TX-P50C2E TX-PR50C2. Plasma Television. Model No. TX-P50C2B. GPH13DE Chassis ORDER NO. PCZ CE

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1 ORDER NO. PCZ000CE Plasma Television Model No. TX-P0CB TX-P0CE TX-PR0C GPHDE Chassis Panasonic Corporation 00. Unauthorized copying and distribution is a violation of law.

2 TABLE OF CONTENT PAGE afety Precautions General Guidelines Touch-Current Check Warning Prevention of Electrostatic Discharge (ED) to Electrostatically ensitive (E) Devices About lead free solder (PbF) ervice Navigation PCB Layout Applicable signals pecifications Technical Descriptions pecification of KEY for CI Plus, DTCP-IP and One-to-One 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 ervice Fixture & Tools C jig Disassembly and Assembly Instructions Remove the Rear cover Remove the AC inlet Remove the P-Board Remove the ide terminal cover and the ide shield metal Remove the Tuner unit Remove the A-Board Remove the peakers Remove the U-Board Remove the D-Board Remove the C-Board Remove the -Board Remove the Hanger metals and the tand brackets Remove the C-Board Remove the C-Board Remove the -Board Remove the Plasma panel section from the Cabinet assy (glass) 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 PAGE.. Block (/) Diagram Wiring Connection Diagram Caution statement Wiring () Wiring () Wiring () Wiring () chematic Diagram chematic Diagram Note 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/) 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 (/), K-Board and -Board chematic Diagram A-Board (/) chematic Diagram A-Board (/) chematic Diagram C-Board chematic Diagram C-Board chematic Diagram C-Board (/) chematic Diagram C-Board (/) chematic Diagram C-Board (/) chematic Diagram C-Board (/) chematic Diagram Board (/) chematic Diagram Board (/) chematic Diagram Printed Circuit Board K-Board A-Board C-Board C-Board C-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... Touch-Current Check. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.. Connect a measuring network for touch currents between each exposed metallic part on the set and a good earth ground such as a water pipe, as shown in Figure.. Use Leakage Current Tester (impson or equivalent) to measure the potential across the measuring network.. Check each exposed metallic part, and measure the voltage at each point.. Reserve the AC plug in the AC outlet and repeat each of the above measure.. The potential at any point (TOUGH CURRENT) expressed as voltage U and U, does not exceed the following values: For a. c.: U = V (peak) and U = 0. V (peak); For d. c.: U =.0 V, Note: The limit value of U = 0. V (peak) for a. c. and U =.0 V for d. c. correspond to the values 0. ma (peak) a. c. and.0 ma d. c. The limit value U = V (peak) for a. c. correspond to the value 0 ma (peak) a. c. for frequencies greater than 00 khz.. In case a measurement is out 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.. PCB Layout Board Name Function Board Name Function P Power upply C Data Driver (Lower Right) Non serviceable. C Data Driver (Lower Left) P-Board should be exchanged for service. C can Drive A DC-DC Converter, Tuner ustain Drive peaker out, AV Terminal, HDMI in, D Card Digital ignal Processor, PEAK-sLD Format Converter, Plasma AI, ub-field Processor U can out (Upper) Non serviceable. U-Board should be exchanged for service. K Key witch Remote receiver, Power LED D can out (Lower) Non serviceable. Power witch D-Board should be exchanged for service.

7 .. Applicable signals COMPONENT (Y, PB, PR), HDMI * Mark: Applicable input signal for Component (Y, PB, PR) and HDMI ignal name COMPONENT HDMI (0) / 0i * * (0) / 0p * * () / 0i * * () / 0p * * 0 (0) / 0p * * 0 (0) / 0p * *, (,00) / 0i * *, (,00) / 0i * *, (,00) / 0p *, (,00) / 0p *, (,00) / p * PC (from HDMI terminal) Applicable input signal for PC is basically compatible to HDMI standard timing. ignal name Horizontal frequency (khz) Vertical frequency (Hz) 0 Hz (0) / 0p , (,00) / 0p Note ignals other than above may not be displayed properly. The above signals are reformatted for optimal viewing on your display. PC signal is magnified or compressed for display, so that it may not be possible to show fine detail with sufficient clarity.

8 pecifications Power ource AC 0-0 V, 0 / 0 Hz Rated Consumption W (B/E), 0 W (R) tandby Power Consumption 0. W (Without monitor out recording) W (With monitor out recording) Display panel Aspect Ratio : Visible screen size cm (diagonal),0 mm (W) mm (H) Number of pixels, (,0 (W) (H)) [,0 dots] ound peaker 0 mm 0 mm pcs, Ω Audio Output 0 W ( 0 W + 0 W ) Headphones M (. mm) stereo mini Jack Receiving ystems / Band name (B) PAL I : UHF E- PAL /0 : Playback of NTC tape from some PAL Video recorders (VCR) or NTC disc playback from DVD player and recorder. DVB-T : Digital terrestrial services via UHF aerial input. M.NTC : Playback from M.NTC Video recorders (VCR). NTC (AV input only) : Playback from NTC Video recorders (VCR). Receiving ystems / Band name (E) PAL B, G, H, I, ECAM B, G, ECAM L, L VHF E - E VHF H - H (ITALY) VHF A - H (ITALY) UHF E - E CATV (0-0) CATV - 0 (M - M0) CATV - 0 (U - U0) CATV - (Hyperband) PAL D, K, ECAM D, K VHF R - R VHF R - R VHF R - R UHF E - E PAL /0 Playback of NTC tape from some PAL Video recorders (VCR) M.NTC Playback from M. NTC Video recorders (VCR) NTC (AV input only) Playback from NTC Video recorders (VCR) DVB-T Digital terrestrial services (MPEG and MPEG-AVC(H.)) DVB-C Digital cable services (MPEG and MPEG-AVC(H.)) Countries that DVB-C is available: Germany, witzerland, Denmark, weden, Norway, Finland, Netherlands Check the latest information on the available services at the following website. (English only) Receiving ystems / Band name (R) PAL D, K, ECAM D, K VHF R - R VHF R - R VHF R - R UHF E - E PAL /0 Playback of NTC tape from some PAL Video recorders (VCR) M.NTC Playback from M. NTC Video recorders (VCR) NTC (AV input only) Playback from NTC Video recorders (VCR) DVB-T Digital terrestrial services (MPEG and MPEG-AVC(H.)) Check the latest information on the available services at the following website. (English only) Aerial input UHF (B), VHF / UHF (E/R) Operating Conditions Temperature: 0 C - C Humidity: 0 % - 0 % RH (non-condensing) Connection Terminals AV (CART terminal) Pin terminal (Audio/Video in, Audio/Video out, RGB in, -Video in, Q-Link) AV VIDEO RCA PIN Type.0 V [p-p] ( Ω) AUDIO L - R RCA PIN Type 0. V [rms] COMPONENT VIDEO Y.0 V [p-p] (including synchronization) P B, P R ± 0. V [p-p] AUDIO L - R RCA PIN Type 0. V [rms] Others HDMI / TYPE A Connectors HDMI : HDMI (Version.a with x.v.colour ) HDMI : HDMI (Version. with Audio Return Channel) and HDMI (Version.a with x.v.colour )

9 This TV supports HDAVI Control function. Card slot D Card slot Common Interface slot Output DIGITAL AUDIO OUT PCM / Dolby Digital, Fiber optic Dimensions (W H D), mm mm mm (With Pedestal), mm mm mm (TV only) Mass.0 kg Net (With Pedestal). kg Net (TV only) Note Design and pecifications are subject to change without notice. Mass and Dimensions shown are approximate. This equipment complies with the EMC standards listed below. EN0, EN000--, EN000--, EN00

10 Technical Descriptions.. pecification of KEY for CI Plus, DTCP-IP and One-to-One... General information:. EEPROM (IC0) for spare parts has the seed of KEY for each.. The final KEY data will be generated by Peaks IC (IC00) when ELF CHECK was done and are stored in both Peaks IC (IC00) and EEPROM (IC0). Three KEY are not generated for all models. The necessary KEY are only generated and stored depend on the feature of models.... Replacement of ICs: When Peaks IC (IC00) is replaced, EEPROM (IC0) should be also replaced with new one the same time. When EEPROM (IC0) is replaced, Peaks IC (IC00) is not necessary to be replaced the same time. After the replacement of IC, ELF CHECK should be done to generate the final KEY data. How to ELF CHECK: While pressing [VOLUME ( - )] button on the main unit, press [MENU] button on the remote control for more than seconds. TV will be forced to the factory shipment setting after this ELF CHECK.... Model and Keys: Model No. Keys CI Plus DTCP-IP One-to-One (For UB Rec.) TX-P0CB None None None TX-P0CE Yes None None TX-PR0C None None None 0

11 ervice Mode.. How to enter into ervice Mode While pressing [VOLUME ( - )] button of the main unit, press [0] 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 [RED] button...all ub items election in forward direction [GREEN] button...all ub items election in reverse direction [VOL] button...value of sub items change in forward direction ( + ), in reverse direction ( - )

12 ... 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.... How to exit witch off the power with the [POWER] button on the main unit or the [POWER] button on the remote control.

13 .. 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 will be cleared by [elf-check indication and forced to factory shipment setting].... POWER ON Time, On/Off Note : To display TIME/COUNT menu, highlight position, then press MUTE for sec. Time : Cumulative power on time, indicated hour : minute by decimal On/Off : Number of On/Off switching 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 or switch off the power with [ Power ] button on the main unit.

14 .. 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] : AV ( 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 Hotel Mode Initial INPUT Initial PO Initial VOL level Maximum VOL level Button lock Remote lock Function elect hotel mode ON/OFF elect input signal modes. et the input, when each time power is switched on. election : Off/DVB-C/DVB-T/Analog/AV/AV/AV/COM- PONENT/HDMI/HDMI Off: give priority to a last memory. However, Euro model is compulsorily set to TV. AVn/AVnC: only Euro model selectable PC: selectable with VGA option elect programme number. election : Off/0 to Off: give priority to a last memory Adjust the volume when each time power is switched on. election/range : Off/0 to 00 Off: give priority to a last memory Adjust maximum volume. Range : 0 to 00 elect local key conditions. election : Off/ETUP/MENU/ALL Off: altogether valid ETUP: only F-key is invalid (Tuning guide (menu) can not be selected.) MENU: only F-key is invalid (only Volume/Mute can be selected.) ALL: altogether invalid. elect remote control key conditions. election : Off/ETUP/MENU Off: altogether valid ETUP: only etup menu is invalid MENU: Picture/ound/etup menu are invalid

15 .. 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.

16 ... 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

17 ... 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.

18 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.... creen display... Check Point Confirm the following parts if NG was displayed.... Exit Disconnect the AC cord from wall outlet or switch off the power with [ Power ] button on the main unit.

19 .. 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.

20 .. No Power First check point There are following states of No Power indication by power LED.. No lit.. Green is lit then turns red blinking a few seconds later. (ee..). Only red is lit. 0

21 .. No Picture

22 .. 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-

23 ervice Fixture & Tools.. C jig Purpose: To find the failure board (C or U/D) when the power LED is blinking times. C jig: Jumper connector to connect to C0 connector on C board Part number: TZC0 How to use: Caution: Remove C jig from C board after inspection.. Remove all connector between C board and U/D board to isolate C board from both U and D board electrically. Note: The board will be damaged if all connector is not removed (for example; remove connector only for U board and stay connecting with D board. The board will be damaged.). Connect C jig to connector C0 at left bottom side of C board. Turn on the TV/Display Unit and confirm the power LED blinking. LED blinking: Possible cause of failure is in C board No LED blinking (Lighting or no lighting): Possible cause of failure is in U or D board. After inspection, turn off the TV/Display Unit and wait a few minutes to discharge.. Remove C jig from C board. Remark: This C jig can be used for all 00 Plasma TV and Plasma Display.

24 Disassembly and Assembly Instructions.. Remove the Rear cover. ee PCB Layout (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 the 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, P and P).. Remove the screws ( ) and remove the P-Board.. Remove the ide shield metal.

25 .. Remove the Tuner unit. Remove the ide terminal cover and the ide shield metal. (ee section..). Unlock the cable clampers to free the cable.. Disconnect the connectors (A, A, A and A).. Disconnect the flexible cables (A0, A and A).. Remove the screws ( ) and remove the Tuner unit... 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)... Remove the U-Board. Remove the flexible cables (U, U, U and U) connected to the U-Board.. Remove the flexible cable (U-D) and the bridge connector (C-UB).. Remove the molding prop ( ).. Remove the screws (, ) and remove the U- Board... Remove the A-Board. Remove the Tuner unit. (ee section..). Remove the screws ( ) and remove the A-Board.

26 .. Remove the D-Board. Remove the flexible cables (D, D, D and D) connected to the D-Board.. Remove the flexible cable (U-D) and the bridge connectors (C-DB and C-DB).. Remove the molding prop ( ).. Remove the screws (, ) and remove the D- 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 ( and ).. Remove the screws ( ) and remove the -Board..0. Remove the C-Board. Remove the U-Board and D-Board. (ee section.. and..). Unlock the cable clampers to free the cable.. Disconnect the connectors (C and C).. Disconnect the flexible cable (C0).. Remove the screws ( ) and remove the C-Board... 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).

27 . Remove the Hanger metals (L, R) fastening screws ( each) and remove the Hanger metals (L, R)... Remove the -Board. Remove the screws ( ) and remove the -Board unit... Remove the C-Board. Remove the Hanger metal R and the tand bracket R. (ee section..). Remove the flexible cable 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.. Disconnect the connector (B).. Remove the Power Button.. Remove the screw ( ) and remove the -Board... Remove the C-Board. Remove the Tuner unit. (ee section..). Remove the Hanger metal L and the tand bracket L. (ee section..). Remove the flexible cable 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.

28 .. Remove the Plasma panel section from the Cabinet assy (glass). Remove the plasma panel fastening screws ( ) and remove the cabinet assy... Remove the Glass holders. Remove the Cabinet assy. (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.. For leaving the cabinet assy from the plasma panel, pull the bottom of the cabinet assy forward, lift, and remove... Remove the K-Board. Remove the Glass holders. (ee section..). Remove the screw ( ).. Remove the claws ( ).. Disconnect the connector (K) and Remove the K-Board from LED Panel.

29 .. 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.

30 0 Measurements and Adjustments 0.. Adjustment 0... 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. 0

31 0... ub-contrast adjustment Name of measuring instrument Connection Remarks RF generator Base Band signal generator HD signal generator teps Remarks Adjustment of TV (RF system) Note: In adjustment, you must setting to modulation of signal at 0%. Ref.: RF signal modulation spec. B models: 0% Other models: 0%. Receive a RF PAL 00% Full White or plit Colour bar shown as below. Note: ub-contrast adjustment is unadjusted for AV/ HD input. But, when needing the adjustment chosen manually, please refer to [ alternative method ].. Goes into service adjustment mode.. Push a [ ] or [ ] key, and goes into adjustment mode for [ CONTRAT ]. Adjustment. The colour key yellow button of remote control is pushed.. The OD character of sub-contrast becomes red. (Inside under automatic adjustment). The OD character of sub-contrast returns to black.. End.

32 Another procedure Adjustment of AV system teps Remarks. PAL 00% Full White or plit Colour bar receive AV(or AV), shown as below.. Goes into service adjustment mode.. Push [ ] or [ ] key, and goes into adjustment mode for [ Contrast ]. Adjustment. The colour key yellow button of remote control is pushed.. The OD character of sub-contrast becomes red. (Inside under automatic adjustment). The OD character of sub-contrast returns to black.. End. Another procedure Adjustment of HD system teps Remarks. At 00i 00% Full White or plit colour bar receive component signal, as shown below.. Goes into service adjustment mode.. Push [ ] or [ ] key, and goes into adjustment mode for [ Contrast ]. Adjustment. The colour key yellow button of remote control is pushed.. The OD character of sub-contrast becomes red. (Inside under automatic adjustment). The OD character of sub-contrast returns to black.. End.

33 0... White balance adjustment Name of measuring instrument Connection Remarks W/ B pattern Panel surface Color analyzer (Minolta CA-00 or equivalent) teps Remarks 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. Picture menu : Dynamic APECT : : Put the color analyzer where there is little colour variation. Adjustment Remarks. Enter the service mode menu. Please receive the external signal. Or, please select CVB/YUV (no sync).. A number key [] or [] are operated and [WB-ADJ] is displayed. Check that the color balance is [ COOL ].. A number key [0] is operated and select [METHOD].. A number key [] is operated and [INNER PATTERN] is displayed. METHOD=0 copy adjustments. elect [G-CUTOFF] item, using the number-key [] or [], and set to [0], using the volume-key [+] or [-]. Also, [B-CUTOFF] and [R-CUTOFF] set to [0]. et [G-DRIVE] at [D0].. Touch the signal receiver of color analyzer to the INNER PATTERN's center, and adjust B drive and R drive so x, y become the [COLOR TEMP COOL] in the below table.. All RGB drive increase so that the maximum drive value of RGB may become [FF]. ([ALL-DRIVE] set to [FF].). et color balance to [NORMAL] using [] key. 0. Fix G-CUTOFF, B-CUTOFF and R-CUTOFF at [0].. et [G-DRIVE] at [D0].. Adjust B-DRIVE and R-DRIVE so the INNER PATTERN s x, y become the [COLOR TEMP NORMAL] in the below table.. All RGB drive increase so that the maximum drive value of RGB may become [FF]. ([ALL-DRIVE] set to [FF].). et color balance to [WARM] using [] key.. Fix G-CUTOFF, B-CUTOFF and R-CUTOFF at [0].. et [G-DRIVE] at [D0].. Adjust B-DRIVE and R-DRIVE so the INNER PATTERN s x, y become the [COLOR TEMP WARM] in the below table.. All RGB drive increase so that the maximum drive value of RGB may become [FF]. ([ALL-DRIVE] set to [FF].)

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35 Block Diagram.. Main Block Diagram A DIGITAL IGNAL PROCEOR CI LOT HDMI- Parallel_ T(CI) TMD DATA HDMI I/F RECEIVER IF I/F D CARD IF D CARD DATA D CARD LOT TUNER IFD_OUT IF_OUT V AM OFDM Parallel_ T(FE) RGB_CVB CI T CONT. Parallel_ T T I/F PEAK-sLD MPU V/R/G/B Y/PR/PB L/R AV IN I/F EEPROM L/R AV COMP AV HEAD_ PHONE V OUT L/R OUT Y/PB/PR L/R V HP L/R AV W CI AIC NAND FLAH EEPROM CPU BU DVB_RF TV_L/R MON_L/R HP_L/R CPU BU I/F VDAC OUT TV_L/R ANALOG MON_L/R AUDIO HP_L/R OUT I/F PWM L/R OPTICAL OUT LVD DATA (LED:TIME) OUND O PANEL O PANEL MAIN ON (LED:TIME) P+.V DET (LED:TIME) P+V DET UB+V DET UB+V DET UB+.V DET LED_R/G REMOTE IN KEYCAN UBV UBV UB.V KEY WITCH TB.V A K K POWER LED REMOTE RECEIVER TB.V LED_R/G REMOTE RECEIVER PEAKER(L) PEAKER(R) A U CAN OUT (UPPER) L R OPTICAL AUDIO OUT AUDIO AMP PWM L/R OPTICAL AUDIO OUT C CAN DRIVE OUND O DET CIRCUIT (LED:TIME) TB.V TB.V TBV ANALOG-AIC PANEL O LVD DATA P+.V P+V FV P DCDC UBV DCDC UB.V DCDC UBV UB.V DCDC UB.V UB.V UBV POWER UPPLY UB.V UBV UB.V UB.V UB.V P+V DCDC P+.V DCDC P+V DCDC P+.V P+.V P+V P+.V UTAIN DRIVE CAN DRIVER U D UB C 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 C0 C C A0 UBV P+.V O_C O_C +V(P) +V(P) TBV_M (LED:TIME) O_C O_C CAN CONTROL DCDC TB_D.V (LED:TIME) (LED:TIME) O_ (LED:TIME) POWER O (LED:TIME) DCC O TB_D.V 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 A O_ O_P 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 RECTIFIER P-BOARD O DETECT PROCE VOLTAGE RECTIFIER POWER FACTOR CONTROL RECTIFIER RELAY VU P+V UTAIN VOLTAGE RECTIFIER VU MAIN W MAIN W P P VU P+V P+V O_ UTAIN CONTROL -BOARD O DETECT (LED:TIME) VU GEN. VE GEN. ENERGY RECOVERY ENERGY RECOVERY COIL MID CAN DRIVER BUFFER DB C DB C VCAN GEN. VET GEN. VAD GEN. P+.V VIDEO DATA O_ UTAIN CONTROL P Vda P MAIN W MAIN W B POWER W ON VIDEO DATA AC CORD P+.V,P+V C DATA DRIVER (RIGHT) C DATA DRIVER (LEFT) POWER WITCH 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 D CAN OUT (LOWER) DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER DATA DRIVER

