42 inch Class 720p Plasma HDTV

Transcript

1 ORDER NO.MT000CE B Canada: B inch Class 0p Plasma HDTV Model No. TC-PC GPHDU Chassis Panasonic Corporation 00. Unauthorized copying and distribution is a violation of law.

2 TABLE OF CONTENT PAGE afety Precautions General Guidelines Warning Prevention of Electrostatic Discharge (ED) to Electrostatically ensitive (E) Devices About lead free solder (PbF) ervice Navigation ervice Hint Applicable signals pecifications ervice Mode How to enter into ervice Mode Option - Mirror ervice tool mode Hotel mode Data Copy by D Card Troubleshooting Guide Check of the IIC bus lines Power LED Blinking timing chart No Power No Picture Local screen failure Disassembly and Assembly Instructions Remove the Rear cover Remove the AC inlet Remove the P-Board Remove the ide terminal cover and ide shield metal Remove the Tuner unit Remove the A-Board Remove the peakers Remove the N-Board Remove the -Board Remove the Hanger metals and the tand brackets Remove the C-Board Remove the C-Board Remove the Plasma panel section from the Cabinet assy (glass) Remove the -Board Remove the Glass holders Remove the K-Board Replace the plasma panel Measurements and Adjustments Adjustment Block Diagram Main Block Diagram Block (/) Diagram Block (/) Diagram Block (/) Diagram Block (/) Diagram Wiring Connection Diagram Caution statement Wiring () Wiring () Wiring () chematic Diagram chematic Diagram Note PAGE.. A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (0/), K-Board and -Board chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram C-Board chematic Diagram C-Board chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram N-Board (/) chematic Diagram Board (/) chematic Diagram Board (/) chematic Diagram Printed Circuit Board K and -Board A-Board C-Board C-Board N-Board Board Exploded View and Replacement Parts List Exploded View and Mechanical Replacement Parts List Electrical Replacement Parts List

3 afety Precautions.. General Guidelines. When conducting repairs and servicing, do not attempt to modify the equipment, its parts or its materials.. 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.. When conducting repairs and servicing, do not twist the Faston connectors but plug them straight in or unplug them straight out.. 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.. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed.. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.... Leakage Current Cold Check. Unplug the AC cord and connect a jumper between the two prongs on the plug.. 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 Mohm and.mohm. When the exposed metal does not have a return path to the chassis, the reading must be.... Leakage Current Hot Check (ee Figure.). Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.. Connect a.kohm, 0 watts resistor, in parallel with a 0.μF capacitors, between each exposed metallic part on the set and a good earth ground such as a water pipe, as shown in Figure.. Use an AC voltmeter, with 000 ohms/volt or more sensitivity, to measure the potential across the resistor.. Check each exposed metallic part, and measure the voltage at each point.. Reverse the AC plug in the AC outlet and repeat each of the above measurements.. The potential at any point should not exceed 0. volts RM. A leakage current tester (impson Model or equivalent) may be used to make the hot checks, leakage current must not exceed / 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

4 Warning.. Prevention of Electrostatic Discharge (ED) to Electrostatically ensitive (E) Devices ome semiconductor (solid state) devices can be damaged easily by static electricity. uch components commonly are called Electrostatically ensitive (E) Devices. Examples of typical E 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 (ED).. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ED on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ED wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.. After removing an electrical assembly equipped with E devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.. Use only a grounded-tip soldering iron to solder or unsolder E devices.. Use only an anti-static solder removal device. ome solder removal devices not classified as [anti-static (ED protected)] can generate electrical charge sufficient to damage E devices.. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage E devices.. Do not remove a replacement E device from its protective package until immediately before you are ready to install it. (Most replacement E devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material).. Immediately before removing the protective material from the leads of a replacement E 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.. Minimize bodily motions when handling unpackaged replacement E 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 (ED) sufficient to damage an E device).

5 .. 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 older. The Lead Free older used in our manufacturing process and discussed below is (n+ag+cu). That is Tin (n), ilver (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 ymbol PbF stamped on the back of PCB. Caution Pb free solder has a higher melting point than standard solder. Typically the melting point is 0 ~ 0 F (0~0 C) higher. Please use a high temperature soldering iron and set it to 00 ± 0 F (0 ± 0 C). Pb free solder will tend to splash when heated too high (about 00 F or 00 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) uggested Pb free solder There are several kinds of Pb free solder available for purchase. This product uses n+ag+cu (tin, silver, copper) solder. However, n+cu (tin, copper), n+zn+bi (tin, zinc, bismuth) solder can also be used.

6 ervice Navigation.. ervice Hint Board Name Function Board Name Function P Power upply K Remote receiver, Power LED, C.A.T.. sensor A DC-DC Converter, Tuner Power witch peaker out, AV Terminal, HDMI in, D Card C Data Driver (Lower Right) Digital ignal Processor, Nile-TCON C Data Driver (Lower Left) Format Converter, Plasma AI, ub-field Processor N can Drive Key witch ustain Drive

7 .. Applicable signals * Mark: Applicable input signal for Component (Y, PB, PR) and HDMI horizontal frequency (khz) vertical frequency (Hz) COMPONENT HDMI (0) / 0i.. * * (0) /0p.. * * 0 (0) /0p.00. * *, (,00) /0i.. * *, (,00)/0p.. *, (,00)/0p *,(,00)/p.. *,(,00)/p * Note ignals other than those shown above may not be displayed properly. The above signals are reformatted for optimal viewing on your display.

8 pecifications Power ource AC 0 V, 0 Hz Power Consumption Maximum W tandby condition 0. W Plasma Display panel Drive method AC type Aspect Ratio : Visible screen size inch class (. inches measured diagonally) (W H Diagonal). inch 0. inch. inch ( mm mm,0 mm) (No. of pixels), (,0 (W) (H))[,0 dots] ound Audio Output 0 W [ 0 W + 0 W ] ( 0 % THD ) Channel Capability (Digital/Analog) VHF/ UHF: -, CATV: - Operating Conditions Temperature: F - 0 F (0 C - 0 C) Humidity: 0 % - 0 % RH (non-condensing) Connection Terminals VIDEO IN - VIDEO: RCA PIN Type.0 V [p-p] ( Ω) AUDIO L-R: RCA PIN Type 0. V [rms] COMPONENT IN - Y:.0 V [p-p] (including synchronization) PB, PR: ±0. V [p-p] AUDIO L-R: RCA PIN Type 0. V [rms] HDMI - TYPE A Connector This TV supports [HDAVI Control ] function. Card slot D CARD slot DIGITAL AUDIO OUT PCM / Dolby Digital, Fiber Optic FEATURE D Y/C FILTER CLOED CAPTION V-Chip VIERA IMAGE VIEWER HDAVI Control Dimensions (W H D) Including pedestal 0. inch. inch. inch (,0 mm 0 mm 0 mm) TV et only 0. inch. inch. inch (. inch) (,0mm mm mm (0 mm)) Mass Including pedestal. lb. (.0 kg) TV et only.0 lb. (.0 kg) Note Design and pecifications are subject to change without notice. Mass and Dimensions shown are approximate.

