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Philips 7603 series, Service Manual

The Philips 7603 Series service manual is an essential companion for any proud owner. This comprehensive manual covers everything you need to know about your 7603 Series product, providing step-by-step instructions and troubleshooting tips. Available for free download on manualshive.com, ensuring you have all the necessary resources at your fingertips.

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PC0125C121 - Manual no. 7603                                                     

Main Chassis                       

          Main Chassis                          
  0137    Spring For Item 7400 . . . . . . . . . 3139 121 24581
  0140    Spring For Item 7460 . . . . . . . . . 3139 121 24581
  7200    IC, TDA9588H/N1/3, 3US0 Software Clust
          er . . . . . . . . . . . . . . . . . . 9352 699 91557
  7400    Power FET, STP3NC60FP-clip 0137. . . . 9322 157 37687
  0118    Heatsink, (Use Heatsink Compound). . . 3139 121 26731
  0122    Heatsink, (Use Heatsink Compound). . . 3139 121 62213
  0123    Heatsink, Audio, 2X3W, L01 . . . . . . 3139 121 62241
  0124    Heatsink, L01, SOPS. . . . . . . . . . 3139 121 62201
  0127    Socket, Fuse Holder. . . . . . . . . . 3122 358 71251
  0129    NTC Holder . . . . . . . . . . . . . . 3139 120 10151
  0136    Spring, IC . . . . . . . . . . . . . . 3104 301 22081
  0137    Spring . . . . . . . . . . . . . . . . 3139 121 24581
  0138    Spring, IC . . . . . . . . . . . . . . 3104 301 22081
  0139    Spring . . . . . . . . . . . . . . . . 3122 121 24786
  0140    Spring . . . . . . . . . . . . . . . . 3139 121 24581
  0141    Spring, IC . . . . . . . . . . . . . . 3104 301 22081
  0152    Cable, 6 Pin, 560 MM Long. . . . . . . 3139 121 08951
  0153    Cable, 5 Pin . . . . . . . . . . . . . 3139 121 09041
  0165    1Pin Ground Clip . . . . . . . . . . . 3104 301 08281
  0211    2 Pin Connector. . . . . . . . . . . . 2422 025 16269
  0212    2 Pin Connector. . . . . . . . . . . . 2422 025 16375
  0220    5 Pin Board Connector. . . . . . . . . 2422 025 04853
  0221    4 Pin Connector. . . . . . . . . . . . 2422 025 15503
  0222    2 Pin Connector. . . . . . . . . . . . 2422 025 10646
  0223    Socket, Cinch, 6 Pin . . . . . . . . . 2422 026 05184
  0225    10 Pin Socket. . . . . . . . . . . . . 2422 026 04926
  0243    6 Pin Connector. . . . . . . . . . . . 2422 025 04854
  0244    5 Pin Board Connector. . . . . . . . . 2422 025 04853
  0245    6 Pin Connector. . . . . . . . . . . . 2422 025 04854
  0254    CRT Socket, 9 Pin, N-Neck. . . . . . . 2422 500 80067
  0267    3 Pin Connector. . . . . . . . . . . . 2412 020 00725
  0280    4 Pin Board Connector. . . . . . . . . 2422 025 12479
  1000    Tuner, PLL, ENV56D98G3 . . . . . . . . 2422 542 90108
  1002    SAW Filter, 45.75MHz . . . . . . . . . 2422 549 44518
  1200    Ceramic Filter, 4.5MHz . . . . . . . . 2422 549 40807
S 1500    Fuse, 4 A, 250V. . . . . . . . . . . . 2422 086 10914
S 1500    Fuse,  4 Amp, 250 Volt . . . . . . . . 2422 086 10869
S 1515    Relay, 1 Pin,  12 Volt,  5 Amp . . . . 2422 132 07444
  1600    Tactile Switch . . . . . . . . . . . . 2422 128 02742
  1601    Tactile Switch . . . . . . . . . . . . 2422 128 02742
  1602    Tactile Switch . . . . . . . . . . . . 2422 128 02742
  1603    Tactile Switch . . . . . . . . . . . . 2422 128 02742
  1606    Tactile Switch . . . . . . . . . . . . 2422 128 02742
  1660    Crystal Resonator, 12.000 MHz. . . . . 2422 543 01203
  1831    Crystal Resonator, 18.432 MHz. . . . . 2422 543 00842
  2004    0.047uF., 25 Volt, Ceramic . . . . . . 3198 023 04730
  2005    10uF., 20%, 50V, Electrolytic. . . . . 3198 025 51090
  2006    470uF., 20%, 16V, Electrolytic . . . . 3198 025 24710
  2007    0.1uF., 25V, Ceramic . . . . . . . . . 3198 023 21040
  2008    100uF., 20%, 25V, Electrolytic . . . . 3198 025 31010
  2009    0.022uF.,  50 Volt, Ceramic. . . . . . 3198 017 02230
  2101    0.47uF., 16 Volt, Ceramic. . . . . . . 3198 017 24740
  2102    22pF., 50 Volt, NP0, Ceramic . . . . . 3198 016 02290
  2103    330pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 03310
  2104    330pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 03310
  2105    10uF., 20%, 50V, Electrolytic. . . . . 3198 025 51090
  2106    10uF., 20%, 50V, Electrolytic. . . . . 3198 025 51090
  2122    330pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 03310
  2123    2.2uF., 10 Volt, Ceramic . . . . . . . 3198 017 22250
  2124    330pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 03310
  2125    2.2uF., 10 Volt, Ceramic . . . . . . . 3198 017 22250
  2135    22pF., 50 Volt, NP0, Ceramic . . . . . 3198 016 02290
  2136    22pF., 50 Volt, NP0, Ceramic . . . . . 3198 016 02290
  2141    330pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 03310
  2202    0.1uF., 25V, Ceramic . . . . . . . . . 3198 023 21040
  2203    0.1uF., 25V, Ceramic . . . . . . . . . 3198 023 21040
  2204    0.1uF., 25V, Ceramic . . . . . . . . . 3198 023 21040
  2205    0.22uF., 25V, Ceramic. . . . . . . . . 3198 023 22240
  2208    0.1uF., 25V, Ceramic . . . . . . . . . 3198 023 21040
  2209    4.7uF., 20%, 50V, Electrolytic (Used w
          /CRT A80ECK272X56) . . . . . . . . . . 3198 025 54780
  2209    10uF, 20%, 50V, Electrolytic (Used w/C
          RT A80QCF340X34(N)). . . . . . . . . . 3198 025 51090
  2210    1.0uF., 20%, 50V, Electrolytic . . . . 3198 025 51080
  2211    0.47uF., 16 Volt, Ceramic. . . . . . . 3198 017 24740
  2216    1000uF, 20%, 16V, Electrolytic . . . . 3198 026 21020
  2217    0.022uF.,  50 Volt, Ceramic. . . . . . 3198 017 02230
  2219    0.22uF., 25V, Ceramic. . . . . . . . . 3198 023 22240
  2220    0.47uF., 10%, 50 Volt, Polyester . . . 3198 014 04740
  2221    0.022uF.,  50 Volt, Ceramic. . . . . . 3198 017 02230
  2241    1500pF., 50 Volt, Ceramic. . . . . . . 3198 017 01520
  2242    1uF., 16V, Ceramic . . . . . . . . . . 3198 017 21050
  2243    2200pF., 50 Volt, Ceramic. . . . . . . 3198 017 02220
  2244    0.1uF., 10%, 63V, Polyester. . . . . . 2222 370 75104
  2245    0.22uF., 25V, Ceramic (Used w/CRT A80E
          CK272X56). . . . . . . . . . . . . . . 3198 023 22240
  2245    0.47uF, 16V, Ceramic  (Used w/CRT A80Q
          CF340X34(N)) . . . . . . . . . . . . . 3198 017 24740
  2247    1000uF, 20%, 16V, Electrolytic . . . . 3198 026 21020

  2248    0.022uF.,  50 Volt, Ceramic. . . . . . 3198 017 02230
  2249    0.022uF.,  50 Volt, Ceramic. . . . . . 3198 017 02230
  2250    2.2uF., 20%, 50V, Electrolytic . . . . 3198 025 52280
  2252    1000pF., 50 Volt, NP0, Ceramic . . . . 3198 016 01020
  2253    1000pF., 50 Volt, NP0, Ceramic . . . . 3198 016 01020
  2254    Jumper, 0.05 ohm . . . . . . . . . . . 3198 021 90020
  2330    0.1uF, 10%, 250V, Polyester. . . . . . 2222 368 90177
  2340    10uF, 20%, 250 Volt, Electrolytic. . . 2020 012 93495
  2341    3300pF, 500V, Ceramic. . . . . . . . . 3198 019 43320
  2342    1000pF., 50 Volt, Ceramic. . . . . . . 3198 017 01020
  2343    3300pF., 10%, 2kV, Ceramic . . . . . . 2020 558 90529
  2344    0.1uF., 25V, Ceramic . . . . . . . . . 3198 023 21040
  2345    1000pF, 500V, Ceramic. . . . . . . . . 3198 019 41020
  2401    2.2uF., 20%, 50V, Electrolytic . . . . 2020 021 90552
  2402    470pF, 500V, Ceramic . . . . . . . . . 3198 019 44710
  2404    47uF., 20%, 50V, Electrolytic. . . . . 3198 025 54790
  2405    1000pF., 50 Volt, NP0, Ceramic . . . . 3198 016 01020
  2441    1.0uF., 20%, 50V, Electrolytic . . . . 3198 025 51080
  2443    0.047uF., 50 Volt, Ceramic . . . . . . 3198 017 24730
  2444    1.0uF., 20%, 50V, Electrolytic . . . . 3198 025 51080
  2450    47uF, 20%, 160 Volt, Electrolytic. . . 2020 021 91139
  2451    0.015uF, 10%, 50V,  Polyester. . . . . 3198 014 01530
  2455    47uF., 20%, 25V, Electrolytic. . . . . 3198 025 34790
  2457    0.43uF, 5%, 250V, Polypropylene (Used 
          w/CRT A80ECK272X56). . . . . . . . . . 2222 479 90022
  2457    0.47uF, 5%, 250V, Polypropylene (Used 
          w/CRT A80QCF340X34(N). . . . . . . . . 2222 479 90023
  2458    2.2uF.,  20%, 100V, Electrolytic . . . 2020 021 91331
  2459    680pF, 500V, Ceramic . . . . . . . . . 3198 019 46810
  2460    100pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 01010
  2463    680pF, 10%, 2kV, Ceramic (Used w/CRT A
          80ECK272X56) . . . . . . . . . . . . . 2020 558 90485
  2463    1.2nF, 10%, 2kV, Ceramic (Used w/CRT A
          80QCF340X34(N)). . . . . . . . . . . . 2020 558 90488
  2464    2.2uF, 5%, 160V, Polypropylene . . . . 2222 479 90042
  2465    0.013uF., 5%, 1.6KV,  Polypropylene. . 2222 375 90157
  2466    0.01uF., 10%, 400V, Polyester (Used w/
          CRT A80ECK272X56). . . . . . . . . . . 2222 347 90218
  2466    0.015uF, 10%, 400V, Polyester (Used w/
          CRT A80QCF340X34(N)) . . . . . . . . . 2222 347 90219
  2468    .018uF, 10%, 400V, Polyester (Used w/C
          RT A80ECK272X56) . . . . . . . . . . . 2222 347 90222
  2468    10nF, 10%, 400V, Polyester (Used w/CRT
          A80QCF340X34(N)) . . . . . . . . . . . 2222 347 90218
  2471    0.1uF, 10%, 63V, Polyester . . . . . . 2222 365 75104
  2472    0.15uF, 10%, 63V, Polyester. . . . . . 2222 365 75154
  2473    0.1uF, 10%, 63V, Polyester . . . . . . 2222 365 75104
  2474    2200pF., 50 Volt, Ceramic. . . . . . . 3198 017 02220
  2475    2200pF., 50 Volt, Ceramic. . . . . . . 3198 017 02220
  2476    4700pF., 50 Volt, Ceramic. . . . . . . 3198 017 04720
  2480    47uF., 20%, 25V, Electrolytic. . . . . 2020 021 90586
  2481    470pF, 500V, Ceramic . . . . . . . . . 3198 019 44710
  2482    0.068uF 10%, 250V, Polypropylene . . . 2222 347 90234
  2485    4.7uF, 20%, 250V, Electrolytic . . . . 2020 021 90856
  2486    470uF, 20%, 16 Volt, Electrolytic. . . 2020 021 91577
  2487    47uF, 20%, 50V, Electrolytic . . . . . 2020 021 90854
  2488    1000uF, 20%, 16 Volt, Electrolytic . . 2020 021 91049
  2489    470uF, 20%, 16 Volt, Electrolytic. . . 2020 021 91577
  2491    1000pF, 500V, Ceramic. . . . . . . . . 3198 019 41020
S 2500    0.47uF, 20%, 275 V,  Polypropylene . . 2222 336 29148
  2501    2200pF., 1kV, Ceramic. . . . . . . . . 3198 019 52220
  2502    2200pF., 1kV, Ceramic. . . . . . . . . 3198 019 52220
  2503    470uF, 20%, 200V, Electrolytic . . . . 2020 024 90626
  2505    2200pF., 1kV, Ceramic. . . . . . . . . 3198 019 52220
  2507    470pF., 50 Volt, Ceramic . . . . . . . 3198 017 04710
  2508    470pF., 10%, 1KV, Ceramic. . . . . . . 2020 558 90471
S 2515    1500pF, 20%, 250 Volt, Ceramic . . . . 2020 554 90128
  2520    0.1uF., 16 Volt, Ceramic . . . . . . . 3198 017 01040
  2521    22uF., 20%, 50V, Electrolytic. . . . . 3198 025 52290
  2522    0.1uF., 16 Volt, Ceramic . . . . . . . 3198 017 01040
  2523    1500pF, 10%, 2kV, Ceramic. . . . . . . 2020 558 90489
  2525    470pF., 50 Volt, Ceramic . . . . . . . 3198 017 04710
  2527    2200pF., 50 Volt, Ceramic. . . . . . . 3198 017 02220
  2528    1000pF., 50 Volt, Ceramic. . . . . . . 3198 017 01020
  2540    0.01uF., 50 Volt,  Ceramic . . . . . . 3198 017 01030
  2560    680uF, 10%, 1kV, Ceramic . . . . . . . 2020 558 90472
  2561    100uF,  20%, 160V, Electrolytic. . . . 2020 021 91654
  2562    1000pF,  50 Volt, Ceramic. . . . . . . 3198 019 11020
  2563    0.1uF, 10%, 63V, Polyester . . . . . . 2222 365 75104
  2564    2200uF, 20%, 25V, Electrolytic . . . . 2020 021 91353
  2566    470uF, 20%, 6.3V, Electrolytic . . . . 2020 012 93185
  2567    47uF., 20%, 25V, Electrolytic. . . . . 3198 025 34790
  2568    1.0uF., 20%, 50V, Electrolytic . . . . 3198 025 51080
  2580    47uF, 20%, 16V, Electrolytic . . . . . 3198 028 24790
  2581    22uF., 20%, 50V, Electrolytic. . . . . 3198 025 52290
  2601    0.22uF., 25V, Ceramic. . . . . . . . . 3198 023 22240
  2602    100pF., 50 Volt, NP0, Ceramic. . . . . 3198 016 01010
  2606    1000pF., 50 Volt, NP0, Ceramic . . . . 3198 016 01020
  2607    33pF., 5%, 50V, NPO, Ceramic . . . . . 3198 016 03390
  2608    1uF., 16V, Ceramic . . . . . . . . . . 3198 017 21050
  2609    33pF., 5%, 50V, NPO, Ceramic . . . . . 3198 016 03390
  2611    1uF., 16V, Ceramic . . . . . . . . . . 3198 017 21050

