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pioneer cdj 1000 mk3 oudinlemagicien35

1. DRW2248 Additional Laser Caution Laser Interlock Mechanism The position of the switch S2401 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 LPS1 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 the interlock mechanism will not function Laser diode oscillation will continue if pin 5 of AN22022A 601 on the MAIN Assy is connected to GND or else the terminals of Q603 are shorted to each other fault condition WHEN FORCING A DISC TO EJECT DE SUME TO OBSERVE THE FOLLOWNG PRECAUTIONS 1 SWTOH POWER O OPF AND FORCE THE DISC TO EJECT AFTER O 2 USE THE SUPPLIED CLASS 1 LASER PRODUCT Bp mm VS BL Fin When the cover is opened close viewing of the objective lens with the naked eye will cause exposure to a Class 1 laser beam COMPACT DISC PLAYER CDJ 41000MK3 CDJ 1000MK3 3 7 8 Important Check Points for Good Servicing In this manual procedures that must be performed during repairs are marked with the below symbol Please be sure to confirm and follow these procedures 1 Produc
2. 79 7 1 1 SERVICE MODE 79 7 1 2 HOW TO UPGRADE THE SOFTWARE OF THE MICROCOMPUTER 87 7 1 3 SEQUENCE 88 7 1 4 DISASSEMBLY 90 7 2 PARTS s s 99 NNNM 99 8 PANEL FACILITIES 113 8 1 PANEL SECTION 45 8 2 DISPLAY SECTION 115 CDJ 1000MK3 m a 5 6 7 1 m 3 m 4 1 SPECIFICATIONS 1 General 3 Accessories Compact disc digital audio system Operating instructions Power requirements 120 V 60 Hz KUCXJ type e Power cord KUCXJ and 5 types 220 V to 240V 50 60 Hz WYX4J5 type Power cord TLFXJ type AC 110 V to 240V 50 60 Hz TLFXJ type Audio Mec Power consumption 28 W type uuu
3. 00 0 02 l N N 7 o 0 008 1 19 to 1 30 1 47 to 1 49 1 38 to 1 45 1 47 to 1 49 12 0 008 1 0 013 1 0 012 1 0 012 1 0 012 0 012 0 012 3 31 0 008 0 012 0 012 2 0 012 24 0 012 2 0 012 26 1 756 27 0 008 2 0 012 k 4 Oo 0114 10 1 759 0 383 0 008 0 115 3 31 0 009 0 60 0 72 1 1 to 1 2 0 009 0 008 1 629 1 756 N 7 0 008 1 663 1 896 0 008 0 008 3 0 008 31 0 013 3 0 019 33 0 013 3 3 30 3 31 CD lt lt CD Oo gt 0 010 37 0 009 0 008 38 0 009 7 0 46 to 0 52 13 30 to 0 32 0 61 to 0 68 140 0 010 to 0 06 0 48 to 0 52 14 70 0 43 to 0 52 14 3 29 71 0 008 43 0 34 to 0 39 72 0 008 144 1 54 w Go cO e e 1 403 TE4300PF Pin Voltage 1 53 0 1 72 1 69 to 1 75 1 80 to 1 81 0 5 to 0 8 0 009 0 66 to 0 85 1 62 to 1 69 1 52 to 1 56 0 9 to 1 1 0 9 to 1 2 N 1 29 1 1 34 1 33 to 1 41 1 41 to 1 46 0 1 to 0 6 0 44 to 0 52 0 009 3 31 1 52 0 1 55 1 00 to 1 17 1
4. orc 1502 1503 1501 La AUDIO OUT DISSE CONTROL u ZERO ADJ VR1202 1 KSWB SLDB RSWB ASSY ASSY poser ASSY SSY e t 8 2001 1 2 3 4 3 1 2 POWER SUPPLY SECTION I s il AC INLET I CN201 CD x CN601 MAIN ASSY 4 PICKUP VA5V 47 ASSY 5 128 502 CN1501 OD CN3103 i IC1514 0 V 5S SPINDLE i 5 VD3V V 3R3 9 CN3102 CN602 5V gt 3 3 1 When Vs5S is OFF 9 9 C VA3V 0 IC605 output becomes ll OFF 1 SPCN ASSY When VD1R5 is OFF 101513 IC606 output becomes Q601 Q602 1 5V gt 5V 3 3V gt 1 5V V 2R5FPGA i IC302 3 3V 2 5V V 1R6TI 3 3V gt 1 6V V 3R3 When V 3R3 is OFF IC303 output becomes V 1R2FPGA OFF i IC303 V 5A CN401 20 CDJ 1000MK3 1 2 3 V 3R3 CN3002 SDCB ASSY 4 V45 V 3R3 V 1R8 12 VLOAD FLACA CN1505 CN150 7 V 12AJ 1504 a 1507 gt 27V IC1503 2 1 VLED 8 CN1504 assy 501 V 12AJ I 12V gt 5V 5 5 S CN1201 CN2301
5. OF 90 90 90 4 LOADING CN603 CN605 MOTOR ASSY S CN2401 5 m 6 7 9501 407 501 102 403 405 401 2213 606 406 605 IC303 IC301 IC302 Q604 Q605 IC602 99 2 1 4 2 SLMB SPCN INSW and SDCB ASSYS E SLMB ASSY 29 CN2401 CN2401 OPEN SIDE 070 z SLMB DWS1366 29 79 940 00 2212 8 SPCN ASSY e CO 2 SIDE DOWN LF Z r O 5 lt 2215 CN3103 DNP2215 B SPINDLE MOTOR SDCB 8 9 885 5 53001 0 2558 28 22839 2 2 5 83028 83027 p CN3002 n R3017 2 08 A lt 83011 o 3004 95 3015 2 42 6 i T 4 R3007 lt 08001 03002 88016 E 2 03003 093004 eo 9 Fu 2 5 gt igi Moos 1 9 lt Es 3019 5 R3020 83001 sf RIAS 5 3005 3006 lt 3024 B8010 5 63023 83003 co zu gw CMKM P3X DNP2215 B CDJ 1000MK3 2 3 4 m 6 A SLOTSW CN2401 SLMB 1 2 a DWS1366 40HI SLOTSW DNP2212 B CDJ 1000MK3 7 61 4 3 MJCB ASSY 5
6. IN s UO OF 4 OG OO GG G G OO OO C Gulur G lt lt a GC G GO OG G GC O O G 0 OO LPS2 2 lt tit lt lt lt 1 111 1 0 lt 03 gt gt LL LL LL gt LL LL O O gt LL LL LL LL LL LL LL LL LL gt gt 1 UL LL U ULU LL U Z Uu 2 gt ceno 9199792 34944A AR AN R A R 9595959595953 3 33 3 b AAA C702 RF Signal Route 4 Focus Servo Signal Route NN Tracking Servo Signal Route P Spindle Motor Signal Route Stepping Motor Signal Route k 95838058 mh Loading Motor Signal Route CDJ 1000MK3 TH from C2300 1 ie en tu INTERFACE PEAU07A8 S S 4 55 95 10 70 4 9 l lt a 5 6 7 EN 8 2 3 4 3 7 SPCN INSW and SDCB ASSYS SPCN ASSY DWX2559 2 22 x gt 1 E Bus T 602 45 220 22 OQ T 9 DKN1 205 GNDD I NSW 51 165 Q CKSRYB uF STBY is STANDBY CDJ 1000MK3 1 2 3 4 oD CARD 3001 SSDATAS MMCMD GNDD V 3R3 GNDD MDATO SDDATA1 SDDATA2 D1 GNDD GNDD 05006 _ _ 05005 SDDATA1 TS WE DAN2
7. 8 2 S 2 S amp e s 5 2 5 15 19 9 lt 15 5 5 5 5 5 2 TIL 9 o O 2 0 Oo 1H o lo o o 8 10 5 O 10 10 10 IO 10 o 10 10 10 W a 212 gg S ele le le o 0 5 o o o o o VssQ O CDJ 1000MK3 2 3 4 gt 00 lt gt lt gt gt gt gt gt gt gt AB N E Pin Name SignaName VO 0 96 050 xcso JAra0chipselet ___ vens ss s s s s s s es wreazchpssea 11 22 fess 54 00 ol 0 XCS6 Area G chip seleci 103 CE2A INC x 104 CE2B INC Notusea 105 CKE 70 jCKembe SDRAM o 106 XRAS3SL 0 RAS3L SDRAM 107 RAS NC O 108 CASLL XCASLL O CASL SDRAM 19 vssa 110 MOTRST Reset output of Motorola DSP reset with o o Z o Z o 111 Veca 8 Powersupply tor VO 8 39 __ 112 CASH TLRST 0 Reset output for TI DSP resetwith H __ O 113 CASHH ___ O 114 Dacko XDACKO
8. 8 Fide 2 1 E 3 388 STA 5 t 0 4 11 i 5 7 A CN601 PETPREBTNE gt Ria al EIL 1 3 a 2 4 1364 Rm FLAI bs dw F CN1507 P 4 1 1111 I 4 z H 1 3 TW 8 494 4 CDJ 1000MK3 7 5 6 1503 1505 2 3 4 3 13 WAVEFORMS WAVEFORMS Note The encircled numbers denote measuring point in the schematic diagram and pcb diagram 11 4 main Assy 11 4 main assy 11 4 main Assy 2 4 main assy Mode Power ON Mode PLAY Mode PLAY 1kHz OdB 1 104 2 V 3R3 IC104 1 pin RSTCPU 1 107 6 pin SH 66M IC501 1 pin MO V 2V div H 100mS div V 2V div H 500mS div 0 0 5V div H 5nS div V 2V div H Su S div IC104 1pin RSTCPU 6 114 6 pin MOT XRST 16 1 501 2 DATA V 2V div H 100mS div V 2V div H 500mS div V 2V div H SuS div IC501 3 pin MO_BCK V 2V div H 5uS div hi m i EUN iis um 11 4 main Assy 1 4 main assy 11 4 main Assy 2 4 main 55 Mode Power ON Mode
9. RS1 46SS J CCSRCH CEHVW CKSSYB CKSSYB CCSSCH 1224 STBY is STANDBY CDJ 1000MK3 5 m 6 7 EN 8 2 3 6 MAIN 4 4 and SLMB ASSYS gt 0 0 lt VRCOM lt VR780 O 78010 MPD j w o 22 00 UNDE CNN o R PD Q605 DTC124EUA SPGAIN SPGND1 V 5S HU gt HU C HV F O U SPVM1 HW V 102 OZ NO 5VCC HS VD3V 12 2V Reset 3 3V Reg VASM VREF2 2 2V 55 O VHALF 1 65V to SSODC ui RESET amp 605 C606 9 C634 0 1 14 X 4 SSDELTON E S V 3R3 55 VD1R5 1 Reg C605 9294 I 1 5 Meo gL B s 05 G Elo os v V 5S R666 ial 22k lt yore 14YK 0602 e DTC114Y 55 R609 RS1 4S0R0J lt 1 605 C em LOADING mp Q EMP MOTOR ASSY S L ik D GND 99 CN604 GND GND 288 605 9 ST1 VKN1 941 48 W ST1 2 ST1 GNDD pe 11 512 15 MES cn Sm s Ps2 Or Rx E gis STAT 0 01 4 5 2 XLI DKN1275 MU2 SPCNF MU1 STRNF2 B SPIN STRNF1 ed DGND LOV
10. O mser LL 5 VLDMFL 8 RXD RXD C 2 2 TXD TXD 24 03 SCLK gt SCLK mew SOUT X SOUT SIN SIN E ol aa V 5D JOG1 52492 2220 0 A Rs MEE 4 4062 n 4 l LEDS os 11 54 d p doa vm fo ales uk 51 OSN V 5D CN2003 Sw 51 ere Nc 2 2002 GNDD L 0 022 0 CKS1072 H FLAC3 V2001 DEL1058 0200 E 28C1815 GR 82001 Bree Y BN 25 1815 GR R2005 02005 5 4 8 5 V 5DJ N E LJ a N Ses 829 8529 529 54 5 7 5 2004 5 p 0 5 T 76 05 EUN E NJM78LO5UA e m s V 5D 5 2 4 GNDD ONS GN D J 5 8 D S amp ____ i 15 STE STE GNDDJ IQ 482019 6 5 VLOADJ GNDDJ GNDDJ u 55 10 N N N LR201 00 170 rE 102 1 1 1 gt CDJ 1000MK3 1 2 3 Ea 4 B 1007 5 6 7 mm KSWB ASSY DWS1365 s 2185 84
11. C3 I 01 S 4 4 c nn MEMOS DNP2214 B 51 Note The encircled numbers denote measuring point in the schematic diagram pcb diagram 52 urLB assy Mode PLAY V1001 71 pin SI V 5V div H 50uS div 50 v1001 72 pin CLK V 5V div H 50uS div V1001 73 pin LAT V 10V div H 50uS div V1001 74 pin BK V 10V div H 50uS div muce assy Mode PLAY 1kHz OdB CN1506 1 pin ROUT V 1V div H 500uS div e assy Mode PLAY 1kHz OdB JA1502 1 pin ROUT V 2V div H 500uS div muce assy Mode PLAY Measurement condition Termination nothing In case of 75 Q termination level becomes half 0 5V JA1503 DOUT V 0 2V div H 500nS div wJce assy Mode PLAY CN1504 18 pin FLAC1 V 5V div H 5uS div CN1504 16 pin FLAC2 V 5V div H 5uS div assy Mode PLAY CN1504 14 pin FLAC3 V 5V div H 5uS div CN1504 12 pin FLAC4 V 5V div H 5uS div 69 JFLB ASSY Mode PLAY V2001 24 pin SI V 5V div H 100uS div 61 v2001 27 pin CLK V 5V div H 100uS div 2001 26 pin LAT V 5V div H 100uS div 25 V 5V div H 100uS div CDJ 1000MK3 3 E 5 3 14 VOLTAGES VOLTAGES Voltage measurement condition CD playback MASTER TEMPO OFF SLIDER 0 1 4 assy FY 2 4 MAIN 55 Re
12. VO 9 WO JAM 1 JopUadesbs d OOO __ A2 1 JCPUeddessbus 101 _____ GND 102 vo jCPUaddessbss 103 CPUaddressbus 104 vo 1500 I jCPUaddessbss 100 veco Ve3R8 Power supply torvo 107 vo pci 7 CPU aaddressbus 108 8 1 jCPUaddessbus 109 TDO __ os o 110 TK NC not HITS NC ____ 112 vo Al jJCPUaddessbus 113 AMO 1 JOPUaddessbus 114 GND ___ Ground 00 0 0 00 115 veco Power supply tor VO 116 O __ 1 jJCPUaddesbiss j GND ap Grud o 118 v0 119 O _______ 4300 IC403 read signal 120 VCCAUX V 2R5FPGA Auxiliary power 00000000 121 VCCINT VHR2FPGA Intemalcorepowersuppy 12 07 CARDXCS O TE4300 IC403 chip select signal 128 CARDXWR 1 4300 1 403 184 lO GCLKV XBS 1 jCPUbuscydesgna 125 lOGCLKS NC notused o O 126 VCCO varp3 Power supply tor vO 127 XCS2 _ CPU area 2 chip select signal 128 IO GCLK7 XCS4 jCPUare4chipseectsigna 129 xcs5 jCPUare5chipseletsipal 130 vo xcse jCPUareaGchipsel
13. ba 65 SCKO CSO 96 2 4 5 167 SCK1 AUDSYNC 5 RomR m c 1 m z DASCK Tc7SH 8FUS1 1 gt is EI B 28 ogg DREQ1 VssQ RESETP A13 9 7 cA 12 STR suos vos A11 Psumoa hee A10 23 w s AVss Z e 198 ANO A7 LXCARDIN 2 an A5 bw A4 eee 2 1 OMN S565 EPEE 9 5 GND DIS XCS 2 5 2 C4 32 4 TXD2 A 9 4 2 04 RXD2 2 D4 GND A 0 lt D R191 MENO a 34 CIH 106 1 R192 CARD_66M V 5R5 752004 0 14 47 5 2 5 s 426 7 1 104 16107 14 8042500 5 88 74 51 8158 10 RSTCPU als 1 i 1 1 1 1 1 1 1 s 14 R C SH_66M 0551144 012 sg i S 65 975 2 ij 2 1 11 a 14 D 1 5656 13152 6195 SDRAM 66M 52552556 47 1 85 a lt R198 FPGA_66M n 9 47 2 85 4 G 12 2 4 24 CDJ 1000MK3 1 2 3 4 CPU CONTROL BUS a cou IA 2 4 3 4 414 CPU DATA BUS 128M SDRAM 2 TIT K4S281632F U
14. CUEA 01 R1044 2 2 7k 91014 01017 LED 08g K SLR S43EBT KLMN t 1 1 DTC124EUA ED 37 1 2 3 10 SLDB and RSWB ASSYS 5 Assy 0 51367 V 5DS 01201 V 5DS Soc QNT VLEDS E 201 oN Ot 9 9 9 GNDDS gt 9 SJ 5 ST TO TRESL 6 LJ 2 0 MTL 7 lt 2 VLED 52151 0910 GNDDS TEMPO RESET E GREEN E GL DS ua 01203 B 4 SLR 343MC NPQ DTC124EUA E GL DS MASTER TEMPO RED E 2 Me D1202 lt SLR 343VC NPQ CDJ 1000MK3 1 Ex 2 d 4 i S lt 2 GNDDS VLEDS 2 2k t 1004 6 1 5 CKSRYB RS1 71 RS1 4 65 a Pecel RS171 0S xx xJ vs I 2 J R CEAT D nic 18 STANDBY CDJ 1000MK3 7 8 39 3 4 E 1 2 3 11 JFLB KSWB JOGB ASSYS VLEDJ V 5DJ VLOAD 2 C VLDMFL GNDD M 52492 2520 FLAG CN2001 Wa H D lee FLAC2 GNDD amu o LO FLAC3 2 2 1
15. FADRI O jAddessouputtoFLASHROM SSS o 11 FADR9 Address outputtoFLASHROM 12 100015 VDDi5 00000000002 13 FADRB FADRB O AddrssouputtoFLASHROM 14 FADRIS FADRI3 Addressouputto FLASHROM 15 FADRI4 FADR 4 10 Addressouputto FLASHROM 16 NW NwE O fWrteenable output to FLASHROM S 17 FADRIG FADR Addressouputto FLASHROM 18 FADRI5 FADR 5 0 Addressouputto FLASHROM __ I O 19 DRAMVDDi5 15 DRAMpowersupply DRAMD1R5 __ O 20 DRAMVSS DRAMVSS GNDforDRAM 00000000 21 yss 8 npp S O 22 FADRI2 FADR 2 Addresouputto FLASHROM 29 FADR7 FADR7 10 JAddessouputtoFLASHROM 24 FADR6 FADR6 O AddresouputoFLASHROM 25 FADRS FADR5 Address outputtoFLASHROM 26 4 FADR4 1710 Address outputtoFLASHROM 27 FADR3 AddresouputtoFLASHROM 28 FADR2 17 AddresouputtoFLASHROM 29 FADR FADR AddresouputtoFLASHROM 30 FADRO FADRO O I O 31 vss vss 32 VbD8 VDD3 Powersupply VDV S uo Ie Ie vo 4i NC ChipenableoutputtoFLASHROM 42 FADRIO FADRIO O Address outputto FLASHROM __ SSS y O 43 NO Outputenab
16. 64lvs 65 08 Green Turn off the light with L 66 Pe por LLED CUEA Red TumoffthelgptwthL 000000005 67 25 1006 LED DIRECTION REV Red off the light with L 68 4 1 5 LED RELOOP Amber Turn off the light with L S o peo P23 Epo4 O LED LOOP Amber Turn off the light with L 70 P22 liEpos LED Amber off the light with L 71 P1 02 LED CUE Amber Turn off the light with L 72 Po LED PLAY PAUSE Green off the light with L 7 1 EVECTLOCKSW 2 74 PI6XINT __ 1 J DRECTIONSW 00 2 75 PIXINTS S 76 P14 Nowed ComettoGND 77 PIS Connect to GND P12 jJNotwed ComettoGND 00 Not used Connect to GND Not used Connect to GND CUEC L ON 81 CUEC CUEB CUEA HELP LOOPOUT LOOPIN CUE Key input Key input CUEB L ON Key input CUEA L ON RELOOP L ON 3 4 5 Key input Key input LDOP OUT L ON Key input LOOP IN L ON CUE L ON _3 2 2 1 0 P107 AN7 XKI3 106 6 2 P105 AN5 XKI1 P104 AN4 XKI0 87 88 Key input PLAY Key input PLAY PAUSE L ON ADCT Slider center
17. N QO IN N O 1 101 011011 01 IO OO FIPS IF 2 2 5 5 5155 2 65 JSS p lo 5 E o YIM 0 6 5 lo 0 ic o 57 VssQ 58 4 59 Ve3R3 Power supply for VO 53V 60 a5 _ _ 1616 46 0 JAdmesbus 2 62 7 7 0 JAdwesbus __ 63 as O Addressbus __ A9 65 A10 A11 A12 A13 O GND RN o cO cO NIN 74 174 IN 174174 DN DN N OI O N O O O 10 O o0 VssQ A14 VccQ V 3R3 Power supply for 1 3 A15 5 A16 17 EE A18 Ol A19 EN A20 o 2 Address bus GND 20 21 gt Not used Power supply for core 1 8V Not used V 1R8 A23 VssQ A24 VccQ A25 GND V 3R3 Power supply for 1 3 3V 5 Bus cycle start signal MN EN NN Ww NW Head strobe 2 212112 WEO XWEO XWE1 3 I RDWR XAUSYC GND 94 95 For development lt zivizo o gt gt gt gt gt gt gt lo rlo gt gt gt gt 5 2 ls
