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9. NC PD5699A IC s marked are MOS O1 O Be careful in handling them because they are very liable to be damaged by electrostatic induction 001 DEH P640 P6400 P6450 PALOO7A Reference sw_vcc Thermal l I I l 1 I 1 I l 1 I l l I Ud I I I I 1 1 paresi s i i ra q amp sepu rO 10 0 IER H 9 Lal Ly lt 1r m lt gt V 1 1 sw_vcc Stand by Circuit Offset Detection k Detection Offset Detection 24 t o 6 5 gt 5 o gt CO Protector Short circuit E 9 5 9 gt Mute circuit D o I n gt g O1 vec O1 o wur FE N O N N O1 2 3 101 11 12 13 14 1 A a gt 5 8 222080652985 4 5 2 5 5 Po o Co E 2 5 zs E 2 Z 9 o 7 e 0 bo o o gt D lt o PMLOO9A DEH P640 XN UC cc Ki zi 2 zi T E m e e gt ss gt
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12. OG TI Yams uonrusi Ag p llonuoo 0242912 pod uonrsod yoyjims UOHIUSI Jo sso pue3o4 IM s emye MOTIPA Joyeods Joyeods Aue Jo pes alnJN orpny doo jou uo peaj amy orpny BIA 11 32ouuoo 1e nj oo OSN noA JI YSe G MOTPPA uiojs g JGA ZI 006 xeu Jonuoo 20 dure Jo E 9 qe 5 18 4 Vas sng dI 8 5 91 jndjno 519 II p os SST mano 3UIpedJ UON Jokeld GJM Jayoomqns 984 Ajayeredas p os dure AIeleIedss p os san d VOY sp1oo Suroouuo dure INVHOVIG NOLLO3NNOO 8 2 SPECIFICATIONS DEH P640 XN UC P6400 XN UC General Power source Grounding system 14 4 V DC 10 8 15 1 V allowable Negative type Max current consumption Backup current 10 0 A 5 mA or less Dimensions W x H x D Audio 178 x 50 x 157 mm 7 x 2x 6 1 8 in 188 x 58 x 19 mm 7 3 8 x 2 1 4 x 3 4 in
13. F ra E 5 5 od SN3S8 ZA 9729 ga _ 9 4 EZ 7 MEZT BFE puo 39dNni lp Fo 8 o SES ez ce o 9 ozz 05 Ha ur As 13 0 5 d gt 8 9 Ea Serge Neves Ge gt i 5 __ I 977287 T o ge NEN ad po 04 Y i tance 4 gt 3WOH lt eis dod 3344 2 reo 13538 13835 lt 5 4 wanes 222272050 2922 ano 3s eH nox 9 MIEN H H H H H gt HHH GY SSA E N g ms o jo lo o Is ju m 2277555 rT 0 gt m m m m m m JT Iv Iv IT Bo ZHWO OT NIX 2 1 0219 m EE 5 lt aS DOA 73014 3 SN d di dl di d moo o BEIS 0 10 Sak alo alo o92 f ON C2 gt Q Ke Ode ev mee 5555 p m 5 IS lt NI N 0 slo P m lt lt 8 pla e 5 x z 5 9 2 m arp a alo T 55 J n o V 8 gt T OSOTAdI Tv9za
14. Sr hee n L802 o 1 9 5 vec no GIE a 943 2 r INA D gu PANEL UNIT 4 GND OUTY I TC7SETOBFU CN1851 CN1850 mum gKYDT hetpsf Jess 2 e anak 47K 13 13 M R816 D wv 1 12 12 12 Retee zl gt m satis ILGND OELB 13 10 EJECT 10 10 Y 4 9 51850 9 bd 2 GEJSW R807 lt 5 6 7 4 7 7 gue 225 gevILM 7 6 sH 8 ea 5 N sHs gevILe R814 R808 gt 9 4 4 4 e LU gOELG 2R2K 47K 10 3 3 44 42 2 12 1 1 1 v gs 2 oye g d D 8 z o elo 102 LOr ou OM oja OTO GND Olu oO L 2 a lt lt lt lt a 1 7 GND a SE DEH P640 P6400 P6450
