Sharp CD e500 CD e55 CD e44

March 26, 2018 | Author: Maria de Guerrero | Category: Resistor, Compact Cassette, Alternating Current, Volt, Loudspeaker
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CD-E500CD-E55/E44 SERVICE MANUAL No. S3333CDE500// MINI COMPONENT SYSTEM MODEL CD-E500 CD-E500 Mini Component System consisting of CD-E500 (main unit) and CP-E500 (speaker system). MODEL Illustration CD-E500/E55 CD-E55 CD-E55 Mini Component System consisting of CD-E55 (main unit) and CP-E55 (speaker system). MODEL CD-E44 CD-E44 Mini Component System consisting of CD-E44 (main unit) and CP-E44 (speaker system). Illustration CD-E44 • In the interests of user-safety the set should be restored to its original condition and only parts identical to those specified be used. CONTENTS Page IMPORTANT SERVICE NOTES (FOR U.S.A. ONLY) ....................................................................................................... 2 SPECIFICATIONS ............................................................................................................................................................. 2 NAMES OF PARTS ........................................................................................................................................................... 3 DISASSEMBLY .................................................................................................................................................................. 5 REMOVING AND REINSTALLING THE MAIN PARTS ..................................................................................................... 7 ADJUSTMENT ................................................................................................................................................................. 10 TEST MODE .................................................................................................................................................................... 11 NOTES ON SCHEMATIC DIAGRAM .............................................................................................................................. 15 TYPES OF TRANSISTOR AND LED ............................................................................................................................... 15 BLOCK DIAGRAM ........................................................................................................................................................... 16 SCHEMATIC DIAGRAM / WIRING SIDE OF P.W.BOARD ............................................................................................. 20 VOLTAGE ........................................................................................................................................................................ 38 WAVEFORMS OF CD CIRCUIT ...................................................................................................................................... 39 TROUBLESHOOTING ..................................................................................................................................................... 40 FUNCTION TABLE OF IC ................................................................................................................................................ 44 FL DISPLAY ..................................................................................................................................................................... 50 REPLACEMENT PARTS LIST/EXPLODED VIEW PACKING OF THE SET (FOR U.S.A. ONLY) SHARP CORPORATION This document has been published to be used for after sales service only. The contents are subject to change without notice. CD-E500 CD-E55/E44 IMPORTANT SERVICE NOTES (FOR U.S.A. ONLY) BEFORE RETURNING THE AUDIO PRODUCT (Fire & Shock Hazard) Before returning the audio product to the user, perform the following safety checks. 1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the audio product. 2. Inspect all protective devices such as insulating materials, cabinet, terminal board, adjustment and compartment covers or shields, mechanical insulators etc. 3. To be sure that no shock hazard exists, check for leakage current in the following manner. * Plug the AC line cord directly into a 120 volt AC outlet. * Using two clip leads, connect a 1.5 kohm, 10 watt resistor paralleled by a 0.15 µF capacitor in series with all exposed metal cabinet parts and a known earth ground, such as conduit or electrical ground connected to earth ground. * Use a VTVM or VOM with 1000 ohm per volt, or higher, sensitivity to measure the AC voltage drop across the resistor (See diagram). * Connect the resistor connection to all exposed metal parts having a return path to the chassis (antenna, metal cabinet, screw heads, knobs and control shafts, escutcheon, etc.) and measure the AC voltage drop across the resistor. VTVM AC SCALE 1.5 kohms 10 W 0.15 µF TEST PROBE TO EXPOSED METAL PARTS CONNECT TO KNOWN EARTH GROUND All check must be repeated with the AC line cord plug connection reversed. Any reading of 0.3 volt RMS (this corresponds to 0.2 milliamp. AC.) or more is excessive and indicates a potential shock hazard which must be corrected before returning the audio product to the owner. FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT, PLEASE REFER TO THE OPERATION MANUAL. SPECIFICATIONS ■ Tuner ■ General Power source Power consumption Dimensions Weight Frequency range AC 120 V, 60 Hz 96 W ■ Cassette deck Width: 10-5/8" (270 mm) Height: 12" (305 mm) Depth: 13-1/2" (342 mm) 14.5 lbs. (6.6 kg) Frequency response Signal/noise ratio ■ Amplifier (Except for Canada) Output power Output terminals Input terminals Wow and flutter 50 watts minimum RMS per channel into 8 ohms from 100 Hz to 20 kHz, 10% total harmonic distortion Speakers: 8 ohms Headphones: 16 - 50 ohms (recommended: 32 ohms) Video/Auxiliary (audio signal): 500 mV/47 k ohms Input terminals Type Maximum input power Rated input power Impedance Dimensions RMS: 100 W (50 W + 50 W) (10 % T.H.D.) Speakers: 8 ohms Headphones: 16 - 50 ohms (recommended: 32 ohms) Video/Auxiliary (audio signal): 500 mV/47 k ohms Weight D/A converter Frequency response Dynamic range 50 dB (TAPE 1, playback) 50 dB (TAPE 2, recording/playback) 0.3 % (WRMS) Twin-drive speaker system 4" (10 cm) woofer 2 100 W 50 W 8 ohms Width: 7-7/8" (200 mm) Height: 12" (305 mm) Depth: 7-1/16" (180 mm) 5.7 lbs. (2.6 kg)/each ■ Speaker (CD-E44) Type ■ CD player Type Signal readout 125 - 8,000 Hz (normal tape) ■ Speaker (CD-E500/E55) ■ Amplifier (For Canada) Output power Output terminals FM: 87.5 - 108 MHz AM: 530 - 1,720 kHz 3-disc multi-play compact disc player Non-contact, 3-beam semiconductor laser pickup 1-bit D/A converter 20 - 20,000 Hz Maximum input power Rated input power Impedance Dimensions 90 dB (1 kHz) Weight Specifications for this model are subject to change without prior notice. –2– 2-way type speaker system 2" (5 cm) tweeter 5" (13 cm) woofer 100 W 50 W 8 ohms Width: 7-7/8" (200 mm) Height: 12" (305 mm) Depth: 7-1/16" (180 mm) 7.0 lbs. (3.2 kg)/each CD-E500 CD-E55/E44 NAMES OF PARTS ■ Front panel 1 2 12 3 4 5 6 7 8 9 13 14 15 16 10 11 17 18 19 22 23 20 21 24 25 CD-E500/E55 1 2 1. Disc Tray 2. Timer Set Indicator 3. Memory/Set Button 4. Power On/Stand-by Button 5. Clock Button 6. Timer/Sleep Button 7. Tuning and Time Up Button 8. Tuning and Time Down Button 9. Headphone Jack 10. Tape 2 Record Pause Button 11. Tape 1 Cassette Compartment 12. Equalizer Mode Select Button 13. Extra Bass/Demo Mode Button 14. Volume Up and Down Buttons 15. Disc Tray Open/Close Button 16. Disc Skip Button 17. Tape 2 Cassette Compartment 18. CD Button 19. Tape (1 2) Button 20. CD or Tape Stop Button 21. CD Track Down or Fast Reverse, Tape 2 Rewind, Tuner Preset Down Button 22. Tuner (Band) Button 23. Video/Auxiliary Button 24. CD Play or Repeat, Tape Play Button 25. CD Track Up or Fast Forward, Tape 2 Fast Forward, Tuner Preset Up Button ■ Display 3 4 5 6 7 8 9 10 11 12 13 1. Disc Number Indicators 2. CD Play Indicator 3. Tape Play Indicator 4. FM Stereo Mode Indicator 5. FM Stereo Receiving Indicator 6. Memory Indicator 7. Extra Bass Indicator 8. Timer Recording Indicator 9. Timer Play Indicator 10. CD Pause Indicator 11. CD Repeat Play Indicator 12. Tape Record Indicator 13. Sleep Indicator ■ Rear panel 1 1. Video/Auxiliary (Audio Signal) Input Jacks 2. Cooling Fan 3. AC Power Input Jack 4. FM/AM Loop Antenna Jack 5. Speaker Terminals 4 2 5 3 Note: This product is equipped with a cooling fan inside, which begins to run at a specified volume level for better heat radiation. ■ Speaker system 1. Woofers 2. Bass Reflex Ducts 3. Speaker Wire 1 2 1 2 3 –3– Speaker Terminals 4 2 5 Note: This product is equipped with a cooling fan inside. Power On/Stand-by Button 3. Extra Bass Button 21. Bass Reflex Ducts 3.CD-E500 CD-E55/E44 CD-E44 1 2 ■ Display 3 4 5 6 7 8 9 10 11 12 13 1. Tape Play Button 18. Speaker Wire 2 2 3 4 ■ Remote control 1 2 3 11 4 13 5 14 15 16 17 6 7 8 9 10 12 18 19 20 21 1. Timer Recording Indicator 9. CD Track Up or Fast Forward. CD Button 4. CD Pause Button 20. CD Repeat Play Indicator 12. –4– . Tape 2 Rewind. Extra Bass Indicator 8. Tuning and Time Up Button 17. CD Play Indicator 3. Video/Auxiliary Button 14. FM Stereo Receiving Indicator 6. Program Clear Button 7. Tuner Preset Up Button 16. Cooling Fan 3. Video/Auxiliary (Audio Signal) Input Jacks 2. CD Random Button 15. Memory Button 6. Tuning and Time Down Button 8. 3 ■ Speaker system 1 1. FM/AM Loop Antenna Jack 5. Sleep Indicator ■ Rear panel 1 1. Woofer 4. CD or Tape Stop Button 10. Tape Record Indicator 13. FM Stereo Mode Indicator 5. Tape 2 Fast Forward. Tape Play Indicator 4. Remote Control Transmitter 2. AC Power Input Jack 4. which begins to run at a specified volume level for better heat radiation. Equalizer Mode Select Button 11. Disc Number Select Buttons 12. Timer Play Indicator 10. Tuner Preset Down Button 9. CD Play or Repeat. Memory Indicator 7. Tape (1 2) Button 5. Volume Up and Down Buttons Buttons with " " mark in the illustration or highlighted in bold on the right can be operated on the remote control only. Tweeter 2. Tuner (Band) Button 13. CD Track Down or Fast Reverse. Tape 2 Record Pause Button 19. CD Pause Indicator 11. Disc Number Indicators 2. ... 2........... 5-3) 1.......... After removing the connector for the optical pickup from the connector...... Screw . In this state...... 2...... Open the cassette holder.......... Socket ............ Spacer .. Inserting the flat head into the hole................... Screw ..... Solder ............ 2... and close..CD-E500 CD-E55/E44 DISASSEMBLY Caution on Disassembly Follow the below-mentioned notes when disassembling the unit and reassembling it....... Hook .. open the disc tray.. Screw....... After servicing the unit...... 2............ Push forward the loading tray...push foward the loading tray.... Front Side Note 2: 1.............. Socket ........ ........... 2.... Screw . (K2) x2 3. to keep it safe and ensure excellent performance: 1. 3.... 3...... Hook .......... Screw ................... Screw ......... Screw ........... (F2) x2 6-1 7 Display PWB 1...... Socket ...... (G1) x13 6-2 8 Tape Mechanism 1....... or Loading Gear CD Player Unit (Bottom View) Figure 5-3 –5– (C2)x1 .. (L2) x1 6-4 12 Loading Tray 1...... (D1) x8 5-2 Main PWB 1.... be sure to rearrange the leads where they were before disassembling.............. CD Tray Cover ... (B1) x8 5-1 3 CD Player Unit 1......... (C2) x2 4........ turn fully the loading Gear in the arrow direction through the hold on the loading tray bottom................ Take sufficient care on static electricity of integrated circuits and other circuits when servicing. push in the direction indicated by the arrow......... take out the CD tray cover..... (C3) x1 5.... (C1) x1 3....... Screw ........... (Fig.... (K3) x2 6-3 11 Turntable 1........ (J1) x1 6-2 10 CD Servo PWB (Note 2) 1.... (M1) x2 6-4 1.......... 4....... Screw . (K1) x4 2....... (E1) x3 (E2) x2 (E3) x9 (E4) x2 5-2 6-1 (C3)x1 6-2 CD Servo PWB 6 Front Panel 1..... (L1) x1 2....................... (Note 1) 2.. PROCEDURE FIGURE 1 Top Cabinet 1............. . Be sure to remove the power supply plug from the wall outlet before starting to disassemble the unit... (N1) x2 6-5 CD Tray Cover (C1)x1 (C2)x1 5 CD Mechanism Block (B1)x2 ø3x8mm (B1)x4 ø3x10mm 4 13 Front Panel (A1)x2 ø3x16mm Pull 2 1 1 2 Pull Rear Panel (E1)x2 ø3x6mm Main PWB (E1)x1 ø3x10mm (D1)x6 ø3x8mm (D1)x2 ø3x10mm Figure 5-2 Note 1: How to open the changer manually.................... Take off nylon bands or wire holders where they need to be removed when disassembling the unit.. (A1) x5 5-1 2 Side Panel (Left/Right) 1. Socket .. Socket ........ Turn on the power supply.......... wrap the conductive aluminium foil around the front end of the connector so as to protect the optical pickup from electrostatic damage........... 4......... (C4) x2 5-2 STEP REMOVAL Top Cabinet Side Panel (Right) (B1)x2 ø3x8mm (A1)x2 ø3x16mm Side Panel (Left) (A1)x1 ø3x8mm Rear Panel Figure 5-1 CD Player Unit 6-1 Rear Panel 1....... Screw . (F1) x3 2........ After that... Hook ............ .... Take cassette tape and compact disc out of the unit..... Screw .... (H1) x8 6-2 9 Headphones PWB 1...... 5x10mm Cassette Holder CD Mechanism Block Tape Mechanism Headphones PWB Holder PWB Hook (N1)x1 Figure 6-2 Pull Hook (N1)x1 Pull Figure 6-5 CP-E500/E55/E44 These speakers CP-E500.5x10mm (M1)x1 Loading Tray Display PWB Open (H1)x8 ø3x8mm Figure 6-4 (J1)x1 ø2.CP-E55.CD-E500 CD-E55/E44 (E3)x4 (K1)x4 ø3x8mm (C4)x2 T/T Motor PWB CD Servo PWB (E2)x2 ø3x6mm (K2)x1 Front Panel (E3)x1 (K2)x1 Solder (K3)x2 Switch PWB (F2)x1 (E3)x1 Power PWB CD Player Unit (F2)x1 Figure 6-3 (E3)x2 (L1)x1 ø3x10mm (F1)x3 ø3x8mm (E3)x1 Fan Motor PWB Main PWB (L2)x1 Screwdriver Figure 6-1 (M1)x1 (E4)x2 Screwdriver Front Panel Turntable (G1)x13 ø2.CP-E44 are available in assembles only and may not be disassembled. –6– . CD-E500 CD-E55/E44 REMOVING AND REINSTALLING THE MAIN PARTS (A1)x1 ø2x7mm TAPE MECHANISM SECTION Perform steps 1 to 6 and 8 of the disassembly method to remove the tape mechanism. When you remove the screws (A1) x 2 pcs. Note: After replacing the heads and performing the azimuth adjustment. When you remove the screw (C1) x 1 pc. Remove the main belt (G1) x 1 pc. from the motor side.. from the motor side.. Motor (D1)x2 ø2x4mm Motor TAPE 2 Main Belt (G1)x1 TAPE 2 Main Belt (G1)x1 TAPE 1 Main Belt (F1)x1 REW/FF Clutch Ass'y Motor Motor Bracket (D1)x2 ø2x4mm (D1)x3 Special Screw TAPE 1 Motor Bracket REW/FF Belt (G2)x1 Main Belt (F1)x1 Motor Figure 7-5 Figure 7-4 –7– . the record/ playback head can be removed. 7-4) Record/ Playback Head 1. 2. Remove the main belt (F1) x 1 pc. <A> How to remove the belt (TAPE 2) (See Fig. 7-5) 1. 3... to remove the motor. pay attention to the spring mounting position. the record/ playback head can be removed.. When you remove the screws (B1) x 2 pcs. 7-2) 1. 2. When you remove the screws (B2) x 2 pcs.. be sure to apply screwlock. the erase head can be removed. Remove the screws (D2) x 3 pcs.2) (See Fig. 7-3) 1.. Erase Head How to remove the motor (See Fig. Figure 7-2 TAPE 1 TAPE 2 How to remove the belt (TAPE 1) (See Fig. Note: When installing the pinch roller. the pinch roller can be removed. 7-5) Pinch Roller Pawl Pinch Roller (C1)x1 Figure 7-3 1. 2. Remove the belt. Remove the screws (D1) x 4 pcs. Remove the FF/REW belt (G2) x 1 pc. 7-1) 1. How to remove the playback head (TAPE 2) (See Fig. Record/ Playback Head Figure 7-1 (B2)x1 ø2x7mm (B2)x1 ø2x3mm TAPE 2 (B1)x2 ø2x8mm How to remove the pinch roller (TAPE 1. (A1)x1 ø2x3mm TAPE 1 How to remove the record/playback and erase heads (TAPE 1) (See Fig. to remove the motor bracket.. 2) (See Fig. Remove the screw (J2) x 1 pc. to remove the tape mechanism PWB.2) (See Fig. 8-2... Note: When the stop washer is deformed or damaged. 3.. to remove the tape mechanism PWB. Remove the stop washer (H1) x 1 pc.CD-E500 CD-E55/E44 How to remove the flywheel (TAPE 1. with a small precision screwdriver to extract the flywheel from the capstan metal. replace it with a new one. 8-1. Remove the solder joints (J3) x 2 pcs.2 (J2)x1 ø2x8mm Tape Mechanism PWB (J3)x2 Solder Joint Figure 8-2 –8– . Flywheel Figure 8-1 How to remove the tape mechanism PWB (TAPE 1. (H1)x1 Stop Washer Stop Washer Driver Washerx2 How to reinstall the parts Install each part in the reverse order of the removal with care. Tape Mechanism PWB TAPE 1. Remove the screw (J1) x 1 pc.) (J1)x1 ø2x3mm 1. 2.) TAPE 1 TAPE 2 Mechanism Chassis 1. Remove the screws (B1) x 2 pcs.4x3mm How to remove the T/T rotate motor (See Figs. Up/Down Loading Motor (B1)x2 ø2. Remove the belt (B2) x 1 pc. 2. (A1)x2 ø2. (A2)x1 (A3)x2 ø3x10mm Loading Tray (Bottom View) T/T Motor PWB T/T Rotate Motor Figure 9-1 How to remove the up/down loading motor (See Figs. 10. 