9 ervice Mode.. How to enter into ervice Mode While pressing [VOLUME ( - )] button of the main unit, press [INFO] button of the remote control three times within seconds.... Key command [] button...main items election in forward direction [] button...main items election in reverse direction [] button...ub items election in forward direction [] button...ub items election in reverse direction [VOL] button...value of sub items change in forward direction ( + ), in reverse direction ( - )

10 ... 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 ub item ample Data Remark ADJUT CONTRAT COLOR 00 TINT 00 UB-BRT 000 WB-ADJ R-CUT 0 G-CUT 0 B-CUT 0 R-DRV FD G-DRV FB B-DRV FF ALL-DRV FF OPTION BOOT ROM Factory Preset TBY-ET - - EMERGEY ON CLK MODE ON CLOCK FFF MIRROR 00 (ee next) EDID-CLK HIGH VU AGING ALL WHITE Built-in test patterns can be AI ALL BLUE + WHITE FLAME AI ALL GREEN AI ALL RED LOW TEP WHITE LOW TEP BLUE LOW TEP GREEN LOW TEP RED RAMP WHITE RAMP RED RAMP GREEN RAMP BLUE A-ZONE B-ZONE % WINDOW COLOR BAR POINT BRIGHTNE WHITE FLAME AI ALL BLUE TWICE FIXATION % WINDOW CROLL ON/OFF OR RGBW R/G/B/W AGING MODE 0. TIME FIXATION ALL WHITE ALL WHITE WITH COUNT displayed. RV-TOOL - ee next... How to exit witch off the power with the [POWER] button on the main unit or the [POWER] button on the remote control. 0

11 .. Option - Mirror Picture can be reversed left and right or up and down. 00 : Default (Normal picture is displayed) 0 : Picture is reversed left and right. 0 : 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... ervice tool mode... How to access. elect [RV-TOOL] in ervice Mode.. Press [OK] button on the remote control.... Display of O History O History (Number of LED blinking) indication. From left side; Last O, before Last, three occurrence before, nd occurrence after shipment, st occurrence after shipment. This indication except nd and st occurrence after shipment will be cleared by [elf-check indication and forced to factory shipment setting].... POWER ON TIME/COUNT Note : To display TIME/COUNT menu, highlight position, then press MUTE for (sec). 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.... Exit. Disconnect the AC cord from wall outlet.

12 .. Hotel mode. Purpose Restrict a function for hotels.. Access command to the Hotel mode setup menu In order to display the Hotel mode setup menu, please enter the following command (within second). [TV] : Vol. [Down] + [REMOTE] : INPUT ( times) Then, the Hotel mode setup menu is displayed.. To exit the Hotel mode setup menu Disconnect AC power cord from wall outlet.. Explain the Hotel mode setup menu item Mode Input Channel Volume Vol. Max OD Ctrl FP Ctrl Pow Ctrl Function elect hotel mode ON/OFF elect input signal modes. et the input, when each time power is switched on. election: ---/RF/HDMI/HDMI/COMP/COMP/ VIDEO/VIDEO OFF: give priority to a last memory. elect channel when input signal is RF. et the channel, each time power is switched on. election: Any channel number or [-]. [-] means the channel when turns off. Adjust the volume when each time power is switched on. Range: 0 to 00 Adjust maximum volume. Range: 0 to 00 Restrict the OD. election: OFF/PATTERN OFF: No restriction PATTERN: restriction elect front key conditions. election: OFF/ALL/PATTERN OFF: altogether valid. ALL: altogether invalid. PATTERN: only input key is valid. elect 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.

13 .. Data Copy by D 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 D 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 D card and then copy to other TVs.... Preparation Make pwd file as startup file for (a) or (b) in a empty D card.. Insert a empty D card to your PC.. Right-click a blank area in a D card window, point to New, and then click text document. A new file is created by default (New Text Document.txt).. 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 D card.

14 ... Data copy from TV set to D Card. Turn on the TV set.. Insert D card with a startup file (pwd file) to D slot. On-screen Display will be appeared according to the startup file automatically.. Input a following password for (a) or (b) by using remote control. (a) For Board replacement : 0 (b) For Hotel : 0 Data will be copied from TV set to D card. It takes around to minutes maximum for copying.. After the completion of copying to D card, remove D card from TV set.. Turn off the TV set. Note: Following new folder will be created in D card for data from TV set. (a) For Board replacement : user_setup (b) For Hotel : hotel

15 ... Data copy from to D Card to TV set. Turn on the TV set.. Insert D card with Data to D slot. On-screen Display will be appeared according to the Data folder automatically.. Input a following password for (a) or (b) by using remote control. (a) For Board replacement : (b) For Hotel : Data will be copied from D card to TV set.. After the completion of copying to D card, remove D 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.. Turn off the TV set. Note:. Depending on the failure of boards, function of Data copy for board replacement does not work.. This function can be effective among the same model numbers.

16 Troubleshooting Guide Use the self-check function to test the unit.. Checking the IIC bus lines. Power LED Blinking timing.. Check of the IIC bus lines... How to access elf-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 seconds. elf-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 seconds.... Exit Disconnect the AC cord from wall outlet.... creen display... Check Point Confirm the following parts if NG was displayed.

17 .. Power LED Blinking timing chart. ubject Information of LED Flashing timing chart.. 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.

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

19 .. No Picture

20 .. Local screen failure Plasma display may have local area failure on the screen. Fig- is the possible defect P.C.B. for each local area. Fig- 0

21 Disassembly and Assembly Instructions.. Remove the Rear cover. ee ervice Hint (ection ).. Remove the AC inlet Caution: To remove P.C.B. wait minute after power was off for discharge from electrolysis capacitors.. Unlock the cable clampers to free the cable.. Disconnect the connector (P).. Remove the screw ( ) and remove the AC inlet... Remove the ide terminal cover and ide shield metal. Remove the screws (,, ).. Remove the ide terminal cover... Remove the P-Board Caution: To remove P.C.B. wait minute after power was off for discharge from electrolysis capacitors.. Unlock the cable clampers to free the cable. Disconnect the connectors (P, P, P, P, P and P).. Remove the screws ( ) and remove the P-Board.. Remove the ide shield metal.

22 .. Remove the Tuner unit. Unlock the cable clampers to free the cable.. Disconnect the connectors (A, A, A and A).. Disconnect the flexible cables (A, A and A).. Remove the screws ( ) and remove the Tuner unit... Remove the N-Board. Remove the flexible cables (N, N, N, N, N, N, N and N) connected to the N- Board.. Disconnect the connectors (N and N).. Disconnect the flexible cable (N0).. Remove the molding props ( ).. Remove the screws ( ) and remove the N-Board... Remove the A-Board. Remove the Tuner unit. (ee section..). Remove the screws ( ) and remove the A-Board... Remove the -Board. Remove the Tuner unit. (ee section..). Unlock the cable clampers to free the cable.. Disconnect the connectors (, and ).. Disconnect the flexible cables (A and A).. Remove the screws ( ) and remove the -Board... Remove the peakers. Unlock the cable clampers to free the cable.. Disconnect the peaker terminal.. Remove the screws ( each) and remove the peakers (L, R).

23 .0. Remove the Hanger metals and the tand brackets. 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.. Remove the tand brackets (L, R) fastening screws ( each) and the tand brackets (L, R)... Remove the C-Board. Remove the Hanger metal R and the tand bracket R. (ee section.0.). Remove the flexible cables holder fastening screws ( ).. Disconnect the flexible cables (CB, CB, CB and CB).. Disconnect the flexible cables (C0 and C).. Remove the screws ( ) and remove the C-Board.. Remove the Hanger metals (L, R) fastening screws ( each) and remove the Hanger metals (L, R)... Remove the C-Board. Remove the Tuner unit. (ee section..). Remove the Hanger metal L and the tand bracket L. (ee section.0.). Remove the flexible cables holder fastening screws ( ).. Disconnect the flexible cables (CB, CB, CB and CB).. Disconnect the flexible cables (C0 and C).. Disconnect the connectors (C and C).. Remove the screws ( ) and remove the C-Board.

