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1. VESTEM Command I F Cxoss MCU I F 1 5 IC502 CDX1885Q C4O1 CDX2753H IC502 CDX1885G IC4O1 CDxe7953Rn OCT c N DSD NOHRM9 to 1 g y gt g lt 8 3 Q 5 to 1107 3625 E gt a 2 3 Y lt lt 0 y o NAL New AL Slect Test dod o I j d i oi jd i d d P
2. m 04 8 at 1 4 p M3 TERMINAL SIDE SAS5532ADR gt AS101 OPEN C lt S MET E zz jens ro _ KTC28758 Qu qu 5 Rava D D N N a gg 2 Disp 9 BUE TEIG 680 AMRS 2 95 B H 3 NN 5v_01 1904 IRE a 7 7 220 50 PFS I 1 NG Lon Aog c132 C135 QNO d icd Jv7 5 J OPEN_C 5V_A 16 o 3 CK1000P W Q G 0 7 28 zl D W 9000 N EE 9 Q e a D 4 a Z 2 CQ270P nya al z FG TEREE O 9 s S a E 2 8 F Q Q au n 7 I SA5532ADR 8 5
3. 500V 1MO
4. 9 22 Ae n 1 t 6 or 62 61 1 60 H59 53H52 55 54 57 FCCR b7 0 AGC HOLD HOLDEN FBCR b6 0 i RFCR b3 CDR b6 CGR b1 DVDRFP 1 PROGRAMMABLE OUTPUT INHIBIT ATT INPU EQUALIZER FULL WAVE AGC DVDRFN 2 MUX BIAS FILTER RECTIFIER CHARGE DIFFERENTIATOR PUMP RFSIN 63 4 2 5 NR b7 4 NEU 56 BYP SIGR b3 INPUT IMP SEL AGCO INPUT RFCR b7 6 SSOUT 49 RX SEL INPUT IMP H Clamp SEL amp Env 2 51 0 2 Level gt Env Clam Ib P TENV GARI DAC CCR b4 0 FE offset B D SIGDET A W LPF e 5 12 Pa moa 70kHz 6dB Abit B W LPF Amp Offset CD 16 po ER LPF GCA 40 FE W LPF B 11 FOCR b7 4 PIOR b4 0 2 FS Ploffset FOCR b3 0 CD B 2 E PORE FO Gain En 12dB is added cance MUX 8 high gain mode CDR b5 1 CTCR b7 35 C 10 E
5. 1 2 DCD 1500AE DISASSEMBLY Follow the procedure below in reverse order when reassembling 1 Top Cover 1 1 Remove 8 top and side screws And remove 2 rear 1 screws then detach the Top cover 8 2 2 2 Front Panel Ass y 1 Detach the Loader panel Ass y by lifting 1 6531515 2 2 bottom screws of Front 2
6. Fig a OEIC Connector of the pick up pere Flat cable Be connected to the circuit DCD 1500AE DIAGNOSTICS OF OPTICAL PICKUP AND REPLACING TRAVERSE UNIT Make failure diagnostics of the Optical Pickup as follows If the laser drive current lop becomes more than 1 5 times of the initial value the Optical Pickup should be replaced The laser drive current is registered on the seal attached to the rear of the Mecha Unit In case of replacing the Pickup change the whole part of the Traverse Unit No mechanical adjust
7. DS062 2 2 TEN Ad WM m 2 qs D gt Om QW mz QO us iw Og Q 2 10 K7 3 3V_B2 2 5V_BD 12 22x4 N Du s 100 25 CAP z MS did 4 4100785 lt yu a da n a T PS 1 FEEL oOXE2 3 _ BM Cho nQ 280005 2056 1331005 46M SDRAM a Mes 13410094 QF O IC402 Faye C416 35 vDIO 3 8 2 vero GND 8S EM636 165ST 7 gl EKOL TA 136 Daa 222 gt 5 85 pa 137 nae 84 C40
8. fF OEIC FFC 4 Fig a HzS SO NO2 Cb 5
9. 2 Jee
10. CD LD 2 Fixate plate of CD laser Trim potentiometer Objective Actuator Fig b OEIC Fixate plate of OEIC DVD High frequency module and DVD laser Spring FPC Connected point actuator and PWB Never touch the objective lens actuator laser diode photo detector and the trim potentiometer Be sure no dust or soil on the objective lens If dust is on the objective lens below it away by clean air If dust or soil remain on the objective lens use the cleaning liquid B4 made by JCB INDUSTRY Ltd No alternative Make sure that a person who handles this mechanism is well earthed Be sure to earth to the manufacturing equip ment Do not approach magnetic materials Too much forces on the leads of laser diode OEIC and the printed wiring board may caused the pickup to damage Too much forces on the leads of laser diode OEIC and the printed wiring board may caused the pickup to damage Guide shafts in mechanism should not be forced when you set the FFC to the connector which may cause the guide shafts to deform Surrounding atmosphere For proper o
11. FL 13 1 12 13 4 5 6 7 8 9 10 11 12 13 F F 4 REV FWD a 1 FL 13 41516171819 31 62 n b In the case of trace mode error rate display refer to ta ble 2 trace mode details FL display The display part of 13 digits 11213 4 5 6 7 8 9 10 11 12 13 DCD 1500AE 6 2 FL 13 1 12 13 14 5 6 7 8 9 10 12 13 ET oe ee YY select mode 71 94 F address and an error rate display F at the time of undecided 5 Execution of trace mode error rate display refer to table 2 trace mode details Trace will be performed if the PLAY button is pushed after choosing operation
12. 28505 C554 547 CKO 1 CKO 17 2125 330 00 5V A1 CB15 CK 1000P SLD SL PLCK LM Sw VAM 8527 m 100 100 DPGCS DRV D gt OPN ORV OPEN NDI z PWM Suid 7 EN E Don IC505 E INE D o our OTA 0 3V_BD CLS SW O 0 0 5 7 15 4 T 2 ufo 4 9 Fu D 3 5 n p GSD 2 m I x Pa 2 u gt 2 e o N go gt Sod EIEIEIE 5568 9996 AS ola ao m SI Fl 1 xX Q lt NI nl 418 gt 010 12 Vu Ela oly TR543 10K L 5 0 8604 i G 10K R577 DMO Gees SIGNAL LINE W GND BD D ore MEC OLITE p 909 99990 9000000000000000000000 gt Cxos LED I F GND p 5P PHs OPEN ox L S 0 0 0 0 M _ _ GND SCHEMATIC DIAGRAMS 1 6 1U 3624C SACD MODULE UNIT 1 3 77 SCHEMATIC DIAGRAMS 2 6 1 to RF AMP to DVD PROCESSOR ICSO 4 CXA1881AR TC502 CxXD1885aQ 2
13. op TT 75 CX056 1 Ln 8 1 703 E o C721 C714 92 0703 0 C705 FB702 Ic701 4 wp m s 8 3 C706 R423 can 5 4 em D Os C Ds T c3 5 171 5 mm D E FB704 0 O On Otia C 9 R701 8 IC402 s R414 B Ez LD CD 5 18416 CX241 LDLCD C430 C C501 BI FE VO LD DVD 2 18420 18421 5407 5 5 8 T An GND A2 9 q 80000 Ls 5V M2 560 6526 9 C403 M T a so 2618 s E 95421 tO 27 5 8 3 C469 Iz tio ta O Os Ci C558 rs o 8 amp Dg 5 R576 fi CIOL INK ZU FB504 C630 Gees reso races ge R754 ta 5E PrO ANTR OPI R690 C621 Vc16 9 EI C752 TOO gt P F ZO 2 I R752 8 80 E a 3 VAN 10404 800 E 3 R645 s 00 6571 Os lt ex 8 2 ERE 5 5 E 3 200 9 yb miei nn m 1U 3624 SACD MODULE P W B unit foil side HOW TO REPLACE TRAVERSE UNIT Caution The optical pickup can be damaged easily by static electricity charged on human
14. oes gw Prepare Pe oren J wlpsows lm pw ww mwvowewogreerweg _ foo Pion 1 oss wweseperecrswiuy torusgqeo tees glpeos om j fos procs oM Au _ mm _ mw ol p am _ Dems 9 mm lol jm am m 9 p _ fo le p am o jm jm mmm mmo m 9 p am mm ol pmo me ms mms os lewpsmeersrexwer _ me ma lms o mfe f pewospwek or or a Poranne o A woo OSNDSWTCNNGSONARCOSDN o t Fos DSPLAVCHPseRECTIerrLORWeR _ aa Ps o M OPEN swsweurswmcmgcsemeep Pa lee r oN ur Pes o ee es le less _ afas ws 9e ws mwmo we es Pull up input Pull down input Ai Analog input 32 DCD 1500AE M66005 0001AHP PD IC603 BLOCK DIAGRAM 4 Display code RAM 1 8bit x m Bank 2 8bit x 64 cs 4 Serial SCK 15 receive M66005 0001AHP SDAT
15. DENON TOKYO JAPAN Denon Brand Company D amp M Holdings Inc X0243 01 IDE CDM 0508 SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician LEAKAGE CURRENT CHECK Before returning the unit to the customer make sure you make either 1 a leakage current check or 2 a line to chassis DCD 1500AE resistance check If the leakage current exceeds 0 5 milliamps or if the resistance from chassis to either side of the power cord is less than 460 kohms the unit is defective LASER RADIATION Do not stare into beam or view directly with optical instruments class 3A laser product EY T ION 1
16. ee 15 152 AO BCKAI B9 lt T cap VSDSD 58 VDT6_COR 16 17 pem VDIO 3 3V VDT7 COR lt 12 J A 2 xSRQ BCKASL 05 C438 18 M c3 5 R446 jy 22 XSHD2 D_MA11 D MA9 165 xsHD DSADMR 56 Yu 12 7 SDCK 166 DSADML 55 VEFG_COR 4 fo maio 4 D MAB XSAK 167 005 voc 2 Sv XSHD_COR 20 56 XSAK H R446 22 SDEF 21 A M O N Y al 55 W oo Spo 168 coer 45 VDIOl3 TESTO 33 C460 54 R445 22 SDCK 169 46 SUPDTS TESTI 2 CKO 12 23 53 W SD1 470 spo 47 SUPDT7 DCK COR R449 22 552 SB 202323272009 52 M 502 503 D wo 1 SDA LOXSUPAK 48 174 5055 gt 5 D 4 40 40 nO z Q 00410 45 A Qui AA m mim YNN SI N SD7 mi sO Sowa Pee eno p N SP op agoauomugxaHaobDoaxuctctcuoononxmpMooooooUopaaadaueaca C403 2 gt 02 002 gt gt 2220922 d xzz 5zzxx r5i lidu st ccccccsctcccc5ocxonoo0 oo o q w x u un geo os suus o W suus o 0 9 R437 yy 22 spo 9 8438 501 95 tap cnet C425 12 CKO 12 CKO 12 m 8453 lt gt SMUTE 2 10K
17. 4 3 Remove HIP BRACKET and CHASSIS screw then 2 _ detach the Front Panel Ass y 4 H P BRACKET CHASSIS Fig 1 Refer to Fig 1 5 DCD 1500AE 3 Mechanism 3 1 Remove 4 screws then detach the Mechanism 1 4 4 Attachment of Mechanism 4 1 Mechanism is put on MECHA BRACKET BOTTOM 1 MECHA BRACKET BOTTOM 2 ADJUST COLLAR is put on 2 places of the front 2 ADJUST COLLAR 2 3 2 front side screws are tightened 3 2 4 2 rear side screws are tightened 4 2 ADJUST COLLAR MECHA BRACKET BOTTOM 5 Attachment of Mechanism 5 Follow the procedure below 1 1 screw of volume side is tightened 1 2 1 screw of H P jack side is tighten
18. lt lt lt lt INNIU PHH Ii w 4 9 9 S GND 9 0 me 103MUT4G gt 0000Yv 9 6 6 gt DEEE Mice kA BE qne p CES AE 2 105 DS 2 OO 6 76ers DL_ON gt 106 05 ROMAST MWAGA 12706 DLINKCD feo lt Z 107 04 99 VPP P5160 TC7SHU04F T T 108 03 BUSYEPROM MAO59 GND_6 Da P5358 o D1 ss CU DO IC739 DSPSPICLKl56 Y Q DIRH DO DIR DO M30625FGPGP DSPMISQr5 2 4 m 22 9248 SD 2 018 01 DSPMOST mE gt DIR CE 14 DIn cs MCU P5453 5i 7 le DIR DIT DSD CL lt 115 DIR CLK M3O625FGPGP DE4458 R748 10K EPM m Cs lt _ DIR_ERROAR OTR_ERROR P5B51_ d ROM_RST DIH AUDIO 117 DIR AUDIO MRDY50 MHDY A A701 9 c H N DIRH RSTM DIR RST FLAG349 FLAGS D CM lt 119 DSD PCM FLAGA 4p FLAGS BD d MODE 120 MODE FLAG 1 47 FLAG1 121 FCS FLAGO 4 amp FLAGO GND open BD DSPRST 122 DSPHST DRVRDY 45 DRVRDY 4 DF RST 123 DFRST DRVCLK 44 DRVCLK FRAST DRVTX43 DRVTX BUSYEPROM KEYa DRvRX 4p DRVRX DSPOPICS 3 KEY 9 m DRVRST 41 S 2 AVSS E a Z 0 amp PULL_DwWN40 EPSCL 0 Guz g 9 05393 DSPMISO 1G to MOTER ni PE a DSPMOSI DRIV 1 lt GES BRN lt gt
19. AC 52 PARTS LIST OF P W B UNIT DCD 1500AE The parts listed below are for maintenance only might differ from the parts used in the unit in appearances or dimensions nsp Part indicated with the mark nsp are not always in stock and possibly to take a long period of time for supplying or in some case supplying of part may be refused 00D1U 3624C SACD MODULE P W B UNIT ASS Y Retno PatNo Remarks lowlNew SEMICONDUCTORS GROUP IC401 000 262 3217 003 CXD2753R C IC402 00D 262 2875 006 16M SDRAM TSOP 7 8 C IC403 00D 262 3195 905 AD8062 SO8 C IC404 00D 262 3282 009 EMP3128ATC100 10 HARMONY 8LI IC501 000 262 3219 001 CXD1881AR BR 502 000 262 3218 002 CXD1885Q C IC503 00D 262 3409 002 MSM51V18165F 50TSK 7 IC505 000 263 1109 909 AN8471SA C IC507 000 262 3201 909 TC7WHO8FU TE12L REF 508 00D 262 3221 002 FAN8042 C 701 702 00D 262 297
20. PPS gt 1 211 211 2 11 211 211 1 1 2 L 1 2 1 2 11 222 22 2 2 22 2 2 2 2 22 2 2 22 22 22 22 2 2 3 2 3 2 3 2 3 2 3 2 5 2 F 2 5 4 2 4 2 4 2 4 2 422 4 2 4 2 V 5 2 5 2 5 2 5 2 5 2 Prt B 11 3 1 5 1 3 1 3 T 1 31 1 3 2 3 2 3 2 3 P13 3 3 3 3 3 3 3 3 5 3 DD IP14 4 3 24 3 4 3 4 3 4 3 IP15 5 3 5 3 5 3 Pie i 41i1 4 1 411 4 1 411 411 411 4 1 411 411 4 11 4 154 LON IP12 7 4 2 4 2 4 2 4 2 4 2 4 2 4 2 4 2 4 P181 3 4 3 4 3 4 4 4 424 4 4 4 4 4 4 4 4 P20 5 415 415 415 415 4 5 4 5 4 5 4 5 4 5 4 IP21 1 5 1 5 1 5 1 9 Tis 125 126 155 125 125 125 1 5 P22 225 2 5 2 5 225 2 5 2 5 2 5 2 5 2 5 255 2 5 IP231 3 5 8 5 3 5 3 5 5 5 3 5 3 5 3 5 3 5 3 5 1 3 5 1 P24 4 5 4 5 4 5 4 5 4 5 4 5 4 8 4 5 455 4 5 4 5 455 4 8 IP25 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 Pee 126 1 8 1 6 1 6 1 8 1 6 126 1 6 126 126 1 8 156 1126 IP22 2 6 2 6 2 6 226 2 6 2 6 2 6 2 6 2 6 2 6 P28 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 6 3 5 356 3 6 3 6 P29 4 5 4 8 4 6 4 6 4 6 4 6 4 6 4 6 4
21. CXD18850 0x2000 1 Ox1FF2 0x2012 Ox1FF2 8178 0x2000 8192 0 998291015625 0x2012 8210 0 5 2Bytes 2 CXD18850 256 1bit 6 25mV SE Offset 0 2Bytes 2 1bit 6 25mV RFP FE Offset RFP TE Bal 1 CXD1881AR TE Gain iii TE Output 1 CXD1881AR TE ain RFP TE Offset 1 CXD1881AR TE DSP TE Offset Fcs Bias 1 256 CXD1881AR PI FE 1Byte Pi 1Byte FE 256 2Bytes 2 1bit 6 25mV 2Bytes 2 1bit
22. aA ZA S 2 COMPONENT SIDE 50 FOIL SIDE NOTE FOR PARTS LIST Part indicated with the mark nsp are not always in stock and possibly to take a long period of time for supplying or in some case supplying of part may be refused When ordering of part clearly indicate 1 and I i to avoid mis supplying Ordering part without stating its part number can not be supplied Part indicated with the mark is not illustrated in the exploded view Not including Carbon Film Resister 5 1 4W Type in the P W Board parts list Refer to the Schematic Diagram for those parts Not including Carbon Chip Resister 1 16W Type in the P W Board parts list Refer to the Schematic Diagram for those parts WARNING Parts marked with this symbol N have critical characteristics Use ONLY replacement parts recommended by the manufacturer Resistors Ex RN 14K 2E 182 G FR Type Shape Power Resist Allowable Others and per ance error formance Pulse resistant type Low noise type Non burning type Fuse resistor Lead wire forming Carbon Composition Metal oxide film Winding Metal film Metal mixture Resistance 18 2 gt 1800 ohm 1 8 kohm t ______ Indicates number of zeros after effective number 2 digit effective number e Units ohm 1 R gt 1 2 ohm t 1 digit effective number 2 digit effective number decimal point indicated by R
23. 3 s TCS508 OPN DRV lt FLAG3 H FANS042 PWM lt FLAG2 lt OH x FLAG4 gt 15 n gt FLAGO E E gt DSPRST lt SERRE to PLD gt 259 gt gt gt 0 IO Ic404 m DSDZPCM gt Q EPM3128A ML from Audio PWB 4 SM5819 AKa101 S g D SEL4fs m E IpNom 8757 52 mm V 3v 5 U 5 u m FB711 8 SCK lt X T FBMJ1608HS280NT lt 1 e 9 t C762 3 o 216 CKO 4Z Gs 219 o dle a GND e BD ea O BCK gt 65 GND LRCK 12V_M1 BV_M1 5V A2 5V_A1 3 2 3 3V_A1 768FS from Audio PWB 865 MH 5 9 O CSTCE46MOV53 R 8 5 al m dcum m N 0 LI o 7 ev C en ont x B c3 IC739 MCU gt oO gt 59 Cul I cA GND GND_M po 9 en 4s av ae in NO FGSA1 FGSA11 41650 GSA1500 Cd T 48v M1 0 5 5v_82 3V_83 3 3V B1 3 3V BD 1 8V B2 4 8V_BD 2 5V B2 2 5V_BD NKCD 3 GN 5 DSCS41 GAL_AST Ta 4 155355 A2 E of 5 E O O 7 DSCS 4 E DY F Ya E
24. e nsp 1 1 N 5 1 4W 1 16W JE 18 2 gt 180002 1 8kQ t 0 2 IR 2
25. 8556 1K W W 100P H641 100 15 R552 0 15 c582 CKO 042 o6666009 9O0peoeeeoeo e 0 CKO 047 wc 0 W 0 gx m t a 16 8642 16 Nc n 5 4 B CE vcis 00076 5 no a brs 3x T BCK 17 1 A 5 18 18 w Sos 20 6 3 MVAJC576 Ro 4 19 o bl ge dm e DADT 7644 Wa3 D1881AR rela OO o 49 SI 19 19 G9 570 46 19 g8 R509 Y W 1 8V_B2 amp EN o GND INC I 29 9 2219 th b B548 LACK 1 T T 0 OPEN gt lt gt GS Q B ols BCK GND G W 8512 9645 Beso 5 o YT Blo OPEN 0 Mal W M 5 5 cp G3 AW 0 7 DVD Gal
26. OPEN CLOSE OPEN L RI _ FL 13 2 3 4 15 7 8 9 10 1 12 13 E La STOP REV 2 amp TRU 14 7 Test mode detailed table Table 1 servo adjustment value display mode details suppleme Contents nt 31 RFP FE Offset layer 0 Pl of CXD1881AR An offset value and FE An offset value is displayed offset is shown in higher rank 1Byte FE offset is shown in low rank 1Byte Contents Contents explanation RFP TE Gain The focus bias value inside CXD18850 is displayed The inside focus gain setting 0x2000 to 1 value of CXD1885Q is displayed Therefore 0x1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0x2000 8192 0 998291015625 fold 0x2012 8210 0x2000 8192 1 002197265625 fold Notes The inside of is a decimal system equivalent I inside tracking gain setting 0x2000 to 1 value of CXD1885Q is displayed Therefore Ox1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0x2000 8192 0 998291015625 fold 0x2012 8210 0x2000 8192 1 002197265625 fold Notes The inside of i
27. The parts listed below are for maintenance only might differ from the parts used in the unit in appearances or dimensions nsp Part indicated with the mark nsp are not always in stock and possibly to take a long period of time for supplying or in some case supplying of part may be refused 00D 9KC 1A01 7 MAIN CHASSIS ASS Y 00D 9KA 7P08 5 CLAMPER BRACKET 00D 9KA 2A49 5 GUIDE CLAMP BRACKET 00D 9KC 2A00 3 LOADING MOTOR ASS Y 00D 9KC 26029 LOADING GEAR 000 9KB 96030 LOADING GEAR 2ND 00D 9KB 9G03 1 LOADING GEAR 3RD 00D 9KA 2G41 7 SUB CHASSIS L 00D 9KA 2G41 8 SUB CHASSIS R 00D 9KA 2G53 2 TRAY 00D 9KC 16003 SLIDE CAM 00D 9KC 1G004 TRAVERSE ARM 000 7G20 2 CLAMPERH 000 7G20 3 CLAMPERL 00D 9KB 96015 LOADING BELT 000 1P01 4 SWITCH P W B 000 9KC 2604 3 5P PH WIRE 00D 9KS 01W2 04 SWITCH ESE22MH21 00D 9KS 01W2 05 SWITCH ESE22MH23 000 26C6 25 POLY SLIT WASHER 2 6X6X0 25C 00D 445 8004 007 WIRE CLAMPER 00D 9KS 17 0 22 PRECISION SCREW 1 7X2 2 TYPE3 00D 9KB 26BK 06 SCREW 2 6X6 CBTS B Z 00D 9KS 20TK 33 PRECISION SCREW 2X3 S TYPE3 00D 9KB 20PK 06 SCREW 2X6 CBTS P Z 00D 9KC 2A11 1C TRAVERSE MECHA FEED ASS Y Assembled part PRECISIO