S = Safety Part    Be sure to use exact replacement part.

Summary of Contents for 7603 series

Page 1: ......

Page 2: ...sequences of each way Consequently Philips has not undertaken any such broad evaluation Accordingly a servicer who uses a service procedure or tool which is not recommended by Philips must first satisfy himself thoroughly that neither his safety nor the safe operation of the equipment will be jeopardized by the service method selected Hereafter throughout this manual Philips Consumer Electronics C...

Page 3: ...und protruding metal surfaces or edges must be avoided 6 Critical components having special safety characteristics are identified with an S by the Ref No in the parts list and enclosed within a broken line where several critical components are grouped in one area along with the safety symbol on the schematic diagrams and or exploded views 7 When servicing any unit always use a separate isolation t...

Page 4: ... be used to make this test leakage current must not exceed 0 5mA If a measurement is outside of the specified limits there is a possibility of shock hazard The receiver should be repaired and rechecked before returning it to the customer 5 Repeat the above procedure with the ac plug reversed Note An ac adapter is necessary when a polarized plug is used Do not defeat the polarizing feature of the p...

Page 5: ......

Page 6: ... X rays in TV receivers are the picture tube and the high voltage circuits The basic precaution which must be exercised is to keep the high voltage at the factory recommended level 2 To avoid possible exposure to X radiation and electrical shock only the manufacturer s specified anode connectors must be used 3 It is essential that the service technician has an accurate HV meter available at all ti...

Page 7: ...ing them especially since many hold down circuits are inoperative as long as the receiver performs normally PICTURE TUBE REPLACEMENT The primary source of X radiation in this television receiver is the picture tube The picture tube utilized in this chassis is specially constructed to limit X radiation emissions For continued X radiation protection the replacement tube must be the same type as the ...

Page 8: ...D protected can generate an electrical charge sufficient to damage ES devices 5 Do not use Freon propelled chemicals These can generate electrical charges sufficient to damage ES devices 6 Do not remove a replacement ES device from its protective package until immediately before you are ready to install it most replacement ES devices are packaged with leads electrically shorted together by conduct...

Page 9: ...Voltage Transformer or the lead if removable whichever is causing the problem PICTURE TUBE REPLACEMENT PROCEDURE Note a Two 2 people are required to handle this picture tube b Safety Glasses must be worn during this procedure or whenever directly handling a picture tube c Take care in each step not to damage the CRT or the cabinet 1 Remove the Chassis and the CRT Socket Board Module from the cabin...

Page 10: ...tion Tuning system PLL Color systems NTSC Sound systems FM mono BTSC non DBX BTSC DBX A V connections NTSC M Channel selections 181 channels full cable IF frequency 45 75 MHz Aerial input 75 Ω Coax Miscellaneous AC voltage 90 140 V 10 AC frequency 60 Hz 5 Ambient temperature 5 to 45 deg C Maximum humidity 90 Power consumption 36 W 14 100 W 32 Standby Power consumption 3 W ...

Page 11: ...Connections Front Or Top Control Front Or Side Connections Audio Video In 1 Video 1 Vpp 75 Ω 2 Audio L 0 2 Vrms 10 kΩ 3 Audio R 0 2 Vrms 10 kΩ 4 Headphone 3 5 mm 8 600 Ω 4 mW Rear Connections ...

Page 12: ...e inspection carried out by qualified service personnel The interval depends on the usage conditions When the set is used under normal circumstances for example in a living room the recommended interval is three to five years When the set is used in an environment with higher dust grease or moisture levels for example in a kitchen the recommended interval is one year The maintenance inspection inc...

Page 13: ...elevision Standard Committee Multiplex FM stereo sound system originating from the USA and used e g in LATAM and AP NTSC countries B TXT Blue teletext CC Closed Caption ComPair Computer aided rePair CRT Cathode Ray Tube or picture tube CSM Customer Service Mode CTI Colour Transient Improvement manipulates steepness of chroma transients CVBS Composite Video Blanking and Synchronisation DAC Digital ...

Page 14: ...America LED Light Emitting Diode L L Monochrome TV system Sound carrier distance is 6 5 MHz L is Band I L is all bands except for Band I LNA Low Noise Amplifier LS Large Screen LS Loudspeaker LSP Large signal panel M N Monochrome TV system Sound carrier distance is 4 5 MHz MSP Multistandard Sound Processor ITT sound decoder MUTE Mute Line NC Not Connected NICAM Near Instantaneous Compounded Audio ...

Page 15: ...rom sync signals S C Short Circuit SCAVEM Scan Velocity Modulation SCL Serial Clock SDA Serial Data SDM Service Default Mode SECAM SEequence Couleur Avec Memoire Colour system mainly used in France and East Europe Colour carriers 4 406250 MHz and 4 250000 MHz SIF Sound Intermediate Frequency SS Small Screen STBY Standby SVHS Super Video Home System SW Software THD Total Harmonic Distortion TXT Tel...

Page 16: ...Schematic notes ...

Page 17: ...d for communication between dealer and customer Note Some L8 and M8 chassis sets use a software version that does not contain the Service Modes see table In this case use the special Factory Mode Remote Control This can be ordered by service code 4835 310 57511 Complete instructions are included This remote control will place the TV in the Factory Mode and allow access to all adjustments that a no...

Page 18: ...5 MHz channel 3 Color system NTSC All picture settings at 50 brightness color contrast hue Bass treble and balance at 50 volume at 25 All service unfriendly modes if present are disabled like sleep timer child parental lock blue mute hotel hospitality mode auto switch off when no IDENT video signal is received for 15 minutes skip blank of non favorite presets channels auto store of personal preset...

Page 19: ...ower Then press the power button remove short after start up Caution Entering SDM by shorten wires 9631 and 9641 will override the 8V protection Do this only for a short period When doing this the service technician must know exactly what he is doing as it could lead to damaging the set Or via ComPair After entering SDM the following screen is visible with SDM at the upper right side for recogniti...

Page 20: ... measurements On the TV press and hold the VOLUME down and press the CHANNEL down for a few from SDM to SAM and reverse How to exit Switch the set to STANDBY by pressing the power button on the remote control transmitter if you switch the set OFF by removing the AC power the set will return in SDM when AC power is re applied The error buffer is cleared Service Alignment Mode SAM Purpose To perform...

Page 21: ...ber E UOC diversity X the main software version number Y the sub software version number 3 SAM Indication of the actual mode 4 Errors buffer Five errors possible 5 Option bytes Seven codes possible 6 Clear Erase the contents of the error buffer Select the CLEAR menu item and press the CURSOR RIGHT key The content of the error buffer is cleared 7 Options To set the Option Bytes See chapter 8 3 1 fo...

Page 22: ...vice Mode CSM Purpose The Customer Service Mode is de activated by the customer upon request of the service technician during a telephone conversation in order to identify the status of the set This CSM is a read only mode therefore modifications in this mode are not possible How to enter The CSM will be turned on after pressing the MUTE key on the remote control transmitter and any of the control...

Page 23: ...ted To CSM Picture Problems No colors noise in picture Check CSM line 4 Wrong color system installed To change the setting 1 Select the MANUAL STORE sub menu 2 Select and change the SYSTEM setting until picture and sound are correct 3 Select the STORE menu item Colors not correct unstable picture Check CSM line 4 Wrong color system installed To change the setting 1 Press the MENU button on the rem...

Page 24: ... to the INSTALL menu and store a proper channel at this program number The tuner is faulty in this case the CODES line will contain error number 10 Check the tuner and replace repair if necessary Snowy picture and or unstable picture A scrambled or decoded signal is received Black and white picture Increase the COLOR value when The picture improves after you have pressed the Smart Picture button o...

Page 25: ...Main panel see Hardware alignments suffix D The ComPair faultfinding program is able to determine the problem of the defective television ComPair can gather diagnostic information in two ways 1 Automatic by communication with the television ComPair can automatically read out the contents of the entire error buffer Diagnosis is done on I 2 C level ComPair can access the I 2 C bus of the television ...

Page 26: ...9V DC on the compare interface 4 Switch the ComPair interface OFF 5 Switch the television set OFF remove the AC power 6 Connect the ComPair interface cable between the connector on the rear side of the ComPair interface marked with I 2 C and the ComPair connector on the mono carrier see Hardware alignments suffix D 7 Plug the AC power adapter in the AC power outlet and switch on the interface The ...

Page 27: ...he error buffer has not changed for 50 hours it resets automatically Examples ERROR 0 0 0 0 0 No errors detected ERROR 6 0 0 0 0 Error code 6 is the most recent and only detected error ERROR 9 6 0 0 0 Error code 6 was first detected and error code 9 is the most recent detected error You can also make the contents of the error buffer visible via the blinking LED procedure see The Blinking LED Proce...

Page 28: ...50 ms which is an indication of the decimal digit a pause of 1 5 s n short blinks n 1 9 when all the error codes are displayed the sequence finishes with a LED blink of 3 s the sequence starts again Example of error buffer 12 9 6 0 0 After entering SDM 1 long blink of 750 ms followed by a pause of 1 5 s 2 short blinks followed by a pause of 3 s 9 short blinks followed by a pause of 3 s 6 short bli...

Page 29: ...3 4 5 and 6 are about 180 V and pin 8 is 0 V The reason why the voltage on these pins is so high is because the output driver pin 6 has an open load That is why MOSFET 7521 is not able to switch Reason feedback resistor 3523 is defective Caution be careful measuring on the gate of 7521 circuitry is very high ohmic and can easily be damaged Set is in hiccup mode and shuts down after 8 s Blinking LE...

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Page 38: ...ts under the following conditions AC voltage and frequency 110 V 10 60 Hz 5 Connect the set to the AC power via an isolation transformer Allow the set to warm up for approximately 20 minutes Measure the voltages and waveforms in relation to chassis ground with the exception of the voltages on the primary side of the power supply Never use the cooling fins plates as ground Test probe Ri 10 MΩ Ci 2 ...

Page 39: ...ustment 1 Activate the SAM 2 Go to the WHITE TONE sub menu 3 Set the values of NORMAL RED GREEN and BLUE to 40 4 Go via the MENU key to the normal user menu and set CONTRAST to zero BRIGHTNESS to minimum OSD just visible in a dark room ...

Page 40: ...ing the cut off pulse and the other being the white drive pulse Choose the one with the lowest value this is the cut off pulse 10 Select the cathode with the highest VDC value for the alignment Adjust the Vcutoff of this gun with the SCREEN potentiometer see Fig 1 on the LOT to the correct value see table below 11 Restore BRIGHTNESS and CONTRAST to normal 31 Fig 2 Focusing 1 Tune the set to a circ...

Page 41: ...0 35R 000 023 129 162 252 152 000 21PV3022 016 023 129 162 252 152 000 24RF50S1 000 023 129 162 252 152 000 25PS40S121 000 023 001 01 144 153 000 25PS50S121 000 023 001 162 252 152 000 25PV5022 016 023 129 162 252 152 000 26LL500121 016 023 001 001 144 153 000 26LW502221 016 023 001 162 252 152 000 27PS50B121 000 023 001 162 252 152 000 27PS55S121 000 023 001 162 252 152 000 27PS60S121 000 023 001...

Page 42: ...he OPTION submenu saves changes in the Option Byte settings Some changes will only take effect after the set has been switched OFF and ON with the AC power switch cold start How to calculate the value of an Option Byte Calculate an Option Byte value OB1 OB7 in the following way 1 Check the status of the single option bits OP are they enabled 1 or disabled 0 2 When an option bit is enabled 1 it rep...