24 .. Remove the Plasma panel section from the Cabinet assy (glass). Remove the cabinet assy and the plasma panel fastening screws ( )... Remove the -Board. Remove the Cabinet assy. (ee section..). Remove the screws ( ) and remove the -Board unit.. Disconnect the connector ().. Remove the Power Button.. Remove the screw ( ) and remove the -Board.. For leaving the plasma panel from the front frame, pull the bottom of the cabinet assy forward, lift, and remove.

25 .. Remove the Glass holders. Remove the Cabinet assy. (ee section..). Remove the -Board. (ee section..). Remove the screws ( ).. Remove the Glass holder side (L, R).. Remove the screws ( ).. Remove the Glass holder top.. Remove the screws ( ).. Remove the Glass holder bottom... 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 tand brackets.. Place a carton box packed a new plasma panel on the flat surface of the work bench.. Open a box and without taking a new plasma panel; Attach the C-Board and the C-Board, connect the flexible cables from the plasma panel to the C-Board and the C-Board, and fit the flexible cable holders.. Attach the Hanger metals and the tand brackets to the new plasma panel.. Place the plasma panel on the servicing stand taking hold of the Hanger metals.. 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... Remove the K-Board. Remove the Glass holders. (ee section..). Remove the screw ( ).. Remove the claw ( ).. Disconnect the connector (K) and Remove the K-Board from LED Panel.

26 Measurements and Adjustments.. Adjustment... Vsus selection Caution: When Plasma panel or A-board is replaced, Vsus should be set to LOW or HIGH. Procedure. Go into main item [VU] in ervice Mode. LOW or HIGH will be displayed.. Press [OK] button to go to TET stage. White pattern without On-creen Display will be displayed during TET and CONF stage. Press [] button to display the On-creen Display.. Press [VOL (-)] button to set to LOW.. In LOW setting a. If no several dead pixel is visible remarkably in white pattern, press [] button to go to CONF stage. b. If the several dead pixels are visible remarkably in white pattern, et to HIGH by press [VOL (+)] button. Press [] button to go to CONF stage if the symptom is improved.. Press [OK] button in CONF stage to store LOW or HIGH.. Exit ervice Mode by pressing [Power] button.

27 ... RF video sub contrast adjustment Name of measuring instrument. REMOTE TRANMITTER. RF analog signal (prit color bar. The pattern for adjustment must contain 00% white part.) Procedure. Receive the sprit color bar with RF analog signal. (APECT FULL, Picture menu: Vivid). Enter ervice mode menu, and select ADJUT -- CONTRAT. Pushing the remote controller [OK] key for about seconds, GAIN is suited to the adjustment value automatically. Remarks Remarks

28 ... White balance adjustment Name of measuring instrument Color analyzer (Minolta CA-00 or equivalent) Note: The CA-00 which was calibrated to less than with C-000. 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.. et to ervice mode menu, WB-ADJ.. elect [VIVID] for picture menu.. elect [Cool] for color temperature.. Push [] key of remote controller to display window pattern. Confirm the brightness within 0 seconds. The following is the confirmation value. TC-PC cd/m In the case of NG for the measurement of the brightness, display black pattern for 0 seconds from turning on the TV set, and after that, display the brightness check pattern and measure the brightness within minutes again.. et [R-CUT] [G-CUT] [B-CUT] the values written in table.. 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 High] in table.. 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]. Note: (Note) In procedure, all description of data [FF] should be treated as data [FC] when the model is /C/U/X and manual adjustment is performed by service mode menu.. The average of the adjusted values in color temperature Cool, Mid, and Warm is shown in Table. The setting value for color temperature Mid will be calculated by multiplying the adjusted value of color temperature Cool to the ratio of the value of Cool and Mid in each GBR value in Table. Write that values to the data area of color temperature Mid in EEPROM (Table ). 0. The setting value for color temperature Warm will be calculated by multiplying the adjusted valueof color temperature Cool to the ratio of the value of Cool and Warm in each GBR value in Table. Write that values to the data area of color temperature Warm in EEPROM (Table ). Remarks Remarks Note : Adjusted value must be written to both D data area and HD data area of the EEPROM.

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31 Block Diagram.. Main Block Diagram A DIGITAL IGNAL PROCEOR TMD DATA HDMI- IFD_OUT IF_OUT TUNER V HDMI I/F RECEIVER FRONT END PROCEOR Nile-TCON D CARD DATA CLOCK DDR EEPROM D CARD DATA D CARD LOT MPU V (IDE) VIDEO VIDEO COMP COMP L/R V L/R Y/PB/PR L/R Y/PB/PR L/R Mbit NOR FLAH CPU BU AV W CPU BU I/F AUDIO I/O D0 OPTICAL OUT LVD DATA PANEL O PANEL TATU PANEL TB_ON O (LED:0TIME) POWER LED(R) REMOTE IN C.A.T.. ENOR KEYCAN KEYCAN EEPROM TB.V O ANALOG-AIC TBV UBV UBV DET UB.V DET UB.V DET KEY WITCH TB.V A K K POWER LED REMOTE RECEIVER C.A.T.. ENOR TB.V POWER LED REMOTE RECEIVER C.A.T.. ENOR POWER WITCH PEAKER(L) PEAKER(R) A N CAN DRIVE L R OPTICAL AUDIO OUT AUDIO AMP D OPTICAL AUDIO OUT EEPROM CONTROL IGNAL PANEL MICOM (LED:TIME) PANEL O PANEL TATU POWER O PANEL TB_ON LVD DATA FV DCDC UB.V P DCDC UBV DCDC UB.V UBV POWER UPPLY UB.V UB.V P+V DCDC P+.V DCDC P+.V DCDC P+V P+.V P+V DCDC P+.V P+.V P+.V UTAIN DRIVE ON POWER WITCH CAN DRIVER C-BOARD ENERGY RECOVERY O_C O DETECT (LED:TIME) C-BOARD FLOATING PART O DETECT (LED:TIME) CONTROL PULE O_C P+V P+V CAN CONTROL VU N0 N A P+V P+.V P+V O_C O_C P+V P+V P+V DET P+.V DET P+V DET CAN CONTROL TBV_M (LED:TIME) (LED:TIME) (LED:TIME) O_C (LED:TIME) O_C (LED:TIME) DCDC TB_D.V (LED:TIME) O_ (LED:TIME) TB_D.V DCC_O PD PLAMA AI CPG with H/V ync Control ub Filed Processor Plasma AI VIDEO DATA P+.V A VIDEO DATA UTAIN CONTROL P+.V P+V A O_ TBV PANEL MAIN ON P+V FV OUNDV A A P P P TBV P+V FV OUNDV VU FV TBV P O (LED:TIME) POWER MICOM ON/OFF CONTROL COLD Vda P+V P+V HOT TANDBY VOLTAGE RECTIFIER P-BOARD O DETECT PROCE VOLTAGE RECTIFIER POWER FACTOR CONTROL RECTIFIER VU P+V UTAIN VOLTAGE RECTIFIER VU P VU P+V P+V O_ UTAIN CONTROL -BOARD O DETECT (LED:TIME) VU GEN. VE GEN. ENERGY RECOVERY MAIN W RECTIFIER RELAY MAIN W P CAN DRIVER BUFFER VCAN GEN. VET GEN. VAD GEN. P+.V VIDEO DATA O_ UTAIN CONTROL P Vda P VIDEO DATA AC CORD P+.V,P+V C DATA DRIVER (RIGHT) C DATA DRIVER (LEFT) C C C Vda VIDEO DATA P+.V VIDEO DATA C0 C0 P+V P+.V O_ UTAIN CONTROL Vda VIDEO DATA Vda P+V C DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER

