Panasonic PT53X54J - 53" PROJECTION TV HD Service Manual Download Page 54

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17.6 Vertical size adjustment (V-AMP)

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This adjustment is intended to correct the vertical size of the picture.

NOTE:

1080i, 480p, 480i pattern can be obtained from Panasonics 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).

3. Set DAC MUTE from 00 to 01 (disabling digital convergence).

4. Adjust centering magnets so that the center of the pattern get aligned with screen frame center.

5. Adjust VDEF V-AMP DAC until vertical size is proportional on top and bottom.

6. Set DAC MUTE from 01 to 00 (disabling digital convergence).

7. Set VIDEO C_OFF DAC from 01 to 00.

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http://tsn.pstc.panasonic.com/viewing/NA/PT-53X54J/SVC/s1706000000.html [23/04/2012 12:16:28 p.m.]

Summary of Contents for PT53X54J - 53" PROJECTION TV HD

Page 1: ...ual TOP NEXT MTNC040520C1 B19 HDTV MONITOR PT 53X54J GN1P 2004 Matsushita Electric Industrial Co Ltd All rights reserved Unauthorized copying and distribution is a violation of law TOP NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s0000000000 html 23 04 2012 12 16 01 p m ...

Page 2: ...3 Disassembly for service 13 1 Chassis assembly 13 2 Disassembly for CRT replacement 13 3 PTV screen assemblies 13 4 Screen assemblies warning 14 B voltages table 15 Service Mode electronic controls 15 1 Quick entry to service mode 15 2 Exiting the service mode 15 3 Service adjustment default values for items 15 4 Instructional flow for service mode 15 5 Instructional flow for service mode continu...

Page 3: ...e balance adjustment 17 12 1 High light white balance adjustment 17 12 2 Low light white balance adjustment 17 13 Color adjustment TINT B Y_G R Y_A 17 14 Tint and color check 17 15 MTS circuit adjustment 17 16 Clock Adjustment CLOCK 18 Convergence adjustment 18 1 Coarse adjustment mode COARS 18 2 Fine adjustment mode FINE convergence 18 3 Autoconvergence adjustment 18 4 Horizontal and vertical siz...

Page 4: ...o block diagram page 1 of 2 21 4 Video block diagram page 2 of 2 22 Schematic diagrams 22 1 Schematic diagrams notes 22 2 Notas de los diagramas esquem á ticos 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 DC Board schematic 1 of ...

Page 5: ...1 22 23 CD G K R Boards schematics 22 24 H Board schematic 22 25 LB Board schematic 1 of 2 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 24 1 Description of abbreviations guide 24 2 Parts list http tsn pstc panasonic com vi...

Page 6: ...hould incorporate safety glass and magnetic shielding The safety glass provide shielding for the tube viewing area against x ray radiation as well as implosion The magnetic shieldlimits the x ray radiation around the bell of the picture tube in addition to the restricting magnetic effects When using a picture tube test jig for service ensure that the jig is capable of handling 50kV without causing...

Page 7: ...age section and the picture tube NOTE It is important to use an accurate calibrated high voltage meter Apply all black video signals 1080i and confirm high voltage measures 31 5 1 0kV If the high voltage is not within the range change C514 in D Board to 1800pF 2000pF 2400pF or 2700pF until the desired value isobtained Apply NTSC white pattern and confirm the high voltage measures 30 1 1 5kV Apply ...

Page 8: ...has a higher melting point than standard solder Typically the melting point is 50 70 F 30 40 C higher Please use a high temperature soldering iron and set it to 700 20 F 370 10 C Pb free solder will tend to splash when heated too high about 1100 F or 600 C If you must use Pb solder please completely remove all of the Pb free solder on the pins or solder area before applying Pb solder If thisis not...

Page 9: ...istributor and the common negative lead to cold ground FBT leads removal Note Reinsert the anode lead into the FBT distributor until it is tightly and fully seated Turn the locking cap clockwise to lock in place EHT Protector operation check With the cabinet back removed apply a nominal 120V A C to the PTV Over voltage test Preparation 1 Turn PTV OFF 2 Connect a NTSC signal generator to the antenn...

Page 10: ...the DVM reads 12 7 0 4 volts 4 Increase the variable power supply until set turns off The set should turn off at 12 7 0 4 volts DVM and high voltage less than 36 4kV 5 If the DVM reading is other than 12 7 0 4 volts readjust picture or brightness control and repeat steps 3 6 Turn off the variable supply and confirm that the set will turn on by pulling out AC plug socket and connecting it again TOP...

Page 11: ... value indicated on the capacitor The color of the component indicates the general range of the capacitance Chip transistors are identified by a two letter code The first letter indicates the type and the second letter the grade of transistor Chip diodes have a two letter identification code as per the code chart and are a dual diode pack with either common anode or common cathode Check the parts ...

Page 12: ... using a fine tipped soldering iron 6 Check with a magnifier for solder bridge between the pins or for dry joint between pins and soldering pads To remove a solder bridge use a de solder braid as shown in the figure below IMPORTANT To protect against possible damage to the solid state devices due to arcing or static discharge make certain that all ground wires are securely connected CAUTION The po...

Page 13: ...y radiation and shock and fire hazard parts indicated with the symbol on the schematic must be replaced with identical parts Order parts from the manufacturersparts center using the parts numbers shown in this service manual or provide the chassis number and the part reference number For optimum performance and reliability all other parts should be replaced with components of identical specificati...

Page 14: ... panasonic com viewing NA PT 53X54J SVC s0500000000x html 5 PTV Location of controls TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s0500000000x html 23 04 2012 12 16 06 p m ...

Page 15: ...Y C HEC VEC X BOTH X NEW YNR X VM X SELECTABLE V A NORM X BOTH X COLOR TEMP X AUTO CONVERGENCE X AIP X PRESET INPUT LABELING X VIDEO PICTURE MEMORY X DIGITAL SCAN RATE 1080i 540p NTSC LINE DOUBLER 540p PROGRESSIVE NEW MTS SAP DBX X BUILT IN AUDIO POWER 15W x 2 10 No OF SPEAKERS 4 BASS BALANCE TREBLE CONTROL X AI SOUND X SURROUND X SPATIALIZER BBE BBE A V IN REAR FRONT 4 3 1 A V PROGRAM OUT X AUDIO...

Page 16: ...174AD REAR A V INPUTS K BOARD TNP2AA165 KEYBOARD PANEL LB BOARD TNP2AA161 BLUE PRT LG BOARD TNP2AA160 GREEN PRT LR BOARD TNP2AA162 RED PRT R BOARD TNPA0615AB IR SENSOR NOTE When ordering a replacement board assembly append an S to the board number EXAMPLE To order the A Board the replacement board is TNP2AH058S CD Board DC Board and DG Board are non serviceable boards except for the connector JK50...

Page 17: ...ols EUR7603ZF0 remote TOP PREVIOUS NEXT Note For additional information for this remote please refer to the owners manual section remote operation listed on the parts list section TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s0800000000x html 23 04 2012 12 16 08 p m ...

Page 18: ... SOS is detected by the circuits locatedin specific areas depending on how many times the LED is flashing this will indicate what circuit should be checked Make a count of flashing and see the table shown below Please use this feature effectively especially for intermittent problems NUMBER OF FLASHES POSSIBLE CAUSE 1 POWER SUPPLY AND OR VERTICAL 2 LOW DC 3 CONVERGENCE DC BOARD 4 SUB9V 5 HHS 6 IC40...

Page 19: ...from main EEPROM to jig select IN EX DAC and press ACTION button on remote The register background will momentarily become yellow indicating that copy is in progress 4 To copy data from jig to main EEPROM select EX IN DAC and press ACTION button on remote The register background will momentarily become yellow indicating that copy is in progress Procedure to copy convergence 1 Enter to service mode...

Page 20: ...cess begins 8 To exit FINE register press POWER and select YES option with ACTION When the AUTO OFFSET process end shut off the receiver 9 Remove the copy jig from A15 EEPROM copy jig connection TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1000000000x html 2 of 2 23 04 2012 12 16 09 p m ...

