Page 1 MTNC040520C1 HDTV MONITOR PT-53X54J GN1P 2004 Matsushita Electric Industrial Co., Ltd. All rights reserved. Unauthorized copying and distribution is a violation of law. 1. Safety precautions General guidelines...
Page 2 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 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. line. Apply 1080VAC/ 60Hz for 1 second. Confirm that the current measurement is 0.5mA ~ 2.0mA. Repeat test with other metallic exposed parts.
Page 4 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 5 3. Important safety tests Measuring H.V. The anode caps are cemented to the CRTs. To gain access for high voltage measurement, remove the red CRT’s anode lead from the flyback transformer distributor. Grasp the anode lead protective cap at its bottom and squeeze it against thelocking cap body inside, rotate 1/4 turn counter clockwise and pull the anode lead sleeve out of the FBT distributor.
Page 6 pin 1 on D-Board H.V. measurement 4. Connect a H.V. meter (static type, class 0.1) with high voltage leads to high voltage distributor on FBT. DVM and power supply connection 5. Connect the 15 ~ 25 V DC variable power supply positive lead to D34 or IC802 pin 2 (D Board) and negative lead to heat sink of Q551 or D825 Procedures:...
Page 7 4. Service notes NOTE These components are affixed with glue. Be careful not to break or damage any foil under the component or at the pins of the ICs when removing. Usually applying heat to the component for a short time while twisting with tweezers will break the component loose. Leadless chip component (surface mount) Chip components must be replaced with identical chips due to critical foil track spacing.
Page 8 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. Remove the solder from all of the pins of a Flat IC by using a desolder braid 2.
Page 9 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 10 chassis. Connect the test equipment to the proper ground(HOT or COLD) when servicing, or incorrect voltages will be measured. WARNING This receiver has been designed to meet or exceed applicable safety and x-ray radiation protection as specified by government agencies and independent testing laboratories.
Page 12 6. Receiver feature table FEATURE/MODEL PT-53X54J CHASSIS AP832 MICRO 256K MENU LANGUAGE ENGLISH/SPANISH/FRENCH CLOSED CAPTION V-CHIP (USA/CANADA) CHANNEL INFO BANNER VIDEO INPUT SKIP SKIP CHANNEL COUNT CHANNEL COUNT PIP (1T), 2T PIP (2T), 2T SPLIT 2T SPLIT REMOTE CONTROL (W/LIGHT)
Page 13 FEATURE/MODEL PT-53X54J BASS/BALANCE/TREBLE CONTROL AI SOUND SURROUND SPATIALIZER/BBE A/V IN (REAR/FRONT) 4(3/1) A/V PROGRAM OUT AUDIO OUT (FAO: F, VAO:V) COMPONENT INPUT (Y, Pb, Pr) S-VIDEO INPUT (REAR/FRONT) HDMI/HDCP INPUT Note: Specifications are subject to change without notice or obligation.
Page 14 8. Location of controls (EUR7603ZF0 remote) Note: For additional information for this remote please refer to the owner’s manual section remote operation, listed on the parts list section. 9. Auto diagnosis feature This receiver incorporates a self diagnosis feature. With this feature it will be easier for the technician to detect failures.
Page 15 This PTV has a feature that allows to clone convergence from main EEPROM data adjustments from a PTV to other by connecting a jig to the PTV set, or can be used to back-up data before making adjustments. A jig part number TXFJIG01SER, is availablethrough Matsushita/Panasonic Services.
Page 16 Procedure to copy convergence: 1. Enter to service mode and display service menu 2. Select “FINE” DAC and press ACTION on remote. 3. Press “8” on remote. 4. Select from and then press ACTION on remote: - INT to copy data from internal EEPROM to jig - EXT to copy from jig to internal EEPROM.
Page 17 11. A-Board check points...
Page 18 12. Chassis & boards layout (location of main components) Chassis and boards layout...
Page 19 Chassis and boards (FRONT)
Page 20 A-BOARD...
Page 21 D-BOARD...
Page 22 R-BOARD DC-BOARD (TOP)
Page 23 DC-BOARD (BOTTOM) G-BOARD...
Page 24 H-BOARD K-BOARD DG-BOARD (TOP)
Page 25 DG-BOARD (BOTTOM)
Page 26 13. Disassembly for service NOTE: Board ground wires may have to be disconnected to disassemble some boards. All ground wires must be reconnected using jumper leads, if necessary, before power is applied to PTV for service. Speaker grille removal Speaker grille, is secured to the cabinet of the PTV with 1 velcro dot and 2 screws at the bottom. Take the screws out and grip panel from the bottom, pull slightly backward and at the same time pull down to uncouple the 4 tabs.
Page 27 Front cover replacement 1. Remove the speaker grille. 2. Remove the cabinet front board by removing the 2 screws in the middle section. 3. Remove the screws from the middle section (4) of the front panel and both side panels (3 in each side from the back, see picture). 4.