18. Notused connectto FPGA 00000000 115 XDACK Notused connectto FPGA M6 CASL NG O 117 2 NC ___ Notused 00000000 118 RASSU 0 RAS2U MUTE _ Audio output stage H Muteon SSS 1217010 pFordeelpmen gt gt SSS O 121 Back NGC o O 122 1 jBusrequest Notused pulupwin33 __ o SSS 128 XWAT 11 Hardware wait request FPGA __ O RESETM Manual reset Not used pullup with 3 3V FPGA_DONE DONE signal for FPGA configuration 127 2 _ 180 AUDATA3 _ AUDATAS Fordevelopment 131 AUDATA2 jFordevlopment _ O 132 Vss cp S O 183 AUDATAT Fordevelopment 0 00 194 VHR8 Power supply for core 184 __ O 135 AUDATAO AUDATAO _ O 196 TRST XTRST Fordevelopment 137 TMS Ms pFordeelpmen gt 2 JFordevlpmet 004 139 TCK CK pFordeelpmen O 14o PINT no 141 PINTO 142 PINT9 UPDATE _ Fordevelopment 143 PINT8 7 Motorola FIFO empty signal input High with EMPTY 144 SHMDO Clock mode setting pull up with 339 O 145
19. m I JOGB ASSY V 5D VLED VLED V 5D K KSWB ASSY CDJ 1000MK3 7 5 6 21 22 1 2 OVERALL WIRING DIAGRAM CN604 DKN1288 ST2 I m STEPPING MOTOR CN601 DKN1448 DXM1231 DDD1299 I gt 2 a cO N14 gt lt 5 ge 855 gt 9 O 7 5 lt L LLI 07 DDD1300 x Z INSW ASSY gt lt DWS1369 1 5 quae qme o 4 W 25 9 CN3102 02 2 CSN1031 _ DKP3769 3 Sii 5105 OO lt DAML ABE C3 H N lt SPDL MOTOR G11 _ SPCN ASSY DWX2559 LOADING etm 1 521 580 CNGOS DKP3751 0981366 285 LI CN3002 CN401 VKN1305 VKN1305 GNDD XMMCD SDDATA2 SDDATA1 GNDD a 5 Os O el lt O 0 EAM 4 4 4 MAIN ASSY DWG1591 CDJ 1000MK3 1 2 3 CN502 AKM1295 CN501 1307 505 VKN1944 915 1 25 8 GR enor Gv V 3R3 GNDD s VR 1 2 8 9 0 9 9 ROUT quA
20. 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 5 m 6 m SLOT IN MECHA SECTION PARTS LIST Description Part No SPCN Assy DWX2559 INSW Assy DWS1369 Slot in Mecha G11 Assy DXA2068 Traverse Mecha Assy S DXX2566 13P Flexible Cable DDD1299 26P Flexible Cable 0001300 Connector Assy 2 DKP3769 Connector Assy 2P DKP3750 DC Motor S DXM1230 Clamp Spring DBH1374 Guide Spring DBH1375 SW Lever Spacer DEC2420 Drive Lever DNK3406 Main Cam DNK3407 Disc Guide DNK3478 Clamp Arm DNK3576 Eject Lever DNK3684 Lever AP DNK3835 Lever BP DNK3836 Worm Gear DNK3910 Loading Gear DNK391 1 Drive Gear DNK3912 Loading Base Assy S DEA1022 Clamper D4 Assy DXA2043 Inside SW Base DNK4236 Float Base G11 Assy DXB1793 Front Sheet DED1132 Vessel Cushion A DEC2852 Vessel Cushion B DEC2853 Vessel Cushion C DEC2854 Spacer POR T3 DEB1566 Float Rubber D3 DEB1404 Float Screw DBA1286 Loading Motor Assy S DEA1008 Screw 2x 5 VBA1062 Screw IPZ20PO60FTC CDJ 1000MK3 5 6 7 15 1 2 3 4 2 5 TRAVERSE ASSY S Cleaning liquid GEM1004 Cleaning paper GED 008 lt x 5 CN3103 3 1 Grease 1001 21 97 2 Grease GEM1007 21 948 CDJ 1000MK3 1 2 3 4 TRAVERSE ASSY S PARTS LIST Mark NSP NSP NSP NSP NSP NSP NSP NSP NSP No axon O 12 13 5 Description Stepp
21. 3 ASSY CN1506 CN1505 B 2 OO 9955 5858289 80174 201M ZZ Z 42425 00 02020 90LM CO LO CO QN 81 9 9 27 D oW 5 MeL O im SOX LL o 8 01NOO OL NIS 6 19 1o ZLNOO 8 lt 5 EN N INOS 9IEM gt 8 TINODS 90S LNO z 5 axrs 750905 um d EREES d B Yd 1 6 89 198 GOSLNO oo r 0LM ozzoz qum 0020 35005 92619 ONG 6 22910 8191 e 5 ISLY 557 OND gt CHSbH 2 61614 P PE ONO 5 ONO 20612 D OS 20910 8470 5 n 82 60510 27 90810 OQDI K S 7 90910 51 gt o 0810 Wm A DA LZSLH LOO B O O Or 9081 50514 m OS S 808 20914 218101 CA 6151 oN 6zsiH 1508 AS 02919 10914 80910 62919 e 1502 501 Q1505 Q1506 1512 91508 01509 448 15 e IC1509 14 DOUT P 5 2 13 GNDD O 12 W MUTE el N 11 XCS OS 518 5 59 10 9 SIN 4 8 CONT2 OO 81524 7 SOUT 2 6 1 5 OAR gt R1523 E 506 3 RX
22. m m gt o 2 2 PP D O JJ rr 5 via Notes for button LED as for HOT CUE A red HOT CUE B are green and LED of an orange turns HOT CUE C A display of TOUCH BRAKE RELEASE START and TEMPO slider reading value In the following area of FL indication department a bar displays TOUCH BRAKE RELEASE START a TEMPO slider reading value MEMORY Area TOUCH BRAKE knob is turned to the clockwise direction the number of display dots will increase CUE Area RELEASE START knob is turned to the clockwise direction the number of display dots will increase Playing Address If a TEMPO slider knob is moved to side the number of display dots will increase N CDJ 1000MK3 FL Display 2 N lt 11215101 mg SN NG Z 5 i NN NO N 4 2 77 CDJ 1000MK3 41000 4 Mode for checking the operation of the player simple substance This mode consists of Player operation mode and Test operation mode Player operation mode ON TIME AUTO Player operation mode MASTER MODE CUE HOT CUE 2 1 ea ODE Flashes 100 points of MEMORY and on TEMPO LED ON
23. 2 2 Notused connectto 5V O 19 PasXNT Notused comnectto5V 20 P82XINT Notused connectto 5V 21 P8 Notused comecto5V 22 po Notused connectto 5V O 28 77 S Notused comnectto o 24 P76 _ connectto 5V _ __ 25 P75 TAZIN 9062 Two phase pulse signal input When input signal of TA2OUT pin is period of up count JOG1 EN clockwise at rising edge of TA2IN pin down count counterclockwise at falling edge 27 P73 XCTS2 XRTS2TAIIN TCH JoGtouchsensor ONwihl o O J SCLK Serial clock signal for JOG FL 29 PTI RXxDP SCLA TAON 30 P7O TXD2 SDAZ TATOUT _ J 500 Serial data signal for JOG FL o 1 P67 TXD1 SDA1 600 SerialdatasignalfordataFL 32 Pe amp RXDI SCL Fordevelopment 38 PeCLK IFLSCHK Serial clock signal for data FL 34 P64XCTS1XRTS1XCTSOXCLKS1 F BUSY Fordevelopment 000000000000 35 PeSTXDO SDAO 800 Data output of main communication 36 Pez xbo jSCLO amp 8 Data input of main communication 97 _ P61 CLKO SCLK O Clock output of main communication 38 PeUXCTSO XRTSO XCS 0 Chip select output of main communication 39 PSZICLKOUT INC Notusd 000000000000 40 P56 Noted pai P55
24. 7 ES 88 ATARDY 138 IORDY D 2 m lt lt lt lt 87 AVDDD _ 85 ATADACK 139 Womack 2 2 86 LOUT ppo BDO 14g VEGSHORT pxiocsie aaa 10 516 256 cr ui 222 NPDIAG 144 VDD15 4 145 76 dea 146 523 Fa US 2 147 VDD3 74 50 148 75 ud 149 cose pes NS DRAMVDD15 So pxoase 154 SODC DRAMVSS 1 4 49015 DRV14 E LET ein DRV12 FEPCK hs L DRV11 LOAD ATA18 155 66 5 MN1 3S71F DRV1 eges 156 VDD2 DRV9 NFEPRST 69 VDD15 DRV8 FCSG 64 HE DES VSS vss 65 SSODC Mode DEVI HDD12 Hi os DRV6 6VRSW E HDD3 DownLoad Normal ST mh DRVS 5 1 5 162 HDD11 2 ST DRV4 STPM1P 165 eria 4 amp 4 HDD4 LowPower HighSpeed TBAL E HDD1 0 DRV2 FBAL He 65 SP mh DRV1 SPDRV 166 lt DRV VRCAP 167 BE 169 1124 8 557 179 522 7 171 HDD 7 AAT O 47 SCLOCK 172 xx E VDDH 220 46 VSS NRESET 409 lt 0 45 NRST LLI 00 O LO N 1791 PS1 lt 00 gt gt
25. 81 PO7 ANO 7 0 0 D 0 0 0 1 _5 1 1 00 2 81 4 2 2 PO1 ANO_1 PEG237B K id PLAY 2 _ GNDD 1 P107 AN7 XK 15 34 P64 XCTS1 XRTS1 XCTSO XCLKS1 P196 ANG XKI2 33 P65 CLK1 108 1 f a a 2 KEVI A 1 11 32 P66 RXD1 SCL1 8 8 l KEYZ A 104 4 18 31 P67 TXD1 SDA1 P57 CLKOUT P1 3 AN3 97 1 50 7 2 50 2 1 OUT PSO XCTSO XRTSO Cla SIR 418 P102 AN2 98 VREF 29 P71 RXD2 SCL2 TAGIN P61 CLKO s B 1 18 V STDT 5T5T 5 S 1 1 1 99 AVCC 28 P72 CLK2 TA10UT P62 RXDG SCLO 1006 1 AVSS 100 P97 XADTRG 27 P73 XCTS2 XRTS2 TA1 IN P632 TXDO SDAO 48 18 222 2 5 VLED u u 2212 NN 2 2 lt mmm OOF 2 lt lt lt lt uxxu EE GLED 8 MN 5328 24 0805 5555 5 O O 0 0 0 MTL 7 aaa oa x gt 0 18192421 4 22 S e d ADCT 5 5 128 R S MODEL 1 CNVSS XRESET ozer 181064 2 DCS1 045 R1052 10k VR1 001 9 01 9 C1006
26. ee GNDD eN pee MMCMD O mue V 3R3 T 5 2 0111 gt Q SDDATA1 o SDDATA2 0 4 DR 2 aun PESO 2 305 GND TI CONTROL BUS 2 4 V 1R6TI _ _____ M KN e KO lt N e Ir r I e e e e je ew ew cc Neos lt lt lt lt lt lt lt lt IN lt N KN IN IN x Ow tac 11 4 R451 TI_XRST 97 ig R419 100 1 A8 DSP d X401 xs de mrt 551616 ST 16 1 95 10401 22 Fae t 18 k TMS320DA150PGE16D p 89 88 86 85 8421 514 7k sa TI BSREQ V 3R3 D401 RB551V 30 VOUT V 1 14 8 NC NC MM1 661 GH 28 CDJ 1000MK3 1402 DSPD56567PV150 m D T E ida M VALID NE 4 9505115265 eS C433 0648 cazal MOT XRST 1 ADRESS DATA CONTROL BUS 2 q PT k 2 4 e gt MOTOROLA CONTROL BUS lt 12 4 5 AUDIO DATA BUS 2 i 14 1 406 757004 7 100 14 Ons R402 16M_DAC A 2 4 7 100 Q5 2 C4 14 4 5465 16M SODC Ps 100 4 C6 n 4 4 8152 24 402 VSS1084 DA otes gt Audio Data Signal Route RS1Z16S J D n RSL ester Digital Out Signal Route 51 165
27. quA tour gt qup VISA B6B PH K S 1501 9 5 CN1502 VKN1246 i KUCXJ ADG7021 C KUCXJ DKP3754 WYXJ5 ADG1154 TEEN Rd TLFXJ ADG1154 ADG7097 A SW POWER SUPPLY ASSY 17 DWR1409 CN601 CN201 INLET ASSY PFO4PP Q12 Assy DWS 00999699999 1 cesses CN1505 CN1505 B4B PH K S B11B EH Q uj m 15252898544 10 SLDB ASSY l TO DWS1367 85220258 CN1007 d amp m HLEM10R 1 40906 0 011201 55 DWG1605 5 8 8 e MTL 6 MFLB ASSY E DWG1 606 D20PYY 915E J1004 41501 51048 0200 51048 0200 HLEM25R 1 D2 PYY 210E CN1001 8 6 2 2 n RSWB ASSY DWS1368 i H 2 _ PF11EE R15 0001 303 P VLED 12 GNDD 41V VLM 41V CN2001 52492 2520 CN2004 CN2201 CN1504 2002 848 5 848 5 4 827 I JFLB ASSY DWG1602 L JOGB ASSY FLAC4 2 7 gt DWG1603 2005 51072 SHEET SW 05 1 65 When ordering service parts be sure to refer to EXPLODED VIEWS and PARTS LIST o
28. 15 15 1 C1007 A 0 4 7 4 7k R1059 R1058 VR1 082 DCS1045 1 5 2 R1053 10k C1008 01 RELEASE START 01013 01 GNDD V 5D V 5D BU4242G 1025 01 2 1 1005 2 005 m DD 1 1660 568 5 aio ot AN Bic daa 15 GNDD 1 V 5D DD 51048 0900 e 1001 16MHz DSS1149 GNDD O x DD D CN1201 Vas 50 D MODEL SETTING opp T DD RESET CIRCUIT FLAC1 O R1072 bes 5 2 GLED 5 FuwR 2 2 GNDD O O 4 RMIN 1424 2 25 T 5 AL Leo 20 1117 1121 SU dere XE E ede eric HLEM25R 1 DD GNDD GLED ae 1001 DEL1057 VLDMFL r a 27k L 10 amp SUPR O S lt ul GNDD V 5D Sx es s ET KEYO R1002 KEYO B fe N SS 6 ul 2 VLED L R1027 AMBER 1 8k A R1034 14 91227 C 01009 LED 15 N SLI S43YCW RST Vy DTC124EUA E ED VLED BLUE VINYL R1035 ages 2 2 7k LED 22 g B J NSPB500 0008 1 eu E DTC124EUA R1041 1 8 R1042 1 GREEN
29. 29 CUE button Cue point setting Back cue Cue point sampler 30 SEARCH buttons lt lt gt gt 31 TRACK SEARCH buttons lt lt gt gt 32 Reverse indicator REV Lights when DIRECTION selector switch is set to reverse REV 33 DIRECTION selector switch FWD REV When set to REV near side reverse play is enabled 34 HOT CUE REC MODE button Switches the function of the HOT CUE button record call e Defaults to call mode when power is first turned on 1 ES 2 35 HOT CUE button indicator A B C When the indicators A B C light red the hot cue point recording mode is enabled for that point When any of the indicators A B C light green HOT CUE point or orange HOT LOOP point the respective call up mode is enabled and if the corresponding button is pressed playback starts from the set hot cue loop point When an indicator is not lighted no hot cue loop point has been recorded Rear Panel 36 CONTROL connector When the accessory control cord is used to connect this connector to the corresponding CONTROL connector on a Pioneer DJ mixer the DJ mixer can be used to control the CD player for fader start play and back cue Also by connecting this connector to the CONTROL connector on another Pioneer DJ CD player automatic relay play can be performed 37 AUDIO OUT L R connectors RCA type analog audio output jacks 38 DIGITAL OUT connector RCA type coaxial digital output connectors used to conn
30. MEMORY N CUE N Version Check Mode CANCEL RELOOP EXIT List of error codes Error Code E 7001 E 7002 E 7010 E 7011 E 7012 E 7015 E 7101 E 7201 E 8301 E 8302 E 8303 E 8304 E 8305 E 8709 E 8709 Error in mechanical operations Notes E 8304 E 8305 and E 8709 are not stored into the internal memory 80 CDJ 1000MK3 1 2 3 4 Error Description ATAPI system drive error Unrecoverable Turn the power off The error indication will be cleared DMA FPGA device error Unrecoverable Turn the power off The error indication will be cleared TI DSP device error Unrecoverable Turn the power off The error indication will be cleared MOT DSP device error Unrecoverable Turn the power off The error indication will be cleared TE4300 device error Unrecoverable Turn the power off The error indication will be cleared FPGA download error Unrecoverable Turn the power off The error indication will be cleared Exception interrupt outbreak error Unrecoverable Turn the power off The error indication will be cleared TOC not readable The error indication is cleared when the EJECT process is finished Error during startup The error indication is cleared when the EJECT process is finished or startup is completed successfully Error during playback The error indication is cleared when the EJECT process is finis
31. os 172 RxD 173 vss 042 174 2 _____ 1 BXDsignalforpoduton I SSS o D 175 veo Powersupply forcore 18V SS 176 2 jNoued 00000000 177 MCS7 CONTO O Control signaloutput SS 178 mese lt lt 5 reset output 00000000 179 CONT Controlsignalinput o 180 CONTO 11 Controlsignal input S tat GD leon S S 182 WACKUP CARDRST TE4300resetouput reseWih o 183 veca Powersupply tor vO 3 3V 00000000 184 RESETOUT GSLRST O ATA reset output reset with H 185 o S 186 MCS2 CARDXINT TE4300temuptinut 187 _____ __ jrPGAitemptingt 188 meso meso Notused 00000000 189 DRAKO 190 Notused 000000002 E 191 0 xbREQO 1 J DMAregestO FPGA __ 192 DREQ XDREQ Notused connectto FPGA II 193 RESETTP RSTCPU Resetinput __ 0000 0 194 CA CA Chip active pull up with 83V 195 J Clock mode setting pull down F 102 CDJ 1000MK3 E 1 2 3 4 No PinName SignalName IO hm 0 196 MD4 SHMD4 _ Clock mode setting pull up with 3V 197 05 i oteok mode seting pulom s 198 AVss
32. 2 RSWB assy GNDD 81087 lt gt END ON T Le gt R1062 01020 O 2 9 REVERSE QJ1301 DNP2214 B U 1021 Eva 1008 O rap 41301 R1015 R1016 C1002 9e O 51013 51013 01001 41004 CDJ 1000MK3 0 NL Q1007 Ev R1040 V 7 8 Q1002 01013 Q1014 Q1006 Q1005 Q1010 Q1007 Q1011 Q1015 Q1009 9 9 0 6 0 V Q1002 3 v 11013 AI 21 01007 LOOP IN 9 0 i o nob Eq 4 cine OR s R1001 O c O S1018 R1027 REC MODE S1002 O 90 rr Q1009 D1011 R1036 p DNP2214 B 2 3 4 m 1 4 5 SLDB ASSY A 51 ASSY VR1202 Q1201 VR1201 Q1202 t 1006 E DNP2214 B 4 KSWB ASSY LOE cNO 200LNO B Q2302 DNP2212 B DNP2212 B 69 5 4 6 KSWB ASSY 4 KSWB ASSY D 1 29 0 0 1 B lt gt 1 2 4 7 JFLB and JOGB ASSYS Q2003 Q2002 Q2001 c CN1001 JFLB ASSY 5555900699095 v Gin JA AAA AAA M B POMMES I N tet 1 E il _ r