9-2) 1. Remove the screws (C1) x 4 pcs. 3..5x10mm How to remove the CD mechanism unit (See Fig. 10and 13 of the disassembly method to remove the CD mechanism. 2. 9-3) Perform steps 1. 3. Remove the screws (A3) x 2 pcs. and 12 of the disassembly method to remove the CD mechanism. Note After removing the connector for the optical pickup from the connector wrap the conductive aluminium foil around the front end of connector so as to protect the optical pickup from electrostatic damage.CD-E500 CD-E55/E44 CD PLAYER SECTION Loading Tray Perform steps 1. 2.. 1. Remove the screws (A1) x 2 pcs. Holder CD Mechanism Unit Figure 9-3 –9– . Remove the belt (A2) x 1 pc. to remove the T/T rotate motor.4x5mm CD Player Unit (B2)x1 Figure 9-2 Holder PWB (C1)x4 ø2. 2. 3. to remove the mechanism unit.11. 9-1) 1. Input: Antenna • Tape Speed Test Tape Adjusting Point Specified Value Instrument Connection TCC-119 Variable Resistor in motor.720 kHz T351 AM Band Coverage — 530 kHz (fL): T306 *2 1.3 V ± 0. Input: Antenna Variable Resistor in Motor *1 • FM RF Signal generator: 1 kHz. 3.00 MHz Adjusting Parts VR351*1 Instrument Connection Input:CNP301 Output: Speaker Terminal *1.cm Fast forward: DM-300 — Over 50 g.000 ± 30 Hz Speaker Terminal (Load resistance: 8 ohms) Test Stage Frequency Frequency Display FM Band Coverage — 87.7 MHz 98 MHz Tape Motor *1. Input: Antenna Frequency 1 98.50 MHz FM RF 98. AM modulated Torque Meter Specified Value Play: DM-300 Tape 1: Over 80 g Tape 2: Over 80 g • Torque Check Torque Meter Frequency Frequency Display Setting/ Instrument Adjusting Connection Parts AM IF 450 kHz 1.cm 10 to 20 g. FM modulated Figure 10-1 TP302 Instrument Connection • FM IF Signal generator: 10.cm AM Tracking 990 kHz *1. Input: Antenna *2. 40 kHz dev. FM modulated IF FM MUTE Level Setting/ Adjusting Point Output: TP301 Output: Speaker Terminal Test Stage Frequency Frequency Display VR351 *1 Output: TP302 Output: TP301 *1.1 V • FM Mute Level (FM ST MODE) Signal generator: 1 kHz.CD-E500 CD-E55/E44 ADJUSTMENT MECHANISM SECTION TUNER SECTION • Driving Force Check fL: Low-range frequency fH: High-range frequency • AM IF/RF Signal generator: 400 Hz.cm Rewind: DM-300 — Over 50 g.00 MHz (26 dBµV) IC302 22 20 11 R381 *2 Setting/ Adjusting Point Instrument Connection T304 *1 (Turn the core of transformer T304 fully counterclock wise) Display 1 CNP301 T304 FM IF 98.7 MHz.1 V 990 kHz (fL): T302 Specified Value Tape 1 Tape 2 Play: DM-300 10 to 20 g.. 30%.00 MHz (10-30 dB) 10. Adjust so that an output signal appears. FM modulated TAPE MECHANISM IC301 Tape speed Test Stage T302 AM TRACKING fL AM BAND COVERAGE fL Figure 10-2 ADJUSTMENT POINTS – 10 – . Input: Antenna *2.00 MHz 98. 40 kHz dev. 12 T351 AM IF L302 FM RF R357 L302 TP301 L303 FM BAND COVERAGE fL R356 *1 Output: TP301 MAIN PWB T306 L303 (fL): 1.1 ± 0.. . acceptance is inhibited... CD + VOLUME UP 2..... If PICKUP IN is on........ it slides toward the outer periphery while this button is pressed. After the pickup returns to the innermost periphery...... One second after display lights up *If the focus is not received after it has been taken........ 1.... and the self-diagnosis test mode for selfjudgment in case of final product inspection. Step 2 Mode Press the "MEMORY/SET" button in this mode to transmit the laser lighting command LDON (8400) and turn on the laser. If not.. shift to step 4 is executed. CLOCK + VOLUME DOWN 6.. "POWER ON/STAND BY" .. If PICKUP IN is on.. Electronic Volume Test Mode (TEST 3) . During error processing.. – 11 – .......... CD Test Mode (TEST 1) ................ "MEMORY/SET" . it slides toward the inner periphery while this button is pressed... "POWER ON/STAND BY" ... while keeping pressing the following two buttons in the ordinary stand-by mode (power off ).... TUNER(BAND) + VOLUME UP 3...... Any other operations are not performed in this case... If focus cannot be taken in step 3 or any error is processed... CD MECHANISM Aging Test Mode (TEST 8) .. "MEMORY/SET" ................... After the pickup returns to the innermost periphery.... The pickup slides toward the outer periphery while this button is pressed..... input is invalid.... [Self-diagnosis Test Mode] 1... If focus has been taken............ The pickup slides toward the inner periphery while this button is pressed.. Step 1 Mode When the CD test mode is obtained.. Press the following buttons in this state to obtain the operations specified below.... "FF/FWD" . "MEMORY/SET" ..... Turning on the test mode For obtaining each test mode.... Press the following buttons in this state to obtain the operations specified below....... When turning the POWER on with remote control buttons...... If PICKUP IN is on...... [Ordinary test mode] 1.... Test mode and power turned off to shift to the ordinary standby mode. TUNNIG UP + VOLUME UP Processes are different depending on destinations at initial settings.... Any other operations are inhibited.... In this case. CD initialization operation flow proceeds up to 'CLV servo ON' to wait for the following buttons to be pressed.... 2....... the aging test mode...... test modes are not obtained.. "POWER ON/STAND BY" .. "REW/REV" .... Step 3 Mode While the laser keeps lighting. TIMER/SLEEP + VOLUME DOWN 5...(Focus servo turned on for focus search) The focus search is repeated to take focus............... end the test mode by pressing the POWER ON/STAND BY button or return to the step 1 by pressing the CD STOP button.......... it is impossible to proceed to the next step.... the following display lights up........ "FF/FWD" ..…. CLV 2. "REW/REV" . "REW/REV" .. CD Test Mode (TEST 1) In the CD test mode the operation of each step is possible even if the LID-SW is off... input is invalid... Test mode and power turned off to shift to the ordinary standby mode. Shift to step 2 "STOP" ........... press the POWER ON/ STAND BY button.. FL Test Mode (TEST 5) .. Then CD initialization operation flow proceeds up to CD STB off to wait for the following buttons to be pressed.............. Test mode and power turned off to shift to the ordinary standby mode............ Timer Test Mode (TEST 4) ...... "FF/FWD" ........ namely the ordinary test mode for adjustment or measurement..... TUNING DOWN + VOLUME UP 4......... Button input diagnosis test mode (TEST06) ...... 1........... Tuner Test Mode (TEST 2) .CD-E500 CD-E55/E44 TEST MODE The test mode applied to this microcomputer has three modes...... The pickup slides toward the inner periphery while this button is pressed....... The pickup slides toward the outer periphery while this button is pressed. MEMORY/SET + VOLUME DOWN Press the following buttons in this state to obtain the operations specified below..... the process returns to step 1. input is invalid. Shift to step 3 3. the main unit buttons are valid... Invalid "VIDEO/AUX" ......... .. Ordinary 1 and Ordinary 2 are stored in the destinations when the test mode is obtained. "MEMORY/SET" . Step 5 Mode When the CD initialization operation flow is completed... • The TUNER TEST02 mode is obtained with >> + MEMORY/ SET + POWER ON/STAND-BY. The LCD display indicates the playback passage time as in case of ordinary CD playback... Step 4 Mode The CLV servo ON command (8600) is transmitted to wait for the following buttons to be pressed... "REW/REV" ... "REW/REV" . "FF/FWD" .. When adjusting the tuner section in the production line.. the operation does not stop.... Test mode and power turned off to shift to the ordinary standby mode.. When the tuner test mode is obtained. "FF/FWD" .. insert the AC cord. (The disc is rotated for CLV lock..1... Test mode and power turned off to shift to the ordinary standby mode...) The tuner test mode is started from preset No.. Return to step 5 (As for frequencies to be preset and stored for each destination. pressing MEMORY/SET + CD PLAY. input is invalid. *If the focus is not received.... Tuner Test Mode (TEST 2) 1.... Other cautions • TOC IL is not available for this test mode. If PICKUP IN is on.... "POWER ON/STAND BY" ......... Outline of tuner (radio) test mode The tuner test mode is intended to store the adjustment and measurement frequencies in the preset memory CH... start is executed in the initial state... It is necessary to discard the content of preset memory when the tuner test mode is ended... "POWER ON/STAND BY" .... 2... 4. However. Return to step 1 *If the focus is not received.. Details of tuner test mode Press the "TUNER(BAND)" and "VOLUME UP" buttons in POWER OFF state and turn on the power by the use of "POWER ON/STAND BY" button to preset and store frequency for adjustment and measurement of destination specified by the AREA terminal in the preset memory CH............ The pickup slides toward the outer periphery while this button is pressed.... Press the following buttons in this state to obtain the operations specified below.. Invalid "STOP" .. The pickup slides toward the outer periphery while this button is pressed. Turn off POWER again to obtain the ordinary operation while the data is stored in the memory (besides TUNER)..) The time display always indicates "0:00". The pickup slides toward the inner periphery while this button is pressed.. • To clear the whole memory. – 12 – . The operations of test mode are identical with the ordinary operations of TUNER function... input is invalid.. and playback is started.... The pickup slides toward the inner periphery while this button is pressed. Even if playback reaches the outermost periphery of disc. ->Turn off AC in the TEST02 mode to restore the initial state. the following display lights for one second.. FUNCTION switching is invalid... be sure to write "0000" or "1111" bits in the memory to be checked for judging memory error at initial setting and to initialize memory.CD-E500 CD-E55/E44 3.. 5.. adjusting personnel are not required to set frequency... If AC OFF state is maintained in this state for about 1/2 day... the process returns to step 1.... Turn off POWER to protect the memory of TEST02 mode. the process returns to step 1... refer to item 3. "PLAY" ... If PICKUP IN is on. Press the following buttons in this state to obtain the operations specified below....... the mute is turned off..... Lighting of all segments Lighting of odd segments Lighting of even segments In this mode. Timer test Mode (TEST 4) When this test mode is obtained. The button operations in the test mode are the same as those of ordinary operation except volume UP/DOWN. After completion of fade-in. all the FL segments are lighted. (1) The display is the same as that of ordinary operation except test mode setting. the timer to ON time 1:05.0 MHz FM 90. the fadeout is executed at a rate of one step for 1 sec (WAIT 1 sec inserted).5 MHz 6.∞ (STEP 0) <-> Volume-14 dB (STEP 23) <> Volume-0 (STEP 30) (3) X-BASS is switched when button is pressed. the following display lights for one second. – 13 – .. respectively. volume is Volume -14 dB (STEP23).0 MHz FM 98. and the mode is shifted to the standby. the following display lights for one second.0 MHz FM 90. FLAT AND X-BASS ON.CD-E500 CD-E55/E44 3.Preset frequencies for various destinations (random preset memory) CH 1 2 3 4 5 CH 6 7 8 9 10 CH 16-35 36 37 38 39 40 BAND FM STEREO BAND AM BAND FM MONO 5. respectively.5 MHz FM108. Then pressing the "PLAY" button switches display as below. and the timer is reproduced. AM AM 530 kHz AM1720 kHz AM 990 kHz AM 600 kHz AM1400 kHz 1. The display during operation is the same as that of ordinary timer operation. and start-up function to CD.0 MHz FM 98. FL Test Mode (TEST 5) When the FL test mode is obtained. • The slant line sections of the table store no memory. and volume to STEP 12. the volume is controlled with the volume UP/DOWN button in accordance with the following three steps.0 MHz FM 87.0 MHz FM108. the function to CD. FM FM106.Set the current time to 1:00.0 MHz Set the current time and timer time according to the following procedure to reproduce the timer. After completion of fade-out. One minute is counted as one second. Volume. The fade-in (when playback is started) is executed at a rate of one step for 1 sec. FM FM 87. (2) Unlike the ordinary state. Electronic volume Test Mode (TEST 3) When this test mode is obtained. the power is turned off (after WAIT 1 sec).0 MHz FM106. 4. the mode is shifted to the standby mode if the "POWER ON/STAND BY" button is pressed subsequently. PLAY. X-BASS/DEMO. After close finished. Enter test mode CHANGER Find the disc 1 position The order of buttons to be pressed is not determined. FF. MCU control the 3 DISC CHANGER OPEN/CLOSE. If any one of keys was not pressed. In both cases of OK termination or error termination. in this test mode. DISPLAY: This test mode is intended to check whether all the main unit buttons can be detected. (STAND-BY AND DEMO OFF STATUS) 8. OK is displayed. PU-IN buttons: REW/PRESET DOWN + CD STOP Since this model is provided with SURROUND (HAVE OR NOT). Button input diagnosis Test Mode (TEST 6) When the test mode is obtained. it is checked whether all buttons have been pressed. Then close. rotate 1 circle close delay 3S after close finish rotate 1 circle – 14 – . types of buttons to be used are determined by whether SURROUND. Below is TIMING: All models using this type of microcomputer are not always provided with the same buttons. and an electric lid are available at the initial setting by MODEL port. MEMORY/SET. and electric CD lid. Since the buttons used are different depending on models. Accordingly. tray rotate 1 circle (360 degree) again. REW. the following 10 buttons are detected as all buttons. CD-OPEN/ CLOSE The OK/NG display of test result is as follows. STOP. Request: Every period include 4 operation. VOLUME UP/ DOWN. the following is displayed. CD MECHANISM Aging Test Mode (TEST 8) OPEN/CLOSE & 3 DISC CHANGER aging test. After open finished. it is checked whether the "POWER ON/STAND BY" button was pressed after all the buttons shown below were pressed. an error is displayed. Accordingly.CD-E500 CD-E55/E44 7. If the result is OK. tray rotate 1 circle (360 degree). FUNCTION: Enter the TEST MODE 8. open delay 3S after open finish 1. FUNCTION. As to electrolytic capacitor. • Parts marked with “ 1 ” ( ) are important for maintaining the safety of the set. the expression “capacitance/withstand voltage” is used. • Capacitor: To indicate the unit of capacitor. 1. 3. REF. In the deck section. (CH).W. (TH). (UJ): Temperature compensation (ML): Mylar type (P. POSITION REF. ON—OFF SW714 SW404 DISC 1 ON—OFF SW715 CLOCK ON—OFF SW701 X-BASS/DEMO ON—OFF SW719 EQUALIZER ON—OFF SW702 POWER ON/STAND-BY ON—OFF SW720 VOLUME UP ON—OFF SW703 OPEN/CLOSE ON—OFF SW721 VOLUME DOWN ON—OFF SW704 DISK SKIP ON—OFF SW722 TUNER(BAND) ON—OFF SW705 VIDEO/AUX ON—OFF SW723 CD ON—OFF SW706 TAPE ON—OFF SW724 REC/PAUSE ON—OFF SW707 PRESET DOWN ON—OFF SW801 TAPE2 INITIALIZE ON—OFF SW708 PLAY/REPEAT ON—OFF SW802 TAPE1 INITIALIZE ON—OFF SW709 PRESET UP ON—OFF SW803 TAPE2 REC ON—OFF SW710 STOP ON—OFF TYPES OF TRANSISTOR AND LED FRONT VIEW E C B (S) (G) (D) (1) (2) (3) HSB562 C HSC1609 GR KRA102 M KRA107 M KRC102 M KRC104 M KRC107 M 1 2 KDV147B SVC348S KSA1015 GR KSA1271 Y KSC1815 GR KSC3203 Y SSC1674 C 2SC2001 K – 15 – 3 . In the power section. the CD is stopped. NO DESCRIPTION • The indicated voltage in each section is the one measured by Digital Multimeter between such a section and the chassis with no signal given.): Polypropylene type • Schematic diagram and Wiring Side of P. In the main section. 5. a tape is being played back. In the CD section. In the tuner section. the one with “Fusible” is a fuse type. (RH). a tape is being played back. 4. a tape is being played back.Board for this model are subject to change for improvement without prior notice. NO ON—OFF SW711 MEMORY/SET ON—OFF DESCRIPTION POSITION SW1 PICKUP IN SW401 DISC UP/DOWN ON—OFF SW712 TUNING/TIME DOWN ON—OFF SW402 OPEN/CLOSE ON—OFF SW713 TUNING/TIME UP ON—OFF TIMER/SLEEP ON—OFF SW403 DISC NO.P. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set. Besides. indicates AM indicates FM stereo 2. a symbol P is used: this symbol P means pico-farad and the unit of the capacitor without such a symbol is microfarad. such symbol as K and M are used: the symbol K means 1000 ohm and the symbol M means 1000 kohm and the resistor without any symbol is ohm-type resistor.CD-E500 CD-E55/E44 NOTES ON SCHEMATIC DIAGRAM • Resistor: To differentiate the units of resistors. /AM IF 1 2 IF OUT BF301 DZH05C2+ Q306 SD CF303 FM ST FM IF T304 6 IC301 TA7358AP 1 FM FRONT END 9 2 3 4 5 7 8 B. L R 8 CNS803 L-CH R-CH TAPE 1 21 L R FROM DISPLAY SECTION PLAYBACK HEAD SW802 INITIALIZE AUX 17 SWITCHING TAPE 1 SOL801 SOLENOID 9 10 7 Q360 SW801 INITIALIZE SW803 REC 3 4 5 6 FM/AM MO/ST R FM TAPE 2 22 16 15 11 IC302 LC72131 PLL(TUNER) MUTE OSC L CL CE 1 2 3 FROM CD SECTION CNS205 1 20 CNP205 DI X352 4.F 3 2 1 FM IF AM RF IN AM LOOP ANTENNA AM OSC OUT FM ANTENNA Q351 SWITCHING AM BAND COVERAGE L(T1) 1 R(T1) 24 DO TAPE TUNER L R FM CD R NF RECORD/ PLAYBACK HEAD L REC TAPE 2 Q801 Q803 ERASE HEAD 4 21 3 22 5 20 6 7 18 9 REC Q807.5 MHz VT AM IN T306 FM IN T302 + V V – + DG U_CON5V +B2 +B3 SOL802 SOLENOID + Q805 Q816 PHOTE INTERRUPTER SOLENOID DRIVER Q806 Figure 16 BLOCK DIAGRAM (1/4) – 16 – .CD-E500 CD-E55/E44 CF302 L302 L303 FM MUTE LEVEL VR351 AM TRACKING 5 IC303 LA1832S AM OSC IN FM OSC Q302 4 9 17 13 8 CL 3 2 DI 4 DO 5 CE 6 AM IF GND MO/ST FM VCC DET VCO L 14 AM MIX 24 23 OSC BUFF T351 CF352 AM IF 7 X351 456 kHz R 15 FM/AM OUT MPXIN FM/AM 21 10 7 6 18 16 12 SD FM RF CF351 STEREO FM OSC CNP301 FRO DISPLAY CNS +B2 CNP202 IC303 LA1832S FM IF DET. L REC R CNP803 R REC 16 SWITCHING +B2 13 REF 14 SWITCHING 8 17 L NF 10 ALC TAPE_SW R NF Q812 Q819 T2_SOL T1_SOL T1_RUN_PLUS 15 12 11 19 +B2 T2_RUN_PLUS Q802 CH_SW T_MOTOR +B2 Q821 Q822 Q823 BIAS REC/PLAY BIAS CONT SWITCHING Q810 SWITCHING Q811 M801 TAPE MOTOR TAPE MPTOR DRIVER M SWITCHING Q815 Q818 Q804 Q817 PHOTE INTERRUPTER Q820 SOLENOID DRIVER Q809 REC 1 2 3 4 + 5 6 7 8 + 9 10 CNS901 L NF L-CH R-CH L R P.Q814 L R PB IC801 AN7345K PLAYBACK AND RECORD /PLAYBACK AMP.B./ FM MPX.B L(T2) 2 R(T2) 23 SWITCHING REC P.Q808 Q813.P. CD-E500 CD-E55/E44 CNP102 FROM CD SECTION CNS204 +B4 5 +7V 4 2 3 4 SP_DETECT 6 5 FAN_START FAN_PRT D_GND 3 M_GND DI 2 DI 1 CL 1 DO 2 D_GND CL 3 DO 4 CE 5 1 MUTE SIGAL_LVL SP_RLY CNP204 202 CD_+B +B5 FROM DISPLAY SECTION CNS102 FROM DISPLAY SECTION CNS202 6 7 FAN MOTOR DRIVER Q201,202 Q204,205 M M101 FAN MOTOR +B3 SYSTEM MUTE Q105 Q106 Q203 Q101 Q102 Q108 Q109 SO101 SPEAKER TERMINAL SO601 VIDEO/AUX IN TUNER CD IC101 STK40207 L 15 POWER AMP. R 1 PRE +VCC R 14 Q103 Q104 L 12 R 13 7 8 17 18 3 23 6 R-OUT 7 10 L-OUT 11 PRE –VCC CL IC601 R 15 LC75341M 21 R L 11 AUDIO PROCESSOR 4 L L 10 TAPE 1 2 24 –VCC DI CE 9 R 16 +VCC L AUX 12 RLY101 9 8 4 +B2 Q107 JK101 HEADPHONES +B2 Q208 +B1 –B1 F901 5A/125V +B4 CD+B Q206 Q207 VOLTAGE REGULATOR FROM DISPLAY SECTION CNS901 F902 5A/125V A_12V 1 AC 120 V,60 Hz VF2 CNP901 VF1 VF2 AC POWER SUPPLY CORD F903 1.6A/125V D905~D908 IC202 KIA7812API VOLTAGE REGULATOR +B2 VF1 2 –B2 3 +B3 4 DGND 5 +B3 D901~D904 IC203 KIA7808API VOLTAGE REGULATOR CD_7V +B5 +B2 –30 V +5.6 V Q901 VOLTAGE REGULATOR +5.6 V IC201 KIA7805API VOLTAGE REGULATOR Figure 17 BLOCK DIAGRAM (2/4) – 17 – T901 POWER TRANSFORMER CD-E500 CD-E55/E44 CLOSE_SW DISC 1_SW DISC NO._SW OPEN_SW DOWN_SW UP_SW 1 ROTATE 2 CE 3 CNS204 CNP405 11 10 9 8 7 6 5 4 3 2 1 DRF 4 CD RES DO 5 VWRQ DI 6 CL 1 +7V (+B5) DGND 2 MGND AGND 3 L-CH CNS205 R-CH TO MAIN SECTION SW401 DISC UP/DOWN SW402 OPEN/CLOSE SW403 DISC NO. CONSTANT VOLTAGE SW404 DISC 1 Q412 Q401,402 Q403,404 Q405,406 Q407,408 CE VWRQ DRF RES DI DO CL LVDD 64 63 62 67 66 65 61 RVDD 41 46 VDD5 69 68 LCHO 75 42 RCHO +7V 45 + M – M402 ROTATE MOTOR 57 56 – 55 M 51 50 + IC401 LC78646E SERVO/SIGNAL CONTROL 44 43 40 M401 UP/DOWN LOADING MOTOR 37 28 2 MUTE CONT5 26 10 4 SPDO 22 12 FDO 21 19 TDO 20 27 79 80 +7V +3.3V CONSTANT VOLTAGE +3.3V IC402 LA6548D FOCUS/TRACKING/ SPIN/SLED DRIVER 24 22 9 ~ 9 SLDO 23 7 1 VCC 30 VCC 29 VREF Q411 25 26 LASER DRIVER REG_OUT TIN2 F 8 LDD TIN1 E 7 LDS FIN2 B VREF 11 FIN1 A VVDD 18 38 47 77 XVDD 5 VDD ADAVDD 49 XIN ~ CONT4 25 REG_IN 48 XOUT RFVDD XL401 16.9344 MHz 19 6 20 21 15 14 6 5 11 10 +3.3V Q409 CD PICKUP UNIT TRACKING COIL FOCUS COIL MD LD F C B A C E VC VCC +5V +3.3V NM802 SPINDLE MOTOR NM801 SLED MOTOR Figure 18 BLOCK DIAGRAM (3/4) – 18 – + M – – M + SW1 PICKUP IN CD-E500 CD-E55/E44 VFD701 FL DISPLAY TO POWER SECTION VF2 33 32 VF1 31 ~ 16 15 ~ 12 11 ~ 3 2 1 CNS901 VF1 VF2 1 –B2 3 +B3 4 D_GND 2 3.8V 3.8V –30V 5.6V +B3 5 LED701 70 DISC_UP_SW 2 74 DISC_DOWN_SW OPEN_SW 3 75 OPEN_SW DISC NO._SW 4 68 DISC_NO_SW DISC 1_SW 5 69 DISC1_SW CLOSE_SW 6 71 CLOSE_SW ROTATE 7 73 ROTATE CE 8 4 CD_CE 1 23 T2_TAPE2_SW 2 83 T1_RUN_PLUS T2_SOL 3 81 T2_SOL 4 80 T1_SOL 5 82 T1_RUN_PLUS FAN_PRT TO MAIN SECTION 5 4 SIGAL_LVL 3 P_MUTE 2 CD+B 1 1 D1 2 D0 3 CL 4 CE 5 FM_ST 6 SD 7 SW702 POWER ON/STAND-BY SW701 X-BASS /DEMO KEY SW703~SW710 SW719~SW721 KEY1_IN 18 KEY SW711~SW715 SW722~SW724 G1 VDD1 17 21 92 93 94 91 88 85 95 96 97 98 99 100 VDD2 90 VDD3 46 VDD4 72 11 26 RESET Q702,Q703,Q704 CNS202 D_GND +B3 KEY2_IN 19 SYS_STOP 78 REC SP_RELAY RX701 RESET IN PUT 77 REC_PLAY 10 SD 9 FM_ST 76 TAPE_BIAS REC_PLAY 6 IRQ 29 GND 14 P_MUTE 8 SP_DETECT REMOTE SENSOR CF2 16 SIGAL_LVL 79 MOTOR TAPE_BIAS SP_RELAY 84 CH_SW 7 SP_DETECT 6 FAN_START CH_SW MOTOR 7 1 CF1 15 T1_SOL T1_RUN_PLUS FAN_START 30 X702 8 MHz TAPE_SW T2_RUN_PLUS CNS102 P1 P5 89 GND FAN_PRT ~ ~ IC701 IX0058SJ SYSTEM MICROCOMPUTER CNS803 REC SW 38 CE 7 CD_WRQ CL 11 D0 6 CD_DRF VWRQ ~ 47 ~ X-BASS/DEMO 27 D1 5 CD_RES 10 50 POWER_KEY 28 CD+B 9 DRF CD RES 51 G9 1 ~ 52 ~ P4 UP_SW DOWN_SW P20 67 CNS405 GND Q701 Figure 19 BLOCK DIAGRAM (4/4) – 19 – +B3 1 2 3 4 Figure 20 SCHEMATIC DIAGRAM (1/11) – 20 – 5 6 .0047 C305 0.001 CHASSIS GND R308 10K R304 47K CNP301 F FM BAND COVERAGE fL R312 2.047 C332 0.2K 1 FM 3 C314 22P(CH) C311 10P(CH) GND 2 R307 47 FM IF AM 1 FM OSC. R351 5.001 C321 0.001 FM IF CF303 R316 330 3 R314 33 2 VD302 KDV147B 1 C349 0.012 R313 680 +B C316 10/16 Q302 SSC1674 C C315 100P C308 0.001 2 C302 0.5V 5.7K G H • NOTES ON SCHEMATIC DIAGRAM can be found on page 15.8V D 1 2 3 4 5 6 7 8 9 BF301 C319 18P(CH) C318 5P 2 C312 R306 33P 33 L303 C313 6P(UJ) R303 33K Q306 SSC1674 C + R309 470 C317 0.001 D307 1N4148 E VD303 KDV147B C320 0.1V CF FM IC301 FM FRONT END TA7358AP 1.022 C301 0.8V 5.4V 3.022 D301 1N4148 +B AM OSC. R302 100K D306 1N4148 C304 0.2V BAND PASS FILTER 0.022 C335 560P T306 AM BAND COVERAGE fL C351 0.01 R301 22 3 1 T304 L302 FM RF +B R315 33 FM ANTENNA D305 1N4148 AM LOOP ANTENNA C306 9P(UJ) C303 0.CD-E500 CD-E55/E44 A AM TRACKING FM MUTE LEVEL C330 12P (CH) T302 +B R358 FM SIGNAL AM SIGNAL 10K(B) VR351 C331 0.5V 0V 5.6K R336 5.022 2.022 L35 1µ B VD301 SVC348S C329 0.0033 R310 4.6K C C334 27P (UJ) D302 1N4148 R323 68K C337 0.2V 4.0047 3 R305 680 C309 0.2V 1.022 C307 0. 3/50 TP302 C371 R361 1/50 12K 4.022 R352 1K 4 3.6V(0V) SD 18 R365 10K FM IN C354 0.022 C364 10/16 C362 3.3V 1.3V 2.1V 23 FM IF IN 24 C397 0.001 FM IF DET.6K 9 R387 5.022 2 VSS AM MIX OUT AM OSC IN 1 R374 1K C382 15P(CH) 2.022 5V GND AM LOW CUT VSM C363 0.7V) FM AFC REG 3 AOUT C350 0.C C383 0.3V) STEREO 7 C386 330P R393 1K R395 47K CF352 R353 C399 270 0.001 C365 0.022 R336 5.022 C343 33P C374 0.3K MPX IN R-CH OUT L-CH OUT PHASE MO/ST (AM/FM) PHASE 13 10 11 12 3./ FM MPX.8K Figure 21 SCHEMATIC DIAGRAM (2/11) – 21 – 10 11 1 SD 2 FM ST 3 DO 4 CL 5 CE 6 DI 7 A_12V 8 D_GND 9 10 TUN_R TUN_L 9.9V FM 22 21 20 C380 10/16 C392 0.3K C373 0.6K CD-E500 CD-E55/E44 MAIN PWB-A (1/3) Q351 1 KRC104 M 3 C372 1/50 R362 12K R366 2.7 C384 0.3K R364 3.7K C368 1/50 C369 56P R356 1K X351 456 kHz C367 1/50 R363 3.1V R386 330 R381 10K 2.2K 3 VDD 19 PD 1 C353 0.1V AM OSC OUT L353 1µH 0V 3 5V 2.01 FM IF CF351 2 0V (2.2V) 1.1V (2.3V (0V) 0V (0.8K 2 L352 100µH C396 100/10 +B R391 390 C395 0.2K C358 1/50 C357 2.3V 2.1V 1 IC302 LC72131 PLL(TUNER) DI 20 0.5V (0V) MUTE R380 1.022 +B C398 100/10 FM/AM OUT 17 MPX VCO FM DET 8 2.3V D308 1N4148 +B 12 TO MAIN PWB (3/3) MAIN SECTION P24 1 .8V (1.4V) DO 2 CL IC303 LA1832S 5.1V 19 1.022 C361 0.1V +B R373 1K R372 1K R371 1K C394 47/16 C378 330P CE CF302 2 C344 FM IF 33P 0.022 C360 0.2/50 ZD351 DZH05C2+ +B .6V X352 4.1V 2.9V 0.7V (11.022 FM MUTE LEVEL C391 47/16 18 AM IN VT 5.6V C381 12P (CH) X OUT R309 470 X IN R382 330 2.6V 2.022 1 C352 10/16 R358 8.6V) 2.022 R383 5.022 R357 470K C366 0.7V (0V) 3.022 0V AM IF IN 5 3.5V 22 4.022 5V 6 0V C385 0.9V T351 AIN 2.9V (4.001 R355 3./AM IF 0.6K +B R392 390 L351 100µH Q360 KSA1015 GR R384 6.5 MHz R351 5.3V 11 A_GND +B 10V R385 5.9V) R350 2.6K 9.9V) 14 IF OUT 15 VCC 16 9 R376 10K C355 22P 0V 5V 4V (2.7K R359 1.8V C393 1/50 0.7V (0V) +B R360 4.2V) 3.5K R379 2.7V) 21 AM RF IN 5V 2.001 8 FM MO/ST IF REQ I 17 16 15 14 13 12 F IN +B TP301 R377 5.6K AM IF C370 1/50 3 4 5 6 7 8 9 10 11 C356 0.1V (2.6K +B C351 0.8V (1.2K 10K(B) VR351 2.2V C387 0. 3/50 R807 47K R803 270 Q805 HSB562 C 1 3 2 Q806 KRC107 M R825 10K H • NOTES ON SCHEMATIC DIAGRAM can be found on page 15.2 (219-11) Q804 HSB562 C 1 C807 3.022 SW801 (219-8) INITIALIZE 7 7 R817 150 R822 1.3K M801 (219-10) TAPE MOTOR CN1 + – Q802 KSA1015 GR M C849 100/10 R811 10K C805 0.3K TAPE 2 Q807 KSC1815 GR C R832 1K R(T2) R806 L(T2) R809 47K R(T1) Q801 KSC1815 GR R805 47K L(T1) B Q803 KSC1815 GR CNP801 R813 C814 330P 3.7K Q809 KRC107 M 2 R827 10K +B R802 270 TAPE 1 SOL802 (219-5) SOLENOID 7 PHOTO INTERRUPTER R865 33K 1 2 3 4 5 6 1 2 3 4 5 6 7 7 CNS805 CNW805 D802 1 2 3 4 5 6 R823 1.5K CNS804 CNW804 R804 47K PHOTO INTERRUPTER TAPE MECHANISM PWB-H1.7K C815 330P Q813 KSC1815 GR L-CH D 1 1 2 2 3 3 4 4 5 5 6 6 7 7 C809 82P 560P 2 1 2 R831 1K CNP802 CNW802 ERASE HERD (219-6) R819 2. 1 2 3 4 Figure 22 SCHEMATIC DIAGRAM (3/11) – 22 – 5 6 100/25 1 2 3 4 5 6 3 10K 7 1 2 3 4 5 6 R846 10K 1 2 R826 SOL801 (219-5) SOLENOID 1 2 3 4 5 6 R816 R833 10K C808 F R815 10K R864 18K D801 SW803 (219-9) REC Q810 KRC104 M 3 1N4148 TAPE 2 2 R820 56K E R837 100/25 47 C818 Q808 KSC1815 GR .2K 24 R812 2.2 (219-11) G K Q811 KRC104 M 4.3/50 3 TAPE MECHANISM PWB-H1.2K C810 82P R-CH C802 560P C801 RECORD/PLAYBACK HEAD (219-7) Q814 KSC1815 GR R818 3.5K 1N4148 SW802 (219-8) INITIALIZE R821 56K C806 3.CD-E500 CD-E55/E44 TAPE MECHANISM ASS'Y(219) MAIN PWB-A(2/3) A PLAYBACK SIGNAL R828 10K RECORD SIGNAL TAPE 1 PLAYBACK HEAD (219-7) CNW801 L-CH 1 1 2 2 3 3 R829 1K C803 560P A_GND T1_L C804 560P C817 100/25 R836 47 TI_R R-CH R830 1K R810 4.7K 4. 6K 0.033 C832 0.9K R838 R852 1.0022 R863 100K C846 0.022 805 562 C 7 Q816 KRC102 M 3 8 9 10 Figure 23 SCHEMATIC DIAGRAM (4/11) – 23 – 11 12 FROM CNS803 P28 1 .8K C833 0.8K C823 0.033 R843 33K R837 100/25 47 C818 C826 47/25 R845 5.C DISPLAY PWB R833 10K .0033 R854 100 C836 0.9K C835 22/50 R841 C822 560P C810 82P C816 330P 1K 47K C845 0.6K R839 100K C814 330P 3.5K REC REC/PLAY BIAS T_MOTOR CH_SW T1_RUN_PLUS T1_SOL T2_SOL T2_RUN_PLUS TAPE_SW R856 47K D805 1N4148 1 R834 10K 2 Q815 HSB562 C 1 3 3 Q817 KRC102 M C820 0.A R828 10K R831 R853 1.9K C828 0.022 +B 3 1 Q820 KRA102 M 2 +B +B 10 9 8 7 6 5 4 3 2 1 CNP803 J213 Thermistor 1 R823 1. 1 2 3 4 5 6 13 VCC 7 14 REF 15 ALC 16 RRO 17 RLO 18 R NF 19 L NF R NF 20 RRI R(T2) 21 RLI 22 R(T1) L:T1 H:T2 23 PRO 24 L(T1) C809 82P C812 330P R832 1K 560P 100K C815 330P 12 13 14 15 TAPE R REC L REC R VCC_12V M_GND A_GND M_12V µ_CON5V +B C834 22/50 R840 3.022 C840 47/25 +B C844 0.CD-E500 CD-E55/E44 Q812 KSC1815 GR R851 47K R824 10K TAPE L R857 10K C838 0.001 R849 3 2 1 +B R862 47K Q822 KSA1015 GR R866 100 R860 4.5K 3. SECTION P24 6 .5K R821 56K 2 +B C819 0.0033 47/25 C837 0.027 (ML) C847 100/16 L801 330µH C850 330/16 R846 10K Q819 KSC1815 GR D804 1N4148 R835 1.3/50 Q821 KRC104 M C830 0.0022 R848 R830 1K R842 33K C817 100/25 R836 47 R829 1K TO MAIN PWB(3/3) AMP.5K D803 1N4148 10K C808 100/25 R826 R820 56K R822 1.022 2 Q818 KRC102 M C831 0.022 C841 C839 0.5K C829 3.9K 6.001 R847 C825 R844 C827 47/25 5.022 C843 220/16 +B C842 22/50 C821 16 17 18 19 20 R859 220 +B 8 9 10 11 12 L(T2) L NF PLO IC801 AN7345K PLAYBACK and RECORD/PLAYBACK Amp.7K Q823 2SC2001 K R861 R858 10K R850 3.0022 C824 0.022 R855 100 6. 0015 R109 1K R103 10K R106 6.E µ_CON5V M_12V A_GND M_GND VCC_12V REC R REC L TAPE R TAPE L CNS202 FM SIGNAL B CD SIGNAL TO MAIN PWB(1/3) TUNER SECTION P21 12 .0047 C105 0.6V Q101 C101 KSC1815 GR 33/16 +B +B1 +B C207 4700/50 –B A GND A_GND1 +B C206 4700/50 –B1 +B –B C851 0.CD-E500 CD-E55/E44 TO MAIN PWB(2/3) TAPE SECTION P23 12 .B FROM CD SERVO PWB CNS204 P27 11 .B IN1 R101 1K C201 100/16 R102 1K 1 D207 1N4004 D210 1N4004 PLAYBACK SIGNAL Q102 KSC1815 GR R107 39K R104 10K C119 220P C103 1/50V R127 1K C120 220P IC203 KIA7808API VOLTAGE REGULATOR E 1 C203 3300/35 R128 1K +B 3 C208 0.047 C212 47/25 +B R202 +B Q20 HSC1609 H • NOTES ON SCHEMATIC DIAGRAM can be found on page 15.3K D CNP201 TO POWER PWB P37 12 .022 +B R217 10K CHASSIS GND +B –B +B IC202 KIA7812API VOLTAGE REGULATOR F +B 1 3 +B +B Q206 HSB562 C +B R218 560 +B IC201 KIA7805API VOLTAGE REGULATOR R219 1K C205 220/25 C204 0.C 20 19 18 17 16 15 14 13 12 1 2 3 4 5 6 M_GND +7V D_GND CE CL DO DI D_GNG CNP204 +B +B +B DO DI CL +B 7 6 5 4 3 2 1 SD FM_ST CNP202 A FROM DISPLAY PWB P28 1 .8K CNS201 R105 3.022 2 1 3 Q207 KSC1815 GR +B 2 D201 1N4004 G C211 0.E 2 C 3 4 5 6 7 8 9 10 11 RECORD SIGNAL SD FM ST AUX SIGNAL DO CL CE DI A_12V +B +B R201 10 D_GND TUN_L TUN_R +B A_GND C202 0. 1 2 3 4 Figure 24 SCHEMATIC DIAGRAM (5/11) – 24 – 5 6 .022 1 1 2 3 4 5 6 7 1 2 3 4 5 6 7 8 CNW201 +B1 A_GND1 –B1 D_GND +B2 D_GND +5.022 C209 470/16 2 C210 0. 1 C615 2.2/50 0.001 3 Q108 KRA107 M R212 100K Q109 KRC107 M 3 2 1 R209 100K D205 1N4004 CNP102 FAN_PRT 7 FAN_START 6 SP_DETECT 5 SP_RLY 4 SIGAL_LVL 3 MUTE 2 CD+B +B 1 D204 1N4004 Q203 KSC1815 GR +B R202 22K +B R203 3.D CNS205 8 17 16 15 14 13 12 CNP205 MAIN PWB-A(3/3) R618 33K C602 10/16 C603 10/16 21 22 23 24 C621 220P R642 22K CNP601 R644 2.1 R137 4.B FROM CD SERVO PWB P27 11 .2µH R213 3.1 C616 2.8 C118 0.022 D104 1N4004 R124 4.C.0027 C614 0.7 R108 39K C109 3P(CH) C127 0.2/50 C611 0.0047 C145 0.7/50 +B C624 10/16 R620 3.7K C133 0.9K R625 12K 11 AUX L RSL0 LSL0 12 IC601 LC75341M AUDIO PROCESSOR L3 R604 1K R4 C606 10/16 R1 R624 12K R606 1K R608 1K R628 1K C607 4.022 R119 0.022 –B C134 0. M M101(204-4) FAN MOTOR 12 .20 (1W) C117 0.1 C104 1/50V C110 3P(CH) 20 0P L-CH – C146 0.3K CNP203 R210 56 3 2 1 9 10 Figure 25 SCHEMATIC DIAGRAM (6/11) – 25 – 11 CNS203 3 2 1 3 2 1 4 5 9 10 L103 10µH R131 47K R126 56K Q105 KSC1815 GR 1 2 3 4 5 R128A 390 CNS101 R206 10K Q106 KSC1815 GR CNW101 R IN 1 R OUT 2 A_GND 3 L OUT 4 L IN 5 Q107 KSC1815 GR +B D103 1N4148 CNP101 R IN 1 R OUT 2 A_GND 3 L OUT 4 L IN 5 Q208 KSC1815 GR R122 4.0015 C128 0.9K R616 33K C618 100/16 CD_L A_GND CD_R _ M_GND VCC_12V REC R REC L TAPE R TAPE L 1 2 3 AUX R C625 10/16 R619 33K R622 100K +B B R630 220 R N.9K R614 10K R607 1K R609 1K R629 1K C608 4.D R211 27K Q205 KSC1815 GR Q204 KSA1015 GR C213 47/16 Q202 SSC1674 C HEADPHONES PWB-B3 L105 2.1 1 C107 R111 10/50 470 01 GR R102 1K R101 1K L IC101 STK40207 POWER AMP.20 (1W) JK101 HEADPHONES NF1 3 R132 22K IN1 2 D102 1N4148 2 R C126 0.6K D203 1N4004 R208 18K C121 0.2/16 1 R643 2.7K C136 0.7K KSC1815 GR ZD201 DZH05C2+ C102 3.3/16 R121 4.3K Q201 HSC1609 GR R204 10K R207 470K R205 22K D202 1N4004 7 8 C214 10/16 FROM DISPLAY PWB CNS102 P28 1 .2µH 1 2 3 CNW601 D605 1N4148 VDD CE 19 DI VREF VSS C620 220P R641 22K D604 1N4148 C622 0.022 C125 0.2K R-CH CHASSIS GND CL CE DI R603 1K R621 3.2K 1 2 3 1 2 3 SO601 VIDEO/AUX IN CL 20 L-CH CNS601 L601 2.1 (CH) C601 10/16 10 C612 R613 3.CD-E500 CD-E55/E44 O MAIN PWB(2/3) APE SECTION P23 12 .2/16 CD R TUN R TAPE R 13 R605 1K 9 C610 2.7 C113 C114 0.0027 C613 0.022 0.8 D101 1N4148 R135 6.7/50 C605 10/16 CD L L2 TAPE L TUN L R623 100K C609 2.022 Q103 +B 1 2 R125 56K C130 47/50 R130 5.022 R123 4.1 R127A 390 R221 220 RLY101 RERAY R120 0.1(CH) C604 10/16 R612 3.9K 2 18 R602 1K R617 33K 3 ROUTLOUT 4 17 R615 10K R601 1K 5 RBS LBS L4 16 6 RTRE LTRE 15 7 RIN LIN R3 L1 R2 14 8 TERMINAL PWB-B4 C619 220P C617 33/16 C623 0. PRE +VCC BIAS +VE1 –VE1 +VCC –VCC +VE2 –VE2 PRE –VCC GND NF2 IN2 4 5 6 7 8 9 10 11 12 13 14 15 R107 39K C106 0.0015 R114 1K 100/50 +B R117 100 R118 100 C111 C112 10/50 10/50 R115 56K + R-CH – CHASSIS GND R138 4.0047 R110 1K R116 56K C103 1/50V SO101 SPEAKER TERMINAL + C108 10/50 R109 1K C116 100/50 C115 R112 470 R113 1K C105 0.7K Q104 KSC1815 GR +B R136 6.022 C135 0. 1 R421 10K CD MECHANISM UNIT ASS'Y(238-1) FO– C421 100/10 B C416 100P C417 100/10 R420 330 C422 0.82µH C404 1/10 +B E – SW1 PICKUP IN GND VO4+ VG4 VIN4 VREF VCC VG3 VO3+ VO3– GND GND GND VO4– CD VIN3 M 6 5 4 3 2 1 6 5 4 3 2 1 IC402 LA6548D FOCUS/TRACKING/ SPIN/SLED DRIVER REG_OUT VIN2 VG2 VO2+ VO2– GND GND GND VO1– VO1+ VG1 VIN1 MUTE VCC NM801 SLED MOTOR SP+ SP– SL+ SL– PU-IN – + CNW402 SP+ 7 SP– 6 SL+ 5 SL– 4 PU-IN 3 2 D_GND 1 REG_IN M RESET 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 CNS402 + NM802 SPINDLE MOTOR 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 +B F R418 100K M401 (238-2) UP/DOWN LOADING MOTOR M R453 68 M+ + – 1 2 M– 3 +B C405 330/10 L410 0.047 R419 27K C415 0. 1 2 3 4 Figure 26 SCHEMATIC DIAGRAM (7/11) – 26 – 5 6 .3K Q405 KSA1271 Y Q402 KSA1271 Y R412 1.82µH R416 12K CD PICKUP UNIT L404 0.1 +B C410 100/10 L402 0.01 TR+ FO+ 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Q409 KSA1015 GR FO– TR– TR+ FO+ MD VR LD GND F C B A C E VCC VC TR– L401 0.01 C414 0.82µH CNP401 FC401 B FO– TR– TR+ FO+ PD VR LD R451 100 GND F R401 100K C R402 33K B R403 33K A R404 33K D R405 33K E R406 100K VCC VC C408 47/25 C 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 C407 0.1 C425 0.3K G R407 1.3 C403 0.002 C418 47P E +B ADAVSS TDO C411 100/10 2 L403 0.5K Q403 KSC1815 GR Q401 KSC3203 Y CNW404 D401 1N4004 +B D402 1N4004 +B • NOTES ON SCHEMATIC DIAGRAM can be found on page 15.3K R411 3.82µH R415 47 +B C42 0.CD-E500 CD-E55/E44 CD SERVO PWB-C A CD SIGNAL CD PLAYER UNIT ASS'Y (238) +B ACTUATOR MD VR SHORT LAND LD F C C401 0.82µH R410 22K R409 22K Q404 KSC1815 GR R408 3.5K H Q411 HSB562 C Q407 KSC1815 GR Q406 KSC3203 Y R414 470 Q408 KSA1271 Y +B +B D405 1N4004 +B R413 3. • The numbers 1 to 12 are waveform numbers shown in page 39.01 C402 47/25 C406 47/25 R417 3.002 C419 10/50 A C D C420 1/50 C412 0.1 C409 0. 