36 P (LED:0TIME) OUND O (LED:TIME) P+V DET (LED:TIME) P+.V DET (LED:TIME).. Block (/) Diagram UB.V P A CI POWER ON TBV TBV P_0 UBV P_0 P_ P_ TV_UB_ON TV_UB_ON PANEL_MAIN_ON PANEL_MAIN_ON TBV_W_ON TBV_W_ON O_P O_P IC TNR.V OUNDV P A OUNDV OUNDV FV FV FV P+V IC0 FV IC0 V D0 IC00 Q0 Q0 FV DET ON/OFF FV P+V UB.V TB.V Q VOLTAGE DROP ERROR DET UB.V D UB.V UBV D UBV UBV X00 X000 MHz.MHz PEAK-sLD JK0 D CARD UB.V IC0 AUDIO AMP OUNDV D0 P+V UB.V P+V TBV UBV UBV TB.V TB.V LVD DATA P+.V P+V TB.V D CARD I/F D DATA:bit ANT IN TU0A TUNER IIC_TU TV_V AM VIDEO AUDIO V L(+) L(-) AV COMP Y/PB/PR Y/PR/PB L/R COMP AV PEAKER_R D00 OPTICAL AUDIO OUT PEAKER_L A PEAKER R_OUT OPTICAL AUDIO OUT PEAKER L_OUT R(+) R(-) V Y_IIC0 PWM L/R Q0 OUND O DET PDIF PWM L/R O JK00 HDMI IN IIC_IF RX RX0 DDC_IIC DDC_IIC0 VDET_ TMD DATA CLOCK DDC IIC +V HDMI_CEC TMD DATA CLOCK DDC IIC +V HDMI_CEC ARC CPU BU I/F VDET_0 HDMI_CEC_ IN_OUT AVDD.V AVDDH.V UB.V UB.V UB.V TB.V TB.V XRT NRT UB_D_.V ARC_OFF A DIGITAL IGNAL PROCEOR MAIN V V.V IIC HDMI I/F RECEIVER Y/PR/PB ANALOG L/R AV I/F V EEPROM IC NAND FLAH IC0 AVDD IC0 AVDDH IC00 VCC LVD_OUT OD I/F IIC0 IIC0 IIC IIC IIC GENX IIC IIC GENX IIC IC00 EEPROM IFD_OUT DTV_RT DTV_XRT TB_RT XRT_Y_PD TV UB ON O TB_RT XRT_Y_PD TV UB ON REMOTE IN POWER LED(R) G LED ON PANEL O PANEL MAIN ON CI POWER ON P ON/OFF KEYCAN POWER_DET W_OFF_DET W_OFF_DET UBV DET UBV DET UB.V DET REMOTE IN POWER LED(R) G LED ON PANEL O PANEL MAIN ON CI POWER ON P ON/OFF KEYCAN POWER_DET IC00 OFDM IF_AGC IFD IFD IC0.V DIGITAL DEMODULATOR CI AIC IIC_TU IIC IF_OUT IF_AGC IFD_OUT V L/R AV_VOUT AV_L/ROUT MON_L/R TV_L/R IC00 Parallel_T(CI_IN) CI T Parallel_T(CI_OUT) CONT. JK0 IC0 CI LOT IC0 V_CI IF I/F LO_L/R LO_L/R HP_L/R ANALOG AUDIO T I/F IC0 CPU BU Parallel_T(FE) Parallel_T O TV_UB_ON UBV IC TNRV UB.V UBV TNRV +V UB.V +.V TV_UB_ON IC0 UB.V UB.V UB.V +.V UB.V UB.V +.V UB.V +.V O UBV MPU(GenX) IC000 TEMP ENOR IIC 0.V.V QLINK OCX0 OCXI AXO AXI AV_VIN AV_RED AV_GREEN FE.V JK0A AV_BLUE AV_LIN AV AV_RIN IC000 IC0 AV_VOUT AV W AV_LOUT.V AV TV AV_ROUT V/R/G/B V AV_QLINK UB.V L/R L/R V RGB_CVB JK00C YPBPR V AUDIO IN Y PB PR LIN RIN CVB IN DVB_RF JK0A HEADPHONE HP_L HP_R IC00 +V TNR.V OUT I/F VDAC OUT AUDIO I/F CI I/F V JK0 HDMI IN IIC CI DATA Q

37 G R.. Block (/) Diagram A DIGITAL IGNAL PROCEOR IC00 PD A C P_0 IC0 FLAH MEMORY LVD DATA ADDR/DATA FLAH I/F P_0 PLAMA AI CPG with H/V ync Control ub Filed Processor VIDEO DATA VIDEO DATA IIC0 VIDEO DATA P+.V 0 P+.V CONTROL DATA P_ P_ DICHARGE CONTROL CONTROL DATA.V UTAIN CONTROL A C.V CAN CONTROL IC00,0 BUFFER VIDEO DATA CONTROL DATA OD VOUT P+.V XRT_Y_PD UHZ P+V LVD DATA P+V IC00 P+.V DRVRT_PD X0 X O_DCC UTAIN CONTROL +.V IC0.V P+.V X00 P+.V O_ P ON/OFF IC0 P+V P+V +V P+V P+V P+.V P+V DRVRT_PD XRT_Y_PD O_DCC D_UHZ O_ C_UHZ O_C O_C A0 C0 CAN CONTROL UHZ O_C O_C P+V P+V 0 P+V P+V CN00 IIC IIC Genx_IIC FOR FACTORY UE TBV UBV UBV UBV 0 TB.V TB.V TB.V TV UB ON Q000 O_ O_C O_C O_DCC O_P TBV UBV P+.V D000 O_ (LED:TIME) O_C (LED:TIME) O_C (LED:TIME) O_DCC (LED:TIME) O_P (LED:TIME) TB+.V TB+.V TBV_W_ON TB_RT PANEL O DRVRT_ PD UHZ TB.V TB.V IC000 ANALOG-AIC TB_RT PANEL O DRVRT_PD C_UHZ D_UHZ TBV_W_ON TB_RT POWER_DET W_OFF_DET D00 Q00 Q0 POWER_DET KEYCAN KEY WITCH W0 F W VOL.UP/CH.UP W VOL.DN/CH.UP W TV W AV KEY WITCH G_LED_ON POWER LED(R) REMOTE IN A G_LED_ON R_LED_ON RMIN TB.V K K D0 POWER LED POWER LED REMOTE RECEIVER RM0 REMOTE

38 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 Q ERROR DET 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 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 IC L0 Vsus VR REET PV_ON ERROR DET Q Q0 MAIN W TBV_ON MAIN W D0 0 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 Q +V(ND) +V(ND) PC0 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 0 ALL_OFF AC_LOW O_P Vda VR Q D D0 TB_V_ON PANEL_MAIN_ON F_TB_ON 0 TBV P C Vsus P Vsus P+V P C Vda Vda P NO UE P+V P+V TBV 0 PANEL_MAIN_ON 0 O_P B POWER WITCH PUH W00 POWER WITCH

39 .. Block (/) Diagram C CAN DRIVE P C Vsus IC FV TPVU D IC Q0 Vad+V PC0 COMPARATOR CER PHOTO COUPLER PC CMH PC PHOTO CPH Q CH PHOTO COUPLER CRC COUPLER Q0 D0 CMH CRC Q0 Q0 IC IC0 HUNT CH/CMH GATE D VRH REG. DRIVE CIRCUIT PC VRL C PHOTO CI MID D COUPLER MID Q IC CH MID Q CEL Q Q INVERTER IC Q IC, CL VOL CL/CML GATE PC, DRIVE CIRCUIT IPD CIRCUIT CML TPVAD T Q VAD GEN. IC D HUNT REG D LED(G) ERROR DET C Q A0 IC, 0 CML CPH IU FV CMH CI OC FV GEN. P+V BUFFER CH CER OC P+V CL CEL CLK IC IC, P+V 0 PC, INVERTER CRC CRC IPD CIRCUIT UHZ TPVCN TPC TPO D UHZ D VCN GEN. D0 HUNT REG IC0, V_F O_C D VFG (LED:TIME) Q0 O_C D0 EPA PROTECT CAN CAN CONTROL CONTROL CIRCUIT Vscn VFG Q TP,TP0 TP,TP,TP VCN-F Vfo Vfo VCN-F C 0 C C C JIG U CAN OUT (UPPER) U B D B U-U PLAMA PANEL PANEL CAN ELECTRODE D-D IC0-0 CAN DRIVER CAN DRIVER U IC- CAN DATA D P Vsus P+V C MID MID C P+V O_ UTAIN CONTROL UTAIN DRIVE IC VU Gen. DRIVER MID IC BUFFER UTAIN CONTROL TPVU UMH UML UMH UML UEH Q00 Q00 Q0 Q0 FPC DET D VE GEN. PC VE Gen. DRIVER PC PHOTO COUPLER D0 (LED:TIME) IPD CIRCUIT IC0 L0 IC HUNT REG. UEH TP TPVE Q0 Q0 Q0 ERROR DET D 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 Q D (V_F) D D IC +V (C) CHA CNR_PRO IU OC OC CLK C D B CNR_PRO CHA LOGIC IC IC- D CAN OUT (LOWER) 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 C0 0 IC0 BUFFER IC0 BUFFER P+V O_ UTAIN CONTROL C P Vda Vda CB CB CB CB CB CB CB CB PANEL DRIVER PLAMA PANEL PANEL DRIVER

40 0

41 Wiring Connection Diagram.. 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... Wiring ().. Wiring ()

42 .. Wiring ()

43 .. Wiring ()

44

45 chematic Diagram.. chematic Diagram Note

46 .. A-Board (/) chematic Diagram A! A-BOARD (/) IIC B UB.V P.V UB.V PEAK sld TO / R0.k R0.k R0.k R0.k R00.k R0.k sld IIC0 -> Develop IIC0 LDA IIC -> Develop IIC0 CL0 DA0 R00 R0 DEVELOP_CL0 DEVELOP_DA0 CN00 sld IIC -> Develop IIC LDA IIC0 -> Develop IIC CL MCL DA MDA R0 R0 DEVELOP_CL DEVELOP_DA TO / C sld IIC -> ADJ-Peaks IIC LDA IIC -> ADJ-Peaks IIC CL DA R0 R0 ADJ-PEAK_CL ADJ-PEAK_DA TO / (Peaks BE EPROM) ADJ-TM_CL ADJ-TM_DA TO / (TM Loarder/EPROM) CN000 R0 R0 R00 R0 R0 R0 R0 R0 R0 R0 TB.V R0.k R0.k TMCL R0 D TO / PDP-PANEL_CL PV_CL0 PV_DA0 PDP-PANEL_DA PDP-PANEL TO / TMP-EN_CL TMP-EN_DA TEMP ENOR MMANRE TO / CL DA A-Chip ICEL H: Outside IIC control (tudy only) L: D-chip internal control (Normal) TO / ICEL R0 k TP00 TO / AV-W_CL AV-W_DA AV-W FE_CL DEVELOP_CL DEVELOP_DA FE_DA Change Reason : For pattern module TO / FE-OUT_CL TO,/ FE-OUT_DA FRONT END D-TNR_CL FE-OUT_CL FE-OUT_DA TO,/ D-TNR_DA TU0A D/A TUNER A TUNER TO / PEAK-EEP_CL PEAK-EEP_DA Peaks EEP k TM TO / TMDA R0 IC0 GenX EEP k TO / R0 TM-EEP_CL TM-EEP_DA R0 E JTAG UB.V TO,,/ XRT R000 R00 0k TD000 XRT R00 TD00 EVTRG TD00 TRT TRT TM TD00 TM TDO TD00 TDO TO / TDI R00 EXBV0JX TD00 TDI TCK R00 TD00 TCK R00 R0 R0 0k 0k 0k R0 C000 0k V 0.u F

47 .. A-Board (/) chematic Diagram! A-BOARD (/) PEAK-sLD Achip REET TO / VW TO / Analog Audio In I/F NRT IC00 T NRT C0_BIA D0_BIA IC00 C0 BIA IC00 D0 BIA TO / A_MUTE IC00 D A_MUTE IC00 C LIN_LP CLK C0 0V 0p.MHz IC00 B AXI ADC TO / IC00 B LIN_LN IC00 A LIN_RP IC00 C0 LIN_LP IC00 A0 LIN_RP C_VREFH0 IC00 C VREFH0 IC00 C LIN_LP R0 k C0 X000 0V p H0J000 IC00 A AXO D_VREFL0 IC00 D VREFL0 IC00 A LIN_RP IC00 C LIN_LP IC00 A LIN_RP C_VREFH IC00 C VREFH LIN_LP IC00 C LIN_LP IIC I/F TO / CL IC00 AB CL DA IC00 AC DA D_VREFL C_VREFH IC00 D VREFL IC00 C VREFH TO / TO / LIN_RP D_VREFV D0_VREG IC00 B LIN_RN IC00 A LIN_RP IC00 D VREFV IC00 D0 VREG IC00 MNW0FE PEAK-sLD D_VREFL IC00 D VREFL ICEL IC00 C ICEL C_VREFH IC00 C VREFH Analog Audio Out I/F TO / HDMI TO / D_VREFL IC00 D VREFL HP_L HP_R IC00 C HP_L IC00 D HP_R DDCDA0 DDCCL0 IC00 N DDCDA0 IC00 K DDCCL0 IC00 B VCMOBGR LO_L LO_R IC00 A LO_L IC00 B LO_R RXCM0 RXCP0 RX0M0 RX0P0 RX0M RX0P IC00 F RXCM0 IC00 F RXCP0 IC00 G RX0M0 IC00 G RX0P0 IC00 H RX0M IC00 H RX0P Analog Video In I/F TO / IC00 D LO_L LO_R IC00 C LO_L IC00 D LO_R IC00 B ZEROMUTE0 IC00 D ZEROMUTE IC00 B ZEROMUTE RX0M RX0P DDCDA DDCCL RXCM RXCP RXM0 RXP0 RXM RXP RXM RXP IC00 J RX0M IC00 J RX0P IC00 P DDCDA IC00 L DDCCL IC00 K RXCM IC00 K RXCP IC00 L RXM0 IC00 L RXP0 IC00 M RXM IC00 M RXP IC00 N RXM IC00 N RXP IC00 R DDCDA IC00 M DDCCL IC00 P RXCM IC00 P RXCP IC00 R RXM0 IC00 R RXP0 IC00 T RXM IC00 T RXP IC00 U RXM IC00 U RXP B BN G GN R RN V VN HIN VIN IC00 A B IC00 B BN IC00 A B IC00 A B IC00 D C IC00 A G IC00 B GN IC00 A G IC00 B GN IC00 A G IC00 A R IC00 B RN IC00 A R IC00 A0 R IC00 A V IC00 B VN IC00 D V IC00 A V IC00 D Y IC00 D HIN IC00 D VIN TET AVDDV.V IC00 U TMODE0 IC00 V TMODE IC00 W TETIOH IC00 K ADCT0 IC00 D ADCT IC00 C ADCT IC00 E T_L0N IC00 E T_L0P IC00 C T_LN IC00 C T_LP IC00 C TETIO IC00 D TET_A IC00 D TET_A TO / TO / UB.V UB.V VDD VDD IC00 N VDD IC00 N0 VDD IC00 N VDD IC00 V VDD IC00 P VDD IC00 N VDD IC00 V VDD IC00 P0 VDD IC00 P VDD IC00 V VDD IC00 R0 VDD IC00 P VDD IC00 V VDD IC00 T0 VDD IC00 R VDD IC00 V VDD IC00 T VDD IC00 R VDD IC00 V VDD IC00 T VDD IC00 R VDD IC00 V VDD IC00 T VDD IC00 T VDD IC00 V0 VDD IC00 T VDD IC00 T VDD IC00 V VDD IC00 T VDD IC00 T VDD IC00 V VDD IC00 T VDD IC00 U VDD IC00 V VDD IC00 T VDD IC00 U VDD IC00 V VDD IC00 T VDD IC00 U VDD IC00 V VDD IC00 AC VDD IC00 V VDD IC00 U0 VDD IC00 U VDD IC00 AC VDD IC00 V VDD IC00 AD VDD IC00 U VDD IC00 V VDD IC00 A V IC00 A V IC00 A V IC00 A V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AA V IC00 AB V IC00 AB V IC00 AB V IC00 AE V IC00 AE V IC00 AF V IC00 AF V IC00 AJ V IC00 AK V IC00 AL V IC00 AL V IC00 AL V IC00 AL V IC00 AL0 V IC00 AM V IC00 AM V IC00 AM0 V IC00 AM V IC00 AM V IC00 AM V IC00 P V IC00 P V IC00 R V IC00 R V IC00 R V IC00 R V IC00 T V IC00 T V IC00 T V IC00 T V IC00 T V IC00 T V IC00 U V IC00 U V IC00 U V IC00 U V IC00 U V IC00 AM IC00 AM IC00 AM IC00 AM0 IC00 B IC00 B IC00 B IC00 B IC00 B0 IC00 B IC00 B0 IC00 B IC00 B IC00 C IC00 C IC00 C IC00 C IC00 U VDD IC00 W VDD IC00 AB V IC00 AM V IC00 V V IF I/F FBL IC00 C FBL IC00 U VDD IC00 U VDD IC00 U VDD IC00 W VDD IC00 W VDD IC00 W VDD IC00 AB V IC00 AB V IC00 AB V IC00 AM0 V IC00 AN V IC00 AN V IC00 W V IC00 W V IC00 W V IF I/F IC00 B FEAINN IC00 A FEAINP TO / UB.V AVDDV.V IC00 F AVDDV TO / AVDD.V AVDDA IC00 L AVDDA TO / AVDD.V L_AVDDPLLA IC00 L AVDDPLLA IC00 U VDD IC00 U VDD IC00 W VDD IC00 W VDD IC00 W VDD IC00 W0 VDD IC00 AB V IC00 AC V IC00 AC V IC00 AC V IC00 AC V IC00 AC V IC00 AC V IC00 AP V IC00 B V IC00 C V IC00 E V IC00 F V IC00 G V IC00 H V IC00 W V IC00 Y V IC00 Y V IC00 Y V IC00 Y V IC00 Y V IC00 Y V IC00 G AVDDV IC00 L0 AVDDA IC00 AD V IC00 J V IC00 Y V D_VREFHIF IC00 D VREFHIF IC00 H AVDDV IC00 L AVDDA IC00 M AVADA IC00 AD V IC00 N V TO / C_VREFLIF IC00 C VREFLIF IC00 J AVDDV IC00 C AVV IC00 M AVA IC00 M0 AVA TO / AVDD.V AVDDADA// IC00 L AVDDADA IC00 AD V IC00 AD V IC00 N V TO / IFINN IFINP IC00 B IFINN IC00 A IFINP IC00 D AVV IC00 D AVV IC00 E AVV IC00 M AVV IC00 N AVV IC00 N AVV IC00 N AVV TO / AVDD.V AVDDHP IC00 M AVA TO / AVDD.V AVDDADA// IC00 M AVADA IC00 L AVDDADA IC00 M AVADA TO / UB.V VDDAVAD IC00 N AVV IC00 P AVV IC00 P AVV IC00 R AVV IC00 L AVDDHP TO / IC00 L AVDDHP AVDD.V AVDDADA// IC00 L AVDDHP IC00 L AVDDADA IC00 R AVV IC00 M AVHP IC00 M AVADA IC00 L VDDAVAD IC00 L VDDAVAD IC00 M AVHP IC00 M AVHP IC00 M VDDAVAD IC00 M VDDAVAD IC00 N VDDAVAD IC00 N VDDAVAD TO / AVDDH.V AVDDH TO / AVDDPLLV/D IC00 L AVDDPLLV IC00 E AVDDD IC00 P AVDDH IC00 P AVDDH IC00 P AVDDH IC00 P AVDDH IC00 R AVDDH IC00 R AVDDH IC00 R AVDDH IC00 R AVDDH TO / UB.V L_AVDDIF G_IF _ IC00 L AVDDIF IC00 M AVIF 0