33. 4 GREEN 1 8 1 CDJ CDJ R1043 at 1 8 01012 01015 01016 SLR 343MC NPQ LED_23 gi SLR 343MC NPQ 1 1 1 1 t gt DTC124EUA E ED 28150 2_ 6 4 559 2 R2 R3 MM ho R6 R7 RF6 RS 159 5 6157 158515916016 VLDMFL wo eee c 1 81065 1081 145 1 0 45 61078 R1082 145 1 1 453 0 4 R1079 R1083 I VLD41V 143 10 43 1710171 81080 21084 LAS 43 1 51 105 STs GNDD V 5D 1019 L E N x R1011 R1012 R1013 R1014 R1015 R1016 3 3k 3 9k 5 6k 10k 22k 68k a gt v o 2422408 542442045 945345 lt 9 219 ATH 5 9 z o 501024 7 VLED 81025 AMBER 1 8k CUEA A R1026 0999226 01005 de SLI 343YCW RST 1 1 DTC124bEUA E VLED RED CUEB R 21052 E 28 1 8 91005 C 01007 LED 19 p de SLI 343URCW RST i Tey 124 E VLED GL D L GREEN Lj 01 21855 9 2 7 91006 01008 LED 11 pi SLR 343EBT KLMN VLED E DTC124EUA 81058 1 8k L AMBER UEB A 21859 AS 1 8k 2 0 91019 C 1015 EU X de SLI 343YCW RST 1 I 1 DTC124E A VLED GLED 1 RED D CUEC R 21040 29 1 8k LED 13 ya 1511 5453 1348 S43URCW RST 1 1 124 VLED GL D L G
34. MASTER MASTER TEMPO LED OFF Player operation mode CANCEL POWER OFF Player oparation mode NE Test operation mode MEMORY CUE N Basic operation of the servo such as setup play pause and track search is carried out Moreover measurement of an error rate can also be performed lt Test opalation mode gt Servo operation is finely controllable gradually becomes player operation mode and shifts to test operation mode by the key input in the beginning The command treated here is for mainly testing a mechanism and a servo system and is not for DJ functions such as scan and tempo Player oparation mode Function Button of the Main Unit Play trace Pause PLAY PAUSE Track Search TRACK SEARCH 4 lt 4 EJECT Test oparation mode Function Button of the Main Unit _ Mode Change MASTER TEMPO Mode Change MASTER TEMPO 84 CDJ 1000MK3 1 Ex 2 3 4 Commands in Player Operation mode Play trace Pause If the unit is in Stop mode when this command is issued the unit is set up the PLAY PAUSE button lights then playback starts If the unit is in Playback mode it enters Pause mode If in Pause mode it releases Pause mode then restarts playback When a CD is played the progress of signal trace and track number are indicated on the FL
35. Maximum position fully clockwise direction It willbecome JOG load check mode and top speed and time will be displayeq on a FL dot matrix part Display Check Mode CANCEL POWER OFF CDJ 1000MK3 81 5 m 6 7 8 8 Display Check GRavPAUE pm 0 eoe uE ne SS SNREATMECUE IN 0 mouwourabuuST om sREOOPEXT OO OoOO FOLDER FOLDER Q 15G lights up 7 FOLDER gt FOLDER 160 lights up 44 TRACK 14G lights up 9 TRACK TRACK gt gt REV 4 REV lt lt D FWD gt gt FWD 42 HOT CUE HOT CUE A 43 HOT CUE B HOT CUE B C HOT CUE C 5 MODE REC MODE JOG MODE JOG MODE 17 TEMPO TEMPO MASTER TEMPO TEMPO RESET JJ gt 9 HOT CUE Red Green D HOT B P VINYL CDJ B MASTER TEMPO TEMPO RESET TEXT WAVE All FL lights up MEMORY EJECT CALL lt CALL gt 0 TEXT MODE 02 DELETE 23 MEMORY 04 EJECT All FL lights up All LED lights CARD TOUCH SW JOG JOG e HEV amp ITI lt gt ITI lt gt ITI 9 6 9 6 9 6 gt mg p OJO O cic mis 100 TS 8131 loo Om olol
36. Power ON Mode PLAY Mode PLAY IC104 1 pin RSTCPU IC104 1 pin RSTCPU 41 07 8 pin SDRAM 66M 19 1 pin SCLK V 2V div H 500mS div V 2V div H 500mS div V 0 5V div H 5nS div V 5V div 20uS div 3 1 114 10 pin XRST 14 12 ATARST 19 5 7 pin SOUT V 2V div H 500mS div V 2V div H 500mS div V 5V div H 20uS div CN501 9 pin SIN V 5V div H 20uS div CN501 11 pin XCS V 5V div H 20uS div 0 1 4 main assy 31 4 main assy 1 4 main assy e Mode Power ON Mode PLAY Mode PLAY IC104 1 pin RSTCPU IC107 pin 66MHz CLOCK 12 1C107 10 pin FPGA 66M V 5 OF HS SRI 42 13 4 MAIN assy IC114 8 pin CARD XRST Mona ELAT V 2V div H 500mS div 1 402 27 pin MO DOUT V 1V div H 200nS div PTT IN 11 4 main Assy 11 4 main assy 12 4 main assy Mode Power ON Mode PLAY Mode Power ON 13 4 MAIN ASSY 2 1C104 1 pin RSTCPU IC107 4 pin CARD_66M 13 1C302 8 pin V 3R3 Mode PLAY V 2V div H 500mS div V 0 5V div H 5nS div V 2V div H 500mS div 03 1C407 5 16MHz CLOCK 5 1C114 4 pin TI XRST 14 1 301 71 FPGA DONE v 1V div H 20nS div V 2V div H 500mS div V 2V div H 500mS div 44 CDJ 1000MK3 1 2 3 4 Note The encircled numbers denote measuring point in t
37. 0000000 42 P54 O LatchsignalfordataFL 0000000 48 P JpFLBK O BlanksignalfordataFL 44 LAT jlathsignalfoJOGFL o O 45 P51 0 BK O jBanksgnaforJOGFL O 46 0 jNotused pulupwith5V o 47 P47 24 LED CARD IND yelowgreen off the light with L 48 P46 23 LED CDJeyellow green off the light with L 49 45 22 LED VINYL blue off the light with L 50 44 21 O LED TEMPO yellow green off the light with L n 5 m 6 7 EN 8 1 Signal Name i PinPuncton O 51 1020 MASTER TEMPO off the light with L 52 Pa2 x 000000000 58 PA xC 54 o pss TG 58 56 Ps rp45 Amber Turn off the light with L 57 35 14 O Green Turn off the light with L 58 P34 13 LED CUEC Red TumofftheligntwthL 59 PS3 O Amber off the light with P32 li O LED CUEB Green Turn off the light with L 61 P31 10 LED CUEB Red off the light with L 62 Powersupply o 163 rpoe LLED CUEA Amben Turn off the light with L
38. 18 to 1 23 1 45 to 1 48 1 31 to 1 35 1 45 to 1 47 3 31 3 31 3 31 3 31 3 31 0 009 3 31 3 31 3 31 0 010 0 079 3 31 1 660 AIC 6 ES ES 9 CDJ 1000MK3 2 3 c uri assy IC1002 PEG237A Pin Voltage V Pin Voltage V 5 6 0 008 0 008 0 008 0 008 0 008 0 007 0 007 0 007 0 007 0 007 8 9 Q 0 005 0 004 0 005 0 005 0 006 0 006 5 01 5 01 0 006 5 01 0 268 5 01 0 004 0 004 0 004 0 004 0 004 0 004 5 02 5 02 5 02 5 02 5 02 5 02 5 02 3 O gt 0 014to0 017 7 0008 179 0 44 to 0 47 8 359 88 0004 91 0608 93 N CD N 0 N N 2 215 2 121 5 01 0 004 0 004 0 004 0 004 5 03 5 03 0016 94 50 0008 __ 100 1714 IN o o gt 1 0 7 Eg 9 50 S 5 m 6 m 7 8 NOTE FOR PCB DIAGRAMS 1 Part numbers in PCB diagrams match those in the schematic 3 The parts mounted on this PCB include all necessary parts for diagrams several destinations 2 A comparison between the main parts of PCB and schematic For furthe
39. 500uS div IC602 52 pin TEDRV V 2V div H 500uS div 84 1C602 48 V 5V div H 500uS div IC602 47 pin T V 5V div H 500uS div m PARA Nn 4 4 main assy Mode PLAY 36 1 6 10 V 2V div H 5uS div IC601 11 pin FEPCK V 2V div H 5uS div 68ic6ol 12 pin FEPDT V 2V div H 5uS div 7 4 4 main assy Mode FWD SCAN 89 602 28 pin ST1 V 2V div H 500mS div 40 1c602 29 pin 572 V 2V div H 500mS div 41 604 1 pin ST1 V 10V div H 500mS div 42 2 pin ST1 V 10V div H 500mS div D et i e NC NEC 4 4 main assy Mode PLAY 43 24 44 1 23 pin NARF c assy Mode Power ON 45 1 1003 2 pin V 5D V 2V div H 100mS div 46 1C1002 12 pin XRESET V 2V div H 100mS div m c assy Mode Rotates a JOG during playback CN1001 17 pin JOG1 V 2V div H 2mS div 48 CN1001 18 0062 V 2V div H 2mS div 45 MAIN ASSY q Ct 22 e Wow NO 2 ena ee Z IO x 267 s 6 4 III Q O 3 O gt 00670 C676 2 2 TO CO 25 fe SSS oh 2 1521 E E BE 7 20 38
40. 68 4 28 o ea o GNDD R2301 2302 R2303 i 3 9k 5 6k 10k el m u oio u le M une 68 5 5 66 58 6 a 4559 Rss Sle 012 8 58 96 o o 0190 o e VLED VSG1024 4 CN2301 oo GNDD 1 QE CUP RN 52204 1 8 Es Al GLED DTC124EUA I 5 Za Gt ED eNDD 02302 SLI 343YCW RST AMBER x4 R2313 C 4 GREEN GREEN 1 2 02509 02310 SLR 343MC NPQ SLR 343MC NPQ R2310 1 2k DTC124EUA ED 5 V 5 JF Rss 02281 1062 JOG1 V 5D GNDD WV RS1 16S kKKU Q CCSRCH pF R uF NN STBY is STANDBY 5 6 7 8 gt 2 3 12 SW POWER SUPPLY ASSY 1 sw POWER SUPPLY ASSY DWR1409 CN101 ME 2 ii TO INLET ASSY 10181 42 CDJ 1000MK3 1 Ex 2 3 RIIS z 1 L D 2 2 18 16148 d hA i 3 41 eae 3 T a 3 1 E 159 ad a 8148 amp L cH
41. ASSY aan 36 3 10 SLDB and RSWB ASSYS kan ALAA 38 3 11 JFLB KSWB and JOGB ASSYS 40 3 12 SW POWER SUPPLY ASSY 42 3 13 WAVEFORMS 44 3 14 VOLTAGES 53 4 PCB CONNECTION DIAGRAM nanan 55 4 1 MAIN 56 4 2 SLMB SPCN INSW and SDCB ASSYS 60 V BET ROREM 62 4 4 MFLB and RSWB ASSYS III eet ttt 64 4 5 SLDB ASSY ARRRRRRRRRRRRRMMMMMMMMMMMMMKFREE F8SEKKERRRRRRRRRRRRMMMMMM 68 4 6 KSWB ASSY 0 69 4 7 JFLB and JOGB 55 5 70 4 8 SW POWER SUPPLY ASSY 72 5 PCB PARTS LIST 73 6 77 6 1 TEMPO ZERO POINT ADJUSTMENT 77 6 2 MODE FOR CHECKING THE LOAD ON THE JOG 1 1 eere 78 7 GENERAL INFORMATION 79 7 1 DIAGNOSIS 8
42. CONTINUED PROTECTION AGAINST CAUTION FOR CONTINUED PROTECTION AGAINST FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH RISK OF FIRE REPLACE ONLY WITH RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO AEK7008 491 800 TYPE 7023 491 200 TYPE NO 7013 4910002 MFD BY LITTELFUSE INK FOR 1 1501 MFD BY LITTELFUSE INK FOR 1 1504 MFD BY LITTELFUSE INK FOR 1 1506 AND 1514 FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH DAU 7012 49101 6 FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO AEK7018 491004 MED UT TELRUSE INE POR ICI 5148 H 1508 BY LITTELFUSE INK FOR IC1507 AND 1 1503 8 48 gt 5 29 R1511 R1505 220 16 VM A e 10K 1509 Analog Audio Signal Route GNDA J 1 2 0 1 D Digital Out Signal Route Dig 9 81512 25021445 VW 81514 R1505 64 41502 81515 1 1 00 amp D Audio Out IC1512 L A aag 45800 25021445 VW E VM GNDAJ 410 Ne 05 e 05 i T 4 4 RS1 16S J sik CKSRYB 851 165 I CCSRCH 851 105 5 say V 5DJ RD1 2NMbokk J 2 S 8 1 N N gt P X 120 1 STBY is STANDBY e
43. N q GNDDJ V 12AJ 5 D s eg D D JA1503 1036 d C E GNDD J ir DIGITAL OUT 2SC2412K RS 68 412 lt 52 DSA 528 c c v GNDD J GNDD J JA1501 R1546 RKN1004 470 d Em R1548 CONTROL s EF 519 5 5 21221 m D1503 STBY NNCD6 2MF GN D J GNDD J 101504 b zx m Er ud ao 1 1511 01513 GNDDJ 1507 6 5 CAUTION FOR CONTINUED PROTECTION AGAINST RISK OF FIRE REPLACE ONLY WITH SAME TYPE NO AEK7003 491 315 MFD BY LITTELFUSE INK FOR 1 1513 35 CDJ 1000MK3 5 m 6 7 8 3 9 MFLB ASSY e assy DWG1606 ee V 5D V 5D 1 CN1002 1 CNVSS 1 CNVSS hose C sl O 2 XRESET 12 EJECT LOCK 5 GNDD iM bu Ttg 1 815 s Ts 1 OIBEDT FL SCLK 1 004 82x DSH1049 S Ta 5 swa 2 I I 0501079 6 2 GNDD 1 51048 0200 9 uj 1 V 5D LED 04 LED 06 LED 08 LED 09 LED 20 1 1 1 1 1 1 1 1 1 1 1 1 5 4 4 GNDD 2 L 5 T 1007 2s 474787776 6665 GLED 2103 3 unten LED 24 MMCL 8 82 PosvANe_6 S S amp CUEL 6 Damm
44. SEARCH FWD button step up FOLDER SEARCH REV button step down All Servo Off is displayed for about 1 second The indications for steps 1 to 12 are displayed on the FL display until the next step is entered Mode Change termination of Test Operation mode When the MASTER TEMPO button is pressed during Test Operation mode the MASTER TEMPO LED goes dark the servo is stopped then the unit shifts to Player Operation mode described above 86 CDJ 1000MK3 1 2 3 4 u 5 6 7 8 7 1 2 HOW TO UPGRADE THE SOFTWARE OF THE MICROCOMPUTER REC MODE RELOOP EXIT POWER REC MODE RELOOP EXIT FL Display NO DISC POWER ON Release CDJ 1000MK3 lt gt Version up disc Failure FL Display e j Automatically POWER OFF ejected Note Hepeat from the beginning CDJ 1000MK3 FL Display FL Display cm 55 kl i of Download Main during downloading Automatically ejected Note Note e Do NOT turn off the power after the upgrade disc is loaded till it is automatically ejected If you do the unit may not operate properly afterward Eject a disc automatically even if updating fails CDJ 1000MK3 El 5 6 7 87 1 7 1 3 SEQUENCE Power On Sequence Player section Canceling reset of SODC IC603 Pin 45 H Initial setting Initialization of loading mechanism A disc can be loaded be
45. VR1202 Zero Poin ADJ CMKM P3X ZERO POINT ADJ UAM TEMPO knob SLDB Assy TEM 51203 1201 sozim 60 N Slo CD Zero Point ADJ 4 7 The digital multi meter which 3 221 be measured to 0 1mV b PIE 20215 OdWAL Q O 90270 OLZLY i 3 pin ADCT the TEMPO knob to the 2 pin ADIN WL center point d US 2 CDJ 1000MK3 El 5 6 7 77 3 m 4 1 2 6 2 MODE FOR CHECKING THE LOAD ON THE JOG DIAL t is the mode which judges the load light heavy numerically when rotating JOG dial JOG Check Mode TOUCH BRAKE Mode for checking the load on the Jog dial JOG ADJUST Maximum position fully clockwise direction speed Time msec Measuring method Enter this mode and a number will be displayed if JOG dial is turned with sufficient vigor The rotation direction clockwise direction and counterclockwise direction either is O K For example when displayed as JOG 8 6 115 the following contents are shown respectively 8 6 What time speed came out by the highest The time of turning one rotation in 1 8 seconds is made into 1 time 115 Time taken for rotation to fall by 1
46. VcPLL Powersupply tor PLLI O Connect to flash ROM For development CDJ4000MK3 m 5 m 6 7 8 Signal Name VO 7 PinFuncio 1110 146 CAP Extemal capacitor pin for PLLI _ O 147 jGrundforPLLi __ 148 Vss PLL2 GND 00000000 149 o External capacitor pin for PLL2 Not used 150 vairs PowrsuppforPL2 00000000 151 AUDCK AUDCK Fordeveopmet SSS i82 Vs enD S S 153 Vs _ GND _______ 154 _ VeR8 Powersupply torcore 8V 00000000 155 xtrat no 156 JEXTAL GND j Oomecttogound SSS 157 STATUSO TIPCMACK TI DSP output data acknowledge I o 158 STATUS TIBSACK TiDSPinputdataacknowedge SSS O E 159 FPGA XPRG O PRG signal tor FPGA configuration 160 IREQOUT NC os 00000000 161 vssa OND 162 SH 66M Clock input 65 975MHz 00000000 168 vec Powersupply tor VO 3V 164 TpO CONFDATDASSO FPGA onfiguration serial data outputforDAC I I I 165 SCKO CONTG CIKDASCK FPGA configuration serial clock outputforDAC 166 TxD ns 167 801 Nots 168 2 702 0 1 signal for production I O 169 180 2 aneo 0
