Manual de servico panasonic modelos tc p50g20 e tc p50g25 chassis gpf13du plasma tv

ORDER NO.MTNC100212CE B34 Canada: B62

50 inch Class 1080p Plasma HDTV Model No. TC-P50G20

TC-P50G25 GPF13DU Chassis

Š Panasonic Corporation 2010. Unauthorized copying and distribution is a violation of law.

TABLE OF CONTENTS PAGE 1 Safety Precautions -----------------------------------------------3 1.1. General Guidelines ----------------------------------------3 2 Warning --------------------------------------------------------------4 2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices ----------4 2.2. About lead free solder (PbF) ----------------------------5 3 Service Navigation------------------------------------------------6 3.1. Service Hint--------------------------------------------------6 3.2. Applicable signals ------------------------------------------7 4 Specifications ------------------------------------------------------8 5 Service Mode -------------------------------------------------------9 5.1. How to enter into Service Mode ------------------------9 5.2. Option - Mirror--------------------------------------------- 11 5.3. Service tool mode ---------------------------------------- 11 5.4. Hotel mode------------------------------------------------- 12 5.5. Data Copy by SD Card --------------------------------- 13 6 Troubleshooting Guide---------------------------------------- 16 6.1. Check of the IIC bus lines------------------------------ 16 6.2. Power LED Blinking timing chart --------------------- 17 6.3. No Power--------------------------------------------------- 18 6.4. No Picture -------------------------------------------------- 19 6.5. Local screen failure -------------------------------------- 20 7 Service Fixture & Tools --------------------------------------- 21 7.1. SC jig -------------------------------------------------------- 21 8 Disassembly and Assembly Instructions --------------- 22 8.1. Remove the Rear cover -------------------------------- 22 8.2. Remove the AC inlet ------------------------------------ 22 8.3. Remove the P-Board ------------------------------------ 22 8.4. Remove the Side terminal cover and Side shield metal ------------------------------------------------ 22 8.5. Remove the Tuner unit --------------------------------- 23 8.6. Remove the A-Board ------------------------------------ 23 8.7. Remove the Speakers ---------------------------------- 23 8.8. Remove the SU-Board---------------------------------- 23 8.9. Remove the SD-Board---------------------------------- 23 8.10. Remove the SC-Board---------------------------------- 24 8.11. Remove the SS2-Board -------------------------------- 24 8.12. Remove the SS-Board ---------------------------------- 24 8.13. Remove the Hanger metals and the One leg bracket ------------------------------------------------------ 24 8.14. Remove the Cabinet mount metals------------------ 25 8.15. Remove the C1-Board ---------------------------------- 25 8.16. Remove the C2-Board ---------------------------------- 25 8.17. Remove the C3-Board ---------------------------------- 25 8.18. Remove the Plasma panel section from the Cabinet assy----------------------------------------------- 26 8.19. Remove the Contact metals --------------------------- 26 8.20. Remove the K-Board ------------------------------------ 26 8.21. Replace the plasma panel ----------------------------- 27 9 Measurements and Adjustments -------------------------- 28 9.1. Adjustment ------------------------------------------------- 28 10 Block Diagram --------------------------------------------------- 33 10.1. Main Block Diagram ------------------------------------- 33 10.2. Block (1/4) Diagram ------------------------------------- 34 10.3. Block (2/4) Diagram ------------------------------------- 35 10.4. Block (3/4) Diagram ------------------------------------- 36 10.5. Block (4/4) Diagram ------------------------------------- 37 11 Wiring Connection Diagram --------------------------------- 39

PAGE 11.1. Caution statement. -------------------------------------- 39 11.2. Wiring (1) -------------------------------------------------- 39 11.3. Wiring (2) -------------------------------------------------- 40 11.4. Wiring (3) -------------------------------------------------- 41 12 Schematic Diagram -------------------------------------------- 43 12.1. Schematic Diagram Note ------------------------------ 43 12.2. P-Board (1/3) Schematic Diagram ------------------ 44 12.3. P-Board (2/3) Schematic Diagram ------------------ 45 12.4. P-Board (3/3) Schematic Diagram ------------------ 46 12.5. A-Board (1/18) Schematic Diagram----------------- 47 12.6. A-Board (2/18) Schematic Diagram----------------- 48 12.7. A-Board (3/18) Schematic Diagram----------------- 49 12.8. A-Board (4/18) Schematic Diagram----------------- 50 12.9. A-Board (5/18) Schematic Diagram----------------- 51 12.10. A-Board (6/18) Schematic Diagram----------------- 52 12.11. A-Board (7/18) Schematic Diagram----------------- 53 12.12. A-Board (8/18) Schematic Diagram----------------- 54 12.13. A-Board (9/18) Schematic Diagram----------------- 55 12.14. A-Board (10/18) and K-Board Schematic Diagram ---------------------------------------------------- 56 12.15. A-Board (11/18) Schematic Diagram --------------- 57 12.16. A-Board (12/18) Schematic Diagram --------------- 58 12.17. A-Board (13/18) Schematic Diagram --------------- 59 12.18. A-Board (14/18) Schematic Diagram --------------- 60 12.19. A-Board (15/18) Schematic Diagram --------------- 61 12.20. A-Board (16/18) Schematic Diagram --------------- 62 12.21. A-Board (17/18) Schematic Diagram --------------- 63 12.22. A-Board (18/18) Schematic Diagram --------------- 64 12.23. C1-Board Schematic Diagram ----------------------- 65 12.24. C2-Board (1/2) Schematic Diagram ---------------- 66 12.25. C2-Board (2/2) Schematic Diagram ---------------- 67 12.26. C3-Board (1/2) Schematic Diagram ---------------- 68 12.27. C3-Board (2/2) Schematic Diagram ---------------- 69 12.28. SC-Board (1/4) Schematic Diagram ---------------- 70 12.29. SC-Board (2/4) Schematic Diagram ---------------- 71 12.30. SC-Board (3/4) Schematic Diagram ---------------- 72 12.31. SC-Board (4/4) Schematic Diagram ---------------- 73 12.32. SS-Board (1/2) Schematic Diagram ---------------- 74 12.33. SS-Board (2/2) and SS2-Board Schematic Diagram ---------------------------------------------------- 75 13 Printed Circuit Board------------------------------------------ 76 13.1. P-Board ---------------------------------------------------- 76 13.2. K and SS2-Board ---------------------------------------- 79 13.3. A-Board ---------------------------------------------------- 80 13.4. C1-Board--------------------------------------------------- 82 13.5. C2-Board--------------------------------------------------- 83 13.6. C3-Board--------------------------------------------------- 84 13.7. SC-Board -------------------------------------------------- 85 13.8. SS-Board -------------------------------------------------- 87 14 Exploded View and Replacement Parts List----------- 89 14.1. Exploded View and Mechanical Replacement Parts List --------------------------------------------------- 89 14.2. Electrical Replacement Parts List ------------------- 95

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1 Safety Precautions 1.1.

General Guidelines

1. When conducting repairs and servicing, do not attempt to modify the equipment, its parts or its materials. 2. When wiring units (with cables, flexible cables or lead wires) are supplied as repair parts and only one wire or some of the wires have been broken or disconnected, do not attempt to repair or re-wire the units. Replace the entire wiring unit instead. 3. When conducting repairs and servicing, do not twist the 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

1.1.2.

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

Leakage Current Hot Check (See Figure 1.)

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

Figure 1

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2 Warning 2.1.

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

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

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2.2.

About lead free solder (PbF)

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

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

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3 Service Navigation 3.1.

Service Hint

Board Name P Power Supply

Function

A

DC-DC Converter, Tuner Speaker out, AV Terminal, HDMI in, SD Card Digital Signal Processor, PEAKS-LDA2 Format Converter, Plasma AI, Sub-Field Processor Power Switch, Key Switch

K

Remote receiver, Power LED, C.A.T.S sensor

Board Name C1 C2 C3 SC SS SS2 SU

SD

6

Function Data Driver (Lower Right) Data Driver (Lower Center) Data Driver (Lower Left) Scan Drive Sustain Drive Sustain out (Lower) Scan out (Upper) Non serviceable. SU-Board should be exchanged for service. Scan out (Lower) Non serviceable. SD-Board should be exchanged for service.

3.2.

Applicable signals

* Mark: Applicable input signal for Component (Y, PB, PR), HDMI and PC

525 (480) / 60i 525 (480) /60p 750 (720) /60p 1,125 (1,080) /60i 1,125 (1,080) /60p 1,125 (1,080) /60p 1,125 (1,080) /24p 1,125 (1,080) /24p 640 × 400 @70 640 × 480 @60 Macintosh13 inch (640 × 480) 640 × 480 @75 852 × 480 @60 800 × 600 @60 800 × 600 @75 800 × 600 @85 Macintosh16 inch (832 × 624) 1,024 × 768 @60 1,024 × 768 @70 1,024 × 768 @75 1,024 × 768 @85 Macintosh 21 inch (1,152 ×870) 1,280 × 768 @60 1,280 × 1,024 @60 1,366 × 768 @60

horizontal frequency (kHz) 15.73 31.47 45.00 33.75 67.43 67.50 26.97 27.00 31.47 31.47 35.00 37.50 31.44 37.88 46.88 53.67 49.73 48.36 56.48 60.02 68.68 68.68 47.78 63.98 48.39

vertical frequency (Hz) 59.94 59.94 59.94 59.94 59.94 60.00 23.98 24.00 70.08 59.94 66.67 75.00 59.89 60.32 75.00 85.08 74.55 60.00 70.07 75.03 85.00 75.06 59.87 60.02 60.04

Note • Signals other than those shown above may not be displayed properly. • The above signals are reformatted for optimal viewing on your display.

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COMPONENT * * * *

HDMI * * * * * * * *

PC

* * * * * * * * * * * * * * * * *

4 Specifications Power Source Power Consumption Maximum Standby condition Plasma Display panel Drive method Aspect Ratio Visible screen size (W × H × Diagonal) (No. of pixels) Sound Audio Output PC signals

Channel Capability (Digital/Analog) Operating Conditions

AC 120 V, 60 Hz 441 W 0.2 W AC type 16:9 50 inch class (49.9 inches measured diagonally) 43.5 inch × 24.4 inch × 49.9 inch (1,105 mm × 622 mm × 1,268 mm) 2,073,600 (1,920 (W) × 1,080 (H))[5,760 × 1,080 dots] 20 W [ 10 W + 10 W ] ( 10 % THD ) VGA, SVGA, XGA, WXGA, SXGA Horizontal scanning frequency 31 - 69 kHz Vertical scanning frequency 59 - 86 Hz VHF/ UHF: 2 - 69, CATV: 1 - 135 32 °F - 104 °F (0 °C - 40 °C) 20 % - 80 % RH (non-condensing)

Temperature: Humidity: Connection Terminals VIDEO IN 1-2 COMPONENT IN 1-2

HDMI 1-3 USB 1-2 PC LAN (for VIERA CAST IPTV) Card slot DIGITAL AUDIO OUT FEATURES

Dimensions (W × H × D) Including pedestal TV Set only Mass Including pedestal TV Set only

VIDEO: RCA PIN Type × 1 1.0 V [p-p] (75 Ω) AUDIO L-R: RCA PIN Type × 2 0.5 V [rms] Y: 1.0 V [p-p] (including synchronization) PB, PR: ±0.35 V [p-p] AUDIO L-R: RCA PIN Type × 2 0.5 V [rms] TYPE A Connector × 3 This TV supports [HDAVI Control 5] function. USB 2.0 Type A connector x 2 D-SUB 15PIN: R,G,B / 0.7 V [p-p] (75 Ω) HD, VD / 1.0 - 5.0 V [p-p] (high impedance) RJ45 (10BASE-T/100BASE-TX) SD CARD slot × 1 PCM / Dolby Digital, Fiber Optic 3D Y/C FILTER CLOSED CAPTION V-Chip IPTV (VIERA CAST) Media player VIERA IMAGE VIEWER HDAVI Control 5 48.0 inch × 31.9 inch × 13.2 inch (1,218 mm × 808 mm × 335 mm) 48.0inch × 30.3 inch × 3.5 inch (1,218 mm × 769 mm × 88 mm) 64.0 lb. (29.0 kg) 57.4 lb. (26.0 kg)

Note • Design and Specifications are subject to change without notice. Mass and Dimensions shown are approximate.

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5 Service Mode 5.1.

How to enter into Service Mode

While pressing [VOLUME ( - )] button of the main unit, press [INFO] button of the remote control three times within 2 seconds.

5.1.1.

Key command

[1] button...Main items Selection in forward direction [2] button...Main items Selection in reverse direction [3] button...Sub items Selection in forward direction [4] button...Sub items Selection in reverse direction [VOL] button...Value of sub items change in forward direction ( + ), in reverse direction ( - )

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5.1.2.

Contents of adjustment mode

• Value is shown as a hexadecimal number. • Preset value differs depending on models. • After entering the adjustment mode, take note of the value in each item before starting adjustment. Main item ADJUST

WB-ADJ

OPTION

VSUS AGING

SRV-TOOL

5.1.3.

Sub item CONTRAST COLOR TINT SUB-BRT R-CUT G-CUT B-CUT R-DRV G-DRV B-DRV ALL-CUT ALL-DRV BOOT STBY-SET EMERGENCY CLK MODE CLOCK EDID-CLK MIRROR

Sample Data 46 00 00 000 80 80 80 FD FB FF 80 FF ROM -ON ON FFF HIGH 00 (See next)

ALL WHITE AI ALL BLUE + WHITE FLAME AI ALL GREEN AI ALL RED LOW STEP WHITE LOW STEP BLUE LOW STEP GREEN LOW STEP RED RAMP WHITE RAMP RED RAMP GREEN RAMP BLUE A-ZONE B-ZONE 1% WINDOW COLOR BAR 9 POINT BRIGHTNESS WHITE FLAME AI ALL BLUE TWICE FIXATION 1% WINDOW SCROLL ON/OFF OR RGBW R/G/B/W AGING MODE 0.5 TIME FIXATION ALL WHITE ALL WHITE WITH COUNT -

Remark

Factory Preset

Built-in test patterns can be displayed.

See next

How to exit

Switch off the power with the [POWER] button on the main unit or the [POWER] button on the remote control.

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5.2.

Option - Mirror

Picture can be reversed left and right or up and down. 00 : Default (Normal picture is displayed) 01 : Picture is reversed left and right. 02 : Picture is reversed up and down.

Hint : If the defective symptom (e.g. Vertical bar or Horizontal bar) is moved by selection of this mirror, the possible cause is in A-board.

5.3. 5.3.1.

Service tool mode How to access

1. Select [SRV-TOOL] in Service Mode. 2. Press [OK] button on the remote control.

5.3.2.

Display of SOS History

SOS History (Number of LED blinking) indication. From left side; Last SOS, before Last, three occurrence before, 2nd occurrence after shipment, 1st occurrence after shipment. This indication except 2nd and 1st occurrence after shipment will be cleared by [Self-check indication and forced to factory shipment setting].

5.3.3.

POWER ON TIME/COUNT

Note : To display TIME/COUNT menu, highlight position, then press MUTE for (3sec). Time : Cumulative power on time, indicated hour : minute by decimal Count : Number of ON times by decimal Note : This indication will not be cleared by either of the self-checks or any other command.

5.3.4.

Exit

1. Disconnect the AC cord from wall outlet.

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5.4.

Hotel mode

1. Purpose Restrict a function for hotels. 2. Access command to the Hotel mode setup menu In order to display the Hotel mode setup menu, please enter the following command (within 2 second). [TV] : Vol. [Down] + [REMOTE] : INPUT (3 times)

item Mode Input

Then, the Hotel mode setup menu is displayed. Channel

Volume

Vol. Max

OSD Ctrl

FP Ctrl

Pow Ctrl

3. To exit the Hotel mode setup menu Disconnect AC power cord from wall outlet. 4. Explain the Hotel mode setup menu

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Function Select hotel mode ON/OFF Select input signal modes. Set the input, when each time power is switched on. Selection: ---/RF/HDMI1/HDMI2/HDMI3/COMP1/ COMP2/VIDEO1/VIDEO2/PC • OFF: give priority to a last memory. Select channel when input signal is RF. Set the channel, each time power is switched on. Selection: Any channel number or [-]. [-] means the channel when turns off. Adjust the volume when each time power is switched on. Range: 0 to 100 Adjust maximum volume. Range: 0 to 100 Restrict the OSD. Selection: OFF/PATTERN1 • OFF: No restriction • PATTERN1: restriction Select front key conditions. Selection: OFF/PATTERN1/ALL • OFF: altogether valid. • PATTERN1: only input key is valid. • ALL: altogether invalid. Select POWER-ON/OFF condition when AC power cord is disconnected and then connected. OFF: The same condition when AC power cord is disconnected. ON: Forced power ON condition.

5.5. 5.5.1.

Data Copy by SD Card Purpose

(a) Board replacement (Copy the data when exchanging A-board): When exchanging A-board, the data in original A-board can be copied to SD card and then copy to new A-board.

(b) Hotel (Copy the data when installing a number of units in hotel or any facility): When installing a number of units in hotel or any facility, the data in master TV can be copied to SD card and then copy to other TVs.

5.5.2.

Preparation

Make pwd file as startup file for (a) or (b) in a empty SD card. 1. Insert a empty SD card to your PC. 2. Right-click a blank area in a SD card window, point to New, and then click text document. A new file is created by default (New Text Document.txt). 3. Right-click the new text document that you just created and select rename, and then change the name and extension of the file to the following file name for (a) or (b) and press ENTER. File name: (a) For Board replacement : boardreplace.pwd (b) For Hotel : hotel.pwd Note: Please make only one file to prevent the operation error. No any other file should not be in SD card.

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5.5.3.

Data copy from TV set to SD Card

1. Turn on the TV set. 2. Insert SD card with a startup file (pwd file) to SD slot. On-screen Display will be appeared according to the startup file automatically. 3. Input a following password for (a) or (b) by using remote control. (a) For Board replacement : 2770 (b) For Hotel : 4850 Data will be copied from TV set to SD card. It takes around 2 to 6 minutes maximum for copying. 4. After the completion of copying to SD card, remove SD card from TV set. 5. Turn off the TV set. Note: Following new folder will be created in SD card for data from TV set. (a) For Board replacement : user_setup (b) For Hotel : hotel

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5.5.4.

Data copy from to SD Card to TV set

1. Turn on the TV set. 2. Insert SD card with Data to SD slot. On-screen Display will be appeared according to the Data folder automatically. 3. Input a following password for (a) or (b) by using remote control. (a) For Board replacement : 2771 (b) For Hotel : 4851 Data will be copied from SD card to TV set. 4. After the completion of copying to SD card, remove SD card from TV set. (a) For Board replacement : Data will be deleted after copying (Limited one copy). (b) For Hotel : Data will not be deleted and can be used for other TVs. 5. Turn off the TV set. Note: 1. Depending on the failure of boards, function of Data copy for board replacement does not work. 2. This function can be effective among the same model numbers.

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6 Troubleshooting Guide Use the self-check function to test the unit. 1. Checking the IIC bus lines 2. Power LED Blinking timing

6.1. 6.1.1.

Check of the IIC bus lines How to access

Self-check indication only: Produce TV reception screen, and while pressing [VOLUME ( - )] button on the main unit, press [OK] button on the remote control for more than 3 seconds. Self-check indication and forced to factory shipment setting: Produce TV reception screen, and while pressing [VOLUME ( - )] button on the main unit, press [MENU] button on the remote control for more than 3 seconds.

6.1.2.

Exit

Disconnect the AC cord from wall outlet.

6.1.3.

Screen display

6.1.4.

Check Point

Confirm the following parts if NG was displayed.

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6.2.