82µH +B 1 2 3 20 C422 4 0.82µH C447 0.82µH 12 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 LVDD C437 0.1 +B DISC NO_SW OPEN_SW C433 0.022 C439 330/6.1 R425 15K L406 0.0015 MR401 CORE CNS205 CD PLAYER UNIT ASS'Y (238) R448 10K R446 10K CNP406 OPEN_SW +B +B CNP205 TO MAIN PWB(3/3) P25 7 .2K R426 12K +B C427 C434 1/50 0.82µH C445 10/50 R-CH 2 2 3 3 CNW205 R449 2.01 R443 100 +B +7V DGND 1 3 2 4 3 5 4 6 5 7 6 1 1 CNP204 MGND Q412 KSC3203 Y +B C442 10P(CH) C443 10P(CH) +B L-CH R447 100 L411 ZD401 DZH03C3+ C441 0.82µH +B +B MGND ROTATE+ DGND CNW403 +B 1 2 3 4 5 6 SW404 (238-6) DISC 1 1 2 3 4 5 CNS403 1 2 3 4 5 + – M M402 (238-3) ROTATE MOTOR +B 7 8 9 10 Figure 27 SCHEMATIC DIAGRAM (8/11) – 27 – 11 12 .A SBCK/FG DEFECT V/1P FSEQ MON11 MON12 MON13 MON14 MON15 VSS VDD DOUT TEST 9 DI 11 10 C449 47/16 DATA DATACK LRSY ASDFIN ASDACK ASRACK IGMOUT EFLG C2F XVSS FSX/16MIN XIN XOUT XVDD RVDD RCHO RVSS LVSS LCHO L412 0.2K R431 10K CL C440 0.0015 AGND 0.0022 30 5 6 7 8 9 10 9 11 50 12 13 14 0 15 0 C425 16 0. DISC NO_SW DISC1_SW L408 0.82µH 4 R427 1K 3 2 X401 16.H FROM DISPLAY PWB C428 100P DGND CLOSE_SW SWITCH PWB-G 3 3 3 2 2 2 1 1 1 SW402 (238-4) OPEN/ CLOSE T/T MOTOR PWB-F +B SW403 (238-5) DISC NO.022 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 SLCO SLCIST EFMIN RF 8 L409 0.022 C423 0.A R430 680 FR VVDD PCKIST VVSS PD02 PD01 CONT2 CONT3 VSS VDD5 DRF VRES VWRQ DO DI CL CE 3 8 7 6 5 +B LDD LDS 5 6 CNW204 DO 1 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 R422 10K 1 R423 6.047 C426 0.2K C444 0.3 C438 10/50 R442 2.01 CNS204 L405 0.9344MHZ IC401 LC78646E SERVO/SIGNAL CONTROL FDO SPDO SLDO GPDAC CONT4 CONT5 4 TO MAIN PWB(3/3) P24 5 .82µH 2 SW401 DISC UP/DOWN C436 100/10 R428 1K C435 0.CD-E500 CD-E55/E44 CNP405 R435 1K C429 100P C430 100P VWRQ R436 1K DRF R437 1K DO R439 1K R440 100 C432 100P CD_CE DI ROTATE CL CLOSE_SW CE DISC1_SW R441 1K DOWN_SW L407 0.0022 17 18 ADAVSS 19 TDO 20 9 1 UP_SW R434 10K ZD402 R452 DZH06B2+ 220 R429 680 R424 1.1 10 CD_RES R438 1K C431 100P 11 CNS405 P28 4 .8K R421 10K 2 03 µH RFVDD RSVSS FIN1 A FIN2 B TIN1 E TIN2 F VREF REF1 FE TEC TE RFMON JITTC ADAVDD 7 C448 0. 7K R725 LED701 +B 270 SD3210W+ F Q701 KSC1815 GR L70 0.F 10K 10K 10K 10K 10K 10K B 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K DISC_DOWN_SW D_GND +B CD_CE 6 D701 1N4004 1K 5 5 R752T R752S R752R R752Q R752P R752O R752N R752M R752L R752K R752J R752I R752H +B +B R738 4 –30V 5.A 1 87 P_STB MODE_CKECK 2 P_MUTE R745 1K 1 SIGAL_LVL FAN_PRT 3 KEY2_IN 4 2 KEY1_IN 5 3 R709 +B D706 R797 10K R712 1K SP_RELAY VDD1 4 R708 SP_DETECT C707 0.D VFD FL D 5 6 .82 C706 220/10 R742 10K C702 0.CD-E500 CD-E55/E44 DISPLAY PWB-B2 A R754 R755 R756 R757 R758 R759 TAPE_BIAS 1K REC_PLAY REC SW R744 1K REC R703 1K 7 7 8 CNS202 1K DI D0 R717 1K R718 1K CL R719 100 CE R720 FM_ST R721 1K 6 6 1K R716 SD 91 SIGAL_LVL 92 FAN_START P6 P8 P9 P7 P6 P7 P8 P9 P10 P11 P12 P13 P14 94 SP_RELAY 95 DI 96 D0 97 CL 1K CE 98 FM_ST 99 SD100 R722 1K CNW202 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 L704 0.8V RDS_DATA 1 2 1K 1 R736 CNS901 P20 VF2 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 CNW901 3.1 R743 10K R746 33K +B +B +B 10K 10K 10K R726 R735 10K R727 R796 R734 10K R795 10K +B L702 0.A H • NOTES ON SCHEMATIC DIAGRAM can be found on page 15.8V TIMER_LED CNP901 TO POWER PWB P37 12 .6V RDS_CLE 4 1K 3 3 R737 2 VF1 VF2 –B 3. 1 P10 P11 P12 P13 P14 P15 P17 P18 P16 P15 P16 P17 93 SP_DETECT 2 3 POWER_KEY 5 R715 IC701 IX0058SJ SYSTEM MICROCOMPUTER 90 VDD2 X-BASS/DEMO 4 1K 4 Figure 28 SCHEMATIC DIAGRAM (9/11) – 28 – SYS_STOP 4 R714 RDS_VSM 3 3 1K T1_TAPE1_SW 2 2 5 D_GND R713 T2_TAPE2_SW CNP202 1 P19 89 GND CNW102 1 88 P_MUTE 0.G C CNP803 TO MAIN PWB(2/3) P23 12 .82µH R791 10K CD_WRQ CD_DRF CD_RES CD_CE ROTATE CLOSE_SW DISC1_SW DISC_NO_SW DISC_DOWN_SW DISC_UP_SW CNW405 OPEN_SW G 1 2 3 4 5 6 7 8 9 10 11 12 CNS405 1 2 3 4 5 6 7 8 9 10 11 CNP405 TO CD SERVO PWB P27 11 .1 6 CF2 5 R707 FAN_START C718 24P 7 CF1 6 FAN_PRT GND 8 P18 R706 7 P19 R705 MOTOR 1K T1_SOL 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 1K 81 T2_SOL 1K 82 T1_RUN_PLUS 1K 83 T2_RUN_PLUS 1K 84 CH_SW 1K 85 CD+B 1N4004 86 P_CON DISC1_SW R704 CNS102 E 1K R702 DISC_NO_SW P20 11 R701 REC_PLAY XT2 10 TAPE_BIAS DISC_UP_SW 10 R744A 47K MOTOR XT1 9 9 +B CH_SW RESET IN PUT 8 VDD4 7 T1_RUN_PLUS ROTATE 7 CLOSE_SW 6 T1_SOL PROG2 6 PROG1 5 T2_SOL PROG0 5 OPEN_SW 4 T2_RUN_PLUS CD_WRQ 4 CD_DRF 3 3 1K 1K 1K 1K 1K 1K 1K R728 R729 R730 R731 R732 R793 R794 CD_RES 2 8 CNP102 D 2 CNW803 TAPE_SW 1K 1 1 R739 CNS803 TO MAIN PWB(3/3) P25 11 .82µH X702 8MHZ C717 24P R733 2.1 +B C701 CD+B R747 1K TO MAIN PWB(3/3) P24 2 . 6K SW704 SW708 TUNING TIME DOWN R769 3.1 L701 0.9K TUNING TIME R770 UP 2.1 7 8 9 10 Figure 29 SCHEMATIC DIAGRAM (10/11) – 29 – 2 11 +B Q703 KSC1815 GR R777 10K R775 82 R778 10K R779 120 Q704 KSC1815 GR ZD701 DZH03C3+ R762 1K R776 1K C712 33/16 C713 0.01 R761 1K R763 3.3K Q702 KRC102 M 1 3 R764 100K D704 1N4148 D705 1N4148 R742 10K R790 1K C716 47/16 12 .9K PLAY/REPEAT 41 RX701 GP1UM271 REMOTE SENSOR 40 39 PRESET UP G1 38 STOP G2 37 1 G4 35 R751 1K C710 0.2K SW712 R783 5.2K SW703 P4 50 P3 49 R780 75K REC/PAUSE OPEN/CLOSE 64 63 62 61 60 59 58 57 56 55 54 53 52 51 SW723 CD R787 3.82µH 6 10 R743 10K R746 33K R749 10K L703 0.7K TIMER/SLEEP R771 2K CLOCK R772 1.2K SW710 R774 1.047 R760 47 C708 G9 G7 32 G8 17 18 19 20 21 22 23 24 25 26 27 28 29 30 R747 1K 100P SW702 POWER ON/STAND-BY R745 1K C718 24P 3 100/10 G6 33 31 2 C709 G5 34 IRQ POWER_KEY X-BASS/DEMO SYS_STOP RDS_VSM T1_TAPE1_SW T2_TAPE2_SW MODE_CKECK FAN_PRT KEY2_IN VDD1 KEY1_IN G3 36 SW701 X-BASS /DEMO C707 0.5K SW709 R773 1.CD-E500 CD-E55/E44 G2 G3 G4 G5 G6 G7 G8 G9 2 P1 3 P2 4 P3 5 P4 6 P6 7 P5 8 P7 9 P8 VF1 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 P9 G1 P11 P10 P12 P13 P14 P15 P16 P17 VFD701 FL DISPLAY 1 R753I R753H R753G R753F R753E R753D R753C R753B R753A R752A R752B R752C R752D R752E R752F R752G 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K 82K SW722 SW719 TUNER (BAND) EQUALIZER SW720 R765 75K SW721 R766 15K GND VOLUME UP VOLUME DOWN P5 P6 P7 P8 P9 P10 P11 P12 P13 P14 P17 P15 P16 DISC SKIP P2 48 P1 47 VIDEO/AUX 45 R768 5.1 TAPE SW707 44 PRESET DOWN 43 SW724 R781 15K SW711 R782 8.82µH R750 10K +B +B +B +B D702 1N4148 D703 1N4148 +B C711 0.7K SW715 R786 2K MEMORY/SET VDD3 46 42 01 8SJ OCOMPUTER R767 8.2K SW705 SW706 +B C705 0.6K SW713 R784 3.9K SW714 R785 2.82µH L705 0. BOARD (1/8) – 30 – C113 E C B Q105 L601 1 R123 R113 R115 C109 R135 RLY101 RELAY C117 C133 LEFT CNW601 R132 C103 R109 IC R209 R208 D205 C107 D D202 B C E 1 2 3 B C E 1 2 3 4 5 6 7 C135 R125 R Q101 R103 R131 Q106 B C E E C B R121 B C E R205 R211 R206 R204 CNP203 D604 SO601 VIDEO/AUX IN D605 CHASSIS GND R207 B C E C213 R213 CHASSIS GND C214 Q202 R203 M101(204-4) FAN MOTOR Q201 B C E D204 R202 F C115 C105 D104 C102 C130 R210 Q109 Q208 B 3 Q107 C 2 E B C E 1 R107 R111 R127 C101 ZD201 RED R101 R106 C145 C119 3 2 1 CNS203 D103 BK C146 R622 RD G R395 R383 L352 AM IF C344 R312 C332 C617 T302 AM TRACKING IC303 R603 R601 D302 Q306 VD303 VD301 R3 C35 C350 C361 24 23 22 21 20 19 18 17 16 15 14 13 R602 D301 C386 C385 FM MUTE LEVEL R302 C E C366 L302 CF303 3 2 1 R307 C364 D307 1 2 3 4 5 R310 C313 D306 C303 VR351 C362 FROM DISPLAY PWB P35 10 .W.CD-E500 CD-E55/E44 MAIN PWB-A R127A 5 R377 R393 R363 C363 C356 C360 C354 R376 C353 C351 C352 R362 C373 C371 R C623 C614 CNP102 C616 7 6 5 4 3 2 1 C374 TP302 X351 R364 R357 R350 R356 C367 C369 C368 C372 C365 C343 R358 T306 AM BAND COVERAGE fL CNP101 C126 5 4 3 2 1 LEFT I C620 R137 1 C622 R138 E C615 R219 R612 R623 R105 RIGHT R221 C127 C125 C619 C613 L105 SO101 SPEAKER TERMINAL 24 C621 C128 3 2 1 B C E Q204 Q205 Q108 R130 D203 WH BK 1 RD RIGHT 3 BR Q103 Q203 R126 R136 R212 C134 C121 C136 WH 1 BK 2 RD 3 CNS601 TERMINAL PWB-B4 H 2 3 4 Figure 30 WIRING SIDE OF P.B CNS102 D 1 D305 C302 C349 CNS101 BK GY GY GY GY 2 C35 C398 C355 1 CF351 2 3 R353 CF352 CF302 R352 C399 1 2 3 1 2 3 4 5 6 7 8 9 10 11 12 R313 R351 B C337 C C309 4 3 C307 R385 R384 C396 C378 T351 R314 1 BF301 C304 1 2 3 C319 L353 R336 2 R315 CNP301 3 2 1 C314 T304 C305 R392 C370 R308 FM IF E C301 3 C318 C320 C IC301 Q302 6 5 VD302 7 C311 B C306 R304 R301 9 8 C317 FM ANTENNA AM BAND COVERAGE fL C308 R305 E C B R382 R316 C312 L303 R306 AM LOOP ANTENNA Q360 R386 R387 L351 R309 C321 C315 C316 R391 D308 R359 R360 IC302 C393 B X352 R303 C394 HEADPHONES PWB-B3 R373 R372 R371 C335 R380 R374 C331 C334 R323 C380 CHASSIS GND 1 2 3 4 5 6 7 8 9 10 11 FM RF L103 1 22 21 R381 20 C392 19 18 R379 17 R365 16 15 C387 14 13 12 C329 C330 JK101 HEADPHONES C381 C382 C384 TP301 R128A C397 CNW101 GY GY GY GY BK C383 A 5 6 . B FROM CD SERVO PWB CNS803 P35 12 .F TO TAPE MECHANISM PWB 7 GY GY GU R863 R866 R859 C845 C808 IC201 C110 C118 Q103 1 2 3 BK 1 CNW201 R116 R119 C117 R114 E C B R826 GY GY GY GY GY R110 IC101 R803 CNP803 Q817 Q816 C807 R807 GY 8 R811 C208 C108 3 2 1 Q818 D201 C106 R816 D805 C820 Q815 R102 C112 C120 Q102 B C E R128 C113 C111 R118 R117 E C B C211 R111 C116 C114 5 R104 R132 C115 C847 C846 7 CNW804 R614 107 D803 WH WH C606 C605 C604 WH WH R802 C607 C624 E C B RD WH WH R630 C611 C609 C622 C613 C615 R641 R608 R606 Q810 R846 Q811 GY R828 R620 R618 R616 R628 1 2 3 1 2 3 1 2 3 C212 C601 R604 B C E C850 D804 Q804 R804 12 1 C619 Q819 Q820 1 C618 10 R861 E C B Q802 R862 R820 J213 CNP601 C849 E C B R856 R815 Q822 E C B R822 R617 R624 5 Q823 D207 R607 IC601 C620 D210 R858 R824 R860 D801 R642 15 Q821 1 2 3 CNP205 3 2 1 13 20 3 2 1 C603 R605 R643 C621 C602 R644 C625 C608 R613 C612 C623 C616 C614 R609 24 R625 R864 R362 C373 C371 B Q206 C E R621 Q812 L801 R217 R619 R629 C839 R218 C610 C842 C840 R857 E C B Q207 B C E R364 R356 R357 C374 C617 R361 R615 C372 CNP204 R837 1 C814 2 R841 3 C816 4 5 C822 R843 6 C829 7 C828 C830 8 9 C833 10 C835 11 R849 12 R850 C837 C843 R855 C841 R853 C844 C838 1 2 3 4 5 6 5 14 13 X351 R847 R831 C205 R851 R363 03 C803 C804 BK R393 C832 Q808 R833 C827 1 1 2 3 Q813 R832 R836 C817 E C B C802 R817 2 C801 CNP801 24 23 C812 22 R840 21 C821 20 19 C834 18 17 C836 16 15 R854 14 13 R852 C825 R848 C363 C356 0 11 12 C354 R376 C353 3 3 1 2 3 4 5 6 7 CNP802 C815 R842 Q351 C810 C204 R355 C358 C355 B C E R805 C831 R366 C357 CNP202 R844 0 Q807 IC801 R377 L352 R395 ZD351 B C E R829 R385 R384 C396 Q801 C809 1 2 3 4 5 6 7 C395 C823 R392 R809 R819 R201 R810 B C E B C E B C E R806 Q814 Q803 R838 C202 C391 C201 R391 P36 2 .CD-E500 CD-E55/E44 R112 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 C104 R108 R123 D101 R121 R124 R120 E C B TAPE 1 P36 2 .C TO TAPE MECHANISM PWB Q104 C207 C203 R122 D102 C851 COLOR TABLE BR CHASSIS GND TAPE 2 P36 5 .B CNS204 FROM CD SERVO PWB R818 P35 9 .D FROM PLAYBACK HEAD CNS205 P33 11 .F TAPE 2 FROM RECORDE PLAYBACK HEAD R813 P33 10 .BOARD (2/8) – 31 – 11 12 .G TO POWER PWB BK BLACK PK PINK 10 Figure 31 WIRING SIDE OF P.G FROM CNS202 DISPLAY PWB 8 CNS804 1 2 3 4 5 6 7 CNS201 RD WH WH WH WH WH WH BK GY GY GY GY GY GY 9 1 2 3 4 5 6 7 BROWN RD( R) RED OR ORANGE YL YELLOW GR GREEN BL BLUE VL VIOLET GY GRAY CNP201 WH( W) WHITE P37 7 .C FROM DISPLAY PWB C824 R812 C826 R839 R830 C818 C805 Q806 R845 R823 C819 Q805 E C B D802 3 2 1 CNW805 3 2 1 1 R865 1 2 3 IC202 IC203 GY C206 C210 C209 1 2 3 BK 7 Q809 GY GY GY R835 R834 R825 R827 C806 3 2 1 R821 3 2 1 10 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 CNS805 TAPE 1 P36 5 .W. RD BK WH F 1 2 3 4 5 SW404 (238-6) DISC 1 1 2 3 M402 (238-3) ROTATE MOTOR H 1 2 3 4 Figure 32 WIRING SIDE OF P.CD-E500 CD-E55/E44 A CD PLAYER UNIT(238) CD SERVO B WH BK CD MECHANISM UNIT(238-1) 3 Q408 B C E M401 (238-2) UP/DOWN LOADING MOTOR NM802 SPINDLE MOTOR C 7 16 16 R451 SW1 PICKUP IN NM801 SLED MOTOR CNP401 FC401 D 16 C402 1 1 8 C401 1 15 16 14 13 12 11 10 9 8 7 6 5 4 3 2 1 6 5 4 3 2 1 CD PICKUP UNIT 5 E C404 16 1 SWITCH PWB-G SW402 (238-4) OPEN/CLOSE 15 1 T/T MOTOR PWB-F COLOR TABLE G BR BROWN RD(R) RED OR ORANGE YL YELLOW GR GREEN BL BLUE VL VIOLET GY GRAY WH(W) WHITE BK BLACK PK PINK E C Q4 SW403 (238-5) DISC NO.BOARD (3/8) – 32 – 5 6 .W. C 12 11 MR401 CORE R453 B C E L412 SW401 DISC UP/DOWN C445 R452 R447 L405 ZD402 C432 C444 R440 R438 R439 R441 R443 45 10 41 40 35 ZD401 C437 30 15 C436 25 20 21 C418 C410 C409 9 C435 C448 L403 C425 C412 6 1 R431 L404 R428 R427 R425 R423 R418 C405 L408 CNW402 7 CNW403 1 6 CNS403 6 5 4 3 2 1 1 GY GY GY GY BK 4 WH WH WH WH WH BK CNS402 1 2 3 4 5 RD CNP406 Q411 C447 3 50 10 C417 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 E C B 5 R405 R401 C420 IC402 55 IC401 C419 R416 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 WB-F C431 C433 R437 C430 R436 R403 R415 C404 C429 R426 C426 C416 C422 R420 R406 Q409 R402 R404 C407 C406 C402 5 75 C40880 1 C414 C415 E C B 65 70 C411 L401 R421 61 60 L402 C403 R430 R429 R419 C421 C427 R424 Q404 BK C449 R409 C434 R434 Q412 C438 E C B 1 C439 R412 R408 C442 L406 L411 C443 R446 C440 R442 X401 R449 E C B 1 8 C428 E C B C401 1 Q401 R407 R410 B C E C423 R411 CNP401 FC401 15 16 14 13 12 11 10 9 8 7 6 5 4 3 2 1 CNW205 WH R435 E C B Q403 16 R451 16 R413 B C E Q402 L409 L407 E C B D405 R448 D402 7 CNW204 D401 L410 R417 7 1 CNP405 Q407 C441 CNW404 R414 Q405 Q406 Q408 B C E 1 2 3 4 5 6 7 8 9 1011 3 1 3 R422 WH BK 3 2 1 2 5 4 3 2 1 • The numbers 1 to 12 are waveform numbers shown in page 39.BOARD (4/8) – 33 – 11 12 .CD-E500 CD-E55/E44 1 2 3 WH YL YL YL YL YL CD SERVO PWB-C 1 2 3 4 5 6 WH BK RD FROM DISPLAY PWB P35 12 . 7 8 9 10 Figure 33 WIRING SIDE OF P.D CNS205 CNS204 TO MAIN PWB CNP204 P31 8 .E CNS405 CNP205 TO MAIN PWB P31 8 .W. W.BOARD (5/8) – 34 – R752D R752C R752B R752A R753A R780 SW722 TUNER(BAND) R763 D703 D704 R761 D706 C707 C706 C717 C718 D R753B L702 R753C R753H R753I X702 R753D SW720 VOLUME UP VFD701 FL DISPLAY C713 D701 6 1 CNW901 85 IC701 70 75 25 R753F CNS901 WH WH WH WH RD L704 L703 SW701 X-BASS /DEMO 5 4 3 2 1 20 R753G R753E TO POWER PWB P37 7 .CD-E500 CD-E55/E44 A DISPLAY B C709 R760 C710 30 31 35 81 80 65 40 60 45 55 R725 50 51 R745 R747 C702 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 R739 R738 R737 R736 L701 R746 R775 D705 C711 Q702 R764 1 2 3 R750 R742 R778 R777 R776 E C Q704 Q703 Q701 SW721 VOLUME DOWN R790 ZD701 B C E C712 R762 E E C B R769 R770 SW705 VIDEO/AUX D702 R768 SW708 PLAY/REPEAT R733 F R774 SW704 DISC SKIP R773 R772 R767 R766 SW703 OPEN/CLOSE SW709 PRESET UP G H 1 2 3 4 Figure 34 WIRING SIDE OF P.G C705 90 15 RX701 REMOTE SENSOR R715 C701 95 10 1 R751 R765 5 3 C708 CNP901 C SW719 EQUALIZER 100 1 2 5 6 . D R716 R797 1 85 1 70 75 R709 R712 90 81 80 5 8 R759 R758 R757 R756 R703 R701 R702 R744 11 R790 CNW405 1 ZD701 SW711 MEMORY/SET SW723 CD R776 C716 L705 E C B Q704 R791 12 R782 R783 R781 SW706 TAPE R743 R771 R770 SW714 TIMER/SLEEP R785 R787 R784 R777 R786 R779 R778 Q703 SW702 POWER ON/STAND-BY SW715 CLOCK R775 B C E R749 R744A R734 R727 R726 R752Q R752S R752T R752R R752F R752G R752P 0 R796 R795 R735 R794 R793 R732 R731 R730 R729 R728 32 33 R752O R752N R752M R752L R752H R752K R752J R752I R752D R752C R752B R752E R752A R753A R753I 3 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 AND) R754 SW710 STOP R772 COLOR TABLE R722 CNW202 BR 1 SW707 PRESET DOWN WH BK BK BK BK BK BK 8 CNS202 1 2 3 4 5 6 7 8 9 10 11 SW713 TUNING/TIME UP R719 R717 R718 R721 R720 1 2 3 4 5 6 7 CNP202 8 CNS405 BL WH WH WH WH WH WH WH WH WH WH SW712 TUNING/TIME DOWN SW724 REC PAUSE 7 1 2 3 4 5 6 7 8 9 10 R755 CNW803 VFD701 FL DISPLAY CNS803 YL BK BK BK BK BK BK BK BK BK 9 CNP803 5 CNW102 R708 1 R707 R706 R705 R704 LED701 P31 11 .E TO MAIN PWB R714 R713 C701 CNP405 R715 P33 9 .W.CD-E500 CD-E55/E44 CNS102 CNP102 TO MAIN PWB P30 5 .B 10 Figure 35 WIRING SIDE OF P.BOARD (6/8) – 35 – 11 12 .B TO CD SERVO PWB 100 BL BR BR BR BR BR BR DISPLAY PWB-B2 1 2 3 4 5 6 7 BROWN R D (R ) RED OR ORANGE YL YELLOW GR GREEN BL BLUE VL VIOLET GY GRAY WH (W) WHITE BK BLACK PK PINK TO MAIN PWB P31 8 . CD-E500 CD-E55/E44 A TAPE MECHANISM ASS'Y (219) B TAPE 1 P31 12 .2(219-11) SOL802 (219-5) SOLENOID D COLOR TABLE GREEN BL BLUE VL VIOLET GY GRAY WH(W) WHITE BK BLACK PK PINK M801(219-10) TAPE MOTOR ERASE HEAD (219-6) CN1 P31 8 .B TO MAIN PWB PHOTO INTERRUPTER CNW801 RD 1 2 BK 3 WH BR TAPE MECHANISM PWB-H1.A TO MAIN PWB CNW802 7 BK 6 WH 5 BK 4 WH 3 BK 2 GR 1 RD SW803 (219-9) REC GR PHOTO INTERRUPTER BK TAPE MECHANISM PWB-H1.BOARD (7/8) – 36 – 5 6 .W.F FROM MAIN PWB CNS805 RD OR YL BK RD WH PLAYBACK HEAD (219-7) C 7 6 5 4 3 2 1 SW802 (219-8) INITIALIZE CNP801 P31 10 .2(219-11) SOL801 (219-5) SOLENOID TAPE 2 G H 1 2 3 4 Figure 36 WIRING SIDE OF P.H FROM MAIN PWB CNS804 RECORD/PLAYBACK HEAD (219-7) RD OR YL BK GR WH RD YELLOW WH YL GR ORANGE BK RED OR WH E BROWN +- BR RD(R) 7 6 5 4 3 2 1 SW801 (219-8) INITIALIZE F CNP802 P31 10 . W.1 1N6A2M++ F903 1.D D906 1N4004 D905 1N4004 C905 0.6V 7 1N6A2M++ F902 5A/125V D903 1N6A2M++ D904 C904 0.D FROM DISPLAY PWB 7 AC 120 V. 60 Hz CNS201 P24 1 .BOARD (8/8) – 37 – 12 .6A/125V C908 C909 R905 5 4 3 2 1 D911 CNP901 C901 1 2 3 4 5 6 7 T901 POWER TRANSFORMER CNS901 P34 1 .CD-E500 CD-E55/E44 POWERE PWB-B1 D901 1N6A2M++ D902 1N6A2M++ C903 0. 