CDC-X207 CDC-X307 CDC-X407 CDC-X2070 CDC
Contents
1. 9 TU101 1 54 gt ANN 4 c N FAES47 A12 Toae AE R363 Ik ES Sg S KP 055 L m m MANET SSE2. 0 1 1 NIYWIYJOL WOH A NN NN VY YT lt am s 35 NESS SESS a r v ac e 1 gt EJ 11 CJ EE N N 0 2 gt m O lL 110 1 110 103 100 COO 23 24 2 A Qe 2 NI OI NI 6 MI NI OA SI SI HI J J
3. 0 4 60 1 8 9 NIVNIV 101 N0H NWN NN lt 2 5 5 3 5 2 5 2 5 5 5 5 5 5 I I I i e E e cE Rz 1 CE C gt 3 EE N ln Ea rr ul 0a 2z zZ gt 1 110 1 110 103 00 COO v 2 NIE De MN MI NI O SI HI a amp gt ZMS BORDO e c qug Pan ee
4. 13 Q623 BTC114EK lt AM
5. INI DUT1 0UT1 TAB PWR GND 0UT2 IN2 00 2 PWR GND2 STBY 10 MUTE NZ 0UT3 OUTS NC PWR GND3 PRE GNB 0UT4 4 MUTING 8 TIME ON TIME CONTROL PWR GND4 CIRCUIT IC LA6556 SIGNAL FWD 5 1 THERMAL SYST EMI RE CH2 TO CH4 OUTPUT MUTE ON OFF VCC2 3 CHT OUTPUT L z4 ON OFF VLO 4 lt 2253 L OUTPUT 1 CONTROL VLO 5 lt l 04 6 lt LEVEI j SHIF V04 7 lt lt V03 8 lt i i 6 LEVEI M S IF V03 9 lt lt Y 5 SYSTEM SYSTEM SWREB GND FR 9 1 EXTERNAL PNPTR FR 02 10 lt 27 gt v02 11 lt x 26 225 01 12 lt DUE 23 lt SHIF 01 15 lt lt 24 ME 22K vcci 14 I 22 23 11K VINI 5 gt I ARA 2 22 VIN1 A 21 i VIN1 A 5 1 24 1 5 20 i VINI VREF 5 1 j L INTERNAL VREF 2 5V F
6. CON851 007 8 FRONT C B x Ki SBX1971 52 gt REMOTE 2 1H2H3 o R971 18 D pr R909 1k NWN R908 Ik 5901 SW902 EE 5905 5906 4 WW CON901
7. 511 100033 1 WSINVHIAW GO SCHEMATIC DIAGRAM 2 YU 10 32 31 HO LD3NNOO 45 14 05 YHMOd O 30 He t m 29 28 27 26 25 24 23 22 2 13 40 21 20 19 18 17 16 15 14 13 12 A MAIN 10 2451 1 2 y agi V A 4 gt vd 1 1982 1 27 a M 076 9 WIRING 2 YL MAIN 1 2 SCH
8. NAS S R672 9674 n O E Q LJ O U ol 1N4002 21 FR 7 m 6 6 x CE oO 0 0 mc TE 5 151 we 881 3 NC 41 42 45 44 45 46 47 48 48 50 51152 53 54 55 56 57 58 59 60 61 62 65 64 915 FLTR 2 5 AMORPHDUS CHOKE R731 100K o 5 7 5 NC R732 100k 1 EE RA R673 100 12002 9 m le WW 4 R733 100k ra SE R642 151 N ND 0641 5 lo LJ a SN 10k 5 9948 Ede AS a ES MN gt O gt WAN lt R738 100 Z o AN SW CN TZ 1 mE E JME 207 307 ONLY 2 s A CB R lt gt IA CH R RENI 8 4 T lo 2 8 L p 4 R755 100k gt gt 51 1 E lt 114 gt in o no nlo o m gt El AM 00 5 50 A E in lt 0 gt al tla Ee Bis n Wa 1851 A A12 lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt C821 R831 mo amp 7u Seal corn 3 P E gt Weal RE 12 lt sa corck IEC 3 x o o 5 n 9 CUN851
9. 511 100033 1 WSINVHIAW GO SCHEMATIC DIAGRAM 4 YL WIRING 3 FRONT SW9IO 4 SW905 IN ME 5 L 2 0 O R E 0 S 1 41 5 906 e 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 32 31 30 29 lt 5 4 1 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 5 902 4 PWR MUTE 71 TUNE 5 921 5 9 1 1 SENSOR bl JOG DIAL y x mm 97 N o m 2 R961 8 9 R97 A gt NU 1 SW 28 SW907 TOTAL MAIN C B I72 2 GQ SwST8 SW917 SWS916 LED901 SWSIS5 5 414 5 581 SWI WESE M6 RANDOM BI SPLAY MZ ZI UNE CUN85 1 m JL AU T APE MD IN ja 15 SCHEMATIC DIAGRAM 5 FRONT
10. 32 31 33 3dS A ddn S Ad 30 p lt 29 28 m U m 4 6 27 Na Wa Wa 26 25 24 23 22 21 20 19 18 17 16 15 14 13 7 MAIN 12 451 242 507 407 ONLY Jasi OAT U 75 z 6 ff 1 gt 5 WIRING 1 YU MAIN 2 2 SCHEMATIC DIAGRAM 1 YU MAIN 1 2
11. e mw ww LC78622NE DEFI Defect detection signal DEF input Must be connected to when unused For PLL Test input A pull down resistor is built in Must be connected to OV E ER __ 777777 777 1 0 177777 I Selmani EH EN Test input A pull down resistor is built in Must be connected to OV Disc motor control output Can be set to three value output by microprocessor command Rough servo phase control automatic switching monitor output Outputs a high level during rough servo a low level ma Track jump output Three value output is also possible when specified byO microprocessor command EFM data playback clock monitor Output 4 3218 MHz when the phase is locked Synchronization signal detection output Output a high level when the synchronization 22 FSEQ signal detected from the EFM signal and the internaly generated synchronization signal range 24 28 CONTI 5 General purpose input output pnl 5 De emphasis monitor A high level indicates playback of a De emphasis disk General 29 EMPH CONT6 General purpose input output pin6 o omom TTT ow o 3 TEST3 1 Test i
12. WARE S 62 LT0 93H 20 S DIR 5 22 K 818 N NIN LN o on ja d Ee O eNIA 104 TW A Mi a ANN 5 ENIA 10 9 N 43771218 s ES z 2 95 SZZY gt lt R mo 2 4 7 ANN N NIA JIN 324 07274 i 2020 4d ANN 422 vLOM STA AAA 22 0 9122 2 5 ANN 0 Ou AN I Vw I gt ANN lt ZNIA V INIA E 1371318 a SIE M 15070 6122 022 Lect 1001 ZACH ANN S ZNIA V INIA 1124 4 E WY WY CC CLCH 1 8 INIA i D MET 051 22 ASL 9728 amp 90051 2123 4101 1123 01 WY 25 0 0123 NN 371918 5 1228 0 0 6023 em 3 57408 6022 1 aa 6074 T 1 ANN 72770 S022 N O CN 13771218 Cle 5078 EE CJ N 01 9728 ec SO N de af Sar wn z gt x e gt gt CN _ J gt Z 91 49 2023 b ac BE na ma ch in in p NS CUT LUN lt 91 25 1023 2 gt Nz m 01 102 w CE N Bie 5 NSE im oz 1 N n 5 c 2 N a c 0 202
13. c MP HTC114TKA Ae E ANE me RL p lt 21 Cac gt ST MY INFO xi da QD m O 1 gt 3 x x lt lt 12 vo H BASS aj ej e lt gt lt gt lt gt gt gt MWL W LL LLL FEEL EL l 4 4 AM 899999 090150246 ED96 SCAN RANDOM REPEAT BASS MUTE LES DRIVER 57529080 2050203022 28096 8120150 273020 XS OG D gt gt gt O 01 00 NI O WN CO NI 01 W N NO Nj O NN SINI OIN C NIE NI O1 co P NO UD ms wo COO CD O of CO 02 O O WM O OO OLO OO 00 O 00 OOOO O WM WY O ROK ACC 225 2 SIGNAL TUIAIMAIN 172 BLOCK DIAGRAM IC LA4743B VCE1 2 VCC3 4
14. gt mm 0 ospreowmem seriy LED fing ouput Noid elg wo 3 we ge sm saa E ws s ofws 02 09 0 we TT or 0 1 SW2 LA9241ML For the connection of pickup photodiode Addition to the FINI pin creates an RF 1 FIN2 signal and subtraction from it create an EF signal FIN1 EN For the connection of the pickup photodiode For the connection of the pickup photodiode Subtraction from the F pin creates a TE 3 E signal 4 F 0 For the connection of pickup photodiode Inputs DC components in the signal For connection of resistor which sets gain of signal between this TE and pin o man 2 er The signal po rough a BF gt 9 2 2 O m o s o crm e ing phase coto te FD ad FA 5 m m o For the connection of a resistor whichs sets the gain of the FE signal between this pin 21 FE I and the TE pin x o omora m 0 Saintes onto espere Crean Vp 5 Fore ceneton of spindl
