Panasonic TX-47P500HM Service Manual Download

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Power Source:

TX-47P500HM/HQ/HZ: AC220-240V, 50/60Hz

TX-47P500X: AC110-240V, 50/60Hz

Power Consumption:

TX-47P500HM/HQ/HZ: 218W

TX-47P500X: 228W

3.0W (Stand-by condition)

Remote control Transmitter:

EUR511229

R6 (AA) Battery ×2

Dimensions (W×H×D)

1095 mm × 1190 mm × 520 mm

Mass (Weight)

59 kg

Tuning System:

21 Systems

Frequency Synthesizer

Auto Search

100(Position)/125(Direct)

Receiving Channels:

VHF Band

2-12

(PAL/ SECAM - B, K1)

0-12

(PAL-B AUST.)

1-9

(PAL-B N.Z.)

1-12

(PAL/SECAM-D)

1-12

(NTSC-M JAPAN)

2-13

(NTSC-M U.S.A.)

UHF Band

21-69

(PAL-G, H, I)

21-69

(SECAM-G, K, K1)

2002 Matsushita Electric Industrial Co., Ltd. All

rights

reserved.

Unauthorized

copying

and

distribution is a violation of law.

TX-47P500HM
TX-47P500HQ
TX-47P500HZ
TX-47P500X

EURO-7VPChassis

28-69

(PAL-B AUST.)

13-57

(PAL-D, K)

13-62

(NTSC-M Japan)

14-69

(NTSC-M U.S.A.)

CATV

S1-S20

(OSCAR)

S21-S41

(HYPER)

1-125

(U.S.A. CATV)

5A, 9A

(AUST.)

Z1-Z37

(CHINA)

C13-C49

(JAPAN)

Intermediate Frequency:

Video

38.0 MHz

Sound

31.5 MHz (D, K)/32.0 MHz (I)

32.5 MHz (B, G)/33.5 MHz (M)

Colour

33.57 MHz (PAL)/33.6 MHz (SECAM)

33.75 MHz (SECAM)/34.42 MHz (NTSC)

Receiving Stereo sound system:

NICAM B/G, NICAM I,

NICAM D, A2 (German)

Projection Tube:

TVVAB10GAV (B-ASSY)

TVVAG10GAV (G-ASSY)

TVVAR10GAV (R-ASSY)

90° deflection

High Voltage:

31.5 ± 1.0 kV at zero beam current

Audio Output:

24 W [2-way, 4-speakers; 12 W+12 W] (10% THD)

Projection Television

Specifications

ORDER NO. ITD0203008C3

Summary of Contents for TX-47P500HM

Page 1: ... Ltd All rights reserved Unauthorized copying and distribution is a violation of law TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X EURO 7VPChassis 28 69 PAL B AUST 13 57 PAL D K 13 62 NTSC M Japan 14 69 NTSC M U S A CATV S1 S20 OSCAR S21 S41 HYPER 1 125 U S A CATV 5A 9A AUST Z1 Z37 CHINA C13 C49 JAPAN Intermediate Frequency Video 38 0 MHz Sound 31 5 MHz D K 32 0 MHz I 32 5 MHz B G 33 5 MHz M Colo...

Page 2: ...20 Monitor OUT Video out 1Vp p 759 Audio out Approx 0 5V 1k9 Accessories Supplied Remote Controller x 1 R6 Battery x 2 759 coaxial aerial plug Design and Specifications are subject to change without notice Mass and dimensions shown are approximate 8 4 NTSC 120Hz mode 120i 21 8 5 525p Deflection Adjustment Confirmation 22 8 6 625p Deflection Adjustment Confirmation 22 9 Adjustment Procedure 23 9 1 ...

Page 3: ...d 2 of 3 Schematic Diagram 75 14 10 DG Board 3 of 3 Schematic Diagram 76 14 11 H Board Schematic Diagram 77 14 12 LR LG and LB Board Schematic Diagram 78 14 13 M Board Schematic Diagram 79 14 14 P Board Schematic Diagram 80 14 15 SR SG and SB Board Schematic Diagram 81 14 16 U Board Schematic Diagram 82 15 Parts location 83 16 Mechanical Replacement Parts List 85 17 Electrical Replacement Parts Li...

Page 4: ...c part has a return path to the chassis the reading should be between 4 M9 and 20 M9 When the exposed metal does not have a return path to the chassis the reading must be 1 3 Leakage Current Hot Check See Fig 1 1 Plug the AC cord directly into the AC outlet Do not use an isolation transformer for this check 2 Connect a 2k9 10W resistor in series with an exposed metallic part on the projection moni...