Page 28 PT-53X54J models. Also check part list whenordering. Part number Replace Description with EAST16P51A6 EAST16P51A6 Speaker Woofer EAST6PH08P6 E AST6PH08P6 S peaker Tweeter TAS2AA0027 TAS2AA0027 Speaker Woofer TAS2AA0022 TAS2AA0022 Speaker...
Page 29 At this point the keyboard, A/V inputs and convergence sensors, must be disconnected from K-board and G-board, otherwise the cables and connectors could get damaged. Screen assembly 1. Remove the screen frame. See screen frame removal procedure above. 2. Place screen frame face down on a soft surface. 3.
Page 30 upward and release it fromthe screen frame. Back panel removal 1. The back panel is fastened to the cabinet by 12 screws. See picture for screw location. Back panel removal Main chassis block 1. After removing the screen frame and front cover, remove the side panel from each side (each side panel is fastened by 7 screws, 4 at front and 3 in the back).
Page 31 2. Remove the 2 screws from the cabinet body that holds the upper cabinet cover and carefully remove it. 3. The main chassis block is secured to the main body cabinet by 4 screws on the top (see picture). Chassis removal Mirror removal The mirror is attached inside the cabinet cover.
Page 32 A/V BACK COVER ASSEMBLY This assembly is secured to H-Board by 8 screws. H-Board 1. H-Board is connected to DG-board with H1 connector. 2. Pull carefully to the right to disconnect. DG-Board 1. Plugs onto A-Board at A13 and A14 connectors (DG3 and DG4 respectively).
Page 33 Some tie wraps that secure the wire dressings may need to be unfastened for chassis removal. 3. Remove plug connector in A6 that goes to G-Board (G1). 4. Remove plug connectors in A7, A8 that goes to K-board (K1) and R -board (R1).
Page 34 13.2. Disassembly for CRT replacement To facilitate CRT replacement, the complete CRT mounting chassis does not need to be removed. 1. Remove the main chassis block from the cabinet. 2. Remove the optical bracket metal cover (front side x-ray shield) by removing 3 screws on top.
Page 35 Focus pack location 8. Release CRT anode lead from CRT chassis wire clamp and all other wires from holders. 9. Loosen a screw that secures the DY and remove it from the CRT neck. Caution: To insure protection against x-ray radiation, the lens must be mounted in place at all times when power is applied to the PTV CRT replacement 1.
Page 36 2. Lay CRT face down on a soft cloth. 3. Note position of yoke with centering tabs and remove from defective CRT. 4. Remove CRT DAG ground from defective CRT. Mount it on the replacement CRT exactly as it was on the defective CRT. Note: Replacement CRT is supplied with H.V.
Page 37 Please assemble with screws in the order shown and tighten with the same torque. 13.3. PTV screen assemblies Screen assemblies 13.4. Screen assemblies warning When storing or disposing of screen assemblies, be sure not to place them in direct sunlight. These screens may act as a magnifying glass and could cause a fire.
Page 38 Preparation: Set the following controls - Picture to Normal - Bright to Normal - Volume to MIN (0) Procedure: 1. Apply a COLOR BAR pattern 2. Connect the negative lead of the digital voltmeter to TPGND1 (cold ground). 3. Connect the positive lead of the digital voltmeter to each test point and confirm the B+ voltages.
Page 39 mode option. 2. Select TIMER icon and set SLEEP time for 30 Min. 3. Press “VOL UP ” to exit menus. 4. Tune to the Channel 124. 5. Adjust VOLUME to minimum (0). 6. Press VOL (decrease) on receiver. Red “CHK” appears in upper corner.
Page 40 IMPORTANT NOTE Always check that PTV exits the service mode To check colors: Press RECALL on the remote control when in service mode (red “CHK” is displayed) to enter the purity field check mode. Color check 15.3. Service adjustment default values for items DESCRIPTION REGISTER FORMAT...
Page 41 DESCRIPTION REGISTER FORMAT NTSC (480i) HD (1080i) VERTICAL TEST POSITION TEST POS V HORIZONTAL TEST TEST POS H POSITION LOW PHASE PHASE LOW HI PHASE PHASE HI HORIZONTAL OSD OSD POS H POSITION VERTICAL OSD POSITION OSD POS V MUTE CONVERGENCE MUTE COARSE ADJ COARS...
Page 42 15.5. Instructional flow for service mode (continued...)
Page 43 16. CRT Set Up CAUTION: Insure that yoke plugs are reconnected on D-Board before turning the PTV ON to prevent damage to the horizontal output transistor and/or CRTs. 1. Connect test generator to the antenna terminal and set for a monoscope pattern.
Page 44 4. Cover replacement CRT lens and static converge the tubes not replaced, if needed. Check size and linearity of pattern and adjust as required 5. Uncover replacement CRT lens and cover other two CRT lenses. Adjust electrical and optical focus (lens), if required. 6.