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16. 2081 o D Io alle L ONL U lt H 6 5 ONSL ONG D ar d ovr 1 cO z 9 Z OV NO VNNJLNY N gt 0 6 0 gnado o D D D A 0 d opt TD TD 5 mm NYWY o o o OI Ol OI IO N lo 10 10 IN WIN Ik 3 gt O T x e x 26 22 2 6 60s 6t 18 N far 907 ON DOA 1LNOO NILSAS N sp NIIC3 le NIIP3 Mot d m TI WaId14 SNV ev lt SN3SO 4 a 593906 2 gt 9094 an gt Tod L3 lt LO OLOH 19d ER LO le aT 5 70901 2 um LOA ora 7 5 SE L m 001L 39 1 9294 29 D IN Si ON90 B 2 58865 NN lt lt z nr HW 5 ON 7 Uu ZZ ZO x 0 U m 200 J DA 0 zo DD D Zu z mv ls s Ds S o IR e TS 2 gt m 2 m lt DM s Ia 2 RUN 29 5 LSS t N 1 1 DEH P640 P6400 P6450 Ev INOU 5 z x 9 nel G4 AI ZSENI ONS e 5 Y Oz L T SENI 6 42 8 514
17. 5 fo P D d pp 0 a Q O O O O TE T EG9NO St e ii ii ii 0 5 9 5 5 00 N O eB a Sng9 d 2288228582982333338 858 3 YOLVIND3H a MD MM NM 0 L gt a e qv EV m lt mE EH O ms Y CU EV 0 CU UN 0 p B m gt gt gt gt T Z 70 2 ONS o mio di EI 0 Ojo ojo ojo V D o o CN ci og 5 V YA O lt Gei Z D at BUS NITIS SE GGAMS U v Les ze m 7 7 r FE daI 3 S MEEL O 4 9719 N 8 gt N 6 E JJ eech O TT 2 1 2 o C 0 T elo E ET co 2 OLGHO eK O 27 S Tedeores LOANS N TGBTNO 1 C 20871 Ul D Io RU ee U lt H z C o lt ONG 5 Q I ST R ovr m 0 z 2 27 WNNALNV
18. NOTE1 GND CD LS PGND Actuator Motor Driver AGND ee Audio These GND 5 PGND is CD5VON XRST RST On 1 8102 4220 PCK 8703 220 PIO 8704 220 R705 220 12 R106 220 D 8707220 8709 R710 k Ik 6 O CLCONT HOME DSCSNS C105 R1 C102 R1 PGND1 O PGND2O lt side A side B land Monitor land Monitor Land for manual soldering are not connected to each other on PCB to floating mechanism part screw CD5VON VD XRST XCE 10 11 12 LOE J CONT ROUT AGND LOUT CLCONT HOME DSCSNS GND GND PGND DEH P640 P6400 P6450 Note 1 The encircled numbers denote measuring pointes tn the circuit diagram 2 Reference voltage VREF 2 1V Waveforms CH1 DSCSNS 5V div 5V div CH1 DSCSNS 2 CH2 CLCONT CH3 LOEJ 5V div 00ms div CH4 VD 10V div When loading 8 cm CD CHI 5 V CH2 5 V DC 101 107 5V div CH2 CLCONT 5V div CH3 LOEJ 5V div 4 CH4 VD 10V div When loading 12 cm CD CHI 5 DC 101 101 DC 10 1 500ms div CHA 10 V 5 di 5 V CHM 10 V m Delia 500 Dm 0 101 500ms div Ref
19. SEL_out_L 1 33 SEL_out_R Source Gain SV in FL 4 Tone out RLI 5 i SV_in_RL SL iw Tone out PreL 7 0 5dB shift volume 9 A Mut Secondary O Filter Mute Secondary u Be Volume SV_in_RR 27 Tone out PreR Phase control 4 order LPF with fc 12Hz STB MIC El 2 27 Z gt DC Filter Pre out R 69 DEH P640 P6400 P6450 Pin Functions PD5706A 14 NC Notused OPEN 5 RM Remote control reception input 00 6 BYTE GNDconnection 7 CNVSS GND connection 89 NC Notused OPEN 10 RESET _ _ Pulp XOUT O Crystal oscillating