Page 5: ...r D Board Deflection High Voltage LR Board CRT Drive R LG Board CRT Drive G LB Board CRT Drive B H Board Rear terminal U Board MPU M Board Front Terminal Power Switch DG Board Digital Core SR Board VM Output R SG Board VM Output G SB Board VM Output B 5 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 6: ...tes disassembly items of the cabinet parts and circuit boards in order to find the items necessary for servicing when reassembling perform the procedures in the reverse order 3 1 Disassembly Flowchart 6 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 7: ...Top 1 Remove 11 Screws 3 4 Speaker Grille 1 Remove 2 screws 3 5 Speaker Ass y 1 Remove 10 screws 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 Receiver for service 7 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 8: ... 14 screws 3 7 Mirror 1 Remove 4 screws 2 Remove 8 screws 3 8 Rear Cover Top 1 Remove 4 screws 2 Remove 2 screws 3 9 Rear Cover Bottom 1 Remove 18 screws 2 Remove 1 screws 8 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 9: ...RT Board from the defective CRT neck 8 Note position of yoke with centering tabs and remove from defective CRT 9 From the Top remove 2 screws from the defective CRT 10 Release CRT anode lead from CRT chassis wire clamp and all other wires from holders 11 Wire the anode lead wire 12 Lift out CRT assembly with lens assembly and other CRT neck assemblies 13 Lay CRT face down on a soft cloth 14 Remove...

Page 10: ...2 Service Position for DG Board 1 Remove the each circuit board from A or D Board 2 Connect extension cables between individual circuit board and A or D Board Note Extension cable kit is supplied as service fixtures and tools Part No TZSC0724 4 3 Service Position for M Board 1 Remove the Top Cabinet Ass y 2 Remove M Board by removing 3 screws 4 Service Hints 10 TX 47P500HM TX 47P500HQ TX 47P500HZ ...

Page 11: ... Check mode press the down button on the customer controls at the front of the set at the same time pressing the HELP button on the remote control and the screen will show If the CCU ports have been checked and found to be incorrect or not located then will appear in place of O K 11 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 12: ...ode 6 1 How to enter SERVICE 1 1 In sound menu set BASS to MAX and set TREBLE to MINIMUM 2 Simultaneously press INDEX button on remote control and VOLUME DOWN button on the TV set 6 2 How to enter SERVICE 2 1 Set the channel to CH99 2 Press HOLD button on remote control Note To exit to Service mode press N or Power button on remote control 12 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 13: ...6 3 Option Descrition 13 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 14: ...14 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 15: ...15 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 16: ...r the Red and Blue CRT projecting Green only The electrical focus controls are located on the front Adjust the Green Focus VR for best focus of overall picture Fig 2 3 Repeat for Red focus VR while projecting Red only 4 Repeat for Blue Best focus at bottom left corner of screen 7 3 Optical Lens Focus Adjustment Note This adjustment normally should not require resetting unless the lens has been rep...

Page 17: ... 9 Cover the Green Red CRT lens projecting Blue only 10 Adjust blue centering magnets to position the center of the blue raster W2 away from the center of the green raster 11 Cover the Green Blue CRT lens projecting Red only 12 Adjust red centering magnets to position the center of the red raster W1 away from the center of the green raster 7 4 Centering Magnet Adjustment 1 Receive a monoscope patt...

Page 18: ...est green electrical focus with green electrical focus adjustment VR 7 Cover the Green Red CRT lens projecting Blue only 8 Repeat step 4 step 6 for blue electrical focus 9 Cover the Green Blue CRT lens projecting Red only 10 Repeat step 4 step 6 for red electrical focus 11 Receive an monoscope pattern 12 Cover the Red Blue CRT lens projecting Green only 13 If the center of the monoscope pattern is...

Page 19: ...at projecting Green only 8 1 2 H Pos and H Amp Adjustment 1 Adjust Monoscope pattern for center of the screen by H Pos control 2 Adjust Horizontal amplitude for 2 5 0 1 division of a scale by H Amp control 8 1 3 V Amp V Linear and V Pos Adjustment 1 Adjust Vertical amplitude for 2 5 0 1 division of a scale by V Amp control 2 Confirm Vertical Linear as to the balance of circle if need adjust V Line...

Page 20: ...ear as to the balance of circle if need adjust V Linear control 3 Confirm Vertical Center if it is not correct adjust Monoscope pattern for center of the screen by V Pos control 8 3 NTSC Progressive mode 60p 8 3 1 Preparation 1 Receive NTSC monoscope pattern 2 Set scan mode to Progressive 3 Set the Picture Menu to NORMAL 4 Set the TV to Service Mode 1 5 Set the Data of Service Mode 1 as follow H P...

Page 21: ...L monoscope pattern 2 Copy the Data of to NTSC Progressive mode 60p to NTSC 120Hz mode 120i 3 Set the Picture Menu to NORMAL 4 Set scan mode to 120Hz 5 Set the TV to Service Mode 1 6 Set the Data of Service Mode 1 as follow H Parallel 8 Bottom Corner 21 V Linear 30 V S Correct 10 Top Corner 20 C Correct 4 7 Push 0 button so that set the Data of Coarse Fine Convergence to Zero Correction 8 Push HEL...

