Panasonic CT-36SL14J Service Manual
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Panasonic CT-36SL14J Service Manual

Panasonic CT-36SL14J Service Manual

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MTNC040107A1
B05
Color Television
CT-36SL14J / CT-36SL14UJ / CT-32SL14J / CT-32SL14UJ /
CT-32SC14J / CT-32SC14UJ
NA10FL
Please file and use this manual together with the main service
manual for Model CT-36SL13G, Order No. MTNC030729C1. This
simplified service manual includes a difference parts list from the
models included in main service manual.

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  • Page 1 MTNC040107A1 Color Television CT-36SL14J / CT-36SL14UJ / CT-32SL14J / CT-32SL14UJ / CT-32SC14J / CT-32SC14UJ NA10FL Please file and use this manual together with the main service manual for Model CT-36SL13G, Order No. MTNC030729C1. This simplified service manual includes a difference parts list from the...

  • Page 2: Safety Precautions

    1. Safety precautions General guidelines An isolation transformer should always be used during the servicing of a receiver whose chassis is not isolated from AC power line. Use a transformer of adequate power rating as this protects the technician from accidents resulting in personal injuryfrom electrical shocks. It will also protect the receiver from being damaged by accidental shorting that may occur during servicing.
  • Page 3 terminals, control shafts, etc. If the exposed metallic part has a returnpath to the chassis, the reading should be between 240k and 5.2M . If the exposed metallic part does not have a return path to the chassis, the reading should be infinite. Leakage current hot check Plug the AC cord directly into the AC outlet.
  • Page 4 the possibility of prematurecomponent failure. Horizontal oscillator disable circuit test This test must be performed as a final check before the receiver is returned to the customer. See horizontal oscillator disable circuit procedure check in this manual. 2. Service notes NOTE These components are affixed with glue.
  • Page 5 2. Hold the chip component against the soldering pads with tweezers or with a miniature alligator clip and apply heat to the pad area with a 30 watt iron until solder flows. Do not apply heat for more than 3 seconds. How to replace flat ic (required tools) 1.
  • Page 6 4. Position the new Flat IC in place (apply the pins of the Flat IC to the soldering pads where the pins need to be soldered). Properly determine the positions of the soldering pads and pins by correctly aligning the polarity symbol 5.
  • Page 7 chassis. Connect the test equipment to the proper ground(hot) or (cold) when servicing, or incorrect voltages will be measured. 2.1. Horizontal oscillator disable circuit This chassis employs a special circuit to protect against excessive high voltage and beam current. If, for any reason, the high voltage and beam current exceed a predetermined level this protective circuit activates and detunes the horizontal oscillatorthat limits the high voltage.

  • Page 8: Eeprom Replacement

    4. Turn power OFF. 5. Connect HHS jig between TPD50 and TPD51 (VR should be turn fully clockwise). 6. Turn power on. 7. Turn slowly the variable resistor to increase the current until the horizontal sync frequency abruptly increases indicating that the horizontal frequency is just beginning to pull out of sync.
  • Page 9 4. With “VOL” keys adjust the correct value according with the service adjustment table (see “Service Mode” section in page 15). 5. Change to the next ID switch register with “CH” keys and repeat the same procedure as step 4. 6.
  • Page 10 CAUTION - Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30 ~ 40 °C) higher. Please use a high temperature soldering iron and set it to 700 ± 20 °F (370 ±...
  • Page 11 5. Receiver feature table FEATURE/MODEL CT-32SL14J/UJ CT-36SL14J/UJ CHASSIS AP411 AP412 MICRO 128K MENU LANGUAGE ENG/SPAN/FR CLOSED CAPTION V-CHIP (USA/CANADA) CHANNEL COUNT CHANNEL INFO BANNER VIDEO INPUT SKIP 75 OHM INPUT REMOTE CONTROL EUR7613ZB0 CRT SUPPLIER MTPDA (OH) PF SST, FLAT (4:3)
  • Page 12 FEATURE/MODEL CT-32SL14J/UJ CT-36SL14J/UJ EPJ/HPJ/MISC FEATURE/MODEL CT-32SC14J/UJ CHASSIS BP411 MICRO 128K MENU LANGUAGE ENG/SPAN/FR CLOSED CAPTION V-CHIP (USA/CANADA) CHANNEL COUNT VIDEO INPUT SKIP 75 OHM INPUT 75 OHM INPUT REMOTE CONTROL EUR7613ZB0 CRT SUPPLIER MTPDA (OH) FLAT (4:3) CHASSIS NA10FL COMB FILTER...
  • Page 13 BOARD PART NUMBER DESCRIPTION TNP2AH052AA MAIN BOARD TNP2AH053AB POWER SUPPLY TNP2AA142AB FRONT A/V BOARD TNP2AA143 KEY BOARD TNPA1673AE CRT BOARD CT-36SL14J/UJ BOARD PART NUMBER DESCRIPTION TNP2AH052 MAIN BOARD TNP2AH053 POWER SUPPLY TNP2AA142AB FRONT A/V BOARD TNP2AA143 KEY BOARD TNPA1673AE CRT BOARD...

