NEC PlasmaSync PX-42M2A Service Manual Download Page 1 | Manualshive

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MODEL PX-42M2A

PX-42M2G

PART No. 399910943

PlasmaSync™ Multimedia Monitor

SERVICE MANUAL

SAFETY CAUTION:
Before servicing this chassis, it is important that the service
technician read and follow the “Safety Precautions” and “Product
Safety Notice” in this Service Manual.

WARNING:
SHOCK HAZARD - Use an isolation transformer when servicing.

Better Service

Better Reputation

Better Profit

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Summary of Contents for PlasmaSync PX-42M2A

Page 1: ...SAFETY CAUTION Before servicing this chassis it is important that the service technician read and follow the Safety Precautions and Product Safety Notice in this Service Manual WARNING SHOCK HAZARD Use an isolation transformer when servicing Better Service Better Reputation Better Profit ...

Page 2: ...4213B 14 1 ANALOG PWB PWC 4214 14 3 VIDEO PWB PWC 4213A 14 15 AUDIO PWB PWC 4216A 14 20 SOUND PWB PWC 4216B 14 23 POWER PWB PWC 4216G 14 25 CTL PWB PWC 4216F 14 26 VOL PWB PWC 4216C 14 27 R TERMINAL PWB PWC 4216E 14 28 L TERMINAL PWB PWC 4216D 14 29 1 1 CAUTION In transporting the product be sure to use the specified box If the product does not have the specified stand attach the stand then pack t...

Page 3: ...rder to avoid any problems ATTENTION RISQUE D ELECTROCUTION NE PAS OUVRIR ATTENTION POUR EVITER LES RISQUES D ELECTROCUTION NE PAS ENLEVER LE CONVERCLE SUPERIEUR AUCUN DES ELEMENTS INTERNES NE DOIT ETRE REPARE PAR L UTILISATEUR NE CONFIER L ENTRETIEN QU A UN PERSONNEL QUALIFIE L éclair fléché dans un triangle équilatéral est destiné à avertir l utilisateur de la présence dans l appareil d une zone...

Page 4: ...UREMENTS NOT WITHIN THE LIMITS SPECIFIED HEREIN INDICATE A POTEN TIAL SHOCK HAZARD THAT MUST BE ELIMINATED BEFORE RETURNING THE IN STRUMENT TO THE CUSTOMER AC Leakage Test 2 Read and comply with all caution and safety related notes on or inside the Monitor cabinet on the Pro jection Monitor chassis or on the picture tube 3 Design Alteration Warning Do not alter or add to the mechanical or electric...

Page 5: ...ditionally determine the cause of overheating and or damage and if necessary take corrective action to remove any potential safety hazard 7 PRODUCT SAFETY NOTICE Many MultiSync Monitor electrical and mechanical parts have spe cial safety related characteristics some of which are often not evident from visual inspection nor can the protection they give necessarily be ob tained by replacing them wit...

Page 6: ...iques coffren métallique tête des vis surfaces métalliques traits de contrôle etc surtout à toutes les pièces métalliques exposées qui peuvent reconduire le courant au châssis En aucun cas la mesure du courant ne doit dépasser 3 5 milliamp Inverser la fiche de courant de l appareil dans la prise et répéter le test Tout mesurage ne s arrêtant pas aux limites spécifiées icicomporte un ris que de déc...

Page 7: ...à tous les endroits à la recher che des cordes pincées déplacées ou effilochées Ne pas changer l écartement entre composants et entre composants et le tableau de circuit imprimé Vérifier que le fil de conduite électrique est en bon état 6 Les composants parts pièces et ou fils qui ont été trouvés surchauffés devraient être remplacés avec les composants pièces et fils s y reliant avec d autre qui o...

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Page 83: ... 3 is out of order Green lighting To 4 Page 4 3 YES Is there M 15V output at NO Disconnect the PM and PQ Pin 1of the PM connector connectors from one after an other If there is M 14V output the circuit beyond the connec tors is out of order If there is no output the POWER unit is out of order YES Is there 5V output at Pin 2 NO Failure in SW2001 CTL PWB of IC6805 ANALOG PWB and related circuits YES...

Page 84: ...3 ANALOG PWB YES 10V at Pin 1 Failure in fan s peripheral area of the set 20V at Pin 2 Failure in fan s peripheral area in the POWER unit 2 Is 0V observed at Pin 57 of Failure in peripheral area of IC6800 IC6800 ANALOG PWB YES Is 0V observed at Pin 5of Failure in peripheral area of IC6808 IC6808 ANALOG PWB YES Failure in TH1 of the POWER unit and peripheral circuits NO NO NO NO ...

Page 85: ...f Failure in peripheral area of MODULE the PH connector YES Is power supply available when Confirm that the power supply is a vailable by disconnecting SW1 POWER unit HV system the connectors of PV PQ PN PA from one after another is OFF is turned OFF others keptconnected If available circuit of the disconn ected connector is out of order If not available the POWER unit is out of order YES Failure ...

