Home

CONTENTS COMPACT DISC PLAYER

1. V NC XRESET T c 5 ND CIN 6 co 5 X201 x V 5M V 5V RESET IC eU T y y STBYVa Q z 4 44 55 GNOM 8 8985 5 amp E V 5M V 5M 8 Bie 1 202 C207 SI BR24C64F TBB SI whe els 0201 z Y SIL 100 10 o 1 XMDT XMDT C218 s 2 8 ICCK 211 6 01 55 SDAS ICDT C205 V 5M R204 9 01 GNDM Slo SSRA Q201 10K 355 DICIMEUA F2 PROM m oc 5 88 x ett id DS 4 5 5 amp ERIS 8 88 di age EM ri 95599 205 gt 2 2 i 7K 1 x N C j ADCT 78 AVCC u N C ADIN 77 N cl R206 esL TK 5 5 s d 10201 Nc N CTS AA Q202 2 SE i DTA124EUA amp ADGND PD5452A9 SA3 JOG2 4 SA2 SA1 SYSTEM 5 RMIN P gt 8 CONTROL 95 CPU 5071 202 555 XME
2. N ze V 5V 515 R1172 47k S s 77 R1173 47k GLED 77 R1174 47k 1101 GLED PTL1014 8 SNDD 5 t RUG ATS aa oe o 0 Is KO 0 KN lt O KO o N 52492 2520 STES 8 8 8 0 55 5 0 5 DO RS fs 00 O r 0 O Q N O s 10 O MN FLAC3 69 FLACQ SS 5OOOO0OO zznuz0002 59 FLAC1 63 ELAC1 VDD 6600000 55 1 BH FOUTE VLOD aws R1177 47k ELAC2 EINE 29 Row 81178 47k FLAC2 57 FLac2 sa D REB R1180 47k Joa Joo v 5VAD DISPLAY Eo 81181 47 Joa2 rH a R1152 100 MICROCOMPUTER 511 lt 4 AGREEN 512 oe 5 09 RST u PD 780204 515 D v 1184 47 9 KA x2 S14 Eg W R118547k GNDAD 4 a ae x1 Sig K W R118647k PIOS 4 19MHZ R1187 47k ADIN B DSS1130 i5 GND C1101 516 VLO n B M 81188 47k 9 GND AL i s Sir R1189 47k 1 DM 0 5245 a Bp 1190 47 5 81155 d S20 S W RI19147k V 5VN R1104 100 a 811058 R1193 47k vsLED 74 55 5 522 Ej 81194 47k v 12v gt gt 4 5 525 SCLK1 84 R1010 ky 52
3. gt 1802 x Si GRN 52151 0510 Re SOOO OO OG 31 amp OSOSO9O o 5 iD id 7 y v E NU 7 CN1301 52151 0910 gt OFZ 9 9 OOF 8 OOOO oo 20600006 or zo EE J gt SLDB ASSY 6 o gt 0 gt OWN X gt DWS1308 GRN 9666660666 cn J1103 51048 0900 J1101 se CN1401 020 0915 NDAD 19 219 1 ADIN OAS 9 8 FLAC1 95 4 FLAC2 6 9 GNDT I pd 9 5 91 vsLEP 6 Joa2 _ _ 8 9 5 19 01 00 D TRESL VLOD 09 MIL SUN 5 J J 1 2 J 2 2 91 46 wolo tej ASSY elo V 5VAD Q oE GNoM 9 DWG1 548 V v sv a GLED 6 8 1 V5LED 7 7 V 12V oC Oo SCLK1 i ole 21791 1701 en gale sal HLEM25R 1 52492 2520 9 927 0 205 101 5 8 D D20PYYO210E 5 CN1102 52151 1510 n ST ES gt assy _ I L DWS1310 ine 6 9 9 9 102 1501 42
4. O 03 Nsw CN1 904 w t H uus ASSY oL O DWX2163 SNOM U lt gt HV CNT I E anv 6 Ole pgO9 Ow e SIM wan T 7 6 gt Q 93o 4 Wisin 222 JOO 5 549 54 DKP3548 MOTOR 8 gt amp 20 09 g 3 OOl JOA v OF Hu OOl CN1902 ics WHT T 1 ae 7 2 901 52147 0910 192 E n 5 1 gt j a vli 8 55 SHEHEEBEELE SEE E ec ew 400000000 75 e 6 ver CN11 52147 2910 e gt 22 e 1e GND IQ PICKUP 85 900 gt gt ASSY GND see ee ENC B14 Da lt PN vwv1059 ec gt 1 4 4 4 2 ig 469 992 MAINASSY lt OQ DWX2161 lt amp NN 5 I o de 2 Oo CONNECTOR FOR I F X B6B PH K S 5 za Qu CN301 CN201 lt r REMO 9 cnegt CN800 REMI J s v sv 3 v sv STEPPING NC RMIN MOTOR I DWR 8 FLWR DXM1142 ewo 9
5. 0 0 0 0 0 0 0to5 0 0 0 0 0 5 55 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 38 5 to 3 3 oo oo oj NISA AWN Co PO O N 1 SI NIJ S1 E II J SINT CA o CO CO 1 o O1 Oo N O co Oo 14 5 55 58 60 66 68 69 80 86 89 90 37 1 m 2 m CDJ 1000 i 4 PCB CONNECTION DIAGRAM 4 1 MAIN SPCN STCN FLRB SLMB and MM an CB ASSYS ASSY cu n Q11 5 CAH zS SBESDPSUDD C leer NKS 27599695593 a C LINKS AS MAF 8 o CN1901 B SS pola EP nn IC106 202 JH A 105 ma 235 4 COMME INDIQUE jog 55 0202 VR601 eT ICP Neg LCP N15 g 6 H or olsa y s coge IC101 1 103 609 605 o exe x 6 IC106 E 77 1 5
6. 1 3 4 CDJ 1000 3 6 MAIN ASSY 4 4 9214 34 Lm 2 BBS GNDM 12 4 lt 45 PAUSES XSRST XSRST S4 B48 E XSRST3 S2CK Ss 5200 pots 485 0 5 92005 XSS2 Sh 12 R494 0 XSS23 1C407 XSS1 She Bd 5515 0466 TC7S04FU TLB 1 rd t GNDM V1R8 V3R3 095 10405 74 541 A 58 5V gt 3 3V BUFFER TH 45 GNDM 3 4 E lt lt R419 FDT FDT RAB4C101J T s lt 4 4 8 x ij a E C452 R421 28 joao RAB4C478J T i GNDM cd R417 99 98 129 07 72 gt 119 08 BG 71 VCCD 70 R416 47K 5 GNDD 1 69 HD1 113 09 68 8414 100 HD2 67 9415100 HD 115 D11 GNDC 66 lt gt HD4 116 012 vccc e65 85 55 HDS 113 015 64 51181 014 65 ga 57 575 g 62 STE 5780 20 PINT 618411 47K up 121 015 SCkR 1 66 HD8 45 122 016 FSR 1 59 HD9 123 D17 se 9m lt gt A 16401 vccc S7 5818815 HD11 125 019 CcQLl 56 lt gt 6 56 56 7 1 50 55 ft st mI 32593 59 GNDQ D 541 22 315 2 637128 020 D S 1 sckr 1 55 4 zo HD12 10 0 1129 vccp CAS 52 lt T 3189 150
7. o Nolo o o o o ejloljo o o oe oevj oj o oj ojo Sm e 6406 TC7SUO4F Pin No Voltage V TC7SUO4F Voltage V ojojojo o o o ojlo o o o o o v oj oj oj o o o o o o v o o o o oj oj o oioioioeieoloinmlejo o o o o o o o o ojo 5 2 6 D 1 O1 1 amp I I I PS Po 2 2 A pral 7116 o amp Gd PS NI Oo 6o 1 amp o Po A S o 09 1 Oo GH gt 2 O 1 Oo On G2 O co o0 4 1 403 0 0 0 0 0 0 0 3 0 0 0 0 0 3 1 0 0 0 3 0 0 0 0 0 0 1 3 0 0 0 0 0 0 0 3 0 0 0 0 0 0 0 0 3 0 0 0 0 0 3 0 36 CDJ 1000 Voltage
8. EJECT LOCK CDJ 1000 7 1 2 ERROR DISPLAY When trouble occurred in the player operation in the normal use display the error code in FL a second and a freames In addition can display a history of error content 1 Display the software version to display part of minute second and freame that continues pressing RELOOP button for 10 seconds 2 RAM address FFEF20 FFFFFF of the microcomputer inside and the content 00 FF display it with a hexadecimal number to character display section when turns the Jog Dial 3 Display 16 histories of the latest error content in RAM address FFF020 FFFO2F Error Code Table Error Code Error Name Error Content E 7201 TOC READ ERROR 26 Cannot lead TOC data 11 All the error stop before disc distinction is this error 20 Spindle does not turn 21 No disc Focus servo error small 24 Address is not readable E 8301 PLAYER ERROR Abnormality of raising up 12 Specified address were not able to search 15 Address is not readable 22 Focus servo cannot close 23 Tracking servo cannot close E 8303 PLAYER ERROR Abnormality of buffer write 99 Abnormality of buffer write E 9101 MECHANICAL TIME OUT 90 Abnormality of the disc loading mechanism Timeout E 8302 PLAYER ERROR Abnormality of playback Error disply explanation 1 Soft version display
9. 4 Hz 20 kHz Signal to noise ratio 115 dB or more EIAJ 0 006 EIAJ 1000 TL type 1 General SVSIGm Compact disc digital audio system Power requirements AC 220 240V 50 60 Hz Power su rm ever ns 31W Operating temperature 5 35 C Operating humidity erts 5 8596 There should be no condensation of moisture ere EE 4 2 kg Dimensions 320 W x 370 D x 105 H mm 2 Audio section Frequency response 4 Hz 20 kHz Signal to noise ratio 115 dB or more EIAJ IDISIOFTIOTI t t peas 0 006 EIAJ Accessories 3 Accessories e Operating instructions 1 e 1 Audio 1 s Gonttol COs ent ERE on 1 Forced eject pin housed in a groove in the bottom panel 1 gt Limited warranty ire ettet 1 NOTE Specifications and design are subject to possible modification without notice 3 Accessories e Operating instructions 1 S POW TP G0r 1 Audio Cable 1 Control 1 Forced eject pin housed in a groove in
10. Adjustment Items Electrical Part VCO Free running Adjustment 6 2 JIGS AND MEASURING INSTRUMENTS Dual trace oscilloscope 10 1 probe Exchange CDJ 1000 ICi 557 102 ICP N1 LE NDIQUE MED BY ROHM DE CHEZ ROHM When MAIN ASSY 6 3 NECESSARY ADJUSTMENT POINTS Adjustment Points B D Page 58 57 CDJ 1000 6 4 ELECTRICAL ADJUSTMENT 1 VCO Free running Adjustment Objective To optimize the VCO free running frequency When not properly adjusted Master Tempo does not function normally TEMPO display does not become the same as that of actual voice tempo Power ON Gl MAIN assy None disc position of TEMPO DC voltage slider is set to 0 DOUTOFF 2 5 0 2V CH1 9 MAIN ASSY Probe 10 1 vco IN O GND 777 58 CH2 Y O Oscilloscope V 50mV div H 10msec div DC mode CDJ 1000 7 1 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 SERVICE MODE 7 1 1 1 HOW TO START CANCEL SERVICE MODE SERVICE MODE ON E ERR C T POWER OFF INADJUST TEMPO POWER ON SERVICE MODE CANCEL O POWER OFF 7 1 1 2 OPERATION IN SERVICE MODE the service mode can check LED and FL displays partially as follows n addition it lights while pressin
11. C674 C675 ROS AK 672 C673 C636 ick up Assy BOTTOM CONTACT SIDE 7 SDRTRO SC 858 52 72555 m 07840 X601 X622 R324 R323 8 C306 R310 LRCK 75029 sack eL puce O O O O O C O O O O O C N31 M CPU S CPU RSee LOON je ry 0530 8 amp R314 TEs 1986 SIDE m Cen n FLRB assy 10 z 5 s 168 Eod 9 N 58 54 ds A 5 o zz 5 R1504 5 FLACS E 1 5 NN CN1501 NU C225 am 0205 0204 o R1505 222 SERE K 3 Si 1E R1506 3 81507 a z 8 ARES 81508 1 8 5 CONTACT SIDE UP Hi hal ti 4 DNP 1987B AS caig R608 Y 8 E w 248 5 assy 1 4 1101 DNP 1987B 8 o i g 60c SAO 5 aL Lc BRP EA 5 9 6 ness 20170 3
12. Co SIN NIN N A f NI A Co PO CO N 1 12 TC74HCT7007AF Pin No Voltage V 0 to 3 3 0105 0 to 3 3 Voltage V IC602 PE9012A Voltage V 2 0 1 604 TLC2932IPW 0105 Pin No 0 to 3 3 0105 Voltage V eoo o g a o oo 1 O O1 Co Po o oj o o o o o o o o o o o o o o o o o o o1O o O O O O O O O O O O O O O oO O owO oO O S S S S S S co 5 a 0 0 0 0 0 0 0 5 0105 TC7WUO4FU 0 PinNo Voltage V 0 1 65 to 3 3 1 65 to 3 3 IC605 TC7WT241FU IC608 TC7WUO4FU Pin No Voltage V 6 8 1 609 NJM78L05UA Pin No Voltage V Voltage V 35 CDJ 1000 Voltage 3 4 MAIN ASSY nu MAIN ASSY 601 XC2S50 5PQ208C 601 2550 5 208 601 2550 5 208 401 56367 150 401 56367 15 1C404 1561 PinNo Voltage V PinNo Voltage V Voltage V Voltage V Voltage V PinNo Voltage V 25 010 3 3 010 3 3 118 3 3 3 3 0 to 3 3 o 3 3 0 3 3 o 3 3 3 3 o 3 3 o 3 3 o 3 3 o 3 3 o 3 3 o 3 3 o 3 3 3 3 3 o 3 3 3 3 3 3 o 3 3 o 3 3 8 o 3 3 o 3 3 3 o 3 3
13. 7 1 4 555 ND vecint 2 1 R656 9 01 7 GND C656 HD RABACIOIU T 006 I 1g V CC INT 0 01 ire l 0 D5 VCC INTE Hap 955 Hog 17053 HD5 1708 4 tv 1 0 1705H R657 22 dos y AS 25110 VREF GNOJ 2511 0004 VREF 1 At HDO 1 0 1 4 AB RAB4C101J T Er IA 28V CC INT IA 8 Hagl O TRDY 601 VCCIN 6654 coos CCO TROV 1 4 6 01 11 6 01 C655 8 01 gt Hrzz 1 IRDY 133 170 XC2850 5PQ208C IRDY 1 HAS CLK m gt 1 0 14 m 1 0 05 1 4 Hrzg 1 0 VREF FPGA 1 4 pas GND VREF 1 4 0918 HA2 1 0 GND 9551140 1 4 DAI 0912 R658 yy 0915 WR Ry 421 0 02 1 4 0014 IA ras V CC INT Q C870 Ha pi 0 01 C651 1 0 D1 2 01 1 0 Daz 1 0 E 1 0 1 4 o 1 0 VREF DQ4 1 0 VREF 12 Das 1 0 1 1 DQ2 1 0 DIN 14 201 2 zal otpour BUSY u u S 9 B L 14 Dad E 8 g E TMS Ga gt Ge gt gt Zo 2 58 Cu Pse SSSSAMBSSSSSSSBSSS AIR IBIS SSS BSSSSSOSOSSSSSSSS SEQ 22 E B PRERELE a t 1
14. 924 414 PSI goce 51 ALL CAPACITORS ARE IN CKSRYF CCSRCH 1 OTHERS CKSRYB vpeoo DTA124EUA CEHAR L MUTI AUDIO SIGNAL ROUTE WUPAFU B DIGITAL DATA SIGNAL ROUTE m XAMT ii GNDAN gt 1SS355 TRB 1015 5 5 me 55 rene 222 0620 VD5AD 1015 2 5 1012 5 6 Ien 82852 a R28 0 D ma rae m Ic12 2 6 4 para gt Se C12 276 528 8 515 DATAIN R16 2 S2CK BCLK m RSO R14 100 4 XMUTE l TC74HCT700 AF A UT 5 C17 GNDD lt XRST V 5V 100 10 von 8 VCC2L GNDA2R GNDA2L 8 CDJ 1000 Ic12 476 1 576 pm A Audio 6 6 028 ROUT e D RouT GNDM TT 83s mes 9 DSPGND KQGNDAN GNDAN 19 LOUT Zz SNOAN 9 12 O DAC REG L1 O anom PTL1014 T VEIE a VD5DD K wen GNDG m MUTE BA178M 5FP TLB i GUARD GND jo c27 AZORE DTL1024 T gt e Lout 52147 0910 VD5AD A 1 47 16 do 4 535 DTL1024 T V 5V GNDAN 5 y V 5V 2 posw y Z O amp cNT2 7 52147 0510 G
15. RAM address Error Content 61 CDJ 1000 7 1 3 DISASSEMBLY SW POWER SUPPLY Assy FACB Assy Cord Clamper VR MMCB Assy Bottom Plate V 4 Disconnect two Connectors MAIN Assy Unhook Damper Unhook Float Spring G5 62 Remove Slot in Mechanism G5 Assy Pickup Flexible Bottom side CDJ 1000 B Traverse Mechanism Assy Mechanism Holder Plate Release connector wires Caution Be careful not to lost Earth Spring Loading Base STCN Assy Bottom view Traverse Mechanism Assy 63 CDJ 1000 B JOG Dial Section Rear view MFLB Assy RSWB Assy Release a Binder KSWB Assy JOGB Assy JOGB Assy is removed from a hook Note There is a possibility that a crack may be attached to not opening JOG DIAL part with JOGB Assy attached and an encoder plate JOG Holder section JOG Dial section Diagnosis or Replacement 64 CDJ 1000 The processing method of each wire rod Processing of flexible cable Processing of each wire rod d About 3cm es 4cm M Cord Clamper Cord Clamper A wire rod is slacked It processes so that a wire rod may n ot run aground Control Panel 25P Flexible Cable N Assy 25 Flexible Cable MAIN Assy Bottom Plate Bottom Plate 65 CDJ 1000 7 1 4 Part Replacement Method of JOG Section 7 1 4 1 A part to Replace in Part
