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Sony MDS-JE630 User's Manual

1. AAAS 2624 amp SAAS 66 45 464826 44524560662 SEN sasz N35 4 8 08438648 5882 m BD BOARD 27 aa B I 5 1 Y C146 0 1 ps E E 21 3022 5 19 LI I C E Lom y 855855 TP307 m 17 MCKGND 2 3 O VAR 0 D 1 6 ojm hohoho 16 BINGNA 2 15 51225 reise 2 a 498 54 32 mis sle V ageng a A2 i 113 39 be Shee s ESERIES Sls 1 6 13 BINI m Uru DIVIDER 0 65 2 lt 3 2 gt ok 5 2 19227 12 GND R173 3 24 a A A AA 1 6 o 14 lt lt MNTI S
2. DIGITAL SIGNAL PROCESSOR EFM ACIRC ENCODER DECODER 2 2 T SHOCK PROOF MEMORY CONTROLLER 6 1 BLOCK DIAGRAM SERVO Section ATRAG ENGODER DECUDER a 112117 OVER WRITE 10121 1 2 EG ADDT ADDT Ty HEAD DRIVE lt lt H Fai E A 10181 0181 182 SAMPLING DATAI D Page 33 RATE OVER WRITE HEAD 5 mei CONVERTER Tes Q4 OPICAL RECEIVER PEL 4 09 WAVE 1611 orm FILO 5 5 SHAFER o8 88 2 IC601 1 2 OPTICAL BEAL x e o5 RECEIVER m sal a EE 0621 a ES 85 DIGITAL 210 09 X RF AMP m s 55 Sr DIN OPTICAL PICK UP FOCUS TRACKING ERROR AMP 53 m 5 m RE onm 20 lt lt _ _ _ KMS 260A J1N 006 10101 21 gt gt gt gt gt TRANSCEIVER E 5 T 10661 1 COMPA DADT 2 2 2 RFI RATOR 2 gt gt gt XBCK gt gt 0 5 gt
3. A DISPLAY BOARD Bz 0757 5 3 LEO BRI VE I 3 3 I 3 3 R722 8723 8724 8725 8726 0756 Po 2 2 3 3k 4 7 10k 33K Cu UN4111 TA 0 TIMER AW w AW o LED DRIVE LE M 9755 PLAY OFF lt REC 58522 5 1 9 B STANDBY o 8757 e 9 572141 872241 87255 s72 fY 872541 Le PITCH CONTROL EJECT PLAY MODE REPEAT SCROLL 1 sz C 1 9745 R744 8743 R742 5k 10 4 7k 5 8k AM 744 5746 Ys 9 9 REC CN70 D 19 537 AM n MONO lt STEREO 19 Y v Y X A10 520 556 551 5732 8 5731 CHASSIS 5741 AC M ENTRO 15 B peri 0972 ANALOG I 522 B E CONTROL 523 2 ES A9 SYS G 524 Uu m 9 wa UE SORCE 326 P 10 8715 R712 SYS 5 5 50v rm 15 2 2 m 526 o I PRET TE TIMER D 527 C770 o FCLK E I R 528 gt BH E AB 5714 TN 5712 Y 5711 2 FL LE DRIVER AR YES MENUZNO 1 529 eS C776 0 001 5 A7 CLE NU NI b
4. 15 HR90 1 OVER WRITE HEAD t 16 8 21 o Z u of dr B ro ro ro o 2 5 5 5 ESS 2 5 ii 676 o u 2 241 2 3 2 o 51 lela lols letale 8 2 212 21215181 5 2 81418 5 alzjaja I jejeje jejejejeje jejejejeje lejeje C Mio M102 333 y SPINDLE SLE AGN M W PD 21313 LD GND sjefs Asay RE BD BOARD L106 172 x 8 I A 8 cio HF MODULE SWITCH 0181 182 8 0 1 ur OVER WRITE ih HEAD DRIVE 2 5 2 7 1 DE URE lt 2 7 gt UN5214 TX 8181 I a 0 2 9101 0 8115 28J278MYTR 0 0 5 UNSIT3 TX G GO SOO 6 3 fs 5 5 lt gt 5 5 lt gt 5 E 4 rth luy LASER V Y s s E jee vp B 04 ro H 6 01 SWITCH 0104 0182 2183 018 4 SPINOLE SLED 3 3 VU UN5214 TX 25K1764KYTR F1J6 F1J6 MOTOR AR NES A 5 5 0 0 R18
5. SPINDLE PWM 28 1 SERVO GENERATOR 55 GB x lt MONITOR EACH D 14 SE 3 CONTROL BLOCK 1 73 AVSS MNT3 4 72 ADRB ADIP DECODER 71 SWDT 5 70 AVDD SCLK 6 a 69 ADIO CPU I F EACH O gt tock CONVERTER 67 SENS 9 ANALOG 66 FE MUX XRST 10 65 ABCD 4 64 BOTM sosy 47 1 suecos 3 63 PEAK DOSY 2 PROCESSOR 62 RECP 13 61 FILO 60 FILI Cea SEE 59 PCO SHOCK RESISTANT Ses 4 MEMORY CONTROLLER TX 15 68 avss OSCI EACH osco 2 BLOCK pn DIGITAL SAMPLING lt DINO 1 AUDIO RATE P gt DINI 0 VF CONVERTER 65 AVDD 54 DOU 53 ASYO DATA ATRAC LRCK ENCODER DECODER XBCK ADD 52 ADDRESS DATA BUS 1 6 D3 2627 680980 518283046586 67 G6 89 40 4142 3 44 45 6 47 G8 1960 ox Nr O OB O O r 29885 aatxfa a gt lt gt lt IC152 BH6511FS E2 x u 8 5 a 5 s 8 2 8 2 E 2 Sm an nn nn On nom 2 00 08 08 07 CHARGE PUMP OSC INTERFACE INTERFACE EET PP PREDRIVE PREDRIVE PREDRIVE m PREDRIVE o INTERFACE INTERFACE
6. PEAK3T P P t WBL TEMP GND TEMPI AUXSW TEMPR COMMAND 4 SCRI PARA DECODE SWOT 5 SCLK 5 XLAT XSTBY 55 VI CONV vec IC121 CXD2656R 28 GA 069 amp TEST3 amp TEST TESTI FGIN amp SPFD SPRD a mE 5 5 u u u C OCL i gt x JS O u LOEFE JI lt lt 0
7. 9 a o 5601 REC POSITION M103 LOADING 5 o TM m Page 46 PAGK OUT G gt O4 05 NE SW Z HAN POSITION 1 1 o a O an EP 05 1 668 111 44 2 PRINTED WIRING BOARD MAIN Board See page 36 for Circuit Boards Location o o 5 MAIN BOARD WTTTTODDDDO A G 38 51 38 po 222 D p U p SSS SSS O O a A x eS HAS Miis p 2 x NG 4 S 1 KA PRISES miss LINIS SNU NB M b iad 25 A i e i 2 2 N _ 1 Wp DL 432 MDS JE630 f w INA s s J851 CONTROL BIGITAL DIGITAL IN BIGITAL IN 0 45 46 MDS JE630 6 10 SCHEMATIC DIAGRAM MAIN Board 1 2 1C661 DIGITAL OUT 10611 DIGIT
8. IN4R IN4F PGND4 OUTAR vM34 OUT3R Y eo ca 2 5 5 9 MAIN Board IC310 M5293L IC431 LA5632 PH5 REFERENCE VOLTAGE STBY Vcc ANA5 3 our REFERENCE VOLTAGE SYS3 3 OVERHEAT OVERCURRENT PROTECTION LIMITTER B BAK AC CD1 DELAY CIRCUIT GND IC321 AK4524 CD2 S RESET VCOM AINR AOUTR AD _ CONVERTER CONVERTER waa BLOCK BLOCK AINL AOUTL VREF AGND DGND VA VD TES VT XTAO CLOCK XTA GENERATOR CLKO XTALE amp DIVIDER M S PD pou AUDIO CONTROL A km INTERFACE REGISTER cs CONTROLLER INTERFACE CCLK SDTI CDTI IC471 LB1641 Y Y FWD REV STOP CONTROL LOGIC 0 8 2 BE 5 z B gu a 2 a gt 8 8 55 gt gt oc zo o zu 57 6 14 IC PIN FUNCTION DESCRIPTION BD BOARD 1 101 CXA2523AR RF AMP FOCUS TRACKING ERROR AMP en I V converted RF signal J input from the optical pick up block detector 3 Middle point voltage 1 65V generation output termin
9. J792 KEYBOARD 5V BUFFER 0801 802 m BUFFER Q803 804 GLK Q805 KEYBOARD OFF SWITCH p AC TOFL781 FL ON OFF SWITCH 0403 404 FL ON OFF SWITCH CONTROL 0401 402 32V 32V RECT AL FL DRIVER IC771 B REGULATOR 0421 pr 12310 an 45V 5V REGULATOR KEYBOARD B ee AUDIO UNREG 12V RECT 45V CIRCUIT UNREG 12V 0413 4416 MD MECHANISM DECK SECTION B REGULATOR UNREG 12V 43 3V 1431 LOADING MOTOR MD MECHANISM 33 DRIVER 10471 B DECK SECTION SECULAR DIGITAL IN OUT CIRCUIT B 10192 0411 412 BACK UP 3 3 77 SYS 3 3V 5V A D D A CONVERTER 10321 B BT451 LITHIUM BATTERY 12 S RESET POWER DOWN DETECT 10601 2 2 94 SIGNAL PATH gt PLAY ANALOG OUT D REC ANALOG IN TR901 POWER TRANSFORMER AC IN 6 3 NOTE FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS Note on Printed Wiring Board e o parts extracted from the component side parts extracted from the conductor side m parts mounted on the conductor side Pattern from the side which enables seeing Caution Pattern face side Side B Parts face side Side A Parts on the pattern face side seen from the pattern face are indicated Parts on the parts face side seen from the parts face are indicated Indication of tran
10. 64 GND Grudtminl 65 66 seed L playback mode H recording mode 68 PROTECT Rec proof claw detect input from the protect detect switch S102 write protect Detection input from the disc reflection rate detect switch S102 69 REFLECT I L high reflection rate disc H low reflection rate disc 70 O Laser diode on off control signal output to the automatic power control circuit laser on SENS 1 status SENSE input from the CXD2656R CID 72 MNTI SHOCK 1 Track jump detection signal input from the CXD2656R 06121 00000000 73 DIG RST O Reset signal output to the CXD2656R IC121 and BH6511FS 1 152 L reset 74 MNT2 XBUSY Busy signal input from CXD2656R 12121 75 XLATCH Serial data latch Serial data latch pulse signal output to the CXD2656R ICI21 sd signal output to the CXD2656R IC121 Laser modulation select signal output to the HF module switch circuit Stop L Playback power Recording power gt 05 sec 76 Detection input from the sled limit in detect switch S101 The optical pick up is inner position when L Focus OK signal input from the CXD2656R IC121 I MNTO FOK E is input when focus is on L NG Loading motor M103 control LOADING EJECT BRAKE RUN IDLE Terminal 77 OI IN 7 oo LDOUT in 63
11. Adjusting Procedure 1 Set the laser power meter on the objective lens of the optical pick up When it cannot be set properly press the lt lt button or PP button to move the optical pick up Connect the digital voltmeter to CN110 pin 1 3 and CN110 pin 4 IOP on the BD board 2 Turnthe knob to display LDPWR ADJUS C10 Laser power For adjustment w ry n er lt m 0 3 2 a E un lt J gt lt A 4 Turn the knob so that the reading of the la ser power meter becomes 0 85 to 0 91 mW Press the button after setting the range knob of the laser power meter and save the adjustment results LD SAVE i3 will be dis played for a moment Then LD 7 0 mW 177 will be displayed 6 Turn the knob so that the reading of the la ser power meter becomes 6 9 to 7 1 mW press the button to save it Note Do not perform the emission with 7 0 mW more than 15 seconds continuously 26 7 Then turn the knob to display LDPWR CHECK C02 8 Press the button once to display LD 0 9 mW 007 Check that the reading of the laser power meter become 0 85 to 0 91 mW 9 Press the button once more to display LD 7 0 mW Check that the reading the laser power meter and digital voltmeter satisfy the specified value Note down the digital voltmeter reading value Specified Value
12. 20 Original Digital copy 40 Copyright No copyright O O O O O O C S O O O O O O 80 Write prohibited Write allowed Reading the Display Convert the hexadecimal display into binary display If more than two causes they will be added Example When 84 is displayed Higher bit 8 1000 b7 Lower bit 4 2 0100 b2 In this case as b2 and b7 are 1 and others are 0 it can be determined that the retry cause is combined of emphasis OFF monaural original copyright exists and write allowed Example When 07 is displayed Higher bit 0 1000 All 0 Lower bit 7 0111 b0 b1 b2 In this case as bO b1 and 62 are 1 and others are 0 it can be determined that the retry cause is combined of emphasis ON stereo original copyright exists and write prohibited Hexadecimal Binary Conversion Table Hexadecimal Hexadecimal 0 8 10 LOCATION OF CONTROLS Front Panel 11 SECTION 2 GENERAL This section is extracted from instruction manual 1 0 power switch 15 23 Press to turn the deck on When you turn the deck on the STANDBY indicator
13. t When pressed another time the parts to be recorded can be changed goes off 2 When access completes the display changes to CREC 11 and lights up Note The numbers 2 displayed shows you the recording position addresses 3 Ending the continuous recording mode 1 Press the MENU NO button The display changes to CREC MODE and goes off 2 Press the 2 EJECT button and take out the disc Note 1 The recording start addresses for IN MID and OUT are as follows IN 40h cluster MID 300h cluster OUT 700h cluster Note 2 The MENU NO button can be used to stop recording anytime Note 3 Do not perform continuous recording for long periods of time above 5 minutes Note 4 During continuous recording be careful not to apply vibration 5 3 Non Volatile Memory Mode EEP MODE This mode reads and writes the contents of the non volatile memory It is not used in servicing If the unit entered this mode accidentally press the button immediately to release it _ 19 6 FUNCTIONS OF OTHER BUTTONS Function Contents Sets continuous playback when pressed in the STOP state When pressed during continuous playback the tracking servo turns ON OFF Stops continuous playback and continuous recording The sled moves to the outer circumference only when this is pressed The sled moves to the inner circumference only when this is pressed
14. 5 2 10 1099 Q A lt lt 0000090900000 8 AF 1 a Pao Po Po o a lo 0 2 0 3 2 0 055 iS m 166 TP43 4 0 04040 o I AGND falsis RI85 R179 A PAT 2121279 pgi EJEJE 8122 22K 33k E C18 M C112 10 Lisi 163 0 0047 0 FE 16V 6 01 R190 BIG 10 AUX cual m A I JE 1 1 GE Lo J SE A totototototo toto Y E853E TPs GE 1235 888 E0 a 1 TE 1 5 T R150 9 58 A K R D S 4105 APCREF 5 8 3 SROR ES 2 m de R148 FFOR EVVVES 680 2 nz SPRD 27 SPFA TE 04 L B os sj SOR 22 QKEASH 25 G G So S 85 555885 KAKANG RAR 4 NC NO NN MC YYYY Y AYYY YY YY k k S YOY YYY 41 Page 41 41 42 42 42 42 6 40 MDS JE630 6 6 SCHEMATIC DIAGRAM BD Board 2 2 See page 43 for Waveforms See page 56 for IC Block Diagrams 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Page 39 Page 39 Page 39 Page 40 Page 40 Page 40 Page 40
15. Has IC171 or D101 been replaced YES Temperature compensation offset adjustment Traverse adjustment Focus bias adjustment Error rate adjustment Focus bias check Auto gain adjustment 22 Laser power adjustment 2 PRECAUTIONS FOR CHECKING LASER DIODE EMISSION To check the emission of the laser diode during adjustments never view directly from the top as this may lose your eye sight 3 PRECAUTIONS FOR USE OF OPTICAL PICK UP KMS 260A As the laser diode in the optical pick up is easily damaged by static electricity solder the laser tap of the flexible board when using it Before disconnecting the connector desolder first Before con necting the connector be careful not to remove the solder Also take adequate measures to prevent damage by static electricity Handle the flexible board with care as it breaks easily pick up flexible board laser tap Optical pick up flexible board 4 PRECAUTIONS FOR ADJUSTMENTS 1 When replacing the following parts perform the adjustments and checks with O in the order shown in the following table Optical BD Board Pick up D101 IC101 1C121 1 Initial setting of adjustment value o o 2 Recording of IOP information Value on the pick up label 3 Temperature compensation offset adjustment 4 Laser power adjustment 5 Traverse adjustment 6 Focus bias adjustment 7 Error rate chec
16. BVTTWH M3 CN341 Q wire flat type 23 core Q Remove the mechanism deck CN501 MDM 5D to direction of the arrow connector Q harness SLIDER CAM slider Cam e Note for Installation of Slider Cam Set the shaft of Cam gear to Q bracket Guide L be at the position in the figure two screws P2 6x6 2 harnes Set the shaft of Lever O C to be at the position in the figure Q two screws P2 6x6 Q bracket Guide R BASE UNIT MBU 5D BD BOARD amp base unit MBU 5D Q flexible board CN104 Q flexible board CN101 1 three screws Q Bw P2 6 x 6 Q BD board Remove the solder Seven portion screw M1 7 x 4 15 SW BOARD LOADING MOTOR M103 screw PTPWH M2 6 x 6 O gear B gt two screws T PWH1 7 4 three screws BTP2 6 6 TEC K D _ 16 SECTION 4 TEST MODE 1 PRECAUTIONS FOR USE OF TEST MODE As loading related operations will be performed regardless of the test mode operations being performed be sure to check that the disc is stopped before setting and removing it Even if the button is pressed while the disc is rotating during continuous playback continuous recording etc the disc will not stop rotating Therefore it will be ejecte
17. D 11 5 44 0 0 LOADING MOTOR k nA B 3 R192 DRIVE GH 8 16402 0 2 47 NOBO KA B 1E 100 8 HP L L350_1 14H R191 47 4 Roam ae GNB in 22 0 2 Jo 5V REGULATOR oho 20179 5 gt HP 8 Zz z Z 20008 09 4 9187 4 0287 0471 472 Be AM a 5 BA 2591915 2581915 NCC 0 6 000 80 0 0 09 MUTING MUTING 23 1 5 3 5 4 9 3 3 3 3 3 Lu EY eU E B R187 8475 D 10k R472 27 4 8475 1 10 0 0431 SHORT SOCKET 1 155133 il RE ino 100 22k BT451 5 t AW LITHIUM BATTERY 3 2 EF lez 155155 820 D ERS C401 0471 100044 5 4137 s UN2H 10V Tm 0 1 3 50 F 8471 C475 440 C433 HZS6CILTA 22 10 3300 A CHASSIS 50 TeV 0433 11 52 TR901 8634 11652 POWER 8411 11 52 TRANSFORMER FR 4 0412 11 52 F5 ZE cial os M ze 10 8415 11 52 e 1411 30v M 8414 11652 R451 B 8415 11 52 0454 8452 100 0416 11652 C402 155155 I x E 4 0 1 C421 100 qoo 0306 UNZ111 T 5 MUT ING ix CONTROL SWITCH n 32V 3 3 REGULATOR 12 16510 0401 402 M5293L FL ON OFF SWTICH gt CONTROL y REPLACEABLE 26 AA BUILT IN TRANSFORMER BJ 28 7 RTINI27L Razi 0405 404 10k FL ON OFF SWTICH The components identified by mark A or dotted line with mark A are critical for safety Replace only with part number specified Les