32 MCU_REET O (LED:0TIME) REMOTE IN C.A.T.. ENOR POWER LED(R) PANEL READY(TATU) PANEL ALARM(O) PANEL TB_ON KEYCAN KEY/TBY_LED_ON.. Block (/) Diagram P Q0 D0 D0 UB.V VJ00 TBV OUNDV P+V FV IC0 FV D Q Q FV DET ON/OFF UBV UB.V UB.V UB.V Q0 Q0 UB.V TB.V UBV IC0 FRONT END PROCEOR TBV UBV HDMI I/F RECEIVER TB.V TB.V IC0 REET D0 X000 MHz UB.V_D AUDIO AMP UBV UB.V UB.V OUNDV Q0 TBV P+V TB.V X IN D CARD I/F D DATA:bit D_PR COMP D_L JK0 D_R JK00 HDMI IN TB +.V MCU_REET KEYCAN JK0 D CARD HDMI_CEC D_Y.V VIDEO IC00 DDR #0 Mbit NOR FLAH EEPROM MCU_ REET V_V D_Y COMP P A P_0 P_ TV_UB_ON ECO ON PANEL_MAIN_ON O_P IC0 IC0 UB.V +.V UB.V +.V IC0.V IC0 V L/R COMP Y/PB/PR JK0 HDMI IN MCU_REET.V IC IC0 LVD_OUT IIC0 IIC LVD DATA IIC0 IC00 EEPROM TMD DATA CLOCK TB.V HDMI_CEC_ IN_OUT Q00 P A OUNDV OUNDV UBV TUNER MCU_ IIC TMD DATA CLOCK DDC_B_IIC +V DIN D_PB VB_INP VB_INP VB_I/F UB.V DET BO0 BI0 IC0 V AFT P_0 P_ TV_UB_ON ECO ON PANEL_MAIN_ON O_P TBV IF IF_AGC IF_IN AGC V COMP Y/PB/PR IC0 IC0 IC00 BO0 BI0 UB.V_HDMI A DIGITAL IGNAL PROCEOR AFT L/R VIDEO IIC IFD_OUT HDMI_CEC TB.V UB.V_A UB.V UB.V UB.V IIC IIC VIDEO IF_AGC +V MCU_REET D_PB JK VIDEO (IDE) MPU IF_OUT TV UB ON TV UB ON ANT IN IIC0 UBV DET UB.V DET CLK O_P TV_V AFT CPU BU I/F D_PR D_L TU0 TUNER O Nile-TCON IFD_OUT DDR I/F V_L V_R D_R V_V V_L V_R P+V FV FV FV V TB +.V O IIC DDC_A_IIC HDMI_CEC ECO ON O REMOTE IN C.A.T.. POWER LED(R) PANEL READY PANEL ALARM PANEL TB_ON KEYCAN KEYCAN VIDEO RF_AFT UB.V HDMI IIC X OUT TV A.V V DIN L(+) PEAKER L_OUT L(-) PEAKER R_OUT R(+) R(-) AV W VCC PEAKER_L D OPTICAL AUDIO OUT PEAKER_R TEMP ENOR RX RX DDC_B_IIC DDC_A_IIC DDCV_B DDCV_A OPTICAL AUDIO OUT L/R L/R IIC ECO ON PDIF UBV +V.V IC00 ANALOG-AIC IIC

33 .. Block (/) Diagram A DIGITAL IGNAL PROCEOR IC00 PD A C IC0 FLAH MEMORY LVD DATA ADDR/DATA FLAH I/F PLAMA AI CPG with H/V ync Control ub Filed Processor VIDEO DATA VIDEO DATA PV_ IIC 0 VIDEO DATA P+.V P+.V P_0 P_0 CONTROL DATA P_ P_ DICHARGE CONTROL P+.V.V CONTROL DATA UTAIN CONTROL A C P+.V.V CAN CONTROL IC00,0 BUFFER VIDEO DATA CONTROL DATA OD I/F P+.V XRTY UHZ P+.V P+V IC00 +.V DRVRT_D X0 X O P+V UTAIN CONTROL O_ IC0 X00 MHz P+.V.V P+V P+V IC0 P+V +V IC00 PANEL MICOM GenX DRVRT DRVRT P+.V XRTY XRTY OD I/F O_DCC (LED:TIME) O_ (LED:TIME) A N0 TB_D.V IC00 P+V P+V TB IIC P+.V DET (LED:TIME) P+V DET (LED:TIME) P+V DET (LED:TIME) (LED:TIME) O_C O_C (LED:TIME) 0 CAN CONTROL UHZ O_C O_C P+V P+V P+V EEPROM IIC PANEL TB_ON DCDC_OE TBV IC00 TB+.V/REET +.V REET P ON/OFF IIC W IIC IIC TB_D.V REET POWER ON/OFF IIC W IIC IIC A IIC0 IIC IIC A IIC TB_IIC MCU_IIC FOR FACTORY UE FOR FACTORY UE TBV TB_ IIC IIC PV_ IIC MCU_ IIC OCX0 OCX X000 0MHz P+V PANEL ALARM PANEL READY PANEL ALARM(O) PANEL READY(TATU) UB.V TB.V PANEL MAIN ON O_P PANEL MAIN ON O_P (LED:TIME) UB.V TB.V POWER LED(R) C.A.T.. REMOTE IN KEYCAN A R_LED_ON C.A.T.. REMOTE IN UB.V TB.V KEYCAN K D0 POWER LED K POWER LED REMOTE RECEIVER C.A.T.. ENOR N0 C.A.T.. ENOR RM0 REMOTE RECEIVER KEYCAN KEY WITCH WA INPUT/OK WA MENU WA VOL.DN WA VOL.UP WA CH.DN WA CH.UP 0 ON POWER WITCH W00 POWER WITCH

34 Block (/) Diagram P POWER UPPLY NEUTRAL LIVE L00 D0 Q00 V_ CORRECTION IC00 PFC D D D00 RECTIFIER D00 L00,L00 FILTER F00 T.AH 0V NEUTRAL D00 F00 T.AH 0V LIVE D D D00 D00 IC0 TB CONTROL D D D D0 D D D D0 HOT RL00 RL00 + HOT PC0 P P P AC IN D0 D0 AC CORD Q0 Q REONAE LIVE D D Q IC0 VU CONTROL Q Q Q ERROR DET PFC_VCC Q0,0 D0 AC DET Q0 PROTECT OFF TB_Vin CORRECTION Q0 D D T0 PC0 PC0 PC0 T0 COLD PHOTO COUPLER PHOTO COUPLER PHOTO COUPLER Q0 Q0 PHOTO COUPLER PC0 PHOTO COUPLER COLD D D D Q Vda_OUT CONTROL IC Vsus ERROR DET Q Q AC DET +V D L0 Vsus VR REET PV_ON IC ERROR DET Q Q0 MAIN W TBV_ON D0 0 MAIN W TBV_OFF +V D IC Q0 IC Vda CONTROL DET Q0, Q PV ON Q A FV_ON Q0 Q0 FV ON FTB+V FTB+V P+V PHOTO COUPLER +V(ND) Q PC0 +V(ND) D D Vsus Vda ERROR DET D PFC_ON/OFF V_0C_DET IC0 POWER MPU PANEL_MAIN_ON MAIN RELAY_ON (LED:TIME) POWER O AC_LOW RUH RELAY_ON ALL_OFF MAIN W_ON 0 Q Q F_TB_ON Q FV_DET Q0 Q0 F+V +V(ND) P A Vsus Vda IC Vda ERROR DET MAIN_W_ MAIN_W_ Q Q0 D0 0C_V ALL_OFF 0 AC_LOW O_P Vda VR Q D D0 TB_V_ON PANEL_MAIN_ON F_TB_ON 0 TBV P N Vsus P Vsus P+V P C Vda Vda P NO UE P+V P+V TBV 0 PANEL_MAIN_ON 0 O_P