Page 43: ...UE OP21 COLOR_TEMP OP22 CONTRAST_PLUS OP23 TILT OP24 NOISE_REDUCTION OP25 CHANNEL_NAMING OP26 SMART_PICTURE OP27 SMART_SOUND Option Byte 3 OB3 OP30 AVL OP31 WSSB OP32 WIDE_SCREEN OP33 SHIFT_HEADER_SUBTITLE OP34 CONTINUOUS_ZOOM OP35 COMPRESS_16_9 OP36 EXPAND_4_3 OP37 EW_FUNCTION Option Byte 4 OB4 OP40 STEREO_NON_DBX OP41 STEREO_DBX OP42 STEREO_PB OP43 STEREO_NICAM_2CS OP44 DELTA_VOLUME OP45 ULTRA_B...

Page 44: ...or China set or this option bit is not applicable 1 Tuning is for China set Default setting 0 OP11 VIRGIN_MODE 0 Virgin mode is disabled or not applicable 1 Virgin mode is enabled Plug and Play menu item will be displayed to perform installation at the initial startup of the TV when VIRGIN_MODE is set to 1 After installation is finished this option bit will be automatically set to 0 Default settin...

Page 45: ...is enabled Default setting 0 OP17 PHILIPS_TUNER 0 ALPS MASCO compatible tuner is in use 1 Philips compatible tuner is in use Default setting 0 OP20 HUE 0 Hue Tint Level is disabled or not applicable 1 Hue Tint Level is enabled Default setting 0 OP21 COLOR_TEMP 0 Color Temperature is disabled or not applicable 1 Color Temperature is enabled Default setting 0 OP22 CONTRAST_PLUS 0 Contrast is disable...

Page 46: ...r 4 3 set or not applicable 1 Software is used for 16 9 set Default setting 0 OP33 SHIFT_HEADER_SUBTITLE 0 Shift Header Subtitle is disabled or not applicable 1 Shift Header Subtitle is enabled Default setting 0 Note This option bit can be set to 1 only when WIDE_SCREEN 1 OP34 CONTINUOUS_ZOOM 0 Continuous Zoom is disabled or not applicable 1 Continuous Zoom is enabled Default setting 0 Note This o...

Page 47: ...43 STEREO_NICAM_2CS 0 For EU and AP_PAL chip MSP 3415 is not present 1 For EU and AP_PAL chip MSP 3415 is present Default setting 0 OP44 DELTA_VOLUME 0 Delta Volume Level is disabled or not applicable 1 Delta Volume Level is enabled Default setting 0 OP45 ULTRA_BASS 0 Ultra Bass is disabled or not applicable 1 Ultra Bass is enabled Default setting 0 OP46 VOLUME_LIMITER 0 Volume Limiter Level is di...

Page 48: ...present 1 AV1 source is present Default setting 0 OP57 NTSC_PLAYBACK 0 NTSC playback feature is not available 1 NTSC playback feature is available Default setting 0 OP60 Reserved Default setting 0 OP61 SMART_TEXT 0 Smart Text Mode and Favorite Page are disabled or not applicable 1 Smart Text Mode and Favorite Page are enabled Default setting 1 OP62 SMART_LOCK 0 Child Lock and Lock Channel are disa...

Page 49: ...nual Store If MULTI_STANDARD_EUR 1 then SYSTEM Europe West Europe East Europe UK France otherwise SYSTEM Europe West Europe UK for West Europe WEST_EU 1 or SYSTEM Europe West Europe East Europe for East Europe WEST_EU 0 OP71 WEST_EU 0 For East Europe set or this option bit is not applicable 1 For West Europe set Default setting 0 OP71 and 70 SYSTEM_LT_1 SYSTEM_LT_2 These two option bits are alloca...

Page 50: ...er point Set the external pattern generator to a color bar video signal and connect the RF output to aerial input Set amplitude to 10 mV and set frequency to 61 25 MHz channel 3 Connect a DC multimeter to pin 1 of the tuner item 1000 on the main panel 1 Activate the SAM 2 Go to the TUNER sub menu 3 Select AFW with the UP DOWN cursor keys and set to ON 4 Select AGC with the UP DOWN cursor keys 5 Ad...

Page 51: ...d B can be selected with the UP DOWN RIGHT LEFT cursor keys The value can be changed with the LEFT RIGHT cursor keys First select the values for the NORMAL color temperature Then select the values for the COOL and WARM mode After alignment switch the set to standby in order to store the alignments Default settings 1 NORMAL color temperature 10500 K NORMAL R 40 NORMAL G 40 NORMAL B 40 2 COOL color ...

Page 52: ...ght vertical lines in the top and the bottom vertical rotation around the center Horizontal Bow HB Align straight horizontal lines in the top and the bottom horizontal rotation around the center Horizontal Shift HSH Align the horizontal center of the picture to the horizontal center of the CRT East West Width EWW Align the picture width until the complete test pattern is visible East West Parabola...

Page 53: ...al Shift VSH Align the vertical centering so that the test pattern is located vertically in the middle Repeat the vertical amplitude alignment if necessary Vertical Zoom VX The vertical zoom is added in for the purpose of development It helps the designer to set a proper values for the movie expand or movie 16x9 compress Default value is 25 V60 Align straight vertical lines if NTSC system 60 Hz is...

Page 54: ...o No alignments are needed for the audio sub menu Use the given default values AT Default value is 8 CMT Default value is 42 QSS OFF for mono sets ON for stereo sets FMI OFF for mono sets ON for stereo sets ...

Page 55: ...Circuit Description Block Diagram ...

Page 56: ...Test point overview Main Panel Test point overview CRT Panel ...

Page 57: ...pply Voltage Diagram Note For a good understanding of the following circuit descriptions please use the block diagram or the electrical diagrams Where necessary you will find a separate drawing for clarification ...

Page 58: ...Main panel a Picture Tube panel a Side I O panel and a Top Control panel In some executions a Picture In Picture PIP panel is used The Main panel consists primarily of conventional components with hardly any surface mounted devices The functions for video processing microprocessor µP and teletext TXT decoder are combined in one IC TDA958xH the so called Ultimate One Chip UOC This chip is surface m...

Page 59: ...The chassis utilizes a Switching Mode Power Supply SMPS for the main voltage source The chassis has a hot ground reference on the primary side and a cold ground reference on the secondary side of the power supply and the rest of the chassis Audio Signal Processing Stereo In stereo sets the signal goes via the SAW filter position 1002 to the audio demodulator part of the UOC IC 7200 The audio outpu...

Page 60: ...0 The audio output on pin 48 goes via the smart sound circuit 7941 for Bass and 7942 for Treble and buffer 7943 to the audio amplifier AN7523 at position 7902 The volume level is controlled at this IC pin 9 by a VolumeMute control line from the microprocessor The audio signal from IC 7902 is then sent to the speaker headphone output panel ...

Page 61: ...to the IF processor part of the UOC pos 7200 Tuner AGC Automatic Gain Control will reduce the tuner gain and thus the tuner output voltage when receiving strong RF signals Adjust the AGC takeover point via the Service Alignment Mode SAM The tuner AGC starts working when the video IF input reaches a certain input level Adjust this level via the I2C bus The tuner AGC signal goes to the tuner pin 1 v...

Page 62: ...ier frequency is used for this Correspondingly the chroma band pass filter for PAL NTSC processing or the cloche filter for SECAM processing is switched on The selected luminance Y signal is supplied to the horizontal and vertical synchronization processing circuit and to the luminance processing circuit In the luminance processing block the luminance signal goes to the chroma trap filter This tra...

Page 63: ... level and the darkest part of the incoming video signal level It is detected by means of an internal capacitor White stretch This function adapts the transfer characteristic of the luminance amplifier in a non linear way depending on the average picture content of the luminance signal It operates in such a way that maximum stretching is obtained when signals with a low video level are received Fo...

Page 64: ...reases the color temperature of the bright scenes amplitudes which exceed a value of 80 of the nominal amplitude This effect is obtained by decreasing the small signal gain of the red and green channel signals which exceed this 80 level Beam current limiting A beam current limiting circuit inside the UOC handles the contrast and brightness control for the RGB signals This prevents the CRT from bei...

Page 65: ...w start procedure The EHTinformation line Aquadag is also fed back to the UOC IC 7200 pin 54 to adjust the picture level in order to compensate for changes in the beam current The filament voltage is monitored for no voltage or excessive voltage This voltage is rectified by diode 6447 and fed to the emitter of transistor 7443 If this voltage goes above 6 8 V transistor 7443 will conduct making the...

Page 66: ...gh C2465 This current peak through the high voltage capacitor distorts the flyback pulse This causes synchronisation errors causing an oscillation under the white line During t3 t5 C2490 2458 is charged via R3459 At the moment of the flyback C2490 2458 is subjected to the negative voltage pulses of the parabola as a result of which D6465 and D6466 are conducting and C2490 2458 is switched in paral...

Page 67: ...est or pincushion correction The Ewdrive signal from pin 15 of IC 7200 takes care for the correct correction It drives FET 7400 It also corrects breathing of the picture due to beam current variations the EHT varies dependent of the beam current This correction is derived from the EHTinformation line Two protections are built in for the E W circuit over current and over voltage protection See Lumi...

Page 68: ...Power Supply Figure 1 ...

Page 69: ... pin 8 The operating voltage for the driver circuit is also taken from the hot side of this transformer The switching regulator IC 7520 starts switching the FET on and off to control the current flow through the primary winding of transformer 5520 The energy stored in the primary winding during the on time is delivered to the secondary windings during the off time The MainSupply line is the refere...

Page 70: ...pends on set execution see table below Other supply voltages are provided by the LOT It supplies 50 V only for large screen sets 13 V 8 V 5 V and a 200 V source for the video drive The secondary voltages of the LOT are monitored by the EHTinformation lines These lines are fed to the video processor part of the UOC IC 7200 on pins 11 and 34 This circuit will shut off the horizontal drive in case of...

Page 71: ...standing of the Quasi Resonant behavior it is possible to explain it by a simplified circuit diagram see Figure below In this circuit diagram the secondary side is transferred to the primary side and the transformer is replaced by an inductance LP CD is the total drain capacitance including the resonance capacitor CR parasitic output capacitor COSS of the MOSFET and the winding capacitance CW of t...

Page 72: ... the inductance LP The voltage and current waveforms are sinusoidal waveforms The drain voltage will drop from VIN n VOUT to VIN n VOUT Frequency Behavior The frequency in the QR mode is determined by the power stage and is not influenced by the controller important parameters are LP and CD The frequency varies with the input voltage VIN and the output power POUT If the required output power incre...

Page 73: ...s are switched off after reaching this start up voltage Resistor RSS 3524 will discharge the soft start capacitor such that the peak current will slowly increase This to prevent transformer rattle During start up the VCC capacitor will be discharged until the moment that the primary auxiliary winding takes over this voltage The moment that the voltage on pin 1 drops below the under voltage lock ou...

Page 74: ...s still active in this mode Minimum Frequency mode MinF At VCO levels below 50 mV the minimum frequency will remain on 6 kHz which is called the MinF mode Because of this low frequency it is possible to run at very low loads without having any output regulation problems Safe Restart Mode This mode is introduced to prevent the components from being destroyed during eventual system fault conditions ...

Page 75: ... use of the Safe Restart mode Basic Burst mode configuration The system enters burst mode standby when the microprocessor activates the Stdby_con line When this line is pulled high the base of Q7541 is allowed to go high This is triggered by the current from collector Q7542 When Q7541 turns on the opto coupler 7515 is activated sending a large current signal to pin 3 Ctrl In response to this signa...

Page 76: ...se depending on the load t3 Charge of VCC when gate drive is inactive The third interval starts when the UVLO is reached The internal current source charges the VCC capacitor also the soft start capacitor is recharged Once the VCC capacitor is charged to the start up voltage the driver is activated and a new burst cycle is started Protection Events The SMPS IC 7520 has the following protection fea...

Page 77: ...ltage on pin 5 to an internal level Over Power Protection During the primary stroke the rectified AC input voltage is measured by sensing the current drawn from pin 4 DEM This current is dependent on the voltage on pin 9 of transformer 5520 and the value of R3522 The current information is used to adjust the peak drain current which is measured via pin ISENSE Short Winding Protection If the sense ...

Page 78: ...t up because the VCC capacitor will not be charged to the start up voltage Control Introduction The microprocessor part of the UOC has the complete control and teletext on board User menu Service Default Mode Service Alignment Mode and Customer Service Mode are generated by the µP Communication to other ICs is done via the I2C bus I 2 C Bus The main control system which consists of the microproces...

Page 79: ... 3 V During standby mode this signal is a pulse train of approx 10 Hz and a high duration of 5 ms It is used to give information to the UOC about the fault condition in the Audio amplifier supply circuit This information is generated by sensing the current on the MainAux line using voltage drop across R3564 to trigger Q7562 This signal goes low when the DC current on the MainAux line exceeds 1 6 2...

Page 80: ...er zener diode 6401 into conduction transistor Q7606 in A7 diagram will conduct and UOC is triggered to shut down the power supply I2C protection to check whether all I2C IC s are functioning In case one of these protections is activated the set will go into standby The on and standby LEDs are controlled via the UOC ...

Page 81: ...SCHEMATIC BLOCK BY BLOCK CIRCUIT DESCRIPTION ...

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Page 91: ...24M8 7603 ...

Page 92: ...24M8 7603 ...

Page 93: ...24M8 7603 ...

Page 94: ...24M8 7603 ...

Page 95: ...All Models 7603 Chassis Overview ...

Page 96: ...All Models 7603 Power Supply Diagram A1 ...

Page 97: ...All Models 7603 Line Deflection Diagram A2 ...

Page 98: ...All Models 7603 Frame Deflection Diagram A3 ...

Page 99: ...All Models 7603 Tuner IF Diagram A4 ...