18. Laser power meter reading 7 0 0 2 mW Digital voltmeter reading Value on the optical pick up label 10 Optical pick up label KMS260A 27X40 B0825 IOP 82 5 mA in this case IOP mA Digital voltmeter reading mV 1 10 Press the button to display LDPWR CHECK and stop the laser emission The button is effective at all times to stop the laser emission 11 Turn the knob to display Write C28 12 Press the button When the display becomes Ref is an arbitrary number press the button to display is an arbitrary num ber 13 The numbers which can be changed will blink Input the Iop value noted down at step 9 To select the number Turn the knob To select the digit Press the knob 14 When the button is pressed Complete will be dis played momentarily The value will be recorded in the non volatile memory and the display will become Jop Write Note 1 After step 4 each time the YES button is pressed the display will be switched LD 0 7 mW LD 6 2 mW and LD Wp Nothing needs to be performed here 11 TRAVERSE ADJUSTMENT Note 1 Data will be erased during MO reading if a recorded disc is used in this adjustment Note 2 If the traverse waveform is not clear connect the oscilloscope as shown in the following figure so that it can be seen more clearly oscilloscope DC range B
19. SCROLL Switches between the pit and groove modes when pressed PLAY MODE Switches the spindle servo mode CLV S CLV A LEVEL DISPLAY CHAR Switches the displayed contents each time the button is pressed amp EJECT Releases the disc REPEAT Exits the test mode 7 TEST MODE DISPLAYS Each time the LEVEL DISPLAY CHAR button is pressed the display changes in the following order 1 Mode display Displays TEMP ADJUS etc Mode display 2 Error rate display Displays the error rate in the following way C OOOO AD O000 C Indicates the Cl error Address AD Indicates ADER Error rate display display Auto gain display 3 Address display Not used in servicing The address is displayed as follows MO recordable disc CD playback only disc Press the button to switches between the groove display and pit display Detrack display h OOOO s 0000 MO pit and CD Not used in servicing h OOOO a 0000 MO groove h Indicates the header address s Indicates the SUBQ address a Indicates the ADIP address Y IVR display Not used in servicing y Note 5 7 is displayed when servo is not imposed 4 Auto gain display Not used in servicing The auto gain is displayed as follows AG OO OOO0O EIE 5 Detrack check display Not used in servicing The detrack is displayed as follows ADR 6 IVR di
20. 4 When access completes the display changes to C AD gt Note The numbers 3 displayed show you error rates and ADER 2 Changing the parts to be played back 1 Press the button during continuous playback to change the display as below CPLAY MID CPLAY OUT CPLAY IN t When pressed another time the parts to be played back can be moved 2 When access completes the display changes to AD Note The numbers 2 displayed show you error rates and ADER 3 Ending the continuous playback mode 1 Press the MENU NO button The display will change to CPLAY MODE 2 Press the amp EJECT button and take out the disc Note The playback start addresses for IN MID and OUT are as follows IN 40h cluster MID 300h cluster OUT 700h cluster 5 2 Operating the Continuous Recording Mode Use only when performing self recording playback check 1 Entering the continuous recording mode 1 Seta recordable disc in the unit 2 Tum the knob and display MODE 3 Press the button to change the display to CREC MID C31 4 When access completes the display changes to CREC and lights up Note The numbers i displayed shows you the recording position addresses 2 Changing the parts to be recorded 1 When the button is pressed during continuous recording the display changes as below CREC MID CREC OUT CREC IN
21. 8 asyo O Playback BFM full swing output terminal 5 55 Powersupply terminal 3 3V analog system 56 57 AVSS Ground terminal analog system O 59 60 61 62 63 64 65 66 Focus error signal input from the CXA2523AR IC101 67 Auxiliary signal I5 signal temperature signal input from the CXA2523AR IC101 68 69 70 AVDD Powersupply terminal 3 3V analog system 71 A D converter operational range upper limit voltage input terminal fixed at H in this set 72 A D converter operational range lower limit voltage input terminal fixed at L in this set 73 AVSS Ground terminal analogsystem 74 75 76 TI Error signal input for the laser automatic power control Not used fixed at 78 9 O Fitter 10 control signal output to the 2523 ACI0D XLRF O Serial data latch pulse signal output to the 2 sl CKRF O Serial data transfer clock signal output to the 2523 82 DTRF Writing serial data output to the 2523 CIO O Control signal output to the reference voltage generator circuit for the laser automatic power 83 APCREF 2 P ERE P O PWM signal output for the laser automatic power control Notused open 5 Tracking servo drive PWM signal output to the BHGSIIFS ICIS 86 TER Tracking servo dri
22. A are critical for safety Replace only with part number specified Les composants identifi s par une marque A sont critiquens pour la s curit Ne les remplacer que par une pi ce portant le num ro sp cifi When indicating parts by reference number please include the board uH uH Ref No Part No Description Remark Ref No Part No Description Remark A 4724 637 A BD BOARD COMPLETE C160 1 104 601 11 ELECT CHIP 10uF 20 10 C161 1 104 601 11 ELECT CHIP 10uF 20 10 lt CAPACITOR gt C163 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V C164 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V C101 1 125 822 11 TANTALUM 10uF 20 10V C167 1 163 038 00 CERAMIC CHIP 0 1uF 25V C102 1 163 038 00 CERAMIC CHIP 0 1uF 25V C103 1 125 822 11 TANTALUM 10uF 20 10V C168 1 163 038 00 CERAMIC CHIP 0 1uF 25V C104 1 125 822 11 TANTALUM 10uF 20 10V C169 1 125 822 11 TANTALUM 10uF 20 10 C105 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V C171 1 163 038 00 CERAMIC CHIP 0 1uF 25V C181 1 104 913 11 TANTALUM CHIP 10uF 20 16V C106 1 163 275 11 CERAMIC CHIP 0 001uF 5 50V C183 1 163 038 00 CERAMIC CHIP 0 1uF 25V C107 1 163 038 00 CERAMIC CHIP 0 1uF 25V C108 1 163 038 00 CERAMIC CHIP 0 1uF 25V C184 1 117 970 11 ELECT CHIP 22uF 20 10 C109 1 163 037 11 CERAMIC CHIP 0 022uF 10 251 C185 1 164 611 11 CERAMIC CHIP 0 001uF 10 500 C111 1 164 344 11 CERAMIC CHIP 0 068uF 10 251 C187 1 104 913 11 TANTALUM CHIP 10uF 20
23. D451 8 719 024 99 DIODE 11ES2 NTA2B C533 1 162 282 31 CERAMIC 100PF 10 50V 0452 8 719 210 21 DIODE 11EQS04 NTA2B C562 1 164 159 11 CERAMIC 0 1uF 50V 0453 8 719 911 19 DIODE 155133 72 C571 1 162 282 31 CERAMIC 100PF 10 50V C572 1 162 282 31 CERAMIC 100PF 10 50V 0454 8 719 911 19 DIODE 155133 72 C573 1 162 282 31 CERAMIC 100PF 10 50V 0471 8 719 933 39 DIODE HZS6C1LTA D851 8 719 911 19 DIODE 155133 72 C575 1 162 282 31 CERAMIC 100PF 10 50V C593 1 162 294 31 CERAMIC 0 001uF 10 50 lt GROUND PLATE gt C594 1 162 294 31 CERAMIC 0 001uF 10 50 C595 1 162 294 31 CERAMIC 0 001uF 10 50 EP401 4 962 200 01 PLATE TR GROUND C597 1 162 294 31 CERAMIC 0 001uF 10 50 10 0598 1 164 159 11 CERAMIC 0 1uF 50V C599 1 164 159 11 CERAMIC 0 1uF 50V IC101 8 759 634 50 IC M5218AL C601 1 162 306 11 CERAMIC 0 01uF 20 16V 10201 8 759 634 50 IC M5218AL C611 1 164 159 11 CERAMIC 0 1uF 50V 10301 8 759 634 50 IC M5218AL C612 1 162 306 11 CERAMIC 0 01uF 20 16 10302 8 759 634 50 IC M5218AL 10310 8 759 633 42 M5293L C621 1 164 159 11 CERAMIC 0 1uF 50V C622 1 162 306 11 CERAMIC 0 01uF 20 16 10321 8 759 579 68 IC 4524 C623 1 126 963 11 ELECT 4 7uF 20 50 10322 8 759 917 18 IC TC74HCU04AP C661 1 164 159 11 CERAMIC 0 1uF 50V 12431 8 759 525 48 IC LA5632 C801 1 164 159 11 CERAMIC 0 1uF 50V 10432 8 759 069 28 IC PQO5RF11 10471 8 759 822 09 IC LB1641 C802 1 164 159 11 CERAMIC 0 1uF 50V C803 1 164 159 11 CERAMIC 0 1uF 50V IC501 8 759
24. Press to pause play or recording Press again to resume play or recording button 16 17 19 39 Press to record on the MD monitor the input signal or mark track numbers MUSIC SYNC button 21 39 Press to start Music Synchro recording T REC button 20 Press to start Time Machine Recording LEVEL buttons 17 24 Press to adjust the recording level FADER button 41 42 Press to perform Fade in Play Recording or Fade out Play Recording CD PLAYER button 21 22 Press to pause the CD play Press again to resume CD play CD PLAYER 144 buttons 22 ress to locate tracks on the CD CD SYNC STOP button 22 Press to stop CD Synchro recording CD SYNC START button 21 22 Press to start CD Synchro recording CD SYNC STANDBY button 21 22 ress to enter standby for CD Synchro recording 44 gt buttons 25 28 32 33 36 37 Press to locate a portion within a track change the contents of a program or shift the cursor to the right lad P 1 buttons 16 19 23 24 27 29 31 35 37 39 42 45 48 ress to locate tracks adjust the recording level or select a menu item and a setting value 18 E gt button 16 23 24 27 28 Press to start play NAME button 37 38 Press to add the name or change the name of a track or MD CHAR button 37 Press to select the type of characters to be input NUM button 37 Press to input numbers REPEAT button 26 Press to p
25. 1 Load the check disc MD TDYS 1 2 Turnthe knob to display AG Set CD C26 3 When the button is pressed the adjustment will be per formed automatically Complete will then be displayed momentarily when the value is recorded in the non volatile memory after which the display changes to AG Set CD 4 Press the button and take out the check disc 15 2 MO Auto Gain Control Output Level Adjustment Adjusting Procedure 1 Load the test disc MDW 74 AU 1 2 Turn the knob to display AG Set MO C25 3 When the button is pressed the adjustment will be per formed automatically Complete will then be displayed momentarily when the value is recorded in the non volatile memory after which the display changes to AG Set MO 4 Press the button and take out the test disc 29 Adjustment Location BD BOARD Side A BD BOARD Side B Note It is useful to use the jig for checking the waveform Refer to Servicing Notes on page 6 _ 30 SECTION 6 MDS JE630
26. 163 038 00 CERAMIC CHIP 0 1uF 25V IC TRANSISTOR 0135 1 163 038 00 CERAMIC CHIP 0 1uF 25V 10101 8 752 080 95 IC CXA2523AR C136 1 126 206 11 ELECT CHIP 100uF 20 6 3V IC103 8 729 903 10 TRANSISTOR FMW1 T 148 C142 1 163 251 11 CERAMIC CHIP 100PF 596 50V 10121 8 752 390 16 CXD2656R C143 1 163 251 11 CERAMIC CHIP 100PF 596 50V 10123 8 759 096 87 IC TC7WUOAFU TE12R C144 1 163 251 11 CERAMIC CHIP 100PF 5 50V 10124 8 759 334 38 IC MSM51V4400 70TS K C146 1 163 038 00 CERAMIC CHIP 0 1uF 25V 10152 8 759 430 25 IC BH6511FS E2 C151 1 126 206 11 ELECT CHIP 100uF 20 6 3V IC171 8 759 487 04 IC BR24C02F E2 0152 1 163 038 00 CERAMIC CHIP 0 1uF 25V 10181 8 759 481 17 IC MC74ACTO8DTR2 C153 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V 10192 8 759 460 72 IC 2 C156 1 163 038 00 CERAMIC CHIP 0 1uF 25V 0158 1 163 019 00 CERAMIC CHIP 0 0068uF 10 50V 69 BD DISPLAY Ref No Part No Description Remark Ref No Part No Description Remark lt COIL SHORT gt R145 1 216 073 00 METAL CHIP 10K 5 1 10W 146 1 216 037 00 METAL CHIP 330 5 1 10W L101 1 414 813 11 FERRITE R147 1 216 025 00 RES CHIP 100 5 1 10W L102 1 414 813 11 FERRITE OuH R148 1 216 045 00 METAL CHIP 680 5 1 10W L103 1 414 813 11 FERRITE R149 1 216 073 00 METAL CHIP 10 5 1 10W L105 1 414 813 11 FERRITE OuH L106 1 414 813 11 FERRITE R150 1 216 295 00 SHORT 0 R151 1 216 073 00 METAL
27. 7 SET T 30 MSM9201 0205 k C775 0 001 8775100 Ab kaz 5 REMOTE 531 C774 0 001 R775 100 AS AB CONTROL 532 C778 Lu R774 100 4 2065 RECEIVER AM o KEYI 47 10761 533 R772 C772 4 8706 R705 R704 8705 8702 4 P DOWN I GPIUC7X 8 5k 3 12 33K 10K 4 7k 3 5 2 554 1 D o AW w AW AW KEYO F a A 4 3060 5 5 FL ORIVE 3 3 o sre d y 5705 5704 J 5703 d b sm d N ST MONO 801 2562605 o 4001 602 m FL ie 2 37 7 RMC 87 37 7 RM GND 100 gt IT lt lt PP B BEE QOO 36 1 eo 3 2 3 2 SE R782 R781 8784 100 100 100k B G Dw tO 47 B 5718 GND 29 B pem m s al a S eve s x nf 4 5 eJ 3 9 eJ o o 5 o o o G 3 o o 9 PUSH ENTER 2 Ml S s 4 L E 3 2 4 x mn cw 4515 C78 783 1 L R791 0 1 10009 10002 OARD MAN R791 H B 10 PHONES LEVEL CHASS 15 1787 0 1 2791 PHONES E Page 50 CHASSIS FL781 FLUORESCENT INDICATOR TUBE 05 J792 KEYBOARD KEYBOARD DATA KEYBOARD CLK CHASSIS CHASSIS Voltages and waveforms are dc with respect to ground under no signal conditions no mark 53 STOP 54 IC Block Diagrams BD Board IC101 CXA2523AR
28. 8 1 5256 00 33 69 DADT 770253 27 27 B d L 0501 46 DIVIDER 1024FS C i GENERAT 0860 F Page 33 4 D RAM APA x ar 10124 o SUBCODE INTERNAL BUS d u I 5 ADIP PROCESSOR a5 2 1 78 DEMODULATOR SANGGI 2 ad DECODER 4 es KT A 09 CPU MONITOR w E Poi INTERFACE CONTROL 1 FOCUS FOCNT SPINDLE 2 1 2 koo DETECTOR i i ROR AMP 19 SERVO pP 77 ala gt gt o e eS 8 EJ S E EE 8 8 4 l saa zzzz D 1 a TRACKING aj o ao gt aj NDX e pa ERROR AMP 94 63 12 11 14 HB HE XELT 1X2X8X4 m E 5 I AUTOMATIC 41 lt n POWER CONTROL SCEE a 9 40 0162 163 SERIAL PARALLE Vel SWDT RAS 87 48 XWE PD CONVERTER CONVERTER 7 5 2 46 4 XRAS E MEUM DECODER gt SCLK XCAS 09 09 XCAS LASER DIODE I PD LASER ON SWOT SCLK SWITCH 114 D 0101 Page 33 I I I I qure 2 5 lt 4 SYSTEM CONTROLLER FOCUS TRACKING COIL DRIVE 10501 1 2 lt SIGNAL PATH noe MOTOR DRE gt gt PLAY ANALOG OUT gt PLAY DIGITAL OUT gt REC ANALOG IN NN D gt REC DIGITAL IN SPINDLE 5101 LIMIT IN 0 4 AUTOMATIC LIM
29. A 4724 697 A KEY SW BOARD COMPLETE lt CAPACITOR gt C700 1 126 153 11 ELECT 22uF 20 6 3V _ 71 KEY SW MAIN Ref No Part No Description Remark Ref No Part No Description C748 1 164 159 11 CERAMIC 0 1uF 50V C173 1 130 471 00 MYLAR C799 1 124 261 00 ELECT 10uF 20 50V C181 1 128 551 11 ELECT CONNECTOR C183 1 136 356 11 FILM C184 1 126 933 11 ELECT CN701 1 779 556 11 CONNECTOR FFC LIF NON ZIF 19P C201 1 136 356 11 FILM CN770 1 778 318 11 CONNECTOR BOARD TO BOARD 13 C202 1 128 551 11 ELECT lt LEAD gt C203 1 126 933 11 ELECT C204 1 128 551 11 ELECT LP748 1 690 880 41 LEAD WITH CONNECTOR C205 1 137 366 11 FILM C261 1 137 360 11 FILM RESISTOR C265 1 137 358 11 FILM R702 1 249 421 11 CARBON 2 2K 5 1 4W C266 1 137 358 11 FILM R703 1 247 843 11 CARBON 3 3K 5 1 4W C272 1 137 368 11 FILM 8704 1 249 425 11 CARBON 4 7K 5 1 4W C273 1 130 471 00 MYLAR R705 1 249 429 11 CARBON 10K 5 1 4W C281 1 128 551 11 ELECT 8706 1 249 435 11 CARBON 33K 5 1 4W C283 1 136 356 11 FILM 8712 1 249 421 11 CARBON 2 2K 5 1 4W C284 1 126 933 11 ELECT 8713 1 247 843 11 CARBON 3 3K 5 1 4W C311 1 164 159 11 CERAMIC R714 1 249 425 11 CARBON 4 7K 5 1 4W C341 1 102 942 00 CERAMIC 8742 1 249 426 11 CARBON 5 6K 5 1 4W C342 1 102 942 00 CERAMIC 8743 1 249 425 11 CARBON 4 7K 5 1 4W C345 1 164 159 11 CERAMIC 744 1 249 429 11 CARBON 10K 5 1 4W C346 1 164 159 11 CERAMIC 8745 1 249 43
30. CHIP 10K 5 1 10W L121 1 414 813 11 FERRITE R152 1 216 073 00 METAL CHIP 10K 5 1 10W L122 1 414 813 11 FERRITE OuH R158 1 216 097 91 RES CHIP 100K 5 1 10W L151 1 412 029 11 INDUCTOR CHIP 10uH R159 1 216 097 91 RES CHIP 100K 5 1 10W L152 1 412 029 11 INDUCTOR CHIP 10uH L153 1 412 032 11 INDUCTOR CHIP 100uH R160 1 216 295 00 SHORT 0 R161 1 216 057 00 METAL CHIP 2 2K 5 1 10W L154 1 412 032 11 INDUCTOR CHIP 100uH R162 1 216 057 00 METAL CHIP 2 2K 5 1 10W L161 1 414 813 11 FERRITE OuH R163 1 216 057 00 METAL CHIP 2 2K 5 1 10W L162 1 414 813 11 FERRITE R164 1 216 045 00 METAL CHIP 680 5 1 10W L181 1 216 295 00 SHORT 0 R165 1 216 097 91 RES CHIP 100K 5 1 10W lt TRANSISTOR gt 8166 1 216 149 11 RES CHIP 2 2 10 1 2W R167 1 216 065 00 RES CHIP 4 7K 5 1 10W 0101 8 729 403 35 TRANSISTOR UN5113 TX R169 1 219 724 11 METAL CHIP 1 1 1 4W 0102 8 729 026 53 TRANSISTOR 2SA1576A T106 QR R170 1 216 073 00 METAL CHIP 10K 5 1 10W 0103 8 729 402 93 TRANSISTOR UN5214 TX 0104 8 729 402 93 TRANSISTOR UN5214 TX R171 1 216 073 00 METAL CHIP 10K 5 1 10W 0162 8 729 101 07 TRANSISTOR 2SB798 T1DK R173 1 216 121 00 RES CHIP 1M 5 1 10W 175 1 216 065 00 RES CHIP 4 7K 5 1 10W 0163 8 729 403 35 TRANSISTOR UN5113 TX 177 1 216 061 00 METAL CHIP 3 3K 5 1 10W 0181 8 729 018 75 FET 2SJ278MYTR R179 1 216 085 00 METAL CHIP 33K 5 1 10W 0182 8 729 017 65 FET 2SK1764KYTR R180 1 216 073 00 METAL CHIP 10K 5 1 10W lt RESISTOR gt R182 1 21