47. data bus 5 data bus 9 V 3R3 Power supply for ATAG V 2R5FPGA au Configuration mode setting connect to 2 5V V 2R5FPGA EN Configuration mode setting connect to 2 5V V 2R5FPGA Configuration mode setting connect to 2 5V 7 DIS DIN VCCO O DCI DUAL O DUAL vj viv nj v IO N GOO N O FL microcomputer IC1002 data output x V 3R3 Power supply for I O EN DIS XCS FL microcomputer IC1002 chip select input VCCO O VREF 2 2 O O omi gt gt 0 gt 5 gt gt gt gt 2 a S m 5 0 0 oO oO o oio o 5965655 ISIS 5 5 44 I CDJ 1000MK3 1 2 3 4 No PinName Signal 45 GND _ 1 2 0 46 DISDOUT FL microcomputer IC1002 data input 47 VODUAL DISSCLK FL microcomputer IC1002 clock input 49 VCCINT VHR2FPGA intemal core power supply oo 54 vena jPowrsupyforlO 00000000 System clock input IO DOUT BUSY 60 lvopuAL MBCIK DSP IC402 audio data clock output 61 VCCINT VHR2FPGA mtemalcorepowersuply SSS o 62 VOCAUX VeeRSFPGA Auxiliary power 00000000 63 VODUAL
48. display Note In this mode auto setup will not be performed even if a disc is loaded Playback does not mean audio playback but tracing of the signal surface of a disc In playback tracing is performed at 4000 rpm CAV Track Search F R For a CD the displayed track is searched in the forward or reverse direction then the unit will pause Note When a CD ROM MP3 is used track search cannot be performed Error Rate Count For a CD the error rate is measured for about 20 seconds from the current playback pause position then the result is displayed on the FL display Normally you would search the track for which you wish to measure the error rate pause the unit then press the button The result of measurement will be displayed for example as 3 56 4 If the error rate is 3 00E 3 or less that CD is judged okay If it is greater than 3 00E 3 the CD is considered defective The parameter is derived from the results of measurements with control discs at the factory This function must not be used for judgment of failure of a product during servicing Eject To eject a disc Mode Change to shift to Test Operation mode When the MASTER TEMPO button is pressed during normal player operation the MASTER TEMPO LED lights Playback is stopped and the unit shifts to Test Operation mode described below All Servo Off is displayed on the FL display Commands in Test Operation mode Servo operations can be controlled step
49. lights and a two digit folder number is displayed 00 to 99 53 MEMORY display If the currently selected track includes cue memory or loop memory the MEMORY indicator lights and the MEMORY display indicates the relative starting position of the cue or loop Two dots are used to display 1 point and even if multiple starting positions are included within a single point only one point is displayed 54 Dot matrix display 100x7 dots The dot matrix is used to display TEXT WAVE guides and other information Text up to 48 characters can be displayed text longer than 16 characters is scrolled When WAVE display is used the entire track is scaled so as to fit into the width of the display 100 dots width with playback level shown across the display 55 ALL track number display When playing an audio CD this display shows the total number of tracks on the disc During MP3 playback the number of tracks inside the folder is shown 56 Auto cue indicator A CUE Lights when auto cue is ON 57 REMAIN indicator This indicator lights to indicate that track s remaining time is being displayed 58 Time minutes display M 59 Time seconds display S 60 Frame display F Seventy five frames equal one second 61 Master tempo indicator MT Lights when the master tempo function is ON 62 TEMPO display Displays change in playing speed tempo caused by movement of the tempo adjust slider 63 CUE point indicator When a poin
50. the playback process starts Distinction between DVD CD CD DVD Eject CD playback process MP3 playback CDJ 1000MK3 2 pz 3 4 Sequence of Starting Up Drive Disc installation Carriage shifted to the focus position Canceling offset for FE TE AS RFENV LNSC and JIT Lighted the CD laser Focus search detection of disc presence measuring Focus Drive voltage turn out the CD laser No disc present Disc present Spindle starts rotating at 2 000 rpm Lighted the CD laser Focus search After the CD CD RW is judged according to the disc reflectivity FE TE AS and RFENV amplification gains are switched Canceling offset for FE TE AS RFENV LNSC and JIT Coarse adjustment of focus position Offset adjustment of the tracking actuator Tracking balance adjustment Adjustment of tracking error amplitude Off track threshold adjustment 5 6 Unloading focus position Focus gain adjustment Tracking gain adjustment Lens error gain adjustment Learning focus error attenuation Reading lead in data If the total duration of data areas in the TOC is less than 30 minutes No Detection of the 8 cm adaptor Searching for 0 015 time point Spindle starts rotating at 4000 rpm Yes CDJ 1000MK3 7 89 m 1 2 3 4 m 7 1 4 DISASSEMBLY Note 1 Do NOT look direc
51. value adjustment NZN L NN 2 ADIN Tempo slider input direction Vcc side direction GND side x EN Key input 0 AD input KEY 1 Key input 1 AD input KEY2 Key input 2 AD input Not used Connect to GND Not used Connect to GND co 2 3 cO CO CO 5 2 55 Q NDD 97 Not used Connect to GND Reference voltage input of A D converter Reference voltage input of A D converter Not used Connect to GND V 5D AVcc V 5D P97 XADTRG 100 CDJ 1000MK3 2 pz 3 4 e D 70 170 170 70 170 170 170 170 79 D gt gt gt gt gt Z Z z 21212 jH jl 4 8 PANEL FACILITIES 8 1 PANEL SECTION Upper Panel POWER TIME AUTO MODE CUE 1 Display selector button TEXT MODE Each time this button is pressed the display alternates between WAVE and TEXT track name album name artist name When playing MP3 WAVE display may not be possible depending on the track 2 MODE AUTO CUE button TIME MODE Each time the button is pressed the display s time display alternates between the current elapsed play time and the remaining play time REMAIN When playing MP3 the R
52. 0 27 1 3210 1 38 1 22 10 1 30 2310 1 25 1 28 to 1 35 0 99 to 1 15 0 92 to 1 09 0 010 1 50 to 1 54 1 62 to 1 68 0 65 to 0 81 89 EJ 85 to 0 m 9 60 66 68 69 Remove 401 1 402 DSPD56367PV150 Pin Voltage V Pin Voltage V 6 0 045 to 0 046 78 0008 8 331 80 331 9 0009 81 0009 0 0 045 to 0 046 82 0 009 1 0 044 to 0 046 83 0 009 1 661 0 009 1 664 0 009 1 65 3 31 1 927 0 009 1 625 0 009 3 204 0 009 1 753 0 009 0 009 1 757 0 008 0 008 0 008 3 31 0 008 0 008 0 008 0 008 013 to 0 01 0 013 020 to 0 10 0 3 31 0 0 008 05 Oto 0 07 0 0 019 07 0 015 to 0 01 08 0 015 to 0 01 0 0 012 0 013 O O O O gt 1 01 OI O OI 5 OO 00 0 0 I N N 0 10 Oo JN OO O 011 1 0 Oo 11 O c oo 0114 1100 5 OO O gt CD CD CD CD CD k 7 3 31 3 31 0 012 0 009 3 31 0 009 1 681 0 009 0 009 3 31 1 68 1 1 75 1 81 1 1 84 0 75 0 39 10 0 78 1 47 to 1 48 1 52 to 1 53 0 6 to 1 4
53. 02KDAP202K pO RB lt 3012 1 SDDATA2 XCARDIN 03002 7 05001 SDDATAS ee n a pa A 0 a 1122 mn MMCL K R3009 100 op S Teo dl uz I 00 25008 _ 05007 GNDD 4110 DII SDWP DAP202K VKN13505 V R3 O V 3R3 L 5 55 09 5 C E lt CN SI SI SI S S S cr C CDJ 1000MK3 6 EB 7 EN 8 13 4 401 1dING TA LOV 13 OV 15 19 SOX q3 19 qg3 19 125 1705 NIS CN2002 3 8 MJCB ASSY mcs assy 0wot6os 2 9 6 9 48 2 44 12 69 109 62 8 9 7 O O 5 a HLEM22S 1 1 CN150 GNDD J VLDJOG 01504 1SR154 400 GNDD J a 14667 LI 8 14652001 20814 L 12 32 d4oogesva 606121 lt ino NI Ed Z C1511 65700 L G LA R2 2 7008 GNDMAIN E 7012 11503 1 15 1 7012 11506 AV V 5DJ 22K CDJ 1000MK3 2SC4081 RS 01512 0 R1560 GNDDJ CN1502 VKN1 246 GNDD J CAUTION FOR
54. 13 C1014 C1025 C1001 C1005 C1009 C1012 C1018 C1017 RESISTORS R1091 R1098 1063 1078 1084 VR1001 VR1002 10 Other Resistors 5 1001 CRYSTAL RESONATOR 16 0 MHZ 1004 2P CABLE HOLDER J1006 9P CABLE HOLDER J1 JUMPER WIRE 9P V1001 FL INDICATOR TUBE FL HOLDER CN1007 10P FFC CONNECTOR CN1001 25P FFC CONNECTOR CN1005 CONNECTOR 6P SLDB ASSY SEMICONDUCTORS 01201 01202 01201 01203 01202 SWITCHES AND RELAYS 51201 51203 CAPACITORS C1201 C1203 C1204 C1205 C1202 RESISTORS VR1202 1 k VR1201 Other Resistors OTHERS 1201 9PJUMPER CONNECTOR 7 EH 8 Part No SLR 343MC UDZS11 B DSG1079 DSH1049 VSG1024 CCSRCH101J50 CCSRCH150J50 CEAT101M16 CEHAT101M16 CEHAZL220M50 CKSRYB102K50 CKSRYB103K50 CKSRYB103K50 CKSRYB104K16 CKSRYB104K50 RS1 10S183J RS1 10S430J DCS1045 RS1 16S J 0551149 51048 0200 51048 0900 D20PYY0915E DEL1057 DNF 1744 HLEM10R 1 HLEM25R 1 S6B PH K DTC124EUA NNCD6 2MF SLR 343MC SLR 343VC VSG1024 CCSRCH101J50 CEHAT100M50 CKSRYB102K50 CKSRYB104K16 DCP1105 DCV1013 RS1 16S J 52151 0910 1 Mark No Description RSWB ASSY SWITCHES AND RELAYS 51301 OTHERS J1301 2P CABLE HOLDER JO JUMPER WIRE 2P JFLB ASSY SEMICONDUCTORS NIC2001 Q2001 Q2002 Q2003 D2001 CAPACITORS C2004 C2005 C201 1 C2006 C2001 C2003 C2002 RESISTORS All Resistors OTHERS CN2002 FFC CONNECTOR 22P CN
55. 133 F 1530 5 2 125 OPS o o 06165655 p 5 L GUYS 5 453 5 Si 902 NR ols 6 GNDD 200 5 Q N 67215 at 2891004 22 28590 ol 5 4 ware 0 to S 5 Q 5 5 gt E 2852 MJCB s Wiio 2 8 89 Pe o 559 DWG4605 1501 2214 1502 1514 1501 1 1503 21507 1506 1507 IC1513 Q1513 1504 502 1501 C P wa 2 2 NAA LO 2522 03002 985225260 KOO CTO m d 5 Y 119101 40 2 EX ES 71 Im r 9 s e O 5 12 88585825 0 2 ICOS 2 2 2 77 O OOE gt S JP EM mir DANES y 9 A ORE 250 0 58 6 e gt 29914 e 8 LOSLO O eve c E 2 gt 4176 _ 5 9 9 E an QvO19 9 2 HO mw lt 2 57 0 50 e o 1 vows 59 d E 5 H 258 ES 95 0 TS Jo w S FE 51 S3ININOOOMNETOEF31 GSOV Id 38 5 o 2 I so NOLLN3 LLV 122 1503 1507 150
56. 1503 R1508 R1505 R1506 R1514 R1521 R1561 R1562 R1502 R1504 R1507 R1509 R1510 R1512 R1519 R1563 R1516 R1518 R1529 R1531 R1540 R1543 Other Resistors OTHERS JA1502 2P PIN JACK AU CN1503 CONNECTOR 11P CN1505 CONNECTOR 4P CN1507 CONNECTOR 6P CN1506 CONNECTOR 6P CN1501 CONNECTOR 9P CN1504 22P FFC CONNECTOR JA1503 1P PIN JACK JA1501 REMOTE CONTROL JACK CN1502 15P FFC CONNECTOR 9 MFLB ASSY SEMICONDUCTORS IC1003 IC1004 IC1002 IC1001 Q1016 Q1001 Q1015 D1010 D1007 D1011 D1012 D1014 D1001 D1006 D1009 D1013 D1008 D1017 D1018 6 Part No 2SD2012 25021445 DTA124EUA DTC124EUA 1SR154 400 155355 NNCD6 2MF UDZS9R1 B CEANP101M10 CEAT221M16 470 16 101 16 CEHAT220M63 100 50 CKSRYB103K50 CKSRYB104K16 CKSRYB104K25 CKSRYB223K50 102 50 471 50 561 50 RD1 2VM103J RD1 2VM113J RD1 2VM152J RD1 2VM220J RD1 2VM272J RD1 2VM471J RD1 2VM471J RD1 2VM473J RS1 16S1801F RS1 16S3901F RS1 16S J AKB7164 B11B EH B4B PH K B6B PH K B6B ZR B9B PH K HLEM22S 1 PKB1036 RKN1004 VKN1246 BU4242G NJM78LO5UA PEG237B K TC7SETO8FUS1 25 1237 DTC124EUA NSPB500 0008 SLI 343URCW SLI 343YCW SLR 343EBT 6 CDJ 1000MK3 m 7 E Mark No Description D1015 D1016 D1020 SWITCHES AND RELAYS 51013 51018 51001 51002 51012 CAPACITORS C1002 C1003 C1026 C1027 C1015 C1020 C1019 C1016 C1021 C1024 C1004 C1006 C1008 C10
57. 2 DV Luz T T r TA D E 914121345 6 8 di 9 11111111 M 5 2213 8 5 4714 O 5 N ANN REWA EEN N14 md zem EIL 21 DNP2213 B fei Js 5 Es s aet N N 71 2224 RS IN MAIN ASSY mA GHEE CO O O e S O THE 22 1949696 e MFLB ASSY El N O o o o 1 16 20 21 AR L F LS 2 590 ER 79 mE P e 4 Pp ss g EEE Hind B GLED A Er pz s s Note The encircled numbers denote measuring point R1041 O O oV O O T x E w 2 F UUTO 532 WY ii 7 74 SS gt j AR SS S X 5 w 5 a Xo 15 gt S a We BR IWF Mou ld ur GOV lH ut 7 GOV IAG 27 14 C 9 WNC c H 353
58. 2001 FFC CONNECTOR 25 CN2003 CONNECTOR V2001 FL INDICATOR TUBE FL HOLDER CN2004 CONNECTOR 4P K KSWB ASSY SEMICONDUCTORS Q2301 Q2303 D2305 D2308 D2301 D2304 D2309 D2310 SWITCHES AND RELAYS 52301 52302 52303 52306 CAPACITORS C2301 C2303 RESISTORS Allr Resistors OTHERS CN2301 FFC CONNECTOR 10P 76 2 DSK1021 51048 0200 D20PYYO210E NJM78LO5UA 2SB1237X 2 1815 UDZS6R8 B CEHAT101M16 CEHAZL100M50 CKSRYB104K16 CKSRYB104K50 CKSRYB223K25 RS1 16S J 52492 2220 52492 2520 CKS1072 DEL1058 DNF1735 S4B PH K DTC124EUA SLI 343YCW SLR 343EBT SLR 343MC 0561079 561024 CCSRCH101J50 RS1 16S J HLEM10R 1 3 Mark No Description JOGB ASSY SEMICONDUCTORS D2201 CAPACITORS C2201 C2202 RESISTORS All Resistors OTHERS CN2201 CONNECTOR 4P 4 Part No GP1A038RBK CKSRYB103K50 RS1 16S J B4B PH K M SW POWER SUPPLY ASSY There is no service parts CDJ 1000MK3 2 3 6 ADJUSTMENT 6 1 TEMPO ZERO POINT ADJUSTMENT Jig Necessary Adjustment Points When Adjustment points VR1202 Exchange the SLIDER VR Zero Point ADJ LMM POWERS DISO PLAYER CDJ 1000MKS tock CUE LOOP assy TME AUTO MODE CUE MEMORY TEXTMODE DELETE REALTIME IN OUT MP3 FOLDER SEARCH CALL LooP OUT ADJUST O V S T 0 1204 EIS C1202
59. 22A C613 C614 1C303 601 615 1 605 BA15BCOWFP IC602 BD7905BFS C627 C645 C647 C666 C667 IC104 BU4230G C676 C679 C692 C659 C682 IC402 DSPD56367PV150 471 616 619 625 626 IC103 DYW1752 628 629 631 633 636 IC101 HD6417709SF133B D 102 K4S281632F UC75 C639 C642 C644 C656 C660 IC606 MM1478DFBE C680 C687 C102 C103 C141 C145 C320 NIC302 MM1592FF C322 C323 C326 C329 IC405 MM1661GH C402 C404 C406 C420 C435 IC603 MN103S71F IC501 PE8001A 448 456 632 637 638 IC604 PEA007A8 C700 C702 C708 C671 107 1 114 1 407 74 04 51 675 678 IC112 TC7SHO4FUS1 C677 1 111 113 115 TC7SHO8FUS1 106 1 406 TC7SZU04FU 502 1 503 TC7WH34FU 5 m 6 7 TE4300PF TMS320DA150PGE16D XC3S50 4TQG144C 25 1577 2502114 2 4598 2 DTC114YK DTC124EUA 155355 HB551V 30 LCYA1R5J2520 1426 CCSRCH101J50 CCSRCH121J50 CCSRCH150J50 CCSRCH151J50 CCSRCH180J50 CCSRCH221J50 CCSRCH7ROD50 CCSSCH471J16 CEHVW101M6R3 CEHVW101M6R3 CEHVW101M6R3 CEHVW470M16 CEHVW470M16 CEHVW470M6R3 CKSRYB102K50 CKSRYB102K50 CKSRYB103K50 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB105K6R3 CKSRYB105K6R3 CKSRYB105K6R3 CKSRYB105K6R3 CKSRYB105K6R3 CKSRYB122K50 CKSRYB182K50 CKSRYB222K50 73 1 Mark No Description C621 C673 C138 C661 C662 C654 C655 C670 C622 C707 C706 C620 C142 C689 C125 C324 C401 C441 C