48 .. A-Board (/) chematic Diagram! A-BOARD (/) PEAK-sLD Dchip IC00 MNW0FE PEAK-sLD R R 0k 0k REET TO,,/ XRT CLK IIC I/F CL0 DA0 CL DA MCL MDA ERIAL I/F IC00 Y XRT IC00 AM CLK IC00 AM CLK TO / IC00 AL CL0 IC00 AP DA0 IC00 AP CL IC00 AN DA IC00 D MCL CL IC00 D MDA DA CPU BU I/F Analog Video Out I/F LVD I/F TO / DDR MONITOR UB.V TAN IC00 B TAN IC00 AA MMDQ EA0 IC00 AN EA0 ED0 IC00 AH ED0 TAP IC00 B TAP IC00 AA MMDQ EA IC00 AL EA ED IC00 AH ED TBN IC00 C TBN IC00 AJ MMDQ EA IC00 AM EA ED IC00 AG ED L00 J0JHC00000 TBP IC00 C TBP IC00 AH MMDQ EA IC00 AN EA ED IC00 AG ED C C0 TCN IC00 D TCN EA IC00 AP EA ED IC00 AG ED u IC00 Y MMDQ0 TO / 0.u TCP IC00 D TCP EA IC00 AN EA ED IC00 AG ED.V V IC00 W MMDQ IC00 A DAAVDD TCLKN IC00 E TCLKN EA IC00 AP EA ED IC00 AF ED IC00 AL MMDQ TCLKP IC00 E TCLKP EA IC00 AM EA ED IC00 AH ED IC00 AM MMDQ IC00 B DAAV TDN IC00 F TDN TO / ED IC00 AF ED EA IC00 AH EA TDP IC00 F TDP TO / ED IC00 AF ED IC00 AL MMXDQ TEN IC00 G TEN EA IC00 AD EA ED0 IC00 AF ED0 IC00 AM MMXDQ TO / R00 TEP IC00 G TEP ED IC00 AE ED k IC00 W MMXDQ ECLK IC00 AP ECLK IC00 H TFN TO / ED IC00 AE ED IC00 B VVREF IC00 Y MMXDQ0 R00 C0 IC00 H TFP XERE IC00 AC XERE ED IC00 AE ED.V IC00 B VIREF TO / 0k u R00 IC00 AB XEWE0 ED IC00 AE ED k IC00 J TAN IC00 AA XEWE ED IC00 AD ED IC00 J TAP ERXW IC00 AD ERXW IC00 A VCOMP DDR TO / TO / IC00 K TBN IC00 AC EZ0 IC00 AD XEC0 C0.V IC00 K TBP AG_MMCK IC00 AG MMCK IC00 AB EZ XEC IC00 AC XEC u TO / IC00 L TCN AG_MMXCK IC00 AG MMXCK IC00 AB XEDK VDACO_PEAK IC00 A VDACO TO / IC00 L TCP IC00 AL BOOTWAP IC00 M TCLKN TP0 TP0 TP0 TP00 TP0 TP0 TP0 TP0 TP0 TP0 TP0 TP0 IC00 AN0 BI0 AL_MMRODT IC00 AL MMRODT TO / IECIN IC00 A IECIN VOUTENB IC00 M TCLKP IC00 N TDN IC00 AP0 BO0 IC00 AN BI IC00 AP BO AL_MMRDRV IC00 AL MMRDRV TO / UPPORT_CARD XIRQ FE_IRQ XIRQ IC00 C XNMIRQ IC00 A XIRQ IC00 A XIRQ AUDIO I/F IC00 N TDP IC00 P TEN IC00 P TEP IC00 R TFN IC00 AN BT MMVCAL/REF IC00 AH MMVCAL TO / D_COIN_DET XIRQ IC00 A XIRQ PWM0LP IC00 AP PWM0LP IC00 R TFP R00 k R00 k CI I/F XRT0 XDR0 XDTR0 XDCD0 XCT0 XRI0 CH0CLK CH0DATA CH0PY CH0VAL IC00 AL TXD0 IC00 AM RXD0 TO / IC00 AL XRT0 PCWAIT IC00 AN XDR0 PCOE IC00 AN XDTR0 PCWE IC00 AP XDCD0 PCIORD IC00 AP XCT0 PCIOWR IC00 AL XRI0 PCREET IC00 AL CH0CLK PCCD IC00 AN CH0DATA PCREADY IC00 AL CH0PY PCCE IC00 AN CH0VAL PCDOE AB_MMCKE AB_MMODT NAND IF TO / IC00 AL MMVREF IC00 AB MMCKE IC00 AB MMODT XNFCE IC00 Y XNFCE XNFRE IC00 W XNFRE XNFWE IC00 Y XNFWE COMMON PORT DVOLC XEC TO / ACTIVE_ANTENNA_ON TO / CHPY DIPEN CHVAL TO / OUND_O EA TO,/ IF_FIL_ON EA TO / PDH_ / D_LED_ON EA0 TO / EEPROM_WP TO / DOUT0 PANEL_LED_ON RCK0 IC00 AA XEC PORT0[] IC00 AP MTCLK PORT[0] IC00 AP CHDATA PORT[] IC00 AN CHPY PORT[] IC00 AM CHVAL PORT[] IC00 AP EA PORT[0] IC00 AN EA PORT[] IC00 AM EA0 PORT[] IC00 C DOUT0 PORT[] IC00 D RCK0 PORT[] VC PWM0LN TO / PWMRP PWMRN IECOUT TO,0/ NHUTDOWN TO / MUTEB IC00 AN PWM0LN IC00 AP PWMRP IC00 AN PWMRN IC00 B IECOUT IC00 AP NHUTDOWN IC00 AN MUTEB PANEL PWM TCON IC00 C DOUT PWM IC00 D DOUT PWM IC00 A LODOUT IC00 B LODOUT IC00 D0 LODOUT IC00 D LODOUT R00 R00 IC00 E LODOUT k k IC00 F LODOUT IC00 G LODOUT LPL LPR POLL POLR CPV GDATA GDATA NFCLE IC00 Y NFCLE LCD_EEP_WP LRCK IC00 C LRCK PORT[] IC00 H LODOUT LD T I/F TO / TO / XNFWP NANDRYBY IC00 W XNFWP IC00 AA NANDRYBY TO / FAN_MAX/ LODOUT0 P_LED_DIM UB_VBU LODOUT IC00 B0 LODOUT0 PORT[] IC00 C0 LODOUT PORT[] Parallel TO,/ NFALE IC00 Y NFALE AVDD_ENB REV_DAC_ENB ADCCK DOUT IC00 A0 ADCCK IC00 B DOUT PORT[] PORT[] EA IC00 AN EA HBCLKIN EA IC00 AK EA HYNIN EA IC00 AM EA HVALIN EA IC00 AP EA HDIN0 EA IC00 AN EA HDIN EA IC00 AJ EA HDIN EA IC00 AL EA HDIN EA IC00 AM EA HDIN EA0 IC00 AK EA0 HDIN EA IC00 AL EA HDIN EA IC00 AJ EA HDIN D CARD I/F TO / UB_D_.V IC00 AB VDDD DCLK IC00 AL DCLK DCMD IC00 AN DCMD DDAT0 IC00 AP DDAT0 DDAT IC00 AN DDAT TO / DDAT IC00 AP DDAT UB I/F TO / UB.V AA_VDDUB UB.V AD_VDDAUB UB.V AD_VDDPUB IC00 AA VDDUB IC00 AD VDDAUB IC00 AC VAPUB IC00 AD VDDPUB IC00 AD VAPUB CI_POWER_ON XET_CI TO / CI_OEL XEAB D_PWR_ON TO / FE_XRT / DRAM_CHK TO / MAIN_FAN_ON / P_LED_ON TO / FILM_DET TO / TO / DBOOT CI_OCP TO / POWER_DET TO / UB_OCP TO / PDH_OD_VIN/DTV_VOUTENB TO / TO / FAN_O/FV_T TO / PG-ACTIVE_ANTENNA_DET JTAG TM TCK TO / IC00 AB TM IC00 AA TCK MTD MTRT MTCMD MTEL AGCI AGCR PORT0 PORT PORT CHCLK EA BT0 EA EA XEC IC00 AN MTD PORT[0] IC00 AL MTRT PORT[] IC00 AL0 MTCMD PORT[] IC00 AP MTEL PORT[] IC00 D AGCI PORT0[0] IC00 D AGCR PORT0[] IC00 W PORT0 PORT[0] IC00 W PORT PORT[] IC00 Y PORT PORT[] IC00 AP CHCLK PORT[] IC00 AK EA PORT[] IC00 AL BT0 PORT[] IC00 AJ EA PORT[] IC00 AP EA PORT[] IC00 AA XEC PORT[] TET IC00 Y TTEL IC00 Y FPENF TM REET TO / CLK XRTTM IC00 AH XRTTM C0 0V p C00 0V p IIC I/F TMCL TMDA R0 R0 0 X00 H0J0000.0MHz REMOTE TO,/ IC00 AN0 OCXI IC00 AP0 OCXO TO / IC00 AE TMCL IC00 AD TMDA COMMON PORT G_LED_ON TMTIME0 PANEL_VCC_ON TMTIME TO / PV_DET/BL_ON TMTIME PDH_DRVRT/PWM_POW_ON TMTIME R_LED_ON TMTIME TO,/ P_HP_MUTE TMBO0 TO,/ MON_MUTE TMBI0 PDH_XRT_Y/PANEL_TET_ON TMBT0 TO / P.V_DET/BO TMBO TO / PDH_PANEL_MAIN_ON/BI TO / TMBI HDMI_V_DET TMGPIO TO,/ HDMI_V_DET TMGPIO HDMI_V_DET0 TMGPIO UB.V_ENE TMGPIO0 TO / W_OFF_DET TMGPIO TO,/ UBV/UBV_ENE TMGPIO TO / TO,/ RQ_GenX TMGPIO TO / GenX-EEP_WP TMGPIO TV_UB_ON TMGPIO TO,,,,/ DTV_XRT TMGPIO TO,/ IC00 AP TMTIME0 P0 TRCD0 IC00 AN TMTIME P0 TRCD IC00 AP TMTIME P0 TRCD IC00 AN TMTIME P0 TRCD IC00 AN TMTIME P0 IC00 AK TMBO0 P0 IC00 AL TMBI0 P IC00 AP TMBT0 P IC00 AL TMBO P IC00 AN TMBI P IC00 V TMGPIO P IC00 V TMGPIO P IC00 V TMGPIO P IC00 AF TMGPIO0 P0 IC00 AJ TMGPIO P IC00 AG TMGPIO P IC00 AF TMGPIO P IC00 AJ TMGPIO P IC00 AH TMGPIO P BEPOWER IC00 AA TMGPIO P BENT DDAT IC00 AL DDAT IC00 AD UBRREF TRT IC00 AC TRT TMRMIN IC00 AG TMRMIN AI_ENOR TMADIN0 IC00 AN TMADIN0 P0 TRCCLK TO / UB.V VDDR/A DCD IC00 AM DCD IC00 AC UBRREF TDO IC00 AC TDO IC00 C TTAIO DWP IC00 AM DWP TDI IC00 AB TDI IC00 AM DTCPOUT IC00 Y VTCPOUT IC00 AP0 UBDP IC00 AM ATCPOUT IC00 AN0 UBDN IC00 Y MATCPOUT IC00 AB UBATET TO / TO / TO / UB.V UB.V UB.V HDMI I/F TO,/ TO / TO,0/ TMCECO IC00 W TMCECO TMCECPUL IC00 W TMCECPUL TMCECAVLA IC00 AD TMCECAVLA TMCECAVLB IC00 AE TMCECAVLB TMHPD0 IC00 V TMHPD0 IC00 AA0 VDDR.V_DDRI/F IC00 Y VDDIO LVVDD IC00 J LVVDD AD_DPAVDD IC00 AD DPAVDD TMHPD IC00 U TMHPD RF_AFT TO / FACT KEY TO,/ TO,/ DEBUG TO / PANEL_O/BL_O O CLOCK IC00 AK CLOCK DATA IC00 AM DATA TMADIN IC00 AP TMADIN P TRCT TMADIN IC00 AL TMADIN P TMADIN IC00 AL TMADIN P TMADIN IC00 AL TMADIN P TMADIN IC00 AP TMADIN P IC00 AB0 VDDR IC00 Y VDDIO IC00 K LVVDD TMHPD IC00 U TMHPD TMEXTRG IC00 AL TMEXTRG IC00 AC0 VDDR IC00 AD0 VDDR IC00 Y0 VDDR IC00 AA VDDIO IC00 AA VDDIO IC00 AB VDDIO IC00 AB VDDIO IC00 L LVVDD IC00 M LVVDD IC00 N LVVDD IC00 P LVVDD TO / UB.V P_MAAVDD IC00 P MAAVDD TO,/ TMDDCCL0 TMDDCDA0 TMDDCCL IC00 L TMDDCCL0 IC00 P TMDDCDA0 IC00 M TMDDCCL TET TO,,/ IC00 AB VDDA IC00 AC VDDA IC00 AD VDDA IC00 AC VDDIOCK IC00 AC VDDIO IC00 AD VDDIO IC00 AD VDDIO IC00 AJ VDDIO IC00 R LVVDD IC00 A LVV IC00 B LVV IC00 C LVV TO / UB.V N_MVAVDD IC00 P MAAV IC00 N MVAVDD TMDDCDA TMDDCCL TMDDCDA IC00 R TMDDCDA IC00 N TMDDCCL IC00 T TMDDCDA XRT IC00 AM TMTET0 IC00 AM TMTET IC00 AM TMTET TO / UB.V W_LVVDD IC00 W LVVDD IC00 AK VDDIO IC00 AK VDDIO IC00 AL0 VDDIO IC00 AL VDDIO IC00 AL VDDIO IC00 AM VDDIO IC00 AM VDDIO IC00 AM VDDIO IC00 AN VDDIO IC00 AN VDDIO IC00 D LVV IC00 E LVV IC00 F LVV IC00 G LVV IC00 H LVV IC00 J LVV IC00 K LVV IC00 L LVV IC00 M LVV IC00 N LVV TO / UB.V AD_AVDDPWM TO / UB.V AD_AAVDD IC00 N MVAV IC00 AD AVDDPWM IC00 AC AVPWM IC00 AD AAVDD TO / AP_VDDTM TB.V TO / VDDTM/ADAVDD IC00 AP VDDTM R0 0k IC00 AP VDDTM IC00 AP ADAVDD IC00 AN ADAV IC00 AN VDDIO IC00 AP VDDIO IC00 P LVV IC00 R LVV IC00 AC AAV IC00 AP VDDIO 0

49 .. A-Board (/) chematic Diagram + P P CI_EAA AC_CHDI0 CI_EAA AC_CHY FE0_MDO CI_POWER_ON CH0DATA CI_CLKINA AC_CHDI CI_DA AC_CHDI AC_CHCLK CI_EAA CI_IREQ- CI_DATAINA FE0_MDO FE_CH0PY AC_CHDI0 AC_CHDI AA_ED AC_XPDOE CI_CE- CI_EAA CI_DATAOUTA FE0_MDO0 CI_EAA AC_CHDI FE0_MDO0 AC_REG CI_DATAOUTA CI_OCP AC_CHDI AC_CHDI CI_EAA CI_DATAINA CI_DATAOUTA CI_EAA AA_ED AC_CHCLK FE_MDO CI_PKTTINA CH0CLK CI_DATAINA AC_XEAB AA_ED CI_WAIT- FE_MDO CI_OE- CI_REG- CI_DA CI_EAA AC_CHDI CI_DATAOUTA0 AA_ED0 AC_CHDI FE0_MDO AC_CI_OEL CI_DATAINA AC_CI_REET CI_DATAOUTA CI_CLKOUTA AC_CHDI A_CD- CI_DATAINA CI_DA AC_CHDI AC_IORD FE0_PY FE0_VAL CI_DATAINA CI_DATAOUTA FE0_CLK CI_DATAINA AC_CHY AC_XPDWT AC_CHDI AC_XEDB CI_IOWR- AC_CHDI CI_DA AC_CHDI AA_ED CI_DATAINA CI_EAA AA_ED AA_EA CI_DATAINA0 FE0_MDO AC_CHY CI_IORD- FE_MDO FE_MDO CI_CLKINA AA_ED CI_DATAOUTA FE0_MDO A_CD- AC_XEAB CI_DA AA_EA FE_MDO0 FE0_PY CI_EAA FE_CH0CLK FE0_MDO CI_WAIT- AC_CHDI AA_ED AC_XEDB CI_EAA AC_CHDI CI_EAA0 AC_XPDOE CI_DATAINA AA_EA CI_EAA CI_DATAINA AC_XPDCE AC_CI_REET CI_DATAOUTA CI_EAA CI_EAA CH0DATA AC_CHCLK CI_EAA FE0_MDO AC_XPDWT FE0_MDO FE0_CLK FE0_MDO CI_EAA CI_PKTTOUTA CI_EAA CI_PKTTINA FE0_CLK AA_ED CI_REET- CH0CLK FE0_MDO AC_CHDI FE0_MDO CI_EAA CI_EAA CI_EAA CI_WE- AC_REG AC_CHVAL CI_EAA CI_DATAOUTA CI_DATAINA AC_CHDI AC_XPDWE AC_CHDI CI_DATAINA FE_MDO CI_EAA CI_ENOUTA AC_XPDCE CI_EAA FE0_MDO FE_MDO FE_MDO AA_ED FE_MDO CI_DA0 FE_MDO0 CI_IORD- CI_DA FE_MDO FE0_PY FE_CH0VAL CI_DATAOUTA AA_EA AA_ED AC_XET_CI CI_ENINA AC_IOWR FE_MDO CI_EAA CI_IREQ- AC_IOWR CI_EAA0 CI_DA CI_DA CI_REET- AA_XEA FE0_MDO AC_CHDI0 FE0_MDO0 AC_CHVAL CI_EAA FE_MDO AA_EA FE0_MDO CI_DA FE0_MDO AA_EA CI_DATAOUTA AA_ED CI_EAA A_CD- CI_DA CI_DA0 FE0_VAL CI_DATAOUTA CI_ENOUTA AA_ED CI_DATAINA FE_CH0PY CI_DA CI_IOWR- CI_OE- CI_ENINA FE0_MDO FE_MDO AA_ED FE_MDO FE0_VAL AA_ED0 CI_DATAOUTA AA_ERXW CI_EAA AC_CHDI CI_REG- CI_EAA CI_DATAINA FE_MDO AC_CHDI CI_DA CI_DA CI_WE- AC_CHVAL CI_DATAINA0 CI_CLKOUTA CI_DA FE0_MDO FE_XIRQ AC_CHDI AA_EA AA_ED CI_PKTTOUTA CI_DATAOUTA CI_DATAOUTA CI_DATAOUTA0 AC_XPDWE AC_IORD FE_CH0CLK FE_CH0VAL FE0_MDO FE0_MDO FE0_MDO FE0_MDO AC_CI_OEL CI_CE- AC_XET_CI A_CD- CI_POWER_ON CI_OCP AA_XEA AA_ERXW AA_EA AA_EA AA_EA AA_EA AA_EA AA_EA AA_EA C00 0V 000p C0 V 0.u C V 0.u C V 0.0u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C V 0.0u C V 0.u C00 V 0.u C 0V 00u C0ZBZ000 IC0 VIN EN VOUT /OC IC0 CAB0000 NWEV/EA VDDADR NOEV/EA0 NIORDV/EA NIOWRV/EA EAVOUT EAVOUT EAVOUT 0 EAVOUT0 EAVOUT EAVOUT EVOUT EDVIO EDVIO EDVIO VDDV EDVIO EDVIO 0 CI_REET_VOUT NREGVOUT EDVIO EDVIO EDVIO0 EAVOUT EAVOUT EAVOUT EAVOUT EAVOUT 0 EAVOUT EAVOUT VDDV EAVOUT EAVOUT EAVIN EAVIN EAVIN EAVIN 0 EAVIN EAVIN EAVIN EDVIO0 EDVIO EDVIO EDVIO EDVIO VDDV 0 MODE EDVIO EDVIO EDVIO RNW LE CI_REET_VIN NOE_DAT EVIN NWEV/EA 0 NOEV/EA NIORDV/EA NIOWRV/EA NREGVIN NOE_ADR IC00 CAB0000 TVI TVI TVI TVI TVI TVI TVI TVI0 0 TVICLK TVIVAL TVIY OE OEL VDDV TVO0 TVO TVO TVO 0 TVO TVO TVO TVO VDDV TVOY TVOVAL TVOCLK IREQVO 0 WAITVO CDORVO CDVO CDVO CDVO CDVO IREQVO VDDV TVO TVO 0 TVO TVO TVO TVIY TVI0 TVI TVI TVI VDDV 0 TVI TVI TVI TVI TVIVAL TVICLK TVOCLK WAITVO TVOVAL 0 TVOY TVO0 TVO TVO VDDV L00 J0JHC00000 L0 J0JHC00000 UB.V UB.V UBV_CI UB_CI_V UBV UB.V UB.V UB.V UB.V UB.V VJ0 VJ VJ VJ VJ0 VJ VJ0 R VJ000 R R0 VJ VJ00 VJ J J J J0 J J J J0 J J VJ0 VJ0 VJ VJ00 R R R VJ VJ TP0 TP00 TP0 TP0 TP0 TP0 TP00 FE0_MDO VDACO_PEAK FE0_MDO AGCR FE0_MDO CI_MDO FE0_MDO CI_MDO FE0_MDO CI_IREQ- CI_MDO CI_WAIT- CI_MDO0 FE0_MDO FE0_MDO0 FE0_PY CI_MOVAL CI_MDO CI_MCLKO FE0_CLK CI_CD- CI_MDO FE0_VAL CI_CD- AB_NANDRYBY FE0_MDO CI_MOTRT CI_INPACK- CI_MDO CI_MDO CI_EAA CI_EAA EA CI_WE- CI_CE- CI_DATAINA0 CI_EAA EA CI_EAA0 CI_REET- EA EA EA CI_IORD- EA CI_EAA CI_ENINA CI_CLKINA CI_EAA CI_IOWR- CI_EAA CI_EAA CI_EAA CI_OE- EA CI_DATAINA CI_DATAINA EA EA EA0 CI_EAA CI_PKTTINA CI_EAA CI_DATAINA CI_DATAINA CI_REG- CI_DATAINA CI_EAA CI_CE- CI_DATAINA CI_EAA CI_EAA VDACO CI_DATAINA AA_FE_RT EA CI_EAA EA0 CH0VAL EA XEC ERXW XIRQ XDTR0 EA XEC NFALE AA_XEC BT0 XEC EA XERE CI_DA AA_ED MTEL MTD MTCMD XIRQ CI_DA PORT XEC ECLK EA XRT0 EA CH0CLK AA_ED0 AA_ED AA_ED CH0PY CHCLK EA CH0DATA XDR0 CI_DA AA_ED CI_DA AA_ED AA_ED MTRT NANDRYBY AA_ED XDCD0 CI_DA XRI0 EA CI_DA EA XCT0 CI_DA0 CI_DA Q0 DC0000L Q00 DC0000L R EXBV0JX R0 EXBV0JX R EXBVJX R EXBV0JX R EXBV0JX R0 EXBV0JX R EXBV0JX R EXBV0JX R EXBVJX R EXBV0JX R0 EXBV0JX R EXBV0JX R EXBVJX R EXBHV0JV R0 EXBHV0JV R EXBHV0JV R EXBHV0JV R EXBHV0JV R EXBHV0JV R0 EXBHV0JV R0 EXBHV0JV R00 EXBHV0JV R0 R 0k R R0 R.k R.k R.k R 0k R R 0k R R0 R R R R 0k R.k R R 0k R 0k R R R R 0k R R 0k R k R 0k R 0k R R0 R 00k R R 0k R 0k R 0k R k R 0k R k R R R0 k R 0 R0 R 0. R R 0k R R0 R 0k R 0 R R R.k R R R 00k R0 R 0k R 0k R00 0k R 0k R 0 R k R.k R 0 R 0k R R R 0 R0 0k R R0 R0 R0.k R R R 00k R 0k R 0k R0 00k R 0k R 0k R k R 0k R 0k J NANDRYBY UB_OCP UPPORT_CARD FE_IRQ XEAB V# VCC CI_OEL VPP REET CE# A A IREQ# VPP PCDOE MCLKI PCWAIT PCIORD PCOE PCREADY MDI PCWE PCIOWR PCCD PCCE PCREET OE# HYNIN HVALIN A HBCLKIN REG# A HDIN0 CE# A0 A MCLKO A WAIT# FE0_T_PD XET_CI A A HDIN HDIN HDIN A A0 MDI A CI_OCP CI_POWER_ON A A VCC WE# INPACK# HDIN MDI FE0_T_Parallel CD# MDI MIVAL HDIN A CD# HDIN HDIN 0 REG! CI T CONT. V_CI CI AIC TO CI LOT TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO,/ TO / TO / TO / TO / TO / TO,/ TO / CI LOT A-BOARD (/)