Page 100: ...All Models 7603 Video IF And Sound IF Diagram A5 ...

Page 101: ...All Models 7603 Synchronization Diagram A6 ...

Page 102: ...All Models 7603 Control Diagram A7 ...

Page 103: ...All Models 7603 Audio Amplifier Diagram A8 ...

Page 104: ...All Models 7603 BTSC Stereo SAP Decoder Diagram A9 ...

Page 105: ...All Models 7603 Audio Video Source Switching Diagram A10 ...

Page 106: ...All Models 7603 BTSC NDBX Stereo Decoder Diagram A11 ...

Page 107: ...All Models 7603 Front I O Control Headphone Diagram A12 ...

Page 108: ...All Models 7603 Rear I O Cinch Diagram A13 ...

Page 109: ...All Models 7603 PIP Interface Diagram A16 ...

Page 110: ...All Models 7603 CRT Panel Diagram B1 ...

Page 111: ...All Models 7603 Side AV Headphone Panel Diagram C ...

Page 112: ...All Models 7603 Side AV Headphone Panel Diagram E1 ...

Page 113: ...All Models 7603 PIP Panel Diagram P ...

Page 114: ...All Models 7603 Top Control Panel Diagram T ...

Page 115: ...All Models 7603 SCAVEM Diagram B2 ...

Page 116: ...All Models 7603 PCB Large Signal panel component side ...

Page 117: ...All Models 7603 PCB Large Signal panel copper side ...

Page 118: ...All Models 7603 PCB CRT panel component side ...

Page 119: ...All Models 7603 PCB CRT panel copper side ...

Page 120: ...All Models 7603 PCB Side AV Panel component side ...

Page 121: ...All Models 7603 PCB Side AV Headphone Panel component side ...

Page 122: ...All Models 7603 PCB PIP Panel component side ...

Page 123: ...All Models 7603 PCB PIP panel copper side ...

Page 124: ...All Models 7603 PCB Top control round component side ...

Page 125: ...All Models 7603 PCB Top control round copper side ...

Page 126: ...All Models 7603 PCB Top control oval component side ...

Page 127: ...All Models 7603 PCB Top control oval copper side ...

Page 128: ...MAIN CABINET EXPLODED VIEW ...

Page 129: ...ic 5322 124 41379 2402 470pF 10 500V Ceramic 4822 122 31177 2404 47uF 20 50V Tantalum 4822 124 41751 2405 1000pF 5 50V Ceramic 5322 126 10511 2441 1uF 20 63V Electrolytic 4822 124 21913 2443 0 047uF 10 63V Ceramic 4822 126 13751 2444 1uF 20 63V Electrolytic 4822 124 21913 2448 3300pF 10 500V Ceramic 4822 126 13682 2450 47uF 20 160V Electrolytic 4822 124 11575 2451 0 015uF 10 50V Metal Film 4822 12...

Page 130: ...393 3246 10k 1 1 10W 4822 117 10833 3247 680k 5 1 10W 4822 051 20684 3248 27k 5 1 10W 4822 051 20333 3249 820 ohm 5 1 2W Carbon 4822 116 52231 3250 8 2k 5 1 2W 4822 116 52303 3251 100 ohm 5 1 2W Carbon 4822 116 52175 3256 1k 2 1 4W 4822 051 10102 3257 10 Meg 5 1 10W 4822 051 20106 3258 330k 5 1 10W 4822 117 10837 3259 470k 5 1 10W 4822 051 20474 3400 330 ohm 5 1 2W 4822 116 52219 3401 220k 5 1 2W ...

Page 131: ...l 1000uH 5 4822 157 11885 S 5445 Transformer LOT USLOT U AT2078 3128 138 21401 5450 Coil 100 MHz 120 ohm 2422 535 95427 5451 Coil 33uH LHL08TB330K 4822 157 11869 5452 Ferrite Bead 100MHz 4822 157 11411 5457 Linearity Coil 4822 157 11712 5461 Transformer Signal Driver SC10015 04 B 2422 531 02465 5463 Choke Coil 4822 157 11711 5471 Fixed Inductor 3 3uH 20 3198 018 73380 5472 Coil 3 3uH 4822 157 5115...

Page 132: ...30735 0245 6 Pin Connector 2422 025 04854 S 0254 9 Pin CRT Socket N Neck 2422 500 80067 2330 0 47uF 20 63V Metal Film 4822 121 51473 2340 10uF 20 250V Electrolytic 4822 124 11565 2341 3300pF 10 500V Ceramic 4822 126 13599 2342 1000pF 10 63V Ceramic 5322 122 31647 2343 3300pF 10 2kV Ceramic 4822 126 12278 2344 0 1uF 10 50V Ceramic 4822 126 14585 2345 1000pF 10 500V Ceramic 4822 122 31175 3331 100 o...

Page 133: ...3198 014 01540 2473 0 1uF 10 50V Metalized Polyester 3198 014 01040 2474 2200pF 50V Ceramic 3198 017 02220 2475 2200pF 50V Ceramic 3198 017 02220 2476 4700pF 50V Ceramic 3198 017 04720 2480 47uF 20 25V Electrolytic 2020 021 90586 2481 470pF 500V Ceramic 3198 019 44710 2482 0 068uF 10 250V Polypropylene 2222 347 90234 2485 4 7uF 20 250V Electrolytic 2020 021 90856 2486 470uF 20 16V Electrolytic 202...

Page 134: ... ohm 5 3W Power Resistor 3198 012 33390 3488 4 7 ohm 5 Fusible Resistor NFR25H 2306 207 03478 3490 8 2k 5 1 6W Carbon 3198 011 08220 3491 10k 5 1 6W Carbon 3198 011 01030 3492 1k 5 1 6W Carbon 3198 011 01020 3493 6 8 ohm 5 Fusible Resistor NFR25 2306 204 03688 3494 4 7 ohm 5 Fusible Resistor NFR25H 2306 207 03478 3495 22k 5 3198 021 52230 3496 100k 5 3198 021 51040 3497 100k 5 3198 021 51040 3498 ...

Page 135: ...ZX79 C33 33 Volt 3198 010 23390 6485 Diode Rectifier BYD33J 9337 234 20133 6486 Diode Rectifier EGP20DL 5100 9322 164 42682 6487 Diode Rectifier BYD33D 9337 234 00133 6488 Diode Rectifier EGP20DL 5100 9322 164 42682 6500 Bridge Rectifier GBU6JL 7002 9322 138 08667 6520 Diode Rectifier BYD33D 9337 234 00133 6523 Diode 1N4148 3198 010 10010 6525 Diode Rectifier 1N5062 3198 010 10120 6540 Diode Regul...

Page 136: ...6551 AC13 Owner s Manual 3121 235 20061 AC14 Power Button 3139 137 86231 REMOTE Remote Transmitter 3139 228 86462 AC16 Speaker 5W 16 ohm 2 used 2422 264 00411 S AC18 Yoke 3321 203 00121 AC19 Yoke Wedge 3 used 3135 013 00311 AC21 Batteries f Remote Transmitter 9299 000 65263 AC24 Deguassing Coil Spring 3139 121 26231 AC32 Assembly Braid 3135 010 07301 MODEL 25PS40S 121 CBA S MODEL 25PS40S 121 CBA S...

Page 137: ...V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021 90020 2330 0 1uF 10 250V Metalized Polyester 2222 368 90177 2340 10uF 20 250V Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 0 001uF 50V Ceramic 3198 017 01020 2343 3300pF 2kV 10 Ceramic 2020 558 90529 2344 0 1uF 25V Ceramic 3198 0...

Page 138: ...60 ohm 5 3198 021 55610 3235 100 ohm 5 1 6W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 680k 5 3198 021 56840 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon 3198 011 08210 3250 8 2k 5 1 6W Carbon 3198 011 08220 3251 100 ohm 5 1 6W Carbon 3198 011 01010 3256 1k 5 31...

Page 139: ... 021 90020 4903 Zero ohm Chip Jumper 3198 021 90020 4982 Zero ohm Chip Jumper 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 820nH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880 5202 Fixed Inductor 10uH 10 3198 018 21090 5204 Fixed Inductor Bead 100MHz 3198 018 90020 5205 Fixed Inductor Bead 100MHz 3198 018 90020 5206 Fixed Inductor Bead 100MHz 3198 01...

Page 140: ...or 2422 025 12482 0254 5 Pin Connector 2422 025 12481 0255 4 Pin Connector 2422 025 12479 2171 470pF 50V Ceramic 3198 019 14710 2172 470pF 50V Ceramic 3198 019 14710 2173 470pF 50V Ceramic 3198 019 14710 2174 470pF 50V Ceramic 3198 019 14710 2176 470pF 50V Ceramic 3198 019 14710 2177 100uF 20 25V Electrolytic 3198 025 31010 2178 470pF 50V Ceramic 3198 019 14710 2179 100uF 20 25V Electrolytic 3198 ...

Page 141: ... 2 2uF 20 50V Electrolytic 5322 124 41379 2402 470pF 10 500V Ceramic 4822 122 31177 2404 47uF 20 50V Tantalum 4822 124 41751 2405 1000pF 5 50V Ceramic 5322 126 10511 2441 1uF 20 63V Electrolytic 4822 124 21913 2443 0 047uF 10 63V Ceramic 4822 126 13751 2444 1uF 20 63V Electrolytic 4822 124 21913 2448 3300pF 10 500V Ceramic 4822 126 13682 2450 47uF 20 160V Electrolytic 4822 124 11575 2451 0 015uF 1...

Page 142: ...16 52231 3245 39k 5 1 10W 4822 051 20393 3246 10k 1 1 10W 4822 117 10833 3247 680k 5 1 10W 4822 051 20684 3248 27k 5 1 10W 4822 051 20333 3249 820 ohm 5 1 2W Carbon 4822 116 52231 3250 8 2k 5 1 2W 4822 116 52303 3251 100 ohm 5 1 2W Carbon 4822 116 52175 3256 1k 2 1 4W 4822 051 10102 3257 10 Meg 5 1 10W 4822 051 20106 3258 330k 5 1 10W 4822 117 10837 3259 470k 5 1 10W 4822 051 20474 3400 330 ohm 5 ...

Page 143: ...0 4822 157 51462 5242 Coil 10uH 5 4822 157 11706 5401 Coil 1000uH 5 4822 157 11885 S 5445 Transformer LOT USLOT U AT2078 3128 138 21401 5450 COIL 2422 535 95427 5451 Coil 33uH LHL08TB330K 4822 157 11869 5452 Ferrite Bead 100MHz 4822 157 11411 5457 Linearity Coil 4822 157 11712 5461 Transformer Signal Driver SC10015 04 B 2422 531 02465 5463 Choke Coil 4822 157 11711 5471 Fixed Inductor 3 3uH 20 319...

Page 144: ...137 24951 CRT Panel CRT Panel 0244 5 Pin Connector 4822 265 30735 0245 6 Pin Connector 2422 025 04854 S 0254 9 Pin CRT Socket N Neck 2422 500 80067 2330 0 47uF 20 63V Metal Film 4822 121 51473 2340 10uF 20 250V Electrolytic 4822 124 11565 2341 3300pF 10 500V Ceramic 4822 126 13599 2342 1000pF 10 63V Ceramic 5322 122 31647 2343 3300pF 10 2kV Ceramic 4822 126 12278 2344 0 1uF 10 50V Ceramic 4822 126...

Page 145: ...V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021 90020 2330 0 1uF 10 250V Metalized Polyester 2222 368 90177 2340 10uF 20 250V Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 0 001uF 50V Ceramic 3198 017 01020 2343 3300pF 2kV 10 Ceramic 2020 558 90529 2344 0 1uF 25V Ceramic 3198 0...

Page 146: ...60 ohm 5 3198 021 55610 3235 100 ohm 5 1 6W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 680k 5 3198 021 56840 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon 3198 011 08210 3250 8 2k 5 1 6W Carbon 3198 011 08220 3251 100 ohm 5 1 6W Carbon 3198 011 01010 3256 1k 5 31...

Page 147: ... 021 90020 4903 Zero ohm Chip Jumper 3198 021 90020 4982 Zero ohm Chip Jumper 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 820nH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880 5202 Fixed Inductor 10uH 10 3198 018 21090 5204 Fixed Inductor Bead 100MHz 3198 018 90020 5205 Fixed Inductor Bead 100MHz 3198 018 90020 5206 Fixed Inductor Bead 100MHz 3198 01...

Page 148: ...22 026 04815 0251 3 Pin Connector 2422 025 12482 0254 5 Pin Connector 2422 025 12481 0255 4 Pin Connector 2422 025 12479 2171 470pF 50V Ceramic 3198 019 14710 2172 470pF 50V Ceramic 3198 019 14710 2173 470pF 50V Ceramic 3198 019 14710 2174 470pF 50V Ceramic 3198 019 14710 2176 470pF 50V Ceramic 3198 019 14710 2177 100uF 20 25V Electrolytic 3198 025 31010 2178 470pF 50V Ceramic 3198 019 14710 2179 ...

Page 149: ...V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021 90020 2330 0 1uF 10 250V Metalized Polyester 2222 368 90177 2340 10uF 20 250V Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 0 001uF 50V Ceramic 3198 017 01020 2343 3300pF 2kV 10 Ceramic 2020 558 90529 2344 0 1uF 25V Ceramic 3198 0...

Page 150: ...60 ohm 5 3198 021 55610 3235 100 ohm 5 1 6W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 680k 5 3198 021 56840 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon 3198 011 08210 3250 8 2k 5 1 6W Carbon 3198 011 08220 3251 100 ohm 5 1 6W Carbon 3198 011 01010 3256 1k 5 31...