Power LED Blinking timing chart

1. Subject Information of LED Flashing timing chart. 2. Contents When an abnormality has occurred the unit, the protection circuit operates and reset 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.

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6.3.

No Power

First check point There are following 2 states of No Power indication by power LED. 1. No lit 2. Red is lit then turns red blinking a few seconds later. (See 6.2.)

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6.4.

No Picture

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6.5.

Local screen failure

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

Fig-1

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7 Service Fixture & Tools 7.1.

SC jig

Purpose: To find the failure board (SC or SU/SD) when the power LED is blinking 7 times. SC jig: Jumper connector to connect to SC50 connector on SC board Part number: TZSC09187 How to use: Caution: Remove SC jig from SC board after inspection. 1. Remove all connector between SC board and SU/SD board to isolate SC board from both SU and SD board electrically. Note: The board will be damaged if all connector is not removed (for example; remove connector only for SU board and stay connecting with SD board. The board will be damaged.) 2. Connect SC jig to connector SC50 at left bottom side of SC board 3. Turn of the TV/Display Unit and confirm the power LED blinking. LED blinking: Possible cause of failure is in SC board No LED blinking (Lighting or no lighting): Possible cause of failure is in SU or SD board 4. After inspection, turn off the TV/Display Unit and wait a few minutes to discharge. 5. Remove SC jig from SC board. Remark: This SC jig can be used for all 2010 Plasma TV and Plasma Display.

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8 Disassembly and Assembly Instructions 8.1.

Remove the Rear cover

8.4.

1. See Service Hint (Section 3)

8.2.

Remove the AC inlet

1. Remove the screws (×2 , ×1 2. Remove the Side terminal cover.

Caution: To remove P.C.B. wait 1 minute after power was off for discharge from electrolysis capacitors. 1. Unlock the cable clampers to free the cable. 2. Disconnect the connector (P9). 3. Remove the screw (×1

8.3.

Remove the Side terminal cover and Side shield metal

) and remove the AC inlet.

Remove the P-Board

Caution: To remove P.C.B. wait 1 minute after power was off for discharge from electrolysis capacitors. 1. Unlock the cable clampers to free the cable 2. Disconnect the connectors (P2, P6, P7, P9, P11 and P35). 3. Remove the screws (×9

3. Remove the Side shield metal.

) and remove the P-Board.

22

, ×1

).

8.5.

Remove the Tuner unit

8.8.

1. Unlock the cable clampers to free the cable. 2. Disconnect the connectors (A1, A6, A7 and A11). 3. Disconnect the flexible cables (A31, A32 and A33). 4. Remove the screws (×2

Remove the SU-Board

1. Remove the flexible cables (SU1, SU2, SU3, SU4 and SU5) connected to the SU-Board. 2. Remove the flexible cable (SU11-SD11) and the bridge connector (SC41-SU41).

) and remove the Tuner unit.

3. Remove the molding prop (×1 4. Remove the screws (×2 Board.

8.6.

).

, ×2

) and remove the SU-

Remove the A-Board

1. Remove the Tuner unit. (See section 8.5.) 2. Remove the screws (×2

8.9.

) and remove the A-Board.

Remove the SD-Board

1. Remove the flexible cables (SD1, SD2, SD3, SD4 and SD5) connected to the SD-Board. 2. Remove the flexible cable (SU11-SD11) and the bridge connectors (SC42-SD42 and SC46-SD46). 3. Remove the molding prop (×1 4. Remove the screws (×2 Board.

8.7.

Remove the Speakers

1. Unlock the cable clampers to free the cable. 2. Disconnect the Speaker terminal. 3. Remove the screws (×2 ers (L, R).

each) and remove the Speak-

23

, ×2

). ) and remove the SD-

8.10. Remove the SC-Board 1. Remove the SU-Board and SD-Board. (See section 8.8. and 8.9.) 2. Unlock the cable clampers to free the cable. 3. Disconnect the connector (SC2). 4. Disconnect the flexible cable (SC20). 5. Remove the screws (×6

) and remove the SC-Board.

8.13. Remove the Hanger metals and the One leg bracket 1. Remove the Plasma panel section from the servicing stand and lay on a flat surface such as a table (covered by a soft cloth) with the Plasma panel surface facing downward. 2. Remove the One leg bracket fastening screws (×4 and the One leg bracket.

8.11. Remove the SS2-Board

)

1. Remove the Tuner unit. (See section 8.5.) 2. Disconnect the bridge connector (SS21-SS24) and disconnect the flexible cable (SS58). 3. Remove the screws (×2

) and remove the SS2-Board.

3. Remove the Hanger metals (L, R) fastening screws (×2 each) and remove the Hanger metals (L, R).

8.12. Remove the SS-Board 1. 2. 3. 4. 5.

Remove the Tuner unit. (See section 8.5.) Unlock the cable clampers to free the cable. Disconnect the connectors (SS11 and SS33). Disconnect the flexible cables (SS53 and SS56). Disconnect the bridge connector (SS21-SS24).

6. Remove the screws (×6

) and remove the SS-Board.

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8.14. Remove the Cabinet mount metals

8.16. Remove the C2-Board 1. Remove the Hanger metal R and the One leg bracket. (See section 8.13.) 2. Remove the Cabinet mount metal bottom (See section 8.14.). 3. Remove the flexible cables holder fastening screws (×5

1. Remove the One leg bracket. (See section 8.13.) 2. Remove the Cabinet mount metals fastening screws (×10 , ×20 ) and remove the Cabinet mount metal top and the Cabinet mount metal bottom.

). 4. Disconnect the flexible cables (CB5, CB6, CB7 and CB8). 5. Disconnect the flexible cables (C20, C21 and C26). 6. Remove the screws (×4

) and remove the C2-Board.

8.17. Remove the C3-Board 1. Remove the Tuner unit. (See section 8.5.) 2. Remove the Hanger metal L and the One leg bracket. (See section 8.13.) 3. Remove the Cabinet mount metal bottom (See section 8.14.). 4. Remove the flexible cables holder fastening screws (×8

8.15. Remove the C1-Board 1. Remove the Cabinet mount metal bottom (See section 8.14.). 2. Remove the flexible cables holder fastening screws (×5 ). 3. Disconnect the flexible cables (CB1, CB2, CB3 and CB4). 4. Disconnect the flexible cable (C10). 5. Remove the screws (×4

). 5. Disconnect the flexible cables (CB9, CB10, CB11, CB12, CB13, CB14 and CB15). 6. Disconnect the flexible cables (C31 and C36). 7. Disconnect the connectors (C33 and C35).

) and remove the C1-Board.

8. Remove the screws (×5

25

) and remove the C3-Board.

8.18. Remove the Plasma panel section from the Cabinet assy

8.19. Remove the Contact metals 1. Remove the Cabinet assy. (See section 8.18.) 2. Remove the screws (×4 ). 3. Remove the Contact metal top.

1. Remove the Cabinet mount metals fastening screws (×10 ). 2. Remove the cabinet assy and the plasma panel fastening screws (×3

, ×8

4. Remove the screws (×4 ). 5. Remove the Contact metal bottom.

).

6. Remove the screws (×4 ). 7. Remove the Contact metal side (L, R).

3. For leaving the plasma panel from the front frame, pull the bottom of the cabinet assy forward, lift, and remove.

8.20. Remove the K-Board 1. Remove the Contact metal bottom. (See section 8.19.) 2. Remove the screw (×1

).

3. Remove the claw (×1 ). 4. Disconnect the connector (K1) and Remove the K-Board from LED Panel.

26

8.21. Replace the plasma panel Caution: A new plasma panel itself without Hanger metals is fragile. To avoid the damage to new plasma panel, carry a new plasma panel taking hold of the Hanger metals after assembling the Hanger metals and the One leg bracket. 1. Place a carton box packed a new plasma panel on the flat surface of the work bench. 2. Open a box and without taking a new plasma panel; Attach the C1-Board, C2-Board and the C3-Board, connect the flexible cables from the plasma panel to the C1Board, C2-Board and the C3-Board, and fit the flexible cable holders. 3. Attach the Hanger metals and the One leg bracket to the new plasma panel. 4. Place the plasma panel on the servicing stand taking hold of the Hanger metals. 5. Attach the cabinet assy and each P.C.Board and so on, to the new plasma panel. *When fitting the cabinet assy, be careful not to allow any debris, dust or handling residue to remain between the front glass and plasma panel.

27

9 Measurements and Adjustments 9.1. 9.1.1.

Adjustment Vsus selection

Caution: When Plasma panel or A-board is replaced, Vsus should be set to LOW or HIGH. Procedure 1. Go into main item [VSUS] in Service Mode. LOW or HIGH will be displayed. 2. Press [OK] button to go to TEST stage. White pattern without On-Screen Display will be displayed during TEST and CONF stage. Press [5] button to display the On-Screen Display. 3. Press [VOL (-)] button to set to LOW. 4. In LOW setting a. If no several dead pixel is visible remarkably in white pattern, press [3] button to go to CONF stage. b. If the several dead pixels are visible remarkably in white pattern, Set to HIGH by press [VOL (+)] button. Press [3] button to go to CONF stage if the symptom is improved. 5. Press [OK] button in CONF stage to store LOW or HIGH. 6. Exit Service Mode by pressing [Power] button.

28

9.1.2.

RF video sub contrast adjustment

Name of measuring instrument 1. REMOTE TRANSMITTER 2. RF analog signal (Sprit color bar. The pattern for adjustment must contain 100% white part.) Procedure 1. Receive the sprit color bar with RF analog signal. (ASPECT FULL, Picture menu: Vivid) 2. Enter Service mode menu, and select ADJUST -- CONTRAST. Pushing the remote controller [OK] key for about 3 seconds, GAIN is suited to the adjustment value automatically.

29

Remarks

Remarks

9.1.3.

White balance adjustment Name of measuring instrument

Remarks

Color analyzer (Minolta CA-100 or equivalent)

Note: The CA-100 which was calibrated to less than +-0.001 with CS-1000. Procedure • 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. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11.

12.

13.

14.

Set to Service mode, WB-ADJ. Select [VIVID] for picture menu. Select [Cool] for color temperature. Push [5] key of remote controller to display window pattern. Confirm the brightness. The following is the confirmation value. TC-P50G20/25 215cd/m2 Select [Cinema] for picture menu. Select [Warm] for color temperature. Set [R-CUT] [G-CUT] [B-CUT] the values written in table 1. Attach the sensor of color analyzer to the center of window pattern. Fix G drive at C0h and adjust [B-DRV] and [R-DRV] so x, y value of color analyzer become the [Color temperature Low] in table 2. Increase RGB together so the maximum drive value in RGB becomes [FF]. That is, set [ALL DRIVE] to [FF]. Execute adjustment again. When that, the maximum value of R/G/B DRV should be [FF], and either R/G/B DRV should be [FF]. The average of the adjusted values in color temperature Cool, Mid, and Warm is shown in Table 4. The setting value for color temperature Cool will be calculated by multiplying the adjusted value of color temperature Warm to the ratio of the value of Warm and Cool in each GBR value in Table 4. Write that values to the data area of color temperature Cool in EEPROM (Table 3). The setting value for color temperature Mid will be calculated by multiplying the adjusted value of color temperature Mid to the ratio of the value of Warm and Mid in each GBR value in Table 4. Write that values to the data area of color temperature Mid in EEPROM. Select [VIVID] for picture menu when you check the adjusted data of Cool and Normal.

30

Remarks

Note : Adjusted value must be written to both SD data area and HD data area of the EEPROM.

31

32

10 Block Diagram 10.1. Main Block Diagram

A

DIGITAL SIGNAL PROCESSOR

ETHERPHY

ETHERPHY TMDS DATA

HDMI I/F RECEIVER

USB

SIF_OUT

SIF_IN

AV I/O Y/PR/PB

V

VIDEO2

SYSTEM MPU

L/R

L/R

EEPROM

PC_H/V

V

(SIDE)

L/R

AV SW

L/R TV

SUB+9V DET

SUB9V

L/R MONITOR OUT

SUB+5V DET

SUB5V

Y/PB/PR

SOUND SOS DET CIRCUIT

SPEAKER(R)

R

OPTICAL AUDIO OUT

SU SCAN OUT (UPPER)

AUDIO AMP

(LED:3TIMES)

(LED:5TIMES)

A1

REMOTE IN

SC SCAN DRIVE

KEYSCAN3

F15V

SOS7_SC2

SOS7_SC2

SC20

P+15V

A33

PLASMA AI CPG with SS H/V Sync Control Sub Filed Processor Plasma AI

SOS6_SC1 (LED:6TIMES) SOS7_SC2 (LED:7TIMES)

P+5V

SUB1.5V SUB1.2V_A SUB1.2V_D

SS SUSTAIN DRIVE

P-BOARD SOS DETECT

A6

F15V

P6

F15V

P+3.3V P+5V

COLD

F15V

HOT

STANDBY VOLTAGE RECTIFIER

POWER FACTOR CONTROL

A32

P2

SC2

VSUS

P+5V

VSUS

(LED:8TIME)

VSUS GEN. VE GEN. ENERGY RECOVERY

CONTROL PULSE

SU11

SS-BOARD SOS DETECT

VSUS P+15V

SOUND15V

STB5V

A31

SS11

SUSTAIN VOLTAGE RECTIFIER

PROCESS VOLTAGE RECTIFIER

P+15V

SOS8_SS

VIDEO DATA

SC41

P11

Vda

P+15V

SOUND15V

P+5V

SU41

VSUS VSUS

SUSTAIN CONTROL

P+5V

SCAN DRIVER

P+3.3V

P+15V

SCAN CONTROL VIDEO DATA

P+2.5V

P+5V

DCDC P+5V

ON/OFF CONTROL

P+15V

SCAN CONTROL

DCDC P+2.5V

DCDC P+3.3V

SUB3.3V

POWER MICOM

P7

PANEL MAIN ON

SOS8_SS (LED:8TIMES)

P+15V

P+1.2V

DCDC P+1.2V

POWER SUPPLY

STB5V

A7

PD4-H

SOS6_SC1

P+15V

PS SOS4 (LED:4TIME) STB5V

(LED:9TIMES) DCC_SOS

P+5V

SUB5V

P

(LED:4TIMES) POWER SOS

(LED:6TIMES)

(LED:7TIMES)

SUB9V

DCDC SUB5V

SUB9V

SC-BOARD ENERGY RECOVERY SOS6_SC1 SOS DETECT

SC-BOARD FLOATING PART SOS DETECT

DCDC SUB9V

DCDC SUB1.2V_A SUB1.2V_D

ANALOG-ASIC

STB5V

POWER SWITCH

KEY SWITCH

KEYSCAN1

DCDC SUB3.3V SUB1.5V

STB3.3V

REMOTE RECEIVER C.A.T.S. SENSOR

PWM_L/R

OPTICAL AUDIO OUT

POWER LED

K1

C.A.T.S. SENSOR

PANEL SOS

A11

SOUND SOS

(LED:12TIMES)

L

SPEAKER(L)

LVDS DATA

P+3.3V

CPU BUS

P+5V DET

CPU BUS I/F

P+3.3V DET

1Gbit NAND FLASH

POWER LED REMOTE RECEIVER C.A.T.S. SENSOR STB3.3V

STB3.3V POWER LED(R)

P+5V

EEPROM

PANEL MAIN ON

AUDIO I/O

PANEL SOS

DDR3

R/G/B

LVDS DATA

PC

L/R

PWM_L/R

COMP2

SOUND SOS (LED:12TIMES)

CLOCK

K

SUB3.3V

SUB+3.3V DET

L/R Y/PB/PR

OPTICAL OUT

COMP1

USB_1,2

TS_IN

V

VIDEO1

SD CARD SLOT

USB

RECTIFIER

SUSTAIN CONTROL

TUNER

CH0DATA

FRONT END PROCESSOR

SD CARD DATA

SD CARD DATA

PEAKS-LDA2 IFD_OUT

10BASE-T/ 100BASE-TX ETHERNET

ETHERNET DATA

ETHER_ NET IF

SOS8_SS

HDMI1-3

SS21 SS24

SS33

SS2 SUSTAIN CONNECTOR (LOWER)

MAIN SW2

SD11

SC42

BUFFER

SD46

SC46

VSCAN GEN. VAD GEN.

RELAY

P34

OPEN

Vda

SD42

P+3.3V

SCAN DRIVER

VIDEO DATA

RECTIFIER

MAIN SW1

P9

SOS8_SS

P35

SUSTAIN CONTROL VIDEO DATA

AC CORD

P+3.3V,P+5V

C2 DATA DRIVER (CENTER)

C3 DATA DRIVER (LEFT) C31

SD SCAN OUT (LOWER)

DATA DRIVER

DATA DRIVER

DATA DRIVER

DATA DRIVER

C20

C26

VIDEO DATA

DATA DRIVER

DATA DRIVER

C33

Vda

Vda

C10

C35

P+5V P+3.3V

VIDEO DATA

P+3.3V

C21

DATA DRIVER

DATA DRIVER

33

P+5V

C1 DATA DRIVER (RIGHT)

SOS8_SS SUSTAIN CONTROL Vda

C36

VIDEO DATA

DATA DRIVER

DATA DRIVER

DATA DRIVER

DATA DRIVER

DATA DRIVER

DATA DRIVER

DATA DRIVER

10.2. Block (1/4) Diagram

USB_1,2

SD CARD

1

2

L(+)

L(-)

3

SPEAKER L_OUT

OPTICAL AUDIO OUT

ETHER NET

IC2301 AUDIO AMP SOUND15V

15V SOS

USB

P

RF_AFT

SUB5V TUNER VJ5453

SD DATA:4bit

ETHERNET IF

IC8704 USB5V

+5V

HDMI_CEC

TMDS DATA CLOCK

DDC_2_IIC

+5V

HDMI_CEC

TMDS DATA CLOCK

DDC_1_IIC

+5V

HDMI_CEC

TMDS DATA CLOCK

DDC_0_IIC

IFD_OUT1

IFD_OUT2

IF_AGC

SIF_OUT

AFT

IIC_TU

ETHERPHY

TV_V

5V

VIDEO

A11

IC8703

D2303

V

CH0DATA

HDMI_CEC

SOUND SOS PWM L/R

SPDIF

VDDSD

SD CARD I/F

ETHERPHY

USB

DDC_1_IIC

DDC_0_IIC

RX1

RX2

SYS_IIC0

AUDIO OUT

HDMI I/F RECEIVER TS_IN

LVDS_OUT SIF_IN

COMP2

PEAKS-LDA2 Y/PR/PB

RXD1/TXD1

POWER_DET

OSD_V

L/R MONITOR OUT

PA_NRST

L/R

PD_XRST

V2_R

L/R TV

X OUT

MONITOR IN

X IN

V2_L

CLK SUB1.2V_D

V2_V

VCC SUB1.2V_A

H/V

SUB1.5V

L/R

AVDDH

L/R PC_H/V

D2_R

ACHIP3.3V

R/G/B/H/V

Y/PR/PB

IIC_IF

D2_L

1

AV I/O

MAIN

PC

CPU BUS I/F

Y/PB/PR L/R

LVDS DATA

IC8000

DDR I/F

D2_Y D2_PB D2_PR

VIDEO2 (SIDE)

DIGITAL DEMODULATOR

L/R

D1_R

JK3701

SOUND SOS DET

Y/PB/PR

D1_L

COMP2

IC8303

COMP1

D1_PR

IIC_TU IIC0

1.2V

L/R

D1_PB

COMP1

L/R

VIDEO2

V1_R D1_Y

JK3000

SUB3.3V

V

L/R

CLOCK

VIDEO1

V

V1_L

DDC_2_IIC

TV

VIDEO1 V1_V

Q2300

IC8300 FRONT END PROCESSOR

IF_AGC

AV SW

RX3

IC3001

VSB_INP

VSB_INP

DDC5V

SUB3.3V

4

R(-)