60 Hz 8 9 10 AC POWER SUPPLY CORD 11 Figure 37 SCHEMATIC DIAGRAM (11/11) / WIRING SIDE OF P. 60 Hz F903 1.1 FROM MAIN PWB(3/3) 1N4004 C906 0.1 F901 5A/125V CNP201 +B1 1 AGND 2 –B1 3 DGND 4 +B2 5 DGND 6 +5.6V 4 –30V 3 3.B POWERE PWB-B1 CNS201 D902 D901 C903 CNP201 F901 5A/125V D904 C904 F902 5A/125V C910 D903 R902 C906 D908 D907 C907 B C E R903 R906 ZD902 R907 ZD901 D910 D909 C902 D906 D905 C905 R904 Q901 SO901 AC INLET AC 120 V.H R907 330 C908 47/50 D909 1N4004 D907 1N4004 ZD901 DZH3001+ C901 100/50 D910 1N4004 D908 1N4004 R906 330 T901 POWER TRANSFORMER CNP901 DGND 5 +5.6A/125V SO901 AC INLET AC 120 V.1 C902 100/50 C907 220/50 D911 1N4004 R904 47K R902 22K R903 10 Q901 KSA1015 GR C909 330/35 R905 12K C910 100/50 ZD902 DZH06C2+ VF2 VF1 FROM MAIN PWB P31 10 .8V 1 FROM DISPLAY PWB CNS901 P28 1 .8V 2 3. 33V 3 Q815 PIN VOLTAGE NO.96V 3 Q704 PIN VOLTAGE NO.86V 63 5.48V 89 0V 39 -20.13V 3 0.52V 8 3. 1 0V 2 0V 3 0.5V 7 3.9V Q405 PIN VOLTAGE NO.48V 92 0V 42 -20.4V 14 1. 1 -27.25V 17 1.6V 13 1.52V 4 3.52V 22 7V 23 3.27V 3 6.64V 18 1. 1 11.4V 22 0.7V Q821 PIN VOLTAGE NO.03V 3 Q814 PIN VOLTAGE NO.7V Q820 PIN VOLTAGE NO.28V 2 0V 3 Q106 PIN VOLTAGE NO. 1 7.52V 17 3.11V 64 5.87V 36 -24.09V 1 3.26V 1 0V 52 -27.1V 10 3.42V 5 0V 6 0.25V 26 2.6V 12 1.52V 16 3.57V 34 -24.65V Q409 PIN VOLTAGE NO. 1 0.30V 27 3.87V Q108 PIN VOLTAGE NO.9V Q411 PIN VOLTAGE NO. 1 0V 2 0V 3 0.57V 100 0V 50 Q109 PIN VOLTAGE NO.04V 24 0V 25 3.3V 3 0V IC801 PIN VOLTAGE NO.6V 2 0V 3 1.34V 41 -20.64V 2 0.87V 35 -24.14V 5 0V 56 -20. 1 4.64V 47 -24.58V 9 4. 0V 1 4. 1 0V 2 0V 3 0.6V 27 1.CD-E500 CD-E55/E44 VOLTAGE IC101 IC401 IC601 PIN VOLTAGE NO.10V 10 0V 11 0V 12 0V 13 8. 1 0V 2 11.1V 30 Q101 PIN VOLTAGE NO.65V 2 5.34V 2 0V 3 Q202 PIN VOLTAGE NO.9V 2 0V 3 11.14V 4 0V 55 -20. 7. 1 0V 2 0.9V 2 0V 3 11.5V 4 3.82V 78 4.3V 1 4.57V 99 0V 49 -16.82V 77 4.73V 42 0V 43 0V 44 1.70V 9 0V 60 -27.77V 38 -20.48V 93 4.6V 4 3V 5 3V 6 0V 7 0V 8 0V 9 3. 4V 1 3.9V 2 0V 3 Q801 PIN VOLTAGE NO. 1 0V 2 5.09V 16 1.1V 2 0V 3 5. 0V 1 5.22V 65 -27.88V 2 0V 3 Q201 PIN VOLTAGE NO.88V Q306 PIN VOLTAGE NO. 1 0.85V 67 -27.65V Q823 PIN VOLTAGE NO.02V 3 7.77V 37 -24.72V 18 4.14V 6 1.06V 3 0.57V 2 0V 3 5.58V 18 0V 19 2.52V 21 3. 19V 1 0. 0. 1 0V 2 0V 3 0V Q901 PIN VOLTAGE NO.4V – 38 – .05V 3 0V 54 -20. 0V 1 5.85V 84 4.87V 43 -20.52V 11 3.04V 50 0.28V 3 0V Q107 PIN VOLTAGE NO.54V Q205 PIN VOLTAGE NO.04V 51 0V 52 0V 53 0V 54 0V 55 0V 56 0V 57 0V 58 0V 59 0V 60 0V 61 4.5V 41 1.71V 25 4.85V 83 0V 33 -24. 1 5.98V Q207 PIN VOLTAGE NO.52V 14 3. 1 3.61V 95 0V 45 -4. 0V 1 5.06V 2 0. 1 0V 2 0V 3 0.9V 2 0V 3 11.31V 1 0. 0. 0V 1 5V 2 0V 3 Q804 PIN VOLTAGE NO.6V 23 0.05V 65 4. 1 0V 2 0V 3 0.83V 2 0.27V 17 4.6V 7 1.8V 2 0V 3 Q406 PIN VOLTAGE NO.27V 16 4.6V 10 1.30V 44 -16.6V 12 1.52V 20 3.8V 2 -38V 3 -28.2V 15 6. 0V 51 -27.65V 48 1.31V 2 1.69V Q203 PIN VOLTAGE NO. 1 0V 2 3.2V 18 0V 19 1.12V 2 2.56V 23 0V 24 0V Q104 PIN VOLTAGE NO.48V 90 4. 1 0V 2 0.65V 47 1. 0V 1 11.52V 18 3.6V 19 3V 20 3V 21 0V 22 0V 23 0V 24 3V 25 3V 26 1.14V 3 5.71V 24 0V 75 4.64V 49 0.8V Q809 PIN VOLTAGE NO.27V 15 2.96V Q803 PIN VOLTAGE NO.25V 77 2.63V Q103 PIN VOLTAGE NO.26V Q807 PIN VOLTAGE NO. 0V 1 0V 2 0.72V 12 0V 63 -23. 1 0V 2 7.25V 14 4.6V 11 1.63V 13 0V 64 -22.52V 9 3.84V 2 0V 3 Q811 PIN VOLTAGE NO.24V 2 0V 3 2.48V 16 3.82V 96 0V 46 -24.04V 68 0V 69 0V 70 0.6V 1 1V 2 1.1V 1 1. 0V 1 5.5V 5 3.35V 7 0V 58 -13V 8 0V 59 -23.85V 86 4. 1 0V 2 0V 3 0V Q819 PIN VOLTAGE NO. 1 0V 2 5.63V 8 1.52V 13 3.5V 6 3.8V 3 0V Q407 PIN VOLTAGE NO.65V 3 Q402 PIN VOLTAGE NO.72V 27 4.04V 2 3.25V 5 0V 6 1.01V 74 0V 75 1.82V 69 4.9V 2 0V 3 4. 0V 1 0.7V 3 Q403 PIN VOLTAGE NO.86V 62 4. 1 11.86V 66 0V 67 5.4V 15 0.34V 2 0V 3 Q105 PIN VOLTAGE NO.72V 19 5.55V 46 1.52V 12 3. 19V 1 0V 2 7.85V 85 4.6V 9 1.02V 3 33V 4 -33V 5 0V 6 0V 7 33V 8 -33V 9 0V 10 0V 11 -33V 12 0V 13 0V 14 0V 15 PIN VOLTAGE NO.88V 40 -20.65V 3 Q401 PIN VOLTAGE NO. 1 0.52V 10 3.26V 2 0V 53 -13.56V 3 0V Q204 PIN VOLTAGE NO. 0V 1 4.45V 1 0V 2 5.85V 87 4. 1 0V 2 5. 1 0V 2 6V 3 0V Q805 PIN VOLTAGE NO.8V 14 3.7V 3 Q404 PIN VOLTAGE NO.66V 3 Q813 PIN VOLTAGE NO.71V 14 2.6V 21 1.6V 45 1.25V 38 0V 39 0V 40 3.6V 3 1. 19V 1 0V 2 12V 3 IC203 PIN VOLTAGE NO. 0V 1 0V 2 0.13V 2 3.83V 61 -28.8V 2 0V 3 11. 0.71V 23 0V 74 4. 1 0.29V 71 0V 21 0V 72 0V 22 4.52V 24 IC201 PIN VOLTAGE NO.48V 94 4.83V 2 0.64V 13 3. 1 11.5V IC701 PIN VOLTAGE PIN VOLTAGE NO. 1 11. 1.6V 22 1.8V Q818 PIN VOLTAGE NO.9V Q701 PIN VOLTAGE NO. NO.43V 3 0V Q208 PIN VOLTAGE NO.9V Q806 PIN VOLTAGE NO.1V 17 0. 1 6.625V Q102 PIN VOLTAGE NO.61V 3 IC202 PIN VOLTAGE NO. 1 11.83V 97 4. 0V 1 0V 2 0.66V 3 0V Q302 PIN VOLTAGE NO.10V 2 7.48V 66 -27.9V Q817 PIN VOLTAGE NO.57V 2 0V 3 5.96V 2 3.46V 3 0.43V 2 0.9V 3 IC402 PIN VOLTAGE NO.85V 88 4.69V 57 -27.49V Q808 PIN VOLTAGE NO. 1 5. 1 7. 0V 1 4V 2 0V 3 Q703 PIN VOLTAGE NO. 0V 1 5.1V 17 3.25V 28 0.81V 68 4.85V 81 0V 31 -24.45V 1 0V 2 0.48V 91 5.6V 3 0V Q408 PIN VOLTAGE NO.52V 15 3.63V 71 0.29V 70 0V 20 5.06V 7 0V 8 0. 1.12V 11 0V 62 -23.82V 15 0V 16 4.1V 11 1.56V 4 2.54V 2 0V 3 Q206 PIN VOLTAGE NO. 3.96V 2 0V 3 Q802 PIN VOLTAGE NO.84V 3 Q702 PIN VOLTAGE NO. 1 0V 2 0V 3 0V Q822 PIN VOLTAGE NO.02V 3 3.85V 82 0V 32 -24.9V 2 0V 3 0V Q412 PIN VOLTAGE NO. 0V 1 0V 2 0.04V 29 0V 30 0V 31 0V 32 0V 33 0V 34 0V 35 0V 36 0V 37 3.47V 78 0V 79 3.7V 1 0V 2 0V 3 3. 1 5.31V 3 Q812 PIN VOLTAGE NO.64V 73 0. 0. 0V 1 0V 2 0.72V 28 4.04V 76 3.6V 20 1.50V 72 0.83V 98 0V 48 -16. 1 0V 2 0V 3 0.65V 28 0V 29 7.86V 79 0V 29 -27V 80 0V 30 -24.83V 76 0V 26 4. 1 0V 2 11.5V 20 0V 21 2.03V 3 Q816 PIN VOLTAGE NO.8V 73 4.25V 10 4.72V 3 0V Q810 PIN VOLTAGE NO.23V 80 PIN VOLTAGE NO. 0V 1 5.46V 2 0V 3 5.52V 19 3. 0 ns Hold off : 0.0 V CH3 : 0.5 µsec/div Stopped CH1=10 V DC 10:1 1 DOUT =Filter= Smoothing : ON BW : FULL T CH2=1 V DC 10:1 Stopped CH1=2 V DC 10:1 100 ms/div (100 ms/div) NORM:100 kS/s 10 =Offset= CH1 : 0.2 µs 1999/04/07 09:25:28 500 ns/div (500 ns/div) NORM:200 MS/s T 5 9 IC401 4 IC401 39 Vp-p=1.2 µs Stopped CH1=500 mV DC 10:1 500 ms/div (500 ms/div) NORM:20 kS/s T 2 IC401 73 CH3=1 V DC 10:1 =Trigger= Mode : NORMAL Type : EDGE CH2 Delay : 2.20 div IC401 21 FDO 1 CH1 v/DIV 500 mV =Trigger= Mode : AUTO Type : EDGE CH1 Delay : 0.00 V CH4 : 0.0.887 ms Hold off : 0.00 V CH3 : 0.000 V CH2 : 0.00 V =Record Length= Main : 5K Zoom : 100 =Trigger= Mode : AUTO Type : EDGE CH3 Delay : 0.00 V 3 CH Position To -3 div -1 div 0 div +1 div +3 div =Filter= =Offset= =Record Length= Smoothing : ON CH1 : 0.00 V CH2 : 0.00 V CH2 : 0.3 V 0.00 V CH3 : 0.00 V CH4 : 0.0 ns Hold off : 0.2 µs =Filter= Smoothing : ON BW : FULL Stopped CH1=2 V DC 10:1 =Offset= CH1 : 0.924 ms Hold off : 0.2 µs 1999/04/05 20:50:17 5 µs/div (5 µs/div) NORM:100 kS/s IC401 58 TE 4 IC401 15 1 2 LRSY 11 IC401 59 2 DATACK 3 IC401 67 T 1 DRF 12 IC401 60 T 3 DATA =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0.00 V =Record Length= Main : 100 K Zoom : 2K =Filter= Smoothing : ON BW : FULL =Trigger= Mode : NORMAL Type : EDGE CH1 Delay : 2.00 V CH4 : 0.2 µs .000 V CH3 : 0.000 V CH2 : 0.00 V 1 CH2 Position 0.CD-E500 CD-E55/E44 WAVEFORMS OF CD CIRCUIT Stopped CH1=500 mV DC 10:1 CH3=500 mV DC 10:1 T 1 IC401 21 Stopped CH1=200 mV DC 10:1 500 ms/div (500 ms/div) NORM:20 kS/s IC401 20 1999/04/07 09:51:15 500 ms/div (500 ms/div) NORM:20 kS/s FDO T 1 TDO 2 T CH2=500 mV DC 10:1 3 FDO 1 IC401 21 2 6 IC401 22 1 SPDO CH1 v/DIV 500 mV =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0.000 V CH4 : 0.924 ms Hold off : 0.0 V CH3 : 0.000 V Main : 100 K BW : FULL CH2 : 0.00 V CH4 : 0.2 µs 1999/04/05 17:33:17 CH4=1 V 500 ms/div (500 ms/div) DC 10:1 NORM:20 kS/s 3 4 DRF PDO2 IC401 74 T TE IC401 15 =Record Length= Main : 100 K Zoom : 2K PDO1 7 FDO 1 8 4 =Offset= CH1 : 0.5 mV/div.0 ns Hold off : 0.0 V Zoom : 2K CH3 : 0.2 µs – 39 – CH3 v/DIV 2V =Offset= CH1 : 0.00 V CH3 : 0.0 V CH2 : 0.00 V =Record Length= Main : 1K Zoom : 100 T CH2=2 V DC 10:1 CH3=2 V DC 10:1 =Trigger= Mode : NORMAL Type : EDGE CH1 Delay : 2.00 V Stopped CH1=500 mV DC 10:1 1 IC401 21 3 IC401 67 CH2=10 V DC 10:1 =Record Length= Main : 100 K Zoom : 2K CH3=1 V DC 10:1 =Filter= Smoothing : ON BW : FULL =Trigger= Mode : AUTO Type : EDGE CH1 Delay : 0.00 V =Record Length= Main : 100 K Zoom : 2K T =Trigger= Mode : AUTO Type : EDGE CH2 Delay : 0.00 V CH4 : 0.00 V CH4 : 0.0 V~1.000 V CH2 : 0.0 ns Hold off : 0. When this section does not operate even after the above step is taken. the presence of the clock signal (16. and check the playback operation. 2. Before attempting any adjustment make certain that the lens is clean. All rights reserved." Turn the power off. Pressing the CD operation key is accepted. 3.CD-E500 CD-E55/E44 TROUBLESHOOTING When the CD does not function The CD section may not operate when the objective lens of the optical pickup is dirty. 2. You will hear music for about 20 seconds and the CD player will automatically stop. Cleaner disc When a CD cannot be played 1. apply 1 or 2 drops of the cleaning fluid to the brush on the CD cleaner disc which has the mark next to it. broadcasting and renting this product is prohibited by law. but playback does not occur. In the event of this happening then drink and / or rinse with clean water and seek medical advice. Cleaning fluid CAUTION The CD lens cleaner should be effective for 30-50 operations. clean it as mentioned below. "E-CD01" is displayed.9344 MHz) and the status of the RESET terminal (pin 66 on IC401). The CD cleaner disc must not be used on car CD players or on computer CD-ROM drives. "Track skipping and/or no TOC (Table Of Contents) may be caused by build up of dust other foreign matter on the laser pickup lens. however if the brushes become worn out earlier then please replace the cleaner disc.then press the play button. Remove the cabinet and follow the trouble shooting instructions. Gently clean the lens with a lens cleaning tissue and a small amount of isopropyl alcohol. Clean the objective lens. If it still play continuously. check the following items. Place the CD cleaner disc onto the CD disc tray with the brush side down. check the system microcomputer (especially the communication line with the DSP). (2) Does the pickup move to the PICKUP-IN Switch (SW1) position ? If (1) and (2) are OK. Unauthorized duplicating. Do not touch the lens with the bare hand. (1) Focus-HF system check (2) Tracking system check (3) Spin system check (4) PLL system check (5) Others – 40 – . (1) Check the power to IC401 (LC78646E). 1. If not. Using the brush in the cleaner cap. Parts code UDSKA0004AFZZ CD optical pickup Lens cleaner disc HOW TO USE 1. If the CD cleaner brushes become very wet then wipe off any excess fluid with a soft cloth. press the stop button. Do not drink the cleaner fluid or allow it contact with the eyes. 500 ms/div (500 ms/div) NORM:20 kS/s FDO 1 T 2 DRF TE 3 CH Position To -3 div -1 div 0 div +1 div +3 div =Filter= =Offset= =Record Length= Smoothing : ON CH1 : 0. Is focus servo activated ? (Waveform drawing Figure 41-2) Pins 7~11.00 V CH4 : 0. 79 and 80 on IC401 Check the laser diode driver Q409 peripheral circuit. Yes No 2.000 V Main : 100 K BW : FULL CH2 : 0.0 ns Hold off : 0.2 µs Figure 41-3 Figure 41-2 – 41 – . Does DRF change from "L" to "H" ? Is the disc rotating ? No 3.5 µsec/div =Trigger= Mode : AUTO Type : EDGE CH1 Delay : 0. If the disc is spinning and a HF waveform is generated. Yes No 4.20 div Vp-p=1. Is the laser lit ? Check the laser diode driver Q409 peripheral circuit.00 V CH2 Position 0. Yes No 2.000 V CH4 : 0. Does the pickup move to the PICKUP-IN Switch (SW1) position ? No Sled motor (NM801).CD-E500 CD-E55/E44 Stopped CH1=500 mV DC 10:1 (1) Focus-HF system check.000 V CH2 : 0.00 V =Record Length= Main : 100 K Zoom : 2K =Trigger= Mode : AUTO Type : EDGE CH1 Delay : 0. Yes No 3. Is the turntable rotating ? Spindle motor (NM802). Does the focus (lens) move up and down ? (Waveform drawing Figure 41-1) Check the focus peripheral circuit.5 mV/div. No 1. Is the HF waveform normal ? (Waveform drawing Figure 41-3) CH2=10 V DC 10:1 CH3=1 V DC 10:1 Check the spin system. CH3=500 mV DC 10:1 T 500 ms/div (500 ms/div) NORM:20 kS/s FDO 1 Press the OPEN/CLOSE switch (SW703) without inserting a disc. Although a CD is inserted and the cover is closed.3 V 0. DRF will go H. TDO 3 CH1 v/DIV 500 mV =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0. When a disc is loaded. and try starting the playback operation. Yes Stopped CH1=500 mV DC 10:1 No If the level is not normal. "NO DISC" is displayed.0 V~1. start playback operation.2 µs Figure 41-1 1.0 V Zoom : 2K CH3 : 0.0.0 V CH3 : 0.0 ns Hold off : 0. Press the OPEN/CLOSE switch without inserting a disc.924 ms Hold off : 0.CD-E500 CD-E55/E44 (2) Tracking system check. Check the TE waveform at pin 15 on IC401. The turntable rotates a little ? (Waveform drawing Figure 42-2) The spin driver circuit is OK. Yes No 2.924 ms Hold off : 0. Check the around pin 20 on IC401. Stopped CH1=200 mV DC 10:1 T 1999/04/07 09:51:15 500 ms/div (500 ms/div) NORM:20 kS/s CH2=500 mV DC 10:1 T FDO 2 1 SPDO =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0. Check around pin 22 on IC401.00 V =Record Length= Main : 100 K Zoom : 2K =Trigger= Mode : NORMAL Type : EDGE CH1 Delay : 2. and then try starting the play operation.2 µs Figure 42-1 (3) Spin system check.00 V CH4 : 0.00 V CH4 : 0. Check the VCO-PLL (Pin73~78 on IC401) system. but play is not possible ? No Data cannot be read.00 V =Record Length= Main : 100 K Zoom : 2K Figure 42-2 – 42 – =Trigger= Mode : NORMAL Type : EDGE CH2 Delay : 2.000 V CH3 : 0. Yes A normal jump operation cannot be completed or the beginning of the track cannot be found. Check the peripheral circuits at pins 14. pins 10 and 11 on IC402.00 V CH3 : 0.000 V CH2 : 0. "Initialization" is not possible. 1. If the waveform shown in Figure 42-1 appears and soon after NO DISC appears ? Yes The tracking servo is not activated. Stopped CH1=10 V DC 10:1 T CH2=1 V DC 10:1 100 ms/div (100 ms/div) NORM:100 kS/s TE 2 T 1 DRF =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0. No "Initialization" is possible. The turntable doesn't rotate.2 µs . and FC401. and CNS402. 15 and 20 on IC401.0 V CH2 : 0. 00 V CH2 : 0. Figure 43-1 (5) Others.00 V =Record Length= Main : 1K Zoom : 100 Figure 43-2 – 43 – =Trigger= Mode : NORMAL Type : EDGE CH1 Delay : 2.00 V CH4 : 0. Stopped CH1=500 mV DC 10:1 When a disc is loaded. Yes 1. Check again using a known good disc.0 V CH3 : 0.00 V =Record Length= Main : 100 K Zoom : 2K =Trigger= Mode : AUTO Type : EDGE CH2 Delay : 0. start play operation. but no sound is produced. (Figure 43-1) CH1 v/DIV 500 mV =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0.887 ms Hold off : 0. When playing at normal speed.000 V CH2 : 0.2 µs .0 ns Hold off : 0.00 V CH3 : 0. Check the peripheral circuit at pin 39 (DOUT) on IC401 and the waveform (Figure 43-2).2 µs Check around pins 73~78 on IC401.CD-E500 CD-E55/E44 (4) PLL system check. No Is pin 52 (C2F) on IC401 "L" ? There are too many error flags on a damaged disc which makes error correction impossible. CH3=1 V DC 10:1 1999/04/05 17:33:17 CH4=1 V 500 ms/div (500 ms/div) DC 10:1 NORM:20 kS/s PDO1 3 4 The HF waveform is normal. PDO2 T FDO 1 Check the PDO waveform. T 1999/04/07 09:25:28 500 ns/div (500 ns/div) NORM:200 MS/s T 1 DOUT =Filter= Smoothing : ON BW : FULL =Offset= CH1 : 0. Or the sound has dropouts. but the TOC data cannot be read. The HF waveform is normal and the time is displayed normally. Check the unit. Stopped CH1=2 V DC 10:1 If OK.00 V CH4 : 0. 35* MONI4 Output L Internal signal monitor terminal 4. 30* V/*P Output H Auto switching monitor output terminal for rough servo phase control. D/A. TE signal monitor terminal. 11 VREF Output RFVDD/2 12 REF1 Input — 13* FE Output ZHI 14 TEC Output — 15 TE Output ZHI 16* RFMON Output ZHI 17 JITTC — — Capacitor connection terminal for jitter detection. 29* DEFECT Output L Defect terminal. To be connected to 0 V. Resistor connection terminal for SLCO output current setting. D/A. 20 TDO Output ADAVDD/2 Output terminal for tracking control. D/A output. 37 VSS — — Digital system earth terminal. – 44 – .CD-E500 CD-E55/E44 FUNCTION TABLE OF IC IC401 VHiLC78646E-1: Servo/Signal Control (LC78646E) (1/2) Pin No. SLCIST Input — 3 EFMIN Input — 4 RF Output — 5 RFVDD Input — RF power terminal. Controlled by commands from the microcomputer. Terminal Name Input/Output Setting in Reset 1 SLCO 2 Function Output — Control output. set General-purpose I/O terminal 5. 7 FIN1 Input — A+C signal input terminal. Reference supply setting terminal. 39* DOUT Output L Digital OUT output terminal. or set them as output Subcode reading clock input terminal. Left channel D/A converter Left channel output. connect to 0 V. LPF capacitor connection terminal for TE signal. RF signal input terminal. “L”: phase servo. 