Page 21: ...c panasonic com viewing NA PT 53X54J SVC s1100000000x html 11 A Board check points TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1100000000x html 23 04 2012 12 16 10 p m ...

Page 22: ...1200000000x html 12 Chassis boards layout location of main components TOP PREVIOUS NEXT Chassis and boards layout Chassis and boards FRONT A BOARD D BOARD http tsn pstc panasonic com viewing NA PT 53X54J SVC s1200000000x html 1 of 3 23 04 2012 12 16 12 p m ...

Page 23: ...c panasonic com viewing NA PT 53X54J SVC s1200000000x html R BOARD DC BOARD TOP DC BOARD BOTTOM G BOARD H BOARD http tsn pstc panasonic com viewing NA PT 53X54J SVC s1200000000x html 2 of 3 23 04 2012 12 16 12 p m ...

Page 24: ... panasonic com viewing NA PT 53X54J SVC s1200000000x html K BOARD DG BOARD TOP DG BOARD BOTTOM TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1200000000x html 3 of 3 23 04 2012 12 16 12 p m ...

Page 25: ...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 Pull the front panel from the bottom slightly downwards to unlock the tabs and remove Speakers replacement 1 Each speaker set is conformed by a tweeter and a woofer mounted in an enclosure fixture This fixture is fastened to...

Page 26: ...re to hold the frame when removing the last screws Screen frame removal back view 4 Tilt the assembly forward while lifting it out of place CAUTION 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...

Page 27: ...the keyboard 4 screws and front A V inputs 3 screws and tilt the A V panel assembly 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...

Page 28: ...rror removal The mirror is attached inside the cabinet cover Carefully remove the cabinet cover to access its interior surface and remove the screws securing the brackets that hold the mirror at the top and sides to the mirror Mirror Removal Inside View 13 1 Chassis assembly 13 2 Disassembly for CRT replacement 13 3 PTV screen assemblies 13 4 Screen assemblies warning TOP PREVIOUS NEXT http tsn ps...

Page 29: ... is secured to the chassis tray with six screws 2 The A Board is mated to D Board by four flexible connectors male side of connectors A1 A2 A3 A4 To remove this board unplug the connectors of A Board pulling from the sides of each connector NOTE 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...

Page 30: ... This board is non serviceable When removing this board pull carefully R Board 1 This board is secured to the upper front side of the light box by one screw and plugged to R1 connector from A7 on A Board LR LG and LB Board 1 Each board is plugged into the socket on the PRT neck LR Board on red PRT LG Board on green PRT and LB Board on blue PRT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing ...

Page 31: ...e lead from the high voltage distributor block that is mounted on the flyback transformer Discharge to CRT chassis 4 Unplug connectors from D Board See board layout D14 for red D15 for green and D16 for blue 5 Unplug the defective CRT black DAG ground connector from the CRT Board 6 Remove the CRT Board from the defective CRT neck 7 Remove 4 screws from the defective CRT housing Caution Do not remo...

Page 32: ... 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 anode lead attached 5 Wire the anode lead wire 6 Install yoke with other CRT neck assemblies on CRT neck in the same order and position as removed from the defective CRT 7 Press yoke against bell of CRT and tighten the clamp...

Page 33: ...NA PT 53X54J SVC s1302000000 html Note Please assemble with screws in the order shown and tighten with the same torque TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1302000000 html 3 of 3 23 04 2012 12 16 16 p m ...

Page 34: ...ic com viewing NA PT 53X54J SVC s1303000000 html 13 3 PTV screen assemblies TOP PREVIOUS NEXT Screen assemblies TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1303000000 html 23 04 2012 12 16 16 p m ...

Page 35: ...arning TOP PREVIOUS NEXT 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 TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1304000000 html 23 04 2012 12 16 17 p m ...

Page 36: ...voltmeter to TPGND1 cold ground 3 Connect the positive lead of the digital voltmeter to each test point and confirm the B voltages No D Board Test point Voltage 1 TPD14 138 6 1 0 2 TPD13 20 0 1 5 3 TPD12 19 5 1 5 4 TPD11 20 5 1 5 5 TPD10 22 5 1 5 6 C845 22 5 1 5 No A Board Test point Voltage 1 TP41 9 0 0 5 2 TP44 5 0 0 5 3 TP39 3 3 0 3 4 TP54 2 5 0 25 5 TP55 1 8 0 5 TOP PREVIOUS NEXT http tsn pstc...

Page 37: ...E It is suggested that the technician reads all the way through and understand the following procedure for entering exiting the service adjustment mode then proceed with the instructions working with the receiver When becoming familiarwith the procedure the flow chart for service mode may be used as a quick guide 15 1 Quick entry to service mode 15 2 Exiting the service mode 15 3 Service adjustmen...

Page 38: ...the Channel 124 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 Red CHK for service modeand yellow CHK for aging 7 Press POWER on the remote control to display the servi...

Page 39: ...eck with a preset level of sound To completely make an entire reset of the PTV unplug AC cord from AC outlet and plug it backin then turn PTV power ON Any programmed channels channels caption data and some others user defined settings will be erased after performing this reset IMPORTANT NOTE Always check that PTV exits the service mode To check colors Press RECALL on the remote control when in ser...

Page 40: ...M CORNER PINCUSHION BTMG 58 B0 TOP CORNER PINCUSHION TOPG 5A B4 VERTICAL SIZE V AMP 9B 00 94 VERTICAL LINEARITY V C 88 87 VERTICAL S CORRECTION V S 56 59 VERTICAL TEST POSITION TEST POS V N A 13 HORIZONTAL TEST POSITION TEST POS H N A 13 LOW PHASE PHASE LOW N A A0 HI PHASE PHASE HI N A 05 HORIZONTAL OSD POSITION OSD POS H N A 45 VERTICAL OSD POSITION OSD POS V N A 6A MUTE CONVERGENCE MUTE 00 00 CO...

Page 41: ...http tsn pstc panasonic com viewing NA PT 53X54J SVC s1503000000 html TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1503000000 html 2 of 2 23 04 2012 12 16 20 p m ...

Page 42: ...onic com viewing NA PT 53X54J SVC s1504000000 html 15 4 Instructional flow for service mode TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1504000000 html 23 04 2012 12 16 20 p m ...

Page 43: ...com viewing NA PT 53X54J SVC s1505000000 html 15 5 Instructional flow for service mode continued TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1505000000 html 23 04 2012 12 16 21 p m ...

Page 44: ...orrection Adhesive removal 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 Uncover all CRT lenses and use yoke centering magnet to converge replacement CRT in center area of screen only with...

Page 45: ... by pressing VOL RIGHT LEFT press ACTION to save press ACTION again or OTHER key to exit without saving Procedure 1 Enter to service mode and set the following default DATA H PAR 390 V SAW 2 V PAR 20 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 bet...

Page 46: ...B A Optical Focus B A B A 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 Adjust red focus VR again 5 Set VIDEO C_OFF DAC from 02 to 01 and project only green 6 Repeat steps for green only 7 Set VIDEO C_OFF DAC from 01 to 03 and project only blue 8 Repeat steps for blue only 16 2 ...

Page 47: ...s system Loosen the adjustment knurled locking knob Optical lens focus adjustment 2 Turn the PTV ON Apply and view a crosshatch with dots pattern 3 Adjust each lens focus for best focus while viewing each CRT 4 Cover the red and blue CRT projecting green only Rotate the green lens for best focus around screen center area 5 Do the same for the red focus lens while projecting red only 6 Repeat for b...

Page 48: ...orizontal size adjustment H_POS 17 8 Horizontal size adjustment H WID 17 9 Sub Bright adjustment BRIGH and ABL check 17 10 Individual ABL Check I ABL 17 11 Red green blue screen Cut Off 17 12 White balance adjustment 17 12 1 High light white balance adjustment 17 12 2 Low light white balance adjustment 17 13 Color adjustment TINT B Y_G R Y_A 17 14 Tint and color check 17 15 MTS circuit adjustment ...