15. 2 17 112186 47 Jez L 8822 RWC 48 S 150 7 27k BS UX L 2 m A49 a 2 8 NN UX R R C8 RES 35 I 5 9 N gt CO S A36 J 0081 5 25 A33 4 2S82395F R852 lk Ra 2 m 2A LM LAMP STB OTE NC 9 I LM Y V nx R854 1k z A37 J E 3 o R ANN CD CE E sun AU E 0621 Ly at 5 T S PEL R855 3 5 A38 gt 2902395F EN S 59 ata ANN CD 80 15 UP lt lt b R856 1k 2 n lt A504 5 702 3 30 20 NIN ANN C8 8I 22 A SW3 12 11 A A SAN SD 29 R857 5 5 1 J 2 5555212 20 7A sw2 9K 10K x x ho R858 1k 5 5 A52 A24 KS2 T S oo D f ANN EI 8A SW1 9 wn 2 R859 1k T 8712 Q lt 5 25 co co e ca in 5 co ANN E2 S INSIDE BAN202K 2 0 ee 7 en e 2 25 KS1 77 Z el x DD 20a 8v 4 2 8862 10 CO A 85 1 S 5 8714 slo DAN202K amp m N X MP KEMER 3 NAL 26 KS0 4 0 gt 06217623 Z 8V CD STB p
16. a D Ee mm ra S 2 seu ae BAN 02K 1000p 5 6k MW 22 0106 E 5 12 1 16 E ij MW MW 5 3 PARA C2412KR SM S lam T Tos R584 100K Q 0335 lt 25 0284 4 0101 c O R L INB Ofel l n 0 21 2 BAN217 gt 217 TE gt 25C2412KR n 07 d E 12177 RH z S BT m Dz LPF 4YKA non R304 3 3k 1 EN PI oo p ac s Q102 x 4 0560 1 M 256241 2 i 5 i 3 DTC114TKA S M 2 8 5 010500107 x 59 lt lt lt lt lt lt lt 2 117 lt lt R315 10k 20 lt lt lt AM FM SW lt lt lt VW m C347 a Ke lt ale 22 560 061 int ine 852 100 25811820 O2 Tue E 12 x 5 a la k 9V STB 1 gt p VW TUN R J A 10 k R R61 1 gt WW TUN LY 22151 6 0501 1 47458 PRE GND 13 552 0612 u oS 2 POWER ON TIME S C2412KR SN n V STB a T co 8 s di 0601 C701 W N 2 lt 25B1566F 27p a R ZZ EMILA POWER SW R754 100k 24252221201 919 71515141512 1109878 15 57 2 sz ISS tB 2 QN MN O O O Z n N 0 C702 ca 2 R R602 4
17. cl NN Green Brown Transparent White Metallic Blue Light Blue GT Transparent Green Dark Ble DT jramsparetorangl _ Gold Pink Gm Be Silver Violet Titan Silver White 29 CD MECHANISM EXPLODED VIEW 1 1 30 CD MECHANISM PARTS LIST 1 1 U WN HL C 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 22 33 34 35 36 37 38 39 40 PART NO KANRI DESCRIPTION NO 53 031 010 010 FRAME 53 031 050 240 DAMPER J S3 031 010 260 REAR OAMPER BKT J 53 031 010 270 GUIDE 53 031 010 290 HUNG UP SP R 53 031 010 140 TRIG PL S3 031 010 160 TRIG ARM S3 031 010 120 TRIG LVR S3 031 010 150 S3 031 113 020 TRIG PL SPRING LDG RLR SFT ASSY S3 031 010 200 FIX PL R S3 031 010 180 FIX ARM R S3 031 010 210 LDG GR 6 S3 031 010 220 LDG GR 6 SPRING S3 031 010 170 FIX ARM L S3 031 010 190 FIX PL L S3 031 010 030 DAMPER PIN S3 031 010 070 UPPER PL S3 031 010 080 SEL STOP PL 953 031 010 330 S ARM SPRING S3 031 010 100 SEL ARM R S3 031 010 250 S L ARM SPRING S3 031 010 240 S L ARM S3 031 110 240 SW S3 031 110 230 SW PCB S6 418 040 020 S6 418 040 030 DET SW ESE22MH1 DET SW ESE22MH3 53 031 010 090 SEL ARM L 53 031 050 010 53 031 050 130 53 031 050 360 53 031 050 230 53 031
18. LROUT Fader outputs frount and rear sides be attenuated independently LFOUT oo es LFIN 1 input Must be driven at low impedance For the connection of LCH super bass compensation capacitors Not used 23 24 1 582 LSBI u NC N ON N Connected to VSS I Super bass input Must be driven at a low impedance t gt 4 LSIN LTOUT Tone control output 29 31 LTI NW LCOM 1dB volume control common pin I 4dB volume control input Must be driven at a low impedance LSELO Input selector output pin AUX L CD L I Signal input pins LVRIN 95 gt EN For the connection of capacitors that compensate for bass and treble in the tone control circuit A high frequency compensation capacitors must be connected between T1 and T2 A low frequency compensation capacitors must be connected between T2 and T3 EN TUN L 3 TP L 8 25 Pin No 0 Signal input pins Input selector output pin IC LC75853NW pre si so 10 mT ce lt KII KI5 Key scan inputs These pins have build in pull down resistor Used for applying the LCD drive 2 3 bias voltage externally Must be connected to VDD2 when 1 2 bias drive scheme 15 used Used for applying the LCD drive 1 3 bias
19. o o j 9 _ o 9 o o eo o0 o o o op n 9 o 9 o o om 0 o jo o mz o o 9 o o j o0 2 o 9 o o e n loss o o o o 7 0 o o 9 o0 9 o o 09 o9 e o o9 e o e o 20 5 o o o o 5 6 o o ws TU UNIT FAE347 A12 LC75374E La o o 3 39 3 8 9 o o 46 am 8 9 o3 3 21 LC75853NW PIN BU ACC CD V AUX V La o 4 sw aw DESCRIPTION IC LC72358N 9910 0 1 SS gt tee om gt cm Transfer out clock for command output or output terminal for Sub code transfer in 3 CQCK clock from SQ OUT Stereo signal input when receiving Hi MONO Low ST FM reception m 513 51 _ Cm 7 Ow _ ma Channel detection signal input when FM AM seeking Hi detect channel RW disc control Normal set to Hi Hi NORMAL DISC Low RW DISC J WRQ Sub code Q output standby input terminal 4 LM me mw gt ww mw eo gt awe i Power con 5 8 22 o
20. I lt TUNE A PB PS A ME SESS m 6 4 o e 0 4 8906 Ik Eme UX akwa gt O lt Z AN a AMP 5907 5908 5910 331 a SE FUNC 0 A EJECT 7 MOT 2 1 z 1 WY 0 O O 0 H C 8 D 111008 C 5915 5914 SW915 1 16 54917 5918 C 45608600 8 on N x3 0 0 6 X X 4 0 M M M D O p K56 2 Z z 2 2 2532NC 32 R921 100k 20 NC 53 21 Z D 2 czy 20 R922 100k 4 e e 52 KI3 529 29 2 Sw901 908 910 911 91371918 Eiht th 2 E SW TACT SKQCAE 55 TEST 526 26 a 5 5 54 VBD C901 25 25 E 58 2 LCD DRIVER 522 6MT 59 vss 522 60 Osc 521 gt LAL 21 20 520 z 222 22 519 9 R AE 20011 DA 27 oo LL 0 gt 0961 0962 09 2 oi 64 9 _ 517 23 2 N 2 wise 218 m BRA Be nd 2222 292 2YsX YsYeYv Xs X2 Ji oli 0012 31 401516 3901 nca nz L OIN LCD AKC 16 17