23 SLDO Output ADAVDD/2 Output terminal for sled control. 10 TIN2 Input — F signal input terminal. 38 VDD Input — Digital system power terminal. D/A output. 34* MONI3 Output L Internal signal monitor terminal 3. 36* MONI5 Output L Internal signal monitor terminal 5. 21 FDO Output ADAVDD/2 Output terminal for focus control. VREF voltage output terminal. To be connected to 0 V. D/A output. When not used. 32* MONI1 Output L Internal signal monitor terminal 1. To be connected to 0 V. them as input terminals and connect General-purpose I/O terminal 6 or to 0 V. In this unit. 41 LVDD Input — 42 LCHO Output LVDD/2 43 LVSS — — General-purpose I/O terminal 4. the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Terminal functions are set by commands. Must be connected to 0 V. 33* MONI2 Output L Internal signal monitor terminal 2. RF signal monitor terminal. Power supply for Left channel. 6 RFVSS — — RF earth terminal. 24* GPDAC Output ADAVDD/2 25 CONT4 Input/Output Input Mode Servo D/A general-purpose output terminal. 26 CONT5 Input/Output Input Mode 27* SBCK/CONT6 Input/Output Input Mode 28 SBCK/FG Input — Subcode reading clock input terminal/FG signal input terminal/external emphasis setting terminal. The status changes to “H” when the sync signal detected in EFM and the sync signal of internal generation are identified. 19 ADAVSS — — Earth terminal for serve A/D. For slice level control. When not used. To be connected to 0 V. GND for Left channel. 9 TIN1 Input — E signal input terminal. “H”: rough servo. D/A output. 22 SPDO Output ADAVDD/2 Output terminal for spindle control. 31* FSEQ Output L Sync signal detection output terminal. RF internal signal monitor terminal. terminals and leave open. 18 ADAVDD Input — Power terminal for servo A/D. 8 FIN2 Input — B+D signal input terminal. (EIAJ format) 40 TEST Input L Input terminal for test. FE signal monitor terminal. RES (66 pin). Terminal Name Input/Output Setting in Reset 44 RVSS — — 45 RCHO Output LVDD /2 46 RVDD Input — 47 XVDD Input — 48 XOUT 49 XIN 50 FSX/16MIN 51 XVSS 52* Function Right channel D/A converter GND for Right channel. (N-ch. must be connect to 0 V. the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Power supply for crystal oscillator. General purpose input/ General purpose port 2. 69 VSS — — 70 CONT3 Input/Output Input 71 CONT2 Input/Output Input 72* CONT1 Input/Output Input 73 PDO1 Output — Internal VCO control phase comparator output port 1. 66 *RES Input — Chip reset signal input port.) GND for digital circuit. Chip enable signal input port. (If this port does not use. Data output port. Must be connected to 0 V. Must be connected to 0 V. Controlled with serial data command from microcomputer. 74 PDO2 Output Input Internal VCO control phase comparator output port 2. DRF (67 pin) – 45 – . C2 error corrected monitor port. This port must be set LOW after first applied power on. General purpose port 3. Digital data Bit clock output port. ADAVDD. 54* 16MOUT Output Clock 55 ASLRCK Input — 56 ASDACK Input — 57 ASDFIN Input — 58* LRCK Output L 59* BCK Output L 60* DATA Output L 61 CE Input — 62 CL Input — Microcomputer 63 DI Input — Interface 64 DO Output (H) 65 *WRQ Output H Interruption signal output. DO (64 pin). XVDD) Terminal witch is controlled by the power terminal (VDD5 V) for a microcomputer interface : CE (61 pin).) Anti-shock Bit clock input port. output terminal. or set it as the output terminal General purpose port 1. RVDD. 67 DRF Output L Focus detection output port. Input/Output Input — — C2F Output H C2 FLAG monitor port. (VVDD. PDO output current adjustment resistor connection port. must be connect to 0 V. must be connect to 0 V. Right channel output. Must be connected to 0 V. (If this port does not use. open drain output. and open it. 16. Power supply for Right channel. 7.) Left/Right clock output port. PLL GND for internal VCO.CD-E500 CD-E55/E44 IC401 VHiLC78646E-1: Servo/Signal Control (LC78646E) (2/2) Pin No. When not used.8688 MHz crystal oscillator ciement. In this unit. CL (62 pin). 68 VDD5 Input — Power supply for Microprocessor. Set it as the input terminal and open it by connecting to 0 V. Be sure to supply the same potential to each power terminal. Must be connected to 0 V. (If this port does not use.) Left/Right channel data input port. Data input port. 79 LDS Input — LASER power detected signal input port. 53* EFLG Output L C1. DI (63 pin). 75 VVSS — — 76 PCKIST Input — 77 VVDD Input — Power supply for internal VCO. Left/Right channel data output port. VDD. or Clock input port for Digital filter & D/A Crystal Oscillator GND for crystal oscillator.35 kHz Synchronization signal monitor port.9344 MHz output port. LVDD. 78 FR Input — VCO frequency range adjustment port. WRQ (65 pin). Left/Right clock input port. Crystal Oscillator Output Oscillator Input Oscillator Connected for the 33. Data transfer clock input port. 80 LDD Output — LASER power control signal output port. 2. SBCK/CONT6 FD0 TD0 SLD0 SPD0 GPDAC D/A S/H SLICE LEVEL CONTROL PCK PDO1 PDO2 FR PCKIST VVDD VVSS LDD APC V/*P SUBCODE DECODE CRC CLOCK GENERATOR COMMAND INTERFACE MONITOR SIGNAL SELECTOR ERROR CORRECTION AUDIO CD C1-2.C2-2 VDD VSS MONI1~5 RAM FSX/16MIN C2F EFLG AUDIO OUT GENERAL-PURPOSE PORTS FSEQ DOUT 8FS DIGITAL FILTER INTERPOLATION MUTE ATTENUATION DEEMPHSIS SERIAL OUT LRSY DATACK DATA 1bit DAC LPF EXTERNAL AUDIO IN ASLRCK ASDACK ASDFIN RVDD RVSS RCHO LCHO LVDD LVSS TEST Figure 46 BLOCK DIAGRAM OF IC – 46 – .PROTECT INSERT. EFM DECODE CLV.CAV CONTROL SBCK/FG XIN XOUT 16MOUT XVDD XVSS *RES *WRQ CL CE DI DO VDD5V CONT1. 3 CONT4.3V)VSS – + MIX EQ 40 RF TEC TE 38 39 TEST 29 30 DOUT 28 VDD 26 27 MONI5 25 MONI2 24 FE 23 V/*P 22 CONT5 FDO 21 MONI4 41 LVDD MONI3 42 LCHO TDO 20 MONI1 43 LVSS ADAVSS 19 FSEQ 44 RVSS ADAVDD 18 DEFECT 45 RCHO JITTC 17 SBCK/FG RFMON 16 SBCK/CONT6 46 RVDD CONT4 47 XVDD TE 15 GPDAC TEC 14 SLDO 48 XOUT SPDO FE 13 RFVDD RFVSS PH AGC + FIN2 – + – TIN1 + – TBAL TIN2 – + LPF + BH LPF SW + – LPF + – + – – TBAL LEVEL SET MNI CONT – + REF1 RFMON RAM VREF DEFECT TRACK JUMP ADIN ADAVDD ADAVSS SERVO PROCESSOR A/D LDS AUTO ADJUST JITTER DETECT JITTC SLCO EFMIN SLCIST SW DRF DRF VDD5V RUPTURE DEFECT PLL VCEC FRAME SYNC DETECT.CD-E500 CD-E55/E44 LDD LDS FR VVDD PCKIST VVSS PD02 PD01 CONT1 CONT2 CONT3 VSS VDD5 DRF *RES *WRQ DO DI CL CE IC401 VHiLC78646E-1: Servo/Signal Control (LC78646E) 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 SLCO 1 60 DATA SLCIST 2 59 DATACK EFMIN 3 58 LRSY RF 4 57 ASDFIN RFVDD 5 56 ASDACK RFVSS 6 55 ASLRCK FIN1 7 54 16MOUT FIN2 8 53 EFLG TIN1 9 52 C2F TIN2 10 51 XVSS LC78646E VREF 11 50 FSX/16MIN REF1 12 49 XIN 31 32 33 34 35 36 37 FIN1 (3. 5. 8 LSEL0 Input selector output pin. Each analog switch is activated. 2 CE Chip enable pin. 3 VSS Ground pin. 22 VREF 6 LTRE Treble band filter comprising capacitor and resistor connection pin. 13-16 R1-4 Input signal pin. Function Function 1 DI Serial data and clock input pin for control.CD-E500 CD-E55/E44 IC601 VHiLC75341M-1: Audio Processor (LC75341M) Terminal Name Pin No. Data written into an internal latch in a timing of "H" to "L". 17 RSEL0 Input selector output pin. 24 CLK Serial data and clock input pin for control. 23 VDD Supply pin 9-12 L4-1 Input signal pin. 21 ROUT 5 LBASS Bass band filter comprisingcapacitor and resistor connection pin. Terminal Name Pin No. Data transfer enabled at "H" level. 18 RIN Volume + equaliser output pin 19 RTRE Treble band filter comprising capacitor and resistor connection pin. 7 LIN Volume + equaliser output pin 0. Bass band filter comprisingcapacitor and resistor connection pin. Capacitor of several 10µF to be connected between VREF and AWSS (VSS) as a countermeasure against power ripple.5x VDD voltage generation block for analog ground. 20 RBASS 4 LOUT Bass band filter comprising capacitor and resistor connection pin and bass/treble output pin. LSEL0 LIN LTRE LBASS LOUT IC601 VHiLC75341M-1: Audio Processor (LC75341M) 8 7 6 5 4 L4 9 CD L3 10 L2 11 L1 12 Tuner Tape CONTROL CIRCUIT Video CONTROL CIRCUIT R1 13 LVref 2 CE CCB INTERFACE 1 DI 24 CLK CONTROL CIRCUIT R2 14 3 VSS RVref RSEL0 17 18 19 20 21 ROUT 22 VREF RBASS R4 16 RTRE 23 VDD RIN R3 15 Figure 47 BLOCK DIAGRAM OF IC – 47 – . Bass band filter comprising capacitor and resistor connection pin and bass/treble output pin. 82 S49 T1_RUN_PLUS Input Tape 1 RUN PULSE input. the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. 3* P30 RDS_CLE Input/Output Open 4 P31 CD_CE Output 5 P32 CD_RES Output 6 P33 CD_DRF Input CD DRF level detection. Open (+) Power supply. 81 S48 T2_SOL Output Tape 2 solenoid control. 7 P34 CD_WRQ Input CD write read request. Connect to GND. FL(VFD) segment driver. – 48 – .CD-E500 CD-E55/E44 IC701 RH-iX0058SJZZ: System Microcomputer (IX0058SJ) (1/2) Pin No. 71 S39 CLOSE_SW Input Tray close SW detection. Input Tape 2 rec SW detection. 16 CF2 CF2 Output Main clock. S44 REC_PLAY Output Tape REC/PLAY change. CD DSP CE output. 80 S47 T1_SOL Output Tape 1 solenoid control. 22 P84 MODE_CKECK Input Ground level input. CD DSP reset. 28 P72 POWER_KEY Input Key input. 23 P85 T2_TAPE2_SW Input Tape SW detection. Input/Output 20* P82 NO USE 21 P83 FAN_PRT Input Fan protect circuit input. Reset signal input. 78 S45 REC 79 S46 MOTOR Output Tape motor control. 83 S50 T2_RUN_PLUS Input Tape 2 RUN PULSE input. 70 S38 DISC_UP_SW Input Tray disc up SW detection. 17 VDD1 VDD1 18 P80 KEY1_IN Input – Key input. 19 P81 KEY2_IN Input Key input. TAPE_BIAS Output Tape record bias. – (+) Power supply. SW detection. (+) Power supply. Output FL(VFD) segment driver. 69 S37 DISC1_SW Input Tray disc 1 SW detection. OPEN_SW Input Tray open SW detection. 29 P73 IRQ Input Remocon input. Ground voltage. 72 VDD4 VDD4 73 S40 ROTATE 74 S41 DISC_DOWN_SW 75 S42 76 S43 77 Output Input/Output Open FL(VFD) segment driver. Port Name Terminal Name Input/Output Function 1 P16 TIMER_LED Output 2* P17 RDS_DATA Input/Output Open Timer LED control. Output Tray motor control. 30-38 S0/T0-S8/T8 G9-G1 39*-45* S9/T9-S15/T15 NO USE 46 VDD3 VDD3 – 47-50 S16-S19 P1-P4 Output 51 FIX0 GND – 52-67 S20-S35 P5-P20 68 S36 DISC_NO_SW Input Tray disc no. Input Tray disc down SW detection. 24* P86 T1_TAPE1_SW Input/Output Open 25* P87 RDS_VSM Input/Output Open 26 P70 SYS_STOP Input System stop input. 27 P71 X-BASS/DEMO Input Key input. 8* P35 PROG0 Input/Output Open 9* P36 PROG1 Input/Output Open 10* P37 PROG2 Input/Output Open 11 RES RESET IN PUT Input 12* XT1 XT1 Input Open 13* XT2 XT2 Input/Output Open 14 VSS1 GND – 15 CF1 CF1 Input Main clock. In this unit. GND 90 VDD2 VDD2 91 P04 SIGAL_LVL Input – (+) Power supply. IC701 IX0058SJ SYSTEM MICROCOMPUTER 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 1 00 P1 6 / T1P WM L P1 7 / T1P WM H / B U Z P3 0 / IN T 4/ T1 I N P3 1 / IN T 4/ T1 I N P3 2 / IN T 4/ T1 I N P3 3 / IN T 4/ T1 I N P3 4 / IN T 5/ T1 I N P3 5 / IN T 5/ T1 I N P3 6 / IN T 5/ T1 I N P3 7 / IN T 5/ T1 I N RES X T 1 / A N 10 X T 2 / A N 11 V SS1 C F1 C F2 VD D1 P8 0 / AN 0 P8 1 / AN 1 P8 2 / AN 2 P8 3 / AN 3 P8 4 / AN 4 P8 5 / AN 5 P8 6 / AN 6 P8 7 / AN 7/ M I CI N P7 0 / IN T 0/ T0 LCP/ A N 8 P7 1 / IN T 1/ T0 HCP/ A N 9 P7 2 / IN T 2/ T0 I N / N K I N / A N 12 P7 3 / IN T 3/ T0 I N / A N 1 3 S0/ T 0 S4 8 / PG0 S4 9 / PG1 S5 0 / PG2 S5 1 / PG3 P 00 P 01 P 02 P 03 V SS2 VD D2 P 04 P 05 P 06 P 07 P1 0 / SO0 P1 1 / S I0 / S B0 P1 2 / SCK 0 P1 3 / SO1 P1 4 / S I1 / S B1 P1 5 / SCK 1 – 49 – 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 S1 9 / PC3 S1 8 / PC2 S1 7 / PC1 S1 6 / PC0 VD D3 S1 5 / T15 S1 4 / T14 S1 3 / T13 S1 2 / T12 S1 1 / T11 S1 0 / T10 S 9/ T 9 S 8/ T 8 S 7/ T 7 S 6/ T 6 S 5/ T 5 S 4/ T 4 S 3/ T 3 S 2/ T 2 S 1/ T 1 . 85 P00 CD+B Output CD servo power supply circuit control output. 95 P10 DI Output Data output. Data input. the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. 100 P15 SD Input Broadcast reception status detection input. 96 P11 DO Input 97 P12 CL Output Clock output. 92 P05 FAN_START Output Fan motor control.CD-E500 CD-E55/E44 IC701 RH-iX0058SJZZ: System Microcomputer (IX0058SJ) (2/2) Pin No. 80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 S4 7 / P F7 S4 6 / P F6 S4 5 / P F5 S4 4 / P F4 S4 3 / P F3 S4 2 / P F2 S4 1 / P F1 S4 0 / P F0 VD D4 S3 9 / P E7 S3 8 / P E6 S3 7 / P E5 S3 6 / P E4 S3 5 / P E3 S3 4 / P E2 S3 3 / P E1 S3 2 / P E0 S3 1 / PD 7 S3 0 / PD 6 S2 9 / PD 5 S2 8 / PD 4 S2 7 / PD 3 S2 6 / PD 2 S2 5 / PD 1 S2 4 / PD 0 S2 3 / PC7 S2 2 / PC6 S2 1 / PC5 S2 0 / PC4 FI X 0 In this unit. output level detection signal input. 94 P07 SP_RELAY Output Speaker relay control. Port Name Terminal Name Input/Output Function 84 S51 CH_SW Output Tape T1/T2 switch output. 86* P01 P_CON Input/Output Input/Output 87* P02 P_STB 88 P03 P_MUTE 89 VSS2 GND Output – Open Open Power mute output. Power Amp. 93 P06 SP_DETECT Output Speaker output detect. 98 P13 CE Output CE output. 99 P14 FM_ST Input Radio stereo broadcast reception detection input. CD-E500 CD-E55/E44 FL DISPLAY VFD701 VVK200906F/-1 GRID ASSIGNMENT 1G 2G 3G 4G 5G 6G 8G 7G 9G 10G 1a 2a 3a a a h j k f col b g b m e Dp (1G) c p r c n d small dot (2G~9G) ANODE CONNECTION 1G P1 P2 P3 P4 P5 P6 P7 P8 P9 P10 P11 P12 P13 P14 P15 P16 P17 P18 1 2G 3G MP3 ( ) 2 2b 2c 3 3a 3b 3c 5G 6G RDS TA TP 8G 9G PTY 7G PTYI ST a b k j h f m d g p e n r c a b k j h a b k j h a b k j h a b k j h a b k j h a b k j h col Dp small dot a b k j h f m d g p e n r c f m d g p e n r c f m d g p e n r c f m d g p e n r c f m d g p e n r c f m d g p e n r c f m d g p e n r c 1a 1b 1c 2a 4G – 50 – 10G (white) (Rsh.o) SLEEP X-BASS MEMORY MHz kHz REC . .. DESCRIPTION For U. Cylindrical type (without lead wire) VC • • MN ..... Square type (without lead wire) VC • • CZ ....) If there are no indications for the electrolytic capacitors....... Carbon-film type VRN ..902 5A.... Square type (without lead wire) VR • • • • • • • • • J . REF.....) VRD ....... Square type (without lead wire) VC • • CY . Be sure to replace parts with specified ones for maintaining the safety and performance of the set... "C" ±0........... Cylindrical type (without lead wire) VR • • TV ........ only Contact your nearest SHARP Parts Distributor to order.. REMPLACER SEULEMENT PAR UN FUSIBLE DE TYPE F901........ "K" ±10%.....A......6A... PART NO..... If there are no indications for other parts. "N" ±30%...6A. “HOW TO ORDER REPLACEMENT PARTS” To have your order filled promptly and correctly. "M" ±20%.... Square type (without lead wire) VC • • • • • • • • • J ..... Semiconductor type VC • • MF ... Metal-film type VR • • MF ......... 125V FUSE NOTE: Parts marked with “ ” are important for maintaining the safety of the set.............. the resistors are ±5% carbon-film type............ "D" ±0.. ("J" ±5%..... ..... REPLACE ONLY WITH SAME TYPE F901.................... ("J" ±5%................ 125V FUSE ATTENTION:POUR ASSURER UNE LONGUE PROTECTION CONTRE UN INCENDIE............... Ceramic type VCK . Square type (without lead wire) VR • • TQ ..... The 13th character represents capacity difference... MODEL CD-E44 CD-E44 Mini Component System consisting of CD-E44 (main unit) and CP-E44 (speaker system).................................5%.. "D" ±0.... Please call Toll-Free.. 1............S......... MODEL CD-E55 CD-E55 Mini Component System consisting of CD-E55 (main unit) and CP-E55 (speaker system).... Cylindrical type (without lead wire) VR • • MN ...5 pF...25 pF. 4.... error is ±20%.. 1-800-BE-SHARP MARK: SPARE PARTS-DELIVERY SECTION Explanation of capacitors/resistors parts codes Capacitors Resistors VCC .... Cylindrical type (without lead wire) VC • • TV .... "F" ±1%.... please furnish the following information...... No. Carbon-film type VRS ... For location of SHARP Parts Distributor.. 3.............. CAUTION:FOR CONTINUED PROTECTION AGAINST FIRE HAZARD...... The 13th character represents error.... Square type (without lead wire) VC • • TQ ....902 5A. 125V/ F903 1. MODEL NUMBER 2.. Ceramic type VCT . Square type (without lead wire) VR • • CZ ......... 125V/ F903 1.CD-E500 CD-E55/E44 PARTS GUIDE MINI COMPONENT SYSTEM MODEL CD-E500 CD-E500 Mini Component System consisting of CD-E500 (main unit) and CP-E500 (speaker system).... "Z" +80-20%........... Square type (without lead wire) VR • • CY . 