28. SSE er GND us W W 47 D 55 8159 8165 77 77 O oN 47 STI R196 R203 GND D1 GND A lt AW e 1M 777 C445 9 IC443 he GND_D4 100 16 100 4 5V_D1 TC74HCT7OO7AF uy ___________________________________________ 2 ___ GND D1 R192 R197 za tT _ GND_D4 6 lt M ZiT 55 X466 o 47 UNF 130 100 116 ozo Wc 7 7 9 00 99 i R176 12 5 3 GND D1 GND D1 EN a wy 47 e e 2T 9 0 5 04 j W hs 1 DIES m 795 to 1 3714 2 8187 T Ol enoo POWER UNIT CY444 OPEN R 21912 OKO 4 5v_D0 11 1 7 100716 RE3 C194 GND O GND 5v e 5 GND 4 GND_D1 T 5 2 o 3 Om a Bo 2 og OS i ST101 G 13 YFD AST 5 STYLE PIN WO GND 5v mo 12 BEMOCON ST402 cwD 5v 4 STYLE PIN T KEYO 57103 KEI G9 STYLE PIN KEY2 G 3 ST104 C106 CKO 4 STYLE PIN 8996 R995 R994 R997 R999 R998 i 100K AMRS 100K AMAS 100K AMAS OPEN_R OPEN R 01 77 F i GND_D1 1 T 1 OO E E E E E EEE EE EEE EE E
29. T 100P 8671 F W FSCON HA5O 10Kx4 5 FEO 9 gue zz DADI B 10K 8513 cezi gt DADT FBMJ2 125HM330 T D 3 3V_ B1 8514 P2 6 3 MVB 0 CB38 gt lt gt DIGO OPEN C601 EET 2 pe 1 SUM 017 FB501 Hee at 22 114121 1 5K 74 00 gt gt VDT7 COR p 10 2 2pvpp 22 ID 105 33 EO VDT6_COR 25 0 lt 106 TSCONT gt LED lt 107 SLED DA1 Q gt if T m E XSHD 5 119 Avss Gece gt VEFG COH gt VDT5_ COR t SPWM1 AN e gt 111 SLED2 TILT DA3 XHAC gt XHAC COR 300 PwM lt o AMA HERS WM vDTO gt VDT4_COR 280 ET E GPWM 1 116 GPwM VDT3 vors con 117 GPwM3 viene ICE gt VDT3 COR L 218 GPWM VDT5 MDIOSCOH b GPWMS Dvss GND XL 9652 100 lt 129 VDT 6 2 we Me 100 lt lt 152 0245 gt VDT2_COR 123 cuc xo C604 CKO 017 LRR 124 V 550 8505 125 VDT1 COR 5 _ RAS 8654 100 128 0 59 VDT 1 CCH RAS 8655 100 127 RAS INT RAZ 8611 100 128
30. gt DsDPsT 22 e 3 cd MSREADY 22 507 m MSDATAO 5 MSDATAI MSCK XMSLAT 5 mu 3V_BD 2 7K R435 0 R463 33 XRST PLD 76825 76825 MCLK gt PLCK RFAC 1 1 oP DUL UNIT T SCHEMATIC DIAGRAMS 2 6 SIGNAL LINE DSARS DSALS DSALF gt DSAC to MCU IC739 M30O625FGPGP 11 DCD 1500AE to 1 1U 3624C SACD MODULE UNIT 2 3 78 DCD 1500AE SCHEMATIC DIAGRAMS 3 6 1 2 3 4 5 6 7 8 9 10 11
31. 47 45 22 750 SRA 4 GND DISP _ 5P PH RD s 5029286 TP R608 8613 A617 s A D601 GND DISP B721Q 40 OPENA 150 180 18 1 J 3714 5 P Rises cai AW AW AW 5 OWER UNIT 1 z T a 26014 RB721Q 40 SB o so 5 G F 5vV_DTEP DD 13 Pi CK 1000P E su KEY 1 4 C603 SN 0 RAB721Q 40 OPEN_R 150 180 0 4 0O e W W W La rceoa s 7 5 n BA3S3BCOFP 00 S602 S604 5607 O IN PLAv 4 Q ws 0 No JU Uap ox 40 GN N C614 Q 95 CK 1000P C618 C619 CKO 1 CKO 4 A611 R614 R615 REVS 150 180 270 O 1 BK W W W 0 W R618 lt PURE 010 iS 1 20601 4 DIRECT o 010 p9 0 0 EE lt B 22 50 SRA w701 GND DISP on OPEN_C C5625 20802 EN 70803 55 06 CY 4 4 REMO 14P FFC P 1 GND g GVFD DATA S GVFD CLK 4 GvV CS G S VF 5T tbo a 13 4 AUDIO UNIT gt REMO CON 0 O Evo ll LJ 1 1 G9 3 LNI P WW A 5 Ba m ww lt a Ee P SCHEMATIC DIAGRAMS 5 6 1U 3714 1 DISPLAY UNIT 1U
32. 6 25mV NO Trk AGC Pi Offset FE Offset SE Offset PO error n number PO uncorrect able error number error DEW tion DEW uncorrect error PO error detection number and address Error rate It is invalid at the time of CD operation Error Rate It is invalid at the time of CD operation CD C1 error detection number CD C2 uncorrectable error number Disc dis criminant Disc dis criminant Disc dis criminant Disc dis criminant Disc Type The inside focus gain setting 0x2000 to 1 value of CXD18850 is displayed Therefore 0x1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0 2000 8192 0 998291015625 fold 0x2012 8210 Ox2000 8192 1 002197265625 fold Notes The inside of is a decimal system equivalent The inside tracking gain setting 0 2000 to 1 value of CXD1885Q is displayed Therefore Ox1FF2 and in the case of 0x2012 it is as follows Ox1FF2 8178 0x2000 8192 0 998291015625 fold 0 2012 8210 0 2000 8192 1 002197265625 fold Notes The inside of is a decimal system equivalent It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves a
33. 0x2012 8210 0x2000 8192 1 002197265625 10 CXD1885Q i 0x2000 1 _ Ox1FF2 0 2 Ox1FF2 8178 0 998291015625 f 0x2012 821 0 1 002197265625 CXD1885Q 256 2Bytes 2 1bit 6 25mV CXD1885Q 256 2Bytes 2 1bit 6 CXD1885Q 256 2Bytes 2 1bit 6 2 CD CD CD C1 AFR ae S 3 TE 3 CD PO Table 2 trace mode details Contents A display of PO error detection number of the inner circumfer ence Of 1 layer and an address A display of PO uncorrectable number of the inner circumfer ence of 1 layer and an address A display of Pl error detection number of the inne
34. BUTYL NITOFLON TAPE BUTYL NITOFLON TAPE BUTYL TAPE NITOFLON TAPE become pair usage There is an exception part The place as which the number of BUTYL TAPE and NITOFLON TAPE is filled in with the exploded view should stick NITOFLON TAPE on the surface of stuck BUTYL TAPE lt BUTYL TAPE gt 201 BUTYL TAPE W50 T2 L 70 10m of 1 volume 202 BUTYL TAPE W50 T2 L 220 lt NITOFLON TAPE gt 211 NITOFLON TAPE W50 L 70 Sticks on No 201 30m of 1 volume 212 NITOFLON TAPE W50 L 220 Sticks on No 202 lt CHUKOH TAPE gt 221 CHUKOH TAPE W25 T0 13 L 100 10m of 1 volimu 222 CHUKOH TAPE W13 T0 13 L 70 10m of 1 volimu 67 DCD 1500AE EXPLODED VIEW OF DVD MECHANISM UNIT 2 HI NM HOR J J 277 RN CD D 68 DCD 1500AE PARTS LIST OF DVD MECHANISM UNIT 00D 337 0127 102 DVD MECHA TD 5HP DE
35. D COAX OUT DIGITAL OUT OPT OUT DCD 1500AE SEMICONDUCTORS Only major semiconductors are shown general semiconductors etc are omitted to list 1 IC s Note Abbreviation ahead of IC No indicates the name of P W B etc ICNo AD AUDIO P W B PD POWER DISPLAY HP P W B SACD MODULE P W B CXD1885Q SM IC502 Pin Assignment DRAM I F PWM FG D A gt lt gt gt 5 _ 2 ey 8 9 208328952895 d ag bz o 5 lt Dvpp33 157 04 Avons RD8 158 103 VREFL TESTO 59 102 VREFH TEST1 160 01 ADS TEST2 6 00 ADE TEST3 62 99 AD7 TEST4 163 98 AD6 TESTS 164 57 ADS TESTE 165 96 ADA TEST7 69 85 Ap amp TESTS 67 94 33 8 TESTS 168 53 AD2 2 TEST10 69 82 TEST11 70 91 Apo TEST12 171 90 AVss TEST13 72 89 AVss TEST14 173 RC TEST15 174 87 LPF2 MODSELO 79 86 LPF 1 MODSEL1 176 85 DVss 70 84 AVpo18 5 MODSEL2 178 53 VFBC 79 52 CHG 89 81 JMOUT 6102 8 80 JMREF E GIO3 82 79 AVoD33 5 Dvpp33 183 78 IREF GIO4 184
36. 10 o KTC2875B KTC2875B ee 1 q 9 4 1 O O R408 R405 KS O o o 10 C405 2K Y CKO 1 i JK40 1 2048264000 H P_8264000 PHONES OUTPUT AS1 AE TARAC STOE SIGNAL LINE 1U 3714 2 POWER UNIT 1U 3714 4 H P UNIT 11 DCD 1500AE 82 DCD 1500AE DOCUMENTS FOR WEEE Details of Recycle parts for Main Unit You have to remove the parts that marked WEEE Mark when the recycling processing Europe model only 1 AUDIO UNIT ASS Y Complex 1 2 1 DISPLAY UNIT Complex 1 2 2 POWER UNIT Complex 1 2 3 H P VR UNIT Complex 1 2 4 H P UNIT Complex 1 2 5 POWER SWITCH UNIT Complex 1 3 SACD MODULE UNIT ASS Y Complex 1 4 REAR PANEL E2 SECC 1 5 AC INLET 2P Complex 1 6 FOOT ASS Y ABS 4 7 MECHA BRACKET BOTTOM SECC 1 8 TRANS BRACKET SECC 1 9 5 2 1 10 SECC 1 11 HOLDER A NYLON 1 12 CARD SPACER L 18 NYLON 2 13 FRONT PANEL SP AL ABS 1 14 KNOB FUJI ABS 1 15 WINDOW PMMA 1 16 ADJUST COLLAR C3604B 2 17 BLIND ASS Y Complex 1 18 SPRING SUS 2 19 FUNCTION KNOB SP ABS 1 20 OP CL FUNC KNOB SP ABS 1 21 SACD MECHA UNIT Complex 1 22 POWER KNOB ASS Y AL ABS 1 23 LOADER PANEL SP ABS 1 24 SACD PLATE Ni Electroforming 1 25 TOP COVER SP PVC STEEL 1 26 DVD MECHA TD 5HP DE
37. 151 RD13 DRAM I F DRAM data input output terminal 13 152 RD12 DRAM DRAM data input output terminal 12 153 RD11 DRAM DRAM data input output terminal 11 154 RD10 DRAM DRAM data input output terminal 10 155 RD9 DRAM DRAM data input output terminal 9 156 18 Vpp amp GND Digital 1 8V Power for internal Logic system 157 DVDp33 Vpp amp GND Digital 3 3V power for I O 158 D DRAM I F DRAM data input output terminal 8 159 TESTO O D TEST Monitor TEST 0 0 160 TEST1 O D TEST Monitor TEST I O 1 161 TEST2 O D TEST Monitor TEST I O 2 162 TEST3 O D TEST Monitor TEST 163 TEST4 O D TEST Monitor TEST I O 4 164 TEST5 O D TEST Monitor TEST I O 5 165 TEST6 O D TEST Monitor TEST I O 6 166 TEST7 O TEST Monitor TEST I O 7 167 TEST8 O D TEST Monitor TEST 8 168 TEST9 O D TEST Monitor TEST I O 9 169 TEST10 O D TEST Monitor TEST I O 10 170 TEST11 O D TEST Monitor TEST 11 171 TEST12 O D TEST Monitor TEST I O 12 172 TEST13 O D TEST Monitor TEST 13 173 TEST14 O D TEST Monitor TEST I O 14 174 TEST15 O D TEST Monitor TEST I O 15 175 MODSELO TEST Monitor TEST mode select 0 GND under normal conditions 176 MODSEL1 TEST Monitor TEST mode select 1 GND under normal conditions 177 DVss P VDD amp GND Digital Ground 178 MODSEL2 D TEST Monitor TEST mode select 2 GND under normal cond
38. PLAY 2 PLAY PAUSE LOADING FL 13 112 13 4 5 6 7 8 9 12 13 2 2 a REV FWD FL 13 12 13 4 5 6 7 8 9 12 13 p E b REV FWD FL 13 1 12 14 5 6 7 8 9 12 13 eT LAWS Le 3 PLAY FL 13 1 2 4 5 7 8 9 10 1 12 13 n D
39. T14L1024N SM IC732 A16 A15 A14 A13 OE 1 07 1 06 Vss Q j Q N Vcc 5 1 04 A12 A11 A10 A9 A8 43 DSD1791DBR AD Block Diagram GAL16V8 AD IC110 PLRCK PBCK PDATA DBCK DSDL DSDR RST MDI MC MS ZEROL ZEROR IC114 Audio Data Input PLRCK PBCK PDATA DBCK SCK RST DGND AGNDF VccR AGNDR VourR VouTR MS MC MDI DSDL DSDR ZEROL ZEROR VccF VccL AGNDL Vout VOUTL AGNDC VccC Current Segment DAC and I V Buffer D S and Filter x8 Current Segment DAC and I V Buffer Oversampling Advanced Digital Segment Filter DAC and Modulator Function Control ea E Function Control D S and Filter System J Clock Manager Zero Detect Power Supply AL z AA OA ono OA o gt Z OZ O Z O Z O gt gt gt gt lt lt lt lt clk rst 44 DCD 1500AE DCD 1500AE BA33BCOFP E2 PD IC604 BD9702T PD 905 o D vec 2 N C 3 OUT OUT 9 GND 4 GND INV STY TC74VHC157FT AD IC111 S 80843C SM IC733 4 3 SELECT 1 1A 2 18 3 1Y 4 2A 5 2 2B 6 2Y 7 GND 8 2 TRANSISTORS DTA114EK PNP DTA Series DTC Series DTC114EK NPN gt C R1 B
40. 2 2 i Qv RIS 9 _ Nu o FB10e 59 38 9 5 SHORT A SHORT R NS 3V D1 T EMIFIL 44A124 7709 GND D41 9 W OHG TC7SHUO4F Q 4 R269 100 ys CY271 IC108 MON d i 95 SOK Nei D iH 57 2 orn mera 09 Q a EMIFIL 11A121 q 20 O O p xe 4 a0 a M KTa nx 100 16 REF ME 5 44EK i m ae Bad wo j mu VPP o FG7 9 rar ol 94 Z oo GND_ D5 9 7e8fs AM 8 in no 5 i 7777 R183 AST 51K Q 712 12 SPDIF GND D4 OPEN_R gt M 5 oad R278 8 d GND_ 5 Riso p ou Bg RO c176 3 9K 9 n R175 R179 R188 100 oO q og 218 0 0 lt 47 47 She 05 6 6 8284 X Rees CKO 1 DI GND_DS A Wy 7 AN oy Q 6 6 3 DSRST1 5 5 3 5 SHORT R SHORT R M3 TERMINAL SIDE DSAST1 DLINKCD 9 9 me NG DL ON G TC7A4VHCUOAFT GB 77 5103 TC7AHCT7OO7AF DSCS1 R178 R182 GND_D1 GND 4 0 B e GND A 12 D CS 4 _ CE 2 47 5 8 L c232 R152 DSD_BCK CK1000P GND_DS Ga O AW W FG17 1 MCK DIR_A nee 9133 9 W DXEABSOSMOIS 0 C270 _ DXP DSD_MCK DIR_AUDIO a yan ET W 5 C271 a DIR_INT
41. 8 1 PI CD C2 CO UJ TN wi Sot JD PO 1 PI PI AD PO 1 20 PO PI PO BA BU ay ay CO w oH aM Oo ot oF SIN 3 SIN Wi ag TN i SWT H oF Sl S SIN NE S aB NO wi 2 2 PO 1 3 2 PI 1 5 4 2 PI 1 82 1 DCD 1500AE Table 3 Disc distinction information 3 Mircount Mir Width com Pl Level No Disc except 2 and 3 CD High 2 More th
42. lt KEY gt 9 GND_ 5V REMOTE 6 GND_ 5V 5 FRES 3 FCLK 2 FDAT 1 GND_5V CY051 5P PH 1 16V_MU 2GND RL 3 12V_A 4 GND_A 5 12V_A CY041 4P PH 1 5V_D1 2GND D1 3 5 DO GND DO CY291 29PFFC DGND 2 DATA 3PCM LRCK GND_D1 5 PCM_BCK 6 GND_D1 7 DSAL 8 DSAR 9 DSALS OPEN 10 DSARS OPEN 11 DSAC OPEN 12 DSASW OPEN 13 GND_D1 14 DSDBCK 15 GND_D1 16 SEL_4fs OPEN 17 RST3 OPEN 18 DSD PCM OPEN 19 GND_D1 20 EXTSEL OPEN 21 23 OPEN 24 29 OPEN CY271 27PFFC 1 DIR_RST2 OPEN 2 ROM_RST OPEN 3 VPP OPEN 4 GND_D1 5 SPDIF 6 GND_D1 7 MCLK 8 GND_D1 9 DSD RST 10 DL_ON OPEN 1 DSD CS 12 GND_D1 13 DSD DXP_CL 14 DIR_INT OPEN 15 DSD DXP_DI 16 DIR_DO OPEN 17 DXP_CS 18 RST2 OPEN 19 DXP_RST 20 DIR_DI OPEN 21 GND_D1 22 DF RST OPEN 23 GAL RST 22 EXT INT OPEN 25 MUT1 26 MODE 27 GND_D1 CY111 11 KEY2 2 FDAT 1 GND CX112 1 KEY2 2 KEY1 3 KEYO 4 GND 5 REMOCON 69GND 7 FRRST 8 FCS 9 FCLK 10 FDAT 11 GND BA083 3 3V_D1 TAHCT 70D 5V_D2 DXP6001AF 33 8688MHz Master CLOCK 74HCT7007 7805 BA088 33 H3 3V D2 DSD1791 24 DSDR 1 PLRCK Vout_ R Vout_ R CX042 4P PH 10 3713 1 AUDIO UNIT MUT1 74HCT7007 e ANALOG
43. 5 N 5 O gt 5 VREF N 2 OPOUT2 8 E PVCC1 IN1 1 DO1 IN1 DO1 OUT1 DO2 IN2 DO2 IN2 DO3 a FAN8042 GND GND OUT2 8 DO3 Ner IN3 DO4 OUT3 11 DO5 IN4 DO5 IN4 E E E B MUTE123 E MUTEA E s PVCC2 40 DCD 1500AE Pin Definitions 6 le T e re 8 o le jop re MUTE123 1 Mute for CH1 2 3 PVCC2 Power supply voltage 2 For 4 5 3 oD le 3 jop PVCC1 Power supply voltage 1 FOR CH1 CH2 CH3 er OPOUT2 o Normal op amp2 output OPIN2 Normal op amp2 input OPIN2 Normal op amp2 input 4 jop re 4 op le VREF Bias voltage input SVCC Signal amp OPAMPs supply voltage OPOUT 1 Normal op amp1 output OPIN1 Normal 1 input OPIN1 Normal op amp1 input 41 DCD 1500AE Block Diagram OPIN1 SVCC OPIN2 OPOUT2 OPIN1 OPOUT 1 VREF GND GND OPIN2 PS PVCC1 ED 29 DO5 189 20 21 22 23 04 IN4 OUT4 CTL FWD REV GND GND SGND MUTE4 TSD M PVCC2 MUTE123 Note Detailed circuit of the output power amp DO DO Pref1 is almost PVCC1 2 Pref2 is almost PVCC2 2 42 DCD 1500AE AN8471SA SM IC505 Function 2 START VPUMP BC1 BC2 BC3 BC4 GND Matrix in 0 C Pre Driver
44. 87 DCD 1500AE Details of Recycle parts for Power transformer 2 2 22222222222222222 2 i SS Polyurethane Enameled Copper Wire 4 Litt L ee NI al a s 20 2222227222227222222222222 2 22 ra N 22 42222222222222222222222 Polyester Film Polyester Non woven Insulating Tape Polyurethane Enameled Copper Wire Nylon Polyurethane Enameled Copper Wire Polyester Tape Polyurethane Enameled Copper Wire Polyester Tape Polyurethane Enameled Copper Wire Thermal Fuse Polyurethane Enameled Copper Wire Polyethylene Terephthalate Polyester Tape Silicon Steel Polyester Sheet Steel 1 2 3 4 5 6 7 8 9 Polyester Steel e Pressed Paper Polyurethane Enameled Copper Wire Polyester Tape Polyurethane Enameled Copper Wire e N Polyester Tape Complex Polyester Sheet Complex Polyester Sheet Complex RS Polyester 88
45. Apply Froil KG 423 approx 912 5 half ball symmetrically to the Tray s rib top and side each after ejecting it completely Froil KG 423 4 5 14018 press After attaching plate spring i g T More than half of the screw QM mo 3 GEAR 1ST2MP Press fitting hole apply to the TRAY side of the plate spring Greasing positions top Greasing positions bottom Froil KG 423 Froil KG 4235 of each holes 3positions Top of each holes 2positions 5 Side face Side face 3 Bond 14018 Bon Thick apply 0 5 1 0mm quarter of screw around Upper face 4 Upper face Upper face Not apply cross bind 2position Main Q o o BS Main Chassis Chassis Fig Fig B Greasing positions Apply grease on the top and Apply grease on the top of Froil KG 425 side faces of each hole each hole Assembly part of Arm Trv Chassis 2positions 0 1mg each x 2 m 29 Greasing positions side Ditch side face of Main Chassis 2positions Remove face of Slide Cam 2positions Remove ditch of Arm Trv Chassis 2positions Greasing positions 0 1mg each x 6 9 Froil 425 Pin Load Gear 3positions 0 2mg each x 3 Froil KG 423 Cam ditchs 2position 0 1mg each x 2 Ditch side face
