

SDA3

IC8014

A11

TXC-

B_EC+

SR

Q

ETX_G3

A_CLK+

TXG-

B23

A_OE+

B_OE-

Yout1

EX.I/O(IIC SW)

24

TX9-

TX8+

B11

B19

16

TX9+

29

L

IC3002

SOS

TX5-

A36

B21

SW

0

7

VCC

2

TX7-

SY

NC

_IN

H

PR

_3

RXD_S1

B5

SR

Q

B14

TX

D_

S3

34

5

SCL_S1

DE

T_

S2

TX5+

36

SDA_S1

SLOT2

TX8-

37

12

SOS

PR

_2

PRout2

1

48

5

66

A40

HD

A_EE-

B9

SCL_S3

A_OE-

SLO

T+

3.3

V

VD_HX17

47

TXD_S1

9

18

B17

65

PRout1

R_

2

Q8181

3.3V<=>5V

B_OC-

TX6-

DET_S1

KE

Y_S

W

57

IIC

_S

DA

Q8002

B_EE+

TX3+

Y_2

CONT.

X8181

1

56

8

TX1+

IC3151

36

ST

B+

5V

Y_4

26

68

B_EB-

3.3V<=>5V

1

SDA

SLOT1

27

VCC

TX8+

TX1-

SCL3

R1

29

5

SW0

A_OD-

B_EB+

1

8

38

TX8-

R2

8

A2

A_OD+

R3

TX

4+

SCL_S1

Q8018

RXD_PC

L

L3

B36

TX

0G

B27

L

OUT1

SLOT_RXD

6

A22

L1

B17

TX

0-

DA

C0

S2

_3

A15

L2

A38

DE

T_

S3

1

A1

15

TX

3+

2

10

A19

TX

0+

48

B25

VD_M

TX

9+

19

DS

A3

35

SO

S

HD_4

B15

17

PR_1

23

TX4-

1

TX

3-

H

27

TX4+

SCL

30

TX

7-

B21

A36

B1

A14

DS11

B_EA+

15

14

B9

SLOT3

3

ET

X_G

1

3

B36

SLOT2VD

3.3V<=>5V

IC8009

TX0-

TXG+

DS

B7B26

EX

T_G

2

B2

P_STATUS

B35

B23

TX0+

15

A8

B6

TX

4-

1

HD_1

26

B28

DS

TX

6+

VD

_3

B4

6

TX3+ 42

B31

PR_1

A28

24

3

SLO

T+

9V

B8

RE

SE

T

A5

A13

Y_1

VD_4

B29

4

TX

5+

B6

SLOT3

B32

FAN

B5

1

4

B3

SDA3

6

18

TX3-

Y_4

5 1 9

A12

A32

L

5

6

7

TXC+

R_

3

3

VD

TX3G

14

B_OD-

RX

D_

S3

B12

S2_2

B_OA+

9

TX

1+

IC3006

HD

LA

N+

15V

A10

TX8-

PB_1

4

A4

3A5

TX5-

TX

1-

SDA3

12

TX

G+

IC8007

33

TX

1G

10

A7A34

B_OD+

DET_S1

B8

2

TX

5-

SLOT3

TX

G-

18

RX

D_

S2

16

1

12

R_1

EXT_G2

A6

TX

2G

B_EC-

ST

B+

5V

IC8001

8

3.3V<=>5VSDA_S3

21

2

TX1G

9

4

TX

6-

39

B28

TX8+

1

15

A9

17

A36

SLO

T+

3.3

V

L_1

B7

2

13

2

38

B30

B35

HD

_3

S_DATA3

A215

A19

A30

TX1-

13

CS(M)

13

HD_M

A17

19

REMOTE OUT

TX1+

3.3V<=>5V

1

IC3007

PB_2

1

9

A_EB-

SCL3

38

Yout2

TX1-

A38

SCL3

13

TX

9-

DS6

SD

A_

S3

A_EB+

AC_CS(M)

SCL3

B14

78

2

2

A_EA+

SCL3

TX

3G

A_OA-

B25

Q8200-Q8202

A13

B28

77

A30

S1

A34

TX

8+

B19

L_

3

B40

7

5V

15

B13

RE

SE

T

H

5

13

TX0-

7

4

IC3150

TX0+

30

B

SDA3

34

60

16

B3

A_OC+

L

SLO

T+

5V

SO

S

A_EA-

13

A4

TX5+

TX7-

DS2

59

TX4+

TX5-

SDA

TX7+

14

SDA32

A21

15

TX1+

A_OA+

72

SLO

T+

5V

5

6

SLOT2

1146

TX0G

75

PBout2

A_OC-

PB

_3

13

L

TX0-

74

3

DA

C1

VCC

71

A1

4

2

11

8

RTC INT

63

5

DS1

22

4

62

SCL3

Y_3

8

1

B_ED-

TXC+

S_CLOCK3

4 8

32

SDA3

SW

1

32

A_CLK-

IC3001

10

3

TX6+

PR_M

B27

Y_M

20

A21

IC3004

SLOT1

12

3

B

B_OB-

LA

N+

15V

Y_

3

13

15

21

4

12

IC3005

SDA3

27

44

14

10

3.3V<=>5V

6

6

16

DPMS_HD

16

RE

MO

TE

OU

T

TX0+

OUT2

SDA_S2

PB

_2

A32

A15

40

SLO

T+

9V

DS12

A3

SLOT1

4

SLO

T+

5V

DS13

B1

B35

L_

2

A38

RE

MO

TE

7

ETX_G1

HD_HX

SLOT_TXD

CS(M)

B24

H

S2

_2

B2

TX

D_

S2

A32

B27

TX4-

21

SOS_ALL

IC8005

L

B31

16

S0

3

PB_1

SLO

T+

5V

22

A26

Green

H1(HDMI) H1(HA)

SLO

T+

15V

B38

SLO

T+

15V

B37

SLO

T3.3

V

SLO

T5V

SLO

T9V

ST

B5V

SLO

T15V

LA

N15V

B38

SLO

T15V

SLO

T+

15V

SLO

T+

15V

B37

5

2

1

4

3

6

AUDIO L

RESET

SOUND MUTE

AUDIO R

TO V15 PO

WE

R_

STAT

RX

D_T

V

TO V3 RE

MO

CO

N

SD

A1

SC

L1

FA

N_S

OS

5V

TX

D_P

C

DP

MS

_H

D

OP

T

IIC

_C

ON

T

TX

D_T

V

RE

SE

T

ST

B3.3

V

ST

B_O

N

RE

MO

CO

N

ST

B3.3

V

KE

Y_D

ET

LE

D_G

TO V1

LE

D_G

SC

L3

DP

MS

_V

D

SD

A3

KE

Y_

SW

TO DN3 KE

Y_S

W

LE

D_R

RT

C_IN

T

RX

D_P

C

SO

UN

D_

MU

TE

5V

_M

ST

B5V

RE

MO

CO

NO

UT

LE

D_R

6 20

A40

B40LAN+15V

LAN+15V

B17

A19

A17

A22

B21

B19

A21

SLOT+15V B37

SLOT+15V B38

SLOT15V

PR/R

RESET

IIC_CLOCK

RXD

POWER_STATUS

SLOT3.3V

REMOTE

SLOT5V

TXD

SLOT5V

VD

SLOT3.3V

Y/G

STB5V

CABLE DET

PLUG DET

PB/B

HD

IIC_DATA

AUDIO IN R

SLOT9V

S2DETECT

SLOT9V

SOS

SRQ

AUDIO IN L

LEVEL SHIFT

LEVEL SHIFT

IIC ON/OFF

LEVEL SHIFT

LEVEL SHIFT

AUDIO SELECT

TIME CLOCK

8bit DAC1

CONT.

EX.I/O(SLOT DET IIC CONTROL)

8bit DAC0

8bit DAC3

OUTPUT PORT

8bit DAC4

OUTPUT PORT

IIC

OUTPUT PORT

OUTPUT PORT

EX I/O(VIDEO/AUDIO SELECT)

OUTPUT PORT(SW2)

8bit ADC(SYNC INH(M))

8bit DAC(FAN CONT)

8bit DAC(CS(M))

OUTPUT PORT(SW1)

OUTPUT PORT(SW0)

8bit DAC(LPF(M))

OUTPUT PORT(SW3)

IC8016PC SYNC INVERTER

ASPECT DET

MAIN

COMPONENT SELECT

IIC CONT.

SUB

LEVEL SHIFT

LEVEL SHIFT

L

5V

R/PR_M

HD

TXD

B/PB_M

TO PB30

TO P10

FAN_SOS

TO DN1

PR/R

CABLE<TSXL585>

15V

(P-BOARD SC SIDE)

PB/B

LAN15V(F_STBY)

HD_M

G/Y_M

5V

VD_M

FAN_CONT

VD

RXD

LAN15V(F_STBY)

9V

R

Y/G

TO HX1

<TSXL584>CABLE

TO DN6

PR

/RVD

RE

MO

TE

HD

PLU

G D

ET

IIC

_D

ATA

SR

Q

AU

DIO

IN

R

RX

D

Y/G

AU

DIO

IN

L

SO

S

PB

/B

IIC

_C

LO

CK

RE

SE

T

TX

D

S2 D

ET

EC

T

Y/GVD

IIC

_C

LO

CK

AU

DIO

IN

L

RE

SE

T

TX

D

RE

MO

TE

SR

Q

RX

D

S2 D

ET

EC

T

SO

S

PB

/B

HD

IIC

_D

ATA

AU

DIO

IN

R

PLU

G D

ET

PR

/R

LEVEL SHIFT

SYNC SWITCH

SYNC SELECT

PROCESSORSYNC SIGNAL

HD SWITCH

IC8003

DRIVERRS232C

H Sync

V Sync

SEPA

SEPA

SERIAL SELECT

INVERTERSYNC SIGNAL

DS-BOARD SOSLED BLINKING:10TIMES

SLOT INTERFACEDS

SOUND PROCESSOR


SYNC PROCESSOR

<TNPA4386>

!

TH-103PF10UK/EKDS-Board (2 of 2) Block Diagram TH-103PF10UK/EK DS-Board (2 of 2) Block Diagram

TH-103PF10UK/EK

78

9.12. DN-Board (1 of 2) Block Diagram

VD-M

HD-M

3V_SCL3

RXD_PC

FAN_SOS

IIC_CONT

IIC_INT

IIC_CONT

RXD_PC

LED_R

3V_SDA1

5VRXD_TU

TXD_PC

RTC_INT

SOUND_MUTE

3V_SDA1

REMOCON

3V_SDA3

3V_SDA3

3V_SCL1

TXD_PC

REMOCON_OUT

5VTXD_TU

3V_SCL3

LED_G

3V_SCL1

KEY_INPUT

DPMS_VD

NRST

DPMS_HD

STB_ON

POWER_STATUS

P3V_SCL2

HD

CL

P

PLLH

P3V_SDA2

VD

PLLV

SD

A1

PD

B1

RE

MO

CO

N

PB

US

Y

PS

TB

IIC

_IN

T

SD

A2

PD

B1

SDA1

SC

L1

PB

LC

T

SC

L2

SC

L2

PD

B0

PB

US

Y

PS

TB

RX

D

SCL1

PD

B0

TX

D

PS

LC

T

IIC

_C

ON

T

SD

A2

IIC

_C

ON

T

IIC

_IN

T

SD

A1

SC

L1

AL

AR

M

RE

AD

Y

LED_R

LED_G

5VRXD_TU

LED_R

5VTXD_TU

3VRXD_TU

3VTXD_TU

LED_G

NRST

UART_SW

RXD_PC

TXD_PC

DIS

PE

N

RTC_INT

RXD_PC

IIC_CONT

FAN_SOS

ALARM

ALLOFF

READY

TXD_PC

IIC_INT

UART_SW

SOUND_MUTE

DPMS_HD

POWER_STATUS

STB_ON

DPMS_VD

KEY_INPUT

DISPEN

PANEL_STBY_ON

REMOCON_OUT

IIC_CONT

REMOCON

P3

V_

SD

A2

P3

V_

SC

L2

3V_SCL3

P3V_SCL2

3V_SCL1

3V_SDA1

P3V_SDA2

3V_SDA3

RX

D_

PC

3V

_S

DA

3

3V

_S

DA

1

TX

D_

PC

IIC

_C

ON

T

P3

V_

SD

A2

3V

_S

CL

3

IIC

_IN

T

3V

_S

CL

1

P3

V_

SC

L2

NRST

OSD-CLKIN

OSD_YM

OSD_DATA0-15

OSD_YS

OSD-HDO

OSD-HDIN

OSD-VDO

3V_SCL1

3V_SDA1

P3

V_

SC

L2

P3

V_

SD

A2

FLD

CLK

LE

D_

G

LE

D_

R

STB+5V

STB+3.3V

P+5V

P+5V5V_M

P+15V

STB+5VP+15V

STB+5V

STB+3.3V

STB3.3V

Q4010

STB5V

Q4009

STB+5V

D4006+2.5V

+3.3V

P+5V+1.2V

D4008

D4007

P+15V

Q4007

Q4006

STB+3.3V

+3.3V

+3.3V

+3.3V

2.5V

2.5V

STB+1.5V

STB+3.3V

STB+5V

STB+3.3V

+3.3V

+3.3V

+1.2V +3.3V

STB+3.3V

STB+3.3V

STB+3.3V +3.3V

5V_M

P+5V

+3.3V

21

9

4

63

22

57

55

10

64

3031

1819

45

43

67

70

42

49

61

58

39

48

60

67

2728

15

51

16

2425

33

1213

52

34

69

40

46

DN6

54

3

66

4

2

6

DN1

8

10

27

9

21

29

10

30

22

23

12

1

14

IIC_BUS

16

DN3

4

18

5

6

19

8

26

36

37

31

33

38

34

IC4609

13

8

11

25

21

17

3 4

SD

A

SC

L

R9

42

R

G

63B9

73

Pb/B IN

HS

YN

C

14

23

54

51

B

71

SCL

VS

YN

C

VSYNC

67

37

G9

B

22

6 G

GE0-9(10bit)110M10BIT

Pr/R IN

HSYNC

CL

AM

P

Y/G IN

2

66

RR0

70

SDA

ADC

28

G0

B0

IC4606

SDA0B

520 619 7 81DN11

21 9 17

119

2212 10 182

118

11 19236 214 211247 258 1611 27DN2 4 183 26 131 1415 15

SCL0B

16

5V<-3.3V

27

28

IC4008VCC

4

RXD_TU

42 TXD_TU

IC4007

41

NRST

NRST

VCC

5V->3.3V

5

5V<-3.3V

1 2

6

Q4014

IC4011

35

39

37

122

36

171

25

166

158

26

130

5

38

RXD_PC

30

161

TXD_PC

165

131

1

170

DPMS_HD

DPMS_VD

40

140

P+15V SOS

P+3.3V SOS

+3.3V SOS

139

+1.2V SOS

P+5V SOS

+2.5V SOS

132

134

Q4004

Q4003

Q4002

P+15V SOS

Q4013,Q4012

Q4705

Q4015

Q4016

A

OR GATE

B

Y

IC4005

41

5V->3.3V

HDA/VDAA

IC4607,IC4608

B

Y

HD-M/VD-M

2

5V<-3.3V

Q4022,Q4023

IIC_BUS

RE0-9(10bit)

BE0-9(10bit)

2OUT

IC4605

4 VCC

2OUT

IC4610

4 VCC

VDD

VDD

121

SDA1

120

SCL1

IIC_BUS

SCL2

89

86

88

SCL0A

87

SDA0A

SDA2

IIC_BUS

81 92

SD

A1

10

ST

B+

3.3

V

TX

D

114

SD

A3

5

IIC

_IN

T/B

OO

T

12

IIC

_C

ON

T

RX

D

SC

L1

SC

L3

SD

A2

6 147

ST

B+

5V

SC

L2

DN4

CLK-

OA- - OE-

CLK+

EA- - EE-

OA+ - OE+

EA+ - EE+

[A]

IC5001

[A]

OA- - OE-

IC5002

CLK+

[B]

CLK-

EA+ - EE+

EA- - EE-

OA+ - OE+

[B]

A_OA0-6,A_OB0-6A_OC0-6,A_OD0-6A_OE0-6

A_EE0-6

A_EA0-6,A_EB0-6A_EC0-6,A_ED0-6

B_OE0-6

B_EA0-6,B_EB0-6

B_EE0-6

B_OA0-6,B_OB0-6

B_EC0-6,B_ED0-6

B_OC0-6,B_OD0-6

LVDS PWDN/EN

LVDS CLK

LVDS CLK

LVDS EVEN

LVDS PWDN/EN

LVDS IN

IC5101

30bit 2_RGB VIDEO SIGNAL PROCESSOR

MICOMCOMMU

IICCONT

MC

DATA

MC

CL

K

MC

LD

SC

L

SD

A

CB

CL

K_

A

CB

CL

K_

B

X2

CB

CL

K_

A

X2

CB

CL

K_

B

24D15

7

A0

D0

65

61A18

79

57

82

76

46

33

NRST

EEPROM_WP

84

HOUTA

110

VSYNC

R00

95

69

68

97

HSYNC

YSOUT

VCLKOUTA

94

YMOUT

OSD

90

B04

96

109

104G05

R04

115

G00

B00

101

92OSDKXI

168NRST_FP

34P_ON/OFF

2

MCLD

MCDATA

MCCLK

29

43

44

ICHIPS_RST

45

164

ICHIPS_SI

IC4001VDD

IIC_BUS

IC4004

6Q4011

EEPROM(128k)

IC4003

2

VCC

1

8 5

WC

SDA

VOUT

7 SCL

IC4002

RESET

VCC

Q4001

LVB_CLK

LVB-PWDN,OEN,EEN

LVA_CLK

LVA-PWDN,OEN,EEN

DQ1-DQ15

WE,CE,OE

A0-A18

IIC_BUS

BE0-9

GE0-9

RE0-9

A0-A18,CE,OE,WE

WE

OE

CE

D0-D15

IIC_BUS

B_OB-

B_OC-

A_EA+

A_OA+A_OA-

B_OA-

B_EE+

A_OC-

B_CLK-

B_OD-

B_OA+

B_EB-

B_CLK+

A_EC-

B_ED+

A_ED-

B_OC+

B_EC+

B_OB+

A_OB+

A_OD-

A_CLK+

B_ED-

B_EB+

A_EE+

B_OE+

A_OE+

B_OD+

A_OB-

A_EB-

B_OE-

A_OC+

A_EE-

A_CLK-

A_OE-

A_EA-

A_ED+

A_OD+

B_EE-

B_EA-B_EA+

A_EB+

A_EC+

B_EC-

R

G

B

STB_ON

MICOM

FLASH MEMRY16Mbit

RESET

LVDS ODD

LVDS IN

LVDS EVEN

LVDS ODD

CLOCKBUFFER

3+5V(M)

AL

L_

OF

F

29

ST

B_

ON

P+

5V

30

IN1

IN2

IN3

OUT1

OUT2

OUT3

+1.8V_PLL

+1.8V_AVDD

21

25

O/E FIELD

DATA CLK

AD_B0-B9

AD_G0-G9

AD_R0-R9

CONTROLFLASH MEMORY

HDA,VDA

HD,VD,CLP

PLLH,PLLVAD_H,AD_V

HD_ADA,VD_ADA

HDA,VDA

A/D

AD_FLD,AD_CLK

CLPA

FLD,CLK

R/G/B

ICHIPS_SS

FIFO

IC5104

DI0

DI23 DO23

DO0

Y_DI(0)

Y_DI(23)

Y_DO(0)

Y_DO(23)

VCC/VCCQ

DI23

C_DO(0)

FIFO

C_DO(23)

VCC/

DO23

DI0 DO0

C_DI(0)

C_DI(23)

VCCQ

IC5105

FPGA1

60bit 2_I-CHIPS OUT

OSD_72MHz

NRST-FP

MCDATA-0

ICHIPS-SI

MCCLK

ICHIPS-RST

ICHIPS-SS

P_ON/OFF

PA

NE

L

ST

BY

_O

N

VCC VCC

[A]

[B]

<TZTNP020XAT>

DN DIGITAL SIGNAL PROCESSOR/MICOM


!

G/Y-M

<TSXL584>CABLE

TO DS6

B/PB-M

HD-M

R/PR-M

VD-M

TO DS1

<TSXL585>CABLE

VIDEO BUFFER

CLP

CLP

CLP

A/D CONVERTER(MAIN)10bit_RGB VIDEO SIGNAL

SYNCSEPA

AVR 1.8VPLLVDD

AVR 1.8VAVDD

LEVEL CONVERTER

DPMS_HD

TXD_TU

TXD_PC

KEY_INPUT

RXD_PC

IIC_CONT

RTC INT

SDA3

FAN SOS

TO DS3

LED_R

RESET

REMOCON

RXD_TU

REMOCON OUT

SOUND MUTE

LED_G

STB3.3V

POWER STATUS

SCL1

DPMS_VD

STB_ON

SDA1

SCL3

STB5V

5V

PS

TB

RX

D

IIC

_D

ATA

1

EC

O O

N

ST

B5

V

IIC

_D

ATA

2

PA

NE

L_

ST

BY

_O

N

PD

B0

IIC

_C

LK

1

TO D3

PD

B1

TX

D

IIC

/IN

T

P1

5V

PB

US

Y

IIC

_C

ON

T

IIC

_C

LK

2

RE

AD

Y

DIS

PE

N

AL

L_

OF

F

PS

LC

T

AL

AR

M

ST

B_

ON

SOUND_MUTE

IIC_INT

POWER STATUS

IIC_CONT

KEY_INPUT

READY

ALLOFF

RTC_INT

FAN_SOS

DRV_MUTE

ALARM

UART_SW

REMOCON INH

TV_ON/OFF

RMIN

REMOCON OUT

LED_R

LED_G

CONTROLFLASH MEMORY

FORFACTORY USE

LEVEL CONVERTER

LEVEL CONVERTER

RECEIVERLVDS

Low

Signaling

TTL

DATAPARALLEL

DifferentialVoltage

RECEIVERLVDS

Low

Signaling

TTL

DATAPARALLEL

DifferentialVoltage

LVDS RX

LVDS RX

FORFACTORY USE

SD

A2

PB

LC

T

SC

L1

PD

B0

LE

D_

R

LE

D_

G

P1

5V

PB

US

Y

PD

B1

RE

MO

CO

N

RX

D

IIC

_C

ON

T

ST

BY

3.3

V

SC

L2

IIC

_IN

T

TX

D

SD

A1

PS

TB

ST

BY

5V

SERIAL SWICTH

1

2

3

4

EVEN

ODD

EVEN

ODD

TH-103PF10UK/EKDN-Board (1 of 2) Block Diagram


P+15V OVER VOLTAGE LED BLINKING 2 TIMESP+3.3V/2.5V/1.8V FAIL VOLTAGE LED BLINKING

13 TIMES

P+5V FAIL VOLTAGE LED BLINKING 5 TIMES

SLOT POWER PART SOS DET

TH-103PF10UK/EK

79

9.13. DN-Board (2 of 2) Block Diagram

P3V_SDA2

P3V_SCL2

P3V_SDA3

P3V_SCL3

P3V

_S

DA

2

P3V

_S

CL2

Q4021

Q4020

P+15V

+3.3V

+3.3V

+3.3V

+2.5V

STB+1.5V

STB+3.3VSTB+5V

+1.2V +3.3V+2.5V

G2

OUT2

S2

CTL

IC4901

3

17 23

8

OUT1

424

26

G2

15

25

P+15V

Q4017

P+15V

FB1

OUT1-2

15V->3.3V/1.2V

20

VCC

S119

IC4305

LXD1D1

15V->2.5V

S1

-INC1

P_O

N/O

FF

OUT1-1

D2

VO

24

FB

G1LX1

S2

D2

12 -INC 8

D1

Q4018

+3.3V

VCC

G1

D2 D2

23

18

VO1

20

7

D1

31

29

23

17

25

21

30

28

20

10bit LVDS

18

TX_OUT0-

26

24

TO D5DN5

15

E-LVDS2

E-LVDSCLK

10

7

E+LVDS3

E+LVDS2

E-LVDS3

E+LVDS1

9

E+LVDSCLK

E-LVDS0

12

5

14

6

1

11

4

10bit LVDS

E-LVDS1

E+LVDS4

2

E+LVDS0

E-LVDS4

FP

GA

_N

CO

NF

IG

FP

GA

_N

CE

O

FP

GA

_D

CLK

2

FP

GA

_D

ATA

01

FP

GA

_N

STAT

US

FP

GA

_C

ON

FD

ON

E

XIN14

LCLK1SDAT

7SCLK

IIC_BUS

10

IC5103

8LCLK2CBCLK_A

X2CBCLK_A

1

X2CBCLK_B 4XIN

7SCLK 10

LCLK2 8

IC5102

CBCLK_B

LCLK1SDAT

IIC_BUS

IC4604

VDD

X4002

XT1

XTN20

(74.25MHz)CLK7

4

7CLK1

(2088MHz)