31. GEAR 211 4 996 220 01 GEAR A 212 4 996 221 01 GEAR B 213 4 933 134 01 SCREW PTPWH M2 6X6 214 4 996 224 01 SCREW 1 7X3 PWH Remark Ref No Part No Description Remark 215 4 996 227 01 LEVER HEAD 216 4 996 229 01 SPRING HEAD LEVER TORSION 217 4 996 212 01 LEVER LIMITTER 218 4 996 213 01 SPRING LIMITTER TORSION 219 4 996 214 01 SPRING SLIDER TENSION 220 4 996 216 01 SPRING HOLDER TENSION 221 4 210 396 01 SPRING LOCK TENSION 222 X 4949 246 1 SLIDER ASSY 223 X 4949 245 7 HOLDER ASSY 224 4 996 211 01 SLIDER CAM 225 4 998 763 01 SPRING SHUTTER LEAF 226 A 4680 118 1 HOLDER COMPLETE ASSY M103 X 4949 264 1 MOTOR ASSY LOADING 67 4 BASE UNIT SECTION MBU 5D Ref No Part No Description 251 A 4724 637 A BD BOARD COMPLETE 252 3 372 761 01 SCREW M1 7 TAPPING 253 4 996 267 01 BASE BU D 254 4 996 255 01 BASE BU C 255 4 900 590 01 SCREW PRECISION SMALL 256 4 996 258 01 SPRING COMPRESSION 257 4 996 262 01 GEAR SL C 258 1 667 954 11 FLEXIBLE BOARD 259 4 210 664 01 BASE BU A A 260 A 4672 541 A OPTICAL PICK UP KMS 260B J1RP 261 4 996 252 01 CHASSIS BU 262 4 996 254 01 BASE BU B 263 4 967 688 11 MAGNET ABSORPTION 264 4 996 260 01 GEAR SL A The components identified by mark A or dotted line with mark A are critical for safety Replace only with part num ber specified Les co
32. LED DRIVE 0756 D756 STANDBY LED DRIVE 2 0757 0757 CONTROL 05 ADA LATCH SEGO1 SEG35 EEPROM 10171 lt 67 08 69 09 5 9 FL LED DRIVER 10771 M OUT DA RST AD1 AD3 COMO 22 3 37 79 80 1 39 60 COM24 SEGO1 SEG35 co eo 5 wn eo 5 221 FLUORESCENT INDICA zd G01 G22 SYSTEM CONTROLLER 1501 2 2 o 5 s 8 1061 63 DO lt ROTARY ENCODER GND 22 SW 8 SOURCE TIMER 8 MONO ST Jf Ec 713 KK AMS DPI PUSH ENTER 77 tt 701 706 711 712 714 721 726 731 732 L LINE ANALOG IN LINE ANALOG J101 R E LOW PASS FILTER i L 1101 2 2 1 LOW PASS FILTER gt gt 4 0 R 10201 2 2 X341 45 1584MHz REMOTE CONTROL RECEIVER 10761 751 TIMER CONTROL SWITCH MUTE STB 2 P DOWN SRST HEADPHONE AMP 10302 KEYBOARD DATA KEYBOARD CLK KEYBOARD CONT OUT RV791 PHONE LEVEL 4791 2 7 NI PHONES f 77 Ay V
33. TC74KCUO4AP OFF SWITCH DINI 8 OPTICAL 04 osad ke or 2 gt asv 14 vie w 17 Z ST MONO gt eS lea i Uu B 8 gt gt d a 3 gt 5 2 aa Br 4 6 8 8 818 215 10 gt 5 8181 1 1 gt x PPA PALAPA PARA 8181818 PR F SYS 3 3V MET IN 14 gt x B 8 7 I E 4 MNT SHOCK c2 8 BIG RST x als i AS na L MNTO X BUSY AS Al cs SYSTEM CONTROLLER uw TETE 12 ABA LATCH TIMER 31 REFLECT 80 e Wara 2 XLATCH PROTECT 8 ne 16 gt c10 LIMIT IN Lm R548 10k P R582 C12 R549 10k 10 I MNT3 SLOCK as 8 z gc AW i MNTO FOK 5 5 TEC hj a ci gt ciej 5 2 5 T 19 gt PLAY P SW CHACK IN SW PACK OUT SW GND REC P SW RP 20 gt LOAD IN 212 LOAD OUT ms ui 312 a 13 cay e E 8 L I B C575 C500 02151512 190 1 ojojojoJoJoJoJo RA 9 25V M lt 21 gt Coo 1 48 1 49 6 11 SCHEMATIC DIAGRAM MAIN Board 2 2 See page 43 for Waveforms See page 57 for IC Block Diagrams ih C853 0 1 Pt R342 L348 00 et MDS JE630 J85
34. composants identifi s par une marque A sont critiques pour la s curit Ne les remplacer que par une pi ce portant le num ro sp cifi 50 MDS JE630 6 12 PRINTED gt e i WIRING BOARDS PANEL Section PLAY BOARD See page 36 for Circuit Boards Location PITCH CONTROL 5724 HAR SCROLL INPUT ANALOG 8701 7046 BOARD 4 227 22 JW794 4 Tops 7 AE a R745 eB 8 Y vc L3 F 5 PUSH ENTER m a __ Pe P 1 T K s 7 5 2 1 673 239 FY BOARD 6 13 SCHEMATIC DIAGRAM PANEL Section See page 43 for Waveform MDS JE630
35. end press the knod or button to display Read Then press the button CHECKS PRIOR TO PARTS REPLACEMENT AND ADJUSTMENTS Before performing repairs perform the following checks to determine the faulty locations up to a certain extent Details of the procedures are described in 5 Electrical Adjustments Criteria for Determination Unsatisfactory if specified value is not satisfied Measure if unsatisfactory Laser power check 6 2 See page 24 0 9 mW power Specified value 0 84 to 0 92 mW 7 0 mW power Specified value 6 8 to 7 2 mW Clean the optical pick up Adjust again Replace the optical pick up lop at 7mW Labeled on the optical pickup value 10mA Replace the optical pick up Traverse check 6 3 See page 24 Traverse waveform Specified value Below 1046 offset Replace the optical pick up Focus bias check 6 4 See page 25 Error rate check Specified value For points a b and c Cl error About 200 AD error Above 00 Replace the optical pick up C PLAY check 6 5 See page 25 Error rate check Specified value a When using test disc MDW 74 AU 1 CI error Below 80 AD error Below 2 When using check disc TDYS 1 Cl error Below 50 Replace the optical pick up Self recording playback check 6 6 See page 25 CPLAY error rate check Specified value CI error Below 80 AD error Below 2 If always un
36. kHz input terminal Not used fixed at 1 7 24 Bit clock signal 2 8224 MHz input terminal Not used fixed at L 25 26 Playback data output to the A D D A converter AC32D 27 O L R sampling clock signal 44 1 kHz output to the A D D A converter C321 Bit clock signal 2 8224 MHz output to the A D D A converter C321 9 85256 O Clock signal 11 2896 MHz output terminal Not used open DVDD_ Powersupply terminal 3 3V digital system 311034 AOBtoA00 O Address signal output to the D RAM C129 5 ao o Address signal ouputto tie eternal DRAM uen 361040 AO4toA08 Address signal output to the DRAMaC124 m an Address signal ouput tote exemal D RAM Naud 42 pvss Ground terminal digital system _____ 43 O Output enable signal output to the D RAM 1 124 L active 44 xas O Column address strobe signal output to the D RAM IC124 L active 45 aow O Address signal output to he D RAM S stands for schmitt input I A for analog input O 3 for 3 state output and O A for analog output in the column I O 59 46 XRAS O Row address strobe signal output to the D RAM IC124 L active 47 XWE O Write enable signal output to the D RAM 1 124 L active 48 4 p 10 Two way data bus with the D RAM IC124 50 51 52
37. o N 37 O Serial data transfer clock signal output to the FL LED driver C77D 3839 O Notused opem 40 ADALATCH Serial data latch pulse signal output to the D A converter 41 42 43 NC o 5 0 46 N o ER Not used open m Ne 49 MUTE Reset signal output to the A D D A converter 1C321 L reset udio line muting on off control signal output terminal line muting on _ 62 50 STB Strobe signal output to the power supply circuit L standby mode H power on 51 CHACK IN I Detection input from the disc chucking in detect switch L chucking Not used fixed at H s2 nc Notused open 53 PACK OUT I Detection input from the loading out detect switch S602 L at a load out position others H 54 LDIN Motor control signal output to the loading motor driver IC471 L active 51 55 LDOUT Motor control signal output to the loading motor driver IC471 L active 1 56 LD LOW m gt motor drive voltage control signal output for the loading motor driver IC471 ctive 57 58 Notused open 59 Detection input from the recording position detect switch S601 L active 60 Detection input from the playback position detect switch S604 L active 61 62 233v Powersupply terminal 33 o O 68 NC O
38. pick up 5 CREATING CONTINUOUSLY RECORDED DISC This disc is used in focus bias adjustment and error rate check The following describes how to create a continuous recording disc 1 Insert a disc blank disc commercially available 2 Turn the knob and display CREC MODE C31 3 Press the YES button again to display MID Display 0300 and start to recording 4 Complete recording within 5 minutes 5 Press the MENU NO button and stop recording 6 Press the 2 EJECT button and remove the disc The above has been how to create a continuous recorded data for the focus bias adjustment check and MO error rate check Note Becareful not to apply vibration during continuous recording 23 6 CHECK PRIOR TO REPAIRS These checks are performed before replacing parts according to approximate specifications to determine the faulty locations For details refer to Checks Prior to Parts Replacement and Adjust ments See page 8 6 1 Temperature Compensation Offset Check When performing adjustments set the internal temperature and room temperature of 22 C to 28 C Checking Procedure 1 Turn the knob to display TEMP CHECK C01 2 Press the button 3 T OK should be displayed If T NG is displayed it means that the results are bad QQ indicates the current value set and indicates the value written in the non volatile m
39. sp cifi MDS JE630 Ref No Part No Description Remark 7 7 685 133 19 SCREW DIA 2 6 IT3B 8 7 685 871 01 SCREW BVTT 3X6 S HEHEHE ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake ake oke ae oke aje 2 2 ee ee ee ee ee ee ee ee ACCESSORIES amp PACKING MATERIALS skk ake sk ke ake HE 1 475 586 11 REMOTE COMMANDER RM D15M 1 574 264 11 CORD OPTICAL PLUG 1 590 925 31 CORD CONNECTION AUDIO 1 777 172 11 CORD CONNECTION Canadian 3 866 710 11 MANUAL INSTRUCTION ENGLISH FRENCH 4 983 537 01 COVER BATTERY for RM D15M Sony Corporation 99E057023 1 9 928 875 11 Home Audio Company Printed in Singapore 1999 5 76 Published by Quality Assurance Dept
40. turns off When you press the switch again the deck turns off and the indicator lights up PITCH CONTROL button 13 40 41 Press to set the MD playback speed pitch When you ve set the pitch to a value other than 0 factory setting the button lights amber during play SCROLL button 13 Press to scroll the name of a track or MD LEVEL DISPLAY CHAR button 11 13 17 28 36 Press during recording pause to adjust the recording level Press when the deck is stopped to display disc information or the contents of a program Press during recording to display information on the track being recorded Press during play to display information on the current track Press while editing an MD to select the type of characters to be input Display window 11 13 17 36 40 Shows various information Rear Panel 10 19 14 MD insertion slot 15 23 Insert the MD as illustrated below With the labeled side up With the arrow pointing towards the deck amp EJECT button 16 17 23 Press to eject the MD MENU NO button 18 19 27 29 39 42 45 48 54 Press to display Edit Menu or Setup Menu YES button 18 19 27 39 42 45 48 Press to carry out the selected operation 4 lt gt buttons 25 27 28 30 32 33 36 Press to locate a portion within a track change the contents of a program or change the input chara
41. 0 TRANSISTOR UN4211 TA R346 1 247 807 31 CARBON 100 0802 8 729 900 80 TRANSISTOR UN4211 TA R347 1 249 401 11 CARBON 47 0803 8 729 900 80 TRANSISTOR UN4211 TA R348 1 249 401 11 CARBON 47 0804 8 729 900 80 TRANSISTOR UN4211 TA R349 1 249 401 11 CARBON 47 Q805 8 729 900 80 TRANSISTOR UN4211 TA R350 1 249 401 11 CARBON 47 Q851 8 729 620 05 TRANSISTOR 2SC2603TP EF R383 1 247 883 00 CARBON 150K lt RESISTOR gt R391 1 260 091 11 CARBON 220 R392 1 260 091 11 CARBON 220 R21 1 249 437 11 CARBON 47K 5 1 4W R421 1 249 385 11 CARBON 2 2 R22 1 249 437 11 CARBON 47K 5 1 4W R422 1 249 433 11 CARBON 22K R81 1 249 429 11 CARBON 10K 5 1 4W R84 1 249 429 11 CARBON 10K 5 1 4W R424 1 249 441 11 CARBON 100K R91 1 249 429 11 CARBON 10K 5 1 4W R425 1 249 441 11 CARBON 100K 8426 1 249 441 11 CARBON 100K R92 1 249 429 11 CARBON 10K 5 1 4W R427 1 249 429 11 CARBON 10K R93 1 249 429 11 CARBON 10K 5 1 4W R431 1 247 807 31 CARBON 100 8101 1 249 435 11 CARBON 33K 5 1 4W 8102 1 249 431 11 CARBON 15K 5 1 4W R432 1 249 416 11 CARBON 820 8103 1 247 887 00 CARBON 220K 5 1 4W R433 1 249 412 11 CARBON 390 R434 1 249 429 11 CARBON 10K R104 1 260 091 11 CARBON 220 5 1 2W R435 1 249 441 11 CARBON 100K 8106 1 249 401 11 CARBON 47 5 1 4W R439 1 249 433 11 CARBON 22K 8161 1 249 429 11 CARBON 10K 5 1 4W R162 1 249 429 11 CARBON 10K 5 1 4W R440 1 249 417 11 CARBON 1K 8163 1 249 429 11 CARBON 10K 5 1 4W R451 1 247 807 31 CARBON 100 R472 1 249 434 11 CARBON 27K R164 1 24
42. 1 16501 079 1 521841 C103 2902605 16851 SIRCS 0 0 1 BUFFER RBSS 852 1 x 0 1 7834 C355 0 1 554 220 10 C353 0 1 2 16501 2 2 521 8AL CONTROL Alll R201 33k AN TI 470p LINE R344 100 AW 64 Op 63 0 R345 100 65 AW 62 0 MIN 1545 4 7uH ANALOG 101 R183 330 LOW PASS FILTER AW 1 C183 470p OUT R283 330 49 Voltages and waveforms are dc with respect to ground under no signal conditions no mark PLAY ET A B lt R104 gt gt 220 1 24 C272 4 HEADPHONE AMP C560 L349 mt A 6592 100 16 C391 100 16V R391 220 1 2W I BF
43. 13 3 msec Almost all is input 6 7 ALIN 8 External data bus line byte selection signal input L 16 bit 8 bit fixed at LA 9 cnvss 10 xrour Sub system clock output terminal 32 768 kHz Notused open System reset signal input from LA5632 1 431 and RESET switch S401 L reset For several hundreds msec after the power supply rises L is input then it changes to H Main system clock output terminal 10 MD M Ground emma 15 6 Powersupp ytemin aa 17 Non maskable interrupt input terminal fixed at H in this set Digital In U bit CD format subcode Q sync SCOR input from the CXD2656R IC121 L is input every 13 3 msec Almost all is input 19 P DOWN Power down detection signal input terminal L power down normally H 12 S RST I 20 21 m N o Nudos 23 24 1026 NC o Notused open 27 KEYBOARDCON 0 Keyboard control signal output terminal ooo 28030 o 31 Swpr writing data output to the CXD2656R IC121 and A D D A converter C32 32 3 Serial clock signal output to the CXD2656R IC121 and A D D A converter 320 Fies O Chip select signal output to the FL LED driver 35 O Serial data output to the FL LED driver ACID 36 6
44. 16V C188 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V C112 1 163 017 00 CERAMIC CHIP 0 0047uF 5 50V C189 1 163 989 11 CERAMIC CHIP 0 033uF 10 25V 0113 1 109 982 11 CERAMIC CHIP 1uF 10 10 C115 1 164 489 11 CERAMIC CHIP 0 22uF 10 16V C190 1 126 206 11 ELECT CHIP 100uF 20 6 3V C116 1 163 037 11 CERAMIC CHIP 0 022uF 10 251 C191 1 163 038 00 CERAMIC CHIP 0 1uF 25V C117 1 163 809 11 CERAMIC CHIP 0 047uF 10 25V C196 1 163 038 00 CERAMIC CHIP 0 1uF 25V C197 1 163 038 00 CERAMIC CHIP 0 1uF 25V C118 1 163 038 00 CERAMIC CHIP 0 1uF 25V C119 1 125 822 11 TANTALUM 10uF 20 10 CONNECTOR C121 1 125 822 11 TANTALUM 10uF 20 10V C122 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V CN101 1 569 479 21 CONNECTOR FPC 21P 0123 1 163 038 00 CERAMIC CHIP 0 1uF 25V CN102 1 784 833 21 CONNECTOR FFC LIF NON ZIF 21P CN103 1 784 834 21 CONNECTOR FFC LIF NON ZIF 23P C124 1 163 038 00 CERAMIC CHIP 0 1uF 25V CN104 1 770 687 11 CONNECTOR FFC FPC 4P C127 1 163 038 00 CERAMIC CHIP 0 1uF 25V CN110 1 695 440 21 PIN CONNECTOR PC BOARD C128 1 163 021 11 CERAMIC CHIP 0 01uF 10 50V C129 1 107 823 11 CERAMIC CHIP 0 47uF 10 16V DIODE C130 1 163 251 11 CERAMIC CHIP 100PF 5 50V D101 8 719 988 61 DIODE 1SS355TE 17 C131 1 163 023 00 CERAMIC CHIP 0 015uF 5 50V 0181 8 719 046 86 DIODE F1J6TP C132 1 107 823 11 CERAMIC CHIP 0 47uF 10 16V 0183 8 719 046 86 DIODE F1J6TP C133 1 163 017 00 CERAMIC CHIP 0 0047uF 5 50V C134 1