21. 6552 s R364 1k 4 I 4 e JO ANN a ee ls 0 018 aes Bo FRED FL 24 S m 6 35 AUX L FL OUT 21 J10 in 36 CHG L RL QUT 20 E ANN NW RK ANT V C132 gt 37 TUN L VREF 19 zii C353 8555 0553 R365 Ik m 5 0 018 ca L ZAAR RCA RE ie ZEE 1 50 Ik BTC114TKA 10716 a paul 29 VDD 10301 17 oc toy a EE 27 ae C274 1 50 Lis e LC75274E 9 m ow 3 E ES E VOL C254 a co a gd 1 TUN R gt gt 41 TUN R vss iS 1 50 Bf BTCTIATKA R346 1K SD m 42 CHG R RR OUT 14 ANN gt ANN ae gt zm E E 52 IE AUX R p 43 AUX R FR OUT 15 pe R NW FR NZ R352 Sse C102 0 01 R104 22k lt gt z az S 1750 IK 0558 KU 4 5 BTA114TKA 1 enu T 3 8221 C332 CO a M N R581 100k OX DAN21 ne e gt I C103 8102 105 Et 0 1 A a r r Z 2 AAA N N 2 2750 820 x 4 WW 6 C202 11215141516171819110011 R33l R552 2 2k 282 1008 Ek W a 515 2 R333 10 16 5 0551 554 559 560 NW 0 559 5 STS 0 IM E 8 MUTE 9551 C590 859
22. C LED SEC1201 RED C LED SEC1E01C BLUE C LED SEC1E01C BLUE C LED SEC1E01C BLUE LAMP 3 LAMP T 3 SW T CI 643 5 160 SW T CT 6X3 5 160 SW T 6X3 5 160 C SW C SW C SW SW T CT 6A3 5 160 SW T CT 643 5 160 C SW SW T CT 643 5 160 SW T 643 5 160 CT 6X3 5 160 211 643 5 160 SW T 643 5 160 CT 6X3 5 160 SW T 643 5 160 SW 51 026 F CABLE 3P AUX JACK 3 5 ST BLK OF v THE 1 RESISTOR PART CODE Chip Resistor Part Coding 818 1 11 1111 OUL Wo A Figure Resistor Code Value of resistor Chip RR SHE Dimensions lt f Dimensions mm Wattage Type Tolerance EN Form L ZEE Resistor sda io 1608 y 2 5 TS me 556 a apis oss TRANSISTOR ILLUSTRATION 8 2SA1037 2SB1326 2SB1182 2SB1566 25D2395 2SC2412 2SD1862 DTA114TKA DTA123YKA DTC114EK DTC114YKA DTC114TKA DTC144EK WIRING 1 YU 1 2 32 31 30 29 28 o 2 ooooooo OO 00 OD
23. Test input A pull down resistor 1 built in Must be connected to 0V Chip seledt input A pull down resistor is built in Must be connected to OV if not controlled TESTI Test input No pull down resistor Must be connected to OV LC75374E Pin No 1 RVRIN 4dB volume control input Must be driven at a low impedance 2 RCOM 1dB volume control common pin 3 5 RTOUT 7 RSIN 5 RFOUT 14 RROUT B ws CL DI For the connection of capacitors that compensate for bass and treble in the tone control circuits A high frequency compensation capacitors must be connected between 1 and 12 A low frequency compensation capacitors must be connected between T2 and T3 Tone control output Super bass input Must be driven at a low impedance Connected to VSS For the connection of RCH super bass compensation capacitors Fader input Must be driven at a low impedance Fader outputs The front rear sides be attenuated independently ON I Serial data and clock inputs for control 4 Chip enable Data is written in the internal latch when the chip enable signal goes L from and each analog switch is activated Data transfer is enabled at REG B Generates a 1 2VDD power source A capacitor must be connected between VREF and VSS as a troubleshooting against power ripples N
24. 27 rs 0315 A MAIN 1 2 DTC114TKA i N S a 68 us Dr mI p 221 22 C301 10 16 LT z e 10 16 NEOUT J451 2 2 5 2 6 6 Z m 0 47 1008 E 2 O FRONT WAZ5H593 15 1719 19 20 2 22 2329 29 e 555 215 15 012 28 2712 4125124123 TORIM R 5 35515 R364 1k x 0 027 LSELO 2 FL N2 i750 e Bou o o AUX L gt AUX FL DUT TN 310 1 ns CHG D RL OUT 20 e Ei ANY pw ANT gt 21 1 V C132 i gt jp TUN L VREF 19 C353 353 4 0555 R365 Ik E C273 1 50 le 1760 ik 25 0 027 C8 L EJ 18 NI gt 2 R118 100k MS INS Y VBD 10501 17 RR A SF EQUT z C274 1 50 LC75374E KO ox E J451 172 R119 Ik 8 8 E R cL 16 O 0554 SECA NW TUN R lt gt 1558 7 4 BTCTI4TKA 454 88 pen gt TUN R vss 1750 7 R366 lk 10716 SST NIN CHG R RR OUT 14 p ANN ANN RE gt R lt Zi E RAN AUX FR OUT 13 ANN RSELO z FR ING 352 dae v O o c m 2 1 50 1k Q559 C102 0 01 8106 22 9551 dg 5 ie R581 100k Y C ac 26 WW HAN217 555 5155 ANN 4 12 C103 102 9105 x ka 0 1 P
25. 8171 411511 1 s 2 OL 9 8 17 6 1 51 5 1 2 5 3 1 6 QO 9 1 o 5 Z 2 Hc x gr PI te C702 ea 50 R602 I lt N N O O gt lt 228 10k 0111 22 25 KS e 6 O ee XOUT 80 2SN1027AK A26 50 26 1 0 63 aj pe gt 79 NN 5 z 5 8 R 27 01 78 8 S 8 8 E TUN STB 28 K2 i GA 2 6200 ON 2 z gt gt VUE gt F A29 i 20 KI vss 64 gt 0602 ce c to A 5 CON881 Azo KO 4 50 KO FM OSC p DTC114IKA P 31 VDB 10701 DSC 74 T POWER SW 2 A NC LC72358N 9910 2 ag 5 is 5 o _ A33 CPU 92 x R603 on 53 M RW SUB PD 72 15 _ 0671 25D1862 VBB STB 2 2172 zB Al 34 LP UP E03 71 gt rm EE Z 55 us SN 5 H MUTE 5 25 CB ON FM AM 70 ST AAS TS P e p 56 69 5 18 Zl 5 5 L R m A37 57 i 545 68 S a gt AC x 3 uo z 671 8 GND 58 58 gt 2 1 ACCIN 67 zog 5 1 5k 9 FL A39 39 aa 66 2 at NW RL 3 a ZA DE a ECT 20 gt LJ oO ae a MUTE 5 T s A m 2210
26. loss op o o j 36 o0 9 o o m oo 9x9 o 9 o o n o0 9 o o o9 09 ou o op o o 29 9 o 9 o o 20 89 9 o o o se 9 o0 op o o 29 9 o0 o9 o o 9 9o 4 o o o 30 9 o 9 o o j n e o os 9 o9 e o e o o9 e o j o x O 9 o Loo o J o 9 x O oe o Loo oe s 19 LC78622NE o9 e o o5 o 1 9o 914 o 9 9 e o j o o9 e o m o EE XN e o 9 oT 0 o 9 o o os o op o o j o0 o9 o 9 o o 29 9 oo e 9 o o 29 9 oun o o o j o0 2 o0 o o o 0 8 mom o 9 o o j n os o0 9 o o sa 0 Bex o o 6 o o oam o0 o9 o o 25 8 2 53 0 o0 e o o o9 o o j n lam o o o o 29 0 0 0 n o J x 3 e o o o 29 8 9 39 0 0 9 o XJ o0 o o ou o 9 o o 4 n o o o sa 0 o o o o 8 o0 o o o m o o o o m o op
27. m 4 A25 KS uu gt gt ee x 10k 532 554 533 551 01 25 KS 1 RD aDme 6 0 XOUT 80 0 1 0 1 0 1 A26 KS0 2A KS0 ae mi o z 5 251 037AK 26 x i NC a lt N N N N N N R 27 01 78 RS gt 2 z aa as i TUN STB 9V COM A28 K2 5 58 2 E02 77 a 29 r wn D 8 29 KI VSS 76 0602 7 4 4 29 gt 50 KO 4 ZA KO FM OSC 75 C711 0 a a a CUN881 7 POWER SW gt ERO 31 12701 05 74 15712 100 8 B z 2 RL 52 NC LC72558N 9310 VDD 73 RR 5 Se 33 LM Rw SUB PB 72 amp 0671 2501862 pp STE 8603 m cles T GS 34 LP UP E03 71 1 ns ge MEZ eee 24 2 22 3 gt 5 PH MUTE 25 CD ON IF FM AM 70 AAS TS S m 2 SE z 56 36 A MUTE NC 69 5 S Lib gt A7 x A37 LA Z 5 SS 7 ACC y be 37 SNS 68 gt 8 GND N BTCII4EK A38 58 Z 57 A gt 1 86 F TUN STB 59 52 ODD N 25 9 FL 3 N 39 O gt gt Q Q RESET 66 a 1 gt ANN Caco SR St o 0 RL gt a 40 ea PH MUTE 65 42 s L lt 0 RR