Page 22: ...n Adjustment 1 Receive 525p signal 2 Confirm H Pos and if need adjust H Pos 8 6 625p Deflection Adjustment Confirmation 8 6 1 V H Deflection confirmation 1 Receive 625p signal 2 Confirm V H Deflection is normal 8 6 2 H Pos confirmation Adjustment 1 Receive 625p signal 2 Confirm H Pos and if need adjust H Pos 22 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 23: ...vel 4 Connect an oscilloscope to A44 pin 41 R Y OUT on A Board 5 Adjust SECAM R Y so that H blanking time and colour center are equal level 6 Connect an oscilloscope to A44 pin 39 B Y OUT on A Board 7 Adjust Sub SECAM B Y so that H blanking time and colour center are equal level 8 Connect an oscilloscope to A44 pin 41 R Y OUT on A Board 9 Adjust Sub SECAM R Y so that H blanking time and colour cen...

Page 24: ...Connect an oscilloscope to TPLB1 on LB Board 7 Adjust Low B so that the waveform A is 200 2V 8 It pushes and it makes a HELP key the project only of GREEN 9 The 6th paragraph shines faintly with the screen VR of GREEN and the 7th paragraph does to the sinking style 10 It pushes and it makes a HELP key the project only of RED 11 The paragraph shines faintly with the screen VR of RED and the 7th par...

Page 25: ...rd 3 Adjust Sub Contrast so that the waveform A is 150 2V 4 Before G Limit Adjustment is attempted Sub Contrast adjustment must be completed 5 Adjust G Limit so that the waveform A is 125 2V 9 4 Sub Picture Contrast Adjustment Preparation Picture Menu Dynamic AI ON Adjustment 1 Receive a Colour Bar pattern 2 Connect an oscilloscope to TPLG1 on LG Board 3 Increment Decrement Video gain2 to adjust S...

Page 26: ...ar to Fig A 4 Receive a Rainbow NTSC 3 58Hz pattern on both of Main and Sub picture 5 Adjust Sub NTSC Tint 2 so that the peak of level of waveform is similar to Fig B 9 6 Sub Color Adjustment Preparation Picture Menu Dynamic P NR ON C Temp Standard Scan Mode 100Hz PAL AI ON ACL OFF Adjustment 1 Receive a PAL Colour Bar pattern 2 Connect an oscilloscope to TPLG1 on LG Board 3 Adjust Sub Color so th...

Page 27: ...ust Blue Focus VR so that Y is 4 0 cd m2 9 8 White Balance Adjustment Preparation Picture Menu Dynamic Sub Bright 60 C Temp Dynamic High R 90 AI ON High G 128 P NR ON High B 90 Scan Mode 100Hz PAL WB B G ST1 130 Low G 640 Adjustment 1 Set the White Balance Meter on Screen center 2 Receive a Window pattern 3 Adjust Sub Bright so that the 6th paragraph shines faintly and the 7th paragraph does to th...

Page 28: ... 3 Adjust Sub Bright so that the 7th paragraph shines faintly and the 8th paragraph does to the sinking style 9 10 Blue Limit Adjustment Preparation Picture Menu Dynamic C Temp Standard AI ON P NR ON Scan Mode 100Hz PAL White Balance Adjustment has been adjusted Adjustment 1 Receive a Cross Hatch pattern 2 Connect an oscilloscope to TPLB1 on LB Board 3 Adjust B LIMIT so that the waveform A is 155 ...

Page 29: ...Adjust the convergence for each of the 50 100Hz and 60 120Hz inputs so that they are aligned with the other colours Helpful Hint All positions which have been adjusted are recorded within P 2 for NTSC data and P 3 for PAL data of the memory This data can be copied to P 4 memory area allowing you to perform the adjustment of P 2 NTSC and P 3 PAL To perform these adjustments push the SEARCH button o...

Page 30: ...9 Adjust the position buttons so that the cursor in the center of the test pattern is aligned with the center of the monoscope pattern 10 Push the TV AV button on the remote control and enter the DATA POS mode 11 Push the 5 button and close the background image monoscope pattern 12 Use the and of the position buttons so that the bump in the screen center line is at the center of the cursor 13 Push...

Page 31: ...h the 2 button and select the Border and Cross pattern Push the MUTE button and select the Green colour 10 3 1 2 G SIZE V adjustment Push the TV AV buttons and select the G SIZE V Push the Channel up down buttons and adjust the upper and lower boarder line of test pattern is aligned with the edge of the screen frame 31 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 32: ...lect the G LINEAR Push the Volume up down buttons and adjust the G LINEAR to become the following figure 10 3 1 5 G PIN V adjustment Push the TV AV buttons and select the G PIN Push the Channel up down buttons and adjust the G PIN V to become the following figure 10 3 1 6 G PIN H adjustment Push the TV AV buttons and select the G PIN Push the Volume up down buttons and adjust the G PIN H to become...

Page 33: ...the TV AV buttons and select the G KEY Push the Channel up down buttons and adjust the G KEY refer to following figure 10 3 1 9 G STATIC adjustment Push the TV AV buttons and select the G STATIC Push the Channel Volume up down buttons and adjust G STATIC so that Horizontal Vertical center line is aligned with the bump in the screen center mark 33 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 34: ...cal line Refer to figure 10 3 2 3 R SKEW H adjustment Push the TV AV buttons and select the R SKEW Push the Channel up down buttons and adjust reference line become a horizontal line Refer to figure 10 3 2 4 R SIZE V adjustment Push the TV AV buttons and select the R SIZE Push the Channel up down buttons and adjust the upper and lower boarder line of test pattern is aligned with the edge of the sc...