50V.3V.NPN.2 µH. D706 D801~805 1 D901~904 1 D905~908 D909~911 LED701 VD301 VD302.TA7358AP AP PLL (Tuner).KSC1815 GR Digital.1N4148 DIODES D101~103 D104 D201~205 D207 D210 D301.108 C109.NPN.NPN.PNP.NPN.2SC2001 K Silicon.NPN.NPN.30V.Electrolytic FILTERS BF301 CF302.Choke 0.808 Q809 Q810.16V.KRC107 M Digital.1N4004 Silicon.302 D305~308 D401.704 Q801 Q802 Q803 Q804.NPN.SSC1674 C Digital.NPN.2 µH.50V 100 µF.KSA1271 Y Silicon.3 µF.PNP.Electrolytic 0.50V.CD-E500 CD-E55/E44 NO.3.PNP.NPN.50V 220 pF.Choke J AC 10 kohm (B).KRC107 M Silicon.10.White.1N4004 AA Silicon.16V. LA1832S AY Servo/Signal Control.HSB562 C Digital.Choke 2.KSA1015 GR VHD1N4148//-1 VHD1N4004//-1 VHD1N4004//-1 VHD1N4004//-1 VHD1N4004//-1 VHD1N4148//-1 VHD1N4148//-1 VHD1N4004//-1 VHD1N4004//-1 VHD1N4148//-1 VHD1N4004//-1 VHD1N4148//-1 J J J J J J J J J J J J AA AB AB AB AB AA AA AB AB AA AB AA Silicon.PNP.1N4148 Silicon.NPN.Peaking FM RF FM OSC.PNP.50V 3300 µF.PNP.605 D701 D702~705 NO.KSC1815 GR Digital.022 µF.KSC1815 GR Silicon.8 MHz J J J J J J J J J J J J J J J J J J J J J AB AB AB AA AB AA AB AB AC AB AA AA AC AB AB AB AB AB AH AB AB 33 µF.KIA7808API AG FM Front End.404 Q405 Q406 Q407 Q408 Q409 Q411 Q412 Q701 Q702 Q703.NPN.NPN.NPN.3V.HSC1609 GR Silicon.KRA102 M Digital.KIA7812API AF Voltage Regulator.KIA7805API Voltage Regulator.KSA1271 Y Silicon.35V.NPN.7 MHz FM IF AM IF RCILA0007SJZZ RCILI0005SJZZ RCILB0009SJZZ RCILI0004SJZZ RTRNP0119SJZZ J J J J J AG AF AG AF BA AM Tracking FM IF AM OSC.Electrolytic 0.110 C111.NPN.1N4004 Silicon.82 µH.106 C107.1V.1N4148 Silicon.50V 10 µF.1N4004 AC LED.DZH05C2+ AB Zener.50V 10 µF.AN7345K TRANSISTORS Q101~107 Q108 Q109 Q201 Q202 Q203 Q204 Q205 Q206 Q207.022 µF.LC78646E AN Focus/Tracking/Spin/Sled Driver.SVC348S AH Variable Capacitance.PNP.KSC3203 Y Silicon..Electrolytic 0.001 µF.KSC1815 GR Silicon.16.50V 0.1N4004 Silicon.Choke 330 µH.STK40207 AF Voltage Regulator.KSC1815 GR Silicon.PNP.KRC102 M Silicon.KRC104 M Silicon.25V.9344 MHz Crystal.DZH03C3+ Zener.1N4004 Silicon.DZH06B2+ AB Zener.50V 220 µF.1N4004 Silicon.KSC1815 GR Silicon.NPN.PNP.3.82 µH.Electrolytic 3.PNP.456 kHz Crystal.DZH05C2+ AB Zener.402 D405 D604.146 C201 C202 C203 C204 C205 –1– RC-GZA336AF1C RC-GZA335AF1C RC-GZA105AF1H VCKYPA1HB152K RC-GZA106AF1H VCCCPA1HH3R0C RC-GZA106AF1H VCKYPA1HF223Z RC-GZA107AF1H VCKYPA1HF223Z VCKYCY1HB221K VCKYCY1HB102K VCFYFA1HA104J RC-GZA476AF1H VCKYPA1HF223Z VCKYPA1HB472K RC-GZA107AF1C VCKYPA1HF223Z RC-GZW338AF1V VCKYPA1HF223Z RC-GZA227AF1E .5.KSA1015 GR Silicon.50V 100 µF.PNP.Electrolytic 0.KSC1815 GR Silicon.KRA107 M Digital.SD3210W+ AK Variable Capacitance.KSC1815 GR Silicon.KRC104 M Silicon.DZH03C3+ AB Zener.DZH3001+ AB Zener.PNP.KSA1015 GR Silicon.PNP.811 Q812~814 Q815 Q816~818 Q819 Q820 Q821 Q822 Q823 Q901 VSKSC1815GR-1 VSKRA107M//-1 VSKRC107M//-1 VSHSC1609GR-1 VSSC1674-C/-1 VSKSC1815GR-1 VSKSA1015GR-1 VSKSC1815GR-1 VSHSB562-C/-1 VSKSC1815GR-1 VSSC1674-C/-1 VSSC1674-C/-1 VSKRC104M//-1 VSKSA1015GR-1 VSKSC3203Y/-1 VSKSA1271Y/-1 VSKSC1815GR-1 VSKSA1271Y/-1 VSKSC3203Y/-1 VSKSC1815GR-1 VSKSA1271Y/-1 VSKSA1015GR-1 VSHSB562-C/-1 VSKSC3203Y/-1 VSKSC1815GR-1 VSKRC102M//-1 VSKSC1815GR-1 VSKSC1815GR-1 VSKSA1015GR-1 VSKSC1815GR-1 VSHSB562-C/-1 VSKRC107M//-1 VSKSC1815GR-1 VSKRC107M//-1 VSKRC104M//-1 VSKSC1815GR-1 VSHSB562-C/-1 VSKRC102M//-1 VSKSC1815GR-1 VSKRA102M//-1 VSKRC104M//-1 VSKSA1015GR-1 VS2SC2001-K-1 VSKSA1015GR-1 J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AB AE AC AC AC AB AB AB AC AB AC AC AC AB AC AC AB AC AC AB AC AB AC AC AB AC AB AB AB AB AC AC AB AC AC AB AC AC AB AC AC AB AD AB Silicon.NPN.NPN. LA6548D AM Audio Processor.LC72131 AN FM IF Det.50V.Thin Film 47 µF.NPN.1N4004 AB Silicon.116 C117.KSA1015 GR Silicon.1N4148 Silicon.KSA1271 Y Silicon.KRC104 M Silicon./FM Mpx. AM IF Power Transformer VP-DH100K0000 VP-DH2R2K0000 RCILR0003SJZZ RCILB0016SJZZ VP-DH101K0000 VP-DH102K0000 VP-DHR82K0000 VP-DH2R2K0000 VP-DHR82K0000 VP-MK331K0000 J J J J J J J J J J AB AB AD AD AB AB AE AB AE AB 10 µH.NPN.50V 0.1N4148 Silicon.KSC1815 GR Silicon.KSC1815 GR Silicon.208 Q302 Q306 Q351 Q360 Q401 Q402 Q403.NPN.114 C115.120 C121 C125~128 C130 C133~136 C145.022 µF.SSC1674 C Silicon.1N4148 Silicon.KSC1815 GR Silicon.5.HSB562 C Digital.352 L353 L401~412 L601 L701~705 L801 VARIABLE RESISTOR VR351 RVR-M0026AWZZ VIBRATORS X351 X352 X401 X702 RCRM-0007SJZZ RCRSP0003SJZZ RCRSP0002SJZZ RCRSP0013SJZZ CAPACITORS C101 C102 C103.0047 µF.Electrolytic 1 µF.HSB562 C Silicon.Choke 2.1V.50V.KRC102 M Silicon.1N6A2M++ AB Silicon.LC75341M BH System Microcomputer.NPN.KSC3203 Y Silicon. PRICE RANK PART CODE DESCRIPTION INTEGRATED CIRCUITS IC101 IC201 IC202 IC203 IC301 IC302 IC303 VHISTK40207-1 VHIKIA7805API VHIKIA7812API VHIKIA7808API VHITA7358AP-1 VHILC72131/-1 VHILA1832S/-1 J J J J J J J IC401 IC402 VHILC78646E-1 VHILA6548D/-1 J J IC601 IC701 VHILC75341M-1 RH-IX0058SJZZ J J IC801 VHIAN7345K/-1 J AZ Power Amp.104 C105.805 Q806 Q807.KDV147B Thermistor AB Zener.50V.118 C119.NPN.NPN.112 C113.Electrolytic 0.2V.Electrolytic 3 pF (CH).KRC107 M Silicon.50V 0..6.PNP.16V. IX0058SJ AM Playback and Record/Playback Amp.0015 µF.NPN.6.KSA1015 GR Silicon.DZH06B2+ RFILR0008AWZZ RFILF0004SJZZ RFILF0003AWZZ RFILA0003SJZZ J J J J AE AG AK AF Band Pass Filter FM IF.5 MHz Crystal.Electrolytic 0. 100 µH./AM IF.KSA1015 GR Silicon.1N4004 Silicon.SSC1674 C Silicon.1N4004 Silicon.KSC1815 GR Digital.Peaking 0.1 µF.Semi-VR [FM Mute Level] J J J J AG AL AL AE VCO.KSC3203 Y Silicon.2V.303 CF351 CF352 TRANSFORMERS T302 T304 T306 T351 1 T901 COILS L103 L105 L302 L303 L351.4.Choke 1 mH.NPN.NPN.022 µF.NPN.HSB562 C Silicon.KSC1815 GR Digital.022 µF.303 1 J213 ZD201 ZD351 ZD401 ZD402 ZD701 ZD901 ZD902 PRICE RANK PARTS CODE DESCRIPTION VHD1N4004//-1 VHD1N4148//-1 VHD1N6A2M++-1 VHD1N4004//-1 VHD1N4004//-1 VHPSD3210W+-1 VHCSVC348S/-1 VHCKDV147B/-1 VHHMZC950//-1 VHEDZH05C2+-1 VHEDZH05C2+-1 VHEDZH03C3+-1 VHEDZH06B2+-1 VHEDZH03C3+-1 VHEDZH3001+-1 VHEDZH06C2+-1 J J J J J J J J J J J J J J J J AB Silicon.PNP.50V.NPN. 022 µF.718 C801~804 C805 C806.351 C352 C353.50V 100 µF.50V 9 pF (UJ).50V 0.702 C705 C706 C707 C708 C709 C710 C711 C712 C713 C716 C717.1 µF.001 µF.50V 0.25V 0.0022 µF.1 µF.826 C827.1 µF.033 µF.Electrolytic 0.01 µF.16V.25V 47 µF.807 C808 C809.50V.1 µF.022 µF.608 C609.50V 0.01 µF.374 C378 C380 C381 C382 C383 C384 C385 C386 C387 C391 C392 C393 C394 C395 C396 C397 C398 C399 C401 C402 C403 C404 C405 C406 C407 C408 C409 C410.Electrolytic 0.50V.Electrolytic 0.839 C840.50V 0.50V 0.50V 0.1 µF.25V.50V.50V 33 pF.022 µF.616 C617 C618 C619~621 C622.022 µF.625 C701.16V.CD-E500 CD-E55/E44 NO.50V 0.Electrolytic 0.Electrolytic 1 µF.354 C355 C356 C357 C358 C360.50V 10 µF.16V.16V.10V.50V 0.16V.50V 47 µF.50V 33 pF.822 C823.022 µF.50V.50V 0.50V 0.Electrolytic 0.50V 560 pF.50V.022 µF.25V 3.001 µF.25V.16V.16V.Electrolytic 24 pF.0027 µF.50V 22 pF (CH).50V.50V 47 µF.047 µF.50V 6 pF (UJ).10V.Electrolytic 0.50V 100 µF.Electrolytic 100 µF.50V 10 µF.Electrolytic 47 µF.022 µF.022 µF.25V.50V 1 µF.25V. 4700 µF.16V.022 µF.25V 0.022 µF.50V 47 µF.25V.Mylar 2.Electrolytic 0.25V 100 µF.824 C825.10V.Electrolytic 0.50V 3.50V.50V 15 pF (CH).Electrolytic 0.50V 10 µF.Electrolytic 47 pF.7 µF.16V.50V 470 µF.443 C444 C445 C447 C448 C449 C601~606 C607.0015 µF.25V 10 pF (CH).2 µF.25V 1 µF.25V 0.16V 330 pF.25V 0.50V 0.612 C613.10V.50V.022 µF.Electrolytic 2.Electrolytic 0.3V.50V 0.6.001 µF.0015 µF.50V 10 µF.50V 2.25V 10 µF.Electrolytic 0.0033 µF.25V.01 µF.50V.Electrolytic 0.10V.001 µF.0047 µF.Electrolytic 0.Electrolytic 4.841 C842 C843 C844 C845 C846 C847 C849 C850 C851 –2– PARTS CODE VCKYCY1EF473Z VCKYCY1EF104Z VCCSCY1HL101J RC-GZA107AF1A VCCSCY1HL470J RC-GZA106AF1H RC-GZA105AF1H RC-GZA107AF1A VCKYCY1HB222K VCKYCY1EF104Z VCKYCY1HB222K VCKYCY1EF104Z RC-GZA105AF1H VCCSCY1HL101J VCKYCY1EF223Z VCKYCY1EF473Z VCKYPA1HB104K RC-EZD107AF1A VCKYPA1HF103Z RC-EZD106AF1H RC-EZD337AF0J VCKYCY1HB152K VCKYCY1EF223Z VCCCCY1HH100J VCKYCY1HB152K RC-EZD106AF1H VCKYPA1HF103Z VCKYPA1HF223Z RC-GZA476AF1C RC-GZA106AF1C RC-GZA475AF1H RC-GZA225AF1H VCKYCY1HB272K RC-QZA104AFYJ RC-GZA225AF1C RC-GZA336AF1C RC-GZA107AF1C VCKYPA1HB221K VCKYPA1HB104K RC-GZA106AF1C VCKYCY1EB104K VCKYPA1HB104K RC-GZA227AF1A VCKYCY1EF104Z VCKYCY1HB101K RC-EZD107AF1A VCKYPA1HF473Z VCKYCY1EB104K RC-GZA336AF1C VCKYCY1HF103Z RC-GZA476AF1C VCCCCY1HH240J VCKYCY1HB561K VCKYPA1HF223Z RC-GZA335AF1H RC-GZA107AF1E VCCSPA1HL820J VCKYCY1HB331K VCKYCY1HB331K RC-GZA107AF1E VCKYCY1EF223Z VCKYPA1HF223Z VCKYCY1HB561K VCKYPA1HF333Z RC-GZA476AF1E VCKYPA1HB222K RC-GZA335AF1H VCKYPA1HF223Z VCKYPA1HB102K RC-GZA226AF1H VCKYPA1HF223Z VCKYPA1HB332K RC-GZA476AF1E RC-GZA226AF1H RC-GZA227AF1C VCKYPA1HF223Z VCQPKA2AA222J VCQYKA1HM273J RC-GZA107AF1C RC-GZA107AF1A RC-GZA337AF1C VCKYPA1HB472K J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J PRICE RANK DESCRIPTION AB AA AA AB AA AB AB AB AA AA AA AA AB AA AB AB AC AB AB AB AC AA AB AA AA AB AB AB AB AB AB AB AA AC AC AB AB AA AC AB AD AC AB AA AB AB AB AD AB AB AB AA AA AB AB AB AA AA AA AB AB AB AA AA AB AA AB AB AA AB AB AA AB AB AB AB AA AB AB AB AC AB 0.25V C414 C415 C416 C417 C418 C419 C420 C421 C422 C423 C425 C426 C427 C428~432 C433 C434 C435 C436 C437 C438 C439 C440 C441 C442.Electrolytic 330 µF.0047 µF.818 C819 C820 C821.022 µF.Electrolytic 0.Electrolytic 22 µF.Electrolytic 10 µF.0022 µF.3 µF.25V 0.361 C362 C363 C364 C365 C366 C367.25V 22 pF.Electrolytic 0.50V 0.10V.001 µF.50V 0.Thin Film 47 µF.Electrolytic 0.610 C611.Electrolytic 0.50V 1 µF.50V 27 pF (UJ).Electrolytic 0.50V 22 µF.50V 1 µF.022 µF.50V 0.25V.012 µF.3 µF.0022 µF.50V.Electrolytic 0.16V.16V.Electrolytic 0.50V 10 pF (CH).50V 0.10V.0047 µF.828 C829 C830.16V.50V.022 µF.1 µF.50V 3.047 µF.Electrolytic 12 pF (CH).01 µF.1 µF.50V 47 µF.25V 0.Electrolytic 100 µF.Electrolytic 0.50V 0.001 µF.Electrolytic 0.411 C412 PRICE RANK PART CODE RC-GZW478AF1H VCKYPA1HF223Z RC-GZA477AF1C VCKYPA1HF223Z VCFYFA1HA473J RC-GZA476AF1E RC-GZA476AF1C RC-GZA106AF1C VCKYCY1EF123Z VCKYCY1HB102K VCKYCY1EF103Z VCKYCY1HB472K VCCUCY1HJ9R0D VCKYCY1HB472K VCKYCY1EF223Z VCKYCY1HB102K VCCCPA1HH100J VCCSCY1HL330J VCCUCY1HJ6R0D VCCCCY1HH220J VCKYCY1HB101K RC-GZA106AF1C VCKYCY1EF223Z VCCSCY1HL5R0C VCCCCY1HH180J VCKYCY1HB102K VCKYCY1HB332K VCKYCY1EF223Z VCCCPA1HH120J VCKYCY1EF473Z VCKYPA1HF223Z VCCUPA1HJ270J VCKYCY1HB561K VCKYPA1HF223Z VCCSCY1HL330J VCKYCY1HB102K VCKYCY1EF223Z RC-GZA106AF1C VCKYCY1EF223Z VCCSCY1HL220J VCKYCY1HB102K RC-GZA225AF1H RC-GZA105AF1H VCKYCY1EF223Z RC-GZA335AF1H VCKYCY1EF223Z RC-GZA106AF1C VCKYCY1EF223Z VCKYCY1HB102K RC-GZA105AF1H VCCSCY1HL560J RC-GZA105AF1H VCTYPA1CX223K VCKYPA1HB331K RC-GZA106AF1C VCCCCY1HH120J VCCCCY1HH150J VCKYCY1EF223Z VCKYCY1HB102K VCKYPA1HF103Z VCKYPA1HB331K VCKYCY1EF223Z RC-GZA476AF1C VCKYCY1HB102K RC-GZA105AF1H RC-GZA476AF1C VCKYCY1EF223Z RC-GZA107AF1A VCKYCY1EF223Z RC-GZA107AF1A VCKYPA1HF223Z VCKYPA1HF103Z RC-GZA476AF1E VCKYCY1EF103Z RC-GZA105AF1A RC-GZA337AF1A RC-GZA476AF1E VCKYCY1EF103Z RC-GZA476AF1E VCKYCY1EF104Z RC-GZA107AF1A VCKYCY1EF104Z J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AH AB AC AB AB AB AB AB AA AA AA AA AB AA AB AA AA AD AB AA AB AB AB AD AA AA AA AB AA AB AB AA AA AB AD AA AB AB AB AD AA AB AB AB AB AB AB AB AA AB AD AB AA AA AB AA AA AB AA AB AA AB AB AA AB AB AB AB AB AB AB AB AB AA AB AB AB AA AB AA AB AA DESCRIPTION NO.25V 0.25V 0.835 C836.50V.16V.01 µF.022 µF.1 µF.10V.022 µF.022 µF.047 µF.25V 5 pF.1 µF.Electrolytic 1 µF.50V.50V 0.50V 0.001 µF.25V 100 µF.50V 220 µF.Electrolytic 47 µF.Electrolytic 56 pF.25V 47 µF.50V.25V 33 µF.047 µF.2 µF.50V 560 pF.Electrolytic 0.50V.Electrolytic 0.Electrolytic 47 µF.614 C615.207 C208 C209 C210 C211 C212 C213 C214 C301 C302.Polypropylene 0.25V 0.Electrolytic 0.50V 0.022 µF.25V 12 pF (CH).16V.022 µF.0022 µF.Electrolytic 33 µF.10V.01 µF.022 µF.0033 µF.001 µF. C206.16V.368 C369 C370~372 C373.01 µF.3 µF.50V.50V 100 pF.2 µF.1 µF.25V 0.50V.50V 0.50V 0.25V 10 µF.027 µF.50V.303 C304 C305 C306 C307 C308 C309 C311 C312 C313 C314 C315 C316 C317 C318 C319 C320 C321 C329 C330 C331 C332 C334 C335 C337 C343.25V 100 pF.50V 100 µF.810 C812 C814~816 C817.50V 100 µF.10V.Mylar 100 µF.16V.022 µF.50V .50V 18 pF (CH).50V 10 µF.Electrolytic 220 pF.16V.Electrolytic 100 pF.25V.50V 330 pF.100V.837 C838.047 µF.25V 0.50V 0.022 µF.Electrolytic 330 µF.25V 100 µF.Electrolytic 0.Electrolytic 220 µF.50V 330 pF.16V.Electrolytic 100 µF.16V.50V 0.50V 0.Electrolytic 0.001 µF.50V 47 µF.16V.022 µF.1 µF.022 µF.01 µF.50V 0.Electrolytic 10 µF.Electrolytic 100 µF.50V.Electrolytic 330 µF.25V 1 µF.10V.Electrolytic 0.25V 100 pF.344 C349 C350.50V 0.022 µF.50V 10 µF.022 µF.623 C624.50V.831 C832.50V 0.50V 0.Electrolytic 0.Electrolytic 0.022 µF.Electrolytic 82 pF.833 C834.Electrolytic 0.50V.Electrolytic 0.1 µF.50V 560 pF.50V 330 pF.25V 0.50V 0. 1/16W 3.1/4W 470 ohms.8×1.Electrolytic 100 µF.1/16W 22 kohms.1W 4.1/6W 1.1/6W 1 kohm.1/16W 390 ohms.727 R728~732 R733 R734.1/4W 6.50V.1/6W 3.1/16W 680 ohms.1/6W 22 kohms.1/6W 10 kohm.1/6W 2.1/6W 560 ohms.1/6W 10 kohm.8 kohms.1/16W 2.1/6W 1.1/6W 22 ohms.Jumper.1/6W 10 kohm.1/16W 68 kohms.116 1 R117.1/16W 33 ohms.1/16W 2.362 R363 R364 R365 R366 VRS-CY1JB000J VRD-ST2EE102J VRD-ST2CD102J VRD-ST2CD103J VRD-ST2EE332J VRD-ST2EE682J VRD-ST2CD393J VRD-ST2EE102J VRD-ST2EE471J VRD-ST2CD102J VRD-ST2CD563J VRG-ST2EC101J VRS-VV3AAR20J VRD-ST2EE472J VRD-ST2CD563J VRS-CY1JB102J VRD-ST2EE391J VRS-CY1JB102J VRD-ST2EE391J VRS-CY1JB562J VRD-ST2CD473J VRS-CY1JB223J VRD-ST2EE6R8J VRD-ST2EE4R7J VRD-ST2EE100J VRD-ST2CD223J VRD-ST2EE332J VRS-CY1JB103J VRD-ST2CD223J VRD-ST2CD103J VRD-ST2EE474J VRD-ST2EE183J VRD-ST2CD104J VRD-RT2HD560J VRD-ST2CD273J VRD-ST2CD104J VRD-ST2EE332J VRD-ST2CD103J VRD-ST2CD561J VRD-ST2CD102J VRD-ST2CD221J VRD-ST2EE220J VRS-CY1JB104J VRD-ST2CD333J VRS-CY1JB473J VRS-CY1JB681J VRS-CY1JB330J VRD-ST2EE470J VRS-CY1JB103J VRD-ST2EE471J VRS-CY1JB472J VRS-CY1JB222J VRS-CY1JB681J VRS-CY1JB330J VRS-CY1JB331J VRS-CY1JB683J VRD-ST2CD562J VRS-CY1JB272J VRS-CY1JB562J VRS-CY1JB102J VRS-CY1JB271J VRS-CY1JB332J VRS-CY1JB102J VRS-CY1JB474J VRS-CY1JB822J VRS-CY1JB182J VRS-CY1JB472J VRS-CY1JB123J VRD-ST2CD332J VRS-CY1JB332J VRS-CY1JB103J VRS-CY1JB222J NO.1/6W 100 kohm.1/6W 2.1/6W 10 kohm.1/16W 47 ohms.1/6W 1 kohm.1/6W 220 ohms.Green 1 kohm.9 kohms.1/6W 1 kohm.615 R616~619 R620.1/6W 330 ohms.1/6W 390 ohms.1/6W 10 kohm.112 R113.1 µF.743 R744 R744A –3– PRICE RANK PARTS CODE VRS-CY1JB102J VRD-ST2CD103J VRD-ST2CD562J VRS-CY1JB222J VRD-ST2CD152J VRS-CY1JB103J VRD-ST2EE331J VRS-CY1JB562J VRD-ST2CD682J VRD-ST2CD562J VRD-ST2EE331J VRD-ST2CD562J VRD-ST2EE391J VRS-CY1JB102J VRD-ST2CD473J VRS-CY1JB104J VRS-CY1JB333J VRS-CY1JB104J VRS-CY1JB152J VRS-CY1JB332J VRS-CY1JB223J VRD-ST2CD223J VRD-ST2CD332J VRS-CY1JB152J VRS-CY1JB332J VRD-ST2CD471J VRD-ST2CD470J VRD-ST2CD123J VRS-CY1JB3R3J VRD-ST2CD104J VRD-ST2CD273J VRS-CY1JB331J VRS-CY1JB103J VRD-ST2CD682J VRS-CY1JB122J VRD-ST2CD153J VRS-CY1JB123J VRD-ST2CD102J VRS-CY1JB681J VRD-ST2CD103J VRD-ST2CD103J VRD-ST2CD102J VRD-ST2CD101J VRD-ST2CD102J VRD-ST2CD222J VRS-CY1JB101J VRD-ST2CD103J VRD-ST2CD101J VRD-ST2CD103J VRD-ST2CD222J VRS-CY1JB101J VRD-ST2EE221J VRD-ST2EE680J VRD-ST2CD102J VRD-ST2CD392J VRS-CY1JB392J VRD-ST2CD103J VRD-ST2CD333J VRD-ST2CD392J VRD-ST2CD104J VRD-ST2CD123J VRD-ST2CD102J VRD-ST2EE221J VRS-CY1JB223J VRS-CY1JB222J VRD-ST2CD102J VRS-CY1JB102J VRD-ST2CD102J VRD-ST2CD102J VRS-CY1JB102J VRD-ST2CD102J VRD-ST2CD101J VRD-ST2CD102J VRD-ST2CD271J VRD-ST2CD103J VRD-ST2CD102J VRD-ST2CD272J VRD-ST2CD103J VRD-ST2CD102J VRD-ST2CD103J VRD-ST2CD102J VRD-ST2CD473J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA DESCRIPTION 1 kohm.1/6W 100 ohm.8 kohms.1/6W 100 ohm.1/4W 10 kohm.1/6W 1 kohm.1/16W 5.1/6W 3.1/16W 10 kohm.1/6W 220 ohms.1/6W 3.1/2W 27 kohms.1/6W 1 kohm.6 kohms.1/6W 100 ohm.104 R105 R106 R107.1/6W 47 kohms.5 kohms.2 kohms.0.1/4W 18 kohms.1/6W 680 ohms.1/6W 12 kohms.1/6W 1 kohm.1/6W 1 kohm.50V. R371~374 R376 R377 R379 R380 R381 R382 R383 R384 R385 R386 R387 R391.1/16W 2.1/6W 1 kohm.1/6W 33 kohms.1/4W 5.1/4W 1 kohm.2 kohms.CD-E500 CD-E55/E44 NO.1/16W 5.1/6W 1 kohm.6 kohms.1/16W 10 kohm.55mm.625 R628.1/4W 68 ohms.3 kohms.623 R624.735 R736~739 R742.1/4W 10 kohm.315 R316 R323 R336 R350 R351 R352 R353 R355 R356 R357 R358 R359 R360 R361.7 kohms.3 kohms.1/6W 3.138 R201 R202 R203 R204 R205 R206 R207 R208 R209 R210 R211 R212 R213 R217 R218 R219 R221 R301 R302 R303 R304 R305 R306 R307 R308 R309 R310 R312 R313 R314.1/6W 10 kohm.1/6W 3.1/6W 100 kohm.1/16W 47 kohms.108 R109.422 R423 R424 R425 R426 R427.1/16W 680 ohms.1/16W 10 kohm.392 R393 R395 R401 R402~405 R406 R407 R408 R409 R410 R411 R412 R413 R414 R415 R416 R417 R418 R419 R420 R421.1/16W 470 ohms.1/16W 10 kohm.2 kohms.50V.114 R115.902 C903~906 C907 C908 C909 C910 PRICE RANK PART CODE RC-GZA107AF1H VCFYFA1HA104J RC-GZV227AF1H RC-GZA476AF1H RC-GZV337AF1V RC-GZA107AF1H DESCRIPTION J J J J J J AC AC AC AB AB AC 100 µF.2 kohms.1/6W 1 kohm.1/16W 1 kohm.2 kohms.1/16W 1 kohm.1/4W 100 kohm.1/6W 47 ohms.Thin Film 220 µF.430 R431 R434 R435~439 R440 R441 R442 R443 R446 R447 R448 R449 R451 R452 R453 R601~609 R612 R613 R614.1/4W 100 kohm.1/16W 470 ohms.1/6W 56 kohms.9 kohms.1/6W 3.1/16W 100 kohm.1/16W 1.1/6W 1 kohm.6 kohms.6 kohms.1/16W 470 kohms.1/16W 22 kohms.8 ohms.Fusible 0.Electrolytic 0.1/4W.8 kohms.1/6W 1 kohm.2 ohms.629 R630 R641.1/4W 22 kohms.1/16W 330 ohms.1/16W 6.1/6W 27 kohms.7 kohms.1/16W 33 kohms.1/16W 3.1/4W 1 kohm.1/16W RESISTORS R101 R102 R103.1/16W 12 kohms.3 kohms.1/6W 2.1/16W 6.2 kohms.1/4W 4.2 kohms.35V.1/6W 270 ohms.1/6W 12 kohms.1/16W 22 kohms.1/6W 330 ohms.50V.1/6W 56 ohms.1/6W 2.7 ohms.1/6W 100 ohm.Electrolytic 47 µF.Electrolytic J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AA AA AA AA AA AA AA AA AA AA AA AB AB AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA 0 ohm.2 kohms.6 kohms.1/6W 10 kohm.1/6W 10 kohm.1/6W 3.1/4W 10 ohm.3 kohms.1/6W 