16. 51 C400 HD13 S 151 021 FST 1 50 32 VSRA HD14 gt 132 022 VCCQH 49 5 77 GND20 HD15 125 025 5005 148 W 154 MODD GNDP 47 e T T 9 135 46 150 5 TM 55 Is 136 MODB coal 4s 1831s Au 137 MODA RESET 44 ty C499 LCTA1ROJ2520 T ee a SDO4 45 01 100 10 GNDM 159 1 42 TDO1 TDI4 140 TDI H2 41 9 047 lt l 141 H3 48 100 XsSRST3 TMS1 142 TMS GNDH 59 143 MOSI vccH 38_ 5 8457 49144 MISO 57 J AG 22 os 15 7 7 GNDM VSRA GSsrAnNNHYTS 0 x uoo 59 o A g oonacaoaoanoaaoaozaamuogoooooljizooa 0090200 04 lt lt lt X ouorooduo o onuouwuioorir OBTIIIIXO44L IIIIIcrrir 8 52005 52005 N s S 15 lt lt ON N N N grt 4 4 elt 8 5 amp amp y Y Y 7 2 Pay ly ri 4 i af t HIH ERR ain hoa 4 uses GNDM C469 428 v i 100P ef 4 15 CH 2 0 2 0 ji 0468 9 8 ee lt ol o ATP Sa a s 9999 i 558 5555 9 9 99 8271 9455 55 a e 199 10406 C456 52
17. 77 CDJ 1000 ll PD3431A9 MAIN ASSY 1C300 Mecha Control CPU Pin Function 1 3 No Mark Pin Name y o Description 1 Power supply VD5V 2 PBO XDMUTE1 O Driver IC mute control 0 MUTE 1 MUTE release 3 PB1 It connects with Vss 4 PB2 FCSG focus gain is changed 5 PB3 CRC CRC check result of a sub code NG 1 0 6 4 XFEPRST reset pulse 0 Reset 1 Reset release 7 PB5 XDSCRST ADSC reset pulse 0 Reset 1 Reset release 8 PB6 LDONM LD ON 0 usually 1 LD on mode 9 PB7 x O 10 FEW WFLASH The write in enable signal of a flash memory 11 Vss GND 12 TxDO CPUDTIN O The serial output to FEP ADSC 13 TxD1 REMO O The serial output to a personal computer remote control 14 RxDO CPUDTOUT The serial input from FEP ADSC 15 RxD1 REMI The serial input to a personal computer remote control 16 5 SCK O serial communication clock with FEP ADSC 17 P95 WFLASH O write in control signal of a flash memory 18 40 TKS O The slice level of TE is chosen zero high speed 1 low speed 19 P41 INSW Slider Inside detection switch 20 42 XDMUTES O Stepper control 21 P43 DSPSTOP Read out of DSP is forbidden 22 Vss GND 23 P44 O 24 P45 O NC 25 46 GSW OEIC gain selection 0 Low 1 Hi 26 P47 TMODE
18. D O O O OQO OO O O O OO Cautions 1 sure to leave pin 40 open because it is connected to the lead frame 2 Be sure to use all the Vopi Vssi and Vss2 pins Keep the Vss and Vsse pins at the same voltage level 3 Supply power logic inputs and Vooz in this order to protect the device from destruction due to latch up Turn off power in the reverse order Observe these power sequences even during a transition period 4 Since 16306 have a CMOS structure be careful about electrical static destruction 73 CDJ 1000 Pin Function Polarity reverse input 44 PC H all output polarities reverse IBLK Blanking input 45 all drive output H or L 44 45 STB L through data hold 37 6 IA data 1 0 37 R ZL H A input B output data 1 0 3882 R L L A output input input ae shift at falling edge 3 38 Shift direction 41 Mar tont onte Weds B control input L left shift mode o ae ian voltage output 51t073 82t099 80V 5O0mAwvax 81030 power supply NC acant pin 1 3 4 6 7 32 33 35 No Connection Be sure to leave pin 40 open 40 46 48 49 74 75 77 78 80 81 100 74 CDJ 1000 XCA56367PV150 MAIN ASSY 1C401 IC501 24 Bit Digital Signal Processor 6
19. Saison M CNi 108 O DG Bass z 3 zx x MSS aos Siri gt 2195 2 51119 gO I 5 SELECT DNP1987 B REV OFF J gt F WDC ON J 655525559 Y Bi st CNISBI OPEN SIDE 5 O as 91016 O POTERE EN 0 59 E BRCK D1117 51505 DNP1 987 01517 D1311 01504 9 5150 KSWB 01515 01528 01507 Dn 3 ES 565 D1314 01509 yj O 01516 69 1 01515 2 a 51501 go A PARO uw E 01510 5 gt pises 01505 WS D13g2 gt 01518 5 5 S d zum 51542 DNP1987 B m 5 r3 6 E 7 8 CDJ 1000 1101 4 gt lSIDE A
20. Y 601 FPGA Program download start 106 pin XPROGRAM H Y IC601 FPGA download end 104 pin DONE H Y 401 DSP1 IC501 DSP2 Program download Y 1C300 Mecha Control Pin 63 XMRST 1101 Display CPU Pin 10 RST Reset release Focus offset and Traking offset Adjustment Laser Diode ON Spindol ON Focus UP DOWN No disc Disc existence check by detecting the Focus S curve signal Disc exist Spindle 2000rpm Unloading Focus ON Focus Position adjustment TE MAX Traking Balance adjustment OFTR Slice level adjustment Y Tracking ON Y Focus Position adjustment RFENV MAX Y Focus Gain adjustment Y Tracking Gain adjustment Y Less than 30 minutes y 30 minutes or more Line speed measurement 8 cm Adapter detection Y Search for 00 min 01 sec 00 01 56 Y Spindle 3100rpm Y Audio Data read start 70 CDJ 1000 7 2 PARTS 7 2 1 IC The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams eList of IC NJM2903D UPD16306BGF MM1561JF XCA56367PV150 PD3431A9 PD3432A9 PE5243A NJM2903D JFLB ASSY 1C
21. 1 25 V3FPL ET MAT R622 x 15 25 as amp 5 5 25 5 2K 8 85 8 8585 85 85 R633 2 48141 114 J x o x 5 wr 8295232 8 n F ee x TEN d A 9 5 S 444 lt lt lt 9 O 10602 5 Fi 31313 55555 3 3 5 3 3 3 esx PE9012A TBB F1 8 EY Tapa vec 10612 1 5 TC7WUO4FU TRB 10612 2 5 R623 8 sti IRESET XOE C636 19 10612 XcE ep 92 60 VSS1086 T ROMIC gis amp 5 27 8 5 BAS z Nn STX 81 5 GNOM GNDM 1 2 3 m 4 m m 5 6 7 m V 5P3 V 5P The power supply is shown with the marked box TC7WT241FU TRB GNDM NOTES CHUP ALL RESISTORS ARE IN Q 13
22. TUBE 0 FL HOLDER d Rswe assy SWITCHES S 1701 OTHERS 0 2P CABLE HOLDER 41701 2P JUMPER WIRE 864 NSPB500 0008 SLA570MT SLR 343MC SLR 343VC PTL1014 ASG7013 ASG7013 DSG1063 DSH1049 CCSRCH101J50 CCSRCH102J50 CCSRCH471J50 CEHAR470M16 CKSRYB103K50 CKSRYB103K50 DCS1045 RS1 16Suna J DSS1130 51048 0200 51048 0900 51048 1200 52492 2520 D20PYY0915E D20PYY1215E DEL1044 DNF 1665 DSK1021 51048 0200 D20PYY0210E 55 CDJ 1000 Mark No Description Part No Mark No Description Part No KSWB ASSY COILS AND FILTERS L 1201 LRCA101J SEMICONDUCTORS L 1202 L 1205 PTL1014 Q 1301 Q 1303 DTA124EUA D 1321 D 1328 155355 D 1301 D 1304 D 1310 D 1311 EMAY3864X HM CAPACITORS D 1316 D 1317 EMAY3864X HM C 1211 C 1213 C 1214 C 1216 C 1224 CEHAT100M50 D 1312 D 1315 SLR 342PC C 1201 C 1215 CEHAT101M16 C 1225 CEHAT101M50 D 1305 D 1308 SLR 343MC C 1203 CKSRYB102K50 D 1309 SLR 343VC 1202 1204 C 1206 C 1207 1209 CKSRYB103K50 COILS AND FILTERS C 1212 C 1218 C 1221 C 1223 C 1226 CKSRYB103K50 L 1304 1 1308 PTL1014 RESISTORS R 1269 R 1282 RD1 2VM221J SWITCHES R 9999 RS1 10SOROJ S 1303 5 1306 ASG7013 Other Resistors RS1 16S J S 1301 S 1302 DSG1063 OTHERS CAPACITORS 0 4P CABLE HOLDER 51048 0400 C 1302 CCSRCH101J50 1201 FPC CONNECTOR 5597 03 C 1301 CCSRCH102J50 41202 15P JUMP
23. cN 32 Waveforms 32 4 main assy Mode Power ON 201 63pin XRST V 2V div H 20mS div 2 201 19 XSRST V 2V div H 20mS div Q 32 4 main assy Mode Power ON 1 201 63pin XRST V 2V div 50mS div 3 1 201 18 XFRST V 2V div 50mS div 11 4 main assy Mode 1trak Jump IC800 18pin TE V 500mV div H 500g S div 11 4 main assy Mode Focus UP Down 6800 22pin FE V 200mV div H 500uS div 11 4 main assy Mode Search 1 950 8pin ST1 V 5V div H 20mS div 1 950 6pin ST2 V 5V div H 20mS div o EE 13 4 MAIN assy Mode Play IC601 162pin SDATA V 2V div 1uS div CDJ 1000 13 4 main assy Mode Play IC604 3pin VCOOUT V 2V div H 20nS div 11 4 assy Mode 3100rpm Inside Play 700 8 V 200mV div H 50nS div 700 NARF V 200mV div H 50nS div 91 4 main assy Mode Search IC800 18pin TE V 1V div H 200 S div 1 950 11pin T V 500mV div H 200uS div 11 4 MAIN assy Mode Focus IC800 22pin FE V 1V div H 50mS div 1C950 13pin V 1V div H 50mS div 11 4 main assy Mode Play 700 6pin TEDRV V 200mV div H 5uS div 11 4 main assy Mode P
24. 11014 ADJ u T ET ems 4 8 C649 1610 V 5P1 VCO 5 amp ADJ 27 2 1 604 5 CH PTL1014 amp TLC29321PW TBB gt T m 0805 s 3 REG 8601 amp 8 R606 270 T BIAS R624 vl VCOIN 85 10608 1 5 a er 5 2 25 TC7WUGAFU TRB TIE Syy 1 3502 TC7SUO4FU TIE 09005 e 330 T R61 1 608 2 5 L 2 5 8 10608 5 3 X601 7M ra GNOM VCO 5 RSS1055 T 180 8 S GNDM M PI i GNDM 5 FDI 3 4 MAIN ASSY DWX2161 2 4 10619 9 TC7SH 8FU TLB 3 4 4 4 8 PRGM J 858 Mn L d RAB4CI91J T 521 T F2 C642 ir hrs F2 4 6 _ is L I F 835532 GNDM Ses v 4 d 5 PE GNDM GNDM 5 8 ttl R600 55 9 8s pii 21711 2585 5 g5 585 858 Bs 85 8585 85 g ala YYY 44 YYYYY ge 516 DZS 22 NNN NNN NN ZOZNN NN NN ZO ZNNNNNNN586235 C664 SE SAS SA 8 0 01 Etec 58 gt 85 g gt gt 01 PROGRAM gt u o gt u b XINT o7 0 XINT gt gt S gt gt 1 HOLE v Ren 051140007 1 4 14 a aay 1 4 A HD13 1 4 pete ZO VREF 1 4 1 0 VREF 1 05 2 5v 8 1703H
25. 51422 DNP1987 B m 8 1 CDJ 1000 gt assy h LIBERO goo G 9 8 sss ISN lt D D 1101 89118 DDD DNP1987 B Q1103 51 55 8 CDJ 1000 R1152 R1151 SIDE B iis Nm 33810518102981027 RIDES SSCLISLCHIESCIIS7 CIIS sirs ig 28 R1024 AN 3 5 32C113 C1128C1126 C1124 Bet zm 28 55 5 828 m 5 REB 270 2 T 01017 4 58 Ts 5 m 81056 1 5 Ji tT e a 1 6 5 5 3 3 61120 d 5 1156 v les 5 CA Hs HHI Z gt ele o 2 ae Pred Solel tele SJ Mm Fhe a RI158 d 2 S A ue 8 g Ne 0 g _ FESSES o R1170 m LEEEEEEEEEER CS U v aum e 2 A Nu SEZZLILLILLILLEEESD gt ae EDP 84 2 2 IN 1004 SAN 5 N Z 81003 T CN TZ 25 t 1108 78 ys wy T s
26. 1 FOR 1 300 FOR IC201 d UNS 204014 CN950 g Lm S MES Boge E i CN101 52147 1510 PFO2PY B32928 PH K S LOADING 0 00 c 0090000000 DXM1093 9 5 3 2 I 3 8 3 3 8 8 CN3035 e m 9 9 amp 9 9 51 CN1 501 L gt es PSWB ASSY l CN2217 52147 1510 55070177 KUC DWS1312 51502 TL WY DWS1311 805 POWER I e SLMB ASS CLAMP SW tO Ps2 SUPPLY ASSY DWS1309 9591917 SS8 PH k M CN1 DWR1344 s 51 1 I uu DKP3545 5 _ EARTH LUG ASSY m DDF1015 m 9 9 i 7032 Z NEUTRAL BLU anne TL WY BKP1046 99 AC POWER CORD LIVE BRN TL WY ADG1154 8 CDJ 1000 Note When ordering service parts be sure to refer to EXPLODED VIEWS and PARTS LIST or PCB PARTS LIST DIGITAL OUT DIGITAL OUT ON OFF JA1801 PKB1028 pes 9 MMC CARD CONNECTOR To DSH1025 01801 cCN999 D20PYY0305E 50148 0500 DKN1231 TLB MMCB ASSY DWX2169 A 7 assy le DWX2164 m News assy 1 DWS1307 1
27. 2 BDIL HU 0905 EMASK 49 HV HV TC7SET32FU TLB To GNDD HW GNDD 8 7 SPINDLE Hw STCN ASSY OF xo amp 0 DWX2171 oY XDMUTE1 CN913 DKN1223 TFB 2 ST24 vec ST2 To 2 9 VHALF ost STEPPING 4 Sut MOTOR SPCN ASSY CN914 E DWX2170 DKN1223 TFB NOTES ALL RESISTORS ARE IN RS1 168 J ALL CAPACITORS ARE IN YF CKSRYF CH CCSRCH OTHERS CKSRYB CEHAR M14 EA fe 1 CDJ 1000 3 4 MAIN 2 4 FLRB and SLMB ASSYS To LOADING 12 4 MAIN ASSY MOTOR SLMB ASSY CN303 DWX2161 DWS1309 S28 PH K S 2 5 i n 0 o 9 ALL RESISTORS ARE IN Q gt 525 501 RS1 16S J gum ALL CAPACITORS ARE IN pF X800 4g 4
28. HI 79 S46 PF6 RFDIF 80 S47 PF7 VHALF Function 79 CDJ 1000 Pin Function 3 3 Pin Name OFTR Description Function 82 P74 It connects with Vss 83 P75 The monitor of ST1 84 DAO ST1 Stepper drive analo 85 DA1 ST2 9 86 Analog GND MBLKCK The interruption demand from FPGA CPUIRQ IRQ2 90 83 Sr 84 It connects with Vss 92 Vss GND 93 OFTR l Function 94 TCLKB Track pulse input pulse width is measured and speed is detected 95 2 ENC O Serial input enable of ADSC CIRC part 0 permission 1 prohibition 96 ENS Serial input enable of ADSC part 0 permission 1 prohibition 97 4 Track pulse input 98 5 XDMUTE2 O Driver IC mute control O MUTE 1 MUTE release 99 6 FESEN O FEP serial input enable 0 permission 1 prohibition 100 TIOCB2 FG FG pulse input 80 CDJ 1000 PD3431A9 MAIN ASSY 1 201 System Control CPU Pin Function 1 3 Pin Name Vcc Descreption By the capacitor 0 1uF It GND connects DGP2 XHREQ1 Motorola DSP preceding paragraph Interface XHREQ2 Motorola DSP latter part Interface XSS1 Motorola DSP preceding paragraph Interface XSS2 Motorola DSP latter
29. L Zi Q201 pos 9 o T I 9 25 604 z 0 ge 8 Sr E IC607 Ee B d 91 ICP N15 IC104 nis IC201 JT y 8 5 5 An 8 4 1610 CN1802 y g EL C13 BY eon PAS C101 o 5916071 608 Ss gt o dr E St Wa E C105 S NITE C108 2 z IC610 roe RAMI wees i IC404 mr 72 527 KNI1 4 H m 8 M T wb 452 E C449 EE R99 pi ia C440 IC600 59115 4 To Case B 29 5 zr a 441 DOUT ad BS denna b fms caer m 21 go iE Sires IC606 BIOS ARTE Stepping CN1801 b Bred 28 Jes i 34 aN 2 A S Motor 601 weas FOS deg 511 2 v E R658 c 403 16401 575 1 DAH LT R951 7 lt ag 1495 tis 5 6670 EE EES M 2 goss E99 25 540355 di we 602 C204 P ty X Berce BNW AR 50 57 4 44 HIA PRES 908418 206 C461 R445 e s I E a n X grad E 1 IC205 54 Jii h ei TDI 55 e e 09 EB 046417 CONTRCT SIDE 0203 415 2 4 5 38 Q204 520009 9485 18 ss DNP 1986B 10405
30. 2 f IC 2X 1900 LB11975 T8B 5 0 900 205 8 CDJ 1000 VD2R5 D RF SIGNAL ROUTE L mb LOADING MOTOR SIGNAL ROUTE iz FS 58 me o FOCUS SERVO SIGNAL ROUTE E 9 1 YF mh TRACKING SERVO SIGNAL ROUTE AN 5 s Ples 34 gt 5 0701 173 1 7 1 2 5 N S o T ps m SII 0 01 a TC7WU04FU GNDD 59 Cad 4 GNDD PTL1014 T E N ag 4 H 33 8688MHz nk wee iH 2 ea 8 8 d 0551126 T amp x aan a 100 SEEETPEERFEPEPEERELETAL Tm ilh BoeoerEgougktano8d295566 L soob 4 C752 20 azkoo0n m Fsvsci k 9 01 g 5 X OFTR i YD3VL R712 gDAT z OFTR cne vpsvx DATO 222 55 0 e 55 55 77 DATS ture 5 51 s DssvDD 78 DAT2 ost FBAL 5z Db TBAL GN 5 Sxpscasr AVDD AVSS 5 3V TGBAL X