Page 49: ...cal focus of red green and blue colors so that focus is best at the center of screen 3 Set convergence MUTE DAC from 00 to 01 and confirm disabled convergence 4 In service mode set VIDEO C_OFF DAC from 00 to 01 to project only green 5 Set DAC MUTE from 00 to 01 disabling digital convergence 6 Turn green deflection yoke until line is perfectly horizontal 7 Adjust H POS DAC data so that pattern is i...

Page 50: ...deflection screw after adjusting each CRT centering and tilt 8 Set VIDEO C_OFF DAC from 01 to 03 to project only blue Adjust deflection coil until the horizontal center line matches the pattern of the grid and is leveled 9 Adjust blue centering magnets until the pattern center is at the appropriate distance as indicated on the following figure Centering magnets adjustment 10 Set VIDEO C_OFF DAC fr...

Page 51: ...DEO C_OFF DAC from 00 to 01 to project only green 3 Set DAC MUTE from 00 to 01 disabling digital convergence 4 If the distance at A is not 13 5mm enter H DEF H WID DAC and adjust with VOLUME UP DOWN keys until it measures 13 5mm Pincushion 5 If not all corners of cross hatch appear in screen enter V DEF V AMP DAC and adjust until they appear 6 Confirm that measurement of A has not changed 7 Enable...

Page 52: ...et VIDEO C_OFF DAC from 00 to 01 and project only green 3 Set DAC MUTE from 00 to 01 disabling digital convergence 4 Enter service mode select TRAP and adjust DATA with VOLUME keys in remote so that lines at right and left are vertical like a solid line 5 Enable digital convergence by changing DAC MUTE from 01 to 00 6 Set VIDEO C_OFF DAC from 01 to 00 TOP PREVIOUS NEXT http tsn pstc panasonic com ...

Page 53: ... linearity see above note 2 Set VIDEO C_OFF DAC from 00 to 01 to project only green 3 Set DAC MUTE from 00 to 01 disabling digital convergence 4 Adjust centering magnets so that the center of the pattern get aligned with screen frame center 5 Adjust VDEF V C and V S DAC until vertical size is proportional on top and bottom Confirm to correct linearity in the middle of the screen 6 Set DAC MUTE fro...

Page 54: ...o correct vertical size see above note 2 Set VIDEO C_OFF DAC from 00 to 01 to project only green 3 Set DAC MUTE from 00 to 01 disabling digital convergence 4 Adjust centering magnets so that the center of the pattern get aligned with screen frame center 5 Adjust VDEF V AMP DAC until vertical size is proportional on top and bottom 6 Set DAC MUTE from 01 to 00 disabling digital convergence 7 Set VID...

Page 55: ...t lets adjust the image to correct horizontal position see above note 2 Set VIDEO C_OFF DAC from 00 to 01 to project only green 3 Set DAC MUTE from 00 to 01 disabling digital convergence 4 Turn green deflection yoke until line is perfectly horizontal 5 Adjust H WID DAC data so that pattern has the correct horizontal size 6 Set DAC MUTE from 00 to 01 disabling digital convergence 7 Set VIDEO C_OFF ...

Page 56: ...1 Apply a pattern that lets adjust the horizontal size 2 Set VIDEO C_OFF DAC from 00 to 01 to project only green 3 Set DAC MUTE from 00 to 01 disabling digital convergence 4 In service mode adjust H WID DAC until the picture horizontal size is balanced at left and right side of screen 5 Set DAC MUTE from 01 to 00 disabling digital convergence 6 Set VIDEO C_OFF DAC from 01 to 00 TOP PREVIOUS NEXT h...

Page 57: ...d to D31 pin 2 and negative lead to D31 pin 1 3 Apply a color bar with no color or if available a grey levels pattern see picture Gray bar pattern 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 and co...

Page 58: ...signal from a signal generator or another source 3 In service mode select I ABL DAC from service menu 4 Confirm that the 3 hex values that appear on screen below the I ABL label are close to 0 i e 00 00 00 5 If the I ABL values differ too much from 0 repeat bright and ABL adjustment again TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1710000000 html 23 04 2012 12 16 29 p ...

Page 59: ...r raster from the NTSC generator 2 Observing the green tube directly or via a reflective surface adjust the VR on focus pack for the green tube for minimum noise 3 Adjust the noise level in the red and blue tubes to match the noise level in the green tube TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1711000000 html 23 04 2012 12 16 30 p m ...

Page 60: ...of the video inputs see above note color bar with no color Gray bar pattern 3 Enter service mode menu select C_OFF register and change value from 00 to 01 to display green color only 4 Adjust screen VR until bars with 7 and 5 IRE do not have any difference tone between them 5 Select C_OFF register and change value from 01 to 02 to display red color only 6 Adjust screen VR until bars with 7 and 5 I...

Page 61: ...anasonic com viewing NA PT 53X54J SVC s1712000000 html 17 12 2 Low light white balance adjustment TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1712000000 html 2 of 2 23 04 2012 12 16 30 p m ...

Page 62: ...red and B_DR for blue adjustments 2 Make sure the screen is not blue or green The screen should be white in the white area 3 Check the black and white area for a black and white picture with even shades of gray and no color tint in the picture TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1712010000 html 23 04 2012 12 16 30 p m ...

Page 63: ...een for even white in all areas no color 3 Check the black and white pattern for a black and white picture even shades of gray and no color tint in the low light areas 4 Repeat the high light and low light white balance again until the white balance tracks from high light to low light TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1712020000 html 23 04 2012 12 16 31 p m ...

Page 64: ...o 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 Adjust DAC TINT so that the fourth bar from right to left becomes purple and good color balance 3 If the adjustment is high the bar will look pinkish if it is low will look bluish 4 Adjust B Y_G so blue look natural and the rest of the colors become in balance 5 A...

Page 65: ...oo much red 5 Check cyan Cyan is composed of blue and green It should not have too much blue or green 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 ...

Page 66: ...N MTS INPUT data until the voltage measured is 106 6 0mV RMS 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 Audio 300Hz 30 modulation...

Page 67: ... L and N R switches OFF then turn them ON while testing 5 Adjust MTS High Level Separation SEPAH DAC data until the amplitude of the waveform measured on the scope is minimum 6 Repeat above steps 2 through 5 until the amplitude is at minimum for both signals TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1715000000 html 2 of 2 23 04 2012 12 16 32 p m ...

Page 68: ...Board for frequency and record the reading Note Pin measurement must have at least four digits of resolution following the decimal point Example 000 0000 3 Place the PTV into service mode for making electronic adjustment select the clock adjustment DAC CLOCK and change value to 128 4 Calculate and set CLOCK based on the following formula Note TP24 measurement will not change regardless of the valu...

Page 69: ...r the PTV screen Align the center lines of the template with the mechanical center markers on the PTV screen frame If the template is not available create one using the dimensions provided in Convergence alignment template section on this manual Remote control must be used during the procedure Procedure Apply the convergence alignment template to the PTV screen frame to converge the green raster o...

Page 70: ...onds 18 In Fine Adjustment Mode options press MUTE key on remote to switch between cursor mode and data mode Cursor mode Allows cursor movement by pressing VOL right left and CH up down Data mode Allows making adjustment by pressing VOL right left and CH up down 19 Either Coarse Adjustment options or Fine Adjustment options press R TUNE repeatedly key on remote to cycle through different color adj...

Page 71: ...convergence mode FINE COARSE When 7 is pressed and the data is saved it will overwrite the factory default 18 1 Coarse adjustment mode COARS 18 2 Fine adjustment mode FINE convergence 18 3 Autoconvergence adjustment 18 4 Horizontal and vertical size check 18 5 Convergence alignment template TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1800000000x html 3 of 3 23 04 2012 1...

Page 72: ...er to G SIZE mode Select COARSE DAC Press ACTION on remote TV VIDEO repeatedly R TUNE repeatedly 2 Press 2 repeatedly and apply the pattern of border and cross 3 Press RECALL key to display values 4 Adjust size so that the line of the border closes to the screen frame at top bottom left and right by pressing CH up down and VOL right left SIZE mode adjustment 5 Press 7 then ACTION key on remote to ...