Page 86: ...t the source signal line terminal YES YES Failure in peripheral area of IC1001 With the YC connector NO Failure in peripheral area of disconnected is there a IC1001 video signal at TP1025 YES Is there a video signal at NO Is there a rectangular waveform NO Failure in peripheral Pin 2 of the VD connector signal of 5Vp p at pins 2 and 3 area of IC6800 in VIDEO PWB of the JC connector YES YES Refer t...

Page 87: ...able at Pin 15 of IC5008 IC5008 YES Signal Y or VIDEO output NO Failure in Q5011 and Q5037 is available at Pin 6 of Q5039 IC5005 YES There is a signal input at IC5006 NO Failure in peripheral area of Signal Y at Pin 14 for NTSC Signal Y at IC5005 Pin 16 for PAL Signal VIDEO at Pin 1 for SECAM and Signal Y at Pin 9 for S input Abnormality occurring with SECAM S input is due to failure in V I O boar...

Page 88: ...of HD or DVD ANALOG PWB and thereafter YES Is there a video signal at NO With the signal line disconnec NO Failure in signal TP1004 ted is there a video signal at source the signal line terminal YES YES Failure in the signal line of IC6110 or before it Refer to Fault Analysis for ANALOG PWB and thereafter 4 6 TROUBLE SHOOTING ...

Page 89: ...at NO Failure in the VI O Pin 8 of ANALOG PWB PC sync system Q1050 connector or vertical sync at and peripheral area Pin 10 of IC1006 Is there horizontal sync at Pin Failure in theANALOG 89 of IC6800 or vertical sync PWB sync system at Pin 19 Failure in the peripheral area of IC6800 Is there a video signal at NO With the signal line disconnected NO Failure in the signal TP1007 TP1008 and is there ...

Page 90: ...ANALOG PWB sync system circuit or peripheral of the AD connector area of IC6800 YES Is there a signal of 5Vp p at NO Failure in ANALOG PWB sync system circuit or peripheral Pin 52 of the AD connector area of IC6800 H SYNC Pin 53 V SYNC or Pin 76 V period YES Is normal display available after Failure in the AD cable replacement of AD cable YES Is normal display available after Failure in ANALOG PWB...

Page 91: ...ere is an 8FSC signal NO There is a vertical signal at Pin 1 of Q9009 9011 28 63MHz sine wave at TP9013 sync signal at Pin 1 of the POYC connector Q9012 Q901 IC9004 and also a composite sync signal at Oin 2 NO YES Failure in the V I O board There is a horizontal sync signal NO at TP9011 YES There is a vertical sync signal NO at TP9012 YES YES Failure in the peripheral area Failure in IC9004 of IC9...

Page 92: ...FSC signal 3 58MHz NO Failure in the peripheral at TP5030 sine wave at Pin 19 of IC5007 area of Q5023 NO YES There is a VIDEO Failure in Pin 10 of IC5007 is led to LO signal at Pin 1 of Q5036 Q5004 the POYC connector Q5006 NO YES NO Failure in the V I O board Failure in the peripheral area Failure in the peripheral of IC5007 areaof Q5035 YES YES 7 ...

Page 93: ...e Failure in the peripheral area of IC5012 at Pins 7 and 8 of IC5012 NO R Y B Y signal is available Failure in the peripheral area of IC5009 at Pins 26 and 27 of IC5009 NO Failure in the SECAM demodulation system for SECAM Failure in the peripheral area of IC5010 SECAM demodulation system if there is R Y B Y signal is available at Pins 12 13 of IC5010 If there is no such signal it is then a failur...

Page 94: ...ep 6 Page 4 9 No PAL color generation Signal C is available at Pin 13 of IC5008 Failure in the peripheral area of IC5008 Signal C is available at Pin 16 of IC5006 Failure in the peripheral area of IC5006 Signal C is available at TP9005 Failure in Q5009 Q5047 IC5016 To Step 7 Page 4 10 No SECAM color generation Signal C is available at TP5017 Failure in the peripheral area of IC5006 Failure in the ...

Page 95: ... defective Is there a sync signal at VIDEO PWB defective Pins 6 and 8 of the VD connector Are there a clock signal synchronized with the input NO ANALOG PWB signal a horizontal sync defective signal and a vertical sync signal respectively at Pins 49 51 and 53 of the AD connector YES Is normal display available Failure in the AD cable after replacement of AD cable Is normal display available NO Fai...

Page 96: ...lable Failure in Q3003 and Q3004 at Pins 10 21 of IC3001 NO YES Audio signal is available Failure in the peripheral area at TP3001 3002 of IC3002 NO YES Audio signal is available Failure in the peripheral area at TP4002 4003 of IC3001 NO YES Audio signal is available Failure in the peripheral area at Pins 1 3 4 6 8 10 of of IC4002 IC4001 NO YES Check each PHONO Failure in the peripheral area pin i...