45. 3 010 lt x gt RE FOCUS TRACK ING By 47k 0 0 lt gt 47k COIL BRIVE 0102 104 3 3 R103 0102 AM 4 3 vast p HF MODULE 2 7 25A1576A 5 SWITCH 2 7 3 3 4 MEM 8 10V 5 O to R 10V 8112 RI gt 1 1 47k 10k C108 MAG E AA 1 AGND u F 88 0162 163 ae a M Y pi viu AUTOMATIC 515 5 10 2 A A 828 POWER A EIZ te ra BH 1 CONTROL 2 S 01515155 INAR cen T98 1 6 1 9 lt gt 5 WEY 10 2 lt gt bz 1 60 5 s 8 8 s 8 900000000660 n OUT4F 1 6 1 6 lt gt cioa 406 ENG OVER WRITE PGND4 0 001 O TP435 U 1 13 MORF OGAY HEAD DRIVE G OUT4R 4 R104 10k T840792 7 404 7 TP434 RC 1P408Q3 5 840 0 1 0 2 0 12 0 00 2 0 1 5 15 OUT3R TP40903 3 09 A 02 0 TP432 x BID o AIA B31 71 pos ESL SA FOCUS TRACK ING LARA U BUTE 5 34016 ERROR 22 14 10450 H VIS 1 1 4 0 2 0 1 5 5 19 HE LIE 55 E mE a INSF 8158 124109 3 3 5 M 0 19 72428 gig 58 Leng m 100k 2 5 1 10427 1 T 0 022 INSR 4 visa ii lmz DU 69 P42 H eas ul amp Se 2 2 0 0068 Rigg T 4 7k TP412Q 9 425 CIIS 0 22 Je a 10k AM s 22 RF AGGI 5 C102 44 3 RF gt ps 156 9 TP424 gt Jat 8188877 87 10k 3 3k ox 0 2 0 8 lt 1 5 gt 3 Bz co
46. 4 The components identified by mark A or dotted line with mark A are critical for safety Replace only with part num ber specified Les composants identifi s par une marque A sont critiques pour la s curit Ne les remplacer que par une pi ce portant le nem ro sp cifi MAIN POWER SW SW Ref No Part No Description Remark Ref No Part No Description Remark R550 1 249 429 11 CARBON 10K 5 1 4W lt CONNECTOR gt R551 1 249 429 11 CARBON 10K 5 1 4W R553 1 249 429 11 CARBON 10K 5 1 4W CN751 1 784 345 11 CONNECTOR BOARD TO BOARD PLUG R559 1 249 429 11 CARBON 10K 5 1 4W lt LED gt 8560 1 249 429 11 CARBON 10K 5 1 4W R561 1 249 441 11 CARBON 100K 5 1 4W 0756 8 719 046 46 LED SEL5221S TH8F STANDBY R566 1 249 441 11 CARBON 100K 5 1 4W 8568 1 249 429 11 CARBON 10K 5 1 4W lt TRANSISTOR gt 8569 1 249 429 11 CARBON 10K 5 1 4W 0756 8 729 422 57 TRANSISTOR UN4111 TA 8573 1 249 429 11 CARBON 10K 5 1 4W R574 1 249 429 11 CARBON 10K 5 1 4W lt RESISTOR gt R575 1 249 429 11 CARBON 10K 5 1 4W R577 1 249 429 11 CARBON 10K 5 1 4W R752 1 249 429 11 CARBON 10K 5 1 4W R582 1 249 429 11 CARBON 10K 5 1 4W R756 1 249 409 11 CARBON 220 5 1 4W 8583 1 249 429 11 CARBON 10K 5 1 4W lt SWITCH gt R589 1 249 429 11 CARBON 10K 5 1 4W R591 1 249 429 1411 CARBON 10K 5 1 4W S726 1 762 875 21 SWITCH KEYBOARD 1 5 8593 1 249 429 11 CARBON 10K 5 1 4W S751 1 572 625 11 S
47. 5 b4 b3 52 bl bO Binary 0 0 01010101011 01 shock When track jump shock is detected 02 When ADER was counted more than five times ader5 continuously 04 Discontinuous address When ADIP address is not continuous 08 DIN unlock When DIN unlock is detected 10 FCS incorrect When not in focus 20 IVR rec error When ABCD signal level exceeds the specified range 40 CLV unlock When CLV is unlocked 80 Access fault When access operation is not performed normally Reading the Display Convert the hexadecimal display into binary display If more than two causes they will be added Example When 42 is displayed Higher bit 4 0100 56 Lower bit 2 0010 bl In this case the retry cause is combined of CLV unlock and 5 When A2 is displayed Higher bit A 1010 b7 b5 Lower bit 2 2 0010 bl The retry cause in this case is combined of access fault IVR rec error and 5 B Reading the Retry Cause Display Higher Bits Lower Bits Hexadecimal 8 4 2 1 8 4 2 1 Bit o u c N o Hexa decimal Details When 0 When 1 Binary 01 Emphasis OFF Emphasis ON 02 Monaural Stereo 04 08 This is 2 bit display Normally 01 01 Normal audio Others Invalid 10 Audio Normal Invalid
48. 5 11 CARBON 33K 5 1 4W C347 1 126 933 11 ELECT C348 1 126 934 11 ELECT lt SWITCH gt C349 1 164 159 11 CERAMIC C352 1 164 159 11 CERAMIC 701 1 762 875 21 SWITCH KEYBOARD REC 702 1 762 875 21 SWITCH KEYBOARD C353 1 164 159 11 CERAMIC 703 1 762 875 21 SWITCH KEYBOARD b gt C354 1 126 934 11 ELECT 704 1 762 875 21 SWITCH KEYBOARD lt lt C355 1 164 159 11 CERAMIC 705 1 762 875 21 SWITCH KEYBOARD 11 C356 1 126 933 11 ELECT C357 1 164 159 11 CERAMIC 5706 1 762 875 21 SWITCH KEYBOARD D gt 711 1 762 875 21 SWITCH KEYBOARD MENU NO C358 1 164 159 11 CERAMIC 712 1 762 875 21 SWITCH KEYBOARD YES C359 1 164 159 11 CERAMIC 713 1 475 543 11 ENCODER ROTARY C360 1 164 159 11 CERAMIC AMS gt PUSH ENTER C361 1 126 926 11 ELECT 714 1 762 875 21 SWITCH KEYBOARD CLEAR C362 1 162 282 31 CERAMIC 741 1 771 047 11 SWITCH SLIDE INPUT C363 1 162 282 31 CERAMIC 746 1 571 427 11 SWITCH SLIDE REC MODE C364 1 162 282 31 CERAMIC C391 1 126 933 11 ELECT A 4724 696 A MAIN BOARD COMPLETE C392 1 126 933 11 ELECT KENEN ke FEF fe a ote oie z e zk gt C401 1 164 159 11 CERAMIC 7 685 646 79 SCREW BVTP 3X8 TYPE2 N S C402 1 164 159 11 CERAMIC C403 1 164 159 11 CERAMIC lt BATTERY gt C411 1 117 850 11 ELECT C413 1 126 952 11 ELECT BT451 1 528 887 11 BATTERY LITHIUM SECONDARY C415 1 126 952 11 ELECT lt CAPACITOR gt C421 1 128 563 11 ELECT C422 1 164 159 11 CERAMIC C101 1 136 356 11 FILM 470PF 5 50V C423 1 12
49. 599 74 IC M30624MG 223FP C851 1 164 159 11 CERAMIC 0 1uF 50V IC601 8 759 917 18 IG TC74HCU04AP C852 1 164 159 11 CERAMIC 0 1uF 50V IC611 8 749 012 70 GP1F38R DIGITAL IN OPT1 C853 1 164 159 11 CERAMIC 0 1uF 50V 10621 8 749 012 70 GP1F38R DIGITAL IN OPT2 10661 8 749 012 69 IC GP1F38T DIGITAL OUT C854 1 164 159 11 CERAMIC 0 1uF 50V C855 1 164 159 11 CERAMIC 0 1uF 50V lt JACK gt A C901 1 113 920 11 CERAMIC 0 0022uF 20 250V A C902 1 113 920 11 CERAMIC 0 0022uF 20 250V J101 1 784 430 11 JACK PIN 4P LINE ANALOG IN OUT J851 1 779 655 21 JACK SMALL TYPE 2 GANG CONNECTOR gt CONTROL A111 CN341 1 784 418 11 CONNECTOR FFC LIF NON ZIF 21P lt COIL gt 421 1 779 287 11 CONNECTOR FFC LIF NON ZIF 19 CN451 1 568 683 11 PIN CONNECTOR PC BAORD 2P L341 1 410 324 11 INDUCTOR 4 7uH CN501 1 784 417 11 CONNECTOR FFC LIF NON ZIF 23P L342 1 410 324 11 INDUCTOR 4 7uH 0502 1 568 934 11 PIN CONNECTOR 7P L343 1 410 324 11 INDUCTOR 4 7uH L345 1 414 747 11 INDUCTOR CN801 1 691 766 11 PLUG MICRO CONNECTOR L346 1 414 793 21 FERRITE CN901 1 580 230 11 PIN CONNECTOR BOARD 2 L348 1 414 747 11 INDUCTOR The components identified by mark A or dotted line with mark A are critical for safety Replace only with part num ber specified 13 Les composants identifi s par une marque A sont critiques pour la s curit Ne les remplacer que par une pi ce portan
50. 6 089 00 RES CHIP 47K 596 1 10W R183 1 216 089 00 RES CHIP 47K 5 1 10W R103 1 216 049 11 RES CHIP 1K 5 1 10W R184 1 216 073 00 METAL CHIP 10K 5 1 10W R104 1 216 073 00 METAL CHIP 10K 5 1 10W R185 1 216 081 00 METAL CHIP 22K 5 1 10W R105 1 216 065 00 RES CHIP 4 7K 5 1 10W R106 1 216 133 00 METAL CHIP 3 3M 5 1 10W R186 1 216 089 00 RES CHIP 47K 5 1 10W R107 1 216 113 00 METAL CHIP 470K 5 1 10W R188 1 216 073 00 METAL CHIP 10K 5 1 10W R189 1 216 073 00 METAL CHIP 10K 5 1 10W R109 1 216 295 00 SHORT 0 R190 1 216 073 00 METAL CHIP 10K 5 1 10W R110 1 216 073 00 METAL CHIP 10K 5 1 10W R195 1 216 073 00 METAL CHIP 10K 5 1 10W R111 1 216 295 00 SHORT 0 R112 1 216 089 00 RES CHIP 47K 5 1 10W R196 1 216 295 00 SHORT 0 R113 1 216 049 11 RES CHIP 1K 5 1 10W R197 1 216 295 00 SHORT 0 R115 1 216 049 11 RES CHIP 1K 5 1 10W lt SWITCH gt 8117 1 216 113 00 METAL CHIP 470K 5 1 10W R120 1 216 025 00 RES CHIP 100 5 1 10W 101 1 762 596 21 SWITCH PUSH 1 KEY LIMIT IN R121 1 216 097 91 RES CHIP 100K 5 1 10W 102 1 762 148 21 SWITCH PUSH 2 KEY R123 1 216 295 00 SHORT 0 REFLECT DET PROTECT DET R124 1 216 025 00 RES CHIP 100 5 1 10W 125 1 216 025 00 RES CHIP 100 5 1 10W A 4724 698 A DISPLAY BOARD COMPLETE R127 1 216 025 00 RES CHIP 100 596 1 10W RAE LEAR EEK R129 1 216 295 00 SHORT 0 R131 1 216 073 00 METAL CHIP 10K 5 1 10W 2 389 320 01 CUSHION 4 996 686 11 HOLDER FL R132 1 216 097 91 RES
51. 6 3V MAIN Ref No Part No Description Remark Ref No Part No Description Remark C435 1 126 964 11 ELECT 10uF 20 50V lt DIODE gt C436 1 164 159 11 CERAMIC 0 1uF 50V C437 1 164 159 11 CERAMIC 0 1uF 50V D341 8 719 911 19 DIODE 155133 72 C438 1 126 934 11 ELECT 220uF 20 10 D342 8 719 911 19 DIODE 155133 72 0343 8 719 911 19 DIODE 155133 72 C439 1 126 926 11 ELECT 1000uF 20 10V D344 8 719 911 19 DIODE 155133 72 C440 1 126 964 11 ELECT 10uF 20 50V D411 8 719 024 99 DIODE 11ES2 NTA2B C441 1 164 159 11 CERAMIC 0 1uF 50V C442 1 164 159 11 CERAMIC 0 1uF 50V 0412 8 719 024 99 DIODE 11ES2 NTA2B C443 1 126 936 11 ELECT 3300uF 20 16 0413 8 719 024 99 DIODE 11ES2 NTA2B D414 8 719 024 99 DIODE 11ES2 NTA2B C444 1 126 934 11 ELECT 220uF 20 10 D415 8 719 024 99 DIODE 11ES2 NTA2B C472 1 126 933 11 ELECT 100uF 20 16 D416 8 719 024 99 DIODE 11ES2 NTA2B C473 1 162 306 11 CERAMIC 0 01uF 20 16 C474 1 162 306 11 CERAMIC 0 01uF 20 16V D421 8 719 024 99 DIODE 11ES2 NTA2B C475 1 126 965 11 ELECT 22uF 20 50V 0423 8 719 933 65 DIODE HZS11A3LTA D431 8 719 911 19 DIODE 155133 72 C500 1 131 347 00 TANTALUM 10 35V 0432 8 719 911 19 DIODE 155133 72 C512 1 164 159 11 CERAMIC 0 1uF 50V 0433 8 719 024 99 DIODE 11ES2 NTA2B C516 1 164 159 11 CERAMIC 0 1uF 50V C519 1 162 294 31 CERAMIC 0 001uF 10 50 0434 8 719 024 99 DIODE 11ES2 NTA2B C531 1 162 282 31 CERAMIC 100PF 10 50V 0439 8 719 911 19 DIODE 155133 72
52. 6 968 11 ELECT C102 1 128 551 11 ELECT 22uF 20 25V C424 1 128 551 11 ELECT C103 1 126 933 11 ELECT 100uF 20 16V C104 1 128 551 11 ELECT 22uF 20 25V C425 1 126 968 11 ELECT C105 1 137 366 11 FILM 0 0022uF 5 50V C430 1 164 159 11 CERAMIC C431 1 104 664 11 ELECT C161 1 137 360 11 FILM 220PF 5 50V C432 1 126 963 11 ELECT C165 1 137 358 11 FILM 0 0001uF 595 50V C433 1 126 936 11 ELECT C166 1 137 358 11 FILM 0 0001uF 5 50V C172 1 137 368 11 FILM 0 0047uF 5 50V C434 1 126 916 11 ELECT JO 0 001uF 22uF 470PF 100uF 470PF 22uF 100uF 22uF 0 0022uF 220PF 0 0001uF 0 0001uF 0 0047uF 0 001uF 22uF 470PF 100uF 0 1uF 5 0PF 5 0PF 0 1uF 0 1uF 100uF 220uF 0 1uF 0 1uF 0 1uF 220uF 0 1uF 100uF 0 1uF 0 1uF 0 1uF 0 1uF 1000uF 100PF 100PF 100PF 100uF 100uF 100uF 0 1uF 0 1uF 0 1uF 15000uF 1000uF 1000uF 100uF 0 1uF 100uF 22uF 100uF 0 1uF 4TuF 4 7uF 3300uF 1000uF 5 20 5 20 5 20 20 20 5 5 5 5 5 5 20 5 20 0 5PF 0 5PF 20 20 20 20 20 10 10 10 20 20 20 20 20 20 20 20 20 20 20 20 20 20 Remark 50V 25V 50V 16V 50V 25V 16V 25V 50V 50V 50V 50V 50V 50V 25V 50V 16V 50V 50V 50V 50V 50V 16V 10V 50V 50V 50V 10V 50V 16V 50V 50V 50V 50V 10V 50V 50V 50V 16V 16V 16V 50V 50V 50V 16V 35V 35V 100V 50V 50V 25V 50V 50V 25V 50V 16V
53. 9 429 11 CARBON 10K 5 1 4W R473 1 249 429 11 CARBON 10K 8165 1 249 433 11 CARBON 22K 5 1 4W R474 1 249 429 11 CARBON 10K R166 1 249 433 11 CARBON 22K 5 1 4W R172 1 249 419 11 CARBON 1 5K 5 1 4W R475 1 249 417 11 CARBON 1K R173 1 249 419 11 CARBON 1 5K 5 1 4W R500 1 249 429 11 CARBON 10K R513 1 247 903 00 CARBON 1M R181 1 249 415 11 CARBON 680 5 1 4W R519 1 249 429 11 CARBON 10K R182 1 249 441 11 CARBON 100K 5 1 4W R521 1 249 429 11 CARBON 10K R183 1 249 411 11 CARBON 330 5 1 4W 8187 1 249 429 11 CARBON 10K 5 1 4W R522 1 249 429 11 CARBON 10K 8191 1 249 401 11 CARBON 47 5 1 4W R531 1 249 429 11 CARBON 10K R532 1 249 429 11 CARBON 10K R192 1 249 401 11 CARBON 47 5 1 4W R533 1 249 429 11 CARBON 10K R201 1 249 435 11 CARBON 33K 5 1 4W R548 1 249 429 11 CARBON 10K 8202 1 249 431 11 CARBON 15K 5 1 4W 8203 1 247 887 00 CARBON 220K 5 1 4W R549 1 249 429 11 CARBON 10K 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 Remark 1 2W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 2W 1 2W 1 6W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 7
54. AL IN 10621 DIGITAL IN OPT2 Page 54 Page 41 2 3 See page 43 for Waveforms 5 6 15 16 Voltages and waveforms are dc with respect to ground under no signal conditions no mark PLAY ee Y ee gt MAIN BOARD 0 2 CN801 gt Cog KEYBOARO DATA OPTICAL KEYBOARD DATA 1 7 TRANSCEIVER KEYBOARD CLK cx vec OF 3 3 t Tee s REA GND C461 B gt gt gt ew 0 1 B CN341 21P C OPTICAL E 2 RECEIVER m 2 n o o o M GNB 0 5 5 WAVE SHAPER 1 16601 KEYBOARD ars
55. CARBON 10K 596 1 4W 260 A 4672 541 A OPTICAL PICK UP KMS 260B J1RP 8854 1 249 393 11 CARBON 10 5 1 4W HR901 1 500 502 11 HEAD OVER WRITE M101 4672 475 MOTOR ASSY SPINDLE SWITCH M102 A 4672 474 A MOTOR ASSY SLED 401 1 554 088 00 SWITCH KEYBOARD RESET M103 4949 264 1 MOTOR ASSY LOADING 102 1 762 148 21 SWITCH PUSH 2 KEY lt TRANSFORMER gt REFLECT DET PROTECT DET A TR901 1 433 887 11 TRANSFORMER POWER ZNTR901 1 433 887 11 TRANSFORMER POWER ak sk k akak akak ak akak ak akak ak ak ak ak ak akak ak akak ak ak ak akak ak akak ak ak akak akak kakak ak akak ak akak kakak kakak kakak kakak lt VIBRATOR gt KK KK K K K K K K K K K OR HARDWARE LIST X341 1 760 955 11 VIBRATOR CRYSTAL 45 1584MHz HER A RE X513 1 781 174 21 VIBRATOR CERAMIC 10MHz skak akak gt ak kak akak akak akak kok ak kak akak kak akak kok kk oe te akak kakak kak fe oe ole fe akak kakak fe ak af fe ste af ak ak af af e le kk k 1 7 685 646 79 SCREW BVTP 3x8 TYPE2 TT B 3 7 621 772 20 SCREW B 2X5 1 673 241 11 POWER SW BOARD 4 7 621 772 40 SCREW B 2x8 pew 5 7 627 852 08 SCREW PRECISION P 1 7X2 5 6 7 685 533 19 SCREW BTP 2 6X6 TYPE2 N S _ 75 The components identifiedby Les composants identifi s par une mark or dotted line with marque A sont critiques pour la mark A are critical for safety s curit Replace only with part num Ne les remplacer que par une pi ce ber specified portant le nem ro
56. CHIP 100K 5 1 10W R133 1 216 117 00 METAL CHIP 680K 5 1 10W lt CAPACITOR gt R134 1 216 049 11 RES CHIP 1K 5 1 10W 135 1 216 061 00 METAL CHIP 3 3K 596 1 10W C701 1 126 153 11 ELECT 22uF 20 6 3V R136 1 216 049 11 RES CHIP 1K 5 1 10W C761 1 124 584 00 ELECT 100uF 20 10 C762 1 162 306 11 CERAMIC 0 01uF 20 16V R137 1 216 295 00 SHORT 0 C770 1 162 306 11 CERAMIC 0 01uF 20 16V R140 1 216 029 00 METAL CHIP 150 5 1 10W C772 1 162 213 31 CERAMIC 39PF 5 50V R142 1 216 073 00 METAL CHIP 10K 5 1 10W R143 1 216 073 00 METAL CHIP 10K 5 1 10W C773 1 162 306 11 CERAMIC 0 01uF 20 16V R144 1 216 025 00 RES CHIP 100 596 1 10W C774 1 162 294 31 CERAMIC 0 001uF 10 50V C775 1 162 294 31 CERAMIC 0 001uF 10 50 70 Remark DISPLAY KEY KEY SW Ref No Part No Description Remark 50V 50V 50V 50V 50V 50V 50V 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W Ref No Part No Description C776 1 162 294 31 CERAMIC 0 001uF 10 C781 1 162 294 31 CERAMIC 0 001uF 10 C782 1 164 159 11 CERAMIC 0 1uF C783 1 162 294 31 CERAMIC 0 001uF 10 C787 1 164 159 11 CERAMIC 0 1uF C790 1 124 261 00 ELECT 10uF 20 C798 1 124 261 00 ELECT 10uF 20 lt CONNECTOR gt CN750 1 695 994 11 HOUSING CONNECTOR 5P CN771 1 778 317 11 CONNECTOR BOARD TO BOARD 13P lt LED gt 0757 8 719 032 98 LED SEL5820A TP15 PITCH CONTR
57. D board 330 ka 110 pin lt W CN110 VC 10 pF Connection oscilloscope DC range BD board CN110 pin 3 V 0 1 V div CN110 pin VC H 10 mai Adjusting Procedure 1 Connect an oscilloscope to CN110 pin and CN110 pin VC on the BD board 2 Load a disc any available on the market Refer to Note 1 3 Press the PP button to move the optical pick up outside the pit 4 Turn the knob to display EF MO ADJUS C10 5 Press the button to display EFB 00 MO R Laser power READ power Focus servo ON tracking servo OFF spindle S servo ON 6 Turn the knob so that the waveform of the oscilloscope becomes the specified value When the knob is turned the iii of EFB changes and the waveform changes In this adjustment waveform varies at intervals of approx 2 Adjust the wave form so that the specified value is satisfied as much as pos sible Read power traverse adjustment Traverse Waveform Specification A B 7 Press the button and save the result of adjustment to the non volatile memory EFB ii SAV will be displayed for a moment Then EFB iii MO W will be displayed 2 8 10 1 12 13 14 15 16 17 Turn the knob so that the waveform of the oscilloscope becomes the specified value When the knob is tu