60. 308 Not used DNC1758 DNH2710 7 DKP3753 Not used DRW2248 DNC1766 DNH2732 11 Og 2 0 CN oer J N S 72 f PU 0 i 63 4 Grease GYA1001 ZLB PN397B 2 Lubricant Agent ZLB HFD1600 AMS LIVLINOD CH TOIS LIKLNO2NON 2 3 CONTROL PANEL SECTION CDJ 1000MK3 1 O A ODN NO 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 5 m 6 CONTROL PANEL SECTION PARTS LIST Description Part No MFLB Assy DWG1606 SLDB Assy DWS1367 RSWB Assy DWS1368 JFLB Assy DWG1602 KSWB Assy DWS1365 JOGB Assy DWG1603 22P Flexible Cable DDD1302 25P Flexible Cable DDD1303 10P Flexible Cable DDD1304 Connector Assy 4 07 LED Guard DEC2932 Protect Cushion DEC2938 VR Stay DNF1663 Earth Plate P DNH2714 JOG Plate DAH2052 JOG Panel DAH2182 SW Spring 25 DBH1514 Gear Spring 200 DBH1525 Arm Spring DBH1566 SW Cushion HH48 2 DEC2538 Ring Cushion L24 2 0 DEC2958 Encoder Plate DEC2889 Protect Sheet DEC2945 FL Sheet DEC2946 Gear Plate DNH2713 JOG B DNK4068 SW Ring DNK4070 Adjust Plate DNK4178 JOG A DNK4556 JOG Holder 1000 DNK4558 Gear Arm DNK4559 Gear DNK4560 Smoother DNK4561 Gear A DNK4562 Joint Gear 1 DNK4563 Joint Gear 2 DNK4564 Joint Gear 3 DNK456
61. 4 DNP2214 B Note The encircled numbers denote measuring point Q1504 Q1510 1511 21501 1509 1510 CDJ 1000MK3 5 m 6 7 Q1507 63 4 4 MFLB and R e MFLB ASSY lt amp 2 3 01016 CN1002 SS z TIME MODE 8809 7 618 SVs 51011 W240 E pite EZ JE 3 B us EE TEXT WAVE wen 3 CAN C W245 5 W215 51012 W211 m Q1016 1014 W216 1019 4 W183 DWG1606 W177 W182 W159 W155 W157 wise om HOXoXoXoXo O ICT UP ear 1007 2 SWO 1 GNDD 66 p 4 CN2301 4 15 gt 5 5 DWS1368 zo 5 5 REVERSE 2 DNP2214 B CDJ 1000MK3 38 51002 64 W279 W190 W304 W191 W160 W164 W305 W218 T Q W219 W306 W307 W280 W192 W193 281 W282 W246 1001 Dis W22C SSS __ X1001 W194 CONTACTSIDE UP 2001 W195 2212 2222 Q WY ag 0 9 0 0 0 C 5 6 7 8 d w lt
62. 449 C503 C506 C101 C104 C106 C116 C118 C124 C126 C133 C137 C146 C151 C301 C319 C330 C405 C407 C411 C412 414 419 421 432 436 440 442 447 450 452 501 502 513 515 663 665 C668 C669 C681 C684 C686 C688 C690 C691 C695 C699 C710 C704 C705 C433 434 703 RESISTORS R610 R61 1 R615 R617 0 68 1 4 W R626 R627 R633 0 68 1 4 W R121 R156 R159 R652 R427 R428 R434 435 437 440 441 R191 R4452 R4457 R313 R659 R314 R468 R609 R608 R636 R637 Other Resistors OTHERS 74 X101 CRYSTAL RESONATOR 65 975 MHz X401 CERAMIC OSCILLATOR 16 000 MHz X402 CRYSTAL RESONATOR 16 9344 MHz CN502 CONNECTOR 9P CN602 13 FFC CONNECTOR CN604 4 FFC CONNECTOR CN601 26P FFC CONNECTOR CN401 13P FFC CONNECTOR CN501 15 FFC CONNECTOR CN603 CONNECTOR 2P CN605 CONNECTOR CN503 CONNECTOR 6P 2 Part No CKSRYB273K16 CKSRYB333K16 CKSRYB471K50 CKSRYB472K50 CKSRYB473K25 CKSRYB474K10 CKSRYB561K50 CKSSYB102K50 CKSSYB103K16 CKSSYB103K16 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB104K10 CKSSYB182K50 CKSSYB333K10 CKSSYB562K25 1143 1143 RAB4CQ103J RAB4CQ223J RAB4CQ472J RS1 10SOROJ RS1 16S1001D RS1 16S1502F RS1 16S2001D RS1 16S2701F 51 450 09 RS1 4SA240J RS1 4SA2RO0J RS1 16S J DSS1144 CSS1616 VSS1084 AKM1295 DKN1275 DKN1288 DKN144
63. 5 Compressor Plate DNK4566 Cam Plate DNK4567 Sheet SW DSX1065 Roller A Assy DXB1825 JOG Stay Assy DXB1876 Roller B Asssy DXB1877 Rotary Knob C DAA1194 Slide SW Knob DAC1926 5 m 6 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 CDJ 1000MK3 m Description Set Knob HS Set Knob MT Set Knob TIME Tempo Reset Knob Set Knob MEMO Set Knob LOOP He Loop Button Adjust Knob Eject Knob Mode Select Knob Set Knob SC Slide Sheet 1C Display Panel Ring Lens Tempo Lens Card Lens Eject Guard Control Panel Slide Knob Mode Lens Set Knob PLAY Assy Washer Screw Screw Screw Screw Flange Nut M9 Screw 7 EH Part No DAC1986 DAC1987 DAC1991 DAC1993 DAC1994 DAC1995 DAC2347 DAC2350 DAC2365 DAC2366 DAC2368 DAH2404 DAH2435 DNK3880 DNK3882 DNK3885 DNK3958 4 568 4 656 DNK4701 DXB1909 WA52D120D25 BPZ20P100FTC IPZ30P100FTC BPZ20PO60FTC BPZSOPO80FTB DBN1008 DBA1265 13 2 4 SLOT IN MECHA SECTION a AWS LIVLINOD TOIS LAIPLNODINON 2 Grease GYA1001 ZLB PN397B Si A SRD AY LN 8 2 5 0 mores lt P 2 5 uU O wa Z u g ha QI gt lt 9 m N 5 oN eo m O E LLI E LL CDJ 1000MK3 14 1 5 O A W NY ON O NSP 12 13 14 15 16 17 18 19
64. 5 times from 3 times msec It is necessary to make it rotate top speed to 7 0 or more times to measure the rotation fall time required When it carries out continuously several times the time which took the average with a part for greatest ever 4 time is displayed 2nd henceforth Measurement which absorbed variation can be performed by performing this Jog Management Value 150 25 msec It judges by the 3rd measured value Load adjustment method Remove the screw fixing the adjust plate then screw it into the hole corresponding to the value 1 2 3 1 or 2 fora load to be added 1 2 3 To decrease the load 1 2 increase the load Adjust plate To increase the load To decrease the load JOG Check Mode CANCEL POWER OFF 78 CDJ 1000MK3 1 2 3 4 7 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 SERVICE MODE 1 Outline in Service Mode The unit is provided with three microcomputers a display microcomputer that controls key input and FL LED display operating section a player microcomputer that drives the player and a system control microcomputer that controls the whole system The following test modes are provided for diagnosis of each microcomputer D Mode for checking the version of the software program and error history In this mode the version of the software program for each microcomputer can be checked And up to 16 error logs can be checked 2 Mode for checki
65. 8 VKN1305 VKN1307 VKN1940 VKN1941 VKN1944 3 m Mark No Description 2 SLMB ASSY SWITCHES AND RELAYS 52401 52402 OTHERS CN2401 CONNECTOR 3P SPCN ASSY OTHERS CN3103 12 CONNECTOR CN3102 13P CONNECTOR CN3101 CONNECTOR 2P INSW ASSY SWITCHES AND RELAYS 53301 OTHERS CN3301 CONNECTOR 2P SDCB ASSY SEMICONDUCTORS D3002 D3004 D3006 D3008 D3001 D3003 D3005 D3007 SWITCHES AND RELAYS 53001 CAPACITORS C3004 C3001 C3003 RESISTORS All Resistors OTHERS CN3001 50 CARD SLOT CONNECTOR CN3002 13P CONNECTOR 3 ASSY SEMICONDUCTORS 1513 315 mA NIC1501 800 mA 51C1502 1C1503 1 6 A 1506 161514 2 NIC1507 4 A NIC1504 200 mA 1509 1512 01510 01511 01512 CDJ 1000MK3 2 3 4 Part No 0561017 S3B ZR DKN1205 DKN1275 VKN1940 CSN1031 VKN1940 DAN202K DAP202K CSN1068 CEVW101M16 CKSRYB104K16 RS1 16S J DKP3748 VKN1305 AEK7003 AEK7008 AEK7012 AEK7013 AEK7018 AEK7023 NJM4580D 25 2412 25 4081 m 5 m Mark No Description NQ1507 Q1505 Q1506 Q1508 Q1509 Q1504 Q1501 Q1503 D1504 D1505 D1506 D1503 D1501 D1502 D1508 CAPACITORS 1519 1520 1523 1526 1508 1513 1527 1525 1524 1507 1515 1517 1509 1512 1521 1522 1514 1528 1529 1502 1503 1505 1506 1501 1504 RESISTORS R1511 R1532 R
66. AN WA 2 D Jf p X 5 5 EE o NS O p N Q 2 O IX i Las O O 11111 P ss A 2 om jiji 3 8 GE t TIS IE s 5 ONTACTSIDE UE C TAUTA 7 7 0 y 979 9499945 5 0 C 2 S N 4 Moe 2001 e A DNP2214 B 65 01008 1002 01012 1004 VR1001 VR1002 e MFLB ASSY cs 107 iu LX N AN R s A H 107 lt gt 9 Verr Ae 2 N e 28 5 27 E e D 7 BRBRR go s EE 26 OO 7 COG CN1001 0 0 R1 KIG R1047 R1070 23 1051 989018 Lic QC A R1049 81071 Be R1050 100 Ac 2 e 1001 1003 21004 md ds 1057 FA rirozs 61091 1012 axa R1072 ENYE 61055 aee iD 8181 IC1003 LOOP OUT
67. BE DONE BY A SPECIALLY INSTRUCTED PERSON WARNING THE AEL ACCESSIBLE EMISSION LEVEL OF THE LASER POWER OUTPUT IS LESS THAN CLASS 1 BUT THE LASER COMPONENT IS CAPABLE OF EMITTING RADIATION EXCEEDING THE LIMIT FOR CLASS 1 A SPECIALLY INSTRUCTED PERSON SHOULD DO SERVICING OPERATION OF THE APPARATUS LABEL CHECK for WYXJ5 and types for TLFXJ type CAUTION VORSICHT ATTENTION ADVARSEL VARNING CLASS MI AJME LASA WHEN GA EDGE T Bel A CLASSE TOUT EXPOSITIOR KL F GSCEAU KLASSE LASERSTR L VED Lana UWE LEME TTELSE FORE TALAT LASS es TIENI AR DPPNAD QTEATTA IMG FOR ABCEDELSH LAS AST DER H CERATESMEREN PRECAUCI N SE JARE LASER CLASE ys inim E A 4 LOS LASER RET ALTIERA Pd TEAL MP OLASENSATURWILE TATEESERU DRWZYIN A CAUTION CLASS 3B INVISIBLE WHEN OPEN AOI THE BEAM FJ CLASS 3D ES DRW2248 LASER RADIATION EXPOSURE lt Jc m S5
68. C75 1 114 SDRAM 66M DYW1 752 Notes 51 165 F 5 RS1 16S F 5 51 165 RS1 16SS J IT CCSRCH R CEHVW H B ckssve 5 t 1 Hi ccsscH 1 1 1 STBY is STANDBY 16M FLASH S29AL016D70TFI010 GND 6 CDJ 1000MK3 7 3 4 MAIN ASSY 2 4 2 3 2 4 MAIN assy DWG1591 V 2R5FPGA V 3R3 V 5RS 1 lt CPU DATA BUS 1 gf T 1 L aa A b FL SSSSSSSRSSSSS I 17 1 0 1 0 1 0 1 0 GND 1 0 1 0 1 0 1 0 1 0 2 I O IO VRE IO VREF I O DCI I O DCI IO VREF I O DCI I O DCI I O DCI I O DCI GND GND VCCO IO DIN DO GND CARD XRD CARD XWR C501 XC3S50 4TQG144C I O DUAL I O DUAL IO INIT IO GCLK1 IO GCLKO VCCO IO GCLK3 IO GCLK2 I O DUAL I O DUAL 49 10 VCCINT vecaux 48 77 70 1 40 0977 agas d DMA XRST 8315 1 3 100 1 4 ATAIRQ CDJ 1000MK3 1 Ex 2 d IO GCLK6 IO GCLK7 IO VREF V 2RSFPQA CPU CONTROL BUS TI CONTROL BUS 1 0 41 0307 ciLig 1 CONTROL BU
69. D 522 2 GNDD olo olo ole 2900 1 SGLK d 2596664 SNS 9 9 2 PON R1560 i cce m PR RPA D PDA R1549 m 7 oS OG H e odo otto d x 4 l 1 2 lt x U Y 1538 79 0 0 gt ovo L R1551 A R1559 R1535 B1534 SS fe 01517 JEE TE 1515 81548 R1546 ASSY DRO G O 0 0 D o A o gt 5 2 B AO 1003 ou 7 otto O O Un On 0 O o au o Sw LO gt DS HI am 05914 1142185 01503 CN1506 CN1505 Q1504 IC15 Q1501 Q1503 Q1502 Q1512 Q1511 IC101 CDJ 1000MK3 62 5 um 6 m 7 8 1503 1507 1504 1525 T O 1514 __ 1902 5 CAUTION 7 6 6 o 91002 REPLACE IC LINKS AS MARKED 1 77 69 MFD BY LITTELFUSE INC 1 10 125 o N DALEN 757 Qs 4 ee SS 5 Rise u 5 acq gt B M 2 69 O9 9 9 90 9 9 90 SINE 54220 909 9101 6 2 OO 517 41 9215921592119211921192119211921192191099 479 2 GND 491002 bad W131 1 VLDCNT aola e bo dde T W132 W
70. EMAIN time may not display immediately depending on the track e The current TIME MODE setting is retained in memory even when the power is turned off AUTO CUE When the button is held depressed for 1 second or more the AUTO CUE mode is alternately enabled and disabled When the button is held depressed for 5 seconds or more the AUTO CUE level is toggled e current AUTO CUE on off and AUTO level settings are retained in memory even when power is turned off 3 LOOP IN REALTIME CUE IN ADJUST button indicator Realtime cue Loop in point input Loop in point adjust 4 LOOP OUT OUT ADJUST button indicator Loop out point input Loop out point adjust 5 RELOOP EXIT button CDJ 1000MK3 m Rear Panel JOG MODE VINYL aM SELECT 6 Display 7 FOLDER SEARCH buttons During MP3 playback layered CD ROM folder search will be performed in the designated direction 8 CUE LOOP CALL buttons lt gt Use to call cue points and loop points recorded in external memory when memory card is loaded 9 CUE LOOP MEMORY button Use to record cue points and loop points to external memory when memory card is loaded 10 CUE LOOP DELETE button Use to delete cue points and loop points from external memory when memory card is loaded 11 EJECT UNLOCK LOCK switch UNLOCK Disc is ejected when button is pressed even if pressed during play LOCK Disc cannot be ejected if button is pressed during pla
71. IG402 requestsignal 64 GND IND 65 IO DINDO CONFDAT 1 Data input tor FPGA configuration 66 jPowersuplyfor O __ 67 GND con S S 68 vopci DSP 2402 write signal 69 MXRD DSP C402 read signal 70 ONREF MXCS O DSP 1 402 chip select signal 71 DONE FPGADONE DONE signal for FPGAconfiguration 72 CONFG Clock input tor FPGA configuration v 73 OD DSP IC402 audio data valid signal 74 vobci TIcPuwiesgea __ 75 0 jPowersuplyforO __ CPU read write o IO GCLKO DSP 10402 audio data L1 output NN NN 17610 1 cpPureadwriesigna v8 O DOO CPUdatabus 000 80 VO 10 000 O 4810 pe VO CPUdatabus O 6 77 YO CPUdatabus O 87 VO S 88 9 89 o VO CPUdtabs S 90 ovREF 19 0 CPUdatabus 91 VCCO va Powersupply for VO 94 jano con _ _ CDJ4000MK3 5 m 6 7 8 UJ C 10 No PinName VO Pin Function 96 O 98 05
72. IaD 24 242 j j wam O jNotued NEN jNoused E 206 6 08 103 10 XC3S50 4TQG144C ASSY 1 301 9 Field Programmable Gate Array e Pin Function PinName Signal VO pinFunction VO DCI INC notused o O I O DCI TI_XCS O DSP IC401 chip select signal 8 veco V 3R3 JPowesuppyfor O O 4 JIowREF TLXHDS 0 DSP 10401 data strobe signal 5 FPGA resetinput 000004 6 VO IAAppEQ I JATADMAreqestsiml _7 O ATAWR O ATA write signal O 8 vo ATARD 0 ArAreadsgna 9 7 ATA ready signal TI I O 11 ATADACK jATADMAackmowedgesignl oS O 0 ATAaddressbus 00 004 o 0 jATAaddessbus ATAaddressbus 11510 ArAcso JATAchpseletO o oS O 16 Gowa S O 17 VO IAAcst JATAchpselett _ IO VREF ATA15 ATA data bus VCCO V 3R3 Power supply for I O 22 GND Ground ooo ATA data bus 24 ATA13 lO data bus ATA2 ATA data bus ATA12 ATA data bus data bus I O ATA11 ATA data bus GND Ground 4 ATA data bus 10 lO
73. M GNP TO STEPPING See acy LOIN SL2IN GND i SL1IN MOTOR CN3102 a 2 5 12 4 lt Notes E WV 1651 165 1 A3 FY 25171 65 CKSRYB CN2401 S201 51017 ATARST YW 251 165 3 51 1655 CCSRCH CEHVW CKSSYB CKSSYB i CCSSCH 11 4 52402 DSG1017 538 28 SLMB ASSY DWS1 366 main assy 01591 RFDIFO ATARDY L AAA D16 ATADACK 1 VREF2 VHALF NARE lt aja I a VD3V E oe Be OF O r em 32 1 Ep i 75 Ci GND 1 VD3V 21 PODES C677 2200 L 1 Hos wo 102 cen 12 0 1 104 1M N 6 N lt 5 S S S GJ NET 25 AW gt gt 154 2 2 22250 1 lt GND NER 1 5 gt IZ SELES ba 155 voos 22222 gt 156 N 5 1759 gane 2 2
74. Pioneer sound Service Manual COMPACT DISC PLAYER CDJ 1000MK3 THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL S AND TYPE S Power Requirement Remarks ORDER NO RRV3353 CDJ 1000MK3 CDJ 1000MK3 AC 120V CDJ 1000MK3 AC 220 240V CDJ 1000MK3 AC 110 240V 9 1 1 For details refer to Important Check Points for good servicing PIONEER CORPORATION 4 1 1 chome Meguro ku Tokyo 153 8654 Japan PIONEER ELECTRONICS USA INC P O Box 1760 Long Beach CA 90801 1760 U S A PIONEER EUROPE NV Haven 1087 Keetberglaan 1 9120 Melsele Belgium PIONEER ELECTRONICS ASIACENTRE PTE LTD 253 Alexandra Road 04 01 Singapore 159936 OPIONEER CORPORATION 2006 T IZY APR 2006 printed in Japan 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 p