28. r gt 2 TN 820 C302 28456783001 8 552 2 2k LS olol ES 8333 10 16 e Q5517U554 559 560 Heus alae ur ete us MUTE 8551 R103 212 118 a C316 BAN202K 590 590 WV 10 Sls e AMEN 1000p 5 584 100k 8106 250241 2KR gt NZ mS T ANN w 0101 C2412KR gt E to L IND 0222 100k 5 na ze ND 5 5 E se 25C2412KR a o 5 OMEN 17 in 4 gt so x m 25 LPF e Dre o R304 3 5k ST 15 2 gt NO 22k Er c 102 x 0560 o so in 25C2412KR lt BICII4TKA lt SS 2 4 TON LPF 2 01 1 2 11 21 R pm Gc E I 010574107 20 lt lt lt lt lt lt lt lt lt ein lt lt lt FM SW lt lt lt 4 560p 5 0611 InN R132 R756 25811820 s 4 H14 15 11 Je PT 39k _ E 100k OV STB gt zj gt 4 ANN TUN R e LL ce LL N V REF PA 53 SO TUN L leal 2h IC501 LA4743B AE 0612 BSH 2 ry TAB POWER ON TIME 16 R751 100k 25C2412KR z N 85 9v STB R752 10 R753 10 21 lt P 0601 C701 EM i lt 8 5 25815662 91817 5151513121 54 77 55 58 5 POWER SW R754 100k 2412512212 11201 1
29. 0 1 25 K B REF NO C205 C206 C207 C208 C209 C210 C211 C212 C213 C214 C215 C215 C216 C217 C218 C219 C220 C221 C222 C223 C224 C225 C225 C226 C227 C228 C229 C230 C231 C232 C233 C234 C235 C236 C237 C238 C240 C250 C250 C251 C256 C258 C259 C261 C262 C263 C264 C265 C266 C267 C268 C269 C270 C271 C272 C273 C274 C280 C281 C282 C301 C302 C303 C304 C305 C306 C307 C308 C309 C310 PART NO KANRI DESCRIPTION 87 A11 606 080 87 010 492 040 87 010 195 080 87 010 176 080 87 010 992 080 87 016 669 080 87 010 498 040 87 010 180 080 87 010 992 080 87 016 669 080 87 010 178 080 87 010 182 080 87 A11 606 080 87 016 669 080 87 010 198 080 87 012 157 080 87 010 184 080 87 010 322 080 87 010 492 040 87 010 067 040 87 010 553 040 87 010 805 080 87 010 184 080 87 010 497 040 87 010 555 040 87 016 669 080 87 010 498 040 87 016 669 080 87 010 555 040 87 016 669 080 87 010 555 040 87 010 193 080 87 010 992 080 87 010 067 040 87 010 553 040 87 010 197 080 87 016 669 080 87 016 669 080 87 010 805 080 87 010 555 040 87 010 186 080 87 010 150 080 87 010 316 080 87 012 156 080 87 016 669 080 87 010 555 040 87 010 555 040 87 016 669 080 87 016 669 080 87 010 498 040 87 010 498 040 87 010 180 080 87 010 180 080 87 010 154 080 87 010 154 080 87 010 494 040 87 010 494 040 87 A10 189 040 87 010 555 040 87 016 669 080
30. 080 87 012 368 080 87 012 368 080 87 010 178 080 87 010 553 040 87 010 198 080 87 016 044 040 87 010 553 040 87 010 553 040 87 010 196 080 87 010 196 080 87 010 198 080 87 010 555 040 87 010 553 040 87 010 198 080 87 010 553 040 87 010 198 080 87 010 315 080 87 010 314 080 87 010 497 040 87 010 322 080 87 010 322 080 87 010 555 040 87 010 196 080 87 012 156 080 87 010 494 040 DESCRIPTION C CAP S 0 15 16 C CAP S 0 15 16 C CAP S 0 15 16 C CAP S 0 15 16 10 16 GAS ANNA UJ UJ UJ w CAP E 10 16 GAS CHIP CAPACITOR 0 1 25 CAP E 100 10 GAS CHIP CAPACITOR 0 1 25 CAP E 10 16 GAS C CAP S 0 47 10 F Z C CAP S 0 47 10 F 2 C CAP S 0 1 25 Z F C2012 CHIP 0 1 25 CAP E 1 50 GAS CAP E 1 50 GAS CAP E 1 50 GAS CAP E 1 50 GAS C CAP S 0 47 10 F Z C CAP S 0 47 10 F Z C CAP S 0 47 10 F 2 C CAP S 0 47 10 F Z CAP 560P CAP 560P CAP 560P CAP 560P 10 16 GAS lt X307 X407 gt CAP E 10 16 GAS lt X307 X407 gt 10 16 GAS 10 16 GAS 470 lt 307 407 gt 470 lt 307 407 gt 470 470 22000 16 125 CHIP CAPACTTOR 0 1 25 CHIP CAPACITOR 0 1 25 10 16 GAS 1 50 GAS 1000 1000 1 50 M 5L SRE 1 50 M 5L SRE C CAP S 0 1 50 Z F lt YL gt C CAP S 0 1 50 Z F lt YL gt 5 0 1 50 Z F lt YL gt C CAP S 0 1 50 7 F
31. 1 BA RCT 902 010 8A KCG 902 010 8A KCG 901 010 8A KCG 903 010 87 B10 141 010 87 B10 143 010 87 B10 144 010 87 B10 145 010 87 B10 216 010 8Z KC1 030 010 82 1 231 110 8Z KC1 232 010 82 1 235 010 82 1 244 010 82 1 250 010 82 1 616 010 KANRI DESCRIPTION INST YU YL 3L P 207 lt X207 gt 31 307 407 lt 307 407 gt IB YL 3L 4010 3070 2070 lt YLs NUT 5 2 UT1 5 15 W O SLOT W 5 2 10 0 5 W SPR 5 3 8 5 1 5 U 2 6 4 0 ZINC BLK BH 2 6 CASE DFP C HLDR HALF C KEY REMOVE C HLDR REAR MTG S SCREW 5 6 TH TAPPING ST S SCREW HEXAGON CONN ASSY 16P B52 AUDIO SECTION Max Power Output 45 W x 4 channels lt except CDC X2070 gt 35 W x 4 channels lt CDC X2070 only gt TAPE MD IN input Input Sensitivity load impedance TAPE MD IN 500 mV 10 kQ lt YU gt 300 mV 10 kQ lt YL gt GENERAL Power Supply Voltage 14 4 V 11 to 16 V allowable DC negative ground Load Impedance 4Q Tone Control Bass 10 dB at 100 Hz Treble 10 dB at 10 kHz Preamp Output Voltage load impedance 2 2 V 10 kQ 182 W x 53 H x 155 D mm 77 W x 27 H x 67 D inches Installation Size STEERING WHEEL MOUNTED REMOTE CONTROL UNIT lt CDC X407 4010 only gt Dimensions approx 67 W x 26 H x 27 D mm 2 W x 17 H x 17 4 D inches excluding holder Weight approx 38g 1 33 oz including
32. 2 2 c822 SL R832 z Zk UX L SBA a 5 TN UX R 12 9A em a O UX 04 24 eu in MP 5 5 0681 AE LAMP 5 a 2982295F 4 4 ANN DEP z m 8 STB X407 ONLY RRS TKN EMDTE O X407 ONLY o 1 z lt RE m 8922 LEN Zz B716 0621 a Jv S m i po 21 iBAN202K 2 25823952 22 lt S 121215 etm ROG W CB lt SW702 3 d 2 Ny ny 221 8857 3 3W CD 81 1 1 2 5555212 11 Est NE E 5 NW Cp cLO 9K 10K a 1 2 CAE m R858 1k Et a Wy E c LL 5 A24 K32 15 o R859 AN202K Rot oM te amp 8 wD WW E2 ax A25 KSI S 77 cA ats M BB 20A 55 c B o gt O 9714 25 202 D a4 EV N A26 KS0 0 5 062174625 8V CB STB Q623 lt
33. 201 2 252 1 gt 3 We eL s 100 934 420 9 LL SS E Uk E uem E E UP ep Eas OTW onn o c eun e ENIA 10A ZIN a gt ANN ENIA 10 N 13971218 s Sm z IZZ SZZY X lt ZIN 22 AAN SNIA 22 X 2078 mp Lae GZZH AZZ 0 74 RE I5 5 MCC YLCH N x5 VW 1 0 7122 RAA PE S ANN ANN ZNIA V INIA a ulala LIZH WW VW ZZ 2414 E 4051 5224 51 9224 2 USTINIA 8 1 S Wv 9 x x 22 28 0051 2122 9 oz WW Ne E 5 AOL ZZZH 91 01 1123 CO Wy 21 Zg 1 0 0123 43971918 AZL IZZd 19070 6002 020 15 S 20 089 8023 e ANN 7220 S022 N ola 4 CN 33771218 oz 5078 NE 01 9728 19 A ef N 22 Acz e a x e 0 CO 00 5 gt w gt gt 911 7022 T E Z 1581 st 222518 Q OG C e lt 91 25 1022 is 2 EN gt RZE 5 m 01 1025 e lt EN NSE im a Oa 2241 z r N AM s nq NO TAS N a o a 14 0 202