  • Page 14: Difference Parts List

    Note: For additional information about this remote please refer to the owner’s manual section remote operation, listed on the parts list section. 8. Difference parts list Ref. No. Part No. Part Name & Description Remarks OTHERS M001 TTP2AA0734S FRONT PANEL M002 TKP2AA0407S FRONT DOOR CT-32SC14J/UJ...

  • Page 15: Table Of Contents

    svcdoc Color Television 1 1. Safety precautions 2 2. Service notes 4 2.1. Horizontal oscillator disable circuit 7 3. EEPROM replacement 8 4. About lead free solder (PbF) 9 5. Receiver feature table 11 6. Board description table 12 7. Location of controls (EUR7613ZB0 remote) 13 8.

  • Page 16: Color Television

    MTNC030729C1 Color Television CT-36SL13G / CT-32SL13G / CT-36SC13G / CT-32SC13G / CT -3653G NA10FL Copyright 2003 Matsushita Electric Corporation of America. All rights reserved. Unauthorized copying and distribution is a violation of law. 1. Safety precautions...
  • Page 17 General guidelines An isolation transformer should always be used during the servicing of a receiver whose chassis is not isolated from AC power line. Use a transformer of adequate power rating as this protects the technician from accidents resulting in personal injuryfrom electrical shocks. It will also protect the receiver from being damaged by accidental shorting that may occur during servicing.

  • Page 18: Service Notes

    which case any current measure must not exceed 0.5 milliamp. Ifany measurement is out of the specified limits, there is a possibility of a shock hazard and the receiver must be repaired and rechecked before it is returned to the customer. Hot check circuit Insulation test Connect an insulation tester between an exposed metallic part and A.C.
  • Page 19 Leadless chip component (surface mount) Chip components must be replaced with identical chips due to critical foil track spacing. There are no holes in the board to mount standard transistors or diodes. Some chips capacitor or resistor board solder pads may have holes through the board,however the hole diameter limits standard resistor replacement to 1/8 watt.
  • Page 20 How to replace flat ic (required tools) 1. Remove the solder from all of the pins of a Flat IC by using a desolder braid 2. Put the iron wire under the pins of the Flat IC and pull it in the direction indicated while heating the pins using a soldering iron.
  • Page 21 the soldering pads where the pins need to be soldered). Properly determine the positions of the soldering pads and pins by correctly aligning the polarity symbol 5. Solder all pins to the soldering pads using a fine tipped soldering iron 6.
  • Page 22 Equipment: 1. Isolation transformer. 2. High voltage meter. 3. D.C. Ammeter 4. Short jumper. 5. HHS jig (See figure below). Diode Connection Jumper. Preparation: 1. Make sure the receiver is turned off. 2. Connect the receiver to an isolation transformer. 3.

  • Page 23: Eeprom Replacement

    8. Slowly increase AC voltage at the input of the isolation transformer and confirm HHS voltage measure 36kV. 9. Turn power off and remove jigs. 3. EEPROM replacement If a new EEPROM integrated circuit is replaced for servicing, follow the next procedure once that the memory is properly assembled: 1.

  • Page 24: About Lead Free Solder (Pbf)

    perform all of the remaining adjustments and servicing. IMPORTANT: Correct ID switch configuration should be input when replacing EEPROM for each television model, otherwise if wrong values are configured, the television software will not function accordingly and properly. 4. About lead free solder (PbF) NOTE Lead is listed as (Pb) in the periodic table of elements.

  • Page 25: Receiver Feature Table

    Suggested Pb free solder There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder. However, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth) solder can also beused. 5. Receiver feature table...
  • Page 26 FEATURE/MODEL CT-32SL13G CT-36SL13G CHASSIS AP411 AP412 MICRO 128K MENU LANGUAGE ENG/SPAN/FR CLOSED CAPTION V-CHIP (USA/CANADA) CHANNEL COUNT CHANNEL INFO BANNER VIDEO INPUT SKIP 75 OHM INPUT REMOTE CONTROL EUR7613Z60 CRT SUPPLIER MDDA FLAT (4:3) CHASSIS NA10FL COMB FILTER MOTION ADP 3 DIG HEC/VEC (X=BOTH) X (DIGITAL) V/A NORM (X=BOTH)
  • Page 27 FEATURE/MODEL CT-32SC13G CT-36SC13G CHASSIS BP411 BP412 MICRO 128K MENU LANGUAGE ENG/SPAN/FR CLOSED CAPTION V-CHIP (USA/CANADA) CHANNEL COUNT VIDEO INPUT SKIP 75 OHM INPUT 75 OHM INPUT REMOTE CONTROL EUR7613Z60 CRT SUPPLIER MDDA FLAT (4:3) CHASSIS NA10FL COMB FILTER 3-LINE HEC/VEC (X=BOTH) X (DIGITAL) V/A NORM (X=BOTH) COLOR TEMP...
  • Page 28 FEATURE/MODEL CT-3653G CHASSIS BP412 MICRO 128K MENU LANGUAGE ENG/SPAN/FR CLOSED CAPTION V-CHIP (USA/CANADA) CHANNEL COUNT VIDEO INPUT SKIP 75 OHM INPUT 75 OHM INPUT REMOTE CONTROL EUR7613Z60 EXTRA REMOTE CONTROL EUR7713010 CRT SUPPLIER MDDA FLAT (4:3) CHASSIS NA10FL COMB FILTER 3-LINE HEC/VEC (X=BOTH) X (DIGITAL)