Page 73: ...ORNER mode adjustment 16 Enter to KEY G KEY mode by pressing TV VIDEO 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 adjustm...

Page 74: ...e border closes to the screen frame at top bottom left and right see figure 29 Enter to PIN R PIN mode by pressing TV VIDEO 30 Adjust horizontally and vertically see figure 31 Enter to CORNER R CORNER mode by pressing TV VIDEO 32 Adjust corners see figure 33 Enter to KEY R KEY mode by pressing TV VIDEO 34 Adjust KEY see figure 35 Display pattern of border and cross then check that red overlaps gre...

Page 75: ... overlaps with green pattern 42 Press 7 key on remote then ACTION to save changes 43 Press POWER then ACTION to exit adjustments or press TV VIDEO for at least 3 seconds to change to Fine Adjustment Mode 44 After exiting COARS adjustment the AUTO OFFSET procedure begins The receiver performs an horizontal and vertical sweeping offset reference with the new saved data for autoconvergence alignment ...

Page 76: ...onvergence mode press 4 on remote control frequently to change crossed sections this helps to check convergence more accurate in more sections of the picture Please see the following figuresthat show the cycle this does not have any effect on the positions of the cursor FINE convergence mode default Grid FINE convergence mode after pressing 4 on remote FINE convergence mode after pressing 4 on rem...

Page 77: ...C Press ACTION on remote Press TV VIDEO repeatedly to select mode Press R TUNE repeatedly to select color 2 Press 2 repeatedly and apply the pattern of crosshatch 3 Press 4 frequently to change crossed sections this helps to check convergence more accurate in more sections of the picture 4 Press 1 or 3 repeatedly until the pattern becomes green 5 Press RECALL to display values 6 In EASY mode the a...

Page 78: ...essing RECALL on remote 17 When the cursor is located in the outer area of the border the cursor starts to flash from one side to other the location is for the non visible area and the most outer side of screen inside the ovals area see figure This applies to LINE POINT ORIGIN POINT modes 18 Begin adjustment from the center to the edge of the screen POINT ORIG POINT mode adjustment 19 Adjust to ma...

Page 79: ...erlaps green do not move green 30 Press 1 or 3 on the remote until yellow red and green and blue appears do not move green or red 31 Perform adjustments so that blue overlaps Yellow red and green 32 Press 1 or 3 key on remote to display red green and blue white 33 At this point the crosshatch pattern should look white 34 If the crosshatch pattern is not only white repeat adjustment for that specif...

Page 80: ...rocedure begins The receiver performs an horizontal and vertical sweeping offset reference with the new saved data for autoconvergence alignment feature see autoconvergenceadjustment for more information TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1802000000 html 5 of 5 23 04 2012 12 16 35 p m ...

Page 81: ...perly set 2 Check all chassis connections 3 Check that Autoconvergence patterns are centered and displayed correctly 4 Check that K board is properly connected 5 Check that optical sensors screen frame are properly connected and working Check the following error table for possible optical sensor malfunction or bad connection In case of malfunction replace optical sensor CD board Error display Desc...

Page 82: ...did not detect vertical green B3 Bottom sensor did not detect vertical green BB Right sensor did not detect vertical green A5 Left sensor did not detect vertical blue AD Top sensor did not detect vertical blue B5 Bottom sensor did not detect vertical blue BD Right sensor did not detect vertical blue TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1803000000 html 2 of 2 23 0...

Page 83: ...orizontal and vertical proportion of the image is correct 2 Confirm that horizontal and vertical center of the picture is located in the center of the screen 3 Check that the image is proportional horizontally and vertically proportion is different on every aspect TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1804000000 html 23 04 2012 12 16 36 p m ...

Page 84: ... following the instructions below Create a convergence alignment template by drawing a pattern as in the figure in the actualdimensions on transparent film or tracing paper Start with the Horizontal and 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 di...

Page 85: ...nasonic com viewing NA PT 53X54J SVC s1900000000x html 19 Reference of PDF links color TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s1900000000x html 23 04 2012 12 16 38 p m ...

Page 86: ...4 D Board Printed Circuit page 2 of 2 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 LG Board Printed Circuit 20 12 LR Board Printed Circuit TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2000...

Page 87: ...onic com viewing NA PT 53X54J SVC s2001000000 html 20 1 A Board Printed Circuit page 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2001000000 html 23 04 2012 12 16 38 p m ...

Page 88: ...onic com viewing NA PT 53X54J SVC s2002000000 html 20 2 A Board Printed Circuit page 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2002000000 html 23 04 2012 12 16 39 p m ...

Page 89: ...onic com viewing NA PT 53X54J SVC s2003000000 html 20 3 D Board Printed Circuit page 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2003000000 html 23 04 2012 12 16 39 p m ...

Page 90: ...onic com viewing NA PT 53X54J SVC s2004000000 html 20 4 D Board Printed Circuit page 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2004000000 html 23 04 2012 12 16 39 p m ...

Page 91: ...c com viewing NA PT 53X54J SVC s2005000000 html 20 5 DC Board Printed Circuit Top bottom view TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2005000000 html 23 04 2012 12 16 40 p m ...

Page 92: ...nic com viewing NA PT 53X54J SVC s2006000000 html 20 6 DG Board Printed Circuit bottom view TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2006000000 html 23 04 2012 12 16 40 p m ...

Page 93: ...sonic com viewing NA PT 53X54J SVC s2007000000 html 20 7 DG Board Printed Circuit top view TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2007000000 html 23 04 2012 12 16 40 p m ...

Page 94: ... panasonic com viewing NA PT 53X54J SVC s2008000000 html 20 8 H Board Printed Circuit TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2008000000 html 23 04 2012 12 16 41 p m ...

Page 95: ...asonic com viewing NA PT 53X54J SVC s2009000000 html 20 9 CD G K R Printed Circuit Boards TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2009000000 html 23 04 2012 12 16 41 p m ...

Page 96: ...panasonic com viewing NA PT 53X54J SVC s2010000000 html 20 10 LB Board Printed Circuit TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2010000000 html 23 04 2012 12 16 41 p m ...

Page 97: ...panasonic com viewing NA PT 53X54J SVC s2011000000 html 20 11 LG Board Printed Circuit TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2011000000 html 23 04 2012 12 16 42 p m ...

Page 98: ...panasonic com viewing NA PT 53X54J SVC s2012000000 html 20 12 LR Board Printed Circuit TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2012000000 html 23 04 2012 12 16 42 p m ...

Page 99: ...grams TOP PREVIOUS NEXT 21 1 Audio block diagram page 1 of 2 21 2 Audio block diagram page 2 of 2 21 3 Video block diagram page 1 of 2 21 4 Video block diagram page 2 of 2 TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2100000000x html 23 04 2012 12 16 42 p m ...

Page 100: ...asonic com viewing NA PT 53X54J SVC s2101000000 html 21 1 Audio block diagram page 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2101000000 html 23 04 2012 12 16 43 p m ...

Page 101: ...asonic com viewing NA PT 53X54J SVC s2102000000 html 21 2 Audio block diagram page 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2102000000 html 23 04 2012 12 16 43 p m ...

Page 102: ...asonic com viewing NA PT 53X54J SVC s2103000000 html 21 3 Video block diagram page 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2103000000 html 23 04 2012 12 16 43 p m ...

Page 103: ...asonic com viewing NA PT 53X54J SVC s2104000000 html 21 4 Video block diagram page 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2104000000 html 23 04 2012 12 16 44 p m ...

Page 104: ...f 2 22 12 DG Board schematic 1 of 11 22 13 DG Board schematic 2 of 11 22 14 DG Board schematic 3 of 11 22 15 DG Board schematic 4 of 11 22 16 DG Board schematic 5 of 11 22 17 DG Board schematic 6 of 11 22 18 DG Board schematic 7 of 11 22 19 DG Board schematic 8 of 11 22 20 DG Board schematic 9 of 11 22 21 DG Board schematic 10 of 11 22 22 DG Board schematic 11 of 11 22 23 CD G K R Boards schematic...