HDMI IN 2

SPEAKER_R

OPTICAL AUDIO OUT

JK8600

R(+)

HDMI IN 1

10BASE-T/ 100BASE-TX ETHERNET

SPEAKER R_OUT

TUNER

JK8700

SPEAKER_L

D3005

JK8702

JK4502 HDMI IN 3 (SIDE)

PWM L/R

ANT IN

JK4501

PWM L/R

DIGITAL SIGNAL PROCESSOR

JK4500

FE_XRST

A

TU8300

IIC0

IIC0

IIC1

IIC1

IIC2

IIC2

PC_B PC_G

JK3001

PC_R

PC

PC_H

9V

5V

3.3V SUB3.3V

IC8100 CLOCK GEN

PC_V

IC8240,41

IIC0

1GbitDDR3

IIC1_ EEP

IC5603 3.3V

X8002 24.576MHz

IC5604 AVDDH

ECO ON

6

PANEL_MAIN_ON

7

STB5V_SW_ON

8

SOS4_PS

9

STB5V

1

P_S1 TV_SUB_ON ECO ON

IC8502 EEPROM

RXD1/TXD1

5

RESET

FE_XRST

4

IC5350

POWER_DET

3

P_S1

FE_XRST

P_S0

TV_SUB_ON

P_S0

F15V

OSD_VIN

A7

RF_AFT

P7

DTV_RST

IC8501 1G bit NAND FLASH

PANEL_MAIN_ON

2

STB5V_SW_ON SOS4_PS STB5V

STB5V

SUB9V

SUB9V

3

IC5401 P6

A6

4

9V SOUND15V

SOUND15V

1

SOUND15V

2

P+15V

SUB5V P+15V

5

P+15V

3

F15V

7

F15V

8

F15V

9

IC5608

F15V

SUB5V_USB

7

+5V

IC5607

SUB5V

5V

D5602

Q5603

Q5602

F15V DET

ON/OFF

IC5501

SUB3.3V SUB1.5V SUB3.3V +3.3V SUB1.5V +1.5V

IC5500

6

SUB3.3V

SUB1.2V_A SUB1.2V_D +1.2V +1.2V

34

10.3. Block (2/4) Diagram

A

DIGITAL SIGNAL PROCESSOR

IC9300

PD4 A31

LVDS DATA

D_UHZ

OSD_VIN

DDC_1_IIC

DDC_0_IIC

OSCXI

DDC_0_IIC

DDC5V_C

X1100

DDC5V_A HDMI_CEC_IN_OUT

DDC5V_B

REMOTE IN

DDC5V_A

C.A.T.S. SENSOR

HDMI_CEC_ IN_OUT

SOUND SOS

VIDEO DATA

BUFFER

CONTROL DATA

ADDR/DATA

P+3.3V

66

FLASH I/F

P+5V

68

SUSTAIN CONTROL

SOS_DCC

SOS8_SS

63

X0

X1

+1.2V

KEYSCAN1

KEYSCAN1

X9300 25MHz

IC9803

Q5684

RF_AFT

ECO ON

3 48

SCAN CONTROL

3.3V

C31

A32

IC9400-02

PD4H_DRVRST

POWER LED(R)

KEY3/STBY_LED_ON

RF_AFT

IC9800

P+15V

C.A.T.S.(AI)

POWER LED(R)

SOUND SOS (LED:12TIMES)

LVDS DATA

REMOTE IN

P+3.3V

CONTROL DATA SUSTAIN CONTROL

XRSTSYS

1.2V

DDC5V_C

DDC5V_B

FLASH MEMORY

10MHz

68

CONTROL DATA

OSD_VIN

PD4H_DRVRST

OSCX0

DDC_2_IIC

DDC_1_IIC

P+3.3V

DISCHARGE CONTROL

IC9304

DDC_2_IIC

1

GenX8

66

IIC2

P_S1

XRST_SYS

SYSTEM MPU

VIDEO DATA 63

P_S0

P_S1

C21

10

VIDEO DATA

D_UHZ

P_S0

IC1100

VIDEO DATA

PLASMA AI CPG with SS H/V Sync Control Sub Filed Processor

P+3.3V

+3.3V

KEYSCAN3

ECO ON

TV SUB ON

TV SUB ON

IC9801

SW_OFF_DET

SW_OFF_DET

DTV_RST

DTV_RST

STB_RST

P+5V

+5V

STB_RST

XRST_SYS

XRST_SYS

DRVRST

P+15V

POWER ON/OFF

DRVRST

P+3.3V P+3.3V DET (LED:3TIMES)

P+5V

P+5V DET (LED:5TIMES)

PANEL SOS

PANEL SOS

PANEL MAIN ON

SOS_DCC

PANEL MAIN ON

A33

SOS8_SS

RXD1/TXD1

SBI1/SBO1

GENX IIC

IC1101

SOS6_SC1

EEPROM

SOS7_SC2

GENX IIC IIC1

UHZ

15

SOS6_SC1

16

SOS7_SC2

IIC1

P+5V

29

P+15V

30

P+15V

STB3.3V

SUB3.3V DET

A17 IIC0 IIC1 IIC3

2

IC4800

A18

IIC0

STB5V

IIC1 GENX_IIC

TEMP SENSOR

3

18

1

SUB9V DET SUB5V DET

SC20 SCAN CONTROL

SC_UHZ

FOR FACTORY USE FOR FACTORY USE

SUB9V 4

IC5251 SUB5V

SUB_AI_3.3V

5 6

3.3V P+15V SUB3.3V

SUB3.3V

7

STB3.3V

IC5480 ANALOG-ASIC

IC5606

STB3.3V STB5V

D5614

D5615 D5470

RESET

STB+3.3V SUB9V

STB_RST

STB_RST D5613

P+3.3V

KEYSCAN3 AC_SW_OFF

SOS8_SS

SOS6_SC1

SOS7_SC2

SOS_DCC

SOS4_PS

SOS8_SS (LED:8TIMES) PANEL SOS SOS6_SC1 (LED:6TIMES) PD4H_DRVRST SOS7_SC2 (LED:7TIMES)

DRVRST

SOS_DCC (LED:9TIMES)

SC_UHZ

SOS4_PS (LED:4TIMES)

D_UHZ

STB5V_SW_ON

KEY SWITCH

AC_SW_OFF KEYSCAN1 STB_RST

Q5475

POWER_DET

Q5478

PANEL SOS

SW3759 SW3761 SW3762 SW3763 SW3764 SW3765

INPUT/OK MENU VOL.DN VOL.UP CH.DN CH.UP

PD4H_DRVRST

REMOTE IN

SW_OFF_DET DRVRST

A1 POWER LED(R) C.A.T.S.(AI)

KEYSCAN3

SW_OFF_DET

SC_UHZ

6 2 5 1

SW2500

3

K1 R_LED_ON C.A.T.S. REMOTE IN SUB3.3V STB3.3V

6 2 5 1

D2520 POWER LED

SN2501 C.A.T.S. SENSOR RM2501 REMOTE RECEIVER

3

POWER SWITCH

D_UHZ

K

35

POWER LED REMOTE RECEIVER C.A.T.S. SENSOR

10.4. Block (3/4) Diagram

P

POWER SUPPLY HOT

Q601,04,06

L603

P2

Q201,Q202

F201

COLD

T201

RESONANCE

Vsus

D253 D254

1

SC2 Vsus

5A 250V

P11 VDET

IC601

VGH

Q602,Q603 PFC

Vda

VGL

D401

IC201

D403 Vda DET

Vsus

RESONANCE CONTROL

VR251

OCP

Q402 Q403

Vda DET

Q355

D351

IC403

Q405 Q406

IC251

PC201 PHOTO COUPLER

COMPARATOR

BIAS_MAIN

PHOTO COUPLER

BIAS_PFC

IC701

K604

D609 RECTIFIER

Q701

MAIN RELAY_ON

NEUTRAL

Q702 +5V

K605

LIVE

Vda L402

D705

CONT

Q706

P+15V

2

P+15V

Vda_Vo

5

STB+5V

Vsus_Vo

7

S0

8

S1

PANEL_MAIN_ON

9

PANEL_MAIN_ON

(LED:4TIMES) SOS4_PS

10

P6

S0 S1

F+15V

D552

IC501

PC502 PHOTO COUPLER F602

36

3

P7 A7

12 14

1

3

4

5

11

7

8

9

SOS4_PS

AC CORD

1

STB5V_ON

P34 OPEN

PANEL_MAIN_ON

COLD S1

HOT

ALL OFF

P9

S0

1

PHOTO COUPLER

TV SUB ON

2

MAIN SW1

PC504

STB+5V

AC DET NEUTRAL

LIVE

MAIN SW2

MAIN SW2

Q502,05,06

10A 250V

IC551 STB ERROR DET

MAIN SW1

F601 10A 250V

STB+5V

D551

STB CONTROL

MAIN SW2

L601,L602

Q557

MAIN SW1

FILTER

SOS4_PS

TV SUB ON

Q551

D504

D501 RECTIFIER

NO USE

1

15V_IN

T501

BIAS 5V

F501

P+15V

ALL OFF

RF601

2A 250V

Vda

15V_OUT DET

POWER MICOM

AC DET

D603 RECTIFIER

Vda

IC352

VR401

VSET1/VSET2

BIAS_MAIN

C35

1 2

P25

PC501

K602

Q401

VSET1/2

PHOTO COUPLER

Q504 BIAS_PFC

Q407 FET Q408 DRIVER Q251,Q252

PC202

STB5V_ ON/OFF

Q503

F_15V_ON

Q203

Vda CONTROL

DET

Vsus ERROR DET

MAIN SW_ON

BIAS

P+15V

P35

FB

IC202

Vsus

4

L351 P+15V

15V L401 D402 Q404

VC1

SS11

1

A6

1

SOUND+15V

2

SOUND+15V

3

P+15V

7

F+15V

9

F+15V

10.5. Block (4/4) Diagram

SC SCAN DRIVE

SC2

TPVSUS

TP59,TP60 TP61,TP62

1

SC 50

VFG

IC16771

D16618

Vad+5V

PC16603 PHOTO COUPLER CSH CMH

COMPARATOR

Q16607

Q16608

CRC1

CERS

SS SUSTAIN DRIVE

D16901

CRC2

SU SCAN OUT (UPPER)

CPH1

Q16601

Q16402 Q16403

IC16920

IC16692

COMPARATOR

SHUNT REG.

IC14601-03

IC16501 D16462

CSH/CMH GATE DRIVE CIRCUIT

VRH

D16482

Q16441

CSH

MID

CSL

18

BUFFER

IC16563 INVERTER TPSOS6

SOS6_SC1 SOS7_SC2

D16822

21 20

D16493

(LED:6TIMES)

IC16490,91

NAND

Q16876

D16791 15V_F

D16821

ERROR DET TPSOS7

PC16480 D16480

(LED:7TIMES)

PHOTO COUPLER

D16476

IC16471

Q16471 D16473

SHUNT REG

VHIZ

+5V (SC1) SIU OC1 OC2 CLK SEL

CHA SCNR_PRO

PLASMA PANEL PANEL SUSTAIN ELECTRODE

PHOTO COUPLER SS 56

IC16312

Q16041

USL

L16303

1

SHUNT REG.

Q16051

2

Q16101

PC16191 SD 11

BUFFER C33

SC 42

SD 42

5 6 2

2

SCAN DRIVER

1

1

IC14804-06

7

7

VHIZ

8

8

SCNR_PRO

9

9

CHA

SC 46

SD 46

D16253 LED(G)

IC16251

SCAN DRIVER

SS 33

P+5V

1

5

SOS8_SS

7

6

SUSTAIN CONTROL

UEH Q16102

VE Gen. DRIVER

ERROR DET UEH USL UML USH UMH

TPSS1

D16255

TPSOS8

SUSTAIN CONTROL

SS 58

UML

Q16280

SS 21

SS 24

7

7

1

1

6

6

1

VIDEO DATA

A31

C10 40 33

59

35 33

D16282

D16280

FPC DET

LOGIC IC

CB3

PANEL DRIVER

1

C2 DATA DRIVER (CENTER)

A32 C31

66

21

6

3

1

C3 DATA DRIVER (LEFT)

C33 SS33

VIDEO DATA

1 8

C26

32

20

CONTROL DATA

1

3

Vda Vda

37

BUFFER

18

IC17201

5

40

CB4

1

CB5

PLASMA PANEL

CB6

CB7

CB8

C36 P+3.3V P+3.3V Vda Vda

BUFFER

3

SOS8_SS

16

SUSTAIN CONTROL

C35

20

CB 10

CB 11

CB 12

PANEL DRIVER

37

P+5V

7

IC17302

IC17300

CB9

PANEL DRIVER

1

BUFFER

1

13

SS2 SUSTAIN CONNECTOR (LOWER)

IC14901,02,04

C20 P+3.3V

9

4

6

2

ERROR DET

(LED:8TIMES)

SD SCAN OUT (LOWER)

C21

CB2

Vfo

VHIZ GEN.

IC16724

C1 DATA DRIVER (RIGHT)

CB1

TPSC1

D16859

IC16792,93

D16475

USH

13

13

IC14801-03 TPVSCN

D16490

P+5V

IC16151 ENERGY RECOVERY

TPVE

PC16301

D16041

IC16241

5V_F

D16721 (16V_F)

VE GEN.

D16051

Q16021 Q16022

PANEL SCAN ELECTRODES

SD1-SD5

VFG

D16871 D16872

UMH

UML

SU 11

Q16647

Vscn

D16820

IC14604-06

Q16660

VSCN GEN. SHUNT REG

P+15V

2

PLASMA PANEL

F16V GEN.

PC16722,23 IPD CIRCUIT

CRC1 CRC2

SEPA PROTECT CIRCUIT

4

2

IC16786,87

Q16490

SCAN CONTROL

SCAN CONTROL

4

SCAN DRIVER

Q16885

CEL

UHZ D16920

8

SU1-SU5

IC16691

SIU OC1 OC2 CLK SEL

2

IC16304

Q16001 Q16002

VSUS Gen. DRIVER

SU 41

8

1

IPD CIRCUIT

P+5V

35

UHZ

CML CPH1 CMH CIS CSH CERS CSL CEL

4

SS 53

D16316

VIDEO DATA

P+5V

IC16561,62

P+15V

TPVSUS

IC16131

SC 41

D16728

P+3.3V

6

F16V

1

TPVAD

T16471

P+3.3V

P+15V

Vfo

VIDEO DATA

7

PC16896,97 IPD CIRCUIT

CONTROL DATA

P+15V

D16583 LED(G)

ERROR DET

SC 20

IC16784,85

VAD GEN. SHUNT REG

Q16421 Q16422

Q16818

INVERTER

VSCN-F

VOL

CML

IC16581 A33

Q16621 Q16622

Q16452

IC16521 CSL/CML GATE DRIVE CIRCUIT

CEL

CIS PHOTO COUPLER

SS 11

Vsus

SCAN DRIVER

IC16773

PC16685

VRL

P11

SOS8_SS

PHOTO COUPLER

PC16684 PHOTO COUPLER

CMH

SC JIG

Q16661

P+3.3V

PC16461

1 2

IC16661

F16V

SUSTAIN CONTROL

Vsus

CONTROL DATA

P2

CB 13

CB 14

CB 15

P35

1

Vda

2

Vda

38

11 Wiring Connection Diagram 11.1. Caution statement. Caution: Please confirm that all flexible cables are assembled correctly. Also make sure that they are locked in the connectors. Verify by giving the flexible cables a very slight pull.

11.2. Wiring (1)

39

11.3. Wiring (2)

40

11.4. Wiring (3)

41

42

12 Schematic Diagram 12.1. Schematic Diagram Note

43

12.2. P-Board (1/3) Schematic Diagram !

HOT

P-BOARD ETX2MM806ASH (1/3)

COLD

A

B PFC

C

HOT

COLD

D

STB CONTROL

E

STB ERROR DET

F

HOT

1

2

3

4

5

44

6

COLD

7

8

9

12.3. P-Board (2/3) Schematic Diagram HOT

COLD

TO SS-BOARD (SS11) TO SC-BOARD (SC2)

A

Vsus

B

Vsus ERROR DET

RESONANCE CONTROL

TO C3-BOARD (C35)

C

Vda CONTROL

D

COMPARATOR Vda

TO A-BOARD (A6)

E

P+15V

F P-BOARD ETX2MM806ASH (2/3)

!

HOT

1

2

3

COLD

4

5

45

6

7

8

9

12.4. P-Board (3/3) Schematic Diagram

A

NO USE

B

TO A-BOARD (A7)

C

POWER MICOM

D

E

F P-BOARD ETX2MM806ASH (3/3)

!

1

2

3

4

5

46

6

7

8

9

12.5. A-Board (1/18) Schematic Diagram

!

A

A-BOARD (1/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

LDA2_ROM,SPC

AH_ED3

PD_ED4

AH_ED4

PD_ED5

AH_ED5

PD_ED6

AH_ED6

PD_ED7

AH_ED7

AH_ED0

AH_ED2

PD_ED3

AH_ED1

AH_ED1

PD_ED2

AH_ED2

AH_ED0

PD_ED1

AH_ED3

PD_ED0

AH_ED4

R8918 EXB2HV680JV

PD_ED[0-15]

AH_ED5

TO 15/18

AH_ED6

B

AH_ED7

PEAKS-LDA2

SUB3.3V

SUB3.3V

26

25 NC

NC

27 NC

28 NC

29 I/O0

31

32

33

34

30 I/O1

I/O2

I/O3

35

36

37

DEBUG CONNECTOR NC

NC

NC

38 NC

VSS

VCC

NC

39

40 NC

I/O4

41

43

44

45

46

47

42 I/O5

I/O6

I/O7

NC

NC

NC

NC

48

C8903 16V 0.1u

SUB3.3V

IC8501

PEAKS-LDA2

NC

NC

JTAG

C8904 16V 0.1u

R8950 56

TO 15/18

24

23

NC 22

NC 21

NC 20

WP# 19

WE# 18

ALE 17

CLE

NC

16

VSS

VCC

NC

NC

NC

15

14

12

11

RE#

CE#

10

9

R/B#

NC

R8963 10k

PD_XIRQ1

8

7

6

NC 5

NC

NC

NC 4

3

2

1

NC

TVRR239S

13

C

1Gbit NAND_FLASH

TO 15/18

SUB3.3V PD_TCK R8965 10k

R8951 2.2k

R8973 10k

R8952 10k

PD_TDI

TO 15/18

PD_NFRYBY R8944 56

PD_TMS

PD_XNFRE

R8972 10k

R8945 56

PD_TRST R9014 10k

PD_XNFCE

PD_EVTRG

R8946 56

TO 2,15/18

R8975 10k

PD_NFCLE R8947 56

D

PD_NFALE R8948 56 PD_XNFWE R8949 56

TO 15/18

PD_XNFWP

EEPROM

SUB3.3V

*IC8502

E

TC-P50G20:TVRR441ABS TC-P50G25:TVRR242ABS EEPROM

NC

3 4

NC VSS

R8500 4.7k

8

R8501 68

TO 15/18 PD_HSDOUT6 EEPROM_WP PORT5[7]

VCC 7 WC 6

IIC1

R8503

PEAKS_SCL1

SCL 5 SDA

S

NC

2

TP8563

S

1

C8950 16V 0.01u

PEAKS_SDA1

TO 2,7,11/18

R8504

F

1

2

3

4

5

47

6

7

8

9

12.6. A-Board (2/18) Schematic Diagram

!