58. DW 74 AU 1 2 Turn the knob to display CPLAY MODE C30 Press the button twice to display CPLAY MID 4 Press the button when C AD 1 is displayed 5 Turn the knob to display FBIAS CHECK C05 6 Press the YES button to display The first four digits indicate the C1 error rate the two digits after indicate ADER and the 2 digits after c indicate the focus bias value Check that the C1 error is below 50 and ADER i is s below 2 7 Press the YES button to display i Check that the C1 error is about 200 ADER i is s below 2 8 Press the YES button to display 4 E Check that the C1 error is about 200 and ADER i is i below 2 9 Press the MENU NO button then press the amp EJECT but ton and take out the test disc 6 5 C PLAY Check MO Error Rate Check Checking Procedure 1 Load the test disk MDW 74 AU 1 2 Turn the knob to display CPLAY MODE C30 Press the button to display CPLAY MID The display changes to AD ii If the Cl error rate is below 80 check that ADER is below 2 Press the button to stop playback then press the button and take out the test disc deoa CD Error Rate Check Checking Procedure 1 Load the check disc MD TDYS 1 2 Turnthe knob to display CPLAY MODE C30 Press the button twice to display CPLAY MID The display changes to C 5 AD Che
59. E 13 4 954 051 51 5 1 783 140 11 WIRE FLAT TYPE 23 CORE 14 1 783 531 31 CORD POWER 6 3 703 150 11 CLAMP 15 1 500 051 11 7 3 644 407 00 CLIP AC WIRE E 16 1 569 972 21 8 4 210 291 01 SCREW CASE 3 TP2 17 3 655 653 21 9 4 983 661 01 CASE 408226 ATR901 1 433 887 11 10 4 966 267 11 BUSHING FBS001 CORD 2 FRONT PANEL SECTION Ref No Part No Description Remark Ref No Part No Description Remark 51 4 996 691 12 WINDOW FL 61 4 951 620 01 SCREW 2 6X8 BVTP 52 A 4672 565 A KNOB AMS ASSY 62 1 673 242 11 HP BOARD 53 3 354 981 01 SPRING SUS RING 63 3 917 216 11 KNOB TIMER 54 1 673 621 11 KEY BOARD 64 1 673 241 11 POWER SW BOARD 55 X 4951 361 1 PANEL ASSY FRONT 65 A 4724 698 A DISPLAY BOARD COMPLETE 56 4 983 762 02 CUSHION 66 1 783 138 11 WIRE FLAT TYPE 19 CORE 58 4 976 593 01 SPRING LID TORSION 67 A 4724 697 A KEY SW BOARD COMPLETE 59 4 996 690 33 LID CARTRIDGE 68 4 996 312 11 KNOB TIMER 60 4 950 189 01 KNOB A VOL 3 MECHANISM SECTION MDM 5D not supplied Ref No Part No 201 1 668 111 11 SW BOARD 202 4 996 217 01 CHASSIS Description 203 4 996 223 01 INSULATOR F BLACK 204 4 996 218 01 BRACKET GUIDE R 205 4 996 277 01 SPRING 0 6 TENSION 206 4 996 226 01 LEVER 0 C 207 4 999 347 01 INSULATOR R GREEN 208 4 996 225 01 BRACKET GUIDE L 209 4 988 466 21 SPRING ELECTROSTATIC LEAF 210 4 996 219 01 GEAR CAM
60. ES PIECES SONT CRITIQUES POUR LA S CURIT DE FONCTIONNEMENT NE REMPLACER CES COM POSANTS QUE PAR DES PIECES SONY DONT LES NUM ROS SONT DONN S DANS CE MANUEL OU DANS LES SUPPL MENTS PUBLI S PAR SONY JIG FOR CHECKING BD BOARD WAVEFORM The special jig J 2501 149 A is useful for checking the waveform of the BD board The names of terminals and the checking items to be performed are shown as follows GND Ground 1 3 For measuring IOP Check the deterioration of the optical pick up laser IOP For measuring IOP Check the deterioration of the optical pick up laser TEO TRK error signal Traverse adjustment VC Reference level for checking the signal RF RFsignal Check jitter Mechanism deck 110 6P connector t 1 RF VC ii o TEO 9 IOP o 5 1 3V TEO IOP o 1 VC 9 4 1 3V 9 o TEO IOP GND 143V o 6 GND for MDM 3 for MDM 5 IOP DATA RECORDING AND DISPLAY WHEN OPTICAL PICK UP AND NON VOLATILE MEMORY IC171 OF BD BOARD ARE REPLACED The IOP value labeled on the optical pick up can be recorded in the non volatile memory By recording the value it will eliminate the need to look at the value on the optical pick up label When replacing the optical pick up or non volatile memory IC171 of BD board record the IOP value on the optical pick up according to the following p
61. HOCK N N 4 SEE 11 pout lt lt TP202 2 24 5 5 D TE av MNTO USE lt MNT2 BUSY 2 7 2 gt AVS Page 48 9 DINO 12138 MNTZ 0 2 0 5 cx 0 5 SLOCK s A R 8 a ADRB S C125 M a 0 3 3 lt 5 5 gt o p 0 1 8 5 Du Swor R cuz 1009 5 5 2 o ARTE 3 3 TPI31 SCLK 22 24 i NO 4 I 7 LRCK A cus 100 3 3 1 7 6 3 3V MES mnm 1005 o R 209 225 5 BCK 5 ma Conor w R142 10k 2 128 lt c AUx1 Z o 2 TIED R143 10k rey 1 6 0 5 3 lt lt LA zz 0 0152 0 80 3 1 9 i 9 1 126 ACZ DIGITAL SIGNAL PROCESSOR 29 7 6 E 2 TES VS DIGITAL SERVO SIGNAL PROCESSOR Dresses ZB 1 AW RI21 100k 04 EFM AC IRC ENCODER DECODER 0 2 0 8 lt 1 5 gt 0 RFI Y R120 100 3 2 2 RECP SHOCK PROOF MEMORY CONTROLLER 2 1 8 134 16 8120 150 ATRAC ENCOBER BECOBER 0 lt gt FLO LE EP e 10121 21 5 A CXD2656R m 2 5 1 6 3 3 lt 3 3 gt I I nges 2 3 8 M 5 8 5 gt 2 RF 2 25 SC 2 te 277 5 4 100 lt Mt RLES 10K 22 SCL 18158 825000 N 21 SDA 9 R149 10 0 02 Ni 2005 20 MNTO FOK R197 0 RISI 10k 55 v v MCI 8151 10k 19 MNT3 SLOCK 15157 AW R152 ETERS RANE EO 0 3 1 o 5 18 SW PISE 3 en ss 17 W
62. IT IN POWER SFDR CONTROL Y Y Y voy rv sa LOADING REFERENCE SLED M ANALOG MUX MOTOR DRIVE VOLTAGE SWITCH REC POSITION 10471 0471 472 5602 A D CONVERTER DIGITAL SERVO lt 2 AXIS Sk SIGNAL DEVICE es I E PROCESS FROM CPU S604 q INTERFACE PLAY POSITION z i 8 8 8 M103 2 I AUTO LOADING REFLECT msg PROTECT Des DIGITAL SERVO S102 TRK HF MODULE REFLECT PROTECT DETECT Q SIGNAL PROCESSOR SWITCH HIGH REFELECT RATE 10121 2 2 10108 0102 104 WRITE PROTECT MOD HF MODULE du LOW REFELECT RATE UN PROTECT 05 291 32 MDS JE630 6 2 BLOCK DIAGRAM MAIN Section SDTO ADDT lt Page 32 DADT BCK SDTI LRCK DADT 8 gt BCK Page 32 A D D A GONVERTE HIGH PASS FILTER GONVERTER AINL SUB TRACKTION AINR AUDIO INTERFACE CONTROLLER GONVERTER AOUTL AOUTL AOUTR AOUTR D SWDT SCLK SWDT NL Page 32 CONTROL REGISTER INTERFACE GENERATOR CLOCK CLOCK DIVIDER 70 UU 1024FS Page 32 15 XIN X513 10MHz 3 XOUT C772 R772 OSCI c 66 0500 72X73 x l w
63. OL FLUORESCENT INDICATOR TUBE FL781 1 517 738 11 INDICATOR TUBE FLUORESCENT 10 10761 8 749 013 92 IC GP1UC7X REMOTE CONTROL RECEIVER 10771 8 759 525 49 IC 5 9201 0205 LEAD LP787 1 690 880 41 LEAD WITH CONNECTOR TRANSISTOR 0757 8 729 422 57 TRANSISTOR UN4111 TA 0781 8 729 620 05 TRANSISTOR 2SC2603TP EF 0782 8 729 620 05 TRANSISTOR 2SC2603TP EF lt RESISTOR gt R722 1 249 421 11 CARBON 2 2K 5 R723 1 247 843 11 CARBON 3 3K 5 R724 1 249 425 11 CARBON 4 7K 5 R725 1 249 429 11 CARBON 10K 5 R726 1 249 435 11 CARBON 33K 5 R732 1 249 421 11 CARBON 2 2K 5 R733 1 247 843 11 CARBON 3 3K 5 R734 1 247 807 31 CARBON 100 5 R761 1 249 401 11 CARBON 47 5 R762 1 247 807 31 CARBON 100 5 R772 1 247 843 11 CARBON 3 3K 5 R773 1 247 807 31 CARBON 100 5 R774 1 247 807 31 CARBON 100 5 R775 1 247 807 31 CARBON 100 5 R776 1 247 807 31 CARBON 100 5 R781 1 247 807 31 CARBON 100 5 R782 1 249 441 11 CARBON 100K 5 R783 1 247 807 31 CARBON 100 5 R784 1 249 441 11 CARBON 100K 5 lt SWITCH gt 721 1 762 875 21 SWITCH KEYBOARD amp EJECT 722 1 762 875 21 SWITCH KEYBOARD PLAY MODE 723 1 762 875 21 SWITCH KEYBOARD REPEAT 724 1 762 875 21 SWITCH KEYBOARD SCROOL 725 1 762 875 21 SWITCH KEYBOARD LEVEL DISPLAY CHAR 731 1 762 875 21 SWITCH KEYBOARD TIME 732 1 762 875 21 SWITCH KEYBOARD PITCH CONTROL skk ake ake sk ake ake sk ae ake ake ee ake ake sk ake ake ok ae ake ake e
64. Oh to 65535h retry err Displays the total number of retries during recording and number of retry errors during play Displayed as pO r indicates the retries during recording while indicates the retry errors during play The number of retries and retry errors are displayed in hexadecimal digits from 00 to FF total err Displays the total number of errors Displayed as total OO The number of errors is displayed in hexadecimal digits from 00 to FF err history Displays the 10 latest errors Displayed as EG indicates the history number The smaller the number the more recent is the error 00 is the latest indicates the error code Refer to the following table for the details The error history can be switched by turning the KK AMS PP er refresh knob cc Mode which erases the retry err total err and err history histories When returning the unit to the customer after completing repairs perform this to erase the past error history After pressing the button and er refresh is displayed press the button to erase the history Complete will be displayed momentarily Be sure to check the following when this mode has been executed The data has been erased The mechanism operates normally when recording and play are performed tm refresh Table of Error Codes Error Code Mode which erases the total rec
65. RPWR B 5 Ze eaessssged 3527 sels 155 AIS 3118 5 lt lt lt lt lt lt lt lt lt Q Ix lt G 16 LIMIT IN NIET E 2 3 9 8 15 sner THEE o TRY 14 MOD 9 0 1 lt 0 9 gt E 0 0 1 1 RI44 100 lt C124 13 PROTECT 1 152 AW WA 12 XLATCH PATIH AIA DGNE 2GND 11 REFLECT Slo fel czit DIES 2x a 16 125 10 SCLK D 1P149 10 0 1 8 8 9 LBON P148 215112 TP305 He I H 8 MNT2 XBUSY 1 l 1121 100 X 7 XINIT m 6 ow SMB EF t 2 5 505 9 4 BIG RST 10192 OLO 4025 5 9057 T TT 2 1 2 MNTI SHCK mus EA 0 1 5 ily GND TP221 3 3 10171 C BR24C02F C187 o 16 16 1P220 I EEPROM 3 3V REGULATOR 102 J 1 REFLECT PROTECT o HIGH REFLECT RATE 5102 907 I WRITE PROTECT 2 9 q LOW REFLECT RATE 5101 UN PROTECT LIMIT IN 05 eo fa EEE Z ZY EE _ Voltages and waveforms are dc with respect to ground under no signal conditions no mark STOP PLAY The components identified by mark A or dotted Les composants identifi s par une marque sont gt line with mark are critical for safety critiques pour la s curit Ne les remplacer que Impossible to measure Replace only with part number spe
66. SEEN 1 AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALT VARNING OSYNLING LASERSTRALING NAR DENNA DEL AR PPNAD OCH SPARREN AR URKOPPLAD BETRAKTA EJ STRALEN ADVERSEL USYNLIG LASERSTRALING NAR DEKSEL PNES OG SIKKERHEDSLAS BRYTES UNNGA EKSPONERING FOR STRALEN VIGYAZAT A BURKOLAT NYITASAKOR LATHATATLAN LEZERSU GARVESZELY KERULJE A BESUGARZAST CAUTION Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous ra diation exposure Flexible Circuit Board Repairing Keep the temperature of the soldering iron around 270 C dur ing repairing Do not touch the soldering iron on the same conductor of the circuit board within 3 times Be careful not to apply force on the conductor when soldering or unsoldering Notes on chip component replacement Never reuse a disconnected chip component Notice that the minus side of a tantalum capacitor may be dam aged by heat ATTENTION AU COMPOSANT AYANT RAPPORT SAFETY RELATED COMPONENT WARNING COMPONENTS IDENTIFIED BY MARK A OR DOTTED LINE WITH MARK A ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUB LISHED BY SONY LA S CURIT LES COMPOSANTS IDENTIFIES PAR UNE MARQUE A SUR LES DIAGRAMMES SCH MATIQUES ET LA LISTE D
67. SERVICE MANUAL Self Diagnosis upported model MDS JE630 US Model Canadian Model Licensing Corporation U S and foreign patents licensed form Dolby Laboratories System Disc Laser Laser output Laser diode Revolutions CLV Error correction Sampling frequency Coding Modulation system Number of channels Frequency response Signal to noise ratio Wow and flutter Inputs LINE ANALOG IN DIGITAL IN MICROFILM Model Name Using Similar Mechanism MDS JE520 MD Mechanism Type MDM 5D MBU 5D Optical Pick up Type KMS 260B J1N Base Unit Type SPECIFICATIONS MiniDisc digital audio system Outputs MiniDisc PHONES Semiconductor laser A 780 nm Emission duration continuous Less than 44 6 This output is the value measured at a distance of 200 mm from the objective lens surface on the Optical Pick up Block with 7 mm aperture Material GaAlAs 400 rpm to 900 rpm Advanced Cross Interleave Reed Solomon Code ACIRC 44 1 kHz Adaptive Transform Acoustic Coding ATRAC EFM Eight to Fourteen Modulation 2 stereo channels 5 to 20 000 Hz 0 3 dB Over 98 dB during playback Below measurable limit Jack type phono Impedance 47 kilohms Rated input 500 mVrms Minimum input 125 mVrms Connector type square optical Impedance 660 nm optical wave length LINE ANALOG OUT DIGITAL OUT General Power requirements Pow
68. WITCH SLIDE TIMER R595 1 249 429 11 CARBON 10K 5 1 4W 1 668 111 11 SW BOARD R596 1 249 429 11 CARBON 10K 596 1 4W seek ok a a he R597 1 249 429 11 CARBON 10K 5 1 4W 8598 1 249 429 11 CARBON 10K 5 1 4W lt CONNECTOR gt 8599 1 249 429 11 CARBON 10K 5 1 4W CN601 1 506 486 11 PIN CONNECTOR 7P 13 1 247 895 00 CARBON 470K 5 1 4W R614 1 249 437 11 CARBON 47K 5 1 4W lt SWITCH gt R623 1 247 895 00 CARBON 470K 5 1 4W R624 1 249 437 11 CARBON 47K 5 1 4W 601 1 572 126 21 SWITCH PUSH 1 KEY REC POSITION R634 1 247 891 00 CARBON 330K 5 1 4W 602 1 572 126 21 SWITCH PUSH 1 KEY PACK OUT 604 1 771 264 11 SWITCH PUSH DETECTION 1 KEY R635 1 249 438 11 CARBON 56K 5 1 4W PLAY POSITION R636 1 249 417 11 CARBON 1K 5 1 4W sese ste se ke ke ke obe ke obe kk zk obe ok ole obe ke ole obe a fe fe si a ste ok ae ste obe ote obe bete tek R801 1 249 425 11 CARBON 4 7K 5 1 4W 8802 1 249 425 11 CARBON 4 7K 5 1 4W MISCELLANEOUS R803 1 249 417 11 CARBON 1K 5 1 4W 8804 1 249 417 11 CARBON 1K 5 1 4W 4 1 783 139 11 WIRE FLAT TYPE 21 CORE R805 1 249 429 11 CARBON 10K 5 1 4W 5 1 783 140 11 WIRE FLAT TYPE 23 CORE R806 1 249 429 11 CARBON 10K 5 1 4W A14 1 783 531 31 CORD POWER 8807 1 249 417 11 CARBON 1K 5 1 4W 16 1 569 972 21 SOCKET SHORT 2P R851 1 249 426 11 CARBON 5 6K 5 1 4W 66 1 783 138 11 WIRE FLAT TYPE 19 CORE 8852 1 249 425 11 CARBON 4 7K 5 1 4W 258 1 667 954 11 FLEXIBLE BOARD R853 1 249 429 11
69. XBUSY Busy monitor signal output to the system controller CSD SLOCK Spindle servo lock status monitor signal output to the system controller 1650 Reset signal input from the system controller IC501 L reset Subcode Q sync SCOR output to the system controller IC501 L is output every 13 3 msec Almost all H is output o o qglo u S gt SQSY 1 DOSY Digital In U bit CD format subcode Q sync SCOR output to the system controller IC501 L is output every 13 3 msec Almost all H is output Laser power selection signal input from the system controller IC501 B RECE L playback mode recording mode 14 XINT Interrupt status output to the system controller IC501 15 TX I Recording data output enable signal input from the system controller IC501 Writing data transmission timing input Also serves as the magnetic head on off output 16 OSCI System clock signal 45 158 MHz input terminal 17 OSCO System clock signal 512Fs 22 5792 MHz output terminal Not used open Input terminal for the system clock frequency setting 18 XTSL I ES L 45 1584 MHz H 22 5792 MHz fixed at H in this set 19 20 a pour o Digital audio signal output terminal when playback mode for digital optical output 22 Serial data input terminal Not used fixed at L 23 L R sampling clock signal 44 1
70. able and perform the indicated countermeasure Should the problem persist consult your nearest Sony dealer Three digit code Message Cause Remedy C11 Protected The inserted MD is record protected gt Take out the MD and close the record protect slot page 16 C13 REC Error The recording was not made properly gt Set the deck in a stable surface and repeat the recording procedure The inserted MD is dirty with smudges fingerprints etc scratched or substandard in quality 7 Replace the disc and repeat the recording procedure C13 Read Error The deck could not read the TOC on the MD properly gt Take out the MD and insert it again C14 Toc Error The deck could not read the TOC on the MD properly gt Insert another disc gt If possible erase all the tracks on the MD page 32 C71 Din Unlock The sporadic appearance of this message is caused by the digital signal being recorded This will not affect the recording While recording from a digital component connected through the DIGITAL IN connector the digital connecting cable was unplugged or the digital component turned off gt Connect the cable or turn the digital component back on PROCEDURE FOR USING THE SELF DIAGNOSIS FUNCTION ERROR HISTORY DISPLAY MODE Note Perform the self diagnosis function in the error history display mode in the test mode The following describes the least required procedure Be careful not to enter