Page 35: ...se Convergence Adjustment 10 3 3 1 Reparation Push the SOUND button and select the Blue Adjustment mode Push the 2 button and select the Border and Cross pattern Push the MUTE button and select the Cyan colour Push the POSITION button and adjust the B STATIC so that the Blue color of pattern is aligned with Green colour of pattern 10 3 3 2 B SKEW V adjustment Push the TV AV buttons and select the ...

Page 36: ...the B PIN H Refer to Fig E 10 3 3 9 B CORNER adjustment Push the TV AV buttons and select the B CORNER Push the Channel up down buttons and adjust the B CORNER Refer to Fig F 10 3 3 10 B KEY adjustment Push the TV AV buttons and select the B KEY Push the Channel up down buttons and adjust the B KEY Refer to Fig G 10 3 3 11 B STATIC adjustment Push the TV AV buttons and select the B STATIC Push the...

Page 37: ...oint Then use the MULTI PIP to change from G EASY CURSOR to G EASY DATA 8 Use the Position Buttons to adjust each point so that the Green Crosshatch Pattern is aligned with the vertical and horizontal lines of the Convergence Adjustment Sheet 9 Push the MULTI PIP and with from G EASY DATA to G EASY CURSOR 10 Repeat step 7 9 to adjust the 9 adjustment points 11 Select the G POINT CURSOR mode by pus...

Page 38: ...onv Adj in 1 16 to perform the Red Convergence Adjustment 3 To store the data after the Red Convergence Adjustment has been completed push the MAIN MENU button and then the N button 10 4 3 Blue Convergence Adjustment 1 Push the MUTE button twice and change to the Blue Adjustment of cyan Colour 2 Repeat the same steps described for the Green Conv Adj in 1 16 to perform the Blue Convergence Adjustme...

Page 39: ...Fine Convergence Control Chart 39 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 40: ...40 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 41: ...11 Location of Lead Wiring 41 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 42: ...he lead line isn t hitting the metallic part of the neck print after CRT neck print R G B insertion 2 It decides to be permitted to insert the lead line R G B of the VM coil wherever of LG5 LG6 LG7 of the LG print 3 It decides to be permitted to insert G B of the DY lead in either 42 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 43: ...sertion positions are free 2 Secure a safe space distance from the circumference part by equal to or more than 10 millimeters Attention 1 There is not sagging in Clamper the D30 coupler pipe 2 Drink a lead between P Prix metal fittings the optical metal fittings in the New Zealand turning and use it 43 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 44: ...ode distributor R G B FBT D5 DY R G B CY R G B D30 P1 P2 P4 Focus pack Red NOTICE FOR WIRE DRESSING 1 After insert R G B on CRT print confirm that wire should not touch to material parts of CRT print 44 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 45: ...12 Conductor Views 12 1 A Board A 1 3 5 2 4 6 C E G B D F H A BOARD FOIL SIDE TZTNP020GFV TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 45 ...

Page 46: ...03 E 2 Q7705 C 2 Q7706 B 3 Q7707 B 2 Q7708 B 3 Q7709 B 2 Q7710 B 3 Q7711 C 4 Q7713 C 3 Q7714 C 3 Q7715 B 3 Q7716 C 3 TP5 F 5 TP6 F 5 TPA1 D 5 TPA2 C 3 TPA3 D 5 TPA6 A 1 TPA7 A 2 TPA9 D 5 TPA10 F 5 TPA11 E 6 TPA12 D 6 TPA13 D 5 TPA14 F 5 TPA15 F 4 TPA15 G 3 TPA17 C 4 TPA18 B 2 TPA19 e 3 TPA20 G 3 TPA21 G 3 TPA22 D 2 TPA23 C 2 TPA36 C 5 TPA37 C 5 Parts Location A BOARD COMPONENT SIDE IC IC051 D 6 IC...

Page 47: ...A 1 3 5 2 4 6 C E G B D F H A BOARD COMPONENT SIDE TZTNP020GFV TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 47 ...

Page 48: ...12 2 D Board A 1 3 5 2 4 6 C E G B D F H D BOARD FOIL SIDE TZTNP010GFV TX 47P500HQ HM TZTNP010GHV TX 47P500HZ TZTNP010GJV TX 47P500X TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 48 ...

Page 49: ...32 G 6 TP33 G 4 TP34 C 6 TP35 A 5 TP36 D 6 TP37 D 6 TPD7 C 2 TPD8 C 1 TPD13 A 4 TPD14 H 6 TPD20 E 2 TPD21 E 1 TPD80 G 4 TPD81 F 5 Parts Location D BOARD COMPONENT SIDE IC IC451 A 5 IC801 G 2 IC808 F 3 IC810 G 5 IC7001 E 6 IC7002 C 6 Q551 C 1 Q552 B 4 Q553 B 3 Q554 B 4 Q555 D 3 Q556 C 2 Q701 E 4 Q805 G 1 Q849 F 4 Q7004 F 5 Q9602 D 2 TRANSISTOR TPD TPD14 A 6 TPD20 D 2 TPD21 C 1 TPD80 B 4 TPD81 B 5 T...