element connection pin 00 12 VSS VSSconnection 13 XIN Crystal oscillating element connection pin 0 14 vce 1 VCC connection 15 NM Not used 16 19 KDT KD2 Key data 1 4input 20 CKC O Fixed pulse output for cathode driver 21 Netued __ 22 0 Fixed pulse output for anode driver 28 NC 20 24 16 0 Linesinksignal output 25 NC J Notused sw 202 26 0 Datatransport driver clock output o gt SSS 27 DPDT Display data input 28 KYDT_ O Keydataoutput 29 DA2 0 Display data
20. lt LvH IGTEO 8 977007 D m a 2 at 15 ES He o 9 E262 5 a 52 Lu ya m 2 7 1 LLI 6 gt gt gt gt o 2269 T SS SS B SEL 2 Sax 1 9007 door al ai di oa 5 16SZH gt au lt 5 a gt BUN gt 2 o _ s 59 8 5 7269 p T 2 gt oe 5 Qs s mo mo kal O lt O lt gi N ST 2 LI gt 0 0 0 ae OEE m s 4 co 00 OOOO 9 awesspnrn 9 CAMA z 0 terol x AnKKR 5 i lt t V 8 a 3 T1n0 gt gt aly ba 9 ers lt Ez ayy f v an 5 u 24NI 2 25 OR 16SZH 552 is 245 ul gt A a 1 TH 78685 2 woe GGAMS H TEE 405 7 8 40 97 07 77 5 gt 2 als ala IEY 9 a 3 3 0 0 lt H 2 OTR 5 a ELTD 9 m 1 t e ni 2189 eS J Pa ans o 0 jo oor orm 6282 0 8 o ol
21. Circuit Symbol and No Part Name Part No S 1910 Switch CSG1107 CAPACITORS S 1911 Switch CSG1107 S 1912 Switch CSG1107 1901 CKSYB105K25 S 1913 Switch CSG1107 1902 CKSRYB104K16 S 1914 Switch CSG1107 1903 CKSRYB474K10 1905 CKSRYB103K25 S 1915 Switch CSG1107 1909 CKSRYB473K16 S 1916 Switch CSG1107 S 1917 Switch CSG1107 C 1910 CSZSRAR7M10 S 1918 Switch CSG1107 C 1911 CKSRYB103K25 S 1919 Switch CSG1107 C 1912 CSZSRAR7M10 C 1913 CKSRYB103K50 S 1920 Switch CSG1107 C 1914 CSZSRAR7M10 6 1922 Switch CSG1107 S 1923 Switch CSG1107 1941 CKSRYB104K25 S 1924 Switch CSG1107 1942 CKSRYB104K16 S 1930 Encoder VOLUME CSD1059 1943 CKSRYB104K25 1944 CKSRYB104K25 VR 1941 Semi fixed 20kQ B CCP1231 1945 CKSRYB104K25 OEL Unit MXS8017 1946 CKSRYB104K16 RESISTORS 1947 CKSRYB104K25 1972 CKSRYB103K25 R 1901 51 165222 a Ho ene Unit Number CWM7986 R 1903 51 165473 Unit N P Unit R 1904 51 165103 UNI DUE RSU 1696023 D 1850 LED CL220PGC R 1907 RS1 16S2R2J R 1852 51 165101 1909 51 165154 1863 CKSRYB223K50 R 1910 51 165473 Unit Number CWX2481 R 1911 RAB4C101J Unit Control Unit 1912 51 165473 1913 51 165473 MISCELLANEOUS R 1914 51 165103 1915 RAB4C101J IC 101 IC TA2153FN 201 9495 2 1916 51 165101 401 BA5996FM 1917 RAB4C101J IC 701 IC BAO5SFP R 1918 RAB4C101J 101 Transistor 2501664