35 .. Block (/) Diagram N CAN DRIVE P N Vsus TPVU VFG TP,TP0 TP,TP FV N MID MID N A 0 P+V P+V P+V 0 UHZ O_C O_C CAN CONTROL MID TPO (LED:TIME) Vad+V PC CMH PHOTO CH COUPLER IC0 CH/CMH GATE DRIVE CIRCUIT CAN CONTROL IC IC CL/CML GATE DRIVE CIRCUIT IC ERROR DET D CMH CH CL CML UHZ D Q0 PC0 CER PHOTO COUPLER PC CPH PHOTO COUPLER Q0 Q0 Q0 D VRH PC VRL PHOTO CI D COUPLER Q Q Q D LED(G) D Q IC, BUFFER IC INVERTER D0 VOL CML CPH IU CMH CI OC CH CER OC CL CEL CLK CRC CRC IC0, Q0 EPA PROTECT CIRCUIT D0 VFG Vscn FV IC COMPARATOR CEL IC, PC, IPD CIRCUIT VAD GEN. HUNT REG Q FV GEN. IC, PC, IPD CIRCUIT VCN GEN. HUNT REG CRC CRC IC INVERTER T TPVCN Q D0 IC HUNT REG. D Q D Q TPVAD TPC V_F VCN-F Vfo Vfo IC0-0 CAN DRIVER IC- CAN DRIVER UTAIN CONTROL P Vsus P+V N MID MID C P+V O_ UTAIN DRIVE IC VU Gen. DRIVER MID UML TPVU Q00 Q00 D0 (LED:TIME) L0 PC Q0 VE Gen. UEH Q0 DRIVER TP A IC UMH BUFFER UML UEH Q0 UTAIN CONTROL UMH Q0 Q0 FPC DET D VE GEN. PC PHOTO COUPLER IPD CIRCUIT IC0 IC HUNT REG. TPVE ERROR DET D A PLAMA PANEL PANEL UTAIN ELECTRODE TPO (LED:TIME) P+V D0 D0 Q ERROR DET PC0 PHOTO COUPLER P+V D IC HUNT REG D D (V_F) D CNR_PRO IC +V (C) IU OC OC CLK CNR_PRO LOGIC IC IC- N-N PLAMA PANEL PANEL CAN ELECTRODE A C 0 VIDEO DATA CONTROL DATA P+.V P+.V C DATA DRIVER (RIGHT) A C VIDEO DATA CONTROL DATA UTAIN CONTROL O_ P+.V P+.V P+V C DATA DRIVER (LEFT) C IC0 BUFFER C0 P+.V P+.V Vda Vda P+V C0 O_ UTAIN CONTROL IC0 BUFFER BUFFER IC0 C P 0 Vda Vda CB CB CB CB CB CB CB CB PANEL DRIVER PLAMA PANEL PANEL DRIVER

36

37 0 Wiring Connection Diagram 0.. 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. 0.. Wiring ()

38 0.. Wiring ()

39 0.. Wiring ()