46. BCK Audio I F Audio Bit Clock output EXVCO TEST Monitor External Channel clock input EXPLDT TEST Monitor External RF data input Logic level CSL ASP SIO for RF signal processing LSI control Latch signal output 5 ASP SIO for RF signal processing LSI control Serial data input SO ASP SIO for RF signal processing LSI control Serial data output SCLKH ASP SIO for RF signal processing LSI control Serial clock output RFOKGH ASP RF O K Signal input HFD ASP I F RF lack Signal input MIRRORH ASP Mirror detected signal input H Mirror detected DTC ASP Track cross signal input Logic level input 55 Vpp amp GND Analog Ground ATC Data PLL Track Cross signal input Analog level input HF Data PLL RF signal input TLCO Data PLL Asymmetry Charge pump output 0 TLC1 Data PLL Asymmetry Charge pump output 1 IREF gt gt gt gt gt Data PLL Reference current setting terminal for Asymmetry Circuit AVDD33 Vpp amp GND Analog 3 3V Power JMREF Data PLL Reference current setting terminal for Jitter Monitor JMOUT Data PLL Jitter Monitor output CHG Data PLL Reference current setting terminal for data PLL
47. FL display The display part of 13 digits 1 12 14 5 6 7 8 9 12 3 ITIYIYImlImlmlmlmlmllllllll LINDE 20 ee Y Y 71 94 F F 5 2 PLAY FL 13 11213 14 5 6 7 8 9 12 13 ITIYIYImlImlmlmlmlmllllllll YY select mode 71 94 m address PBA HEX lerror rate COUNT SEC HEX Note Renewal of data is carried out for every CD 300 frame and DVD 85ECC block The mode chosen when selection mode was changed into the trace execution and the PLAY button was pushed is performed from the beginning When the PLAY button is pushed without changing selection mode the mode under selection is performed from the beginning If the PLAY but ton is pushed the address corresponding to the chosen mode will be searched again 6 Other operation a If the STOP button is pushed into servo adjustment val ue display mode and trace mode error rate display it will return to the state at the time of a test mode injection FL display The display part of 13 digits 1213 415 6 718 9 10 11 12 13 THA
48. lt lt VU uuu oo Os 55 i SAR 0N m SE tn P SE tn S0 P O CN CN CNL N lt C 00 lt t 10 S9 P O c m ST tn CNL CN NNN 0 e e 00 m SE SE SE SE SE SE ST e dr s pd pas eap eo po ba er eed ale eo e roedels dBHB 94193921919 8365216 8 069 68 66 222212222212 P10 D8 93 6 12 5 PO7 D7 04 63 P12 6 P12 7 64 63 6 06 62 61 P50 WRL WR 60 59 58 PO5 D5 P04 D4 P03 D3 P02 D2 P01 D1 P51 WRH BHE P52 RD 58 P53 BCLK 57 P13 0 56 P13 1 55 P13 2 s P13 3 sa P54 HLDA 52 P55 HOLD M30625FGNGP 5 P56 ALE 50 P57 RDY CLKOUT 9 P13 4 P13 5 P13 6 P13 7 49 P107 AN7 K13 AN7 45 P60 CTSO RTSO 44 43 42 41 40 P106 AN6 K 2 105 5 1 P104 ANA KI0 P103 AN3 P102 AN2 P101 AN1 AVSS P100 ANO P61 CLKO P62 RXDO P63 TXDO 41 P64 CTS1 RTS1 CTSO CLKS1 40 P65 CLK1 39 VSS Keele 2 2 2 2 7 2 2 2 2 27 12 22 2 f Z Zo ome 2 AZ 2 t 4 l l Q D Z F gt gt Z E G D a VENT ODN D Z gt gc gt m J f gt gt
49. 090 1 20 O NE 5 psasw 5 gn ay a a CG270P 09 Le 50 5 0 R160 DSA L 11A121 t153 f a R251 02 5 GND 5 13 OPEN R 47 50 8 all BK oly 8 8 m5 19 12 4 9 8 8 00 5 o mo GND D5 35 R252 N 2 gt 2K q 5 Gs m 9 T UN E ASTS GREENER 9 DTA114EK o TR106 05 DsDZPCM GS TR104 Df KTC28758 GND_DS ig NUM7805FA S QR DSPAST EXTSEL 9191 2 142v_A um FLAGO AL Test3 F028 U i ait 0 IN FLAG1 AL_Testa 7192 ook GNO_D1 r 210 te t l FLAG2 AL_Tests 9104 1 OOK 0 9 0918 ops a FLAGS 2105 199 0 092 DN W W u SERA 9 R105 I 100K 0 IC112 Joox 00 R245 R247 R250 00 12 rN our o 330 330 330 zu 3 DSPMISO 3 8192 100K k LOO 50 5 9 R108 100K C454 C163 9295 257 DSPSPICLK 22 att o 01 NH2 DTA114EK 820 CK2200R lt R109 100K DSPSPICS Gg 01 NH BUsvEPROM _ 11041 025 X 1O 4 a UPCAS7OC 2op rrc TR103 em 1po 16 FEB N 1 DTC114EK 30K G iB SA5532A0R TR104 IC448 0 OTC114EK 1 fe R280 0 12V_Aa 51K e 100P 5V_D1
50. 2 9 CO DCD 1500AE DXP6001AF AD 1 102 DXP6001AF Terminal Function 1 MDT Microcomputer Interface Data 23 Pe4L o Lch 24 bit Output 1 2 MCK Microcomputer Interface Clock 24 P23L 0 Lambda processor Lch 23 9 bit Output 4 2 3 MLEN Microcomputer Interface Latch Enable _ 25 o Lambda processor Lch 22 bit Output 1 2 4 RSTN p Reset Termina zel Ptt iambaa processor Lon 21 bit Output 5 DLRCK ip Audi Serial Data Clock 27 Pzot tambda processor Lon 20 bit Output e Ground Termina voo Power Supply Terminal 7 DBCK _ Audio Serial Input Bit Clock Lambda processor Lch Output 19 bit 29 SO2L P19L _ Audio Serial input Data mre Output 1 TEST2N n Test Setting Terminal 2 Alpha processor 1 SO1L O Lambda processor Lch Output Output shifts 12 bit SO1R rea Lambda processor Rch Output Test Setting Terminal 3 Alpha processor 2 Lambda processor Rch Output 19 bit utput stops Output 1 TEST4N 33 o Rch 208 bit Output 1 Output stops 21 Lambda processor Rch 21 bit Output 1 2 DFBCK Ip Lambda processor P22R Lambda processor Rch 2279 bit Output 1 2 D
51. 4slveo av 4slsumpre O O Supplementary data s SSS 48 XSUPAK o Supplementary data Ackrowiedge glvee lresro o 26 DCD 1500AE m TESTI 1 Input for TEST It fixed to L potential TESTI P Input for TEST It fixed to L potential TESTO Output for TEST open DSADML O DSD Data output terminal for Lch Down Mix DSADMR DSD Data output terminal for Rch Down Mix BCKASL I O selection terminal of the Bit clock for DSD data output L input Slave H output Master VSDSD Ground terminal for DSD data output 59 BCKAI Bit clock input terminal for DSD data output Input Bit clock into this terminal at the time of BCKASL L potential BCKAO Bit clock output terminal for DSD data output Bit clock output from this terminal at the time of BCKASL H potential PHREFI Reference phase signal input terminal for DSD output phase modulation PHREFO Reference signal output terminal for DSD output phase modulation ZDFL Lch zero data detection flag at the time of com setup It will be set to H if non sound data continues 300 msecs 64 DSAL DSD data output terminal for Lch speaker ZDFR Rch zero data detection flag at the time of ucom setup It will be set to H if non sound data continues 300 msecs 66 DSAR DSD data output terminal for Rch
52. 77 TLc1 GIO5 89 76 TLco GIO6 89 75 GIO7 74 Dvpp18 73 AVss 6108 89 72 DTC 6109 9 71 MIRRORH 5 GIO10 9 70 HFD 5 GIO11 92 69 RFOKGH 9 61012 68 SCLKH x DVss 194 67 SO gt GIO13 95 66 si GIO14 90 65 CSL lt GIO15 9 64 EXPLDT 61016 9 63 EXVCO 1017 BCK ON 2 gt LRCK 5 61019 0 60 8 TRST 02 59 DADT lt TMS 603 58 C2PO TDI 0 57 DRVRDY TCK 09 56 DRVCLK I TDO 0 65 DRVRX VMCHG 0 64 DRVTX u Dvpp18 00 O 53 Dvpp33 99999999 9 999 09669999000009000000000000000000666 661 HO ger 9 x o 1 1 B E MCU I F Clock VSTEM 20 Block Diagram DCD 1500AE 16 4M DRAM NES ECC Core Memory EDC EE manager Video Serial AGB Command f VSTEM PWM ATC Audio JTAG DSP MCU Mecha Direction Data control ROM RAM Servo Servo control singna is No Terminal Name I O Classification Function amp GND Digital 3 3V Power for I O pt D pt D jMcur MCUMFmodeselect0u pt D jMcur X MCUMFmodeselect1 S MCU I F MCU Address input 0 data I O 0 lt LSB gt MCU I F MCU Address input 1 data I O 1 MCU I F MCU Address input 2 data I O 2 MCU I F MCU Address input data I O MCU I F MCU Address input
53. 9 i 9 5 q q 2 9 q lt 3 5 8 8 8 5 8 5 5 5 5 gt X gt gt gt n n 0 0 2 NALS Q E A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A b I I Y W V V V V A V V V gt O H 3 3V_BD x xl X 5 805 2 S 8 E 9 E 5 8 a O 0 10 Y m MI SU 0 50 al al al 50 lL al al al ol 8 Sl BL 5 a 6 2 x 2 2 J 11 9 2 Qi 11P_FFC_BASE 9610SD H 6 T 4 e 5 E 3 3 E lt lt lt lt lt lt a a a DL_ ORO DRVRST HEBES EPSCL SA_LED JO 8G CD LED 3 RESET ae T 3 3V_BD 2 to C747 t 22 6 3 Mva CNVSS 0 002 to IC507 BD alt 27P_FFC_BASE ga CX274 2 GND MODE 2 C740 MCS 2 gt MUT 4 3 22 6 3 MVB 3V_BD EXT INT 7 2 1 HE d _ 1 j Ld Te meme qnem DIR CE 29 i e DIR_DO Hoa 0 DIR_ERROR 5 m D DIR_INT A i adda 58 DIR AUDIO 3 55 0 bg se eS YS Oe 0 x I0 CO P 0 XO O I0 x o O O 9 QI N ID UD A Q gt gt n 5
54. AS AS 48 Das gt AS 3 3V_B3 17 18 19 5 10Kx4 4 A3 A2 A1 AO m R557 R601 4 250 22K 5 4 10Kx4 A2 lt Da1 AO es B7 VMCHG 8659 R658 7 7 m 10K 10K GND A2 BO lt a 16M DRAM Ic MSM51V18165 GND 80 I I W Cx151 152 516 9 2 9 2 5 2 6 Ld das H CKO 017 c549 47 16 U 3 3V A2 22 6 5 A 1 lt 2 CB 1 22 6 3 MVB CB CKO 017 22 6 3 MVB C625 012 C632 C631 R594 Rpg R592 0 AD10 R593 AD11 R594 A585 0 W RD43 R595 0 RD44 R597 0 RD45 R598 590 22 6 MVB 5HHOOOOOHOOOOO gt w to DSD DECODER IC401 CxD2753A o MCU IC739 M30625F GPGP IC739 M30625FGPGP
55. C870 C873 IC804 CGO 01 NH2 4700 25 RFQ FG1 z Fei 220 50 ROB NJM7912FA oO lo CB78 68 9595 m ASBO3 OPEN C 21 09 RADIATOR F801 OO 0505 55 1A4125V 1 O E 12805 4700 25 i NJM7BOBFA S 74 DUT E a 2 1 Q Y G 0806 lt q 0801 1 9 155355 OPENI 10 20 gt 7 x L 5 4 5 m 0 12V_M 5 lt GND_M ae 9 8v M 7 GND M 5 BD9702T V5 sv sv W RADIATOR 777 GND Sv AS805 D Q 5v DsP a N MPBOSFA 5 K I y POWER TRANS GND DSP IN a q i mo OO X A I ID 1 09 0 9 i 96 O n 100 16 RES O Y L E QNNM o0 D 5v D1 GND 4 q SV DO G 2SB562 C T Fee EBEN He 10 KTC2875B 70403 TR403 UDZS3 6B 25404 00253 68 TT UNIT SCHEMATIC DIAGRAMS 6 6 C406 CKO 01 ILU 37414 3 E 33 NB J40 1 R407 R402 33 NB 9 8404 33 9 VR40 1 1 J40 5
56. Complex 1 27 MECHA BRACKET TOP SECC 1 28 CHASSIS SECC 1 29 CORD HOLDER L50 Complex 1 31 RUBBER SHEET CR 2 32 WIRE BAND BASE NYLON 2 33 CARD SPACER L 4 NYLON 2 35 4 W S PC 2 SCREWS 101 3X8 CFTS S B STEEL 37 102 4X8 CBTS S B STEEL 4 103 3X10 CBTS P B STEEL 12 104 3P SWELLING SCREW STEEL 9 105 SPECIAL SCREW STEEL 2 106 2 6X6 CBTS 5 2 STEEL 4 107 FIXING SCREW STEEL 4 108 3X8 CBTS P Z STEEL 2 109 3X10 CFTS P Z STEEL 2 110 3X8 CBTS S B STEEL 10 83 DCD 1500AE Exploded view of Main unit You have to remove the parts that marked WEEE mark when the recycling processing Europe model only 1 Cs 84 Details of Recycle parts for Mechanism unit You have to remove the parts that marked WEEE Mark when the recycling processing Europe model only MAIN CHASSIS ASSY CLAMPER BRACKET GUIDE CLAMP BRACKET LOADING MOTOR ASS Y LOADING GEAR Complex Steel Steel Complex POM ON O QO A OO N LOADING GEAR 2ND LOADING GEAR 3RD SUB CHASSIS L SUB CHASSIS R TRAY POM POM PC ABS PC ABS PC ABS vd od 1 OB N SLIDE CAM TRAVERSE ARM CLAMPER H CLAMPER L LOADING BELT POM PC POM POM Rubber N ea O SWITCH P W B PH WIRE SWITCH ESE22MH21 SWITCH
57. G3 2 a nane 106 OPEN_C E DXP DSD MUT DIR ROR GS W 110 2272 59 _MUT ERROR EE GAL 16V8 0101 py OPEN ID 09 99 53 Dr _ Do 09 T Me TEES 277 Pani ceca SEG 226 5606 96 ME E W 47 E MER AW id CKO O1 R150 R209 L100 DIR RSTM C3 4 DXP RST T IC4O4 R193 47 m c273 R258 R261 R265 ce17 PULS TRANS _ DIR DIT DSD CL G TE 1 W pI o o 330 o 33 3v_01 N CE W R210 C274 OPEN G WS gt WW W G11 DIR DIT DSD DI 108 6 R161 DXPZDSD_MCK Div 27 GE GND_Ds 9 9 OPEN_CQ P DSD_MDT D103 OPEN x nie Es gt x 2 DS ST 1 Le Qc 0104 pg OPEN 8259 R260 Y E qo do GAL RST DSCcsS4 E E 5 52 o 47 oY EXT INT 2 OOK 209 9 AW E W 5 29 gt A MUTE RT 92275 CHEN UK104 277 CKO 4 EMIF IL 114051 fia o MODE 28 GND_D1 2 ol 4 P JACK_8417006 MODE 5 TC7WHUO4FU c278 vec 45 a 103 GND_Ds 8164 OT OY JK 100 8194 3V D1 0105 OPEN 7 5 OPEN_C GP1FABB3TZ 8158 c143 300 ad i8 W CKO 1 0106 lt 12106 W 47 TC7 4HOT7O07ARQO 16 HES GNO D4 4 NU 8195 v J 571
58. 00D 257 0501 901 CK73B1E104KT 1608 CE04W1C101MT RE3 CQ93P2A271JT NH2 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 C202 C204 C205 C206 C208 00D 254 4577 945 00D 209 0293 906 00D 254 4558 715 00D 257 0516 954 00D 209 0293 906 CE04W1C101MT RE3 0 6 JUMPER WIRE JV CE04W1H221MC RFS CK73B1E104KT 1608 0 6 JUMPER WIRE JV C209 000 254 4577 945 CE04W1C101MT RE3 58 PatName DCD 1500AE o lt C210 00D 254 4558 715 CE04W1H221MC RFS C211 nsp 000 257 0516 954 CK73B1E104KT 1608 C212 nsp 000 257 0503 996 CC73CH1H200JT 1608 C213 nsp 000 257 0503 925 CC73CH1H100DT 1608 C214 00D 254 4569 937 CE04W1E221MT RE3 C215 nsp 000 257 0503 996 CC73CH1H200JT 1608 C216 nsp 000 257 0516 954 CK73B1E104KT 1608 C217 00D 254 4574 906 CE04W1H330MT RE3 C218 nsp 000 257 0516 954 CK73B1E104KT 1608 C219 000 254 4694 909 CE04W1E101MT RFO C220 221 nsp 000 257 0516 954 CK73B1E104KT 1608 C222 000 254 4694 909 CE04W1E101MT RFO C223 000 254 4577 945 CE04W1C101MT RE3 C225 nsp 000 257 0516 954 CK73B1E104KT 1608 C226 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 C227 000 254 4577 945 CE04W1C101MT RE3 C229 nsp 00D 257 0516 954 CK73B1E104KT 1608 C230 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 C231 nsp 000 257 0516 954 CK73B1E104KT 1608 C232 nsp 000 257 0509 929 CK73B1H102KT 1608 C235 23
59. 1 1 1 b Push the OPEN CLOSE button twice and carry out vo readjustment in OPEN operation gt CLOSE opera tion It readjusts with test mode OPEN display CLOSE display LOADING display FL display The display part of 13 digits 2 314 5 7 9 10 11 12 13 gt ANN c By pressing STOP button and REV button simulta neously in the test mode it returns to heat run mode Y Y 71 94 m PBAIIHEX COUNT SEC HEX DVD 85ECC PLAY PLAY PLAY 6 STOP FL 13 1121314 15 6 7 9 10 11 12 13 Tl lol b OPEN CLOSE 2
60. 206 TDO JTAG I F JTAG Data output 207 VMCHG MCU I F VSTEM external MCU access selection terminal of system set ting register for DSP L VSTEM H external MCU 208 DVDD18 Vpp amp GND Digital 1 8V power for internal Logic system 24 DCD 1500AE IC401 CXD2753R SM Pin Assignment a gt mao 2 S 8 3 siqans 5 v1aans Wu 5 5 osa 1 5 1aans 5 zLadns 5 2 raans 1S 5 8 o1aans 34 5 Dax usa 5 5 orsa 01531 2 5 8 S sls3ai usa S 2 21831 usal gt usa usu S 5 1551 sal 1531 S usa 5 3sA 2 5 usal 9 sal 2 9 01531 1581 2 01531 gt 9 ols31 9 01531 Lava S S zam 2 S gt 2 olsA OLNW 2 ace olaA awvys 2 2 youn sam 2 7 zowoxa ANCO SIO HREFO HREFI CKAO CKAI SDSD CKASL SADMR DSADML XSUPAK UPDT7 UPDT6 CM 22 lt gt gt OUT5 OUT4 OUT3 OUT1 OUTO VDDSD DSARS DSALS TESTO ESTI ESTI TESTO a DSAR 3 3V 67 50 56 65 ZDFR 64 63 ZDFL IFULL DSAL S 71 DSASW 70 Z
61. 47 SDATA CDR b4 Btm Env MEVO SEL 3 REGISTER LD HL 5 46 SCLK gt HLD A LLI Y Y lt 5 gt z MUX TOP ENV MUS Dual APC m Offset V33 for output buff j MUX ya 25 CDPD BTM HLD 1 MUX Btm clamp Y Vref amp dlip lh CGRb5 4 N CCR b7 Gain CDR b7 DISK 26 22 21 50 32 31 28 29 30 203 27 5 19 51 025 2584 5 2 S9 x lt r gt X gt 5 5 35 DCD 1500AE Terminal Function Power Supply Pins sm CS we yy v5 Reference Power for servo output Input Pins wwe DVDRFP DVDRFN RF signal input RFSIN RF signal AGC amp input DIP DIN Analog input for RF single buffer A B C D Photo detector interface input A2 B2 C2 D2 Photo detector interface input CD_A B C D CD photo detector interface input CD_E F CD photo detector interface input DVDPD input CDPD N APC input LDON input ON OFF L Open QY Link signal input L Open 279 Mirror monitor output Output Pins Name Function ATOPATON Differential attenuator output FNP FNN EN Differential normal output RFAC EN Single end normal output RFDC o RF signal output MEVO RFDDC bottom envelope output MIRR Mirr
62. 595 TESTAN P24L m zi 0 2 0 M W W ae ot rcios B fu en DEO 8276 pH M m da 9 9 9 2 X Y y 59s cese 5 ATOLIND Ta o b GND_DS 1 L L 0 gt gt gt 200 R143 0 0 D m s in q 12105 CQO 04 NH2 PCM_DATA R123 47 1 75 2 DOT 9 x S I To W Wes YR oe I S l I ASS32ADR Z TAHLO WS 5 PCM LRCK 8 P184 47 B N 118 DTC114EK Ae teh aioz 90 5 2 ies DLACK 1 1 S cg47oP NH2 016 SA5532AD0R iau 5 HO 16v_mu Bias 2 47 n 8227 p232 OT SABS532ADR BL PCM BCK C MSS 820 gio R244 16105 ie 5 5 8446 a ae g B20 GNDSDE 8 09 uL R185 47 o4 Wawas 2 S 9 8 Ja R128 47 47 R155 SOIL A so C170 N C180 begn OO 4 A GND DSAL 2 AM gt 47 OY tS EG1800P NH2 HT OPEN C O gt 147217 One E lot 220 mar 00 j 9 4 7 R139 100K R154 29 FEL 2 R228 R233 SHORT R X DSALS O 47 8 9 820 910 680 2 M wu nm QJ se 1 DSARHS ao ye C127 C128 CGO 01 Y 2 y 20 05 Q Mp CKO O1 OPEN Di TO 120 I 02 0 H DSAC 15 DSAL nz ex a BE 2 z
63. BASE KR PH CY024 000 205 0581 085 2P VH CONNECTOR BASE CY042 000 205 0406 047 4P CON BASE KR PH CY052 000 205 0395 051 5P CONN BASE RED L CY112 nsp 000 205 1260 017 11 FFC BASE 9610SA N F801 00D 206 1092 026 FUSE 25RF 1 0A F002 N F802 00D 206 1092 000 FUSE 25RF 1 6A F002 FB801 000 235 0130 903 CHIP EMIFIL 11A121 1608 FL601 00D 393 8072 107 FL TUBE 15 BT 101GNK JK401 00D 204 8264 000 H P JACK AU L801 nsp 000 235 0142 920 COIL LHLO8TB100KT L802 nsp 000 235 0140 919 COIL LHL10TB470KT L803 000 239 8019 002 LINE FILTER COIL S601 607 000 212 5604 907 TACT SWITCH TA ALPS 5901 000 212 1030 009 POWER SWITCH TV 5 ST801 STYLE PIN ST803 805 STYLE PIN AS802 RADIATOR AS803 RADIATOR AS805 RADIATOR 000 461 0991 026 RUBBER SHEET nsp 000 8020 FUSE LABEL SUB ASSY nsp 000 8020 2 FUSE LABEL SUB ASSY 0 6 JUMPER WIRE nsp 00D 471 3304 015 3X8 CBS Z 63 DCD 1500AE EXPLODED VIEW 1 64 PARTS LIST OF EXPLODED VIEW The parts listed below are for maint