(74.25MHz)9

CLK3

(72MHz)13

CLK5 OSD_72MHz

CLKM_20MHz

74M_SS

NRESET

CLKM/CLK6CLKM_20MHz

NRST-FP

I-CHIPS PORT1 OUT

PORT1_HS,_VS,_CLK

PI1D(0)-(59)

PORT1_FLD,_ACT

PI1_HS,_VS,_CLKPI1_FLD,_ACT

RGB IN PORT1

PI1HSB,PI1VSB,PI1CLKPI1FLD,PI1ACTB

(60bit)

I-CHIPS

IC5301

DDR_SD-RAM

SD-RAM1 DATA

ADDRESS

POD_0-POD_59

FPGA2 OUT

SD RAM2 DATA

POHSB,POVSB

POFLD,POACTB

SO

SI

SCLKB

RSTB

MCLKCLK IN

CPU I/F

DDR_SDRAM1

WE,CAS,RASA0-A11

DQ1-DQ31 VCC

IC5303

VCCWE,CAS,RAS

DQ1-DQ31

DDR_SDRAM2

IC5304

+2.5V

[EVEN]

[ODD]

O+LVDSCLK

O-LVDSCLK

O-LVDS1

O+LVDS4

O-LVDS4

O-LVDS3

O+LVDS1

O+LVDS0

O-LVDS0

O-LVDS2

O+LVDS3

O+LVDS2

FP

GA

_N

CO

NF

IG

FP

GA

_N

CE

O

FP

GA

_D

CLK

FP

GA

_D

ATA

0

FP

GA

_N

STAT

US

FP

GA

_C

ON

FD

ON

E

OSD IN

OSD_HDOOSD_VDO

OSD_YSOSD_YMOSD_CLKOSD-HD

OSD_DATA0-15

DQ0-DQ31

PO

_V

SP

O_H

S

PO

_A

CT

PO

_F

LD

PO

_R

E0-9

[ODD] [EVEN]

PO

_G

E0-9

PO

_B

E0-9

PO

_G

O0-9

PO

_B

O0-9

PO

_R

O0-9

I-CHIPS RGB IN

IC5603FPGA2

PO

_C

LK

CLK

6

NR

ST

SD

A

SC

L

CLK_O

VSYNC

ROUT

BOUT

GOUT

HSYNC

LVDS OUT[ODD]

+1.2V +2.5V +3.3V

IIC_BUS

CLK

M_20M

Hz_F

2

PO

_C

LK

_F

P2

74M

_N

ON

_S

S

NR

ST-

FP

MCDATA-0

ICHIPS-SI

MCCLK

ICHIPS-RST

(60bit)

PO_HS,_VS

PO_RO0-9,PO_GO0-9,PO_BO0-9

PO_FLD,_ACT

PO_RE0-9,PO_GE0-9,PO_BE0-9

(60bit)

DC-DC CONVERTER DC-DC CONVERTER

VIN

STB 1.5V

5

VDD

VOUT 4

4

IC4309

VOUT2

IC4306

STB 3.3V

CLOCK BUFFER

CPG

INTERFACE

PI1D(0)-(59)PI1D(0)-(59)

PORT2_HS,_VS,_CLK

PI2D(0)-(59) (60bit)

PI2_HS,_VS,_CLKPI2_FLD,_ACT

I-CHIPS PORT2 OUT

PI2D(0)-(59)

RGB IN PORT2

PI2HSB,PI2VSB,PI2CLKPI2FLD,PI2ACTB

PI2D(0)-(59)

PORT2_FLD,_ACT

(60bit)

IC5101FPGA1

CLK_O

VSYNC

ROUT

HSYNC

LVDS OUT[EVEN]

BOUT

GOUT

TX_OUT0+

TX_OUT1-

TX_OUT1+

TX_OUT2-

TX_OUT2+

TX_OUT3-

TX_OUT3+

TX_OUT4+

TX_OUT4-

TX_CLK1-

TX_CLK1+

G1

D1

S2

D2D1

G2

D2

S1

TX_CLK2-

TX_CLK2+

TX_OUT5-

TX_OUT5+

TX_OUT6-

TX_OUT6+

TX_OUT7-

TX_OUT7+

TX_OUT8+

TX_OUT8-

TX_OUT9-

TX_OUT9+

CLK

DQ0-DQ31

DQM0-DQM3

A0-A11

CLK

VDD

+3.3V

A0-A11

VDD

+3.3V

DQ0-DQ31

DQM0-DQM3

IC5601SDRAM1

IC5602SDRAM2

OUT2-2

OUT2-1

19LX2

-INC2

16 CTL

12

11

VO2

FB2

Q4019

+1.2V

DQ0-DQ31

ADDR0-ADDR11

PLL11_OUT

SDRAM_I/F

6

2

5

3

4

1

2OE

2A 2Y

1Y1A

1OE

IC4601

74M_NON_SS

CLKM_20MHz_F2

ICHIPS-SSSS

ICH

IPS

-SI

MC

CLK

FP

GA

_D

ATA

1

FP

GA

_D

ATA

0

FP

GA

_D

CLK

2

FP

GA

_D

CLK

FPGA_CONF_OE

74M

_S

S

PO

_C

LK

_F

P2

74M

_S

S

74M

_N

ON

_S

S

VCCK VCCVCC

A0-A11

LVDS_DE16

30bit 2_RGB VIDEOSIGNAL PROCESSOR

60bit 2_I-CHIPS OUT

CONFIGURATION

CONFIGURATION

IP CONVERSION

CLOCK BUFFER

CLK/SERIAL SELECT

LVD

S

DATA

(SE

RIA

L)

PA

RA

LLE

L

TT

LLV

DS

DATA

(SE

RIA

L)

PA

RA

LLE

L

TT

L

10bit LVDSOSDVIDEO SIGNAL PROCESSOR

4

1

2

3

<TZTNP020XAT>

DN DIGITAL SIGNAL PROCESSOR/MICOM


!



TH-103PF10UK/EK

80

9.14. D-Board (1 of 2) Block Diagram

ALARM

READY

PANEL_MAIN_ON

REMOCON

LED_R

TUNER_SUB_ON

TXD_PC

ECO_ON

TUNER_SUB_ON

ECO_ON

IIC_CONT

SOS4_PS

RXD_PC

TXD_PC

VDATA_DET

IIC_INT

LED_G

RXD_PC

ALL_OFF

AC_GOOD

ALL_OFF

LED_G

LED_R

READY

ALARM

PANEL_MAIN_ON

SOS8_SS

SOS6_SC1

STB_SCL01

SOS7_DRV

STB_SDA01

IIC_INT

IIC_CONT

RXD_PC

STB_SDA02

REMOCON

TXD_PC

VDATA_DET

STB_SCL02

IIC_CONT

IIC_INT

SOS4-PS

D9035

D9804

RA_E+/-,RB_E+/-,RC_E+/-,RD_E+/-,RE_E+/-E+LVDS2(RX_TC+) 6

RCLK_E+/-

E-LVDSCLK(RX_TCLK-)

E+LVDS0(RX_TA+)

10

D5

2E-LVDS0(RX_TA-)

TO DN5

14E+LVDSCLK(RX_TCLK+)

E-LVDS2(RX_TC-)

E-LVDS1(RX_TB-)

12

11

LVDS_DET

15

E+LVDS3(RX_TD+)

7

5

9

16

E+LVDS4(RX_TE+)

E-LVDS3(RX_TD-)

E+LVDS1(RX_TB+)

1

E-LVDS4(RX_TE-)

4

LED_R

PDB1

PDB0

17

14

P5V

14

12

22

16

18

VDATA_DET

LED_G

2

D3

18

TO DN2

P5V

16

STB5V_M7

D25

P5V

+5V

30

2

STBY3.3V

REMOCON

ALARM

DISPEN

IIC_CONT

IIC_INT

1

11

P3V_SCL1

P3V_SDA1

PSLCT

PBUSY

STB3.3V

SDA2

9

TXD

D6

18ALL OFF

26

STB5V

8

SCL1

FORFACTORY

SCL2

10

23

STBY5V

4

12

P15V

15

21

USE

29

7

STB_SCL02

STB_SDA02

21

P15V

PANEL_STBY_ON 11

17

TO P25

15

P15V

STB5V

IIC_DATA1

F_STBY_ON

+15V

STBY5V

15

IIC_CLK1

RXD

+5V

6

20

20

P3V_SCL1

TUNER_SUB_ON

8

Q9044

6

TXD

1

7 STB_SDA02

10

STB_SCL02

SDA1

ALL OFF

P3V_SDA1

27

PDB0

ECO_ON

19

READY

9

SOS4_PS

13

ECO_ON

PSLCT

PSTB

+15V

4

16

STBY5V-F

3IIC_CLK2

IIC_DATA2

PSTB

PANEL_MAIN_ON

IIC/INT

IIC_CONT

13

19

P15V

RXD

1

PDB1

5

2

25PBUSY

19AC GOOD

TEMPERATURE

VO

RESET

13

12

23

73

VO

15

IC9001

FB

G2

76

P15V

Voltage

6

24

D2

50

10

VCC

SOS7_DRV

25

EEPROM

5

LX

P15V

D1

SDA

VCC

51

15V->2.5V

SENSOR

6

24

SCL

26

STB 3.3V/RESET

FB

5

Q9058

PROM(FPGA)

P_ON/OFF

Q9057

S2

20

DC-DC CONVERTER

XRST

74

DRVMUTE

65CTL

Q9051

CB

NRST

D2

Control DATA(D)

P5V

20

SOS6_SC1

16

P3.3V

D2

23

VO

21

Q9050

NCS

LED_R

VDD

70

OUT1

REM_IN

OUT1

G1

23

X9000

DRV_RST

LDO_5V

Q9800

1

S1

SOS3_3V

D2

9.216MHz

CTL

19

SOS2_15V

CB

DATA

SDA

P3V_SDA1

69

15V->3.3V

ADSI

IC9011

LXD2

LX

P15V

24

R10-R19(R)

P2.5V

DATA DRIVER

STB3.3V

G10-G19(R)

21

OUT2

IIC1_SCL

VIN

13

CONTROL

IC9807

VDD

G2

3

SOS9_CONF

ALARM

34

DC-DC CONVERTER

9

SS PULSE

VD

D1

LVDS

Differential

7

LVDS

18S2

SYNC PROCESSING

DRVRST

WB ADJ

66

16

SCL

DISCHARGE CONTROL

D2

SCAN OUT

21

P1.2V

24

OUT1

P15V

1

VOUT

2

VOUT

FLASH CONTROL

67

RESET

SOS4-PS

Q9801

FB

SC PULSE

P15V

Q9201

VDATA_DET

IC9806

5

LDO_5V

Signaling

6

3

IIC2_SDA

IC9800

RECEIVER

4

S2

-INC

14

Q9200

9

21

68

AVR 5V

IC9500

NCS5

22

LDO_5V

VIN

FPGA,ASIC

ADD1

VDD

CE

LSI_RST

VDD

XRST

36

G2

137

XRST

VDD

P3V_SCL1

ADD0

IC9003

6

DC-DC CONVERTER

S1

STB5V

15V->1.2V

19

1

MICOMEEP_WR_CTL

P3V_SDA02

18

XIN

ASDIO

B10-B19(R)

17

38

XOUT

Q9805

WP

Q9806

P3V_SCL02

17

G1

5

Q9046

9

D1

STB3.3V

D1D1

HD

-INC -INC

OUT2

DCK

S1

16

PICTURE

P3.3V

OUTPUT<R>

18

TXD1

17

IC9002

9

DCLK

27

RESET

RXD1

5

STB_SDA02

IIC_CONT

20

STB_SCL02

DATA0

IIC_INT

CTL

16

19

DCLK

CB

LVDS INPUT

READY

Q9803

VIN

R 10bit

71

DIGITAL

LDO_5V

SOS5_5V

5

IIC1_SDA

23 Q9054

28

G 10bit

IC9809

Low

Q9053

20

39

SOS8_SS

IC9007

B 10bit

FPGA CONTROL

Q9052

IIC2_SCL

13

5

LED_G

VCC

Q9100

29

72

OUT2

G1

PANEL_MAIN_ON

D1

DCK

PICTUREOUTPUT<L>

R10-R19(L)

G10-G19(L)

R 10bit

VD

G 10bit

B 10bit

B10-B19(L)

HD

JTAG

DISCHARGE

CONTROL

FLASH CONTROLXCE-L,XOE

DC

LK

DATA

0

NC

S

AS

DIO

FPGA

IIC

SC

L

SD

A

FPGA

XRST

PLL_RST2XRST2

DC-DC ON

Control DATA(U)

CLKM-IN

PRCKI

XWE

BYTE

BUS SW

K-DONE

12

13

3

11

16

9

10

6

5

15

8

1

7

2

20

21

18

17

19

DISCHARGE CONTROL

VD

HD

DCK

4

JTAG

FLASH CONTROL

BUS SW

VD

HD

DCK

14

SFRST,SFVRST,LATCHFPCLK,FPDAT0,FPDAT1

TD0,TD1,TMS,TCK

SS PULSE

SC PULSE

Control DATA(U)

SS PULSE

Control DATA(D)

SC PULSE

SOS9_C0NF

DRV_RST

SOS6,7,8

P+15V SOS / LED BLINKING : 2 TIMESP+3.3V SOS / LED BLINKING : 3 TIMES

P+5V SOS / LED BLINKING : 5 TIMES

DATA POWER

RECOVERY

78AVCC

13VCC

STB3.3V

8 VCC

STB3.3V

D9110

STB5V-M

ST

BY

3.3

V-O

N

D

FORMAT CONVERTER

SUB-FIELD PROCESSOR

DIGITAL SIGNAL PROCESSOR


!

PLASMA AI

<TZTNP010XAT>

TH-103PF10UK/EKD-Board (1 of 2) Block Diagram


TH-103PF10UK/EK

81

9.15. D-Board (2 of 2) Block Diagram

CLRU1

PCU1

LEU1

SOS6_SC1

ODEU1

FREE_RUN

CLKM_IN

PC

D6

OD

ED

6

CL

RD

6

LE

D6

CL

KD

2

CL

KD

1

CL

RD

5

PC

D5

LE

D5

CL

KD

3

OD

ED

5

CL

KD

0

LEU2

PCU2

CLRU2

CLKU1

CLKU0

ODEU2

CLKU3

CLKU2

CLKU3

CLKU2

CLKU1

CLKU0

CLKD0

CLKD1

CL

KD

3

CL

KD

2

LED

SOS7_DRV

X9500

TP

96

81

TP9533

B 10bitst-r

IC9400

CONVERTER

XRST

CTI/TINT

WB-ADJ

I/P

CONVERTER

COLOR

XRST2

SFVRSTLATCH

CONTRAST

FORMAT

SFRST

Video DATA 48bit DA00-DC11<D/R>

FORMAT CONVERTER/RGB PROCESSOR<R>

IC9401

DATA

ROMDATA00-03 DA14,DA15-DC15<R>

DDR SDRAM<R>(128M)

PCK OCK

SUB-FIELD

PLASMA AI/SUB FIELD PROCESSOR/DATA DRIVER<R>

R 10bit

JTAGDCK

R 10bit

ROMDATA04-15 UA12-UC15<R>PLASMA AIG 10bit NEW

DRVCLKU0-U3,DRVCLKD0-D3<R>

HD

G 10bit

B 10bit

VD

PROCESSOR DRIVER

PD1-M<RIGHT>

B 10bitst-r

IC9300

CONVERTER

XRST

CTI/TINT

WB-ADJ

I/P

CONVERTER

COLOR

FPCLKFPDAT0FPDAT1

XRST

SFVRSTLATCH

CONTRAST

FORMAT

SFRST

Video DATA 48bit DA00-DC15<D/L>

FORMAT CONVERTER/RGB PROCESSOR<L>

IC9301

DATA

ROMDATA00-03 DA14,DA15-DC15<L>

DDR SDRAM<L>(128M)

SUB-FIELD

PLASMA AI/SUB FIELD PROCESSOR/DATA DRIVER<L>

R 10bit

JTAG

DCK

R 10bit

ROMDATA04-15 UA12-UC15<L>

PLASMA AIG 10bit NEW

DRVCLKU0-U3,DRVCLKD0-D3<L>

HD

G 10bit

B 10bit

VD

PROCESSOR DRIVER

PD1-M<LEFT>

TO C10

64

R-UPD31

32

30

PCU1(R)

60

28

CLKU6(+)

LEU1(R)

CLKU7(-)

58

6

ODEU1(R)

CLRU1(R)

59

61

Q9300 5VDET

52

38

SCANDATA

1

SOS6-SC1

P5V

11

TO SC20D20

P5V

Video DATA 48bit UA00-UC15<U/L>

Video DATA 48bit UA00-UC11<U/R>

DMHR56

55 DSHR

DMLR54

36 DSLR

30bit UA06-UC15<R>

Q9306

IC9504LEVEL CONVERTER

3.3V 5V


3.3V 5V


3.3V 5V

IC9802,03

3.3V 5V

LEVEL CONVERTER

CLOCK GENE.CLK712

CLK5

CLK6

14

13

7 CLK1

XT 1

20XTN

IC9200

IC930416M FLASH MEMORY

RESET45 VOUTVCC

IC9602RESET

P3.3V

DQ4-DQ15

A0-A19

DQ0-DQ3

IC9402

BUSSWITCH

BUS SW

ODED5,ODED6,PCD5,PCD6,LED5,LED6,CLRD5,CLRD6

UMH,UML,USH,USL,UEH,NUEL

CL,CLK,SIU,SID,SCSU,CEL2,CPH,CEL,DVR_RST_0,CSL,CSH,CML,CMH

Sustain Control DATA 6bit

Scan Control DATA 13bit

ODEU1,ODEU2,PCU1,PCU2,LEU1,LEU2,CLRU1,CLRU2

PCK OCK XCE-L

BYTE

XWE

XOE

R10-R19,G10-G19,B10-B19 UA05-UC12,UC13,UA15<L>

DA14,DA15-DC15<L>

UA12-UC12,UC13,UA15

UA05-UC11

DA14,DA15-DC15<L>

UA12-UC15<L>

UA05-UC10,UB11,UC11<L>

XCE-L

20MHz

84MHz

39.5MHz

60MHz

VD

HD

DCK

DISCHARGE CONTROL

BUS SW

JTAG

FLASH CONTROL

VD

HD

DCK

3

11

16

9

10

6

5

15

8

1

7

2

20

21

18

17

19

4

12

13

14

Control DATA(D)

Control DATA(U)

SS PULSE

SC PULSE

TD0,TD1,TMS,TCK

SOS9_C0NF

DRV_RST

SOS6,7,8

DMHR,DSHR,DSLR,DMLR,DMHL,DSHL,DMLL,DSLL

Data power recovery DATA 8bit

12

20

2

9

DOUTU31C

DOUTU22A

P5V

P5V

P5V

P5V

IIC

SCL SDA

P3V_SCL02

P3V_SDA02

SCL

IIC

P3V_SDA02

SDA

P3V_SCL02

IC9603BUS SWITCH

XCE-L

D36

30

bit D

A0

6-D

C1

5<

R>

OD

ED

6(R

)

Q9

30

4

DO

UT

D3

1C

64

PC

D6

(R)

TO C60

58

CL

KD

7(-

)

CL

KD

6(+

)

60

LE

D6

(R)

DO

UT

D2

2A

59

CL

RD

6(R

)

5V

DE

T

34 6136 34 30

CL

KD

3(-

)

32

CL

KD

4(+

)

LE

D5

(L)

58

P5

V

64

L/R-DOWN

D35 60

TO C54

28 59

CL

KD

2(+

)

68

P5

V

362 61

OD

ED

5(L

)

CL

RD

5(L

)

56 38

CL

KD

5(-

)

66

18

bit D

A1

0-D

C1

5<

L>

Q9

30

5

PC

D5

(L)

5V

DE

T

18

bit D

A0

0-D

C0

5<

R>

DO

UT

D1

0A

DO

UT

D2

1CR-DOWN

28 63852 56

DM

LL

55D

SH

L54

DM

HL

32

DS

LL

30

DS

LR

DM

HR

4

DM

LR

3

DS

HR

2

56

38

66

DOUTU21C

DOUTU16A

DOUTU10A

DOUTU15C

LEU2(L)

TO C24

58

CLKU5(-)36

P5V

P5V

64

L/R-UPD32

2

ODEU2(L)

CLRU2(L)

59

34 CLKU4(+)

CLKU3(-)32

61

PCU2(L)

18bit UA10-UC15<L>

Q9301 5VDET

30 CLKU2(+)

18bit UA00-UC05<R>

68

60

28

DSHL

TO C25

2

5VDET

30bit UA00-UC09<L>

DMLL

4 DMHL

D33

3

L-UP

34

30

36

64

DSLL

Q9302

CLKU0(+)

CLKU1(-)

6

52

38

28

DOUTU9C

DOUTU0A

5VDET

SOS8-SS

48

30

38

64

DOUTD9C

CLKD0(+)

62

32

30bit DA00-DC09<L>

L-DOWND34

Q9303

TO C55

28

2

CLKD1(-)

DOUTD0A

54

60SUSTAIN

DATA

CBK

62 DRV_SOS7

62

DR

V_

SO

S7

CBK

D DIGITAL SIGNAL PROCESSOR/FORMAT CONVERTER


!