71. ake ake oke ae ake ake ee ake ake sk kok ok e ake ake eee oke ae ake oke gt ake ake aje ke ake oke ake oa 1 673 242 11 HP BOARD skak ak akak akak akak lt CAPACITOR gt C791 1 162 282 31 CERAMIC 100PF 10 50V C792 1 162 282 31 CERAMIC 100PF 10 _ 50V C800 1 164 159 11 CERAMIC 0 1uF 50V lt CONNECTOR gt CN791 1 506 468 11 PIN CONNECTOR 3P JACK J791 1 770 307 11 JACK LARGE TYPE PHONES lt RESISTOR gt R791 1 249 393 11 CARBON 10 5 1 4W 8792 1 249 393 11 CARBON 10 5 1 4W lt VARIABLE RESISTOR gt RV791 1 225 590 11 RES VAR 1K 1K PHONES LEVEL b sze ke b zee kakak kakak gt eee eee b e ee ee ae te 1 673 621 12 KEY BOARD kkk kk a a a lt CAPACITOR gt C793 1 126 933 11 ELECT 100uF 20 16V C794 1 164 159 11 CERAMIC 0 1uF 50V C795 1 164 159 11 CERAMIC 0 1uF 50V C796 1 164 159 11 CERAMIC 0 1uF 50V C797 1 164 159 11 CERAMIC 0 1uF 50V C991 1 164 159 11 CERAMIC 0 1uF 50V 0992 1 164 159 11 CERAMIC 0 1uF 50V lt CONNECTOR gt CN792 1 564 706 11 PIN CONNECTOR SMALL TYPE 4P J792 1 785 945 21 CONNECTOR DIN KEYBOARD NOISE FILTER L701 1 424 122 11 FILTER NOISE L702 1 424 122 11 FILTER NOISE L703 1 424 122 11 FILTER NOISE L704 1 424 122 11 FILTER NOISE LEAD LP791 1 690 880 41 LEAD WITH CONNECTOR skate ee ak kakak kakak fees e jene e te joe kakak ak kakak kak fete akak kakak kakak opone te ke kakak kakak ak
72. al 4 to 9 Signal input from the optical pick up detector u 12 APCREF I I 14 TEMPI Connected to the temperature sensor 15 TEMPR Output terminal for a temperature sensor reference voltage 16 SWDT Writing serial data input from the CXD2656R IC121 17 SCLK Serial data transfer clock signal input from the CXD2656R 1C121 18 XLAT Serial data latch pulse signal input from the CXD2656R IC121 19 XSTBY Standby signal input terminal standby fixed at H in this set 20 FOCNT I Center frequency control voltage input terminal of internal circuit BPF22 BPF3T EQ input from the CXD2656R IC121 21 O Reference voltage output terminal Not used open 22 EQADJ Center frequency setting terminal for the internal circuit EQ 23 3TADJ Center frequency setting terminal for the internal circuit BPF3T 24 vc Power supply terminal 3 3V 25 WBLADJ Center frequency setting terminal for the internal circuit BPF22 26 T O Tracking error signal output to the CXD2656R IC121 27 CSLED Connected to the external capacitor for low pass filter of the sled error signal 28 SE O Sled error signal output to the CXD2656R IC121 29 ADFM FM signal output of the ADIP 30 ADIN Receives a ADIP FM signal in AC coupling 31 ADAGC Connected to the external capacitor for ADIP AGC 32 ADFG O ADIP duplex signal 22 05 kHz 1 kHz output to the CXD2656R ICI21 33 AUX O Auxiliary signal 13 signal tempe
73. and total play histories These histories serve as approximate indications of when to replace the optical pick up If the optical pickup has been replaced perform this operation and erase the history After pressing the button and tm refresh is displayed press the button to erase the history Complete will be displayed momentarily Be sure to check the following when this mode has been executed The data has been erased The mechanism operates normally when recording and play are performed Details of Error Error Code Details of Error E00 No error E05 FOK has deviated E01 Disc error PTOC cannot be read E06 Cannot focus Servo has deviated DISC ejected E07 Recording retry DISC not ejected E09 Disc error UTOC error E08 Recording retry error Playback retry error Loading error Access error Address cannot be read Servo has deviated Playback retry error C2 error TABLE OF CONTENTS SECTION 1 SERVICING NOTES SAFETY CHECK OUT After correcting the original service problem perform the follow SELF DIAGNOSIS FUNCTION 2 ing safety check before releasing the set to the customer Check the antenna terminals metal trim metallized knobs 1 SERVICING NOTES vss111111111111111111111111 Sou EE s pi ass Check leakage as described below 2 GENERAL uz uuu ede URS 11 LEAKAGE TEST The AC leakage from a
74. and modes YES button Proceeds onto the next step Finalizes input MENU NO button Returns to previous step Stops operations _ 17 5 SELECTING THE TEST MODE There are 31 types of test modes as shown below The groups can be switched by turning the knob After selecting the group to be used press the button After setting a certain group turning the knob switches between these modes Refer to Group in the table for details can be selected All items used for servicing can be treated using group S So be carefully not to enter other groups by mistake Display Contents TEMP CHECK Temperature compensation offset check LDPWR CHECK Laser power check C EF MO CHECK Traverse MO check C EF CD CHECK Traverse CD check C FBIAS CHECK Focus bias check letter check C VERIFY MODE Non volatile memory check DETRK CHECK Detrack check C TEMP ADJUS Temperature compensation offset adjustment LDPWR ADJUS Laser power adjustment EF MO ADJUS Traverse MO adjustment EF CD ADJUS Traverse CD adjustment FBIAS ADJUS Focus bias adjustment EEP MODE Non volatile memory control X 5 MANUAL CMD Command transmission X SVDATA READ Status display X ERR DP MODE Error history display clear SLED MOVE Sled check X ACCESS MODE Access check X 0920 CHECK Outermost circumferenc
75. ards Location OPTICAL PICK UP meom BD BOARD SI BE 102 REFLECT protect DETECT LOW REFLECT RATE UN PROTECT A I SE E BD BOARD 61 HIGH REFLECT RATE WRITE PROTECT 10 ZA RI 103 11 668 115 A B Page 45 Page 45 Semiconductor Semiconductor Location Location Location A 3 Location 37 38 MDS JE630 6 5 SCHEMATIC DIAGRAM BD Board 1 2 1 2 3 4 5 6 TEST PIN FOR ABJUSTMENT 7 8 9 See page 43 for Waveforms See page 55 for IC Block Diagrams 10 OPTICAL PICK UP BLOCK KMS 260A J1N 14
76. at the specified value is satisfied Do not turn the KK AMS BDI knob Write power traverse checking Traverse Waveform Specified value Below 10 offset value IA BI Offset value X 100 set value 2 A B 24 9 Press the button to display EFB 8 Then the optical pick up moves to the pit area automatically and servo is imposed 10 Observe the waveform of the oscilloscope and check that the specified value is satisfied Do not turn the KK AMS gt A knob Traverse Waveform Specified value Below 10 offset value JA BI_ Offset value 2 A B X 100 11 Press the YES button to display EF MO CHECK The disc stops rotating automatically 12 Press the 2 EJECT button and take out the disc 13 Load the check disc MD TDYS 1 14 Turn the knob and display EF CD CHECK C04 15 Press the button to display EFB imposed automatically 16 Observe the waveform of the oscilloscope and check that the specified value is satisfied Do not turn the knob CD Servo is Traverse Waveform Specified value Below 10 offset value A BI_ Offset value X 100 set value 2 A B 17 Press the YES button to display EF CD CHECK 18 Press the 2 EJECT button and take out the check disc 6 4 Focus Bias Check Change the focus bias and check the focus tolerance amount Checking Procedure 1 Load the test disk M
77. cified par une pi ce portant le num ro sp cifi 42 MDS JE630 Waveforms BD Board 1C101 O I J Play mode WA U 2 2S 2S OS OS LS SA 1 101 9 A Play mode 0 1 Vp p 1C101 F Play mode 1C121 OSCI 3 1 Vp p 45 158 MHz IC121 LRCK Lt 44 1 kHz 1 121 7411 3 8 Vp p 2 8224 MHz C121 FS256 3 8 Vp p 11 29 MHz 1 121 FS4 3 2 Vp p 176 4 kHz MAIN Board 1C501 XIN VIT 2 9 Vp p 10 MHz 1 322 TF 6 5 Vp p 45 1584 MHz 43 1 321 XTI VIE 5 4 Vp p 45 1584 MHz 1C321 LRCK 4 1 14 44 1 2 12321 BICK IE 3 9 Vp p 2 8224 MHz DISPLAY Board 1C711 OSCI 1 6 Vp p 470 ns 6 7 SCHEMATIC DIAGRAM SW Board LOAB OUT LOAB IN REC P GNO Page 47 PACK OUT CHACK IN PLAY P M103 LOADING 5601 5602 5604 ed PLAY POSITION OUT POSITION eee 6 8 PRINTED WIRING BOARD SW Board See page 36 for Circuit Boards Location
78. ck that the C1 error rate is below 50 Press the button to stop playback then press the button and take out the check disc O R 6 6 Self Recording playback Check Prepare a continuous recording disc using the unit to be repaired and check the error rate Checking Procedure 1 Load a recordable disc blank disc 2 Turn the knob to display CREC MODE C31 Press the button to display MID 4 When recording starts light up and display CREC 0 0 0 is the address 5 About 1 minute later press the button to stop continuous recording 6 Turn the knob to display CPLAY MODE C30 7 Press th YES t button to display CPLAY MID 8 Cz AD HP will be displayed 9 Check that the Cle error becomes below 80 and the AD error below 2 10 Press the button to stop playback then press the button and take out the disc 25 25 7 INITIAL SETTING OF ADJUSTMENT VALUE Note Mode which sets the adjustment results recorded in the non volatile memory to the initial setting value However the results of the tempera ture compensation offset adjustment will not change to the initial setting value If initial setting is performed perform all adjustments again excluding the temperature compensation offset adjustment For details of the initial setting refer to 4 Precautions for Adjustments and execute the initial setting before the adjustmen
79. cter 11 REC MODE selector 15 Use to set the REC MODE to STEREO or MONO INPUT selector 14 15 17 18 Use to select the input jack or connector of the program source to be recorded REC button 16 17 19 22 39 Press to record on the MD monitor the input signal or mark track numbers W button 16 23 43 Press to stop play or recording or cancel the selected operation CONTROL A11 Reset switch 51 19 20 21 94 23 08 15 button 7 16 22 23 Press to pause play or recording Press again to resume play or recording gt button 7 16 22 24 27 28 43 Press to start play AMS control 16 20 23 24 27 42 45 48 Turn to Jocate tracks adjust the recording level select the input characters or select a menu item and a setting value CLEAR button 27 28 36 48 55 Press to cancel the selection Remote sensor 4 Point the remote towards this sensor for remote operations TIME button 11 13 17 22 Press to display the remaining time REPEAT button 26 Press to play tracks repeatedly PLAY MODE button 27 28 43 Press to select Shuffle Play or Program Play KEYBOARD jack 45 Connect a keyboard to this jack PHONE LEVEL control 23 Use to adjust the volume of the headphones PHONES jack 23 Connect headphones to this jack TIMER selector 43 Use to set the timer for recording REC or playi
80. d while rotating Be sure to press the amp EJECT button after pressing the MENU NO button and the rotation of disc is stopped 1 1 Recording laser emission mode and operating buttons Continuous recording mode CREC MODE Laser power check mode LDPWR CHECK Laser power adjustment mode LDPWR ADJUS Traverse MO check EF MO CHECK Traverse MO adjustment EF MO ADJUS When pressing the button 2 SETTING THE TEST MODE The following are two methods of entering the test mode Procedure 1 While pressing the knob and Bill button connect the power plug to an outlet and release the KK AMS gt gt knob and il button When the test mode is set Check will be displayed Turn the knob switches between the following four groups 9 Check gt Adjust gt Service Develop Procedure 2 While pressing the knob connect the power plug to the outlet and release the knob When the test mode is set TEMP CHECK will be displayed By setting the test mode using this method only the Check group of method 1 can be executed 3 RELEASING THE TEST MODE Press the button The disc is ejected when loaded and Standby display blinks and becomes STANDBY state 4 BASIC OPERATIONS OF THE TEST MODE All operations are performed using the knob button and button The functions of these buttons are as follows Function name Function KK AMS gt knob Changes parameters
81. e check X HEAD ADJUST Head position check X CPLAY 2MODE Same functions as CPLAY MODE X CREC 2MODE Same functions as CREC MODE X ADJ CLEAR Initialization of non volatile memory of adjustment value S AG Set MO Auto gain output level adjustment MO S AG Set CD Auto gain output level adjustment CD S Iop Read IOP data display S Iop Write IOP data write S 530 fees Microprocessing version display S CPLAY MODE Continuous play mode S CREC MODE Continuous recording mode S Group C Check A Adjust S Service D Develop For details of each adjustment mode refer to 5 Electrical Adjustments For details of ERR DP MODE refer to Self Diagnosis Function on page 2 f a different mode has been selected by mistake press the button to release that mode Modes with X in the Mark column are not used for servicing and therefore are not described in detail If these modes are set acciden tally press the button to release the mode immediately Be especially careful not to set the modes with as they will overwrite the non volatile memory and reset it and as a result the unit will not operate normally 18 5 1 Operating the Continuous Playback Mode 1 Entering the continuous playback mode 1 Set the disc in the unit Whichever recordable discs or discs for playback only are available 2 Turn the knob and display CPLAY MODE C30 3 Press the button to change the display to CPLAY MID
82. e disc Note 1 The relation between the C1 error and focus bias is as shown in Note 2 about 200 28 the following figure Find points A and in the following figure using the above adjustment The focal point position C is auto matically calculated from points A and B As the Cl error rate changes perform the adjustment using the average vale C1 error C A Focus bias value F BIAS 13 ERROR RATE CHECK 13 1 CD Error Rate Check Checking Procedure 1 Load the check disc MD TDYS 1 2 Turnthe knob and display MODE C30 Press the button twice and display CPLAY MID The display changes to C AD ii Check that the C1 error rate is below 20 Press the button to stop playback then press the button and take out the check disc Qs pode w 13 2 MO Error Rate Check Checking Procedure 1 Load the continuously recorded disc Refer to 5 CREAT ING CONTINUOUSLY RECORDED DISC Turn the knob to display CPLAY MODE C30 Press the YES button to display CPLAY MID The display changes to C1 1 AD If the 1 error rate is below 50 check that ADER i is 00 Press the MENU NO button to stop playback then press the button and take out the test disc p QN pA dE w 14 FOCUS BIAS CHECK Change the focus bias and check the focus tolerance amount Checki