5.1/16W 1 kohm.1/4W 10 kohm.1/6W 2.1/6W 12 kohms.1/16W 33 kohms.7 kohms.8 kohms.3 kohms.1/16W 47 kohms.1/4W 56 kohms.1/16W 270 ohms.1/4W 1 kohm. C901.7 kohms.120 R121~124 R125.50V.1/16W 390 ohms.3 kohms.1/16W 15 kohms.Electrolytic 330 µF.1/6W 3.1/16W 10 kohm.118 R119.9 kohms.1/4W 5.3 ohms.1/6W 470 kohms.1/6W 100 kohm.1/16W 1 kohm.1/6W 3.1/16W 1 kohm.1/16W 4.5 kohms.1/6W .1/16W 100 kohm.1/16W 1.1/4W 22 kohms.1/4W 39 kohms.428 R429.1/16W 3.1/6W 47 kohms.3 kohms.136 R137.1/6W 100 ohm.1/16W 3.6 kohms.1/16W 1.1/6W 100 ohm.644 R701~707 R708 R709 R712~714 R715 R716~718 R719 R720~722 R725 R726.642 R643.1/6W 5.1/16W 6.1/16W 8.1/16W 1 kohm.1/6W 1 kohm.1/4W 5.1/4W 1 kohm.3 kohms.5 kohms.1/16W 220 ohms.6 kohms.1/4W 4.3 kohms.1/16W 10 kohm.110 R111.1/4W 1 kohm.126 R127 R127A R128 R128A R130 R131 R132 R135.7 kohms.621 R622.1/16W 330 ohms.1/16W 33 ohms. 9 kohms.6 kohms.1/6W 82 kohms.1/6W 47 kohms.7 kohms.853 R854.10Pin Plug.1/6W 1 kohm.1/6W R829~832 R833.1/6W 1.1/6W 47 kohms.1/6W 220 ohms.2Pin Plug.1/4W 47 kohms.1/6W 82 kohms.3/3Pin Connector Ass’y.1/6W 100 ohm.2 kohms.3 kohms.6Pin Plug.1/6W 82 kohms.1/6W 2.1/6W 100 kohm.6A/125V Flat Cable.1/6W 82 kohms.1/6W 82 kohms.1/6W 33 kohms.2 kohms.1/6W 4.1/6W 2 kohms.1/6W 82 kohms.1/6W 75 kohms.1/6W 8.12/11Pin Connector Ass’y.1/6W 3.774 R775 R776 R777.1/6W 82 kohms.5Pin Connector Ass’y.862 R863 R864 R865 R866 R902 R903 R904 R905 R906.3Pin Socket.16Pin Plug.3Pin Connector Ass’y.9 kohms.1/6W 82 kohms.11Pin Plug.805 R806 R807 R809 R810 R811 R812 R813 R815 R816 R817 R818 R819 R820.1/6W 12 kohms.5 kohms.1/6W 10 kohm.1/6W 47 kohms.1/6W 47 ohms.238-1) Motor with Chassis [Spindle] (Supplied at REF No.6 kohms.1/6W 10 kohm.1/6W 5.1/6W 82 kohms.11/10Pin Connector Ass’y.1/6W OTHER CIRCUITRY PARTS CN1 QCNWN0584SJZZ CNP101 QCNCM050ESJZZ CNP102 QCNCM999GAFZZ CNP201 QCNCM998GAFZZ CNP202 QCNCM059GSJZZ CNP203 QCNCM046CSJZZ CNP204 QCNCM999FAFZZ CNP205 QCNCM999CAFZZ CNP301 QCNCM042CSJZZ CNP401 QCNCW014RSJZZ CNP405 QCNCM004LAFZZ CNP406 QCNCM004CAFZZ CNP601 QCNCM073CSJZZ CNP801 QCNCM074CSJZZ CNP802 QCNCM999GAFZZ CNP803 QCNCM999KAFZZ CNP901 QCNCM999EAFZZ CNS203 QCNWN0529SJZZ CNW101/CNS101 QCNWN0541SJZZ CNW102/CNS102 QCNWN0523SJZZ CNW201/CNS201 QCNWN0528SJZZ CNW202/CNS202 QCNWN0524SJZZ CNW204/CNS204 QCNWN0532SJZZ CNW205/CNS205 QCNWN0583SJZZ CNW402/CNS402 QCNWN0533SJZZ CNW403/CNS403 QCNWN0534SJZZ CNW404 QCNWN0536SJZZ CNW405/CNS405 QCNWN0574SJZZ CNW601/CNS601 QCNWN0530SJZZ CNW801 QCNWN0543SJZZ CNW802 QCNWN0542SJZZ CNW803/CNS803 QCNWN0527SJZZ CNW804/CNS804 QCNWN0544SJZZ CNW805/CNS805 QCNWN0545SJZZ CNW901/CNS901 QCNWN0522SJZZ MR401 RCORF0018AWZZ 1 F901 QFS-D502BSJNI 1 F902 QFS-D502BSJNI 1 F903 QFS-D162BSJNI FC401 QCNWN0531SJZZ JK101 QJAKM0001SJZZ M101(204-4) RMOTV0409AFZZ M401(238-2) 9GD8301-PDJ01 M402(238-3) M801(219-10) NM801 NM802 –4– 9GD8301-PDJ02 9GD60020322 ———— ———— J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AD AD AH AB AD AE AG AB AB AB AB AD AD AG AG AE AE AE AG AL J J –– –– Flat Wire.7 kohms.1/6W 82 kohms.1/6W 1.1/6W 15 kohms.8/7Pin Connector Ass’y.1/6W 1 kohm.CD-E500 CD-E55/E44 NO.1/6W 10 kohm.1/6W 1.1/6W 10 kohm.9 kohms.1/6W 82 kohms.1/6W 330 ohms.9 kohms.3Pin Plug.1/6W 33 kohms.1/6W 82 ohms.6/5Pin Core Fuse.3Pin Plug.1/6W 4.1/6W 10 ohm.1/6W 47 kohms.750 R751 R752A R752B R752C R752D R752E R752F R752G R752H R752I R752J R752K R752L R752M R752N R752O R752P R752Q R752R R752S R752T R753A R753B R753C R753D R753E R753F R753G R753H R753I R754~759 R760 R761 R762 R763 R764 R765 R766 R767 R768 R769 R770 R771 R772 R773.2 kohms.841 R842.1/4W 4.9 kohms.16Pin Jack.1/6W 3.1/6W 270 ohms.1/6W 6.1/16W 3.1/6W 5.1/6W 2 kohms.1/6W 82 kohms.2Pin Connector Ass’y.2 kohms.1/6W 82 kohms.1/6W 150 ohms.1/6W 3.5A/125V Fuse.1/6W 10 kohm.3Pin Connector Ass’y.907 PRICE RANK PARTS CODE VRD-ST2CD102J VRD-ST2CD103J VRD-ST2CD152J VRS-CY1JB470J VRD-ST2CD104J VRD-ST2CD392J VRD-ST2CD333J VRD-ST2CD562J VRD-ST2CD103J VRD-ST2CD392J VRD-ST2CD682J VRD-ST2CD392J VRD-ST2CD473J VRD-ST2CD152J VRD-ST2CD101J VRD-ST2CD473J VRD-ST2CD103J VRD-ST2EE221J VRD-ST2CD472J VRD-ST2CD473J VRD-ST2CD104J VRD-ST2CD183J VRS-CY1JB333J VRD-ST2EE101J VRD-ST2CD223J VRD-ST2EE100J VRD-ST2CD473J VRD-ST2CD123J VRD-ST2CD331J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA DESCRIPTION 1 kohm.7Pin Plug.837 R838.1/6W 82 kohms.855 R856 R857.7/6Pin Connector Ass’y.1/6W 47 kohms.8 kohms.1/6W 33 kohms.9 kohms.794 R795~797 R802.7Pin Plug.2 kohms.3Pin Plug.1/6W 75 kohms.Air Cooling Fan Motor with Pulley [Up/Down/Loading] Motor with Worm Pulley [Rotate] Motor with Pulley [Tape] Motor with Gear [Sled] (Supplied at REF No.1/16W 5.8/7Pin Connector Ass’y.5 kohms.8/7Pin Connector Ass’y.1/6W 100 kohm.3Pin Plug.1/6W 82 kohms.1.1/6W 1 kohm. R745 R746 R747 R749.1/6W 10 kohm.5/5Pin Connector Ass’y.1/6W 3.1/6W 3.1/6W 82 kohms.6/5Pin Connector Ass’y.1/6W 82 kohms.5Pin Plug.1/6W 82 kohms.1/6W 82 kohms.7Pin Plug.1/16W 100 ohm.6 kohms.1/6W 2.238-1) .1/16W 8.7/7Pin Connector Ass’y.7/6Pin Connector Ass’y.1/6W 10 kohm.1/6W 1.1/6W 47 ohms.7 kohms.1/6W 47 kohms.7 kohms.823 R824~828 PRICE RANK PART CODE VRD-ST2CD102J VRD-ST2CD333J VRD-ST2CD102J VRD-ST2CD103J VRD-ST2CD102J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD823J VRD-ST2CD103J VRD-ST2EE470J VRD-ST2CD102J VRS-CY1JB102J VRD-ST2CD332J VRD-ST2CD104J VRD-ST2CD753J VRS-CY1JB153J VRS-CY1JB822J VRD-ST2CD562J VRD-ST2CD392J VRD-ST2CD272J VRD-ST2CD202J VRD-ST2CD152J VRD-ST2CD122J VRD-ST2CD820J VRD-ST2CD102J VRD-ST2CD103J VRD-ST2CD121J VRD-ST2CD753J VRD-ST2CD153J VRD-ST2CD822J VRD-ST2CD562J VRD-ST2CD392J VRD-ST2CD272J VRD-ST2CD202J VRD-ST2CD392J VRD-ST2CD102J VRD-ST2CD103J VRD-ST2CD102J VRD-ST2CD103J VRD-ST2CD271J VRD-ST2CD473J VRD-ST2CD472J VRD-ST2CD473J VRD-ST2CD473J VRD-ST2CD472J VRD-ST2CD103J VRD-ST2CD222J VRD-ST2CD332J VRD-ST2CD103J VRD-ST2CD472J VRD-ST2CD151J VRD-ST2CD332J VRD-ST2CD222J VRD-ST2CD563J VRD-ST2CD152J VRD-ST2CD103J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA AA DESCRIPTION NO.803 R804.845 R846 R847 R848.1/4W 1 kohm.7 kohms.1/6W 4.1/6W 82 kohms.1/6W 10 kohm.1/6W 10 kohm.834 R835 R836.7Pin Connector Ass’y.1/6W 3.858 R859 R860 R861.7Pin Plug.1/6W 56 kohms.778 R779 R780 R781 R782 R783 R784 R785 R786 R787 R790 R791 R793.1/6W 82 kohms.821 R822.1/6W 120 ohms.1/6W 82 kohms.1/6W 82 kohms.3 kohms.1/6W 82 kohms.7 kohms.1/6W 82 kohms.1/6W 3.3/3Pin Connector Ass’y.849 R850 R851 R852.1/6W 82 kohms.1/6W 1 kohm.1/16W 100 kohm.7/7Pin Connector Ass’y.1/6W 2.1/6W 1 kohm.1/6W 10 kohm.1/6W 3. 1 kohm.1/6W 15 kohms.5 kohms.1/6W 82 kohms.1/6W 2.5 kohms.1/6W 10 kohm.839 R840.5A/125V Fuse.1/6W 1 kohm.1/4W 22 kohms.1/6W 1.1/6W 82 kohms.1/6W 82 kohms.3 kohms.1/6W 18 kohms.3Pin Plug.843 R844.Headphone Motor. Key Type [VOLUME DOWN] Switch.Speaker Jack.Cassette.2(M401) 238.Fan Motor Spring.Key Type [TUNING/TIME UP] Switch.2 204. PART CODE RLY101 RX701 SO101 SO601 1 SO901 SOL801(219-5) SOL802(219-5) SW1 RRLYD0014AWZZ VHLGP1UM271-1 QTANA9024SJZZ QSOCJ0003SJZZ QSOCA0214AWZZ 9GD19212118 9GD19212118 ———— J J J J J J J AK AH AD AG AD AP AP –– SW401 QSW-B0002SJZZ J AE SW402(238-4) SW403(238-5) SW404(238-6) SW701 9GD8301-DKG02 9GDM03-DKG01 9GDM03-DKG01 QSW-K0002SJZZ J J J J AC SW702 QSW-K0002SJZZ J AC SW703 SW704 SW705 SW706 SW707 QSW-K0002SJZZ QSW-K0002SJZZ QSW-K0002SJZZ QSW-K0002SJZZ QSW-K0002SJZZ J J J J J AC AC AC AC AC SW708 QSW-K0002SJZZ J AC SW709 SW710 SW711 QSW-K0002SJZZ QSW-K0002SJZZ QSW-K0002SJZZ J J J AC AC AC SW712 QSW-K0002SJZZ J AC SW713 QSW-K0002SJZZ J AC SW714 QSW-K0002SJZZ J AC SW715 SW719 SW720 SW721 QSW-K0002SJZZ QSW-K0002SJZZ QSW-K0002SJZZ QSW-K0002SJZZ J J J J AC AC AC AC SW722 QSW-K0002SJZZ J AC SW723 SW724 SW801(219-8) SW802(219-8) SW803(219-9) VFD701 QSW-K0002SJZZ QSW-K0002SJZZ 9GD19211305 9GD19211305 9GD19211305 VVK200906F/-1 J J J J J J AC AC AT DESCRIPTION Relay Remote Sensor.6 219.Cassette.Front Panel Top Lock Lever.Timer LED Rear Panel [CD-E44] Rear Panel [CD-E500 For U.Leaf Type [Pickup in] (Supplied at REF No.Operation [CD-E44/55] Button.Special Screw.Fan Motor.ø2×3mm Screw.Air Cooling Fan Top Cabinet [CD-E44/55] Top Cabinet [CD-E500] Cover.Stop/Play [CD-E300] Button.ø3×6mm Screw.Leaf Type [Tape 2 Initialize] Switch.Tape 2 Bracket.Fuse CD Player Unit Ass'y CD Mechanism Ass’y Motor with Pulley [Up/Down Loading] Motor with Pulley [Rotate] Switch.Leaf Type [Disc 1] Switch.Right Cover.Key Type [POWER ON/STAND-BY] Switch.4 219.Power [CD-E500] Button.Key Type [TUNER (BAND)] Switch.Function [CD-E44/55] Button.Leg PRICE RANK NO.Main PWB Bracket.Volume [CD-E500] Button.Key Type [VIDEO/AUX] Switch.2 201.Left Holder.Cassette Lock Lever.Main.Leg Side Panel Ass’y.Function [CD-E500] Button.CD Tray Cover.GP1UM271 Terminal.1 219.Video/Aux In Socket.7 219.5 201.Terminal PWB Bracket. PARTS CODE 204 204.Cassette Lock Lever.6(SW404) 601 602 603 604 605 606 607 –5– AC AG AL AP AP AG AF AF AD AD AL AL AE AD AD AF AF AF AF AD AF AF AE AE AR AP AR AD AB AB AA AD AA AA AA AA DESCRIPTION Fan Motor Ass’y Bracket.Right [CD-E44/55] Side Panel Ass’y.Leaf Type [Open/Close] Switch.Cassette Lock Lever.1 GITAS0010SJ02 ———— J 202.Volume [CD-E44/55] Button.Right Panel.ø2×5mm Screw.Amp [CD-E500] Panel.8(SW801.5 201.X-BASS Button.Amp [CD-E44] Panel.7 201.Tape 2 Pinch Roller Arm Ass’y Solenoid Ass’y Head.Left Cover.Operation [CD-E500] Tape Mechanism Ass’y Belt.Leg Side Panel Ass’y.5 201.ø3×8mm .Power PWB Shassis.Tape 1 Lock Lever.802) 219.1 238.2) 220 221 HBDGA1005SJSA JKNBZ0083SJSA JKNBZ0083SJSB JKNBZ0085SJSA JKNBZ0085SJSB JKNBZ0086SJSA JKNBZ0086SJSB JKNBZ0087SJSA JKNBZ0088SJSA JKNBZ0088SJSB JKNBZ0089SJSA JKNBZ0089SJSB KMECB0012SJZZ 9GD18210721 9GD19210945 9GD19210944 9GD192104309 9GD19212118 9GD62261401 9GD620101111 9GD19211305 9GD19211304 9GD60020322 9GD192114325 LANGK0056SJFW LANGK0059SJFW J J J J J J J J J J J J J J J J J J J J J J J J J J 222 LANGK0060SJFW J 223 224 225 226 227 228 229 230 231 LANGK0065SJFW LANGK0066SJFW LCHSM0023SJFW LHLDW1001SJZZ LHLDZ1062SJSA LHLDZ1072SJSA MLEVP0010SJSA MLEVP0011SJSA MSPRD0008SJFJ J J J J J J J J J 232 MSPRD0030SJFW J AD NBLTK0009SJZZ NBLTK0010SJZZ PRDAR0076SJFW PRDAR0087SJFW QFSHD0001AWZZ KMECZ0006SJZZ KRPLE0022SJM2 9GD8301-PDJ01 J J J J J J J J AE AE 9GD8301-PDJ02 9GD8301-DKG02 9GDM03-DKG01 9GDM03-DKG01 LX-BZ0007SJFD LX-JZ0001SJFD LX-JZ0002SJFD XHBSD20P03000 XHBSD20P05000 XHBSD30P06000 XHBSD30P08000 J J J J J J J J J J J 233 234 235 236 1 237 238 1 238.Cassette.] Rear Panel [CD-E55 For U.Tape 2 Spring.Main Nylon Band Holder.A.Damper Ass’y Holder.Special Screw.Cassette.Amp [CD-E55] Spring.Key Type [TIMER/SLEEP] Switch.1 204.Key Type [STOP] Switch.Right (Not Replacement Item) Cushion.Key Type [DISK SKIP] Switch.Right Cushion.Key Type [TAPE] Switch.Tape 2 Belt [Rotate] Belt [Up/Down Loading] Heat Sink Heat Sink Holder.Key Type [OPEN/CLOSE] Switch.2 203 PCUSG0017SJSA GITAS0011SJ01 J J 203 GITAS0011SJ02 J 203.Key Type [MEMORY/SET] Switch.Key Type [REC/PAUSE] Switch.3 201.Cassette Holder.Key Type [CD] Switch.] Rear Panel [CD-E55 For Canada] Rear Panel [CD-E500 For Canada] SHARP Badge Button.802) 219.Key Type [EQUALIZER] Switch.Leaf Type [Disc Up/Down] Switch.Left Spring.238-1) Switch.4(M101) 205 205 206 207 208 209 210 211 211 CFANP0001SJ03 LANGK0055SJFW MSPRK0001SJFJ NFANP0001SJSA RMOTV0409AFZZ GCAB-1002SJSA GCAB-1002SJSB GCOVA1030SJSA GCOVA1031SJSA GCOVA1032SJSA GCOVA1033SJSA GCOVA1034SJSA GITAR0061SJSA GITAR0068SJSA J J J J J J J J J J J J J J 211 211 GITAR0069SJSA GITAR0072SJSA J J 211 GITAR0073SJSA J 212 213 213 214 214 215 215 216 217 217 218 218 219 219.FF/REW Belt.Remote Sensor Cover.3 204.Ring Rotary.1 CPNLC1068SJ01 CPNLC1068SJ03 CPNLC1068SJ05 ———— J J J 201.4 201.Leaf Type [Disc 1] Screw.Tape 1 Belt.Leaf Type [Disc No.Tape 1 Bracket.] Switch.Cassette Holder.Main.5(SW403) 238.5(SOL801.AC Input Solenoid Ass’y Solenoid Ass’y Switch.3(M402) 238.] Switch.9(SW803) 219-10(M801) 219-11(PWB-H1.Right [CD-E500] Side Panel.3 219.Key Type [CLOCK] Switch.Cassette.6 201.Left [CD-E44/55] Side Panel Ass’y.2 AF AF AF AF AB AD –– ———— PCUSG0017SJSA AV AV AV –– –– J Front Panel Ass’y [CD-E44] Front Panel Ass’y [CD-E55] Front Panel Ass’y [CD-E500] Front Panel (Not Replacement Item) Gear.Erase Head.2 219.Left [CD-E500] Side Panel.Leaf Type [Tape 2 Rec] FL Display CABINET PARTS 201 201 201 201.FL Display Bracket.Power [CD-E44/55] Button.ø3×10mm Screw.S.Leaf Type [Disc No.A.Tape 1 Spring.Leaf Type [Initialize] Switch.Stop/Play [CD-E44/55] Button.Leaf Type [Open/Close] Switch.Cassette.Left (Not Replacement Item) Cushion.Key Type [X-BASS/DEMO] Switch.Leaf Type [Rec] Motor with Pulley [Tape] Tape Mechanism PWB Ass’y Bracket.Record/Playback Switch.Key Type [TUNING/TIME DOWN] Switch.8 202 CGERH0001SJ02 GDORF0030SJSA GDORF0031SJSA HDECQ0116SJSA HDECQ0122SJSA HDECQ0123SJSA MSPRD0028SJFW MSPRD0029SJFJ PCUSG0017SJSA GITAS0010SJ01 J J J J J J J J J J 202 202.Key Type [PRESET UP] Switch.S.Key Type [PRESET DOWN] Switch.Cassette Lock Lever.Key Type [VOLUME UP] Switch.Leaf Type [Tape 1 Initialize] Switch.Key Type [PLAY/REPEAT] Switch.1 203.CD-E500 CD-E55/E44 PRICE RANK NO.4(SW402) 238. CD-E500 CD-E55/E44 NO.. ASSEMBLY (Not Replacement Item) PWB-A 1 PWB-B1~4 DCEKKV280SJ03 DCEKNV280SJ03 J J –– –– PWB-C PWB-F DCEKSV280SJ03 ———— J –– –– PWB-G ———— PWB-H1.2(219-11) 9GD192114325 –– J Main Power/Display/Headphones/ Terminal(Combined Ass’y) CD Servo T/T Motor (Supplied at REF No..] Operation Manual [CD-E500/E55 For Canada] AP Remote Control P.238.B. 608 609 610 611 612 613 614 615 PRICE RANK PART CODE XHBSF30P08000 XHSSD30P08000 XJBSD25P10000 XJBSD30P08000 XJBSD30P14000 XJBSF25P05500 XJBSF30P10000 XJBSF30P16000 J J J J J J J J DESCRIPTION AA AA AD AA AA Screw.ø3×16mm SPEAKER BOX PARTS B3CPCDE44U J B3CPCDE500U J B3CPCDE55U J Front Speaker Box Ass’y.Left Packing Add.A.ø3×8mm Screw.ø3×10mm AA Screw. Changer Unit) Switch (Supplied at REF No.ø2. Changer Unit) Tape Mechanism OTHER SERVICE PARTS UDSKA0004AFZZ J AZ CD Pickup Lens Cleaner –6– .ø3×8mm Screw.S.ø3×14mm Screw.Unit Label.L-CH/ R-CH [CD-E500] Front Speaker Box Ass’y.A.L-CH/ R-CH [CD-E44] Front Speaker Box Ass’y.5×10mm Screw.A.ø2.Feature [Tape 2] QACCU0003SJ00 QANTL0004SJZZ TINSE0118SJZZ TINSE0123SJZZ J J J J AH AG AE AE TINSE0124SJZZ TINSE0126SJZZ J J TINSZ0192SJZZ J ACCESSORIES 1 RRMCG0063SJSA J AC Power Supply Cord AM Loop/FM Antenna Operation Manual [CD-E44] Operation Manual [CD-E500/E55 For U.Right Packing Case [CD-E55] Packing Case [CD-E500] Polyethylene Bag.CUL [CD-E500/E55] Label.5mm AA Screw.L-CH/ R-CH [CD-E55] PACKING PARTS (EXCEPT FOR U.S.Accessories AD Polyethylene Bag.) SPAKA0134SJZZ SPAKA0135SJZZ SPAKC0286SJZZ SPAKC0287SJZZ SSAKA0014SJZZ SSAKH0021SJZZ TLABR1298SJZZ TLABR1299SJZZ TLABS0046SJZZ TLABZ0106SJZZ TLABZ0111SJZZ J J J J J J J J J J J Packing Add.ø3×8mm Screw.W.Bar Code [CD-E500] AB Label.] AD Quick Guide [CD-E44] AD Quick Guide [CD-E500/E55 For U.Bar Code [CD-E55] Label.S.5×5.238.Feature [Tape 1] Label. 219-7. 238-5. 238-2. 238-3. 219-6. 219-8. 238-6 607x2 612x2 606x2 IC101 606x2 238 PWB-C 602 611x3 IC203 IC201 IC202 C 235 610x13 614x4 236 PWB-B2 613 206 Silicon Grease 601 611x4 608x4 219-1. 219-2.CD-E500 CD-E55/E44 615x2 202 A 608 202-1 234 615x2 602x2 608x2 233 PWB-A 205 202-2 B 238-1. 219-3. 219-9. 219-5. 219-4. 219-10. 238-4. 1 2 3 4 Figure 7 CABINET EXPLODED VIEW –7– 5 6 . 219-11 229 221 614x4 231 PWB-B4 611x8 D 605 VFD701 227 610 219 228 220 PWB-B3 606 222 230 232 603x4 601 605 606 213 610x2 218 610 211 223 PWB-B1 E 204-4 (M101) PWB 610 209 210 214 216 201-2 224 215 212 604x2 204-1 237x6 606 217 606x2 204-2 606 204-3 F 204 201-2 610 201-5 201-3 201-1 609x3 201-8x2 G 225 201 BELT CONNECTION FF/REW ROLLER ASS'Y 201-4 201-6 201-7 Tape Motor 219-10(M801) 219-1 207 226 219-3 FLYWHEEL 219-2 ASS'Y MAIN BELT TAPE2 203-2 203-1 203 FLYWHEEL ASS'Y TAPE1 608x2 208 H Note: Only the unit and consumable parts are supplied as parts supply for the Tape mechanism. Left SPAKA0135SJZZ Packing Add. Accessories B A FR ON SPAKC0283SJZZ (CD-E500) SPAKC0282SJZZ (CD-E55) SPAKC0274SJZZ (CD-E44) Packing Case T TLABR1299SJZZ (CD-E500) TLABR1298SJZZ (CD-E55) TLABR1300SJZZ (CD-E44) Label .Bar Code –8– . Unit Top FRO NT SPAKA0134SJZZ Packing Add. ONLY) Setting position of switches and knobs Tape Mechanism STOP UNIT Front Speakers Ass'y (L/R) B3CPCDE500U (CD-E500) B3CPCDE55U (CD-E55) B3CPCDE44U (CD-E44) SSAKH0021SJZZ Polyethylene Bag.S. Right TLABS0045SJZZ Label.CD-E500 CD-E55/E44 PACKING OF THE SET (FOR U. Feature Tape2 TLABZ0106SJZZ Label.A.. Feature Tape1 A B AC Power Supply Cord AM/FM Loop Antenna Quick Guide Operation Manual Remote Control SSAKA0014SJZZ Polyethylene Bag. UL FR ON T Bottom TLABZ0111SJZZ Label.. stored in a retrieval system. electronic. Japan Printed in Japan A0303-1459SS•HA•C SC • SL . mechanical. Hiroshima 739-0192. recording. or otherwise. photocopying.CD-E500 CD-E55/E44 COPYRIGHT © 2003 BY SHARP CORPORATION ALL RIGHTS RESERVED. or transmitted in any form or by any means. without prior written permission of the publisher. No part of this publication may be reproduced. SHARP CORPORATION AV Systems Group Audio Systems Division Higashihiroshima.
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