64. EJ 2 50 L1 R611 P X731 a Re55 R65 El A MEUS R653 oF R527 B R651 R652 m CSI R591 6739 R592 O R593 2 R594 8 C736 m 616 CI CI 42 C596 C583 IC503 CpeB C745 Us R648L io s L FOK 11 O d CX202 9 Cr 9 10 10 3624 SACD MODULE P W B unit component side 73 DCD 1500AE 1 PLAY 1 CD 2 SACD 3 SACD 4 SACD TCD 784 Hybrid DAC Test Disc Dual Layer DTS Test Disc Hybrid DAC Test Disc T V NH m gt bi pe ll TERETE FANNA A NN Pe et rrac Pu 1 YY gt LLLILELLLLA S LI LLE eet sss _____ Zorze m m s La 2 DS BWL 58 ns BWL 5 s A 71111 5 s a Y 4 _ 1 DC 0 53 V aa ower dodi d 56 1 DC 0 53 V as MM Nai T a 1 DC 4 56 V Din dod _ 1 DC 4 56 V MI 4 2 DC STOPPED 4 2 v DC STOPPED 4 2 v DC O STOPPED 4 2 v DC O STOPPED 2 DISC detection 4 PLAY start 1 CD 2 SACD 1 2 SACD TCD 784 Single Layer DTS Test Disc TCD 784 Single Layer DTS Test Disk Gre LL Liu LLLA OFE LL LLL MEE M gt 4 PI 5
65. ESE22MH23 POLY SLIT WASHER 2 6X6X0 25C Complex Complex Complex Complex POLY N N N PN N 26 WIRE CLAMPER PRECISION SCREW 1 7X2 2 TYPE3 SCREW 2 6X6 CBTS B Z PRECISION SCREW 2X3 S TYPE3 SCREW 2X6 CBTS P Z POM Steel Steel Steel Steel TRAVERSE MECHA FEED ASS Y PRECISION SCREW 1 7X2 2 TYPE3 PU CHASSIS ASS Y SHAFT HOLDER L SHAFT HOLDER R Complex SHAFT TILT BASE SHAFT TILT PLATE TILT SPRING MAIN SHAFT SUB SHAFT PU RACK GEAR PICK UP HOP 1200R PU SPRING SHAFT SPRING RACK GEAR SPRING T T MOTOR ASS Y SCREW 2 6X6 CBTS S Z SCREW 2 6X4 CBTS S Z SCREW 2 6X15 CFTS S Z SCREW 3X4 BSS SCREW 3X8 BSS A PRECISION SCREW 1 7X5 TYPE3 PRECISION SCREW 1 7X2 2 TYPE3 FEED GEAR 2ND ASS Y FEED MOTOR ASS Y POLY SLIT WASHER 2 1X4X0 25C FEED GEAR 3RD 85 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 1 2 6 1 2 1 3 1 1 1 1 1 2 1 1 1 1 1 1 1 1 2 1 2 2 1 1 2 1 1 2 1 DCD 1500AE DCD 1500AE o DAMPER Silicon DAMPER SCREW Steel TRAY SPRING VXF SUS RUBBER CUSHION Rubber PLATE RE 2HPC Steel WF PLATE RE 2HPC PRECISION SCREW 2X4 P TYPE1 Steel 24P FFC CABLE L 70 Complex gt N N N N N 86 DCD 1500AE Exploded view of Mechanism unit WEEE mark 4 when the recycling processing You have to remove the parts that marked Europe model only
66. MIRR 2 5 5 5 BWL 5 s BWL 5 BWL 1 1 005 1 1 v DCX 2 OC 2 V DC E 5 GND 5 VC16 108 kS s 1 T 5 GND 5 VC16 108 kS s 1 GND 5 VC16 108 kS s GND 45 VC16 108 kS s DC 4 56 V DC 4 56 V DC 9 12 V DC 9 12 V 4 2 DC d O STOPPED 4 2 V HE d O STOPPED 4 2 V DC d O STOPPED 4 2 DC d O STOPPED 3 SACD 4 SACD 3 SACD 4 SACD Layer CD Hybrid DAC Test Disc Hybrid DAC Test Disc i 3 FE 21 0 pope rg fie LLL EL LT BFE fee LLLI LL LL La safe eel ele ef em pe Sa m LL TL Tre MRR 72 A A E gt amp ee m TERT GND 05 VC16 TERT GND 16 E T GND 5 VC16 E GND 5 VC16 42 V DC STOPPED 42 V DC em MA STOPPED 4 2 v DC zd iind STOPPED 4 2 v 0 dici STOPPED 3 FOCUS inject 1 CD 2 SACD 5 SACD Layer SACD TCD 784 Single Layer DTS Test Disc Hybrid DAC Test Disk D 2 ms D GND 5 VC16 STOPPED GND 5 VC16 STOPPED GND 5 VC16 STOPPED 1 v OC 188 kS s 188 kS s 2 DC 188 kS s 1 HE 4 56 V 2 006 4 x 4 2 v D 74 DCD 1500AE 5 LOADER open close 5 BWL 5 BWL GND 46 GND 5
67. O DAC DAO output Track Servo output DA1 SLED O DAC DA1 output Sled Servo output O O DA2 FSCON DA3 SLED2_ TILT DAC DA3 output Sled Servo Tilt Servo output 55 Vpp amp GND Analog Ground FG SPM FG signal input SPWM1 SPM Spindle motor PWM output 1 SPWM2 SPM Spindle motor PWM output 2 GPWM0 General PWM Multi purpose PWM output 0 GPWM1 General PWM Multi purpose PWM output 1 GPWM2 General PWM Multi purpose PWM output 2 GPWM3 General PWM Multi purpose PWM output 3 GPWM4 General PWM Multi purpose PWM output 4 GPWM5 General PWM Multi purpose PWM output 5 XLCAS DRAM I F DRAM LCAS output Low Byte row address strobe output XUCAS DRAM I F DRAM UCAS output Upper Byte row address strobe output XMOE DRAM I F DRAM output enable RA11 DRAM I F DRAM address output terminal 11 RA10 DRAM I F DRAM address output terminal 10 DVss Vpp amp GND Digital Ground RA9 DRAM I F DRAM address output terminal 9 RA8 DRAM I F DRAM address output terminal 8 7 DRAM address output terminal 7 RA6 DRAM I F DRAM address output terminal 6 RAS DRAM I F address output terminal 5 0 5033 amp GND Di
68. PA7 22 BAG 8612 100 123 RAG MED 2 VDTo_COH yp VDTO_COR r 252 045 853 Esas 47 6 3 MV AS15100 lt 22 017 133 MALE lt _ 6 8616 100 134 u 108 2261802 18850 vee 83 DvDD18 Dvss s XRAS 8649 100 135 MDA gt AE XRAS MD4 CES XMWH R650 400 139 RD7 22 CK 1000P 806 141 VEFG COR gt VEFG COR C573 142 Dvss MDO CKO 042 E i23 RODS TESTSEL B3 MAS 125 A HOR gt XSHD_COR EI 4 02 MAG 122 RD1 MAS RDO C530 148 5015 RR gt _ TP5 1 47 6 MV 150 8014 258798 N RD13 MAL A 1 MAO gt 153 28011 MSEL 1 SNo FB507 lt R544 154 PD1o MSELO 2 6 2 1K RDS ALCR DVDD 0 0 EMIFIL 11A121 dw de n Q8 4 On 000 10 Qi DVDD D 0002 gt 0 CK1000P 330F BD 9 03 ceo9 gt MCLK 22 6 3 MVB _ C636 CKO O1Z 3 3v B3 0 ub P XRST_PLD SO Md ala 9 C608 1 Bv BD 4 2 M89 2 22 6 3 MVB 4 7 Qg T 8678 TC7WHOBFU 10K VMCHG BD GND 0 OPEN R676 33K W eq rege SPWM1 SW W Diana CK6800P SPwMa W W vcis AZ AG
69. R1 B O O Ps Ps view ELI oE R R 45 DCD 1500AE 3 FL DISPLAY 15 BT 101GNK DI FL601 SUPERD VD GROUP TITLE TRACK CHAP ANGLE D MIX PROG RAND TOTAL SING REM HDCD Ce FVG AUDIO VC D WMA MP3 DOUDIGITALECSMPEG PROGRESSIVE L PCMP PCM JPEG PIN CONNECTION PINNO 05876545210987254221090170542210 8765422100 87654321 0 0 8 7 6 51413121 0 2 8176 5 413 211 0 28176 514 32 1 09 8 7 6 543 2 1 0 9 8 7 6 5 4 3 2 1 11 141 CONNECTION 322 22 222 221 1 111 11 1 1 5 431 2 4 56780012 6 7 6 5 4 3 2 1 0 9 8 7 6 5 14131211 0 9 87 6 5 4 3 2 1 NOTE 1 F F Filament 616 65 5155 5 5 5 5 5 2 NP No pin PIN NO Ito elalzle elals l2 2 No NC NC pin should be electorically open on the PC board CONNECTION 21213131313 3 3 4 DL Datum line 9 0112345 5 1G 15G Grid GRID ASSIGNMENT 3G 4G 2 5 v bs is FVG AUDIOVCD WMA MP3 gt 11 C 14 B DODIGITAL ET MPEG PROGRESSIVE LPCMPPCM JPEG ANODE CONNECTION 26 36 45 56 55 76 86 95 105 116 126 136 146 T 156 1 1 1 1 2 1 21 3 1 LPS KVy6D 5 1 15 1 5 1 15 1 15 1 5 1 15 1 SET ST
70. VFBC gt gt gt gt Data PLL VCO offset frequency setting terminal for data PLL AVpp18 Vpp amp GND Analog 1 8V Power VCOI Data PLL VCO Control voltage input terminal for data PLL LPF1 Data PLL VCO Loop filter connection terminal 1 for data PLL LPF2 Data PLL VCO Loop filter connection terminal 2 for data PLL RC gt gt gt gt Data PLL VCO gain setting terminal for data PLL AVss Vpp amp GND Analog Ground AVss Vpp amp GND Analog Ground AD0 U O O U O U O O 0 Ol Ol i O Ol O UU UU OO UO O U 9 ADC ADO Input 22 DCD 1500AE incon P DAC DA2 output Focus Servo output AD 1 Input AD2 ADC AD2 Input AVDD33 Vpp amp GND Analog 3 3V Power AD3 ADC AD3 Input AD4 ADC AD4 Input AD5 ADC AD5 Input AD6 A ADC AD6 Input AD7 ADC AD7 Input AD8 ADC AD8 Input AD9 ADC AD9 Input VREFH A Max Reference Voltage input for ADC Internal Reference Voltage mode it will be an output state VREFL A ADC Min Reference Voltage input for ADC Internal Reference Voltage mode it will be an output state 18 amp GND Analog 1 8V Power AVDD33 P Vpp amp GND Analog 3 3V Power DAO TSCON
71. W m a9 Y vu as p Y Ms Aly N N gt Bo v VIA NIV N GND G2 TOO ma o5 NA ox ml o 09 09 On olol ol 0 DN 0 ID oj ol n N LO v m o N o n s m o nN tO 10 v o 0 10 s m 77 in 209 9999 9 Bi cc oy A AIN 0 o 200 69 0 AVDD JTOO 0YNMN HHOUNAHDOOEL ML AOLOMOTOTIOHIFOYYYEO gt YX oy vec 29 y y 0 LOONGOOOMAUHOOOTLLOAMIIUMWOOTEOFELOYHODO00OFORON o 0 44004440000 gt gt 110040001111 lt gt 0 01 gt 0 040100 gt 9 gt 44 144444 gt gt HHFF lt E 00 EX j300025 amp PD MONI Q gt gt gt gt 590 LO fio lt lt H T lt Fe m rk art z 5t L 2 0 gt Q lt TR 0 gt c552 100P a zog o Q oO O a 10 on S N L C551 CK1K LDON MIRA 0 to PLD IC404 EPM312B8A 155300 _ 0501 9999599592393 9999 su ea PWM OPN DRV CLS DRV ST2 GIOG6 TEST3 TESTA TES
72. Y Y 0 n N 47 50 RFO 2 AW R255 m 8 KTC2875B qd qi e 8 GND 4 8205 E 1 BK io D 1 mz 42 C114 F o S ok 0 7205 QU XT 100P 206 R219 R226 8 C18 2 a0 C204 220 50 RFS SOT AMES OL PO no I 9236 7 MISI 9m C145 az SO1R X MOT 7 820 gio 580 E 0 Jv7 5 opi R242 05 2K Fe 0 5 100P IDxP DSD_MCK 00 o Pe WW La 0 5 Y HORT R y lt C116 O 8191 501 d N C178 AMA o8 d 04 O 4 m W 019 c169 8 2 qui lt Cia N Rea o ale EG1800P 9 of 2 Pia 0 Hep m olg 3 m 0 47 Q as e 21 Q 5v P1 rc 4os IC102 vaa 0 910 680 a TC74HCTYOO7AF 2148 10117 2 n DBCK R159 DARSOO TAT Lg 8 TC74VHC4157F T OPEN_d R293 SA5532ADR 2 ott Mrs pBCk P20L 20 EM al q 820 5 2 c149 mn 2 gt AW 0 ooT 1 4 Y va Loz 0 GND R170 0 m ol 1 m DLACK 3 te 21 8 0 rEST2N 8 C109 lt 1 c px 9n 2 8 Sa5 eooA 07 E R270 i GND D4 1 3 IN 470 4w 0100
73. body Take necessary anti static measures when repairing around the optical pickup 1 Guide Clamp Bracket disassembly 1 Remove 2 screws 2 Remove Guide Clamp Bracket to arrow direction 2 Tray disassembly 1 Remove to arrow direction 2 Solder the short circuit see in the frame Solder to Short Circuit DVD DCD 1500AE 1 1 2 2 O Guide Clamp Bracket 2 1 2 HARAR 3 Traverse Unit disassembly 1 Remove 24P FFC 15P FFC and 5P PH WIRE connect ing with from the Main P W B 2 Remove 4 screws fixing Damper 3 Remove Traverse Unit to arrow direction 15P FFC Note for disassembly Traverse Unit 1 When assembling reverse the order of the above 2 When inserting Tray confirm boss on Slide Cam set to ditch of the Tray Compare wit
74. case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid 17 DCD 1500AE 2 71 1 PO CD 72 1 PO CD X D Pl CD 74 1 PI CD C2 7 N S N N N g 1 PO CD 1 PO CD 81 1 PI CD Cl PI CD C2 PO 1 S SEI 3 EI RR 1 PO CD 6 1 PO CD 7 1 PI CD C1
75. e Units ohm Capacitors Ex CE 04W 1H 2R2 M BP Type Shape Dielectric Capacity Allowable Others and per strength formance error Aluminum foil 1 electrolytic Aluminum solid electrolytic Tantalum electrolytic 5 Film 5 10 Ceramic 20 High stability type 2 Non polar type Ripple resistant type For change and discharge For assuring high requency UL part CSA part UL CSA type Lead wire forming 80 Ceramic Oil 2096 100 096 0 25pF 0 5pF Others Mica Metallized Metallized Capacity electrolyte only 22 2 22004F Indicates number of zeros after effective number 2 digit effective number e Units uF 2 R gt 2 2uF 1 digit effective number 2 digit effective number decimal point indicated by R e Units uF Capacity except electrolyte 2 2 2 2200pF 0 0022uF More than 2 Indicates number of zeros after effective number 2 digit effective number e Units pF 2 2 1 220pF 0 or 1 Indicates number of zeros after effective number 2 digit effective number e Units pF e When the dielectric strength is indicated in AC AC is included after the dieelectric strength value DCD 1500AE xs 2
76. gt x gt gt E m O gt i kE tn x gt gt lt gt n O c20 Z x gt lt w ec F UN gt 0c gt gt f N gt x O Z 0 CN lt lt lt lt lt lt Z 0 Cc gt LLI lt lt O lt Q a gt e F F e in NIVU lt lt gt m N N lt CN Lo aaa ec gt lt V CN UA IR 1 DN gt N o gt lt 2 SS SS M30625FGNGP Assignment Thee EAC oN momo m r e me T roanneevsoure som o i fare 1 rax am re i molnla _ 4 ol lm o rn aa ro t wm mna oa few o ose else ere i sm rue ws i owvss jmureswwesxaww _ Te 2108 esr ae rie our um nm Pie ves s s w oo apa i e amp jssw par ves sw
77. oem w ms on wo pa we er to sk ape ee lmww we Rexosrmoseeroxoressworus _ eo esmee wem oem mama Po 1 um WNTESTROBERCXDIBSSGNGTUSE me on ll nm res mms H ree nas lm _ Fermscs _______ forno ree paso o ws emesmscrwwssw oo ma foli om lmw oli om Jon cream fen iom ew ws _ ee _ ne wmm _ ee m e _ lxe _ r ne _ pan _ ne mm ens ol tro me Cms ton m ef H por sworsewuuweoworrrouwor _ mima f oa o ton e AAN 1021 COM _ epon w ll ss 31 DCD 1500AE fom mw tin v0 mi me m Does Pan je _ as am mw _ e Im mew
78. terminal for IEEE1394 link chip I F 89 IEMPTY High speed transmission request signal input terminal for IEEE 1394 link chip I F 90 VDIO 83V Power for IFRM Frame reference signal output terminal for IEEE1394 link chip I F IOUTE Enable signal output terminal for IEEE1394 link chip I F IBCK Data transmission clock output terminal for IEEE1394 link chip I F TESTI AMT TEST input terminal It fixed to H potential 96 TESTI TEST input terminal It fixed to L potential 2 DCD 1500AE mee e nm OSO TESTI TEST input terminal It fixed to H potential sh p TEST output terminal open TESTI TEST input terminal It fixed to L potential TESTI tl TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential TESTI W TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential VSIO Ground for I O TESTI TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential TESTI TEST input terminal It fixed to L potential VDIO 3 3V Power for I O WADO External A D data input terminal LSB for PSP physical disc mark detection WAD1 External A D data input terminal for PSP physical disc mark
79. 0 235 0130 903 CHIP EMIFIL 11A121 1608 FB106 108 nsp 000 235 0130 903 CHIP EMIFIL 11A121 1608 59 JK100 JK101 JK103 104 PatNo PatName Remarks GP1FA553TZ 1P PIN JACK S GND 1P PIN JACK S GND 00D 269 0211 003 00D 204 8417 006 00D 204 8517 003 DCD 1500AE o lt L100 ST101 104 00D 231 8063 009 PULSE TRANS STYLE PIN W702 X100 00D 399 0901 009 1P SIN SIN WIRE W702A XTAL 33 8688 HC 49 0 6 JUMPER WIRE 60 00D1U 3714 POWER DISP HP P W B UNIT ASS Y Retno nsp PatNo PatName Remarks New_ SEMICONDUCTORS GROUP DCD 1500AE IC601 000 262 3278 903 BD4928G TR IC602 000 499 0306 001 GP1UE271XK IC603 00D 262 3228 005 M66005 0001AHP IC604 000 262 2977 946 BA33BCOFP E2 REF IC803 000 263 0801 004 NJM7812FA S 804 00D 263 0641 002 NJM7912FA 805 000 263 0810 008 NJM7808FA S 806 000 263 0809 006 NJM7805FA S 808 00D 263 1057 006 UPC2412AHF 905 000 263 1219 006 BD9702T VS TR401 404 00D 273 0460 905 KTC2875B RTK C TR801 000 272 0025 907 28B562 C TF D601 603 00D 276 0723 900 RB721Q 40 D801 000 276 0713 703 31DQ06 FC6 D804 805 000 276 0704 903 1SR35 400A T93X D806 000 276 0717 903 155355 TE 17 C D807 812 000 276 0704 903 1SR35 400A T93X D813 814 00D 276 0701003 S2L20U 4002P7 5 D815 00D 276 0714003 21DQ06 D816 817 000 276 0701 003 52
80. 00D 254 4464 951 00D 257 0507 976 CK73F1E104ZT 1608 CC73CH1H331JT 1608 CK73B1A154KT 1608 CE67C0J220MT MV B CC73CH1H331JT 1608 DCD 1500AE C592 C593 C594 C595 C596 00D 257 0508 917 00D 257 0520 908 00D 257 0508 917 00D 257 0516 954 00D 257 0511 904 CC73CH1H471JT 1608 CAPACITOR CK73B1A154KT 1608 CC73CH1H471JT 1608 CAPACITOR CK73B1E104KT 1608 CK73F1H103ZT 1608 C597 C598 599 C600 602 C604 606 C607 00D 257 0506 951 00D 257 0516 909 00D 257 0511 904 00D 257 0511 904 00D 257 0512 903 CC73CH1H101JT 1608 CK73B1E223KT 1608 CK73F1H103ZT 1608 CK73F1H103ZT 1608 CK73F1E104ZT 1608 C608 609 C612 C615 C616 C618 00D 254 4464 951 00D 257 0512 903 00D 257 0509 929 00D 257 0512 903 00D 254 4575 905 CE67C0J220MT MV B REF CK73F1E104ZT 1608 CK73B1H102KT 1608 CK73F1E104ZT 1608 CE67C1A330MT REF C619 620 C621 C622 625 C629 630 C631 632 00D 257 0511 904 00D 254 4464 951 00D 257 0511 904 00D 254 4464 951 00D 257 0510 950 CK73F1H103ZT 1608 CE67C0J220MT MV B CK73F1H103ZT 1608 CE67C0J220MT MV B REF CK73B1H682KT 1608 C633 C634 635 C636 C637 C639 00D 257 0509 929 00D 257 0506 951 00D 257 0501 901 00D 257 0511 904 00D 257 0510 950 CK73B1H102KT 1608 CC73CH1H101JT 1608 CK73B1H103KT 1608 1608 CK73F1H103ZT 1608 CK73B1H682KT 1608 701 704 C705 C706 C707 C708 00D 257 0512 903 00D 254 4464 906 00D 257 0512 903 00D 254