Page 45 H-PAR +390 V-SAW V-PAR 2. Connect the scope probe to R1522 (D30 side), GND to Q551 heat sink. 3. Confirm that level of A is 640 ± 50V, adjust / “H-PAR” DAC to set to specification level. 4. Confirm that voltage level in D30 is similar between point E and F, if not, adjust V-SAW DAC.
Page 46 GREEN BLUE Electric focus Optical Focus 2. Set VIDEO “C_OFF” DAC from 00 to 02, and project only red. Adjust red focus VR so that focus is best. Focus pack 3. Adjust red lens focus (mechanical) until focus is best. 4.
Page 47 This adjustment is intended to correct the horizontal position of the picture NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. 1. Apply a HD 1080i crosshatch pattern that lets adjust the image to correct vertical size (see above note).
Page 48 9. Set VIDEO “C_OFF” DAC from 01 to 00. 17.2. Centering magnets adjustment NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. Procedures: 1. Apply a crosshatch pattern with dots. 2. Set VIDEO “C_OFF” DAC from 00 to 01 to project only green.
Page 49 This adjustment is intended to correct curved sides of the picture. NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. Procedure: 1. Apply a 1080i HD crosshatch pattern that lets adjust the image to correct curved sides (see above note).
Page 50 8. Set VIDEO “C_OFF” DAC from 01 to 00. 17.4. Trapezoid adjustment (TRAP) NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. Procedure: 1. Apply a 1080i HD crosshatch pattern. 2. Set VIDEO “C_OFF” DAC from 00 to 01 and project only green.
Page 51 This adjustment is intended to make the picture vertically proportional (top, center and bottom) NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. 1. Apply a pattern that lets adjust the image to correct vertical linearity (see above note).
Page 52 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. 1. Apply a pattern that lets adjust the image to correct vertical size (see above note). 2. Set VIDEO “C_OFF” DAC from 00 to 01 (to project only green).
Page 53 This adjustment is intended to adjust horizontal width of the picture. NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. 1. Apply a pattern that lets adjust the horizontal size. 2. Set VIDEO “C_OFF” DAC from 00 to 01 to project only green.
Page 54 4. Adjust DAC “BRIGH” data so that bar 1 becomes near black like bar 0. 5. Apply an HD 1080i signal and repeat this adjustment for HD 1080i mode. 6. To check ABL apply a white pattern and put user bright control (BRIGHTNESS in Picture menu) control to max.
Page 55 17.12. White balance adjustment NOTE: Use a 7 gray step pattern in this adjustment. This pattern can be obtained from a NTSC generator applying a bar signal without color. This adjustment requires the service user skills in observing what a screen without color should look like (white picture).
Page 56 17.13. Color adjustment (TINT, B-Y_G, R-Y_A) NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. This adjustment requires that the servicer use the skills in observing what a colorbar pattern should looks like.
Page 57 - COLOR to center (31) - PICTURE to max (63) - BRIGHT to center (31) - SHARPNESS to min. (0) - TINT to center (31) - NATURAL COLOR to OFF - COLOR TEMPERATURE to COOL Procedure: 1. Apply a color bar pattern 2.
Page 58 6. Use a test signal from a VCR or DVD disk that has a pre-recorded close up of a signal that has good flesh tones. 7. The signal from the VCR or DVD player should look normal. Color Check Using a clean RF or video signal, set the color level so that it does not saturate or appear harsh. Make sure that color is not set so that it appears dull and washed out.
Page 59 Stereo separation adjustment (SEPAL & SEPAH) Preparation: 1. Connect an RF signal generator to the RF antenna input. 2. Connect an oscilloscope probe to TP17 (R_OUT, A-board). Procedure: 1. Set PTV to Stereo Mode (in the audio menu). 2. Apply the following signal from the RF signal generator: / Video: 100 IRE flat field, 30% modulation.
Page 60 Also EEPROM copy jig can be used to back-up the data before to performadjustments. NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder. IMPORTANT NOTICE: It is strongly recommended to first read and understand the following section prior to make any...
Page 61 adjustment. This PTV uses the scheme described below to correct for misconvergence of the three CRT projection tubes. There are various modes to this operation. Preparation: Place the convergence alignment template (see Convergence alignment template section on this manual) over the PTV screen. Align the center lines of the template with the mechanical center markers on the PTV screen frame.
Page 62 pattern disappear). 10. Press “TV/VIDEO” key to enter “DATA_POS” mode 11. Adjust by pressing VOL right - left so that peak of curve is the same position as center of cursor. Symmetrical shape 12. Press “TV/VIDEO” key on remote to enter “OSD_POS” mode. 13.
Page 63 (FINE/ secs) COARSE) When “7” is pressed and the data is saved, it will overwrite the factory default. 18.1. Coarse adjustment mode (COARS) NOTE: 1080i, 480p, 480i pattern can be obtained from Panasonic’s TU-DST51 set-top box DTV decoder.
Page 64 NOTE: It is strongly recommended to first read and understand the following section prior to make any adjustment. / Convergence adjustment must be performed for 480i_p (same for interlace & progressive), ZOOM 480i and 1080i. Procedure: 1. Enter to “G-SIZE” mode: - Select “COARSE”...