31. SLDB ASSY DWS1308 DWS1308 DWS1308 r SLMB ASSY DWS1309 DWS1309 DWS1309 RSWB ASSY DWS1310 DWS1310 DWS1310 PSWB ASSY DWS1312 DWS1311 DWS1311 SUB ASSY DWM2125 DWM2125 DWM2125 JFLB ASSY DWG1549 DWG1549 DWG1549 JOGB ASSY DWG1550 DWG1550 DWG1550 r DABB ASSY DWX2162 DWX2162 DWX2162 r JACB ASSY DWX2163 DWX2163 DWX2163 DOUT ASSY DWX2164 DWX2164 DWX2164 FLRB ASSY DWX2166 DWX2166 DWX2166 SW POWER SUPPLY ASSY DWR1344 DWR1344 DWR1344 1 For PSWB ASSY Refer to CONTRAST OF PCB ASSEMBLIES and PARTS LIST FOR CDJ 1000 KUC CONTRAST OF PCB ASSEMBLIES Pswe assy DWS1312 and DWS1311 are constructed the same except for the following Part No Symbol and Description Remarks DWS1312 DWS1311 AN 1 AC SOCKET AKP7032 Not used AN 1 1P AC INLET Not used BKP1046 52 PARTS LIST FOR CDJ 1000 KUC Mark No Description Part No assy SEMICONDUCTORS 800 8702 850 BA10358F IC10 BA178MO5FP IC202 BR24C64F 1 106 1 0 4 ICP N10 102 IC103 I 0 6A ICP N15 IC101 IC104 I 0 8 20 105 I 1A ICP N25 606 K4S641632D TL1L 0950 LA6562 IC900 LB11975 IC600 M51957BFP TFB IC404 MM1561JF 700 MN677061ZY 609 NJM78L05UA IC300 PD3431A9 1C201 PD3432A9 IC11 PE8001A IC602 PE9012A 17150 IC206 PQ1R33 100 607 PQ2TZ15 IC203 TC74HC4053AFT IC12 TC74HCT7007AF 205 TC74VHCO8FT IC405 TC74VHC541
32. Sums CN1822 1 LOUT 2 GNDA 5 ROUT C1922 C1930 s 61968 T B C1921 DNP1988 DNP1988 B 1 CDJ 1000 4 3 MFLB RSWB KSWB and SLDB ASSYS qRSWB assy 2 3 Em 4 m 2 Qa W225 W226i W228 Ni 01111 01112 L 975279 8 204 Six N a a Es 9 Ev o 1105 Q Sr 3 8 8 sha 5 81101 O IME H V 5V a 9 veli 9 4 4 34 a uu x HO S SEE B SCRI 01118 01144 P gt a o 55519 5 pilis Dirt4 2 mal 61104 TO es 2 6 9 a 5 Hi TEXT 5 8 194 BOWS S 655161102 2 98 10 B YYA E y ZA 00 RELOOP LEDA 51115 gt 01116 lt do N 0 0 4 01116 5 116 gt 3 s 01104 01105 D1107 a T REA lt lt SS A gt 48 126 9 T 3 I y hr ES 0 40 127 GLUED ZZ M zL a gt a 51105 C cngg GNDD 25 W116 P o gt 515 9 1 Eo VSLED
33. o m DA Q1108 4 S24 5 24 84 gd 5 d 5 5 DTC124EUA R1115 4 1 525 585 8 BGREEN p 21174 220 526 8 m amp 5 5 V 12V tS SLA 570MT 525 T R1001 1 8k 01109 BGREEN 528 3 DTC124EUA 529 77 30 GNDD Ue td 01715 R121 55 551 01101 R1107 1 8k SLR 343VC NPQ TS DTC124EUA 5 552 01110 CRED 255 LINL gt 1704 01105 DTC124EUA ji 01104 01107 2 LOOP IN R1122 EMAY3864X HM CGREEN de 01116 722 81003 1 8k UTS SLA 570MT 01111 CGREEN Q1102 R1108 1 8k DTC124EUA DTC124EUA pA ores 21487 R1004 1 8k REVERSE e Cty LOOPOUT REVERSE 525 01112 R1123 39 DTA124EUA I swa 21117 470 GNDD GLED BR5364X zm GLED V 5V gt u 9 8 A 8 Avesv 3 lt 4 Sia EM S m T gt gt gt x s S amp 5 edle 9151 7 STs 55 Soa IUSI T 58 5 ar E GNDD gt a gt E V 5V 5 OE T 41702141701 2 5 3 ei D20PYYO210E 1701 MSLED V 12V amp 1 z 535 51048 0200 51048 0200 M io L Oum gt c swa O GNDD o STS 5 DSK1021 5 Je gt S s s 5 29 GLED GNDD DD DD 6990900099 0 85 gt o 5 RSWB ASSY lt 22v 4 7 lt 14 3 06162 ALL RESISTORS ARE IN DWS1 31 0 RS1 6S J
34. s oscar DSS1127 T GNDD YF CKSRYF 20 2 at m 51602 CCSRCH LPS2 5 4 OTHERS CKSRYB 958 L 0501017 CEHAR hod qu nus E DIODE miM 5 5 DENM SLMB ASSY 155355 51501 CLAMP SW 505 1502 CLAMP SW To FEP e 1 C C332 ET 11 4 MD2 R316 F1 13 4 R317 UN vosv vuatr Y 7 10K A oF N S o m D sad gt 8 5 c 5 D F FEP ii N 3 aSEESZ RPE 98658 HI m x x 6 d pt HI 76 AVCC 9 3 RFDIFN n Repi 77 VREF g R310 g Lu B HALE OFTR 390 I gt gt OFTR H 9 5 P74 vss 13 o 0 11 4 p 10500 lt MA5 PD54351A9 4 GE 2 VD5VM CPUIRQ MECHA MAT R311 E esu 5 vee 501 R312 10k vss CPU gt OFTR Mog YF 77 kamas l IEE B Moss e ENC o 4 ENS 5 2 B HD64F3062BFBL25 Mo D i vm XDMUTE2 9 9 26 MD1 VD5VM pA FESEN G b Q on 5 9 Oz 08299 OMG tw FG 2 nuc Rs gm YY 58 i 5 05 255 CN301 gt 8 S x oe 1 1 REMO 5 511 sla 8238 8 2 REMI 919 eJ E 9 v sv FLWR lt GNDD Q301 VD5
35. 5 AUN 220 GNDDA E1308 E 58 DisesOrsds BTS D1301 D1304 D1310 EMAY3864X HM Que L1307 dient D1311 D1316 D1317 EMAY3864X HM V 12V H 77 51505 01506 270 D1312 D1315 SLR 342PC KLM 11508 GNDD 5 01305 01308 SLR 343MC NPQ GLED 6 OO D1309 SLR 343VC 01512 01515 V 5V 77 GLED PLAY PTL1014 x4 R1302 AAAA 21514 01515 270 4 0 Q1302 Be DTA124EUA 01507 01 508 GODO D1321 D1328 155355 Q1303 MMC IND Pisos I Oe SWITCHES 01599 550 KSWB ASSY GLED R1305 R1306 R1307 R1308 R1309 51301 CUE 1302 1 5k 12 2k 3 3k 5 6k 10k E 5 855555 I ad Fa Fd oi ol 9T 555555 1305 lt lt s amp 8 8 s 882222 8 S 51306 gt i D 2 IQQ D MMMM GNDD s V V 5VAD i DWS1308 wae CN1 401 D1401 VR1401 52151 1210 155555 TRE 155555 0CV1012 10kQ GNDAD 01402 R1401 ADIN 4 01405 49K ss S 1 ADCT 5 5140617 lt VSLED 155355 e o o e 10 50 GNDAD 01404 Si c e V5LED S I GLED 7 77 GNOD R1404 R1405 TRESL 9 nini SWITCHES a SLDB ASSY 3 if J k 94 SL 855 S1401 TEMPO RESET I ar 558896 51402 MASTER TEMPO 35 3 re s e lt lt 51403 TEMPO RANGE 5l GND
36. R1 122 w R1121 A P 89118 ma 00 9 30018 10018 29118 A GLED CN1101Y lt lt lt meo T q Z z m 9 CONTACT SIDEes 1 GNOB 2 lt 09 o 60 DONOR ae S Z 20196 5 565 E VSUED ameg Somn MEUS rss Qe SCO Aea 1 mYr ZC Oa ee DES Um gt gt sur To Heo m BA Dee en lt D 1105 SELECT Q1007 Q1013 Q1009 Q1017 Q1012Q1008 Q1102 01114 01016 01115 Q1011 01116 01118 Q1115Q1113 0101501014 01010 01117 J1781 1 540 8 2 6100 1 E EH B 9 5 z 2 P 5 o m 2 01106 01107 01109 01108 01101 01111 01110 01112 Ne KSWB ASSY j 2 m K qo 89 0 05 TR e ax E SCAN pw 48 es G FEET 9 FWD 517 8 ee pasao E EAI 9 CUE o o 9 wa lt lt lt E ae E ks ku Fee 4 Y ye R1312 Ey 1 S m 5 aa m a RIS o o R1310 SERR 5 E 1511 9051 2081 8051 DNP1987 B Q1302 Q1301 Q1303 1 CDJ 1000 4 4 JFLB and JOGB ASSYS Q1212 Q1213 weed 6 4 wees E
37. ALL CAPACITORS ARE IN CN1301 YF CKSRYF CH CCSRCH OTHERS CKSRYB B2 2 1 CDJ 1000 3 9 MFLB ASSY 2 2 1 J 2 2 assy pwG1548 1 25 V 5V 12 C1120 J 0 01 d le d 01118 3 TQ 5 lo 3 R1145 RIS rp aut 22k C 75 Hue G2 R1144 SNO RT0220 vv Q1116 ET DY Mr se 1 R1143 5 iD 2 Q1008 NSS 3 8 ew e I 22k hd n 54 R1048 4 46 amp 1058 01009 SNL ew 1k kG 5 22k M a 556 R1049 s 8 lt 88 8 21039 Q1010 ENDS d T 21 4 22k lo oa S2 R1050 8 5 V N c 01011 NES 3 Ea 22k lt 5 9 4 G7 91051 PESE OW acre S6 G R1041 1k Q1012 ew e D 7 22 xa s 5884 u lt 88 ew S9 lt RT0420 YY Q1013 ENDS 2 M sog 22k Q 511 G9 81055 58 46 V 512 t R10439 Q1014 SNET 2 m 5131 P 22k i m 7 01015 SER 5151 1k ENDS S163 ow 22k T S173 lt TT R1055 r 5 szy 5 045 01016 ED 3a T 5194 gt 22k 2 81
38. C204 Ver 2 8 2 i SCLK1 10205 1 5 TC SETO8FU TLB RSS 529 5100 VsRsL wie lt ba TC74HC4053AFT TBB B XMDT AAAA 29 V 5V eo 4 197 s 10206 Z7 1 S VD3M gt ve vig E 51516151515 5 5 Le 4 and GND 3 8 9 6 9 205 vo 955995531899 2592 005500 aso SEL 35 4 444Z200020mP9GoO00zsJ4 3 Jo t 1 55 5 5 2804081 4 002 00062 gt gt gt 22 lt lt 20 0 203 l J C228 5 3V Reg DTC124EUA 254 GNDM GNDM CAUTION FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO ICP N10 MFD BY ROHM CO LTD FOR IC106 CAUTION FOR CONTINUED PROTECTION AGAINST FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO ICP N15 MFD BY ROHM CO LTD FOR IC102 AND IC103 CAUTION RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO ICP N25 MFD BY ROHM CO LTD FOR IC105 1 m 2 m 3 m 4 L CDJ 1000 3 5 MAIN 3 4 and MMCB ASSYS 12 12 TAE V 5P V 5P1 ENSE CO NJM78LOSUA TLB 1609 V 5P2 LEVEL
39. CCSRCH lt 43 S4 L OTHERS CKSRYB T N 5448 S44 4 JQE x N 54 545 0 gt m Z gt 22 vVsRsVD z 1 BS GNDD 5 L e 1 N N e 5 5 5 N G pe Jon V 88R5V 1 cm V 5VJ V 5VJ V 5VJ 5 Ser 51048 0408 01601 Ls 1981 91601 iei V 33R5V gus D20PYYO405E LS amp VLOD R1602 tL avec 4 DWG1 550 1 1 Joa 100 v OG2 N GG J R 605GNpp49 505 2 s 100 m v 5Vu 09 LE GNDD 77 GNDD 77 GNDD 31 CDJ 1000 KUC DWS1312 e PSWB ASSY WY TL DWS1 311 CAUTION FOR CONTINUED PROTECTION AGAINST RISK OF FIRE DKP3545 51 TIME AND RATINGS ONLY 1 KUC AKP7032 WY TL BKP1046 AC Power Cord KUC ADG7021 WY TL ADG1154 a202 R203 a RB04 M t R206 D201 C204 Rye FRI gt 8315 p 8 R209 R204
40. Power supply VD5V 2 P37 LED15 Model distinction O and NEXT NET distinction 3 P36 BUZ LED14 l LIN 4 P35 PCL LED13 CRED 5 PS4 TI2 LED12 CGREEN 6 P33 TI1 LED11 BRED 7 P32 TO2 LED10 BGREEN 8 P31 TO1 LED9 O ARED 9 LED8 AGREEN 10 RESET 11 2 CLOCK BMHz 12 X1 CLOCK 5MHz 13 GND 14 2 NG 15 P04 XT1 SW0 Reverse Switch 16 VDD 17 P27 SCKO SCLK1 The clock input from host CPU 18 P26 SO0 SB1 SDO1 O data output to host CPU 19 P25 SIO SBO 5011 The data input from host CPU 20 P24 BUSY ENABLE O enable output to host CPU 21 P23 STB BLK The blank output to FL drive 22 P22 SCK1 SCLK2 O The clock output to FL driver 23 P21 SO1 SDO2 O The strike robe to FL driver 24 P20 SM STB O INC 25 Avss GND GND 26 P17 ANI7 LED5 27 P16 ANI6 KEYAD5 28 P15 ANI5 KEYAD4 29 P14 ANI4 KEYAD3 30 P13 ANI3 KEYAD2 31 P12 ANI2 KEYAD1 32 P11 ANI1 VOL1 33 P10 ANIO VOL2 34 AVDD VDD 35 AVREF WB Power supply 45V 36 0 LED16 O VINYL 37 PO2 INTP2 LED7 CDJ 38 PO1 INTP1 LED6 O MT 39 POO INTP TIO ELSW Eject Switch 40 Vss 84 Pin Function 2 3 CDJ 1000 No Mark Pin Name Descr
41. o 1 1 1 1 27 Ei TE 6815 ss 815 D Q800 5 g 1 I o 3 er 1 P C Board Chip SIDE o T NICA FE 1 5 1 me a N cane ca E I C806 07 809 i e cele DOWACIOI E Pm SERT PNE 2 m 3 4 m CDJ 1000 r Dco ICP NIS C174 ICP NeZ 1 106 INKS RS MARKEL aT DE CHEZ ROHM CO LTD INDIGUE C681 Ww 604 R61 8 m 57608 AS Ne R6325 R631 4 S o END 6641 8620 a
42. release a lock by all means and connector locks after inserting it A cable performs styling as shown in Fig after installing the JFLB Assy DWG1549 4 Fig amp Bottom View It assembles so that an encoder plate may go into the slot of the encoder guide of JOGB Assy encoder guide encoder plate JOGB ASSY N Sectional view 7 1 4 3 Caution in JOG Sheet A Pasting D Be careful not to bend and fold the JOG Sheet A 2 Put a lubricant GEM1038 on the sheet 3 Confirm that the dust or trash do not adhere to pasting side JOG Dial A 4 Match JOG Sheet A with marking of inner and outer circumference for pasting of JOG Dial A Fig Q 5 Put it to push you out of the inner circumference toward the periphery No good air getting into it JOG Sheet A Fig O Bottom view JOG Dial A 7 1 4 4 Caution in JOG Sheet B Pasting D Be careful not to bend and fold the JOG Sheet B Put a lubricant GEM1038 on the sheet 3 Confirm that the dust or trash do not adhere to pasting side JOG Holder 4 Pasting method Two places have this side with 905 Paste it while matching with a guide of rib and match a round Fig 6 Put it to push you out of the inner circumference toward the periphery No good air getting into it Fig 9 JOG Sheet B 406 Sheet It unites with the rib of an inner circumference JOG Holder CDJ 1000 67 CDJ 100
43. 100 FIPO G1 86 CDJ 1000 8 PANEL FACILITIES AND SPECIFICATIONS 8 1 PANEL FACILITIES Bl Front Panel HOT CUE PLAY PAUSE POWER ELOFF ON IN ADJUST UNLOCKe LOCK CUE LOOP MEMORY O O RELOOP EXIT WAVE SEARCH ZOOM CALL C OUT ADJUST DISC TRACK cp TEXT COMPACT DIGITAL AUDIO JOG MODE VINYL 6 10 16 24 Pioneer 87 CDJ 1000 buttons indicated by cannot be used in digital mode POWER Aa ON MEMORY TIME AUTO MODE CUE DISPLAY cb 02 IN ADJUST OUT ADJUST ij VER RELEASE START Q 2 TIME MODE AUTO button TIME MODE timeand remaining playback time REMAIN of each track tumedoff D DISPLAY CD TEXT WAVE ZOOM button AUTO CUE Each press of this button toggles the display between WAVE display and CD TEXT Hold down this key for 1 second or longer to toggle between AUTO CUE on disc track title display When the button is held down for 1 second or longer the and off WAVE display cycles between the 1 track full scale and 2x zoom scale e AUTO CUE on off status is stored in memory and persists even when the power is turned off 88 Each time this button is pressed the time display changes between elapsed playback e The TIME MOD
44. 5 Bie E D Su TP velo 9 E df LOCK 1111 DIRECTLOCK C A weee 0 P V 5V 620214 in O amp 215 Bils 1106 4 195 gt wept C O ES 8 E XN whos 61112 195 199 0 jl 9 DELETE VSN 9 9 5 61 78 78 W203 ae 8 P 220 8 SR AERE RES II OUCH S1116 2 61117 51109 5 5 5 5 5 5 6 RELOOP s 9 N ENDDA 51115 0 540 8 5 Y 174 WAVE WAVE CALL 175 BACK Q Pn vidi BREK CALL B 5 gt Z 6 wise wiag 24 W148 V 5V g 44147 GNDOR 102 5 S a 146 V REN V 25894995858 e 9 xz W149 REDEASE 9 Biz iss L d 484 g Susa ED DOORS MER cii 2006935599520 114 184 0 0 15 qasi a a WG 1 548 E 1 OPEN SIDE gt o O O 0 O O O O O O O oJO T 5 29 910 VR1101 115 01118 1202 an Re 6 5 Ed 51107 DWS1508 SL DS 1 5 58 ASSY 01199 D1141 SIDE VR1401 9 0225 MASTERI Co