81. 07 00D 441 2008 007 00D 513 3826 004 00D 204 2661 078 EMIGASKET SHSG060100 H P SPACER E2 LASER CAUTION 8P PH PH CON CORD L 50 for E2 082 082 POWER lt gt MECHA 000 009 0252 004 000 009 0252 062 000 009 0252 075 11 1 0 27 1 0 29 1 0 CX111 CY111 MECHA lt gt AUDIO CX271 CY271 MECHA lt gt AUDIO CX291 CY291 MECHA lt gt AUDIO 4 SCREWS 00D 473 7003 017 00D 473 7002 021 00D 473 7007 000 00D 473 7508 017 3X8 CFTS S B 3X8 CBTS S B 4X8 CBTS S B 3X10 CBTS P B 00D 477 0263 018 000 477 0263 005 00D 473 8044 017 00D 473 7001 035 00D 477 0064 107 3P SWELLING SCREW 3P SWELLING SCREW SPECIAL SCREW 2 6X6 CBTS S Z FIXING SCREW for Premium Silver model for Black model 00D 473 7500 015 00D 473 7511 004 00D 473 7015 018 3X8 CBTS P Z 3X10 CFTS P Z 3X8 CBTS S B 66 N N N e BUTYL TAPE and TAPE e 1 Purchase unit is 1 volume Please use it cutting into the specification length of Remarks of PARTS LIST OF EXPLODED VEW and a lower table BUTYLTAPE NITOFLON
82. 1 C622 C623 C801 C802 00D 257 0516 954 00D 257 0501 901 00D 254 4196 999 00D 257 0516 954 00D 257 0501 901 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 CE04W1H220MT SRA CK73B1E104KT 1608 CK73B1H103KT 1608 1608 C803 C804 805 C806 C808 C813 816 00D 257 0516 954 00D 257 0501 901 00D 255 4256 955 00D 257 0516 954 00D 257 0516 954 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 CQ93P2A103JT NH2 CK73B1E104KT 1608 CK73B1E104KT 1608 C821 824 C825 C830 C831 832 C833 00D 257 0501 901 00D 257 0516 954 00D 257 0516 954 00D 257 0501 901 00D 257 0516 954 CK73B1H103KT 1608 1608 CK73B1E104KT 1608 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 CK73B1E104KT 1608 C834 C835 C836 838 C839 C840 00D 257 0501 901 00D 254 4585 908 00D 257 0501 901 00D 254 4574 922 00D 257 0516 954 CK73B1H103KT 1608 1608 CE04W0J471MT LXV CK73B1H103KT 1608 1608 CE04W1H101MT RE3 CK73B1E104KT 1608 C841 C842 C843 C844 C845 846 00D 254 4585 908 00D 254 4577 945 00D 257 0501 901 00D 254 4577 945 00D 254 4580 709 CE04W0J471MT LXV CE04W1C101MT RE3 CK73B1H103KT 1608 1608 CE04W1C101MT RE3 CE04W1H221MC ROB C847 C849 C850 C851 852 C853 00D 257 0516 954 00D 254 4579 723 00D 257 0516 954 00D 255 4256 955 00D 254 4539 705 CK73B1E104KT 1608 CE04W1H471MC RE3 CK73B1E104KT 1608 CQ93P2A103JT NH2 CE04W1C102MC SMG RE3 C854 855 C856 857 858 859 860 861 000 2
83. 1200 4002 7 5 D818 820 000 276 0704 903 1SR35 400A T93X D821 822 000 276 0714 003 210006 D823 000 276 0704 903 1SR35 400A T93X D824 000 276 0714 003 210006 ZD403 404 000 276 0683 943 UDZS3 6B TE17 ZD601 00D 276 0643 954 MTZJ3 9A T77 ZD801 00D 276 0484 906 HZS33 1TD RESISTORS GROUP R402 404 000 241 2376 922 RD14B2E330JNBST R407 00D 241 2376 922 RD14B2E330JNBST VR401 00D 211 0903 008 V1420Q15FC202 CAPACITORS GROUP 00D 257 0501 901 00D 257 0506 951 00D 257 0516 954 00D 257 0501 901 CK73B1H103KT 1608 1608 CC73CH1H101JT 1608 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 000 257 0516 954 00D 254 4299 964 000 257 0501 901 000 257 0516 954 000 257 0501 901 CK73B1E104KT 1608 CE04W1C470MT SRE CK73B1H103KT 1608 1608 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 C401 402 nsp C403 404 nsp C405 nsp C406 nsp C601 nsp C602 603 C604 605 nsp C606 nsp C607 nsp C608 C609 C610 nsp C611 nsp C612 nsp 00D 254 4299 964 00D 254 4196 999 00D 257 0501 901 00D 257 0506 951 00D 257 0516 954 CE04W1C470MT SRE CE04W1H220MT SRA CK73B1H103KT 1608 1608 CC73CH1H101JT 1608 CK73B1E104KT 41608 61 DCD 1500AE PatNo ParName o lt C613 614 C615 616 C617 C618 619 C620 00D 257 0509 929 00D 254 4196 999 00D 254 4299 964 00D 257 0516 954 00D 254 4299 964 CK73B1H102KT 1608 CE04W1H220MT SRA CE04W1C470MT SRE CK73B1E104KT 1608 CE04W1C470MT SRE C62
84. 18 BLOCK DIAGRAM TRANS CY024 1U 3714 5 PSW UNIT 1U 3713 3 BER BRB Ree 1U 3413 4 HP UNIT H P OUT CX035 CX023 BLK CX024 BLU CX026 WHT 7812 7912 CX051 5P PH 1 16V_MU 2 GND_RL 3 12V_A 4 GND_A b 12V A CX041 AP PH 1 5V_D1 2 GND_D1 3 5V_DO 4 GND_DO CX054 899315 CX082 1U 3714 2 POWER UNIT 29PFFC PCM LRCK PCM DATA CXD2753 16M SDRAM 1 12V_M1 2GND M 3 48V M1 GND M 5 5V_A 6 GND_A 7 5V_B 8 GND_B CXD1885 F E Prosessor CXD1881 RF Amp CX241 151 DVD DRIVE MECH TD 5HP D6 DE I I CX052 I H P UNIT 9 Test 3 4 5 SACD Dec PLD EPM3128 27PFFC 6 1 OPEN m EXT_SEL DIR_RST2 ROM RST M30625FGPGP 5PZH OPEN DSD NORM AL Test3 Test4 AL Test5 CD SEL FAN8042 Act Driv AN8471 Spi Driv 1U 3624 SACD MODULE INIT CY052 5P PH FL Display 15 BT 101GNK DISPLAY UNIT Remocon 10 8714 1 11P FFC DKEY2 2 KEY1 3 KEYO 4 GND 5 REMOCO 11 KEY2 10 KEY1
85. 2 903 CK73F1E104ZT 1608 441 000 254 4464 951 CE67C0J220MT MV B 53 C442 PatNo ParName Remaks ew 00D 257 0512 903 CK73F1E104ZT 1608 DCD 1500AE C446 C460 C461 C467 C469 00D 257 0509 929 00D 257 0512 903 00D 254 4603 958 00D 257 0512 903 00D 257 0512 903 CK73B1H102KT 1608 CK73F1E104ZT 1608 CE67W1E101MT P CAP REF CK73F1E104ZT 1608 CK73F1E104ZT 1608 C501 C502 C503 C504 C506 00D 254 4464 964 00D 257 0512 903 00D 257 0501 901 00D 257 0512 903 00D 257 0512 903 CE67C0J470MT MV REF CK73F1E104ZT 1608 CK73B1H103KT 1608 1608 CK73F1E104ZT 1608 CK73F1E104ZT 1608 C509 C513 516 C517 520 C521 C522 523 00D 257 2012 906 00D 257 0509 990 00D 257 0504 908 00D 257 0516 954 00D 257 0510 934 CS77B1A475MT C CK73B1H222KT 1608 CAPACITOR CC73CH1H220JT 1608 CK73B1E104KT 1608 CK73B1H472KT 1608 C524 C525 526 C527 C528 C529 00D 257 0507 976 00D 257 0511 904 00D 254 4464 951 00D 254 4464 964 00D 257 0509 929 CC73CH1H331JT 1608 CK73F1H103ZT 1608 CE67C0J220MT MV B REF CE6 COJ470MT MV CK73B1H102KT 1608 C530 C531 C532 535 C536 C537 00D 254 4464 964 00D 257 0509 929 00D 257 0516 954 00D 257 0501 901 00D 257 0516 954 CE67C0J470MT MV CK73B1H102KT 1608 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 CK73B1E104KT 1608 C538 C539 C540 C541 C545 00D 257 0501 901 00D 257 0506 993 00D 257 0509 929 00D 2
86. 3 Tray bottom face in 2 grooves and to 1 side R As for greasing to the R rail groove and groove s side edge apply grease to the outer face intentionally Not only running a brush into the groove use it with pressing to the outer face consciously sancoal LEN 315Y S GUIDE 84 Top and bottom all area 0 2mg x 1 3 Bond 14018 More than half of the screw Hanarlu UD 321B Gear 3rd 2MPall area 0 2mg Frail KG 423 Chassis L 9 positions of rail hook 946P Chassis 9 positions of hook lt P Rail all area 0 2mg x 1 Hanarlu UD 321B 2nd A qnd en greasing each rib apply to Z 2nd B all the rib s left right and top faces 2 5 ME running a brush on both sides 50 529 Oona each RACK PU 84H The point of cog After applying check especially for the front 3 ribs outer side in order not to be insufficient greasing Froil KG 423 0 2mg x 1 Upper both sides 2positions 0 1mg each x 2 3 Bond 14018 Thick apply 0 5 1 0mm quarter of screw arround Not apply cross bind 2position 5 1401B Thick apply 0 5 1 0mm quarter of screw arround Not apply cross bind position
87. 3714 5 P SW UNIT 81 SCHEMATIC DIAGRAMS 6 6 2 1 TO 10 AUDIO TO SACD Module UNIT TO 4 4 AUDIO UNIT TO 1U 3714 1 DISPLAY UNIT TREO 4 8 100 50 a C849 470 50 RE3 C853 C857 100016 01 CQO 01 15835 40044 ST804 x4 ST801 ST80 ST803 ST805 ST806 STYLE PTN OPEN STY PTN STYLE PTN STYLE PIN STYLE PIN OPEN STY PIN C883 CKO 1 O41 a uL Fee 1 BHORT 10 0 1 O 0480 6 L 529 nu evo4ea 3 u 9 x BU OP 20401 x XE OPEN M EG 0 323 J gt lt D Z 6 EO Vas 4723 4 AUDIO UNIT vie E 4 Ae Z POWER UNIT 5 OPEN_C RADIATOR RADIATOR 46V_MU a 5 GND_AL 2 220 50 808 851 7 2 5 ON 12V_A 3 01 NH O4 NH2 ON cc GND_ 210606 7 lw Y i 2P VvVHw BU 0 FO n go E Daea BLU 3 CQO O1 NH2 D803 C879 CQO 01 NHa Nz OPEN_D D E OPEN CPPRA OUT mM IN
88. 4 4776 3 138 001 voc 2 5v 83 PSO s AW 122 DQO eee 87 TANCO TouT3 82 C436 C405 CKO 1Z ij_WY T ps 129 WAVSS GND TULL EP fiz N VSIO GND 130 VSIO GND 84 ox 22x4 144 pc TEMPTY I LK 80 VDTO 3 VSC GND 0 142 DCKE 132 DG6 tour Z9 se 6 ds ocre rours 28 22 6 yt __ is s R415 10K 444 XCAS VDDSD 24 R450 100 999 99 9999 9599 9939 5 3 145 DSARS W D y al Oo ol ol o o o o o a o ol S 41 as Z SO 0 8416 10K CKO 12 147 TESTO DSALS Za FAS 14 oe i s 1715 oat ian E 0 8417 1OK D_MA1O 11 ZDFLS gt 149 72 ER 100 cKO 12 5 m S MAS VSC GND Jc DSASw W S a D MAB 151 Ag ZDFLFE Z9 EA ram 152 eo 5 R419 10K AB AO 1 DSAC W voc 2 SV ZDFC SS o 154 A7 R454 47 R420 10K O MAE AG 753R DSAR E W VDT1 COR lt 7 R421 10K D_MA4 ZDFR 22 433 PIE VDT2 COR lt 10 157 sa m 415 5 L D_MA3 CKO 12 VSIO GND ZDFL 83 VDT3_COR 12 FO C407 CKO 42 1581 PHREFO S amp 150 51 VDT4 COR lt 2241 0 D MA1 2 PHREF I MSN
89. 4 data I O 4 MCU I F MCU Address input 5 data I O 5 MCU I F MCU Address input 6 data I O 6 MCU I F MCU Address input 7 data I O 7 MCU I F MCU Address input 8 lt MSB gt TESTSEL MCU I F TEST Select input MDO MCU I F MCU data I O 0 lt LSB gt MD1 MCU I F MCU data I O 1 MD2 MCU I F MCU data I O 2 MD3 MCU I F MCU data MD4 MCU I F MCU data I O 4 MD5 MCU I F MCU data I O 5 DVss Vpp amp GND Digital Ground MD6 MCU I F MCU data I O 6 MD7 MCU I F MCU data I O 7 lt MSB gt MALE MCU I F MCU Address latch signal input MCS MCU I F MCU Chip Select signal input MWR MCU I F MCU Write strobe signal DVDp33 Vpp amp GND digital 3 3V Power for I O MRD MCU I F MCU Read Strobe signal MRDY MCU I F MCU Ready signal L Wait MINT MCU I F MCU Interrupt signal L Interrupt request 21 SYSCK Clock Clock Monitor output DCD 1500AE means P DVDD18 Vpp amp GND Digital 1 8V Power Internal logic system power XI Clock Crystal oscillation input XO Clock Crystal oscillation output DVss amp GND Digital Ground VDT7 VSTEM A V MPEG da
90. 41 2 3 Mode decision mode will be decided if the PLAY button is pushed in the state where the mode is chosen a In the case of servo adjustment value display mode a fo cus offset adjustment value is displayed FL display The display part of 13 digits 1121314 5 6 7 9 10111 12 13 n adjustment value b In the case of trace mode error rate display trace of the circumference in one layer is chosen FL display The display part of 13 digits 1 12 4 5 6 7 8 9 io 12 IR An address and an error rate display F at the time of undecided 4 Change within the mode If the REV button or the FWD button is pushed in the state where the mode is decided a change within the mode will be made a In the case of servo adjustment value display mode re fer to table 1 servo adjustment value display mode de tails FL display The display part of 13 digits 1 2 14 5 6 7 8 9 12 13 XX selection mode 31 62 n adjustment value 13 DCD 1500AE 1 STOP REV 2 OPEN CLOSE
91. 4464 906 00D 257 0512 903 CK73F1E104ZT 1608 CE67C0J101MT REF CK73F1E104ZT 1608 CE67C0J101MT REF CK73F1E104ZT 1608 C709 C710 C713 C714 C715 00D 259 0015 901 00D 257 0512 903 00D 254 4464 906 00D 257 0512 903 00D 254 4464 906 NFM41CC223R2A3L C CK73F1E104ZT 1608 CE67C0J101MT REF CK73F1E104ZT 1608 CE67C0J101MT REF C716 C721 723 C724 C725 C726 00D 257 0512 903 00D 254 4464 906 00D 257 0512 903 00D 254 4464 951 00D 257 0512 903 CK73F1E104ZT 1608 CE67C0J101MT REF CK73F1E104ZT 1608 CE67C0J220MT MV B REF CK73F1E104ZT 1608 C727 C728 C729 730 C731 C732 00D 254 4464 906 00D 257 0511 904 00D 257 0512 903 00D 257 0501 901 00D 254 4464 951 CE67C0J101MT REF CK73F1H103ZT 1608 CK73F1E104ZT 1608 CK73B1H103KT 1608 1608 CE67C0J220MT MV B REF C735 C736 C739 C740 C742 00D 257 0512 903 00D 254 4464 951 00D 257 0512 903 00D 254 4464 951 00D 259 0015 901 CK73F1E104ZT 1608 CE67C0J220MT MV B REF CK73F1E104ZT 1608 CE67C0J220MT MV B REF NFM41CC223R2A3L C C743 744 00D 257 0512 903 CK73F1E104Z 1608 55 PatNo ParName Remarks DCD 1500AE o lt C745 00D 254 4464 951 CE67C0J220MT MV B REF C746 nsp 000 257 0512 903 CK73F1E104ZT 1608 C748 750 000 259 0015 901 NFM41CC223R2A3L C751 753 nsp 00D 257 0512 903 CK73F1E104ZT 1608 C760 00D 254 4464 951 CE67C0J220MT MV B REF 761 762 nsp 000 25
92. 55 00D 254 4694 909 000 254 4574 922 00D 257 0516 954 000 254 4577 945 CQ93P2A103JT NH2 CE04W1E101MT RF0 CE04W1H101MT RE3 CK73B1E104KT 1608 CE04W1C101MT RE3 C150 C151 C152 C153 C154 00D 254 4693 939 00D 257 0501 901 000 255 4256 955 00D 254 4693 926 00D 255 4256 955 CE04W1H101MT RFO CK73B1H103KT 1608 1608 CQ93P2A103JT NH2 CE04W1H470MT RFO CQ93P2A103JT NH2 C155 C156 157 C158 159 C160 161 C162 00D 257 0516 954 00D 255 4256 955 00D 254 4693 926 00D 255 4256 955 00D 254 4693 926 CK73B1E104KT 1608 CQ93P2A103JT NH2 CE04W1H470MT RFO CQ93P2A103JT NH2 CE04W1H470MT RFO C163 C164 167 168 169 170 171 172 000 254 4693 939 000 254 4693 926 000 257 0516 954 00D 255 4254 973 00D 257 0501 901 CE04W1H101MT RFO CE04W1H470MT RFO CK73B1E104KT 1608 CQ93P2A182JT NH2 CK73B1H103KT 1608 1608 C173 C174 175 C179 C181 183 C184 186 00D 255 4256 955 00D 255 4255 956 00D 255 4253 932 00D 255 4253 932 00D 255 4256 955 CQ93P2A103JT NH2 CQ93P2A392JT NH2 CQ93P2A471JT NH2 CQ93P2A103JT NH2 C187 C189 C190 C191 C192 193 00D 255 4255 914 00D 255 4256 955 00D 257 0516 954 00D 254 4577 945 00D 255 4255 914 CQ93P2A272JT NH2 CQ93P2A103JT NH2 CK73B1E104KT 1608 CE04W1C101MT RE3 CQ93P2A272JT NH2 CQ93P2A47 1JT NH2 C194 C195 C196 197 C199 200 C201 00D 257 0516 954 00D 254 4577 945 00D 255 4252 975 00D 257 0516 954
93. 57 0512 903 00D 254 4464 906 CK73B1H103KT 1608 1608 CC73CH1H151JT 1608 CK73B1H102KT 1608 CK73F1E104ZT 1608 CE67C0J101MT REF C546 547 C548 C549 C550 C551 00D 257 0512 903 00D 257 0511 904 00D 254 4465 918 00D 257 0512 903 00D 257 0521 907 CK73F1E104ZT 1608 CK73F1H103ZT 1608 CE67C1C470MT REF CK73F1E104ZT 1608 CK73B1A105KT 1608 C554 C555 C558 C559 C560 00D 257 0516 954 00D 257 0512 903 00D 254 4464 951 00D 257 0512 903 00D 254 4464 951 CK73B1E104KT 1608 CK73F1E104ZT 1608 CE67C0J220MT MV B CK73F1E104ZT 1608 CE67C0J220MT MV B C561 C562 C563 564 C565 C566 00D 257 0501 901 00D 257 0516 941 00D 257 0511 904 00D 254 4464 951 00D 257 0511 904 CK73B1H103KT 1608 1608 CK73B1E473KT 1608 CK73F1H103ZT 1608 CE67C0J220MT MV B REF CK73F1H103ZT 1608 C567 C568 C569 570 C571 C572 573 00D 254 4464 951 00D 257 0512 903 00D 254 4645 903 00D 254 4464 951 00D 257 0511 904 CE67C0J220MT MV B REF CK73F1E104ZT 1608 CE67C0J221MT MVA REF CE67C0J220MT MV B REF CK73F1H103ZT 1608 575 576 578 580 581 C582 583 00D 257 0511 904 00D 257 0511 904 00D 257 0511 904 00D 257 0516 941 00D 257 0511 904 CK73F1H103ZT 1608 CK73F1H103ZT 1608 CK73F1H103ZT 1608 CK73B1E473KT 1608 1 1032 1608 54 C587 C588 C589 C590 C591 PatNo ParName Remarks ew 00D 257 0512 903 00D 257 0507 976 00D 257 0520 908
94. 57 0516 954 00D 254 4577 945 00D 255 1265 936 000 257 0516 954 00D 255 1265 936 CK73B1E104KT 1608 CE04W1C101MT RE3 CQ93M1H103JT B CK73B1E104KT 1608 CQ93M1H103JT B C862 C863 865 C868 C869 870 C871 000 254 4611 704 00D 255 1265 936 00D 257 0516 954 00D 255 4256 955 00D 254 4442 708 CE04W1V102MC K30 LXV CQ93M1H103JT B CK73B1E104KT 1608 CQ93P2A103JT NH2 CE04W1C682MC SMG C872 873 C874 C875 C876 C879 00D 254 4749 702 00D 254 4403 734 00D 257 0501 901 00D 257 0516 954 00D 255 4256 955 CE04W1E472MC RFO CE04W1E472MC SMG CK73B1H103KT 1608 1608 CK73B1E104KT 1608 CQ93P2A103JT NH2 C880 C881 882 C883 00D 257 0516 954 00D 257 0501 901 00D 257 0516 954 00D 253 8022 707 CK73B1E104KT 1608 CK73B1H103KT 1608 1608 CK73B1E104KT 1608 CK45F2EAC103MC 62 DCD 1500AE Retno nsp PatNo PartName Remarks ty New OTHERS PARTS GROUP AS001 nsp 00D205 1034 007 M3 SCREW TERMINAL CX023 nsp 00D 205 0581 056 2P VH CONNECTOR BASE CX024 000 205 0581 085 2P VH CONNECTOR BASE CX026 000 205 0581 001 2P VH CONNECTOR BASE CX031 nsp 00D 205 0233 032 3P EH CONNECTOR BASE CX041 000 205 0343 045 4P CONN BASE KR PH CX051 000 205 0343 058 5P CONN BASE KR PH CX052 000 205 0321 054 5P CONNE BASE RED CX081 00D 205 0233 087 8P EH CON BASE CX082 000 205 0343 087 8P CONN
95. 5F GPGP D 1212 m C769 5 1650AE 2000AE M30625FGPGP DE 1212 OPEN Q 1500AE M30625FGPGP DE 3414141 7 12 0 2 1 Qz mz NZ reset IGNAL LINE n EET AB SET BA 41U 3624 4 SACD MODULE UNIT 2 3 SIG 7 7 GND_M GND_A GND_B GND le OPEN FG1 FG3 FG4 SCHEMATIC DIAGRAMS 3 6 1U 3624C SACD MODULE UNIT 3 3 19 DCD 1500AE SCHEMATIC DIAGRAMS 4 6 1 2 3 4 5 6 7 8 9 10 11 12 C250