40 0

41 chematic Diagram.. chematic Diagram Note

42 PIO D_LED_OFF PIO ETHER_XRT IRQ ETHER_IRQ IRQ POWER_DET_KEC GPIO0 HOT_TART_KEC GPIO LCD_EEP_WP GPIO PANEL_TET_ON/VDD_EN GPIO PANEL_AGW/AVDD_ENB GPIO FAN_MAX/LCD_EEP_WP/ZWEI_VOUT_ENB GPIO FAN_OFF GPIO RED_LED(for debug) GPIO GREEN_LED(for debug) GPIO KEc_EEP_WP GPIO P_LED_OFF GPIO0 P_LED_DIM GPIO IPOD_CP_RT GPIO TUNER_W GPIO TUNER_W GPIO IF_FIL_ON GPIO YUV_DET GPIO _XDET GPIO AUDIO_XRT GPIO PANEL_READY/FV_EL GPIO PANEL_ALARM/PANEL_LED_ON GPIO0 DIPEN GPIO TV_Y/TUNERBOX_EL DCIN0 IPOD_ACC_PWR_XDET DCIN HP_DET R0.k R0.k R0.k P 0V.. A-Board (/) chematic Diagram! A-BOARD TXN/ALFUU (/) Nile-TCON A IC00 CAB0000 Nile-TCON GPIO/IRQ_MCU VCC DV/AV B C R00 00 *IC00 M P_CEC_IN P CEC_IN *IC00 N P_AVLINKIN PB CEC_OUT R0 00 TB.V C0 V 0.u R0 k G TO,,/ MCU_XRT Q00 BCBGD00000 TV_UB_ON TO 0/ D R0 TO / PANEL_TBY_ON/PANEL_VCC_ON 00 GRAB_MODULE_IIC/PWM_POW_ON TO / HDMI_CEC TO / HDMI_CEC TO 0/ POWER_LED_ON TO / KEY/TBY_LED_ON TB.V C0 TP0 V TP0 RM_IN TO 0,/ 0.u TO 0/ ECO_ON HP_MUTE_TEMP TO / A0 R0 R00 R0 Vcc.k.k.k TP0 UB.V *IC00 A *IC00 W P0_BL_ONOFF WP TVRR0 TP0 R0 R0 A EEPROM 0k *IC00 R MCU_CL CL TP0 R0 0V R0 DA *IC00 T MCU_DA 0 R0 MCU_ICCLK TB.V R0 DDCV_A TO 0,/ MCU_ICDATA.k R0 DDCV_B DDCV_C TO / HPLUG_A TO / INVERTER_O *IC00 U LOW_AD0 INVERTER_O HPLUG_B KEY *IC00 V LOW_AD LOW KEY TB.V TO 0/ CAT_EYE *IC00 W LOW_AD R0 LOW CAT_EYE.k TO / RF_AFT *IC00 Y LOW_AD LOW RF_AFT TO 0/ RQ *IC00 AA LOW_AD LOW RQ LOW O O *IC00 AC LOW_AD R00 TO / [Power, ub, ub, FAN, ound] k *IC00 AD LOW_AD LOW DPM_T TB.V R0 k R0 k TP00 *IC00 AE LOW_AD LOW FACT TP0 R0 D-BOOT k TO 0/ *IC00 M COLDRT_N *IC00 AC P_PW_PROTECT *IC00 Y P_POWER_LCD *IC00 D P_PPG *IC00 U P0_POWER_LED *IC00 U P_TANDBY_LED *IC00 AB P_REMOTEIN *IC00 AB P0_POWER_TV *IC00 D P_EXT_MUTE *IC00 AB P_POWER_DB *IC00 AA P_POWER_IG *IC00 M P_AVLINK0IN *IC00 N PB_CEC_OUT *IC00 T P0_POWERKEY *IC00 V P_BL_TATU *IC00 P P_AC_DETECT *IC00 F P0_DDCV_A *IC00 H P0_DDCV_B *IC00 J P00_DDCV_C *IC00 F PB_HPLUG_A *IC00 G PB_HPLUG_B *IC00 J PB_HPLUG_C *IC00 R OCD_CLOCK *IC00 R OCD_DATA *IC00 P MODE_IN *IC00 K TETIN P TV_UB_ON P PANEL_TBY_ON/PANEL_VCC_ON P GRAB_MODULE_IIC / PWM_POW_ON P0 POWER_LED_ON P KEY/TBY_LED_ON P RM_IN P0 ECO_ON / INVERTER_ON P HP_MUTE P IPOD_XDET / HOTEL_ERIAL_W P HOT_TART[DDR_elf_Refresh] P UB.V_ENE P IPOD_O P0 MON_MUTE / IPOD_PWR_ON P GUARD_DOG_EXE P POWER_DET P0 DDCV_A P0 DDCV_B P00 DDCV_C PB HPLUG_A PB HPLUG_B PB HPLUG_C TB.V L0 J0JHC00000 TB.V L0 J0JHC00000 UB.V DDR_VCC_POT C00 C0 *IC00 U VDDC 0V 0V 0u 0u *IC00 U0 VDDC C0 C C0 0V V 0.u V 0.u *IC00 T VDDC 0u C0 C 0V 000p *IC00 T0 VDDC 0V 000p *IC00 U VDDMCU C C0 V 0.u C0 0V 0V *IC00 T VDDC u 0u *IC00 T VDDC C0 V *IC00 U VDDC C 0.u 0V u *IC00 U VDDC C 0V u C0 *IC00 T VDDMCU 0V *IC00 M VDDC C 0u V 0.u C0 *IC00 M0 VDDC 0V C00 C u V 0V *IC00 N VDDC 000p 0.u *IC00 N0 VDDC UB.V C V 0.u C0 0V *IC00 P VDDC 0u L00 *IC00 R VDDC J0JHC00000 C V C0 0.u 0V u C0 V L00 0.u ELJRF0NJFB *IC00 H0 VDDPLL C0 C0 V 0.u L00 V C0 J0JHC00000 u 0V u *IC00 L VDDPLL C0 C0 C0 0V V V 0.u *IC00 L0 VDDPLL u 0.u C0 C00 0V u 0V *IC00 L VDDPLL 000p C0 UB.V_A V 0.u *IC00 L VDDPLL C0 0V u L00 L00 J0JHC00000 J0JHC00000 *IC00 K VDDHDMI C0 C0 C0 0V V 0.u *IC00 L VDDHDMI u C0 V u 0.u C0 0V L00 L00 000p J0JHC00000 J0JHC00000 *IC00 U VDDDDR C00 C0 C00 V C0 0V V 0.u 0.u 0V *IC00 U VDDDDR u 0u C0 C0 *IC00 U VDDDDR 0V V 0.u *IC00 AB VDDDDR 000p C0 V 0.u *IC00 AB VDDDDR C0 0V C0 *IC00 AB VDDDDR u V 0.u *IC00 AB VDDDDR C0 C V V 0.u L00 0.u J0JHC00000 *IC00 AB VDDDDRPLL C0 C 0V V UB.V_HDMI 0u 0.u L0 L00 J0JHC00000 J0JHC00000 *IC00 H AVDDV C C00 C0 C 0V V *IC00 H AVDDIF V 0V C00 u 0.u C0 0.u 000p 0V 0V.u 000p L0 J0JHC00000 *IC00 H AVDDV C0 C0 V C0 0V 0.u 0V u 000p *IC00 AC0 VDDDDR *IC00 AC VDDDDR *IC00 AC VDDDDR *IC00 AC VDDDDR *IC00 AC VDDDDR *IC00 AE VDDDDR *IC00 AE0 VDDDDR *IC00 AF VDDDDR *IC00 AF VDDDDR *IC00 P VDD *IC00 P0 VDD *IC00 AF VDD *IC00 AF VDD *IC00 R VDDLVD *IC00 R0 VDDLVD *IC00 H AVDDV *IC00 H AVDDV *IC00 C AVDDAADC *IC00 C AVDDADAC *IC00 H AVDDAADC *IC00 H AVDDADAC *IC00 M VDDHDMI *IC00 N VDDHDMI 0V *IC00 A V *IC00 A V *IC00 B V *IC00 B V *IC00 P0 V *IC00 P V *IC00 P V *IC00 P V *IC00 P V *IC00 P V *IC00 P V *IC00 P V *IC00 P V *IC00 R0 V *IC00 R V *IC00 R V *IC00 R V *IC00 R V *IC00 R V *IC00 R V *IC00 R V *IC00 R V *IC00 T0 V *IC00 T V *IC00 T V *IC00 T V *IC00 T V *IC00 T V *IC00 T V *IC00 T V *IC00 U0 V *IC00 U V *IC00 U V *IC00 U V *IC00 U V *IC00 AB V *IC00 AB V *IC00 AB V *IC00 AB V *IC00 A AV *IC00 A AV *IC00 A0 AV *IC00 B0 AV *IC00 B AV *IC00 B AV *IC00 D0 AV *IC00 D AV *IC00 AC V *IC00 AD V *IC00 AD V *IC00 AE V *IC00 AE V *IC00 AE V *IC00 AE V *IC00 AF V *IC00 AF V *IC00 AF V *IC00 K0 V *IC00 L V *IC00 L V *IC00 L0 V *IC00 L V *IC00 L V *IC00 L V *IC00 L V *IC00 L V *IC00 L V *IC00 L V *IC00 M0 V *IC00 M V *IC00 M V *IC00 M V *IC00 M V *IC00 M V *IC00 M V *IC00 M V *IC00 M V *IC00 N0 V *IC00 N V *IC00 N V *IC00 N V *IC00 N V *IC00 N V *IC00 N V *IC00 N V *IC00 N V *IC00 D AV *IC00 K AV *IC00 K AV *IC00 K AV *IC00 K AV *IC00 K AV *IC00 K AV *IC00 K AV GPIO/IRQ_KEc TU TO / D TO / Digital Audio JTAG D TP0 *IC00 E IRQ0 *IC00 F IRQ *IC00 G IRQ R0.k TO / R0.k PANEL_TET_ON/VDD_EN PANEL_AGW/AVDD_ENB R0.k TO / KEC_EEP_WP *IC00 A GPIO0 *IC00 B GPIO *IC00 E GPIO *IC00 F GPIO *IC00 AA GPIO *IC00 AA GPIO *IC00 Y GPIO *IC00 Y GPIO *IC00 W GPIO *IC00 W GPIO *IC00 V GPIO0 AVW TP0 TP0 *IC00 E TICLKI *IC00 E TIY *IC00 D TIDATA *IC00 D TIVALID VB_INP VB_INN IFAGC IFIN *IC00 A VB_INP *IC00 B VB_INN *IC00 E IFAGC *IC00 E RFAGC *IC00 E ANTCON *IC00 A IFIN DDAT DDAT DDAT DDAT0 DCLK DCMD DCD DWP *IC00 AD DDATA *IC00 AE DDATA *IC00 AF DDATA *IC00 AF DDATA0 *IC00 AF DCLK *IC00 AE DCMD *IC00 AC DCD *IC00 AD DWP TO / TO,/ MCLK LRCLK BCLK DIN PDIF *IC00 E AMCLKOX *IC00 D ALRCKOX *IC00 E ABCKOX *IC00 D ADOX *IC00 D ADOX *IC00 C ATXO *IC00 AE DBGTDO *IC00 AF DBGTCK *IC00 AD DBGTDI *IC00 Y DBGTM *IC00 W DBGTRT_N E *IC00 AA IRQ IIC_KEc UART_KEc TO / ARC_OFF UB.V R0.k TO / AUDIO_XRT PANEL_READY/FV_EL PANEL_ALARM/PANEL_LED_ON TO / DIPEN TO / TV_Y/TUNERBOX_EL KEC_ICCLK0 TO,0/ KEC_ICDATA0 KEC_ICCLK TO,0,/ KEC_ICDATA KEC_ICCLK TO,0/ KEC_ICDATA TO 0/ UATXD0 UARXD0 UACT0_N UART0_N UA0EXCLK UARXD UATXD *IC00 V GPIO *IC00 P GPIO *IC00 N GPIO *IC00 M GPIO *IC00 L GPIO *IC00 K GPIO *IC00 J GPIO *IC00 C GPIO *IC00 C GPIO *IC00 C GPIO0 *IC00 C GPIO *IC00 C DCIN0 *IC00 D DCIN *IC00 E ICCLK0 IC0:TU/iPOD *IC00 E ICDATA0 *IC00 F ICCLK IC:AMP/PANEL/HP *IC00 F ICDATA *IC00 G ICCLK IC:KEC_EEPROM *IC00 G ICDATA *IC00 H UATXD0 UATX/RX0 : YAMON *IC00 H UARXD0 *IC00 H UACT0_N *IC00 H UART0_N *IC00 J UA0EXCLK *IC00 K UARXD UATX/RX : Kernel *IC00 K UATXD *IC00 J UARXD PIO0 TCON_CPV *IC00 J UATXD PIO0 TCON_GDATA *IC00 J UAEXCLK PIO0 TCON_GDATA C0 V 0.u *IC00 D VREFAIN C0 V 0.u *IC00 C VREFBIN C0 V 0.u *IC00 C VREFCIN C0 V 0.u *IC00 C0 VREFDIN C0 V 0.u *IC00 E VREFEIN C0 V 0.u *IC00 E VBG C0 V 0.u *IC00 D VBGE UB.V_A L0 J0JHC00000 Q00 BABCF000 C00.V R0 u.k DAOUT B *IC00 *IC00 A PCKIN TO / C0 0V C0 R0 p k V 0.0u C0 V R0 0.u.k C0 V *IC00 E0 PFIL 0.0u *IC00 D BIADA C00 V 0.u UB.V_A L0 J0JHC00000 Q00 C00 BABCF000.V R0 u.k DAOUT B *IC00 *IC00 A PCKIN C0 C0 R0 V V.k p 0.0u VCVIN VCVIN VCVIN VGIN VBIN VRIN YIN VGIN VBIN VRIN YIN AHDIN AVDIN ALIN ARIN *IC00 B VYIN *IC00 C VCIN *IC00 B VCVIN *IC00 C VCVIN *IC00 A VCVIN *IC00 B VCVIN *IC00 A VGIN *IC00 B VBIN *IC00 A VRIN *IC00 C YIN *IC00 B VGIN *IC00 A VBIN *IC00 A VRIN *IC00 C YIN *IC00 A VGIN *IC00 B VBIN *IC00 B VRIN *IC00 C YIN *IC00 D AHDIN *IC00 C AVDIN *IC00 A ALTUNEOUT *IC00 B ARTUNEOUT *IC00 A ALPOUT *IC00 B ARPOUT *IC00 C VMONIOUT *IC00 A ALIN *IC00 B ARIN HDMI TO / RX_A RXPC_A RXN0_A RXP0_A RXN_A RXP_A UB.V_HDMI RXN_A RXP_A CL_DDC_A VJ000 DA_DDC_A ACK_DDC_A R0 k RX_B RXPC_B RXN0_B RXP0_B RXN_B RXP_B RXN_B RXP_B CL_DDC_B DA_DDC_B ACK_DDC_B R0 k *IC00 B RX_A *IC00 A RXPC_A *IC00 B RXN0_A *IC00 A RXP0_A *IC00 B RXN_A *IC00 A RXP_A *IC00 B RXN_A *IC00 A RXP_A *IC00 M CL_DDC_A *IC00 L DA_DDC_A *IC00 G ACK_DDC_A *IC00 G REXT_A *IC00 D HDMITET *IC00 C HDMITET *IC00 C RX_B *IC00 C RXPC_B *IC00 D RXN0_B *IC00 D RXP0_B *IC00 E RXN_B *IC00 E RXP_B *IC00 F RXN_B *IC00 F RXP_B *IC00 L CL_DDC_B *IC00 K DA_DDC_B *IC00 H ACK_DDC_B *IC00 H REXT_B *IC00 D HDMITET *IC00 C HDMITET LVD/LCD RA_E+ RA_E- RB_E+ RB_E- RC_E+ RC_E- RCLK_E+ RCLK_E- RD_E+ RD_E- RE_E+ RE_E- RA_O+ RA_O- RB_O+ RB_O- RC_O+ RC_O- RCLK_O+ RCLK_O- RD_O+ RD_O- RE_O+ RE_O- TO / TP0 TP0 TP0 TP0 TP0 TP0 TP0 TP0 TP00 TP0 TP0 TP0 TP00 TP000 TP00 TP00 TP00 TP00 TP00 TP00 TP00 TP00 TP0 TP00 TP0 *IC00 M TA *IC00 M TA_N *IC00 N TB *IC00 N TB_N *IC00 P TC *IC00 P TC_N *IC00 R TCLK *IC00 R TCLK_N *IC00 T TD *IC00 T TD_N *IC00 U TE *IC00 U TE_N *IC00 V TF *IC00 V TF_N *IC00 W TA *IC00 W TA_N *IC00 Y TB *IC00 Y TB_N *IC00 AA TC *IC00 AA TC_N *IC00 AB TCLK *IC00 AB TCLK_N *IC00 AC TD *IC00 AC TD_N *IC00 AD TE *IC00 AD TE_N *IC00 AE TF *IC00 AE TF_N EBU TO / EBDAT EBDAT EBDAT EBDAT EBDAT EBDAT0 EBDAT EBDAT EBDAT EBDAT EBDAT EBDAT EBDAT EBDAT EBDAT EBDAT0 for Mb NOR EBADD EBADD/NABY_N EBADD/NAALE EBADD/NACLE EBADD0 EBADD EBADD EBADD EBADD EBADD EBADD EBADD EBADD EBADD EBADD0 EBADD EBADD *IC00 AB EBDAT *IC00 AB EBDAT *IC00 AC EBDAT *IC00 AC EBDAT *IC00 AC EBDAT *IC00 AC EBDAT0 *IC00 AD EBDAT *IC00 AD EBDAT *IC00 AD EBDAT *IC00 AE EBDAT *IC00 AE EBDAT *IC00 AE EBDAT *IC00 AF EBDAT *IC00 AD EBDAT *IC00 AE EBDAT *IC00 AF EBDAT0 *IC00 R EBCE_N *IC00 R EBCE_N *IC00 T DCIN *IC00 T EBCE_N *IC00 T EBCE_N *IC00 U DCIN *IC00 U EBACK_N *IC00 U PI_CLK *IC00 V EBBE0_N *IC00 V EBALE_N *IC00 W EBBE_N *IC00 W NABY_N *IC00 W EBADD *IC00 W EBADD *IC00 Y EBADD0 *IC00 Y EBADD *IC00 Y EBADD F CLOCK C00 0V p C00 0V p X000 H0J0000 MHz TP0 TP00 R0.k *IC00 M XIN R0 M *IC00 M XOUT *IC00 N MCUCLKOUT R00 TP0 R0 TP0 R0 TP0 R0 *IC00 N RTC_XIN *IC00 N RTC_XOUT *IC00 G VCXOI *IC00 G VCXPWMOUT *IC00 F PANELCLKI *IC00 F PANELCLKO *IC00 H CLKIN C0 V R0 0.0u.k C0 V *IC00 D PFIL 0p *IC00 E BIADA C0 V 0.u *IC00 D HDMITET *IC00 T TET TO / RIEXT_A *IC00 U RIEXT_A *IC00 D AADVCML C0 V 0.u TO / ALIN ARIN ALIN ARIN ALIN ARIN *IC00 A ALIN *IC00 B ARIN *IC00 A ALIN *IC00 B ARIN *IC00 A0 ALIN *IC00 B0 ARIN *IC00 C0 ALIN *IC00 D0 ARIN *IC00 C FBINA *IC00 D FBINB CL_DDC_C DA_DDC_C R0 k *IC00 G RX_C *IC00 G RXPC_C *IC00 H RXN0_C *IC00 H RXP0_C *IC00 J RXN_C *IC00 J RXP_C *IC00 K RXN_C *IC00 K RXP_C *IC00 L CL_DDC_C *IC00 L DA_DDC_C *IC00 K ACK_DDC_C *IC00 J REXT_C *IC00 K HDMITET *IC00 J HDMITET *IC00 K TCN_POLL *IC00 L TCN_POLR *IC00 K TCN_LPL *IC00 L TCN_LD *IC00 M AGWU *IC00 N AGWK *IC00 R BLPWM *IC00 R BL0PWM *IC00 P MTET EBADD EBADD EBADD EBADD EBADD EBADD EBADD XEC0 XERE XEWE0 *IC00 Y EBADD *IC00 AA EBADD *IC00 AA EBADD *IC00 AA EBADD *IC00 AA EBADD *IC00 AB EBADD *IC00 AB EBADD *IC00 P ICERT_N *IC00 P EBCE0_N *IC00 V EBOE_N *IC00 V EBWE_N *IC00 P EBCE_N