A-BOARD (2/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

LDA2_PERIPHERAL

CLK Gen

Temp Sensor

Reset

SUB3.3V X8100 H0J270500120 27MHz

S1

4

VIN

5

VDD1

C8153 16V 0.1u

VDD2

6

GND1

7

CLK1

8

CLK2

12

C8154 10V 10u

GND2 11 CLK4 10

PEAKS-LDA2

R8106 56

R8105 56

TO 15/18

PD_DCK33IN R5358 100k

R8109 10k PD_IPCK33IN

R8108 56

R4821 10k

IIC0 R4820

R5372 100

R5370 47

PD_XRST

S2 13

R5365 10k

C5353 25V 0.01u

GND 1

3

R5357 12k

C8152 16V 0.1u

14

VDD 2

15

PEAKS_SDA0

TO 15/18

TO 5,10,11/18

R4819 PEAKS_SCL0

PA_NRST

TO 15/18

PD_USBXI

CLK3

R8365 0

9 REFOUT

C5346 0.47u 16V

PD_CK27A

R8111 56

1

SDA

2

SCL

R5373 100

C5358 25V 0.01u

OUT

C8155 16V 0.01u

R8104 10k

16 X2 VDD3

CD

S0

3

ALERT

4

GND

8 V+ C4830 16V 0.1u

7 A0

6 A1

4

X1

2

SUB3.3V

TEMP SENSOR

3

1

CLOCK GEN

IC4800 C1ZBZ0003775

S

C1ZBZ0003967

SUB3.3V

R5356 10k

S

IC8100

F15V

L8100 J0JHC0000045

C8151 50V 1p

C8150 50V 15p

IC5350

AG_DTV_XRST

C0EBY0000581

5 A2

TO 7/18

RESET R8102 56

TO 3/18 ETHER_25M PD_CK74A

R8103 56 TP8100

R8112 100k PD_VC27A

C8157 10V 1u

USB

Dchip pin

IIC

USB1 SUB3.3V

R8562 10k

R8559 10k

R8558 10k

R8557 10k

R8560 10k

R8555 10k

R8554 10k

R8553 10k

R8556 10k

R8552 10k

R8551 10k

R8549 10k

R8546 10k

R8545 10k

R8550 10k

R8544 10k

VCXO#1 SUB3.3V

PEAKS-LDA2 PEAKS-LDA2

R8747 10k

TO 15/18

R8754

10k

R8768

10k PD_CK74B

PD_USB1OC boot_mode_sel[0] boot_mode_sel[1]

boot_mode_sel[3] boot_mode_sel[4] clk_mode[0] clk_mode[1] clk_mode[2] clk_mode[3] clk_mode[4] clk_mode[5] use_PCI_raw pci_host_sel_raw ed_pullup_sel ea_pullup_sel BOOTBT eclk_mode[1] eclk_mode[0] pcitest_sg cputest_sg SDBOOT rom_boot_size[0] rom_boot_size[1] mode_sel_soft

L8707 J0JHC0000045

TP8707

PD_EA0 +

boot_mode_sel[2]

R8746 0

PD_ERXW

PD_EA1 PD_EA2

R8776 2.7k

PD_USB1VBUS

C8728 6.3V 220u

C8731 16V 0.1u

PD_EA3

Ether

TP8708

PD_EA4 PD_EA5

PD_XEWE1

SUB3.3V

R8745 10k

PD_XEWE0

PEAKS-LDA2 TO 15/18

TO 15/18

PD_ESZ0

TP8710

PD_ESZ1

JS8701

PD_EA6

PD_USB1DP

PD_EA7

PD_USB1DN

PD_XECS2 PD_XECS3 PD_XECS4

TO 1,15/18

PD_XECS5 PD_NFALE PD_EA24 PD_NFCLE

TO TO TO TO

IRQ

7,15/18 1,15/18 15/18 1,15/18

10k

10k

10k

10k

1k

1k

R8564

R8565

R8566

R8572

R8585

R8587

C8748 10V 10u

IC8704 C8749 16V 0.1u

C0DBZYY00365

R8764 10k

TO 15/18

R8763 0

USB5V 1

GND

2

IN

2.7k

2.7k

2.7k

2.7k

2.7k

2.7k

R8695

5

EN2

/OC2

R8775 2.7k

C8744 6.3V 220u

S

10k

R8773

10k

PORT15[4]

PD_XIRQ6

PORT15[6]

PD_XIRQ7

PORT15[7]

PD_XIRQ8

PORT16[0]

PD_XIRQ9

PORT16[1]

JK8700 K1FY208B0008

USB_1,2

TP8735

A-1

JS8703

B-1 B-2

PD_USB0DN

PEAKS_SCL1 PEAKS_SDA1

DP1

TO 1,7,11/18

GND

A-4

TP8712

B-3

JS8704 TP8713

B-4

2

TO 5,10,11/18

VBUS1 DM1

A-3

PD_USB0DP

PEAKS_SCL2 S

R8685

R8772

PD_XIRQ4

VBUS0 DM0 DP0 GND

S

10

PEAKS_SDA0 S

PD_SDA2

S

PD_SCL2

10k

R8762 10k

PEAKS_SCL0

R8684

10k

R8771

TP8734

C8747 16V 0.1u

1

R8694

R8693

R8692

R8691

R8690

L8708 J0JHC0000045

6 OUT2

I2CBUS

R8683

10k

R8770

7

EN1

S

PD_SDA1

R8769

TO 15/18

PD_XIRQ3

/OC1

A-2

TO 15/18

10k

OUT1

+

4

PD_USB0VBUS

R8765

8

PD_USB0OC 3

R8682

PEAKS-LDA2

SUB3.3V

PEAKS-LDA2

PD_SCL1

PD_WAKEUP

PD_XNFWE

SUB3.3V

R8681

PD_WUC

R8744 6.2k

PD_XNFCE PD_XNFRE

IIC_BUS

PD_SDA0

10k

PD_USB1RREF

PD_XERE

SUB3.3V

R8680

10k

R8767

TP8711

SUB5V_USB

PD_SCL0

R8766

JS8702

USB0

PEAKS-LDA2

TO 15/18

PD_CK27B

11

PEAKS_SDA2

R8761 6.2k

TO 11,12/18

12

PD_USB0RREF

13

14

48

15

16

17

18

12.7. A-Board (3/18) Schematic Diagram

A-BOARD (3/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

!

LDA2_PERIPHERAL

LAN

Achip pin

C8360 50V 10p

TO 2/18 ETHER_25M

System(Achip) R8360 1k

C2078 10V 1u

PA_AXO 24.576MHz X8002 H0J245500101

R8734 0

PA_VREF1V5

TO 15/18

PA_VREG

PA_AXI

AP_MDC

AP_MDIO

PD_MII_RXD3

PD_MII_RXD2

PD_MII_RXD1

PD_MII_RXD0

PD_DAAVDD1

C8741 10V 1u

PD_VVREF R8759 10k PD_MVIREF R8760 24k

SUB3.3V R8728 EXB28V560JX

TO 15/18

TO 15,16/18

R8758 24k C8742 10V 1u

PEAKS-LDA2

C8714 50V 100p

R8737 6.49k

C8136 16V 0.1u

4.7k

R8712

4.7k

13

14

TXD1

GND

C8570 16V 0.01u

6

C8721 16V 0.1u

C8719 16V 0.1u C8720 16V 0.1u

5 4

C8513 16V 0.1u

C8722 10V 10u

C8565 0.01u 16V

5

8

4

9

C8512 16V 0.1u

RX+ 3

10

2

11

1

12

PD_MDIO_INTL

PD_PHYRSTL

56

AP_PHYRSTL

AP_MII_TXD3

R8710

AP_MII_TXD2

PD_MDIO_INTL

C8143 16V 0.1u

6 7

C8146 16V 0.1u

PA_VREFL1

PA_VREFH2

C8147 16V 0.1u

PA_VREFL2

PA_VREFH3

PA_VREFL3

8

G5BYC0000015

2

C8139 16V 0.1u

5 RX-

T8301

3

2

4

RX-

C8718 0.1u 16V

7

R8524 49.9

C8717 10u 10V

8

R8527 49.9

9

R8526 49.9

10

C8142 16V 0.1u

1

PA_VREFH1

C8148 1u 10V C8149 1u 10V

PA_BIAS PA_BIAS2

1

VJ8700

10k

R8735

P

P

VJ8703

VJ8701

P

P

AP_PHYRSTL

AP_MDIO R8733

56

PD_MII_CRS

AP_MDC

R8709

R8731

56

PD_MII_COL

PD_MDIO

R8708

C8138 16V 0.1u

C8145 16V 0.1u

RX+ 3

R8383 75

GND

TX-

VJ8702 PD_MDC

R8757 160

R8384 75

GND

11

R8525 49.9

16

15 XI

XO

GND

REXT

17 GND

18 MDIO

19 MDC

20

21

22

TXD0

37

R8711

TXEN

GND

36

7

TX-

R8381 75

35

VDDA_1.8

TX+ 6

12

R8382 75

34

AP_MII_TXD1

VDDA_1.8

ETHERNET IF

TXC

C8141 16V 0.1u

PA_VREFH0

PA_VREFL0

NC

33

AP_MII_TXD0

C1CB00003239

INTRP

RST#

AP_MII_TXEN

V1.8_OUT

NC

32

VDDA_3.3

NC

31

VDD_1.8

TO 15/18

C8144 16V 0.1u

48

56

VDDA_3.3

IC8703

GND

47

56

R8725

RXER/ISO

46

PD_MII_CRS

R8724

PD_MII_TXCLK

30

45

PD_MII_COL

PD_MII_COL PD_MII_CRS

PD_MDIO_INTL

29

RX-

NC

SUB3.3V

PD_MII_RXER

PD_MII_RXER

28 C8713 16V 0.1u

RX+

RXC

44

56

R8756 160

TX+

RXDV/CONFIG2

LED1/SPEED

R8723

27

43

PD_MII_RXER

PD_MII_RXDV

PD_MII_RXDV

26

PD_MVDACOY

J0JHC0000045

TX-

LED0/MWAYEN

56

C8137 16V 0.1u

PD_MVDACOC

10BASE-T/ 100BASE-TX ETHERNET

L8706

TX+

42

56

R8722

RXD3/PHYAD0

R8721

PD_MII_RXCLK

CRS/CONFIG1

PD_MII_RXD3

PD_MII_RXD3

PD_MII_RXDV

VDDIO_3.3

41

PD_MII_RXD2

VDDIO_3.3

COL/CONFIG0

PD_MII_RXD1

C8712 16V 0.1u

40

25 PD_MII_RXD1

PD_MII_RXD2

23

C8711 10V 10u

PD_MII_RXD0

PD_MII_RXD0

RXD2/PHYAD1

PD_MII_RXCLK

PD_MII_RXCLK

56

AP_MII_TXEN

24

56

GND

R8707

JK8702 K2LC1YYA0005

L8705 J0JHC0000045

L8702 J0JHC0000045

RXD1/PHYAD2

AP_MII_TXD3

RXD0/DUPLEX

AP_MII_TXD2

TXD3

AP_MII_TXD1

56

TXD2

56

56

R8706

39

PD_MII_TXD3 PD_MII_TXEN

56

R8705

C8140 16V 0.1u

R8588 0

38

R8704

PD_MII_TXD2

L8701 J0JHC0000045

56

R8703

PD_MII_TXD0 PD_MII_TXD1

AP_MII_TXD0

ADC TO 15/18

TO 15/18

PD_VCOMP

PD_MII_TXCLK PD_MII_TXCLK

TO 15/18

C2079 16V 0.01u

C8361 50V 10p

SD

VDDSD

SUB3.3V

PEAKS-LDA2

JK8600

R8714 D1HG1038A002

R8752 10k

R8751 10k

R8779 0

K1NA09E00080 SD CARD SLOT

TO 15/18 56

TP8601

SDDAT2

9

R8696

56

R8715

56

TP8600

SDDAT3

1

R8700

56

R8719

22

TP8604

SDCMD

2

R8697

PD_SDDAT2 PD_SDDAT3 PD_SDCMD

R8716

56

SUB3.3V GND 3.3V

PD_SDDAT1 PD_SDCD

R8755

0

TP8606

56

SDCLK

5

TP8605

GND

6

R8699

56

R8718

56

TP8603

SDDAT0

7

R8698

56

R8717

56

TP8602

SDDAT1

R8743

22

TP8607

SDCD

S

R8748

22

TP8608

S

C8609 16V 47u

C8617 16V 0.01u

L8509 J0JHC0000045

8

11 SDWP 12 W.P.

C8601 16V 0.1u

20

C8610 16V 0.1u

10 D.SW

R8713

19

4

R8701

R8702

PD_SDWP

3

+

PD_SDCLK

PD_SDDAT0

22

R8720

C8602 16V 0.1u

21

22

23

49

24

25

26

27

12.8. A-Board (4/18) Schematic Diagram

A-BOARD (4/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

!

HDMI/ANALOG INPUT

Analog Input

HDMI Input

AVSW TO 10/18

AV IO

PC_HS

R4678 PC_VS

B1ABCF000231

R4525 10k

R4507 47k

R4530 10k

R4501 10k

JK4500

C4501 16V 0.1u

D4526 B0ACCJ000048

SCL

16

TP4503

TP4515 R4552 22

HDMI_CEC

DDC1_SDA

EZAEG2A50AX

PA_RXCM0

PA_RX0P0

4

D2-

PA_RX0M2

D2G

PA_RX0M2

PA_RX0P2 2

D2+

C2263 10V 10u

PA_RX0P2

PA_RX0P2

R4615 68

R4732 47k

SUB3.3V

R4549 150

R4729 33

JK4502 K1FY119E0021

R4550 150

Q4512

R4728 10k

C4702 16V 0.1u

Q4520

GenX8 TO 7/18

AG_HDMI_5V_DET0 R4736 47k

DDCSDA1

B1ABCF000231

SPDIF

PD_IECOUT0

R4548 22

D4575

R4734 1k

ARC

TO 15/18

DDCG

18 17

SDA

R4556 47k

SCL

HDMI2 R4738 47k

D0+

AG_HPD2 R4524 10k

Q4500

R4500 10k

C4502 16V 0.1u

K1FY119D0013

R4528 10k

PA_RX1P1

PA_RX1M2

PA_RX1M2

PA_RX1P2

PA_RX1P2

PA_RX2M0 R4614 68

8

PA_RX2P0

7

PA_DDCSDA1 PA_DDCSCL1

PA_RX2M1 R4613 68

6 5

PA_RX2P1 4

PA_RX2M2

2

PA_RX2P2

3

DDC2_SDA

R4543 68

GenX8 TO 7/18 DDCSDA2

DDC2_SCL

1

DDCSCL2 R4541 68

AG_HDMI_5V_DET2

AG_HPD2

AG_HDMI_5V_DET2

R4502 33

PA_RX1M1

PA_RX1P1

AG_HDMI_5V_DET2

B1ABCF000231

C4500 16V 0.1u

D2-

PA_RX1P0

PA_RX1M1 HDMI_CEC

9

D2G D2+

R4506 47k

PA_RX1M0

PA_RX1P0

D4574 EZAEG2A50AX

PA_RXCP2 10

PA_RXCP1

PA_RX1M0

PA_RXCM2

11

D1+

B1ABCF000231 R4534 47k

D4573 EZAEG2A50AX

TO 15/18

PA_RXCM1

PA_RXCP1

12

D1D1G

PA_RXCM1

DDC3_SDA

L4523 J0JYC0000068 L4521 J0JYC0000068

13

D0G

Q4534

LDA2 1-port L4522 J0JYC0000068

DDC3_SCL

14

CLK+ D0-

R4546 47k

TP4514

16

CLKCLKG

TP4513

L4524 J0JHC0000117

15

N.C. CEC

D4615 B0ACCJ000048

19

+5V PD_HSDOUT7

AG_HPD1

B0ACCJ000048 R4739 10k

TO 10,15/18 HPDT

ARC_OFF

AG_HDMI_5V_DET1

AG_HPD1

STB5V

B1ADCE000022 R4554 1k

DDCSCL1 R4539 68

AG_HDMI_5V_DET1

C4703 16V 0.1u

HDMI IN 3 (SIDE)

Q4513

B1HFCFA00026

JK4501

R4542 68

DDC1_SCL R4735 10k C4546 6.3V 1u

AG_HPD2

STB5V

R4532 47k

R4531 10k

HDMI3

D4542

HDMI IN 2

B0ACCJ000048

LDA2 2-port R4504 1k +5V

18 17

14

D0+

L4502 J0JYC0000068

D4512 EZAEG2A50AX

PA_RXCP2 PA_RX2M0

PA_RX2P0

PA_RX2P0

PA_RX2M1

PA_RX2M1

PA_RX2P1

D4518 EZAEG2A50AX

HDMI_CEC

PA_RX2P1

PA_RX2M2

PA_RXCM1

PA_RX2M2

PA_RX2P2

PA_RX2P2

PA_RXCP1 10

PA_RX1M0

8

PA_RX1P0

R4604 68 PA_DDCSDA2 PA_DDCSCL2 R4607 68

PA_RX1M1 6

5 4

PA_RX1M2

2

PA_RX1P2

DDC3_SDA

DDCSDA0

30

31

32

50

DDCSCL0

AG_HDMI_5V_DET0

AG_HPD0

29

GenX8 TO 7/18

R4742 68

AG_HDMI_5V_DET0

1

28

R4743 68

DDC3_SCL

3

D2G

TO 15/18

PA_RXCM2

PA_RX2M0

L4505 J0JYC0000068

7

D1+ D2-

PA_RXCM2 PA_RXCP2

DDC2_SDA

9

D1-

D2+

R4545 47k

DDC2_SCL

L4500 J0JHC0000117

11

D0G

D1G

R4538 47k

12

CLK+ D0-

L4504 J0JYC0000068

13

CLKCLKG

TP4502

16 15

N.C. CEC

TP4500

19

SDA SCL

D4525 B0ACCJ000048

R2051 140k

PA_DDCSCL0

AG_HPD0 R4733 10k

DDC1_SDA

R4551 150

DDCG

PA_LIN1_RP C2264 10V 10u

R4616 68

B1ABCF000231

HPDT

PA_LIN1_LP

PA_DDCSDA0

Q4535

R4555 56

R2050 140k

MAIN_R

1

R4740 47k

R4674 33

PA_RX0P1

PA_RX0M2

3

PA_R1

MAIN_L

PA_RX0M1

PA_RX0P1

PR

PA_R1N

PA_RX0P0

PA_RX0M1

PA_RX0P1

C4625 6.3V 1u

C4629 6.3V 1u

PA_RX0M0

PA_RX0P0

PA_RX0M1 6

D1+

PA_B1

R4672 33

S

PA_RXCP0

PA_RX0M0

5

R4682

PA_RXCM0

PA_RXCP0

PA_RX0M0

7

D1-

R4665 22 MAIN_PR

TO 15/18

LDA2 0-port

PA_RXCP0

8

D0+

PB/C

PA_B1N

HDMI_CEC PA_RXCM0

9

D0G

C4622 6.3V 1u

S

C4628 6.3V 1u

HDMI1

D4520

D4517 EZAEG2A50AX

L4503 J0JYC0000068

10

D1G

R4681

AG_HDMI_CEC

12

D0-

PA_G1

R4670 33

L4507 J0JYC0000068

11

CLK+

MAIN_PB/C

GenX8 TO 7/18

DDC1_SCL

C4547 6.3V 1u

R4553 10k 14

R4661 22

R4544 47k

R4540 47k

L4506 J0JYC0000068

13

CLKCLKG

TP4501

TP4520

15

N.C. CEC

D4541 B0ACCJ000048

L4501 J0JHC0000117

17

YIN

PA_G1N

R4529 10k

18

C4619 6.3V 1u

S

C4627 6.3V 1u

19

SDA

R4680

0.1u

R4505 1k

DDCG

MAIN_Y/CVBS STB5V

HDMI IN 1

+5V

R4657 22

R4533 47k

C4503 16V

K1FY119D0013

HPDT

AG_HDMI_5V_DET1

Q4501 B1ABCF000231

PA_VIN

S

R4679

AG_HPD1 R4641 47k

R4503 33

TO 15/18 PA_HIN

S

Q4533

AG_HPD0

33

34

35

36

12.9. A-Board (5/18) Schematic Diagram

A-BOARD (5/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

RF_V

TUNER

RF_VIDEO_OUT

!