75. REEN CUEC 01 21845 T 2 7k 01015 01018 LED 14 SLR 343EBT KLMN DTC124EUA E ED CDJ 1000MK3 6 7 C1018 GNDD c10 FLAC2 VLD41V 100 16 79 6 WV 51 1 65 RS1 16S x F aie RS1 10S J 01 2 5 is STANDBY VLDMFL s Js 5 5 5 5 GN S lt Eis 815 ENS 515 1 1004 NJM78L05UA 6 A s 9 9 9s 5 5 5 5 IO OLIS Ke kj Kil Ei DD 75 GNDD 4E cKSRYB uF E CKSRYB pF pF R CEAT uF Har aF VLED 81025 1 AMBER AMBER 845 LOOP IN LOOP IN R1024 9 2 2 7k 91001 01001 01002 LED 05 p SLI 343YCW RST DTC124EUA 7 81028 GL D 2 7k L AMBER AMBER LOOP OUT LOOP OUT R1029 O 9 2 7k 91005 01004 01005 LED 04 B K N SLI S48YCW RST SLI 343YCW RST K VLED DTC124EUA GL D 81050 AMBER 3 3k RELOOP 21051 qe 91004 01006 05 gi SLI 343YCW RST NEY DTC124EUA VLED GL D a DIRECTION REV R1036 46 91009 01011 LED_ 6 de SLI 343URCW RST DTC124EUA VLED GLED CUEA R1037 01013 Sad 1 8k LED 07 re SL1 343URCW RST DTC124EUA E VLED GL D GREEN
76. RO D lio ele Q S lo lo 6 1504 M A CN2003 CN2004 SHEET SW DNP2212 B DNP2212 B JOGB ASSY 1 m 2 3 m 4 CN2002 Q2003 Q2001 2001 02002 Al JFLB ASSY 65 1 NS O 5 O J OXO gt 22 23 lt 9 O 1 11 1 7 Z _ Ol 0 Ol Ol Ol Ol O O O O 0 h h KR H x O 4 AT gt N CQO O 2 30 DNP2212 B Note The encircled numbers denote measuring point DNP2212 B JOGB ASSY 2 3 4 m 4 8 SW POWER SUPPLY ASSY 72 Sw POWER SUPPLY ASSY CN1507 CN1503 B 1022 412 1 TYPE 215002 MFD BYeLLTILLFUSE IN I A 3 1 MD 10101 Nu 1 1C LINKS AS MARKED F101 CAULLON Rreeua R122 TO INLET ASSY CDJ 1000MK3 2 3 um 4 E 5 PARTS LIST NOTES Parts marked by NSP are generally unavailable because they are not in our Master Spare Parts List e The N Therefore when replacing be sure to use parts of identical designation e When ordering resistors first convert resistance values i
77. S M VALID MOTOROLA CONF IG_CLK 1 81 FPGA DONE CONFDAT FPGA XINIT FPGA 66M 1 05 SUB CODE 2 D4 DIS SCLK 2 C4 DIS DOUT 1 02 2 4 015 5 1 4 2 4 DIS DIN 5 5 V 3R3 ns Q 4 V 5A 8505 gt MUTE 7 2k 9501 2SD2114K VW lt BF oi GND 9 D501 155355 DAXLAT CPU CONTROL BUS PE8001A 1501 LRCKIN 1 DATAIN BCKIN 1506 3 lt 2 a 1 ROUT 16 VKN1944 MO LRCK MO DATA AUDIO DATA BUS pour D 1 A 1502 TC7WHSAFU DIS XCS rs su DIS_DIN ors pour 0 1 513 CONTO ane 1 81 2 1 81 CONT1 n 1 81 1 505 TC7WHS34FU RXD2 VKN1307 TXD2 1 01 1 01 DIS SCLK 2 3 5 otes gt Audio Data Signal Route A RS1 16S J F cKsRYB RS1Z16Siepetr Q E Analog Audio Signal Route RS1 16S D RS1 46SS J 23 Digital Out Signal Route CEHVW CKSSYB CKSSYB CCSSCH 1 4 STBY is STANDBY CDJ 1000MK3 m 5 6 7 2 4 27 2 m 3 4 3 5 MAIN ASSY 3 4 214 HA 3 4 MAIN ASSY DWG1591 E3 V 3R8 O O 0 5 XCARD IN V 3R3 mm 01 2401 0 SD CARD CONTROLLER 5 00 84452 851 105080 XCARDIN
78. S O 9 REQ TIPCMREQ TIDSP Output data request b edge 10 REo 11 REQG Need o 12 IREQ4 DIS XCS 1 Receivng completion interrupt of FL microcomputerdata Tedge 18 bsi Jp 00000000 14 DO po 0 02 115109 pFodebggng 00 O 16 D28 ps 17 027 pz O 18 0226 6 Fordebugging gt Z O 19 VssQ GND on 002 20 D25 D25 pFordebggng 0 00 O 21 VQ Ve83R8 Powersupply for VO 33V __ O D24 D24 1 Fordebugging 23 D28 98 24 022 9 Fordebugging 0 0 0 00 85 1 pFodebggng 00 0 90 00 26 D20 1020 27 Vs Gap 0 200 D18 Connect with the servo DSP Not used pull down Connect with the servo DSP Not used pull down 32 pie 1016 Connect with the servo DSP Not used pull down wa 5 5 sss VccQ V 3R3 1 Power supply for 1 3 3V 36 VO Daabus 4 D pe Dtabs O 5 VssQ GND 00 0 0 O 41 09 foo v 4 18 iO Databus 0 O CDJ 1000MK3 99 B 5 m 6 7 8 10 No PinName Signal Pin Function V 3R3 M Power supply for 1 3 3V 48 49 50 gt
79. S S EN e lt lt IO O o O NRESET MASTER 175 PO SERIAL 176 P1 SERIAL LPS1 Loading mecha SW input LPS2 Loading mecha SW input 110 CDJ 1000MK3 1 2 3 4 PEG237B K MFLB ASSY IC1002 FL Microcomputer e Pin Function Signal Name YO O P96 ANEX1 TB 1 VINYL SPEED ADJUST input Clockwise direction Vcc side 2 486 VINYL SPEED ADJUST input Clockwise direction Vcc side 3 P94 Model setting 1 pull up with 5V Distinguish between CDJ 800MK2 and CDJ 1000MK3 4 Pe3iDAO _ Model setting 2 pull up with SV Distinguish between CDJ 800MK2 and 2 1000 5 PearrBN _ NC os 000000000000 6 1001 1 Pulse period measurement processing connect to 4061 U 7 PO TBIN __ jNoused 0000000 8 BYTE Connect to GND 9 CNVss IIcNvss Notused GND pull down L 10 JPEZIXCIN jNotwed ComettoGND 00000000 1 PB XCOUT Notused Connectto GND i2 XRESET XRESET Resetinput U I O 13 pxour 0 4lvss Iahpp n 15 Xn JXN jOsclltor i MHz 16 Vect pvp Powersupply o 17 PBS XNMI xNML Notused pull up with 5V 18
80. SW be careful not to trap air bubbles in it If air bubbles are formed remove the sheet SW and adhere a new sheet SW Do NOT reuse the removed sheet SW When making a connection be sure to first release the lock of the connector then securely relock the connector after making the connection JOG holder 1000 e Place to adhere the SW cushions HH48 2 Adhere the cushions to the right and left of the engraved arrows lt 12 positions in total on the sheet SW SW cushion HH48 2 Engraved arrow SW cushion HH48 2 i x x lt 7 CDJ 1000MK3 d m 4 u 5 6 7 8 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 e List of IC HD6417709SF133B D 550 4 144 MN103S71F PEG237B K HD6417709SF133B D MAIN ASSY 1 101 e CPU e Pin Function PinName SignalName VO Pin Function MD1 JSHMDI Clock mode setting pullup with 3 3V U 4 4 4 4 4 4 4 4 2 SHMD2 jClokmodeseting pulupwth 33V SSS O 8 veehTC VHR8 Powersupply for RTC O 4 xa INC x O 5 EXTA2 Notused connectto 1 8V powe 6 VseRIC GND jGowdfonRTC 20 7 ____ Noted 000 0 0 O 8 REQo TIBSREQ TIDSP Input data request 1 edge __ o Z SS
81. VDD15 VSS TSTSG VFOSHORT LINE ower supply 185 calibration signal to FEP VFOSHORT FO short control LINE jin gt G O E z lt m O DO Black Dog Out input 3 OFTR OFTR Off Track input 4 AVSSD ROUT LOUT 87 AVDDD AVDDD 88 VCOF VCOF TRCRS Input for TRCRS Track Cross generation AVDDC AVDDC 91 WBLIN WBLIN 92 CSLFLT CSLFLT 93 RFDIF 94 AVSSC GNDA CDJ 1000MK3 2 pz 3 4 No PinName VO Pin Function 95 PLFLT2 PLFLT2 Connecta capacitor for PLL SSS O PLFLTI 1 Connecta capacitor for PLL 97 AVSSB 0 0 ARF Narr I RE inot Power supply Jitter monitor output Power supply oos ADO 1 Focuserrorinput Aiz fabs 4081 1 ComettoVSS 118 AVSSA AVSSA IGNpA o O 122 VDD3 Powersupply VD3V S 123 ipor 971 ONC 20 pp ON O 129 MSTPOLMONI4 MSTPOUMONM 1 o O 130 DASPST MONIS DASPST MONIS ComecttoVSS o O 131 NEJECTIMONIG NEJECTIMONIG O NC S O 182 NTRYCL MONI7 NTRYCL MONI7 O NC 133 DMARO O DMA request outputto the host o oo O 134 NOWR 11 jHostwiteinput __ O VDD3 03 Power supply VD3V 136 vss 137 NORD NORD 1
82. __ ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER 2 PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliance have special safety related characteristics These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained 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 on the schematics and the parts list in this Service Manual 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 or additional copies of PIONEER Service Manual may be obtained at a nominal charge from PIONEER IMPORTANT THIS PIONEER APPARATUS CONTAINS LASER OF CLASS 1 LASER DIODE CHARACTERISTICS MAXIMUM OUTPUT POWER 5 mW WAVELENGTH 780 785 nm SERVICING OPERATION OF THE APPARATUS SHOULD
83. arts contain chemicals which are known to the state of California to cause cancer birth defects or other reproductive harm NOTICE FOR CANADIAN MODEL ONLY Health amp Safety Code Section 25249 6 Proposition 65 Fuse symbols fast operating fuse and or slow operating fuse on PCB indicate that replacement parts must be of identical designation REMARQUE POUR MODELE CANADIEN SEULEMENT Les symboles de fusible fusible de type rapide et ou fusible de type lent sur CCI indiquent que les pi ces de remplacement doivent avoir la m me d signation FOR USA MODEL ONLY 1 SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer 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 Leakage not be above current 9 5 mA tester Test all exposed metal surfaces Also test with plug reversed Using AC adapter plug as required AC Leakage Test 2 CDJ 1000MK3
84. by step Care must be taken when using a command in Test Operation mode because a wrong command may damage the player Servo Off When the TIME button is pressed during Servo ON all the servos are shut off All Servo Off is displayed on the FL display while the TIME button is held pressed If it is held pressed for less than 1 second the indication will remain displayed for 1 second Slider Move Fwd Each time the SEARCH FWD button is pressed the slider moves about 1 8 mm outward Slider Move Fwd is displayed on the FL display while the SEARCH FWD button is held pressed If it is held pressed for less than 1 second the indication will remain displayed for 1 second Slider Move Rev Each time the SEARCH REV button is pressed the slider moves about 1 8 mm inward Slider Move Rev is displayed on the FL display while the SEARCH REV button is held pressed If it is held pressed for less than 1 second the indication will remain displayed for 1 second Step command A series of operations for startup will be performed step by step Each time the FOLDER SEARCH FWD button is pressed the step is advanced Each time the FOLDER SEARCH REV button is pressed the step is reversed Each step and its operation is shown in the table below CDJ 1000MK3 85 008 5 m 6 7 8 Operation FLDispay ___ Focus position adjustment 11 Tracking gain adjustment STEP11 T GAIN STEP12 Address lead start STEP12 READ FOLDER
85. e unable to compute the correct BPM for some tracks 66 Tempo control range display 6 10 16 WIDE Displays the variable range of the tempo adjust slider as selected with the tempo control range selector button Jog dial display NP 7 X 72 4 71 Operation display This display shows the relative playing position with one revolution equivalent to 135 frames During playback the display rotates and it stops during pause mode 72 Cue point position indicator Indicates position of cue points 73 Audio memory status indicator This indicator flashes during audio memory write and lights when writing has been sufficiently completed When the indicator is flashing it may not be possible to record real time cue points or hot cue points The indicator also flashes when memory insufficiency occurs due to scratch operation 74 Jog touch detection indicator In VINYL mode this indicator lights to indicate that the jog dial surface has been touched 75 VINYL mode indicator Lights during VINYL mode s 7 8 115 B Lubricants List Refer to 2 3 CONTROL PANEL SECTION 2 4 SLOT IN MECHA SECTION 2 5 TRAVERSE 5 GEM1007 ZLB PN948P Refer to 2 5 TRAVERSE MECHA Assy S GEM1036 21 Refer to 2 4 SLOT IN SECTION Grease ZLB HFD1600 Refer to 2 3 CONTROL PANEL SECTION Dd Cleaning Clea
86. ect a DJ mixer or AV amplifier CD player etc equipped with digital input connectors The digital outputs here support all DJ and other functions but only audio data is output without subcodes CD graphics are not supported 39 POWER OFF ON switch 40 AC inlet AC IN Use the accessory power cord to connect this inlet to a standard AC power outlet Front Panel 41 Memory card indicator This indicator lights with a memory card is loaded and the door is closed and flashes during memory card access e Do not open the door or turn off power while the indicator is flashing 42 Memory card door and slot 43 Forced eject hole 44 Disc loading slot CDJ 1000MK3 3 4 m 5 6 8 2 DISPLAY SECTION Display Section aun pri 56118 It It D TRACK gt Maen eee Cub 89 51 Calendar display 1 to 20 gt gt The tracks following the currently playing track are lighted If more than 21 following tracks are set the gt gt indicator will light An underline appears underneath track numbers for which cue points or loops have been set 52 Track number folder number display TRACK FLD When playing an audio CD the TRACK indicator lights and the two digit track number appears 01 to 99 When playing TRACK lights and the track number is displayed 01 to 999 During folder search the FLD indicator
87. ectsiggna 131 VO Notused connectto CPU 00000000 132 VO Notused connectto CPU 133 VMR2FPGA Internal core power supply 134 VCCAUX Ve2R5FPGA Auxiliary power 00000000 135 VO ___ CPU waitsignaa 136 GND GND Ground 137 jCPUDMAreqestouputO 138 VCCO Power supply torvo 139 anD Ground 140 Notused connectto CPU 141 TLHRDY 6401 data ready signal 142 HSWAP EN V amp 2R5FPGA 1 _ Bus state setting in configuration pull down U I O 143 PROG B FPGA XPRG __ PRG signal for FPGA configuration 144 TDI 1 6 CDJ4000MK3 1 2 3 4 MN103S71F MAIN ASSY 1C603 SODC e Pin Function PinName lO __________ pi Pa XDMUTE jMueconmlofdiverlO 2 P3 0 jMueconmlofdiverlIC PAJEXCNTO ILMUSK ____ S 4 Dp lvpps ____ Powersuppy vosy 0000020 spss vss arm 6 P5 EXCNT1 INSIDE _ servo mecha inside SW input L ON 7 PO NSPCCS SPGAIN motor current switching control at inversion brakes H 8 P7 FADRI7 FADRIZNSPCCS Addressouputto FLASHROM 9 FADRIB o _____ 10 FADRI1
88. ews 6 the traverse mecha Assy S Traverse Mecha Assy S 1 Remove the three screws 2 the mecha plate Traverse mecha Assy S Caution Be careful not to lost earth spring Mecha plate Before shipment be sure to clean the pickup lens using the following cleaning materials 2 Cleaning liquid GEM1004 3 Unhook the four hooks Cleaning paper GED 008 Pickup lens 4 Remove the slot in mecha G11 SaGaal CDJ 1000MK3 7 El JOG Section 1 the adjust knob 5 the two screws 6 Remove the JOG A and JOG Bs Adjust knob Pioneer C JOG B JOG A 2 Disconnect the flexible cable 3 Remove the five screws 4 Remove the JOG section 7 Remove the three screws Remove the SW ring D Caution Be careful not to lost SW spring 25 MFLB Assy SW spring 25 SW ring E a Bottom view F 96 CDJ 1000MK3 1 m 2 E d m 4 Notes on Replacement Positioning of the JOG ADJ mechanism Note When reassembling the JOG ADJ mechanism 4 Turn the cam plate clockwise until the slit aligns with the be sure to perform positioning as shown below positioning hole 1 Mount the joint gear 1 5 Insert the forced eject pin through the positioning hole to immobilize the cam plate 2 Align the projection of JOG holder 1000 with the arrow head 44 on joint gear 1 F