45. Assy DXB1750 25 Mode Lens DNK3881 26 Set Knob HS DAC1986 27 Set Knob LOOP DAC1995 28 Re loop Knob DAC1992 29 Set Knob TIME DAC1991 30 Tempo Reset Knob DAC1993 31 Tempo Lens DNK3882 32 Set Knob MT DAC1987 33 Mode Select Knob DAC1989 34 Set Knob SC DAC1988 35 Eject Knob DAC1990 36 Set Knob MEMO DAC1994 37 Slide SW Knob DAC1926 38 Earth Plate CU VBK1070 NSP 39 Clamper Z09 061 40 Card Plate DBK1212 41 Slide Sheet 1C DAH1988 42 Display Panel DAH2022 43 Slide Knob DNK2936 44 Rotary Knob C DAA1143 45 Screw BPZ30P080FZK 46 Screw BPZ20P120FMG CDJ 1000 CDJ 1000 2 4 SLOT IN MECHANISM SECTION Refer to 2 5 TRAVERSE MECHANISM ASSY S 19 ZLX ME413A 4 2 Dyefree ME 913A 3 Grease ZLB PN397B 10 9 SLOT IN MECHANISM SECTION PARTS LIST CDJ 1000 Mark No Description Part No Mark No Description Part No NSP 1 DC Motor DXM1093 16 Disc Guide DNK3914 2 Connector Assy PFO2PY B32 17 D4 Assy DXA1881 3 Clamp Spring DBH1374 NSP 18 Slot in Mechanism G5 Assy DXA1906 4 Guide Spring DBH1375 19 Traverse Mechanism Assy S DXX2502 5 SW Lever Spacer PET DEC2420 20 Float Base G5 Assy DXB1748 6 Loading Lever DNK3406 21 Vessel Cushion C DEC2424 7 Main Cam DNK3407 22 Vessel Cushion A DEC2257 8 LeverB DNK3558 23 Vessel Cushion DEC2258 9 LeverA DNK3564 24 eee 10 Clamp Arm DNK3576 25 Float Rubber D3 DEB1404 11 Loading Base Assy S DEA1022 26 Float Faste
46. Block Diagram j TRIPLE SPDIF Tx TIMER INTER FA 7 3 PEE IE TE GENERATION PPU R AUREOS 18 E 55 UNIT mm DRAM amp cda SRAM BUS 10 INTERFACE amp ONTROL CACHE F EXTERNAL 2 DATA DATA PROGRAM PROGRAM PROGRAM 24 24 56 gt 56 n cLock INTERRUPT DECODE TWO 56 BIT ACCUMULATORS mo CONTROLLE GENERATOR BARREL SHIFTER EXTAL MODA IRGA 24 BITS BUS RESET PINIT N MODC IRQC MODD IRQD 75 CDJ 1000 Pin Function 5 AT A8 A9 A10 A11 A12 A13 76 Signal Name Signal Name B Signal Name E A6 82 83 E e LEE pep eee I Signal Name GNDS pe SDOO SDOO 1 MckWmRO ped ie qo fefe e 1 mw fe epe I e Dp De pee s m e eem F e e Deme m xe ee e peems pe pes pese pepe Dm e pese pepe pm qe pem pe pes CDJ 1000 LOL pe ee pe m ee pem lt es pem EN EN i Pin Pin Signal Name Signal Name
47. CDJ 1000 1 SAFETY INFORMATION This service manual is intended for qualified service technicians it is not meant for the casual do it yourselfer Qualified technicians have the necessary test equipment and tools and have been trained to properly and safely repair complex products such as those covered by this manual Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty If you are not qualified to perform the repair of this product properly and safely you should not risk trying to do so and refer the repair to a qualified service technician WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to cause cancer birth defects or other reproductive harm Health amp Safety Code Section 25249 6 Proposition 65 NOTICE FOR CANADIAN MODEL ONLY Fuse symbols fast operating fuse and or must be of identical designation slow operating fuse on PCB indicate that replacement parts REMARQUE POUR MODELE CANADIEN SEULEMENT Les symboles de fusible fusible de type rapide et ou 4 pi ces de remplacement doivent avoir la m me d signation FOR USA MODEL ONLY fusible de type lent sur CCI indiquent que les 1 SAFETY PRECAUTIONS The following check should be performed for the continued protection of the cus
48. CN1102 15 O O O O O O O O O O O O O O O Q1215 1C1202 91909 196 VSRSV 61818 f Z A m ice WIE W192 4 5 ip gt WY NES cem Ne 210 B 5 5 21211 PBI GN T 4 E VSRSV 8 VSRSV 2 2 8 8 TS tee ge Boos Lieat Go KO NOS SR 201 101909 6 37 DWG1549 ue 85558 cNiegi CONTRET SIDE JFLB 59928 EM pm CERO 2526 DNP1988 B 01601 71601 ese DWG1550 JOGB s 91801 DNP1988 B e ocB ASSY 1 2 3 4 Q1211 Q1209 1202 01204 01205 Q 4 CDJ 1000 Q 1210 1201 01201 01203 01206 01207 01214 Jt lt lt B ahs y dm DNP1988 8 1 2 8 o 4 CDJ 1000 4 5 POWER SUPPLY and PSWB ASSYS SIDE A 2 Power assy HOKI 11 434 QIN 1181 SINIT HI 1514 738 40 AC INLET Orange KUC AC 120V TL AC110 240V WY AC220 240V e assy POWER ONeOFF 0 Power 5 assy H e HENI ONT 1514 18 230 30 S C 9 CBE YT 300 93911701
49. D20PYY0310E 44 Mecha Plate DNH2339 20 Jumper Wire 05P D20PYY0510E 45 Caution Label See Contrast table 2 21 Jumper Wire 09 D20PYY0910E NSP 46 Caution Label HE See Contrast table 2 22 Jumper Wire 15P D20PYY1510E 47 Screw BPZ30P080FZK 23 Connector Assy PFOSPP B30 48 Screw BBZ30PO60FZK 24 Connector Assy PGO7KK F15 49 Screw BBZ30P120FZK 25 Float Spring G5 DBH1485 2 CONTRAST TABLE CDJ 1000 KUC TL and WY types are constructed the same except for the following es Part No Symbol and Description Remarks KUC Type TL Type WY Type 46 Caution Label HE Not used VRW1297 VRW1297 6 PSWB Assy DWS1312 DWS1311 DWS1311 NSP 28 Rear Panel DNC1576 DNC1577 DNC1567 45 Caution Label Not used VRW1094 VRW1094 NSP CDJ 1000 2 3 EXTERIOR 2 2 SECTION 3 1 Lubricant ZLB HFD1600 GEM1038 EXTERIOR 2 2 SECTION PARTS LIST Mark No Description Part No 1 MFLB Assy DWG1548 2 KSWB Assy DWS1307 3 SLDB Assy DWS1308 4 Assy DWS1310 5 JFLB Assy DWG1549 6 JOGB Assy DWG1550 7 JOG Sheet Assy DXB1757 8 JOG Dial A DNK3870 9 JOG Dial B DNK3871 10 Screw PBA1062 11 Encoder Plate DEC2425 12 JOG Holder DNK3872 13 JOG Stay Assy DXB1760 14 Sheet SW DSX1057 15 Encoder Guide DNK3873 16 JOG Plate DAH2052 17 JOG Panel DAH2051 18 VR Stay DNF1663 19 Flange Nut M9 DBN1004 20 Control Panel DNK3875 21 Eject Guard DNK3958 22 Card Lens DNK3885 23 Ring Lens DNK3880 24 Set Knob PLAY
50. LOUT 1k k 1K 01903 01910 Q1901 11 12 2SD2144S 001 0 8015 25021445 GNDM 5 5 wa 2A GNDA n 5 GND 01904 maa 01909 01902 VLOD 21922 29021449 1916 0 0015 STBY 25021445 V EM R1914 MUTE 1k 01905 5 R1925 1SS355 TRB R1937 R1939 VM 1K XZOFF 7 lt 100 16 R1913 470 VM 470 1 8k R1920 4 e VM 1 8k ES 470 1 VM C1914 L Kiva 0015 Y MBA VLOD 12 61901 2 2 NJM4580D I II LIS PORTO 01905 DTC124EUA Q1907 WE 2SA1145 Q1906 9 DTA124EUA m I T 8 N 9 22K s 18 9 ous e VLOD ORS 22K V 12A ee Pls 22K GNDA V 12A Dok m 1 22K b o 458 5 1 Kiom V 5V DOUT ASSY Ed DWX2164 TC74HCUOA4AF TBB 8 V os 801 1 14 4 S38 PH K M 1802 3 V 15 R1899 41 AT 3 L1802 PrLA017 diei DOUT 12 PTL1003 L1801 PKB1028 3 4 ed 4 y tees GNDD Q 1 2k g li Y 9 T 2 11805 1 CN12 avo g V EN 5 RS 98 245 DIGITAL LY V 8 Lu 68 6812 ol Xg OUT 80 PTL1014 15998 47 10 amp DD V 5V V 5V CN1802 n 52151 0510 DIGITAL OUT v sv al B ON OFF R1805 3 4 DOSW Pu Sit tk 95 CN13 5 conti amp DSH
51. N INNI 39402 SINT 91 31 SIDE 8 CDJ 1000 CDJ 1000 5 PCB PARTS LIST NOTES 9 Parts marked by NSP are generally unavailable because they are not in our Master Spare Parts List 9 The A mark found on some component parts indicates the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation 9 When ordering resistors first convert resistance values into code form as shown in the following examples Ex 1 When there are 2 effective digits any digit apart from 0 such as 560 ohm and 47k ohm tolerance is shown by J 5 and 10 560 Q 56 10 561 RDIAPU 51161117 47k AIXI a RDIAPU 14 73 J 0 5 Q gt 10 gt 1 R 0 K Ex 2 When there are 3 effective digits such as in high precision metal film resistors 56260 5625 010 RNI 4PC 5 6 21 F LIST OF WHOLE ASSEMBLIES Part No Symbol and Description Remarks CDJ 1000 KUC CDJ 1000 TL CDJ 1000 WY MOTHER ASSY DWM2123 DWM2123 DWM2123 MAIN ASSY DWX2161 DWX2161 DWX2161 m MMCB ASSY DWX2169 DWX2169 DWX2169 m SPCN ASSY DWX2170 DWX2170 DWX2170 STCN ASSY DWX2171 DWX2171 DWX2171 DISP ASSY DWM2126 DWM2124 DWM2124 ASSY DWG1548 DWG1548 DWG1548 KSWB ASSY DWS1307 DWS1307 DWS1307
52. R 1903 RD1 2VM271J R 1902 R 1911 R 1912 RD1 2VM471J OTHERS CN1904 3PJUMPER CONNECTOR 52151 0310 JA1902 2P PIN JACK BKB1017 JA1901 REMOCON JACK RKN1004 CN1903 CONNECTOR POST S3B PH K pout assy SEMICONDUCTORS 1C1801 TC74HCU04AF COILS AND FILTERS L 1802 PTL1003 L 1803 PTL1014 L 1801 PTL1017 SWITCHES AND RELAYS S 1801 DSH1025 CAPACITORS C 1810 CEAT101M6R3 C 1809 CEAT470M10 C 1808 CGCYX104M16 C 1802 CKSRYB102K50 C 1803 C 1804 C 1806 C 1807 CKSRYB104K16 RESISTORS Other Resistors 1 165 9 OTHERS 0 3P CABLE HOLDER 51048 0300 J 1801 JUMPER WIRE D20PYY0305E JA1801 1P JACK PKB1028 CN1801 CONNECTOR POST S3B PH K CDJ 1000 Mark No Description Part No MFLB ASSY SEMICONDUCTORS A 101101 PE5243A Q 1007 1017 Q 1113 Q 1118 2904081 Q 1112 DTA124EUA Q 1101 Q 1104 Q 1106 Q 1111 DTC124EUA D 1117 BR5364X D 1104 D 1107 D 1108 1112 0 1114 0 1116 D 1101 0 1109 1111 0 1113 0 1115 COILS AND FILTERS L 1001 L 1002 SWITCHES 1104 5 1107 5 1109 5 1112 5 1116 5 1117 5 1119 5 1101 5 1103 5 1113 5 1115 5 1118 CAPACITORS C 1143 C 1145 1112 C 1114 1138 1142 C 1121 C 1137 C 1108 C 1109 C 1116 C 1118 C 1100 C 1107 C 1110 C 1111 C 1115 C 1117 C 1119 C 1120 RESISTORS VR1101 VR1102 10 B Other Resistors OTHERS 1101 4 19MHz 0 2P CABLE HOLDER 0 9P CABLE HOLDER 0 12P CABLE HOLDER CN1101 25P CONNECTOR 41103 9P JUMPER WIRE 41101 12 JUMPER WIRE V1101
53. Test mode 0 It shifts to test mode 27 DO DO 28 01 D1 29 D2 D2 30 03 D3 31 D4 04 ene 32 D5 D5 33 D6 D6 34 D7 07 35 Vcc Power supply VD5V 36 A0 A0 37 A1 A1 38 A2 A2 Address bus 39 A3 40 4 4 78 Pin Function 2 3 CDJ 1000 No Mark Pin Name Discription 41 A5 A5 bus 42 43 A7 It connects with Vss 44 Vss GND 45 8 46 9 47 10 48 A11 49 12 50 A18 It connects with Vss 51 A14 52 15 59 16 54 17 55 52 LPS1 P6 Ipsa LPS A loading mechanism s condition 57 Vss GND 58 WAIT E 59 Pei a It connects with Vss 60 P62 ILMASK O IThe mask of the Interruption circuit is carried out 61 P67 It connects with Vss 62 STBY XSTBY It connects with Vss 63 RES XMRST Reset input 0 reset 1 reset release 64 NMI NMI It connects with Vss 65 Vss Vss GND 66 EXTAL EXTAL 20MHz 67 XTAL XTAL 20MHz 68 Vcc Vcc Power supply VD5V 69 AS O 70 RD XRD O Read strobe signal 71 539 7 XWR O Write strobe signal 72 VDD4 O INC 73 S40 PF0 MD0 74 S41 PF1 MD1 CPU mode setup 75 S42 PF2 MD2 ud uas Power supply VD3V 77 S44 PF4 78 45
54. intemal memory or extemal memory when memory card is inserted When a memory card is inserted the exter nal memory takes precedence 13 EJECT UNLOCK LOCK switch UNLOCK In this mode the disc can be ejected even during playback LOCK In this mode the disc cannot be ejected during playback The disc can be ejected when in pause mode EJECT button 4 When this button is pressed the disc is ejected through the disc insertion slot when it stops rotating When the EJECT UNLOCK LOCK switch is set to LOCK position the disc can only be ejected when in pause mode 5 VINYL SPEED ADJUST TOUCH BRAKE dial When the JOG MODE SELECT button is set to VINYL position you can use this dial to adjust the speed by which the playback stops when the surface of the Jog dial is pressed Playback stops faster as the dial is tumed counterclockwise and stops slower as the dial is tumed clockwise VINYL SPEED ADJUST RELEASE START dial When the JOG MODE SELECT button is set to VINYL position you can use this dial to adjust the speed by which playback starts after you take your hand off the surface of the Jog dial Playback starts normal speed faster as the dial is turned counterclockwise and takes longer time to retum to normal speed when turned clockwise 42 JOG MODE SELECT button VINYL mode when the surface of the Jog dial is pressed during playback play back stops and if the dial is rotated music is output according to the speed the di
55. 0 7 1 4 5 Caution in JOG Sheet C Pasting D Be careful not to bend and fold the JOG Sheet C 2 Put a lubricant GEM1038 on the sheet Confirm that the dust or trash do not adhere to pasting side JOG Dial B Pasting method Match the inside diameter direction with edge side of the inside diameter of JOG Dial B and match eight places of periphery directions in rib No good JOG Dial B protruding outward Fig JOG Sheet C x8 JOG Dial B Fig Bottom View 7 1 4 6 Caution in JOG Plate pasting D Confirm that the dust or trash do not adhere to pasting side JOG Dial A JOG o matches it with rib of the inner circumference of JOG Dial A and put it However be careful not to run aground on the rib Fig 3 Be careful so that air gets into it and the appearance of sheet does not wave JOG Plate JOG Dial A It unites with the rib of an inner circumference Fig 68 CDJ 1000 7 1 5 About electric discharge To the capacitor C5 of a switching circuit part it is in power supply OFF after 5 minutes Although remained abbreviation 20V there is no danger of an electric shock 2 Power assy 1 os lt a e gt lt D 25 29 gt 2 Bia II HI 1514 738 10 C5 69 CDJ 1000 7 1 6 SEQUENCE AFTER THE POWER ON Power ON Y 201 System CPU Reset 63 pin XRST H