PLASMA AI/SUB-FIELD PROCESSOR

<TSXL576>(D35-CD1)

<TSXL571>

<TSXL572>

<TSXL570>

<TSXL568>(D31-CD1)

CABLE

<TSXL571>

<TSXL574>

<TSXL578>(D36-CD1)

<TSXL569>(C20-CD2)

CABLE

<TSXL575>

<TSXL577>(C90-CD2)

CABLE

<TSXL579>(CY0-CD2)

CABLE

CABLE

CABLE

(D34-CD1)

(C80-CD2)

(D33-CD1)

(C50-CD2)

(C40-CD2)

(D32-CD1)

<TZTNP010XAT>



TH-103PF10UK/EK

82

9.16. C1, C2, CY and CZ-Board Block Diagram

P75V_R

P+5V

P75V_R 78V_RU

78V_RU

P75V_R

78V_RU

P75V_R

78V_RU

R7128P+5V

R7127

78V_RU

P75V_R

P+5V

P+5V

P75V_R

78V_RU

P75V_R

78V_RU

P75V_R

78V_RU

78V_RD

78V_RU

P75V_R

P+5V

P+5V

P75V_R

P75V_R

P+5V

78V_RD

P75V_R

P+5V

78V_RU

P75V_R

P75V_R

R7685

P75V_R

78V_RU

78V_RD

78V_RU

P75V_R

78V_RD

R7686

DATA

BUFFER

CA2

IC7102

4bit

CA1

UC28-UC29UA30-UC31

UA28,

VCC

6bit

4bit

6bit

DATA

IC7103

8bit

PANEL DATA DRIVER

C11

TO DR3

2bit

6bit

1

6bit

Vda_75V

UB28

4

VCC

Vda_75V

UA28

BUFFER

6bit

UC28-UC29

ODEU1

CLKU7CLKU6

LEU1-LEU2

LE

U1

PC

U1

CLK

U6

CLK

U7

CLRU1

BUFFER

IC7101

PCU1

CLR

U1

OD

EU

1

VCC

6

Vda_R

U(7

8V

)

11

Vda_R

U(7

8V

)

(DR1-BOARD SC SIDE)

CLKU7(-)11

9

8

7

13 CLKU6(+)

6

CLRU1

PCU1

LEU1

ODEU1

29

15

C14

Vda_RU(78V)

Vda_75V

42

55

Vda_75V

51 Vda_RU(78V)

47

+5V_DET31

P+5V3

P+5V1

DOUTUC31

DOUTUA28

25

53

C21

5

9

27

41

45

47

48

14

49

1

43

50

55

TO D31

C20

(Via CD-BOARD)

5

+5V

_D

ET

LEU1

ODEU1

CLKU1-6

CLRU1

PCU1

CLKU1-7

VCC

CLK

U7

8bit

UA24-UC25

VCC

CLK

U7(-

)

UC23

CLK

U6

LE

U2

6bit

CA3

9

IC7156

57

PC

U2

BUFFER

IC7153

UA22-UC23

4bit

UA27

BUFFER

UA22

VCC

DO

UT

UC

14

DATA

UA26-UA27

2bit

DO

UT

UA

17

6bit

8bit

UB27

23,30,31

UC27

4717

DOUTU31C - DOUTU22A

DATA

63

8bit

29,43

DO

UT

UC

25

DATA

PANEL DATA DRIVER

6bit

UA26

10

VCC

DO

UT

UA

30

DO

UT

UC

23

UA30

CA5

DO

UT

UA

24

DO

UT

UC

31

DATA

DO

UT

UA

22

6bit

UC31

6bit

41,42,49

UC25

55

IC7155BUFFER

VCC

IC7154BUFFER

8bitUA24

UC28-UC29

IC7152BUFFER BUFFER

6bit 6bit 6bit

LEU2PCU3

CLKU2-6,7

CLK

U6(+

)

VCC

37

4bit

IC7158

UA30-UC31

39

6bit

CA4

11

CLR

U2

IC7151BUFFER

CLRU1ODEU1

VCC

OD

EU

1O

DE

U2

8

CLR

U1

LE

U2

PC

U2

UB28,UA30-UC31

UA28,UB28 CLKU1-6,7

CLKU21-6,7

UB27UC27

DO

UT

UB

27

DO

UT

UC

27

25

DO

UT

UC

28

DO

UT

UC

29

UC28

UC29

UA28,UB28

DO

UT

UB

28

DO

UT

UA

28

CLRU3ODEU3

LEU1PCU1

CLRU2ODEU2

LEU3PCU2

LEU5LEU4

DO

UT

DA

29

CLKD7

P+5V

DA27

CLR

D6

(DR2-BOARD SC SIDE) D

OU

TD

C29

DB28,

BUFFER

OD

ED

Y

P+5V

CB5

CLKD7(-)

VCC

DC28

DA22

11

DO

UT

DA

24

DA29-DC29

VCC

DOUTDC31

DO

UT

DC

31

6bit

DB28,

35

DOUTDA28

DATA

4bit

VCC

DC28

4bit

DO

UT

DA

22

DO

UT

DA

26

6bit

DO

UT

DC

28

IC7608

DATA

DA24-DC25

DO

UT

DB

28

DA30-DC31DA26-DC26

DATA

DA28CLRDX

33

2bit

IC7651

IC7607

ODEDX

DO

UT

DA

28

8bit

LEDZ

BUFFER

PANEL DATA DRIVER

PCDZ

BUFFER

CZ1

6bit

TO DR13

DC28,

CZ4

2bit

Vda_RD(78V)

DA30-DC31

6bit

Vda_RD(78V)

Vda_75VDB28,DC28

1

6bitCLKD1-6,7

6bit

+5V_DET

CB4

CLKD11-6,7Vda_75V

8

DA27

Vda_75V

CLR

DY

DC28

DB27

LED3

IC7603

4

PCDY

BUFFERVCC

LED5

Vda_75V

LED4

6bit

IC7601

6bit

BUFFER

LEDX

VCC

PCDX

IC7602

CLKD2-6,7

BUFFER

CLK

D6(+

)

8bitDA26-DC26

9

CLK

D7

VCC

CLRDZ

DO

UT

DA

30

BUFFER

DO

UT

DC

23

IC7653

DA30-DC31

PCUZ

CLKD6(+)

CLRDZ

VCC

6bit

CLK

D7

8bit

6bit

DA24-DC25

42,41,31

VCC

CLK

D7(-

)

27

DC23

CLK

D6

PC

D6

6bit

LE

DY

CB3

PC

DY

CY1

CLR

DZ

OD

ED

Z

27

VCC

6

41

Vda_R

D(7

8V

)

11

8bit

DATA

DO

UT

DC

25

10

DATA

IC7605

PANEL DATA DRIVER

23

6bit

LE

D6

BUFFER

IC7604

TO D36

CY0

BUFFER

(Via CD-BOARD)

6bit

CB2

5

8bit

IC7652

+5V

_D

ET

DA27

4bit

LEDZ

CB1

DB27

ODEDZ

DA28-DA29

PCDZ

CLKD2-6

LEDZ

CLRDZ

DA30-DC31

ODEDZ

PCDZ

CLKD6

29

CLKD2-7

LED1

15

OD

ED

6

LE

DZ

PC

DZ

DB28

CLK

D6

BUFFER

6bit

DO

UT

DA

27

CLRDZ

DOUTD31C - DOUTD22A

DO

UT

DB

27

DA28-DA29

DA22-DC23 ODEDZ

DATA

ODEDZ

DC27

VCC

Vda_R

D(7

8V

)

17

DATA 12bit UA28-UC31 DATA 12bit UA28-UC31

DATA 12bit DA28-DC31 DATA 12bit DA28-DC31

5

49

1

9

43

50

55

45

47

25

48

53

14

8

7

13

51

6

9

1

11

47

42

3

55

31

LED2

63 54

DO

UT

DC

27

DO

UT

DC

26

4353

DA29-DC29

4bit

2

1

<TNPA4018>(Exchange board only)

C1 DATA DRIVER (1)

(Exchange board only)<TNPA4029>

CZ DATA DRIVER (Z)!


CY DATA DRIVER (Y)!


!

<TNPA4019>

C2 DATA DRIVER (2)

<TSXL569>(C20-CD2)

CABLE

<TSXL518>

CABLE<TSXL568>(D31-CD1)

<TSXL518>

CABLE

<TSXL579>(CY0-CD2)


!

TH-103PF10UK/EKC1, C2, CY and CZ-Board Block Diagram

TH-103PF10UK/EKC1, C2, CY and CZ-Board Block Diagram

TH-103PF10UK/EK

83

9.17. C2, C3, CX and CY-Board Block Diagram

CLRU3

PCU3

LEU3

LE

U3

CLR

U3

PC

U3

OD

EU

3

ODEU3

P+5V

P75V_R 78V_RU

P+5V

P+5V

P+5V

78V_RU

P75V_R

78V_RU

P75V_R

P+5V

P75V_R 78V_RU

78V_RU

P75V_R

78V_RU

P75V_R

78V_RU

P75V_R

R7026

P+5V R7027

P+5V

P+5V

P75V_R

78V_RD P+5VP+5V R7599

P75V_R

78V_RU

P+5V

P75V_R

P+5V

78V_RU

P75V_R

P75V_R

P+5V

P75V_R

P+5V

78V_RD

78V_RD P75V_R 78V_RU

R7598

78V_RD

13

IC7157BUFFER

33

VCC

DS

LR

DM

LR

15

DS

HR

DM

HR

14

DS

HR

DM

HR

DS

LR

DM

LR

TO DR2

C22

(DR1-BOARD SC SIDE)

DS

LR

DM

LR

6

DS

HR

DM

HR

3

DM

HR

DS

HR

54

DS

LR

DM

LR

2

P+

5V

1

P+

5V

Vda_75V

TO DR5

1

Vda_75V

4C24 6

Vda_R

U(7

8V

)

11

Vda_R

U(7

8V

)

(DR1-BOARD SC SIDE)D

RV

SO

S7

9

1

4

C23

7

11

12

10

9ODEU3

LEU3

CLRU3

PCU3

ODEU3

P+5V

6bit6bit

CA8

CLKU4

CLKU5

VCC

IC7204VCC

IC7205BUFFER

DRVSOS7

BUFFER

6bitDATA

UA16-UC17

P+5V

PCU3

UA20-UC21

6bit

44

6bit

6bit

CA6

CLRU3

45

6bit

46

ODEU3

PCU3

IC7201VCC

LEU3VCC

IC7203

55

VCC

52

IC7202

49

C32

CA7

BUFFER

6bit

BUFFER

DATA

BUFFER

6bit

6bit

DATA

UA18-UC19

6bit6bit

CLRU3

PANEL DATA DRIVER

47

1

45 Vda_RU(78V)

41

20

15

Vda_RU(78V)

Vda_75V

11

36

55

Vda_75V

C34 6

TO DR4

Vda_R

U(7

8V

)

11

Vda_R

U(7

8V

)

Vda_75V

1 4

Vda_75V

(DR1-BOARD SC SIDE)

CLRU5-

CLKU4+

9

11

DOUTUC2113

35 DOUTUA16

7 DRVSOS7U_R

+5V_DET37

P+5V4

P+5V1

C31 TO C41

DS

LR

49 DRVSOS7D_R

+5V_DET14

P+5V52

P+5V

Vda_75V

55

1

CX1

4

TO C91

IC7555

Vda_75V

BUFFER

(DR2-BOARD SC SIDE)

DRVSOS7

BUFFER

2bitDATA

DB16,DC16

P+5V

CLRD5-

DA19,

CLKD4+

40LEDX

42

VCC

DOUTDC21

IC7553

16

1

38

DATA

VCC

DOUTDA16

DA17-DC18

DB19

6bit

4

6bit

IC7552

CLRDX

PANEL DATA DRIVER

17

55

11 Vda_RU(78V)

15

DS

HR

36

66

55

DM

LR

52

65

CY3

49

4bit

LEDX

CB6

CLRDX

41

CLRDX

PCDX

42

15

40

6bit

39

16

ODEDX

ODEDXODEDX

4

2bit

DA20-DC21

CY4

7

DC19

6

CX2

DA18-DC18

Vda_R

D(7

8V

)

CB7

PCDX

112

Vda_R

D(7

8V

)

8bit

P+

5V

(DR2-BOARD SC SIDE)

BUFFER

1

DR

VS

OS

7

DATA

P+5V

P+

5V

9

BUFFER

6bit

Vda_75V

8bit

6bit

TO DR14

CB8

6bit

1

Vda_75V

CLKD4

CLKD5

VCC

TO DR12

IC7554

CY2

VCC

(DR2-BOARD SC SIDE) D

SH

R

DS

LR

DM

HR

3

DM

LR

DM

HR

6

DS

HR

54

DS

LR

41

Vda_RU(78V)

DM

LR

Vda_75V PCUDX

45

DA19,DB19

20

1

Vda_75V

DB16

CX439

DC16

IC7606

6

14

BUFFER

TO DR15

2bit

67

Vda_R

D(7

8V

)

6bit

VCC

11

DA16

DM

LR

Vda_R

D(7

8V

)

37 14

DS

LL

13

DM

LL

DM

HL

15

DS

HL

DMLL

46DSHL

47

DSLL12

10DMHL

9

45

44

11

DSHL

DMLL

DMHL

DSLL

DSHL

DMLL

DMHL

DSLL

CLRDX

PCDX

ODEDX

LEDX

CLR

DX

PC

DX

OD

ED

X

LE

DX

DM

LL

DS

HL

DM

HL

DS

LL

46DSHL

DMLL

DMHL45

44

DSHL

DMLL

DMHL

DSLL

47

DSLL

DA20-DC21

CLKD4CLKD5CLKD1-4CLKD1-5

4bit

DA17-DC17

DA16

DC19

DS

HR

DM

LR

DM

LR

DS

LL

DM

LL

DM

HL

DS

HL

DS

LR

2

1

CLKU4CLKU5CLKU1-4CLKU1-5

LED6LED7LED8

UA16-UC17UA18-UC19UA20-UC21

LEU8

LEU6LEU7


CY DATA DRIVER (Y)!


!

<TNPA4019>

C2 DATA DRIVER (2)

<TNPA4020>

C3 DATA DRIVER (3)!



CX DATA DRIVER (X)!

CABLE

<TSXL518>

CABLE

<TSXL518>

<TSXL518>

CABLE

CABLE

<TSXL518>

TH-103PF10UK/EKC2, C3, CX and CY-Board Block Diagram

TH-103PF10UK/EKC2, C3, CX and CY-Board Block Diagram

TH-103PF10UK/EK

84

9.18. C4, C5, C8 and C9-Board Block Diagram

LEU5

PCU5

ODEU5

CLRU5

PCU6

P+5V

P+5V

78V_LU

P75V_L

78V_LU

P75V_L

78V_LU

P75V_L

P+5V

78V_LU

P+5V

78V_LU

P75V_L

P+5V

P75V_L

P75V_L 78V_LU

P+5V

78V_LU

P75V_L P75V_L

78V_LU

P75V_L

78V_LUP+5V

P+5V

78V_LD

P+5V

P+5V

78V_LU

78V_LD

P75V_L

P+5V

P+5V

P+5V

P+5V

P75V_L

P75V_L

P+5V

P+5V

P75V_L P75V_L

78V_LD 78V_LD

P75V_L P75V_L

78V_LD

P75V_L

78V_LD

P75V_L 78V_LD

78V_LD

45

47

C41

CLRU5-

TO C31

DOUTUC21 43

CLKU4+

DRVSOS7U_R

DOUTUA16

19

P+5V

21

49

+5V_DET

52

P+5V 55

TO D32

C40

(Via CD-BOARD)

1 3 5

5V

_D

ET

P+

5V

P+

5V

7

DR

VS

OS

7

Q7250C

LK

U5

39

CLK

U5(-

)

CLK

U3

35

CLK

U4(+

)

VCC

BUFFER

CLKU2

CLK

U3(-

)

CLK

U2(+

)

CLKU1-2

33

CLK

U2

IC7251

37

CLK

U4

CLKU4

CLKU5

VCC

BUFFER

IC7257

DO

UT

UA

20

DO

UT

UA

19

UA20

DO

UT

UB

19

UB19

DO

UT

UC

21

UC21

UA19,

19,22,2313

DOUTUC21 - DOUTUA10

8bitDATA

CLKU3CLKU1-3

UA19,UB19

UA20-UC21

UC18

UA16

IC7256

DO

UT

UC

18

UA16

UA17-UC18

DO

UT

UC

19

DATA8bit

21,25

UA17

DO

UT

UA

16

DO

UT

UA

17

VCC

BUFFER

19,22

UC16

UC15UB16

IC7258

DO

UT

UB

16

UB16,UC16

DO

UT

UC

16

DATA8bit

49

UC14

DO

UT

UC

14

DO

UT

UC

15

VCC

BUFFER

41,42,45

2bitUC198bit

UC19

IC7253BUFFER

UA14,UB14

VCC

2bit

6bit

CA9

6bit 6bit6bit

CA10

6bit6bit

CA11

6bit

6bit

IC7254

UC11

DATA

61

BUFFER

DO

UT

UC

11

UA10-UC11

67

DO

UT

UA

10

UA10

VCC VCC

IC7252BUFFER

VCC

IC7255BUFFER

59

UA12DATA

UB14

DO

UT

UB

14

DO

UT

UA

12

8bit

50

6bit

UA12-UC13

6bit

UC14-UC15

CLRU5

ODEU5

CLRU5

PCU5

9 ODEU5

PCU511

LEU5LEU5

12

10

PCU614PCU6

55

Vda_75V

45

P+5V

Vda_LU(78V)

1

1

4

Vda_75V

11

36

55

P+5V

41

20

52

15

Vda_LU(78V)

108

CLR

U2

11

OD

EU

2

CLR

U4

LE

U2

PC

U4

9

PC

U2

LE

U4

OD

EU

4

C44 6

TO DR15

Vda_LU

(78V

)

11

Vda_LU

(78V

)

Vda_75V

1 4

Vda_75V

(DR2-BOARD SS SIDE)

C43

P+

5V

21

P+

5V

C42

7 DRVSOS7U_R

45

47

C53

46

44

49

42

2bit6bit

17 26

DO

UT

UC

9

IC7301

UB7,UC7

BUFFER

DATA

UA8-UC9

UC9

UB7

DO

UT

UB

7

VCC

8bit

6bit6bit

CA12

IC7302

6bit

27 45

BUFFER

4bitUA6-UA7

UA7

DO

UT

UC

4

4bit

UC4

VCC

DO

UT

UA

7

CA13

DATA

6bit

8bit

UC4-UC5

IC7303

6bit

46 55

BUFFER

6bit

UA4,UB4

UB4

DO

UT

UA

2

2bit

UA2

VCC

DO

UT

UB

4

CA14

DATA

6bit

8bit

UA2-UC3

C50

PANEL DATA DRIVERPANEL DATA DRIVER

VCC

DO

UT

DC

18

IC7504 PCD8

(Via CD-BOARD)

2bit

DA16

DO

UT

DA

5

DO

UT

DA

20

40

6bit

DA17-DC18 DA5-DC5

DO

UT

DA

19

LED8

CB9

DO

UT

DC

19

DA2-DC2

DA20-DC21

6bit

DATA

VCC39

DO

UT

DB

19

6bit

6bit

DO

UT

DC

5

41

6bit

DB19

59-55,49-45

CB14

PCD7

DO

UT

DC

21

UB16

DATA

37

DO

UT

DA

17

DO

UT

DA

16

6bit

DA19

VCC

8bit

4

67-61,54,53

BUFFER

DA2-DC2

BUFFER

CLKD2

UC19

14

CLK

U3(-

)

DOUTDC21 - DOUTDA10

16

CLK

U2(+

)

8bit

DA17-UC18

C91

CLKD1-2

DATA

IC7506CLRD5-

39

DO

UT

DB

16

TO CX1

CLK

D2

DB16,DC16

IC7502

DO

UT

DC

16

35

DATA

CLK

D4

8bit

CLKD4

CLKD5

DA16

DO

UT

DC

14

VCC

6bit

6bit

C80

IC7507

7

19

DATA

6bit

19-13

BUFFER

67

DO

UT

DC

11

61

PANEL DATA DRIVER

DA10-DC11

DO

UT

DC

9

IC7454

CB10

DO

UT

DA

10

6bit

DA10-DC11

BUFFER

6bit

DATA

DOUTDC21

CB11

DA8-DC9

40

CLKD4+

DRVSOS7D_R

DA8-DC9

DO

UT

DA

8

VCC

6bit

6bit6bit

PANEL DATA DRIVER

CB12

Vda_75V

IC7453

11

6bit

P+5V

59

Vda_LD(78V)

50

55

BUFFER

VCC

52

2bit

VCC

55

DA6-DC7

IC7501

Vda_75V

DA6-DC7

1

BUFFER

1

45

8

DO

UT

DA

6

4

VCC

3

20

CLR

D5

6bit

Vda_75V

IC7503

5

1

11

DB4

(DR1-BOARD SS SIDE)

BUFFER

5V

_D

ET

P+5V

OD

ED

5

VCC

C92

P+

5V

15

CLR

D9

DO

UT

DC

7

P+

5V

DA12-DB14

P+

5V

36

LE

D5

CB13

2

DATA

7

1

PC

D9

DATA

1

DR

VS

OS

7

41

9

6bit

P+

5V

DO

UT

DB

14

Q7500

Vda_LD(78V)P

CD

5

8bit

DO

UT

DC

15

C93

DO

UT

DA

12

CLK

D5

10

LE

D9

VCC

DOUTDA16

49

8bit

33

BUFFER

OD

ED

9

42

DRVSOS7D_R

42,41,27-21

CLK

U5(-

)

51,50,43,31-29 C94

P+5V

16

6bit

CLK

D3

CLKD3

6

2bit

18

14

DA12-DC13 DB4,DC4DC14-DC15

CLKD1-3

TO DR4

37

DC19

7

IC7452

C83

6bit

CLRD8

CLK

U4(+

)

8bit

DA19,DB19

Vda_LD

(78V

)

6bit

+5V_DET

15

49

VCC

UC16

11

4

DA20-DC21

17

41,31

IC7508

Vda_LD

(78V

)

P+5V

BUFFER

Vda_75V

1

BUFFER

DC14-DC15

DC3

TO D35

42

DA14,DB14

IC7505

DA4

BUFFER

C90

ODED810DSHL

DMLL

DMHL11

12

DSHL

DMLL

DMHL

DSLL

9

DSLL

4bit4bit

DC3DA4DA5-DC5

DC4

DO

UT

DC

4D

OU

TD

B4

DO

UT

DC

3D

OU

TD

C2

DO

UT

DA

2

DO

UT

DA

4

DOUTDC9 - DOUTDA0

DOUTUC9 - DOUTUA0

46DSHL

DMLL

DMHL45

44

DSHL

DMLL

DMHL

DSLL

47

DSLL

DMLL

12

DSHL

DMHL

9

DSLL

11

10

CLRD8

PCD7

PCD8

LED8

ODED8

CLRD8

PCD7

PCD8

LED8

ODED8

(Via CD-BOARD)

TO D34

(Via CD-BOARD)

TO D33

PCU6PCU5LEU5

CLKU5

ODEU5

CLKU4

ODEU4

PCD7

LED8

CLKD8

ODED9PCD8CLKD9

ODED8

PCD9LED9LED10LED11

16

14

15

13

11

12

17

18

TO PC204

TO PC205

8bit

PCU4LEU9LEU10LEU11

<TNPA4021>

C4 DATA DRIVER (4)!


!


C9 DATA DRIVER (9)

!


C5 DATA DRIVER (5)

C8 DATA DRIVER (8)!


<TSXL571>(C40-CD2)


CABLE

<TSXL571>(C50-CD2)<TSXL572>(D33-CD1)

CABLE

<TSXL575>(C80-CD2)<TSXL574>(D34-CD1)<TSXL576>(D35-CD1)

<TSXL577>(C90-CD2)

CABLE

<TSXL518>

CABLE

<TSXL518>

CABLE<TSXL518>

CABLE

CABLE

<TSXL518>

TH-103PF10UK/EKC4, C5, C8 and C9-Board Block Diagram


TH-103PF10UK/EK

85

9.19. C5, C6, C7 and C8-Board Block Diagram

P+5V

P+5V78V_LUP75V_L

78V_LU

R7387

P75V_L

P+5V

78V_LU

P75V_L 78V_LU

P+5V P+5VR7388

P75V_L

P75V_L

78V_LU78V_LU

P75V_L

P75V_L

78V_LD

78V_LD

P75V_L

78V_LD

P+5V

P+5V

P75V_L

R7436

78V_LD

P+5V

78V_LD

P75V_L

R7435

78V_LD

P+5V

P75V_L P75V_L

P+5V

VCC

BUFFER

IC7304VCC

BUFFER

IC7305VCC

BUFFER

IC7307 IC7306VCC

BUFFER

DATA6bit

57

UA0

DO

UT

UC

1

UC1

DO

UT

UA

0

63 C5259

P+

5V TO DR12

2

(DR1-BOARD SS SIDE)DR

VS

OS

7

DM

LL

4

DS

LL

1

P+

5V

6

DS

HL

DM

HL

3

(DR2-BOARD SS SIDE) Vda_75V

6-11

Vda_LU

(78V

)

TO DR14

Vda_LU

(78V

)

C54 1-4

Vda_75V

DA0-DC1

VCC

3

+5V_DET 25

P+5V 53

VCC

Vda_75V

UA2

BUFFER

DA2-DC2

ODEU6

CLKU1CLKU0

LEU16

LE

U6

PC

U6

CLK

U0

1

CLK

U1

CLRU6

BUFFER

IC7353

DOUTUA0

PCU6

DOUTUC3

31

13

ODEU6

LEU6

6

4bit

1

6bit

DATA

IC7352

8bit

PANEL DATA DRIVER

C61

TO DR13

2bit

1-4

51

9

C51

Vda_LU(78V)

47

41

Vda_75V

UB2

14

11

8

LEU6

ODEU6

29

9

15

C64

45

Vda_LU(78V)

47

Vda_75V

5

48

42

49

CLKU1-0

55

43

Vda_75V

CLKU0(+)

27

DATA

CLRU6

50

PCU6

BUFFER

CLRU6

CLR

U6

CLKU1-1

PCU6

OD

EU

6

7

VCC

IC7351

6-11

4bit

Vda_LU

(78V

)

Vda_LU

(78V

)

(DR2-BOARD SS SIDE)

CLKU1(-)

UC2-UC3

P+5V

UA0-UC1

55

LEU15

66 65

DM

LL

39

DS

HL

DS

LL

DM

HL

675

5V

DE

T

CLK

U7

CLK

U0(+

)

35 33

CLK

U6

CLK

U1(-

)

6bit

CA16

6bit6bit6bit

CA15

OD

EU

5

LE

U6

CLR

U5

PC

U5

PC

U6

DATA 12bit DA0-DC3DATA 12bit DA0-DC3

6-11

P+5V

4bit

Vda_LD

(78V

)

VCC

Vda_75V

Vda_LD

(78V

)

DA3

CLKD1-0

(DR1-BOARD SS SIDE)

BUFFER

CLKU1(-)

UC2-UC3

DA2-DC2DC3

ODED7

CLKU0(+)

P+5V

DATA

VCC

C88

TO SS44(DR1-BOARD SS SIDE)

1

P+

5V

CB15

DATA 12bit UA0-UC3

6bit

DATA

(DR1-BOARD SS SIDE)

IC7401

Vda_75V

8bit

6-11

PANEL DATA DRIVER

Vda_LD

(78V

)

C71

TO DR3

DA0-DC1

2bit

1-4

LED15

CLKD1

BUFFER

5 13

CLKD0

C81

IC7451

5V

DE

T

10

LED16

Vda_LD(78V)

VCC

CLK

D1

UE

H

LE

D7

BUFFER

CLK

D0(+

)

11

IC7457

PC

D7

39

UM

L

Vda_75V

VCC

CLK

D6

37

US

H

DB3

BUFFER

CLK

D0

US

L

IC7455

CLK

D7

CLK

D1(-

)

9

LE

D8

CLRD7

IC7458

6bit

PC

D7

CLR

D5

BUFFER

VCC

CB16

DATA 12bit UA0-UC3

PC

D8

IC7403BUFFER

6bit

DATA

DOUTUA0

6bit

8bit

PCD7

6bit

31

DOUTUC3

DA0-DC1

DO

UT

DC

1

DB3

ODED7

DO

UT

DA

0

LED7

21

4bit

OD

ED

5

CLRD7

Vda_LD

(78V

)

PCD7

C84

LED7

BUFFER

ODED7

CLRD7

1-4

CLR

D7

Vda_75V

CLKD1-1

UA0-UB2

PCD7

C74

VCC

OD

ED

7

Vda_LD(78V)

VCC

+5V_DET

IC7402

43

55

27

45

5

1

41

53

50

48

25

47

49

29

55

15

9

7

6

31

51

13

11

3

1

8

Vda_75V

479

4214

Vda_75VPCD7

LED7

PCU6

LEU6

PCU6LEU12LEU13LEU14

LED14

PCD8

LED13LED12

DMHLDSLL

DSHLDMLL

CLRD8ODED8

CLRU5ODEU6CLKU6

ODEU5CLRU1-0CLRU1-1

CLRU2-0CLRU2-1CLRU21-0CLRU21-1

UA0-UC1

6bit

CLRD2-1CLRD2-0

CLRD21-1

DA0-DC1

CLRD21-0

CLRD1-0

DA3 CLRD1-1

DB38bit

DM

LL

DS

LL

4

TO DR2

DS

HL

2

DM

HL

C82

P+

5V

9

DR

VS

OS

7

6 5

P+

5V

13

P+

5V

3

P+

5V

2

P+

5V

1

UM

H

14

UE

L

15

DR

V_S

OS

8

7

VCCIC7456 BUFFER

4

US

L

US

H

UM

H

UE

H

65

UE

L

3 8

UM

L

7

DR

V_S

OS

8

9

DMHLDMLLDSLL DSHL

DS

LL

DM

HL

DS

HL

DM

LL

DA3

DO

UT

DA

3D

OU

TD

B3

5

7

8

6

4

1

3

2

DC3 DA3,DB3

TO DR5

!