RF_AFT

RF_AFT

TO 7/18

TP8305 RF_V

RF_V

PD_CH0VAL

PD_CH0DATA

FE_SDA_TU

FE_SCL_TU

!

PD_CH0PSYNC

R8315 220

R8338 47k

SUB3.3V

TU8300

C8340 16V 0.1u

PD_CH0CLK

ENG36F12KF TUNER

L8308 J0JHC0000045

SUB5V_TUNER

PD_CH0CLK

PD_CH0DATA

PD_CH0DATA

TO 15/18

NC PD_CH0PSYNC

IFD-out2 IF_Monitor

22

C8341 16V 0.1u

C2096 50V 180p

XRTS0

20 19 TP8302

R2032 560

Q2001

R2132 22

B1ADCE000022

C2075 16V 0.1u

C2076 16V 0.1u PA_VREFHSIF

Q8306

18

B1ADCE000022

17 R2016 4.7k

16 15 14

C2092 16V 0.1u

R2006 22 R2008 1.2k

C2091 16V 0.1u

PA_VREFLSIF C2077 16V 0.1u

C2121 16V 0.1u PA_SIFINN

C8342 16V 0.1u

C8343 10V 1u

C8344 10V 10u

C8345 10V 10u

PEAKS_SDA0

PEAKS_SDA0

TO 2,10,11/18

L8311 J0JHC0000045

47

47 R8334

1.2V

PEAKS_SCL0

SUB3.3V

TP8310

3.3V

20

PA_SIFINP

47

21

TO 15/18

C2120 50V 1000p

R2007 470

PD_CH0CLK

13

SCL

C8339 16V 0.1u

P

47

R8332

GPO1

23

R2010 1k

R2015 2.2k

R8335

PEAKS_SCL0 C8337 16V 0.1u

19

AV IO

25

27

26 PCK

28

SDO VSS1 CSEL0

SADR1

R2009

FRONT END PROCESSOR

12

SDA

GPO2

11

9

GPO3

10

VDDL0

INT

R8387

PD_CH0VAL

MN88436

R8333

P

DEN

30

29 GPO7

TEST0

GPO8

31

MSDA

32

33 TEST1

S

R8304 C8314 10V 10u

VDDL1

TP8301

C8312 16V 0.1u

GPO5

8

FE_IF_AGC

34

ADINP

S

GPO6

GPO0 CSEL1

VDDH0

ADINN

NRST

GPO4

VDDA

48

RF_AFT

MSCL

TEST2

36

47

ADVRL

7

FE_SDA_TU

R8305

C8309 50V 1000p

17

47

46

ADVRH

SCK

SADR0

Thermal Pad

R8329

16

R8303

45

ADIRF

GPI

C8303 50V 220p

44

TESTA

PD_CH0VAL

IC8300

24

VDDH1

AGCRF VSS2

VDDL2

S

IFD-out1

C8302 50V 220p

15

C8332 16V 0.1u

43

AGCIF

S

+B

14

FE_SCL_TU

C8334 16V 0.1u C8335 16V 0.1u

42

VDDH2

R8326

IF_AGC

C8301 50V 220p

C8329 10V 10u

41

XI

SDA AFT-OUT

13

40

6

C8327 16V 0.1u

11

39

R8319 10k

10k

RF_VIDEO_OUT

R8302 47 SCL

38 C8333 16V 0.1u

L8307 J0JHC0000045

VSS0

P

5

SUB3.3V

R8386

VSSA

C8313 10V 10u

XO

Video-out

C8310 16V 0.1u

10

2

C8307 50V 1000p

8 9

VB

37

1

SIF-out

C8326 16V 0.01u

C8331 16V 0.1u

4

NC

R8318 1k

3

FE_IF_AGC

6

35

5

R8330

SUB5V

NC BT_Monitor

PD_CH0PSYNC

2.2k

C8330 10V 10u

C8400 6.3V 220u

C8354 10u 10V

3

C8328 16V 0.1u

+

P

R8324

L8312 J0JGC0000070

R8385

2

R8321 2.2k

1 BB RF-AGC_Monitor

TO 10/18

SUB3.3V

21

VOUT

PD_XIRQ2

XRTS0

TO 15/18

R8337 S

PD_XRTS0

1

ON/OFF

2

VSS

TP8102

C8350 10V 4.7u

R8350 47k

0V

C8338 50V 18p

VIN

NC

R8327 47k

5

4

PD_XIRQ2

3

25MHz C8336 50V 15p

P

C8349 10V 4.7u R8352

R8323 220

R8328 100

L8310 J0JYC0000068 X8300 H0J250500079

C8315 50V 1000p

R8309 0

L8303 G1CR39JA0020

L8304 G1CR39JA0020

IF_OUT_N C8316 50V 1000p

R8310 0

38

R8313 0

PEAKS_SCL0

PEAKS_SDA0

C8324 16V 0.1u

C8322 50V 1000p

R8312 0 L8305 G1CR10JA0020

IF_OUT_P

37

FE1.2V

R8301 0

R8300 0

PD_XIRQ2

IC8303 C0DBGYY00612

C8321 50V 120p

R8316 470

C8323 50V 1000p

C8325 16V 0.1u

39

40

41

51

42

43

44

45

12.10. A-Board (6/18) Schematic Diagram

!

A-BOARD (6/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

AUDIO AMP

SOS

GenX8

OPERATE

TO 7/18

TP2008 R2331 220

SUB3.3V

Q2300

B1ADCE000022

AG_SOUND_SOS

C2301 16V 0.1u

R2302 2.2k

R2330 3.9k

R2303 2.2k OPERATE SOS

SOUND15V

C2300 16V 0.1u OPERATE RESET

TO 9/18

AMP_MUTE

AMP_MUTE

R2307 4.7k

1

MUTE

TO 15/18

R2308 1k

PD_NSHUTDOWN R2306 47k

SUB3.3V

TO 15/18

R2301 10k

PWM_WO_L+

PD_MUTEB

MUTE

3

SOS

4

NC1

5

NC2

6

NC3

7

NC4

8

PWM_A1

9

PWM_B1

11 NC6 12 NC7 13 GND PWM_WO_R+

14 PWM_B2

PWM_WO_R-

15 PWM_A2 16 NC8 17 NC9

TO 15/18

18 NC10 PWM_WO_R+

PD_APWMSRP

19 NC11

PWM_WO_R-

PD_APWMSRN

PWM_WO_L+

PD_APWMSLP

20 NC12

PWM_WO_L-

PD_APWMSLN

L2018 J0JHC0000045

43

L2010 G1C220MA0416

PVD1 42 41 OUT_CH1_P

C2337 50V 0.022u

C2317 50V 0.1u

40 BOOT_CH1_P

C2333 25V 0.33u

39 VDDA1

C2305 25V 1u

C2319 50V 0.1u

38 BOOT_CH1_N

L2012 G1C220MA0416

37 36

JS2005

OUT_CH1_N

C2335 25V 0.33u

0

35 PGND1

C2377 50V 0.022u C2375 50V 0.022u

OUT_CH1_N

C2389 50V 1000p

C2339 50V 0.022u

34 33

TP2012

L2014 G1C220MA0416

PGND2 32

A11 TO SPEAKER TP2010

R2121 3.3

PGND1

TP2014

PGND2 31

R2125 3.3

OUT_CH2_N

C2385 50V 1000p

C2387 50V 1000p

TP2017

1 2 3 4

L+ LR+ R-

30 OUT_CH2_N 29 BOOT_CH2_N 28 VDDA2 27 BOOT_CH2_P 26

C2341 25V 0.33u

C2321 50V 0.1u

C2390 25V 1u

C2323 50V

L2016 G1C220MA0416

0.1u

C2343 25V 0.33u

24 23 PVD2

C2369 25V 1u

C2383 50V 1000p

C2381 50V 0.022u

25 OUT_CH2_P PVD2

C2345 50V 0.022u C2379 50V 0.022u

OUT_CH2_P

22 NC14

C2364 25V 10u L2019 J0JHC0000045

L2001 J0JYC0000070

R2127 3.3

OUT_CH1_P

21 NC13 R2326 EXB28V220JX

C2365 25V 10u

PVD1

Thermal Pad

PWM_WO_L-

2

10 NC5

PEAKS-LDA2

44

STBY

PWM_READY

System(Dchip)

C2367 25V 1u

SOUND15VR

C2347 50V 0.022u R2123 3.3

IC2301 C1AB00003230 AUDIO AMP

46

47

48

49

50

52

51

52

53

54

12.11. A-Board (7/18) Schematic Diagram

A-BOARD (7/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

ADV7471

GenX8

MON_MUTE

SP_HP_MUTE

PD_XECS5

D_XRST

DDCSDA2

AG_DTV_XRST

DDCSCL2

AG_FAN_MAX

DDCSCL1 DDCSDA1

AG_TV_SUB_ON

DDCSCL2 DDCSDA2

DDCSDA0

G-DTV_VOUTENB

DDCSDA1

DDCSCL0

STB_RST

DDCSCL1

MAIN_FAN_ON

DDCSCL0 DDCSDA0

AG_SW_OFF_DET

TO 4/18 AG_SRQ-GENX

!

SUB9V

DDCSCL3 DDCSDA3

AG_HPD3 AG_HPD2 AG_HPD1 AG_HPD0

AG_HPD2

R1146 1k

AG_HDMI_5V_DET3 AG_HDMI_5V_DET2 AG_HDMI_5V_DET1 AG_HDMI_5V_DET0 AG_HDMI_CEC

D1104 DZ2J056M0L

R1171 2.7k

AG_HPD1 AG_HPD0

C1106 50V 33p

AG_HDMI_5V_DET2 AG_HDMI_5V_DET1

C1105 25V 0.01u

AG_HDMI_5V_DET0

R1172 22k

R1149 1.8k

C1107 50V 22p

10MHz

AG_HDMI_CEC

STB3.3V

C1117 16V 0.1u

TP1103

X1100 H0J100500035 R1153 680 C1108 16V 0.1u C1123

10V 1u

2

C1103 16V 0.1u

3

Vcc

R1209 4.7k

R1198 100

7

A1

WP

A2

R1201 4.7k 6 R1205

5 R1206

R1200 4.7k

SCL

GND

SDA

47k

IC1101

47k

R1256

C1109 10V 1u

R1221 7.15k

100

R1229

R1265

4

8

A0

S

L1100 J0JYC0000068 C1102 6.3V 10u

TP1102 1

S

GENX3.3V

STB3.3V

IIC

TVRR244S

FACT_SDBOOT

P73_SCL1

P72_SDA1 P17 P61_SBT0A P62_SBI0A

P60_SBO0A

51

P22_IRQ3 P21_IRQ2 P20_IRQ1

P07_IRQ8

PF2

P05_IRQ6

P71_SCL0

SUB5V_USB_SENSE

P3.3V_DET

33

P5V_DET

VSS

XRST_SYS

R1260

PANEL_MAIN_ON

IIC1

PEAKS_SDA1

TO 1,2,11/18

VJ1100 VJUMP2012-P

SUB3.3V

R1199 68k

R1257 10k

P_ON/OFF

AG_SOUND_SOS

SUB3.3V

Lite2

10k

TO 15/18 PD_RXD1

PD_TXD1

AG_SRQ-GENX R1162 100

R1258

PD_RXD1

AG_SOS R1141 47k

26 25

R1204 47k

AG_RMIN R1212

29

C1111 10V 1u

PEAKS_SCL1

SUB5V_USB

34

27

24

22

21

SUB5V_SENSE

37

30

PEAKS_SCL1

C1114 16V 0.1u

28

23

P70_SDA0 20

19

D1113 VJUMP2012-P

PEAKS_SDA1

38

31

R1214 47k

FACT_SDBOOT

TO 11/18

R1194 68k

P15V_DET

32

P06_IRQ7

P26

P66_USBI2

P65_USBO2

PD5_DDCSCL2

PD4_DDCSDA2

VDD IVDD

18

17

16

100

15

P43_TMIO3

PF1

P41_TMIO1 P42_TMIO2

PD7_DDCSCL3

1

52

53

55

54 P33

P34

56 P35

57 P36

59

60

61

58 P37

PE0

PE3

PE4_VPPEX

63

64

65

66

67

68

62 IVDD

VDD

NTEST

VSS

69 PE1

IVDD

OSCXI

PD6_DDCSDA3

14

AG_HDMI_5V_DET3

P76_CEC0

PD3_DDCSCL1

99

13

98

GENX_SBI1

PD2_DDCSDA1

97

GENX_SBO1

R1196 47k

35

P50_RMIN_IRQ0

12

96

DDCSCL3

PF0

PD1_DDCSCL0

DDCSDA3

OSCXO

P75_CECAVL1A

11

95

AG_AUDIO_XRST

36

P23_IRQ4

P74_CECAVL1B

94

AG_HDMI_CEC

R1210 47k

TO 11/18

P85_ADIN5

PD0_DDCSDA0

93

P04_SBO0B

92

47k

P03_SBT0B

47k

R1125

PF3

R1124

9

GENX_SBO1

R1182 27k

8

D1107 B0JCCE000008

AG_ADV_XRST

43

39

IVDD

P24_IRQ5

GenX8

AG_PD4H_DRVRST

44

40

P25

P84_ADIN4

91

GENX_SDA

SUB5V

41

VSS

SYSTEM MPU

VSS

90

GENX_SCL

42

P11

IVDD

89

7

GENX_SBI1

C1104 16V 0.1u

10

AG_FAN_SOS

R1243 47k

P12

MNZSFH9GP91

P83_ADIN3

88

1k

KEY3

MAIN_FAN_ON AG_FAN_MAX

87 47k

R1237

P01

R1236

TP1105

6

TP1104

P13

P10

P64_SBI1 PF4

AG_PANEL_SOS

P00

FACT_SDBOOT

P63_SBO1

AG_SD_LED_ON

RF_AFT

P44_TMIO4

AG_R_LED_ON

R1184

45

P14

IC1100

P82_ADIN2

5

AG_AI_SENSOR

86

C1122 16V 0.01u

4

AG_R_LED_ON

AG_KEY1

P81_ADIN1

3

AG_AI_SENSOR

AG_RMIN

85

2

AG_RMIN

1k

P80_ADIN0

48

46

P15

P40_TMIO0_SYSCLK

GenX8 E2PROM LINE

47

P16

P32 P31 P30

TRCCLK EXTRG0

TRCD3

84 R1255

TRCST

TRCD2

82 83

AG_AI_SENSOR

P02 SCLOCK SDATA

TRCD1

81 AG_HPD3

70

71

72

73

TRCD0

80

K TO 10/18

PE2

NBOOT

74

NRST

79

S

AG_KEY1

TO 10/18

TP1110

S

78 TP1111 AG_KEY1

49

P

C

50

P

77

S

76

S

75

EEPROM R1183

PD_TXD1

R1216 10k

R1203 47k

TO 9/18

Mute

MON_MUTE SP_HP_MUTE

MON_MUTE SP_HP_MUTE C1112 16V 0.1u

R1174 S

S

Power Supply

R5125 68 PD_VOUTENB

PD_XECS5

PD_XECS5

AG_SRQ-GENX

AG_TV_SUB_ON

TO 9/18

AG_PANEL_SOS

AG_PD4H_DRVRST

AG_TV_SUB_ON

RF_AFT

RF_AFT

AG_SOS

TO 2/18

PANEL_MAIN_ON AG_DTV_XRST

TO 9/18

TO 11/18

TO 5/18

AG_PANEL_SOS AG_SW_OFF_DET

AG_SW_OFF_DET

AG_ECO_ON

TO 8/18

TO 2,15/18

AG_SRQ-GENX

PD_TXD1

TO 8/18

PD_RXD1

AG_PD4H_DRVRST

TO 9/18

TO 15/18

R5124 47k

PEAKS_SDA1

R1175

R1181

STB_RST

PEAKS_SCL1

STB_RST

S

TO 9/18

Lite2 ExBUS/Etc. G-DTV_VOUTENB

AG_SOUND_SOS

R1179

AG_SOUND_SOS

S

TO 6/18

TO 9/18

PANEL_MAIN_ON AG_DTV_XRST

From PD4H

KEY3

KEY3

P15V_DET

55

56

57

58

P_ON/OFF

P3.3V_DET

AG_HDMI_5V_DET2

DDCSCL2

DDCSDA2

AG_HDMI_5V_DET1

DDCSCL1

DDCSDA1

DDCSCL0

DDCSDA0

AG_SD_LED_ON

AG_HDMI_5V_DET0

AG_R_LED_ON

AG_HPD2

AG_HPD1

AG_HPD0

P_ON/OFF

P5V_DET

D_XRST

53

60

61

TO 13/18

D_XRST

XRST_SYS

59

TO 12/18

P3.3V_DET

P5V_DET

XRST_SYS

62

TO 12/18

63

12.12. A-Board (8/18) Schematic Diagram

A-BOARD (8/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

POWER

DC/DC SOS

LDA2 DC/DC

DCDCIN

IC5607

SUB3.3V

F15V L2754 J0JHC0000075

DCDCIN C5649 10V 1u

D5619 B0JCCE000008

F15V

R5609 10k

R5611 2.2k

TP5602

TP5504

L5742 G1C220MA0416

VJ5453 P

TP5293

TP5505

C5765 6.3V 22u

C5773 6.3V 22u

C5764 6.3V 22u

2

VIN

R5805 15 3

SW

4

GND

SS

R5608 68k

C5618 25V 0.01u

7

C5770 16V 0.1u

EN

SUB5V_USB TP5606

6

L5604 G1C6R8Z00010

VJ5510

COMP

R5801 6.8k 5

C5771 16V 0.015u

C5635 25V 0.1u

C5642 6.3V 10u

C5641 6.3V 10u

Thermal_Pad

C5627 25V 4700p

C5794 50V 1000p R5799 47k

20

PGND

2

PGND

3

PGND

4

SW

5

SW

6

SW

7

BOOT

VIN 19

8

18 VIN 17 NC 16 NC

9

DCDCEN

C5632 50V 2200p

14

TO 17/18

PSET

NC

13

R5635

27k

12

R5622

15k

RT

SS/DELAY

FC C5634 50V 2200p

11 FB

C5722 50V 47p

TO 17/18

R5620 820

R5612 10k R5618 4.3k

Q5603

DSC2001S0L C5617 10V 2.2u

R5601 15

EN

10 GND

R5800 10k

C5626 25V 10u

C5628 25V 10u

VIN

P

FB

R5809 6.2k DCDCEN

1

8

BOOT

R5600 68

Q5602 DSC2001S0L

TP5506

TP5604

C5650 10V 2.2u

R5607 22k D5602 DZ2J056M0L

TP5292

C5769 25V 0.1u

SUB5V

SUB5V_TUNER

ACHIP3.3V

VOUT

4

NC

VIN

1

R5807 2.2

VSS

C5767 25V 10u

C5789 25V 10u

1

2

3

ACHIP3.3V

F15V L5605 G1C100MA0077

P

Thermal Pad

CE

C0DBFYY00049

SUB5V_USB

VJ5451 C5788 25V 10u

IC5603

C0DBAYY00605

SUB5V

D5620 B0JCPG000030

R5641 10k

5

+

C2848 25V 1u

C2847 25V 47u

IC5608

C0DBAYY00755

SUB5V R5640 10k

S

!