56. 015 N3dO 0221 5 Res O 16804 Casar EM Loading 4 pe N COSS Reeg Motor al Bm Q 8 4 RMIN 5 V 5V B 2 REMI 100 1 REMO NN 147 VD8RS Clee R117 H R118 a PES 8 R311 lt oW zz CONTACT SIDE BOTTOM SPCN CONTRCT SIDE BOTTOM Hi DWX2170 DNP 1986B Spdl Assy Pee DNP 1986B 1 CDJ 1000 B Assy VA assy LACI FLRC1 FLACe FLACe 0 assy assy 1986 SIDE B z sPcn assy DNP 1986B DNP 1986B Em 2 1 SIDE B 8 m CDJ 1000 1 CDJ 1000 4 2 JABB JACB and DOUT ASSYS t DABB ASSY 1 6757550567 YG AS GNDM 01918 D1908 4 KS 55 a oo 5176 VLOD RE C1917 O w O 81924 O O R1905 C1914 Sis R1918 oo ajo 01909 Coo 22 01902 CN19 2 DNP1988 B 1 C19120 5 O 1925 O gt R1986 E 181 E T RY 01924 chord 69 9 arses E Her 170 C1916 C1915
57. 02 20 1505 51048 1502 11504 1661 5215170510 82181 0310 s lt s 08 626 JFLB ASSY DWG1549 D20PYYO310E i D CN1201 5597 03 D20PYY0405E Ex D FLRB ASSY 999 D20PYY1510E 2 2533233 DWX2166 JOGB ASSY DWG1550 1 DSX1057 15 1 2 3 4 CDJ 1000 3 3 MAIN 1 4 SPCN and STCN ASSYS MAIN ASSY oak 2 4 DWX2161 CN800 8 188 TBB Baie 1M C8199 56 2 6LD 0820 VR vcsv 0 027 suc 0821 0 047 e co GNDA p RE4 C804 0 1YF D REINP D gt RF C805 0 RF INN 1 15 52 7 GND m gt i 5 lt R828 4 115 RFH RAB4C123J T i 99399 dd 5 C813 1000 Q Pt a 2X C812 1000P 1 ew 2 2 I ZDCEL lt Guo La Pe 6 uals
58. 056 9 88 seo 52 Y 01017 ENSE 5214 m ew 1k e 522 22 M 25 ais R1057 i 2 96 5254 YY 0113 MAE 5245 G14 MET Ts Babe ROSARY Q1114 eNOS ew 5280 529 G15 avs 2525 01115 5305 9 2k fs 5 8 6324 916 easet CRER 5558 1k O 2529 um Q1007 ET T E 558 ven Loi xis 5 557 45 ese ROS K amp b 9 Ww Wop 11 2 Qioo7 Q1017 Q1113 Q1118 V 5V 25 4081 a 1 O F 3 JOG b a s u h a mn O a M 5 ALL RESISTORS ARE IN Q RS1 168 J ALL CAPACITORS ARE IN YF CKSRYF CH CCSRCH OTHERS CKSRYB 8 CDJ 1000 3 10 KSWB and SLDB ASSYS 112 J1103 172 J1101 CN ON CN QN 2 V 12V CN1301 01301 L KSWB ASSY 52151 0910 1515134 SLED Epi EU DWS1 307 Bises R1310 I PLAYL An 01301 21502 350 1k 6 6 R1323 1 01510 01516 MMCL e 01511 6 L1305 51504 RO QO mt 1 5LED
59. 07 511 SIR 5 5525 gt hagr SL 8 0569 S oJ 506 508 512 100P N 5 lo CH 9 0 ej 2 2 0 2 0 R530 2 C567 568 47 89 CH CH Hu GNDG 855 V3RC XHREQ2 22 5 H x O O o O O x xi wh Oo uoo 5 WDSP 3 4 ES C557 10402 1 3 E 85 MCLK TC7WUO4FU TRB 100 16506 C558 4 01 TC7SUO4F TLB R463 R461 29 4 68 20 Bp GNDM 10402 QS 20 2 3 i8 x401 L 0 ASS7023 T D 0465 0464 DATA 18PT9 ST 15 R415 77 GNDM 2 5 m 6 7 8 1 CDJ 1000 3 7 DABB JACB and DOUT ASSYS 12 DABB ASSY 58154 158154 400 dm DWX2162 amp R1908 01908 L AAN 9 0 1 CN1901 jp c1913 10K usos _ 82141 0910 9 0015 VM 21909 19 oUr o MM 290218 ZGNDA 470 R1906 R1936 R1938 GNDA o NO Z 101901 1 2 WM 470 1SS355 TRB 470 1 8k 1 8k 01905 NJM4580D VM GNDA 5 R1921 01904 VM VM VM eo R1915 osx m 4 4 9 1 son
60. 0M It connects with GND 62 STBY Low power consumption mode 63 XRST Hard reset 64 Compulsive interruption 65 Vss Digital GND 66 EXTAL XTAL Crystal oscillation 68 Vcc Digital 5V 69 NC Q 70 XSRD FPGA Read 71 XSWR Wright 72 NC O 73 MDO 74 MD1 CPU mode setup 75 MD2 76 The power supply terminal of A D conversion machine and D A conversion machine 77 standard voltage input terminal of A D conversion machine and D A conversion machine 78 ADCT Slider center value 79 ADIN Slider data value 80 NC It connects with GND 82 Pin Function 3 3 Pin Name Description It connects with GND CDJ 1000 The grand terminal of A D conversion machine and D A conversion machine JOG pulse input 1 JOG pulse input 2 Motorola DSP preceding paragraph Interface It connects with GND For a RS232C input GND MMC chip enable DAC communication enable EEPROM data output EEPROM clock output MMC hard reset output It connects with GND FPGA program permission signal 83 CDJ 1000 ll PE5243A MFLB ASSY 1101 Disply Control CPU Pin Function 1 3 No Mark Pin Name Description 1 VDD B
61. 1 701 373 9 L 33VDD 33VSS 0 5 avss f Siak ira 2SVDD 25VSS D 2 5V 5 9 A R707 IC700 Avpp 8 1 CPUDI JLINE Hg EM B Ocpupo MNG677061ZY DBALO C716 0 1 iB 4 MONA 5 30K e O MONB 9 TRCRS L lt R715 1 5K MONC Servo DSP 9 715 C732 L l Q PBAL LPFOUT 2 47 2 1YE 8 28 HPFIN 15725 25 55 ADSC 27 AVDD gt 1 25VDD 26 VFOSHORT AvSS E AD6 HPFOUT C712 1000P 2 ADS u EP 5 4 877347 amp Joon Ne jT YE Q701 E 874 ADS Is VASVL VASV DTC124EUA t ou WT 9444 Saas gt eeaa reo Cs Y 1 N Qu L702 5 seep 7 ds ee b 0706 amp PrL1014 2 lt 5 0047 s E Sj e VHALF gE T VHALF 124 ES 5188155 80 45 Miss 2 k cH C733 x VREF2 6 01 11 44 884 S 4 MS 91 5 5 Bele J sss s Se 848 5 4 uuu 29 5151 16 o eeu su zeje 3 md l1 GNDA Ee 2 4 11014 CN912 VORNE CN911 DKN1205 PM DKN1205 TFB 10710 R903 1 796 1K 12 4 TC7SET 8FU TLB 85 or 2 1 s 2 1 PDRY
62. 1025 J1801 cont2 S DD D20PYY0305E T 1 anom 1 cont2 51048 0300 24 CN1902 5 ROUT GNDA 9 9 LOUT DWX2163 1905 558 8 R1911 I 470 oos T ea GNDA Tepee E AUDIO R1912 101904 OUT 1000p 24 470 241902 4 BKB1017 1 1 CN1904 92191 0310 GNDM VM 470 R1902 W163 CONTI JA1901 RKN1004 CONT2 S 81905 270 I CONT2 Wieg Kom 8 E e E 2 1 d F GNDF 5 5 a N wn N 5 D S 1 1 The power supply is shown with the marked box NOTES ALL RESISTORS ARE IN RS1A6S J ALL CAPACITORS ARE IN uF YF CKSRYF CH CCSRCH OTHERS CKSRYB gy PB AUDIO SIGNAL ROUTE 8 CDJ 1000 25 1 CDJ 1000 3 8 MFLB 1 2 and RSWB ASSYS C1116
63. 1202 Comparator Block Diagram A OUTPUT A INPUT A INPUT GND INPUT B OUTPUT O O1 G UPD16306B JFLB ASSY 1C1201 Output VFD Driver Block Diagram 64 bit shift register 64 bit latch Note High voltage CMOS drivers 80 V 50 mAmax 71 CDJ 1000 MM1561JF MAIN ASSY IC404 500mA Regulator 6 Block Diagram Vin Vo Cont A Timit Pin Function Cn FUNCTIONS INTERNAL EQUIVALENT CIRCUIT Output pin Vout ND d out Noise decrease pin Control pin Substrate The 6pin must be connected to GND Input pin 72 CDJ 1000 6 Pin Arrangement 5 5 000040 2229 898 5 5 d TTA 12 NC O 3 O NC NC 0 44 O NC Vss O45 552 NC 16 O NC NC 17 O NC 8 O Oz 0 9 O Oz Ou O 10 O Oa Os O 111 Os O Ow O Ore Os Os O O Os O O Os O O Or Oss O O Os O O Os Os O O Os Oss O O 7 Oss O Os Os O O4 Oe Oa O O Os OR o q 9 e O
64. 15 CKSRYB104K16 SPCN ASSY C 228 C 23 C 24 C 30 C 300 CKSRYB104K16 OTHERS C 306 C 605 C 608 C 610 C 612 CKSRYB104K16 C 620 C 621 C 715 C 716 C 725 CKSRYB104K16 ter CONNECTOR DIN1205 C 902 C 904 C 905 CKSRYB104K16 STCN ASSY C 229 C 600 C 640 C 648 CKSRYB105K6R3 C911 CKSRYB222K50 OTHERS C 606 C 639 C 833 C 903 CKSRYB224K10 CN913 914 4P CONNECTOR DKN1223 C 820 CKSRYB273K16 C 470 C 570 CKSRYB472K50 ASSY C 706 C 802 C 821 CKSRYB473K25 RESISTORS C 703 CKSRYB562K50 C 834 C 835 CKSRYB682K50 R 1504 R 1508 RS3LMF300J C 301 C 303 C 305 C 702 C 705 CKSRYF104Z25 OTHERS C 709 C 711 C 717 C 722 C 732 CKSRYF104Z25 CN1501 3P JUMPER CONNECTOR 52147 0310 C 801 C 804 C 805 C 808 C 810 CKSRYF104Z25 C 815 822 825 826 C830 CKSRYF104Z25 832 950 952 956 CKSRYF104Z25 SLMB ASSY C 455 C 940 CKSRYF105Z10 SWITCHES C 454 2 2uF 10V VCG1031 5 1501 5 1502 0561017 RESISTORS OTHERS 825 470 DCN1133 CN1501 KR CONNECTOR POST S3B PH K R 900 R 901 4 7Q DCN1141 323 R 324 419 654 657 RAB4C101J 55 681 R 682 RAB4C101J R 828 RAB4C123J CAPACITORS C 91 CCSRCH221J50 R 453 RAB4C220J C 99 CKSRYB103K50 R 800 R801 RAB4C273J C97 CKSRYB104K16 R 834 RAB4C303J R 218 R 401 R 420 R421 R501 RAB4C473J R 829 RAB4C822J RESISTORS 1 87 RS1 10SOROJ Other Resistors RS1 16S J R 604 RS1 1681502F R 806 RS1 16S2202F OTHERS R 605 RS1 16S8202F CN99 CONNECTOR POST B
65. 367PV150 ok posw 1 Digital Out 4 ON OFF FPGA CNT DOUT ASSY 1 IC501 XCA58367PV150 1 DSP 1412 4 1 o X _ RKN1004 844 11 Control Jack nas eB PS Sol Tal ets he Lour sg 29 gt O i PB Dac 32 8007 ROUT Jo jeieoi i22 Audio gt Or Out 15201 gt 1 CN1901 euros System le CNT Control 1 assy ASSY MAIN ASSY Mc 1 1201 FL TUBE 1 JOGB ASSY FL TUBE 1601 J1601 CN1102 J1202 L 161201 uPD16306B k 1611 1 gt FL Driver PE5243A FL Control I JOG1 JOG2 CN1201 S J1101 J1103 TCH1 5 TCH1 4 JFLB ASSY Sheet SW dieses DSX1057 CN1401 CN1301 nom SLDB ASSY ASSY 13 5 6 7 r3 8 1 CDJ 1000 3 2 OVERALL WIRING DIAGRAM AUDIO OUT CONTROL MET SPCN ASSY Be Bad 1017 E _ i 7 n cN2220 DDX1 165 CN912
66. 4 4 nu MAIN ASSY MFLB ASSY V assy 501 56367 150 IC501 XCA56367PV150 1101 PE5243A 1101 5243 1C1201 UPD16036B 1C1201 UPD16036B Voltage V Voltage V Voltage V PinNo Voltage V PinNo Voltage V Voltage V o 3 3 1 8 5 91 38 5 to 5 0 38 5 to 3 3 3 3 005 92 38 5 to 5 3 3 38 5 to 3 3 o 3 3 01 5 38 5 to 5 38 5 to 3 3 01 5 38 5 to 5 38 5 to 3 3 0105 38 5 to 5 38 5 to 3 3 0105 38 5 to 5 38 5 to 3 3 38 5 to 5 38 5 to 3 3 38 5 to 5 38 5 to 3 3 38 5 to 5 38 5 to 3 3 38 5 to 5 lt lt lt oo no o oo 1 o O1 Co Po DOUT ASSY 1C1801 TC74HCU04AF Voltage V 0 38 5 0 0 38 5 to 33 5 38 5 to 33 5 38 5 0 33 5 33 5 38 5 to 33 5 38 5 38 5 to 33 5 0 38 5 4 0 0 3 3 38 5 38 5 38 5 38 5 38 5 38 5 38 5 05 05 05 05 4 gt gt PO DO 2 J 2 Co Po gt 1 0 O1 Ico PO 2 O co O9 4 Oo O1 HCO PO O co Oo 4 lt gt 2 O 05 05 05
67. 5 4 TC7SU04F TLB en 3 4 0 H NI 5998 5 38 ao 54 GNDM NI sI SI V3R3 2434 10405 TC7SETOBFU TLB 25 1 R464 2 8 358 GNDGD 1 3 4 4 4 main assy Dwx2161 8 CDJ 1000 The power supply is shown with the marked box 0 Bb DIGITAL DATA SIGNAL ROUTE V1RB 5 5 4 Ic404 15614 8 VI NOTES geal nef NM ALL RESISTORS ARE IN SB T Tied RS1 168 J gt Fa r ye ALL CAPACITORS ARE IN 0 77 CKSRYF GNDM GNDM 1 8V REG CH CCSRCH OTHERS CKSRYB CEHAR vira VRS V3RC ViR e d Bes 9 9 BER TES 1 P 5 lt 5 9 01 55 9 01 2 01 4 529 527 C526 gop oop cH gt H H 2 di didi dd 4 rJ d BS 33333 388859 o Of gf oy I 545588005822828775482225222554917925 ex 89 58 gt 85 BS 109 07 72 BS Bs 8s 82 11 71 VCCD 70 R516 4
68. 5 Bp VW 1195478 SDI1 GNDD R1011 Ika eae pW 9 R1196 47k R1012 2 R1197 47k 5100 gt 4 9 526 xsrst 5 P R1136 222 W R119947k 7 a De W 9 R119 47k A 528 8 R1134 amp 229 Be R112447k 100 amp 550 Be R11 25 47k 0 R1126 47 Q st dg RUZIATK 5 7 9 520009532 q AA 9 RI128 47k 24 GNOD GNDD S ae gt un 7 ko CN203 PRP REP RR 4 81100 47k R1132 47k 81165 47k oj voy 14 gt 74 1 1 1 GNDAD GLED DT BS d GNDD ape TT 6 z5 00000000000006 3 SAS o O lt m Ss 226265 08a282 56 SOs 0 2 gt 2 X 2 Z lt lt p Z b G C 6 3 S G53 FSH BS i gt E u gt d 0 2 m 3 4 5 6 7 8 CDJ 1000 SS M SWITCHES MFLB ASSY 1106 4 EJECT 81113 IN REALTIME CUE 51101 51107 SELECT 51114 LOOP OUT 1102 B VI
69. 7B PH K VR601 4 7KQ VCP1172 CN999 SD CONNECTOR DKN1231 Other Resistors RS1 16S000 J 9 DABB ASSY OTHERS SEMICONDUCTORS X 401 20 000MHz ASS7023 1901 NJM4580D X 701 33 8688MHz DSS1126 Q 1907 2SA1145 X 201 X 300 20MHz DSS1127 Q 1906 DTA124EUA X 601 33 8688MHz RSS1055 Q 1901 Q 1904 25021445 602 27 0MHz VSS1086 Q 1905 DTC124EUA CN13 5 JUMPER CONNECTOR 52147 0510 D 1906 1SR154 400 CN11 9P JUMPER CONNECTOR 52147 0910 D 1904 D 1905 D 1907 155355 101 15P JUMPER CONNECTOR 52147 1510 D 1918 UDZ13B CN102 3P JUMPER CONNECTOR 52151 0310 CN201 CN301 KR CONNECTOR B6B PH K CAPACITORS CN900 12 FFC CONNECTOR DKN1205 C 1906 C 1907 CEANP101M16 950 CONNECTOR DKN1223 C 1912 101 50 CN203 25 CONNECTOR HLEM25R 1 C 1905 C 1908 CKSRYB104K16 CN302 CONNECTOR POST S2B PH K C 1915 C 1916 CQMBA102J50 CN12 CN303 CONNECTOR POST S3B PH K C 1909 C 1910 C 1913 C 1914 CQMBA152J50 CN202 CONNECTOR POST S7B PH K RESISTORS R 1908 R 1919 RD1 2VM103J R 1909 R 1918 RD1 2VM113J R 1907 R 1920 R 1938 R 1939 RD1 2VM182J R 1916 R 1917 RD1 2VM273J R 1906 R 1910 R 1913 R 1923 RD1 2VM471J 54 Mark Description Part No R 1936 R 1937 RD1 2VM471J Other Resistors RS1 16S J OTHERS 1901 9P JUMPER CONNECTOR 52147 0910 CN1902 CONNECTOR POST B3B PH K cB assy SEMICONDUCTORS D 1902 155355 D 1901 D 1903 UDZS10B CAPACITORS C 1901 CKSRYB104K16 C 1903 C 1904 CQMBA102J50 RESISTORS