Page 50: ...A 1 3 5 2 4 6 C E G B D F H D BOARD FOIL SIDE TZTNP010GFV TX 47P500HQ HM TZTNP010GHV TX 47P500HZ TZTNP010GJV TX 47P500X TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 50 ...

Page 51: ...536 Q726 C537 Q727 IC314 C538 Q728 C539 Q729 C346 IC316 IC317 R320 C349 R321 C732 R322 C540 R324 IC704 IC705 IC706 R710 C351 R711 R712 R713 C354 R908 R714 R909 C357 R717 R718 C740 R719 C741 R332 C743 R910 C744 R334 R335 R911 R912 R913 C360 R720 C361 R721 C749 C362 C364 R724 C365 R725 C366 R726 R727 C368 R728 R341 C369 C753 C755 C756 C370 C371 R925 C372 C373 C374 R735 R736 C377 R737 C378 C760 C379 ...

Page 52: ...2 4 6 C E G B D F H H BOARD TNPA1970AP Parts Location H BOARD TRANSISTOR Q2215 F 1 Q2216 E 1 Q2506 E 4 Q2507 C 4 Q2508 C 5 Q2509 C 5 Q2512 E 5 Q2513 F 5 Q3401 F 2 Q3402 B 5 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 52 ...

Page 53: ...s Location LB BOARD Q393 B 2 Q394 C 2 Q395 A 1 Q396 C 2 Q3371 A 3 Q3372 B 5 TRANSISTOR TPLB TPLB1 B 2 TPLB2 A 5 TPLB3 D 5 TPLB20 D 3 Parts Location LR BOARD Q353 F 2 Q354 G 2 Q355 E 1 Q356 G 2 Q3351 F 3 Q3352 F 5 TRANSISTOR TPLR TPLR1 F 2 TPLR2 E 5 TPLR20 I 4 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 53 ...

Page 54: ... Q2361 C 6 IC TRANSISTOR Parts Location LG BOARD Q373 D 1 Q374 E 2 Q375 E 1 Q376 E 2 Q902 B 2 Q903 C 3 Q907 B 2 Q908 C 4 Q951 B 4 TRANSISTOR TPLG TPLG1 D 2 TPLG2 E 1 TPLG10 D 2 TPLG20 F 4 Q952 B 3 Q953 B 3 Q954 C 3 Q955 B 3 Q956 A 2 Q961 B 3 Q962 A 1 Q3361 E 3 Q3362 E 3 Q3381 E 3 TPS TPS1 B 1 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 54 ...

Page 55: ...E G I B D F H P BOARD TNPA2316AJ TX 47P500HM TNPA2316AK TX 47P500HQ HZ TNPA2316AL TX 47P500X P Parts Location P BOARD IC802 D 3 IC881 G 2 IC Q501 D 5 Q852 H 5 TRANSISTOR TP TP79 D 5 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 55 ...

Page 56: ...12 8 SR Board SG Board and SB Board A 1 3 5 2 4 6 C E G I B D F H SG BOARD TNPA2469 SR BOARD TNPA2470 SB BOARD TNPA2471 SB SG SR TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 56 ...

Page 57: ...C135 C136 C137 C138 C139 R111 R112 R114 R117 IC110 IC111 C143 C145 R120 R121 R122 R123 R124 R125 R126 R129 C152 C154 C157 R130 C159 R135 R136 R137 C160 R138 R139 C162 C164 C165 C166 C168 R140 R141 R142 R143 R144 R148 R654 R159 R165 R169 R173 R174 R175 R176 R177 R178 R179 R181 R182 R189 R190 R191 LC103 LC104 LC105 LC106 JSU1 JSU3 JSU4 JSU5 LC113 LC116 LC118 LC122 LC124 LC126 LC127 LC129 LC131 LC132...

Page 58: ...TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 58 ...

Page 59: ...13 Block Diagram 13 1 Audio Block Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 59 ...

Page 60: ...13 2 Video Block Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 60 ...

Page 61: ...TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 61 ...

Page 62: ...13 3 Power Block Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 62 ...

Page 63: ...TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 63 ...

Page 64: ...TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 64 ...

Page 65: ...TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 65 ...

Page 66: ...13 4 Control Block Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 66 ...

Page 67: ...14 Schematic Diagram 14 1 Schematic Diagram Notes TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 67 ...

Page 68: ...14 2 A Board 1 of 4 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 68 ...

Page 69: ...14 3 A Board 2 of 4 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 69 ...

Page 70: ...14 4 A Board 3 of 4 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 70 ...

Page 71: ...14 5 A Board 4 of 4 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 71 ...

Page 72: ...14 6 D Board 1 of 2 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 72 ...