22. eras om 5 ss 0 Ur T Eus ur T cum E I gt F gt o z OH Omg O lt m asia E TEKI 1004391 Z OOT gt Z O O W H gt O O OT dr z 2 2 2 2 2 X gt X gt 2 v ZO Z LI ONS D TY PS ad oe oe lt ud 5 OT 57 cds Men 1 1 EN DEH P640 P6400 P6450 3 5 CD MECHANISM MODULE D PICKUP UNIT SERVICE P9 RF AMP R213 120K R212 RO15 33K 10K 10101 TA2153FN C301 R301 ___ __ R315 330K LPFN LPFO PVREF VCOREF VCOF A GND SLCO RFI A VDD RECT RFZI RFRP FEI C320 47 5901 HOME pee AI 5 051 voed p me 5902 DSCSNS CONT IL H L CSN1052 DRIVER 055 5904 12 sides 3 O CSN1052 52 5905 BEJ e R404 18K 5 051 Joes oc DSCSNS 4 S903 Batang R405 12K CSN1051 2 85 Qx SPINDLE LOADING CARRIAGE BL ke EEN 30 SOM SOP LCOM LCOP
23. 1919 RAB4C101J R 1920 RAB4C101J 102 Transistor UMD2N L 201 Inductor CTF1546 1925 RAB4C101J L 202 Inductor CTF1546 R 1926 51 165101 X 301 Ceramic Resonator 16 934MHz CSS1525 R 1931 RS1 16SOROJ 5 901 Spring Switch HOME CSN1051 R 1941 51 165333 1942 RS1 16S683J 902 Spring Switch CLAMP CSN1052 5 903 Spring Switch DSCSNS CSN1051 R 1943 51 165392 5 904 Spring Switch 12EJ CSN1052 R 1944 51 165393 5 905 Spring Switch 8EJ CSN1051 R 1945 RAB4C102J R 1946 RS1 16S222J RESISTORS R 1947 RS1 16S103J R 101 RS1 16S222J 1949 RS1 16S102J R 102 RS1 8S120J 1950 51 165102 103 RS1 8S100J R 1966 51 165101 201 51 165513 1967 51 165101 202 51 165513 1968 51 165101 203 51 165823 1969 51 165101 204 51 165823 1970 51 165270 206 51 165823 1971 51 165270 208 51 165124 1972 51 165270 209 51 165183 1973 51 165270 210 51 165153 1974 51 165270 211 51 165103 1975 51 165270 212 51 165103 1976 51 165101 213 51 165124 1977 51 165101 215 RS1 16SOROJ R 1978 51 165181 216 51 165471 1979 51 165181 301 51 165333 1980 RS1 16SOROJ R 302 51 165332 1985 RS1 16SOROJ R 303 51 165332 1986 51 165181 304 RS1 16S514J R 1987 51 165181 51 DEH P640 P6400 P6450 Symbol and No Part Name Part No Circuit Symb
24. Pin Functions BA5996FM ____ Inputpin for reference voltage 6 OPINI Input pin for inverting input from CH1 preamplifier Cd 9 MUTE Mutecontrolpin Power supply pin for CH1 CH2 and CH3 at Power stage 11 Driver CH1 Negative output Power supply pin for CH4 at Power stage Ground pin BA5996FM 14 1 15 28 75 DEH Pe4OOR FM AM Tuner Unit FM AM 1ST IF 10 7MHz 51 051 CF51 CF52 CF53 MPXREF 41kHz m BCEE 2 IC 3 ia AM 2ND IF X901 450kHz 10 25MHz KD STIND Explain qs Low when the FM stereo signals are received indicator To be pulled up to VDD at 47kQ High when signals are received be pulled up to the VDD at 47kQ Meanwhile should be used when taking diver FIX trigger from here 2 FMSD FM station detector and High 0 9VDD or more and Low 250mV or less Should satisfy the diver IC specifications 3 NL1 0 noise level 1 High when noise is received Output for the RDS GND at 47kQ 1 800pF 4 NL2 0 noiselevel 2 High when noise is received Output for the RDS GND at 36kQ 330pF FM stereo R ch signal output or AM audio output output Add the specified de emphasis constant FM stereo L ch signal output or AM audio output output Add the specified de emphasis constant 7 Iwritecont