Page 151: ...21 90020 4903 Zero ohm Chip Jumper 3198 021 90020 4982 Zero ohm Chip Jumper 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 820nH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880 5202 Fixed Inductor 10uH 10 3198 018 21090 5204 Fixed Inductor Bead 100MHz 3198 018 90020 5205 Fixed Inductor Bead 100MHz 3198 018 90020 5206 Fixed Inductor Bead 100MHz 3198 018 ...

Page 152: ... Socket 2422 026 04815 0251 3 Pin Connector 2412 020 00725 0253 3 Pin Connector 2422 025 16382 0254 5 Pin Connector 2422 025 12481 0255 4 Pin Connector 2422 025 12479 2171 470pF 50V Ceramic 3198 019 14710 2172 470pF 50V Ceramic 3198 019 14710 2173 470pF 50V Ceramic 3198 019 14710 2174 470pF 50V Ceramic 3198 019 14710 2176 470pF 50V Ceramic 3198 019 14710 2177 100uF 20 25V Electrolytic 3198 025 310...

Page 153: ...V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021 90020 2330 0 1uF 10 250V Metalized Polyester 2222 368 90177 2340 10uF 20 250V Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 0 001uF 50V Ceramic 3198 017 01020 2343 3300pF 2kV 10 Ceramic 2020 558 90529 2344 0 1uF 25V Ceramic 3198 0...

Page 154: ...60 ohm 5 3198 021 55610 3235 100 ohm 5 1 6W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 680k 5 3198 021 56840 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon 3198 011 08210 3250 8 2k 5 1 6W Carbon 3198 011 08220 3251 100 ohm 5 1 6W Carbon 3198 011 01010 3256 1k 5 31...

Page 155: ...21 90020 4903 Zero ohm Chip Jumper 3198 021 90020 4982 Zero ohm Chip Jumper 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 820nH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880 5202 Fixed Inductor 10uH 10 3198 018 21090 5204 Fixed Inductor Bead 100MHz 3198 018 90020 5205 Fixed Inductor Bead 100MHz 3198 018 90020 5206 Fixed Inductor Bead 100MHz 3198 018 ...

Page 156: ...22 025 12482 0254 5 Pin Connector 2422 025 12481 0255 4 Pin Connector 2422 025 12479 2171 470pF 50V Ceramic 3198 019 14710 2172 470pF 50V Ceramic 3198 019 14710 2173 470pF 50V Ceramic 3198 019 14710 2174 470pF 50V Ceramic 3198 019 14710 2176 470pF 50V Ceramic 3198 019 14710 2177 100uF 20 25V Electrolytic 3198 025 31010 2178 470pF 50V Ceramic 3198 019 14710 2179 100uF 20 25V Electrolytic 3198 025 3...

Page 157: ...Ceramic 3198 017 02220 2244 0 1uF 10 50V Metalized Polyester 3198 014 01040 2245 0 22uF 25V Ceramic 3198 023 22240 2247 1000uF 20 16V Electrolytic 3198 026 21020 2248 0 022uF 50V Ceramic 3198 017 02230 2249 0 022uF 50V Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021...

Page 158: ...198 011 03910 3201 100 ohm 5 1 6W Carbon 3198 011 01010 3202 100 ohm 5 1 6W Carbon 3198 011 01010 3203 100 ohm 5 1 6W Carbon 3198 011 01010 3204 10k 5 1 6W Carbon 3198 011 01030 3206 33k 5 3198 021 53330 3207 1k 5 1 6W Carbon 3198 011 01020 3208 220 ohm 5 3198 021 52210 3209 68 ohm 5 3198 021 56890 3212 470 ohm 5 3198 021 54710 3213 560 ohm 5 1 6W Carbon 3198 011 05610 3214 100 ohm 5 3198 021 5101...

Page 159: ...0020 4402 Zero ohm Chip Jumper 3198 021 90020 4613 Zero ohm Chip Jumper 3198 021 90020 4614 Zero ohm Chip Jumper 3198 021 90020 4615 Zero ohm Chip Jumper 3198 021 90020 4617 Zero ohm Chip Jumper 3198 021 90020 4618 Zero ohm Chip Jumper 3198 021 90020 4619 Zero ohm Chip Jumper 3198 021 90020 4622 Zero ohm Chip Jumper 3198 021 90020 4623 Zero ohm Chip Jumper 3198 021 90020 4691 Zero ohm Chip Jumper ...

Page 160: ...2 14 31818MHz Crystal Resonator HC49 U 2422 543 00904 2800 0 47uF 16V Ceramic 3198 017 24740 2801 0 1uF 25V Ceramic 3198 023 21040 2802 0 1uF 25V Ceramic 3198 023 21040 2803 47uF 20 25V Electrolytic 3198 025 34790 2804 10uF 20 50V Electrolytic 3198 025 51090 2805 0 1uF 25V Ceramic 3198 023 21040 2806 100uF 20 25V Electrolytic 3198 025 31010 2807 47pF 50V Ceramic 3198 016 04790 2808 10uF 20 50V Ele...

Page 161: ...2 025 12482 0254 5 Pin Connector 2422 025 12481 0255 4 Pin Connector 2422 025 12479 2171 470pF 50V Ceramic 3198 019 14710 2172 470pF 50V Ceramic 3198 019 14710 2173 470pF 50V Ceramic 3198 019 14710 2174 470pF 50V Ceramic 3198 019 14710 2176 470pF 50V Ceramic 3198 019 14710 2177 100uF 20 25V Electrolytic 3198 025 31010 2178 470pF 50V Ceramic 3198 019 14710 2179 100uF 20 25V Electrolytic 3198 025 31...

Page 162: ...olytic 3198 026 21020 2248 0 022uF 50V Ceramic 3198 017 02230 2249 0 022uF 50V Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021 90020 2330 0 1uF 10 250V Metalized Polyester 2222 368 90177 2340 10uF 20 250V Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019...

Page 163: ... 3198 011 01020 3208 220 ohm 5 3198 021 52210 3209 68 ohm 5 3198 021 56890 3212 470 ohm 5 3198 021 54710 3213 560 ohm 5 1 6W Carbon 3198 011 05610 3217 330k 5 3198 021 53340 3218 82k 5 3198 021 58230 3219 2 2k 5 3198 021 52220 3220 100 ohm 5 1 6W Carbon 3198 011 01010 3221 560 ohm 5 1 6W Carbon 3198 011 05610 3222 100 ohm 5 1 6W Carbon 3198 011 01010 3226 560 ohm 5 3198 021 55610 3235 100 ohm 5 1 ...

Page 164: ...21 90020 4402 Zero ohm Chip Jumper 3198 021 90020 4613 Zero ohm Chip Jumper 3198 021 90020 4614 Zero ohm Chip Jumper 3198 021 90020 4615 Zero ohm Chip Jumper 3198 021 90020 4617 Zero ohm Chip Jumper 3198 021 90020 4619 Zero ohm Chip Jumper 3198 021 90020 4622 Zero ohm Chip Jumper 3198 021 90020 4623 Zero ohm Chip Jumper 3198 021 90020 4691 Zero ohm Chip Jumper 3198 021 90020 4692 Zero ohm Chip Jum...

Page 165: ...20 50V Electrolytic 3198 025 51090 2698 0 1uF 10 50V Metalized Polyester 3198 014 01040 3500 3 3Meg 5 2322 242 13335 3501 3 3Meg 5 2322 242 13335 3685 560 ohm 5 1 6W Carbon 3198 011 05610 3691 330 ohm 5 1 6W Carbon 3198 011 03310 3693 220 ohm 5 1 6W Carbon 3198 011 02210 6691 LED LTL 10224WHCR LITO B 9322 050 99682 6692 IR Receiver TSOP1836UH3V TEG L 9322 127 54667 9001 Jumper Wire 0322 179 00003 ...

Page 166: ...V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Chip Jumper 3198 021 90020 2330 0 1uF 10 250V Metalized Polyester 2222 368 90177 2340 10uF 20 250V Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 0 001uF 50V Ceramic 3198 017 01020 2343 3300pF 2kV 10 Ceramic 2020 558 90529 2344 0 1uF 25V Ceramic 3198 0...

Page 167: ...60 ohm 5 3198 021 55610 3235 100 ohm 5 1 6W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 680k 5 3198 021 56840 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon 3198 011 08210 3250 8 2k 5 1 6W Carbon 3198 011 08220 3251 100 ohm 5 1 6W Carbon 3198 011 01010 3256 1k 5 31...

Page 168: ...21 90020 4903 Zero ohm Chip Jumper 3198 021 90020 4982 Zero ohm Chip Jumper 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 820nH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880 5202 Fixed Inductor 10uH 10 3198 018 21090 5204 Fixed Inductor Bead 100MHz 3198 018 90020 5205 Fixed Inductor Bead 100MHz 3198 018 90020 5206 Fixed Inductor Bead 100MHz 3198 018 ...

Page 169: ...12 020 00725 0253 3 Pin Connector 2422 025 16382 0254 5 Pin Connector 2422 025 12481 0255 4 Pin Connector 2422 025 12479 2171 470pF 50V Ceramic 3198 019 14710 2172 470pF 50V Ceramic 3198 019 14710 2173 470pF 50V Ceramic 3198 019 14710 2174 470pF 50V Ceramic 3198 019 14710 2176 470pF 50V Ceramic 3198 019 14710 2177 100uF 20 25V Electrolytic 3198 025 31010 2178 470pF 50V Ceramic 3198 019 14710 2179 ...

Page 170: ... 02230 2241 1500pF 50 Volt Ceramic 3198 017 01520 2242 1uF 16V Ceramic 3198 017 21050 2243 2200pF 50 Volt Ceramic 3198 017 02220 2244 0 1uF 10 63V Polyester 2222 370 75104 2245 0 22uF 25V Ceramic 3198 023 22240 2247 1000uF 20 16V Electrolytic 3198 026 21020 2248 0 022uF 50 Volt Ceramic 3198 017 02230 2249 0 022uF 50 Volt Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 100...

Page 171: ...5 3198 021 56890 3212 470 ohm 5 3198 021 54710 3213 560 ohm 5 1 6W Carbon 3198 011 05610 3217 330k 5 3198 021 53340 3218 82k 5 3198 021 58230 3219 2 2k 5 3198 021 52220 3220 100 ohm 5 1 6 W Carbon 3198 011 01010 3221 560 ohm 5 1 6W Carbon 3198 011 05610 3222 100 ohm 5 1 6 W Carbon 3198 011 01010 3226 560 ohm 5 3198 021 55610 3235 100 ohm 5 1 6 W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242...

Page 172: ...m 3198 021 90020 4821 Jumper 0 05 ohm 3198 021 90020 4831 Jumper 0 05 ohm 3198 021 90020 4833 Jumper 0 05 ohm 3198 021 90020 4835 Jumper 0 05 ohm 3198 021 90020 4901 Jumper 0 05 ohm 3198 021 90020 4903 Jumper 0 05 ohm 3198 021 90020 4982 Jumper 0 05 ohm 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 0 82uH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880...

Page 173: ... 9417 Jumper 3198 036 90010 9418 Jumper 3198 036 90010 9419 Jumper 3198 036 90010 9421 Jumper 3198 036 90010 9422 Jumper 3198 036 90010 9423 Jumper 3198 036 90010 9425 Jumper 3198 036 90010 9453 Jumper 3198 036 90010 9460 Jumper 3198 036 90010 9500 Jumper 3198 036 90010 9501 Jumper 3198 036 90010 9503 Jumper 3198 036 90010 9506 Jumper 3198 036 90010 9507 Jumper 3198 036 90010 9512 Jumper 3198 036 ...

Page 174: ...7 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 CBA Main Chassis 3139 127 23141 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 29LW602 221 Cabinet Parts Model 29LW602 221 Cabinet Parts S AC01 AC Power Cord Non Polarized 3135 010 04731 AC02 Anod...

Page 175: ...c 3198 016 01010 2462 0 33uF 10 50V Polyester 3198 014 03340 2463 470pF 10 2kV Ceramic 2020 558 90483 2465 0 011uF 5 1 6kV Polypropylene 2222 375 90155 2471 0 1uF 10 63V Polyester 2222 365 75104 2472 0 15uF 10 63V Polyester 2222 365 75154 2473 0 1uF 10 63V Polyester 2222 365 75104 2474 2200pF 50 Volt Ceramic 3198 017 02220 2475 2200pF 50 Volt Ceramic 3198 017 02220 2476 4700pF 50 Volt Ceramic 3198...

Page 176: ... 3198 012 13370 3528 Jumper 0 05 ohm 3198 021 90020 3529 47k 5 3198 021 54730 3530 10k 5 3198 021 51030 3531 4 7k 5 3198 021 54720 S 3532 Fusible Resistor 2 2k 5 2306 204 03222 3541 470 ohm 5 3198 021 54710 3542 1 5k 5 3198 021 51520 3543 82k 1 Metal Film 2312 915 18203 3544 4 7k 1 2322 734 64702 3545 270k ohm 5 1 8W 2322 730 61274 3548 15k 5 3198 021 51530 3549 220 ohm 5 1 6 W Carbon 3198 011 022...

Page 177: ...98 020 43430 7471 IC TDA8359J 9352 635 76112 S 7480 Transistor Power BD135 16 3198 020 41190 S 7482 Transistor Power BD135 16 3198 020 41190 S 7515 Opto Coupler TCET1103 9322 140 14667 7520 IC TEA1507P N1 9352 673 56112 S 7521 FET Power STP8NC50FP 9322 160 72687 7522 Transistor Signal BC847B 3198 010 42030 7540 Transistor Signal BC547B 3198 020 40030 7541 Transistor Signal PDTC114ET 9340 310 10215...