34. 50 5L SRE 220 10 100 10 GAS C CAP S 0 1 25 K B 10 16 GAS 10 16 GAS CAP E 1 50 GAS CAP E 1 50 GAS CHIP CAPACITOR 3300 CHIP CAPACITOR 3300P K CAP CHIP 0 022 CAP CHIP 0 022 10 16 GAS 10 16 GAS REF NO CALL 312 C313 C314 C315 C316 C321 C322 C323 C324 C331 C332 C333 C334 C351 C352 C353 C354 C361 C362 C363 C364 C365 C366 C367 C368 C451 C452 C453 C454 C455 C456 C457 C458 511 512 C513 C514 C515 C516 C517 C519 C519 C531 C532 C533 C534 C590 C611 C612 C613 C621 C622 C641 C642 C671 C672 C673 C674 C681 C682 C701 C702 C706 C711 CT12 761 C763 C771 C831 PART NO KANRI NO 87 A11 177 080 87 A11 177 080 87 A11 177 080 87 A11 177 080 87 010 498 040 87 010 498 040 87 010 196 080 87 010 555 040 87 010 196 080 87 010 498 040 87 012 358 080 87 012 358 080 87 010 196 080 87 010 196 080 87 010 494 040 87 010 494 040 87 010 494 040 87 010 494 040 87 012 358 080 87 012 358 080 87 012 358 080 87 012 358 080 87 010 175 080 87 010 175 080 87 010 175 080 87 010 175 080 87 010 498 040 87 010 498 040 87 010 498 040 87 010 498 040 87 012 140 080 87 012 140 080 87 012 140 080 87 012 140 080 8A KC7 623 000 87 010 196 080 87 010 196 080 87 010 498 040 87 010 494 040 87 010 178 080 87 010 178 080 87 010 494 040 87 010 494 040 87 012 368 080 87 012 368
35. NW BLUE 2 9 5 0 3 HLW CUT 1 4 3 2 0 4 CAMERA B TAOPPING SCREW M2 5 CAMERA SCREW TS G 2 4 CAMERA B TAPPING SCREW M2 4 CAMERA SCREW M1 7 2 2 CAMERA TAPPING SCREW S M1 7 8 CAMERA TAPPING SCREW S 3 M2 2 CAMERA TAPPING SCREW B 3 M2 10 CAMERA TAPPING SCREW B 3 M2 5 TAMS SCREW M2 3 7110 8710 1 2 11 203 3827 3111 AIWA LTD 2 11 IKENOHATA 1 TAITO KU TOKYO 110 JAPAN TEL 03 3827 3111 9820572 0251431 Printed in Singapore
36. adjustments or performance of proce dures other than those specified herin may result in hazardous radiation exposure ATTENTION L utilisation de commandes r glages ou proc dures autres que ceux sp cifi s peut entrainer une dangereuse exposition aux radiations ADVARSEL Usynlig laserst ling ved abning sikkerhedsafbrydereer ude af funktion Undg uds ttelse for str ling This Compact Disc player is classified as a CLASS 1 LASER product The CLASS 1 LASER PRODUCT label is located on the rear exterior CLASS 1 KLASSE 1 LASER PRODUCT LASER PRODUKT LASER LAITE LASER APPARAT LUOKAN 1 KLASS 1 PICK UP ASSY P C B SHORT LAND ELETRICAL MAIN PARTS LIST PARTNO KANRI DESCRIPTION NO IC 87 A20 446 010 C IC LA9241ML 87 A21 319 010 C IC LC78622NE 87 A21 488 040 C IC LA6556 8Z KT1 622 010 C IC LC75374E 87 A21 562 010 IC LA4743B 88 KT1 606 080 5 9941 87 A21 535 030 C IC LC72358N 9910 87 A21 489 030 C IC LC75853NW 87 A90 951 010 RCR UNIT SBX1971 52 X407 TRANSISTOR 89 324 122 080 TR 25C2412K 87 A30 289 040 C TR 2SA1037AK R 87 A30 288 040 C TR DTC114YKA 87 A30 287 040 C TR DTC114TKA 87 026 235 080 114 87 026 210 080 CHIP TR DTC144EK 87 A30 299 080 TR 2981326 87 A30 282 040 C TR DTA114TKA 87 A30 168 010 TR 2SB1566F 89 211 821 080 25811820 89 423 953 010 2502395 87 30 301 080 2501862 87 A30 449 040 C TR DTA123YKA D
37. ee ee lt lt lt lt lt lt lt 90051 0 25 m 00051 6923 09 NZ a 111 4 2 92 2 92 OIOI aA T Na EB Nx lt 55 122 o DIAS 28 6528 ZHWS6 91 co 10ZX SS 2 CT 87 0924 MEA E gd sd gd JA NO JA ND gt n c O O 41 1 D U0 20 WE 1 6 gt gt lt gt 3 c 2 00 0 Iwo gt GE fr 9 Md Sisal Q C 2 545 1009 5 in 2285 253 5 N 3 a CN OHM SINO3 zi gt OMY 01 02 5 03 gt o CN 10096 1 03 gt 9 N102 CGN 1 Zl 03 S ES ea 5 3393 O m LLNOI X O31 0 e 953 8 HP 22 W9l Ad Z am gt 4 8183 tar 85 0 52 NIELS ENS 4401 Z GQ O ce o lt L O Y Son gt gt gt 0 2p H lt GO gt U gt WM 1 1 11 x oU 111 0 gt gt gt 1 11 0 s eo Q A C 055 6572 8 724 z RB S E ASF 152 9 9022 1923 A 170 622 N e x i WN ASE
38. voltage externally Must be connected to VDD1 when a 1 2 bias drive scheme is used Power supply Connected to GND Resistor and capacitor are attached externally form an oscillator circuit lo Serial data interface pin Output 0 Serial data interface pin chip enable Serial data interface pin synchronization Serial data interface pin data transferred LCD DIAGRAM 915711 11271 1 71 12157 Ogos EMEN SCAN REPEAT CED GEES EB EEG CO MIB INO COMI COM2 COM3 191 1 50 20 sc 5G 5F 21 CH 5B 5 23 68 3 24 6C 6G 251 60 6E 26 CD TEST MODE 1 1 How to Activate CD Test Mode Caution when servicing 1 How to use extension jig 1 Connect 62 pin test 9 ONA ST ID Correct between MAIN C B and CD mechanisms by extension Jigs when checking CD mechanism MAIN to the 31 pin VDD by cable TN CCD1001 113J operation Refer to the following figure 2 Connect wire of ACC red and BACKUP yellow of power supply speaker connector to DC 12V then connect Ground black to When CD test mode is started all displays will be lighted as shown in the following figure M PS EO 2 A n j M m LEN EE 85 EN 1 1 2 How to
39. 050 150 53 031 050 140 53 031 050 250 53 031 053 020 53 031 050 030 53 031 050 210 53 031 050 100 53 031 010 280 5 CLAMPER PLATE CLAMPER CLP ARM SPRING CLP ARM SPR L SPINDLE MOTOR ASSY FMB LOCK PIN THRUST SPR HUNG UP SP F 31 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 GO PART KANRI DESCRIPTION NO 53 031 050 220 LOCK PIN BL S3 031 050 080 PU SHAFT S6 901 160 110 PICK UP OPTIMA 720AIE 53 031 050 110 PU M NUT 93 031 050 120 3 031 053 030 53 031 050 040 53 030 050 100 56 418 040 040 53 031 053 010 53 031 110 300 53 031 110 180 PUSH SPR PL FEED SCREW ASSY FD GR BLK PU GEAR B DET SW ESE11HS2 FEED MOTOR ASSY FRONT BRKT J L P SPRING 1 53 031 110 080 GR MT BLK 53 031 110 310 LDG ROLLER 5 53 031 110 100 LDG GR 3 53 031 110 090 LDG GR 2 53 031 110 290 LDG BELT 53 031 110 050 SUPPORT PL 53 031 113 010 53 031 110 190 LDG MOTOR ASSY L P SPRING 53 031 010 300 LEVER SP 59 W07 350 B00 LUMILAR W 2 3 9 8 0 35 S3 031 110 120 LDG GR 5 56 815 020 350 56 817 020 240 56 815 020 370 S9 W03 302 760 S9 W06 400 300 87 841 034 410 87 741 033 410 87 351 549 310 87 267 525 310 87 B10 026 010 87 078 159 110 87 067 643 010 87 841 034 410 87 261 032 410 CONNECTOR TKC F14P J3 CONNECTOR 6208010115 CONNECTOR TKC F12P J3