Page 73: ...14 7 D Board 2 of 2 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 73 ...

Page 74: ...14 8 DG Board 1 of 3 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 74 ...

Page 75: ...14 9 DG Board 2 of 3 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 75 ...

Page 76: ...14 10 DG Board 3 of 3 Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 76 ...

Page 77: ...14 11 H Board Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 77 ...

Page 78: ...14 12 LR LG and LB Board Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 78 ...

Page 79: ...14 13 M Board Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 79 ...

Page 80: ...14 14 P Board Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 80 ...

Page 81: ...14 15 SR SG and SB Board Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 81 ...

Page 82: ...14 16 U Board Schematic Diagram TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 82 ...

Page 83: ...Note The number on mechanical parts indicates Ref No Mechanical Replacement Parts List 15 Parts location TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 83 ...

Page 84: ...TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X 84 ...

Page 85: ...Q HZ TPCB20904 CARTON BOX 1 TX 47P500X TPD169487 JOINT 4 Ref No Part No Part Name Description Pcs Remarks TPD169564 JOINT 2 TPDA0360 2 CUSHION BOTTOM 1 TPDA0362 2 CUSHION 1 TPDA0363 1 CUSHION REAR 1 TPDA0621 CUSHION TOP 1 TPDA0622 CUSHION 1 TPDF0416 CUSHION TOP 1 TPDF0845 CUSHION 2 TPEH090 PROTECT COVER 1 TPEH132 1 SET COVER 1 TQBC0369 INSTRUCTION BOOK ENGLISH 1 TQBC0370 INSTRUCTION BOOK ARABIA 1 ...

Page 86: ...17 Electrical Replacement Parts List 17 1 Replacement Parts List Notes 86 TX 47P500HM TX 47P500HQ TX 47P500HZ TX 47P500X ...

Page 87: ...2XC1H471J C 470PF J 50V 1 C475 ECJ2XC1H151J C 150PF J 50V 1 ECUM1H151JCN C476 ECHS1H102FZ P 1000PF F 50V 1 Ref No Part No Part Name Description Pcs Remarks C482 ECA1CM102 E 1000UF 16V 1 C490 ECJ2VF1H103Z C 0 01UF Z 50V 1 C502 ECA1VM101 E 100UF 35V 1 C503 ECQV1H104JM P 0 1UF J 50V 1 C504 ECKD2H102KB2 C 1000PF K 500V 1 C505 ECA1HM471 E 470UF 50V 1 C510 ECJ2VF1C104Z C 0 1UF Z 16V 1 C511 ECCD3F181KGE ...

Page 88: ...C 22PF J 50V 1 Ref No Part No Part Name Description Pcs Remarks C1312 ECJ1XC1H181J C 180PF J 50V 1 C1313 TACCN0J105KT C 1UF 6 3V 1 C1315 TACCN0J105KT C 1UF 6 3V 1 C1316 18 ECJ2VF1C105Z C 1UF Z 16V 3 C1319 ECJ1XC1H470J C 47PF J 50V 1 C1320 ECJ1XC1H060D C 6PF D 50V 1 ECUX1H060DCV C1322 34 ECJ2VF1C105Z C 1UF Z 16V 13 C1335 ECJ1VB1H103K C 0 01UF K 50V 1 C1336 TCUY0J335MBM C 3 3UF 6 3V 1 F1K0J335A003 C...

Page 89: ... 1UF Z 16V 1 C1773 75 EEVHB1C100 E 10UF 16V 3 C1780 82 EEVHB1C100 E 10UF 16V 3 C1783 ECJ2VB1C224K C 0 22UF K 16V 1 Ref No Part No Part Name Description Pcs Remarks C1802 ECJ2VF1C105Z C 1UF Z 16V 1 C1804 ECJ2VF1C105Z C 1UF Z 16V 1 C1805 EEVHB0J101 E 100UF 6 3V 1 EEVHB0J101P C1806 ECJ2VF1C105Z C 1UF Z 16V 1 C1811 ECJ2VF1C105Z C 1UF Z 16V 1 C1813 ECJ2VF1C105Z C 1UF Z 16V 1 C1816 18 EEVHB1C470 E 47UF ...

Page 90: ... Ref No Part No Part Name Description Pcs Remarks C3002 ECA1CM101 E 100UF 16V 1 C3006 ECJ2VF1C104Z C 0 1UF Z 16V 1 C3009 ECJ2VF1C105Z C 1UF Z 16V 1 C3012 17 ECJ2VF1C105Z C 1UF Z 16V 6 C3018 ECJ2VB1C104K C 0 1UF K 16V 1 C3020 ECJ2VF1C105Z C 1UF Z 16V 1 C3021 ECJ2VB1C104K C 0 1UF K 16V 1 C3022 23 ECJ2XB1H103K C 0 01UF K 50V 2 C3024 ECJ2VF1C105Z C 1UF Z 16V 1 C3025 ECJ2XB1H103K C 0 01UF K 50V 1 C3026...