25. Q102 AN 7 DTC124EK aps 1 GND Rat Lt oh TIT yt 8155 C205 R2p0 50 NOTE gt feo 02070 1755 x m SI Symbol indicates a resistor Decimal points for resistor differentiation is made between chip resistors and and capacitor fixed values GER e 20 5 discrete resistors are expressed as AM 31 0 st Symbol indicates a capacitor 2 2 282 IP BUS 2 2 No differentiation is made between chip capacitors and 0 022 R022 CD 0 2 discrete capacitors The N mark found on some component parts indicates the importance of the safety factor of the part B UP Therefore when replacing be sure to use parts of identical designation t TS I gt 878950 4 KO K IC631 ere A PDHOO47A MIS GND 1 R403 680 5T R631 ag gt ST GND DO 8404 8 FMSD sp S est 0 14 K Es 5 3 oo 1 Ia sk TO nd 5 gt 3 AV R162 4 1 se 55051 2A7K 55 Lou Eo 3 AV Qs are amp e 7 aro O M lt 99 He 845 m 995 WC a mly 8151 PER lt 0L5 GND dg Ll l y 4 Bif guys ER Hr 8 al ayal 2 8 R161 GND GND ul aj aj aj o qj auj 9 AMIN gil X x lt O u z z z O O Z E TUL
26. __ Powersupply voltage terminal 2 RFGC RF amplitude adjustment control signal terminal 3 GMAD I AGC amplifier frequency characteristic adjustment terminal 100 Main beam amplifier input terminal Main beam amplifier input terminal 8 0 Monitor photodiode amplifier input terminal 9 Laser diode amplifier outputterminal circuit signal LDO terminal control input terminal bottom and peak detection frequency switching terminals 1 TEB Tracking error balance adjustment signal input terminal 12 2VRO O Reference voltage 2VRO output terminal 13 Tracking error signal generation amplifier reverse phase input terminal _ _ 14 P Tracking error signal generation amplifier output terminal 15 SBAD IO Sub beam addition signal output terminal 16 FEO Focus error signal generation amplifier output terminal _ 17 FEN l Focus error signal generation amplifier reverse phase input terminal 18 SEB RFRP generation circuit mode switching terminal 1 2 2 BTC Bottom detection time constant adjustment terminal for RFCT signal generation 9 O 0 ll 22 RFCT 0 4 RFRP signal center level output terminal 23 1 Peak detection time constant adjustment signal for signal generation 24 RFRPIN Signal generation amplifier input ter