R5610 47k

R5613 47k

SUB3.3V

R8856 47k PD_SDVOLC

TO 15/18

SUB9V

F15V TP3507 1

AVDDH C5418 25V 1u

TP5601

VIN

VOUT VSS

3

NC

C5652 6.3V 4.7u

TP5605

TP3508

D5573 B0BC01100001

IC5401

SOUND15V

C0DBGYY00884

SUB3.3V

TO P-BOARD (P6)

R3570 0

SUB9V

R3500 SOUND15VR

ON/OFF 1

C5651 10V 4.7u

2

R5642 100k

P

2

TP8852

TP5600

5

4

D5618 B0JCCE000008

VJ5509 C5420 16V 1u

VSS

VDDSD D5605 B0HCMM000014

TP3506

VOUT 3 VIN

TP3520

TP3518

TP3519

R5643 10k

A6 1 2

IC5604

R5644 7.5k

P15V

TP9200

TP9196

3

C0DBAGF00030

C9108 25V 0.01u

AVDDH

4

C9106 25V 10u

5

TP3521

P

6 7

VJ3500

8

IC5251

9 F15V

TP3522

TP3502

TP3503

C0CBCBC00227

VIN

VOUT

66

67

VSS

11

PA5601 K5H5022A0031

+15V_S P15V S_GND S_GND GND F+15V F+15V F+15V

STB5V GND P_S0 P_S1 TV_SUB_ON ECO ON PANEL_MAIN_ON STB5V_SW_ON SOS4_PS

STB5V TP3501

TP3500

TP3526

1 2 3 4 5 6

TP3530

R9191

100

R9190

100

R9146

100

P_S0 TP3531

TO 12/18

AG_TV_SUB_ON TP3529 TP9055

R9145

100

8

TP3528

R3572

100

9

TP9056

R9121

100

7

P_S1

TP3527

AG_ECO_ON

TO 7/18

PANEL_MAIN_ON STB_5V_SWON SOS4_PS

TO 9/18

10 11

TP3523

C5256 10V 1u

NC 3

2

1

ON/OFF

65

SUB_AI_3.3V

A7 +15V_S

4

5

C5255 10V 1u

64

10

SUB_AI_303V

SUB5V

TO P-BOARD (P7)

P

SUB5V

68

54

69

70

71

72

12.13. A-Board (9/18) Schematic Diagram

!

A-BOARD (9/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

POWER

D5487 B0JCCE000008

SUB3.3V

Analog ASIC R5486 10k

POWER_DET

TO 15/18

D block

R5457 56

PD_XIRQ5 SUB5V

TO 12/18

GENX-DEST

PD4H_DRVRST

R5485 S

TO 7/18

D_UHZ

SUB5V

TO 6/18 TO 7/18

TP5492

TP5493

AMP_MUTE SP_HP_MUTE MON_MUTE

D2659 B0ACCJ000048

MUTE

STB5V

D2660 B0HCMM000014

STB3.3V

R5487 15

C5703 16V 0.1u

SUB9V C5611 10V 1u

C5612 10V 1u

TEST

31 30 SS_SOS8

4

PANEL_SOS

5

DRVRST_PD4

6

STB1.2V

7

STB5V

8

STB3.3V

+

TO 15/18

R2265 10k

PA_HP_MUTE

Q5478 DSC200100L

STB_5V_SWON R5413 68k R5571 68k

SOS7_SC2

C5555 16V 0.1u

SOS6_SC1 SOS4_PS

TO 8/18

Q5475 DSC2001S0L

26 25

11 MUTE_VCC

STB_RST

TO 7/18

R5418 68k

24 STB_RST

C5614 16V 0.1u

23 CD 22

STB-MPU

R5419 47k

TO 7/18

C5556 10V 2.2u

TP4701

EN_DCDC 21 DTV5VIN

P

AG_PANEL_SOS

VJ3707

STB3.3V

R5481 4.7k

19 DRV

STB5V D5616 B0JCCE000008

AG_PD4H_DRVRST

20 DTV5VOUT

R5662 10k

18

R5665 100

R5663

R5664 1M

R5683 100k

PGND

16 GND

R2264 10k

C5631 16V 0.1u

P_SOS4

AMUTE

15 FB

C5630 16V 0.1u

27

TO 8/18

DRVRST

14 MONITOR_MUTE

DSC200100L

28 SC_SOS6

PD4H_SOS-RESERVE

SOS8_SS

STB5V_SW_ON

12 AUDIO_MUTE_IN

Q2266

29

C5629 16V 0.1u

SC_SOS7

13 DTB9V R2310 100

R5412 22k

D5470 B0ADEJ000035

SOS_DCC

D_SOS_RSV

10 SP_MUTE C5615 16V 100u

R5533 10k

P3.3V

3

AG_SW_OFF_DET

SC_UHZ

SC_OHZ

2

9

R5534 20k SUB3.3V

32

UHZ

S

1

R5489

P3.3V

S

Peaks GenX8

17

R5666 470

R5648 10k

FC

D5613 B0ACCJ000048 D5614 B0ACCJ000048

Q5684 TO 7/18

IC5480

B1ADCE000022

KEY3

C1ZBZ0004161

R5652 100k

ANALOG ASIC STB3.3V STB_RESET

TP5489

TO 10/18

C5653 50V 1000p

R5651 68k

R5650 47k

D5615 B0ACCJ000048

C5664 10V 10u

C5663 10V 10u

2 VDD

1 GND

CP 3 OUT

C5667 25V 0.01u

4

IC5606

R5667 100

C0EBY0000580

RESET

AG_KEY3

SUB9V

C5378 10V 1u

C5370 10V 1u

SUB5V

C5367 10V 1u

C5374 1u 10V

STB3.3V

C5368 10V 1u

C5375 10V 1u

C5382 10V 1u

C5386 10V 1u

C5376 10V 1u

C5383 10V 1u

C5387 10V 1u

STB5V

C5369 10V 1u

C5389 10V 1u

C5391 10V 1u

SUB3.3V

C5372 16V 0.1u

C5377 16V 0.1u

C5381 16V 0.1u

C5385 16V 0.1u

C5388 16V 0.1u

C5390 16V 0.1u

SUB5V

C5373 16V 0.1u

73

74

75

76

C5380 16V 0.1u

77

55

78

79

80

81

12.14. A-Board (10/18) and K-Board Schematic Diagram

A-BOARD (10/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

TERMINAL,AVSW IIC0

JK3701

R3716 39k SUB5V

TO 2,5,11/18

PEAKS_SDA0

K4AK08B00005

JS3051

V2_R

SIDE TERMINAL

D3088 EZJP0V080GA

V1_Y

SHIELD

L3001 J0JYC0000068

R3208

EZJP0V080GA

75

K2HA918A0002

R3717 39k

+

C3049 10V 100u

D3079

L-G

JS3052

V2_L

V-G V

V1_L

39k

SHIELD

R3202

L

D3087 EZJP0V080GA

D3063 EZJP0V080GA

AV TERMINAL

R-G R

C3050 16V 0.1u

V1_R

PC_B_IN

PC_V_IN

PC_G_IN

68

R3195 68

R3196

2

3

4

5 CVBSin4

T_DET5

6 T_DET4

1

C3006 10V 10u 9

VDin

Bin GND

10

Yin3

11

13

14

12

R2/Cin3

GND

G2/Yin2

S2_DET3

CVBSin7 FBin2/O2

FBin1/O1

S

S

R3182

S

R3181

R3188 68

R3180

C3001 10V 10u V2_V R3058 220

R3066 75

C3013 220 R3067

16

17

18

19

20

21

22

15

S2_DET2

B2/Cin2

CVBSin1

T_DET2

G1/Yin1

23

D1_PB

C3044

D2_PR

220 R3090

Video Out R3097

68

R3096

68

R3095

68

T_DET8

D2_Y

C3043

L1/R1 RF L2/R2 Comp1

10V 10u D2_PB

C3042

SUB9V

83

81

R7in

OUT1:nonuse OUT2:nonuse

80

OUT3:Monitor out

79

L8in

75

74

Comp2 AV1 Av2 AV3 (PC) (DVI) DTV

Audio Out

L3000 J0JYC0000068

82

77 73

L3/R3 L4/R4 L5/R5 L6/R6 L7/R7 L8/R8 L9/R9

10V 10u

84

Yin4 T_DET9

72

71

OUT1:Main(ADV) OUT3:Monitor out OUT7:ADV(SOY) Audio Input

10V 10u

85

CVBSin6

70

67 220 R3089

66 220 R3088

64

63

62

65 220

220

220

220

RGB:(PC) YPbPr1:Comp1 YPbPr2:Comp2 Other:-

86

VCC9V

L7in

R5in

L5in

R4in

L4in

R3in

L3in

10V

10V

10V

10V

10V

10V

C3030

C3031

C3032

C3033

C3034

C3035

1u

R3087

R3086

R3085

R3084 10V C3029

PC_R_IN C3061 10V 10u

R3310 75

10V

R3305 100

C3028

R3303 0

R3302 100

10V

R3301 0

PA_LO1_L

C3027

PA_LO1_R

10V

PA_LO1_L

10V

PA_LO1_R

Monitor L

24

C3057 10V 10u

R3313 75

1u

15

1u

R

R3311 0

5 L3309 J0JCC0000269

C3045 10V 10u

OUT4:Main(ADAV) RF_V R3068 220

C3015 10V 10u

PC_G_IN

1u

R3316 0

1u

D3302 B0JCCE000008

G

1u

10

R3307 4.7k

TO 15/18

Monitor R

10u 10V C3023

14

MAIN_L

MAIN_L

R3078

4

68

87

76

C3059 10V 10u

R3318 75

9

50

R3083

3 13

4.7k

S

1u

L3308 J0JCC0000269 R3306

PC_B_IN

49

C3026

D3301 B0JCCE000008

MAIN_R

R3319 0

S

88

CVBSin5

R9in L9in R8in

R3098

V5/YC4:AV3 Side V6:nonuse V7:RF

D1_PR

78

R3079

PC_VS

MAIN_R

B

MAIN_L

O3

R3out L3out R2out

R3080

8

48

G/CY/Y/CVBSout7

51

PC_HS

R3077

VCC9V

D1_Y

89

Cin4

CVBS/Y+Cout3

61

MAIN_R

12

47

90

VCC5V

SAG_CVBSout3

220

2

46

GND

R2in

C3022 16V 0.1u

C/Y+C/CVBSout5

C3046 10V 10u

91

PBin2/B3

60

S

45

92

L3_DET2

VIDEO SW AUDIO SW

C3047 10V 10u

68

93

T_DET7

C1AB00003218

SAG_CVBSout5

1u

PC IN

PC_VS

43 44

7

PC_HS

42

1 11

94

PBin1

S2out

68

R3099

95

L3_DET1

CYin2/G3

C3025

MAIN_PR

96

T_DET6

Y/Y+C/CVBSout4

R3107

97

CYin1

PRin2/R3

220

R3071 6

K1FY315A0008

MAIN_PB/C

MAIN_PR

98 PRin1

HD_VD/FBKMUTE

IC3001

SAG_CVBSout4

R3082

JK3001

MAIN_Y/CVBS

MAIN_PB/C

41

99

Rin

10V

TO 4/18

VCC5V

1u

39 40

MAIN_Y/CVBS

AV IO

38

R/Prout1

L2in

37

C3019 16V 0.1u

VD_out1

R1in

36

59

35

58

34

220

33

68

MAIN_PR

220

R3075

PC_VS

G

B/PB/Cout1

RENESAS Video Input V1/YC1:AV1 Back V2:Peaks DC out V3/YC3:AV2 Back V4:nonuse

SUB3.3V

100

HDin Gin

C3024

R2

HD_out1

R3081

32

G/CY/CVBSout1

1u

31

68

MAIN_PB/C

CVBSin2 VCC5V R1

GND

L1in

R3074

PC_HS

R2

SCL

57

30

220

29

AU1/2Vcc

R1

28

R3073 MAIN_Y/CVBS

56

PEAKS_SCL0 D3073 EZJP0V080GA

S2_DET1

PEAKS_SDA0

39k

R1

L10in/L1out

R3193

27

T_DET10/Fbout Rtate_out

G

R3072

B1/Cin1

26 D1_R

R4out L4out

D1_L

L2

L2

T_DET3

D3072 EZJP0V080GA

L1

L1

Analog Input

V2_V

D3068 EZJP0V080GA

R10in/R1out

39k

D1_PR

55

75

R3192

D3071 EZJP0V080GA

25

R3189

D1_PB

T_DET1

G

D1_Y

D3070 EZJP0V080GA

SDA

R

R

D3069 EZJP0V080GA

AU_GND

75

L2out

R3194

PR2

PR2

54

39k 75

53

R3191 R3198

52

G PR1

10V 10u

D2_R

S

L

PC_H_IN

V2_V

C3017 16V 0.1u

D2_L

L

PR1

D3089 EZJP0V080GA

D3067 EZJP0V080GA

S

PB2

7

39k

D2_PR

8

R3190

D3066 EZJP0V080GA

BG

75

CVBSin3

75

R3209

PB2

R6in

R3211

D3080 EZJP0V080GA

D2_PB

L6in

G PB1

PB1

D2_Y

D3065 EZJP0V080GA

PC_R_IN

EZJP0V080GA

V

V

69

75

Y2

Y2

68

R3212

D3064

1u

39k

1u

R3204

V1_V

Y1

JS3054

V2_V

Y1

D3005 K7AAAY000006

SUB3.3V

PA_LO2_R

TV L

PA_LO2_L

PC_V_IN

HD

PC_H_IN

OPTICAL AUDIO OUT

PA_LO2_R PA_LO2_L

Audio OUT PA_LO1_R

TO 4,15/18

C3157 16V 0.1u

PD_IECOUT0

GND

V2_R

V2_L

V1_R

V1_L

D2_R

RF_V

RF_V

D2_L

D1_L

TO 5/18

D1_R

PA_LO2_R

Front End

RM2501 B3RAD0000168

KEY SWITCH

REMOTE RECEIVER TP3704

C.A.T.S. SENSOR

3 VCC

R2517 47

NC 4

C2523 16V 0.1u INPUT/OK

MENU

VOL.DN

VOL.UP

CH.DN

GC1

R2516 22k

5

BOTTOM PAD NC

1 IOUT

TP3700

D2520 B3AAB0000343 POWER LED

GC2

SUB_AI_3.3V

TP2520 JS4015

Q2510

GenX8

Q2511

DSC200100L 2 GND

CH.UP

R2525 2.2k

C2521 50V 0.01u STB3.3V

K0H1BA000445

SW2500

10u

SN2510 B3JB00000078

3.3V

C2512 6.3V

SW3765

SW3764

R3774 2.32k

2

3

TP3705

K0H1BA000445

R3773 1.62k

K0H1BA000445

SW3762

TP3706

K0H1BA000445

SW3761

K0H1BA000445

SW3759 K0H1BA000445

R3772 1.74k

SW3763 K0H1BA000445

TP3707

R3771 21k

OUT

TP3702

GND

VCC

R3775 3.16k

1

TP3703

R2542 100k

R5734 1

TP3701

TO 9/18

TP2501 TP2502

KEYSCAN

AG_KEY1

P

R3765

C3752 50V 1000p

TO 7/18

TP2503

R2558 100

1 2 3 4

TP2505 JS3700

JS3701

TP2506

S

S

R2557 5.6k

5 6 7

TP2504

SUB3.3V AI_SENSOR STB3.3V GND RM_IN R_LED_ON GND

1 2 3

4

R5733 150k

FL4002 J0HAAB000036

A1

TP4003

C4075 16V 0.1u

FL4003 J0HAAB000036 AG_RMIN

4 5 6

STB3.3V JS4010

TP4004 TP4008

AG_AI_SENSOR

S

3 2

R2520 220k 6

K1 AG_KEY3

TO 7/18

DSC200100L R2524 22k

1

3 2

TP4001

4

TP4002

7

FL4004 J0HAAB000036 AG_R_LED_ON

!

82

83

84

85

1

K-BOARD TXN/K1LGUUM

86

56

3 2

87

88

4

89

90

DRIVE IC

R3174 47k

PA_LO1_L

PA_LO2_L

Vin

TV R

VD

VCC

JK3000

V1_V

V

PEAKS_SCL0

PEAKS_SDA0

L

PEAKS_SCL0 V1_C

R

!

12.15. A-Board (11/18) Schematic Diagram

!

A-BOARD (11/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

CONNECTOR

GenX8 TO 7/18

STB5V

A17

FACT_SDBOOT

1

GenX8 TO 7/18

2

TP8503

3

AG_SRQ-GENX

S

TP8505

R4151

4 5 6

TP8521 STB5V

FOR A18 FACTORY USE 1 2 3

GENX_SCL GENX_SDA PEAKS_SCL1 PEAKS_SDA1

R4131 EXB28V220JX

TP8537 TP8538 TP8535 TP8536 TP8529 TP8530

4 5 6 7 8 9 10

R4170 22

STB5V SRQ-GENX

R4125 22

11

TP8524

12 13

TP8526

14 15

R4127 22

Peaks SDA1 Peaks_SCL2

10

TP8527

PEAKS_SCL2

16 TP8528

PEAKS_SDA2

17

R4128 22

Peaks_SDA2

(Peaks_SCL2) (Peaks_SDA2) (Device Control) PEAKS_SBI0 (Device Control)

TP8500

TP8525 R4126 22

IIC_CONT

9

TP8523

PEAKS_SDA0

GenX SDA1 Peaks SCL1

8

PD_SBO0 PEAKS_SCL0

GND GenX SCL1

TP8501 TP8522

R4171 22

SD_BOOT_MODE SRQ-GENX

7

PD_SBI0

TO 15/18

FOR FACTORY USE STB5V

18

IIC_CONT

19

11

20

PEAKS_SBO0 Peaks SCL0

(Device Control)

Panel_TXD Peaks SDA0

(Device Control)

Panel_RXD Peaks_SCL2

(Device Control)

(PANEL REM_CON) Peaks_SDA2

(Device Control)

(PANEL LED) GND (10/4) (INEXCH)

21 22

IIC TO 2,5,10/18

IIC0

TO 1,2,7/18

IIC1

TO 2,12/18

IIC2

PEAKS_SCL0 PEAKS_SDA0

PEAKS_SCL1 PEAKS_SDA1

PEAKS_SCL2 PEAKS_SDA2

PEAKS_SCL0 PEAKS_SDA0

PEAKS_SCL1 PEAKS_SDA1

PEAKS_SCL2 PEAKS_SDA2

ZA1001 K4AZ01D00004

TC-P50G25 only

K4AZ01D00004

TP4000

ZA1002

Suffix:AC JS4018

0 TP4018

ZA1003 K4CC01000001

GENX_SCL GENX_SDA

91

92

ZA1004

TO 7/18

GenX8

93

TC-P50G20 only

K4CC01000001 GENX_SCL

Suffix:AE

ZA1005 GENX_SDA

JS4019

K4CC01000001

94

95

57

0 TP4019

96

97

98

99

12.16. A-Board (12/18) Schematic Diagram

A-BOARD (12/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

TP9217

TP9216

P

C9815 6.3V 22u

C9903 6.3V 22u

R9910 2.2

D9804 B0JCPG000030

TP9219 C9814 6.3V 22u

4

RA_E-(MSB)

RB_E-

RB_E+

RA_E+(MSB)

PD_TA1N

PD_TA1P

PD_TB1N

PD_TB1P

PD_TC1P

PD_TC1N

RC_E-

RC_E+

RCLK_E-

RCLK_E+

PD_TCLK1N

PD_TD1N

PD_TCLK1P

RD_E-

RD_E+

RE_E-(LSB) PD_TE1N

PD_TD1P

LVDS

RE_E+(LSB)

RA_O-(MSB)

PD_TE1P

RB_O-

RB_O+

RA_O+(MSB)

PD_TA2N

PD_TA2P

PD_TB2N

PD_TB2P

PD_TC2P

PD_TC2N

RC_O-

RC_O+

RCLK_O-

RCLK_O+

PD_TCLK2N

RD_O-

PD_TCLK2P

RE_O-(LSB)

RD_O+

PD_TD2N

RE_O+(LSB)

PD_TE2N

PD_TE2P

PD4H_DRVRST R9107 3.3k

TP9020 PD_TA1N

TP9021

TP9022 PD_TB1N

PD_TB1P

PD_TA1P

TP9023

TP9024 PD_TC1N

TP9025 PD_TC1P

PD_TCLK1N

TP9026

TP9027 PD_TCLK1P

TP9028 PD_TD1N

PD_TD1P

TP9029

TP9030

PD_TE1P

PD_TE1N

TP9031

TP9032 PD_TA2N

TP9034

TP9033 PD_TA2P

PD_TB2N

PD_TB2P

TP9035

TP9036 PD_TC2N

TP9037 PD_TC2P

TP9038 PD_TCLK2N

TP9039 PD_TCLK2P

TP9040 PD_TD2N

TP9042

TP9043

TP9041 PD_TD2P

PD_TE2N

S

VJ9108

47k

47k

S

PD_TE2P

7

DRVRST

SW

OSD_VIN

VIN

3

DRVMUTE

2

SS

EN

R9908 39

L9801 G1C100MA0416

R9899

C9811 16V 0.1u

8

BOOT

D_XRST

1

PEAKS_SDA2

C9813 25V 10u

C9816 25V 0.01u

P5V

TP9044

DC-DC CONVERTER 15V->5V PEAKS_SCL2

C9812 25V 10u

R9019

IC9801 C0DBAYY00462

P15V

R9020

VJ9107

TP4105

PD_TD2P

TO 9/18

TO 15/18 PD_XIRQ10 OSD_VIN

PD_XCTS0 DISPEN

TO 7/18 D_XRST

XRST_SYS

PEAKS_SDA2

PEAKS_SCL2

IIC2

TO 7/18 P_ON/OFF

TO 15/18

DC-DC CONVERTER

TO 2,11/18

!