Page 178: ...90010 9912 Jumper 3198 036 90010 9913 Jumper 3198 036 90010 9914 Jumper 3198 036 90010 9915 Jumper 3198 036 90010 9916 Jumper 3198 036 90010 9918 Jumper 3198 036 90010 9919 Jumper 3198 036 90010 9920 Jumper 3198 036 90010 9921 Jumper 3198 036 90010 9922 Jumper 3198 036 90010 9991 Jumper 3198 036 90010 9994 Jumper 3198 036 90010 9996 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 CBA Main Chassis...

Page 179: ...F 25V Ceramic 3198 023 21040 2209 4 7uF 20 50V Electrolytic Used w CRT A80ECK272X56 3198 025 54780 2209 10uF 20 50V Electrolytic Used w C RT A80QCF340X34 N 3198 025 51090 2210 1 0uF 20 50V Electrolytic 3198 025 51080 2211 0 47uF 16 Volt Ceramic 3198 017 24740 2213 0 022uF 50 Volt Ceramic 3198 017 02230 2214 0 022uF 50 Volt Ceramic 3198 017 02230 2215 0 022uF 50 Volt Ceramic 3198 017 02230 2216 100...

Page 180: ...220k 5 3198 021 52240 3111 75 ohm 5 1 6 W Carbon 3198 011 07590 3112 100 ohm 5 1 6 W Carbon 3198 011 01010 3113 75 ohm 5 1 6 W Carbon 3198 011 07590 3114 100 ohm 5 1 6 W Carbon 3198 011 01010 3115 75 ohm 5 1 6 W Carbon 3198 011 07590 3116 100 ohm 5 1 6 W Carbon 3198 011 01010 3121 75 ohm 5 1 6 W Carbon 3198 011 07590 3122 100 ohm 5 1 6 W Carbon 3198 011 01010 3123 150 ohm 5 1 6 W Carbon 3198 011 0...

Page 181: ...03 3544 4 7k 1 2322 734 64702 3545 270k ohm 5 1 8W 2322 730 61274 3548 15k 5 3198 021 51530 3549 220 ohm 5 1 6 W Carbon 3198 011 02210 3552 10k 5 3198 021 51030 3557 1k 5 3198 021 51020 3560 47 ohm 5 1 6 W Carbon 3198 011 04790 3561 100 ohm 5 1 6 W Carbon 3198 011 01010 3562 12k 5 3198 021 51230 3563 5 6k 5 3198 021 55620 S 3564 Power Resistor 0 1 ohm 5 2 W 3198 012 21070 S 3565 Power Resistor 330...

Page 182: ...V70 9331 849 10215 6566 Diode Signal 1N4148 3198 010 10010 6569 Diode Signal BAS316 3198 010 10630 6570 Diode Regulator BZX384 C 6 8 Vol 3198 020 56880 6580 Diode Signal BAS316 3198 010 10630 6581 Diode Signal BAS316 3198 010 10630 6681 Diode Signal BAT85 9336 247 60133 6691 LED VS LTL 10224WHCR 9322 050 99682 6692 IR Receiver TSOP1836UH3VL 9322 127 54667 6831 Diode Signal 1N4148 3198 010 10010 69...

Page 183: ...36 90010 9829 Jumper 3198 036 90010 9830 Jumper 3198 036 90010 9831 Jumper 3198 036 90010 9832 Jumper 3198 036 90010 9834 Jumper 3198 036 90010 9835 Jumper 3198 036 90010 9836 Jumper 3198 036 90010 9837 Jumper 3198 036 90010 9838 Jumper 3198 036 90010 9839 Jumper 3198 036 90010 9840 Jumper 3198 036 90010 9841 Jumper 3198 036 90010 9842 Jumper 3198 036 90010 9843 Jumper 3198 036 90010 9844 Jumper 3...

Page 184: ...050 2243 2200pF 50V Ceramic 3198 017 02220 2244 0 1uF 10 50V Metalized Polyester 3198 014 01040 2245 0 22uF 25V Ceramic 3198 023 22240 2247 1000uF 20 16V Electrolytic 3198 026 21020 2248 0 022uF 50V Ceramic 3198 017 02230 2249 0 022uF 50V Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm ...

Page 185: ... 08220 3175 8 2k 5 1 6W Carbon 3198 011 08220 3176 100 ohm 5 1 6W Carbon 3198 011 01010 3177 8 2k 5 1 6W Carbon 3198 011 08220 3178 3 9k 5 1 6W Carbon 3198 011 03920 3179 2 2k 5 1 6W Carbon 3198 011 02220 3200 390 ohm 5 1 6W Carbon 3198 011 03910 3201 100 ohm 5 1 6W Carbon 3198 011 01010 3202 100 ohm 5 1 6W Carbon 3198 011 01010 3203 100 ohm 5 1 6W Carbon 3198 011 01010 3204 10k 5 1 6W Carbon 3198...

Page 186: ... 3198 011 01010 3833 100 ohm 5 1 6W Carbon 3198 011 01010 3836 1k 5 3198 021 51020 3837 100 ohm 5 1 6W Carbon 3198 011 01010 3838 1k 5 3198 021 51020 3839 100 ohm 5 1 6W Carbon 3198 011 01010 3843 2 2k 5 3198 021 52220 3901 1k 5 3198 021 51020 3902 3 3k 5 3198 021 53320 3903 18k 5 3198 021 51830 3904 10k 5 3198 021 51030 3905 3 3k 5 3198 021 53320 3906 10k 5 3198 021 51030 3907 8 2k 5 3198 021 582...

Page 187: ...160 81682 7901 IC AN7522N 9322 158 65667 9181 Jumper Wire 0322 179 00003 9463 Jumper Wire 0322 179 00003 9848 Jumper Wire 0322 179 00003 9849 Jumper Wire 0322 179 00003 9903 Jumper Wire 0322 179 00003 CBA Main Chassis 3139 137 21411 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel 0216 3 Pin Connector 2412 020 00725 0219 5 Pin Connector 2422 025 12481 0229 2 ...

Page 188: ... 00003 9917 Jumper Wire 0322 179 00003 9919 Jumper Wire 0322 179 00003 9920 Jumper Wire 0322 179 00003 9921 Jumper Wire 0322 179 00003 9922 Jumper Wire 0322 179 00003 9924 Jumper Wire 0322 179 00003 9925 Jumper Wire 0322 179 00003 9927 Jumper Wire 0322 179 00003 9928 Jumper Wire 0322 179 00003 Side A V Headphone Panel Side A V Headphone Panel 0232 Headphone Socket 2422 026 04747 0250 3 Pin Socket ...

Page 189: ...ic Used w CRT A80ECK272X56 3198 025 54780 2209 10uF 20 50V Electrolytic Used w C RT A80QCF340X34 N 3198 025 51090 2210 1 0uF 20 50V Electrolytic 3198 025 51080 2211 0 47uF 16 Volt Ceramic 3198 017 24740 2213 0 022uF 50 Volt Ceramic 3198 017 02230 2214 0 022uF 50 Volt Ceramic 3198 017 02230 2215 0 022uF 50 Volt Ceramic 3198 017 02230 2216 1000uF 20 16V Electrolytic 3198 026 21020 2217 0 022uF 50 Vo...

Page 190: ...90 3112 100 ohm 5 1 6 W Carbon 3198 011 01010 3113 75 ohm 5 1 6 W Carbon 3198 011 07590 3114 100 ohm 5 1 6 W Carbon 3198 011 01010 3115 75 ohm 5 1 6 W Carbon 3198 011 07590 3116 100 ohm 5 1 6 W Carbon 3198 011 01010 3121 75 ohm 5 1 6 W Carbon 3198 011 07590 3122 100 ohm 5 1 6 W Carbon 3198 011 01010 3123 150 ohm 5 1 6 W Carbon 3198 011 01510 3124 47k 5 3198 021 54730 3125 150 ohm 5 1 6 W Carbon 31...

Page 191: ...5 1 8W 2322 730 61274 3548 15k 5 3198 021 51530 3549 220 ohm 5 1 6 W Carbon 3198 011 02210 3552 10k 5 3198 021 51030 3557 1k 5 3198 021 51020 3560 47 ohm 5 1 6 W Carbon 3198 011 04790 3561 100 ohm 5 1 6 W Carbon 3198 011 01010 3562 12k 5 3198 021 51230 3563 5 6k 5 3198 021 55620 S 3564 Power Resistor 0 1 ohm 5 2 3198 012 21070 S 3565 Power Resistor 330 ohm 5 1 W 3198 012 13310 3566 2 2k 5 3198 021...

Page 192: ...9 Diode Signal BAS316 3198 010 10630 6570 Diode Regulator BZX384 C 6 8 3198 020 56880 6580 Diode Signal BAS316 3198 010 10630 6581 Diode Signal BAS316 3198 010 10630 6681 Diode Signal BAT85 9336 247 60133 6691 LED VS LTL 10224WHCR 9322 050 99682 6692 IR Receiver TSOP1836UH3VL 9322 127 54667 6831 Diode Signal 1N4148 3198 010 10010 6901 Jumper 0 05 ohm 3198 021 90020 7101 Transistor Signal BC847B 31...

Page 193: ... 90010 9845 Jumper 3198 036 90010 9846 Jumper 3198 036 90010 9847 Jumper 3198 036 90010 9848 Jumper 3198 036 90010 9849 Jumper 3198 036 90010 9851 Jumper 3198 036 90010 9901 Jumper 3198 036 90010 9902 Jumper 3198 036 90010 9903 Jumper 3198 036 90010 9904 Jumper 3198 036 90010 9911 Jumper 3198 036 90010 9912 Jumper 3198 036 90010 9913 Jumper 3198 036 90010 9914 Jumper 3198 036 90010 9915 Jumper 319...

Page 194: ...C847B 3198 010 42030 7818 IC HEF4053BT 9333 729 60653 7820 Transistor BC847B 3198 010 42030 7890 IC MC78M05CT 9334 703 90687 7891 Transistor BC337 40 9331 796 00126 9800 Jumper Wire 0322 179 00003 9801 Jumper Wire 0322 179 00003 9810 Jumper Wire 0322 179 00003 9911 Jumper Wire 0322 179 00003 9912 Jumper Wire 0322 179 00003 9913 Jumper Wire 0322 179 00003 9914 Jumper Wire 0322 179 00003 9915 Jumper...

Page 195: ...0 2243 2200pF 50V Ceramic 3198 017 02220 2244 0 1uF 10 50V Metalized Polyester 3198 014 01040 2245 0 22uF 25V Ceramic 3198 023 22240 2247 1000uF 20 16V Electrolytic 3198 026 21020 2248 0 022uF 50V Ceramic 3198 017 02230 2249 0 022uF 50V Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50V Ceramic 3198 016 01020 2253 1000pF 50V Ceramic 3198 016 01020 2254 Zero ohm Ch...

Page 196: ...bon 3198 011 01030 3174 8 2k 5 1 6W Carbon 3198 011 08220 3175 8 2k 5 1 6W Carbon 3198 011 08220 3176 100 ohm 5 1 6W Carbon 3198 011 01010 3177 8 2k 5 1 6W Carbon 3198 011 08220 3178 3 9k 5 1 6W Carbon 3198 011 03920 3179 2 2k 5 1 6W Carbon 3198 011 02220 3200 390 ohm 5 1 6W Carbon 3198 011 03910 3201 100 ohm 5 1 6W Carbon 3198 011 01010 3202 100 ohm 5 1 6W Carbon 3198 011 01010 3203 100 ohm 5 1 6...

Page 197: ...8 021 54730 3832 100 ohm 5 1 6W Carbon 3198 011 01010 3833 100 ohm 5 1 6W Carbon 3198 011 01010 3836 1k 5 3198 021 51020 3837 100 ohm 5 1 6W Carbon 3198 011 01010 3838 1k 5 3198 021 51020 3839 100 ohm 5 1 6W Carbon 3198 011 01010 3843 2 2k 5 3198 021 52220 3901 1k 5 3198 021 51020 3902 3 3k 5 3198 021 53320 3903 18k 5 3198 021 51830 3904 10k 5 3198 021 51030 3905 3 3k 5 3198 021 53320 3906 10k 5 3...

Page 198: ...729 60653 7831 IC MSP3445G PO B8 9322 160 81682 7901 IC AN7522N 9322 158 65667 9101 Jumper Wire 0322 179 00003 9102 Jumper Wire 0322 179 00003 9103 Jumper Wire 0322 179 00003 9181 Jumper Wire 0322 179 00003 9424 Jumper Wire 0322 179 00003 9463 Jumper Wire 0322 179 00003 9696 Jumper Wire 0322 179 00003 9833 Jumper Wire 0322 179 00003 9848 Jumper Wire 0322 179 00003 9849 Jumper Wire 0322 179 00003 9...

Page 199: ...r Wire 0322 179 00003 9915 Jumper Wire 0322 179 00003 9917 Jumper Wire 0322 179 00003 9919 Jumper Wire 0322 179 00003 9920 Jumper Wire 0322 179 00003 9921 Jumper Wire 0322 179 00003 9922 Jumper Wire 0322 179 00003 9924 Jumper Wire 0322 179 00003 9925 Jumper Wire 0322 179 00003 9927 Jumper Wire 0322 179 00003 9928 Jumper Wire 0322 179 00003 Side A V Headphone Panel Side A V Headphone Panel 0232 Hea...

Page 200: ...ized Polypro pylene 2020 301 90251 2471 0 1uF 10 50V Metalized Polyester 3198 014 01040 2472 0 15uF 10 50V Metalized Polyester 3198 014 01540 2473 0 1uF 10 50V Metalized Polyester 3198 014 01040 2474 2200pF 50V Ceramic 3198 017 02220 2475 2200pF 50V Ceramic 3198 017 02220 2476 4700pF 50V Ceramic 3198 017 04720 2480 47uF 20 25V Electrolytic 2020 021 90586 2481 470pF 500V Ceramic 3198 019 44710 2482...