  • Page 29: Board Description Table

    6. Board description table CT-32SL13G BOARD PART NUMBER DESCRIPTION TNP2AH052AA MAIN BOARD TNP2AH053AB POWER SUPPLY TNP2AA142AB FRONT A/V BOARD TNP2AA143 KEY BOARD TNPA1673AE CRT BOARD CT-36SL13G BOARD PART NUMBER DESCRIPTION TNP2AH052 MAIN BOARD TNP2AH053 POWER SUPPLY TNP2AA142AB FRONT A/V BOARD TNP2AA143 KEY BOARD TNPA1673AE...
  • Page 30 EXAMPLE To order the A Board, the replacement board is TNP2AH052AAS. 7. TV Location of controls NOTE: Front cabinet may vary depending on the model User controls are inside the front door...

  • Page 31: Location Of Controls (Eur7613Zb0 Remote)

    8. Location of controls (EUR7613Z60 remote)
  • Page 32 Note: For additional information about this remote please refer to the owner’s manual section remote operation, listed on the parts list section. 9. Location of controls (EUR7713010 remote) Note: For additional information about this remote please refer to the owner’s manual section remote operation, listed on the parts list section.
  • Page 33 - 4 screws at the top edge of the receiver. - 4 screw by the A/V jacks. - 1 screw by the antenna jacks. - 1 screw at the lower part of TV. - 1 screw at each lower corner of the receiver. - 1 screw by the retainer plate of the AC power cord.
  • Page 34 L-Board - CRT output Plugs into the socket on the CRT neck. To remove this board, first unplug the board from the CRT neck, then disconnect L1, L2 and L3 connectors, to disconnect the focus F1(red cable) & F2 (white cable) cables from the CRT socker, pull the tab and release the cables (see figure),finally disconnect the screen cable from the D- Board D16 (screen and heater).
  • Page 35 10.1. Disassembly for CRT replacement 1. Discharge the CRT as instructed in the “safety precautions” section and remove 2nd anode button from the CRT. 2. Remove speaker modules (R and L) 3. Perform complete removal of chassis, as instructed in “disassembly for service”...

  • Page 36: Important Notice

    6. Note the original locations and mounting of the degaussing coil and the dag ground assembly to insure proper reinstallation on the replacement CRT. To remove and remount the degaussing coil: - Unhook the coil spring from the bottom corners of the CRT ears.
  • Page 37 IC801’s heat sink when the HOT ground symbol is used. Otherwise, use COLD ground (tuner shield, IC451’s heat sink or FA2). Component and Voltage Test Points Note: Components and test points within doted areas are located on trace side. B+ voltage check 1.

  • Page 38: Purity And Convergence Procedure

    D-BOARD LOCATION TEST VOLTAGE POINT by IC802 TPD145 144.7 ± 1.5V by Q804 TPD9 8.2 ± 1.5V by D827 TPD14 14.6 ± 2.0 V 15V (VER) by D827 TPD15 15.0 ± 1.5 V +15V by D827 TPD17 -14.9 ± 1.5V (VER) SOUND by D829...

  • Page 39: Vertical Raster Shift Adjustment

    magnetic field effect. 2 piece assembly For models using 4 pairs of rings, place the yoke on the CRT neck (do not tighten the clamp). Place the vertical raster shift tabs at 3 o’clock (90° from the purity and convergence tabs. Description of rings Initial position of rings Turn the receiver ON.

  • Page 40: Initial Center Static Convergence

    INITIAL CENTER STATIC CONVERGENCE Connect a dot/cross hatch generator to the receiver and tune in a signal. Observe misconvergence at center of the screen only. Adjust the R&B pole magnets; by separating tabs and rotating to converge blue with red. Adjust the R&B and R&B&G pole magnets: by separating tabs and rotating to converge blue and red (magenta) with green.