40. 21 010 81 592 641 010 87 70 175 010 87 010 805 080 87 010 194 080 87 010 194 080 87 010 177 080 87 010 196 080 87 010 196 080 88 KTA 602 010 8A KCG 610 010 87 017 827 070 87 017 827 070 87 017 827 070 87 A40 813 040 87 A40 813 040 87 A40 813 040 82 1 641 010 82 1 641 010 87 036 251 080 87 036 251 080 87 036 251 080 87 A90 001 080 87 A90 001 080 87 A90 001 080 87 036 251 080 87 036 251 080 87 A90 001 080 87 036 251 080 87 036 251 080 87 036 251 080 87 036 251 080 87 036 251 080 87 036 251 080 87 036 251 080 87 A91 597 010 8 7 611 010 85 HRL 623 010 DESCRIPTION 1 50 51 SRE C CAP S 2200P 50 K B C2012 C CAP S 2200P 50 K B C2012 C CAP S 2200P 50 B C CAP S 2200P 50 B C CAP S 2200P 50 B C CAP S 2200P 50 B 12P TKC F12X K1 CONN 14P TKC F14X K1 CONN 15P CAM B68 CONN 16P CAM B51 FUSE 15 32V ANT AW 002 JACK PIN 2P lt EXCEPT 307 407 gt JACK XR 401 X307 X407 COIL 4 7 UH COIL 68MH K7 D COIL 4 7UH K LALO2 COIL 47UH COIL 4 7UH LAL02 FLTR AMORPHOUS CHOKE LEDE TLR124 RED C RES S 330K 1 10W F C RES S 330K 1 10W F SW TACT SKHHLV SW SL 1 1 2 5555212 11 TU UNIT FAE347 A12 VIB CER 16 93MHZ VIB XTAL 4 5MHZ AT 49 CAP 5 1 16 CAP CHIP 0 047 CAP CHIP 0 047 5 820 50 SL CHIP 0 1 25 CHIP CAPACITOR 0 1 25 lt X407 gt CONN 15P CAM B67 LCD AKC 16 17 C LED SEC1201 RED C LED SEC1201 RED
41. 5 BTN CLEAR 52 AC15 BTN DETACH 15 SPR C DETACH 2 LENS R AC15 HLDR LCD AC15 LCD AKC 16 17 LENS LCD 15 CASE LCD LENS AC15 CAP LAMP BLU lt YU gt CAP LAMP BLU B lt YL gt CABI REAR AC15 COLOR NAME TABLE REF NO 30 31 32 33 3d 34 35 36 37 38 39 40 41 42 43 44 45 46 Q wW KANRI 8A KCF 020 010 8Z KC2 203 210 82 2 221 110 8Z KC2 011 110 82 2 011 210 82 2 222 010 82 2 204 210 8Z KC1 231 110 8Z KC1 213 010 8Z KCG 201 210 8 7 230 010 82 1 211 010 8Z KC7 201 010 8Z KC3 201 010 8A KC7 224 010 8 7 611 010 8Z KC1 214 010 8Z KC1 212 010 8A KCF 220 010 8Z KC1 253 010 87 B10 216 010 82 1 251 010 87 251 073 410 87 251 100 410 87 B10 259 010 87 432 903 010 DESCRIPTION CABI TRIM 15 LEVER DFP HOOK C2 SPR C DETACH HOOK C2 CABI BASE C2 lt YU gt CABI BASE C2 lt YL gt SPR T DETACH LOCK C2 LEVER DFP LOCK C2 HLDR HALF C CHAS SIDE L C CHAS FRONT 16 HLDR TR2 AC COVER TOP C COVER ISO BLIND C COVER CD BLIND C HLDR P IC AC F CABLE 3P AUX CHAS SIDE R C COVER BOTTOM C COVER DUST DFP AC S SCREW PT 2 8 BH BLK U 2 6 4 0 ZINC BLK BH M2 6 S SCREW TH2 6 4 0 0 8 SCREW U 2 6 6 U 3 16 UT2 3 0 10 0 W O SLOT BH WASHER WTE 2 6 Basic color symbol Basic color symbol Basic color symbol Gem 0
42. 5528 c ed N 0 Ln 85785 555 N 0 0 0 3 the 195 Se 7444 W WN XL y 5924 65 9772 01 GZH e 15 a S 7 1 Ovzu 3 OYRYOYINYNY NY NY YOYONDNYWOYRYOYN YS YN ANN E s A SEA EA EA st A SEA s DB DD DBE JUN ANO O E 5 8 91 9 223 So cu em c 2 Eee ZI 1 LL 9 M 0 22 a 25 05 1 0 Ae 9 430 df 9 6524 0827 IS E 5221 1S 55 4 P 095 0S eg 0 taj a S ec 7203 n 1VH 815 55 REL 9316 2 a zh 9 GNO S and Un AE 3 SRS in Z 1nM a gt Jud ddS RE MA a s miech 522 lt lt 5 131 ZIJA m 4 p LN CN J 08 lor E 51701 Sz 0 223 a 945 S ANN TUE Mes 2 5 in 1333 NAN dS A ANN gt GW ON lt te M 021 SCZH 15 NIA 0 o 550 0 7502 oc 2252 6122 2 NI HJHA gt SSE 28 05 23 GNOv 2 40066 0223 ERNIE L elll Fn 9923 IHd 14 lt LAN Ag ZZ0 0 10 05 X 90 0 5823 sA eeZH 8169 4102 0 43 8 N YZH N 5 O Em o 1 U ANN 3 E e 34 T N Q 007 v4 2 ore 2 AZZ 2 lt _ lt lt 2 Cou V 3 2221 3 199A W MA ES e f UE gt
43. 87 010 498 040 87 010 498 040 87 010 494 040 87 010 494 040 87 010 184 080 87 010 184 080 87 010 198 080 87 010 198 080 87 010 498 040 87 010 498 040 C CAP S 0 22 25 K B CAP E 0 33 50 GAS C CAP S 0 068 25 2 F C2012 C CAP S 680P 50 J SL CAP CHIP 0 047 C CAP S 0 1 25 K B CAP E 10 16 M 5L SRE C CER 1500P CAP CHIP 0 047 C CAP S 0 1 25 K B C CAP S 1000P 50 K B C2012 lt YU gt C CAP S 2200P 50 K B C2012 lt YL gt C CAP S 0 22 25 K B C CAP S 0 1 25 K B CAP CHIP 0 022 C CAP S 330P 50 CH CHIP CAPACITOR 3300P K C CAP S 100P 50 CH CAP E 0 33 50 GAS 0 1 50 5L 47 16 5 C CAP S 1 16 Z F lt YU gt C CAP S 3300 50 B C2012 lt YL gt 4 7 35 5 100 10 GAS CHIP 0 1 25 10 16 5 0 1 25 100 10 GAS CHIP 0 1 25 100 10 GAS 0 033 0 047 0 1 50 BL 47 16 5 0 01 DM C CAP S 0 1 25 K B CHIP CAPACITOR 0 1 25 lt YU gt C CAP S 1 16 F lt YL gt 100 10 GAS CAP CHIP 4700P 5 6 50 D C CAP S 33P 50 CH C CAP S 220P 50 J CH GRM C CAP S 0 1 25 K B 100 10 GAS 100 10 GAS C CAP S 0 1 25 K B C CAP S 0 1 25 K B 10 16 GAS 10 16 GAS C CER 1500P C CER 1500P CAP CHIP 10 CAP CHIP 10 1 50 51 SRE CAP E 1
44. 9 X92 2 3 9 9022 1922 A 10 5525 ANA S 1 34 115 X99 562 EN N 0 Ln 85785 555 UNES MED 170 0922 me 5 11 1 ER 9444 4 ANN ANN 4 79 yzy 55 9002 01 GZH E 15 15 5 771 07ZH D TARA LA FLA FARA AAFO ALSO 5 91 15 5222 gt N O U u 3 3 A e 04 8 am e 5 gt 2 T a 05 1 203 438 ar Se 6CZH 20825 E 2 313 315 AR 5222 eo 18 m HR 095 0 0 aN S gzu 3 N va Gis S S H T ASM Ee ws 2 GNO S an TE SRS In 231 lt Ln AUG GdS N aw as EN mie 2 X LALAW 33 lt LN N EE mim 71701 prey A 2224 2 id A EE 1438 Ex E ds 3 WW 3 G cH 5 8066 IT 7M o PUR mI MO 6122 2 NI HJHA 0A gt J z dN9V 8 90099 0225 L 277 50 1 209 AA z KO 70 0 S622 4 4 SZH 8123 1143 0 4 3 SOA 0 Sm o HE 33 U T W C CN 8871 V oO no O gt ASE EE E eua f ANN 0 SH V d mI T 3 202 44 5 ANN S VW By gt S A SSL 228 252