70. 7K 5 GNDD 1 69 113 09 RD 68 114 018 67 8886 118 011 66 116 012 65_ 5 5 85 117 015 64 Bs 88 SS H 9 VCCD TA 62 Q GNDD PINT 61 8911 47K 121 D15 SCKR 1 60 122 016 FSR 159 123 017 58 r 97 9 5 gS 124 018 501 vecc 57 58 58 85 BS 125 019 V 56 H XCAS56367PV150 ss Tal 5 GNDQ D 54 128 2 85 n DSP2 qune 129 VCCD cas 52 lt 5 50 zt 0600 R599 131 221 5 _1 els 28 122 022 48 STs 9 REO Bs 88 153 023 5005 1 48 4 475 155 cND20 adis 47 ME TT Mock 46 155 sl T T 555 5 el 136 MODB Mecal4s 81 8 5 1504 1 AMI 137 MODA 24 9 LCTATROJ2520 T 7 anom 8 5004 1 HADO 45 9 01 100 10 002 189 HAD1 42 TDI2 140 TDI HAD2 41 C970 44 7575 TCK2 141 TCK HADS 49 RU TMS2 142 TMS GNDH 59 100 143 MOSI 58 5 C551 144 MISO HADA 57 0 01 JI AG PB gs x 88 87 8s GNDM OQocaoaoooozoaoauogooooolozoaa amp a xoozao oaaxzaixax NANINnNNNNSONHULNHTIT S c N 10 N o 52003 S2CKS Yyy 505 5
71. C 724 CCSRCH681J50 C 103 C 108 C 110 C 121 C 155 CEHAR101M10 C 17 20 C 201 C 21 C 211 CEHAR101M10 C 22 C 29 C 401 C 452 C 499 CEHAR101M10 C 501 C 502 C 599 C 602 C 622 CEHAR101M10 C 624 C 625 C 901 C 951 CEHAR101M10 C 101 C 105 C 25 C 28 C 828 CEHAR470M16 C 900 CEHAR470M16 C 33 C 704 C 708 C 712 C 806 CKSRYB102K50 811 813 CKSRYB102K50 C 10 C 102 C 104 C 106 C 109 CKSRYB103K50 C 11 C 112 C 122 C 123 C 154 CKSRYB103K50 C 157 C 158 C 16 C 200 CKSRYB103K50 C 202 C 203 C 205 C 210 CKSRYB103K50 C 217 C 218 C 225 C 226 CKSRYB103K50 C 230 C 233 C 31 C 32 CKSRYB103K50 C 331 C 333 C 400 402 C 406 CKSRYB103K50 C 408 C 412 C 414 C 416 C 422 CKSRYB103K50 C 424 C 426 C 428 C 430 C 432 CKSRYB103K50 C 436 C 438 C 440 C 442 CKSRYB103K50 C 446 451 C 456 C 457 462 CKSRYB103K50 C 466 C 500 C 506 C 508 C 512 CKSRYB103K50 C 514 C 516 C 522 C 524 C 526 CKSRYB103K50 C 528 C 530 C 532 C 536 C 538 CKSRYB103K50 C 540 C 542 C 546 C 551 CKSRYB103K50 C 556 C 557 C 6001 C 6002 C 601 CKSRYB103K50 C 604 C 607 C 613 C 615 C 616 CKSRYB103K50 C 618 C 623 C 626 632 C 636 CKSRYB103K50 C 641 644 C 651 C 683 C 714 CKSRYB103K50 C 726 C 730 C 733 C 751 C 755 CKSRYB103K50 53 CDJ 1000 Mark No Description Part No Mark No Description Part No C 800 C 857 C 910 C 964 CKSRYB103K50 C 159 C 18 C 204 C 213 C 2
72. E is stored in memory and persists even when the power is 3 POWER switch OFF M ON This switch is located on the rear panel of the unit LOOP IN REALTIME CUE IN ADJUST button indicator Real time cue Enter loop in point Loop in point adjust 5 OUT OUT ADJUST button indicator Enter loop out point out point adjust 6 RELOOP EXIT button Display WAVE SEARCH Z00M CD TEXT buttons lt gt This button moves the displayed area when WAVE is in zoom display mode In the TEXT display mode pressing the lt q button will display the disc title and pressing the gt button will display the track title 9 CUE LOOP CALL buttons lt gt Calls Cue points and Loop points stored in internal memory or external memory when a memory card is inserted When a memory card is inserted the ex ternal memory takes precedence CUE LOOP MEMORY button Stores Cue points and Loop points in intemal memory or external memory when a memory card in inserted When a memory card is inserted the extemal memory takes precedence 1 Digital Mode switch ON OFF This switch is located on the rear panel of the unit Set to ON when the digital output is to be used When set to On the DJ functions do not function Func tions marked do not operate in this mode And the muted pause mode is used instead of the audible pause mode 42 CUE LOOP DELETE button Deletes Cue points or Loop points stored in
73. ER WIRE D20PYY1505E 1201 FLINDICATOR TUBE DEL1043 RESISTORS 0 FL HOLDER DNK3959 Other Resistors RS1 16S J 9 Jocs assy OTHERS SEMICONDUCTORS CN1301 9P JUMPER CONNECTOR 52151 0910 SLDB ASSY CAPACITORS SEMICONDUCTORS C 1601 C 1602 CKSRYB103K50 Q 1401 Q 1402 DTA124EUA D 1401 D 1404 155355 RESISTORS D 1405 SLR 343MC Other Resistors RS1 16S J D 1406 SLR 343VC OTHERS SWITCHES 0 4P CABLE HOLDER 51048 0400 S 1401 5 1403 ASG7013 1601 4P JUMPER WIRE D20PYY0405E CAPACITORS C 1407 CCSRCH101J50 SW POWER SUPPLY ASSY C 1404 CCSRCH102J50 1406 CEHAT100M50 There is no service parts C 1401 CKSRYB103K50 C 1402 C 1403 CKSRYB104K16 RESISTORS e swa assy VR1401 10kQ B DCV1012 SWITCHES Other Resistors RS1 16S000 J 8 1 RSA1001 T assy puse SEMICONDUCTORS AN1 POWER SOCKET AKP7032 A 1 1201 UPD16306B 0 PCB BINDER VEF1040 Q 1212 2549335 Q 1201 Q 1207 Q 1214 2602412 Q 1208 Q 1211 2SJ209 Q 1213 Q1215 2SB1237X D 1201 D 1208 1SS355 D 1210 MTZJ30D D 1221 UDZ12B D 1219 UDZ4 3B 56 6 ADJUSTMENT 6 1 ADJUSTMENT ITEMS AND LOCATION Adjustment Points PCB Part ia CAUTION 5 1 1 ICP N W 1 1 5 ICP NIS 16195 ICP Ne5 m WS tk x REPLACE ICP Ne2 16108 182 18 lads T e EE RE REP KE CUT cP Nis
74. Es ul SIDELTON NARFE Y Fzo wm a Rc811 1000 a B4 _ T zz VHALF C 49 Le uu 59 ENTS VREF1 2 2V ps 4 8829 VREF2 2 2V e BA VREF1 0 1 YF VHA Bali RAB4C822J T sw B4 i 1068006 B1 4 bd o 7 2 821 22K ES k 5 R820 22K O G lt lt t Z Z x a m 6 O F G O R834 A Sa B a Um Ross 100K RAB4csosu Domis T TIT 1414455 VOD 5 3V BA10358F TBB 3218 1 4W EL Y gz cH VCC1 5V 1 2 VCSV i e VCC2 5V C828 RAB4C275J T 5 0800 RFDIFN 47 16 B Ren 7 ox DTC124EUA VCC3 3 ON 2 4 0600 vesv4 2SA1577 0852 R844 zd q 470 R801 92 ROSO RAB4C273J T OS 30K 12 4 i 895908 1 85 GNDA wS Hz 78 GNDA z BM10358F TBB 3 1 s G
75. F 2 a V5LED 77 2 SAER 1 SLR 343MC NPQ TS D1405 I Q1401 R1406 DTA124EUA 220 77 I SLR 343VC NPQy Ts GLED Q1402 R1407 DTA124EUA D1406 550 GLED I The power supply is shown with the marked box 29 5 6 7 r3 8 1 CDJ 1000 3 11 JFLB and JOGB ASSYS y JFLB ASSY DWG1549 11 2 CN1102 D20PYY1505E J1202 FLACS NC FLAC2 GNDT JOG1 JOG2 TCH1 VLOD VSRSV GNDD V 5V LATCH SDO2 SCLK2 BLK S45 S44 54 5 542 541 54 5509 558 S37 5561 555 554 55 552 551 FL HOLDER DNK3959 751741751 9 R1232 GND GNDT 220 R1269 M R1282 Q1215 25 1237 220 C1225 a STBY C1224 TA 10 50 HAT i lt 1 100 50 10 50 C1216 D1221 UDZ12B TRB lt o 11202 PTL1014 T VM dedisse aede FL INDICATOR TUBE 201 1 45 G1 G7 G8 G9 G10 G11 0 0 C1207 VSRSV Q1201 Q1207 28C2412K A 01201 G12 VSR3VD p 1 2 11 4 3 S c 52 51 161201 G12 UPD16306B G11 DRIVER IC Q _ AN 2 2 Q1203 G10 G9 G8 G7 9 01204 G6
76. FT IC407 TC7S04FU IC204 IC403 IC710 TC7SETOSFU 711 TC7SET32FU IC610 TC7SH08FU 406 506 TC7SUO4F 611 TC7SUO4FU IC605 TC7WT241FU 1C13 IC402 IC608 IC612 IC701 TC7WUO4FU IC604 TLC29321PW 601 2550 5 208 401 1 501 56367 150 600 25 1577 Q 204 2904081 Q 11 Q 202 DTA124EUA Q 201 Q 203 Q 301 Q 701 Q800 DTC124EUA Q 950 DTC124EUA D 11 D 203 D 232 1SS355 COILS AND FILTERS L 401 L 402 L 601 L 602 ATL7002 L 11 L 13 L 200 DTL1024 L 404 L 504 LCTA1R0J2520 L 10 L 101 L 111 15 L 152 PTL1014 L 201 L 600 L 603 L 611 PTL1014 L 701 1 705 PTL1014 CDJ 1000 Mark No Description Part No CAPACITORS C 417 C 418 C 517 C 518 C 638 CCSRCH100D50 C 831 CCSRCH100D50 C 221 C 223 C 38 C 40 C 405 CCSRCH101J50 C 411 C 413 C 415 C 421 C 423 CCSRCH101J50 C 425 C 427 C 429 C 435 C 437 CCSRCH101J50 C 439 C 445 C 469 C 505 C 511 CCSRCH101J50 C 513 C 515 C 521 C 523 C 525 CCSRCH101J50 C 527 C 529 C 535 C 537 C 539 CCSRCH101J50 C 545 C 569 C 700 CCSRCH101J50 C 635 C 637 CCSRCH120J50 C 603 C 633 CCSRCH121J50 C 464 C 634 CCSRCH150J50 C 463 CCSRCH180J50 C 803 CCSRCH181J50 C 957 CCSRCH220J50 C 407 C 431 C 441 C 461 C 507 CCSRCH221J50 C 531 541 C 614 CCSRCH221J50 0959 CCSRCH270J50 C 649 CCSRCH271J50 0914 CCSRCH331J50 C 807 CCSRCH390J50 C 467 C 468 C 567 C 568 C 707 CCSRCH470J50 C713 CCSRCH470J50 C 453 CCSRCH471J50 C 723 C 818 C 819 CCSRCH561J50
77. G5 G4 1206 V 5V L1205 PTL1014 T 22k R1219 22k R1218 22k R1217 22k R1216 22k R1215 22k G G2 G1 R1212 1k C121 8 22K R1222 22K 81221 22K R1220 2SJ209 T D 55 01208 25 2 09 D D 01221 01 5 2S J209 TL x 47 47 47k 47 2 LOD Q1211 D 2SJ209 TLB 01209 37 52 NC 55 NC 24 VSS2 55 NC 36 58 SCK2 zo VSS1 42 NC LOD PTL1014 ITCH1 V3RBV L1204 MIN V 5V C1219 PTL1g14 1205 02 16 Ty C1211 ot 10 50 Q Q 51048 1500 30 77 77 GNDTGNDD VLop R1248 R1249 R1250 R1251 R1225 R1252 R1253 R1254 R1255 R1227 D18036 D14040 V 33R5V 47k _ R1224 47k 47k R1228 R1288 e 01 201 dis Lm R1229 R1289 R1230 290 1k Jo 1k R1291 R1231 1k 01201 01208 1 355 8 CDJ 1000 AC2 D1219 VSRSV N N N N N ANN N 9 09 9 9 WI e amp VSRSV uv
78. Kon fon Faw ee e eee a 9 G2 69 eo eo eoo e e o i re e e i o o 2 gt En sloja o m amp o I 3 S co Nd o1 co CO co NI cn A co ro O D 5 2 3 4 5 6 7 8 10 36 37 38 39 40 41 50 60 66 68 69 86 90 34 Waveforms 2 4 ARE MAIN ASSY 1C300 PD3431A9 1C300 PD3431A9 600 M51957BFP Voltage V PinNo Voltage V inNo Voltage V IC10 BA178MO5EP 3 8 91 0 0 Voltage V 0105 92 0 1 2 0103 3 0 0 to 3 3 0 to 3 3 2 0 to 3 3 0105 0 ic 0 to 3 3 5 5 0 CDJ 1000 nsus MAIN ASSY 606 K4S641632D 6610 TC7SHO8FU Voltage V 5 3 3 0 3 3 5 IC11 PE8001A BY 0 10 3 3 Pin No Voltage V 1C201 PD3432A9 Voltage V 5 3 3 IC611 TC7SU04FU Pin No No votage V 0 1 2 to 1 65 612 TC7WU04FU Pin No a NISJA On Co po gt ajojo CO CO
79. Master Spare Parts List 9 The mark found on some component parts indicates the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation 9 Screws adjacent to W mark on the product are used for disassembly 2 1 PACKING 1 PACKING PARTS LIST Mark No Description Part No 1 Power Cord See Contrast table 2 NSP 2 Warranty Card See Contrast table 2 3 Forced Eject Pin DEX1013 4 Operating Instructions See Contrast table 2 5 Control Cord L 1m PDE1247 6 Audio Cable L 1 5m VDE1033 NSP 7 Polyethylene Bag Z21 038 0 03 x 230 x 340 8 Pad A DHA1518 9 Pad DHA1519 10 DHA1523 11 0 DHA1524 12 Packing Case See Contrast table 2 13 Sheet RHX1006 NSP 14 Mini Catalogue See Contrast table 2 NSP 15 Label See Contrast table 2 NSP 16 Pamphlet See Contrast table 2 NSP 17 MMC Catalog See Contrast table 2 2 CONTRAST TABLE CDJ 1000 KUC TL and WY types are constructed the same except for the following Power Cord Warranty Card Packing Case Mini Catalogue Label Pamphlet MMC Catalog Symbol and Description Operating Instructions English Operating Instructions English Spanish Operating Instructions English French German Italian Dutch Spanish Part No KUC Type ADG7021 ARY7043 DRB1297 Not used Not used DHG2145 Not used VRW1629 Not used Not used TL Type ADG1154 Not use
80. N libe tt STCN ASSY 14079991 3 501 100 8 lt C466 7 TS iori cage 5 SIDE A Posie fs ly L i 5 Pi 16501 ick up Assy 1C300 loses 6528 C528 C530 6552 9 L200 Em oe mE nc CN8ag BBS IC150 x err E 150 710 228 IE R845 50 54 5 UTS HI H B o dE AS Q950 IC711 ciso 18 m 2 H IC900 E i aor zo R965 s 950 1C850 IC200 IC701 ROBB E 5 76 g1C8505 4 SE 8 a ngeg aswa 3 ER Aa Gis NOTEFORPCBDIAGRAMS Q600 1 5 H RES 2 1 eme s in PCB diagrams match those in the schematic The parts mounted on this PCB include all necessary parts for T 4 D WB sS 7LD 9 A several destinations 1 1 AR 2 A comparison between the main parts of PCB and schematic For further information for respective destinations be sure to IC700 Qa SO DY ALT hh diagrams is shown below check with the schematic diagram 11 901 953 P R965 8 Y9 Over 4 View point of di R964 E S C EB CE Connector Capacitor R961 T C851 Sa gt ex 1 IC900 5959 C068 x R817 A ES 282 o C820 Transistor i case 962 vesv 0805 HS S a RBIS SIDE A 4 Qi ml 10701 67 ood 8969 PIU LM Z RFOUT R814
81. NDA 2 2 9 VA Vu ul n XLLLALOL 77 GNDA 88 p 8 2 Roco t ofr z gt gt BTL DRIVER 5 amp VD5V 10950 x x ru A LA6562 T8B 1 S 100 10 2 MUTES 8 ee 2 05 4 SGND 57 8963 4 9506 VCC2 NFBLO 56 ben 91 4 LOIN 59 LOIN 54 572 NwrBsT2 55 e 202 ST2 ST21N 52 R961 6 100K 4570957210 nm VDBVL V12DR ST1 VREFINEOSAS 40 19 Z9 L SPINDLE DRIVER Tt 2501 Are VREF5 28 qum YE 12 REGIN 27 zb C905 t 0 1 F RGSS 10 cass 197 REGOUT 26 Fy Jg INS ins 40 14 REGVREF 25 2 GND1 9 4 0 1 0950 18 vcc1 ST1 IN 24998 55 5 358 z 1 2 VH DTCIMEUA 63556 1 NrBE sT1IN 23 4 R959 GND g IN1 5 5 8 210617 22 R960 a INTE amp 8 28967 2 138 2 cost ns VCREF 8 lt 19 TIN 120455 e 2 a 5 sss 5 8 wm 55 1 928 5 TS 100K Qu 9522 VHALF 09 PWM T F GND F GND g 4 C959 27P VCC2 o glx REIS VCC3 5 gis w mex GND2 GND2 4 DR Am 5 Sz GND2 GND2 Qs N C N C DKN1223 STBY N C OUTS CN950 SETA OUTS ST2 R950 10 C952 GNDA GNDD C915 2
82. NDM 2 T 115 S38 PH K M PTL1014 T FPGAGND 5G8088088080002 6800 x SII A z 2 2 5 O 1 2 Bs gt GNDSD SNDM5 2 REGULATOR VSFP FPGA REG z V2R5 VAREL 4 E 10607 1606 PG2TZ15 TLB 1805 VIN A tT 1 PTL1014 PTL1014 T HA a 2 515 ast 0916 oss g T T STe 87 85 85 8 5 s C625 CN999 1251 TLE Er 53 qo 875 8 o9 4 5 5 C88 C97 mE R92 A7 HO 100 95 t Bi I 422 anom 01 1 R94 vsns H R95 47 a g 2 5 1 47 95 x 2 e BODY GND AKE ASSY ___ DWX2169 8