C5 DATA DRIVER (5)

<TNPA4025>

C8 DATA DRIVER (8)!



C6 DATA DRIVER (6)!

<TNPA4024>

C7 DATA DRIVER (7)!


<TSXL518>

CABLE

CABLE

<TSXL518>



TH-103PF10UK/EK

86

9.20. SC2 and S1-Board Block Diagram

COLDCOLD FLOATING GND

COLDCOLD FLOATING GND

+

+

PUSH

+16V_F+15V

D6806

VR6600

1

2

3

VSUS

VSUS

T6602

D6841

+15V

SOS7-SC2

VR6605

12

3

+15V +16V_F2

+15V

SW061

Q6352

Q6351

VR6351

1

2

3

+15V

VSET0 VSET

VSCN Gen.

COUPLER

2 4

4

6

IC6801

TPVAD

K

TO P12

PHOTO

VSET Gen.

FOR

12

S

2

K

2

195V

Vin

VIN

GND

Q6841,Q6842

10

4

+15V

10

6

1

IC6791

Vsus

VOUT

USE

SC82

TPVSET

Vda 75V

PC6801

SC30

REF

IC6841

A

OCP

D

REF

A

Q6821,Q6822

STB_PS

Q6803

REF

12

TPVSCN

7

VAD Gen.( 85V)

A

5

15

FACTORY

K

85V(Vad)

1

1

POWER OSC

IC6821

IC6803

Vda 75V

(+140V)

8

COM

11

13

SC

STB+12V

DC/DC CONV.

8

TPF16V

VSET:240V

D6804

R6803

R6804

85V

1

Vset

TO SC80

Vset

SC83

2

(SC-BOARD)

5

6 +15V

+15V

11

12 +16V-F2

+16V-F2

VSCN

17

21

VAD

VSCN

22

13

VAD

14

18

+16V-F

+16V-FD6859

VIN

GND COM TPF16V-2

VOUT

85V(Vad)

DC/DC CONV.

IC6792

STB PS 1

34

3

1

3

SC

STB_12V

S34

1

TO SC81

VBK

SC84

2

3

4

15

V_CENT 13

16

14

VBK

VBK

VBK

V_CENT

V_CENT

V_CENT

VbkAdj.

(152V-181V)

K

A

IC6351

REF

Q6353Vbk

+15V

3

6

(DR1-BOARD SC SIDE)

1

2

13

4

SC

Vda75V

TO DR1

Vda75V

Vda75V

Vda75V

TO DR11SC

6

2

Vda75V

Vda75V

+15V

3

(DR2-BOARD SC SIDE)

Vda75V

14

4

1 Vda75V

(SC-BOARD)

(P-BOARD SC SIDE)

TO P11(P-BOARD SC SIDE)


DC-DC CONVERTER!

<TNPA4034>

SC2(Exchange board only)

!

<TNPA4084>

S1 POWER SW

POWER SW

FOR SCAN DRIVE

COLD FLOATING GND

COLD FLOATING GND

TH-103PF10UK/EKSC2 and S1-Board Block Diagram

TH-103PF10UK/EKSC2 and S1-Board Block Diagram

TH-103PF10UK/EK

87

9.21. SC-Board Block Diagram

CEL2

CL

CEL

CPH2

CLK

FCLU

SIDSIU

FSID

FSIU

FCLD

CEL2

CLK

SIU

FCLKD

PROU

PROD

SID

CPH2

SCSU

CL FCLKU

SCSU

CEL

CBK

D6721

D6872

D6480

D6620

VR6602

12

3

+16V_F

+15V

R6600

+15V

D6862

D6760

R6602

+15V_F

+5V

D6791

15V_F

+5V

+15V

D6478

R6601+15V_F

D6583

+16V_F2

D6871

VSUS

+5V

D6616

D6585

D6610

+15V

D6619

D6612

16V_F

+5V

D6825

Q6824

+5V

+5V+5V

+5V

+15V

VSUS

D6354

+15V

D6826

D6861

R6615 R6614R6630

+16V_F2

D6792

+16V_F2+15V +16V_F

+5V

+16V_F

VR6602

12

3

COLD FLOATING GNDTING GND

2

IC6521

RATOR

3

HIN

(SC3)

GND

IC6472

VAD SEPARATE

IN

DRIVER

Vf

PC6871

VSET SLOPE

TPVSUS

OUTFET

IC6721

Vscn SOS

COUPLER

FSID

HO

IC6802

3

PC6704

Vad( 85V)

VSET

CLK

6

VF_GND

17

Q6682Q6687Q6688

19

R6662

CEL2

VAD CONT

GND

PHOTO

IC6601

VAD

R6663

OUTFET

1

VCC

DRIVER

INIT-F

FCLU

HO

VF_GND VF_GND

Q6742

B10

A1

FETOUT

CEL2

B11

2

FET

Vscn(VAD+140V)

(SC3)

185V

BUFFER

D

FCLKD

2

FET

B36

Vsus

COUPLER

A33

TPSCI

Vf+5V

AVR

K

A11

COMPA-

G

A40

COUPLER

OUT

SIU

IC6501

G

+5V

L6402Q6441-Q6443,Q6445-Q6447

INVERTER

PHOTO

12

(0-430V)

Q6451-Q6453Q6455-Q6457

Vf

A34

Q6621Q6631Q6633

BUFFER

VSCN SUPERIMEPOSED

PC6702

16V SOS

COM

FET

OUTFET

FET

S

BUFFER

+5V(SC3)SOS

IC6561,IC6562

IC6773

A10

PHOTO

2G-

VF_GND

+5V

ENERGY RECOVERY SOS DET

(0-300V)

FET

3

CLK

7

8

18

BUFF

VAD SLOPE

VCC

B1

VF_GND

CMH

IC6722

BUFF

D

A34

VCC

SC

11

SIU

CEL2

TPVSET2

B12

LO

VCC

COUPLER

K

S

Vscn

GND

VF_GND

L6415

B40

3

VCC

Q6661

COMPARATOR

COUPLER

Vfo SOS

PC6861 A40

Q6791

SC80

REF

Q6422-Q6432

Vf

IC6753L6413

52

SCSU

OUTFET

2

D

ERROR DET

TO D20

COM

+5V(SC2)

Q6602

1

LO

6

(SC1)

A35

A36

1

+5V(SC3)

Q6521-Q6528

Vsus Gen.

COMPA-

FSIU

PHOTO

4

FCLKD

B33

Q6762

D

20

B35

CSL

A1

SC42

Vf+5V

PROU

COUPLER

GND

Q6662

+5V

SC2

PHOTO

INVERTER

SC

7

B13

GND

CPH

G

FET

IC6671

8

SID

PHOTO

FCLKU

20

IC6751

FSIU

COUPLER

FETOUT

S

IC6610

FSID

13

HO

+5V(SC1)SOS

(Vfo)

5

VCC

(5-10V)

PROD

Vf+5V

Vf+5V

HIN

23

IC6471

SC

8

VF_GND

B35

GND

(335V)

VCC

DRIVER

IC6871

1

IC6602

Vf+5V

DRVRST_0

FETOUT

1

9

49

CEL

+5V(SC3)

+5V(SC1)

COUPLER

A36

3

BUFFER

2 OUT

FCLU

Vfo

A40

VSET2 Gen.

GND

IC6752

LO FET

A

LO

BUFFER

5

B34

Vf

SC47

VF_GND

IC6771

Vf

Q6501-Q6508

9

G

3

PC6703

ENERGY RECOVERY

Vf

Q6671-Q6674Q6676-Q6678

Vf

D

5

RATOR

1

-

Q6401-Q6412

CSH

+15V

Vfo

OUT

DRIVER

TPVAD

R6661

CML

Vfo

B1

PHOTO

R6858

TO SC83

VCC

BUFFERDRIVER

VSET2

FCLD

B36

G

+15V

Vf

PHOTO

IN

S

TPSOS6

B33

LIN

PROD

FET

(Vscn)

S

B34

2

COUPLER

VCC

D

Q6601

IC6774

AVR

1

3

CPH2IN

LED(G)

PC6610

Vf

VSUSFCLKU

COUPLER

PC6701

CML

BUFF

VSET SEPARATE

14

1

SC

A

Q6743

DRIVER

PHOTO

TPVSET

Q6531-Q6534

GND

LO

Q6551-Q6554

Q6611-Q6615Q6641-Q6650Q6651-Q6660

VCC

IC6581

PC6760

+5V(SC1)

LED BLINKING : 6 TIMES

L6421

Vscn

Q6663

CL

DRIVER

G

D

SID

Vset SOS

LO

CSL

A12

Vf+5V

REF

IC6681

Q6781-Q6786

VF_GND

BUFFER

A13

FET

GFET

HO

PC6480

AVR

+

Vf+5V

VCC

IC6725

SC41

AMP

VF_GND

TPSC1 SIGNAL WAVE

FET

P+5V

IC6726

GND

S

1

A1

SOS6_SC

7

IC6772

Q6679

A35

TPV15V

IN

COMPA-

Vf+5V

IC6682

VCC

PC6705

D

PHOTO

LIN

Q6680

Vf

9

A33

IN

BUFFER

FET

AVR

CL

11

S

CMH

PROU

OUT

B1

1

VBK

VSCN

BUFF

B40

B40

FCLD

HO

RATOR

G

Q6744 S

IC6861

+5V(SC1)

BUFF

+5V(SC3)

CSH

BUFF

2

Q6581

(SC2)+5V

TO SU49

TO SU42

TO SD52

TO SD47

FSIU

FSID

FCLUFCLU

Vf

FCLKD

A1

B10

A40

A1

SC46

B11

Vf+5VPROU

7

Vf

A29

FCLKU

TO SM51

7

SC

5

Vf+5V

B13

B30

8

B1

FCLKU

9

Vfo

9

3

A31

FSIU

FCLKD

Vf

Vf

FSID

Vscn

PROU

A11

5

B12

1

Vf+5V

A40

PROD

3

B1

Vf

Vscn

Vf+5V

TO SM46

FCLD

B40

SC

A12

8

Vf+5V

Vf

B40

A30

B29

A13

Vfo

51

FCLD

B28

A10

1

50TO SM50

B31

Vf+5V

PROD

A28

SC43 TO SM43

B11

Vfo

A40A10

TO SD48

SC48

Vfo

A12A1

Vf

Vscn

B40B1 B10

Vf

Vscn

B12 B13

A13A11

VSET SOS DET

R6833-R6836

12CBK1

2

VCC

IC6564NOR GATE

YB

A

VCC

1

NOR GATE

IC6566

2

4

1

2

AND GATE

IC6565

VCC

IC6563AND GATE

4

VCC

3

1

2

HOLIN

Q6567,Q6368

Q6361-Q6363

IC6352

HIN

DRIVER

VCC

Q6364-Q6366

OUTFET

OUTFET

FET

Q6465,Q6466

VBK Gen.

OUTFET

Q6462-Q6464

OUTFET

Q6459-Q6461

4

3

VBK

81

13

V_CENT

14

16

V_CENT

SC

VBK

V_CENT

VBK

V_CENT

2

TO SC84

15

VBK

1

VCC

-

COMPARATORQ6554

+

IC6353

CPH

CSH

CMH

CPH1

VF_GND

-97V

-90V

L6424

L6426

VSET SOS OPERATIONat 210V or less

Vset

Vset

+15V

+15V

+16V

_F

2

+16V

_F

2

VS

CN

VS

CN

1413 17

+16V

_F

+16V

_F

18

VA

D

21 22

VA

D

TO SU41

Q6681Q6685Q6686

INIT-R

Q6825

BUFF

Q6826

BUFF

Q6691

BUFF

(SC2-BOARD)

TO P2

TO P23(P-BOARD SC SIDE)

(P-BOARD SC SIDE)

(SC2-BOARD)

SC FLOATING PART SOS DET

<TNPA4033>

SC!


SCAN DRIVE

COLD FLOATING GND

TH-103PF10UK/EKSC-Board Block Diagram

TH-103PF10UK/EKSC-Board Block Diagram

TH-103PF10UK/EK

88

9.22. SU, SM and SD-Board Block Diagram

7

FCLU

D74

D41

Vf+5V

D35

IC6901

FSIU

SO

Vf+5V

D34

SI

30bit

GND

S/P

Vf+5V

VDD

30bit

GND

Vf

5

VDDH

Vf D73

SI

CLK

S/P

360LINE

VDD

Vf

PRO

30

D76

Vscn

IC6907

PRO

VDD

CLK

PRO

Vfo

30

CLK

SU41

GND

Vf

CL

Vf

SI

SI

VDD

C12

GND

SO

SO

CLK

IC6903

VDD

SI

SU42

Vfo

30bit

SO

(UPPER)

D40

30bit

PRO

VDDH

30bit

PROU

C53

CL

Vf+5V

CLK

FCLKU

CL

PRO

S/P

PRO

30bitS/P

8

30

CL

C41

IC6904

C51

TO SC49

TO SC41

TO SC42

VDDH

CLK

SO

SU1

LINE

1

C40

D36

D1

D33

CLK

SO

SO

IC6906

GND

PRO

VDD

SCAN

9

SI

C11

30bit

IC6902

IC6905

VDD

90

CL

ELECTRODES

C10

S/P

SI

C13

VDDH

PRO

VDD

C80

VDDH

S/P

30bit

SI

C52

D80

IC6909

VDDH

Vf

IC6951

Vscn

3

GND

CLK

S/P

S/P

C1

GND

S/P

VDDH

CL

SI

VDDH

CLK

30bit

IC6908

VDD

GND

VDDH

GND

D75

SO

CL

PROCL

C50

CL

PANEL

30

30

30

SU2

LINE90

30

30

30

SU3

LINE90

CLCLK

CL

VDD

SI

S/P

VDDH

PRO

IC6910

CLK

VDDH

SO

SI

CLK

GND

30bitS/P

IC6912

SI

30

S/P

30

30

PRO

SU4

SO

GND

LINE

VDD

90IC6911

30bit

VDD

CL

VDDH

30bitGND

PRO

SO

SO

SU55

1FS

TO SM55FS14

SU49

VCC

Vscn Voltage

Vscn Out

High Voltage Floeting GND

SO

CL


Vf+5V

CL

Vscn Out

CL

CLK

PRO

23

CLKM

IC6924

CL

FS

CL

TO SU55

PRO

D48

S/P

S/P

CL

D5

PRO

30bit

VDD

VDDH

S/P

8

30

30bit

VDDH

CL

Vfo

PRO

D80

PANEL

C71

PRO

IC6916

VDD

SI

D47

TO SC50

CLK

S/P

360LINE

TO SC43

VDD

TO SC46

Vf

D41

IC6923

PRO

30

VDDH

30

C68

30

Vscn

S/P

PRO

VDD

IC6919

CLK

LINE90

VDDH

PRO

30bit

Vf

SO

30

SI

CLK

30

CL

30bit

CLK

VDD

SM43

Vf+5V

GND

C30

CLK

SI

D46

30bit

C41

SI

SO

Vf

GND

SM1

GND

S/P

GND

CL

CL

S/P

IC6921

GND

LINE

Vf+5V

VDDH

VDD

VDDH

CLK

SO

Vf

30bit

GND

PRO

SO

Vfo

SI

30bit

D1

5

Vf

C28

SI

IC6922

VDD

IC6952

CLK

SI

C40

VDDH

SM2

Vscn

D6

3

C31

GND

30

GND

LINE

CLK

90

CLK

SO

30

S/P

30

VDDH

SO

VDD

30

IC6918

SO

S/P

GND

D40

PRO

SM3

SO

GND

LINE

VDD

30

S/P

90

CLK

VDDH

SCAN

IC6915

PRO

9

SIMD

CL

SI

VDD

Vscn Voltage

SI

VDDH

D7

SI

CLK

30bit

S/P

SM46

30bit

SM4

IC6914

Vf

Vf+5V

IC6920

IC6917

30bit

VDD

C29

VDD

SM55

90

IC6913

7

SO

(MIDDLE)

GND

CLM

CL

C1

C70

VCC

VDDH

C80

ELECTRODES

30

30bitGND

PRO

D8

SI

VDDH

C69

S/P

SO

SO

30bit

PROM

D45

SI

SM50

VCC

PROM

9

TO SD56

5

IC6952

Vf+5V

SM56

7

3

SM51

TO SC51

Vf+5V

23

CLKM

FS

8

CLM

SO

CL


Vf+5V

CL

Vscn Out

CL

CLK

PRO

1

FCLKD

IC6936

CL

FS

CL

TO SM56

PRO

C50

S/P

S/P

CL

C13

PRO

30bit

VDD

VDDH

S/P

8

30

30bit

VDDH

CL

Vf

PRO

C41

PANEL

C76

PRO

IC6928

VDD

SI

C51

TO SC52

CLK

S/P

360LINE

TO SC47

VDD

TO SC48

Vf

C80

IC6935

PRO

30

VDDH

30

C73

30

Vscn

S/P

PRO

VDD

IC6931

CLK

LINE90

VDDH

PRO

30bit

Vfo

SO

30

SI

CLK

30

CL

30bit

CLK

VDD

SD47

Vf+5V

GND

C35

CLK

SI

C52

30bit

C41

SI

SO

Vf

GND

SD1

GND

S/P

GND

CL

CL

S/P

GND

IC6933

LINE

Vf+5V

VDDH

VDD

VDDH

CLK

SO

Vf

30bit

GND

PRO

SO

Vf

1

SI

30bit

C40

5

Vf

C33

SI

IC6934

VDD

IC6954

CLK

SI

C40

VDDH

SD2

Vscn

C12

3

C36

GND

30

GND

LINE

CLK

90

CLK

SO

30

S/P

30

VDDH

SO

VDD

30

IC6930

SO

S/P

GND

C1

PRO

SD3

SO

GND

LINE

VDD

30

S/P

90

CLK

VDDH

SCAN

IC6927

PRO

9

FS14

CL

SI

VDD

Vscn Voltage

SI

VDDH

C11

SI

CLK

30bit

S/P

SD48

30bit

SD4

IC6926

Vfo

Vf+5V

IC6932

IC6929

30bit

VDD

C34

VDD

SD56

90

IC6925

7

SO

FSID

(LOWER)

GND

FCLD

CL

C1

SD52

C75

VCC

VDDH

C80

ELECTRODES

30

30bitGND

PRO

C10

SI

VDDH

C74

S/P

SO

SO

30bit

PROD

C53

SI

SU

<TNPA4030>

! SCAN OUT (UPPER)


SM

<TNPA4031>

! SCAN OUT (MIDDLE)


<TNPA4032>

! SD SCAN OUT (LOWER)


BRIDGE CONNECTOR<K1LA23BA0003>




TH-103PF10UK/EKSU, SM and SD-Board Block Diagram

TH-103PF10UK/EKSU, SM and SD-Board Block Diagram

TH-103PF10UK/EK

89

9.23. SS, SS2 and SS3-Board Block Diagram

RE

F

KA

+

G

D

S

G

D

S

5V

G

D

S

G

D

S

G

D

S

D6255

G

D

S

G

D

S

G

D

S

+5V

D6253

D6261

D6273

IC6281

15V

VR6000

1

2

3 G

D

S

G

D

S

15V

G

D

S

G

D

S

D6045D6046

D6043D6044

HIN

L6002-L6013

UEH

TO P12

HO

Vda75V

SS30

L6302-L6311

ST

B12V

Vda75V

Q6107,Q6103,Q6291Q6108,Q6104,Q6292

USL

2

FET DRIVER

FET

UEL

Q6146-Q6149

FET DRIVER

SUSTAIN

(DR2-BOARD SS SIDE)

FET

6

Vda75V

VCC

UMH

(DR1-BOARD SS SIDE)

SS

42

LO

6

1

TO P2

OUTPUT

Q6171-Q6174

IC6131

TPSS1 WAVEFORM

Q6141-Q6144

TPVDA

+5V

Ve2

COMPARATOR

6

+15V

USL

TO C88

TP15V

FET

FET

IC6211

3

HIN

OUTPUT

SS58

+15V

VCC

LIN

FET

Vsus

Vda75V

OUTPUT

BUFFER

LO

UML

TPSOS8

SS51

FET

UEH

Q6181-Q6184

USH

LED(G)

OUTPUT

UMH

UML

2

IC6261

5

VCC

IC6191

UEL

OUTPUT

Q6112,Q6114,Q6161,Q6118,Q6120

UMH

1

(+5V)

SS_SOS8

UEH

DRV(SS)_SOS8

UEL2

Q6021-Q6026

+15V

Q6001-Q6006

1

SS37

FET

8

4

Vda75V

12

OUTPUT

UEL

7

FET DRIVER

3

BUFFER

HIN

Vda75V

1

VCC

BUFFER

SS25

44

LED BLINKING : 8 TIMES

Q6101,Q6105,Q6109Q6102,Q6106,Q6290

SS55

VCC

Ve Gen.

VSUS

USH

TPVSUS

8

1

Q6191,Q6192

ST

B P

S

4

OUTPUT

VE

IC6151

LIN

HOLIN

PANEL

ENERGY RECOVERY SOS DET

2

SS57

BUFFER

LO

Vsus Gen.

ELECTRODE

COMPARATOR

VCC

HO

FET DRIVER

USL

USH

Q6051-Q6053

9

Q6111,Q6113,Q6115,Q6117,Q6119,Q6121

SS

3

IC6251

UML

35

Q6045-Q6047

4

2

ENERGY RECOVERY

IC6241

SS

SS

SS

FET

VCC

IN

SS62

OUTPUT

BUFFER

TPSS1

4

Ve2 Gen.