6

50V 1000p

R9879 15k

P3.3V

COMP

5

GND

FB R9038 100k

C9901 50V 1000p

Q9005

Q9006

DSC200100L

DSC200100L

P_ON/OFF

R9110 Y8

S

GND 10

11

PD_OC1

Y7

SC_CRC1

PD_SCNRST

Y6

SCNRST OC1 GND CPH1 CIS SOS6_SC1 SOS7_SC2 GND UHZ GND CEL GND CSH GND CSL GND CMH CML NC

SC_CERS TP9084

SC_OC2 TP9085

8 9

NC SEL2 SEL CRC3 RSV

3

A1

2

G1

1

C9097 25V 10u

1 C9104 25V 0.01u TP9201 TP9204

TP9202

L9000 G1C100MA0416

TP9203

R9400 EXB2HV103JV C9112 6.3V 22u

C9904 6.3V 22u

TP9089

13

TP9051

15

SC_SEL2

Y8

SC_CML SC_UHZ

TP9091

SC_CIS

20

SC_CEL TP9092

SC_CSH

21

SC_CSL 22

SC_CMH SC_CML TP9093

SC_CSL 14 SC_CSH SC_CEL 16

SC_SEL2

18

Vcc 20 C9401 16V 0.1u

TP9095

8

A6

7

A5

6

A4

5

A3

4

A2

3

A1

2

G1

1

IC9401

27

TP9209

R9040 4.7k

TP9208

P

VJ9001

D9807 B0ADCJ000100

TP9211

C0DBAYY00605 DC-DC CONVERTER 15V->1.2V 1

P15V

BUFFER

29 30

P1.2V

TP9215

C9102 25V 10u

C9103 25V 0.01u

TP9096

TP9214

TP9212

L9800 G1C6R8Z00010

PGND

2

PGND

3

PGND

4

SW

5

SW

TP9098

34 35

VJ9002

TP9097

TP9099

R9224

47

SC_SEL

R9226

47

SC_CRC3

R9247

47

SC_CML2

TP9213

SC_SEL

GND 10

12

TP9103

14

TP9104

Y4 15 Y3 16 Y2 17 Y1 P5V

18 G2 19 Vcc 20

C9402 16V 0.1u

P_S0

TO 8/18

P_S1

9

A7

8

A6

7

A5

6

A4

5

A3

4

A2

3

A1

2

G1

1

C9804 25V 10u

Analog ASIC

C9805 25V 10u

18

16

SW

7

BOOT

SOS6_SC1

15

SOS7_SC2

EN

NC

C9807 50V 200p

14

C9116 0.1u

PSET 13

R9874

27k

12

R9872

3.3k

SOS8_SS

16V

RT

SS/DELAY

10 GND

D_UHZ

FC

R9402 EXB28V103JX

C9806 50V 100p

R9873 10k

SC_UHZ

C9801 25V 6800p

11 FB

R9875 20k

R9039 47k

IC9402

P_S0

C0JBAZ002692

P_S1

BUFFER

TO 9/18 SOS_DCC

VIN 17

6

9

19 VIN

NC

PD_CML2

Y5 TP9102

A8

PD_CRC3

Y6 13

TP9101

C9803 25V 4700p

PD_SEL

Y7

SC_CML2

C9800 25V 0.1u

8

Y8 11

SC_CRC3

C9825 6.3V 22u

P15V

20 VIN

NC

P

33

OHZ1

IC9800

R9401 EXB2HV103JV

C0JBAZ002692

28

P2.5V

PD_CPH1

G2 19

R9209 EXB2HV470JV

9

A7

PD_CIS

Y1 P5V

R9228 4.7k

PD_CEL

Y2 17

SC_CPH1

A8

PD_CSH

Y3

SC_CIS

R9135 27k

PD_CSL

Y4 15

TP9094

32

FB

PD_CMH

Y5

24

31

5

GND

C9902 50V 1000p

PD_CML

Y6 13

26

R9133 12k

PD_SEL2

Y7

SC_CMH

SC_CPH1

25

4

C9107 50V 2700p

6 COMP

GND 10

12

TP9053

18

23

7 EN

R9134 10k

SOS7_SC2

11

19

SW

R9909 39

SOS6_SC1

TP9052

16 17

VIN

3

SS

R9198 EXB28V101JX

TP9090

14

2

C9099 16V 0.1u

8

BOOT

P

BUFFER

12

C9098 25V 10u

P3.3V

VJ9000

C0JBAZ002692

TP9088

11

TERM

+15V

4

A2

IC9400

R9208 EXB2HV470JV

TP9087

10

Vcc 20 C9400 16V 0.1u

SC_OC1

TP9054 +15V

19

SCNRST

TP9086

5

A3

PD_SIU

G2

SC_CRC1

7

DC-DC CONVERTER 15V->3.3V

PD_SCCLK

Y1 18

P5V

A4

PD_CERS

Y2 17

SC_SIU

SC_CRC2

6

Y3 16

SC_SCCLK

IC9803 C0DBAYY00462

P15V

PD_CRC2

D_UHZ

CRC1

SC_SCCLK

TP9083

5

6

1

SC_UHZ

OC2

SC_SIU 4

7

A5

SOS8_SS

GND

3

8

A6

PD_OC2

Y4 15

SC_CERS

SOS7_SC2

CRC2

14 SC_CRC2

TP9082

A7

PD_CRC1

Y5

TP9081

2

SOS_DCC

GND CERS

SC_OC2

1

R9111

SOS6_SC1

SIDE SIU

9

S

A8

12

R9911 2.2

SCNRST

C9100 10V 10u

C9101 25V 0.01u

D9805 B0JCPG000030

SC_OC1

TP9050

13 P5V

R9912 5.6k

R9037 47k

P5V

A33

SCCLK

R9877 47k

R9878 10k

TO SC-BOARD (SC20)

R9036 10k

2

100

101

102

103

104

58

105

106

107

108

12.17. A-Board (13/18) Schematic Diagram

A-BOARD (13/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

P5V

IC9300

P5V_DET

P3.3V_DET

P3.3V

PD4

TO 7/18

TO 7/18

!

C1AB00003259 PD4 P3.3V

C9052 16V 0.1u

R9206 56k

P_S1

1

S

R9042

P_S0

C9040 16V 0.1u

R9308

8

CS#

C9300 16V 0.1u

TP9105

VCC

S

2

SO/SIO1

S

3

WP#/SIO2

R9306

TP9107

NC/SIO3

GND

5

S

TP9110

R9307 S

4

SPIHZ

IC9300

A4

FLSCK

IC9300

B5

FLNCS

IC9300

B4

FLSIO0

IC9300

C5

FLSIO1

IC9300

A6

FLSIO2

IC9300

A5

FLSIO3

R9335

TP9109

SCLK

R9309

B6

U3

DCCOP40

P3

DCCOP41

IC9300

T30

CKMO

IC9300

C29

SFLATCHI

IC9300

S

TP9108 6

IC9300

IC9300

IC9300

V30

XI

R9334

TP9106 7

S

R9203 2.7k

R9205 33k

SI/SIO0

TP9111

IC9300

A27

SFRST

TP9112

IC9300

B26

SFVRST

C9301 50V 22p

DD1_2P

IC9300

DD1_2N R9321 1M

P3.3V

20MHz

DD1_1P

X9300 H0J200500076

IC9300

D30

FPCLK

IC9300

E29

FPDAT1

IC9300

E28

FPDAT0

R9323 1k

TP9300

R9320 680

IC9300

B30

DCCIPORT0

DD1_1N

C9302 50V 15p

IC9300

W30

XO

IC9300

M3

DCCOP35

IC9300

N3

DCCOP39

IC9300

R3

DCCIFBK1

DRVCLK1P DRVCLK1N DD2_2P

TP9383

DD2_2N DD2_1P

*IC9304

IC9300

TVRR263AAS

SCLK

B3

EXTFLSO

IC9300

A3

EXTFLSCK

IC9300

C2

C4

EXTFLSI

IC9300

A2

EXTFLNCS

PD_VSET2

K29

SFVO

N28

DCCOP26

IC9300

P28

DCCOP25

IC9300

Y3

DCCOP22

PD_SCCLK

IC9300

D1

OSDVO

IC9300

C1

OSDCKO

PD_CERS PD_SEL PD_OC2

LVDS_INPUT IC9300 R9341

E2

IC9300

OHZ1

OSDYSI

D2

PD_CRC1

OSDRI

PD_TA2P

IC9300

E1

OSDBI

PD_TA2N

IC9300

D3

OSDGI

IC9300

F1

OSDCKI

S

IC9300

R28

PD_UEH UEH_C USL_C

PD_USH

USH_C UML_C

PD_UMH

UMH_C

PD_USH PD_UML PD_UMH

R9609 EXB2HV470JV

PD_PCD3 PD_PCD4 PD_ODED2 D-LED2

PD_ODED2

PD_CLRD2

D-ODED2

PD_PCD3

K30

DCCOP24

L29

DCCOP15

IC9300

L30

DCCOP14

IC9300

M29

DCCOP13

IC9300

M30

DCCOP12

IC9300

R29

DCCOP37

IC9300

P29

DCCOP18

IC9300

N30

DCCOP19

IC9300

P30

DCCOP21

IC9300

N29

DCCOP29

IC9300

W1

DCCOP36

IC9300

Y1

DCCOP16

D-PCD3

PD_PCD4

D-PCD4

PD_CLRD2

IC9300

E3

PD_TB2N

OSDHI

PD_TC2P PD_TC2N

D-CLRD2 R9610 EXB2HV470JV

PD_PCD1 PD_PCD2 PD_ODED1

IC9300

D9806 B0ADCJ000100 R9123 D_XRST_SYS

PD_CLRD1

R9013

IC9300

AA2

DCCOP17

Y2

DCCOP20

IC9300

AA1

DCCOP28

RXOAP RXOAN

DRVMUTE

R9342

A29

PD_TD2N

XRST

PD_TE2N IC9300

B28

XRSTSYS

PD_TA1N

PD_TB1P

B14

RXOBP

IC9300

A14

RXOBN

IC9300

B13

RXOCP

IC9300

A13

RXOCN

B12

RXOCKP

A12

RXOCKN

IC9300

B11

RXODP

IC9300

A11

RXODN

IC9300

B10

RXOEP

IC9300

A10

RXOEN

PD_TB1N

PD_TC1P PD_TC1N

PD_TCLK1P PD_TCLK1N

IC9300

B21

RXEAP

IC9300

A21

RXEAN

IC9300

B20

RXEBP

IC9300

A20

RXEBN

PD_SCNRST PD_OC1

PD_CIS

DCCIFBK2

IC9300

K2

DCCOP30

IC9300

B19

RXECP

PD_CEL

IC9300

A19

RXECN

PD_CSH

IC9300

B18

RXECKP

IC9300

A18

RXECKN

PD_CSL PD_CPH1 PD_CMH

PD_TD1P PD_TD1N

PD_TE1P PD_TE1N

IC9300

B17

RXEDP

IC9300

A17

RXEDN

PD_CML PD_SEL2

IC9300

B16

RXEEP

PD_CRC2

IC9300

A16

RXEEN

PD_CRC3

D_UHZ

C9303 16V 0.1u

R9125

IC9300

A28

DCCIDRVRST

IC9300

C30

DCCIDISPEN

IC9300

K1

DCCOP34

IC9300

L2

DCCOP6

IC9300

L1

DCCOP38

AD1

LVDOD1N

IC9300

AC4

LVDRCK0P

IC9300

AC3

LVDRCK0N

IC9300

AE2

LVDOD2P

AE1

LVDOD2N

IC9300

AF2

LVDOD3P

IC9300

AF1

LVDOD3N

DD7_1P DD7_1N DRVCLK4P DRVCLK4N DD8_2P DD8_2N DD8_1P DD8_1N

DRVCLK5N IC9300

DD3_1P DD3_1N DRVCLK2P

IC9300

M2

DCCOP33

IC9300

M1

DCCOP7

DRVCLK2N DD4_2P DD4_2N

IC9300

N2

DCCOSCRST

IC9300

N1

DCCOP32

IC9300

PD_CML2

C9394 16V 0.1u

S

P2

DD4_1N

IC9300

R2

DCCOP5

R1

DCCOP9

IC9300

T2

DCCOP2

IC9300

T1

DCCOP3

IC9300

U2

DCCOP4

DD5_2N DD5_1P DD5_1N DRVCLK3P

IC9300

U1

DCCOP0

IC9300

V2

DCCOP1

IC9300

L3

DCCOP27

IC9300

V1

DCCOP8

IC9300

W2

DCCOP31

P1

DRVCLK3N DD6_2P DD6_2N DD6_1P DD6_1N

PEAKS_SDA2

IC9300

AH1

LVDOD5N

IC9300

AG3

LVDRCK2P

IC9300

AF3

LVDRCK2N

IC9300

AJ4

LVDOD6P

IC9300

AK4

LVDOD6N

IC9300

AJ5

LVDOD7P

IC9300

AK5

LVDOD7N

DD9_2P DD9_2N DD9_1P DD9_1N DRVCLK6P DRVCLK6N

B7

SDA

IC9300

A7

SCL

LVDOD12N LVDOD13P

IC9300

AK13

LVDOD13N

IC9300

AH13

LVDRCK6P

IC9300

AH12

LVDRCK6N

IC9300

AJ14

LVDOD14P

IC9300

AK14

LVDOD14N

IC9300

AJ6

LVDOD8P

IC9300

AK6

LVDOD8N

DD13_2P DD13_2N DD13_1P DD13_1N DRVCLK8P DRVCLK8N DD14_2P DD14_2N DD14_1P

IC9300

AJ15

LVDOD15P

IC9300

AK15

LVDOD15N

IC9300

AH15

LVDRCK7P

IC9300

AH14

LVDRCK7N

IC9300

AJ16

LVDOD16P

DD15_1P

DD14_1N

DD15_2P

DD10_2N DD10_1P

DD11_2P

IC9300

AJ7

LVDOD9P

IC9300

AK7

LVDOD9N

IC9300

AH7

LVDRCK4P

IC9300

AH6

LVDRCK4N

IC9300

AJ8

LVDOD10P

IC9300

AK8

LVDOD10N

DD11_2N DD11_1P DD11_1N DRVCLK7P DRVCLK7N DD12_2P

IC9300

AJ9

LVDOD11P

IC9300

AK9

LVDOD11N

DD12_2N DD12_1P

DCCIFBK0

IC9300

AK16

LVDOD16N

DD15_1N

IC9300

AJ17

LVDOD17P

DRVCLK9P

IC9300

AK17

LVDOD17N

DRVCLK9N

IC9300

AH17

LVDRCK8P

IC9300

DD10_2P

DD12_1N

IC9300

LVDOD12P

AK12 AJ13

DD15_2N

LVDOD4N LVDOD5P

DD10_1N

DD5_2P

AJ12

IC9300 IC9300

LVDOD4P

AG1 AH2

DCCOP10

IC9300

IC9300

DD4_1P

AG2

IC9300 IC9300

IIC S

SOS_DCC

PD_TA1P

IC9300

IC9300

PD_TE2P

S

R9035 3.3k

S

IC9300

B15 A15

IC9300

PD_TCLK2N

DRVRST PD_LED1

IC9300 IC9300

PD_TCLK2P

PD_TD2P PD_LED2

PD_LED2

IC9300 IC9300

OSDCLK

S

PD_UML

PD_USL

PD_TB2P

DCCOP23

TO 14/18

PD_USL

T3

DD3_2N

PD_SIU

TP9113 R9318 1k

IC9300

IC9300

TP9100

OSD_VIN

P3.3V

PD_UEH

IC9300

IC9300

IC9300

DD7_2N

LVDOD0N LVDOD1P

DRVCLK5P

OSDHO

DD3_2P

IC9300

IC9300 NCS

DD2_1N

DCCOP11

DD7_2P

LVDOD0P

AC1 AD2

TP9076 IC9300

EEPROM SOUT

V3

AC2

IC9300 IC9300

AH16

IC9300

AJ26

LVDOD24P

IC9300

AK26

LVDOD24N

IC9300

AJ27

LVDOD25P

IC9300

AK27

IC9300

AH27

LVDRCK12P

IC9300

AH26

LVDRCK12N

IC9300

AH29

LVDOD26P

IC9300

AH30

LVDOD26N

IC9300

AG29

LVDOD27P

IC9300

AG30

LVDOD27N

LVDOD25N

IC9300

AF29

LVDOD28P

IC9300

AF30

LVDOD28N

IC9300

AE29

LVDOD29P

IC9300

AE30

LVDOD29N

IC9300

AD28

LVDRCK14P

IC9300

AE28

LVDRCK14N

LVDRCK8N

IC9300

AD29

LVDOD30P

IC9300

AJ18

LVDOD18P

IC9300

AD30

LVDOD30N

IC9300

AK18

LVDOD18N

IC9300

AC29

LVDOD31P

IC9300

AJ19

LVDOD19P

IC9300

AC30

LVDOD31N

IC9300

AK19

LVDOD19N

IC9300

AE3

LVDRCK1P

IC9300

AD3

LVDRCK1N

IC9300

AH5

LVDRCK3P

IC9300

AH4

LVDRCK3N

IC9300

AJ22

LVDOD20P

IC9300

AK22

LVDOD20N

IC9300

AH9

LVDRCK5P

IC9300

AJ23

LVDOD21P

IC9300

AH8

LVDRCK5N

IC9300

AK23

LVDOD21N

IC9300

AH19

LVDRCK9P

IC9300

AH23

LVDRCK10P

IC9300

AH18

LVDRCK9N

IC9300

AH22

LVDRCK10N

IC9300

AH25

LVDRCK11P

IC9300

AJ24

LVDOD22P

IC9300

AH24

LVDRCK11N

IC9300

AK24

LVDOD22N

IC9300

AF28

LVDRCK13P

IC9300

AJ25

LVDOD23P

IC9300

AG28

LVDRCK13N

IC9300

AK25

LVDOD23N

IC9300

AB28

LVDRCK15P

IC9300

AC28

LVDRCK15N

R9339

R9099 IC9300

S

B27

SOS

PEAKS_SCL2 S

R9340

D-LED1

PD_LED1

D-ODED1

PD_ODED1

D-PCD1

PD_PCD1

D-PCD2

PD_PCD2

D-CLRD1

PD_CLRD1

11 R9608 EXB2HV470JV

13

DRVCLK5P

DD8_1P

DRVCLK5N

DD8_1N

DD8_2P

DD8_2N

DRVCLK4P

DRVCLK4N

DD7_2P

DD7_1P

DD7_1N

DD6_1P

DD7_2N

DD6_1N

DD6_2P

DD6_2N

DRVCLK3P

DRVCLK3N

DD5_1N

DD5_2P

DD5_1P

DD5_2N

DD4_1P

DD4_1N

DD4_2P

DD4_2N

DRVCLK2P

DD3_1P

DRVCLK2N

DD3_1N

DD3_2P

DD3_2N

DD2_1P

DD2_1N

DD2_2P

DD2_2N

DRVCLK1P

DRVCLK1N

DD1_1N

DD1_2P

DD1_1P

DD1_2N

D-PCD2

D-CLRD1

D-PCD1

D-LED1

D-ODED1

12

P3.3V

VJ9902

TP9156

TP9155

TP9154

TP9153

TP9152

TP9151

TP9150

TP9149

TP9148

TP9147

TP9146

TP9145

TP9144

TP9143

TP9142

TP9141

TP9140

TP9139

TP9138

TP9137

TP9136

TP9135

TP9134

TP9133

TP9132

TP9131

TP9130

TP9129

TP9128

TP9127

TP9126

TP9125

TP9124

TP9123

TP9122

TP9121

TP9120

TP9119

TP9118

TP9117

TP9116

TP9115

TP9904

TP9903

TP9902

TP9901

TP9900

TP9918

P

TO

TP9195

TP9194

TP9197

(C21)