Page 97: ...OTING No audio output from AUDIO OUT Audio signal is available at TP4006 4007 Check the Super woofer side Audio signal is available at Pins 1 3 of the Faiurte in IC4003 POMS connector To Step 8 Page 4 14 NO NO YES YES ...

Page 98: ...ion of video control siganls 5 4 Confirmation of HD DVD signal processing 5 5 Confirmation of HD DVD signal mode 5 6 Confirmation of PC 400 line mode 5 7 Confirmation of PC VGA mode 5 8 Confirmation of PC SVGA mode 5 9 Confirmation of PC MAC signal mode 5 10 Confirmation of APL correction data 5 11 Detection of fan stop 5 12 Confirmation of short circuit test panel crack detection signal 6 Data wr...

Page 99: ...5 6 P5 7 of ANALOG PWB and the Adjustment of screen and phase item 1 P5 14 P5 16 of Set Adjustment 2 After changing VIDEO PWB PWC 4213A Perform the steps described in Adjustment of video level item 3 2 P5 6 P5 7 of ANALOG PWB and the Adjustment of video screen position item 1 1 P5 14 of Set Adjustment 3 After changing the Power Unit Perform the steps described in the Adjustment of 180V and 180V it...

Page 100: ...L6502 and that short pins are inserted in DL6500 DL6503 and DL6506 1 3 Move the dip switches SW6500 and SW6501 to the OFF side Confirm that the dip switches SW6550 and SW6603 are set on the ON side 1 4 Set the rotary switch W6602 in the F position Set at inverse gamma correction OFF 1 5 Confirm that each terminal voltage specified below is kept within the standard range at an ordinary tem perature...

Page 101: ...nect an oscilloscope to TP6138 RIN check the amplitude of the video signals and adjust VR6110 so that the video signal amplitude after setting RGB Select to Video will be about the same as that approximately 700mVp p before changing its position Then shift RGB Select to PC and check that the amplitude is the same as when RGB Select is at Video 5 Connect an oscilloscope to TP6137 GIN check the ampl...

Page 102: ... of the remote control and select COLOR or TINT 14 Push the cursor keys and and make adjustments until the waveform as shown in Fig 3 2 1 appears in the oscilloscope Fig 3 2 1 HDTV TP6140 B OUT 15 Apply an NTSC 100 greyscale signal of 8 steps or more to the HD DVD input terminal and repeat the above adjustment steps 5 through 10 16 Apply an NTSC component 75 color bar signal as an input signal and...

Page 103: ...RIGHT 13 Connect an oscilloscope to TP6139 R OUT and make adjustments by pushing the cursor keys and until the pedestal level attains 600mV DC 14 Confirm that the pedestal level is maintained at 600mV DC at TP6141 G OUT and TP6140 B OUT Advance to the next step 15 when 600mV DC is secured Advance to 3 4 Adjustment of sub brightness if 600mV DC is not secured 15 Select CONT by pushing the cursor ke...

Page 104: ...to 21 32 However adjustment of TINT is omitted 3 3 Adjustment of RGB level 1 Apply the PC mode 5 PC98 480 60Hz 16 graduation grayscale signal to the PC RGB input terminal 2 Select the PC input with a remote control or the input changeover switch of CTL PWB 3 Assume the setting mode for factory shipment using a factory shipping adjustment command of the remote control When the following commands ar...

Page 105: ...n the oscilloscope attains 600mVDC 3 5 Adjustment of sub contrast This adjustment should be made only if anything is found abnormal in the above step 17 in section 3 1 step 10 in section 3 2 or step 10 in section 3 3 1 Push the MENU key in the setting mode for factory shipment and obtain the WHITE BALANCE screen 2 Connect an oscilloscope to a test terminal TP6141 G OUT or TP6140 B OUT where the im...

Page 106: ...onitor 9 Change over the input signal to PAL and SECAM and make the same confirmation in 1 to 8 above 5 3 Confirmation of video control signals 1 Select the VIDEO input 2 Confirm that FS only is flashing in the checking LEDs except POWER of the jig board and that other LEDs are unlit 3 Assume the setting mode for factory shipment using the remote control 4 Obtain the POSITION NTSC NORMAL screen 5 ...

Page 107: ...al streak pattern is ob served display a single color lamp waveform and identify an error signal line R signal G signal or B signal 4 Push the EASY WIDE key of the remote control to change the screen mode and confirm that variation occurs in the order of NORMAL FULL NORMAL 5 8 Confirmation of PC SVGA mode 1 Apply the PC mode 10 program No 8 SVGA 56Hz tcolor bar puls circle signal to the PC RGB inp...

Page 108: ... side of silk in JP6550 6 Turn on the main power switch 7 Confirm that a steady state is recovered as a result of power ON 5 12 Confirmation of short circuit test panel crack detection signal 1 Short the silk side of the jumper pin JP4010 on the jig board 2 Confirm that LED orange of CTL PWB flashes at the intervals of 500ms and that the status of remote control standby is assumed 3 Confirm that p...