89. fore communication between the main CPU and the player section starts After a disc is loaded loading startup processes begin MAIN CPU Canceling reset of CPU IC101 Pin 193 H Initial setting for the CPU CPU for the Operation section Canceling reset of the CPU 1002 Pin 12 Initial setting for the CPU POWER is indicated on the FL display Initialization of the SDRAM Program transfer from FLASH to SDRAM Program transfer to the FPGA IC301 Long press processing of the key In the power ON Data and clock output from Pins 164 and 165 of the CPU IC101 When data transfer to the FPGA is finished FPGA DONE Pin 71 becomes high Program transfer to the DSP IC401 IC402 Canceling reset of peripheral devices Communications with the Operation section start Once communication with the main CPU is established the POWER indication disappears Communications with the ATAPI system start After a disc is loaded loading and startup processes begin Reading data etc 88 Input of statuses of keys output of display data If the result of the check is NG error E70 is generated Checking result of peripheral devices Long press processing of the key In the power ON If a disc is loaded
90. he coating of the power cord Damaged power cords may lead to fire accidents so please be sure that there are no damages If you find a damaged power cord please exchange it with a suitable one 9 There should be no spark traces or similar marks on the power plug When spark traces or similar marks are found on the power supply plug please check the connection and advise on secure connections and suitable usage Please exchange the power cord if necessary Safe environment should be secured during servicing When you perform repairs please pay attention to static electricity furniture household articles etc in order to prevent injuries Please pay attention to your surroundings and repair safely 2 Adjustments To keep the original performance of the products optimum adjustments and confirmation of characteristics within specification Adjustments should be performed in accordance with the procedures instructions described in this manual Lubricants Glues and Replacement parts Use grease and adhesives that are equal to the specified substance 2 Make sure the proper amount is applied 4 Cleaning 4 For parts that require cleaning such as optical pickups tape deck heads lenses and mirrors used in projection monitors proper y 7 cleaning should be performed to restore their performances 5 Shipping mode and Shipping screws ml protect products from damages or failures during transit the shipp
91. he schematic diagram and pcb diagram 33 4 MAIN assy 4 4 main assy Mode PLAY Mode LOAD IN 1 407 4 pin 16M_SODC 28 CNeos LPS1 V 1V div H 20nS div V SV div CN605 3 pin LPS2 V 5V div QQ 1 in EMN V 5V div H 200mS div 81 2 pin EMP V 5Vidiv 3 4 main assy Mode PLAY IC407 8 pin 16M_DAC V 1V div H 20nS div 4 4 main assy Mode UNLOADING 28 1 LPS1 V 5V div CN605 3 pin LPS2 V 5V div 30 CN603 1 pin EMN V 5V div CN603 2 pin EMP V 5V div 3 4 main assy Mode PLAY 1 407 10 pin Clock for DSP V 1V div H 20nS div 4 4 main assy Mode PAUSE IC601 14 pin TE V 2V div H 200uS div IC602 52 pin TEDRV 3 4 MAIN ASSY V 2V div H 200uS div Mode PLAY 34 IC602 48 pin T V 5V div H 200uS div IC407 12 pin Clock for DSP p I IC602 47 pin T V 5V div 200uS div 5 6 200mS div 200mS div 200mS div 200mS div 200mS div 200mS div 200mS div CDJ 1000MK3 m 4 4 main assy Mode FWD SCAN IC601 14 pin TE V 2V div H 500uS div IC602 52 pin TEDRV V 2V div H 500uS div 34 1C602 48 pin T V 5V div H 500uS div IC602 47 pin T V 5V div H 500uS div tum p m 4 4 main assy Mode REV SCAN IC601 14 pin TE V 2V div H
92. hed or startup is completed successfully Other error of the player section The error indication is cleared when the EJECT process is finished or startup is completed successfully decode error Display it in search for two seconds Reproduction is continued by possible data data format error The error indication is cleared when the EJECT process is finished or startup is completed successfully Communication error between operatin section and main section The error indication is cleared when the communication is finished Unrecoverable Turn the power off The error indication will be cleared 3 Mode for checking buttons in display section and display functions Display Check Mode Mode for checking the buttons in the display section TEMPO MEMORY and display functions 2 T HB Bo F888 EE Press a button except M SERVICE MODE F TEMP and MEMORY buttons POWER ON Mode for checking buttons and display functions or mode for checking the load of the jog dial TOUCH BRAKE 4 1 7 It will become the check mode of buttons and display functions and if each button is pressed FL display and LED which C N correspond light up Position other than the maximum TOUCH BRAKE N
93. ing Motor Spindle Motor G11 04RM2 Pickup Assy Skew Screw Skew Spring Joint Spring J Slider Spring G11 J Guide Shaft S Joint Mounting Plate G11 J Screw 04 Screw Screw Part No DXM1227 DXM1231 OWY8071 DBA1263 DBH1437 DBK1261 DBK1262 DLA1918 DNK3858 DNK4307 VBA1092 6 BPZ20PO080F TC BPZ26P080F TC 6 CDJ 1000MK3 m 7 17 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM 3 1 1 SIGNAL SECTION SPINDLE MOTOR 1 604 FLASH ROM IC103 FLASH ROM CN3301 53001 6CH DRIVER 128MB SDRAM INSW ASSY SPCN ASSY IC401 SD CARD STEPPING CONTROLER lt DSP MOTOR 2 umm TRAVERSE SYSYTEM MECHANISM CN603 BUS ADS CM Wem SD CARD CN401 INTERFACE SERIAL IC301 COMMUNICATION FPGA Key control at master tempo Generates CD digital out Be es MECHANISM CN3002 CN3001 SD CARD CONNECTOR SDCB ASSY LLL 18 CDJ 1000MK3 1 2 3 4 SW POWER n L Joee A SUPPLY ASSY D2201 ENCODER CN2201 owed 7 HIE 1501 1503 1507 7 7 ers 2003 518 5 CN501 CN1502 CN1504 CN2002 DETECTION ASSY J JFLB ASSY MEN 55 8 8 2001 JOGFL C Bro 19 9 T I 0909 CN1001 MFLB ASSY V1001 DATA FL 6726025 1 1001 DATA FL CONTROL FL UCOM 1006 41004 22 or CN1201 J1301
94. ing mode should be set or the shipping screws should be installed before shipment Please be sure to follow this method especially if it is specified in this manual spp 4 CDJ 1000MK3 1 Ex 2 d 4 i m 5 6 7 E CONTENTS 1 SPECIFICATIONS 6 2 EXPLODED VIEWS AND PARTS LIST 8 DA PACKING SECTION certi eite tenete santet ond 8 2 2 EXTERIOR SECTION nn 10 2 3 CONTROL PANEL SECTION n tnter ttt 12 2 4 SLOT IN SECTION nA E AEE E EEA 14 2 5 TRAVERSE ASSYS 16 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 18 3 1 BLOCK DIAGRAM 18 3 1 1 SIGNAL SECTION 18 3 1 2 POWER SUPPLY SECTION 20 3 2 OVERALL WIRING DIAGRAM 22 3 3 MAIN ASSY 1 4 24 3 4 MAIN ASSY 26 3 5 MAIN ASSY 3 4 28 3 6 MAIN 4 4 SLMB ASSYS III I 30 3 7 SPCN INSW and SDCB ASSYS III 32 3 8 ASSY 34 3 9 MELB
95. jHostredinut 0 00 138 ODRY IODRY ___ O Ready outputto the host __ 139 NDMACK NDMACK 1 acknowledge input __ 0 00 140 INTRO NTRO O Interruptoutputtothehost 141 0666 NIOCS16 __ O Databuswidthselect _ 142 1 1 Assressinput __ 144 DAO 01 jAssessimut s 6 AD ADXAS 1 oO OO E 11 o CDJ4000MK3 ns 5 m 6 7 8 PinName VO pinFunction 145 88 V585 cpp o VDD3 Power supply VD3V 147 DA2 EF NE 148 NCS1FX EN Chip select input NCS1FX NCS3FX NDASP HDD15 HDDO HDD14 HDD1 149 NCS3FX 150 NDASP 151 HDD15 ata input output 152 HDDO ata input output 153 HDD14 ata input output 154 HDD1 ata input output 155 HDD13 HDD13 I O Data input output 156 VDD3 VDD3 Power supply VD3V VDD15 VDD15 Power supply VD1R5 158 VSS vss GNDD HDD2 HDD2 Data input output Chip select input gt n 5 ge 5 V0 HDD10 HDD5 vss Ichpp o O VDD3 Powersupply VD3V HDD9 164 165 HDD10 HDD5 O O HDD6 VO HDD8 HDD7 VDDH Power supply VD5V SSS O NRESET _ Reset input from the host __ j MASTER ConnecttoVS
96. le output to FLASHROM _______ 44 ____ 1 vss 107 10 No PinNam 45 NRST INRST 1 Hardwareresetinput O jap S 51 003 VDD3 Power supply VD3V 52 0951 1 Osoillation input __ __ rss fosco fosco 0 0000 bs jop DRV VRCAP O Ne C L LULU 56 DRVI DRVI SPDRV Spindle motor control 00000000 DRVAFBAL O Focus balence consol T DRVSTBAL ONC 59 DRV4 DRVASTPMIP O Steppingmotorcontrol o 60 DRV5 DRVS STPMIN O Stepping motor control 61 DRve O ne DRV7 7VRSW 2 DRV14 FEPEN DRAMVSS DRAMVDD15 DRAMVDD33 VDD3 nable output to FEP ND for DRAM RAM power supply DRAMD1R5 ower supply ower supply indle motor FG input 63 vss jp 64 pPV8 JpRv FCSg o ne ooo 65 DRV NFEPRST 0 INC 67 IDRV11 LOAD Loading motor control DRV12 FEPCK ClockoutputtoFEP o O DRV13 FEPDT 0 1 2 DRAMVDD15 DRAMVDD33 VDD3 Oi S gt 2 gt lt lt CU IO lt Ti lt J Z D Z 51818149 6 2 9 2 52212225 n di S o s CD 1210
97. move CN401 1 102 Remove CN401 IC101 HD6417709SF133B D K4S281632F UC75 1 103 DYW1752 1 301 XC3S50 4TQG144C 1 501 PE8001A Pin Voltage Pin Voltage v Pin Voltage Pin Voltage V Pin Voltage V 6 0008 6 0 54t0 0 67 ej 0 78 14400147 6 284 8 10012 0 85 to 0 91 8 331 80 143 0146 8 500 9 9 0160042 9 0009 81 0008 9 500 14 1 66 to 177 86 05 08 17 3 31 89 1 39 to 1 41 18 01006 90 1 32 to 139 9 24 01006 96 1 52 to 1 53 26 01006 98 0 63 to 0 82 27 01006 99 1 80 to 1 85 60 1907 132 328 66 331 134 331 68 331 140 0 346 69 331 41 331 Pin Voltage V Pin Voltage V Pin Voltage V 6 0009 77 0 17 00 41 148 0 008 8 331 79 0008 150 1751 9 331 80 0 0150 0 018 151 0 011 to 0 035 15 331 86 0008 157 0009 18 331 89 171022 160 326 19 _ 0 008 90 2 20102 30 161 0009 25 9 331 167 0009 27 0008 98 30t033 169 ooo 28 3 31 99 191021 170 0008 60 1 38 10 1 53 131 0 016 202 8531 66 0 55100 74 137 3 31 208 05008 68 0 10 to 0 45 139 69 0008 140 CDJ 1000MK3 a 5 6 7 8 54 FY 3 4 MAIN assy 1 401 TMS320DA150PGE16D Pin Voltage V Pin Voltage V 0 82 to 1 10 330 __ 80 2 807 0 008 1 52 to 1 54 1 40 to 1 45 25 3
98. n Remove the seven screws 3 Remove the bottom plate e Rear view Kana ase Bottom plate 1 p 2 Remove the five screws m DELE CO ACT DISC PLAYER 1 e Bottom view MAIN Assy 4 Remove the four screws e Bottom view Remove the control panel section e Bottom view Control panel section 5 Stand the MAIN Assy 92 CDJ 1000MK3 1 2 3 4 6 Stand the MAIN Assy 03 Short circuit two points of C and D soldering 7 Disconnect the flexible cable 401 Note After replacement connect the flexible cable then remove the soldered joint open Set the MAIN Assy in the upright position by engaging it at the two hooks L 2 Disconnect the two connectors e Bottom view 3 Disconnect the three flexible cables MAIN Assy E 1 58 45 CN604 1 602 Bottom view 9 Remove the two screws 49 the shield case e Bottom view CDJ 1000MK3 93 5 m 6 7 8 2 the earth lead unit by removing the one screw 5 Remove the four DM screws Earth lead unit 46 Remove the four float spring 358 Remove the slot in mecha section Slot in mecha section 94 CDJ 1000MK3 1 m 2 mu 3 5 Remove the three float scr
99. ng the buttons in the display section and display functions In this mode buttons and the display function associated with such input can be checked 3 Mode for checking the load on the Jog dial In this mode the load on the Jog dial while it is rotated is measured 4 Mode for checking the operation of the player simple substance In this mode operation check of the mechanism and servo of the Player section This mode consists of Player operation mode and Test operation mode 2 Mode for checking the version of the software program and error history In this mode the version of the software program for each microcomputer and the error history can be checked Version Check Mode Version check mode RELOOP EXIT Main section MEMORY N UE POWER OFF Hold the key pressed for about 10 seconds um PLAYER Ver 1 00 MEMORY To error history display mde CDJ 1000MK3 79 008 5 m 6 7 8 From version check mode JOG MODE Error history display mode Error history indication displays it to 16 and the first increases with the latest error REMAIN E 7201
100. ning liquid GEM1004 Used to pickup lens cleaning Cleaning paper GED 008 Refer to 2 5 TRAVERSE MECHA Assy S 7 1 3 DISASSEMBLY 116 CDJ 1000MK3 1 2 3 4
101. nto code form as shown in the following examples 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 mark found on some component parts indicates the importance of the safety factor of the part lt 1090 5600 56x10 561 1 4 56 1 7 47 47 103 473 RDI APU 14171317 zd RN2HIRISI0 EE MM EM MM MM MG Ex 2 When there are 3 effective digits such as in high precision metal film resistors 5 62k Q 562 10 5621 m m ne nennen RNIAPCISIG 211 MarkNo Description Part No MarkNo Description LIST OF ASSEMBLIES on 1 MAIN ASSY DWG1591 2301 NSP 1 MFLA ASSY DWM2223 ins 2 ASSY DWG1605 2 MFLB ASSY DWG1606 Q604 2 SLDB ASSY DWS1367 96010602 3 RSWB ASSY DWS1368 0605 0501 NSP 1 JFLA ASSY DWM2224 D301 D303 D401 2 JFLB ASSY DWG1602 2 JOGB ASSY DWG1603 2 KSWB ASSY DWS1365 COILS AND FILTERS 3 51 ASSY DWS1366 L101 NSP 1 SUBA ASSY DWM2225 CAPACITORS 2 INSW ASSY DWS1369 C602 22 6 3 V 2 SDCB ASSY DWX2558 C672 2 SPCN ASSY DWX2559 C652 C457 1 SW POWER SUPPLY ASSY 1409 630 651 458 516 518 143 144 MarkNo Description No 2222 510 603 604 606 608 MAIN ASSY C611 SEMICONDUCTORS C509 C512 C609 C610 IC601 AN220