Page 105: ...53X54J SVC s2200000000x html 22 29 LR Board schematic 1 of 2 22 30 LR Board schematic 2 of 2 22 31 Voltages 22 32 Waveforms TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2200000000x html 2 of 2 23 04 2012 12 16 44 p m ...

Page 106: ...panasonic com viewing NA PT 53X54J SVC s2201000000 html 22 1 Schematic diagrams notes TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2201000000 html 23 04 2012 12 16 45 p m ...

Page 107: ...onic com viewing NA PT 53X54J SVC s2202000000 html 22 2 Notas de los diagramas esquemáticos TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2202000000 html 23 04 2012 12 16 46 p m ...

Page 108: ...panasonic com viewing NA PT 53X54J SVC s2203000000 html 22 3 A Board schematic 1 of 3 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2203000000 html 23 04 2012 12 16 46 p m ...

Page 109: ...panasonic com viewing NA PT 53X54J SVC s2204000000 html 22 4 A Board schematic 2 of 3 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2204000000 html 23 04 2012 12 16 46 p m ...

Page 110: ...panasonic com viewing NA PT 53X54J SVC s2205000000 html 22 5 A Board schematic 3 of 3 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2205000000 html 23 04 2012 12 16 47 p m ...

Page 111: ...panasonic com viewing NA PT 53X54J SVC s2206000000 html 22 6 D Board schematic 1 of 5 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2206000000 html 23 04 2012 12 16 47 p m ...

Page 112: ...panasonic com viewing NA PT 53X54J SVC s2207000000 html 22 7 D Board schematic 2 of 5 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2207000000 html 23 04 2012 12 16 47 p m ...

Page 113: ...panasonic com viewing NA PT 53X54J SVC s2208000000 html 22 8 D Board schematic 3 of 5 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2208000000 html 23 04 2012 12 16 48 p m ...

Page 114: ...panasonic com viewing NA PT 53X54J SVC s2209000000 html 22 9 D Board schematic 4 of 5 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2209000000 html 23 04 2012 12 16 48 p m ...

Page 115: ...anasonic com viewing NA PT 53X54J SVC s2210000000 html 22 10 DC Board schematic 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2210000000 html 23 04 2012 12 16 48 p m ...

Page 116: ...anasonic com viewing NA PT 53X54J SVC s2211000000 html 22 11 DC Board schematic 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2211000000 html 23 04 2012 12 16 49 p m ...

Page 117: ...anasonic com viewing NA PT 53X54J SVC s2212000000 html 22 12 DG Board schematic 1 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2212000000 html 23 04 2012 12 16 49 p m ...

Page 118: ...anasonic com viewing NA PT 53X54J SVC s2213000000 html 22 13 DG Board schematic 2 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2213000000 html 23 04 2012 12 16 49 p m ...

Page 119: ...anasonic com viewing NA PT 53X54J SVC s2214000000 html 22 14 DG Board schematic 3 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2214000000 html 23 04 2012 12 16 50 p m ...

Page 120: ...anasonic com viewing NA PT 53X54J SVC s2215000000 html 22 15 DG Board schematic 4 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2215000000 html 23 04 2012 12 16 50 p m ...

Page 121: ...anasonic com viewing NA PT 53X54J SVC s2216000000 html 22 16 DG Board schematic 5 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2216000000 html 23 04 2012 12 16 50 p m ...

Page 122: ...anasonic com viewing NA PT 53X54J SVC s2217000000 html 22 17 DG Board schematic 6 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2217000000 html 23 04 2012 12 16 51 p m ...

Page 123: ...anasonic com viewing NA PT 53X54J SVC s2218000000 html 22 18 DG Board schematic 7 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2218000000 html 23 04 2012 12 16 51 p m ...

Page 124: ...anasonic com viewing NA PT 53X54J SVC s2219000000 html 22 19 DG Board schematic 8 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2219000000 html 23 04 2012 12 16 51 p m ...

Page 125: ...anasonic com viewing NA PT 53X54J SVC s2220000000 html 22 20 DG Board schematic 9 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2220000000 html 23 04 2012 12 16 52 p m ...

Page 126: ...nasonic com viewing NA PT 53X54J SVC s2221000000 html 22 21 DG Board schematic 10 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2221000000 html 23 04 2012 12 16 52 p m ...

Page 127: ...nasonic com viewing NA PT 53X54J SVC s2222000000 html 22 22 DG Board schematic 11 of 11 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2222000000 html 23 04 2012 12 16 52 p m ...

Page 128: ...anasonic com viewing NA PT 53X54J SVC s2223000000 html 22 23 CD G K R Boards schematics TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2223000000 html 23 04 2012 12 16 53 p m ...

Page 129: ...tc panasonic com viewing NA PT 53X54J SVC s2224000000 html 22 24 H Board schematic TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2224000000 html 23 04 2012 12 16 53 p m ...

Page 130: ...anasonic com viewing NA PT 53X54J SVC s2225000000 html 22 25 LB Board schematic 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2225000000 html 23 04 2012 12 16 53 p m ...

Page 131: ...anasonic com viewing NA PT 53X54J SVC s2226000000 html 22 26 LB Board schematic 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2226000000 html 23 04 2012 12 16 54 p m ...

Page 132: ...anasonic com viewing NA PT 53X54J SVC s2227000000 html 22 27 LG Board schematic 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2227000000 html 23 04 2012 12 16 54 p m ...

Page 133: ...anasonic com viewing NA PT 53X54J SVC s2228000000 html 22 28 LG Board schematic 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2228000000 html 23 04 2012 12 16 54 p m ...

Page 134: ...anasonic com viewing NA PT 53X54J SVC s2229000000 html 22 29 LR Board schematic 1 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2229000000 html 23 04 2012 12 16 55 p m ...

Page 135: ...anasonic com viewing NA PT 53X54J SVC s2230000000 html 22 30 LR Board schematic 2 of 2 TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2230000000 html 23 04 2012 12 16 55 p m ...

Page 136: ...sn pstc panasonic com viewing NA PT 53X54J SVC s2231000000 html 22 31 Voltages TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2231000000 html 23 04 2012 12 16 55 p m ...

Page 137: ...n pstc panasonic com viewing NA PT 53X54J SVC s2232000000 html 22 32 Waveforms TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2232000000 html 23 04 2012 12 16 56 p m ...

Page 138: ...pstc panasonic com viewing NA PT 53X54J SVC s2300000000x html 23 Parts location TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2300000000x html 23 04 2012 12 16 56 p m ...

Page 139: ... NA PT 53X54J SVC s2400000000x html 24 Parts list TOP PREVIOUS NEXT 24 1 Description of abbreviations guide 24 2 Parts list TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2400000000x html 23 04 2012 12 16 56 p m ...

Page 140: ...onic com viewing NA PT 53X54J SVC s2401000000 html 24 1 Description of abbreviations guide TOP PREVIOUS NEXT TOP PREVIOUS NEXT http tsn pstc panasonic com viewing NA PT 53X54J SVC s2401000000 html 23 04 2012 12 16 57 p m ...

Page 141: ...F5 CAP C 01UF Z 50V 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 ECQE2104KFW CAP P 10UF K 200V C340 ECKR1H103ZF5 CAP C 01UF Z 50V C341 ECA2EM100B CAP E 10UF 250V C345 ECKC3D102KBN CAP C 1000PF K 2KV C346 ECKR2...

Page 142: ... 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 ECA1CM101B CAP E 100UF 16V C702 ECKW3D271KBP CAP C 270PF K 2KV C703 ECQM2104KZW CAP P 1UF K 200V C704 ECKR2H391KB5 CAP C 390PF K 500V C707 ECJ2VF1H103Z CAP C 01UF Z 50V C708 ECQE1685KFB C...