96. 6 4 6 4 6 426 4 6 IP39 6 6 5 6 5 6 5 6 5 6 5 6 5 6 556 556 5 6 556 9 8 IP31 1 7 1 7 1 211 211 21 32 2 2 257 257 259 2 212 212 212 21 P33 3 7 357 357 L 3 2 3 7 3 2 3 7 32 P34 L4 7 4 7 4 7 457 47 4 7 4 7 4 2 2 57 5 7 5 7 5 7 5 7 5 7 5 7 SNG BB MXD O9 DCD 1500AE PRINTED WIRING BOARDS 1U 3624 SACD MODULE P W B UNIT 1c703 ig 0703 C705 L C702 C704 C703 co 3m 2223624106 201 C770 C729 ue C750 9 8 R734 iL5 C765 mua NEN uma _ 3 pams D 2 3 C413 a LT N UUUUUUUUDDUUUDUUUUDUUDDUDU R416 ER O CX241 18418 F 18419 19420 1842 3407 RA amp 01 402 598 R565 I R631 d 5 C554 sx R529 R618 L3 R528 1 16505 R650 e e n 16502 R656 TIG F R568 C607R575 rl CX202 O 8 20 L3 d gu gd COMPONENT SIDE FOIL SIDE 47 DCD 1500AE 10 3713 AUDIO P W B UNIT tad A EE Woes lt x 5 7 IE Ww COMPONENT SIDE 48 DCD 1500AE FOIL SIDE Ol 49 DCD 1500AE 10 3714 POWER DISPLAY HP P W B UNIT
97. 6 000 255 4256 955 CQ93P2A103JT NH2 C237 nsp 000 257 0509 929 CK73B1H102KT 1608 C239 240 nsp 000 257 0506 951 CC73CH1H101JT 1608 246 247 000 254 4558 715 CE04W1H221MC RFS 248 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 249 nsp 00D 257 0516 954 CK73B1E104KT 1608 C250 253 000 255 4256 955 CQ93P2A103JT NH2 C255 nsp 000 257 0509 990 CK73B1H222KT 1608 CAPACITOR C257 nsp 000 257 0509 990 CK73B1H222KT 1608 CAPACITOR C259 nsp 000 257 0516 954 CK73B1E104KT 1608 C260 000 255 4255 914 CQ93P2A272JT NH2 261 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 262 nsp 00D 257 0516 954 CK73B1E104KT 1608 263 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 264 nsp 000 257 0509 929 CK73B1H102KT 1608 265 nsp 000 257 0522 906 CK73B0J475KT 1608 C266 267 nsp 000 257 0506 951 CC73CH1H101JT 1608 C268 269 nsp 000 257 0504 924 CC73CH1H270JT 1608 C277 nsp 000 257 0516 954 CK73B1E104KT 1608 OTHERS PARTS AS101 103 nsp 000 205 1034 007 SCREW TERMINAL CX042 nsp 000 205 0406 047 CON BASE KR PH CX112 nsp 000 205 1260 017 FFC BASE 9610SA CY041 nsp 000 205 0343 045 CONN BASE KR PH CY051 nsp 000 205 0343 058 CONN BASE KR PH CY111 nsp 000 205 1260 017 FFC BASE 9610SA CY271 nsp 000 205 1260 033 27P FFC 9610SA CY291 nsp 000 205 1260 046 29 FFC BASE 9610SA FB100 103 nsp 00
98. 7 0512 903 CK73F1E104ZT 1608 C769 nsp 000 257 0512 903 CK73F1E104ZT 1608 C710 771 nsp OOD 257 0511 904 CK73F1H103ZT 1608 C772 nsp 000 257 0512 903 CK73F1E104ZT 1608 C773 nsp 000 257 0511 904 CK73F1H103ZT 1608 C774 nsp 000 257 0512 903 CK73F1E104ZT 1608 OTHERS PARTS GROUP CX052 nsp 000 205 0863 952 PH CON BASE L REF CX111 nsp 000 205 1314 905 11 5 96165 112 nsp 000 205 1257 949 11 FFC BASE 961050 151 nsp 000 205 1224 901 15 BASE P 1 0 L 241 nsp 000 205 1152 905 24 FFC BASE FLZ SM1 271 nsp 000 205 1314 918 27 5 96165 REF 291 nsp 000 205 1314 921 29 FFC BASE 9616SAA REF 082 nsp 000 205 0863 981 8P PH CON BASE L REF FBS01 nsp 000 235 0130 903 CHIP EMIFIL 11A121 1608 FB502 505 000 235 0160 902 M J2125HM330 T C FB506 507 00D 235 0130 903 CHIP EMIFIL 11A121 1608 FB703 000 235 0136 907 FBMJ1608HS280NT 1608 FB704 705 000 235 0160 902 M J2125HM330 T C 706 000 235 0136 907 FBMJ1608HS280NT 1608 707 708 000 235 0160 902 FB 2125 330 FB711 000 235 0136 907 FBMJ1608HS280NT 1608 X731 00D 399 0887 903 CSTCE16MOV53 RO 2125 56 00D1U 3713 AUDIO P W B UNIT ASS Y Retno nsp PatNo patName Remarks lewlNew SEMICONDUCTORS GROUP DCD 1500AE 101 000 262 3077 900 TC74VHC
99. 7 946 BA33BCOFP E2 IC703 00D 262 2977 904 BA18BCOFP E2 C IC 704 00D 263 1182 900 NJM2391DL1 26 TE1 REF IC 706 707 000 262 3203 907 TC7SHUO04F TE85L IC732 000 262 3310 900 T14L1024N 12J TAPE IC733 00D 262 3206 904 S 80843CLNB B64 T2 C IC739 00D 262 3529 018 M30625FGPGP DE3112 TR511 512 000 272 0166 905 28B798 DL DK T1 C D501 000 276 0778 900 1SS300 TE85L 0701 704 000 276 0717 903 155355 17 0731 000 276 0717 903 155355 17 RESISTORS GROUP RA401 402 000 247 9003 908 MNR14 220JEOAB RAS01 504 000 247 9007 917 MNR14 103JE0 CAPACITORS GROUP C403 nsp 000 257 0512 903 CK73F1E104ZT 1608 C404 000 254 4464 964 CE67C0J470MT MV REF C405 nsp 000 257 0512 903 CK73F1E104ZT 1608 C406 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 C407 nsp 000 257 0512 903 CK73F1E104ZT 1608 C408 410 00D 254 4464 951 CE67C0J220MT MV B REF C411 412 nsp 000 257 0512 903 CK73F1E104ZT 1608 C413 414 nsp 00D 257 0502 942 CC73CH1H2ROCT 1608 C415 419 nsp 000 257 0512 903 CK73F1E104ZT 1608 C420 00D 254 4464 951 CE67C0J220MT MV B REF 421 422 nsp 000 257 0512 903 CK73F1E104ZT 1608 423 000 254 4464 951 CE67C0J220MT MV B 424 429 nsp 000 257 0512 903 CK73F1E104ZT 1608 430 000 254 4603 958 CE67W1E101MT P CAP 432 434 nsp 00D 257 0512 903 CK73F1E104ZT 1608 436 438 nsp 000 257 051
100. 71 PACKING VIEW DCD 1500AE PARTS LIST OF PACKING amp ACCESSORIES The parts listed below are for maintenance only might differ from the parts used in the unit in appearances or dimensions nsp Part indicated with the mark nsp are not always in stock and possibly to take a long period of time for supplying or in some case supplying of part may be refused Note The symbols in the column Remarks indicate the following destinations JP Japan model E2 Europe model 00D 505 0131 076 00D 503 1269 103 00D 501 2053 066 00D 201 2053 079 00D 505 0038 030 CABINET COVER CUSHION CARTON CASE CARTON CASE POLY COVER 00D 511 4376 007 00D 511 4390 009 00D 515 0921 500 00D 515 0918 403 00D 399 1027 005 INST MANUAL E2 INST MANUAL J S S LIST EX SERVICE STATION LIST RC 1020 00D 203 2360 004 00D 206 2215 006 00D 206 2150 103 00D 515 0919 208 BATTERY SUM 3 ASS 2P PIN CORD AC CORD E1 10A INLET AC CORD WITH CONN GUARANTEE CARD S 00D 513
101. 9111 030 BAR CODE LABEL ASS Y COLOR LABEL CONT CARD L SUB ASSY for Premium Silver model for E2 72 WAVEFORMS C CX056 DCD 1500AE LO CN e 721 C714 0703 d 6705 FB702 d 8 1c701 5 5 C cmo 9 Q m 1 1 702 s 8 d E 0701 C710 sos b 7 no 9 9 SFB704 1 C408 O 5 L3 s DEC J 1C402 3 C760 E IRA S 98415 lt 16 16 CX241 LDI CD E3847 C501 C430 33 28 19 DVD 9 es id 8421 I E3407 B cote Lt s GND A2 er OO O Ds Pez 5 5V M2 r3 C560 C526 C403 eg LJ sip r3 5 c421 8449 088 CN a 2 4 ia O R447 ST L3 CE 5 1 5 rake lt Hs C564 O 17682 R463 RFA R69 623 L ett ums FB504 E LINK C63 p O C566 Re80 1636 ELE Ori Rego C621 3 Eo 000 2 sg 8 567 3 ue DMO 16404 L 5 Ti E 645 ce i D gt C571 ERE 3 F o 1739 8749 54 E 50008 oll C578 0 R670 C746 E N D 8 18614 20 8 9 eres 2 9 C604 R612
102. AGS circuit i XOUT 20 controller output circuit scan pulse PIN DESCRIPTIONS RESET Reset input When L M66005A is initialized When L communication with the MCU is possible H When H any instruction from the MCU is neglected Shift clock input Serial input data is taken and shifted by the positive edge of SCK SDATA Serial data input Clock input When use as a CR oscillator connect external resistor andcapacitor When use an external clock input external clock to XIN and XOUT must be opened Digit output Connect to digit grid pins of VFD Connect to segment anode pins of VFD Pins SEGOO to SEG39 correspond to segment pins of VFD as shown in the table below SEG36 SEG39 pins are common to DIG12 DIG15 pins So when use SEG36 SEG39 the number of digit to be used isdecreased Clock output Segment output Universal port Generally use this port as the static output port P1 bidirectional This port also operateas s the timing IN OUT port to control another output M66005A Veet Positive power supply for internal logic Vee2 Positive power supply for DIG and SEG outputs DV Mp o Negative power supply to pull down Front view of VFD Connection of segment output pins Each square shows one dot segment and the figure in the square shows the output segment pin number SEGnn nn 00 39 to be connected SEGOO SE
103. AM data input output terminal LSB VSIO Ground for DCLK L9 Clock output terminal for SDRAM DCKE Clock enable output terminal for SDRAM 43 XWE O Write enable output terminal for SDRAM XCAS Column address strobe output terminal for SDRAM XRAS Row address strobe output terminal for SDRAM VDIO 83V Power for I O TESTO Output terminal for TEST 148 O Address output terminal for SDRAM MSB 28 DCD 1500AE me nm 149 A1O 0 Address output terminal for SDRAM 151 Ag O Address output terminal for SDRAM 152 A8 O Address output terminal for SDRAM 154 A7 O Address output terminal for SDRAM 155 A6 O Address output terminal for SDRAM 156 A5 O Address output terminal for SDRAM 157 A4 O Address output terminal for SDRAM VSIO Ground for I O 159 AS O Address output terminal for SDRAM 160 2 O Address output terminal for SDRAM 161 A1 O Address output terminal for SDRAM 162 A0 Address output terminal for SDRAM LSB VDIO 3 3V Power for I O XSRQ Output terminal of the Data Request signal inputted front end XSHD Input terminal of the header Flag outputted from front end processor SDCK l Input terminal of the data conveyance Clock outputted from a front end processor 167 XASK Input terminal of the data valid Flag outputted from a front end
104. C103 nsp 000 257 0516 954 CK73B1E104KT 1608 C104 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 C106 nsp 000 257 0516 954 CK73B1E104KT 1608 C107 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 C109 nsp 00D 257 0516 954 CK73B1E104KT 1608 C110 000 254 4577 945 CE04W1C101MT RE3 C111 nsp 000 257 0516 954 CK73B1E104KT 1608 C112 nsp 000 254 4577 945 CE04W1C101MT RE3 113 115 nsp 000 257 0506 951 CC73CH1H101JT 1608 116 nsp 000 257 0501 901 CK73B1H103KT 1608 1608 C117 nsp 00D 257 0516 954 CK73B1E104KT 1608 C118 00D 254 4577 945 CE04W1C101MT RE3 C119 nsp 257 0501 901 CK73B1H103KT 1608 1608 57 C120 C121 C122 C123 C124 Patno PatName Remaks ew 000 255 4256 955 00D 254 4580 712 00D 257 0516 954 00D 254 4577 945 00D 257 0516 954 CQ93P2A103JT NH2 CE04W1H101MC ROB CK73B1E104KT 1608 CE04W1C101MT RE3 CK73B1E104KT 1608 DCD 1500AE C126 C127 C130 C131 C133 00D 257 0509 929 00D 257 0501 901 00D 257 0501 901 00D 257 0503 909 00D 254 4574 922 CK73B1H102KT 1608 CK73B1H103KT 1608 1608 CK73B1H103KT 1608 1608 CC73CH1H8RODT 1608 CE04W1H101MT RE3 C134 C135 C136 C137 C138 00D 255 4256 955 00D 257 0503 909 00D 257 0501 901 00D 257 0509 929 00D 254 4577 945 CQ93P2A103JT NH2 CC73CH1H8RODT 1608 CK73B1H103KT 1608 1608 CK73B1H102KT 1608 CE04W1C101MT RE3 C139 C140 C141 142 143 145 000 255 4256 9
105. DFLFE 69 DSAC 68 ZDFC a gt 2 5V 3 3V 2 5V J SUPDT 7 0 SUPPLE DATA DST DECODER FEEDER zam 8 gt 5 as S osA usa S S now a S 2 unns lt AS 15 A AS 3oaswx e 9 S lt o1vasw ssam S 90 sam 2 9 oq gt LWISWX eoa 2 28 O DQ 7 0 A 11 0 2 SD 7 0 005 33 DQ4 32 VDIO 39 3 3V 39 37 39 39 vsio 40 DcLK 4 42 XWE 43 XCAS 42 XRAS 42 VDIO 4 3 3V A11 48 A10 49 vsc 59 A9 5 AB 52 VDC 59 2 5V AT 52 55 A5 56 A4 57 58 A3 59 2 160 A1 AO 62 63 3 3V XSRQ 64 XSHD 63 SDCK 66 XSAK 67 SDEF 68 SD0 69 01 79 502 7 SD3 72 504 73 05 74 506 79 507 70 TESTO 47 Block Diagram 25 DCD 1500AE Terminal Functions m gm 1 _ Latchinput for uCOM serial communication slVeck ___ ____ clockinput for COM sei communication 1 DeamwfruCOMseiacommasaon _ oo IMSDATO o Data output for uCOM serial communication Hi Z potential except the output mode EI a Completion flag of output preparation for serial communication L is outputted at the time of
106. E 11P FFC P 1 Z gt E NY lt gt O n o l kE 0 WwW Wg I YY In IDD 6 gt 2 8 h O 149424 gt to 10 307 141 DISPLAY UNIT SIGNAL LINE SCHEMATIC DIAGRAMS 4 6 H 1U 3713 AUDIO UNIT 80 SCHEMATIC DIAGRAMS 5 6 1 2 DCD 1500AE 10 11 TUB 8072107 000 00 001 000 HH ON 400 3400 OD UU MN NN NN MMU 122 20 1390 9 222000000000000000000000000000000000000 2 0 8 O OF UNM N DO 0 KR D O Um wv oO OU hh 0
107. FWCK dp Lambda processor Input Word Clock _P23R E Lambda processor Rch 23 bit Output 1 2 14 00 Lambda processor Input Data L channel P24R EX Lambda processor Rch 24 bit Output 1 2 15lpoR Ip panies cae TEST1N Test Terminal 1 Alpha processor 1 stops LMOD Lambda processor Operation Mode Set CKSLN System Clock Select 384fs system OMOD1 Output Mode Setting Terminal 1 256fs system Output Mode Setting Terminal 2 CKDV1 Ip System Clock Divider Select Terminal 1 System Clock Divider Select Terminal 2 18 OMOD2 18bit ss OMOD2 Alternate Alternate een to 20bit 24bit 41 CKDV2 192fs CKSLN H 768fs Parallel Parallel CKDV2 n 256fs CKSLN H INVIN u ss Lambda processor Input Reversed Polarity Terminal x X TAL Oscillator Input Terminal BCKO O Lambda processor Lambda processor Output Bit Clock Bit Clock 43 xro X TAL Oscillator Output Terminal WCKO Lambda processor Output Word Clock o Clock Output Terminal Lambda processor Output Word Clock 2 22 WCKO2 for Canceling OFFSET on 1DAC Ip Input Terminal with pull up 1 Outputted on OMOD1 L 18 bit Alternate Output or 20 bit Parallel Output 2 Internal Signal is outputted on OMOD1 H 24 bit Alternate Output or 24 bit Parallel Output and one of TEST1N TEST2N TEST3N or TESTAN is set to L 39 DCD 1500AE FAN8042 SM 508 Pin Assignments PS OPIN1
108. G234 are for character dot which are output from character ROM or user RAM and SEG35 SEG39 are the dot which is controlled by command 33 DCD 1500AE CXD1881AR SM 501 SDEN A SDATA V33 amp LcP 8 LCN MNTR 8 FE TE PI V25 8 V125 8 DFT LINK RX MEVO 49 32 MEV 50 31 MIN VNA MLPF 51 30 FNN 52 29 MB FNP 53 28 MP DIP MIRR 54 27 DIN 55 26 LDON e CXD1881AR 29 We RFAC 57 24 CDPD VPA DVDPD 58 23 AIP 59 22 COLD AIN DVDLD 60 21 61 20 Vc 62 19 VPB RFSIN 63 18 CD E RFDC 64 Ho CD DVDRFP 2 9 DVDRFN N 2 B2 C2 a D2 CN o IS TS CD_B CD_A 5 34 DCD 1500AE Block Diagram
109. JI KNOB FUJI for Premium Silver model for Black model for Premium Silver model for Black model 2 N 00D 143 1235 003 00D 443 1611 006 00D 431 0442 008 00D 463 0958 007 00D 113 2037 005 WINDOW ADJUST COLLAR BLIND ASS Y SPRING FUNCTION KNOB SP for Premium Silver model N N N gt N gt O O 00D 113 2037 018 00D 113 2036 006 00D 113 2036 019 FG1500AE 00D 113 1942 010 FUNCTION KNOB BK OP CL FUNC KNOB SP OP CL FUNC KNOB BK SACD MECHA UNIT POWER KNOB ASS Y for Black model for Premium Silver model for Black model for Premium Silver model N N N NN ND O O N 00D 113 1942 023 00D 146 2443 000 00D 146 2443 013 00D 135 0068 005 00D GEN 6994 POWER KNOB ASS Y LOADER PANEL SP LOADER PANEL BK SACD PLATE TOP COVER SP for Black model for Premium Silver model for Black model for Premium Silver model N N N N N ON O 00D GEN 6996 00D 337 0127 102 00D 412 5041 005 00D 411 1371 307 00D 445 0048 016 TOP COVER Bk DVD MECHA TD 5HP DE MECHA BRACKET TOP CHASSIS CORD HOLDER L50 for Black model CO CO 00D 461 0501 005 00D 445 0074 006 00D 412 2814 031 RUBBER SHEET WIRE BAND BASE CARD SPACER L 4 65 nsp nsp 00D 513 1581 008 00D 477 0231 053 SERIAL NO SHEET 4 W S DCD 1500AE PartNo ParName __ Remarks nsp nsp nsp nsp 00D 461 1210 0
110. M 1 K 3 GND 1258 y N n n 12 DIT_CE pscs1 Cr 11P FFC BASE Q T a aw 5 ols 2 j EPA 9 Sigs Sieh 46 FLAGO A EST3 AL TEST3 T D 2120 aye D731 2 GND_B N N NT mi mi 9 5 6 E 5 155358 47 LAG1 NA EST4 NA EST4 KEY 4 5 Sg 5 59 95 gt o 4 48 FLAG2 NA ESTE A KEYO 3 gt 0702 Qaj gt 2 0703 02 gt I 270 ON De Nm 155355 5 nO 2 o 155355 OZ 2 1 114 TF D cs Ug 1 Z NFM45tBR43CooaHT1 07 OW og Ts i T 45 15 REMO_CON 59 a GND 2 3 EE g go 59 DIR4ZDIT ZDSD_CL DIR ZDIT ZDSD CL DXP_RST DO 4 5 9 9 BA33BCOFP o Do 27 E 116 DIR BROR 1 f M e 00 5 50 uad Hc NT 117 DIR_AUDIO XXPAZDSD MCH FCs UN 777 2307 SBOBA3CLNB 59 NS 55 DS 3 3V BD 118 IIRH RHSTM 9 96 5 8764 8765 FDAT 4K 100 122 DSPRST AT SEL N Ns B G 4 RN GND D OO Bo 9 0704 O o 188355 701 J84115HM330 T NM 4 DL 1 26 GND AD OPEN Sn IC739 MCU QX ZZ Z77 58 5 SA1 M3O625FGPGP DE 1165 G 8 SALE MS30625F GPGP DE 20 4 1 1 10 ue he you SAA 1 MSB0G62