83. emory 6 2 Laser Power Check Before checking check the IOP value of the optical pick up Refer to 8 Recording and Displaying the IOP Information Connection laser power meter Optical pick up objective lens digital voltmeter BD board CN110 pin 13V gt CN110 pin lt Checking Procedure 1 Set the laser power meter on the objective lens of the optical pick up When it cannot be set properly press the q but ton or BP button to move the optical pick up Connect the digital voltmeter to CN110 pin 1 3 and CN110 pin IOP on the BD board 2 Then turn the knob to display LDPWR CHECK C02 3 Press the button once to display LD 0 9 mW 3 Check that the reading of the laser power meter become 0 84 to 0 92 mW 4 Press the button once more to display LD 7 0 mW Check that the reading the laser power meter and digital voltmeter satisfy the specified value Specified Value Laser power meter reading 7 0 0 2 mW Digital voltmeter reading Value on the optical pick up label 10 Optical pick up label KMS260A 27X40 B0825 IOP 82 5 mA in this case IOP mA Digital voltmeter reading mV 1 Q 5 Press the button to display LDPWR CHECK and stop the laser emission The MENU NO button is effective at all times to stop the laser emission Note 1 After step 4 each time the YES bu
84. er adjustment 3 Toend press the button or button to display Iop Read 9 TEMPERATURE COMPENSATION OFFSET ADJUSTMENT Save the temperature data at that time in the non volatile memory as 25 C reference data Note 1 Usually do not perform this adjustment 2 Perform this adjustment in an ambient temperature of 22 C to 28 C Perform it immediately after the power is turned on when the internal temperature of the unit is the same as the ambient temperature of 22 C to 28 C 3 When D101 has been replaced perform this adjustment after the tem perature of this part has become the ambient temperature Adjusting Procedure 1 Turn the knob to display TEMP ADJUS C09 2 Press the button to select the TEMP ADJUS mode 3 TEMP iii and the current temperature data will be displayed 4 To save the data press the button When not saving the data press the button be displayed and turned back to TEMP ADJUS display then When the button is pressed TEMP ADJUS will be displayed immediately Specified Value OF 10 IF and 20 2F 10 LASER POWER ADJUSTMENT Check the IOP value of the optical pick up before adjustments Refer to 8 Recording and Displaying the IOP Information Connection laser power meter Optical pick up objective lens digital voltmeter BD board 110 1 3 lt CN110 pin lt
85. er consumption Dimension approx Mass approx Supplied accessories Jack type stereo phone Rated output 28 mW Load impedance 32 ohms Jack type phono Rated output 2 Vrms at 50 kilohms Load impedance over 10 kilohms Connector type square optical Rated output 18 dBm Load impedance 660 nm optical wave length 120 V AC 60 Hz 17 430 95 280 mm 17 x 3 3 4 x 11 in w h d incl projecting parts and controls 3 4 kg 7 lbs 11 oz Audio connecting cords 2 Optical cable 1 Remote commander remote RM D15M 1 R6 size AA batteries 2 Design and specification are subject to change without notice MINIDISC DECK SONY SELF DIAGNOSIS FUNCTION The self diagnosis function consists of error codes for customers which are displayed automatically when errors occur and error codes which show the error history in the test mode during servicing For details on how to view error codes for the customer refer to the following box in the instruction manual For details on how to check error codes during servicing refer to the following Procedure for using the Self Diagnosis Function Error History Display Mode Self Diagnosis Function The deck s self diagnosis function automatically checks the condition of the MD deck when an error occurs then issues a three digit code and an error message on the display If the code and message alternate find them in the following t
86. indicator tube turn the knob to display All Erase 3 Press the YES button Or press the knob 4 When All Erase is displayed on the fluorescent indicator tube the music calendar number blinks 5 Press the YES Jbutton to display Complete and press the I button immediately Wait for about 15 seconds while pressing the button The knob can be pressed instead of the YES button for the same results 6 When the displayed on the fluorescent display tube goes off release the button 7 Press the button to start recording Then press the HE button and start recording 8 To check the track mode press the E button to start play 9 To release the test mode press the button and turn OFF the power When TOC disappears disconnect the power plug from the outlet Fig 1 Reading the Test Mode Display Fig 2 Reading the Test Mode Display During recording and stop During playback RTs Q cites HEBES Fluorescent indicator tube display Fluorescent indicator tube display Cause of retry Parts No name of area named on TOC Number of retries o Cluster Number of retry errors Sector Address Track mode Track information such as copy right information of each part Reading the Retry Cause Display Higher Bits Lower Bits Hexadecimal 8 4 2 1 8 4 2 1 decimal Cause of Retry Occurring conditions Bit b7 b6 15
87. k 8 Auto gain output level adjustment 2 Setthe test mode when performing adjustments After completing the adjustments release the test mode Perform the adjustments and checks in group S of the test mode 3 Perform the adjustments to be needed in the order shown 4 Use the following tools and measuring devices Check Disc MD TDYS 1 Part No 4 963 646 01 TEST DISK MDW 74 AU 1 Part No 8 892 341 41 Laser power meter LPM 8001 Part No J 2501 046 A or MD Laser power meter 8010S Part No J 2501 145 A Oscilloscope Measure after performing CAL of prove Digital voltmeter Thermometer Jig for checking BD board waveform Part No J 2501 149 A 5 When observing several signals on the oscilloscope etc make sure that VC and ground do not connect inside the oscil loscope VC and ground will become short circuited 6 Using the above jig enables the waveform to be checked with out the need to solder Refer to Servicing Notes on page 6 7 As the disc used will affect the adjustment results make sure that no dusts nor fingerprints are attached to it Laser power meter When performing laser power checks and adjustment electrical adjustment use of the new MD laser power meter 8010S Part No J 2501 145 A instead of the conventional laser power meter is convenient It sharply reduces the time and trouble to set the laser power meter sensor onto the objective lens of optical
88. lay tracks repeatedly A B button 26 Press to select Repeat A B Play PLAY MODE button 27 28 43 Press to select Shuffle Play or Program Play DISPLAY button 11 13 17 28 Press to select the information to be displayed in the window SCROLL button 13 Press to scroll the name of a track or MD MENU NO button 18 19 27 29 31 39 42 45 48 54 Press to display Edit Menu or Setup Menu YES button 18 19 27 39 42 45 48 Press to carry out the selected operation EJECT amp button 16 17 23 Press to eject the MD SECTION 3 DISASSEMBLY Note Follow the disassembly procedure in the numerical order given CASE 408226 two screws CASE 3 TP2 0 case 408226 Q two screws CASE 3 TP2 FRONT PANEL SECTION harness two connector CN791 792 Q claw wire flat type 19 core CN421 harness Q six screws BVTP3 x 8 front panel section 49 MAIN BOARD power cord connector CN901 Q wire flat type 21 core CN341 wire flat type 23 core CN501 Q wire flat type 19 core YO CN421 screw s AB Y BVTT3 x 6 LE Ny four screws BVTT3 x 6 AE MAIN board ND 0 five screws lt 8 6 three connectors CN502 791 792 MECHANISM DECK SECTION MDM 5D lt PC board holder four step screws Q wire flat type 21 core
89. mposants identifi s par une marque A sont critiques pour la s curit Ne les remplacer que par une pi ce portant le num ro sp cifi Remark Ref No Part No Description Remark 265 4 996 261 01 GEAR SL B 266 4 996 264 01 SPRING SHAFT LEAF 267 4 996 265 01 SHAFT MAIN 268 4 996 256 01 SL BASE 269 4 996 257 01 RACK SL 270 4 996 263 01 SPRING CLV TORSION 271 4 988 560 01 SCREW P 1 7X6 272 4 211 036 01 SCREW 1 7X2 5 PWH HR901 1 500 502 11 HEAD OVER WRITE M101 4672 475 MOTOR ASSY SPINDLE M102 A 4672 474 A MOTOR ASSY SLED 102 1 762 148 21 SWITCH PUSH 2 KEY REFLECT DET PROTECT DET 68 NOTE Due to standardization replacements in the parts list may be different from the parts speci fied in the diagrams or the components used on the set XX and X mean standardized parts so they may have some difference from the original one RESISTORS All resistors are in ohms METAL Metal film resistor METAL OXIDE Metal oxide film resistor F nonflammable SECTION 8 ELECTRICAL PARTS LIST Items marked are not stocked since they are seldom required for routine service Some delay should be anticipated when order ing these items SEMICONDUCTORS In each case u u for example uA uPA uPA uPB uPB uPC uPC uPD uPD CAPACITORS uF uF COILS BD The components identified by mark A or dotted line with mark
90. ng PLAY Set to OFF to turn the timer off AC power cord DIGITAL 1 OUT DIGITAL DIGITAL Amplifier etc CD player DBS tuner etc Digital amplifier DAT deck MD deck Digital equipment with a DIGITAL OUT connector only Digital equipment with both DIGITAL IN and OUT connectors _ 11 Remote Parts Descriptions 0 2 CONTINUE ptis PROGRAM 3 OOO O0 O 6 i Y alj m ASPACE M SCAN 8 9 5l 16 19 21 23 84 12 1 0 power switch 15 23 Press to turn the deck on When you turn the deck on the STANDBY indicator on the deck turns off When you press the switch again the deck turns off and the indicator lights up TIME button 41 13 17 22 Press to display the remaining time Letter number buttons 25 27 28 37 Press to input tetters or numbers M SCAN button 24 Press to scan a track within a range of 6 to 20 seconds A SPACE button 29 Press to insert a three second blank space between tracks or to pause play after each track CLEAR button 27 28 36 38 48 55 Press to cancel the selection W button 16 23 43 Press to stop play or recording or cancel the selected operation H button 16 23
91. ng Board MAIN Board To Exposed Metal 6 10 Schematic Diagram MAIN Board 1 2 47 Parts on Set 6 11 Schematic Diagram MAIN Board 2 2 6 12 Printed Wiring Boards PANEL Section 6 13 Schematic Diagram PANEL Section 5 6 14 IC Pin Function Description esee 7 EXPLODED VIEWS 65 0 18 uF REM 0 75 V 8 ELECTRICAL PARTS LIST 11 69 Earth Ground Fig A Using an AC voltmeter to check AC leakage MODEL IDENTIFICATION BACK PANEL Part No Model US model Part No 4 216 907 70 4 216 907 80 Canadian model Laser component in this product is capable of emitting radia tion exceeding the limit for Class 1 This appliance is classified as a CLASS 1 LASER product The CLASS 1 LASER PROD UCT MARKING is located on the rear exterior CLASS 1 LASER PRODUCT LUOKAN 1 LASERLAITE KLASS 1 LASERAPPARAT This caution label is located inside the unit CAUTION _ INVISIBLE LASER RADIATION WHEN OPEN AND INTERLOCKS DEFEATED AVOID EXPOSURE TO BEAM ADVARSEL USYNLIG LASERSTRALING VED ABNING NAR SIKKERHEDSAFBRYDERE ER UDE AF FUNKTION UNDGA UDSAETTELSE FOR STRALING VORSICHT UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GE FFNET UND SICHEREITSVERRIEGELUNG BERBR CKT NICHT DEM STRAHL AUSSETZEN VARO NAKYMATTOMALLE LASERSATEILYLLE ALA KATSO S TEE
92. ng Procedure 1 Load the continuously recorded disc Refer to 5 CREAT ING CONTINUOUSLY RECORDED DISC 2 Turn the knob to display CPLAY MODE C30 3 Press the button twice to display CPLAY MID 4 Press the button when C displayed 5 Turn the knob to display FBIAS CHECK C05 6 Press the YES button to display The first four digits indicate the C1 error rate the t two digits after indicate ADER and the 2 digits after c indicate the focus bias value Check that the C1 error is below 50 and ADER i is below 2 7 Press the YES button and display Check that the C1 error is about and ADER i is below 2 8 Press the YES button and display 5 Check that the error is about 200 and ADER i is 2 9 Press the MENU NO button then press the 2 EJECT but ton and take out the disc Note 1 If the C1 error and ADER are above other than the specified value at points A step 8 in the above or B step 7 in the above the focus bias adjustment may not have been carried out prop erly Adjust perform the beginning again 15 AUTO GAIN CONTROL OUTPUT LEVEL ADJUSTMENT Be sure to perform this adjustment when the optical pick up is replaced If the adjustment results becomes Adjust NG the optical pick up may be faulty or the servo system circuits may be abnormal 15 1 CD Auto Gain Control Output Level Adjustment Adjusting Procedure
93. ny exposed metal part to earth ground and 3 DISASSEMBLY B 112101 1 return to chassis must not exceed 0 5 mA 500 microamperes 4 TEST MODE OEIL 17 Leakage current can be measured by any one of three methods 1 A commercial leakage tester such as the Simpson 229 or RCA 5 ELECTRICAL ADJUSTMENTS 22 WT 540A Follow the manufacturers instructions to use these instruments 6 DIAGRAMS 2 A battery operated AC milliammeter The Data Precision 245 6 1 Block Diagram SERVO Section 31 digital multimeter is suitable for this job 6 2 Block Diagram MAIN Section 33 3 Measuring the voltage drop across a resistor by means of a 6 3 Note for Printed Wiring Boards and VOM or battery operated AC voltmeter The limit indica Schematic Diagrams ss tion is 0 75 V so analog meters must have an accurate low 6 4 Printed Wiring Board BD Board voltage scale The Simpson 250 and Sanwa SH 63Trd are ex 6 5 Schematic Diagram BD Board 1 2 amples of a passive VOM that is suitable Nearly all battery 6 6 Schematic Diagram BD Board 2 2 ET operated digital multimeters that have a 2 V AC range are suit 6 7 Schematic Diagram SW Board able See Fig A 6 8 Printed Wiring Board SW Board 6 9 Printed Wiri
94. other modes by mistake If you set other modes accidentally press the MENU NO button to exit the mode While pressing the knob and button connect the power plug to the outlet and release the knob and button Turn the Kt AMS knob and when Service is displayed press the button Turn the AMS gt knob to display DP MODE Press the button to sets the error history mode and displays total rec Select the contents to be displayed or executed using the knob Press the 1 lt AMS knob to display or execute the contents selected Press the Ki AMS knob another time returns to step 4 Press the button to display ERROR DP MODE and releases the error history mode To release the test mode press the button The unit sets into the STANDBY state the disc is ejected and the test mode ends 59 00 n Qv UA R ITEMS OF ERROR HISTORY MODE ITEMS AND CONTENTS Selecting the Test Mode Display Details of History total rec Displays the recording time Displayed as The displayed time is the total time the laser is set to the high power state This is about 1 4 of the actual recording time The time is displayed in decimal digits from Oh to 65535h total play Displays the play time Displayed as pLIEILILILILIh The time displayed is the total actual play time Pauses are not counted The time is displayed in decimal digits from
95. rature signal output to the CXD2656R IC121 34 FE O Focus error signal output to the CXD2656R IC121 35 ABCD O Light amount signal ABCD output to the CXD2656R 1 121 36 BOTM O Light amount signal RF ABCD bottom hold output to the CXD2656R IC121 37 PEAK O Light amount signal RF ABCD peak hold output to the CXD2656R 1C121 38 RF O Playback EFM RF signal output to the CXD2656R ICI21 39 RFAGC Connected to the external capacitor for RF auto gain control circuit 40 AGCI Receives a RF signal in AC coupling 41 COMPO User comparator output terminal Not used open 42 COMPP User comparator input terminal Not used fixed at L 43 ADDC Connected to the external capacitor for cutting the low band of the ADIP amplifier 44 O User operational amplifier output terminal Not used open 45 User operational amplifier inversion input terminal Not used fixed at 17 46 O RF signal output terminal 47 MORFI Receives a MO RF signal in AC coupling MO signal output terminal ri O 58 BD BOARD 1 121 CXD2656R DIGITAL SIGNAL PROCESSOR DIGITAL SERVO PROCESSOR EFM ACIRC ENCODER DECODER SHOCK PROOF MEMORY CONTROLLER ATRAC ENCODER DECODER Focus OK signal output to the system controller IC501 is ee is on ou NG MNTI SHOCK Track jump detection signal output to the system controller C501 MNT2