45. CDC X207 v CDC X307 CDC X407 v CDC X2070 v CDC X3070 v CDC X4010 v 2 22 9 1 a of 3 lt 2 STEREO CD RECEIVER BASIC CD MECHANISM TN CCD1001 113J This Service Manual is the Revision Publishing and replaces Simple Manual of CDC X207 X307 X407 lt YU gt S M Code No 09 99B 422 3T1 and CDC X2070 X3070 X4010 lt YL gt S M Code No 09 99C 422 3T2 ama lt S M Code No 09 002 422 3H1 RADIO SECTION FM Frequency Range Usable Sensitivity 50 dB Quieting Sensitivity IF Rejection Frequency Response S N Ratio Stereo Separation Alternate Channel Selectivity Capture Ratio AM Frequency Range Usable Sensitivity SPECIFICATIONS 87 5 MHz 108 MHz 100 kHz steps 87 5 MHz 108 MHz 50 kHz steps 12 7 dBf 17 2 dBf 80 dB 30 Hz 15 000 Hz 63 dB 35 dB at 1 kHz 70 3 530 kHz 1 710 kHz 10 kHz steps 531 kHz 1 602 kHz 9 kHz steps 30 uV 30 dB Set the frequency increment for your area using the switch on the bottom of the unit The switch is set at the factory to the 10k position for the U S A CD SECTION Frequency Response Dynamic Range Channel Separation S N Ratio Wow Flutter 17 Hz 20 kHz 0 3 dB More than 80 dB More than 65 dB More than 85 dB Unmeasurable ACCESSORIES PACKAGE LIST REF NO
46. EMATIC DIAGRAM 3 YL MAIN 1 2 TU101 oo S ZZ R303 3 3k 22 iy 204 T FAE 347 A12 j 2 R363 M EN ES z 3 8 2 S TS 2 CED 2 z gt lt gt lt P 2 nol NO NO C315 gt gt gt O LL 2 gt cm ND e dL lt dL G lt x F 20002000 Z GO 0 47 100k Eg 2 m 5167 H0 2H0 3H1 4H0 5HG 6H0 7H1 8H0 9 420 121 422 25 424 25 426 717 A A H 23H 24 ee eT eI i i 221215 115017 2312712 6224123 A
47. IODE 87 A40 250 080 CHIP DIODE DAN202K 87 001 783 080 DIODE 1N4002 87 020 331 080 CHIP DIODE DAN202K 87 A40 624 080 ZENER MTZJ10A 87 A40 523 080 ZENER MTZJ9 1B 87 070 436 080 ZENER MTZJ5 1B 87 017 932 080 ZENER MTJ6 2B 87 A40 798 010 DIODE 1N5402 3A 200V 87 A40 817 040 C ZENER STZ6 8N MAIN C101 87 010 178 080 CHIP 1000P C102 87 010 197 080 CAP CHIP 0 01 DM C103 87 010 495 040 CAP E 2 2 50 GAS C106 87 010 322 080 C CAP S 100P 50 CH C107 87 010 552 040 22 16 GAS C108 87 010 322 080 C CAP S 100P 50 CH C109 87 010 553 040 47 16 GAS 110 87 010 198 080 CAP CHIP 0 022 C111 87 010 553 040 47 16 GAS 112 87 010 185 080 C CAP S 3900P 50 B C113 87 010 197 080 CAP CHIP 0 01 DM C114 87 010 197 080 CAP CHIP 0 01 DM C115 87 010 196 080 CHIP CAPACITOR 0 1 25 C116 87 010 196 080 CHIP CAPACITOR 0 1 25 C131 87 012 365 080 C CAP S 0 027 25VBK lt YU gt C131 87 010 220 080 C CAP S 0 018 25 K B lt YL gt C132 87 012 365 080 C CAP S 0 027 25VBK lt YU gt C132 87 010 220 080 C CAP S 0 018 25 K B lt YL gt C133 87 012 358 080 C CAP S 0 47 10 F Z C134 87 012 358 080 C CAP S 0 47 10 F Z C161 87 010 196 080 CHIP CAPACITOR 0 1 25 C171 87 010 197 080 CAP CHIP 0 01 DM lt YU gt C173 87 010 322 080 C CAP S 100P 50 J CH GRM C176 87 010 197 080 C CAP S 0 01 25 K B lt YL gt C201 87 010 553 040 CAP E 47 16 GAS C202 87 010 553 040 CAP E 47 16 GAS C203 87 010 178 080 CHIP CAP 1000P C204 87 016 669 080 C CAP S
48. IXED VIN1 B 18 VREF VINI VREF SW AMP B L AMP A AMP B 17 MUTE VIN4 VIN4 VIN4 VR VIN1 VR VR EF IN EF SW EF OUT CH1 FR EG OUT VINS VINS VINS VIN2 VIN2 VI N2 19 VINI B VOLTAGE CHART IC LC72358N 9910 PIN NO BU V BU ACC V FM V CD V AUX V E u gt N Q un 15 ON 1 P O P K P un o u 4 ON P 25 ON P No a 25 1 21 4 NO LO P 54 18 PIN BU ACC CD V AUX V ow 4 os sm 1 LA4743B LA9241ML AM cp axo Dep specus e o s o o9 e o 29 o Loo o J s 9 NL Loo o 39 x O oe s o Loo oe 39 o ow o0 o o o 9 o os e 9 o 29 9 oe 0 9 o o 9 og o0 9 o o 9 IC LA6556 os 0 o9 0 o 29 o os e o o o 22 9 lm e o9 o o 29 9 oam o op o o mem o 9 o o j o mcs o 9 o o s 35559 0 9 o o j n e 9 o o 29 9 0 0 o o 3 8 o 9 o o j o los o o o o sas 8
49. YL CHIP CAP 1000P CAP 47 16 GAS CAP CHIP 0 022 CAP E 100 16 GAS CAP E 47 16 GAS CAP E 47 16 GAS CHIP CAPACITOR 0 1 25 CHIP CAPACITOR 0 1 25 CAP CHIP 0 022 100 10 GAS 47 16 GAS CAP CHIP 0 022 47 16 GAS 0 022 5 27 50 CH C CAP S 22P 50V 4 7 35 5 5 100 50 C CAP S 100 50 100 10 GAS CHIP 0 1 25 C CAP S 220P 50 J 1 50 51 SRE REF NO C832 C835 C836 C881 C882 C883 C884 CON201 CON202 CON851 CON881 N F881 J101 J451 J451 L101 L102 L465 L671 L831 L881 LED702 R241 R242 SW701 SW702 19101 X201 701 FRONT C901 C902 C903 C904 C905 C971 CON901 LCD901 LED951 LED952 LED953 LED961 LED962 LED963 PL901 PL902 SW901 SW902 SW903 SW904 SW905 SW906 SW907 511908 511910 511911 511913 511914 511915 511916 51917 511918 511921 AUX FC901 J901 PART NO KANRI NO 87 010 494 040 87 010 182 080 87 010 182 080 87 010 182 080 87 010 182 080 87 010 182 080 87 010 182 080 87 A60 859 010 87 A60 860 010 88 KTA 603 010 8Z KT1 611 010 8Z KC1 621 010 82 1 614 010 87 61 225 010 87 61 224 010 87 003 143 080 8Z KT1 619 010 87 003 143 080 87 003 149 080 87 003 143 080 8Z KT1 615 010 87 027 262 010 87 022 371 080 87 022 371 080 87 91 070 010 87 A91 152 010 8A KC8 6
50. cancel CD Test Mode 1 Disconnect the cable of 62 pin test and 31 pin VDD of the MAIN IC701 LC72358N 9910 and switch on the power Sur Mode Amine Stat TEST MODE Search Mode RANDOM TOC Continual Focus Search Confirm APC circuit READING The pickup lens respeats the Laser current measurement full swing up down motion Confirm focus error waveform NOTE 1 Play Mode REP 1 TRACK No e Normal Play Back Focus servo Playing Time Indica Focus search is contiuned if e Traking servo tion Revel Ing TOC cannot be read CLV servo Indication e Sled servo Mode Time Indication 1 0 Pick up Move to inner most track Confirm mechanism operation Gain Switch 1 lightened For CD CD R e Step 1 to 3 are cyclic Preset Button For CD R RF Gain is up e Error 03 is indicated if the Disc against Step 1 does not Step 1 match For CD R Laser Power Up against Step 2 e Do not insert Disc when confirming Search Mode Press PWR button when cancelling Search Mode Test Mode will be restored when PWR button is pressed once again Insert the Test Disc when operating all modes except search mode NOTE 1 There are CD operations are disable owing to the protection circuit being operated when heat builds up in the driver IC if the focus search is operated continually for more than 10 minutes In cases the power supply should be switched off for 10 minutes until heat has been red