  • Page 41: Final Convergence Procedure

    procedure. FINAL CONVERGENCE PROCEDURE NOTE Vertical size and focus adjustments must be completed prior to performing the convergence adjustment. Connect a dot pattern generator to the receiver. The brightness level should not be higher than necessary to obtain a clear pattern. Converge the red and the blue dots at the center of the screen by rotating the R&B pole static convergence magnets.
  • Page 42 YH Adjustment / (VR2 for vertical dynamic convergence) 1. Apply a crosshatch pattern. 2. Adjust contrast and brightness customer controls to obtain a correct picture. 3. With a driver Adjust VR2 (located in deflection yoke board to obtain a proper corvergence at left and right side of the screen. VR2 adjustment (YH) XV Adjustment (precise adjustment) 1.
  • Page 43 NOTE Apply a red pattern and confirm purity, if purity is poor, repeat purity adjustments. 12.2. Permalloy convergence corrector strip (Part No. 0FMK014ZZ) This strip is used in some sets to match the yoke and CRT for optimum convergence. If the yoke or CRT is replaced, the strip may not be required.
  • Page 44 4. If the the waveforms position are vercally different, adjust (HDAFP) DATA so that become the same position. NOTE Both waveforms should be centered. Upper waveform could be different depending on the pattern applied DAF adjustment 5. Adjust “HDAFW” until TPP33 or TPD40 is 1.6_KVpp ±50Vpp Other method (DAF adjustment) PREPARATION 1.
  • Page 45 13. Service mode (electronic adjustments) This receiver has electronic technology using the IC bus concept. It performs as a control function and it replaces many mechanical controls. Instead of adjusting mechanical controls individually, many of the control functions are now performedby using “on screen display menu”.
  • Page 46 5. Adjust VOLUME to minimum (0). 6. Press VOL (decrease) on receiver. Red “CHK” appears in upper corner. To toggle between aging and service modes: While the “CHK” is displayed on the left top corner of the CRT, pressing “ACTION” and “VOL” UP on the TV simultaneously will toggle between the modes.
  • Page 47 purity field check mode Entering service mode (open-back method) While the receiver is connected and operating in normal mode, momentarily short test point FA1 (TP1 pin 2) to cold ground (TP1 pin 3). The receiver enters the aging mode. Yellow letters “CHK” appear in the upper left corner of the screen. / (The volume right/left and channel up/down will adjust rapidly).
  • Page 48 NAME DESCRIPTION REGISTER VALUE CT-36SL13G, CT- CT-36SC13G, CT-32SC13G, 32SL13G 3653G BTMG BOTTOM CORNER PINCUSHION TRAP TRAPEZOID PARA PARALLELOGRAM PCCHG PINCUSHION HIGH PCCLG PINCUSHION LOW PCCHS PINCUSHION HIGH PCCLS PINCUSHION LOW TOPSL TOP CORNER PINCUSHION SLICE LEVEL BTMSL BOTTOM CORNER PINCUSHION SLICE LEVEL SIDE E-W PINCUSHION ADJUSTMENT...
  • Page 49 13.3. Instructional flow chart for service mode (continued).

  • Page 50: Service Adjustments (Electronic Controls)

    14. Service adjustments (electronic controls) NOTE Please correlate with available pattern on all adjustments 14.1. Sub-Brightness and Contrast / Service DAC adjustment (BRIGH, CONT) Adjustment of this control is important for setting proper operation of customer brightness and picture controls. Do not adjust the SCREEN VR after the sub-brightness is set. This adjustment is factory set.
  • Page 51 Procedure 1. In the service mode, select DAC for brightness adjustment “BRIGH”, and adjust data to obtain 2.3±0.1V between 7.5IRE and GND level at TP35. (See waveform detail). 2. In service mode, select DAC for contrast adjustment “CONT”, and adjust data to obtain 3.0±0.1V between 7.5IRE and 100IRE level at TP35.
  • Page 52 1. Apply a rainbow color bar pattern. 2. Connect the oscilloscope to TP37. 3. In service mode adjust “TINT” register until the waveform measured is as the one shown. Tint level from C and B peaks must be almost in the same level and from A and C must be 0.35 Vpp. TP37 Waveform.
  • Page 53 1. Apply a color bar pattern. 2. In service mode adjust “R DR” and “B DR” data to “80”. 3. In service mode adjust “TINT” data so that the color does not become greenish or redish. 4. In service mode adjust “COLOR” data so that the color level is not too high (saturated) or too low (tending to black and white).
  • Page 54 3. Turn the SCREEN control (part of FBT T551) fully counterclockwise. 4. Preset the following service DACs for best results: - BRIGH______________________1 D0 - CUT R______________________02 00 - CUT G______________________02 00 - CUT B______________________02 00 - R DR_______________________07 FF - B DR_______________________07 FF PROCEDURE 1.
  • Page 55 14.5. Deflection adjustments To reset deflection adjustments To reset deflection adjustments to factory adjusted default, enter to service mode (with red CHK displayed), press POWER button on remote to display the service menu, then press and hold RECALL button for at least three seconds, a reset messagewill appear in the image. Use this feature when deflection adjustment gets off adjustment to the point that it cannot be adjusted back easily.
  • Page 56 1. Adjust “H WID” DATA so that left width and right become in good balance (not too wide or narrow). 14.5.3. Trapezoid adjustment PREPARATION 1. Apply a crosshatch pattern 2. Normalize the picture settings. PROCEDURE 1. Enter service mode, select “TRAP” and adjust DATA so that lines at right and left are vertical like a solid line 14.5.4.
  • Page 57 1. Apply a crosshatch pattern 2. Normalize the picture settings. PROCEDURE 1. Enter service mode, select “SIDE” and adjust so that lines at right and left are vertical like solid line. 14.5.6. Vertical linearity(V-C), V-Size and V-Position adjustment PREPARATION 1. Apply a crosshatch pattern 2.
  • Page 58 14.5.7. V-S Correction adjustment PREPARATION 1. Apply a crosshatch pattern 2. Normalize the picture settings. PROCEDURE 1. Enter to service mode 2. Check a and b sizes, If b-a < -1.5mm (in top & bottom extending case) - Increase “V-S” DATA by one step NOTE Repeat “a”...
  • Page 59 The MTS circuit adjustments require two steps: 1. Input level adjustment. 2. Stereo separation adjustment. Input level adjustment / Service DAC adjustment (MTSIN) PREPARATION 1. Connect an RMS meter with filter jig as shown in figure to TPE11. Filter Jig 2.
  • Page 60 1. Select stereo mode in audio menu 2. Apply the following signal from the RF signal generator: - Video: 100 IRE flat field, 30% modulation. - Audio: 300Hz, 30% modulation, stereo (left only) (70±5dB, 75 OPEN, P/S 10dB). NOTE After setting 30% modulation with P.L. SW and N.R. SW OFF, turn P.L. SW and N.R. SW 3.