111. N SCREW 1 7X2 2 TYPE3 PU CHASSIS ASS Y SHAFT HOLDER L SHAFT HOLDER R SHAFT TILT BASE SHAFT TILT PLATE TILT SPRING MAIN SHAFT SUB SHAFT PU RACK GEAR PICK UP HOP 1200R PU SPRING SHAFT SPRING RACK GEAR SPRING T T MOTOR ASS Y SCREW 2 6X6 CBTS S Z SCREW 2 6X4 CBTS S Z SCREW 2 6X15 CFTS S Z SCREW 3X4 BSS SCREW 3X8 BSS A PRECISION SCREW 1 7X5 TYPE3 PRECISION SCREW 1 7X2 2 TYPE3 FEED GEAR 2ND ASS Y 69 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 1 2 6 1 2 1 3 1 1 1 1 1 2 1 1 1 1 1 1 1 1 2 1 2 2 1 1 2 1 FEED MOTOR ASS Y DCD 1500AE 00D 9KA 2G64 3 000 1 01 1 000 9KB 7P02 4 POLY SLIT WASHER 2 1X4X0 25C FEED GEAR 3RD DAMPER DAMPER SCREW TRAY SPRING VXF 000 1G04 2 000 2 03 1 000 2 03 2 000 9KS 20P1 04 000 009 0186 015 CUSHION 2 WF PLATE RE 2HPC PRECISION SCREW 2X4 P TYPE1 24 FFC CABLE L 70 W10X45 70 M DCD 1500AE POINTS OF GREASING Greasing positions groove Froil KG 423 With Cemedine 575 glue 3 joint parts of Clamper L 3 Bond 14018 TRAY bottom view Tray bottom face in 2 grooves gt Se and H hooks 0 05mg each x 3 M on half of th from 1st to 3rd tooth of gear Cay Ore AMAM OT INE positions 2 position KG 42
112. RAMS 1 6 1 2 3 4 5 6 7 8 9 10 11 1U 3624 1 RF AC SACD MODULE UNIT 1 3 Cx202 x nu 2200P 522 CK4700P ai momo CK1ooop 8 UE RE DAVIRG He34 100 9 _ O x 232 DAVRST ness W 5 Gio 1 MNTR 91511 4 n 5 5 m 9 Elo pavo 49g gt e DRVTX 9 41 c m R555 za 3 SIZE Had es DRVBX 5 HB37 y2 E lt o 8 24P FFCS 59 H 952255 DAVCLK 7 7 gt 24P FFC BASE FLZ SM1 85 em 66 66 BMJa425HM 0 T Bs pc DEVE a 639 a 0 B Wy gt DRVRDY 0 s 2 2 8567 eo Lt CKO 652 wOD R569 0 D 0 7554 00 10K om om GND vs vC 507 TC7WHOBFU 11 11 330P C589 KO 15 cosa C517 C518 12 12 C519 C520 C513 C523 C544 CK4700P Y C515 DADT 14 8640 100 13 14
113. S L A D ps SEL 34 DFT E DA CD 14 o po oS CBR b3 2 lt DAC 1 2 B OUTPUT INHIBIT B C SEL CD_D e po CTCR b3 0 i 3 CO Gain SIGR b2 0 4 12dB is added Es B Offset CAR b7 4 CD 9 high gain mode RUD cancel MASK SL CE CD DVD ap CDR b5 1 0 8dB 4bit SUM 4 P CER b4 0 RE 42 MNTR CE offset MON 6dB is added ee SEL high gain mode RESUM V125 gt CDR b5 1 V25 3 CD E 18 GC PIOR b7 5 2 AB 7265 62 0 3 LPF ECP CD_F 17 GC GCA aH 43 1 CFRb3 o S58 3 t CEPOL buff 91288 4 CDR b5 SESS TRCR2 b3 0 High Gain 3B 7 CP 12dB is added high gain mode 8 CN CDR b5 1 Comp we 250 4 PHASE h 2 LPF Offset GCA TE 89 TE B2 4 po EQ DETECTOR RST E T GC ws po gt PDCRb3 TRCR2b7 CEFDB TRCR 55 0 CFR b7 5 e PHASE CD DVD CP CN TR offset TR Gain 02 6 GC EQ HAI DETECTOR Low Imp VC for TE FE amp CE output ref 3 3 for PI output ref V25 3 25 2 62 0 TRCR b6 36 V125 TRCR2 b6 4 DPD COMP HYS ON CDR b2 DPD EQ CHR VCI for servo input 37 Veo Mirr Defect Comp ATT VC 20 VC MRCR b6 4 CONTROL CDR b3 05 b7 0 Signals gt 48 SDEN 2 droop Level 2 To each block b5 4 control SERIAL PORT
114. SERVICE MANUAL MODEL DCD 1500AE SUPER AUDIO CD PLAYER For purposes of improvement specifications and e design are subject to change without notice e 8 Please use this service manual with referring to the operating instructions without fail Some illustrations using in this service manual are slightly different from the actual set
115. TS TESTS TESTS TESTS TEST10 TEST11 TEST12 172 TEST13 173 TEST14 174 TEST15 187 ST3 GIO7 GIO10 GIO11 193 GIO12 GIO45 198 21016 199 GIO47 GIO48 201 SIO1S 202 TAST 203 TMS TSD M XSPMUTE XFTSMUTE 160 TEST1 161 TEST 162 1463 154 165 166 167 168 159 170 171 75 MODSELO 26 MODSEL 1 77 ovss 78 MODSEL2 178 OO 180 GTO1 181 182 83 184 G 185 5 1 6105 186 88 DvDD18 189 STA GIOB 190 Grog 194 192 94 pvss 195 1013 196 GrO14 197 200 C606 CKO 01Z R685 O WW R682 R681 C620 CKO 012 CD_XDVD FG EDCNG CLVLOCK SYNCLOCK BUF EMP MINT MHDY gt MRD C633 CX 0 1 b E 3V_B3 RASO 4 10Kx4 MAS V V CK1000P mcs LD MUTE 123 LO D7 06 05 04 De 8677 2 R673 10K MW 9 Sex W SLED 8674 05 U o Oy 1 SLD C634 R 100 FR r3 R672 D3 D2 D1 E DO 15 gt 16 29 SLD 33K 56 TSCON 12 FANSO42 W 13
116. U04FT 102 000 262 2531 007 DXP6001AF C IC103 00M HCO 0800 SKY TC7WHUOAFU TRIPLE INVERTER IC104 105 000 262 3555 901 SA5532ADR 106 000 262 2376 903 TC74HCT7007AF TP1 C 107 000 262 0864 006 UPC4570C 108 000 262 3203 907 TC7SHU04F TE85L REF 109 000 262 2376 903 TC74HCT7007AF TP1 C 110 000 262 3528 006 GAL16V8D 15LPN DEO1 IC111 000 262 3198 902 TC7AVHC157FT EL REF IC112 00D 263 1048002 BA033T IC113 000 262 2376 903 TC74HCT7007AF TP1 C 114 000 262 3299 908 DSD1791DBR 115 00D 263 0809 006 NJM7805FA S 116 00D 263 1048 002 BA033T IC117 118 000 262 3555 901 SA5532ADR TR100 101 000 269 0082 902 DTC114EKT96 TR102 000 269 0083 901 DIA114EKT96 TR103 000 269 0082 902 DTC114EKT96 TR104 105 000 273 0460 905 2875 C TR106 000 269 0083 901 DIA114EKT96 C TR107 000 269 0082 902 DTC114EKT96 TR108 109 000 273 0460 905 KTC2875B RTK C D100 000 276 0553 905 1SR35 200A T93X RESISTORS GROUP R263 264 00D 241 2472 965 RD14B2E104JT AMRS R266 00D 244 2043 953 RS14B3A471JNBST S R267 00D 241 2467 941 RD14B2E681JT AMRS R270 00D 244 2043 953 RS14B3A471JNBST S R271 00D 241 2467 941 RD14B2E681JT AMRS R276 00D 244 2043 953 RS14B3A471JNBST S R281 00D 244 2055 909 RS14B3A910JNBST S R994 996 00D 241 2472 965 RD14B2E104JT AMRS CAPACITORS GROUP C102 000 255 4256 955 CQ93P2A103JT NH2
117. an reflection 0x8ED Nope CD 23 GS lt romans 2 ooo mE CEN 2 DRE own 1 EE 3 More than 0x99 More than Less than 0x8ED 0x98 CD Low reflection 1 2 I oer 3 reflection Ox8ED 0x80 Pllevel Pllevel V X 1 6 256 DVD 2 layer 2 Less than 2 Ox8ED 3 w 3 PI level Formula Pl level V Measured value X 1 6 256 Invalid Table 4 Disc classification information 54 CODA BE KD ERE CDA ER Table 5 HEAT RUN ERROR CODE 5 1 Tray Error Back End 1 Back E1 2 Bad Disc E2 22 3 Focus Error E2 E2 4 Read Error po es bre 22 5 Tracking Error E4 24 6 Tray Error Front End E5 Front End 7 Navigation Pack Read Error EB rr 8 Communication Error Ero Hey Seer Ss E7 9 No Disc NO DISC NO DISC Number of times to error generating
118. completion XMSDOE Output enable pin for uCOM serial communication L is outputted at the time of MSDATO mode 9 XRST LOW Reset pin The whole IC is reset by at the time of L potential ANNE NOT S SOft Mute Soft mute of the audio output is carried out at the time of H potential It releases at the time of L potential le veo o afeco O tsltRek O _ elrsAwe O lveo av O ofw o o 22 zs Tesro 9 owpwemnaerawsepeo 1 24lTEsfO O seso O Outputterminalfora 26 TCK f Clock input for a Test It fixed to L potential Input pin pull up for a Test open 2mlVvee _ O Input pin pull up for a Test open Reset pin pull up for a Test Input the Power on reset signal or fixed to L potential 32 TEST1 l Test input pin It fixed to L potential 83 TEST2 Test input pin It fixed to L potential 84 TEST 1 Test input pin It fixed to L potential sslresro srpem ___ slsugprO O Supplementarydataouut SSS se surori o olsumprs O lsumprs O veo em OSS 4slsumpr4 wlsumprs
119. ctive 6 Actuator Include screw spring and connected point actuator and PWB X The laser diode soldering portion of and is sharp be careful especially because it is dangerous 1 2 E Te b Us CO CDLD CD OEIC DVD LD FPC LD
120. detection WAD2 External A D data input terminal for PSP physical disc mark detection WAD3 External A D data input terminal for PSP physical disc mark detection VSIO Ground for WAD4 External A D data input terminal for PSP physical disc mark detection WAD5 M External A D data input terminal for PSP physical disc mark detection WAD6 Un External A D data input terminal for PSP physical disc mark detection WAD7 LA External A D data input terminal MSB for PSP physical disc mark detection TESTI TEST input terminal It fixed to L potential 123 WCK Operation clock for PSP physical disc mark detection 124 WAVpp 2 5V Power A D Power supply for PSP physical disc mark detection 125 WAVOO 2 5V Power A D Power supply for PSP physical disc mark detection WARFI Analog RF signal input terminal for PSP physical disc mark detection WAVRB A D bottom reference terminal for PSP physical disc mark detection 128 WAVes A D Ground terminal for PSP physical disc mark detection 129 WAVss Ground terminal for PSP physical disc detection VSIO Ground for I O SDRAM data input output terminal MSB 132 D06 SDRAM data input output terminal SDRAM data input output terminal SDRAM data input output terminal VDIO 3 3V Power for SDRAM data input output terminal SDRAM data input output terminal SDRAM data input output terminal 139 D 0 o SDR
121. e oscilloscope to 5V M2 of test point for GND side and LD DVD of test point for signal side Playback the stereolayer track 1 of the SACD Test Disc Measure the voltage between 5V M2 and LD DVD cal culate lop by the formula as shown below Measurement Voltage Value 14 Resistance value CD Laser current measurement Connect the oscilloscope to 5V M2 of test point for GND side and LD CD of test point for signal side Playback the track 1 of the CD Test Disc Measure the voltage between 5V M2 and LD CD cal culate lop by the formula as shown below Measurement Voltage Value 11 75 Resistance value DCD 1500AE 4 1 DVD LD DVD 5V M2 Oscilloscope 1 45V M2 GND LD DVD 2 SACD 1 3 5V M2 LD DVD lop qo lop 118 p 14 HERE 4 2 CD We 1 5V M2 GND LD CD 2 CD 1 3 5 2 LD CD lop
122. ed 2 H P 3 4 2 screws of H P jack top is tightened 3 4 H P E T 5 lt 4l 45 3 1 d a s 1 2 5 Tor E 4 er i mE L 2 E Note When assembling the volume pwb the bracket G insert thickness 1 6mm board between the bracket H P and volume 1 6mm DCD 1500AE Note Handling and Replacement of the Laser pick up Disassembly Do not disassemble or adjust this mechanism due to preci sion component Storage Do not leave this mechanism in high temperature and hu midity Be sure to prevent this mechanism from static elec tricity dust and excessive forces Do not leave this mechanism without a unti static cover for the dust Handling Do not shock to this mechanism Don t touch the parts as follows To touch them may cause big trouble D Trim potentionmeter 2 CD laser dode and Fixate of CD laser 3 Fixate plate of OEIC 4 High frequency module and DVD laser diode Obje
123. enance only might differ from the parts used in the unit in appearances or dimensions nsp DCD 1500AE Part indicated with the mark nsp not always in stock and possibly to take a long period of time for supplying or in some case supplying of part may be refused Note The symbols in the column Remarks indicate the following destinations E2 Europe model nsp 000 1U 3713 00D 1U 37 14 000 1U 37 14A JP Japan model AUDIO UNIT ASS Y POWER DISPLAY HP UNIT ASS Y POWER DISPLAY HP UNIT ASS Y DISPLAY UNIT POWER UNIT 00D 1U 3624C 00D 105 1653 104 H P VR UNIT H P UNIT POWER SWITCH UNIT SACD MODULE UNIT ASS Y REAR PANEL E2 00D 105 1653 117 00D 203 3996 008 00D 203 3962 003 00D 104 0173 239 00D 412 5073 002 REAR PANEL J AC INLET 2P AC INLET FOOT ASS Y MECHA BRACKET BOTTOM o UA 00D 412 5074 108 00D 233 6518 002 00D 233 0701 006 00D 412 5264 002 00D 409 0052 006 TRANS BRACKET POWER TRANS E2 POWER TRANS JP H P BRACKET HOLDER A 2 2 N 00D 412 2814 073 00D 144 2966 109 00D 144 2966 112 00D 112 0811 042 00D 112 0811 039 CARD SPACER L 18 FRONT PANEL SP FRONT PANEL BK KNOB FU
124. gital 3 3V Power for I O RA4 DRAM I F DRAM address output terminal 4 RA3 DRAM I F DRAM address output terminal 3 RA2 DRAM I F DRAM address output terminal 2 RA1 DRAM I F DRAM address output terminal 1 DVDD18 Vpp amp GND Digital 1 8V Power for Internal Logic power RAO DRAM I F DRAM address output terminal 0 XRAS DRAM I F DRAM RAS output Column address strobe output XMWR UO O O O UO O OO O UO OP O OOO O O O OP O OO DRAM I F DRAM Write enable RD7 DRAM I F DRAM data input output terminal 7 RD6 DRAM I F DRAM data input output terminal 6 DVss Vpp amp GND Digital Ground RDS DRAM I F DRAM data input output terminal 5 RD4 DRAM I F DRAM data input output terminal 4 RD3 DRAM I F DRAM data input output terminal 3 RD2 DRAM I F DRAM data input output terminal 2 RD1 DRAM I F DRAM data input output terminal 1 RDO DRAM I F DRAM data input output terminal 0 RD15 DRAM I F DRAM data input output terminal 15 RD14 DRAM I F DRAM data input output terminal 14 23 DCD 1500AE Geom
125. gt 1 20 2 R Q CE 04W 1H 2R2 M BP YS Bt EE 1 2 5 10 20 80 20 100 fit U v FOG UL CSA UL CSA 0 0 25pF O 5pF 22 2 gt 2200uF AR 2 2 2UF t 2 2 R uF uF 22 o 2200pF 0 0022uF 2 1 220pF 0 0 0 2 0 0 1 2 2 pF pF
126. h below drawing Slide gear DCD 1500AE 3 1 24P FFC 15P FFC 5P PH 2 4 3 24P FFC 1 2 Boss 11 DCD 1500AE CD TEST MODE amp SERVICE MODE SAYS V Yb 74 AHSYV Ke dsip 49A woon 3 4 pe ejdsip SI epoo 9jouloJ pue pallndul y Jo 94 e dsip 9 JO s e dsip 1 16 yoes 10 Aejdsip 94 eqni 14 SAYS V dO1S SAYS V dO1S SAYS V dOLS SAYS V dOLS 1531 SAYS V dO1S SAYS V dOLS SAYS V dOLS SAYS V e dsip J9A QMd s v 3 g S AdSVJOdWHSV 009L dOQ e dsip owen ISDOMA OV AV d SO O N dO Ae dsip Aeldsip AldSID TVIWHON ID91e9d9 S BIOSID 301 lt 45019 l
127. ion number of the inner circumfer ence of 2 layer and an address A display of PO uncorrectable number of the inner circumfer ence of 2 layer and an address A display of Pl error detection number of the inner circumfer ence of 2 layer and an address A display of PI uncorrectable number of the inner circumfer ence of 2 layer and an address A display of PO error detection number of the central circumfer ence of 2 layer and an address A display of PO uncorrectable number of the central circumfer ence of 2 layer and an address A display of error detection number of the central circumfer ence of 2 layer and an address A display of uncorrectable number of the central circumfer ence of 2 layer and an address A display of PO error detection number of the outer circumfer ence of 2 layer and an address A display of PO uncorrectable number of the outer circumfer ence of 2 layer and an address A display of Pl error detection number of the outer circumfer ence of 2 layer and an address A display of PI uncorrectable number of the outer circumfer ence of 2 layer and an address In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the case of 1 layer disc it is invalid In the
128. itions 179 GIOO I O D Multi purpose Multi purpose port 0 180 1 D Multi purpose Multi purpose port 1 181 2 D Multi purpose Multi purpose port 2 182 D Multi purpose Multi purpose port 3 183 DVDp33 amp GND Digital 3 3V Power for 184 4 D General Port Multi purpose port 4 185 GIO5 D General Port Multi purpose port 5 186 GIO6 D General Port Multi purpose port 6 187 GIO7 General Port Multi purpose port 7 188 18 Vpp amp GND Digital 1 8V Power for I O for internal Logic system 189 GIO8 D General Port Multi purpose port 8 190 GIO9 General Port Multi purpose port 9 191 GIO10 D General Port Multi purpose port 10 192 GIO11 General Port Multi purpose port 11 193 GIO12 D General Port Multi purpose port 12 194 DVss amp GND Digital Ground 195 GIO13 D Multi purpose Multi purpose port 13 196 GIO14 D General Port Multi purpose port 14 197 GIO15 D General Port Multi purpose port 15 198 GIO16 General Port Multi purpose port 16 199 GIO17 D General Port Multi purpose port 17 200 GIO18 General Port Multi purpose port 18 201 GIO19 D General Port Multi purpose port 19 202 TRST JTAG I F JTAG Reset input 203 TMS D JTAG I F JTAG Mode Select input 204 TDI D JTAG I F JTAG Data Input 205 TCK D JTAG I F JTAG Clock input
129. m ON 0 A o N m N D O am N 0 O O d HW Q Q Q Q G Q m m m m m m m m m wx N N N N N N N N N 0 0 0 0 0 0 0 0 0 0 0 0 m a TONGS SSSI j j oO mi N ID 0 OF AMi N to S N 0 0 9 0 S SI WO Af A Nl UNTO OINI D O saps ap sf UU A A A au 0 01 NN mm mra OLOLGLOLOLOLOLOLOLOLOLGLGLOLO0 0 OL DLOLOLOLYOLOLOLOLOLOLONLOLOLOLOLOLOLM Y 1 0 1 Os O OR O O O 0 m 0 wor O O O si A Du D D 0 0 0 0 0 0 sesso S csos SEGOO see 5 4 vcce sas 9 53 DIG 15 SEG39 sesea 54 DIG 14 SEG38 SEG24 am sana e MEE a me _ DIG12 SEG36 seces Dr UNIT C 01611 Crap s M 5OO5 OOO1AHP _ 60 D1G08 SEG29 L 4 DIGO7 SEG30 1 T nh J los 0 ssa 01604 a 5 SEG33 17 DICO3 SEG 4 FLCS2 0 alaj m m o FoF Dd X lt 141 7 d lt gt 1 IEEE 1 S i 9 00 gt gt 0 9 CKO O4 C608