102. orced eject pin Align JOG holder 1000 Forced eject pin Joint gear 1 JOG holder 1000 3 Mount the cam plate on place it so that the slit of the cam plate aligns with the gear stopper 6 Mount the joint gear 3 7 Mount the two joint gears 2 Note When mounting joint gears 2 engage the gears being careful not to move joint gear 1 Positioning hole Joint gear 1 oe Gear stopper X Joint gear 2 T OP a RR lt N or um Joint gear 3 Forced eject pin CDJ 1000MK3 97 B 5 6 7 Notes Replacement Notes on replacing the Sheet SW Mount the gear plate 9 Secure the gear plate using the four screws Gear plate 9 F Remove the forced eject pin 4 Mount the cam plate 42 Install the gear spring 200 43 Mount the adjust plate 98 12 Secure the adjust plate using one screw To decrease Note For details on adjustment see Load Check mode for the JOG Dial 1 E 2 Forced eject pin e Place to adhere the Sheet SW Notes 1 Be careful not to warp the sheet SW 2 Remove any dirt on the JOG holder to which the sheet SW is to be adhered If some adhesive for the old sheet SW remains on the JOG holder completely remove it with a cloth moistened with alcohol Do NOT place the sheet SW so that it is mounted on the rib of JOG holder 1000 When adhering the sheet
103. pean two pin plug ADG7097 For Taiwan exclusively Caution For use in Taiwan only Forced Eject Pin SD Memory Card DEX1013 DWX2622 TLFXJ type ADG1154 ADG7097 d In other areas please do not use Taiwanese two pin flat bladed plug 6 CDJ 1000MK3 1 2 3 CDJ 1000MK3 m 6 7 2 EXPLODED VIEWS AND PARTS LIST NOTES Parts marked by NSP are generally unavailable because they are not in our Master Spare Parts List e 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 e Screws adjacent to mark on product are used for disassembly For the applying amount of lubricants or glue follow the instructions in this manual In the case of no amount instructions apply as you think it appropriate 2 1 PACKING SECTION TLFXJ only 8 CDJ 1000MK3 2 3 4 5 1 PACKING SECTION PARTS LIST Mark N A A c amp NSP NSP ON 11 12 13 14 15 16 17 Description Power Cord Power Cord Audio Cable L 1 5 m Control Cord L 2 1 m SD Memory Card Forced Eject Pin Operating Instructions User Seat Limited Warranty Caution Card SB Polyethylene Bag 0 06 x 230 x 340 Packing Sheet Pad A Pad B Pad C Pad D Packing Case 2 CONTRAST TABLE CDJ 1000MK3 KUCXJ WYXJ5 and are cons
104. r PCB PARTS LIST e The mark found some component parts indicates the importance of the safety 28 factor of the part Therefore when replacing be sure to use parts of identical designation C The power supply is shown with the marked box AUDIO OUT 7164 DIGITAL OUT PKB1036 CONTROL 1004 CDJ 1000MK3 i m 5 6 7 8 2 3 4 3 3 MAIN ASSY 1 4 1 4 MAIN assy DWG1591 B XRST CARD XRST TI_XRST MOT_XRST 3 A2 3 C3 5 86 FOR DEBUG 102 leosoocoo906006090G0C RSTCPU EX L I 4 PE TC74VHC04FTS1 A Z 1 8 GND 2 lt 0 0 9 0 A 49 lt d H gt S 5 lt 7 lt V 3R3 V 2R5FPGA 1 1 1 C1 1 01 RSTCPU aims V 3R3 i STATUSO 8 STATUS1 AUDATAO AUDATA1 AUDATA2 RTS2 WE2 RxDO WE1 RxD1 Vss RD RxD2 BS 25 CTS2 VccQ MCS7 A24 MCS6 C P U VssQ MCS5 25 MCS4 Vcc VssQ 1 C 1 1 22 WACKUP Vss RESETQUE HD64177 9SF133B D 2 MCS3 A19 MCS2 A18 MCS1 A17 50 16 DRAKO A15 DRAK1 VccQ DREQO 14 d 2 lt o TCLK CS6 22 XCS6 IREQOUT css hei 1 05 csa had 6 540 g css go X24 TE cs2 ka 6141 voca 2 CS2 Pg T veca grim
105. r information for respective destinations be sure to diagrams is shown below check with the schematic diagram Symbol In PCB Symbol In Schemati 4 View point of PCB diagrams Durus Do 55 98 Connector Capacitor Transistor Transistor with resistor Field effect transistor P C Board Chip Resistor array 3 terminal regulator CDJ 1000MK3 5 m 6 7 8 1 4 1 MAIN ASSY MAIN ASSY l DA 211 SS lt 1468 ili ilg IAQ WY O s O O O O O O O 72 oo O D C zi DWA i O 5 2 O O AO lt O R130 2 D Q hike 135 O D 132 59 9 D o i4 5 ats ee IC503 502 603 1 604 1 402 601 9601 0602 c414 lt IC103 IC106 1C107 104 IC113 IC101 IC115 112 IC114 CN1506 CN1502 3 CN300 1 m 2 3 m 4 CN1501 502 RW TTE o O O O O O O O O O O O O O O pO 2 v O O O O O O OCO O O O IO PEE Q O O O O O O O
106. rotated sound is produced in accordance with the degree of rotation e The currently set jog mode is stored in memory even when power is turned off CDJ mode The above action does not occur when the jog dial is pressed 17 VINYL indicator Lights when jog mode is set to VINYL mode 18 CDJ indicator Lights when jog mode is set to CDJ mode 19 TEMPO control range selector button TEMPO 6 10 16 WIDE Each time this button is pressed the tempo adjust slider s variable range alternates between 6 10 16 and 20 MASTER TEMPO button indicator When pressed the master tempo function alternates ON OFF 21 Tempo adjust slider When moved toward the user front the track tempo increases and when moved away from the user rear the tempo decreases 22 Tempo reset indicator Regardless of the position of the tempo adjust slider this indicator lights when the tempo adjustment is at 0 normal tempo 23 TEMPO RESET button Regardless of the position of the tempo adjust slider pressing this button causes the tempo to be reset instantly to 0 normal tempo Pressing the button once again releases the reset 24 Jog dial display 25 Jog dial FWD REV 26 Play pause indicator Lights during playback and flashes during pause mode 27 PLAY PAUSE button 1 28 Cue indicator When a cue point has been set lights except during search Flashes in the pause mode to slow that a new cue point can be input
107. sy 6P DKP3752 35 N 10 Inlet Assy See Contrast table 2 36 11 Earth Lead Unit 300V PDF1104 37 12 Connector Assy PFO4PP Q12 38 13 Connector Assy PFO6PP Q15 39 14 Connector Assy PFO9PP B12 40 15 Connector Assy PF11EE R15 41 16 Power Button DAC2314 42 17 Door Spring DBH1565 43 18 Card Spring DBK1295 44 NSP 19 Silicone Sheet 05 L DEB1456 45 20 Door Cushion DEB1780 46 21 Laser Caution See Contrast table 2 NSP 47 22 Dust Guard DEC2939 48 NSP23 Rear Panel See Contrast table 2 24 Heatsink DNG1099 25 PCB Stay DNH2711 26 Shield Case DNH2712 2 CONTRAST TABLE CDJ 1000MK3 KUCXJ WYXJ5 and TLFXJ are constructed the same except for the following Description Earth Plate C Shield Box Bottom Plate Blind Cap Chassis Card Door Card Holder Insulator Assy Earth Plate Damper Earth Spring Float Spring G5 Mecha Plate Cord Clamper Binder SKB 90BK DM Screw Screw Screw Screw Screw Cord Clamper 069Z FFC Guard Part No DNH2715 DNH2728 See Contrast table 2 4218 DNK4553 DNK4554 DNK4555 DXA2092 VBK1070 CNV601 1 DBH1398 DBH1494 DNH2339 HNH 184 ZCA SKB90BK DBA1260 BBT30P100FTB BBZ30PO60F TB BBZ30PO60FTC BPZ30PO080F TB 2 0692 DEC2586 21 Symbol and Description CDJ 1000MK3 KUCXJ CDJ 1000MK3 WYXJ5 CDJ 1000MK3 TLFXJ DKP3754 DRW2308 Not used DNC1765 DNH2710 Inlet Assy Laser Caution 7L Laser Caution Rear Panel Bottom Plate 5 m 6 CDJ 1000MK3 m DKP3753 DRW2
108. t is recorded in the CUE button or LOOP IN button for the currently selected track the CUE indicator lights and the point s relative starting position is shown in the display 2 lighted dots 64 Playing address display To provided a quick grasp of the current track s elapsed time and remaining playing time the entire track is shown as a bar graph scaled over the entire width of the display e During elapsed time display the bar graph s indicator segments turn on from left to right 5 6 coma 7 1 11811820 gt CUE IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII es at ea S ss Qn Gs an s Se 22 Sa 28 am CDJ 1000MK3 IER ER Qa RENTES a Rn qu amr RN ESSA SE SE so RN Rar aU Re ss TEN LEN Fa ss e During remaining time display the bar graph indicator segments turn off from left to right e When a track has less than 30 seconds of remaining play time the graph flashes slowly when less than 15 seconds remain the flashing becomes quicker 65 BPM display 0 to 360 BPM This display shows the Beats Per Minute BPM of the currently playing track detection range 70 to 180 BPM The automatic BPM counter may b
109. t safety Please conform to product regulations such as safety and radiation regulations and maintain a safe servicing environment by following the safety instructions described in this manual 1 Use specified parts for repair Use genuine parts Be sure to use important parts for safety 2 Do not perform modifications without proper instructions Please follow the specified safety methods when modification addition change of parts is required due to interferences such as radio TV interference and foreign noise 3 Make sure the soldering of repaired locations is properly performed When you solder while repairing please be sure that there are no cold solder and other debris Soldering should be finished with the proper quantity Refer to the example 4 Make sure the screws are tightly fastened Please be sure that all screws are fastened and that there are no loose screws 5 Make sure each connectors are correctly inserted Please be sure that all connectors are inserted and that there are no imperfect insertion 6 Make sure the wiring cables are set to their original state Please replace the wiring and cables to the original state after repairs In addition be sure that there are no pinched wires etc 7 Make sure screws and soldering scraps do not remain inside the product Please check that neither solder debris nor screws remain inside the product There should be no semi broken wires scratches melting etc on t
110. tly into the pickup lens The laser beam may cause eye injury Note 2 Even if the unit shown in the photos and illustrations in this manual may differ from your product the procedures described here are common aa PCB Location Assy ejuriBassy RswB Assy sw POWER SUPPLY assy _ e Bottom view 51 Assy IH Joce Assy KSWB Assy 3spcB Assy Traverse Mecha Assy S 15 Assy e Bottom view Main Assy Slot in Mecha G11 Assy 90 CDJ 1000MK3 2 3 m 4 Note If diagnosis of the SD card block is not required the 2 the bottom plate diagnostic procedures can be performed with the MAIN Assy kept in the upright position Continue to Steps 5 through 7 1 Remove the seven screws 5 Stand the MAIN Assy 6 Disconnect the flexible cable CN401 7 Set the MAIN Assy in the upright position by engaging it at the two hooks DI ri e MAIN Assy 13596459 Botto FO CONJA CT DISC PLAYER e Bottom view Remove the four screws MAIN Assy Bottom view MAIN Assy Bottom view 4 Stand the MAIN MAIN Assy Bottom view Bottom view CDJ 1000MK3 91 m 5 6 7 8 Disassembly Control Panel Section FJ Slot in Mecha Section 1 the one screw 1 control panel section Refet to Control panel sectio
111. tructed the same except for the following Mark No Symbol and Description CDJ 1000MK3 KUCXJ CDJ 1000MK3 WYXJ5 CDJ 1000MK3 TLFXJ Power Cord Power Cord Part No See Contrast table 2 See Contrast table 2 VDE1064 XDE3063 DWX2622 DEX1013 See Contrast table 2 DRM1262 See Contrast table 2 See Contrast table 2 AHG7117 AHG7010 DHA1533 DHA1534 DHA1535 DHA1536 See Contrast table 2 Operating Instructions English Operating Instructions English French German ltalian Duch Spanish Operating Instructions English Spanish Chinese Limited Warranty Caution Card SD Packing Case 6 ADG7021 Not used DRB1397 Not used Not used ARY7043 Not used DHG2576 CDJ 1000MK3 m 7 ADG1154 Not used Not used DRB1396 Not used Not used Not used DHG2575 ADG1154 ADG7097 Not used Not used DRB1398 Not used 7064 DHG2577 2 2 EXTERIOR SECTION 2 4 SLOT IN MECHA SECTION 2 3 CONTROL PANEL SECTION Refer to Refer to AMS LIVLINOD TOIS LAIVLNODNON CDJ 1000MK3 10 5 1 EXTERIOR SECTION PARTS LIST Mark No Description Part No ark No 1 MAIN Assy DWG1591 27 2 SLMB Assy DWS1366 28 3 SDCB Assy DWX2558 29 4 MJCB Assy DWG1605 30 5 SW POWER SUPPLY Assy DWR1409 31 6 15P Flexible Cable DDD1301 32 7 Earth Lead Unit 300V DDF1032 33 8 Connector Assy DKP3751 34 9 Connector As
112. u u 27 W WYXJ5 type e Forced eject pin 27 W TLFXJ type housed in a groove in the bottom panel Operating temperature 5 to 35 SD memory Operating humidity 5 to 85 e Limited warranty only There should be no condensation of moisture WY hi eM 4 2 kg 9 26 Ib NOTE Dimensions 320 W x 370 D x 105 H mm Specifications and design are subject to possible 12 5 8 W x 14 9 16 D x 4 1 8 H in modification without notice 2 Audio section Frequency response 4 Hz to 20 kHz Signal to noise ratio 115 dB or more JEITA 0 006 JEITA Accessories Audio Cable Control Cord Power Cord KUCXJ type ADG7021 _ XDE3063 L 1 m VDE1064 L 1 5m WYXJ5 ADG1154 amS DU AC power cord for TLFXJ type The type of cord which can be used depends on the power voltage in each region or country Please make sure you use the correct cord due to the possibility of fire or other hazard if used incorrectly see below AC power cord and converter plug use Region Plug type ADG1154 For European type region Caution Do not use this power cord set in Taiwan Euro
113. y Set unit to pause mode and then press button to eject disc 12 EJECT button 4 When button is pressed disc rotation stops and disc is ejected from port the EJECT UNLOCK LOCK switch is set to the LOCK position the disc will not be ejected unless the unit is set to the pause mode before pressing the EJECT button 13 JOG ADJUST dial Use to adjust the felt resistance light heavy of the jog dial when it is rotated 7 8 113 114 14 VINYL SPEED ADJUST TOUCH BRAKE dial When the JOG MODE SELECT button is set to VINYL this dial determines the deceleration speed until play stops when the surface of the jog dial is pressed or the PLAY PAUSE button is pressed When the VINYL SPEED ADJUST TOUCH BRAKE dial is rotated counterclockwise play stops quickly when the dial is rotated clockwise play decelerates more slowly before coming to a stop 15 VINYL SPEED ADJUST RELEASE START dial When the JOG MODE SELECT button is set to VINYL this dial determines the acceleration speed until full playback speed is reached when the jog dial is released or the PLAY PAUSE button is pressed When the VINYL SPEED ADJUST RELEASE START dial is rotated counterclockwise play accelerates to full speed quickly when the dial is rotated clockwise play accelerates more slowly before reaching full speed 16 JOG MODE SELECT button VINYL mode When the surface of the jog dial is pressed during playback play stops and if the jog dial is then

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