10

SS56

BUFFER

SS21

TO DR11

Vda75V

Vda75V

TO DR1

Vda75V

Vda75V

VE SOS DET

Q6261

D6061-D6069

Q6041-Q6043

Operates at 97V or more and 44V or less/

BUFFER

Q6193,Q6194

BUFFERHO

BUFFER

Q6213,Q6214

Q6211,Q6212

Q6055-Q6057

Ve2 Det

TPVe2

BUFFER

Q6281,Q6282

D6221-D6223

TPVe2

Ve:150VD6228

OUTPUT

Q6221

Q6222

FET DRIVEROUTPUT

VCC

IN LOFET

HO

FET

IC6221

DCDC CONVERTER

EA IN

EA OUT VOUT

VCC

IC6222

Ve2Push-PLLAVR(10V)

FETOUTPUT

Q6156-Q6159

Q6151-Q6154

Q6027-Q6032

Q6007-Q6012

BUFFER

OUTPUT

BUFFER

FET

SS52

SS53

SS54

SS61

SS60

SS59

SS29

SS27

SS36

SS23

LED(G)

Q6271

LED(G)

LED(G)LED(G)

CA

BLE

DE

TC

AB

LE

DE

T

(P-BOARDSS SIDE)

(P-BOARDSS SIDE)

R6288

R6289

!


SUSTAIN DRIVE

<TNPA4035>

SS

SS2 SUSTAIN OUT!


!


SS3 SUSTAIN OUT

TH-103PF10UK/EKSS, SS2 and SS3-Board Block Diagram

TH-103PF10UK/EKSS, SS2 and SS3-Board Block Diagram

TH-103PF10UK/EK

90

9.24. DR1, DR2 and CD-Board Block Diagram

D7853

+5V

5V

G

D

S

G

D

S

G

D

S

G

D

S

+5V

G

D

S

G

D

S

G

D

S

D7928

5V

G

D

S

+5V+5V

G

D

S

VR650

12

3+15V

+15V

5V 5V

+5V

+5V

+5V

+5V

+5V

+5V

+5V

+5V

+5V

G

D

S

VR600

12

3

+15V

BUFFER

TPSOS7

HIN

5

Q7901-Q7904

6

DATA RECOVERY

DSLR

HIN

OUTPUT

DSHRVda75V

2

LIN

+5V

DMLR

DSLR

DMHR

LIN

IC7852

78V Gen.

VCC

IC7851

COMPARATOR

Q7984-Q7988

FET DRIVER

Q7955-Q7958

FET3

Q7905-Q7908

DSHR

FET

Q7950-Q7953

+5V

DMLR

VCC

DMHR

L7880-L7882

DMLR

BUFFER

DMHR

IC7854

FET DRIVER

L7885-L7887HO

DR1

1

OUTPUT

DSLR

2

4

3

Q7870,Q7873

Vda75V

BUFFER

1

BUFFER

OUTPUT

SS_SOS7

HO

Q7989-Q7993

VCC

OUTPUT

LO

9DRV_SOS7

4

IC7853

FET

VCC

BUFFER

FET

LO

DR2

DSHR

(SS SIDE)

Q7866,Q7869

6

+15V

Vda75V

Vda75V

TPVDA

TP15V

D7871-D7873

D7874-D7876

2

4

1

3

Vda75V(P75V)

DR3

Vda75V(P75V)

Vda75V(P75V)

Vda75V(P75V)

7

6

8

9

10

11

9

8

10

2

DR4

1

Vda75V(P75V)

3

Vda75V(P75V)

7

4

11

Vda75V(P75V)

6

Vda75V(P75V)

9

8

10

2

DR5

1

Vda75V(P75V)

3

Vda75V(P75V)

7

4

11

Vda75V(P75V)

6

Vda75V(P75V)

1

Vda75V(P75V)

OUTPUT

OUTPUT

DSLR

9

Vda75V(P75V)

2

4

TPVDA

Vda75V

8

Vda75V(P75V)

LO

1

Vda75V(P75V)

2

DR14

L7960,L7961

Q7941,Q7944

Vda75V

6

HO

10

3

3

Q7945,Q7948

Vda75V

2

BUFFER

Q7980-Q7983

TP15V

3

8

DSHR

+15V

DR13

6

DMHR

7

Vda75V(P75V)

DATA RECOVERY

IC7929

DSLR

D7946-D7948

DMLR

BUFFERVCC

TPSOS7

HIN

5

1

7

4

Vda75V(P75V)

IC7853DRV_SOS7

Vda75V(P75V)

3FET

VCC

4

IC7927

Vda75V(P75V)

7

LIN

Q7955-Q7958

78V Gen.

FET

VCC

4

DMHR

D7949-D7951

1

L7956,L7957

Q7984-Q7988

3

DMLR

Vda75V(P75V)

BUFFER

SS_SOS7

BUFFER

DSHR

OUTPUT

Vda75V

HO

FET DRIVER

2

TPVC

Q7989-Q7993

BUFFER

FETLO

IC7926

10

DR12

COMPARATOR

Q7976-Q7979

6

1

+5V

FET DRIVER

9

DMHR

DSHR

DMLR

10

LIN

VCC

4DSLR

DR15

HIN

11

FET

OUTPUTVda75V(P75V)

Q7950-Q7953

DR11

+5V

6

2

9

11

Vda75V(P75V)

8

6

9

11

Vda75V(P75V)

AND GATE

IC7932

VCCVCC

NOR GATE

IC7931Q650

D652

L650-L652

IC7930

ENHANCE

IN(+)VIN

OUT

RASE VOLTAGE

TPDR

TPDR

CH4_B

CH2_B

GND

GND

P5V

GND

GND

GND

CH5_A

GND

CH5_B

DIN_CLK1

GND

CH1_B

CH8_B

DRV_SOS7D

P5V

CH8_A

P5V

CH8_C

CH9_B

CH9_A

CH9_C

CH10_B

GND

GND

CH10_A

CH10_C

CH11_B

CH11_A

CH11_C

CH3_C

CH12_B

CH5_C

CH12_A

CH12_C

CH13_B

CH13_A

CH13_C

GND

CH14_B

CH14_A

CH14_C

CH3_A

GND

GND

CH3_B

CH2_C

GND

NC

PC

ODE

CH4_A

CLR

LE

CH1_A

DIN_CLK2

CH4_C

DIN_CLK3

DIN_CLK4

GND

CH1_C

GND

GND

CH2_A

5V_DET

GND

GND

CH4_C

CH12_B

CH5_C

CH12_A

CH9_A

CH2_C

CH8_A

GND

CH13_A

GND

CH10_C

GND

CH4_B

GND

GND

GND

GND

CH10_A

CH11_A

CH1_B

CH11_C

DRV_SOS7D

GND

CH14_B

CH12_C

CH2_B

GND

CH5_A

GND

CH4_A

CH13_C

CH3_A

CH8_B

CH13_B

CH3_C

GND

CH3_B

CH10_B

GND

P5V

GND

P5V

GND

P5V

NC

CH5_B

CH2_A

CH9_C

CH14_A

CH1_A

GND

CH9_B

CH14_C

CH11_B

CH1_C

5V_DET

CH8_C

PC

CLR

LE

ODE

DIN_CLK2

DIN_CLK3

GND

DIN_CLK4

GND

DIN_CLK1

GND

4

2

1

6

9

7

3

8

10

5

11

18

20

15

16

19

17

13

14

12

21

28

30

25

26

29

27

23

24

22

31

38

40

35

36

39

37

33

34

32

41

48

50

45

46

49

47

43

44

42

51

58

60

55

56

59

57

53

54

52

61

68

65

66

67

63

64

62

1

34

55

12

49

39

21

63

26

48

59

54

52

60

56

47

29

25

30

8

17

10

36

20

31

65

51

15

27

24

50

5

40

38

64

68

11

45

18

66

28

42

33

44

58

53

32

37

6

9

67

7

3

13

23

19

61

41

22

46

4

35

2

57

16

62

43

14

TO

CD1 CD2

BUFFER

IC9707VCC

IC9702VCC

BUFFER

VCC

BUFFER

IC9704

VCC

BUFFER

IC9703

VCC

BUFFER

IC9706

VCC

BUFFER

IC9705

IC9709VCC

BUFFER

IC9708VCC

BUFFER

IC9701VCC

BUFFER

TO C14(SC SIDE)C74(SS SIDE)

TO CX4(SC SIDE)C44(SS SIDE)

TO CZ4(SC SIDE)C64(SS SIDE)

LED BLINKING : 7 TIMESDATA RECOVERY SOS DET

78V(Vda-RD/LU)

78V(Vda-RD/LU)

DRV_SOS7

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RD/LU)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)

78V(Vda-RU/LD)



TO CY4(SC SIDE)C54(SS SIDE)

DR1!

DR2!


<TNPA4040>

CD C-BOARD/D-BOARD CONNECTION


!

ENERGY DATA

ENERGY DATARECOVERY

D36D35D34D33D32D31

CY0

C50

C20C40

C90C80

TO

(SC SIDE)

TOSC13

SS42

C82(SS SIDE)

C22TO

(SC SIDE)

(SS SIDE)

SC14TO

(SC SIDE)SS35

(SS SIDE)

CY2TO

(SC SIDE)C52

3DR16 1 2

3

VIN

OUT

RASE VOLTAGE

Q600

D602

DR6 1 2TPVC

L600-L602

IC7855

ENHANCE

IN(+)

ENERGY DATA


RECOVERY

LED BLINKING : 7 TIMESDATA RECOVERY SOS DET

TH-103PF10UK/EKDR1, DR2 and CD-Board Block Diagram

TH-103PF10UK/EKDR1, DR2 and CD-Board Block Diagram

TH-103PF10UK/EK

91

10 Wiring Connection Diagram10.1. Interconnection (1 of 8) Diagram

B-5

9

17

A-3

A-11

A-17

B-20

5

Y/G

B-15

A-23

LAN+15V

A-14

PC/232C

B-22

A-2

B-11

SOS

10

TX

D

B-33

B-22

B-18

TXG+

10

GN

D

2

A-13

B-37

B-2

B-6

2

A-29

B-26

SOS

3

77

A-30

A-13

A-19

A-20

TO DN6

B-21

B-16

16

S_CLOCK3

15

B-11

A-27

3

B-40

2

A-1

B-13

14

DS1

B-32

B-20

B-17

B-9

B-36

20

B-14

A-21

12

+5V

B-8

A-21

B-9

68

A-20

A-3

B-13

2

B-3

A-28

A-13

7

S_CLOCK1

B-23

6

A-31

74

A-24

B-40

63

3

B-20

A-37

TXC+

B-4

A-35

A-3

B-37

A-30

A-31

B-1

26

B-18

B-30

B-26

B-21

61

14

B-7

S_DATA1

B-29

A-9

78

9

B-8

B-25

B-39

13

RS-232C

TXC-

A-21

A-7

A-4

4

A-33

A-17

14

A-38

6

SLOT+3.3V

SLOT+15V

SLOT+15V

SLOT+15V

SLOT+15V

SLOT+15V

SLOT+15V

SLOT+3.3V

24

A-28

TX0-

18

TX3-

A-6

69

A-4

4

TX0+

1

B-37

LAN+15V

A-27

1

SLOT+3.3V

B-23

A-22

A-27

B-33

11

B-1

B-31

DS14

GND

64

B-18

A-24

B-25

6

HX1

B-27

23

A-25

A-38

A-16

29

TX0+

5

B-25

5

A-25

TX0-

1

B-3

B-9

73

A-37

SLOT+5V

B-31

A_O

A+

A-18

12

B-38

9

A-33

PC

-B

TX3+

B-6

DS

10

B-5

DS3

B-10

A-31

PC

-G

SLOT+9V

B-16

A-26

B-36

A-10

PC

-R

B-34

A-8

B-26

PC

-VD

TXD

8

A-23

A-29

B-2

B-12

A-38

A-12

TX1-

PC

-RX

D

A-28

4

A-16

RXD

A-18

B-2

A-22

B-17A-17

B-35

B-36

1

TX1+

A-34

TXC+

A-29

A-8

PC

-Rs

A-12

B-17

A-7

PC

-B

A-26

B-15

B-30

B-35

4

B-39

TXG+

A-23

A-32

5

A-32

B-5

A-12

AUDIO IN L

B-4

V15

A-35

A-2

RT

S

B-24

SLOT+9V

2

B-31

PR/R

PC

-TX

D

A-39

B-32

A-19

PC

-HD

B-38

B-16

RX

D

7

B-21

B-28

PC

-G

B-23

B-15

1

A-1

8

B-4

PR/R

B-8

7

LAN+15V

B-10

A-39

30

13

A-25

B-29

B-10

A-11

A-1

B-14

8

B-19

STB+5V(S)

B-40

DS

4

A-9

B-38

B-32

A-40

31 7

B-7

A-40

28

A-15

4

SRQ

B-34

70 5

S_DATA3

B-19

12

DS13

B-27

SLOT+5V

DS11(SLOT1)

76

VD

21

B-28

72

DS12

B-1

3

A-37

DS11

B-29

1

A-30

7

B-7

TX1-

STB+3.3V

A-32

13 4

LAN+15V

1

B-19

B-22

B-30

DS15

11

S2 DETECT A-36

A-24

B-13

8

10

B-6

A-5

A-20

A_O

A-

2

RESET

S_DATA2

6566

A-15

A-26

A-39

Y/G

A-19

A-7

B-27

TXC-

A-6

25 3

CT

S

B-39

19

A-36

6 10

A-40

A-22

75 9

B-24

KEYSCAN

6

TX3+

B-11

TX1+

67

A-36

<TNPA4386>

PB/B

A-15

A-16

15

A-14

1

A-18

A-10

15

DS

A-4

2

A-5

GND

STB+5V(S)

B-35

A-2

B-3

S_CLOCK2

A-33

27

PB/B

A-9

22

STB+5V(S)

3

B-34

A-6

TXG-

A-35

A-34

TXG-

5

A-8

HD

B-33

B-12

HX

A-5

B-28

B-24

11

LAN+15V

62

A-14 B-14

B-12

A-34

71

A-10

TX3-

A-11

DPMS_HD

13

15

11

17

DPMS_VD

19

SOS

S_D

ATA

S_C

LO

CK

DS9

2

14

2

3

<TNPA4103>FAN (80)

PB30

2

3

PB69

1

PB64

35

FAN (80)

2

FAN (120)

1

3

1

PB66

PB

+5V

FAN_SOS3

1

GND

5 FAN_CONT

2

4

+15V

DS30

SLOT1 SLOT3

RXD

TXD

RXD

TXD

PC

-Ls

JK3513JK3511 JK3509

PC

-HD

PC

-VD

TO DN3

GND

RXD_TU

21

28

19

STB+3.3V

29

GND

9

+5V

TXD_TU

STB+5V

30

8

13

24

3

2

RXD_PC

16

TXD_PC

IIC_CONT

S DATA1

20

11

7

S DATA3

4

17

26

12

18

22

14

5

6

25

S CLOCK1 27

15

S CLOCK3 23

1

10

33

34

31

35

32

30

8

13

24

3

2

16

20

11

4

17

26

12

18

22

7

14

5

6

25

27

21

15

28

23

1

10

19

29

9

LA

N+

15V

LA

N+

15V

P+

15V

P+

15V

P+

15V

P+

15V

P+

15V

P+

15V

2 111 25 63 4 53 68 10 19 47

6 GND

GND

FAN (120)

FAN_SOS

FAN+12V

3

2

1

PB62

3

PB

54

FA

N (

12

0)

FA

N (

12

0)

1 232 31

PB

53

FA

N (

12

0)

21

PB

51

TX9+

TX8-

TX8+

TX7+

TX7-

TX6-

TX6+

TX5-

TX4+

TX5+

TX4-

TX9- TX9-

TX8+

TX5-

TX7-

TX8-

TX6+

TX4+

TX5+

TX4-

TX9+

TX7+

TX6-

SRQ

DS12(SLOT2) DS13(SLOT3)

JK3001 JK3002

Y PrPb

HA

H1

<TXNHA10RBS>

6

SLO

T+

9V

7

GN

D

9

GN

D

11

GN

D

PC

-R

8

1 5 6 7 11 12 154 103 9 142 138

A_O

B+

A_O

B-

A_O

C+

A_O

C-

A_O

D+

A_O

D-

A_O

E+

A_O

E-

A_C

LK

-

A_C

LK

+

7980 60 5054 43454656 52 44 414755 51 424857 4959 58 53

A_E

A+

A_E

E-

A_E

C+

A_E

B+

A_E

B-

A_E

E+

A_E

C-

A_E

D+

A_E

D-

A_E

A-

37 3438 3236 35 333940

B_E

C-

GN

D

B_O

A+

B_E

E+

B_E

E-

B_C

LK

+

B_O

E-

B_E

A+

B_E

A-

GN

D

B_E

B-

B_E

B+

B_E

C+

B_E

D-

B_O

C+

B_O

B+

B_O

B-

B_O

E+

B_O

C-

B_C

LK

-

B_O

D+

B_O

D-

B_E

D+

B_O

A-

804729181611 40 7020 41 44 57397 7448 53338 52134 56 6326 353 36 42 65 661715 321 6038 76312112 7258 641410 3427 6122 46 51196 372824 674525 759 43 7159555 49 62232 6830 7769 7954 787350

7

8

4

3

1

10

6

9

5

2

12

14

16

18

20 1

9

7

18

4

16

19

8

3

20

13

15

6

14

5

17

12

10

2

11

33

34

31

35

32

39

40

36

38

37 37

39

40

36

38

TO DN1

DS

6

<L6FAYYYH0031>

<L6FAYYYH0031>

<L6FAYYYH0030>

<L6FA

YY

YH

0031>

<TSXL584>CABLE

<TSXL585>

3

PB

56

FA

N (

12

0)

1 32

<TNPA4085>

V1

<TNPA4086>

V2

<TNPA4087>

V3

1

3

2

H51

2

3

4

AUDIO OUT

<TNPA4058>

H51

3

4

5

2

7

6

3

V1

2

1

LED_R3

2 LED_G

GND5

3

2

1

V3 DS2

TO P10(SC SIDE)TO P5(SC SIDE)

<L6FAYYYH0030>

FAN (80)

1

PB71

3

2

<L6FAYYYH0031>

<L6FAYYYH0031>

FAN (120)

3

2

1

3

PB59

2

1

PB61FAN (120)

<L6FAYYYH0030>

<L6FA

YY

YH

0031>

<L6FA

YY

YH

0031>

<L6FA

YY

YH

0031>

+15V1

TO P5(SS SIDE)

6

PB31

3

4

5

2

8

10

9

+15V

+15V

6 11

7

JK8501

AUDIO

1

OUT

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

FAN_SOS

FAN+12V

GND

FAN+12V

FAN_SOS

GND

FAN+12V

FAN_SOS

FAN+12V

FAN_SOS

GND

GND

FAN_SOS

FAN+12V

FAN_SOS

FAN+12V

GND

FA

N_S

OS

FA

N+

12V

GN

D

FA

N+

12V

FA

N_S

OS

GN

D

GN

D

FA

N+

12V

FA

N_S

OS

FA

N+

12V

GN

D

FA

N_S

OS

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GNDGND

GND

GND

GND

SLOT+3.3V

SLOT+5V SLOT+5V

SLOT+3.3V

SLOT+9V SLOT+9V

R LINE OUT

L LINE OUT

GND

GND

GND

GND

REMOCON

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

AUDIO IN R

VD

AUDIO IN L

AUDIO IN R

HD

PLUG DET PLUG DET

REMOTE REMOTE

S2 DETECT

RESET

GND

PWR_STATUS

COMPONENT VIDEO INAUDIO IN

PC AUDIO IN PC IN

GND

GND

GND

GND

GND

GND

GND

SLOT+3.3V

GND

GND

GND

GND

SLOT+5V SLOT+5V

GND

GND

SLOT+9V SLOT+9V

SLOT+3.3V

GND

GND

GND GND GND

Y/G

GND

PB/B

GND

AUDIO IN R

GND

GND

GND

GND

GND

AUDIO IN L

HD

LAN+15V

GND

PR/R

VD

S2 DETECT

SRQ

RESET

GND

PLUG DET

REMOTE

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

G/Y_M

B/PB_M

VD_M

R/PR_M

HD_M

GND

GND

GND

GND

GND

RTC_INT

REMOCON_OUT

SOUND_MUTE

FAN_SOS

POWER_STAT

CABLE_DET

RESET

KEY_SW

GND

STB_ON

GND

GND

GND

+5V_M

REMOCON

LED_R

LED_G

GND

KEY_DET

GND

GND

GND

GN

D

GN

D

GN

D

GN

D

FAN CONTROL!


KEY SCAN

REMOCON RECEIVER

!



!


!

!


SOUND PROCESSORSYNC PROCESSORSLOT INTERFACE


!

COMPONENT VIDEO!

(Exchange board only) (Exchange board only)

!

CABLE

<TZTNP030XAT>

LED_G,R

TH-103PF10UK/EKInterconnection (1 of 8) Diagram TH-103PF10UK/EK Interconnection (1 of 8) Diagram

EP

CS

_D

CLK

HDMI IN B

+3.3

V

10

H5SLO

T_S

DA

EP

CS

_D

ATA

FP

GA

_N

CE

4

FO

R F

AC

TR

Y U

SE

1

EP

CS

_A

SD

41

H1

8

EP

CS

_N

CS

28 72 653

H3

76

CO

NF

IG D

ON

E

53

H2

9

RE

SE

T

TO SLOT2

GN

D

9

HDMI IN A

TV

LO

AD

_C

MD

_S

DA

SR

Q

TV

LO

AD

_C

MD

_S

CL

GN

D

+5V

GE

NX

_B

OO

T

FO

R F

AC

TR

Y U

SE

GN

D

H6SLO

T_S

CL

HDMI

MICOM

DIGITAL SIGNALPROCESSOR

HDMI INTERFACE


!

<TXNHHH10XXT>

HDD

<TNPA4052>

H1

SRQ

GND

STB+5V

WP(Config)

SLOT_DATA

SLOT_CLOCK

TO SLOT2

FOR FACTRY USE

JK3001 JK3501

DVI-D IN

DVI_DATA

DVI_CLOCK4

1

8

WP(EDID)9

2

7

6

5

3

H0

DVI-D AUDIO IN

DVI-D IN


!