96. rned the fi of EFB changes and the waveform changes In this adjustment waveform varies at intervals of approx 2 Adjust the wave form so that the specified value is satisfied as much as pos sible Write power traverse adjustment Traverse Waveform Specification A B Press the YES button and save the adjustment results in the non volatile memory EFB ii SAV will be displayed for a oe EFB MO P will be displayed The pick up moves to the pit area automatically and servo is imposed Turn the AMS gt knob until the waveform of the os cilloscope moves closer to the specified value In this adjustment waveform varies at intervals of approx 2 Adjust the waveform so that the specified value is satisfied as much as possible Traverse Waveform Specification A B Press the YES button and save the adjustment results in the non volatile memory EFB 33 SAV will be displayed for a moment Next EF MO ADJUS is displayed The disc stops rotating automatically Press the button and take out the disc Load the check disc MD TDYS 1 Turn the knob to display EF CD ADJUS C12 Press the button to display EFB i imposed automatically Turn the knob so that the waveform of the oscilloscope moves closer to the specified value In this adjustment waveform varies at intervals of approx 2 Adjust the waveform so that the specified
97. rocedure Record Procedure 1 While pressing the knob and il button connect the power plug to the outlet and release the knob and E button 2 Turn the lt AMS gt gt knob to display Service and press the button 3 Turn the KK AMS DM knob to display Write C28 and press the button 4 The display becomes Ref is an arbitrary number and the numbers which can be changed will blink 5 Input the IOP value written on the optical pick up label To select the number Turn the knob To select the digit Press the knob 6 When the button is pressed the display becomes Measu is an arbitrary number 7 As the adjustment results are recorded for the 6 value Leave it as it is and press the button 8 Complete will be displayed momentarily The value will be recorded in the non volatile memory and the display will become Iop Write 9 Press the button to complete Display Procedure 1 While pressing the knob and button connect the power plug to the outlet and release the knob and button 2 Turn the AMS knob to display and press the button 3 Turn the KK AMS knob to display Read C27 4 is displayed and the recorded contents are displayed Q indicates the IOP value on the optical pick up label indicates the IOP value after adjustment 5
98. s Clock signal output to the EEPROM ICI71 Recording data output enable signal output to the CXD2656R 1C121 and overwrite head 80 SCTX driver IC181 Writing data transmission timing output Also serves as the magnetic head on off output 81 Destination setting terminal fixed at L in this set 82 Destination setting terminal fixed at H in this set 83 LEDO 0 LED drive signal output terminal Notued ope O 84 O LEDdrvesinalouputermmal _Notused open 85 86 87 Setting terminal for the model fixed at L in this set 88 Setting terminal for the model fixed at L in this set 89 90 NC O Notwed pem TIMER switch S751 input terminal A D input 21 TOMBE L PLAY EEG a center 7 92 source 1 INPUT switch 8741 input terminal A D input 93 I GA 94 Key input terminal A D S721 to 5726 amp EJECT PLAY MODE REPEAT SCROLL LEVEL DISPLAY CHAR I keys input 95 Hn Key input terminal A D input S711 to S714 MENU NO YES PUSH ENTER CLEAR keys input 96 AVSS Ground terminal 97 Key input terminal A D input S701 to S706 REC Bl gt gt 44 D gt keys input 98 99 33V Powersupply terminal 33V for analog system 100 MONO ST 1 REC MODE switch 746 input terminal L MONO STEREO 64 NOTE XX and X mean standardized parts
99. satisfactory Replace the overwrite head Check for disconnection of the circuits around the overwrite head If occasionally unsatisfactory Check if the overwrite head is distorted Check the mechanism around the sled Temperature compensation offset check 6 1 See page 24 Note Unsatisfactory if displayed as T NG NG are both arbitrary numbers Check for disconnection of the circuits around D101 BD board Check the signals around IC101 IC121 CN102 CN103 BD board The criteria for determination above is intended merely to determine if satisfactory or not and does not serve as the specified value for adjustments When performing adjustments use the specified values for adjustments RETRY CAUSE DISPLAY MODE In this test mode the causes for retry of the unit during recording can be displayed on the fluorescent indicator tube During playback the track mode for obtaining track information will be set This is useful for locating the faulty part of the unit The following will be displayed During recording and stop Retry cause number of retries and number of retry errors During playback Information such as type of disc played part played copyright These are displayed in hexadecimal Procedure 1 Load a recordable disc whose contents can be erased into the unit 2 Press the MENU NO button When Edit Menu is displayed on the fluorescent
100. sistor C These are omitted BE E Q Q These are omitted These are omitted Note on Schematic Diagram All capacitors are in HF unless otherwise noted pF uuF 50 WV or less are not indicated except for electrolytics and tantalums All resistors are in Q and 4 W or less unless otherwise specified indicates tolerance A internal component panel designation Note Note The components identi Les composants identifi s par fied by mark or dotted une marque A sont critiques line with mark are criti pour la s curit cal for safety Ne les remplacer que par une Replace only with part pi ce portant le num ro number specified sp cifi B Line B Line Voltages are taken with a VOM Input impedance 10 MQ Voltage variations may be noted due to normal produc tion tolerances Waveforms are taken with a oscilloscope Voltage variations may be noted due to normal produc tion tolerances Circled numbers refer to waveforms Signal path gt gt PLAY ANALOG OUT gt PLAY DIGITAL OUT WDC REC ANALOG IN YD REC DIGITAL IN 35 Circuit Boards Location POWER SW board HP board BD board KEY board DISPLAY board _ 36 SW board KEY SW board MAIN board MDS JE630 6 4 PRINTED WIRING BOARD BD Board See page 36 for Circuit Bo
101. so they may have some difference from the original one Color Indication of Appearance Parts Example KNOB BALANCE 220 rs Parts Color Cabinet s Color 1 CHASSIS SECTION not a supplied 1 0 SECTION 7 EXPLODED VIEWS tems marked are not stocked since they are seldom required for routine service Some delay should be anticipated when ordering these items The mechanical parts with no reference num ber in the exploded views are not supplied Hardware mark list and accessories and packing materials are given in the last of the electrical parts list The components identified by mark A or dotted line with mark A are critical for safety Replace only with part number specified Les composants identifi s par une marque A sont critiquens pour la s curit Ne les remplacer que par une pi ce portant le num ro sp cifi supplied 65 PANEL BACK Canadian MAIN BOARD COMPLETE HOLDER PC BOARD BEAD FERRITE WITH CASE SOCKET SHORT 2P BAND TAITON BINDING TRANSFORMER POWER Front panel section SS 1 Ref No Part No Description Remark Ref No Part No Description 1 X 4947 390 1 FOOT ASSY F50150S 11 4 216 907 72 PANEL BACK US 2 4 983 762 02 CUSHION 11 4 216 907 82 3 4 999 839 01 SCREW BVTTWH M3 STEP 12 A 4724 696 A 4 1 783 139 11 WIRE FLAT TYPE 21 COR
102. splay Not used in servicing The IVR is displayed as follows 20 MEANINGS OF OTHER DISPLAYS Display Contents When Lit When Off During continuous playback CLV ON STOP CLV OFF Tracking servo OFF Tracking servo ON Recording mode ON Recording mode OFF CLV low speed mode CLV normal mode ABCD adjustment completed Tracking offset cancel ON Tracking offset cancel OFF Tracking auto gain OK Focus auto gain OK Pit Groove High reflection Low reflection CLV S CLV A CLV LOCK CLV UNLOCK 21 1 SECTION 5 ELECTRICAL ADJUSTMENTS PARTS REPLACEMENT AND ADJUSTMENT Check and adjust the MDM and MBU as follows The procedure changes according to the part replaced Abbreviation OP Optical pick up Laser power check Traverse check Focus bias check C PLAY check Self recording playback check NG Parts Replacement and Repair NO IC121 been replaced YES Initial setting of the adjustment value YES IOP information recording IOP value labeled on OP Temperature compensation offset check Has the OWH been replaced Has OP IC171 IC101 or Has OP or IC171 been replaced OWH Overwrite head Check the sled and spindle mechanisms Other causes can be suspected YES NO gt
103. t as required Setting Procedure 1 Turn the knob to display ADJ CLEAR C24 2 Press the button Complete will be displayed mo mentarily and initial setting will be executed after which ADJ CLEAR will be displayed 8 RECORDING AND DISPLAYING THE IOP INFORMATION The IOP data can be recorded in the non volatile memory The IOP value on the optical pick up label and the IOP value after the adjustment will be recorded Recording these data eliminates the need to read the label on the optical pick up Recording Procedure 1 Turn the knob to display Iop Write C28 and press the button 2 The display becomes Ref is an arbitrary num ber and the numbers which can be changed will blink 3 Input the IOP value on the optical pick up label To select the number Turn the knob To select the digit Press the knob 4 When the button is pressed the display becomes Measu is an arbitrary number 5 As the adjustment results are recorded for the 6 value Leave it as it is and press the button 6 Complete will be displayed momentarily The value will be recorded in the non volatile memory and the display will be come Jop Write Display Procedure 1 Turn the knob to display Read C27 2 is displayed and the recorded contents are dis played indicates the IOP value on the optical pick up label indicates the IOP value aft
104. t le nem ro sp cifi MAIN Ref No Part No Description Remark Ref No Part No Description L349 1 410 397 21 FERRITE BEAD INDUCTOR R204 1 260 091 11 CARBON 220 L350 1 410 397 21 FERRITE BEAD INDUCTOR L411 1 414 747 11 INDUCTOR R206 1 249 401 11 CARBON 47 1412 1 414 747 11 INDUCTOR R261 1 249 429 11 CARBON 10K R262 1 249 429 11 CARBON 10K L611 1 410 509 11 INDUCTOR 10uH R263 1 249 429 11 CARBON 10K L661 1 410 509 11 INDUCTOR 10uH R264 1 249 429 11 CARBON 10K L801 1 410 324 11 INDUCTOR 4 7uH R265 1 249 433 11 CARBON 22K lt LINE FILTER gt R266 1 249 433 11 CARBON 22K R272 1 249 419 11 CARBON 1 5K ANLF901 1 424 485 11 FILTER LINE R273 1 249 419 11 CARBON 1 5K R281 1 249 415 11 CARBON 680 lt TRANSISTOR gt R282 1 249 441 11 CARBON 100K Q187 8 729 044 08 TRANSISTOR 2501915 F T TA SO R283 1 249 411 11 CARBON 330 0287 8 729 044 08 TRANSISTOR 2501915 F T TA SO R287 1 249 429 11 CARBON 10K 0306 8 729 422 57 TRANSISTOR UN4111 TA R291 1 249 401 11 CARBON 47 Q401 8 729 422 57 TRANSISTOR UN4111 TA R292 1 249 401 11 CARBON 47 0402 8 729 422 57 TRANSISTOR UN4111 TA R341 1 249 424 11 CARBON 3 9K Q403 8 729 040 19 TRANSISTOR RT1N137L TP R342 1 247 807 31 CARBON 100 0404 8 729 040 19 TRANSISTOR RT1N137L TP R343 1 249 413 11 CARBON 470 Q471 8 729 900 80 TRANSISTOR UN4211 TA R344 1 247 807 31 CARBON 100 0472 8 729 119 76 TRANSISTOR 2SA1115TP EF R345 1 247 807 31 CARBON 100 Q801 8 729 900 8
105. tton is pressed the display will be switched LD 0 7 mW LD 6 2 mW EHP and LD Wp RET Nothing needs to be performed here 6 3 Traverse Check Note 1 Data will be erased during MO reading if a recorded disc is used in this adjustment Note 2 If the traverse waveform is not clear connect the oscilloscope as shown in the following figure so that it can be seen more clearly oscilloscope DC range BD 2 _ CN110 pin M o 20 110 pin VC 10 pF Connection oscilloscope DC range BD board CN110 pin TEO CN110 pin Q VC it x V 0 1 V div H 10 ms div Checking Procedure 1 Connect an oscilloscope to CN110 pin and 110 pin VC on the BD board 2 Load a disc any available on the market Refer to Note 1 3 Press the PP button to move the optical pick up outside the pit 4 Turn the knob to display EF MO CHECK C03 Laser power READ power Focus servo ON tracking servo OFF spindle S servo ON 6 Observe the waveform of the oscilloscope and check that the specified value is satisfied Do not turn AMS 2231 knob Read power traverse checking Traverse Waveform Specified value Below 10 offset value IA BI Offset value X 100 set value 96 2 A B 8 Observe the waveform of the oscilloscope and check th
106. value is satisfied as much as possible CD Servo is Traverse Waveform Specification A B 18 19 Press the button display EFB 00 SAV for a mo ment and save the adjustment results in the non volatile memory Next EF CD ADJUS will be displayed Press the button and take out the disc 12 FOCUS BIAS ADJUSTMENT Adjusting Procedure 1 2 10 11 12 13 Load the continuously recorded disc Refer to 5 Creating Continuously Recorded Disc Turn the knob to display CPLAY MODE C29 Press the button to display CPLAY MID Press the button when C displayed Turn the knob to display FBIAS ADJUS C13 Press the YES button to display The first four digits indicate the error rate the t two digits after indicate ADER and the 2 digits after a indicate the focus bias value Turn the knob clockwise and find the focus bias value at which the C1 error rate becomes about 200 Re fer to Note 2 Press the YES button to display Turn the KI AMS P knob ounterclocksise and find the focus bias value at which the C1 error rate becomes about 200 Press the YES button to display Check that the Cl error rate is below 50 and ADER is 00 Then press the YES CES button If the in 33 is above 20 press the button If below 20 press the button and repeat the ad justment from step 2 Press the button and take out th
107. ve PWM signal output to the BH6511FS C152 s7 DVDD Powersupply terminal 3 3V digital system FFDR Focus servo drive PWM signal output to the BHGSIIFSQICIS 8 FRDR Focus servo drive PWM signal output to the BHOSIIFS CIS 9 4 O Clock signal 176 4 kHz output terminal Xtal system Not used open 1 S stands for schmitt input I A for analog input 3 for 3 state output and O A for analog output in the column 60 91 SRDR Sled servo drive PWM signal C output to the BHSTIES CIS O 92 __ Sled servo drive PWM signal output to the BHOSLIFS C15 93 sera Spindle servo drive PWM signal C output to the BHGSTIFS CIS 94 SPFD Spindle servo drive PWM signal output to the BH6SLIFS C159 95 96 Input terminal for the test fixed at L 97 98 99 Ground terminal digital system 100 remo O EFM signal output terminal when recording mode S stands for schmitt input I A for analog input O 3 for 3 state output and O A for analog output in the column I O 81 MAIN BOARD 1C501 M30624MG 223FP SYSTEM CONTROLLER __ a Marennes Cleo nie when atmos Monitor ouput terminal forttetest ADER iscuputwheatestmode Subcode Q sync SCOR input from the CXD2656R IC121 5 SQSY L is input every

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