Page 65 8. Press “7” then “ACTION” key on remote to save changes. 9. Enter to PIN “G-PIN” mode by pressing “TV/VIDEO” 10. Adjust V_PIN by pressing CH up-down (see figure) 11. Adjust H_PIN by pressing VOL right-left. 12. Press “7” then “ACTION” key on remote to save changes “PIN”...
Page 66 17. Adjust by pressing CH up-down (see figure) 18. Press “7” then “ACTION” key on remote to save changes “KEY” mode adjustment NOTE: Confirm that pattern looks like a square and almost overlaps the screen frame, check that vertical and horizontal line center match with the marks on screen frame, if linearity is not good enough, repeat adjustments.
Page 67 NOTE: Remember always save data following each adjustment by pressing “7” key on remote, then ACTION. 25. Enter to LINEARITY “R-LINEAR” mode by pressing TV/VIDEO. 26. Adjust Horizontal linearity (see figure) 27. Enter to SIZE “R-SIZE” mode by pressing TV/VIDEO. 28.
Page 68 39. Perform all adjustments for blue (B-SKEW, B-LINEAR, B-SIZE, B- PIN, B-CORNER, B-KEY) 40. Display border and cross pattern and confirm that blue overlaps with green pattern, if it is not satisfactory, repeat for blue. 41. Press “1 or 3” key repeatedly on remote until green, red and blue (white), confirm that red and blue overlaps with green pattern.
Page 69 “FINE” convergence mode after pressing “4” on remote “FINE” convergence mode after pressing “4” on remote...
Page 70 PRESS BUTTON 1(go) or change color view 3(back) change pattern 4 (only FINE change crossed sections mode) overlap save data copy from clear POWER exit RECALL display values R-TUNE cycle colors TV/VIDEO change mode TV/VIDEO (3 switch convergence mode (FINE/ secs) COARSE) When “7”...
Page 71 6. In “EASY” mode, the adjustment value changes by 4 steps 7. “EASY” mode allows to move lines horizontally and vertically from the center of cursor “EASY” mode adjustment, possible locations for cursor 8. This mode affects a wide area around the cursor than other adjustment modes, See values on screen by pressing RECALL on remote 9.
Page 72 14. Enter to POINT “G-POINT” (for green) mode by pressing TV/ VIDEO. 15. “POINT” mode allows to move line horizontally and vertically from the perimeter of cursor making rounded lines become straight 16. In “POINT” mode, the adjustment data changes by 2 steps, See values on screen by pressing RECALL on remote 17.
Page 73 26. Begin adjustment from the center to the edge of the screen (see figure) 27. Adjust to make distribute lines LINE, POINT, ORIG. POINT modes, possible locations for cursor 28. Then press “1 or 3” on the remote until red and green appears. NOTE: Since convergence adjustment will not allow to adjust every single cross section of the grid, it is very important to adjust, so that overall looks best, in “FINE”...
Page 74 33. At this point the crosshatch pattern should look white. 34. If the crosshatch pattern is not only white, repeat adjustment for that specific color (red or blue). 35. Once the crosshatch pattern looks only white, perform the adjustments for White only (“POINT”, “ORIG. POINT” & “LINE”), notice that each adjustment must be only for white (red, green,blue) 36.
Page 75 Autoconvergence Troubleshoot (ERROR display) When autoconvergence feature is executed and the procedure doesn’t complete accordingly by displaying an error number on screen, check the possible causes in the following order: 1. Make sure convergence and electrical adjustments are properly set. 2.
Page 76 Vertical Center Axis and work outwards until the pattern is complete. Pay attention to the actual dimensions of the pattern. Template dimensions: - 53”: 1173.3mm horizontal x 660mm vertical. Single grid dimension: HORIZONTAL VERTICAL 189.22 mm 94.29 mm NOTE: A convergence alignment template, part number TXFQD01FSER is available through Matsushita/ Panasonic Services Convergence template.
Page 77 19. Reference of PDF links color 20. Conductor views 20.1. A-Board Printed Circuit ( page 1 of 2 ) 20.2. A-Board Printed Circuit ( page 2 of 2 ) 20.3. D-Board Printed Circuit ( page 1 of 2) 20.4. D-Board Printed Circuit ( page 2 of 2)
Page 78 20.5. DC-Board Printed Circuit ( Top & bottom view) 20.6. DG-Board Printed Circuit (bottom view) 20.7. DG-Board Printed Circuit ( top view ) 20.8. H-Board Printed Circuit 20.9. CD, G, K & R Printed Circuit Boards 20.10. LB-Board Printed Circuit 20.11.
Page 80 22.2. Notas de los diagramas esquem á ticos...
Page 82 22.3. A-Board schematic 1 of 3 22.4. A-Board schematic 2 of 3 22.5. A-Board schematic 3 of 3 22.6. D-Board schematic 1 of 5 22.7. D-Board schematic 2 of 5 22.8. D-Board schematic 3 of 5 22.9. D-Board schematic 4 of 5 22.10.