27. 1 701 BAO5SFP SOM O SOP OLCOM OLCOP SOM C405 zz 100 10 EH 3 LOEJ 8 DEH P640 P6400 P6450 LL SL j EE 2 aM E C NH D N vc o c O 5 18 c CN Na ne 2 _ gis e C318 gt 5 lU R1 x INI xh N 07400 WO INI Ht Sa SS O u lt gt gt lt lt x e L gt u OO u OO mm kO OO D D Z O n n m u lt Z m N T gt nu gt O O oO o o gt gt D u gt d Fa SERVO CONTROL DSP DAC LPF IC201 TC9495F2 102 HOME DMOUT GG RST TSMOD TEST4 BUCK D GND5 D VDD5 BUS3 BUS2 BUS1 BUS0 TEST3 TEST2 TEST1 DVSL LO DVR 190 139 48 97 96 95 94 C325 470P C317 R1 p2 84 315 22 683 85 22 81 01 551525 16 934 C331 R1 2 SIGNAL LINE FOCUS SERVO LINE R TRACKING SERVO LINE En CARRIAGE SERVO LINE EN SPINDLE SERVO LINE R404 18K ps SWITCHES CONTROL UNIT S901 HOME SWITCH ON OFF 902 CLAMP SWITCH ON OFF S903 DSCSNS SWITCH ON OFF S904 12EJ SWITCH ON OFF 905 SWITCH ON OFF The underlined indicates the switch position LCOM Ms CLCONT LOEJ VD GND PGND
28. CH2 TE 500mV div 500us div 49 CH2 TE 1V div 5ms div CH3 TD 1V div CH3 TD 1V div With no disk inserted During Focus Close 1 Track Jump 32 Track Jump Guten CH2 2V 1 200ms div CHISIV CH2 500mV 2 CHISIV gt pe 101 i 1 200ms div 6 pe 101 500us div DC 101 DC 101 2 DC 101 5ms div 5 i NORM5kS s i i NORM 200kSys Ref M 1 7 x 7 Ref VREF VREF Mode Test CH1 RFO 1V div 9 CH1 RFO 2V div CH1 RFO 1V div CH2 TE 1V div 5ms div 42 CH2 DFCT 5V div 500us div CH2 TE 500mV div 200ms div CH3 TD 1V div CHSED 1V div e CH3 DFCT 5V div 4 CH4 TD 2V div 100 Track Jump When reproducing black dots 800um During inside outside search CH3EIV Smsydiv CHIS2V CH2 5V 500us div cCHZ 500mV 5V ak II DC 181 DC 1 amp 1 DC 161 DC 1 amp 1 DC 101 500us div 069010 DG 006101 i NORM 2MS s i 5ms NORM 200kS 5 UREP ahin a Mode 87 E S ix e i 55 S Mode Normal SE es Normal d y ji ines CH1 DSCSNS CH1 DSCSNS 5V div
29. E 1444 333 2 lt o D 2 gt oc x lt lt D lt lt m 0 s m cO 00 t m nj mj oi ol ol ol ol ul a q EI D q gt o eg n H LLI m a Z ES m o E QN O 9 gt J e lt GI D 0 ilii T Ae Nlo OOO ee i 0000000088 a LO T1672 x lt lt 2B E Ce O ml N OF MO A o 0 of 0 10 10 0 0 0 0 CD lt lt lt D d D d a a ai ai Cf gt gt lt lt lt lt lt lt lt lt 789 O ON ON oc ON v8 O O oa ON 98 757 lt 18 o 257 z A N ON 5 m ES lt H 3 B 658 11 S85 O 12 I 9S ON 26 v ee O SSAV gt Qwit OO v6 AN gt F719 Ss OY gg 3384 Oo era gt lt SS 7 gt ai es T 8 NUN 1005 an vn d BEES E j
30. If the grating is off by a large amount symptoms such as being unable to close tracking being unable to perform track search operations or taking a long time for track searching e Method Measuring Equipment Oscilloscope Two L P F Measuring Points E E VREF Disc ABEX TCD 784 Mode TEST MODE CONTROL UNIT Xch Oscilloscope Checking Procedure 1 In test mode load the disc and switch the 5V regulator on 2 Using the and lt buttons move the PU unit to the innermost track 3 Press key 3 to close focus the display should read 91 Press key 2 to implement the tracking balance adjust ment the display should now read 81 Press key 3 The display will