50 .. A-Board (/) chematic Diagram! A-BOARD (/) CI LOT,D CARD,FLAH MEMORY UE Adress Data Multi PleX FLAH NOR & NAND UE CI CONNECTOR DeMPX ED[-0] --> EA[-] UE LO HEIGHT TO / TO / ED0 ED ED ED ED ED ED ED ED ED ED0 ED ED ED ED ED EA R EXBHV0JV R EXBHV0JV R00 AA_ED0 AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED0 AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED0 AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED R0.k AA_ED0 AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED TO / L0 J0JHC00000 UB.V IC TVRR AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED AA_ED0 R EXBHVR000V C V 0.u I/O I/O R/B# I/O RE# I/O 0 CE# 0 VCC VCC V V CLE ALE I/O WE# I/O 0 WP# I/O 0 I/O0 NAND FLAH CE# A0 OE# A CI_DA CI_DA CI_DA CI_DA CI_DA CI_CE- CI_EAA CI_OE- CI_EAA JK0 KNAB000 CI LOT PC-CARD 0 0 CI_CD- CI_MDO CI_MDO CI_MDO CI_MDO CI_MDO CI_CE- TO / DCLK DCD DCMD DDAT0 DDAT DDAT DDAT DWP R R R R R0 R R R UB.V D_POWER R k H:.V L:.V TO / AA_XEC D/IC_CARD AD_DCLK AD_DCD AD_DCMD AD_DDAT0 AD_DDAT AD_DDAT AD_DDAT AD_DWP C V 0.0u AD_DDAT AD_DDAT AD_DCMD AD_DCLK AD_DDAT0 AD_DDAT AD_DCD C TP V u AD_DWP UB_D_.V R 0k R 0k R EXBV0JX R P L0 J0JHC00000 UB.V AB_XNFCE AB_XNFWE AB_XNFRE AB_NFALE AB_NFCLE AB_XNFWP AB_NANDRYBY AB_NANDRYBY AB_XNFRE AB_XNFCE R R R R R R C V 0.u AB_NFCLE AB_NFALE AB_XNFWE AB_XNFWP XNFCE XNFWE XNFRE TO / NFCLE XNFWP AB_NANDRYBY TO / NFALE TO,/ TO / CI_EAA0 A CI_EAA A CI_EAA A CI_EAA A CI_WE- WE# CI_IREQ- IREQ# UB_CI_V VCC VPP CI_ENINA MIVAL CI_CLKINA MCLKI CI_EAA A CI_EAA A CI_EAA A CI_EAA A CI_EAA A CI_EAA A CI_EAA A CI_EAA A CI_EAA A0 CI_DA0 CI_DA CI_DA IOI# VCC CI_IORD- CI_IOWR- CI_PKTTINA MDI0 CI_DATAINA0 MDI CI_DATAINA MDI CI_DATAINA MDI CI_DATAINA UB_CI_V MDI CI_DATAINA MDI CI_DATAINA MDI CI_DATAINA MDI CI_DATAINA MCLKO CI_MCLKO REET CI_REET- WAIT# CI_WAIT- INPACK# CI_INPACK- REG# CI_REG- CI_MOVAL CI_MOTRT CI_MDO0 CI_MDO CI_MDO CD# CI_CD- TO / R R0 0k 0k C V 0.u R R R R R R R R C V 0.u JK0 KNAE000 D CARD LOT TP0 TP TP DDAT DDAT DCMD.V C V 0.u + C0 V u DCLK TP TP TP DDAT0 DDAT 0 TP D.W TP W.P. R TP *IC0 TVRR0 EEPROM E0 Vcc E WC E CL Vss DA TP TP0 TP K BIT (K BYTE) UB.V C0 V 0.0u R0.k R EEPROM_WP DOUT0 TO / PEAK-EEP_CL TO / PEAK-EEP_DA 0 0

51 %.. A-Board (/) chematic Diagram! A-BOARD (/) TB_MPU TB.V R0 k R0 R0 R0 R0 R0 R k R R k R.k R0 R0 k PANEL-D O TMEXTRG TMADIN0 G-AI_ENOR TMTIME0 G-G_LED_ON TMTIME G-EXTRG0 G-TRCCLK G-TRCD0 G-TRCD DOUT PG-REV_DAC_ENB TMCECO G-HDMI_CEC TMCECPUL G-HDMI_CEC_PU_ON TMCECAVLA G-QLINK TMCECAVLB G-QLINK XIRQ PG-ACTIVE_ANTENNA_DET EA0 PG-PDH_ / D_LED_ON TMADIN G-FACT TMADIN G-GENX-KEY TMTIME (G-PDH_DRVRT/PWM_POW_ON) G-TRCD TMTIME (G-PV_DET/BL_ON) G-TRCD TMTIME (G-PANEL_VCC_ON) G-TRCD TMTIME0 (G-G_LED_ON) G-TRCD0 TMADIN (G-RF_AFT) G-TRCT TMADIN0 (G-AI_ENOR) G-TRCCLK TMEXTRG G-EXTRG0 TO / XRT_Y Reset Release TO / OD_VIN TO,/ PANEL_MAIN_ON R Peaks-COMMON TO / TMBT0 G-PDH_XRT_Y/PANEL_TET_ON EA0 PG-PDH_ / D_LED_ON EA PDH_OD_VIN Analog-AIC TO / G-PDH_DRVRT/PWM_POW_ON Reset Release Peaks-COMMON TO / TMBI G-PDH_PANEL_MAIN_ON/BI G-UBV/ UBV_ENE TMGPIO TO / G-UB.V_ENE TMGPIO0 TO / UBV R k R k UB.V R0 0k R 00k R0 R0 P_ON/OFF PANEL_VCC_ON TMTIME G-TRCD R0 R0 R0 R0 R0 R0 TMTIME G-PDH_DRVRT/PWM_POW_ON TMADIN G-RF_AFT G-TRCD G-TRCT TMHPD0 TMHPD TMHPD TMTIME TMGPIO RCK0 LRCK TMDDCDA0 TMDDCCL0 TMDDCDA TMDDCCL TMGPIO TMDDCDA TMDDCCL G-HPD0 G-HPD G-HPD G-R_LED_ON G-HDMI_V_DET0 PG-PANEL_LED_ON PG-LCD_EEP_WP G-DDCDA0 G-DDCCL0 G-DDCDA G-DDCCL G-HDMI_V_DET G-DDCDA G-DDCCL DOUT TO / TMHPD0 TMHPD TO,/ TMHPD TMTIME TO,/ TMGPIO TO,/ RCK0 TO / LRCK TO / TMDDCDA0 TMDDCCL0 TMDDCDA TMDDCCL TO,/ TMGPIO TMDDCDA TMDDCCL TMCECO TO,/ TMCECPUL TO / TMCECAVLA TO,0/ TMCECAVLB TO / XIRQ EA0 TO / TMADIN TO / TMADIN TMTIME TMTIME TMTIME TO / TMTIME0 TMADIN TMADIN0 TMEXTRG DATA CLOCK TO / CHPY XRTTM PORT0 TO / AGCI EA TO / LODOUT0 G-DATA G-CLOCK PG-ACTIVE_ANTENNA_ON G-NRT C0 V 0.0u PG-MAIN_FAN_ON/P_LED_ON PG-FAN_O PG-FAN_MAX/P_LED_DIM DATA CLOCK CHPY XRTTM PORT0 AGCI EA LODOUT0 R D0 TMCECPUL B0JCCE00000 G-HDMI_CEC_PU_ON k TMCECO G-HDMI_CEC TMGPIO G-HDMI_V_DET0 TMGPIO G-HDMI_V_DET TMGPIO G-HDMI_V_DET TMHPD0 G-HPD0 TMHPD G-HPD TMHPD G-HPD TMDDCDA0 G-DDCDA0 TMDDCCL0 G-DDCCL0 TMDDCDA G-DDCDA TMDDCCL G-DDCCL TMDDCDA G-DDCDA TMDDCCL G-DDCCL A-Chip_V TO,/ TMCECO G-HDMI_CEC TMGPIO G-HDMI_V_DET0 TMGPIO G-HDMI_V_DET TMGPIO G-HDMI_V_DET TMHPD0 G-HPD0 TMHPD G-HPD TMHPD G-HPD TMDDCDA0 G-DDCDA0 TMDDCCL0 G-DDCCL0 TMDDCDA G-DDCDA TMDDCCL G-DDCCL TMDDCDA G-DDCDA TMDDCCL G-DDCCL TMCECAVLA G-QLINK TMCECAVLB G-QLINK DOUT PG-REV_DAC_ENB TMBT0 G-PDH_XRT_Y/PANEL_TET_ON TB.V AVW ADV_A ACHIP_A TO,0/ TMCECAVLA G-QLINK TMCECAVLB G-QLINK TO / DOUT PG-REV_DAC_ENB TO / TMBT0 G-PDH_XRT_Y/PANEL_TET_ON TB.V R k R 00 G-FACT TMADIN FACT_DBOOT GenX TO / TMGPIO TO,/ TMGPIO TMGPIO TO,/ TMBT0 TO / TMADIN TO,/ PORT TO / TMRMIN TO,/ LODOUT TO / TMADIN TO,/ TMGPIO0 TO / TMGPIO TO,/ TMGPIO TO / TMBI TMBO TO / TO,/ TO,,,,/ TO / EA TO / EA TO,/ ADCCK TO / TMGPIO TMBI0 TMBO0 TMGPIO TMGPIO G-DTV_XRT G-MON_MUTE G-P_HP_MUTE G-TV_UB_ON G-GENX-EEP_WP TMGPIO TMBI0 TMBO0 TMGPIO TMGPIO EA PG-OUND_O EA PG-IF_FIL_ON EA0 PG-PDH_ / D_LED_ON PORT0 PG-MAIN_FAN_ON/P_LED_ON LODOUT0 PG-FAN_MAX/P_LED_DIM LODOUT ADCCK PG-AVDD_ENB AGCI PG-ACTIVE_TBY_LED_ON EA PG-FAN_O P_ON/OFF PV_DET G-PDH_DRVRT/PWM_POW_ON TMBI G-PDH_PANEL_MAIN_ON/BI P.V_DET G-P.V_DET/BO TO tandby-mpu EA PG-OUND_O TO,/ EA PG-IF_FIL_ON EA0 PG-PDH_ / D_LED_ON PORT0 PG-MAIN_FAN_ON/P_LED_ON LODOUT0 PG-FAN_MAX/P_LED_DIM TO / LODOUT UB_VBU ADCCK PG-AVDD_ENB AGCI D_PWR_ON EA PG-FAN_O P_ON/OFF G-PDH_PANEL_MAIN_ON/PANEL_VCC_ON TO / PV_DET TO / G-PDH_DRVRT/PWM_POW_ON TO / TMBI G-PV_DET TO / P.V_DET G-P.V_DET TO / TMADIN G-GENX-KEY C00 0.0u V TMRMIN G-RMIN TMTIME G-R_LED_ON G-G_LED_ON LRCK PG-LCD_EEP_WP RCK0 PG-PANEL_LED_ON G-AI_ENOR R.k R0 k TO heet et KEY_CAN G-KEY TO / TMRMIN G-RMIN TO,/ TMTIME G-R_LED_ON TO,/ G-G_LED_ON TO / LRCK PG-LCD_EEP_WP TO / RCK0 PG-D_LED_ON TO / G-AI_ENOR TO / R0 R TMGPIO0 TMGPIO TMGPIO PG-FILM_DET G-UB.V_ENE G-W_OFF_DET G-UBV/UBV_ENE TMGPIO0 G-UB.V_ENE TO / TMGPIO G-W_OFF_DET TO,/ TMGPIO G-UBV/UBV_ENE TO / PG-FILM_DET TO / XRTTM TMADIN G-NRT G-O R TO TB-REET TB_RT TO / TMADIN TO,/ G-O TP0 C0 V 0.u TB.V R.k VCC TMGPIO G-TV_UB_ON POWER/PANEL CTRL TO,,,,/ TMGPIO G-TV_UB_ON TMGPIO G-DTV_XRT TMBO0 G-P_HP_MUTE TMBI0 G-MON_MUTE TB-REET TO,/ TMGPIO G-DTV_XRT TMBO0 G-P_HP_MUTE TMBI0 G-MON_MUTE TP00 WC CL V DA *IC00 TVRR0 EEPROM R0 TM-EEP_CL TM-EEP_DA IIC TO / TMGPIO G-GENX-EEP_WP G-RQ_GENX TMGPIO G-PDH_XRT_Y/PANEL_TET_ON TMBT0 G-O TMADIN PG-FILM_DET G-RMIN TMRMIN PDH_XRT/PANEL_AGW LODOUT G-PANEL_O/BL_O TMADIN G-UB.V_ENE TMGPIO0 G-W_OFF_DET TMGPIO G-UBV/UBV_ENE TMGPIO G-PDH_PANEL_MAIN_ON/BI TMBI G-P.V_DET/BO P.V_DET PG-IF_FIL_ON EA PG-OUND_O EA PG-AVDD_ENB ADCCK TMADIN CHPY XIRQ G-RF_AFT G-PANEL_O/BL_O PG-ACTIVE_ANTENNA_ON D_COIN_DET TO TUNER TO,/ TMADIN G-PANEL_O/BL_O TO TUNER TO / CHPY PG-ACTIVE_ANTENNA_ON XIRQ PG-ACTIVE_ANTENNA_DET G-RF_AFT TO / TB.V R k TMGPIO G-RQ_GENX et TO,/ TMGPIO G-RQ_GENX 0

52 .. A-Board (/) chematic Diagram HDMI_DDCCL0 RXCP RX0M TMGPIO RXP TMHPD0 TMGPIO RXP HDMI_DDCDA0 HDMI_DDCCL HDMI_DDCCL0 RXCP0 HDMI_DDCDA HDMI_CEC RX0M RXP RXM0 TMHPD TMGPIO RX0P0 RXCM0 RX0P RXM HDMI_DDCCL TMHPD RXP0 RXCP0 TMGPIO RX0P RXM RXP RXCP RXP0 RX0M RX0M0 RX0M RXCM0 RXM0 RX0P RX0M0 HDMI_CEC RXCM RX0P0 HDMI_CEC TMGPIO RX0P RXCM TMHPD0 TMHPD RXM RXM HDMI_DDCDA0 HDMI_DDCDA0 AVW_R0PIN_FBOUT/TDET0 VIN AVW_R0PIN_FBOUT/TDET0 HIN HDMI_DDCDA HDMI_DDCCL0 HDMI_DDCDA HDMI_DDCCL HIN VIN HDMI_DDCDA HDMI_DDCCL C.V u C0 0.u V C.V u C0 0.u V C.V u C.V u C.V u C0 0.u V C.V u C0 0.u V C.V u C0.V u C.V u C.V u D B0JCCE00000 D0 B0ACCJ0000 D B0ACCJ0000 D0 B0JCCE00000 JK0 KFYD00 0 JK00 KFYD00 0 L00 J0JYC00000 L0 J0JYC00000 L0 J0JYC00000 L0 J0JYC00000 L0 J0JYC00000 L0 J0JYC00000 UB.V TBV TBV UB.V R R0 R R R0 R R R R R R R0 R R R MAIN_PB/C RXCM RGB_CVB RXM0 IECIN TMHPD0 RXP RXCP0 RX0P PC_VIN DDCCL0 AVW_R0PIN_FBOUT/TDET0 RX0P DDCCL RXP RX0P0 TMHPD MAIN_PR RXCP RXP0 RXM RX0M0 RXCM0 TMHPD IECOUT RX0M PC_HIN RX0M RXM MAIN_Y/CVB HIN TMGPIO RN VIN G VN R V B TMGPIO GN FBL TMGPIO BN TMDDCDA0 DDCDA0 TMDDCCL TMDDCDA DDCDA TMDDCDA TMDDCCL0 TMDDCCL TMCECO Q00 DC0000L Q0 DC0000L Q DA0000L Q BHFCFA000 R R 00k R 00k R 0k R R 0k R k R0 k R0 0k R.k R R R R R R 0k R0 0k R R R R R0 R k R k R k R 0k R 0k R 0 R0 R R0 0k R R k R k R R0 k R R 0 R0 0 R k *R k *R k TBV HDMI CLK- HDMI: HPD/DDC/DET DG CLK- +V D0G D0- CLK+ DDCG CEC N.C. D+ HPDT DA CL CEC D- sld-tmhpd sld-tmddcda HDMI D+ +V D+ sld-tmceco DA D- tandby-mpu tandby-mpu tandby-mpu Peaks-COMMON HDMI: HPD0/DDC0/DET0 HDMI N.C. D0- sld-tmddcda0 DG sld-tmddccl0 HDMI: HPD/DDC/DET sld-tmhpd0 HPDT sld-tmddccl D0+ CLK+ DG HDMI D0+ D- sld-tmgpi0 D- tandby-mpu D0G CL sld-tmgpi0 CLKG D+ DG DDCG CLKG YIN AVW RGB_FB Peaks-Common PB/C PR RGB_CVB G-HPD G-HPD G-HPD0 G-HDMI_V_DET0 G-DDCDA0 G-DDCCL0 G-DDCDA G-DDCCL G-HDMI_V_DET G-HDMI_V_DET G-HDMI_V_DET0 G-HDMI_V_DET0 G-HPD0 G-HPD G-HPD0 G-HPD G-HPD G-DDCDA G-DDCCL G-HDMI_V_DET G-HDMI_V_DET G-HDMI_V_DET G-HDMI_CEC PC_H PC_V PC_H PC_V FOR HDMI. ARC (only HDMI) 0 Peaks-COMMON! TO / TO / TO / TO / TO / TO,/ TO,0/ TO,/ TO,/ TO,/ TO / HDMI A-BOARD (/)

53 .. A-Board (/) chematic Diagram! A-BOARD (/) AUDIO AMP UBV TUNER TO / IF R0.k R0.k R0 C0 V 0.u R 0 R0.k Q0 R k DA0000L R0 Q0 DA0000L R 0 C0 0V 0p R0 C0 0V u C0 0V u Peaks-COMMON IFINP TO / TO,/ EA OPERATE O TP00 R0 To O 0 C0 R0 V.k 0.u UB.V Q0 DA0000L R0.k IFINN R0.k D0 B0ACCJ0000 L0 GCR0ZA0 _V TO / MUTEB NHUTDOWN R0 0k UB.V C0 V 0.u OPERATE REET R0 0 PWM_READY R MUTE 0 R0 k IC0 CAB00000 AUDIO AMP TBY PVD MUTE PVD O OUT_CH_P C V C 0u V 0u C V 0u C C 0V V 000p u L0 J0JHC00000 C0 V 0u L0 GC0MA0 C0 V u R. TO / PWM0LN PWM0LP PWMRN PWMRP R0 EXBV0JX PWM_A PWM_B 0 PWM_B Thermal Pad OUT_CH_P 0 BOOT_CH_P VDDA BOOT_CH_N OUT_CH_N OUT_CH_N P P P P OUT_CH_N C 0V 0.u C 0V 0.u C V u C 0V 0.u L0 GC0MA0 L0 GC0MA0 C V 0.u C V 0.u C0 0V 0.0u C 0V 0.0u C 0V 0.0u C 0V 0.0u R. R0. C 0V 000p C 0V 000p TP0 TP0 TP0 TP0 A TO PEAKER L+ L- R+ R- AVW AV_L AV_R C0 0V 0u C0 0V 0u R0 0k R0 0k LIN_LP LIN_RP TO / PWM_A 0 OUT_CH_N BOOT_CH_N VDDA 0 BOOT_CH_P OUT_CH_P 0 OUT_CH_P PVD PVD C 0V 0.u C 0V 0.u C0 V u C 0V 0.u L0 GC0MA0 C V 0.u C V 0.u C 0V 0.0u C 0V 0.0u C 0V 000p C 0V 000p C 0V 0.0u C 0V 0.0u R. TO / LO_L_AVW LO_R_AVW << Monitor L << Monitor R LO_L MON_L-OUT LO_R MON_R-OUT TO / C 0V 000p C V u LO_L_AVW LO_R_AVW << TV L << TV R LO_L TV_L-OUT LO_R TV_R-OUT TO / TO 0/ HP_LOUT HP_ROUT R00 0k << MainHP L << MainHP R C0 R0 V 0k 0.0u C0 V 0.0u C0.V 00u + + C0.V 00u R0 R0 HP_L HP_R TO / Q BAAFB00000 AVDD.V NORMAL Q MUTE BAAFB00000 R 00 Q DA0000L R 00 R0 0k R 0k R 00 NORMAL TO / A_MUTE MUTE R 00 Q DC000L R M R 0k R k Analog-AIC MUTE TO / HP_MUTE_CTL OPERATE TO / AMP_MUTE 0

54 +.0. A-Board (/) chematic Diagram! A-BOARD (/) TUNER,TERMINAL! IIC_From_Demod TO,/ D-TNR_CL FE-OUT_CL FE-OUT_DA D-TNR_DA TNRV C0 0V 00u L0 J0JCC0000 L00 J0JCC0000 C0 V 0.u C0 V 0.u C0 V 0.u TU0A ENGF0KF TUNER +B_active_antenna BB RF-AGC_Monitor BT_Monitor Audio-out IF-out VB 0 Video-out CL DA VB IF_AGC REET IFD-out IFD-out 0 IF_Monitor R 0 TNR.V L0 J0JCC0000 IFAGC R0 R IFD IFD ACTV C 0V 00p C V 0.u L0 J0JCC0000 L0 J0JCC0000 L0 J0JHC00000 R FE.V GENX ADV AM TO / IF TO / AVW TO / MAIN_RF_CVB TO,/ AA_FE_RT FE_XRT / DRAM_CHK *JK0A AV KFYA (PLUG) VIDEO IN VIDEO OUT (VIDEO IN) (VIDEO) FB IN Chroma/RED in (FB) (RED/C) GREEN IN Q-LINK (GREEN) AV LOW BLUE IN L IN (BLUE) (AUDIO) TV L OUT R IN TV R OUT E_AV_VIN(0P)/A_AV_V TERMINAL E_AV_VOUT(P)_TERMINAL E_AV_FB(P)_TERMINAL E_AV_RED/C(PIN)_TERMINAL E_AV_GREEN(P)/A_AVC_Y TERMINAL E_AV_Q-LINK(0P)_TERMINAL E_AV_LOW(_P)_TERMINAL E_AV_BLUE(_PIN)_TERMINAL E_AV_LIN(_PIN)/A_AV_L TERMINAL E_AV_(AUDIO)(_P)_TERMINAL E_AV_LOUT(_PIN)_TERMINAL E_AV_RIN(_PIN)/A_AV_R TERMINAL E_AV_ROUT(_PIN)_TERMINAL TO 0/ D00 KAAAY00000 UB.V OPTICAL AUDIO OUT DRIVE IC VCC Vin *JK0A KAK0B0000 HEADPHONE PDIF TO 0/ OPT_PDIF_TERMINAL IDE_HP_L_TERMINAL IDE_HP_R_TERMINAL IDE_HP_ TO 0/ TO / G-RF_AFT R 0k Demod TO / IFAGC IFAGC IFD IFD IFD IFD TUNER.V TUNERV UB.V FE.V VOUT VIN C.V.u V V L0 J0JHC00000 C0.V.u UB.V C V 0.u C 0V u IC C0DBGYY00 TNRV TUNERV VIN VOUT P R Y PB PR V Y PB PR G V E_YPBPR_Y/A_AVC_Y TERMINAL E_YPBPR_PB/A_AVC_PB TERMINAL E_YPBPR_PR/A_AVC_PR TERMINAL A_AV_V TERMINAL TO 0/ YPBPR V IN ON/OFF IC0 C0CBCAG000 TUNER.V G-TV_UB_ON V CE L L R R G *JK00C KHA0A000 E_PC_LIN/A_AV_LIN TERMINAL E_PC_RIN/A_AV_RIN TERMINAL AUDIO IN TUNER.V UB.V TO,,,,/ G-TV_UB_ON TMGPIO C 0V u IC C0DBFYY000 TUNER.V CE VIN V VOUT TNR.V TP AV.V C 0V.u P R 0