68

67

66

A31 C2-BOARD TP9193

P3.3V

65 NC

P3.3V

P3.3V

63

62

64 GND

DRVCLK5-

DRVCLK5+

60

61 GND

DD8_1+

58

57

59 DD8_1-

DD8_2+

56 GND

DD8_2-

54

53

52

51

50

49

55 DRVCLK4+

GND

DRVCLK4-

DD7_1+

DD7_1-

DD7_2-

DD7_2+

48

47

GND

DD6_1+

46

45

44 DD6_2-

DD6_1-

DD6_2+

42

41

43 GND

40 GND

DRVCLK3-

DRVCLK3+

39

38 DD5_1-

DD5_1+

37

36 DD5_2-

DD5_2+

35 GND

34 DD4_1+

33 DD4_1-

32

31 DD4_2-

DD4_2+

29

28

30 GND

DRVCLK2+

27 GND

DRVCLK2-

26 DD3_1+

25 DD3_1-

23

24 DD3_2+

22 GND

DD3_2-

21

20 DD2_1-

DD2_1+

19

18 DD2_2-

DD2_2+

17 GND

16

14

13

15 DRVCLK1-

DRVCLK1+

GND

DD1_1+

12 DD1_1-

9

8

10

11 DD1_2+

GND

DD1_2-

7 GND

CLR1

6

5 PC1

PC2

3

2

4 ODE1

LE1

GND

KEY_SCAN

1

TERM

SIDE

1

2

109

110

111

112

113

59

114

115

116

117

12.18. A-Board (14/18) Schematic Diagram

A-BOARD (14/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

!

PD4

IC9300 C1AB00003259 PD4

P3.3V

P1.2V

P2.5V IC9300

D18

LRX_V12C_2

IC9300

D19

LRX_V12C_3

IC9300

D20

LRX_V12C_0

IC9300

D21

LRX_V12C_1

IC9300

C9319 16V 0.1u

IC9300

AA4

VDDC

IC9300

AA5

VDDC

IC9300

AB1

VDDC

IC9300

AB2

VDDC

IC9300

AB3

VDDC

IC9300 IC9300

AB5

VDDC

C9323 16V 0.1u

IC9300

AB26

VDDC

C9325 16V 0.1u

AD26

VDDC

IC9300

AE26

VDDC

AF8

IC9300

AF14

SCS_VDD18

IC9300

AF16

SCS_VDD18

IC9300

AF17

SCS_VDD18

IC9300

N26

SCS_VDD18

C9347 6.3V 1u

IC9300

P26

SCS_VDD18

IC9300

R26

SCS_VDD18

IC9300

T26

SCS_VDD18

VDDC

IC9300

IC9300 C9327 16V 0.1u

AC26

L9302 J0JHC0000117

SCS_VDD18

C9356 16V 0.1u

C9340 16V 0.1u

VDDC

C9322 16V 0.1u

IC9300

L9300

AB4

C9339 16V 0.1u

AF13

C9342 16V 0.1u

VDDC

IC9300

AF9

VDDC

IC9300

AF10

VDDC

IC9300

AF21

VDDC

IC9300

AF22

VDDC

IC9300

E13

SCS_VDD18

IC9300

E14

SCS_VDD18

IC9300

E16

SCS_VDD18

IC9300

E17

SCS_VDD18

C9344 16V 0.1u

IC9300

R5

SCS_VDD18

IC9300

U5

SCS_VDD18

C9349 10V 10u

IC9300

V5

SCS_VDD18

C9361 16V 0.1u

C9363 16V 0.1u

J0JHC0000117

C9307 16V 0.1u

IC9300

C9308 16V 0.1u

E11

LRX_V12

IC9300

E12

LRX_V12

IC9300

AF23

VDDC

IC9300

E19

LRX_V12

IC9300

AF24

VDDC

IC9300

E20

LRX_V12

IC9300

E7

VDDC

IC9300

E8

VDDC

E9

VDDC

IC9300

C9311 16V 0.1u

IC9300

W27

PLLICK_AVD

IC9300

Y27

PLLICK_AVS

P

C9312 10V 10u

VJ9301 C9313 16V 0.1u

IC9300

AB27

PLLSSDCCCK_AVD

C9314 10V 10u IC9300

AA27

PLLSSDCCCK_AVS

VDDC VDDC

IC9300

E22

VDDC

IC9300

E23

VDDC

C9315 16V 0.1u

C9335 10V 10u

IC9300

E24

VDDC

IC9300

G5

VDDC

IC9300

AG19

PLLSSMLCK_AVD

IC9300

AG18

PLLSSMLCK_AVS

T5

SCS_VDD18

C9350 16V 0.1u

IC9300

N5

SCS_VDD15

C9352 6.3V 1u

IC9300

P5

SCS_VDD15

A1

VDD33 C1AB00003258

IC9300

AA28

MLVDS_VDD

IC9300

B2

VDD33

IC9300

AA29

MLVDS_VDD

IC9300

C3

VDD33

IC9300

D4

VDD33

IC9300

D8

VDD33

IC9300

D9

VDD33

IC9300

D10

VDD33

IC9300

D16

IC9300

D17

IC9300

L26

SCS_VDD15

IC9300

M26

SCS_VDD15

C9383 16V 0.1u

IC9300

AA30

MLVDS_VDD

IC9300

AB29

MLVDS_VDD

IC9300

AB30

MLVDS_VDD

IC9300

AC5

MLVDS_VDD

AC27

MLVDS_VDD

VDD33

IC9300

AD4

MLVDS_VDD

VDD33

IC9300

AD5

MLVDS_VDD

IC9300

D23

VDD33

IC9300

AD27

MLVDS_VDD

IC9300

D24

VDD33

IC9300

AF6

MLVDS_VDD

IC9300

D25

VDD33

IC9300

AF7

MLVDS_VDD

IC9300

E5

VDD33

IC9300

AG6

MLVDS_VDD

IC9300

H3

VDD33

IC9300

AG7

MLVDS_VDD

IC9300

H27

VDD33

IC9300

AG8

MLVDS_VDD

IC9300

H28

VDD33

IC9300

AG9

MLVDS_VDD

IC9300

J3

VDD33

IC9300

AG13

MLVDS_VDD

IC9300

J4

VDD33

IC9300

AG14

MLVDS_VDD

IC9300

J27

IC9300

N27

VDD33

IC9300

P4

VDD33

C9391 10V 10u

VDD33

VDD33

C9392 10V 10u

IC9300

AG16 AG17

MLVDS_VDD

AG24

MLVDS_VDD

IC9300

AG25

MLVDS_VDD

IC9300

R4

VDD33

IC9300

AG26

MLVDS_VDD

U28

VDD33

IC9300

Y28

MLVDS_VDD

IC9300

V4

VDD33

IC9300

V28

VDD33

P27

IC9300

G26

VDDC

C9337 10V 10u

IC9300

H5

VDDC

C9371 10V 10u

IC9300

W3

VDD33

IC9300

H26

VDDC

C9372 10V 10u

IC9300

W4

VDD33

C9373 10V 10u

IC9300

W28

VDD33

A8

GND

GND

IC9300

E6

GND

IC9300

V27

A23

GND

IC9300

AK28

GND

IC9300

E15

GND

IC9300

V29

GND

IC9300

A30

GND

IC9300

AK29

GND

IC9300

E18

GND

IC9300

W5

GND

IC9300

AA3

GND

IC9300

AK30

GND

IC9300

E25

GND

IC9300

AF4

GND

IC9300

B1

GND

IC9300

E26

GND

IC9300

AF5

GND

IC9300

B8

GND

IC9300

F4

GND

IC9300

AK20

IC9300

AF11

GND

IC9300

B23

GND

IC9300

F5

GND

IC9300

AF12

GND

IC9300

B29

GND

IC9300

F26

GND

IC9300

AF15

GND

IC9300

C9

GND

IC9300

G1

GND

IC9300

AF20

GND

IC9300

C10

GND

IC9300

G4

GND

IC9300

T28

GND

AF26

GND

IC9300

C11

GND

IC9300

H1

GND

IC9300

T29

GND

IC9300

AG20

GND

IC9300

C12

GND

IC9300

H2

GND

IC9300

W26

IC9300

AG27

GND

IC9300

C13

GND

IC9300

H4

GND

IC9300

W29

GND

IC9300

AG4

GND

IC9300

C14

GND

IC9300

J1

GND

IC9300

Y4

GND

IC9300

AH3

GND

IC9300

C15

GND

IC9300

J2

GND

IC9300

Y5

GND

IC9300

AH11

GND

IC9300

C16

GND

IC9300

K4

GND

IC9300

Y30

GND

IC9300

AH20

GND

IC9300

C17

GND

IC9300

K26

GND

IC9300

AH28

GND

IC9300

C20

GND

IC9300

K27

GND

AJ1

GND

IC9300

C21

GND

IC9300

L4

GND

IC9300

AJ2

GND

IC9300

C22

GND

IC9300

L5

GND

IC9300

AJ11

GND

IC9300

C23

GND

IC9300

L27

GND

IC9300

M5

GND

IC9300

AJ20

GND

IC9300

C27

GND

IC9300

AJ29

GND

IC9300

C28

GND

IC9300

AJ30

GND

IC9300

D5

GND

IC9300

AK1

GND

IC9300

D22

GND GND

IC9300

IC9300

AK2

GND

IC9300

D26

IC9300

AK3

GND

IC9300

D27

GND

IC9300

R30

GND

IC9300

AK11

GND

IC9300

E4

GND

IC9300

T4

GND

IC9300

IC9300

J5

VDDC

J26

VDDC

IC9300

AE5

miniLVDS_MON0

IC9300

D6

LRX_TXN_1

IC9300

K5

VDDC

IC9300

AE27

miniLVDS_MON3

IC9300

D7

LRX_TXP_1

IC9300

U26

VDDC

IC9300

AG11

miniLVDS_MON1

IC9300

D13

LRX_TXN_0

L9301 J0JHC0000117

VDDC

R9324

1.6k

R9325

1.6k

R9326

1.6k

AG22

miniLVDS_MON2

IC9300

D14

GND

U30

GND

GND

IC9300

AE4

LRX_TXP_0

SCS_ANA_25

F3

SCS_ANA_4

AF25

SCS_ANA_18

IC9300

F27

IC9300

AG5

SCS_ANA_39

IC9300

G2

IC9300

AG10

SCS_ANA_24

IC9300

G3

SCS_ANA_9 SCS_ANA_29 SCS_ANA_27

IC9300

AG21

SCS_ANA_20

IC9300

G27

SCS_ANA_5

IC9300

AH10

SCS_ANA_19

IC9300

J28

SCS_ANA_26

IC9300

AH21

SCS_ANA_22

IC9300

M4

IC9300

AJ3

SCS_ANA_37

IC9300

M27

SCS_ANA_28

IC9300

AJ10

SCS_ANA_17

IC9300

N4

SCS_ANA_33

IC9300

AJ21

SCS_ANA_1

IC9300

R27

SCS_ANA_30

IC9300

AJ28

SCS_ANA_16

IC9300

U4

SCS_ANA_35

IC9300

AK10

IC9300

AK21

IC9300

C7

IC9300

C8

IC9300

C18

SCS_ANA_21

IC9300

U27

SCS_ANA_34

SCS_ANA_3

IC9300

U29

SCS_ANA_32

IC9300

Y26

SCS_ANA_38

IC9300

Y29

SCS_ANA_36

SCS_ANA_8 SCS_ANA_13

IC9300

C19

SCS_ANA_15

C24

SCS_ANA_14

IC9300

C25

SCS_ANA_12

IC9300

C26

SCS_ANA_10

IC9300

D11

SCS_ANA_6

IC9300

D12

SCS_ANA_11

miniLVDS_RI0

IC9300

D15

VTEST0

miniLVDS_RI3

IC9300

AG15

VTEST1

miniLVDS_RI1

IC9300

AG23

miniLVDS_RI2

SCS_ANA_31

SCS_ANA_23

IC9300

AF27

A9

LRX_VDDH

IC9300

D29

SBI0

IC9300

A22

LRX_VDDH

IC9300

D28

SBI1

IC9300

B9

LRX_VDDH

IC9300

E30

SBO0

IC9300

K28

TMODE0

IC9300

B24

ID1

IC9300

B22

LRX_VDDH

IC9300

F28

SBO1

IC9300

L28

TMODE1

IC9300

A25

ID2

IC9300

F30

SBT0

IC9300

M28

DCCIPORT1

IC9300

F29

SBT1

IC9300

C6

A26

F2

IC9300

AG12

IC9300

IC9300

IC9300

SCS_ANA_2

IC9300

C9374 16V 0.1u

TP9114

SCS_ANA_7

SCS_ANA_40 SCS_ANA_0

AF19

IC9300

C9375 16V 0.1u

C9316 10V 10u

E27

AA26 AF18

IC9300

IC9300

G30

SRLF0

IC9300

G29

SRLF1

IC9300

G28

SRLF2

IC9300

H29

MVIO

1.6k

R9327 IC9300

T27

IC9300

IC9300 IC9300

IC9300

IC9300

V26

GND

IC9300

IC9300

MLVDS_VDD

IC9300 IC9300

IC9300

IC9300 C9351 16V 0.1u

C9380 16V 0.1u

IC9300

C9336 10V 10u

IC9300

P

VJ9302

E10 E21

P

VJ9300

IC9300 IC9300

IC9300

IC9300

IC9300 IC9300

SFLATCHO IC9300

B25

TEST

IC9300

A24

ID0

TO 13/18

OSDCLK

IC9300

H30

MHIO

IC9300

J29

SVIO

IC9300

J30

SHIO

IC9300

K3

OCKOUT

IICSYNC

SOS8_SS

11

USL_C

UEH_C

USH_C

UML_C

UMH_C

D-PCD4

D-CLRD2

D-PCD3

D-ODED2

DRVCLK9P

DD15_1P

DRVCLK9N

DD15_1N

DD15_2N

DD15_2P

DD14_1P

DD14_1N

DD14_2P

DD14_2N

DRVCLK8P

DRVCLK8N

DD13_1N

DD13_1P

DD13_2N

DD13_2P

DD12_1P

DD12_1N

DD12_2P

DD12_2N

DRVCLK7P

DD11_1P

DRVCLK7N

DD11_1N

DD11_2N

DD11_2P

DD10_1P

DD10_2P

DD10_2N

DRVCLK6P

DD9_1P

DRVCLK6N

DD9_1N

P3.3V

DD9_2P

DD9_2N

13

DD10_1N

D-LED2

DRVRST

12

R9903 4.7k

R9904 100k

TP9010

R9905 10k

R9907 100

P3.3V

Q9900

Q9901

B1ABCF000231

B1ABCF000231

VJ9901 R9906 100k

P

C9900 25V 0.01u P5V

120

TP9916

60

123

TP9206

TP9205

TP9199

68 P5V

66

65

64

63

67 NC

P3.3V

NC

GND

62 UEH

124

DRVSOS8

61 USL

60 USH

58

57

56

59 UML

GND

UMH

55 GND

CLR2

53

52

54 PC4

PC3

51

50 LE2

GND

ODE2

48

47

49 GND

DRVCLK9+

46 GND

DRVCLK9-

45

44 DD15_1-

DD15_1+

43

42 DD15_2-

DD15_2+

41 GND

40

39 DD14_1-

DD14_1+

38

37 DD14_2-

DD14_2+

36 GND

35

34

33 GND

DRVCLK8-

DRVCLK8+

32

31 DD13_1-

DD13_1+

29

30 DD13_2+

28 GND

122

DD13_2-

27

26 DD12_1-

DD12_1+

25

24 DD12_2-

DD12_2+

22

21

23 GND

DRVCLK7-

DRVCLK7+

19

18

17

16

20 GND

DD11_1+

DD11_1-

DD11_2+

15 GND

DD11_2-

14 DD10_1+

13 DD10_1-

12

9

11

DD10_2+

DD10_2-

10

8 DRVCLK6-

DRVCLK6+

6

5

7 GND

DD9_1+

DD9_1-

GND

121

TO C3-BOARD (C31)

A32 TP9198

TP9915

TP9914

TP9913

TP9912

TP9911

TP9910

TP9909

TP9908

TP9907

TP9906

TP9905

TP9192

TP9191

TP9190

TP9189

TP9188

TP9187

TP9186

TP9185

TP9184

TP9183

TP9182

TP9181

TP9180

TP9179

TP9178

TP9177

TP9176

TP9175

TP9174

TP9173

TP9172

TP9171

TP9170

TP9169

TP9168

TP9167

TP9166

TP9165

TP9164

TP9163

TP9162

TP9161

TP9160

TP9159

TP9157

3

2

1

4 DD9_2+

GND

DD9_2-

3.3V_DET

119

P

TP9917

TERM

SIDE

118

TP9158

VJ9900 TP9210

125

126

12.19. A-Board (15/18) Schematic Diagram A-BOARD (15/18) TXN/A1MGUUS (TC-P50G20) TXN/A1LPUUS (TC-P50G25)

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IC8000