Page 83 22.26. LB-Board schematic 2 of 2 22.27. LG-Board schematic 1 of 2 22.28. LG-Board schematic 2 of 2 22.29. LR-Board schematic 1 of 2 22.30. LR-Board schematic 2 of 2 22.31. Voltages 22.32. Waveforms 23. Parts location 24. Parts list...
Page 84 24.1. Description of abbreviations guide 24.2. Parts list...
Page 85 Ref. No. Part No. Part Name & Description Remarks CAPACITORS C001 ECA1HM4R7B CAP E 4.7UF-50V C003 ECJ2VC1H101J CAP C 100PF-J-50V C004 ECJ2VF1E224Z CAP C .22UF-Z-25V C006 EEUFC1A471B CAP E 470UF-16V C007 ECA1HM4R7B CAP E 4.7UF-50V C009 ECJ2VC1H101J CAP C 100PF-J-50V C010 ECJ2VF1E224Z CAP C .22UF-Z-25V...
Page 86 Ref. No. Part No. Part Name & Description Remarks C331 ECA1HM470B CAP E 47UF-50V C332 ECKR1H103ZF5 CAP C .01UF-Z-50V C333 ECA1HM470B CAP E 47UF-50V C334 ECA2EM470B CAP E 47UF-250V C335 ECCR1H221JC5 CAP C 220PF-J-50V C336 ECA1HM470B CAP E 47UF-50V C337 ECKR1H103ZF5 CAP C .01UF-Z-50V C339...
Page 87 Ref. No. Part No. Part Name & Description Remarks C531 ECA160V33UE CAP E 33UF-160V C533 ECKR2H101KB5 CAP C 100UF-K-500V C535 ECA1EM471E CAP E 470UF-25V C601 EEUFC1C331B CAP E 330UF-16V C602 ECJ2VF1H103Z CAP C .01UF-Z-50V C653 ECA1HM010E CAP E 1UF-50V C654 ECA1HM010E CAP E 1UF-50V C701...
Page 88 Ref. No. Part No. Part Name & Description Remarks C852 ECA1EM101B CAP E 100UF-25V C853 ECJ2YF1E474Z CAP C .47UF-Z-25V C854 ECA1CM101B CAP E 100UF-16V C855 ECJ2VF1H104Z CAP C .1UF-Z-50V C856 ECJ2VF1H103Z CAP C .01UF-Z-50V C860 ECJ2VB1H103K CAP C .01UF-K-50V C861 ECJ2VF1H103Z CAP C .01UF-Z-50V C862...
Page 89 Ref. No. Part No. Part Name & Description Remarks C967 ECA2CM100E CAP E 10UF-160V C968 ECA1CM101B CAP E 100UF-16V C969 ECA1CM101B CAP E 100UF-16V C970 ECA2CM100E CAP E 10UF-160V C971 ECQE2104KFW CAP P .10UF-K-200V C972 ECA1HM220B CAP E 22UF-50V C1303 ECJ2VF1H103Z CAP C .01UF-Z-50V C1304...
Page 90 Ref. No. Part No. Part Name & Description Remarks C2344 ECJ3VB1H104K CAP C .1UF-K-50V C2346 ECJ2VB1H471K CAP C 470PF-K-50V C2348 ECJ2VF1C105Z CAP C 1.0UF-Z-16V C2349 ECJ2VF1C105Z CAP C 1.0UF-Z-16V C2352 ECJ2VB1H682K CAP C .0068UF-K-50V C2353 ECJ2VB1H471K CAP C 470PF-K-50V C2356 ECJ2VB1H333K CAP C .033UF-K-50V C2359...
Page 91 Ref. No. Part No. Part Name & Description Remarks C3203 ECJ2VB1H152K CAP C .0015UF-K-50V C3331 ECJ2VB1H152K CAP C .0015UF-K-50V C3332 ECJ2VF1C105Z CAP C 1.0UF-Z-16V C3333 ECJ2VB1H152K CAP C .0015UF-K-50V C3334 ECJ2VF1C105Z CAP C 1.0UF-Z-16V C3335 ECJ2VB1H152K CAP C .0015UF-K-50V C3336 ECJ2VF1C105Z CAP C 1.0UF-Z-16V C3337...
Page 92 Ref. No. Part No. Part Name & Description Remarks C7065 ECA1VM470B CAP E 47UF-35V DIODES D001 MAZ31500ML DIODE ZENER D002 MAZ31500ML DIODE ZENER D003 MAZ31500ML DIODE ZENER D004 MAZ31500ML DIODE ZENER D081 LN21RCPHL DIODE D082 MAZ40560MF DIODE ZENER D083 MAZ40560MF DIODE ZENER D301 MA2C16700E...