55 .. A-Board (0/) chematic Diagram! A-BOARD (0/) VIDEO AUDIO I/O E_AV_Vi/Yi E_AV_VIN(0P)/A_AV_V TERMINAL VIDEO IN L0 J0JCC0000 R 0 R 0 R0 0 R 0 C 0V 0u C 0V 0u AVW_R0PIN_CVBIN AVW_R0PIN_G/YIN E_AV E_AV_LIN(_PIN)/A_AV_L TERMINAL E_AV_(AUDIO)(_P)_TERMINAL E_AV_RIN(_PIN)/A_AV_R TERMINAL AUDIO IN L J0JYC0000 C R L 0V J0JYC0000 k 0p C0 R 0V k 0p L J0JYC0000 R EXBVJX C u 0V C u 0V AVW_R0PIN_LIN AVW_R0PIN_RIN E_AV E_AV_Q-LINK(0P)_TERMINAL Q-LINK R TP0 TBV R0 k D0 B0ACCJ0000 R TMCECAVLA TO,/ *R k tandby-mpu TO,/ QLINK_AV TMCECAVLB G-QLINK D DZJ0M0L E_AV RGB/C E_AV_RED/C(PIN)_TERMINAL J R 0 C0 V 0.u C 0V 0u AVW_R0PIN_B/CIN AVW_R0PIN_R/CIN TO / TP00 *R0 0 AVW_R0PIN_DET R R 0 0 C 0V J R0 0u EXBVJX E_AV_GREEN(P)/A_AVC_Y TERMINAL R AVW_R0PIN_G/YIN R R EXBVJX PC/Audio IN(RCA AVin) C 0 0 0V L IN u C 0V E_PC_LIN/A_AV_LIN TERMINAL AVW_R00PIN_LIN TO / J0 L 0u TO / TO / TO / J0JYC0000 C R E_AV_BLUE(_PIN)_TERMINAL AVW_R0PIN_B/CIN 0p k R R 0V 0 0 C 0V R IN u E_PC_RIN/A_AV_RIN TERMINAL AVW_R0PIN_RIN L J0JYC0000 C R 0p k C 0V E_YPbPr 0V 0u E_YPBPR_Y/A_AVC_Y TERMINAL AVW_R0PIN_CYIN R J0 C R 0V EXBV0JX AVW_R0PIN_CVB/Y+COUT 0u E_YPBPR_PB/A_AVC_PB TERMINAL AVW_R0PIN_PBIN J0 R C 0V *R 0u 0 E_YPBPR_PR/A_AVC_PR TERMINAL AVW_R0PIN_PRIN R J E_AV FB/LOW-W E_AV_FB(P)_TERMINAL R00 0 E_AV_LOW(_P)_TERMINAL R0 0 J00 TP0 R0.k R0 k R AVW_R0PIN_FBIN/O AVW_R00PIN_DET TO / AVW_R0PIN_AGCVBOUT OPT OPT_PDIF_TERMINAL R0 00 Peaks-COMMON IECOUT TO,/ E_AV(RCA) A_AV_V TERMINAL *R 0 *L J0JCC0000 *R 0 *R0 0 *C0 0u 0V AVW_R00PIN_CVB E_AV E_AV_LOUT(_PIN)_TERMINAL Q0 DC0000L AUDIO OUT C 0V 0u AVW_R0PIN_LOUT E_AV_ROUT(_PIN)_TERMINAL E_AV_(AUDIO)(_P)_TERMINAL L J0JYC0000 L J0JYC0000 R C 00k 0V 0p C 0V 0p R 00k R.k R.k Q0 DC0000L C 0V 0u C 0V 0u C 0V 0u R EXBVJX AVW_R0PIN_ROUT MONITOROUT_MUTE TO / E_AUDIO OUT E_AV_Vo E_AV_VOUT(P)_TERMINAL J0 R 00k R C0 0V 00u + C 0V 00u + E_AV_VOUT AVW_R0PIN_Y/Y+C/CVBOUT AVW_R0PIN_AGCVBOUT HP IDE_HP_L_TERMINAL L0 J0JYC0000 C0 V 0.0u R0 HP_LOUT TO / L0 IDE_HP_R_TERMINAL IDE_HP_ J0JYC0000 C0 V 0.0u R00 HP_ROUT R 0

56 P P.. A-Board (/) chematic Diagram! A-BOARD (/) AV W P R0 C0 0V u IC00 C0DBGYY00 VOUT +V V VIN CE UB.V C0 0V u G-TV_UB_ON TMGPIO TO,,,,/ PC/A-IN AVW_R0PIN_RIN TO 0/ AVW_R00PIN_LIN C0 0V u C0 0V u R00 0 R00 0 AV A-IN AVW_R0PIN_RIN AVW_R0PIN_LIN AV A-IN TO 0/ C00 0V u R00 ECAM-AM AM TO / TV OUT LO_R_AVW C0 0V u R00 LO_L_AVW UBV R00 R00 C00 V 0.u C0 0V u C0 0V u R00 R0 AUDIO OUT LO_R_AVW LO_L_AVW TO / AV A-OUT AVW_R0PIN_LOUT AVW_R0PIN_ROUT AUDIO OUT TO 0/ C0 0V 0u AV_L AV_R P OUT AV_L AV_R TO 0/ AV_FB AVW_R0PIN_FBIN/O YPbPr-IN AVW_R0PIN_PBIN AVW_R0PIN_CYIN AVW_R0PIN_PRIN UB.V R000 CVBin C00 0.u 0 VCCV V CVBin T_DET Yin T_DET Cin VCCV PBin/B L_DET CYin/G 0 T_DET PRin/R T_DET PBin L_DET CYin HD_VD/FBKMUTE PRin 00 Lin Rin 0 Lin Rin Lin Rin Lin Rin Lin Rin Lin Rin 0 Lin Rin Lin AU/Vcc L0in/Lout R0in/Rout Lout FBin/O Bin CVBin VDin FBin/O Rin Lin Rin Gin HDin Rin IC000 Rout Lout Rout O G/CY/Y/CVBout VCCV CVB/Y+Cout CAB0000 Y/Y+C/CVBout AG_CVBout AVW VCCV R/Prout VD_out B/PB/Cout HD_out T_DET CVBin T_DET CVBin BG Yin 0 _DET R/Cin G/Yin _DET B/Cin T_DET CVBin T_DET G/Yin 0 _DET B/Cin T_DET Lout Rtate_out Rout AG_CVBout C/Y+C/CVBout AG_CVBout out T_DET0/Fbout AU_ DA G/CY/CVBout R VCCV CVBin CL AV-W_CL AV-W_DA C0 V 0.u C0 V 0.u R00 R00 AVW_R0PIN_CVB/Y+COUT AVW_R0PIN_AGCVBOUT AV V-OUT AVW_R0PIN_Y/Y+C/CVBOUT AVW_R0PIN_AGCVBOUT PC_H PC_V TO 0/ TO 0/ RGB_CVB MAIN_PR VIN MAIN_PB/C HIN MAIN_Y/CVB IIC AV-W_CL TO / AV-W_DA AVW_R0PIN_FBOUT/TDET0 HIN PC_H VIN PC_V MAIN_Y/CVB MAIN_PB/C MAIN_PR RGB_CVB TP000 AVW_R0PIN_FBOUT/TDET0 TP00 PC_HIN PC_H TP00 PC_VIN PC_V TP00 MAIN_Y/CVB TP00 MAIN_PB/C TP00 MAIN_PR TP00 RGB_CVB TO / C0 0V 0u C0 V 0.u R00 00k AVW_R0PIN_FBOUT/TDET0 Peaks-COMMON C0 0V 0u R0 0 VDACO TO / E_AV V AVW_R00PIN_CVB E_AV RGB/YC AVW_R0PIN_R/CIN C0 0V 0u R0 0 TUNER TO / MAIN_RF_CVB AVW_R0PIN_G/YIN AVW_R0PIN_B/CIN AVW_R0PIN_B/CIN TO 0/ AV V-IN AVW_R0PIN_G/YIN AVW_R0PIN_CVBIN AVW_R0PIN_DET E_AV_LOW AVW_R00PIN_DET

57 .. A-Board (/) chematic Diagram! A-BOARD (/) ANALOG AIC W_OFF_DET UB.V Peaks-COMMON TO / POWER_DET EA R0 k GENX-DET TO,/ G-DTV_XRT TMGPIO R 00 Peaks-REET GENX-DET TO,/ UBV G-W_OFF_DET TMGPIO R0 00 TO / TB_V_WON R0 R00 k D00 B0ADEJ0000 R0 00k R0 k C00 V 0.u Q0 DC0000L Peaks-COMMON TO,,/ TO / XRT NRT R R 00 R 00 TP0 UB.V R.k AVW-MODEL TO 0/ MONITOROUT_MUTE Q0 DA0000L MUTE R0 00k R0 k C0 0V 0.u Q00 DC000L R0 M R0 k R00 k C00 0V.u A-Chip_A TO / HP_MUTE_CTL Peaks-COMMON/GENX-DET TMBI0 G-MON_MUTE TO,/ TMBO0 G-P_HP_MUTE TO,/ GENX-DET TO / TB_RT G-PDH_DRVRT/PWM_POW_ON TP00 FC P FB DRV MONITOR_MUTE DTVVOUT 0 DTBV R00 DTVVIN AUDIO_MUTE_IN EN_DCDC C0 MUTE_VCC V 0.u CD P_MUTE 0 + UBV C0 0V 0u UB.V R0 0k TB.V L000 J0JYC00000 TBV UBV A-Chip_A TO / AMP_MUTE PANEL-D TO,/ TO / O_P O_C O_C O_ C_UHZ C000 V 0.u C00 V 0.u C00 V 0.u C00 V 0.u C00 0V 000p TB_RT AMUTE DRVRT TB.V TBV_W_ON TBV P_O TB.V C_O DRVRT_PD C_O PANEL_O _O 0 TET D_O_RV P.V C_OHZ UHZ P.V R000 C C D0.V 0u.V B0JCME0000 0u TP000 TB.V C0.V u C C C C0.V.V.V.V 0u 0u 0u 0u R0 D0 B0ACCJ0000 Panel-D TO / PDP_DRVRT TO / TO,,,,/ D_UHZ O_DCC G-TV_UB_ON TMGPIO PDH_O TB.V R00 k R00 0k R00 k D000 R00 B0ADCJ00000.k Q000 DC0000L IC000 CZBZ000 ANALOG AIC GENX-DET TO,/ TMADIN G-PANEL_O/BL_O

58 .. A-Board (/) chematic Diagram! A-BOARD (/) DC-DC CONVERTER PV P R C.V u PV C V 0u R0 C V 0.0u L0 GC00MA0 C.V u C0.V u D0 B0JCPG00000 C V 0u C0 0V 0p R0. IC0 C0DBAYY00 DC-DC CONVERTER V->V BOOT VIN EN W COMP FB C V 0.u R k C0 0V 000p TO / P_ON/OFF TO,/ PANEL_MAIN_ON PV_DA0 TO / PV_CL0 R0 00 AR_TB_CL0 TP0 TO / AR_TB_DA0 R0 TP0 00 TO / XRT_Y R00 CHVAL TO / R0 k TO / OD_VIN TO / PDP_DRVRT TEP TEN TDP TDN TCLKP TCLKN TO / TCP TCN TBP TBN TAP TAN R 0k R R0 k.k PANEL_MAIN_ON PV_DA0 PV_CL0 DRVMUTE OD_VIN R0.k DRVRT TEP TEN TDP TDN TCLKP TCLKN TCP TCN TBP TBN TAP TAN R TO C-BOARD (C0) A0 IDE PV C0 V 0.0u TP0 PV C00 0V 0u P_ON/OFF CTL Vcc C 0V 0u (FIN) (FIN) OUT ADJ R0 0k R.k IC0 C0DBEHG0000 P.V P+.V C 0V 0u P_ON/OFF IU TP0 CCLK CER CRC OC CRC CNRT OC CPH CI O_C O_C UHZ CEL CH CL CMH CML +V 0 0 TP0 TP0 TP0 TP0 TP0 TP0 TP0 TP00 TP0 TP0 TP0 TP0 TP0 R0 EXBHV0JV R EXBV0JX O_C O_C C_UHZ R0 EXBHV0JV PV C_IU C_CCLK C_CER C_CRC C_OC C_CRC CNRT C_OC C_CPH C_CI C_CEL C_CH C_CL C_CMH C_CML C_IU C_CCLK C_CER C_CRC C_OC C_CRC CNRT C_OC C_CPH C_CI C_CEL C_CH C_CL C_CMH C_CML PV C00 V 0.u PV C0 V 0.u Y Y Y Y Y Y Y Y G Vcc 0 Y Y Y Y Y Y Y Y 0V G Vcc 0 IC0 IC00 C0JBAZ00 C0JBAZ00 BUFFER BUFFER 0V 0 A A A A A A A A 0V G 0V 0 A A A A A A A A 0V G R00 EXBHV0JV R0 EXBHV0JV PD_IU PD_CCLK PD_CER PD_CRC PD_OC PD_CRC PD_CNRT PD_OC PD_CPH PD_CI PD_CEL PD_CH PD_CL PD_CMH PD_CML P.V C.V u L00 GCRZ0000 C00 V 0.u C0 V 00p IC00 C0DBAYY000 DC-DC CONVERTER V->.V P 0 VIN P VIN P VIN W W W EN BOOT PET RT /DELAY FC 0 FB C0 V 0u C0 0V 00p R 0k PV C0 0V 00p R k R.k R 0k C0 V 0u C0 V 00p C V 0.u R0 k R0 D_XRT_Y +V 0 TERM C0 V 0.0u C0 V 0u TP0 TP0 TP0 TP0 Analog AIC R0 k R00.k D0 B0ADCJ00000 OHZ O_DCC TO / O_P TO,/ O_C O_C TO / O_ C_UHZ TO / D_UHZ TO / TO / P_0 P_ P_0 P_ D_UHZ PANEL_MAIN_ON TO,/ TO,/ O_P PANEL_MAIN_ON O_P O_DCC O_P O_C O_C O_ C_UHZ 0 0

59 .. A-Board (/) chematic Diagram! A-BOARD (/) PD IC00 V0 XI TP00 P.V R k R M C0 0V p C0 0V p IC00 CAB0000 R00.k R0 0 P.V R0.k R0 0 PV R0 k R0 0 R0 C00 k V 0.u R0 TO / P.V_DET TO / PV_DET C0 0.u V R0 R0 P.V C00 V C# 0.u VCC O/IO *IC0 /IO WP#/IO CLK I/IO0 TVRR FLAH MEMORY R0 R0 TP0 TP0 TP0 TP0 TP0 TP0 R R PDP_CLK PDP_OUT IC00 B0 DCCIPORT0 IC00 B PIHZ IC00 A FLCK IC00 B FL IC00 B FLIO0 IC00 C FLIO IC00 A FLIO IC00 A FLIO IC00 B EXTFLO IC00 A EXTFLCK IC00 C EXTFLI IC00 A EXTFL P_0 P_ OD_VIN IC00 U DCCOP0 IC00 P DCCOP R0.k IC00 T0 CKMO IC00 C FLATCHI TP IC00 A FRT TP IC00 B FVRT IC00 D0 FPCLK IC00 E FPDAT IC00 E FPDAT0 TP0 IC00 C ODHO TP00 IC00 K FVO TP IC00 D ODVO R k IC00 C ODCKO IC00 E ODYI IC00 D ODRI TO / PG-FILM_DET IC00 E ODBI IC00 D ODGI TO / ODCLK IC00 F ODCKI X00 H0J00000 IC00 W0 XO IC00 L DCCOP IC00 M DCCOP IC00 N DCCOP TP IC00 R DCCIFBK IC00 V DCCOP IC00 T DCCIFBK PD_IU IC00 K DCCOP0 PD_CCLK IC00 K DCCOP PD_CER IC00 L DCCOP IC00 L DCCOP PD_OC IC00 M DCCOP PD_CRC IC00 M DCCOP PD_CNRT IC00 N DCCOCRT PD_OC IC00 N DCCOP PD_CI IC00 P DCCOP0 IC00 R DCCOP PD_CEL IC00 R DCCOP PD_CH IC00 T DCCOP PD_CL IC00 T DCCOP DD_P DD_N PD IC00 AC LVDOD0P IC00 AC LVDOD0N IC00 AD LVDODP IC00 AD LVDODN IC00 AC LVDRCK0P IC00 AC LVDRCK0N IC00 AE LVDODP IC00 AE LVDODN IC00 AF LVDODP IC00 AF LVDODN IC00 AG LVDODP IC00 AG LVDODN IC00 AH LVDODP IC00 AH LVDODN IC00 AG LVDRCKP IC00 AF LVDRCKN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN DD_P DD_N DD_P DD_N DRVCLKP DRVCLKN DD_P DD_N DD_P DD_N DD_P DD_N DD_P DD_N DRVCLKP DRVCLKN DD0_P DD0_N DD0_P DD0_N IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AK LVDODN IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 AH LVDODP IC00 AH0 LVDODN IC00 AG LVDODP IC00 AG0 LVDODN IC00 AF LVDODP IC00 AF0 LVDODN IC00 AE LVDODP IC00 AE0 LVDODN IC00 AD LVDRCKP IC00 AE LVDRCKN IC00 AD LVDOD0P IC00 AD0 LVDOD0N IC00 AC LVDODP IC00 AC0 LVDODN IC00 AE LVDRCKP IC00 AD LVDRCKN IC00 AH LVDRCKP IC00 E ODHI PD_CPH IC00 U DCCOP DD_P IC00 AJ LVDODP DD_P IC00 AJ LVDOD0P IC00 AH LVDRCKN R IC00 A XRT PD_CMH PD_CML IC00 U DCCOP0 IC00 V DCCOP DD_N DRVCLKP IC00 AK LVDODN IC00 AH LVDRCKP DD_N DD_P IC00 AK LVDOD0N IC00 AJ LVDODP IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 N DCCOP D0 B0ADCJ00000 D_XRT_Y R R0.k DRVRT R DRVMUTE R C V 0.u C V 0.u C0 V 0.u IC00 B XRTY IC00 A DCCIDRVRT IC00 C0 DCCIDIPEN PD_CRC D_UHZ IC00 V DCCOP IC00 W DCCOP IC00 P DCCIFBK0 DRVCLKN DD_P DD_N DD_P DD_N IC00 AH LVDRCKN IC00 AJ LVDOD0P IC00 AK LVDOD0N IC00 AJ LVDODP IC00 AK LVDODN DD_N DRVCLKP DRVCLKN DD_P DD_N DD_P IC00 AK LVDODN IC00 AH LVDRCK0P IC00 AH LVDRCK0N IC00 AJ LVDODP IC00 AK LVDODN IC00 AJ LVDODP IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 AH LVDRCKP IC00 AH LVDRCKN IC00 AF LVDRCKP IC00 AG LVDRCKN IC00 P DCCOP O_DCC R0 IC00 B O DD_N IC00 AK LVDODN IC00 AB LVDRCKP R OHZ IC00 AC LVDRCKN IC00 Y DCCOP LVD_INPUT IC00 R DCCOP IC00 B RXOAP TAP IC00 B RXEAP PD_UEH PD_UL/UML PD_UH IC00 K0 DCCOP IC00 L DCCOP IC00 L0 DCCOP IC00 A RXOAN IC00 B RXOBP IC00 A RXOBN TAN TBP TBN IC00 A RXEAN IC00 B0 RXEBP IC00 A0 RXEBN PD_UML IC00 M DCCOP IC00 B RXOCP TCP IC00 B RXECP PD_UMH IC00 M0 DCCOP IC00 A RXOCN TCN IC00 A RXECN PD_LED PD_PCD IC00 R DCCOP IC00 P DCCOP IC00 B RXOCKP IC00 A RXOCKN TCLKP TCLKN IC00 B RXECKP IC00 A RXECKN PD_UEH UEH_C PD_PCD IC00 N0 DCCOP IC00 B RXODP TDP IC00 B RXEDP PD_UL/UML PD_UH PD_UML PD_UMH R0 EXBHV0JV UL/UML_C UH_C UML_C UMH_C PD_ODED PD_CLRD PD_LED IC00 P0 DCCOP IC00 N DCCOP IC00 W DCCOP IC00 A RXODN IC00 B0 RXOEP IC00 A0 RXOEN TDN TEP TEN IC00 A RXEDN IC00 B RXEEP IC00 A RXEEN PD_PCD PD_PCD IC00 Y DCCOP IC00 AA DCCOP IIC PD_ODED PD_CLRD IC00 Y DCCOP0 IC00 AA DCCOP PV_DA0 R PV_CL0 R0 IC00 B DA IC00 A CL R0 EXBHV0JV PD_LED PD_ODED D-LED D-ODED PD_PCD PD_PCD PD_CLRD D-PCD D-PCD D-CLRD D-LED D-ODED D-PCD D-PCD D-CLRD PD_LED R0 EXBHV0JV D-LED IDE TERM DD_N DD_P DD_N DD_P DRVCLKN DRVCLKP DD_N DD_P DD_N DD_P DD_N DD_P DD_N DD_P DRVCLKN DRVCLKP DD_N DD_P DD_N DD_P PD_ODED D-ODED PD_PCD PD_PCD PD_CLRD D-PCD D-PCD D-CLRD DATA_DRIVER _PULE TP00 TP0 TP0 TP0 TP0 TP TP TP.0V P P.V 0 0 TP TP TP0 TP TP TP TP TP 0 0 TP TP TP TP TP0 TP TP TP TP VJ0 TP TP TP TP KEY_CAN LE ODE PC PC CLR DD_+ DD_+ DRVCLK+ DD_+ DD_+ DD_+ DD_+ DD_- DD_- DRVCLK- DRVCLK- DRVCLK+ DD_- DD_- DD_- DD_- DD_+ DD_- DD_- DD_+ P.V P.V P.V A TO C-BOARD (C) 0