  • Page 61: Width Correction Adjustment

    2. Measure TP017 (IC001 pin 79) for the frequency of the waveform and record the reading. NOTE 3. TP017 (IC001 pin 79) measurement must have at least four digits of resolution following the decimal point. Example: 000.0000 4. Place the receiver into service mode for making electronic adjustment, select the clock adjustment DAC “CLOCK”.

  • Page 62: Identification Of Components

    15. Identification of Components 15.1. A-Board components A-Board components 15.1.1. D-Board components D-Board components...
  • Page 63 15.1.2. G-Board components G-Board components...
  • Page 64 15.1.3. L-Board components L-Board components...
  • Page 65 16. Reference for PDF colors...

  • Page 66: Conductor Views

    17. Conductor views 17.1. A-Board printed circuit 1 of 2 17.2. A-Board printed circuit 2 of 2 17.3. D-Board printed circuit 1 of 2 17.4. D-Board printed circuit 2 of 2 17.5. G-Board (SC models) printed circuit 1 of 2 17.6.
  • Page 67 18.1. Video signal block diagram 18.2. Audio signal block diagram 19. Schematics 19.1. English schematic notes...
  • Page 69 19.2. Notas de esquemáticos en español...

  • Page 71: Parts Location

    19.3. A-Board schematic TNP2AH052NIL/AA (1 of 3) 19.4. A-Board schematic TNP2AH052NIL/AA (2 of 3) 19.5. A-Board schematic TNP2AH052NIL/AA (3 of 3) 19.6. D-Board schematic TNP2AH053NIL/AB (1 of 2) 19.7. D-Board schematic TNP2AH053NIL/AB (2 of 2) 19.8. G-Board (SC models) schematic TNP2AA141 (1 of 2) 19.9.
  • Page 72 21.2. Parts List...
  • Page 73 Ref. No. Part No. Part Name & Description Remarks CAPRISTORS CRA801 TP00842-51 TAPING GAP TERMINAL CRA802 TP00842-51 TAPING GAP TERMINAL CRA803 TP00842-51 TAPING GAP TERMINAL CRA804 TP00842-51 TAPING GAP TERMINAL CAPACITORS C004 TCJ2VC1H121J CAP C 120PF-J-50V C005 ECA1CM470B CAP E 47UF/16V C006 TCJ2VF1H103Z CAP C .01UF-Z-50V...
  • Page 74 Ref. No. Part No. Part Name & Description Remarks C024 TCJ2VF1H103Z CAP C .01UF-Z-50V C025 TCJ2VF1H103Z CAP C .01UF-Z-50V C026 TCJ2VF1H103Z CAP C .01UF-Z-50V C028 TCJ2VB1H103K CAP C .01UF-K-50V C030 TCJ2VB1H103K CAP C .01UF-K-50V C031 TCJ2VC1H270J CAP C 27PF-J-50V C032 ECA1HM101B CAP E 100UF-50V C038...
  • Page 75 Ref. No. Part No. Part Name & Description Remarks C457 ECQV1H334JL3 CAP P .33UF-J-50V C458 ECQB1H472JF3 CAP P 4700PF-J-50V C459 ECQB1224KF3 CAP P .22UF-K-100V C460 ECA1EM222E CAP E 2200UF-25V C461 ECA1VM470B CAP E 47UF/35V C462 ECA1EM222E CAP E 2200UF-25V C463 ECQB1H103JF3 CAP P .01UF-J-50V C465...
  • Page 76 Ref. No. Part No. Part Name & Description Remarks C591 ECA1HM010B CAP E 1UF-50V C592 ECJ2VF1E224Z CAP C .22UF-Z-25V C593 ECA1CM470B CAP E 47UF/16V C751 ECQE1335KFB CAP P 3.3UF-K-100V C756 ECKR2H332KB5 CAP C 3300PF-K-550V C763 ECKR3A121KBP CAP C 120PF-K-1KV C800 ECKW3D222KBP CAP C 2200UF-K-2KVDC C801...
  • Page 77 Ref. No. Part No. Part Name & Description Remarks C895 ECA1EM101B CAP E 100UF-25V C901 TCJ2VB1H103K CAP C .01UF-K-50V C904 ECKR1H103ZF5 CAP C .01UF-Z-50V C952 ECA1HM100B CAP E 10UF/50V C953 ECKR1H103ZF5 CAP C .01UF-Z-50V C958 ECA2CM470E CAP E 47UF-160V C959 ECKW2H103KB5 CAP C .01UF-K-500V C960...