Page 91: ... 53 ECJ2VF1C104Z C 0 1UF Z 16V 2 C9601 ECA1VMH470 E 47UF 35V 1 C9602 ECJ2XC1H101J C 100PF J 50V 1 C9603 ECJ2VF1H103Z C 0 01UF Z 50V 1 C9604 ECA1HM220 E 22UF 50V 1 Ref No Part No Part Name Description Pcs Remarks C9611 ECWH16473JV P 0 047PF J 1 6KV 1 C9612 ECA1CM101 E 100UF 16V 1 C9613 ECEA1EN101U E 100UF 25V 1 C9614 ECJ2XC1H471J C 470PF J 50V 1 C9615 ECQB1H223JF P 0 022UF J 50V 1 D001 MA4020 ZENER...

Page 92: ...D9607 MA4062L ZENER DIODE 1 MAZ40620L F801 XBA2C50TR0 FUSE 250V 5A 1 K5D502BK0003 F801 1 2 EYF 52BC FUSE HOLDER 2 Ref No Part No Part Name Description Pcs Remarks H1 H2 TJSF17425 25P CONNECTOR 2 K1KA25B00004 IC051 52 AN7805F LINEAR IC 2 IC451 LA7845N LINEAR IC 1 C1AA00000529 IC459 TC74HC221AF MOS IC CMOS S LOGIC 1 C0JBAM000065 IC501 NJM2903M INTEGRATED CIRCUIT 1 C0BBBA000019 IC801 STRF6656LF53 LIN...

Page 93: ...KA PEAKING COIL 2 L008 09 EXCELDR35C BEAD CHOKE 2 Ref No Part No Part Name Description Pcs Remarks L053 EXCELDR35C BEAD CHOKE 1 L055 56 ELESE2R2KA PEAKING COIL 2 L351 ELEBD101KA PEAKING COIL 1 L352 ELESE100JA PEAKING COIL 1 L353 ELESE1R0JA PEAKING COIL 1 ELESE4R7JA L354 ELESE6R8JA PEAKING COIL 1 L371 ELEBD101KA PEAKING COIL 1 L372 ELESE100JA PEAKING COIL 1 L373 ELESE4R7KA PEAKING COIL 1 L374 ELESE...

Page 94: ...ption Pcs Remarks LC1110 13 TLK212T256AL EMI FILTER 4 J0HAAB000012 LC1114 TLK20LFA224M EMI FILTER 1 J0HABB000004 LC1115 20 TLK20LFA103M EMI FILTER 6 LC1121 24 TLK20LFA224M EMI FILTER 4 J0HABB000004 LC1125 28 TLK20LFA103M EMI FILTER 4 LC1130 34 TLK20LFA103M EMI FILTER 5 LC1135 TLK212T256AL EMI FILTER 1 J0HAAB000012 LC1136 39 TLK20LFA103M EMI FILTER 4 LC1140 TLK212T256AL EMI FILTER 1 J0HAAB000012 LC...

Page 95: ...1 Q2979 2SC1318A TRANSISTOR 1 2SC1318AW Q3006 2SB709A TRANSISTOR 1 2SB0709A Q3007 2SD601A R TRANSISTOR 1 2SD0601AR Q3011 2SD601A R TRANSISTOR 1 2SD0601AR Q3071 72 2SD601A R TRANSISTOR 2 2SD0601AR Q3130 2SD601A R TRANSISTOR 1 2SD0601AR Q3131 2SB709A TRANSISTOR 1 2SB0709A Ref No Part No Part Name Description Pcs Remarks Q3132 2SD601A R TRANSISTOR 1 2SD0601AR Q3351 2SB1030A TRANSISTOR 1 Q3361 2SB1030...

Page 96: ... C 2 7MOHM J 1 4W 1 R532 ERDS2TJ224 C 220KOHM J 1 4W 1 R533 EVMAASA00B34 CONTROL 30KOHMB 1 R534 ERDS2TJ333 C 33KOHM J 1 4W 1 Ref No Part No Part Name Description Pcs Remarks R540 ERDS2TJ104 C 100KOHM J 1 4W 1 R541 42 ERJ6GEYJ101 M 100 OHM J 1 10W 2 R543 44 ERJ6GEYJ103 M 10KOHM J 1 10W 2 R545 ERG1SJ100P M 10 OHM J 1W 1 R647 ERJ6GEYJ680 M 68 OHM J 1 10W 1 R652 53 ERJ6GEYJ331 M 330 OHM J 1 10W 2 R654...

Page 97: ...M 100 OHM J 1 16W 1 D0GB101JA006 Ref No Part No Part Name Description Pcs Remarks R1196 EXB38V680J RESISTOR ARRAY 1 R1202 EXB38V680J RESISTOR ARRAY 1 R1205 EXB38V680J RESISTOR ARRAY 1 R1209 EXB38V680J RESISTOR ARRAY 1 R1214 EXB38V680J RESISTOR ARRAY 1 R1217 EXB38V680J RESISTOR ARRAY 1 R1221 EXB38V680J RESISTOR ARRAY 1 R1225 EXB38V680J RESISTOR ARRAY 1 R1232 33 EXB38V680J RESISTOR ARRAY 2 R1236 EXB...