Page 109: ...data 1 byte consists of 8 bits and the ninth bit has no relation to the data 6 5 DDC2B check 1 According to the clock signal SCL at Pin of the signal cable confirm that data outputs of Table 6 1 are sequentially sent out through Pin of the signal cable Table 6 1 EDID Data Table 0 1 2 3 4 5 6 7 8 9 A B C D E F 00 00 FF FF FF FF FF FF 00 38 A3 24 A4 00 00 00 00 10 04 08 01 01 0A 5C 34 78 E8 00 E5 A0...

Page 110: ...n audio signal input of sine wave 1kHz 500mVrms to the audio input terminal left of video Then change over the mode to VIDEO input 2 2 Assume the audio setting mode with a remote control and confirm that all balance treble and bass are positioned in the center 2 3 Using Volume UP and Volume DOWN buttons of the remote control adjust the audio level display to 20 2 4 Using a digital voltmeter at tha...

Page 111: ... the FULL mode and adjust both horizontal and vertical positions Confirm that H PHA stays at 3 and H CLK stays at 0 14 Set the input signal mode for the PAL monoscopic signal and repeat the above steps 4 to 13 15 Exit Service 1 2 Adjustment of HD DVD screen position 1 Apply a monoscopic signal input to the HD DVD input terminal 2 Select the HD input with a remote control or the CTL PWB key 3 Assum...

Page 112: ...e Adjust both horizontal and vertical positions and phase Confirm that H CLK stays at 0 For a PC mode that has no FULL mode it is unnecessary to select the screen mode 14 Change the PC mode of the input signal and repeat the steps of 3 to 13 Repeat the steps from 4 to 16 for the PC mode In case of PC mode 6 set the signal so that none of HD and VD signals will be output and that it will be G on Sy...

Page 113: ...fied PDP module voltage value 1V at TP5 80V output and TP6 GND in the power unit 2 4 Using any video signal of VIDEO input HD DVD input or PC RGB input try to display a color bar to examine whether there is deviation in the voltage values adjusted in 2 2 and 2 3 above 2 5 If any deviation is perceived make adjustments fine adjustments again until the condition of specified PDP module voltage value...

Page 114: ...METHOD OF ADJUSTMENTS 5 17 Protector Operation 1 Confirmation of overcurrent protector Under discussion Not realized yet 2 Confirmation of reduced voltage protector Under discussion Not realized yet ...

Page 115: ... 5 7 1 8 1 6 1 JC VD HD PC RS PW PT PN PM TP6130 R TP6115 TP6117 VR6104 VR6103 IC6000 IC6301 IC6001 IC6300 IC6073 IC6003 SW6500 SW6501 TP6139 TP6141 TP6140 SW6550 TP6070 GND TP6136 TP6137 TP6138 1 2 1 77 4 80 1 2 1 4 1 8 IC6805 IC6702 1 3 1 3 1 3 1 3 1 3 1 3 1 3 8 1 1 3 14 1 TB AD TA TQ AE PM F1 ...

Page 116: ...1 11 1 7 TP5003 TP5001 DL5001 IC5008 BS YC PWC 4213A VIDEO M7 EXT CONT M6 RGB IN M5 Pr M4 Pb M3 Y M2 S VID M1 VID PWC 4213B VI O JC VD PV PWC 4216A AUDIO MS 1 4 1 5 1 9 1 4 M4006 SW2002 3 1 1 2 6 1 8 1 SR SL PA AE IC3004 PWC 4216B SOUND I O L TERM PWB R TERM PWB Light inter cepting block POWER PWB SW2001 Power supply M4001 VIDEO M4002 HD DVD M4003 RGB AUDIO OUT VOL PWB CTL PWC Heat sink ...

Page 117: ...METHOD OF ADJUSTMENTS 5 20 3 Top view of power unit 1 4 1 10 1 6 1 5 1 14 1 8 1 4 TP4 TP3 TP8 PD PH PA PM PN PV TP7 TP5 TP6 AC Inlet FG D 5V ADJ FAN FAN FAN FAN PQ D 80V ADJ D 80V ADJ ...

Page 118: ...ponent input HD DVD in common 3 PC RGB input 1 Horizontal sync period Video signal 0 7Vp p Sync signal TTL level Positive negative polarity 2 Vertical sync period Video signal 0 7Vp p Sync signal TTL level Positive negative polarity The values a to j shown above shall be specified in the successive pages according to various inspection signals 700 300 300 350 350 V Ph Pr 100 Color Bar Signal Unit ...

Page 119: ...rch e µS dots 1 146 1 288 2 803 0 675 14 19 59 17 H sync pulse width b µS dots 8 76 8 677 30 4 2 542 107 128 64 64 H back porch c µS dots 1 228 2 237 4 037 3 138 15 33 85 79 V total f µS lines 16 652 19 991 17 723 14 268 262 311 440 449 V display period i µS lines 15 3 18 513 16 112 12 711 240 288 400 400 V front porch j µS lines 0 191 0 321 0 282 0 413 3 5 7 13 V sync pulse width g µS lines 1 144...