  • Page 78 Ref. No. Part No. Part Name & Description Remarks C2302 ECA1HM010B CAP E 1UF-50V C2303 TCJ2VB1H392K CAP C 3900UF-K-50V C2304 TCJ2VB1H392K CAP C 3900UF-K-50V C2305 ECA1HM010B CAP E 1UF-50V C2307 ECA1EM102E CAP E 1000UF-25V C2308 ECA1HM101B CAP E 100UF-50V C2311 ECA1HM010B CAP E 1UF-50V C2312...
  • Page 79 Ref. No. Part No. Part Name & Description Remarks C3014 TCJ2VB1H103K CAP C .01UF-K-50V C3018 ECA1HM010B CAP E 1UF-50V C3019 TCJ2VF1H103Z CAP C .01UF-Z-50V C3020 ECEA1CN100UB CAP E 10UF-16V C3021 TCJ2VF1H103Z CAP C .01UF-Z-50V C3022 ECA1CM101B CAP E 100UF/16V C3023 ECA1HM010B CAP E 1UF-50V C3025...
  • Page 80 D552 B0HAMP000059 DIODE...
  • Page 81 Ref. No. Part No. Part Name & Description Remarks D563 MAZ40300HF DIODE ZENER D753 AU01ZV0 DIODE D801 RM10BLFA1 DIODE D802 RM10BLFA1 DIODE D803 RM10BLFA1 DIODE D804 RM10BLFA1 DIODE D806 EG01AV0 DIODE D807 B0HAJP000015 DIODE D808 D4DDF1R50001 DIODE D810 B0HAJP000015 DIODE D811 B0HAJP000015 DIODE...
  • Page 82 Ref. No. Part No. Part Name & Description Remarks D2311 MAZ31100ML DIODE ZENER D2312 MAZ31100ML DIODE ZENER D2320 MAZ33000ML DIODE D2321 MAZ33000ML DIODE D3001 MAZ31100ML DIODE ZENER D3002 MAZ31100ML DIODE ZENER D3003 MAZ31100ML DIODE ZENER D3004 MAZ31100ML DIODE ZENER D3005 MAZ31100ML DIODE ZENER D3006...
  • Page 83 Ref. No. Part No. Part Name & Description Remarks FUSES F801 XBA2A00101 FUSE 6.3A 125V INTEGRATED CIRCUITS IC001 MN102H81GTG3 INT CKT IC002 TVR2AJ164S EEPROM ADJUSTED IC003 AN78M05LB PLUS 5V AVR IC004 PST9128NR INT CKT IC005 PQ3RD13B INT CKT IC006 PST9142NR INT CKT IC301 AN15931A-E1...
  • Page 84 Ref. No. Part No. Part Name & Description Remarks L559 TLUADNB682K COIL L706 EXCELSA26T FERRITE BEAD L751 ELC18B801E COIL L752 TALFP15B103K LINE FILTER L801 ELF21N035A LINE FILTER L802 ELF21N035A LINE FILTER L803 EXCELSA35T FERRITE BEAD L806 EXCELSA26T FERRITE BEAD L814 TALL08T101KA LINE FILTER L815...
  • Page 85 Ref. No. Part No. Part Name & Description Remarks Q503 2SD601ARTX TRANSISTOR Q504 2SD601ARTX TRANSISTOR Q551 2SC5902001TV TRANSISTOR Q580 2SD601ARTX TRANSISTOR Q581 2SD601ARTX TRANSISTOR Q582 2SD601ARTX TRANSISTOR Q591 2SD601ARTX TRANSISTOR Q751 B1DACM000001 TRANSISTOR Q756 2SC1685QRSTA TRANSISTOR Q757 2SC1685QRSTA TRANSISTOR Q802 2SC1685QRSTA TRANSISTOR Q803...
  • Page 86 Ref. No. Part No. Part Name & Description Remarks R005 ERJ6GEYJ331V RES M 330-J-1/10W R006 ERJ6GEYJ102V RES M 1K-J-1/10W R007 ERJ6GEYJ331V RES M 330-J-1/10W R009 ERJ6GEYJ102V RES M 1K-J-1/10W R010 ERJ6GEYJ392V RES M 3.9K-J-1/10W R011 ERJ6GEYJ562V RES M 5.6K-J-1/10W R012 ERJ6GEYJ472V RES M 4.7K-J-1/10W R013...
  • Page 87 Ref. No. Part No. Part Name & Description Remarks R075 ERJ6ENF3902V RES M 39K-F-1/10W R076 ERJ6ENF6201V RES M 6.2K-F-1/10W R080 ERJ6GEYJ101V RES M 100-J-1/10W R084 ERJ6GEYJ182V RES M 1.8K-J-1/10W R086 ERJ6GEYJ103V RES M 10K-J-1/10W R087 ERJ6GEYJ472V RES M 4.7K-J-1/10W R088 ERJ6GEYJ223V RES M 22K-J-1/10W R089...