60 .. A-Board (/) chematic Diagram! A-BOARD (/) PD P.V P.V L0 J0JHC0000 IC00 A VDD CAB0000 IC00 AA MLVD_VDD C0 0.u V C0 0.u V C 0.u V C 0u 0V C 0.u V C 0u 0V C 0.u V C 0u VJ0 VJ0 VJ00 P P P IC00 D LRX_VC_ IC00 D LRX_VC_ IC00 D0 LRX_VC_0 C 0.u IC00 D LRX_VC_ V C 0.u V C 0.u V C 0.u V C 0.u V L00 J0JHC0000 IC00 E LRX_V IC00 E LRX_V IC00 E LRX_V IC00 E0 LRX_V IC00 W PLLICK_AVD IC00 Y PLLICK_AV C 0u 0V C 0u 0V C 0u 0V IC00 AB PLLDCCCK_AVD IC00 AA PLLDCCCK_AV IC00 AG PLLMLCK_AVD IC00 AA VDDC IC00 AA VDDC IC00 AB VDDC IC00 AB VDDC IC00 AB VDDC IC00 AB VDDC IC00 AB VDDC IC00 AB VDDC IC00 AC VDDC IC00 AD VDDC IC00 AE VDDC IC00 AF VDDC IC00 AF VDDC IC00 AF0 VDDC IC00 AF VDDC IC00 AF VDDC IC00 AF VDDC IC00 AF VDDC IC00 E VDDC IC00 E VDDC IC00 E VDDC IC00 E0 VDDC IC00 E VDDC IC00 E VDDC IC00 E VDDC IC00 E VDDC IC00 G VDDC IC00 G VDDC IC00 H VDDC IC00 H VDDC IC00 J VDDC IC00 J VDDC IC00 K VDDC IC00 U VDDC IC00 V VDDC C 0.u V C0 0.u V C u.v C 0.u V C 0.u V C 0u 0V C0 0.u V C u.v C 0.u V IC00 AF C_VDD IC00 AF C_VDD IC00 AF C_VDD IC00 AF C_VDD IC00 N C_VDD IC00 P C_VDD IC00 R C_VDD IC00 T C_VDD IC00 E C_VDD IC00 E C_VDD IC00 E C_VDD IC00 E C_VDD IC00 R C_VDD IC00 T C_VDD IC00 U C_VDD IC00 V C_VDD IC00 N C_VDD IC00 P C_VDD IC00 L C_VDD IC00 M C_VDD C 0.u V C 0.u V C 0.u V C 0u 0V C 0u 0V C 0u 0V C 0.u V C 0.u V IC00 B VDD IC00 C VDD IC00 D VDD IC00 D VDD IC00 D VDD IC00 D0 VDD IC00 D VDD IC00 D VDD IC00 D VDD IC00 D VDD IC00 D VDD IC00 E VDD IC00 H VDD IC00 H VDD IC00 H VDD IC00 J VDD IC00 J VDD IC00 J VDD IC00 N VDD IC00 P VDD IC00 P VDD IC00 R VDD IC00 U VDD IC00 V VDD IC00 V VDD IC00 W VDD IC00 W VDD IC00 W VDD L0 J0JHC0000 IC00 A LRX_VDDH IC00 A LRX_VDDH IC00 B LRX_VDDH C0 0.u V C 0.u V C 0u 0V C 0u 0V IC00 AA MLVD_VDD IC00 AA0 MLVD_VDD IC00 AB MLVD_VDD IC00 AB0 MLVD_VDD IC00 AC MLVD_VDD IC00 AC MLVD_VDD IC00 AD MLVD_VDD IC00 AD MLVD_VDD IC00 AD MLVD_VDD IC00 AF MLVD_VDD IC00 AF MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 AG MLVD_VDD IC00 Y MLVD_VDD IC00 CAB0000 PD IC00 A IC00 A IC00 A0 IC00 AA IC00 AF IC00 AF IC00 AF IC00 AF IC00 AF IC00 AF0 IC00 AF IC00 AG0 IC00 AG IC00 AG IC00 AH IC00 AH IC00 AH0 IC00 AH IC00 AJ IC00 AJ IC00 AJ IC00 AJ0 IC00 AJ IC00 AJ0 IC00 AK IC00 AK IC00 AK IC00 AK IC00 AK0 IC00 AK IC00 AK IC00 AK0 IC00 B IC00 B IC00 B IC00 B IC00 C IC00 C0 IC00 C IC00 C IC00 C IC00 C IC00 C IC00 C IC00 C IC00 C0 IC00 C IC00 C IC00 C IC00 C IC00 C IC00 D IC00 D IC00 D IC00 D IC00 E IC00 E IC00 E IC00 E IC00 E IC00 E IC00 F IC00 F IC00 F IC00 G IC00 G IC00 H IC00 H IC00 H IC00 J IC00 J IC00 K IC00 K IC00 K IC00 L IC00 L IC00 L IC00 M IC00 R0 IC00 T IC00 T IC00 T IC00 T IC00 U0 IC00 V IC00 V IC00 W IC00 W IC00 W IC00 Y IC00 Y IC00 Y0 IC00 AA C_ANA_0 IC00 AF C_ANA_0 IC00 AF C_ANA_ IC00 AF C_ANA_ IC00 AG C_ANA_ IC00 AG0 C_ANA_ IC00 AG C_ANA_0 IC00 AH0 C_ANA_ IC00 AH C_ANA_ IC00 AJ C_ANA_ IC00 AJ0 C_ANA_ IC00 AJ C_ANA_ IC00 AJ C_ANA_ IC00 AK0 C_ANA_ IC00 AK C_ANA_ IC00 C C_ANA_ IC00 C C_ANA_ IC00 C C_ANA_ IC00 C C_ANA_ IC00 C C_ANA_ IC00 C C_ANA_ IC00 C C_ANA_0 IC00 D C_ANA_ IC00 D C_ANA_ IC00 E C_ANA_ IC00 F C_ANA_ IC00 F C_ANA_ IC00 F C_ANA_ IC00 G C_ANA_ IC00 G C_ANA_ IC00 G C_ANA_ IC00 J C_ANA_ IC00 M C_ANA_ IC00 M C_ANA_ IC00 N C_ANA_ IC00 R C_ANA_0 IC00 U C_ANA_ IC00 U C_ANA_ IC00 U C_ANA_ IC00 Y C_ANA_ IC00 Y C_ANA_ 0V IC00 AG PLLMLCK_AV IC00 B LRX_VDDH IC00 AE minilvd_mon0 IC00 AE minilvd_mon IC00 AG minilvd_mon IC00 AG minilvd_mon IC00 D LRX_TXN_ IC00 D LRX_TXP_ IC00 D LRX_TXN_0 IC00 D LRX_TXP_0 R.k R.k R.k R.k IC00 AE minilvd_ri0 IC00 AF minilvd_ri IC00 AG minilvd_ri IC00 AG minilvd_ri IC00 D VTET0 IC00 AG VTET TO / ODCLK IC00 K OCKOUT IC00 G0 RLF0 IC00 G RLF IC00 G RLF IC00 H MVIO IC00 D BI0 TP IC00 A FLATCHO IC00 H0 MHIO IC00 D BI IC00 B TET IC00 A ID0 IC00 J VIO IC00 E0 BO0 IC00 K TMODE0 IC00 B ID IC00 J0 HIO IC00 F BO IC00 L TMODE IC00 A ID IC00 F0 BT0 IC00 M DCCIPORT IC00 F BT IC00 C IICY DRVRT D-LED D-ODED D-PCD D-PCD D-CLRD UMH_C UML_C UH_C UL/UML_C UEH_C O_ P.V DD_N DD_P DD_N DD_P DRVCLKN DRVCLKP DD0_N DD0_P DD0_N DD0_P DD_N DD_P DD_N DD_P DRVCLKN DRVCLKP DD_N DD_P DD_N DD_P VJ0 P P.V Q00 DC0000L R0.k R0 00k TP00 R0 R0 00k 0k Q0 DC0000L TP TP TP TP0 TP TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP TP TP0 TP0 TP0 TP0 VJ00 P PV C00 V 0.0u IDE TP0 TP0 TP TP TP TP R0 00 TERM.V_DET DD_- DD_- DD_+ DD_+ DRVCLK+ DD0_+ DD0_+ DD_- DD0_- DD0_- DRVCLK- DD_+ DD_+ DRVCLK+ TP TP0 DD_+ TP0 DD_- DD_- DRVCLK- DD_- DD_+ LE ODE PC PC TP CLR UMH UML UH UL UEH DRVO P.V P.V PV TO A C-BOARD (C) 0 0

61 .. A-Board (/) chematic Diagram! A-BOARD (/) PEAK-AVC POWER UB.V R0 0k R 0k IC0 C0DBFYY000 AVDD.V UBV L0 J0JHC00000 C 0V u CE VIN V VOUT C0 0V.u AVDD.V R00 P UBV R D0 B0HCMM k C 0V.u IC0 C0DBGYY00 AVDDH.V VIN VOUT V ON/OFF AVDDH.V C 0V UB.V.u R R.k 0k D0 DZJ0M0L R.k CTL FV R0 0k Q0 DC000L R 0k Q0 DC000L C 0V R0 R.u k k R0 k R0 k C V 0.0u R00 TO / DCDC_CTL PEAK-AVC POWER IC0 C0DBAYY00 UBV UB.V L0 GC00MA00 DCDCV R 0 C V 0.u FV UBV TP0 POWER-MODEL IC0 C0DBGYY00 UBV VOUT VIN C V V C u V u R R R0 k R k R R.k.k R C 0V 0.0u R DRVH W VBT DRVL EN P VO TRIP VFB 0 VIN VREG VFILT VFB VO TRIP 0 EN P VBT DRVL DRVH W R R R k C 0V.u C V u C V 0.u R k G G D D D D Q0 BMBEDA000 Q0 BMBDDA0000 G G D D D D C C V 0u V 0u C C V 0u V 0u L0 GCRZ0000 L0 GCRZ000 C C.V u.v u C C.V u.v u C0 C.V u.v u TP0 TP0 UB.V UBV R 0 C V 0.u O-ENE TB.V Q DA0000L R.k R k R 0k TP C V 0.u TO,/ G-O TMADIN L0 GC00MA00 DCDCV L0 J0JHC00000 PA0 KH0A00 FV R.k C V 0.u D B0ACCJ0000 D B0ADEJ0000 R 0 R 0 R 0 UB.V UBV UBV Q DC000L R k R 00k D D DZJ0M0L D B0ADCJ00000 D DZJ0M0L D B0ADCJ00000 D DZJ0M0L PV UB.V UB.V R.k R.k P.V UBV D DZJ0M0L R.k D DZJ0M0L R0.k UB.V D DZJ0M0L R0.k R R0 k R0 R.k R0 0 R C0 0V 0.u R R DRVH W VBT DRVL EN P R0 k VO TRIP VFB 0 VIN C0 VREG 0V.u C VFILT V u VFB C0 V 00p VO R0 TRIP 0k 0 EN P VBT DRVL DRVH W R R C0 0 V 0.u C0 V 0.u G G D D D D Q00 BMBDDA0000 Q0 BMBEDA000 G G D D D D C0 C00 V V 0u 0u L0 GCRZ0000 L00 GCRZ0000 C0 C0 V V 0u 0u C0 C.V u.v u TP0 C C.V u.v u C C.V u.v u C V u UB.V UB.V TP00 B0ADCJ00000 R 0 R.k R.k IC00 C0DBAYY00 D0 D DZJ0M0L UB.V UBV D DZJ0M0L UB.V UB.V B0ADCJ00000 R.k R.k 0

62 + G R % % % %.. A-Board (/), K-Board and -Board chematic Diagram! A-BOARD (/) CONNECTOR Panel-D PV TP C0 V 0u C0 V 0.0u TO P-BOARD (P) A +V_ +V_ +V_C F+V _V FV TPV pec 000mA L J0JHC00000 TPFV R P C C C V V V 0u R 0u 0u C V UB.V TP0 L0 0.0u GC0MA0 C C 0V 0V 0u 0u D0 B0JCME0000 IC0 C0DBAYY00 UB.V(TUNER-AVW) BOOT VIN EN W COMP FB C 0V 0.0u R 0k C R0 0V.k 00p TP "H": ON "L": OFF DCDC_CTL TO / GenX-DET TO,/ IIC/Panel-D-PDP TO / IIC TO / LVD-MODEL TO / G-RQ_GENX TMGPIO ADJ-TM_CL ADJ-TM_DA ADJ-PEAK_CL ADJ-PEAK_DA AR_TB_CL0 PANEL_CL AR_TB_DA0 PANEL_DA R0 00 TBV TP0 TP TP TP TP TP CN00 FOR FACTORY UE TBV RQ GenX_CL (GenX Loarder/EPROM) GenX_DA (GenX Loarder/EPROM) PEAK_CL (PEAK EPROM) PEAK_DA (PEAK EPROM) Panel_CL (Panel Dpr.EPROM) Panel_DA (Panel Dpr.EPROM) 0 IIC_CONT (Genx_RQ) F+V F+V C V u C V u R 0k R.k FACT_DBOOT TO / TP0 0 R P TO P-BOARD (P) TBV TPT A tandby-mpu TO,,,,/ sld-tmgpio G-TV_UB_ON TMGPIO Analog-AIC TO / TB_V_WON TP0N TP0 V_TB C 0V 0u R0 00 R k TBYV TP0 0 TP TUNER_UB_ON (F_TBY_ON) PANEL_MAIN_ON TBYV_W O_P 0 TP TP Panel-D R 00 P_0 R0 00 TO / P_ R 00 TO,/ PANEL_MAIN_ON TO,/ R0 00 O_P IIC TO / TMP-EN_DA TMP-EN_CL R 0k UB.V DA V+ CL A0 ALERT A A IC000 CZBZ000 TEMP ENOR UB.V C V u R0.k R.k R.k R.k W0 K0HBA000 W K0HBA000 W K0HBA000 W K0HBA000 W K0HBA000 R k R0 RM0 BRAD0000 REMOTE RECEIVER TB.V D0 BAGB POWER LED C 0V 0.0u F UP DOWN TV AV VCC OUT R 0 R.k C 0V 0u C0 0V 0.0u Q0 DC0000L R 00k R 0k Q DC0000L R R 0k k Q DC0000L R k R k K A TP tandby-mpu KEY_CAN TO / REMOCON G_LED_ON R_LED_ON TP0 TP0 TP0 TP0 RMIN G_LED_ON R_LED_ON TB.V TP TP TP TP TB.V TMRMIN TO,/ G-RMIN G-G_LED_ON TO / G-R_LED_ON TMTIME TO,/! -BOARD TNPAAB! K-BOARD TXN/KLGUE TP0 TP R TO / G-AI_ENOR sld-tmadin0 PUH W00 K0FB0000 POWER WITCH B TO P-BOARD (P) TB_P V 0

63 .. A-Board (/) chematic Diagram C0 u V C0 V 0.u C0 V 0.u C0 V 0.u C000 V 0.u C0 V 0.u C V 0.u C0 V 0.u C0 V 0.u C0 0u 0V C00 V 0.u C00 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0 V 0.u C0.V u C00 V 0.u C V 0.u C0 V 0.u C V 0.u C00 V 0.u C0 0V 0u C0 V 0.u C0 0u 0V C0 V 0.u C0 0V 0u C0 V 0.u C 0u 0V C0.V u C00 V 0.u C V 0.u C0 0u 0V C00 V 0.u C0 V 0.u C0 V 0.u C0.V u C V 0.u C V 0.u C00 V 0.u C0 V 0.u C00 V 0.u C0 V 0.u C0.V u C00 V 0.u C0.V u C0 V 0.u C0 V 0.u C0 V 0.u C00 V 0.u C00 V 0.u C0.V u C0 V 0.u C0 0u 0V C00 V 0.u C0 V 0.u C0 V 0.0u C0 V 0.u C V 0.u C00 0u 0V C0 V 0.u C 0u 0V C0.V u C V 0.u C0 V 0.u C0.V u C00 V 0.u C 0u 0V C0 V 0.u C0 V 0.u C0 0u 0V C0 0u 0V C0 V 0.u C0 V 0.u L0 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L00 J0JHC00000 L00 J0JKC00000 L00 J0JKC00000 L00 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L00 J0JHC00000 L00 J0JKC00000 L000 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L00 J0JHC0000 L00 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L0 J0JHC00000 L00 J0JHC00000 L0 J0JHC00000 AVDDH.V UB_D_.V AVDDV.V.V_DDRI/F UB.V UB.V UB.V UB.V AVDD.V TB.V UB.V UB.V UB.V UB.V UB.V UB.V UB.V UB.V UB.V UB.V.V_DDRI/F TB.V AB_MMCKE AG_MMXCK AG_MMCK AB_MMODT LVVDD VDDR/A VDDAVAD.V_DDRI/F AD_VDDAUB AVDDADA// C_VREFLIF C_VREFH0 AVDDPLLV/D N_MVAVDD UB_D_.V AVDDADA// VDD C_VREFH C0_BIA D_VREFHIF AL_MMRDRV D_VREFL L_AVDDIF AL_MMRODT P_MAAVDD C_VREFH AVDDV.V AD_VDDPUB AD_DPAVDD AD_AVDDPWM AD_AAVDD AP_VDDTM C_VREFH VDD AA_VDDUB AVDDA D_VREFL AVDDHP D0_BIA MMVCAL/REF W_LVVDD D_VREFL0 L_AVDDPLLA AVDDH D0_VREG D_VREFL D_VREFV AVDDADA// R00 k R00 00 R0 0k R0.k R00 0 R0 0 R00 0k R00 k R00 VDDTM/ADAVDD VDD CN VDD VDD VDD R AVDDH IC00 FU IC00 IC00 0 FU VDD TERM W U0 VDDIO VDD MMVREF V IC00 AC0 AN IC00 V TERM VW VDDIO AL DDR T IC00 IC00 FU M U IC00 CN VDD IC00 VDD FU U IC00 IC00 U TERM VDD V VDD IC00 IC00 0 FU VDD IC00 VDDAVAD TERM AVDDH VDD CN IC00 IC00 0 ADAVDD CN VDD AVDDHP IC00 VDD CN AP V T LVVDD CN F ADC IC00 VDD LVVDD VDD IC00 CN IC00 VDDIO FU IC00 L VDD V TERM IC00 VDD CN FU IC00 CN AVDDH VDDTM VDDIOCK IC00 IC00 L VDDR AP IC00 IC00 L IC00 VDDR M IC00 IC00 AVDDPLLA VDD VDDIO FU CN Analog Audio In I/F IC00 IC00 IC00 IC00 VDD L PEAK-COMMON AP N AVDDH D CARD I/F N VDDIO T VDDD IC00 IC00 CN VDDIO IC00 IC00 IC00 AD AK R IC00 CN W VDDR IC00 R FU AC VDD VDD FU TERM R AVDDHP IC00 IC00 V VDDIO IC00 IC00 TERM VDDIO UB I/F AVDDV U IC00 VDDIO VDDAVAD N AD0 IC00 VDDIO IC00 AVDDHP IC00 AVDDH FU IC00 T VDDA CN AB IC00 IC00 G P P VDD AN IC00 VDD VDDIO W VDD N VDD LVVDD VDD VDD AB K W AVDDA AVDDV IC00 IC00 IC00 IC00 LVVDD IC00 R0 VDD 0 TERM AVDDV IC00 CN IC00 T AVDDH IC00 IC00 P VDDR VDD CN IC00 IC00 P VDD IC00 IC00 VDD U AA IC00 T IC00 AVDDV Y0 VDDAVAD IC00 W P N AM 0 VDD VDD AJ IC00 VDD IC00 VDDIO IC00 T VDD AL0 IC00 AN IC00 IC00 VDD V J IC00 IC00 IC00 VDDAVAD IC00 V IC00 VDD VDDAVAD IC00 TERM VDDIO IC00 VDDIO IC00 IC00 TERM IC00 CN AC P VDDIO VDD IC00 AD FU VDD 0 V IC00 W0 VDD U VDD IC00 VDDAVAD L IC00 V V LVVDD N L IC00 VDDIO IC00 IC00 IC00 IC00 0 U TERM L AK IC00 IC00 T VDD CN IC00 IC00 AVDDH AVDDD IC00 VDDIO TERM VDDA AVDDPLLV J FU VDD TERM P VDDIO VDD IC00 FU VDDIO Dchip AB0 IC00 IC00 E AC VDD IC00 L U TERM R VDD Y N0 AM AB VDD U IC00 VDD L TERM IC00 T IC00 IC00 IC00 CN Y FU V AVDDADA VDD V W IC00 CN IC00 AC H VDDA VDD V T FU R R IC00 TERM VDD IC00 IC00 VDDIO AL FU IC00 LVVDD VDD IC00 IC00 L IC00 LVVDD IC00 U IC00 AP L0 AVDDADA FU IC00 IC00 CN IC00 P0 TERM VDDR AC FU VDD VDD VDD VDD AD IC00 IC00 TERM VDDIO TERM U AVDDH VDD IC00 VDD L R IC00 AD AVDDA L IC00 IC00 IC00 V0 T VDDIO AD M AM AVDDADA AA0 P TM L CN IC00 FU IC00 FU IC00 MMVCAL AA VDD IC00 VDD AVDDA VDD IC00 IF I/F AH IC00 W IC00 T0 AL VDDIO TERM TERM Achip V IC00 VDD 0 IC00 TERM FU AVDDIF CN L! TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / TO / A-BOARD (/)