Page 120: ...762 0 508 0 508 15 64 24 16 16 H sync pulse width b µS dots 3 813 2 116 1 27 20 32 3 048 96 64 40 64 96 H back porch c µS dots 1 946 3 175 4 064 3 81 1 524 49 96 128 120 48 V total f µS lines 16 683 15 13 735 13 333 13 333 525 525 520 500 525 V display period i µS lines 15 253 13 714 12 678 12 8 12 19 480 480 480 480 480 V front porch j µS lines 0 191 0 086 0 237 0 027 0 279 6 3 9 1 11 V sync puls...

Page 121: ...1 1 12 0 323 0 659 24 40 56 16 22 H sync pulse width b µS dots 2 3 2 2 4 1 16 3 764 72 128 120 80 128 H back porch c µS dots 3 556 2 2 1 28 3 232 2 047 128 88 64 160 70 V total f µS lines 17 778 16 579 13 853 13 333 16 676 625 628 666 625 529 V display period i µS lines 17 067 15 84 12 48 12 8 15 132 600 600 600 600 480 V front porch j µS lines 0 028 0 026 0 77 0 021 0 378 1 1 37 1 12 V sync pulse...

Page 122: ...µS dots 0 508 0 474 0 269 0 41 0 59 22 16 8 10 44 H sync pulse width b µS dots 2 032 3 319 2 526 2 46 0 59 86 112 75 60 44 H back porch c µS dots 3 81 3 319 3 267 2 665 2 59 162 112 97 65 192 V total f µS lines 13 333 16 667 19 911 16 522 16 652 500 517 625 525 562 V display period i µS lines 12 8 15 474 18 35 15 106 15 319 480 480 576 480 517 V front porch j µS lines 0 027 0 193 0 223 0 252 0 148...

Page 123: ... of the video signal and 2 24Vdc for the white part Clamp pulses are fed from IC6506 timing controller 3 AD converter block The AD converter block IC6114 IC6115 IC6116 is intended to convert the analog RGB signal into the 8 bit digital signal Sampling is effected with the ADCLK signal that is fed from IC6506 The clock frequency can differ according to the display signals HI VISION VIDEO etc and th...

Page 124: ...icrocomputer IC6105 at the next stage after the unification of sync signal polarity IC6104 sends out outputs to the microcomputer regarding the presence of sync signal or the result of polarity judgment Sync positive or Sync negative or G On Sync Positive output Pins Negative output Pin 2 AFC auto frequency control circuit block An AFC circuit is loaded on IC6105 Therefore AFC is effective on sync...

Page 125: ...t IC IC6804 This terminal usually operates at 5 volts 2 Fault detector block The microcomputer is in charge of fan stop plasma display module alarming and temperature sensor detec tion The main unit of the set is provided with four fans The stop signal from each fan is entered in IC6807 Even when a single fan stops the L signal is sent to IC6553 The power unit is also provided with a fan The power...

Page 126: ... are directly output to the ANALOG PWB through Pin 2 Pin 4 and Pin 6 of the PC connector 2 Sync signal The HSYNC signal input from Pin 13 of M1007 is arranged to be about 1 4Vp p by the circuit consisting of Q1050 etc It is then output from Pin 8 of the PC connector The HSYNC signal input from Pin 14 of M1008 is sync separated at 0 7 by the circuit of IC1006 It is then output from Pin 10 of the PC...

Page 127: ...rac teristics by the amplifier of Q9011 and Q9012 at the latter stage The resultant output is fed from Q9013 to IC9003 at 1 5Vp p The same signal is sync clamped by Q9017 and the signal sync separated at Q9018 is entered in IC9004 Thus the stable signal at 8 times the horizontal frequency is output from Pin 18 In IC9009 three dimensional Y C separation is conducted by the interface between IC9001 ...

Page 128: ...odulation processing The output from IC5006 Signal C is entered in IC5008 PAL NTSC demodulation processing and IC5010 SECAM demodulation 4 SECAM system reception During reception at the SECAM system the video signal input is applied to Pin 15 of IC5008 through IC5006 and IC5005 Since a trap circuit is contained in IC5008 the Y signal is taken out The video signal input is also applied to Pin 24 of...

Page 129: ...0 TA1229 SECAM IC5009 TA872 1H DELAY IC5012 TA8814 CTI Signal C input R Y B Y Control signal Control signal R Y B Y R Y B Y R Y B Y In the RGB matrix block an analog RGB signal is generated at the RGB matrix circuit based on this color difference signal and the brightness signal The output is obtainable from Pins 1 3 5 of the VD connector 2 SECAM demodulation When a color signal is received from t...

Page 130: ...rom Pin 7 of IC5008 to Pin 24 Pin 25 of IC5009 Based of this information discrimination of internal circuit operation and AMP gain changeover are performed System Voltage at Pin 24 Pin 25 of IC5009 NTSC 0V PAL 8 3V SECAM 4 6V IC5010 TA1229 SECAM IC5012 TA8814 CT1 IC5008 NTSC PAL TA1222 Signal C input R Y B Y Control signal Control signal R Y B Y R Y B Y IC5009 TA872 1H DELAY Input signal Pin 26 Ou...