  • Page 88 Ref. No. Part No. Part Name & Description Remarks R506 ERJ6GEYJ103V RES M 10K-J-1/10W R507 ERDS2TJ301T RES C 300-J-1/4W R508 ERDS2TJ562T RES C 5.6K-J-1/4W R509 ERDS2TJ332T RES C 3.3K-J-1/4W R510 ERG2FJ122H RES M 12K-J-2W R512 ERG3SJ222 RES M 2.2K-J-3W R513 ERG3SJ222 RES M 2.2K-J-3W R514...
  • Page 89 Ref. No. Part No. Part Name & Description Remarks R805 ERX12SJR33P RES M .33-J-1/2W R806 ERX12SJR22P RES M .22-J-1/2W R807 ERD25FJ101P RES C 100-J-1/4W R808 ERDS1FJ100T RES C 10-J-1/2W R809 ERDS2TJ681T RES C 680-J-1/4W R811 ERDS2TJ472T RES C 4.7K-J-1/4 R812 ERDS2TJ473T RES C 47K-J-1/4W R813...
  • Page 90 Ref. No. Part No. Part Name & Description Remarks R954 ERDS2TJ431T RES C 430-J-1/4W R956 ERDS2TJ510T RES C 51-J-1/4W R958 ERDS2TJ391T RES C 390-J-1/4W R959 ERDS2TJ101T RES C 100-J-1/4W R960 ERQ14AJ100P RES F 10-J-1/4W R961 ERQ1CJP331S RES F 330-J-1W R962 ERDS2TJ330T RES C 33-J-1/4W R963...
  • Page 91 Ref. No. Part No. Part Name & Description Remarks R1580 ERDS2TJ153T RES C 15K-J-1/4W R1583 ERDS2TJ102T RES C 1K-J-1/4W R1584 ERDS2TJ103T RES C 10K-J-1/4W R1585 ERDS2TJ563T RES C 56K-J-1/4W R1586 ERDS2TJ333T RES C 33K-J-1/4W R1588 RG2FJ472H RES M 4.7K-J-2W R1589 ERG3FJ821H RES M 820-J-3W R1591...
  • Page 92 Ref. No. Part No. Part Name & Description Remarks R2366 ERJ6GEYJ222V RES M 2.2K-J-1/10W R2367 ERJ6GEYJ222V RES M 2.2K-J-1/10W R2385 ERDS2TJ102T RES C 1K-J-1/4W R2386 ERDS2TJ102T RES C 1K-J-1/4W R2504 ERDS2TJ101T RES C 100-J-1/4W R2505 ERDS2TJ101T RES C 100-J-1/4W R3001 ERJ6GEYJ330V RES M 33-J-1/10W R3002...
  • Page 93 Ref. No. Part No. Part Name & Description Remarks R4930 ERJ6GEYJ103V RES M 10K-J-1/10W R4931 ERJ6GEYJ682V RES M 6.8K-J-1/10W R4932 ERJ6GEYJ472V RES M 4.7K-J-1/10W R4933 ERJ6GEYJ472V RES M 4.7K-J-1/10W R4934 ERJ6GEYJ153V RES M 15K-J-1/10W R4935 ERJ6GEYJ153V RES M 15K-J-1/10W R4936 ERJ6GEYJ103V RES M 10K-J-1/10W R4938...
  • Page 94 TXFKU05FSER CABINET BACK CT-32SC13G TXFKU16GSER CABINET BACK CT-36SL13G TXFKU17GSER CABINET BACK CT-32SL13G TXFKU03FSER CABINET BACK CT-36SC13G CT-3653G TBM2AA0024 BADGE PANASONIC CT-32SC13G, CT-36SC13G, CT-3653G JK3151 TJB2AA0371 TERMINAL FRONT A/V CT-36SL13G CT-32SL13G JK3001 TJB2AA0491 TERMINAL A/V REAR JK3151 TJBA187 JACK A/V OUTPUT CT-36SC13G CT-32SC13G CT-3653G...
  • Page 95 Ref. No. Part No. Part Name & Description Remarks M014 TQB2AA0486 OWNER’S MANUAL M015 UR76EC0303D BATTERY COVER REMOTE CON CT-32SL13G, CT-36SL13G, CT- 32SC13G, CT-36SC13G M016 UR77EC1303A BATTERY COVER REMOTE CON CT-3653G...
  • Page 96 D-BOARD 1 OF 2 TNP2AH053 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 97 A-BOARD 2 OF 2 TNP2AH052 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 98 A-BOARD 1 OF 3 TNP2AH052NIL/AA CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 99 A-BOARD 2 OF 3 TNP2AH052NIL/AA CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 100 A-BOARD 3 OF 3 TNP2AH052NIL/AA CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...