130. ment is necessary after the replace ment Disc no read unsteady playback etc Laser drive current lop check HF wave form check Refer to page 73 Present value exceeds the ini tial value by 1 5 times Traverse Unit replacing See page 8 for details Laser current registering after replacement Step Disc playback Write the measured value on the seal attached to the Mecha Unit As to the measuring method refer to page 8 9 i lop 5 pem lop H F 73 1 5 8 lop 8 9 DCD 1500AE 1 Label Indica
131. n the same pin VDDQ solated power supply and ground for the output buffer Data Input Output Data input output are mutiplexed on the same pin Data input output are mutiplexed on the same pin solated power supply and ground for the output buffer Data input output are multiplexed on the same pin Data input output are multiplexed on the same pin VDDQ Isolated power supply and ground for the output buffer L DQM Blocks data input when active WE Write Enable Enables write operation and row precharge AS Column Address Strobe Latches column address on the positive going edge of the CLK at low 10 12 13 14 IERE glol lt lolol lt lolol lt lolol lt 21012101515 IoIQI lolog N OIS N AS Row Address Strobe Latches row address on the positive going edge of the CLK at low Disables or enables device operation by masking or enabling all w inputs except CLK CKE and LDQM A Bank Select Address Selects bank to be activated during row address latch time 10 AP Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Power and ground for the input buffer and the core logic Power and ground for the input buffer and the core logic Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the
132. or detected output DVDLD output CDLD EG APC output MNTR O Monitor output Analog Pins _ nm OSO ByP fe RF AGC integration capacitor connecting terminal ICP Differential phase tracking LPF terminal teen phase vecking F ep e 36 DCD 1500AE em O 588 ea ey ee V125 m Reference voltage output Serial Port Pins sa i e MSM51V18165F 50TSK 7 SM IC503 Pin Descriptions PINNO _ PIN NAME TYPE DESCRIPTION Address Input 18 21 24 29 0 9 Input Row Address A0 A9 Column Address A0 A9 CASH Column Address Strobe Upper Byte Control CASL Column Address Strobe Lower Byte Control CN 7 10 35 38 40 43 00 1 015 Input Output Data Input Output 1 6 22 Supply Power 5V Se Bou 13 16 17 3 DCD 1500AE 16M SDRAM TSOP 7 8 SM IC402 EM636165ST 7 G gd CY Oo See ee Terminal Function D 5 z O Pin Name Symbol Function Power and ground for the input buffer and the core logic Data input output are mutiplexed on the same pin Data input output are mutiplexed on the same pin Vsso Isolated power supply and ground for the output buffer Data input output are mutiplexed on the same pin Data input output are mutiplexed o
133. ow e murueoweoweeo Umen i mw Reusewuewwerowo 1 ww mmsoowsa wre i 26 PBI TAMINU P DL 100 DL ID WRITE MODE DETECTION L Write Mode EE mor o lmw o ras Poor wwe wmemoomum o _ mm o n os rar ra sey SERIAL 30 DCD 1500AE fom mm emm io ma mw em Cw proren Pm SemAAAromeoozsR Pracucarmioutw o PrweoascumommesN MSOATAO emupAANrurtmcXoze5R _ 5 oz O H SERALOWROUWUTTrONWTESR on eie wemeuseekeo ape he LLL memor mo mue sps hs lreseud 8 PUL DWN S KPALBOWNNONGONEGT pn semwpwAsroxotesg SP eee semwpwAromexoeeso ae fore Fw creme foror pxeosowrfemcxoessg _ als 9 om en o fon sana Dems pwa _ eeey sr esa ______ sew gg 8 pure VKPMLUPNONGONE mw om
134. peration storage and operating environment should not contain corrosive gases For example HS2 502 ets In addition storage environment should not have materials that emit corrosive gases especially from si licic cyanic formalin and phenol group In the mechanism or set existence of corrosive gases may cause no rotation in motor Laser drive circuit We solder the Short land on PWB before shipment to pro tect laser diode Open the short landsafte you connect pick up your circuit by flat cable Refer to Fig a When you unstrap the short solder for the laser diode pro tection in the condition which doesn t connect by a flat ca ble the laser diode and PEIC may destroy by static electricity The short land for the laser diode protection DCD 1500AE 7794 44 F Hik RU ENEUMR CD BA ZHU
135. processor SDEF Input terminal of the error Flag outputted from a front end processor 169 SD0 Input terminal of the stream Data outputted from a front end processor 170 SD1 Input terminal of the stream Data outputted from a front end processor T1 SD2 Input terminal of the stream Data outputted from a front end processor 172 503 SNO AN Input terminal of the stream Data outputted from a front end processor 173 504 Input terminal of the stream Data outputted from front end processor E Input terminal of the stream Data outputted from a front end processor U5 SD6 Input terminal of the stream Data outputted from a front end processor V6 SD7 Input terminal of the stream Data outputted from a front end processor Pull up input Pull down input Ai Analog input 29 DCD 1500AE M30625FGPGP SM IC739 Pin Assignment ND t 2 Q c m sr in o E E E i YS Z lt lt gt A A SS OS ay l O CO cQ m sri O O Oc Q CQ m st tn xO e e O O O O lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt
136. put gain value of CXD1881AR is Gain displayed RFP TE Offset layer 0 TE offset value of CXD1881AR is displayed DSP TE Offset layer 0 TE offset value inside CXD1885Q is displayed 15 DCD 1500AE 7 1 32 RFP TE 0O CXD1881AR TE Gain RFP TE Output 0 ain o RFP TE Offset 0 CXD1881AR TE DSP TE Offset 0 CXD1885Q TE an Ox1FF2 8178 CXD1885Q A 0 0 2 x2000 8192 0 998291015625 0x2012 8210 x2000 8192 1 002197265625 18 CXD1885Q 10 256 Pi Offset 0 E 2Bytes 2 1bit 6 25mV 256 40 FE Offset 0 CXD1881AR PI FE _ 1Byte c Pi 1Byte FE
137. r circumfer ence of 1 layer and an address Contents supplement It is invalid at the time of CD operation It is invalid at the time of CD operation CD C1 error detection number 74 A display of PI uncorrectable CD C2 uncorrectable error number of the inner circumfer number ence of 1 layer and an address 75 display of PO error detection number of the central circumfer ence of 1 layer and an address A display of PO uncorrectable number of the central circumfer ence of 1 layer and an address A display of error detection number of the central circumfer ence of 1 layer and an address A display of uncorrectable number of the central circumfer ence of 1 layer and an address A display of PO error detection number of the outer circumfer ence of 1 layer and an address A display of PO uncorrectable number of the outer circumfer ence of 1 layer and an address A display of Pl error detection number of the outer circumfer ence of 1 layer and an address It is invalid at the time of CD operation It is invalid at the time of CD operation CD C1 error detection number CD C2 uncorrectable error number It is invalid at the time of CD operation It is invalid at the time of CD operation CD C1 error detection number A display of PI uncorrectable CD C2 uncorrectable error number of the outer circumfer number ence of 1 layer and an address A display of PO error detect
138. s the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk distinction Please refer to Table 3 Disc distinction information about the contents of a value They are the contents at the time of disk type Please refer to Table 4 Disc classification information about the contents of a value PO error detection number is invalid at the time of CD operation 16 58 Fcs AGC Trk AGC Pi Offset FE Offset SE Offset Pl PI PO DCD 1500AE CXD18850 0x2000 1 OxTFF2 0x2012 0x2000 8192 2 Ox1FF2 8178 0 998291015625
139. s a decimal system equivalent It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit Pl of CXD1881AR An offset value and FE An offset value is displayed offset is shown in higher rank 1Byte FE offset is shown in low rank 1Byte i RFP FE Offset Bal layer 1 TE balance gain value of CXD1881AR is displayed RFP TE Output layer 1 TE output gain value of CXD1881AR is Gain displayed RFP TE Offset layer 1 TE offset value of CXD1881AR is displayed RFP TE Gain It is the parameter calculated inside CXD18850 The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit DSP TE Offset It is the parameter calculated inside CXD1885Q The value displayed on a set serves as the number of complement of 2 of 2Bytes es doubled 256 A voltage value is 6 25mV per bit Bal layer 0 TE balance gain value of CXD1881AR is displayed 33 RFP TE Output layer 0 TE out
140. same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin Row column addresses are multiplexed on the same pin N C No connect pin CKE Masks system clock to freeze operation from the next clock cycle Active on the positive going edge to sample all inputs U DQM Blocks data input when active 37 N C RFU No connect pin 38 Isolated power supply and ground for the output buffer 39 008 Data input output are multiplexed on the same pin Data input output are multiplexed on the same pin 41 Isolated power supply and ground for the output buffer 42 DQ10 Data input output are multiplexed on the same pin 43 Data input output are multiplexed the same 44 Isolated power supply and ground for the output buffer 45 DQ 2 Data input output are multiplexed on the same pin 46 DQ13 Data input output are multiplexed on the same pin 47 Isolated power supply and ground for the output buffer 48 DQ44 Data input output are multiplexed on the same pin 49 0915 Data input output are multiplexed on the same pin 50 Power and ground for the input buffer and the core logic 20 22 23 24 25 26 27 28 29 30 32 33 34 36 lt lt lt lt lt O g 5 o lola gt 9 5 PE BIE SB SEPP B
141. speaker VSD 3 3V Power for DSD data output ZDFC Cch zero data detection flag at the time of setup It will be set to H if non sound data continues 300 msecs 69 DSAC 0 DSD output terminal Cch speaker x ZDFLFE LFEch zero data detection flag at the time of setup It will be set to H if non sound data continues 300 msecs DSASW 7904 DSD data output terminal for SWch speaker VSDSD Ground for DSD data output ZDFLS LSch zero data detection flag at the time of ucom setup It will be set to H if non sound data continues 300 msecs DSALS DSD data output terminal for LSch speaker ZDFRS RSch zero data detection flag at the time of _ ucom setup It will be set to H if non sound data continues 300 msecs DSARS EXE DSD data output terminal for RSch speaker 77 VoosD O 3 3V Power for DSD data output IOUTO 0 Data output terminal 0 for IEEE1394 link chip I F IOUT1 EN Data output terminal 1 for IEEE1394 link chip I F IOUT2 Data output terminal 2 for IEEE1394 link chip I F IOUT3 Data output terminal 3 for IEEE1394 link chip I F IOUT4 Data output terminal 4 for IEEE1394 link chip I F IOUT5 Data output terminal 5 for IEEE1394 link chip I F 86 VSIO Ground for I O IANCO Transmission information data output terminal for IEEE1394 link chip I F IFULL Data transmission hold request signal input
142. surement Method When measuring Laser drive current lop playback the discs CD described below measure lop for CD Laser and DVD Laser by the test point 5V M2 LD CD LD DVD on the SACD P W B Test Disc SACD Philips DAC Test Disc or commercially available discs CD TCD 784 manufactured by ALMEDIO INC or commercially available discs 4 3 gt lop lop 50 0 8 lop CD SACD SACD 45V M2 LD CD LD DVD CD DVD lop eU SACD Philips DAC Test Disc CD TCD 784 ALMEDIO 4 1 DVD Laser current measurement LD DVD 5V M2 Oscilloscope 1 Connect th
143. t lt Peel 901 ONIOVHOH AIpeleedaeJ S BIOSID DOL lt 35070 lt lt OSID y JO IIP 9HH JOBdABId peal JOL uoneJedo HOHS YH AIpeleedaeJ S BIOSID 1 DE9 OO L lt 35070 lt lt OSID y JO IIP 9HH JOBdABId peal 5901 uonBJedo 1VINHON TH 12 SETTING UP THE TEST MODE 1 Setting up order to set up the test mode you press STOP button and REV button simultaneously in the heat run mode Fun damentaly you can set up the test mode at the stop state after disc loading Heat run mode is set up by pressing PLAY button holding OPEN CLOSE button If it becomes heat run mode PLAY indicator and PAUSE indicator will light up LOADING display FL display The display part of 13 digits 1 2 14 5 6 7 8 9 io 12 13 TAKA lawor 2 Mode Select There are two servo adjustment value display mode and trace mode error rate display in the mode a If the REV button or the FWD button is pushed in the test mode it will become servo adjustment value display mode FL display The display part of 13 digits 1 12 13 4 5 6 7 8 9 to it 12 13 7131 b If the REV button or the FWD button is pushed again it will become the trace mode error rate display FL display The display part of 13 digits 1 2 13 14 5 6 7 8 9 10 12 13 pial la ce
144. ta output 7 VTD6 VSTEM A V MPEG data output 6 DVss Vpp amp GND Digital Ground VDT5 VSTEM A V MPEG data output 5 VDT4 VSTEM A V MPEG data output 4 VDT3 VSTEM A V MPEG data output 3 VDT2 VSTEM A V MPEG data output 2 VDT1 VSTEM A V MPEG data output 1 VDTO VSTEM A V MPEG data output 0 HDRQ VSTEM A V MPEG data Request input XHAC VSTEM A V Data Valid output VEFG VSTEM A V ECC Error sector Flag output L error sector XSHD VSTEM A V DVD Sector Head Flag output DCK VSTEM A V Data Strobe output DRVIRQ VSTEM Command Interrupt Request output for Host L interruption is demanded DRVRST VSTEM Command Drive H W Reset input L reset DVDD18 Vpp amp GND Digital 1 8V power for Internal logic system 0 5033 Vpp amp GND Digital 3 3V Power for I O DRVTX VSTEM Command Transmitting serial data output to Host DRVRX VSTEM Command Reception serial data input from Host DRVCLK VSTEM Command Clock input from Host DRVRDY VSTEM Command Drive Ready signal output L ready C2PO Audio I F CD DSP C2 Pointer output DADT Audio Audio serial data output DOTX Audio Digital audio output LRCK Audio L R Clock output
145. tion of SACD Mechanism 1 SACD DVD 30mA CD 30mA Example 2 1 2 3 24P FFC 2 Note for Handling the Laser Pick Up the protection for the damage of laser diode you want to change the optical device unit from any other units you must keep the following 1 It should be done at the desk already took measures the static electricity in care of removing the OPU s Optical device unit connector cable 2 Workers should be put on the Earth Band 3 It should be done to add the solder to the short land to prevent the broken Laser diode before removing the 24P FFC cable Don t touch OPU s connector parts carelessly 3 Replacement of the Laser Pick up Traverse Unit Check the lop Laser drive current If the present lop current value exceeds 50 of the ini tial value replace the Traverse unit Laser Pick up with a new one lop Mea
146. vp GND 46 GND 5 V DC 100 kS s 5 V OC 100 kS s 5 V DC 1 DC 19 9 V 5 V HE 1 DC 13 3 V 4 5 V DE O STOPPED 4 5 DC f O STOPPED 75 DCD 1500AE NOTE FOR SCHEMATIC DIAGRAM WARNING Parts marked with this symbol A have critical characteristics Use ONLY replacement parts recommended by the manufactur er CAUTION 1 O k amp Before returning the unit to the customer make sure you make 2 UF either 1 a leakage current check or 2 a line to chassis resis 2 7 _ p P m tance check If the leakage current exceeds 0 5 milliamps or if 3 the resistance from chassis to either side of the power cord is 4 less than 460 kohms the unit is defective WARNING DO NOT return the unit to the customer until the problem is lo cated and corrected NOTICE ALL RESISTANCE VALUES IN OHM k 1 000 OHM M 1 000 000 OHM ALL CAPACITANCE VALUES IN MICRO FARAD P MICRO MICRO FARAD EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE 76 DCD 1500AE SCHEMATIC DIAG

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