(EK)(UK)

TH-103PF10UK/EK

92

10.2. Interconnection (2 of 8) Diagram

8

1

20

18

TO D5

S_

DATA

2

19

RX

D

ST

B+

5V

3 1211

S_

DATA

1

PD

BO

LE

D_

R

S_

CL

OC

K2

LE

D_

G

S_

CL

OC

K1

15

18

13

15

2

10

13

1

5

8

16

15

9

4

4

7

PB

US

Y

6

TX

D

DN2

5

IIC

_IN

T

3

PD

B1

24

6

25

21

7

12

P+

15

V

11

14

19

PS

TB

14

17

16

PS

LC

T

17

20

13

1 9

ST

B+

3.3

V

DN11

TO D3

21

GN

D

8

19

16

6

14

30

28

29

27

E+LVDS1

26

23

9

18

12

10

21

4

22

7

20

DN5

DN

TO DS3

17TO DS1

10

IIC

_C

ON

T

11

2

2

5

3

3

1

24

25

10

4

22

21

20

12

30

28

29

27

26

23

11

8

19

14

9

16

18

7

17

15

6

13

2

5

2 43 5 14131 107

GN

D

121196 8

GN

D

DN4

S_

DATA

1

TX

D

S_

DATA

3

IIC

_C

ON

T

ST

B3

.3V

S_

CL

OC

K2

S_

CL

OC

K3

RX

D

IIC

_IN

T

ST

B+

5V

S_

CL

OC

K1

S_

DATA

2

18

1

9

7

4

18

11

1

4

20

16

19

8

15

3

2

5

20

DN1

3

13

12

15

17

6

7

6

14

5

14

10

17

12

10

16

2 19

8

11

13

9

37

34

39

40

35

36

31

33

38

32

73

80

B_

OC

-

47

775251 69

29

A_

EC

-

18 16

4 15 44 63

1140

24

B_

OE

+

B_

OA

+

70

74

B_

EB

-

20414457

37

39 7

7849

74

1 2 6 36 43 802810 25

48

A_

OA

+

53

20 55

A_

EE

+

16 46 76

33

8

8

18

B_

OB

-

52

237

13

72

456

B_

EA

-

63

19

26

679

35

A_

EE

-

A_

CL

K+

B_

OB

+

4730

3

3926

36

59

42

383 57

65

13

66

27

17 15

34 50

A_

OE

-

32

66

1

70

60

B_

OC

+

38

56 65

76 31 21

6211

12

42

72 58

60

64

B_

EA

+

71

14

B_

OE

-

A_

EA

+

1034

33 7931

A_

EA

-

75

27

12

61

40

A_

EB

-

22

B_

ED

-

4651

35

19 637 28

A_

EB

+

A_

EC

+

2467 45

58

A_

ED

-

2575

B_

EC

+

9

5

43

14 29

71

22 54

B_

OA

-

21 48

59

B_

ED

+

61

55 5

17

49

A_

OC

+

62

A_

OB

+

23 2

A_

OB

-

53

A_

OE

+

A_

OC

-

B_

CL

K+

A_

CL

K-

68

B_

EC

-

A_

OD

+

68

A_

OD

-

B_

EB

+

3077

B_

OD

-

B_

OD

+

32

69

45

B_

EE

-

A_

ED

+

64

A_

OA

-

79 5478

41

B_

CL

K-

73 50

B_

EE

+

37

34

39

40

35

36

31

33

38

32

E-LVDS1

E+LVDS0

E-LVDS0

E+LVDS2

E-LVDS2

E+LVDS4

E+LVDS3

E-LVDS3

E-LVDS4

E-LVDSCLK

E+LVDSCLK

O+LVDSCLK

O-LVDSCLK

LVDS_DET

30

29

26

25

24

28

27

23

22

31

O+LVDS2

O+LVDS1

O-LVDS1

O+LVDS0

O+LVDS3

O-LVDS3

O-LVDS4

O+LVDS4

O-LVDS0

O-LVDS2

1

20

19

16

15

6

14

25

30

4

31

22

9

23

29

18

28

17

13

26

10

12

11

21

7

2

5

24

27

3

8

4

1

RXD

13

30

21

10

26

P+15V

29

7

11

22

3

2

S CLOCK1

8

S CLOCK2

PANEL_STBY_ON

IIC_CONT

9

ALL_OFF

20

TXD

17

25

14

19

6

S DATA1

PSLCT

PDB1

23

27

S DATA2

IIC/INT

16

PSTB

18

28

PDB0

PBUSY

15

24

5

12STB+5V

29

18

28

17

13

26

10

12

11

21

7

2

5

1

24

20

27

19

3

16

8

15

6

14

25

30

4

22

9

23

TO DS6

DN6

<TSXL585>

P+5V

GND

VD_M

R/PR_M

GND

HD_M

GND

GND

B/PB_M

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

G/Y_M

LED_G

GND

DPMS_HD

RXD_PC

SOUND_MUTE

RTC_INT

KEY_DET

TXD_PC

IIC_CONT

S DATA1

FAN_SOS

GND

REMOCON_OUT

+5V

S CLOCK1

TXD_TU

STB+5V

S DATA3

GND

GND

POWER_STAT

RXD_TU

CABLE_DET

RESET

KEY_SW

GND

STB_ON

GND

GND

GND

+5V_M

REMOCON

LED_R

STB+3.3V

GND

DPMS_VD

GND

S CLOCK3

FOR FACTRY USEFOR FACTRY USE

RE

MO

CO

N

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

READY

GND

INEXCH

GND

FSTB

GND

ALARM

ECO_ON

GND

DISPEN

GND

GND

GND

GND

GND

GND

GND

GND

! DIGITAL SIGNAL PROCESSOR/MICOM


<TSXL584>CABLE

CABLE

<TZTNP020XAT>DN3

TH-103PF10UK/EKInterconnection (2 of 8) Diagram


TH-103PF10UK/EK

93


Vf

Vfo

<TNPA4030>

Vf

10

12

SID

5

13

Vfo

Vf

38

PROM

Vf

Vf

Vf

4

Vf

CEL

5 5

30

33

Vf

37

4

Vfo

Vf

Vf

CML

Vf

33

Vf

Vf

Vf

Vf

Vf

B1-B40

6

Vf

A1-A40

20

Vf

19

Vf+5V

26

GNDVf

32

Vsus

27

36

Vf

Vf

CMH

19

Vfo

Vf

20

29

6

Vf

28

1

40

Vf

27

SIU

24

Vfo

13

2

Vfo

CLK

2

Vf

9

8

Vf

6

15

P+15V

3

Vfo

9

Vf 4

36

7

3

2

1

12

1

6

36

Vf

7

2

30

11

5

11

CEL2

P+5V

8

Vf

Vf

Vf

3

<TNPA4033>

Vf

Vf

2

3

27

29

3

26

SC46(SC46-SM46)

31

Vf

20

Vf

2

FCLM

Vf

27

Vf

11

20

12

Vf

39

6

7

18

25

14

Vf

28

Vf

20

SC41

Vscn

SU41

24

18

Vf

Vf

Vf

17

30

DRV_RST0

35

SC42(SC42-SU42)

15

Vf+

5V

Vf

Vf+

5V

Vf

Vf

8

Vf

7

Vf

Vf

14

CSL

1

9

34

40

24

Vf

Vf

Vf

2

Vf

Vf

CSK

PR

OU

Vf

9

Vf

Vf

Vf

Vf

21

9

SC23

18

Vf

13

FC

LK

U

Vf

16

Vf

10

29

17

Vf

Vf

5

Vf

8

Vf

Vf

34

Vfo

Vscn

18

SC

Vf

Vfo

18

6

15

16

19

9

7

FCLKM

Vf

Vf

38

Vscn

Vfo

6

4

SM51

2

Vfo

17

13

8

GND

Vf

SCSU

Vf

8

30

1

FSIM

6

Vf

Vf

Vf

3

Vf

15

7

20

Vf

2

Vf

Vfo

Vf

37

6

16

3

9

7

12

8

28

25

40

16

Vf

33

Vf

4

14

18

Vf

32

1

Vf

Vfo

10

Vf

2

9

4

CL

2

38

19

15

3

Vf

Vf

Vscn

17

10

38

5

2

1

CSH

26

SC49

33

39

22 Vfo

SC2

14

25

12

22

SU49

Vf

Vf

31

Vf

P+15V

Vf

6

Vf

7

35

2

Vf

Vf+5V

28

34

(SC SIDE)

Vf

36

Vf

3

SC20

Vf

Vf

12

Vf

31

35

8

FS

IU

26

17

Vf

4

CPH

25

Vf

32

34

11

Vf

24

11

Vf

8

23 Vf

23

Vf

21

17

23

5

Vf

1

21

9

10

1

11

Vf

19

7

9

32

1

1

4

14

3

Vf

16

23

Vfo

13

5

SOS6_SC1

Vf

SU

Vf

3

19

3

10

5

15

14

13

Vf

40

1

22

4

Vf+5V

39

29

Vf

Vf

SC51

3

22

Vf

35

Vf+5V

31

Vf

4

2

Vf+5V

39 Vf

Vf+5V

Vf

16

37

Vf

5

21

FC

LU

Vf

1

Vfo

7

37

3

8

Vf

TO D20

1

SU42

B1-B40A1-A40SC42

21

Vf

Vf

10

28

35

29

Vf

35

Vf

17

39

31

8

Vf

Vf

6

34

Vf

30

Vf

24

26

2

31

19

27

14

Vf

3

2Vf

40

18

Vf

25

Vf

Vf

29

B

10

28

32 Vf

34

5

Vf

5

7

Vf

15

17

27

Vf

Vf

36

Vf

1

11

Vf

13

Vf

26

25

Vf

Vf

24

Vf

Vf

6

Vf

Vf

Vf

4

33

11

SC41(SC41-SU41)

8

Vf

40

38

Vf+5V

9

Vf

Vf

Vf+5V

30

14

3

18

Vf

32

Vf

Vf

7

Vf+5V

Vf+5V

16

Vf

Vf

Vf

Vf

16

4

15

Vf

37

Vf

37

Vf

39

23 Vf

Vf

A

13

Vf

Vf

19

Vf

12

Vf

21

38

Vf

Vf

Vf

23

Vf

Vf

Vf

20

9

Vf

1

Vf

Vf

12

33

20

22

36

22

B41-B80B1-B40

SC46

SM43

SM46

A41-A80A1-A40

SC43

1

31

29

17

Vf

Vfo

Vf

Vf

Vf

38

Vscn

14

525 25

40

28

12

Vf

31

2

Vscn Vf

Vf

26

17

Vf

9

4

11

7

Vf

SC43(SC43-SM43)

Vscn30

Vfo

3

34

Vf

1

Vfo Vf

10

33

Vf

26

Vf

Vfo

27

3

Vf24

Vf

34

Vf

Vf

32

11

37

12

Vf

16

24

14

Vfo

Vfo37

Vf

32

Vf

2

Vf

7

19

27

Vfo

40

Vfo

Vf

Vf

Vf

13

Vf

Vf

Vf

18

Vf

36

Vf

16

28

Vf

20

6

Vfo

Vf

8

Vf

Vfo

21

15

22

35

30

9

Vf

Vf

33

4

18

Vfo

21

19

Vfo

Vf

8

Vfo

Vf

2323

Vscn

Vf

29

Vf

Vf

Vfo38

Vf

13

Vf

6

Vf

Vfo

15

Vf

Vf

39

10

Vf

Vfo

36

Vf

Vf

Vf

22

Vf

20

Vf

35

5

39

Vf

Vf

SU1

SU4

B1-B54

SU3

A1-A54

A1-A54

A1-A54

A1-A54

B1-B54

B1-B54

B1-B54

SU2

A1-A54

B1-B54

A1-A54

B1-B54

SD2

A1-A54

B1-B54

SD3

SD4

B1-B54A1-A54

SD1

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

SU41(SC41-SU41)

SM46(SC46-SM46)

69

63

62

80

68

76

66

71

67

74

64

79

65

77

72

61

73

70

78

75

C

Vfo

VfoVfo

Vfo

59

51

41

53

46

48

42

43

56

52

55

58

60

54

50

45

49

44

47

57

SU42 (SC42-SU42)

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

VfVf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vfo

Vfo

Vfo

Vfo

VfVf

Vf Vf

SM43 (SC43-SM43)

SM1

SM4

B1-B54

SM3

A1-A54

A1-A54

A1-A54

A1-A54

B1-B54

B1-B54

B1-B54

SM2

13

50

28

34

Vf Vf

8

59

Vf

24

34

20

57

51

39

Vf

Vf

41

53

36 25Vf

46

48

37

32

Vf

42

40

Vf

32

11

Vf+5V

Vf

43

35

1939

21

37

56

29

Vf

33

12

52

23 Vf

30

Vf Vf

55

22

Vf

38

16

27

16

Vf

35

24

34

37

Vf

69

24 Vf

63

14

39

13

SC48(SC48-SD48)

Vf

62

Vfo

Vf

28

Vf

80

Vfo

6

36

Vf 68

37

20

Vf

Vf

26 Vf

Vf

76

Vf

Vfo

Vf

31

Vf

66

32

15

37

Vf

71Vf

31

Vf

21

Vf

Vf

67

2

Vf

38

33

Vf

74

5

Vf

39

30

2

Vf

64

7

10

38

Vf

79

19 Vf

25

Vf

65

27

6

Vfo

32

Vf

15

77

Vfo36

69 Vf

72

40

Vf

5

7

63

Vf

Vf

61

Vfo

Vf

18

62

Vf

73

Vf

Vf

180

Vfo 70

Vf

22

68

Vfo

78Vf

Vf

Vf

40

76

Vfo

75

13

16

20

66

28

Vf

Vfo

VfVf

21

11

33

71

Vf

9

Vf

35

Vf

67

Vf

SD47(SC47-SD47)

Vf

Vf

4

5

8

74

36

Vf

18

SD48(SC48-SD48)

39

Vf

64

Vf

Vf

Vf

19

79

30

36

Vf

Vf

Vf

65

32

Vf

35

26

77

Vf

16

Vf

72

Vf

24

61

1328 73

10

Vf

10

Vf

Vf

70

8

20

Vf

Vf

78

2

6 75

Vf

Vf

9

16

Vfo

21

4

40

12

Vf

Vf+5V

29

15

8

27

Vf

38 3

Vf

6

5

Vfo

26

17

21

17

10

9

15

1

4

22

Vf

25

7

35

Vf14

Vf

19

7

13

37

18

30

35

Vf

18

11

9

Vf

Vf

29

1

Vf

Vf

Vf

34

Vf+5V

Vf

6

VfVscn

14

33

Vf

Vf

Vf

8

20

Vf

4 24

Vf

59

18

26

Vf

51

22

Vfo

33

31

17

23

39

41

21

Vf

Vf

Vf

53

19

9

1

3

46

Vfo

4

31 11

14

12

48

Vf

11

29

25

Vf

Vf

42

3

8

7

12

17

Vf

43

Vfo

Vf

Vf

56

Vf

SC47(SC47-SD47)

Vfo

23

52

23

Vscn

Vf

55

30

23

Vf

58

Vfo

Vscn

Vf

60

3

Vf

14

38

54

34

29

15

Vscn

50

Vf

Vf

18

14

45

1

Vf

20

5

49

Vfo

10

25

15

44

Vf

Vfo

38

6

25

47

Vf

Vf

Vf

1

Vf

34

40 Vf

32

57

10

Vf

17

28

9 29

33

30

5

12

4 17

23

2

Vf

Vf

7

22

45

22

26

31

Vf

2

49

40

Vf

2

3

Vf+5V

44

27

28

Vfo

16

47

36

27

12

58

26

3

19

60

31

Vf

Vf

Vf

11

54

27

24

13

21

28

29

35

39

25

24

40

38

33

36

22

30

26

37

31

27

32

23

34

17

10

1

6

4

11

8

20

18

9

14

7

3

16

15

2

19

13

12

5

24

40

38

33

21

36

22

30

26

37

31

27

32

23

34

28

29

35

39

25

69

63

62

80

68

76

66

71

67

74

64

79

65

77

72

61

73

70

78

75

17

10

1

6

4

11

8

20

18

9

14

7

3

16

15

2

19

13

12

5

59

51

41

53

46

48

42

43

56

52

55

58

60

54

50

45

49

44

47

57

21

28

29

35

39

25

24

40

38

33

36

22

30

26

37

31

27

32

23

34

69

63

62

80

68

76

66

71

67

74

64

79

65

77

72

61

73

70

78

75

17

10

1

6

4

11

8

20

18

9

14

7

3

16

15

2

19

13

12

5

59

51

41

53

46

48

42

43

56

52

55

58

60

54

50

45

49

44

47

57

23

21

33

36

22

27

28

37

30

26

29

35

39

25

32

31

24

40

38

34

69

63

62

80

68

76

66

71

67

74

64

79

65

77

72

61

73

70

78

75

17

10

1

6

4

11

8

20

18

9

14

7

3

16

15

2

19

13

12

5

59

51

41

53

46

48

42

43

56

52

55

58

60

54

50

45

49

44

47

57

<TNPA4031>SM

SD <TNPA4032>

SD48

SC47SC48

SD47

Vf

5

Vf+

5V

5

FC

LK

D

6

Vf+

5V

92 7

4

4

7

Vf

8

PR

OD

SC52

SD523 82

3 61

1

FC

LD

Vf

FS

ID

9

C41-C80C1-C40

D41-D80D1-D40

1913125 17101 64 118 20189 1473 16 152

FS

14

2221 23

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

Vf

19

Vf

Vf

Vf

Vf

5 2217101 64 1211

Vf

8 202123 13 189 1473 16 152

FS

14

Vf

Vf

211 914 7 316 8152021 19 52223 17 13 1018 16 412

211 914 6 412 7 316 8152021 19 52223 17 13 1018 1

SU55

SM55

SM56

SD56

C41-C80C1-C40

D41-D80D1-D40

B1-B40A1-A40

B1-B40A1-A40

4

5

4

Vf+5V

5

7

FCLKM

Vf

66

8

PROM

1

Vf+5V9

SC50

2

1

7

SM50

3 FCLM

8

Vf

2

FSIM

3

9

Vf

5

16

10

18

2

8

12

+15V

17

7

19

9

7

11

Vset

18

17

13

15

3

2

15

20

12

6

TO SC83

13

1

11

4

SC80

4

9

10

8

20

14

19

6

14

3

16

1

5+15V

+16V_F2

+16V_F2

+16V_F

+16V_F

Vset

Vscn

Vscn

22 22

21 21

VAD

VAD

1

16

14

3

10

14

5

VBK

11

7

SC81

4

2

4

16

VBK

13

10

9

6

2

15

13

9

15

8

1

7

11

TO SC84

5

VCENT

3

12

8

6

12

VBK

VBK

D41-D80D1-D40

C41-C80C1-C40

VCENT

VCENT

VCENT

BA BA

D D D D C CC

B BAA B BAA

C CCC D D D D

BA

B BAA B BAA

D D DC C DCC

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

TO P2

(SC SIDE)TO P23

!

!

!

SCAN OUT (UPPER)

SCAN OUT (LOWER)

SCAN OUT (MIDDLE)




!


SCAN DRIVE

BRIDGE CONNECTOR


<K1LA23BA0003>



TH-103PF10UK/EK

94


4

17

10

5

15

17

P+15V

8

1

3

2

5

STB_IN

1

3

20

12

P+

15

V

SC12

8

5

8

6

9

2

4GND

7

P+

15

V

4

LA

N+

15

V

P12

13

3

15

1

2

1

9

4

P23

TO DS10

6

ALL_OFF

1

P+

15

V

ST

B P

S

4

2

20

2

7

19

6

P53

P52

2

9 10

P56

5

19

3

P51

7

<ZTXMM641MG1>

7

10

P2

LIVE

F_STBY_ON

P+

15

V

6

1

1

6

2

3

P+

15

V

16

2

4

P(SUS) POWER SUPPLY

3

3

2

P+5V

9

1

3

1

7

11

P54

3

6 42

13

6

P+

15

V

P+15V

(SC SIDE) 2

P+5V

4

(SC SIDE)

4

4

8

14

8

18

7

Vd

a+

75

V

Vsus OUT

1

2

5

2

8

LIVE

2

10

PFC_ON

VSUS_VCC

P+

15

V

P+

15

V

5 8

1

GND

1

1

P9

P10

12

P533

3

LIVE

3

2

9

13

Vsus ON/OFF

3

TO F9


STB+5V

P+5V

10

11

6

LA

N+

15

V

14

3

Vsus

P55

Vsus

NEUTRAL

1

2

GN

D

TO PC20311

2

3

1

5

LA

N+

15

V

P25

P57

1

7

Vd

a+

75

V

16

1

5

4

P11

ST

B+

12

V

18

3

TO SC23

P+

15

V

<ZTXMM641MG2>

2

52 31 64

2

1

3

3

1

2

13

1

11

4

SC83

4

9

10

8

20

12

14

+15V

19

17

6

7

14

19

3

9

16

7

1

11

5

Vset

+15V

18

17

+16V_F2

13

+16V_F2

15

3

2

15

20

12

6

TO SC80

5

16

10

18

2

8

+16V_F

+16V_F

Vset

Vscn

Vscn

2222

2121

VAD

VAD

SC84

4

2

4

16

VBK

13

10

9

6

2

15

13

9

15

8

1 1

16

14

7

3

11

10

TO SC81

14

55

VBK

3

11

12

8

6

12

VBK

VBK

7P

+7

5V

(Vd

a)

2

4

Vd

a_

RU

(+7

8V

)

13

10

2 5

DS

HR

63

10

12

2 9

7

9

4

3

8

6

6

47

10

6

DS

LR

5

4

(SC SIDE)

DR

2

5

P+75V(Vda)

DR1

10

7

Vd

a_

RU

(+7

8V

)

4

6

14

11

1

4

DR3

12

Vda_RU(+78V)

Vda_RU(+78V)

13

9

DR1

P+

5V

<TNPA4039>

14

7

4

P+

5V

7

38 13

11

P+

75

V(V

da

)

15

15

8

Vda_RU(+78V)

Vda_RU(+78V)

DR

5

15

8

10

P+75V(Vda)

8

P+75V(Vda)

12

3

Vd

a_

RU

(+7

8V

)

15

7

6

2

2

2

14

9 14

1

Vda_RU(+78V)

9

1

1 3

Vda_RU(+78V)

9

TO C24

DM

HR

8

DR

4

1

8

P+

75

V(V

da

)

3

Vd

a_

RU

(+7

8V

)

1 5

TO C22

P+

75

V(V

da

)

DR

V_

SO

S7

Vd

a_

RU

(+7

8V

)

1

10

5

3

6 11

7

2

Vd

a_

RU

(+7

8V

)

13

DM

LR

11

5

5

P+75V(Vda)

12

9 15

Vd

a_

RU

(+7

8V

)

6 12

92

TO C34

11

11

14

P+

75

V(V

da

)

Vd

a_

RU

(+7

8V

)

7

127

10

Vd

a_

RU

(+7

8V

)

6

Vd

a_

RU

(+7

8V

)

85

P+

75

V(V

da

)

3 5

P+

75

V(V

da

)

15

13

1 13

8

Vd

a_

RU

(+7

8V

)

P+

75

V(V

da

)

Vd

a_

RU

(+7

8V

)

10

4

3 144

1 2

TO C14

7

13

5

Vda_RD(+78V)

DR

12

2

9

1 3

6

3

9

TO CZ4

15

4

3

Vd

a_

RD

(+7

8V

)

86 12 1

12

69

2

2

TO CX4

7

11

14

1

4

DS

LR

DR

V_

SO

S7

15

10

11

3

12

14

Vda_RD(+78V)

9

11

7

P+

75

V(V

da

)

Vd

a_

RD

(+7

8V

)

P+

75

V(V

da

)

7

15

7 3 13

Vda_RD(+78V)

DR

14

15

12

Vd

a_

RD

(+7

8V

)

P+75V(Vda)P+

75

V(V

da

)

7

4

10

Vd

a_

RD

(+7

8V

)

10

Vd

a_

RD

(+7

8V

)

124

96 3

P+

75

V(V

da

)

Vd

a_

RD

(+7

8V

)

58

7

DM

HR

13

Vda_RD(+78V)

Vd

a_

RD

(+7

8V

)

Vd

a_

RD

(+7

8V

)

P+75V(Vda)

10

5

10

14

P+75V(Vda)

66

P+

75

V(V

da

)

DR13

TO CY2

11

P+75V(Vda)

GN

D

3

8

5 2

1

8

4

P+

5V

P+

75

V(V

da

)

10

GN

D

5

10

15

13

8

14

P+

5V

2

13

DR

15

1 13

8 5

Vd

a_

RD

(+7

8V

)

P+

75

V(V

da

)

Vd

a_

RD

(+7

8V

)

P+

75

V(V

da

)

Vd

a_

RD

(+7

8V

)

7

9

DS

HR

11

515

DM

LR

1

Vd

a_

RD

(+7

8V

)

10

9

14

2

4 8

Vda_RD(+78V)

5

4

23 14

11

4

TO CY4

6

Vda_RD(+78V)

8

69

1

12

1 2

AC CORD

AC INLET ASSY

F1

3

4

2

1

2

3

1

3

NEUTRAL

LIVE

1

2

LIVE

NEUTRAL

TO P9(SC SIDE)

3

1

2

LIVE

1

4

2 TO P9(SS SIDE)

3

NEUTRAL

<TNPA4055>

F LINE FILTER

F9 F8

3

Vsus

2

3

1

2

GND

1

SC82

TO P11(SC SIDE)

TO SC2

TO SC82

2

Vda+75V 3

Vda+75V

1

6

5

4

7

Vda+75V

8

Vda+75V

+15V

3

7

Vda+75V

5

Vda+75V

8

2

6

8

Vda+75V 4

DR11

3

+15V 6

7

2

1

4

Vda+75V

1

5

SC13

SC14

<TNPA4034>

SC2

VCENT

VCENT

VCENT

VCENT

<TNPA4084>

1

S1 POWER SW

3

2

3

2

SC34

SC30

STB+12V

STB PS

S34

1

9 1075 83 621 114

TO DS4

<TXAJS01YLTJ>

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

PANEL_MAIN_ON

VDA_LOW

GND

GND

GND

GND

GND

GND

SOS4_PS





DC-DC CONVERTER


!

!

!

!

!

!


(SC SIDE)


!

!