  • Page 101: Audio Signal Path Block Diagram

    Audio signal path block diagram Tuner A-BOARD MPX IN IC2201 L-OUT R-OUT G-BOARD IC2301 AUDIO IC3001 A/V SW SP (L) L-OUT L-OUT IC2501 L-OUT SP (R) R-OUT R-OUT R-OUT L-OUT L-IN R-OUT R-IN MUTE L-OUT L-IN FRONT R-OUT R-IN PROG. IC2331 OUT/VAO IC001...
  • Page 102 A-BOARD 1 OF 2 TNP2AH052 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 103 D-BOARD 2 OF 2 TNP2AH053 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 104 D-BOARD 1 OF 2 TNP2AH053NIL/AB CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 105 D-BOARD 2 OF 2 TNP2AH053NIL/AB CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 106 G-BOARD 1 OF 2 TNP2AA141 CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 107 G-BOARD 2 OF 2 TNP2AA141 CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 108 G-BOARD 1 OF 2 TNP2AA142 CT-36SL13G, CT-32SL13G...
  • Page 109 G-BOARD 2 OF 2 TNP2AA142 CT-36SL13G, CT-32SL13G...
  • Page 110 G-BOARD 1 OF 2 TNP2AA141 CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 111 G-BOARD 2 OF 2 TNP2AA141 CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 112 G-BOARD 1 OF 2 TNP2AA142AB CT-36SL13G, CT-32SL13G...
  • Page 113 G-BOARD 2 OF 2 TNP2AA142AB CT-36SL13G, CT-32SL13G...
  • Page 114 K-BOARD TNP2AA143 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 115 K-BOARD TNP2AA143 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 116 L-BOARD TNPA1673 CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 117 L-BOARD 1 OF 2 TNPA1673AE CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...
  • Page 118 L-BOARD 2 OF 2 TNPA1673AE CT-36SL13G, CT-32SL13G, CT-36SC13G, CT-32SC13G, CT-3653G...

  • Page 119: Video Signal Path Block Diagram

    Video signal path block diagram A-BOARD G-BOARD Tuner IC3001 VIDEO SWITCH JK3151 Y4/CV4/(TV1) FRONT VIDEO U3/SC3 JK3001 REAR VIDEO S-VHS Y3/SY2 G/Y1/CV1 Y3/CV2 B/U1 R/V1 L-BOARD S-VHS U2/SC2 V2/SY2 IC3801 U/SC OUT1 Y2/CY2 R-IN Prog. R-OUT G-IN V/SY OUT1 G-OUT Y/SY/CV OUT1 B-IN B-OUT...
  • Page 120 A - BOARD - TNP2AH052/AA IC002 IC001 IC2201 IC3001 ..0.00 ..0.00 ..2.40 ..0.00 ..2.80 ..4.40 .
  • Page 121 A - BOARD - TNP2AH052/AA Q009 Q019 Q021 Q022 Q023 Q024 Q025 Q026 Q027 0.00 0.40 0.20 0.90 0.90 1.60 4.40 4.40 4.60 2.50 2.70 0.00 0.00 0.00 5.00 8.20 8.30 8.30 0.00 0.00 0.80 0.90 1.50 1.60 3.80 3.80 4.00 Q2302 Q2304...
  • Page 122 D - BOARD - TNP2AH053NIL/AB IC802 IC811 IC801 ..13.00 ..11.10 ..-37.60 ..11.00 ..12.20 ..N/C ..00.00 .
  • Page 123 A-Board TNP2AH052NIL/AA 1.0 Vp-p 3.2 Vp-p 3.8 Vp-p 3.5 Vp-p TPA1 (VIDEO) A14 PIN 4 (GREEN OUT) A14 PIN 3 (RED OUT) A14 PIN 5 (BLUE OUT) 8MHz X’tal 1.10 Vp-p 544mv Vp-p 3.24 Vp-p Q401 B (V DRIVE) IC451 PIN 7 (VERT IN) IC001 PIN 50 (OSC) IC001 PIN 36 (FBP IN) 0.9 Vp-p...
  • Page 124 svcdoc Color Television 1 1. Safety precautions 1 2. Service notes 3 2.1. X-Ray Protection Circuit Check& Adjustments 6 3. EEPROM replacement 8 4. About lead free solder (PbF) 9 5. Receiver feature table 10 6. Board description table 13 7.
  • Page 125 svcdoc 17.5. G-Board (SC models) printed circuit 1 of 2 51 17.6. G-Board (SC models) printed circuit 2 of 2 51 17.7. G-Board (SL models) printed circuit 1 of 2 51 17.8. G-Board (SL models) printed circuit 2 of 2 51 17.9.

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