Page 93 Ref. No. Part No. Part Name & Description Remarks D511 B0HAHP000014 DIODE D512 B0HALP000002 DIODE FAST RECOVERY D513 MA2C165001VT DIODE D0514 MAZ30300LL DIODE ZENER D515 B0HALP000002 DIODE FAST RECOVERY D516 EU2YXV0 DIODE D519 AU02ZV0 DIODE D520 MA3X152K0L DIODE D634 MA2C165001VT DIODE D650 MAZ41100MF...
Page 94 Ref. No. Part No. Part Name & Description Remarks D962 MA2C18800E DIODE D973 B0ZAZ0000047 DIODE D983 B0ZAZ0000047 DIODE D1502 B0HACW000001 DIODE D1503 MAZ30300LL DIODE ZENER D1504 B0HACW000001 DIODE D1505 MA2C0290BF DIODE D1506 MAZ30510ML DIODE D1507 MAZ30300LL DIODE ZENER D1510 MAZ30300LL DIODE ZENER D1599 MA3X152K0L...
Page 95 Ref. No. Part No. Part Name & Description Remarks IC801 AN8029 POWER SUPPLY IC802 C0EAS0000025 MAIN REGULATOR IC805 AN78M12LB 12V REGULATOR IC811 0N3171RLF OPTO COUPLER IC872 C0DACMG00001 9V REGULATOR IC874 SI-8050J 5V REGULATOR IC875 C0DACMG00001 3.3V REGULATOR IC876 C0DACMG00001 2.5V REGULATOR IC877 C0DACMG00001 1.8V REGULATOR...
Page 96 Ref. No. Part No. Part Name & Description Remarks L810 EXCELDR25V FERRITE BEAD L811 EXCELDR25V FERRITE BEAD L815 EXCELSA39E EMI BEAD CORE L816 EXCELSA39E EMI BEAD CORE L817 TALL08T680KA COIL L818 TALL08T680KA COIL L819 EXCELDR35V FERRITE BEAD L820 EXCELDR35V FERRITE BEAD L821 EXCELDR35V FERRITE BEAD...
Page 97 Ref. No. Part No. Part Name & Description Remarks L7004 EXCELSA39V EMI BEAD CORE L7005 EXCELSA39V EMI BEAD CORE L7006 EXCELSA39V EMI BEAD CORE LF801 ELF21N035A LINE FILTER LF803 ELF21N035A LINE FILTER TRANSISTORS Q301 2SC1473ATA TRANSISTOR Q302 2SC3526H TRANSISTOR Q303 2SC1473ATA TRANSISTOR Q304...
Page 98 Ref. No. Part No. Part Name & Description Remarks Q908 2SC3311ATA TRANSISTOR Q934 2SA1309ATA TRANSISTOR Q935 2SC3311ATA TRANSISTOR Q936 2SC3311ATA TRANSISTOR Q937 2SA1309ATA TRANSISTOR Q938 2SB1321ARA TRANSISTOR Q941 2SD1992ARA TRANSISTOR Q951 2SC3311ATA TRANSISTOR Q952 2SC3311ATA TRANSISTOR Q953 2SC3311ATA TRANSISTOR Q955 2SA1248SRA TRANSISTOR Q956...
Page 99 Ref. No. Part No. Part Name & Description Remarks R009 ERJ6GEYJ103V RES M 10K-J-1/10W R010 ERJ6GEYJ103V RES M 10K-J-1/10W R013 ERG1SJ273P RES M 27K-J-1W R015 ERG1SJ273P RES M 27K-J-1W R072 ERDS2TJ101T RES C 100-J-1/4W R073 ERDS2TJ471T RES C 470-J-1/4W R080 ERDS2TJ222T RES C 2.2K-J-1/4W R081...
Page 100 Ref. No. Part No. Part Name & Description Remarks R349 ERDS2TJ821T RES C 820-J-1/4W R350 ERG12SJ101P RES M 100-J-1W R351 ERDS1FJ330P RES C 33-J-1/2W R352 ERDS1FJ330P RES C 33-J-1/2W R353 ERG12SJ101P RES M 100-J-1W R354 ERDS2TJ473T RES C 47K-J-1/4W R355 ERDS1FJ103T RES C 10K-J-1/2W R356...
Page 101 Ref. No. Part No. Part Name & Description Remarks R464 ERJ6GEYJ102V RES M 1K-J-1/10W R465 ERJ6GEYJ472V RES M 4.7K-J-1/10W R465 ERJ6GEYJ472V ES M 4.7K-J-1/10W R466 ERJ6GEYJ562V RES M 5.6K-J-1/10W R470 ERDS2TJ331T RES C 330-J-1/4W R471 ERDS2TJ331T RES C 330-J-1/4W R472 ERDS2TJ331T RES C 330-J-1/4W R501...
Page 102 R814 ERDS2TJ4R7T RES C 4.7-J-1/4W...