Page 201: ...22 156 22202 3477 150 ohm 5 1 6W Carbon 3198 011 01510 3478 150 ohm 5 1 6W Carbon 3198 011 01510 3479 2 7k 5 3198 021 52720 3480 1 5 ohm 5 Carbon 2138 101 10158 3481 12k 1 Metal Film 2322 156 21203 3482 12k 1 Metal Film 2322 156 21203 3484 3 9k 5 1 6W Carbon 3198 011 03920 3486 33 ohm 5 3W Power Resistor 3198 012 33390 3488 4 7 ohm 5 Fusible Resistor NFR25H 2306 207 03478 3490 8 2k 5 1 6W Carbon 3...

Page 202: ...5 15 Volt 3198 010 21590 6481 Diode Regulator BZX79 C5V6 5 6 Volt 3198 010 25680 6482 Diode Regulator BZX79 C9V1 9 1 Volt 9331 177 80133 6483 Diode Regulator BZX79 C33 33 Volt 3198 010 23390 6485 Diode Rectifier BYD33J 9337 234 20133 6486 Diode Rectifier EGP20DL 5100 9322 164 42682 6487 Diode Rectifier BYD33D 9337 234 00133 6488 Diode Rectifier EGP20DL 5100 9322 164 42682 6500 Bridge Rectifier GBU...

Page 203: ...ng 3139 121 26231 AC32 Assembly Braid 3135 010 07301 MODEL MS2530C 121 CBA S MODEL MS2530C 121 CBA S CBA Main Chassis 3139 127 23041 Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 204: ... Polypro pylene 2020 301 90251 2471 0 1uF 10 50V Metalized Polyester 3198 014 01040 2472 0 15uF 10 50V Metalized Polyester 3198 014 01540 2473 0 1uF 10 50V Metalized Polyester 3198 014 01040 2474 2200pF 50V Ceramic 3198 017 02220 2475 2200pF 50V Ceramic 3198 017 02220 2476 4700pF 50V Ceramic 3198 017 04720 2480 47uF 20 25V Electrolytic 2020 021 90586 2481 470pF 500V Ceramic 3198 019 44710 2482 0 0...

Page 205: ...2 156 22202 3477 150 ohm 5 1 6W Carbon 3198 011 01510 3478 150 ohm 5 1 6W Carbon 3198 011 01510 3479 2 7k 5 3198 021 52720 3480 1 5 ohm 5 Carbon 2120 101 74158 3481 12k 1 Metal Film 2322 156 21203 3482 12k 1 Metal Film 2322 156 21203 3484 3 9k 5 1 6W Carbon 3198 011 03920 3486 33 ohm 5 3W Power Resistor 3198 012 33390 3488 4 7 ohm 5 Fusible Resistor NFR25H 2306 207 03478 3490 8 2k 5 1 6W Carbon 31...

Page 206: ...0 6476 Diode Regulator BZX79 C15 15 Volt 3198 010 21590 6481 Diode Regulator BZX79 C5V6 5 6 Volt 3198 010 25680 6482 Diode Regulator BZX79 C9V1 9 1 Volt 9331 177 80133 6483 Diode Regulator BZX79 C33 33 Volt 3198 010 23390 6485 Diode Rectifier BYD33J 9337 234 20133 6486 Diode Rectifier EGP20DL 5100 9322 164 42682 6487 Diode Rectifier BYD33D 9337 234 00133 6488 Diode Rectifier EGP20DL 5100 9322 164 ...

Page 207: ...ng 3139 121 26231 AC32 Assembly Braid 3135 010 07311 MODEL MS2730C 121 CBA S MODEL MS2730C 121 CBA S CBA Main Chassis 3139 127 23111 Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 208: ...t Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50 Volt NP0 Ceramic 3198 016 01020 2253 1000pF 50 Volt NP0 Ceramic 3198 016 01020 2254 Jumper 0 05 ohm 3198 021 90020 2330 0 1uF 10 250V Polyester 2222 368 90177 2340 10uF 20 250 Volt Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 1000pF 50 Volt Ceramic 3198 017 01020 2343 3300pF 10 2kV Cer...

Page 209: ...98 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon Film 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 Res 680k 5 Used w CRT A80ECK272X56 3198 021 56840 3247 Res 390k 5 Used w CRT A80QCF340X34 N 3198 021 54740 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon Film 3198 011 08210 3250 8 2k 5 1 6W Carbon Film 3198 011 08220 3251 10...

Page 210: ...05 ohm 3198 021 90020 4209 Jumper 0 05 ohm 3198 021 90020 4216 Jumper 0 05 ohm 3198 021 90020 4217 Jumper 0 05 ohm 3198 021 90020 4401 Jumper 0 05 ohm 3198 021 90020 4402 Jumper 0 05 ohm 3198 021 90020 4613 Jumper 0 05 ohm 3198 021 90020 4614 Jumper 0 05 ohm 3198 021 90020 4615 Jumper 0 05 ohm 3198 021 90020 4617 Jumper 0 05 ohm 3198 021 90020 4619 Jumper 0 05 ohm 3198 021 90020 4622 Jumper 0 05 o...

Page 211: ...036 90010 9171 Jumper 3198 036 90010 9172 Jumper 3198 036 90010 9173 Jumper 3198 036 90010 9175 Jumper 3198 036 90010 9176 Jumper 3198 036 90010 9178 Jumper 3198 036 90010 9179 Jumper 3198 036 90010 9182 Jumper 3198 036 90010 9183 Jumper 3198 036 90010 9191 Jumper 3198 036 90010 9192 Jumper 3198 036 90010 9193 Jumper 3198 036 90010 9311 Jumper 3198 036 90010 9341 Jumper 3198 036 90010 9342 Jumper ...

Page 212: ... 90010 9920 Jumper 3198 036 90010 9921 Jumper 3198 036 90010 9922 Jumper 3198 036 90010 9991 Jumper 3198 036 90010 9993 Jumper 3198 036 90010 9994 Jumper 3198 036 90010 9996 Jumper 3198 036 90010 9997 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 CBA Main Chassis 3139 127 23191 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side ...

Page 213: ...17 24730 2444 1uF 20 50V Electrolytic 3198 025 51080 2450 47uF 20 160V Electrolytic 2020 021 91139 2451 0 015uF 10 50V Metalized Polyeste 3198 014 01530 2455 47uF 20 25V Electrolytic 3198 025 34790 2457 0 43uF 5 250V Metalized Polypropy lene 2022 333 00164 2458 2 2uF 20 100V Electrolytic 2020 021 91331 2459 680pF 500V Ceramic 3198 019 46810 2460 100pF 50V Ceramic 3198 016 01010 2463 1200pF 2kV 10 ...

Page 214: ...0 3400 330 ohm 5 1 6W Carbon 3198 011 03310 3401 33k 5 1 6W Carbon 3198 011 03330 3403 82k 5 1 6W Carbon 3198 011 08230 3404 1k 5 1 6W Carbon 3198 011 01020 3405 4 7 ohm 5 1 6W Carbon 3198 011 04780 3406 4 7 ohm 5 1 6W Carbon 3198 011 04780 3408 100 ohm 5 1 6W Carbon 3198 011 01010 3410 10k 5 1 6W Carbon 3198 011 01030 3411 4 7 ohm 5 Fusible Resistor NFR25 2306 204 03478 3441 100 ohm 5 3198 021 51...

Page 215: ...390 5452 Fixed Inductor Bead 100MHz 3198 018 90020 5457 Linear Correction Coil 3128 138 53201 5461 Signal Driver Transformer SC10027 00 B 2422 531 02478 5463 Choke Coil 0 15uH 3128 138 37021 5471 Fixed Inductor 3 3uH 20 3198 018 73380 5472 Fixed Inductor 3 3uH 10 3198 018 23380 5480 Fixed Inductor 3 9uH 10 LAL04 2422 535 97323 5501 AC Filter DMF2405H60 2422 549 43432 5520 Transformer SS39009 04 24...

Page 216: ...phone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model MS3250C 129 Cabinet Parts Model MS3250C 129 Cabinet Parts S AC01 AC Power Cord 3135 010 03831 AC03 Cabinet Back 3139 124 25312 AC04 Cabinet Front Assembly 3121 237 51831 AC04A Cabinet Front Included in Front Assy 3139 137 ...

Page 217: ...yest er 2222 370 75104 2245 Cap 220n 80 20 16v Ceramic 3198 017 42240 2247 Cap 1000u 20 16v Electrolytic 3198 026 21020 2248 Cap 22n 10 50v Ceramic 3198 017 02230 2249 Cap 22n 10 50v Ceramic 3198 017 02230 2250 Cap 2u2 20 50v Electrolytic 3198 025 52280 2252 Cap 1n 5 50v Ceramic 3198 016 01020 2253 Cap 1n 5 50v Ceramic 3198 016 01020 2254 Res Zero ohm Chip Jumper 3198 021 90020 2330 Cap 100n 10 25...

Page 218: ...16W Metalized Gla ss 3198 021 35610 3235 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3241 Res 22K 5 1 16W Metalized Glass 3198 021 32230 3242 Res 12K 5 1 10W Metalized Glass 3198 021 51230 3244 Res 820 ohm 5 1 6W Carbon Film 3198 011 08210 3245 Res 39K 5 1 10W Metalized Glass 3198 021 53930 3246 Res 10K 5 1 10W Metalized Glass 3198 021 51030 3247 Res 680K 5 1 10W Metalized Glass 3198 021 56840 3...

Page 219: ...etalized Glass 3198 021 31020 3837 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3838 Res 1K 5 1 16W Metalized Glass 3198 021 31020 3839 Res 100 ohm 5 1 6W Carbon Film 3198 011 01010 3843 Res 2K2 5 1 16W Metalized Glass 3198 021 32220 3901 Res 1K 5 1 16W Metalized Glass 3198 021 31020 3902 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3903 Res 3K3 5 1 16W Metalized Glass 3198 021 33320 3904 Res 1...

Page 220: ...mper 3198 036 90010 9172 Jumper 3198 036 90010 9173 Jumper 3198 036 90010 9175 Jumper 3198 036 90010 9176 Jumper 3198 036 90010 9178 Jumper 3198 036 90010 9179 Jumper 3198 036 90010 9182 Jumper 3198 036 90010 9183 Jumper 3198 036 90010 9192 Jumper 3198 036 90010 9193 Jumper 3198 036 90010 9311 Jumper 3198 036 90010 9341 Jumper 3198 036 90010 9342 Jumper 3198 036 90010 9343 Jumper 3198 036 90010 94...

Page 221: ...er 3198 036 90010 9918 Jumper 3198 036 90010 9919 Jumper 3198 036 90010 9920 Jumper 3198 036 90010 9921 Jumper 3198 036 90010 9922 Jumper 3198 036 90010 9991 Jumper 3198 036 90010 9993 Jumper 3198 036 90010 9994 Jumper 3198 036 90010 9996 Jumper 3198 036 90010 9997 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 Model MS3650C 127 Cabinet Parts Model MS3650C 127 Cabinet Parts AC01 AC Power Cord 31...

Page 222: ... Ceramic 3198 017 24730 2444 1uF 20 50V Electrolytic 3198 025 51080 2450 47uF 20 160V Electrolytic 2020 021 91139 2451 0 015uF 10 50V Metalized Polyeste 3198 014 01530 2455 47uF 20 25V Electrolytic 3198 025 34790 2457 0 47uF 5 250V Metalized Polypropy lene 2022 333 00086 2458 2 2uF 20 100V Electrolytic 2020 021 91331 2459 680pF 500V Ceramic 3198 019 46810 2460 100pF 50V Ceramic 3198 016 01010 2463...

Page 223: ... ohm Chip Jumper 3198 021 90020 3400 330 ohm 5 1 6W Carbon 3198 011 03310 3401 33k 5 1 6W Carbon 3198 011 03330 3403 100k 5 1 6W Carbon 3198 011 01040 3404 1k 5 1 6W Carbon 3198 011 01020 3405 4 7 ohm 5 1 6W Carbon 3198 011 04780 3406 4 7 ohm 5 1 6W Carbon 3198 011 04780 3408 100 ohm 5 1 6W Carbon 3198 011 01010 3410 10k 5 1 6W Carbon 3198 011 01030 3411 4 7 ohm 5 Fusible Resistor NFR25 2306 204 0...

Page 224: ...Fixed Inductor 33uH 10 3198 018 73390 5452 Fixed Inductor Bead 100MHz 3198 018 90020 5457 Linear Correction Coil 3128 138 55881 5461 Signal Driver Transformer SC10015 00 B 2422 531 02465 5463 Choke Coil 0 15uH 3128 138 37021 5471 Fixed Inductor 3 3uH 20 3198 018 73380 5472 Fixed Inductor 3 3uH 10 3198 018 23380 5480 Fixed Inductor 2 2uH 20 LAL04 2422 535 97319 5501 AC Filter DMF2405H60 2422 549 43...

Page 225: ... I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model MS3650C 129 Cabinet Parts Model MS3650C 129 Cabinet Parts S AC01 AC Power Cord 3135 010 03831 AC02 Anode Clip 3135 014 04471 AC03 Cabinet Back 3139 124 25332 AC04 Cabinet Front Assembly 3121 237 51851 AC04...

Page 226: ...40 2473 0 1uF 10 50V Metalized Polyester 3198 014 01040 2474 2200pF 50V Ceramic 3198 017 02220 2475 2200pF 50V Ceramic 3198 017 02220 2476 4700pF 50V Ceramic 3198 017 04720 2480 47uF 20 25V Electrolytic 2020 021 90586 2481 470pF 500V Ceramic 3198 019 44710 2482 0 068uF 10 250V Polypropylene 2222 347 90234 2485 4 7uF 20 250V Electrolytic 2020 021 90856 2486 470uF 20 16V Electrolytic 2020 021 91577 ...