Page 131: ...e VD connector through IC5014 The horizontal sync signal is entered in the internal AFC automatic frequency control circuit In the AFC circuit a signal of the 500kHz oscillator circuit is 1 32 frequency divided and its phase is compared with the foregoing horizontal sync signal The horizontal sync signal is output from Pin 23 and IC5011 timing correction is effected After that the signal is output...

Page 132: ...nd the resultant output is sent from M4004 to be used as a signal for sub woofer 2 AUDIO PWB 1 Pre AMP block The audio signal input fed from the SI connector is processed at IC3001 for the control of BASS low band amplification TREBLE high band amplification and BALANCE The output is generated from IC4003 M5223FP BUFFER through IC3002 M5223FP BASS BOOST at the next stage and the MS connector A ser...

Page 133: ...rocomputer generates a power output of M 14V at Pin 1 of the PM connector for the ANALOG PWB and supplies it to the REG IC6805 When the main power switch SW2001 is turned ON an H signal is supplied to Pin 4 of IC6805 and this IC6805 begins to feed M 5V to the microcomputer IC6800 3 Power for ANALOG PWB The power input of D 5V obtained from Pins 5 to 7 of the PM connector is supplied to the AD conv...

Page 134: ...ctor The power input of A 7V obtained from Pin 4 of the PQ connector is regulated to A 5V through the REG IC1008 and supplied to the video input circuit 6 Power for AUDIO PWB The power input of S 13V obtained from Pin 1 of the PA connector is supplied to the AUDIO output circuit IC3003 The power input of A 14V obtained from Pin 5 of the PA connector is regulated to A 12V through the REG IC3004 and...

Page 135: ...METHOD OF DISASSEMBLY 7 1 1 Diagonal view of the unit front ...

Page 136: ...2 Diagonal view of the unit rear 7 2 METHOD OF DISASSEMBLY ...

Page 137: ...3 Stand Assy 1 Remove the two screws 1and take out the stand Assy 7 3 METHOD OF DISASSEMBLY STAND ASSY 24PS1821 1 CONNECTOR BOLT 24N03741 ...

Page 138: ...rew 3 marked c and take out the back panel 7 4 METHOD OF DISASSEMBLY a a a a a a a a a a a a a a a a a b b b b c b b b b 1CBIPS4x12x3KF 24N03711 17 pcs Marked by a 2PC CPIMS3x8x15KF 910E3053 8 pcs Marked by b BACK PANEL 24P01601 PX 42M2A 24P01771 PX 42M2G 3ET CBIMSx4x8x3KF 24N04001 1 pcs Marked by c ...

Page 139: ... right and the left respectively and take out the R TERM PWB and the L TERM PWB 7 5 METHOD OF DISASSEMBLY VIDEO I O PWB 933T7VB1 L TERM PWB 933N5MD1 2 CBIPS3x8x3KF 24N03691 2 pcs 1 PL CPIMS3x8x15KF 910E3053 4 pcs TERMINAL PANEL V 24P01781 TERMINAL BRACKET 24P01801 SHIELD CASE V I O A 74306301 SHIELD CASE S I O 74306361 S I O PWB 933T7MB1 1 PC CPIMS3x8x15KF 910E3053 4 pcs TERMINAL BRACKET 24P01801 ...

Page 140: ...ght and the left respectively and take out AUDIO PWB and VIDEO PWB 7 6 METHOD OF DISASSEMBLY AUDIO PWB 933T7MA1 PC CPIMS3x8x15KF 910E3053 4 pcs SHIELD CASE AUD 74306331 1 1 1 1 VIDEO PWB 933T7VA1 1 1 1 1 PC CPIMS3x8x15KF 910E3053 4 pcs SHIELD CASE VID 74306271 ...

Page 141: ...7 Power unit 1 Remove the six screws 1and take out the power unit 7 7 METHOD OF DISASSEMBLY POWER UNIT 79645461 1 1 1 1 1 1 PL CPIMSx4x8x15BF 910E4011 6 pcs ...

Page 142: ...an from the bracket fan 3 Remove the four screws 5 and take out the grand bosrds L and R 7 8 METHOD OF DISASSEMBLY 4 PL CPIMSx3x20x15BF 910E3111 16 pcs DC FAN FBA08TL12LSE 2 pcs Marked by A 1 CBIPSx4x12x3KF 24N03711 7 pcs Marked by a 2PL CPIMSx3x8x15KF 910E3053 2 pcs Marked by c DC FAN FBA08TL12LSD 31710053 2 pcs Marked by B 3 CBIPSx3x8x3KF 24N03691 BRACKET FAN 24H29201 GRAND BOARD R 24H32091 GRAN...