Page 103 Ref. No. Part No. Part Name & Description Remarks R815 ERJ6GEYJ301V RES M 300-J-1/10W R816 ERDS2TJ471T RES C 470-J-1/4W R817 ERJ6ENF2001V RES M 2K-F-1/10W R818 ERDS1FJ100T RES C 10-J-1/2W R820 ERDS1FJ470T RES C 47-J-1/2W R822 ERJ6GEYJ222V RES M 2.2K-J-1/10W R833 ERJ6GEYJ101V RES M 100-J-1/10W R835...
Page 104 Ref. No. Part No. Part Name & Description Remarks R919 ERDS2TJ472T RES C 4.7K-J-1/4W R920 ERDS2TJ681T RES C 680-J-1/4W R921 ERDS2TJ151T RES C 150-J-1/4W R925 ERDS2TJ151T RES C 150-J-1/4W R926 ERDS2TJ151T RES C 150-J-1/4W R928 ERQ14AJ220P RES F 22-J-1/4W R929 ERDS2TJ101T RES C 100-J-1/4W R940...
Page 105 Ref. No. Part No. Part Name & Description Remarks R1329 ERJ6GEYJ101V RES M 100-J-1/10W R1330 ERJ6GEYJ101V RES M 100-J-1/10W R1331 ERJ6GEYJ101V RES M 100-J-1/10W R1332 ERJ6GEYJ101V RES M 100-J-1/10W R1338 ERJ6GEYJ103V RES M 10K-J-1/10W R1502 ERJ6GEYJ222V RES M 2.2K-J-1/10W R1503 ERJ6GEYJ102V RES M 1K-J-1/10W R1504...
Page 106 Ref. No. Part No. Part Name & Description Remarks R2334 ERJ6ENF4701V RES M 4.7K-F-1/10W R2336 ERJ6ENF5232V RES M 5.32K-F-1/10W R2337 ERJ6ENF1501V RES M 1.5K-F-1/10W R2339 ERJ12YJ101U RES M 100-J-1/2W R2341 ERJ6GEYJ122V RES M 1.2K-J-1/10W R2342 ERJ6GEYJ122V RES M 1.2K-J-1/10W R2343 ERJ6GEYJ103V RES M 10K-J-1/10W R2344...
Page 107 Ref. No. Part No. Part Name & Description Remarks R3306 ERJ6ENF75R0V RES M 75.0-F-1/10W R3307 ERJ6GEYJ184V RES M 180K-J-1/10W R3308 ERJ6ENF75R0V RES M 75.0-F-1/10W R3309 ERJ6ENF75R0V RES M 75.0-F-1/10W R3310 ERJ6ENF75R0V RES M 75.0-F-1/10W R3311 ERJ6ENF75R0V RES M 75.0-F-1/10W R3312 ERJ6ENF75R0V RES M 75.0-F-1/10W R3313...
Page 108 Ref. No. Part No. Part Name & Description Remarks R7055 ERJ6GEYJ332V RES M 3.3K-J-1/10W R7058 ERJ6GEYJ332V RES M 3.3K-J-1/10W R7059 ERJ6GEYJ104V RES M 100K-J-1/10W R7060 ERX1SJR27P RES M .27-J-1W R7061 ERJ6GEYJ102V RES M 1K-J-1/10W R7062 ERJ6GEYJ103V RES M 10K-J-1/10W R7063 ERJ6GEYJ103V RES M 10K-J-1/10W R7064...
Page 109 Ref. No. Part No. Part Name & Description Remarks TKD2AX2831S INNER BOARD TKU2AC4201S LOWER BACK CABINET EAST6PH08P6 SPEAKER (TWEETER) TAS2AA0022 SPEAKER (TWEETER) EAST16P51A6 SPEAKER (WOOFER) TAS2AA0027 SPEAKER (WOOFER) TKP2AA1101S SPEAKER BASE COVER TKP2AA1052S SPEAKER GRILLE TLH2AH001 DISTRIBUTOR D9ZZ00000079 FOCUS PACK M004 TMX2AX0031 FOCUS BRACKET...
Page 110 LG-BOARD 2 of 2 TNP2AA160 PT-53X54J...
Page 111 LG-PCB TNP2AA160 PT-53X54J...
Page 112 LR-BOARD 1 of 2 TNP2AA162 PT-53X54J...
Page 113 LR-BOARD 2 of 2 TNP2AA162 PT-53X54J...
Page 114 LR-PCB TNP2AA162 PT-53X54J...
Page 117 -0.03 5.05 -0.02 19.60 13.57 -0.02 0.00 0.00 0.00 13.57 0.00 14.16 -0.04 -0.04 0.00 Q2308 Q2309 Q882 Q883 Q2451 Q2452 0.70 0.00 6.49 4.36 4.54 4.54 0.00 5.04 0.00 0.05 9.02 9.02 0.00 0.00 6.47 0.00 3.90 3.90 PT-53X54J...