Page 227: ...8 15k 5 3198 021 51530 3549 470 ohm 5 1 6W Carbon 3198 011 04710 3552 10k 5 3198 021 51030 3557 1k 5 3198 021 51020 3560 47 ohm 5 1 6W Carbon 3198 011 04790 3561 220 ohm 5 1 6W Carbon 3198 011 02210 3562 12k 5 3198 021 51230 3563 5 6k 5 3198 021 55620 3564 0 1 ohm 5 2W Power Resistor 3198 012 21070 3565 330 ohm 5 1W Power Resistor 3198 012 13310 3566 2 2k 5 3198 021 52220 3567 3 3k 5 3198 021 5332...

Page 228: ... 42150 7330 IC TDA6107Q N2 9352 576 50112 7441 Transistor BC857B 3198 010 42150 7443 Transistor BC557B 3198 020 40110 7450 Transistor PDTA114ET 3198 010 44010 7460 Power Transistor BU4508DX clip 0140 9340 550 92127 7461 Transistor BC337 25 3198 020 43530 7462 Transistor PDTC143ZT 9340 547 00215 7463 Transistor BC327 25 3198 020 43430 7471 IC TDA8359J 9352 635 76112 7480 Power Transistor BD135 16 3...

Page 229: ...50 2243 2200pF 50 Volt Ceramic 3198 017 02220 2244 0 1uF 10 63V Polyester 2222 370 75104 2245 0 22uF 25V Ceramic 3198 023 22240 2247 1000uF 20 16V Electrolytic 3198 026 21020 2248 0 022uF 50 Volt Ceramic 3198 017 02230 2249 0 022uF 50 Volt Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50 Volt NP0 Ceramic 3198 016 01020 2253 1000pF 50 Volt NP0 Ceramic 3198 016 010...

Page 230: ...21 51020 3206 33k 5 3198 021 53330 3207 1k 5 1 6 W Carbon 3198 011 01020 3208 220 ohm 5 3198 021 52210 3209 68 ohm 5 3198 021 56890 3212 470 ohm 5 3198 021 54710 3213 560 ohm 5 1 6W Carbon 3198 011 05610 3217 330k 5 3198 021 53340 3218 82k 5 3198 021 58230 3219 2 2k 5 3198 021 52220 3220 100 ohm 5 1 6 W Carbon 3198 011 01010 3221 560 ohm 5 1 6W Carbon 3198 011 05610 3222 100 ohm 5 1 6 W Carbon 319...

Page 231: ...r 0 05 ohm 3198 021 90020 4619 Jumper 0 05 ohm 3198 021 90020 4622 Jumper 0 05 ohm 3198 021 90020 4623 Jumper 0 05 ohm 3198 021 90020 4691 Jumper 0 05 ohm 3198 021 90020 4692 Jumper 0 05 ohm 3198 021 90020 4693 Jumper 0 05 ohm 3198 021 90020 4801 Jumper 0 05 ohm 3198 021 90020 4821 Jumper 0 05 ohm 3198 021 90020 4831 Jumper 0 05 ohm 3198 021 90020 4833 Jumper 0 05 ohm 3198 021 90020 4835 Jumper 0 ...

Page 232: ... 3198 036 90010 9406 Jumper 3198 036 90010 9407 Jumper 3198 036 90010 9408 Jumper 3198 036 90010 9409 Jumper 3198 036 90010 9410 Jumper 3198 036 90010 9411 Jumper 3198 036 90010 9412 Jumper 3198 036 90010 9413 Jumper 3198 036 90010 9414 Jumper 3198 036 90010 9415 Jumper 3198 036 90010 9416 Jumper 3198 036 90010 9417 Jumper 3198 036 90010 9418 Jumper 3198 036 90010 9419 Jumper 3198 036 90010 9421 J...

Page 233: ...198 036 90010 9922 Jumper 3198 036 90010 9991 Jumper 3198 036 90010 9994 Jumper 3198 036 90010 9996 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 CBA Main Chassis 3139 123 53586 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model MT2501C 125 Cabinet...

Page 234: ...39 121 24581 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 235: ... 02230 2241 1500pF 50 Volt Ceramic 3198 017 01520 2242 1uF 16V Ceramic 3198 017 21050 2243 2200pF 50 Volt Ceramic 3198 017 02220 2244 0 1uF 10 63V Polyester 2222 370 75104 2245 0 22uF 25V Ceramic 3198 023 22240 2247 1000uF 20 16V Electrolytic 3198 026 21020 2248 0 022uF 50 Volt Ceramic 3198 017 02230 2249 0 022uF 50 Volt Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 100...

Page 236: ...5 3198 021 56890 3212 470 ohm 5 3198 021 54710 3213 560 ohm 5 1 6W Carbon 3198 011 05610 3217 330k 5 3198 021 53340 3218 82k 5 3198 021 58230 3219 2 2k 5 3198 021 52220 3220 100 ohm 5 1 6 W Carbon 3198 011 01010 3221 560 ohm 5 1 6W Carbon 3198 011 05610 3222 100 ohm 5 1 6 W Carbon 3198 011 01010 3226 560 ohm 5 3198 021 55610 3235 100 ohm 5 1 6 W Carbon 3198 011 01010 3241 22k 5 3198 021 52230 3242...

Page 237: ...m 3198 021 90020 4821 Jumper 0 05 ohm 3198 021 90020 4831 Jumper 0 05 ohm 3198 021 90020 4833 Jumper 0 05 ohm 3198 021 90020 4835 Jumper 0 05 ohm 3198 021 90020 4901 Jumper 0 05 ohm 3198 021 90020 4903 Jumper 0 05 ohm 3198 021 90020 4982 Jumper 0 05 ohm 3198 021 90020 5001 Fixed Inductor 5 6uH 10 3198 018 25680 5002 Fixed Inductor 0 82uH 10 3198 018 18270 5201 Fixed Inductor 6 8uH 5 3198 018 16880...

Page 238: ... 9417 Jumper 3198 036 90010 9418 Jumper 3198 036 90010 9419 Jumper 3198 036 90010 9421 Jumper 3198 036 90010 9422 Jumper 3198 036 90010 9423 Jumper 3198 036 90010 9425 Jumper 3198 036 90010 9453 Jumper 3198 036 90010 9460 Jumper 3198 036 90010 9500 Jumper 3198 036 90010 9501 Jumper 3198 036 90010 9503 Jumper 3198 036 90010 9506 Jumper 3198 036 90010 9507 Jumper 3198 036 90010 9512 Jumper 3198 036 ...

Page 239: ...7 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 CBA Main Chassis 3139 127 23141 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 29LW602 221 Cabinet Parts Model 29LW602 221 Cabinet Parts S AC01 AC Power Cord Non Polarized 3135 010 04731 AC02 Anod...

Page 240: ...F 25V Ceramic 3198 023 21040 2209 4 7uF 20 50V Electrolytic Used w CRT A80ECK272X56 3198 025 54780 2209 10uF 20 50V Electrolytic Used w C RT A80QCF340X34 N 3198 025 51090 2210 1 0uF 20 50V Electrolytic 3198 025 51080 2211 0 47uF 16 Volt Ceramic 3198 017 24740 2213 0 022uF 50 Volt Ceramic 3198 017 02230 2214 0 022uF 50 Volt Ceramic 3198 017 02230 2215 0 022uF 50 Volt Ceramic 3198 017 02230 2216 100...

Page 241: ...220k 5 3198 021 52240 3111 75 ohm 5 1 6 W Carbon 3198 011 07590 3112 100 ohm 5 1 6 W Carbon 3198 011 01010 3113 75 ohm 5 1 6 W Carbon 3198 011 07590 3114 100 ohm 5 1 6 W Carbon 3198 011 01010 3115 75 ohm 5 1 6 W Carbon 3198 011 07590 3116 100 ohm 5 1 6 W Carbon 3198 011 01010 3121 75 ohm 5 1 6 W Carbon 3198 011 07590 3122 100 ohm 5 1 6 W Carbon 3198 011 01010 3123 150 ohm 5 1 6 W Carbon 3198 011 0...

Page 242: ...03 3544 4 7k 1 2322 734 64702 3545 270k ohm 5 1 8W 2322 730 61274 3548 15k 5 3198 021 51530 3549 220 ohm 5 1 6 W Carbon 3198 011 02210 3552 10k 5 3198 021 51030 3557 1k 5 3198 021 51020 3560 47 ohm 5 1 6 W Carbon 3198 011 04790 3561 100 ohm 5 1 6 W Carbon 3198 011 01010 3562 12k 5 3198 021 51230 3563 5 6k 5 3198 021 55620 S 3564 Power Resistor 0 1 ohm 5 2 W 3198 012 21070 S 3565 Power Resistor 330...

Page 243: ...V70 9331 849 10215 6566 Diode Signal 1N4148 3198 010 10010 6569 Diode Signal BAS316 3198 010 10630 6570 Diode Regulator BZX384 C 6 8 Vol 3198 020 56880 6580 Diode Signal BAS316 3198 010 10630 6581 Diode Signal BAS316 3198 010 10630 6681 Diode Signal BAT85 9336 247 60133 6691 LED VS LTL 10224WHCR 9322 050 99682 6692 IR Receiver TSOP1836UH3VL 9322 127 54667 6831 Diode Signal 1N4148 3198 010 10010 69...

Page 244: ...36 90010 9829 Jumper 3198 036 90010 9830 Jumper 3198 036 90010 9831 Jumper 3198 036 90010 9832 Jumper 3198 036 90010 9834 Jumper 3198 036 90010 9835 Jumper 3198 036 90010 9836 Jumper 3198 036 90010 9837 Jumper 3198 036 90010 9838 Jumper 3198 036 90010 9839 Jumper 3198 036 90010 9840 Jumper 3198 036 90010 9841 Jumper 3198 036 90010 9842 Jumper 3198 036 90010 9843 Jumper 3198 036 90010 9844 Jumper 3...

Page 245: ...t Ceramic 3198 017 02230 2250 2 2uF 20 50V Electrolytic 3198 025 52280 2252 1000pF 50 Volt NP0 Ceramic 3198 016 01020 2253 1000pF 50 Volt NP0 Ceramic 3198 016 01020 2254 Jumper 0 05 ohm 3198 021 90020 2330 0 1uF 10 250V Polyester 2222 368 90177 2340 10uF 20 250 Volt Electrolytic 2020 012 93495 2341 3300pF 500V Ceramic 3198 019 43320 2342 1000pF 50 Volt Ceramic 3198 017 01020 2343 3300pF 10 2kV Cer...

Page 246: ...98 011 01010 3241 22k 5 3198 021 52230 3242 27k 5 3198 021 52730 3244 820 ohm 5 1 6W Carbon Film 3198 011 08210 3245 39k 5 3198 021 53930 3246 10k 5 3198 021 51030 3247 Res 680k 5 Used w CRT A80ECK272X56 3198 021 56840 3247 Res 390k 5 Used w CRT A80QCF340X34 N 3198 021 54740 3248 33k 5 3198 021 53330 3249 820 ohm 5 1 6W Carbon Film 3198 011 08210 3250 8 2k 5 1 6W Carbon Film 3198 011 08220 3251 10...

Page 247: ...05 ohm 3198 021 90020 4209 Jumper 0 05 ohm 3198 021 90020 4216 Jumper 0 05 ohm 3198 021 90020 4217 Jumper 0 05 ohm 3198 021 90020 4401 Jumper 0 05 ohm 3198 021 90020 4402 Jumper 0 05 ohm 3198 021 90020 4613 Jumper 0 05 ohm 3198 021 90020 4614 Jumper 0 05 ohm 3198 021 90020 4615 Jumper 0 05 ohm 3198 021 90020 4617 Jumper 0 05 ohm 3198 021 90020 4619 Jumper 0 05 ohm 3198 021 90020 4622 Jumper 0 05 o...

Page 248: ...036 90010 9171 Jumper 3198 036 90010 9172 Jumper 3198 036 90010 9173 Jumper 3198 036 90010 9175 Jumper 3198 036 90010 9176 Jumper 3198 036 90010 9178 Jumper 3198 036 90010 9179 Jumper 3198 036 90010 9182 Jumper 3198 036 90010 9183 Jumper 3198 036 90010 9191 Jumper 3198 036 90010 9192 Jumper 3198 036 90010 9193 Jumper 3198 036 90010 9311 Jumper 3198 036 90010 9341 Jumper 3198 036 90010 9342 Jumper ...

Page 249: ... 90010 9920 Jumper 3198 036 90010 9921 Jumper 3198 036 90010 9922 Jumper 3198 036 90010 9991 Jumper 3198 036 90010 9993 Jumper 3198 036 90010 9994 Jumper 3198 036 90010 9996 Jumper 3198 036 90010 9997 Jumper 3198 036 90010 9998 Jumper 3198 036 90010 CBA Main Chassis 3139 127 23191 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side ...

Page 250: ...39 121 24581 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 251: ...39 121 24581 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 252: ...39 121 24581 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 253: ...39 121 24581 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 254: ...ET STP3NC60FP clip 0137 9322 157 37687 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 255: ...T STP3NC60FP clip 0137 9322 157 37687 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 256: ...39 121 24581 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

Page 257: ...ET STP3NC60FP clip 0137 9322 157 37687 Front I O Control Headphone Panel Front I O Control Headphone Panel PIP Panel PIP Panel Side A V Headphone Panel Side A V Headphone Panel CRT Panel CRT Panel Top Control Panel Top Control Panel Model 32PS60B 129 Cabinet Parts Model 32PS60B 129 Cabinet Parts S Safety Part Be sure to use exact replacement part ...

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