64 .0. A-Board (/) chematic Diagram! A-BOARD (/) DVB-T/C DEMODULATOR TO,/ FE_XRT / DRAM_CHK AA_FE_RT IC0 C0DBFYY000 C0 0V u UB.V L00 J0JHC00000 C 0V 0u C0 0V 0p X00 H0J MHz C0 0V 0p R0 0 R0 DVB.V CE VIN V VOUT TP0 C 0V.u L0 J0JHC00000 C0 V 0.u TUNER TO / IFD IFD IFAGC C0 V 0.u C0 V 0.u L0 J0JHC00000 C 0V R p 0 R 0 C 0V p C V 0.u R 0 R 0 UB.V C V 0.u C V 0.u C C V V 0.u 0.u VJ00 AINP AV 0 AVDD RFAIN RVDD V CVDD TUNERDAT TUNERCLK RFAGC_GPIO C V 0.u XTALI XTALO IFAGC GPIO0 XVDD PVDD PV 0 OCMODE REETN A0 CVDD TETMODE V OCENBN TERR TY TVALID XV AINM ONY DVB-T/C TCLK V DVDD TDATA TDATA TDATA TDATA TDATA0 TDATA 0 CVDD V CVDD DA CL DVDD V TDATA TDATA V 0 C0 V 0.u C0 V 0.u FE.V L0 J0JHC00000 R R FE_DA DEVELOP_DA TO / DEVELOP_CL FE_CL FE0_MDO FE0_MDO FE0_MDO FE0_MDO TO / FE0_MDO FE0_MDO FE0_MDO R.k R.k R00 EXBHV0JV FE0_MDO0 TO,/ FE-OUT_DA FE-OUT_CL C00 V 0.u R0 0k C0 V 0.u C V 0.u IC00 CAB0000 FE0_PY FE0_VAL R0 FE0_CLK R0 R0 OFDM TO / 0

65 .. C-Board chematic Diagram IDE TERM TERM IDE TERM IDE TERM IDE TERM IDE TERM IDE DD_- DD_- AB_CLRD DD_+ DRVCLK+ AB_PCD AB_ODED DD_- DRVCLK- AB_CLRD DRVCLK+ DD_+ AB_PCD AB_ODED DRVCLK- DD_- AB_LED AB_CLRD DD_+ DD_+ AB_PCD AB_ODED DD_- DD_- AB_LED AB_CLRD DD_+ AB_PCD AB_ODED DD_- AB_LED DRVCLK+ DRVCLK- DRVCLK+ DD_+ DRVCLK- DD_- DD_+ DD_+ AB_CLRD AB_PCD AB_PCD AB_ODED AB_LED.V_DET AA_ODED AA_PCD AA_PCD AA_CLRD DD_+ DRVCLK- DRVCLK+ DD_- DD_+ DD_- DD_+ DD_- DD_+ DD_- DD_+ DD_- DD_+ DD_- DRVCLK+ DRVCLK- DD_+ DD_- DD_+ DD_- AA_LED AA_CLRD AA_PCD AA_PCD AA_ODED AA_LED AB_LED C V 0.u C0 0 0 C_P.V C_P.V C_P.V VDA VDA C_P.V C_P.V C_P.V VDA C_P.V VDA VDA ZA0 KCD00000 ZA0 KCD00000 ZA0 KCD00000 ZA0 KCD00000 R EXBVJV R EXBV0JV C0 0V u C0 0V u C0 0V u C0 0V u C0JBAU0000 IC0 G A A A A A A A A 0 Y Y Y Y Y Y Y Y G 0 Vcc R R R0 0 R0 CB CB CB C0 00V 0.u C0 00V 0.u C 00V 0.u R 0 R k R0 00 R0 00 R 0k R0 00 R 00 R0 00 R 0 R0 00 R0 00 R 00 R0 0 R0 00 R 0 R0 00 R R0 00 R 00 C R C 00V 0.u CB C0 C 0 VDD DM LEN AN VDD AP FXP VDD VDD VDD DM VDD ODE BLK VDD VDD TET OHZ LEN CLR AN AN AP VDD VDD VDD VDD VDD FXN VDD VDD VDD AP VDD DM VDD FXP VDD VDD DM VDD VDD LEN ODE AN AP VDD VDD VDD VDD BLK LEN VDD VDD AN AP TET VDD OHZ VDD OHZ CLR AN CLR AN VDD VDD VDD BLK VDD VDD VDD VDD FXN FXN VDD VDD VDD VDD TET VDD OHZ VDD AP CLR AN AP VDD VDD VDD VDD VDD DM FXN VDD DM VDD VDD FXP VDD VDD VDD DM DM AP VDD FXP ODE ODE BLK VDD TET VDA VDA VDA VDA VDA P.V P.V.V_DET DD_+ DD_+ DRVCLK- DD_- P.V DD_- DD_- DD_- DD_- DD_+ DD_+ DRVCLK+ P.V DD_- DD_+ PC DD_- DD_- DD_+ LE DRVCLK- PC DD_+ DRVCLK+ DD_+ P.V ODE CLR C B E A D F! PANEL DATA CB TO DRIVER TO DRIVER PANEL DATA CB PANEL DATA CB DRIVER TO DRIVER TO CB PANEL DATA BUFFER TO C-BOARD (C0) TO A-BOARD (A) C-BOARD TXLNUC

66 .. C-Board chematic Diagram IDE TERM TERM IDE TERM IDE TERM IDE TERM IDE TERM IDE DRVCLK+ DD0_- DD0_+ DRVCLK- DRVCLK- DD_+ DRVCLK- DD_+ AB_PCD DRVCLK+ AB_LED DD0_+ AB_PCD AB_ODED AB_ODED AB_ODED DD_+ DD_- DD0_- DRVCLK+ AB_LED AB_CLRD AB_CLRD AB_CLRD DD_- DD_+ DD_- DD_- AB_PCD DRVCLK- AB_LED AB_ODED AB_PCD DRVCLK+ DD_- AB_CLRD DD_+ DD_- DD_+ AB_PCD AB_ODED AB_PCD AB_CLRD AB_UMH AB_UML AB_UEH AB_UEH AB_UML AB_UMH AA_CLRD AB_LED DD_- DD_+ DD_- DD_+ DRVCLK- DRVCLK+ DD0_- DD0_+ DD0_- DD0_+ DD_- DD_+ DD_- DD_+ DRVCLK- DRVCLK+ DD_- DD_+ DD_- DD_+ AA_UMH AA_UML AA_UEH AA_LED AA_ODED AA_PCD AA_PCD AA_UEH AA_UML AA_UMH AA_LED AA_ODED AA_PCD AA_PCD AA_CLRD O_ AB_LED C0 V 0.u C V 0.u C0JBAZ00 IC0 G A A A A A A A A 0 Y Y Y Y Y Y Y Y G 0 Vcc C0 0 0 C C C C_P.V C_P.V C_P.V _V _V VDA VDA C_P.V VDA VDA VDA _V C_P.V C_P.V VDA ZA0 KCD00000 ZA0 KCD00000 ZA0 KCD00000 ZA0 KCD00000 R EXBVJV R EXBV0JV R0 EXBV0JV R0 EXBVJV C0 0V u C 0V u C0 0V u C 0V u C0JBAU0000 IC0 G A A A A A A A A 0 Y Y Y Y Y Y Y Y G 0 Vcc R R R R 0 R C 00V 0.u C 00V 0.u C 00V 0.u C 00V 0.u R0 00 R 0k R0 00 R 00 R 00 R 00 R 00 R 0 R0 0 R 0 R 00 R0 00 R0 R0 00 R 0 R0 00 R 00 R 00 C_P.V VDD VDD TET VDD VDD VDD VDD DM DM VDD VDD OHZ VDD VDD TET VDD VDD BLK TET DM VDD VDD AP VDD DM VDD DM VDD LEN VDD CLR CLR AN VDD VDD AN VDD BLK VDD VDD VDD VDD VDD OHZ ODE AP FXN AP VDD VDD VDD LEN OHZ VDD VDD VDD AP VDD BLK VDD ODE VDD FXP AN ODE AP FXN DM FXN CLR AP LEN VDD AN FXP VDD VDD AN FXP VDD VDD VDD AN VDD 0 C0 C LEN VDD VDD FXN CLR BLK AN ODE VDD AP VDD VDD VDD VDD FXP AN VDD VDD VDD TET VDD OHZ VDD VDD VDD DM AP DM VDA VDA VDA VDA VDA VDA P.V P.V VDA.V_DET O_ UML UMH V UEH UML UMH DRVCLK- DD_+ DD_+ DRVCLK- P.V DD_- DD_+ DD0_- PV_ DD_+ DD_- (UH) DD0_+ CLR UEH DD_- PC DD_- DD0_- PC DRVCLK+ P.V DRVO.V_DET ODE DD_- DD_- DD0_+ (UL) DD_+ DRVCLK+ LE DD_+ C A E B D F! BUFFER BUFFER PANEL DATA CB TO DRIVER TO DRIVER PANEL DATA CB TO DRIVER PANEL DATA CB PANEL DATA CB TO DRIVER TO C-BOARD (C0) TO A-BOARD (A) TO -BOARD () TO P-BOARD (P) C-BOARD TXLNUC

67 + + *.. C-Board (/) chematic Diagram A! C-BOARD TXLNUC (/) TO P-BOARD (P) TP0 TP0 TP0 TP0 TP0 TP0 TP TP TP TP TP TP TP TP C TP TP TPVU VU Vsus V TP TP C 0u 0V C 0V.u V B VCN D DZJ0M0L TP D DZJ0M0L R k R 0k R.k D0 B0ACCJ0000 O_C VAD VOLTAGE ERROR DET OPERATE AT -V OR MORE AND -0V OR LE R k R0 k R 0k Q BABCF000 TP TP TP TP TP VCAN VOLTAGE ERROR DET OPERATE AT V OR MORE AND V OR LE D B0ACCJ0000 TO A-BOARD (A0) C0 V IC C0JBAU0000 D DZJ0M0L R k C PV IU CLK CER CRC OC CRC C_FPGANRT OC CPH TERM 0 0 TP TP TP TP TP TP0 TP0 TP TP TP TP TP PV IU CLK CER CRC OC CRC C_FPGANRT OC CPH R0.k R EXBV0JV R EXBVJV R EXBV0JV R EXBVJV C 0V 0u G BUFFER 0 Vcc A G A Y A Y A Y A Y A Y A Y A Y 0 Y V AA_IU AA_CLK AA_CER AA_CI AA_OC AA_C_FPGANRT AA_OC MAIN_TOP0 C V u R.k D0 B0ACCJ0000 O_C CI O TP TP CI C 0V 0.0u TPO O TP0 TP TP TP D UHZ CEL CH CL CMH CML 0 TP TP TP TP TP0 TP TP UHZ CEL CH CL CMH CML R EXBV0JV R EXBVJV R EXBV0JV G 0 Vcc A G A Y A Y A Y A Y A Y A Y A Y 0 Y AA_CEL AA_CPH AA_CH AA_CL AA_CMH AA_CML AA_CML R0 0 C 0V 000p C 0V 0.0u D B0ADCJ00000 TP R.k TPO PV PV IDE C V 0u D0 B0JCME0000 R EXBVJV TP TP IC C0JBAU0000 VCC BUFFER A R EXBVJV C V u V R 0k A_OUTPUT VCC V C V u D BABB00000 (GREEN LED) R k R k MID E TP TP TP0 TP TP TP TP TP A Y A Y A Y AA_CRC A_-INPUT B_OUTPUT A_+INPUT B_-INPUT B_+INPUT R k C V.u R k R.k 0 Y A AA_UHZ R.k A Y Y IC C0BBBA0000 ERROR DET R.k VOLTAGE ERROR DET(C) OPERATE AT.V OR MORE AND.V OR LE IC C0JBAB000 INVERTER AA_CRC F

68 .. C-Board (/) chematic Diagram C-BOARD TXLNUC (/) TO -BOARD () AA_CL AA_CML AA_CML AA_CH AA_CMH C 0V 000p C 0V 00p C 0V 000p C0 V u C V u C0 00p 0V C0 V u C V u C0 V.u C0 V.u C V.u C V.u C V.u C V.u C V u C 00p 0V C 000p 0V C V 0u C0 V 0u C V 0u D B0ECHR00000 D B0ACCJ0000 D B0ECHR00000 D0 B0ECHR00000 D0 B0ECKP0000 D B0ECHR00000 D B0ECHR00000 D B0ECHR00000 D B0FACP00000 D DADF0ACRP D B0FACQ00000 D DADF0ACLW D0 DADF0ACLW D B0FACQ00000 C0ZBZ0000 IC LO VCOM VCC V VB HO 0 VCC HIN LIN C0ZBZ0000 IC0 LO VCOM VCC V VB HO 0 VCC HIN LIN IC C0CBADC000 VIN COM VOUT C L G0ZZ0000 L G0ZZ0000 L G0ZZ0000 L G0ZZ0000 L G0CRK0000 L0 G0CRK0000 V VU V VAD VU VU V_F PC P--F-AX TP TP0 TP TP TP TP00 Q BJAEP0000 Q0 BJAEQ00000 Q BJAEP0000 Q BJAEP0000 Q DGD00CLW Q0 BJAEQ00000 Q0 BHFPFA0000 Q CPH-TL-E Q BHFPFA0000 Q BHFPFA0000 R 0 R. R 00 R 0 R0. R. R0 0 R k R 00 R0 R. R k R. R R0 0 R0 0 R. R 00 R 00 R k R0. R 0k R R0 R k R 0 R Vad+V Vad+V VFG VRH MIDC MIDF VRL 0! Vad+V FET DRIVER CH/CMH GATE DRIVE CIRCUIT FET DRIVER CL/CML GATE DRIVE CIRCUIT VFG VOL Vad+V

69 .. C-Board (/) chematic Diagram + AA_CI AA_CPH AA_CEL AA_CRC AA_CER AA_CRC VAD VFG C0 0V 000p C V u C 0V p C 0V 0.u C 0V 0.u C 00p 0V C0 0V 000p C0 0V p C 0V p C 00p 0V C0 0V 0.u C0 0V p C 0V p C0 0V 0p C 0V 000p C 0V 000p C 0V 0p C0 V u C V u C V.u C V.u C V.u C 00p 0V C 0V 0u D0 B0JCME0000 D B0ECHR00000 D0 B0ECHR00000 D B0ECKP0000 D B0ACCJ0000 D0 B0ACCJ0000 D0 B0ACCJ0000 D B0ACCJ0000 D0 B0ACCJ0000 D0 B0ACCJ0000 D0 B0ECKP0000 D B0ECKP0000 D B0ECKP0000 D B0ADCJ00000 D B0ADCJ00000 D0 B0ADCJ00000 D0 B0ADCJ00000 D0 B0ADCJ00000 D B0FBCN00000 D B0FBCN00000 D DZJ0M0L D DZJ0M0L D0 DZJ0L0L D DZJ000L D DZJ0M0L D0 DZJ0M0L D DZJ0M0L D DZJ0L0L C0DBZMC0000 IC0 REFEREE CATHODE ANODE C0DBZYY00 IC REFEREE CATHODE ANODE C0BBAA00000 IC -INPUT +INPUT VCC OUTPUT C0JBAB000 IC IN_A VCC OUT_Y IC C0BBBA0000 A_OUTPUT A_-INPUT A_+INPUT B_+INPUT B_-INPUT B_OUTPUT VCC V V V_F VU V_F V V_F PC0 BPBA0000 PC BPBA0000 PC BPBA0000 TP TP Q BCBGD00000 Q0 BCBGD00000 Q BCBGD00000 Q0 BCBGD00000 Q0 BCERR0000 G D Q DC00Q0L Q0 BABCF000 Q0 DC00Q0L Q BABCF000 Q0 BABCF000 Q BABCF000 Q BABCN00000 Q0 BABCN00000 Q0 DC00Q0L Q BJAER00000 Q BJADN00000 Q DA000L Q0 BADCN00000 Q0 BADCN00000 Q BADCN00000 Q0 DA000L DA000L Q0 Q BHFPFA0000 R.k R R 0k R.k R0 k R0.k R 0k R0 00k R 0 R 0k R 0k R0 0 R0.k R 0k R 0 R k R 0 R k R.k R 0k R k R.k R0.k R 0k R 0k R k R.k R R.k R k R k R.k R.k R k R.k R0 k R 0 R R k R.0k R.0k R.k R 0 R k R k R.k R0 0k 0 R R R0.k R 0 R.k R.k R 0 R0.k R.k R 0k R k R k R.k R k R k R0 00k R0.k R0 k R.k R R0 R.k R0 0k R.k Vad+V 0! CIRCUIT EPA PROTECT HUNT REG EPA PROTECT COMPARATOR INVERTER HUNT REG VFG VOL Vad+V VU VAD VFG C-BOARD TXLNUC (/)

70 0.. C-Board (/) chematic Diagram C-BOARD TXLNUC (/) TO U-BOARD (UB) TO D-BOARD (DB) TO D-BOARD (DB) FOR FACTORY UE AA_C_FPGANRT MAIN_TOP0 AA_OC AA_CLK AA_OC AA_IU AA_UHZ C 0V 0.u C 0.u V C V u C0 0V 00p C u 0V C 0V 0.u C0 u 0V C 0.u 0V C 0u 0V C u 0V C 0V 0.u C u 0V C 0.u V C 0.u 0V C 0V 0.u C V.u C V u C 0V 0p C 0V 00p C 0V 0u C V 0u C 0V 00u C V 0u C 0V 0u C 0V 00u C 0V 00u D B0ECHR00000 D B0ECHR00000 D B0ACCJ0000 D B0ACCJ0000 D B0ECHR00000 D0 B0ECKP0000 D B0ECKP0000 D B0ECHR00000 D B0ECKP0000 D DZJ000L D DZJ0M0L D DZJ0H0L D0 DZJ000L D DZJ0M0L D DZJ0M0L C0DBZYY00 IC REFEREE CATHODE ANODE C0DBZYY00 IC REFEREE CATHODE ANODE C0DBEYY00 IC REFEREE CATHODE ANODE IC MIP0MCF VDD FB L DRAIN OURCE OURCE IC MIP0MCF MIP0MCF VDD FB L DRAIN OURCE OURCE IC C0CBADE000 OUT COMMON IN C0 C C C L G0ZZ0000 L G0ZZ0000 L G0CMA00 T GDYA00000 P 0 P PT VCN_F V_F VAD V V_F CNR_PRO V_F CNR_PRO VCN_F V_F VCN VCN CHA CHA V_F V_F VCN_F V_F V_F ZA TUXJ0 ZA0 KCD00000 ZA TUXJ0 ZA0 KCD00000 ZA TUXJ0 ZA0 KCD00000 ZA TUXJ0 ZA0 KCD00000 PC BPBA0000 PC BPBA0000 PC0 BPBA0000 PC BPBA0000 PC BPBA0000 TP TP0 TP TP TP TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP Q BCFNG00000 Q BABCN00000 Q BABCF000 Q DC00Q0L Q DC00Q0L Q DC00Q0L Q0 DC00Q0L Q BABCN00000 R EXBV0JV R. R.k R.k R 0k R.k R.k R0 k R k R k R.k R.k R k R 00k R 0k R.k R 0k R k R 0k R 00k R.k R.k R 0.k R 0k R 0k R.k R k R.k R 0.k R k R.k R 0.k R0. R R.k R k R.k R k R 0k R0. R k R 0 R. R 0k R k R k R 0k * TPC TPVCN C C TPVAD C C0 C 0! HUNT REG V_F HUNT REG VAD GEN. VCN GEN. VU VAD VFG HUNT REG

71 .. -Board (/) chematic Diagram AA_UMH AA_O AA_UMH AA_UML AA_UML AAA_UEH C00 0V 000p C V.u C V u C V u C V.u C0.u 0V C 0V 0.0u C0 0V 000p C0 V p C0 V p C 0V 0u C0 0V 0p C0 0V 0p C V 0u D B0ECKP0000 D0 B0FCCN00000 *D0 B0FCCN00000 D00 B0FCCN00000 D DZJ0M0L C0ZBZ0000 IC LO VCC V VB HO 0 HIN LIN C0JBAU0000 IC G A A A A A A A A 0 Y Y Y Y Y Y Y Y G 0 Vcc V TP TP TP TP TP TP TP TP TP TP0 TP TP TP TP TP TP TP TP TP TP0 TP TP Q0 BJBEN00000 Q00 BJBEN00000 Q00 BJBEN00000 Q0 BJBEN00000 Q BHFPFA0000 Q BHFPFA0000 R EXBVJV R EXBV0JV R00. R 00 R 0 R k R 0 R00. R 00 R R0. R k R R0. R0.k *L0 G0ZZ0000 *L0 G0ZZ0000 *L0 G0ZZ0000 *L0 G0ZZ0000 *C0 000p 0V *C00 0V 00p C00 0V 00p FLJA0 *C0 0V 0u *C0 0V 0u VU TPO PV AAA_UEH UML UMH O_ V D A F B E C TPVU TO C-BOARD (C)! TO C-BOARD (C) BUFFER FET DRIVER DRIVER VU Gen. TO P-BOARD (P) -BOARD TXNLNUC (/)

72 .. -Board (/) chematic Diagram + + TERM IDE TERM IDE + AA_O AAA_UEH AA_UML C V u C u 0V C0 00p 0V C u 0V C V 0.u C 0V 0.u C 0.u 0V C V.u C 0.u V C 0.u 0V C 0.u 0V C V u C 00u 00V D B0ECKP0000 D0 B0JCME0000 D0 B0ACCJ0000 D B0ECKP0000 D B0ACCJ0000 D B0ECKP0000 D B0ADEJ0000 D DZJ0M0L D DZJ0M0L D DZJ00M0L C0DBZMC0000 IC REFEREE CATHODE ANODE IC0 MIP00MCF VDD CL FB L DRAIN OURCE OURCE * 0 * 0 L0 G0ZZ0000 L0 G0CMA00 ZA00 KCD00000 ZA00 KCD00000 PC BPBA0000 PC BPBA0000 TP TP TP TP TP TP TP Q0 BCFRM00000 G D Q0 BCFRM00000 G D Q0 BABCF000 Q BHFPFA0000 R EXBVJV R0 k R0 0 R.k R 0k R k R0 0 R k R0 k R0 0k R0 0 R k R0 0 R0 k R R 0k R0 k R k R R 0k R 0 R0 0k R 0 R 0k R0 0 R.k R 0k *C0 0V 0u * TPVe 0 FPC protector TP ELECTRODE UTAIN PANEL ELECTRODE UTAIN PANEL! VE GEN. HUNT REG. -BOARD TXNLNUC (/)

73 Printed Circuit Board.. K-Board K K-BOARD (FOIL IDE) TXN/KLGUE TP0 TP0 CR -BOARD (FOIL IDE) TNPAAB TNPA EE REVERE FOR ORDERNO. PbF TP0 TP0 TP0 PbF TNPA K EE REVERE FOR ORDER NO. RM0 W00 K-BOARD (COMPONENT IDE) TXN/KLGUE PbF D0 C C0 R RM0 R R R0 R Q0 CR D R TNPA D0 R K ORDER NO. C D Q Q C C R K R C R R -BOARD (COMPONENT IDE) TNPAAB TNPA ORDER NO. PbF W00 A B C D E F G H I