Page 143: ...Z 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 ECJ2VB1H103K CAP C 01UF K 50V C863 ECJ2VF1H103Z CAP C 01UF Z 50V C864 ECJ2VF1H103Z CAP C 01UF Z 50V C865 ECA1CM221B CAP E 10UF 16V C866 ECA0JM221B CAP E 220UF 6 3V C867 ECA1CM221B CAP E 10UF 16V C868 EEUFC1C471B CAP E 470UF 16V C869 EEUFC1A471B CAP E 470UF 10V C870 EEUFC1...

Page 144: ...220B CAP E 22UF 50V C1303 ECJ2VF1H103Z CAP C 01UF Z 50V C1304 ECJ2VF1H104Z CAP C 1UF Z 50V C1305 ECJ2VB1C104K CAP C 1UF K 16V C1306 ECJ2VF1H103Z CAP C 01UF Z 50V C1307 ECA1CM101B CAP E 100UF 16V C1502 ECQE6104KFB CAP P 100UF K 100V C1503 ECQE6104KFB CAP P 100UF K 100V C1504 ECJ2FB1H104K CAP C 1UF K 50V C1505 ECA1CM101B CAP E 100UF 16V C1506 ECJ2VF1H103Z CAP C 01UF Z 50V C1508 ECA1CM101B CAP E 100U...

Page 145: ...0V C2356 ECJ2VB1H333K CAP C 033UF K 50V C2359 ECJ2VB1H561K CAP C 560PF K 50V C2361 ECJ3VB1H104K CAP C 1UF K 50V C2363 ECJ3VB1H104K CAP C 1UF K 50V C2365 EEUFC1E222E CAP E 2200UF 25V C2368 EEUFC1E222E CAP E 2200UF 25V C2369 ECEA1CN100UB CAP E 10UF 16V C2370 ECEA1CN100UB CAP E 10UF 16V C2371 ECJ2VF1H103Z CAP C 01UF Z 50V C2372 ECJ2VF1H103Z CAP C 01UF Z 50V C2373 ECA1HM100B CAP E 10UF 50V C2374 ECA1E...

Page 146: ...0015UF K 50V C3338 ECJ2VF1C105Z CAP C 1 0UF Z 16V C3339 ECJ2VB1H103K CAP C 01UF K 50V C3340 ECJ2YB1A105K CAP C 1 0UF K 125V C3341 ECJ2YB1A105K CAP C 1 0UF K 125V C3342 ECJ2VF1C105Z CAP C 1 0UF Z 16V C3343 ECJ2VB1H152K CAP C 0015UF K 50V C3344 ECJ2VF1C105Z CAP C 1 0UF Z 16V C3345 ECJ2VB1H152K CAP C 0015UF K 50V C3346 ECJ2VB1H103K CAP C 01UF K 50V C3347 ECJ2YB1A105K CAP C 1 0UF K 125V C3348 ECJ2YB1A...

Page 147: ... DIODE ZENER D003 MAZ31500ML DIODE ZENER D004 MAZ31500ML DIODE ZENER D081 LN21RCPHL DIODE D082 MAZ40560MF DIODE ZENER D083 MAZ40560MF DIODE ZENER D301 MA2C16700E DIODE D302 MAZ40680LF DIODE ZENER D303 TVSRM1V1 DIODE D304 B0HALP000002 DIODE FAST RECOVERY D306 MA2C165001VT DIODE D307 MA2C165001VT DIODE D312 MA2C18800E DIODE D313 MA2C18800E DIODE D314 MA2C18800E DIODE D315 MA2C18800E DIODE D331 B0HAL...

Page 148: ...D520 MA3X152K0L DIODE D634 MA2C165001VT DIODE D650 MAZ41100MF DIODE ZENER D651 MAZ41100MF DIODE ZENER D656 MAZ41100MF DIODE ZENER D657 MAZ41100MF DIODE ZENER D659 MAZ41100MF DIODE ZENER D660 MAZ41100MF DIODE ZENER D662 MAZ41100MF DIODE ZENER D663 MAZ41100MF DIODE ZENER D702 B0HALP000002 DIODE FAST RECOVERY D801 D3SB80 4101 DIODE D802 D4EAB3610002 DIODE D804 B0EBKM000016 DIODE D815 MA2C165001VT DIO...

Page 149: ...3X152K0L DIODE D2307 MA3X152K0L DIODE D2330 MA3X152K0L DIODE D2331 MA3X152K0L DIODE D2334 MA2C165001VT DIODE D3301 MAZ31100ML DIODE ZENER D3302 MAZ31100ML DIODE ZENER D3304 MAZ31100ML DIODE ZENER D3306 MAZ31100ML DIODE ZENER D3307 MAZ31100ML DIODE ZENER D3308 MAZ31100ML DIODE ZENER D3309 MAZ31100ML DIODE ZENER D3310 MAZ31100ML DIODE ZENER D3312 MAZ31100ML DIODE ZENER D3314 MAZ31100ML DIODE ZENER D...

Page 150: ...MP IC2201 AN5849S E1V MTS AUDIO IC2301 C1AA00000645 AUDIO AMPLIFIER IC2303 C0ABBA000073 VAO OP AMP IC2401 NJW1164MPTE1 BBE VIVA PROCESSOR IC7001 C5AA00000196 CONVERGENCE AMPLIFIER IC7002 C5AA00000196 CONVERGENCE AMPLIFIER COILS L001 ELELN330JA COIL 33UH L002 ELELN330JA COIL 33UH L301 ELEBD101KA COIL 100UH L302 ELESN100JA COIL PEAKING 10UH L303 ELESN6R8JA COIL PEAKING 6 8UH L304 ELESN4R7JA RADIAL I...

Page 151: ...OIL L882 TALL08T220KA COIL L883 G0ZZ00001909 INT CKT L884 TALFP15B151K LINE FILTER L885 G0ZZ00001909 INT CKT L886 G0A101E00003 COIL L887 G0A101E00003 COIL L888 G0A470F00004 COIL L889 TALL08T221KA COIL L890 TALL08T221KA COIL L892 G0ZZ00001909 INT CKT L893 G0ZZ00001909 INT CKT L894 G0A101E00003 COIL L895 G0A101E00003 COIL L901 EXCELSA35T FERRITE BEAD L902 EXCELSA35T FERRITE BEAD L903 EXCELSA35T FERR...

Page 152: ...00025 TRANSISTOR Q355 B1BCAN000004 TRANSISTOR Q362 2SC3311ATA TRANSISTOR Q363 2SC3526H TRANSISTOR Q364 2SA1309ATA TRANSISTOR Q365 2SC3311ATA TRANSISTOR Q366 2SC3311ATA TRANSISTOR Q367 2SA1309ATA TRANSISTOR Q368 2SA1309ATA TRANSISTOR Q373 2SC3942LB TRANSISTOR Q374 B1BAAN000025 TRANSISTOR Q375 B1BCAN000004 TRANSISTOR Q376 2SC3311ATA TRANSISTOR Q393 2SC3942LB TRANSISTOR Q394 B1BAAN000025 TRANSISTOR Q...

Page 153: ...ISTOR Q962 2SC3311ATA TRANSISTOR Q964 2SD1992ARA TRANSISTOR Q965 2SA1309ATA TRANSISTOR Q966 2SC3311ATA TRANSISTOR Q967 2SC3311ATA TRANSISTOR Q968 2SA1309ATA TRANSISTOR Q1503 2SA1309ATA TRANSISTOR Q1504 B1BAAV000003 TRANSISTOR Q1505 2SC3311ATA TRANSISTOR Q2301 UN2215TX TRANSISTOR Q2302 2PB709AR 115 TRANSISTOR Q2303 2PD601AR 115 TRANSISTOR Q2304 2PB709AR 115 TRANSISTOR Q2305 UN2115TX TRANSISTOR Q230...