FOR SCAN DRIVE

ENERGY DATA RECOVERY

ENERGY DATA RECOVERY! DR2

GN

D

GN

D

GN

D

GND

GND

GND

GND

5 732 641

VA

D

SO

S7

VS

CA

N

GN

D

5 732 641

LIV

E

LIV

E

NE

UT

RA

L

NE

UT

RA

L



FOR FACTRY USE

FOR FACTRY USE

UK : <K2CG3YY00011>

EK : <K2CN3YY00003><K2CT3YY00002>

UK : AC 240V, 50 / 60HzEK : AC 220-240V, 50 / 60Hz

TH-103PF10UK/EK

95


57

45

DOUTUB[24]

40

18

37

DOUTUC[22]

9

24

41

DOUTDA[22]

DOUTDB[30]

46

DOUTUA[28]

25

66

DOUTDC[31]

DOUTUC[25]

68

10

DOUTDC[30]

59

50

38

16

3

DOUTUA[25]

11

56

1

19

58

13

54

39

50

7

27

16

29

45

DOUTDA[24]

37

64

24

PCDY

25

DOUTDA[25]

68

DOUTDB[23]

43

5

59

LEDY

51

32

53

20

DOUTDC[23] 36

DOUTUC[27]

15

DOUTUA[30] DOUTUC[23]

60

61

52

DOUTUC[31]

6

65

DOUTUB[27]

DOUTUC[24]

14

63

43

4

51

55

8

53

30

DOUTUA[29]

34

60

DOUTDC[27]

22

17

DOUTUC[26]

28

23

44

DOUTDB[27]

35

2

DOUTDA[30]

DOUTDB[31]

39

67

DOUTUB[30]

CLKD6(+)

27

+5V_DET

42

DOUTUA[23]

29

DOUTDA[28]

61

CY0

DOUTUC[28]

DOUTDA[23]

6

21

DOUTUA[27]

14

DOUTUB[26]

31

DOUTDB[28]

+5V_DET

DOUTUA[24]4

DOUTDA[27]

DOUTDB[26]

CLKU7(-)

DSLR

CLKU6(+)

8

DOUTDB[24]

DOUTUA[31]

ODEDY

DOUTUB[28]

DOUTUB[23]

LEU1

DOUTDB[22]

CLRU1

DOUTUB[29]

DOUTUB[22]

PCU1

DOUTUC[30]

ODEU1

DOUTUB[31]

DOUTDA[26]

DOUTDB[25]

DOUTDA[29]

DOUTUA[26]

CLRDY

CLKD7(-)

DOUTDC[28]

40

9

38

3

DOUTUA[22]

1

34

13

22

26

62

48

49

48

12

49

33

12

46

33

DOUTDB[29]

5

DOUTDC[26]

32

56

CA2

28

58

35

DOUTDC[29]

DOUTDC[24]

11

47

CA1

19

57

54

18

7

41

17

66

44

2

DOUTDA[31]

C20

67

10

42

21

52

65

31

DOUTDC[25]

63

64

26

55

62

20

DOUTDC[22]

30

36

DOUTUB[25]

23

47

DOUTUC[29]

15

CA5CA4CA3

C32C23

DMHR

DSHR

DMLR

P+

75V

(Vda)

Vda_R

U(+

78V

)

5

8 10

7

TO DR3(SC SIDE)

15122

8

11

14

14

4 15

6

P+

75V

(Vda)

137

P+

75V

(Vda)

1 13

5

Vda_R

U(+

78V

)

Vda_R

U(+

78V

)

3

P+

75V

(Vda)

11

Vda_R

U(+

78V

)

1 4

10C

14

6 9

Vda_R

U(+

78V

)

9

Vda_R

U(+

78V

)

1232

54

17

16

52

37

P+5V

46

C21

11

43

7

CLKU[6](+)

48

18

49

32

1

Vda_RU(+78V)

19

4

PCU1

25

29

313

P+75V_R(Vda)

22

CLKU[7](-)

9 51

12

Vda_RU(+78V)

34

15

26

P+75V_R(Vda)

P+75V_R(Vda)

21

P+75V_R(Vda)

4430

53

8

13

LEU1

24

Vda_RU(+78V)

5541

P+75V_R(Vda)

Vda_RU(+78V)

10

47

35

39

5

28

38

ODEU150

Vda_RU(+78V)

45

P+5V

33

14

+5V_DET

20

CLRU1

36

23

2

40

42

P+5V27

6

P+75V_R(Vda)

9

1

P+

75V

(Vda)

1 1512

6

Vda_R

U(+

78V

)

6

P+

75V

(Vda)

8

2 3

P+

75V

(Vda)

Vda_R

U(+

78V

)

127

TO DR5(SC SIDE)

4 9

2 11

13 14

14

C2

4

11

Vda_R

U(+

78V

)

5

13

10

Vda_R

U(+

78V

)

4 5

8

7

Vda_R

U(+

78V

)

10

P+

75V

(Vda)

Vda_R

U(+

78V

)

3

15

DOUTUA[28]

DOUTUB[28]

DOUTUC[28]

DOUTUC[31]

DOUTUB[30]

DOUTUA[31]

DOUTUB[29]

DOUTUB[31]

DOUTUC[29]

DOUTUA[30]

DOUTUA[29]

DOUTUC[30]

DSLL

DSLR

DMLR

DSHR

DMHR

DMLL

DMHL

DSHL

CY3 CX2

1-68

CB3

1-68

CB4

1-68

CB5

DR

V_S

OS

7

6

1076

C2

2

53

UM

HR

UM

LR

TO DR2(SC SIDE)

3

92

5 91

4

DS

LR

71

8

10

P+

5V

8

DS

HR

42

P+

5V

2

4

9

3

3

5

6

DM

LR

8

P+

5V

5 7

DM

HR

4

6

DS

LR

1

DS

HR

P+

5V

7 82

TO DR12(SC SIDE)

9

DR

V_S

OS

7

1 10

CY

2

10

C20

D31

CD2

CD1

CD1

CD2

D36

CY0

12

Vda_R

D(+

78V

)

7 149 11

P+

75V

(Vda)

Vda_R

D(+

78V

)

1

4

8

1131

Vda_R

D(+

78V

)

P+

75V

(Vda)

13

6

4

13

Vda_R

D(+

78V

)

10

9

5

Vda_R

D(+

78V

)

Vda_R

D(+

78V

)

3

P+

75V

(Vda)

CY

4

TO DR14(SC SIDE)

8

2 15

5 1410

6

P+

75V

(Vda)

7 12 152

C11 C21

<TNPA4019>

C2 DATA DRIVER (2)

C1 DATA DRIVER (1)

<TNPA4018>

PCDZ

12

Vda_RD(+78V)

3 DOUTDA[30]

51

13

14

46

P+75V_R(Vda)

22

31 +5V_DET

38

44

DOUTDC[31]

30

11

15

53

26

Vda_RD(+78V)

DOUTDB[28]

20 48

CLKD[7](+)

33

P+5V

DOUTDC[30]

9

54

41

DOUTDB[30]

55

29

8

23 DOUTDC[28]

21

CLRDZ

17

P+75V_R(Vda)

LEDZ

DOUTDB[29]

5

43

P+75V_R(Vda)

40

6

45

24

Vda_RD(+78V)

16

42

35 49

36

DOUTDA[28]

1

Vda_RD(+78V)

37

DOUTDB[31]

47

P+5V

DOUTDC[29]

34

7

32

DOUTDA[31]

10

2

P+75V_R(Vda)

19

50

Vda_RD(+78V)

4

27

18

DOUTDA[29]

25 39

P+5V

52

CLKD[6](-)

P+75V_R(Vda)

P+75V_R(Vda)

ODEDZ

28

CZ1 CY1

12

Vda_R

D(+

78V

)

7 149 11

P+

75V

(Vda)

Vda_R

D(+

78V

)

GN

D

1

4

8

1131

Vda_R

D(+

78V

)

P+

75V

(Vda)

13

6

4

13

Vda_R

D(+

78V

)

10

9

5

GN

D

Vda_R

D(+

78V

)

Vda_R

D(+

78V

)

GN

D

3

P+

75V

(Vda)

CZ

4

TO DR13(SC SIDE)

8

2 15

5 1410

6

P+

75V

(Vda)

7 12 152

CB1

1-68

CB2

1-68

24

11

18

ST

B+

3.3

V

12

20

PS

TB

5

28

3

11

19

14

1

8

21

10

27

25

25

7

4

26

30

24

4

3

E- LVDS1

29

22

S D

ATA

1

18

216

20

15

D6

9

O+ LVDS0

2

30

24

201 14

S C

LO

CK

2

O- LVDS0

10

TX

D

13

5

7O- LVDS4

E+ LVDSCLK

17

27

16

16

RX

D

GN

D

11

23

O+ LVDS3

12

E- LVDS2

15

5

RE

MO

TE

25

3

E+ LVDS0

1984

IIC

_C

ON

T

PB

US

Y

E+ LVDS3

E+ LVDS2

18

E- LVDSCLK

E- LVDS4

O+ LVDS1

E- LVDS3

GN

D

7

IIC

_IN

T

P+

15V

TO DN51

PD

B1

17

9

E+ LVDS1

15

O- LVDS3

6

O+ LVDSCLK

23

14

27

31

19

2

5

3

16

22

8

6

17

26

9

13

13

10

12

1

PS

LC

T

29

4

24

D5

18

20

19

28

11

E+ LVDS4

14

12

28

21

25

11

PD

B0

7

ST

B+

5V

30

4

O+ LVDS2

22

O+ LVDS4

21

9

S C

LO

CK

1

22

15

6

6

15

23

23

E- LVDS0

27

LVDS_DET

9

19

2

LE

D_R

2

28

O- LVDS2

5

18

20

3

8

O- LVDS1

LE

D_G

29

1

16

S D

ATA

2

14

8

31

17

O- LVDSCLK

30

26

21

10

13

13

10

2

7

12

17

1

26

29

16

12

13

5 5

13

6

7

11

3

20

17

15

14

2

18

16

10

8

18

19

9

7

4

8

1

15

20

16

12

6

11

17

9

10

19

1

4

14

3

2

D20

CPH

CSH

CEL2

P+5V

CLK

SOS6_SC1

SIU

SCSU

DRV_RST0

CMH

CML

CSL

SID

CSK

CEL

CL

TO SC20

TO DN2

CY1

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

ALL_OFF

TXD

STB+5V

S DATA1

PSLCT

PDB1

READY

GND

GND

INEXCH

GND

FSTB

GND

ALARM

P+5V

GND

S DATA2

IIC/INT

PSTB

RXD

PDB0

ECO_ON

GND

P+15V

DISPEN

S CLOCK1

S CLOCK2

PANEL_STBY_ON

IIC_CONT

PBUSY

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

FOR FACTRY USE

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND GND

GND

GNDGND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND



!


CY DATA DRIVER (Y)!


CZ DATA DRIVER (Z)!



PLASMA AI

SUB-FIELD PROCESSOR

FORMAT CONVERTER

D!

!

<TNPA4040>

CDCONNECTION


C-BOARD/D-BOARD

!

<TNPA4040>

CDCONNECTION


C-BOARD/D-BOARD

<TSXL518>

CABLECABLE

<TSXL518>

CABLE

<TSXL518>CABLE

<TSXL518>

<TSXL569>

CABLE

<TSXL568>

CABLE

<TSXL578>

CABLE

<TSXL579>

CABLE

<TZTNP010XAT>

1-68 1-68 1-68 1-68 1-68

!



D3

TH-103PF10UK/EK

96


CLKD5(-)

DOUTUA[19]

20

DOUTDA[19]

ODED9

DOUTDB[21]

DOUTUC[11]

P+5V

DOUTDA[17]

DOUTUB[21]

DOUTDB[15]

CLKD3(-)

CLKU2(+)

58

DOUTDA[11]

53

CLKU4(+)

39

DOUTDA[16]

DOUTDC[18]

60

DOUTUC[19]

27

DOUTDC[15]

DOUTDB[18]

61

63

29

DOUTUA[18]

DOUTDA[13]

55

6

C90

30

DOUTUA[12]

DOUTDC[21]

14

15

DOUTUA[15]

DOUTDB[10]

45

4 DOUTDC[19]

40

DOUTUC[13]

+5V_DET

37

9

10

DOUTUA[10]

24

38

52

DOUTDB[11]

PCU2

3

65

DOUTDB[12]

CLRU2

DOUTUA[11]

1

63

DOUTUB[13]

55

30

ODEU2

P+5V 19

54

DOUTUA[21]

7

DOUTUC[21] DOUTUB[17]

17

DOUTUB[16]

DOUTUC[17]

44

28

DOUTUB[18]

2 DOUTUA[20]

35

CLKD4(+)

CLKU5(-)

DOUTDA[14]

DOUTUC[18]

P+5V

DOUTUB[11]

DOUTDB[14]

21

34

31

22

DOUTDC[16]

DOUTDC[20]

26

23

DOUTDC[14]

62

48

DOUTDB[19]

25

21

49

DOUTDA[20]

68

31

59

26

DOUTUB[12]

28

DOUTUA[13]

62

14

35

CLKU3(-)

48

4

DOUTUC[10]

8

36

DOUTUB[14]

47

46

DOUTUC[12]

15

57

DOUTUB[10]

40

1

9

DOUTUA[14]

45

56

13

38

37

DOUTUA[16]

50

3

24

DOUTUC[16]

16

25

11

68

59

18

DOUTUC[14]

41

P+5V

66

10

DOUTUA[17]

52

65

LEU2

+5V_DET

DOUTUC[15]

8

DOUTDC[10]

67

47

56

DOUTDC[11]

DOUTUB[19]

42

58

57

DOUTUB[15]

39

18

DOUTDC[12]

P+5V

64

27

DOUTUC[20]

41

CLKD2(+) DOUTDB[16]

29

LED9

64

66

DOUTDA[21]

C40

DOUTDC[17]

DOUTDA[15]

DOUTDB[20]

PCD9

43

P+5V

DOUTDC[13]

51

7

13

DOUTDA[12]

50

17

16

44

12

33

11

2

34

5

CA9

46

19

67

22

32

CA10

54

42

23

20

36

DOUTDA[10]

43

DOUTDA[18]

51

DOUTDB[17]

53

CLRD9

60

61

DOUTDB[13]

6

49

12

33

5

DOUTUB[20]

32

CA11

C40

CD2

D32

CD1

C31 C41

1-68

CB9 CB10

1-68

CB11

1-68

12

4 111

P+

75V

(Vda)

6 13

Vda_R

D(+

78V

)

7 149 11

P+

75V

(Vda)

Vda_R

D(+

78V

)

1 8

3

Vda_R

D(+

78V

)

134

Vda_R

D(+

78V

)

CX

4

TO DR15(SC SIDE)

8

2 15

5 1410

6

P+

75V

(Vda)

7 12 152

10

9

5

Vda_R

D(+

78V

)

Vda_R

D(+

78V

)

3

P+

75V

(Vda)

TO DR4(SC SIDE)

P+

75V

(Vda)

2

Vda_R

U(+

78V

)

8 9

C3

4

5 11

41 1412 158 10

6

Vda_R

U(+

78V

)

Vda_R

U(+

78V

)

15

Vda_R

U(+

78V

)

2 11

1 10

P+

75V

(Vda)

139

Vda_R

U(+

78V

)

7 12

P+

75V

(Vda)

3

3

Vda_R

U(+

78V

)

13

P+

75V

(Vda)

76

4 14

5

40

32

50

27

43

Vda_RU(+78V) CLRU3

36

28

23

17

29

19

5

6

37

54

Vda_RU(+78V)

45

20

16

55

P+75V_R(Vda)

P+75V_R(Vda)

PCU3

13

42

7

P+5V

34

18

P+75V_R(Vda)

21

P+75V_R(Vda)

24

Vda_RU(+78V)

4

41

3

53

30

P+75V_R(Vda)

49

12

10

15

47

26

P+75V_R(Vda) 35

C32

2

48

ODEU3

P+5V

P+5V

22

51

39

38

44

Vda_RU(+78V)

1

14

52

33

P+5V

25

8

46 LEU3

3111

9

Vda_RU(+78V)

Vda_RU(+78V)

Vda_RU(+78V)

Vda_RU(+78V)

Vda_RU(+78V)

Vda_RU(+78V)

Vda_RU(+78V)

DRV_SOS7U_R DRV_SOS7U

DRV_SOS7D

CD1

D35

C90

CD2

C91CX1

P+75V_R(Vda)

8

P+75V_R(Vda)39

20

P+5V

49

43

7

28

DRV_SOS7D_R

LEDX

PCDX

DSHL

DSLL

DMLL

DMHL

55

40

32

23

48

ODEDX 34

P+5V

P+75V_R(Vda)

18

11

50

P+75V_R(Vda)

35

21

CLRDX

P+5V

51

P+75V_R(Vda)41

24

3

33

CX2

12

6

19

54

222

25

10

1

4

15

16

29

13

P+5V

9

47

46

17

26

31

36

5 4 5

P+75V_R(Vda)

27

37

52

53

44

14

42

30

38

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

Vda_RD(+78V)

35

P+5V

34

C41

18

2

48

21

P+5V

24

P+5V

22

4

51

41

40

39

3

38

53

44

30

1

49

14

5212

33

10

P+5V

15

25

47

8

26 46

3111

9 DRV_SOS7U_R

32

50

27

43

36

28

23

17

29

19

5

6

37

54

45

20

16

55

13

42

7

+5V_DET

DOUTUC[18]

DOUTUB[17]

DOUTUA[18]

DOUTUB[19]

DOUTUC[17]

DOUTUB[20]

DOUTUA[17]

DOUTUB[18]

DOUTUA[19]

DOUTUA[20]

DOUTUC[19]

DOUTUB[21]

DOUTUC[20]

DOUTUA[21]

DOUTUC[21]

DOUTUB[16]

DOUTUA[16]

DOUTUC[16]

CLKU4(+)

CLKU5(-)C23 C32

C91

12

34

42

8

DRV_SOS7D_R

P+5V

10

11

1

DSHL

14

35

40

21

22

23

P+5V

41

24

3

33

44

50

26

27

37

6

30

13

31

38

P+5V

36

19

54

P+5V

51

20

DMLL

4

15

7

DSLL

2

25

43

55

32

48

DMHL

9

47

18

28

29 49

46

17

52

5

53

45

16

39

CLKD5(-)

CLKD4(+)

DOUTDB[20]

DOUTDB[19]

DOUTDA[21]

DOUTDA[20]

DOUTDC[18]

DOUTDC[19]

DOUTDA[19]

DOUTDA[18]

DOUTDB[21]

DOUTDB[18]

DOUTDC[21]

DOUTDC[20]

DOUTDA[17]

DOUTDC[17]

DOUTDA[16]

DOUTDB[17]

DOUTDC[16]

DOUTDB[16]

+5V_DET

CY3 CX2

<TNPA4040>

CA8CA7CA6

1-68

CB7

1-68

CB6

1-68

CB8

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND GND

GND

GND

GND

GND GND

GND

GND

GNDGND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND GND

GND

GND

GND

GND GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

<TNPA4020>

C3 DATA DRIVER (3)!


<TNPA4021>

C4 DATA DRIVER (4)!


!


C9 DATA DRIVER (9)


CX DATA DRIVER (X)!

D

SUB-FIELD PROCESSOR


FORMAT CONVERTER

PLASMA AI

!


C-BOARD/D-BOARD CONNECTIONCD


!

!

<TNPA4040>



CABLE

<TSXL518>

CABLE

<TSXL518>

CABLE

<TSXL518> <TSXL518>

CABLE

<TSXL576>

CABLE

<TSXL577>

CABLE

<TSXL571>

CABLE

CABLE

<TSXL570>

<TZTNP010XAT>

1-68 1-68 1-68 1-68 1-68 1-68



TH-103PF10UK/EK

97


DOUTDB[7]

41

12

66

DOUTUC[6]

33

10

5

52

32

DOUTDA[4]

8

20 GND

47

36

53

UMH

57

60

UEH

18

61

DOUTDA[5]

DOUTDC[8]

41

6

DOUTDA[6]

66

14

DRV_SOS8

4

USH

DOUTDC[0]

10 52

65

DOUTDB[6]

63

DOUTDA[9]

5513

DOUTDB[9]

30

50 64

DOUTDC[6]

16

11

43

19

51

54

DOUTUC[0]

34

22

29

DOUTUB[9]

22

23

C50

23

21

DOUTUC[5]

CB12

31

35

DOUTUA[9]

26

46

38

62

DOUTUA[2]

CB13

48

3

DOUTUB[8]

49

1

CB14

12

13

33 50

5

DOUTUB[5]

DOUTDB[8]

+5V_DET

DSLL

61

DOUTDB[1]

DOUTDC[1]

6

DOUTDC[4]

14

DOUTUC[9]

DOUTDA[2]

4

DOUTDB[0]

DOUTDA[8]

8

DOUTDC[9]

37

47

CLKD0(+)

24

34

25

68

28

58

44

59

2

35

39

28

67

45

27

42

37

29

24

C80

1-68

64

25

68

1-68

59

1-68

7

DOUTUA[1]

USL

UML

17

DOUTUA[0]

GND44

DOUTDB[4]

DOUTUA[7]

2

32

21

DOUTDB[3]

31

67

20

DOUTDA[0]

DOUTUB[0]

26

DOUTDC[7]

42

36

DOUTDC[2]

62

DOUTDC[5]

15

48

40

49

CLKU0(+)

9 DOUTUA[5]

DOUTDA[7]

16

15

DOUTDA[1]

11

40

DOUTUA[4]

19

DOUTDB[2]

9

54

38

7

DOUTUA[6]

3

17

CLKD1(-)

DOUTUB[4]

1

DOUTUC[3]

DOUTDB[5]

DOUTUB[2]

NUEL

DOUTUC[7]

DOUTDC[3]

DOUTUB[3]

DOUTUC[8]

DOUTDA[3]

DOUTUA[3]

56

58

39

27

DOUTUA[8]

65

DOUTUC[4]

63

DOUTUC[2]

55

DOUTUB[7]

46

30

+5V_DET

DOUTUB[6]

45

DOUTUB[1]

CLKU1(-)

43

56

DOUTUC[1]

51

53

57

60

18

C42 C53

8

2 15

5 1410

6

P+

75V

(Vda)

7

9

12 152

10

9

DR

V_S

OS

7

51

Vda_LD

(+78V

)

10

Vda_LD

(+78V

)

C8

2

3

10

P+

75V

(Vda)

12

42

4

1119

3

3

5

6

P+

75V

(Vda)

DM

LL

8

P+

5V

65 7

DM

HL

134

Vda_LD

(+78V

)

76

DS

LL

1

DS

HL

P+

5V

7 8 142 9 11

P+

75V

(Vda)

Vda_LD

(+78V

)

1 8

3

Vda_LD

(+78V

)

134

Vda_LD

(+78V

)

C8

4

TO DR2(SS SIDE) TO DR5(SS SIDE)

C51 C61

C71C81

TO DR14(SS SIDE)

P+

75V

(Vda)

DS

LL

9 22

Vda_LU

(+78V

)

8

5

9

C5

4

9

5 11

41 1 14

4

12 158

71

8 10

6

Vda_LU

(+78V

)

10

Vda_LU

(+78V

)

15

Vda_LU

(+78V

)

2 11

1

P+

5V

8 10

P+

75V

(Vda)

DS

HL

13942

Vda_LU

(+78V

)

7 12

P+

5V

DR

V_S

OS

7

6

1076

C5

2

5

P+

75V

(Vda)

33

3

DM

HL

Vda_LU

(+78V

)

DM

LL

TO DR12(SS SIDE)

3

13

P+

75V

(Vda)

76

4 14

5

CA13 CA14CA12

13

42

7

34

18

P+75V_L(Vda)

21

P+75V_L(Vda)

P+75V_L(Vda)

24

Vda_LU(+78V)

4

PCU6

41

3

53

30

P+75V_L(Vda)

49

Vda_LU(+78V)

12

10

15

47

26Vda_LU(+78V)

P+75V_L(Vda) 35

C53

2

48

ODEU5

P+5V

P+5V

22

51

39

38

44

Vda_LU(+78V)

1

14

52

33

P+5V

25

8

46 LEU5

3111

9

40

32

50

27

43

Vda_LU(+78V) CLRU5

36

28

23

17

29

19

5

6

37

54

Vda_LU(+78V)

45

20

16

55

P+75V_L(Vda)

Vda_LU(+78V)

Vda_LU(+78V)

Vda_LU(+78V)

Vda_LU(+78V)

Vda_LU(+78V)

PCU5

P+5V

C50

CD2

203 15

DR

V_S

OS

8

4

UM

L

8

12

UM

H

16

18

20

17

1 4

C8

8

5 14

13109

3

2

198 10

P+

5V

11

12

17

11

13

UE

L

14

UE

H

19

72

166

US

L

1

1815

US

H

6

TO SS44

7

9

5

TO DR15(SS SIDE)

P+

75V

(Vda)

2V

da_LU

(+78V

)8 9

C4

4

5 11

41 1412 158 10

6V

da_LU

(+78V

)

Vda_LU

(+78V

)

15

Vda_LU

(+78V

)2 11

1 10

P+

75V

(Vda)

139

Vda_LU

(+78V

)

7 12

P+

75V

(Vda)

3

3

Vda_LU

(+78V

)

13

P+

75V

(Vda)

76

4 14

5

10

76

Vda_LD

(+78V

)

11

2

TO DR4(SS SIDE)

12 139 14

3

P+

75V

(Vda)

Vda_LD

(+78V

)

8

Vda_LD

(+78V

)

Vda_LD

(+78V

)

91

P+

75V

(Vda)

12

32

14

4 8

11

Vda_LD

(+78V

)

P+

75V

(Vda)

6 13

5

157

C9

4

1 15

Vda_LD

(+78V

)

5

10

4

P+

75V

(Vda)

Vda_LD(+78V)

Vda_LD(+78V)

Vda_LD(+78V)

23

ODED8

Vda_LD(+78V)

P+75V_L(Vda)

Vda_LD(+78V)50

35

CLRD8

P+5V

41

3

C83

54

22

25

1

53

Vda_LD(+78V)

42

30

38

P+75V_L(Vda)

P+75V_L(Vda)

P+75V_L(Vda)

8

39

20

P+5V

49

43

7

28

LED8

PCD8

55

40

32

48

34

P+5V

18

11

P+75V_L(Vda)21

Vda_LD(+78V)

51

P+75V_L(Vda)

24

33

12

6

19

Vda_LD(+78V)

Vda_LD(+78V)

2

10

4

15

16

Vda_LD(+78V)

29

13

P+5V

9

47

46

17

26

Vda_LD(+78V)

31

36

5 4 5

27

37

52

44

14

4

C9

2

42 31

P+

5V

1 2 3

P+

5V

TO PC205

DRV_SOS7D_L

DSHL

DSLL

DMLL

DMHL

PCD7

8

20

(SS SIDE)

19

14

9 9

4

33

15

1

13

16

1717

18

13

18

10

2

11

7 7

11

12

20

6

14

2

8

16

5

12

5

PC202

4

10

19

6

15

1

20

10 18

19

97 178

P+

15V

P+

5V

1

1

P+

5V

146

16

TO P25(SC SIDE)

13 14

3

4

13

2

P+

15V

119 12

19

PC

20

3

10

5

178 18

15 20

15

4 11 16

3

12

5 7

ST

B+

5V

2

6

PC

20

5

42 31

P+

5V

1 2 3

P+

5V

TO C92

4

8

20

D25

19

14

99

4

3 3

15

1

13

16

17 17

18

13

18

10

2

11

77

11

12

20

6

14

2

8

16

5

12

5

PC201

4

10

19

6

15

1

C80

CD2

C93 C83

P+

5V

TO C43

3

3

1

1

2

P+

5V

4

PC

20

4

2

4

C4

3

42 31

P+

5V

1 2 3

P+

5V

TO PC204

4

D33

CD1

CD1

D34

DRV_SOS7U_L

PC

<TNPA4041>

GN

D

GN

D

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

TO P25

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

PANEL_MAIN_ON

F_STBY_ON

GND

STB+5V

P+5V

VDA_LOW

P+5V

P+15V

P+15V

SOS4_PS

GND

GND

GND

GND

GND

ALL_OFF

P+15V

P+15V

SOS4_PS

GND

GND

GND

GND

F_STBY_ON

GND

STB+5V

P+5V

VDA_LOW

GND

ALL_OFF

PANEL_MAIN_ON

P+5V

GN

D

GN

D

VD

A_LO

W

ALL_O

FF

PA

NE

L_M

AIN

_O

N

SO

S4_P

S

F_S

TB

Y_O

N

C4 DATA DRIVER (4)!