74 A W0 W0 R0 F +/ W W -/ W W R R W W B TV AV W C TP JK0 TP R TP0 D JK0 R JK0 L0 W D R R IC TP0 R TP L C D0 D D0 IC C C0 R0 JK0 E V R0 L TU0D TU0C TU0 R R0 R L0 L0 C C L0 R C R0 C C L0 C0 R0 C C R B B A A C C C C C C C0 IC000 L0 C00 C C R C C00 R C00 D C00 C00 C00 TD R0 JK00 C R C00 JK00 JK00B JK00C C R0 R Q00 C C0 C IC000 L0 Q00 C C R00 R00 TD00 TD C0 R0 R0 R0 R0 R0 C0 TP0 R C R L0 R C Q0 Q0 00 R C C0 C0 C C C0 R0 R0 D00 JK0 IC00 C0 R0 R0 Q0 TP00 C0 C0 D00 R C R R C Q0 R R C IC00 C C0 D00 TU0E TU0A TU0B C0 C IC0 C C0 AUDIOIN R R0 R0 C R C0 TD C VJ00 R0 C L0 IC0 L0 C C C R00 IFDOUT L0 L0 C Q0 R REET C0 R R0 D R00 C IC0 D C L0 L0 0 IFDOUT C TP0 R VB +B R Q0 C IFAGC R R00 C0 R C0 R C0 IC0 C0 C C C C00 R VB TP00 TP00 C R C W R C0 R0 R00 R0 C C C C C DA C R J0 X00 C0 R C J0 C0 L00 R R C AUDIOOUT C0 R0 R0 R0 R J0 R0 C0 L0 R C C C R TP0 C0 D0 R0 D0 C0 R R L0 C C0 R R0 C0 C0 VIDEOOUT R R0 L0 R R R C0 R R0 TP00 R0 R0 Q0 TP00 Q0 Q0 R A C0 R0 Q0 A0 C R TP00 R0 R0 R R R R D0 R0 TP00 TP00 Q0 R0 R0 B C0 R0 C0 R0 R0 R R R0 R0 R C R JK0 TP0 Q0 R0 C0 TP000 AUDIOOUT R TD00 B0 C0 Q C0 R00 R Q Q0 C0 C IC00 IC0 JK0 Q Q0 R00 TP00 VJ0 R0 R0 R R C IC0 R R L00 C0 TD0 C0 C0 C0 IC00 IC R0 C R C R0 C0 Q0 C C L0 R R R C R R0 R IC0 C C0 C C C C TP TP C R L0 TP0 TP0 TP0 TP0 TP00 TP0 TP0 TP0 TP0 TP0 C C TD TD TD TD TD TD0 TD TD TD TD TP00 C C C C C C C TP0 C0 R R0 C0 R0 R0 C0 Q Q0 R Q0 Q0 TP C0 C C0 L00 Q0 C0 C0 C C00 C00 C C C0 C0 C C00 Q C00 C00 C0 C0 C0 R C0 L0 C0 C0 R0 R00 R0 C0 R0 R0 D C TP0 TP0 TP0 TP0 TD00 TP0 C C0 C0 JK00 R00 Q R0 D C C0 R C0 D R R R R0 C00 L0 C0 C0 C00 C0 C0 C00 C0 C0 C00 L0 C0 L0 C0 C0 L00 L00 R R00 R00 D C0 C0 C0 L0 C0 L0 C TD00 TD00 TD00 TD00 Q00 D C0 L00 C0 R0 R00 R0 Q0 R0 R C R C00 R0 D0 R C0 C C0 C0 C0 C00 C0 C0 C0 C0 D R0 R C L0 L00 C0 C0 C00 R0 R00 TP0 D D D R R L0 C0 C0 C0 D0 C C0 C0 C0 C0 C0 C0 C0 C0 C0 C C C0 C0 C C0 L00 C00 C0 C0 L0 C0 C0 C TDC0 R TD C C C C C IC R C0 C0 Q0 C00 C000 C00 C0 C0 R0 R0 R C L00 L0 C C0 L0 C L0 C0 C0 Q0 R0 R0 R0 R C0 C0 L00 L00 L0 R L0 C0 Q00 C R R W IFMONITOR C0 L0 R R0 R R0 R R R R R R R R R00 R0 VJ C0 R0 R R C0 D0 C TP0 BTMONITOR L0 R00 R00 R0 C R0 C0 C00 C0 R0 C0 D0 R0 C0 C0 C0 R C00 C0 R D0 VJ00 C0 C0 R R R0 R00 R0 R0 R0 R0 C0 R00 R TP0 TP00 TPTP TPTP TPTP TPTP TPTP TPTP TPTP TPTP TP0 TP0 TP0 TP0 TP0 TPTP TPTP TP0TP TPTP TPTP TPTP TP0TP TPTP TP0 RFAGCMONITOR R0 R0 C C TDR0 TP R C00 R0 R00 R00 R00 R R00 R0 R R R R0 R R00 R TP0 VJ0 R R00 C0 C0 R R0 R R R R0 R0 R R R0 R0 R R C00 R R0 C00 R0 D0 R0 R0 R0 C000 D0 D0 L00 C C L0 R C00 R00 TP00 C0 D R R C0 C0 R00 D D0 D0 R0 Q0 R C R0 TP00 R R0 TP R00 R000 R C C R0 Q000 R0 C00 C TD C0 TD C JK00 Q000 C C0 R0TD0R R0 R0 R00 R C0 C0 Q00 TP C R RTD JK00 C C C C R L0 R0 TP C C C C R C ZA00 TP TP C C C0 R0 C0 D0 C C R C0 C C C Q00 C C C C C C C0 C C TP C0 R0 C C C C0 R0 C C0 C C C C0 C L00 L000 VJ0 L0 C VJ00 R C W00 R0 C R CL R C TP C VB R R0 R0 C0 C00 VJ0 TD R R FL0 R0 D C L0 Q0 Q0 TP0 TD R0 AFTOUT R L00 R R0 R0 R0 R C R TD00 R00 R0 C C VB +B C C TP TD TD TD0 TP IFOUT C0 Q00 C C TP TP BB L0 C C C R0 TP TU0 +BACTIVEANTENNA C C C TP C TP R C0 C C JK0 C0 TD00 C C CN00 R R R0 D0 C0 C0 R0 R0 Q00 R0 TP00 TD0 C D00 R TP0 R0 R R R TP0TP0 L0 VJ0 IC VJ00 TD0 C C C0 C C C R Q00 TP C TP TP IC L00 TP0 C R0 R0 R00 R TD TD TD TD TD0 TD C TP0TP0TPTP C R R C R C C0 R C0 R TD00 TP00TP0 TD R0 C0 TD0 TP0 TP TP C TP0 R EE REVERE FOR ORDER NO. Q00 TP0 C0 R R TP0 TD0 TP0 IC0 D C0 TP TP C IC00 R TD0 R R00 IC000 TPTPTPTP C R C R C R C C0 IC00 C R00 R00 A Q0 R0 R0 R0 R0 R R0 R TNPH0 R00 R0 TD0 TD R Q C0 C00 C C0 R C R R0 C0 R0 R R0 C TP D R0 L000 R R D C R0 T0 D0 R C C R0 Q0 L0 TD0R D PA0 R TP D00 C0 TP0 R Q C R0 IC0 TP0 L0 Q0 TP0 C0 C0 C0 R0 R0 R C C Q0 IC0 R0 TP0 C0 R R Q C R0 C00 R0 TD0 D IC0 R0 R0 R0 TP Q R R TP R JK0 IC000 Q0 TP R R R C R0 Q0 R0 C0 R R0 R0 R0 D C0 R0 C00 R0 R0 TP0 C0TD0 R R R R0 R C TP C TP0 D0 R R R C0 TP0 PbF TD C R R TP00 D0 C00 TP C0 TP C0 TP0 C D R0 TP00 C TP000 C0 C0 IC-A IC TP0 C Q0 TP0 C R00 TD R0 TP TP TP TP TD Q0 TP0 TP R0 R0 R0 R R0 R C00 TD0 TD0 C R R TD TD Q0 Q0 C0 R0 Q00 Q0 Q0 TD00 R0 D R R R R R Q00 R C R IC R R VJ C R TP0 R0 R R Q 0 0 R R R R0 C C00 R0 R0 C R TP R0 R R000 IC0 C0 C0 R0 R R TD R R R C00 TP0 D0 Q00 C0 D R C R0 IC0 R00 TP0TP0TP0TP0TP00TP0TP0TP0 R R0 R R C D0 TP0TP0TP0TP0TP0TP0TP0 R C R C R VJ000 R TD R R TP TPFV TD0 TD0 TD0 IC00 R TP TP D C D0 TP0 Q0 L0 D TP0 D C IC0 TP TD0 TP0 R R R R TD00 R Q0 R0 R C C IC0 Q00 R VJ R R J R Q0 R0 R R R C0 D0 C IC00 TP0 TP0 TD0TP00 R0 R00 R R0 R R J R R TP0N R R R C0 TP0 TP0 Q00 VJ R C J C0 C0 VJ0 R R R VJ TP TP0 R0 J0 R TPT TP R C R R R R J R R0 R R R R TPV TP0 R TPEC0 J R0 TP TP TP0 J R R R R0 TP TP0 R0 J R R C R J TP0 TP TP TP TP TP0 TP TP A AA TP0 TP0 TP0 TP TP TP TP TP TP TP C0 J ZA000.. A-Board A-BOARD (FOIL IDE) A-P0CB A-P0CE A-PR0C TP0 TP0 TP TP TP A C0 JK0 C C C C C R JK0 R0 JK0A IC0 TP00 R00 R R R R R JK0A JK0 JK0 W00 F G H I

75 A-BOARD (COMPONENT IDE) A-P0CB A-P0CE A-PR0C FL0 A VJ0 C IC0 C R C0 R C0 CN C TD0 C C0 IC0 IC0 C CN0 R R0 C R C R CN0 C00 C0 Q0 C0 R R R0 C C R0 R0 Q00 IC00 R0 R0 IC00 Q0 C A R0 R0 Q00 Q0 R0 Q0 Q0 R0 R00 A C C C0 R0 R R R VJ R R R0 R0 R0 R0 R0 R0 R0 R0 R0 R0 R0 R00 Q00 Q0 TD R0 R0 R R IC0 R CN0 R0 R0 R0 R0 R0 R0 Q0 Q00 R00 IC0 0 R C00 R0 R0 R0 R R00 Q0 R JK0 TD0R0 IC0 L0 R R0 R TD0 TD0 C0 IC0 L0 R R0 TD0 R R0 TD0 R R TD R IC0 C VJ 0 R L00 R0 R0 R C C0 R00 C R R R R0 R R R C ZA000 C0 IC IC IC0 R R R R R R J J C0 J J R R0 R R R0 C IC0 IC IC R JK0 JK0 J FL00 R R R R R J0 L J J R R R R R C L J J C D0 D00 L L C R L0 C IC A AA R C R R R R C0 C00 R00 R0 R C0 R R R VJ R0 R R0 TD00 TD0 VJ VJ R A R RTD C0 JK0 R TD TD TD TD R TD0 C R0 C R JK0 R D R C0 JK0A JK0 D L0 R L0 V W00 Q0 D0 D D D D D D D D R R IC0 IC 0 C0 R R R R C0 R R0 L Q0 C JK0 L0 THERMAL PAD R R IC00 C R0 R R00 IC00 C R R0 R R R0 R R C0 R Q0 C C0 R0 R0 C0 L00 Q00 T00 C C C Q0 IC R C D C Q0 Q0 Q0 R R0 R R Q0 R0 C R0 L0 R R L0 R Q0 W00 R R R C R L0 L00 ZA00 R0 C0 L0 Q0 C IC IC000 R C0 C C R0 R0 R R C0 C R TD0 PbF IC000 L0 R C0 R R0 R0 C0 X00 R R D0 R0 R R R C C IC0 C R0 R R C R R IC0 R R R0 A Q0 Q0 0 R0 R R R R00 R C0 IC0 R0 R00 R00 TD0 0 R TU0C TU0D TU0 CN00 CN00 R R R D0 R JK00 TD0 TU0 R R0 R C0 C C C C0 C0 C0 C0 C C R0 R0 R0 C0 L0 TD0 R JK0 C0 C0 ORDER NO. R0 JK00 IC0 C D C0 D0 D D D D0 D D D R0 TNPH0 Q00 R0 C0 D0 R0 C0 L0 L00 Q00 L0 D D D0 D D D D D TD0 CN0 R IC00 R R0 R0 R X00 R R R R C0 C0 L0 L0 C0 C0 R00 R0 IC00 R JK0 R0 L TU0B TU0A TU0E L0 R D R C0 R00 L R R R R R D0 C C R0 L0 TD0 TD0 TD0 TD00 R R00 R R R R R R R0 R R R R R R R C C IC00 C R A R TDR0 TDR TD R R0 R R R R R R R R R R R R0 R0 C C B0 L0 D R D J00 R R00 R0 R C R0 D R D J IC0 C0 R0 Q00 R0 C0 C C0 R R0 C0 JK00 R R R IC0 R R0 R R R0 R C L L C0 R L R0 R R00 B JK00 R0 R0 R B JK0A R R R0 R R R Q0 R0 C R0 D00 C R R 0 C C R0 IC00 R0 R R0 R R Q0 B X000 A0 D Q J D JK0 R R0 C0 C0 R0 R000 Q Q J0 R0 R0 R0 R0 C00 R00 R0 C0 C0 A R0 R Q R R0 C0 R00 C0 L0 D0 C R0 R00 JK0 Q R Q R0 C0 R R A C C D0 C C C R0 R R R0 R R R L CN00 CN00 CN00 L0 C R X00 A R D0 D0 D0 D0 D00 D00 D00 D0 L0 D0 C0 Q0 C0 C C C0 R C0 R R00 R00 R TD000 R000 R VJ0 R R0 R0 D L Q0 C C0 C CN00 D0 R00 Q000 Q000 R0 L C R00 R00 TD TD C0 C0 C0 R0 C0 R00 C0 R00 R L C C L R C00 R00 D0 J0 R Q0 Q0 Q0 R C0 C0 R TD TD TD TD0 R TD0 R0 R TD0 TD TD TD R R0 J D R Q0 R R0 R0 R L00 R0 IC0 R R0 Q0 TD TD C TD0R00 TDC00 TD0C000 TD0 C R 0 IC0 IC00 C0 D000 Q00 R C0 0 C C A C C TD R TD TD TD TD TD A C R R0 TD TD0 TD0 TD0 TD TD TD TD TD TD TD0 TD0 TD TD C C TD TD TD A R0 CN C R0 0 0 R RTD C0 C L000 C R R C C L L IC00 0 L0 R00 R0 IC0 R00 C TD Q00 TD TD TD TD0 C C0 R0 TD TD TD0 TD TD TD TD TD TD TD TD TD TD TD0 TD TD TD TD TD TD TD0 TD TD TD TD TD0 C TD TD 0 C0 C R0 C0 TD IC00 TD R0 R C L0 D0 TD D0 L0 R00 R R R0 R X00 Q0 C00 TD TD TD TD Q0 Q0 D0 THERMAL PAD IC0 IC0 R R R R00 C Q0 C C C0 R0 C R C C L0 L0 C0 C R0 R C C JK00 JK00B JK00C R R00 C0 R00 C0 J0 R D R J0 D L D Q0 R C C C C AUDIOIN R C J0 C C C0 R000 R R D C R R R R R R C C L JK00 L C0 C C C R00 C C C00 R C L0 J0 C TD00 0 IC00 IC00 C0 C R0 D L C00 C R0 L00 C0 IC00 R R0 R0 C0 L0 R0 L0 C C C C C C A C0 D00 D00 C C C R C0 A0 0 A VJ0 FL0 VJ00 FL0 Q0 R0 FL00 R C0 AUDIOOUT A C0 C0 R Q00 Q0 C0 R C00 R0 C0 C TD00 C0 R TD0 D0 0 C TD0 A JK0 A R C 0 TD0 D00 R R A Q00 C00 A R D0 A D0 FL0 C0 R0 R0 A0 R D0 R0 TD0R0TD0R0 D0 R0 C0 R0 JK0 D0 FL00 R0 R R0 R0 R C FL0 C C FL0 J J0 JK0 JK0 JK0 A B C D E F G H I

76 .. C-Board C C-BOARD (FOIL IDE) TXLNUC CMM TNPA0 C EE REVERE FOR ORDER NO. PbF C-BOARD (COMPONENT IDE) TXLNUC CMM R R 0 C C ZA0 0 R0 CR NO. R0 R R0 C0 R0 C C0 C0 C0 C0 R0 R C0 C0 C0 C C0 C0 R C C CB C R0 R0 R0 CB R0 R0 R CB R0 R ZA0 CB R ZA0 PbF R C R IC0 R C 0 C0 C C R FL0 C R0 R 0 C0 R ZA0 R R R TNPA0 C R ORDER NO. A B C D E F G H I

77 .. C-Board C C-BOARD (FOIL IDE) TXLNUC CMM TNPA00 C EE REVERE FOR ORDER NO. PbF C-BOARD (COMPONENT IDE) TXLNUC 0 C0 C0 CB C ZA0 R0 C0 R0 R0 R0 C R0 IC0 C0 C 0 TNPA00 0 ORDER NO. R FL0 C C R R0 0 C0 C0 R C0 0 R IC0 C C R R C C0 C R CB PbF R0 R R CB R0 R ZA0 R0 R C C0 C C C C C C R ZA0 C CB R C C C CMM C C R R R C0 R R ZA0 R R CR NO. R R0 A B C D E F G H I

78 .. C-Board ZA ZA TP TP TP TP TP ZA ZA C0 C C TP TP TP C TP TP TP TP0 R C C TP0 L C C-BOARD (FOIL IDE) TXLNUC TP TP TP C0 TP C C TP TP TP0 TP0 Q0 D G D A A K A K D A E Q C G Q C E G C TP TP C C C C K G E G E A A G Q E G Q E A A D Q0 C Q0 C D0 K TP C T P PT P C C TP TP R IC TP0 TP0 C L L0 C0 C TP C TP TP C C TP L IC C L R0 TP TP TP TP TP TP0 C TP TP TP TP TP C TP TP TP TP0 TP Q L00 TP R TP0 TP0 E C G L L A D K A TNPA0 PbF D EE REVERE FOR ORDER NO. A K D C TP TP CRNo. A A K A C K D D A A A TP00 TP K A L L Q E C G Q C E G TP TP0 TP TP0 TP TP TP TP TP TP TP TP0 TP TP TP TP C TP TP TP TP C TP TP TP TP TP TP TP0 A B C D E F G H I

79 A B C D E F G H I C Q0 Q0 C D0 C D0 D0 L C0 C C Q C C C C C C C D0 C C D0 D IC IC D D IC D Q D D0 Q0 Q D D D C C C D D C C D C D0 IC D IC Q0 IC Q Q R0 R0 R0 R0 Q R0 C T IC IC IC IC R0 R C R C R0 C C R C R R0 R R R Q R R R R R R D R R R R0 R R R R R R R ZA ZA D R0 R R R R R R R R R ZA R R R ZA R R R R0 D0 R R R R R R R R R R R R R C0 R R R R R C0 C0 C0 C C C C C0 R R IC0 R R0 R IC R R R R R R R R R C IC R R0 R R R R R C R R ZA0 ZA0 ZA0 ZA0 PC0 C Q0 C C Q0 C Q0 D0 C Q0 Q0 C Q0 D0 Q0 Q0 C D0 C D0 C D D0 D0 C0 Q C Q C C C D0 Q0 IC C C D Q IC Q C Q C C Q Q C C D C C C C C IC D0 C0 IC C C C C PC PC C Q Q D0 D D D D R0 D R0 C0 C Q C C PC R0 D D R0 R0 D R C R0 R0 R R R0 R R R R R0 R0 R0 R0 IC C C R R0 R Q R D R Q Q R PC0 R Q L00 IC L0 R D D D Q0 D Q Q D D PC D PC D Q Q D D R R D0 R D L R R D C R C R R R D0 D R R D R Q D Q0 R D R D D L L R L R D0 L R Q D PC D PC D D R R R R R R R R R D R R R R R R R R R C0 R C0 R C0 C0 R R0 C0 R IC0 R R R C0 C0 R0 TP R R0 R R R0 R R C R R R R C L R C R C R C R C C TP R0 R L R R C0 C R R C C R TPO TPO C C C R C R R R R Q0 TP TPVAD H.V. DANGER H.V. DANGER H.V. DANGER C H.V. DANGER TPC TPVCN DIP CRNo. TNPA0 PbF A A K A A K P PT P 0 ORDER NO. G C E G C E D G A A K C G E C G E A A K C G E G C E G C E C G E A A K A A K G C E A A K A A K A A K C-BOARD (COMPONENT IDE) TXLNUC C

80 .. -Board -BOARD (FOIL IDE) TXNLNUC C0 C0 TP TP R0 C C TP TP TP C0 TP TP TP TP TP TP TP TPO TP TP TP L0 L0 L0 L0 L0 A B A L0 TP TP TP TP TP TPVe C TP TP TP C TP C0 TP TP0 C0 TP TP C0 TPVU TP0 TP TP IC0 C00 TP0 TP TP TP C0 TP PbF CR No. TNPA0 EE REVERE FOR ORDER NO. A B C D E F G H I 0

81 -BOARD (COMPONENT IDE) TXNLNUC R R C C0 C0 D ZA00 R R MM C C C D R C C C0 C0 R DIP 0 R R Q D C C R C D IC R IC PC R0 R R IC R 0 C D R0 C Q R C R R C R0 R C0 C0 R D0 C0 C C C R A B C D E F G H I Q0 R R0 R C ZA00 R R D R0 R R D TD PC C0 Q R0 R0 L0 R0 R0 R0 R R0 R Q0 Q0 D R TPO C C L0 D0 C R0 G C C C0 R0 C Q00 D00 L0 C0 TPVU Discharge C Q00 CR No. E G E G G C00 D R C0 L0 R0 IC0 D C00 D0 TPVe L0 C00 C00 R00 C0 R0 R C0 C0 Q0 Q0 TP R00 E G E G D0 C C L0 D D A A B B PbF TNPA0 ORDER NO.

82

83 Exploded View and Replacement Parts List.. Exploded View and Mechanical Replacement Parts List... Exploded View

84 ... Exploded View