51. e plane compensation cst i te SPD pi ww 0 1 ub 0 86 2 xw 2 Sled feed signal input from the microprocessor Tracking signal input from the DSP LE Tracking gain control signal input from the DSP Low gain when TGL is H TOFF ES Tracking off control signal input from the DSP Off when TOFF is Du The HFL high frequency level signal is used to judge whether the main beam is 37 HFL positioned on the pit or on the mirror e rw SCO ew o Sets the RF gain and the EFM singal s 3T compensation constant togther with the 42 RFS RFSM pin The SLC slice level control signal is output to control the DSP s data slice level of the 43 SLC RF waveform pop OwWwWpaiwh I a 90 oup ore fes sei mocne sc 77 w 0 s o DRF eet RP isn oupa The FSS focus search select signal switches the focus search modes search ii I search with respect to the reference voltage Not connected s ve 77777 Ls Por oni of bypass capaci Rr de rame vgs ww w O _
52. gt pp 28 Na Fa Ga Mosi den iu elk ug ee Kf a Oj Oj Nj M N 2 1 s lt lt lt lt lt lt lt 90051 0423 m 00051 6923 Li 111 COC QE 2 2 X01 924 01 9ZH O 2 No x RAR 45 55 Sen San s LISS NR A 28 8528 ZEE ZHNS6 91 oo z 10ZX RS 2 092 MEA U W gt 0 1 Lr 41 002 GO 06 55504152 X 0 Cy ER 1 QS gt lt Re SS EDU CO 25525 a Sa 43 Iwo gt DE m amp Md 2163 Q C 5 525 1009 5 in 995 422 N 4183 A CN M DUM GI 02 amp OMY yl 02 5 03 gt o CN 101095 e 5 109 NN 21 03 in 2303 S ES LLNO2 X O31 3 aga 9 gum 251 in 11154 353 a 9 Ha lt gt OPE S dr S p CES 7 0 0 92 91 5 z 3 1153 1401 O EJ lt L O 0 Z gt gt a 10 1 lt gt gt OD 2 f 1 1 11 G 2255 gt 11 0101 1 1 1 l 105 5572 8 SS sf 492
53. holder battery Design and specifications are subject to change without notice PROTECTION OF EYES FROM LASER DURING SERVICING This set employs laser Therefore be sure to follow carefully the instructions below when servicing WARNING WHEN SERVICING DO NOT APPROACH THE LASER EXIT WITH THE EYE TOO CLOSELY IN CASE IT IS NECESSARY TO CONFIRM LASER BEAM EMISSION BE SURE TO OBSERVE FROM A DISTANCE OF MORE THAN 30cm FROM THE SURFACE OF THE OBJEC TIVE LENS ON THE OPTICAL PICK UP BLOCK Caution Invisible laser radiation when open and interlocks defeated avoid exposure to beam Advarsel Usynlig laserst ling ved bning nar sikkerhedsafbrydere er ude af funktion Undg uds ttelse for str ling VAROITUS Laiteen K ytt minen muulla kuin t ss k ytt ohjeessa mainitulla tavalla saataa altistaa k yt t j n turvallisuusluokan 1 ylitt v lle n kym tt m lle lasers teilylle VARNING Om apparaten anv nds p annat s tt n vad som specificeras denna bruksanvising kan anv ndaren uts ttas f r osynling laserstr lning som verskrider gr nsen f r laserklass 1 Precaution to replace Optical block OPTIMA 720AIE Body or clothes electrostatic potential could ruin laser diode in the optical block Be sure ground body and workbench and use care the clothes do not touch the diode 1 After the connection remove solder shown in right figure CAUTION Use of controls or
54. nput A pull down resistor is built in Must be connected to OV 3 I Test input A pull down resistor is built in Must be connected to OV General purpose input output command identifying A pull down resistor is built in 34 PCCL I Control possible only for the general purpose input output port command L Control possible for all commands MUTEL CONT7 channel mute output General output Rz LVDD channel power supply LCHO channel output LVSS E Left channel groud Must be connected to 24 Lu puma O ig el ns up Goni e mm o X fot su Connections for 16 9344 crystal oscillator element 77117177 sv 0 e U o o sekmoksroaewwwe Subcode frame synchronization signal output This signal falls when the subcode 50 SFSY in standby stase 9 sgl vl ecd sl s smmemmmmam 5 sw 0 TT Input for both the command input acquisition clock and the SQOUT pin subcode 57 CQCK I readout clock input pin This is Schmitt input Reset input This pin must be set low briefly after power is first applied 15 11 KE Test output Leave open Normally output a low level TESTS
55. ol RY uite RR 5 GU Cc x Q T 1 R672 D674 i2 FR 2 O Q O O Z a e 100 1N4002 2 ena m Z Ct t JZ Z Z ES 5 1881 E m 41 42 43 44 45 46 47 88 48 50 51 52 855 54 85 56 57 58 59 60 61162 63 64 S S o x FLTR l NC 5 AMORPHOUS CHOKE gt lt x 6 R731 100k ml SI NC 22 y 8675 R732 100k WEZ A noi 2 R735 5 9 R733 100k gt 5 100k R642 IC641 2 1 1 EM NS Tou Wk 861994 237 SLE kosa NON gt 155272 SW EN 4 R738 1008 SR e PN 2 lt i R734 5 Z ee 100k E 1512 X207 307 ONLY I 8 8 R p E 5 a 50 3 2 8 L 08 14 m R755 100k gt o TSN 3151 A11 1 0 0 0 3 0 in 4 gt ofa R ANN 7 E 5 50 OUT in in 0 gt al m 20 831 ro L831 N 12 lt lt lt lt lt lt lt X lt lt lt lt lt lt t lt 2 7K e 4 78 lt 4a COIN NE MJ 212 2 2 2 VZ Z lt lt RZ N lt 54 COCK o Mo c CON851 am A46 lt lt i i ANN 2 A DRF x x x UX GN z
56. uced and then re started 27 MECHANICAL EXPLODED VIEW 1 1 C 3 Z 28 MECHANICAL PARTS LIST 1 1 NO gt gt gt pP C 03 12 L 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 28 29 KANRI NO 8A KC7 005 010 8A KC7 020 010 8A KC7 220 010 8A KCG 004 010 8A KCG 003 010 8A KCG 005 010 8A KCG 006 010 8A KCG 007 010 8A KCG 008 010 022 010 8A KCF 021 010 8A KCF 001 010 8 7 014 010 8 7 208 010 8A KCF 211 010 8A KC7 007 010 8A KCF 007 010 8A KC7 006 010 8A KC7 011 010 8A KCF 208 010 8A KC7 013 010 8A KCF 012 010 8A KCF 210 010 8A KCF 008 010 8A KCF 010 010 8A KCF 011 010 8Z KC2 223 010 8A KCF 212 010 8A KCF 215 010 8A KCG 610 010 8A KCF 213 010 8A KCF 214 010 8Z KT1 236 010 8Z KT1 239 010 8A KCF 002 010 DESCRIPTION KNOB RTRY AC RING RTRY AC SPR C ROTARY AC WINDOW LCD X207 lt 207 gt WINDOW LCD X307 lt 307 gt WINDOW LCD X3070 lt 3070 gt WINDOW LCD X4010 lt 4010 gt WINDOW LCD X2070 lt 2070 gt WINDOW LCD X407 lt 407 gt WINDOW SIDE R AC15 WINDOW SIDE L AC15 CABI FRONT 15 BTN CLEAR S AC HLDR BTN L AC LENS ENCO 15 BTN SEESAW R AC BTN SEESAW L AC15 BTN AC BTN CLEAR L AC HLDR BIN AC15 BTN CLEAR ML AC BTN CLEAR EJ AC15 HLDR BTN R3 15 BTN 1
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