Page 98: ... 16W 1 R1409 10 ERJ6GEYJ152 M 1 5KOHM J 1 10W 2 Ref No Part No Part Name Description Pcs Remarks R1415 ERJ3GEYJ102 M 1KOHM J 1 16W 1 R1417 18 ERJ6ENF56R0 M 56 OHM 1 10W 2 R1419 ERJ6ENF2000 M 200 OHM 1 10W 1 R1425 26 ERJ6ENF2001 M 2KOHM 1 10W 2 R1429 ERJ3GEYJ102 M 1KOHM J 1 16W 1 R1430 ERJ6GEYJ821 M 820 OHM J 1 10W 1 R1431 ERJ3GEYJ102 M 1KOHM J 1 16W 1 R1433 ERJ6ENF47R0 M 47 OHM 1 10W 1 R1434 35 ER...

Page 99: ...M J 1 16W 1 Ref No Part No Part Name Description Pcs Remarks R1880 ERJ3GEYJ681 M 680 OHM J 1 16W 1 R1882 83 ERJ3GEYJ103 M 10KOHM J 1 16W 2 R1884 ERJ6GEYJ821 M 820 OHM J 1 10W 1 R1885 TAJAAH0470JV M 47 OHM J 1 16W 1 D0GB470JA006 R1900 01 ERJ3GEYJ393 M 39KOHM J 1 16W 2 R1902 03 ERJ3GEYJ220 M 22 OHM J 1 16W 2 R1904 05 ERJ3GEYJ393 M 39KOHM J 1 16W 2 R1908 ERJ3GEYJ393 M 39KOHM J 1 16W 1 R1909 ERJ3GEYJ5...

Page 100: ...RDS2TJ472 C 4 7KOHM J 1 4W 2 R2906 ERDS2TJ101 C 100 OHM J 1 4W 1 R2907 ERDS2TJ151 C 150 OHM J 1 4W 1 R2908 ERDS2TJ272 C 2 7KOHM J 1 4W 1 R2909 ERDS2TJ271 C 270 OHM J 1 4W 1 R2910 ERDS2TJ152 C 1 5KOHM J 1 4W 1 Ref No Part No Part Name Description Pcs Remarks R2911 ERDS2TJ271 C 270 OHM J 1 4W 1 R2912 ERDS2TJ152 C 1 5KOHM J 1 4W 1 R2913 ERDS2TJ470 C 47 OHM J 1 4W 1 R2914 ERDS2TJ271 C 270 OHM J 1 4W 1...

Page 101: ... M 39 OHM J 1 10W 1 R3128 ERJ6GEYJ331 M 330 OHM J 1 10W 1 R3129 30 ERJ6GEYJ561 M 560 OHM J 1 10W 2 Ref No Part No Part Name Description Pcs Remarks R3326 ERJ6ENF1272 M12 7KOHM 1 10W 1 R3355 ERDS2TJ392 C 3 9KOHM J 1 4W 1 R3356 ERDS2TJ822 C 8 2KOHM J 1 4W 1 R3357 ERDS2TJ392 C 3 9KOHM J 1 4W 1 R3365 ERDS2TJ392 C 3 9KOHM J 1 4W 1 R3366 ERDS2TJ822 C 8 2KOHM J 1 4W 1 R3367 ERDS2TJ392 C 3 9KOHM J 1 4W 1 ...

Page 102: ... M 0 OHM J 1 10W 1 Ref No Part No Part Name Description Pcs Remarks R7734 ER0S2CKF2490 M24 9 OHM F 1 4W 1 EROS2CKF2490 R7735 ER0S2CKF1500 M 150 OHM F 1 4W 1 R7736 ERJ6GEYJ330 M 33 OHM J 1 10W 1 R7737 ERJ6GEY0R00 M 0 OHM J 1 10W 1 R7738 ER0S2CKF2490 M24 9 OHM F 1 4W 1 EROS2CKF2490 R7739 ER0S2CKF1500 M 150 OHM F 1 4W 1 R7740 ERJ6GEYJ330 M 33 OHM J 1 10W 1 R7741 ERJ6GEY0R00 M 0 OHM J 1 10W 1 R7742 ER...

Page 103: ... TZTNP010GFV CIRCUIT BOARD D 1 TX 47P500HQ HM RTL TZTNP010GJV CIRCUIT BOARD D 1 TX 47P500X RTL TNPA1970AP CIRCUIT BOARD H 1 RTL TNPA2316AJ CIRCUIT BOARD P 1 TX 47P500HM RTL TNPA2316AK CIRCUIT BOARD P 1 TX 47P500HQ HZ RTL TNPA2316AL CIRCUIT BOARD P 1 TX 47P500X RTL TXN U10GFV CIRCUIT BOARD U 1 RTL TXNDG10GFV CIRCUIT BOARD DG 1 RTL TNPA2332AD CIRCUIT BOARD LR 1 RTL TNPA2333AD CIRCUIT BOARD LG 1 RTL ...

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