83. NG VORSICHT Osynlig laserstr lning n r denna del UNSICHTBARE LASER STRAHLUNG TRITT AUS WENN DECKEL A r ppnad och sp rren r urkopplad ODER KLAPPE GE FFNET IST NICHT DEM STRAHL AUSSETZEN Betrakta ej str len VRWI297 A VRW1094 i i i Additional Laser Caution 1 Laser Interlock Mechanism The position of the switch S1 for detecting loading completion is detected by the system microprocessor and the design prevents laser diode oscillation when the switch is not in LPS1 terminal side when the mechanism is not clamped and 51 signal is high level Thus the interlock will no longer function if the switch is deliberately set to LPS1 terminal side if LPS1 signal is low level In the test mode the interlock mechanism will not function Laser diode oscillation will continue if pin 33 of CXA1782CQ IC101 on the MOTHER BOARD ASSY is connected to GND or pin 43 of IC701 LDON is connected to low level ON or else the terminals of Q101 are shorted to each other fault condition ES CLASS 1 655 1066 LASER PRODUCT 2 When the cover is opened close viewing of the objective lens with the naked eye will cause exposure to a Class 1 laser beam Printed on the Bottom Plate Refer to page 57 CDJ 1000 2 EXPLODED VIEWS AND PARTS LIST NOTES 9 Parts marked by NSP are generally unavailable because they are not in our
84. NRZM 0 Vep XZOFF DENRZIO Da 505 93 4 Vicor HD64F3062BFBL25 v sm GNDM 9 ICDT 4 ICCK Bq 505 R263 0 22 O PRGM Em wth Drain s rm gt PRINTS 9 8 6 6 z DS 25 2 5 2 1 51 3 2 3 4 PW STBY FS 45 EE DER S NS S 6 GNDM 95 satu w 911 1 Tek 8 RS v oM CN201 Sari 1 538 ERN 8 5 B6B PH K S EDA R232 REMO SNDM D Revo 47K pw Y 100K ib 842 REMI Ger R249 N ie s E n R226 47k 47K gol N 5 g id 5 a S 8 gt o RMIN vt VD3M o IRMIN 241 FLW 5 5 5 D 2 4 g 44 25 s B 55 5 E VSRSL ME RENS 1 NOMA cN202 S 6 p 3 4 E ES 4 4 5 JE Hu Po 1 gt 1 sipo 5 amp St 16205 4 4 5 5 anom ty a 1 205 5 4 i a 4 V3R3 N d GNDM 5 5 84 go Pl T CN99 1 P ps 9 Vea 4 ES V 12 2 3 e 2 SMDI 8 25 V 5V 0203 IN gt R225 47K R242 vFLAc2 88 2 la Q eM gt Ag JJ E 47 lt VFLACS 99 z lt lt 6 att kak H 995 sg lol R224 21 85 SARS AK Ss 5 1 552 5011
85. NYL CDJ 51115 RELOOP EXIT 51118 1103 C 81109 51116 WAVE 2 1 er 1104 DISPLAY S1110 CALL gt 81117 WAVE ELSW 1k TEXT WAVE 51111 MEMORY 51118 EJECT LOCK 5 51105 MODE 51112 DELETE 51119 SELECT m ES LOCK OFF v sv RSWB ASSY va i o 1701 FWD REV eO 0 01 R1099 R1155 R1156 R1157 R1158 R1129 p Ri 9 VSLED e 1 5k 2 2k rad 5 6 10k VINYL 2 7k z 5 Spy Fa NSPB500 0006 5 S lt oq S VINYL s ef s s 8 Fa sl Q1108 mm so 9 5 S or 59 DTC124EUA 5 5 a 5 25 2172 51101 61103 51113 61115 0501063 SLR 548MC NPQ TS 1 8k ER A 1104 81107 81109 81112 ASG7013 _ dip 55 vier S1116 S1117 S1119 ASG7013 cou Apios wo 58 ET8 R60 2 2 R1162 R1163 R1164 R1165 S 59 Q1104 S10 KD4 1 5k 3 3k 5 6k 10k 22k DTC124EUA 81112 SE 5 Bm Sn i 530 512 5 5 Sd Sa gt d ad ad uq b ARED D1111 S15 X n Sel al ad CTS SLR 843VC NPQ TS 514 8185 75 89 01106 ARED 4 S15 9 20 2 kg 1 DTC124EUA _ 81113 4 S16 77 01112 220 517 GNDD AGRE N 5 518 vesv Q1107 AGREEN 519 gir DTC124EUA R1114 520 ESN R1170 R1169 R1168 R1167 8 521 BRED 01115 550 522 KD2 1 5k 2 2k 5 3k 5 6k SR Base NP TS 5 525
86. R212 0605 BO i R309 A314 w 10308 IC201 R208 A215 8 Exe Y CN101 NTC4 Di2 0105 _ rav 1 1 Q 08 8 5 NEUTRAL E 5 1 gt Sa 84 Z 2106 E gt 0 amp ND F22V 2 i Q Oa u a a at 5 gq x a 8 oe 1 9 a ea 2 8 C401 5 y n 820 sxotts gt 9 9 As 4 1 3 5 i 9 8 amp o o tc ae enot a o cS od E Qe 8 p E z D401 mao Kaos amp lt e be O sv E 2 en 3 9 0501 BtA5Oi 1050 9502 Q D D 1 A M D 3 8 9 oi o I Bc 3 A g B T 3 5 g z n 3 5 gt 32 ol 7 9 g z e m ES 8 8 i 1 4 4 8 N T l 4 Oj ee amp e Qe 0302 8 3 fi x 9 O Bs a 83 3 a 12 4 E gt F s av T t ri T o 9 ec 5555 5505 8 5 aeos 9 s as Q 45 aV 1 TM 8 82 C903 aso 5 Ma 4 as 10891 t 9 5 j
87. Replacement Simultaneously Replacement Part Sheet SW DSX1057 JOG Sheet A JOG Sheet B DXB1757 DXB1757 Sheet SW JOG Sheet A JOG Sheet C JOG Holder DNK3872 JOG Dial A DNK3870 JOG Dial B DNK3871 JOG Plate DXB1757 DAH2052 JOG Sheet B JOG Sheet C JOG Plate JOG Holder JOG Dial A JOG Dial B Note does not remain on the former Sheet SW JOG Panel JOG Plate JOG Dial A JOG Sheet A Dial B Encoder Plate JFLB Assy Fig 1 JOG Section View 66 Do not need to replace the JOG Holder when replacing the Sheet SW However be careful so that paste 7 1 4 2 Caution in Sheet SW Installation 0 Be careful not to bend and fold the Sheet SW 2 Confirm that the dust or trash does not adhere to pasting side JOG Holder In addition when tear off the former Sheet SW and put a new part completely wipe the JOG Holder off with alcohol so that paste does not remain on the pasting side of JOG Holder Bend a cable of the Sheet SW in a right angle in difference in grade shape and put it in corner hole of the JOG Holder Fig 8 When put the Sheet SW match the position not to run aground on rib of the internal circumference of JOG Holder Fig 5 Sheet SW pushes all the sides including the point of contact fully and put it No good air getting into it 6 When insert a cable in connector
88. Service Manual COMPACT DISC PLAYER enr 10 ORDER RRV2468 CDJ 1000 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL S AND TYPE S Model CDJ 1000 AC120V Power Requirement Remarks AC110 240V AC220 240V CONTENTS T SAFETY INFORMATION 2 2 EXPLODED VIEWS AND PARTS LIST 4 8 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 12 4 PCB CONNECTION DIAGRAM mee TS 38 5 PCB PARTS LIST 52 6 ADJUSTMENT RERUM a X 57 FA GENERAL INFORMATION EINE 59 7 1 DIAGNOSIS LB UL 59 7 1 1 SERVICE MODE 59 7 1 2 ERROR DISPLAY 61 EA 3 DISASSEMBLY 62 7 1 4 PART REPLACEMENT METHOD OF JOG SECTION ILI I 66 7 1 5 ABOUT ELECTRIC DISCHARGE 69 7 1 6 SEQUENCE AFTER THE POWER ON 70 7 2 PARTS DLL ILL 71 7 2 IC A Rig uec inti aerial i A 71 PIONEER ELECTRONIC CORPORATION 4 1 Meguro 1 chome Meguro ku Tokyo 153 8654 Japan PIONEER ELECTRONICS SERVICE INC P O Box 1760 Long Beach CA 90801 1760 U S A PIONEER ELECTRONIC NV Haven 1087 Keetberglaan 1 9120 Melsele Belgium PIONEER ELECTRONICS ASIACENTRE PTE LTD 253 Alexandra Road 404 01 Singapore 159936 PIONEER ELECTRONIC CORPORATION 2001 T ZZY JULY 2001 Printed in Japan
89. Stepping amp Loading 5 5 IC300 Driver PD3431A9 c 85 DXM1142 Mechanism Control SLOTIN MECHANISM ASSY 10205 s o 3 TC74HC4053AFT F Analog SW I CN99 o Hg R gt a 2 CN101 MMCB ASSY TER 2217 12 1 RSA1001 LIVE BRN LIVE BRN P rae NEUTRAL BLU PSWB assy sw SW POWER SUPPLY ASS 1 r3 2 r3 3 22 amp cm LO E rapiens PTT m x A M Y J1701 Y p MFLB ASSY foo m 5 6 7 8 SIGNAL ROUTE imp PLS DIGITAL SIGNAL m FOCUS SERVO LOOP LINE PB SIGNAL TRACKING SERVO LOOP LINE 72626 FFL SIGNAL SPINDLE MOTOR ROUTE K4S641632D TL1L 64M SDRAM CARRIAGE MOTOR ROUTE LM LOADING MOTOR ROUTE 180111844 I E i TC74HCU04AF 9 9 9 L41801 m 2 6 307 6 so P1028 b 10601 I 16401 CN13 CN1802 51801 2550 5 208 XCA58
90. V DTC124EUA 868 PH K S INTERFACE L182 m 0 01 GNDD PTL1014 T FLRB ASSY 5 3V Reg S 2 DWX21 66 VA3V vosvwM VD2R5 IC150 VD5V VD5VL d5 18190 w R1504 vi 6 PQ2TZ15 TLB GND GND V3R3 a E p 30 NR vo gt 81595 PQ1R33 TRB LI P 0125 R1506 C159 C158 154 efe STBY 2 9 1 0 01 0 01 2 50 GNDA VABV R1507 30 1508 m so 0711824 T T 0108 AE L107 R7 an ew 5 coda 100 10 ef Js 2 L125 R5 an Mis ES 5 le ewe 8sTT 5 2 ARS L103 R3 Q 29 et 51 m rmt ODOLE 55 5 4 9 4 ERRIN ag se vr Koa Alou L124 R4 T prp s OOOO SOG OHREN OOO gt 2 gt gt gt gt j N lt io CAUTION FOR CONTINUED PROTECTION AGAINST 86 922225520 4 557471579 35 RISK OF FIRE REPLACE ONLY WITH 6 ee dg iL SAME TYPE NO ICP N20 MFD BY ROHM CO LTD FOR IC101 AND IC104 CN2217 1 m 2 m 3 4 8 CDJ 1000 V 5M 10600 EM EINE The power supply is shown with the marked box
91. V 18V o A O 1959 81958 O v O 01909 1910 DABE Mh CZ oso IC1901 o 1 24 R19197 oso R1910 C1906 E Q t 5 SIDE Rigas 01901 D Q1907 Q1904 Q1903 IC1901 Q1909 01902 01901 H STER 100171 UON2 1009 0612 Fo HH 20618 Coro 50610 55 s E I DNP1988 B 1802 5 SIDE 12 DNP1988 B CDJ 1000 s ASSY DNP1988 B Biete 3 1 1v MER MANUAL SOLDER 01905 t DABB 55 R1942 m D zi 2 5 Z ROUT CGNDA LOUT 1 CN1905 3 9 XZOFF 8 MUTE 7 VLOD 6 GNDM 5 V 12V 4 LOUT 5 GNDA GNDA 1 ROUT CN1901 CN1821 DOUT Q1906 4r 3 b im N 4 J1801 p 1 GNOM 2 11805 s e f 5 e R1808 x 5 R1803 NS 2 8 Lie c1804 A R1884 y O CONTE R1805 16 01807 R1807 Q1905 assy
92. al istumed CDJ 1000 TheJOG MODE is stored in memory and remains in memory even if the power is turned off CDJ mode above operation is not performed even when the dial surface is pressed VINYL indicator This indicator lights when the JOG MODE is in VINYL mode CDJ indicator 3 This indicator lights when the JOG MODE is in CDJ mode 09 TEMPO Control Range button 6 10 16 24 Each time the button is pressed the range changes 67 10 16 24 MASTER TEMPO button indicator Each press of the button tums the master tempo function on or off 02 Tempo Control knob Slide the knob towards you to increase the tempo and slide it away from you to decrease it 03 Tempo Reset indicator Shows that the tempo has been reset to 0 normal tempo regardless of the position of the Tempo Control knob TEMPO RESET button Resets the tempo to 0 normal tempo regardless of the position of the Tempo Control knob Press button once more to release it 65 Jog Dial Display 66 Jog dial FWD REV Disc Loading Slot Force Ejection Hole 09 Memory Card Loading Slot Memory Card indicator Lights when the MMC card is being accessed Do not remove the card or tum off the power when this lamp is on Gp Play Pause indicator gt Lights during play and flashes during pause G2 PLAY PAUSE button 11 63 CUE indicator Lights when a Cue pointis set and a search is not being performed Flas
93. d Not used DRB1299 Not used DHG2146 Not used Not used Not used Not used ADG1154 Not used Not used Not used DRB1298 DHG2129 DRY1194 Not used DRY1188 DRY1195 CDJ 1000 Remarks CDJ 1000 2 2 EXTERIOR 1 2 SECTION Refer to 2 3 EXTERIOR 2 2 SECTION 25 555554 Refer to 2 4 SLOT IN MECHANISM 47 SECTION CDJ 1000 1 EXTERIOR 1 2 SECTION PARTS LIST Mark No Description Part No Mark No Description Part No 1 MAIN Assy DWX2161 26 Earth Spring DBH1398 2 MMCB Assy DWX2169 27 Chassis DNK3869 3 SPCNAssy DWX2170 NSP 28 RearPanel See Contrast table 2 4 Assy DWX2171 29 Heat Sink DNG1081 5 SLMB Assy DWX1309 30 Power Knob DAC1895 6 PSWB Assy See Contrast table 2 31 Front Plate DNH2480 7 DABB Assy DWX2162 32 Clamper RNH 184 8 JACB Assy DWX2163 33 Damper CNV6011 9 DOUT Assy DWX2164 34 Earth Plate CU VBK1070 10 Assy DWX2166 35 Shield Case DNH2481 A 11 SW POWER SUPPLY Assy DWR1344 36 Shield Cushion DEC2445 12 25P Flexible Cable 60V DDD1189 37 Insulator Assy DXA1904 13 12 Flexible Cable 60V DDD1190 38 Memory Holder DNK3884 14 Flexible Cable 60V DDD1191 39 Flap Spring DBH1487 15 Earth Lead Unit 300V DDF1015 40 SD Flap DNK3883 16 Connector Assy DKP3546 NSP 41 Silicone Rubber D5L DEB1456 17 Connector Assy DKP3548 42 Bottom Plate DNH2479 18 FPC D5 Slot DNP1951 43 Bottom Cushion DEC2444 19 Jumper Wire 03P
94. dicator 6 10 16 24 ndicates the variable range of the Tempo Control knob selected with the TEMPO Control Range button 60 Reverse indicator REV ndicates that the DIRECTION FWD REV switch is set to reverse REV position 6 MEMORY LOOP indicator Displays the selected track loop memory position above the playback address display 13 points Even when there may be several memory points in the same block only one lights 62 MEMORY CUE indicator Displays the selected cue memory positions under the playback address display 13 points Even when there may be several memory points in the same block only one ights 63 ZOOM indicator ndicates that WWE is indicated in zoom mode 62 RELOOP indicator Lights when the unit is in reloop standby or performing a loop 90 65 Wave Text display When WAVE is displayed the music level of the current track The level is indicated either in 1 track full scale or zoom when only part of the track is shown In the zoom mode the display area is moved using the WAVE SEARCH ZOOM buttons lt lt gt CD TEXT will be displayed in the TEXT mode The contents of the display is the disc title and track title in English upto a maximum of 48 letters which can be scrolled 66 Playback Address display Indicates elapsed playback time and remaining playback time in an easy to grasp 1 track full scale or 2x zoom scale bar graph The 1 track full scale mode shows elapsed time by