43 .. A-Board (/) chematic Diagram! A-BOARD TXN/ALFUU (/) DDR DDRIF FBGA DDR 00Mz x bit UB.V DDR_VCC_POT L000 J0JHC00000 DDRDM0 AD0 *IC00 DDRDM AD *IC00 CH0DM0 *IC00 B UDM CH0DM *IC00 F LDM C0 0V 0u *IC00 A VDD DDRDQN0 AF *IC00 DDRDQ0 AE *IC00 DDRDQN AF *IC00 DDRDQ AF *IC00 DDRDQ AE *IC00 DDRDQ AB *IC00 DDRDQ AC *IC00 DDRDQ AD *IC00 DDRDQ AF *IC00 DDRDQ0 AD *IC00 DDRDQ AE *IC00 DDRDQ AF *IC00 DDRDQ AE0 *IC00 DDRDQ AC *IC00 DDRDQ AF0 *IC00 DDRDQ AC *IC00 DDRDQ AE *IC00 DDRDQ AC *IC00 DDRDQ AD *IC00 DDRDQ0 AD *IC00 CH0DQ0 CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ0 CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ CH0DQ0_N *IC00 A UDQ CH0DQ0 *IC00 B UDQ CH0DQ_N *IC00 E LDQ CH0DQ *IC00 F LDQ *IC00 G DQ0 *IC00 G DQ *IC00 H DQ *IC00 H DQ *IC00 H DQ *IC00 H DQ *IC00 F DQ *IC00 F DQ *IC00 C DQ *IC00 C DQ *IC00 D DQ0 *IC00 D DQ *IC00 D DQ *IC00 D DQ *IC00 B DQ *IC00 B DQ C0 0V 000p C0 V 0.u C0 0V 000p C 0V 0u C 0V 000p C0 V 0.u C 0V u C 0V 000p C 0V 000p *IC00 C VDDQ *IC00 E VDD *IC00 C VDDQ *IC00 C VDDQ *IC00 A VDDQ *IC00 C VDDQ *IC00 E VDDQ *IC00 G VDDQ *IC00 J VDDL *IC00 G VDDQ *IC00 G VDDQ *IC00 G VDDQ *IC00 J VDD *IC00 M VDD *IC00 R VDD DDRAD AB0 *IC00 CH0A *IC00 P A R00 EXBV0JX CH0A DDRAD AD *IC00 CH0A DDRAD AD *IC00 *IC00 R A *IC00 N A IC00 CABY0000 DDR R0 EXBV0JX DDRAD AD0 *IC00 DDRCA_N AC *IC00 CH0A CH0XCA *IC00 N A *IC00 L CA R0 EXBV0JX DDRRA_N AE *IC00 DDRBA AD *IC00 CH0XRA CH0XBA *IC00 K RA *IC00 L *IC00 A V *IC00 E V *IC00 J V *IC00 N V R0 EXBV0JX *IC00 P V DDRC0_N AE *IC00 DDRAD AF *IC00 CH0XC0 CH0A *IC00 L C *IC00 N A *IC00 A VQ *IC00 B VQ *IC00 B VQ *IC00 D VQ R0 EXBV0JX *IC00 D VQ *IC00 E VQ DDRAD AF *IC00 DDRAD AB *IC00 CH0A CH0A *IC00 P A *IC00 N A *IC00 F VQ *IC00 F VQ *IC00 H VQ *IC00 H VQ R0 EXBV0JX *IC00 J VDL DDRAD AC *IC00 DDRAD AD *IC00 CH0A CH0A *IC00 P A *IC00 P A R0 EXBV0JX *IC00 A *IC00 E *IC00 R DDRAD AB *IC00 DDRAD0 AF *IC00 CH0A CH0A0 *IC00 M A *IC00 M A0 *IC00 R *IC00 R R0 EXBV0JX DDRBA0 AF0 *IC00 DDRBA AE *IC00 CH0BA0 CH0BA *IC00 L BA0 *IC00 L BA R0 EXBV0JX DDRAD AC *IC00 DDRWE_N AB *IC00 CH0A CH0XWE *IC00 M A *IC00 K WE R0 EXBV0JX DDRAD0 AE *IC00 CH0A0 *IC00 M A0 DDRD_VREF AC *IC00 R00 k R000 k DDRD0_VREF AB0 *IC00 DDRVCAL AC0 *IC00 C00 V 0.u C00 V 0.u DDRRODT AB *IC00 R00 0 DDRRDRV AC *IC00 DDRODT0 AF *IC00 DDRCLK AD *IC00 DDRBCLK AD *IC00 DDRCKE AF *IC00 CH0ODT CH0CK CH0XCK CH0CKE R0. R00 0 R00 0 R00 0 R00 0 C0 0V p R0 0. *IC00 K ODT *IC00 J CK *IC00 K CK *IC00 K CKE 0V *IC00 AF DDRREFCLKA *IC00 AE DDRREFCLKAN DDR_VCC_POT R00 k R00 k *IC00 J VREF R0 0 *IC00 AD RQDRVEN C00 V 0.u C00 V 0.u 0