(Exchange board only)<TNPA4021> !


C5 DATA DRIVER (5)

C8 DATA DRIVER (8)!


C9 DATA DRIVER (9)!


D

FORMAT CONVERTER

SUB-FIELD PROCESSOR



!

PLASMA AI

<TNPA4040>



!

<TNPA4040>



!

CABLE

<TSXL518>

CABLE

<TSXL518>

CABLE

<TSXL518>

CABLE

<TSXL518>

<TSXL571>

CABLE

<TSXL572>

CABLE

<TSXL575>

CABLE

<TSXL574>

CABLE

POWER CONTROL!


<TZTNP010XAT>

1-68 1-68 1-68



P+5V

P+5V

P+5V

TH-103PF10UK/EK

98


2

41

P23

1

8

ST

B P

S

DOUTDA[2]

15

3

2

ODED7

19

12

14

4

3

5

5

2

2

2

6

DOUTDC[1]

3

LIVE

3

17

1

ST

B+

12

V

18

10

4

STB PS

33

SS29

22

5

51

P56

5

3

7

SUSTAIN DRIVE

3

4

23

21

13

STB+12V

9

9

10

43

8

10

Vd

a_

LD

(+7

8V

)

6

15

7

2

4

1

5

SS55

6

52

1-13

10

45

DOUTDA[0]

5

6

3

11

46

8

DS

HL

P+15V4

14

1

11

1-19

49

13

10

6

9

1

CLKD[0](+)

29

11

P52

P+

75

V(V

da

)

7

7

19

DOUTDB[0]

Vda_LU(+78V)

14

P+

15

V

8

1

9

1

12

3

15

34

3

DOUTDA[1]

Vda_LU(+78V)

17

47

17

13

8

2

2

25

1-13

10

SS12

11

9

12

SS53

11

3

P2

DR

V_

SO

S7

31

SS52

UMH

53

5

4

3

4

5

15

2

3

P+

15

V

DOUTDC[0]

8

1

9

1-13

1-68

13

P+

5V

1

5

44

4

CLRD7

SS54

7

11

P+

75

V(V

da

)

CABLE

LEU6

P+75V(Vda)

P+

75

V(V

da

)

15

DOUTUC[3]

10

C71

Vd

a_

LU

(+7

8V

)

10

9

36

1-13

Vd

a_

LU

(+7

8V

)

ODEU6

9

4

DOUTUC[1]

33

6

4

DR

12

P+5V

1-13

3

2

<TSXL518>

LA

N+

15

V

7

23

6

2

39

SS27

6

4

7

52

Vd

a_

LD

(+7

8V

)

SS

8P54

46

3

11

CLKU[0](+)

38

3

DOUTUB[0]

1

8

DOUTUA[1]

26

6

10

SS61

14

25

31

P+5V

9

13

SS60

CLRU6

36

3

P+

75

V(V

da

)

P+5V

1

2

11

1-13

3

3

5

DOUTDB[2]

1

7

13

1

4

SS62

Vda_LD(+78V)

12

42

DR

4

39

11

38

8

CA15

3

1-13

19

P+5V

P+5V

9

6

4

10

1-13

DOUTUB[2]

Vda_LD(+78V)

20

<TNPA4035>

42

6

SS59

2

6

16

3

PCD7

4

DR

V_

SO

S7

LIVE

Vda_LD(+78V)

P+5V

<TNPA4036>

8

11

15

2

12

P+

15

V

5

5

15

UEL

4

1

5

Vda_LU(+78V)

PCU6

DOUTDB[3]

4

2

1

P9

9

10

14

15

1

Vd

a_

LD

(+7

8V

)

11

8

Vda_LD(+78V)

2

7

P+

15

V

10

24

1

Vda_LU(+78V)

Vd

a_

LD

(+7

8V

)

24

5

5

8

6

50

Vda_LU(+78V)

5

10

Vda_LD(+78V)

P+

15

V

7

3

9

12

P+

75

V(V

da

)

+5V_DET

3

20

Vd

a_

LD

(+7

8V

)

50

11 6

15

2

5

7

54

DOUTUA[3]

15

16

4

DR

2

Vda_LD(+78V)

10

13

6

14

12

7

P+75V_L(Vda)

18

+5V_DET

32

15

15

DOUTUB[1]

19

7

3

20

Vda_LD(+78V)

8

13

2

LIVE

10

54

1

55

1

10

2

DOUTDC[3]

8

2

P+75V_L(Vda)

P12

Vd

a_

LD

(+7

8V

)

2

9

9 9

7

P+

75

V(V

da

)

16

Vda+75V

11

P113

CB15

10

5

37

C51

DOUTDC[2]

1-13

12

7

SS35

2

4

2

3UEH

8

18

3

16

DM

LL

2

Vd

a_

LU

(+7

8V

)

CLKU[1](-)

2

STB_IN

2

32

4

3

12

1

Vd

a_

LU

(+7

8V

)

30

10

1

4

DOUTDB[1]

5

Vda+75V

Vsus

Vd

a_

LD

(+7

8V

)

1

6

8

3

15

19

12

28

USL

DM

HL

1V

da

+7

5V

3

3

2

CLKD[1](-)

USH

14

1

4

12

7

5

P+

75

V(V

da

)

C61

3

40

5

30

27

8

SS37

17

DR

5

17

Vd

a+

75

V

6

12

P+

75

V(V

da

)

2

6

4

43

6

Vda_LU(+78V)

6

8

SS36

DM

LL

4

DOUTUC[2]

P+75V(Vda)

9 14

28

CA16

P+75V_L(Vda)

SS30

CB16

8 11

12

16

8 11

26

P+75V_L(Vda)

2

1

1-19

P+

5V

16

SS2 SUSTAIN OUT(UPPER)

10

5

55

P+75V_L(Vda)

SS57

P+

15

V

5

P+

75

V(V

da

)

1

Vd

a_

LD

(+7

8V

)

21

P+75V_L(Vda)

P+75V_L(Vda)

7

6

7 6

8

6

8

P+

15

V

DM

HL

13

10

35

Vd

a_

LD

(+7

8V

)

P10

134

Vd

a_

LU

(+7

8V

)

Vd

a_

LU

(+7

8V

)

7

TO C82

15

7

2

6 7

P+75V(Vda)

DOUTUA[0]

27

5

TO C94

13

2

DS

LL

14

7

3

UML

9

8

P5

9

TO C84

1

DS

HL

9

2

14

17

12

TO F8

P+

5V

11

11

4

P+75V_L(Vda)

14

1

3

20

TO SS12

7

P51

9

LIVE

P+

75

V(V

da

)

1

Vda_LD(+78V)

2

P+

15

V

C61

DOUTUA[2]

13

10

DS

LL

8

P+5V

2

Vd

a_

LU

(+7

8V

)

6

14

7

6

9

5

9

Vd

a_

LD

(+7

8V

)

DR1

8

12

34

1

14

6

1-68

SS44

1

1

15

P+75V(Vda)

5

19

2

8

8

4

8

1

Vda+75V

C64

(SS SIDE)

7

3

1

TO C52

P55

SS42

DR13

37

TO C88

Vda+75V

Vd

a_

LU

(+7

8V

)

SS25

TO C54

8

2

14

10

9

5

Vda+75V

2

13

Vda+75V

13 4

3

TO PB31

4

20

7

+15V

9

P+75V_L(Vda)

Vda+75V

P+75V_L(Vda)

11

Vd

a_

LU

(+7

8V

)

P+

75

V(V

da

)

1

TO C44

P+

75

V(V

da

)

1

P+75V_L(Vda)

P+

75

V(V

da

)7

1

P+

5V

DR

15

7

13

SS21

SS56

6

22

6

1-13

Vd

a_

LU

(+7

8V

)

DOUTUB[3]

P+5V

4

18

5

P+75V(Vda)

1

1

51

SS58

4

P+75V(Vda)

P+

75

V(V

da

)

1-13

SS23

7

P+75V(Vda)

3

12

9

8

5

1-13

Vda+75V

P+75V(Vda)

5

1-68

DR3

8

15

45

3

LA

N+

15

V

Vda+75V

13

49

DOUTUC[0]

1-68

P+

15

V

5

+15V

Vda_LD(+78V)

48

48

2

10

C81

3

10

11

3

41

P+

75

V(V

da

)29

1

2

TO PC202

1

6

4

2

Vda_LU(+78V)

4

6

C74

15

Vda_LU(+78V)

40

P53

Vda_LD(+78V)

53

4

Vd

a_

LD

(+7

8V

)

6

2

2

5

Vd

a_

LD

(+7

8V

)

5

5

1-19

47

35

4

1

14

1

2

7

3

2

10

4

1

8

Vsus

4

6

8

7

2

3

4

9

3

14

LA

N+

15

V

GN

D

1-19

P+

75

V(V

da

)

Vda_LU(+78V)

44

3

16

5

7

Vda_LU(+78V)

Vd

a_

LU

(+7

8V

)

18

LED7

13

15

12

7

4

10

6

VSUS_VCC

SS2

DR11

3

DRV_SOS8

9

Vda_LU(+78V)

Vda+75V

Vd

a_

LU

(+7

8V

)

DOUTDA[3]

DR

14

Vda_LD(+78V)

18

3

20

12

SS51

14

10

14

13

C71

NO USE

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

NO USE

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GND

GND

GND

TO P12

P+5V

P+15V

P+15V

SOS4_PS

GND

GND

GND

GND

F_STBY_ON

GND

STB+5V

P+5V

VDA_LOW

GND

ALL_OFF

PANEL_MAIN_ON

GND

GND

NO USE

(SS SIDE)

<TNPA4039>



(SS SIDE)


C6 DATA DRIVER (6)!

<TNPA4024>

C7 DATA DRIVER (7)!


P(SUS) POWER SUPPLY

(SS SIDE)


!

<ZTXMM641MG2>

<ZTXMM641MG1>

(SS SIDE)



!

!


!


!


SS3 SUSTAIN OUT(LOWER)

<TSXL518>

CABLE

DR2 ENERGY DATA RECOVERY!

DR1! ENERGY DATA RECOVERY

Vsus ON/OFF

GND

PFC_ON

GND

GND

Vsus OUT

GND



P575 732 641

LIV

E

NE

UT

RA

L

LIV

E

NE

UT

RA

L

FOR FACTRY USE

P25

TH-103PF10UK/EK

99

10.9. Lead Wiring (1)

TH-103PF10UK/EK

100


TH-103PF10UK/EK

101


TH-103PF10UK/EK

102


TH-103PF10UK/EK

103


TH-103PF10UK/EK

104


TH-103PF10UK/EK

105


TH-103PF10UK/EK

106


TH-103PF10UK/EK

107


Model No. : TH-103PF10UK/EK Caution

Model No. : TH-103PF10UK/EK Exploded View

Model No. : TH-103PF10UK/EK Cabinet part location

Model No. : TH-103PF10UK/EK Side Power part location

Model No. : TH-103PF10UK/EK Fan part location

Model No. : TH-103PF10UK/EK Rear cover location

Model No. : TH-103PF10UK/EK Cable relation

Model No. : TH-103PF10UK/EK Board and Fuse

Model No. : TH-103PF10UK/EK Packing summary (1)

Model No. : TH-103PF10UK/EK Parts List

Safety

Ref. No.

Part No. Part Name & Description Q'ty Remarks

1 EUR7636070R REMOTE CONTROLLER 1 UK

1 EUR7636090R REMOTE CONTROLLER 1 EK

2 K2CG3YY00011 AC CORD 1 UK

2 K2CN3YY00003 AC CORD (E) 1 EK

2 K2CT3YY00002 AC CORD (B) 1 EK

3 L6FAYYYH0030 FAN UNIT (80) 3

4 L6FAYYYH0031 FAN UNIT (120) 8

5 MD103F10A1J PLASMA DISPLAY PANEL 1

6 TBMA209 PANASONIC BADGE 1

7 TBXA46703A 5 RANGE BUTTON 1

8 TBXA50001 POWER BUTTON 1

9 TESD031 POWER BUTTON SPRING 1

THEA068N SCREW 4

10 THEA154J M16 BOLT 4

THEC098J SCREW 18

THEL0239 SCREW 12

THEL027N SCREW 12 UK

THEL027N SCREW 8 EK

THEL037N SCREW 1

THEL0429 SCREW 11

THTA0419 SCREW 2

THTD011J SCREW 4

THTD013N SCREW 22

THTF011N SCREW 163

11 TKEA16401A CABINET TOP 1

12 TKEA16504T CABINET BOTTOM 1

13 TKEA16601A CABINET LEFT/RIGHT 2

14 TKGA5410 FRONT GLASS 1

15 TKKC5213 LED PANEL 1

16 TKKL5266-1 BLANK PLATE 1

17 TKKL5370 EYE BOLT COVER 13

18 TKKX0015 HEXAGONAL WRENCH 1

19 TKPA60301 REMOCON RECEIVE PANEL 1

20 TKUX11501 REAR COVER(CENTER/LEFT/TOP) 1

21 TMKA580 CABINET FELT LEFT/RIGHT 2

22 TMKA581 CABINET FELT TOP/BOTTOM 4

23 TMKA629 CABINET FELT CORNER 4

24 TMKG405 SPONGE(FAN) 16

25 TMKG469-1 SPONGE(FAN) 3

26 TMKG732 SPONGE(LEFT/RIGHT) 2

27 TMKG733 SPONGE(TOP/BOTTOM) 4

TMM14490 CLAMPER 31

TMM16473-1 CLAMPER 16


Safety

Ref. No. Part No. Part Name & Description Q'ty Remarks

TMM17499 CLAMPER 1

TMM6428-1 CLAMPER 3

TMM6463-1 CLAMPER 7

TMM6496-1 CLAMPER 2

TMM7464-2 CLAMPER 2

TMM7468-1 CLAMPER 5 UK

TMM7468-1 CLAMPER 6 EK

TMME047 CLAMPER 4

TMME185 CLAMPER 4

TMME190 CLAMPER 3

TMME287 CLAMPER 4

TMME292 CLAMPER 1

28 TMME203 CLAMPER 2

29 TMME226 AC CORD CLAMPER 1

TMME228 CLAMPER 4

130 TMMX158 COVER(EDGE GAURD) 4

30 TMMJ068 RUBBER(FAN) 38

31 TMWC016 POWER BUTTON BRACKET 1

250 TMXX033 CORE HOLDER 2

32 TMXX035 AC CORD CLAMPER A 1

33 TMXX036 AC CORD CLAMPER B 1 UK

34 TPCC04501 CARTON BOX BOTTOM 1

35 TPCC04601 CARTON BOX TOP 1

36 TPCC28804 CARTON SIDE A 1 UK

36 TPC0E83501 CARTON SIDE A (Indication: Assembled in CZ) 1 EK, PAVCCZ

36 TPCC28810 CARTON SIDE A (Indication: Made in Japan) 1 EK

37 TPCC28904 CARTON SIDE B 1 UK

37 TPC0E83503 CARTON SIDE B (Indication: Assembled in CZ) 1 EK, PAVCCZ

37 TPCC28910 CARTON SIDE B (Indication: Made in Japan) 1 EK

38 TPDA1038 CUSHION (CENTER) 4

39 TPDA1416 TOP CUSHION 2

40 TPDA1417-1 BOTTOM CUSHION LEFT 1

41 TPDA1418-1 BOTTOM CUSHION RIGHT 1

42 TPDA1419 CUSHION CENTER 2

43 TPDF1746 ACCESSORIES BOX 1

44 TPDX0007 JOINT 4

45 TPDX0027 BOTTOM SKID 1

46 TPDX0041 BAND 2

47 TPEH323 PROTECTION BAG 1

48 TPEH324 FRONT PROTECTION COVER 2

49 TQBC2243 INSTRUCTION BOOK(ENGLISH) 1 UK

49 TQBC2244 INSTRUCTION BOOK(SPANISH) 1 UK


Safety

Ref. No. Part No. Part Name & Description Q'ty Remarks

49 TQBC2245 INSTRUCTION BOOK(FRANCH) 1 UK

49 TQB0E0481A INSTRUCTION BOOK(GERMAN) 1 PAVCCZ EK

49 TQB0E0481B INSTRUCTION BOOK(DUTCH) 1 PAVCCZ EK

49 TQB0E0481C INSTRUCTION BOOK(ITALIAN) 1 PAVCCZ EK

49 TQB0E0481D INSTRUCTION BOOK(FRENCH) 1 PAVCCZ EK

49 TQB0E0481E INSTRUCTION BOOK(SPANISH) 1 PAVCCZ EK

49 TQB0E0481F INSTRUCTION BOOK(SWEDISH) 1 PAVCCZ EK

49 TQB0E0481K INSTRUCTION BOOK(DANISH) 1 PAVCCZ EK

49 TQB0E0481U INSTRUCTION BOOK(ENGLISH) 1 PAVCCZ EK

200 TQEF035 POLY BAG FOR EYE BOLT COVER 1

50 TSXL518CABLE (C11-C21/C23-C32/C31-C41/C42-C53/C51-C61/C71-C81/C83-C93/C91-CX1/CX2-CY3/CY1-CZ1)

10

51 TSXL568 CABLE(D31-CD1) 1

52 TSXL569 CABLE(C20-CD2) 1









61 TSXL579 CABLE(CY0-CD2) 1

62 TSXL584 CABLE(DN6-DS6) 1

63 TSXL585 CABLE(DN1-DS1) 1

64 TTUA1515-1 REAR COVER(SIDE/LEFT) 1

65 TTUA1518 REAR COVER(CENTER/LEFT/BOTTOM) 1

66 TTUA1520 REAR COVER(CENTER/(RIGHT/BOTTOM) 1

67 TTUA1748 REAR COVER(CENTER/(RIGHT/TOP) 1 UK

67 TTUA1519 REAR COVER(CENTER/(RIGHT/TOP) 1 EK

68 TTUA1751-1 REAR COVER(SIDE/RIGHT) 1 UK

68 TTUA1779-1 REAR COVER(SIDE/RIGHT) 1 EK PAVCCZ

68 TTUA1892 REAR COVER(SIDE/RIGHT)(Indication: Made in Japan) 1 EK

69 TUWC056 SIDE POWER COVER 1

70 TUXJ350 CABINET/TOP RIGHT/BOTTOM) 2

71 TUXJ351 CABINET/TOP RIGHT/BOTTOM) 2

72 TUXJ370 CABINET/TOP LEFT/BOTTOM) 2

73 TUXJ371 CABINET/TOP LEFT/BOTTOM) 2

203 TUXK056 STAND HOOK 4

74 TXAJS01YLTJ INLET ASSY 1

202 J0KD00000096 FERRITE CORE 6

UR76EC2803A BATTERY COVER 1 UK

XTV3+10JFJ SCREW 3


Safety

Ref. No.


XTV3+8JFJK SCREW 1

XTW3+8TFJ SCREW 2

75 XVN16FJ EYE BOLT 3

204 XWB16BVJ M16 SPRING WASHER 4

XYN3+F10FJ SCREW 9

XYN3+F8FJ SCREW 35

XYN3+J12FJ SCREW 193

XYN3+J8FJ SCREW 16

XYN4+F10FJ SCREW 8

XYN4+F10FJK SCREW 142

XYN4+F32FJ SCREW 32

XYN4+J10FJ SCREW 99

XYN5+F15FJ SCREW 56

XYN5+F30FJK SCREW 18

XYN8+F20FJK SCREW 6

201 XZBT6506 POLY BAG FOR INST.BOOK 1

F900 K5D103BMA001 TIME LAG FUSE HIGH 1






F1701 K5D502BNA007 AC FUSE 2

F1702 K5D502BNA007 AC FUSE 2

81 TNPA4018 CIRCUIT BOARD C1 1









90 TNPA4027 CIRCUIT BOARD CX 1

91 TNPA4028 CIRCUIT BOARD CY 1

92 TNPA4029 CIRCUIT BOARD CZ 1

93 TNPA4030 CIRCUIT BOARD SU 1

94 TNPA4031 CIRCUIT BOARD SM 1

95 TNPA4032 CIRCUIT BOARD SD 1

96 TNPA4033 CIRCUIT BOARD SC 1

97 TNPA4034 CIRCUIT BOARD SC2 1

98 TNPA4035 CIRCUIT BOARD SS 1

99 TNPA4036 CIRCUIT BOARD SS2 1


Safety

Ref. No.


100 TNPA4037 CIRCUIT BOARD SS3 1

101 TNPA4039 CIRCUIT BOARD DR1 2

102 TNPA4040 CIRCUIT BOARD CD 6

103 TNPA4041 CIRCUIT BOARD PC 1

104 TNPA4055 CIRCUIT BOARD F 1

105 TNPA4058 CIRCUIT BOARD H5 1

106 TNPA4084 CIRCUIT BOARD S1 1

107 TNPA4085 CIRCUIT BOARD V1 1



110 TNPA4100 CIRCUIT BOARD DR2 2

111 TNPA4103 CIRCUIT BOARD PB 1

112 TNPA4386 CIRCUIT BOARD DS 1

113 TXNHA10RBS CIRCUIT BOARD HA 1

114 TXNHHH10XXT CIRCUIT BOARD HDMI 1 UK

114 TNPA4052 CIRCUIT BOARD HDD 1 EK

115 TZTNP010XAT CIRCUIT BOARD D 1

116 TZTNP020XAT CIRCUIT BOARD DN 1

117 TZTNP030XAT CIRCUIT BOARD HX 1

118 ZTXMM641MG1 CIRCUIT BOARD P (MULTI) 2

119 ZTXMM641MG2 CIRCUIT BOARD P (SUS) 2

RM001 PNA4701M05TV REMOCON RECEIVER 1

th-103pf10uk th-103pf10ek

Documents