Page 143: ... screws 1and take out the shield case ANA A 2 Remove the four screws 2and take out the ANA LOG PWB 7 9 METHOD OF DISASSEMBLY ANALOG PWB 933T7A01 2 2 2 2 PL CPIMSx3x8x15KF 910E3053 4 pcs SHIELD CASE ANA A 74306241 1 PL CPIMSx2x4x15BF 18858491 10 pcs ...

Page 144: ...take out the shield plates R and L 7 10 METHOD OF DISASSEMBLY a a a a a a a b b b b b b b b b b b b c c c c d d d d d d d d d d 3 PL CPIMSx3x8x15KF 910E3053 4 pcs Marked by c 2CBIPSx3x8x3KF 24N03691 6 pcs Marked by b SHIELD PLATE R 24H29242 1 CBIPSx3x12x3KF 24N03711 8 pcs Marked by a 4 PL CPIMSx3x1215KF 910E3071 10 pcs Marked by d SHIELD PLATE I 24H29231 ...

Page 145: ...11 Shield plate CE 1 Remove the four screws 1and take out the shield plate CE 7 11 METHOD OF DISASSEMBLY SHIELD PLATE CE 24H29251 CBIPSx3x8x3KF 24N03691 4 pcs 1 1 1 1 ...

Page 146: ...ews 2 marked by b and take out the CTL PWB POWER PWB and VOL PWB 7 12 METHOD OF DISASSEMBLY b b b a a a a a a a CTL PWB 933T7MH1 CBIPSx3x8x3KF 24N03691 3 pcs BUTTON PWR 24G04911 POWER PWB 933T7MG1 1 PL CPIMSx3x12x3KF 910E3071 8 pcs CBIPSx4x12x3KF 24N03711 BRACKET PS R 24F28831 CLAMPER D13 V 2 24280931 BRACKET PS L 24F28821 VOL PWB 933N5MC1 ...

Page 147: ...ASSEMBLY CABINET ASSY 24DT6761 2 1 1 1 SUPPORT POST WSK 314 24C03851 2 pcs BRACKET MDL 24H30051 CBIPSx3x8x3KF 24N03691 PL CPIMSx4x14x3KF 910E4046 4 pcs PDP NP4201MF02 33342003 2 Take out the filter from the cabinet ASSY Remove the electrical tape FILTER 24K23941 ELECTRICAL TAPE 92203970 ...

Page 148: ...MEMO ...

Page 149: ...24N03691 A36 DC FAN FBA08TL12LSD 31710053 A12 BRACKET FAN 24H29201 A27 STAND ASSY 24PS1822 A15 CONNECT BOLT 24N03741 A28 a b b a a a b b a a a c b a b a a a a a a b b a a CBIPS4x12x3KF 24N03711 17 pcs Marked by a A34 BACK PANEL 24P01601 PX 42M2A 24P01771 PX 42M2G A13 a a a a a a a PC CPIMS3x8x15KF 910E3053 8 pcs Marked by b A35 ET CBIMSx4x8x3KF 24N04001 1 pcs Marked by c A47 ...

Page 150: ...V 24P01781 A16 TERMINAL BRACKET 24P01801 A22 PL CPIMS3x8x15KF 910E3053 A35 SHIELD CASE V I O A 74306301 A23 PL CPIMSx2x4x15BF 18858491 A37 SHIELD CASE ANA A 74306241 A24 ANALOG PWB 933T7A01 A08 PL CPIMSx3x8x15KF 910E3053 A35 CBIPSx3x8x3KF 24N03691 A36 SHIELD CASE S I O 74306361 A21 S I O PWB 933T7MB1 A02 PC CPIMS3x8x15KF 910E3053 A35 TERMINAL BRACKET 24P0801 A22 TERMINAL PANEL S 24P01791 A17 CBIPS...

Page 151: ...F 24N03691 A36 PL CPIMSx3x12x3KF 910E3071 A39 POWER PWB 933T7MG1 A07 BRACKET PS R 24F28831 A29 PL CPIMSx4x14x3KF 910E4046 A38 CTL PWB 933T7MH1 A06 BUTTON PWR 24G04911 A42 PL CPIMSx4x8x15BF 910E4011 A40 PL CPIMSx4x8x15BF 910E4011 A40 POWER UNIT 79645761 A41 a a d CBIPSx3x8x3KF 24N03691 2 pcs Marked by b A36 PL CPIMSx4x14x3KF 910E4046 A38 SUPPORT POST WSK 314 24C03851 A43 CBIPSx3x8x3KF 24N03691 A36 ...

Page 152: ...MEMO ...

Page 153: ...9 1 Ferrite mounting and wiring 1 Ferrite core ZCAT2032 930 61605059 2 Ferrite core ESD R 19 61605166 METHOD OF WIRING ...

Page 154: ...acking details A Protective sheet PACKAGING Fix the protective sheet at five portions Use the tape 202M30mm 18m 92203110 or a paper adhesive tape 30mm 18m Lay the protective sheet underneath the set and wrap it ...