Page 118 -20.50 19.30 -20.50 0.30 -0.20 0.00 9.50 -19.40 -19.40 0.00 19.30 5.30 -98.90 9.80 27.00 -20.50 -20.50 19.50 -20.70 0.00 0.00 0.00 0.00 Q801 Q802 Q803 Q854 5.50 0.70 20.50 138.90 0.01 0.20 0.00 0.00 43.30 0.00 20.50 139.20 PT-53X54J...
Page 119 174.70 218.30 0.00 130.10 0.00 0.00 0.00 11.50 175.90 175.60 138.50 Q903 Q904 Q905 Q906 Q907 Q957 Q958 0.10 1.00 0.10 0.70 0.00 129.40 9.43 0.00 8.90 19.30 19.30 0.00 69.60 69.60 0.80 0.30 0.00 0.40 0.40 130.00 8.86 PT-53X54J...
Page 120 3.36 Vp-p 3.36 Vp-p 0.176 Vp-p A3 PIN 9 (VD TO CONV) A3 PIN 11 (FBP TO CONV) A2 PIN 15 (SOS) 3.52 Vp-p 3.6 Vp-p 0.472 Vp-p A3 PIN 15 (HBLK) A3 PIN 16 (EW) A3 PIN 13 (H-SYNC) PT-53X54J...
Page 121 .824 Vp-p D22 PIN 6 (RV) D22 PIN 7 (RH) D22 PIN 5 (GH) LG-Board TNP2AA160 6.08 Vp-p 6.08 Vp-p 5.60 Vp-p TP17 (BLUE SIGNAL) TP18 (RED SIGNAL) TP19 (GREEN SIGNAL) 2.74 Vp-p 28.4 Vp-p TP12 (VM SIGNAL) TP22 (HEATER) PT-53X54J...
Page 124 A-BOARD 1 of 3 TNP2AH058 PT-53X54J...
Page 125 A-BOARD 2 of 3 TNP2AH058 PT-53X54J...
Page 126 A-BOARD 3 of 3 TNP2AH058 PT-53X54J...
Page 127 A-PCB TNP2AH158 PAGE 1 OF 2 PT-53X54J...
Page 128 A-BOARD TNP2AH158 PAGE 2 OF 2 PT-53X54J...
Page 129 CD-BOARD / G-BOARD / K-BOARD / R-BOARD TNP2AA166 / TNP2AA164 / TNP2AA165 / TNPA0615AB PT-53X54J...
Page 130 CD-PCB / G-PCB / K-PCB / R-PCB TNP2AA166 / TNP2AA164 / TNP2AA165 / TNPA0615AB PT-53X54J...
Page 131 D-BOARD 1 of 5 TNP2AH059 PT-53X54J...
Page 132 D-BOARD 2 of 5 TNP2AH059 PT-53X54J...
Page 133 D-BOARD 3 of 5 TNP2AH059 PT-53X54J...
Page 134 D-BOARD 5 of 5 TNP2AH059 PT-53X54J...
Page 135 D-PCB PAGE 1 of 2 TNP2AH059 PT-53X54J...
Page 136 D-PCB PAGE 2 of 2 TNP2AH059 PT-53X54J...
Page 137 DC-BOARD 1 of 2 TNP2AA163 PT-53X54J...
Page 138 DC-BOARD 2 of 2 TNP2AA163 PT-53X54J...
Page 139 DC-PCB TOP & BOTTOM VIEW TNP2AA163 PT-53X54J...
Page 140 DG-BOARD 1 of 11 TNP2AA173AE PT-53X54J...
Page 141 DG-BOARD 2 of 11 TNP2AA173AE PT-53X54J...
Page 142 DG-BOARD 3 of 11 TNP2AA173AE PT-53X54J...
Page 143 DG-BOARD 4 of 11 TNP2AA173AE PT-53X54J...
Page 144 DG-BOARD 5 of 11 TNP2AA173AE PT-53X54J...
Page 145 DG-BOARD 6 of 11 TNP2AA173AE PT-53X54J...
Page 146 DG-BOARD 7 of 11 TNP2AA173AE PT-53X54J...
Page 147 DG-BOARD 8 of 11 TNP2AA173AE PT-53X54J...
Page 148 DG-BOARD 9 of 11 TNP2AA173AE PT-53X54J...
Page 149 DG-BOARD 10 of 11 TNP2AA173AE PT-53X54J...
Page 150 DG-BOARD 1 1 of 11 TNP2AA173AE PT-53X54J...
Page 151 DG-PCB BOTTOM VIEW TNP2AA173 PT-53X54J...
Page 152 DG-PCB TOP VIEW TNP2AA173 PT-53X54J...
Page 153 H-BOARD TNP2AA174AD PT-53X54J...
Page 154 H-PCB TNP2AA174 PT-53X54J...
Page 155 LB-BOARD 1 of 2 TNP2AA161 PT-53X54J...
Page 156 LB-BOARD 2 of 2 TNP2AA161 PT-53X54J...
Page 157 LB-PCB TNP2AA161 PT-53X54J...
Page 158 LG-BOARD 1 of 2 TNP2AA160 PT-53X54J...

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