change returning to 81 on the fourth press 4 As shown in the diagram above monitor the LPF outputs using the oscilloscope and check that the phase differ ence is within 75 Refer to the photographs supplied to determine the phase angle 5 If the phase difference is determined to be greater than 75 try changing the PU unit to see if there is improvement If after trying this a number of times the grating angle does not become less than 75 then the mechanism should be judged to be at fault Note Because of eccentricity in the disc and a slight misalignment of the clamping center the grating waveform may be seen to wobble the phase difference changes as the disc rotates The angle specified above indicate
31. Jas EEN 5 DGNO QILAY oly oly why 8626 PA ced SE SLE d 100K NE VDCONT 13 4 DPDT 35 su gt lt lt Did 21 650 GRD TuNPCE2 KYDT cd 45 ack 10K SL 37 aori 18 441 689 4 5 TUNPDIO gt AMPNS TUNPCK 2 39 TUNPCE 40 Tn VOD 5 cred L 41 sens L 42 gt Bi 100K FLPILM ELBE 43 LL x LOCH ILMPW LOCL EJTIN 44 EJTIN 25 SYSTE vec NC ved P 7 GND i SYS B M LD 27 INC 27 Lge 48 e FMLOCU Ge ola 49 E 9401 p SD 50 2888208 AFGNO 25 2412 SODOK o o o o CPS TEL OE b7 ene X X X I X oja e s ola nl wj m n o o oj o AMAN a ST 84525 ul ulu 9e IM 3 ala SK TS 440 19 01 0 D D CN401 mant ola aba 45 RFGND RFGND DGND agang 5 0 1 ANTENNA 185 CN403 E 2 9 0 D o I JACK 5 GND D H o z m Z Ho gt EI O aja A 0 KE ke ots i INB bal n 9 1 el Zz INA 2 zu PANEL UNIT 4 I GND OUTY sss haway ES Es GND TC7SETOSF k CN1851 CN1850 I 2ReK ne10 2F 585 2 e ne11 anak 4
32. gt gt 8 Q o 0 Oe u 0 5 INN T OFNO D A 0 ABI orto X NVWY o o e lo 10 10 IN 5 lw In Ik lt x e ox x x ep 8 E Le vs N far 201 NITE ON DOA 1LNOO NILSAS N sp SWY SL SN3sa 4 2 569 amp tcld ty fu 5 5 Si COAMS gt gt LO OLOH 19d ER LO sns TLOH 70901 ux LOAM e uw 5 L IT JNODQA 9294 ONDO J D gt D D SE SET e m lt Ae P lt lt z DL HW 5 N 7 22 ZO sp DD Z OO AD 0 zo DD D Zu z mw Ta Is 5 5 5 9 9 8 5 9 IR 5 ele ONS ONS pm fo qo 0 19 m I ID D gt z E O lt gt e jana aa _ mo m K 21 TO S d so 99A on 1 1 DEH P640 P6400 P6450 INOW z x 9 nel AI cGENO Qe Y da Oz L TGENO SAPvL 6 10 8 5 4 0 UN9 zzz CT ve
33. 178 x 50 x 162 mm 7 x 2x 6 3 8 170 x 46 x 14 mm 6 3 4 x 1 3 4 x 1 2 in 1 4 kg Continuous power output is 22 W per channel min into 4 ohms both channels driven 50 to 15 000 Hz with no more than 5 THD Maximum power output Load impedance 50 x 4 for subwoofer 70 W x 1 ch 2 2 4Q 4 80 2 for 1 ch allowable Preout max output level output impedance 2 2 VN Egualizer 3 Band Parametric Egualizer Low Frequency O Factor Gain Mid Frequency O Factor Gali High Frequency O Factor Gain Loudness contour Low 40 