Page 155: ...B SAFETY BRACKET SASSY C CAP SASSY D SERVICE BAG SASSY PACKAGING 10 2 ...

Page 156: ...PACKAGING 10 3 E CUSHION T F CUSHION TC The tape to be used shall be 202M30mm 18m 92203110 or a paper adhesive tape 30mm 18m 92203227 ...

Page 157: ...PACKAGING 10 4 G CUSHION CARTON BOX ...

Page 158: ...in 4 positions Hook the P P band 92203857 at about 2 cm from the inside of each joint and fasten it a stopper P P band 24282431 1 Insert a joint in the corrugated 2 Turn the hinged part 3 Push it in until it is locked cardboard box Joint Mounting Derails Cross sectional view ...

Page 159: ...Outer box PACKAGING 10 6 ...

Page 160: ...items shall be printed on the bar code serial label 16761791 which is then stuck to the right side of the corrugated cardboard box T Apply a P P band 92203857 and fasten it with a stopper P P band 24282431 PACKAGING 10 7 ...

Page 161: ...parts number on your P O Sheets 3 Standard resistors capacitors and coils which are nor mally available from local electronics suppliers are not stocked in our warehouse 4 The components identitied by a mark or with the symbol Nos shaded are critical for safety Replace only with parts number specitied The letters NSP in the table indicate non service parts REPLACEMENT PART LIST 1 PX42M2A ...

Page 162: ...2 PX42M2G ...

Page 163: ...12 1 CONNECTION DIAGRAMS ...

Page 164: ...13 1 BLOCK DIAGRAMS I O ANALOG ...

Page 165: ...13 2 BLOCK DIAGRAMS VIDEO AUDIO ...

Page 166: ...13 3 BLOCK DIAGRAMS POWER UNIT ...

Page 167: ... VALUES ARE IN µF UNLESS OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 1 ...

Page 168: ...I O PWB PWC 4213B PARTS SIDE SOLDER SIDE SCHEMATIC DIAGRAMS 14 2 ...

Page 169: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 3 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 170: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 4 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 171: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 5 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 172: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 6 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 173: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 7 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 174: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 8 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 175: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 9 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 176: ...OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 10 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 177: ...TOR VALUES ARE IN µF UNLESS OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 11 ...

Page 178: ... OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 12 1 A B C D E F 2 3 4 5 6 7 8...

Page 179: ...ANALOG PWB PWC 4214 PARTS SIDE SCHEMATIC DIAGRAMS 14 13 ...

Page 180: ...ANALOG PWB PWC 4214 SOLDER SIDE SCHEMATIC DIAGRAMS 14 14 ...

Page 181: ...OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 15 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 182: ...OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 16 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 183: ...OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 17 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 184: ...VIDEO PWB PWC 4213A PART SIDE SCHEMATIC DIAGRAMS 14 18 ...

Page 185: ...VIDEO PWB PWC 4213A SOLDER SIDE SCHEMATIC DIAGRAMS 14 19 ...

Page 186: ...HERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 20 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 187: ...AUDIO PWB PWC 4216A PARTS SIDE SCHEMATIC DIAGRAMS 14 21 ...

Page 188: ...AUDIO PWB PWC 4216A SOLDER SIDE SCHEMATIC DIAGRAMS 14 22 ...

Page 189: ...OTHERWISE INDICATED P PF 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 23 1 A B C D E F 2 3 4 5 6 7 8 ...

Page 190: ...SOUND I O PWB PWC 4216B PART SIDE SOLDER SIDE SCHEMATIC DIAGRAMS 14 24 ...

Page 191: ... 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 25 1 A B C D E F 2 3 4 5 6 7 8 POWER PWB PWC 4216G PART...

Page 192: ... 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 26 1 A B C D E F 2 3 4 5 6 7 8 CTL PWB PWC 4216F PARTS ...

Page 193: ... 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 27 1 A B C D E F 2 3 4 5 6 7 8 VOL PWB PWC 4216C PARTS ...

Page 194: ... 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 28 1 A B C D E F 2 3 4 5 6 7 8 R TERMINAL PWB PWC 4216E...

Page 195: ... 4 ALL CAPACITORS ARE 50VOLTS EXCEPT WHERE OTHERWISE INDICATED 5 H HORIZONTAL RATE V VERTICAL RATE WARNING REPLACEMENT PARTS WHICH HAVE SPECIAL SAFTY CHARACTERISTICS ARE IDENTIFIED BY SHADING ON THE SCHEMATICS REPLACE THESE CRITICAL COMPONENTS WITH RECOMMENDED REPLACEMENT PARTS DON T DEGRADE THE SAFETY OF THE SET THROUGH IMPROPER SERVICING 14 29 1 A B C D E F 2 3 4 5 6 7 8 L TERMINAL PWB PWC 4216D...

Page 196: ...MEMO ...

Page 197: ...PRINTED IN JAPAN 9806MI1250 01272002 PX 42M2A 01272003 PX 42M2G ...

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