95. e d Q1213 b 2SB1237X N e 2 I 01212 2549335 5 o Dx iD N B 5 lt f 89 EN St lt Ne amp sS ZN 2425 26 27 28 29 051 4 57 5 5 ME S S QN lt e gt 55 N o o YY vj Q1214 M 25 2412 Y pie ED 7 Ret 208 0 0 o o GNDT GNDD ESSE 9 V3R3VD 5 0 fo 8 fe 5 5 V 5VL M 0 Nek V 5VL V 5VL e eH EO 5 00000 9 ISR 201 53 3 5597 0556 5295 1 VSS2 x 5 T 818 Y vio 2 amp S235 o 5 52445 524 n 65 101202 1 2 I s25 52 9 P NJM2903D 5285 526 S z 7 S275 321 GNDD 5280 528 529 77 529 550 GNDD 5500 50 551 516 ES m V 5V 5520 d 55 2 5550 5348 534 V 5VL 5350 55 NEZ 556 5555 557 NOTES 5588 S88 ALL RESISTORS ARE IN Q 55908 559 RS1 16S J 5409 540 8 Nis ALL CAPACITORS ARE IN uF S41 S41 Ic1202 272 7 55 CKSRYF 54 NJM2903D B CH
96. g the key LED CHECK Key Name LED lighting CD HOT CUE A Green Release IN ADJUST TEMPO HOT CUE B Green compact osc payen GDJ DOO 9 CUE C B C REC MODE Red Red Red DIRECTION SW CUE 7 PLAY PAUSE IN ADJUST OUT ADJUST JOG MODE 4 TEMPO 2 MASTER TEMPO MASTER TEMPO 3 TEMPO RESET TEMPO RESET 59 CDJ 1000 FL CHECK Key Name FL lighting Position amp 1 8 1 9 2 2 8 1 3 TIME MODE AUTO CUE DISPLAY 69 RELOOP EXIT 27 WAVE FWD 92 WAVE REV 63 CALL FWD CALL REV DELETE 66 MEMORY All of Jog FL and LED light up 6 EJECT LOCK SW D EJECT 69 MEMORY JOG ADJUST TOUCH VOL Right from VR Center MEMORY JOG ADJUST RELESE VOL FL DISPLAY Right from VR Center 60 Key Position 48 9 Go FL lighting Position Jog FL DISPLAY 2900 00000 00000 00000 90000 09600
97. hes in pause mode CUE button Cue point settings Cue point sampler Back cue G5 SEARCH button lt lt gt gt TRACK SEARCH button lt lt gt gt 6 Reverse indicator REV Lights when the DIRECTION FWD REV switch is set to reverse DIRECTION FWD REV switch Plays tracks backwards when set to the REV position forward position HOT CUE REC MODE button Switches HOT CUE button function REC CALL 1115 to call when the power is turned on HOT CUE A B C button indicator Tt is set to hot cue point recording mode when A B and C light in red It is set to call mode when A B and C light in green When the button is pressed playback starts from the hot cue point It is off when no hot cue point has been recorded 89 CDJ 1000 Display Calendar display 1 20 TRACK numbers beyond the current track lights When the next track is 21 or beyond gt lights When Cue points or loops are stored an underscore lights in the correspond ing TRACK numbers 42 TRACK Number indicator Displays TRACK numbers Auto Cue indicator A CUE Lights when auto cue is on REMAIN indicator Indicates that track remaining time is being displayed 5 Time display min M Time display sec S Frame display One second is 75 frames Playback Tempo display TEMPO ndicates the rate of change in the playback tempo Tempo Adjustment Range in
98. iption 41 P74 LED4 O TRES 42 P73 LED3 O MMC 43 P72 LED2 CUE 44 P71 LED1 PLAY 45 P70 LEDO 5 46 VDD 5 Power supply 5 47 P127 FIP52 S37 48 P126 FIP51 S36 49 P125 FIP50 S35 50 124 1 49 994 51 P123 FIP48 S33 52 122 1 47 S32 53 P121 FIP46 S31 54 P120 FIP45 S30 55 117 1 44 S29 56 116 4 S28 57 P115 FIP42 S27 58 P114 FIP41 S26 59 P113 FIP40 S25 60 P112 FIP39 S24 61 P111 FIP38 S23 62 P110 FIP37 S22 63 P107 FIP36 S21 ore 64 P106 FIP35 20 65 P105 FIP34 919 66 P104 FIP33 918 67 P103 FIP32 17 68 P102 FIP31 S16 69 P101 FIP30 515 70 P100 FIP29 S14 71 P97 FIP28 513 72 P96 FIP27 512 73 P95 FIP26 S11 74 94 25 S10 75 P93 FIP24 S9 O 76 P92 FIP23 98 77 P91 FIP22 S7 78 P90 FIP21 S6 79 VLOAD 80 P87 FIP20 S5 FL display 85 CDJ 1000 Pin Function 3 3 No Mark Pin Name y o Description 81 P86 FIP19 S4 82 P85 FIP18 S3 83 P84 FIP17 S2 84 P83 FIP16 S1 85 P82 FIP15 G16 86 P81 FIP14 G15 87 P80 FIP13 G14 88 FIP12 G13 89 FIP11 G12 90 FIP10 G11 FL display 91 9 G10 92 FIP8 G9 93 FIP7 G8 94 FIP6 G7 95 FIP5 G6 O 96 FIP4 G5 97 FIP3 64 98 FIP2 G3 99 FIP1 G2
99. lay 700 5pin FEDRV V 100mV div H 20mS div WAAAY 13 4 MAIN assy Mode Play IC601 182pin BCK V 2V div H 500nS div 13 4 main assy Mode Play IC601 168pin LRCK V 2V div H 5uS div um puo m m m m m 33 CDJ 1000 Waveforms 1 4 nu MAIN ASSY no MAIN ASSY 1C700 6770612 1C700 6770612 1 800 AN8702NFH 1C900 LB11975 1C100 PQ2TZ15 PinNo Voltage V Voltage V PinNo Voltage V Voltage V PinNo Voltage V 0 to 3 3 0 to 12 01012 01012 01012 12 12 0 1 65 to 3 3 6 6 6 6 6 6 3 6 a 1C701 TC7WUO4FU Voltage V folo o C5 no PB no 2 2 gt CO NJ Co Po WPM 4 O O1 BY Go PO 2 O CO 1 BY 1C710 TC7SETO8FU Voltage V 2 2 1 65 to 2 2 1 65 to 2 2 2 2 2 2 1C950 LA6562 Pin No Voltage V 5 5 12 5 5 15 1C204 TC7SETO8FU 3 5 PinNo Voltage V 6 5 1 0 to 3 3 5 5 0 0 2 10 3 3 0105 2103 3 5 1 65 to 3 3 1 65 to 3 8 IC711 TC7SET32FU Voltage V 1 205 TC74VHCO8FT o oojl o For Ford Kor Kon For Kon
100. lit segments from the left The 1 track full scale mode shows remaining time by unlit segments from the left When the remaining time is 30 seconds or less the display flashes gently and the flashing becomes faster when there is 15 seconds or less left Inthe 2x zoom scale mode only the playback position is lit for the WAVE display 67 BPM Counter Indicates BPM for the current track The BPM counter may sometimes not be able to measure the BPM of a track EJECT LOCK indicator Lights when the EJECT UNLOCK LOCK switch is set to the LOCK position 69 Master Tempo indicator MT Lights when the master tempo function is on CDJ 1000 Dial Display n Operation display ndicates play position in frames 135 frames for one full rotation Turns during play back and stops during pause All Track display ndicates track currently being played 62 Memory Cue Loop display Lights when there is MEMORY CUE or LOOP in a track Track Display Reference Point Displays the first track starting point of the disc 62 Direction display This display the direction of the playback 65 Display the condition of the audio memory When set in the audio memory display mode the light will flash when recording Displays the condition of the VINYL mode movement Lights up when there is a pause or when the Jog dial is touched the VINYL m
101. ner DBA1139 12 Eject Lever DNK3684 27 Front Sheet DED1132 NSP 13 Worm Gear DNK3910 28 Spacer POR T3 DEB1467 14 Loading Gear DNK391 1 29 Loading Motor Assy S DEA1008 15 Drive Gear DNK3912 2 5 TRAVERSE MECHANISM ASSY S TRAVERSE MECHANISM ASSY S 4 Screw Lock 300UB ZBA 300UB bow 5 Grease ZLB PN397B 5 6 Grease 21 948 PARTS LIST Mark No Description Part No NSP 1 Spindle Motor DXM1138 NSP 2 Stepping Motor DXM1142 NSP 3 Pickup Assy VWY1069 NSP 4 Adjust Screw DBA1119 NSP 5 Precision Screw DBA1124 NSP 6 Skew Spring DBH1437 NSP 7 Joint Spring DBK1188 NSP 8 Guide Shaft DLA1840 NSP 9 Slider G4 DNK3733 NSP 10 Mechanism Frame G5 DNK3776 NSP 11 Joint DNK3777 12 Screw BPZ20P080FMC 13 Screw BPZ26P080FMC 11 1 CDJ 1000 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM PICKUP ASSY 269 CN800 SPINDLE MOTOR DXM1 1 58 LOADING MOTOR DXM1 095 3 4 108602 16800 s D ARF RF gt AN8702NFH 5 S NARF he F uN TE Beene End 2 EE rocessor TS SN 2N 9Y8 1069800 5 sPDRVAm 54 Spindle gg Tasa Driver MN677061ZY sBcK Didital Servo 72 1 1 Processor 82 64 5 el 94 eee FEDRV Actuator
102. nual The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one shown in the parts list in this Service Manual may create shock fire or other hazards Product Safety is continuously under review and new instructions are issued from time to time For the latest information always consult the current PIONEER Service Manual A subscription to ad ditional copies of PIONEER Service Manual may be obtained at a nominal charge from PIONEER CDJ 1000 IMPORTANT THIS PIONEER APPARATUS CONTAINS LASER OF CLASS 1 SERVICING OPERATION OF THE APPARATUS SHOULD BE DONE BY A SPECIALLY INSTRUCTED PERSON MAXIMUM OUTPUT POWER 5 mW WAVELENGTH 780 785 nm LASER DIODE CHARACTERISTICS _ WARNING CLASS 1 A specially instructed person should servicing oper The AEL accessible emission level of the laser power output is less then CLASS 1 but the laser component is capable of emitting radiation exceeding the limit for ation of the apparatus LABEL CHECK for CDJ 1000 TL and WY types CDJ 1000 TL and WY Types Only i i VAROE ADVARSEL I Avattaessa ja suojalukitus ohitetta USYNLIG LASERSTRALING VED ABNING SIKKERHED SAF essa olet alttiina n kyn tt n lle BRYDERE ER UDE AF FUNKTION lasers teilylle l s teeseen UNOGA UDSATTELSE FOR STR LING a VARNI
103. ode VINYL mode display Lights up in the VINYL mode 91 CDJ 1000 8 2 SPECIFICATIONS B CDJ 1000 type 1 General System uocem Compact disc digital audio system Power requirements AC 120 V 60 Hz Power Consumption 33 W Operating temperature 5 35 C Operating Humidity 596 8596 There should be no condensation of moisture Weight ctae rr rint encres 4 2 kg 9 26 Ib Dimensions 320 W x 370 D x 105 H mm 12 5 8 W x 14 9 16 D x 4 1 8 in 2 Audio section Frequency 4 Hz 20 kHz Signal to noise ratio 115 dB or more EIAJ stet 0 006 EIAJ B CDJ 1000 WY type 1 General System Compact disc digital audio system Power requirements AC 220 240V 50 60 Hz Power consumption 31W Operating temperature 5 435 C Operating humidity 596 8596 There should be no condensation of moisture eite m atunes 4 2 kg 9 26 Ib Dimensions 320 W x 370 D x 105 H mm 12 5 8 W x 14 9 16 D x 4 1 8 in 2 Audio section Frequency
104. part Interface DOSW Digital OUT ON OFF SW detection CNT2 Control 2 input terminal CNT1 Control 1 input and output terminal WFILSH The terminal which detects a flash write in permission signal Vss Digital GND 12 S2DO O serial output terminal to DSP S1DO A serial output besides a controller The serial input from DSP A serial input besides a controller The serial clock to DSP A serial clock besides a controller Reset to FPGA Reset to circumference IC Serial change SW enable Line OUT output MUTE Digital GND Monitor terminal 2 The terminal for repealing zero detection The reset terminal for DAC FPGA interface data bus Power supply VD5V FPGA interface data bus 81 CDJ 1000 Pin Function 2 3 No Pin Name y o Description 41 NC 42 NC It connects with GND 43 NC 44 Vss Digital GND 45 NC 46 NC 47 NC 48 NC 49 NC 50 ING It connects with GND 51 NC 52 NC 53 NC 54 NC 55 KEYI The key processing demand from front CPU 56 JIG touch sensor input 57 Vss Digital GND 58 NC It connects with GND 59 XMDT detection signal 60 DONE O The initialization end signal from FPGA 61 2
105. the bottom panel 1 Limited warranty 1 NOTE Specifications and design are subject to possible modification without notice 3 Accessories e Operating instructions 1 AREE 1 Audio cable uu 1 Control Tu E ees 1 Forced eject pin housed in a groove in the bottom panel 1 NOTE Specifications and design are subject to possible modification without notice Audio Cable Control Cord VDE1033 L 1 5m PDE1247 L 1 m Power Cord KUC type ADG7021 TL WY type ADG1154 Forced Eject Pin DEX1013 gt 9 yy 92
106. tomer and service technician LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground water pipe conduit etc by connecting a leakage current tester such as Simpson Model 229 2 or equivalent between the earth ground and all exposed metal parts of the appliance input output terminals screwheads metal overlays control shaft etc Plug the AC line cord of the appliance directly into a 120V AC 60 Hz outlet and turn the AC power switch on Any current measured must not exceed 0 5 mA Reading should not be above Leakage 0 5 mA current tester Test all exposed metal surfaces Also test with plug reversed Using AC adapter plug as required Earth ground AC Leakage Test ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A PO TENTIAL SHOCK HAZARD AND MUST BE COR RECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER 2 PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appli ance have special safety related characteristics These are often not evident from visual inspection nor the protection afforded by them necessarily can be ob tained by using replacement components rated for voltage wattage etc Replacement parts which have these special safety characteristics are identified in this Service Manual Electrical components having such features are identified by marking with a A on the schematics and on the parts list in this Service Ma

CONTENTS COMPACT DISC PLAYER

Contents

Download Pdf Manuals

Related Search

Related Contents