Page 154: ...305 EROS2THF2200 RES M 220 F 1 4W R306 EROS2THF1001 RES M 1K F 1 4W R307 ERDS2TJ220T RES C 22 J 1 4W R308 ERDS2TJ334T RES C 330K J 1 4W R310 ERDS2TJ562T RES C 5 6K J 1 4W R311 ERDS2TJ470T RES C 47 J 1 4W R312 ERG7ZJ272 RES M 2 7K J 7W R313 ERDS2TJ151T RES C 150 J 1 4W R315 ERDS2TJ563T RES C 56K J 1 4W R316 ERDS2TJ821T RES C 820 J 1 4W R317 ERDS2TJ332T RES C 3 3K J 1 4W R318 ERDS2TJ681T RES C 680 J...

Page 155: ...2TJ470T RES C 47 J 1 4W R378 ERDS2TJ101T RES C 100 J 1 4W R379 ERDS2TJ563T RES C 56K J 1 4W R380 ERDS2TJ821T RES C 820 J 1 4W R382 ERDS1FJ103T RES C 10K J 1 2W R383 ERG12SJ101P RES M 100 J 1W R384 ERDS1FJ330P RES C 33 J 1 2W R385 ERDS1FJ330P RES C 33 J 1 2W R386 ERG12SJ101P RES M 100 J 1W R387 ERG7ZJ272 RES M 2 7K J 7W R389 ERDS2TJ473T RES C 47K J 1 4W R390 ERC12GK331D RES C 330 K 1 2W R391 ERDS1T...

Page 156: ... 1 2W R520 ERQ12HJ330P RES F 33 J 1 2W R521 EROS2THF2612 RES M 260 1 4W R522 EROS2THF7151 RES M 7 15K F 1 4W R523 ERDS2TJ275T RES C 2 7MEG J 1 4W R524 EROS2THF2002 RES M 20K F 1 4W R525 ERJ6GEYJ272V RES M 2 7K J 1 10W R534 EROS2THF1203 RES M 120K F 1 4W R535 ERDS2TJ222T RES C 2 2K J 1 4W R541 ERDS2TJ563T RES C 56K J 1 4W R550 EROS2THF1002 RES M 10K F 1 4W R560 ERJ6GEYJ101V RES M 100 J 1 10W R561 E...

Page 157: ...71 ERDS2TJ272T RES C 2 7K J 1 4W R872 ERJ6GEYJ333V RES M 33K J 1 10W R873 ERJ6GEYJ102V RES M 1K J 1 10W R874 ERJ6GEYJ102V RES M 1K J 1 10W R875 ERJ6ENF6191V RES M 6190 F 1 10W R877 ERJ6ENF1781V RES M 1 78K F 1 10W R878 ERJ6ENF1001V RES M 1K F 1 10W R879 ERJ6ENF1001V RES M 1K F 1 10W R880 ERJ6ENF1001V RES M 1K F 1 10W R881 ERDS1TJ560T RES C 56 J 1 2W R882 ERJ6ENF9530V RES M 953 F 1 10W R883 ERJ6ENF...

Page 158: ...RDS1FVJ4R7T RES C 4 7 J 1 2W R957 ERDS2TJ4R7T RES C 4 7 J 1 4W R958 ERG3SJS221H RES M 220 J 3W R959 ERDS2TJ681T RES C 680 J 1 4W R961 ERDS2FJ122T RES C 1 2K J 1 2W R962 ERDS2TJ103T RES C 10K J 1 4W R963 ERDS2TJ683T RES C 68K J 1 4W R964 ERDS2TJ683T RES C 68K J 1 4W R965 ERDS2TJ103T RES C 10K J 1 4W R966 ERDS2TJ122T RES C 1 2K J 1 4W R967 ERDS1FVJ470T RES C 47 J 1 2W R968 ERDS1FVJ470T RES C 47 J 1 ...

Page 159: ...S C 10K K 1 2W R1523 ERDS2TJ104T RES C 100K J 1 4W R1524 EROS2THF1401 RES M 1 4K F 1 4W R1527 ERJ6GEYJ102V RES M 1K J 1 10W R1528 ERDS2TJ332T RES C 3 3K J 1 4W R1529 ERJ6GEYJ103V RES M 10K J 1 10W R1532 ERJ6ENF2201V RES M 2 2K F 1 10W R1542 ERG2SJD333L RES M 33K J 2W R1544 ERJ6GEYJ471V RES M 470 J 1 10W R1546 ERJ6GEYJ221V RES M 220 J 1 10W R1599 ERJ6ENF9761V RES M 9760 F 1 10W R2201 ERJ6GEYJ222V R...

Page 160: ...6GEYJ223V RES M 22K J 1 10W R2364 ERJ6GEYJ473V RES M 47K J 1 10W R2365 ERJ6GEYJ473V RES M 47K J 1 10W R2366 ERJ6GEYJ102V RES M 1K J 1 10W R2367 ERJ6GEYJ102V RES M 1K J 1 10W R2378 ERJ6ENF1501V RES M 1 5K F 1 10W R2380 ERJ6GEYJ392V RES M 3 9K J 1 10W R2391 ERJ6GEYJ392V RES M 3 9K J 1 10W R2420 ERJ6GEYJ392V RES M 3 9K J 1 10W R2432 ERJ6ENF1501V RES M 1 5K F 1 10W R2434 ERJ6GEYJ392V RES M 3 9K J 1 10...

Page 161: ... 2W R7005 ERG2FJ820H RES M 82 J 2W R7006 ERG2FJ121H RES M 120 J 2W R7011 ERX2FJ2R2H RES M 2 2 J 2W R7012 ERX2FJ2R2H RES M 2 2 J 2W R7013 ERX2FJ2R2H RES M 2 2 J 2W R7014 ERX2FJ2R2H RES M 2 2 J 2W R7015 ERX2FJ2R2H RES M 2 2 J 2W R7016 ERX2FJ2R2H RES M 2 2 J 2W R7023 ERJ6GEYJ273V RES M 27K J 1 10W R7024 ERJ6GEYJ472V RES M 4 7K J 1 10W R7026 ERJ6GEYJ222V RES M 2 2K J 1 10W R7027 ERJ6GEYJ332V RES M 3 3...

Page 162: ...01 ENGF6302GF MAIN TUNER TU002 ENG36A08GF SUB TUNER M001 TSX2AA0421 AC LINE CORD 1 TXFCRT37JSER CRT BLUE TXFCRT38JSER CRT GREEN TXFCRT39JSER CRT RED M002 TJS2AC0051 CRT SOCKET 2 KDY2ASF83F DEFLECTION YOKE M003 TXF3A01ECV DAG GND 3 TKG2AF021 1 A B LENS 4 TKG2AA50111 MIRROR GLASS 5 TMW2AX0041B MIRROR BRACKET SIDE 6 TMW2AX0161 MIRROR BRACKET TOP 7 TKG2AD00131 SCREEN PROTECTIVE 8 TKG2AH50381 SCREEN LE...

Page 163: ...TON 27 TBX2AA0271 KEY BUTTON M006 TKP2AA1131 LED PANEL M007 TMM2AE10171 GROMMET SQUARE 28 TXFKP08JSER A V REAR COVER JK1001 TJB2AA0482 TERMINAL A V FRONT JK3301 TJB2AA0521 CONNECTOR COMPONENT INPUT JK3302A TJB2AA0532 CONNECTOR A V INPUT JK5001 K1FA119E0001 HDMI CONNECTOR OTHER ACCESSORIES M008 TQB2AA0506 OWNERS MANUAL M009 EUR7603ZF0 TRANSMITTER REMOTE CONTROL M010 UR76EC0303E BATTERY COVER REMOTE...

Page 164: ...1 2 3 4 5 6 7 8 A B C D E F G H I J A PCB TNP2AH158 PAGE 1 OF 2 PT 53X54J ...

Page 165: ...1 2 3 4 5 6 7 8 A B C D E F G H I J A BOARD TNP2AH158 PAGE 2 OF 2 PT 53X54J ...

Page 166: ...1 2 3 4 5 6 7 8 A B C D E F G H I J D PCB PAGE 1 of 2 TNP2AH059 PT 53X54J ...

Page 167: ...1 2 3 4 5 6 7 8 A B C D E F G H I J D PCB PAGE 2 of 2 TNP2AH059 PT 53X54J ...

Page 168: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DC PCB TOP BOTTOM VIEW TNP2AA163 PT 53X54J ...

Page 169: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG PCB BOTTOM VIEW TNP2AA173 PT 53X54J ...

Page 170: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG PCB TOP VIEW TNP2AA173 PT 53X54J ...

Page 171: ...1 2 3 4 5 6 7 8 A B C D E F G H I J H PCB TNP2AA174 PT 53X54J ...

Page 172: ...1 2 3 4 5 6 7 8 A B C D E F G H I J CD PCB G PCB K PCB R PCB TNP2AA166 TNP2AA164 TNP2AA165 TNPA0615AB PT 53X54J ...

Page 173: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LB PCB TNP2AA161 PT 53X54J ...

Page 174: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LG PCB TNP2AA160 PT 53X54J ...

Page 175: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LR PCB TNP2AA162 PT 53X54J ...

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Page 180: ...1 2 3 4 5 6 7 8 A B C D E F G H I J A BOARD 1 of 3 TNP2AH058 PT 53X54J ...

Page 181: ...1 2 3 4 5 6 7 8 A B C D E F G H I J A BOARD 2 of 3 TNP2AH058 PT 53X54J ...

Page 182: ...1 2 3 4 5 6 7 8 A B C D E F G H I J A BOARD 3 of 3 TNP2AH058 PT 53X54J ...

Page 183: ...1 2 3 4 5 6 7 8 A B C D E F G H I J D BOARD 1 of 5 TNP2AH059 PT 53X54J ...

Page 184: ...1 2 3 4 5 6 7 8 A B C D E F G H I J D BOARD 2 of 5 TNP2AH059 PT 53X54J ...

Page 185: ...1 2 3 4 5 6 7 8 A B C D E F G H I J D BOARD 3 of 5 TNP2AH059 PT 53X54J ...

Page 186: ...1 2 3 4 5 6 7 8 A B C D E F G H I J D BOARD 5 of 5 TNP2AH059 PT 53X54J ...

Page 187: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DC BOARD 1 of 2 TNP2AA163 PT 53X54J ...

Page 188: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DC BOARD 2 of 2 TNP2AA163 PT 53X54J ...

Page 189: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 1 of 11 TNP2AA173AE PT 53X54J ...

Page 190: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 2 of 11 TNP2AA173AE PT 53X54J ...

Page 191: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 3 of 11 TNP2AA173AE PT 53X54J ...

Page 192: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 4 of 11 TNP2AA173AE PT 53X54J ...

Page 193: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 5 of 11 TNP2AA173AE PT 53X54J ...

Page 194: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 6 of 11 TNP2AA173AE PT 53X54J ...

Page 195: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 7 of 11 TNP2AA173AE PT 53X54J ...

Page 196: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 8 of 11 TNP2AA173AE PT 53X54J ...

Page 197: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 9 of 11 TNP2AA173AE PT 53X54J ...

Page 198: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 10 of 11 TNP2AA173AE PT 53X54J ...

Page 199: ...1 2 3 4 5 6 7 8 A B C D E F G H I J DG BOARD 1 1 of 11 TNP2AA173AE PT 53X54J ...

Page 200: ...1 2 3 4 5 6 7 8 A B C D E F G H I J A7 CD BOARD G BOARD K BOARD R BOARD TNP2AA166 TNP2AA164 TNP2AA165 TNPA0615AB PT 53X54J ...

Page 201: ...1 2 3 4 5 6 7 8 A B C D E F G H I J H BOARD TNP2AA174AD PT 53X54J ...

Page 202: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LB BOARD 1 of 2 TNP2AA161 PT 53X54J ...

Page 203: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LB BOARD 2 of 2 TNP2AA161 PT 53X54J ...

Page 204: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LG BOARD 1 of 2 TNP2AA160 PT 53X54J ...

Page 205: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LG BOARD 2 of 2 TNP2AA160 PT 53X54J ...

Page 206: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LR BOARD 1 of 2 TNP2AA162 PT 53X54J ...

Page 207: ...1 2 3 4 5 6 7 8 A B C D E F G H I J LR BOARD 2 of 2 TNP2AA162 PT 53X54J ...

Page 208: ...50 4 40 IC872 1 2 3 4 5 19 40 9 01 0 00 1 30 N C IC874 1 2 3 4 5 19 40 5 10 0 00 1 30 N C IC875 1 2 3 4 5 19 40 3 36 0 00 1 30 N C IC876 1 2 3 4 5 19 40 2 60 0 00 1 30 N C IC877 1 2 3 4 5 19 40 1 78 0 00 1 30 N C A BOARD TNP2AH058 B C E Q2301 0 02 5 05 0 00 Q2304 14 16 13 57 14 16 Q2302 19 60 0 02 13 57 Q2303 0 02 19 60 0 00 Q2307 0 03 0 00 0 00 Q2306 0 00 0 00 0 04 Q2305 0 00 0 02 0 04 Q2451 4 54...

Page 209: ...1 2 3 4 5 6 7 8 9 0 00 0 00 19 40 20 50 19 30 0 10 0 10 20 40 0 10 10 11 12 13 14 15 16 17 18 19 30 0 40 0 40 0 20 0 00 0 20 0 00 20 50 0 00 Q551 0 20 98 90 0 00 IC1501 1 2 3 4 5 6 7 8 10 80 0 00 0 00 0 00 2 40 2 40 1 40 12 00 IC451 1 2 3 4 5 6 7 0 00 17 30 17 00 18 50 0 10 17 10 0 00 IC701 1 2 3 4 5 6 7 8 0 20 5 30 4 70 0 00 1 60 0 70 9 50 12 00 IC7001 1 2 3 4 5 6 7 8 9 0 00 0 00 19 40 20 50 19 3...

Page 210: ... 00 B C E Q904 1 00 8 90 0 30 Q905 0 10 19 30 0 00 Q903 0 10 0 00 0 80 B C E Q354 176 30 218 30 175 90 Q353 12 00 174 70 11 50 Q907 0 00 0 00 0 40 Q906 0 70 19 30 0 40 Q355 175 00 0 00 175 60 LR BOARD TNP2AA162 Q901 137 90 130 10 138 50 Q957 129 40 69 60 130 00 Q958 9 43 69 60 8 86 Q373 12 00 170 70 11 60 Q374 172 10 218 80 171 60 Q331 4 10 11 60 3 80 B C E Q956 9 60 70 00 9 00 Q951 0 90 19 30 0 0...

Page 211: ...NV 9 1 08 Vp p A14 PIN 13 MAIN VIDEO 3 A Board TNP2AH058 0 178 Vp p A2 PIN 11 SOS3 CONV 6 292 Vp p A4 PIN 4 EHT ADJ 2 0 472 Vp p A3 PIN 13 H SYNC 10 3 52 Vp p A3 PIN 15 HBLK 11 3 6 Vp p A3 PIN 16 EW 12 5 65 Vp p A2 PIN 5 FBP 5 3 56Vp p A2 PIN 3 H DRV 4 PT 53X54J 0 176 Vp p A2 PIN 15 SOS 7 ...

Page 212: ...TP22 HEATER 29 LG Board TNP2AA160 PT 53X54J 2 28 Vp p D23 PIN 10 DAF 18 2 02 Vp p D22 PIN 2 BV 19 2 04 Vp p D22 PIN 3 BH 20 1 44 Vp p D22 PIN 4 GV 21 824 Vp p D22 PIN 5 GH 22 1 94 Vp p D22 PIN 6 RV 23 1 17 Vp p D22 PIN 7 RH 24 6 08 Vp p TP17 BLUE SIGNAL 25 5 60 Vp p TP18 RED SIGNAL 26 6 08 Vp p TP19 GREEN SIGNAL 27 2 74 Vp p TP12 VM SIGNAL 28 ...

Page 213: ...http tsn pstc panasonic com viewing NA PT 53X54J SVC expview_gn1p gif http tsn pstc panasonic com viewing NA PT 53X54J SVC expview_gn1p gif 23 04 2012 12 18 50 p m ...

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