80 100 160 Hz 0 35 0 59 0 95 1 15 6 dB when boosted 12 dB 200 500 1 k 2 k Hz 0 35 0 59 0 95 1 15 6 dB when boosted 12 dB 3 15 k 8 k 10 k 12 5 k Hz 0 35 0 59 0 95 1 15 6 dB when boosted 12 dB 3 5 dB 100 Hz 3 dB 10 kHz 10 dB 100 Hz 6 5 dB 10 kHz 11 dB 100 Hz 11 dB 10 kHz Volume 30 dB DEH P640 P6400 P6450 Tone controls Bass Frequency 40 63 100 160 Hz Gain 12 dB Treble Frequency 2 5 k 4 k 6 3 k 10 k Hz Gain 12 dB HPF DEH P640 XN UC Frequency 50 80 125 Hz DIODE 12 dB oct Subwoofer Frequency 50 80 125 Hz Slope 18 dB oct Gain 12 dB Phase Normal Reverse DEH P640 X
34. 650947052 ONS I N s I o V 0 D 1911052 GJjogz7rasc 50809 o POS 3 r gt FI GN50 GNI 9130 11 8 o o O 278 lt erveose Sgpe Se 3 GEF 518 SgPL 8Lt 3SN3S9 EQ MSZH e 5 sgp9 8Z INj P 5 5 UN9QN9 m 8 p n 9 e GL SL o aja J He IRIE MEZT m RE ud vL vL w n oU DTD 0 e i e LL LL SEGO 0 RUG x m 8 3SN3S TI U shila b 5 S555 5h 5585285 W I 6 tu ddl mm z zm S 50 E gt e SNASI 0 8 oanasv i OL 0L e lt 8 Tee 28 m m Sy 2080 THPT I T 13G0W T31 S EN Wi ECH 519 SBF 22 onaaon E 0V 9 5 gg 2013988 YATIOYULNOD N3 8 3LNW ONS NIIS dn el sNasaA x 6 1001 06 disi 9 YOLYIND3H pem BNI4A1 NIA v6 10801 3v2r21g D ss NN m 3 Ik SSAV KE 26 P EREE E
35. lt lt lt lt X lt IadNnLE 2 49 929 45038 OTOQdNNL IZONVSEZO8 S 19631 T gt 4 S 9 4 8 of 6 ZEISS ZHWO OT NP 7 9 47 1 1 DEH P640 P6400 P6450 3 3 OVERALL CONNECTION DIAGRAM GUIDE PAGE DEH P6400 P6450 2 I CONTROL UNIT
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37. 17 1 MET Bea Sr7Zur Olx 9794 Bz 1 ollo 7 gt SEH os ur _ _ 8 o trs puo SSANI i n MEZT ul 9 anyer vTESgg d UF 8 J UF AS Fest 5 ez n oj 9 30 3no Sana E gt 0 an 9 oze 7473no auo NITAL cc TL e 1 4 OHO T e PANE Sr Apr OHO a aveo H UF d d Sy 14 4 d 1 TTT d 089 SEI saat e 13538 13599 lt a 3WOH Hp 13S Z Z Z Z Z 0 2222 211 300 as LNOX 4 Ba EA gt nos a x o n o m x 8 alela a la T 15277555 SSA ON Bums gt gt gt gt gt gt gt gt Sal S Dm El lt TF al NIX T 1N0212 gt I 19 i 4 0 sr a 4 di dl dl 2283 0 ot 9 9 095 ON SSA TV NTT SZH 16561 es 27 le 8 lo 2 on ap ert a m no 3 2 9 gt a ze AT 9 Gees 2559 MI M S La
38. 51 165102 355 CEJO100M16 R 962 51 165102 E 356 CEJO100M16 R 964 51 165822 403 CKSRYB473K25 R 982 51 165223 404 CEJO101M6R3 R 983 RS1 16S223J C 405 CKSRYB103K50 R 984 RS1 16S473J 46 DEH P640 P6400 P6450 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No 406 CEJO220M10 Q 922 Transistor DTC114EK C 408 CKSRYB223K50 Q 923 Transistor 2SB1238 C 409 CKSRYB223K50 Q 931 Transistor IMX1 C 411 CKSRYB472K50 Q 932 Transistor 25 2412 440 CKSRYB103K50 Q 951 Transistor 2SA1037K C 601 CEJO4R7M35 Q 981 Transistor 25 2412 602 CKSRYB102K50 O 982 Transistor IMD2A C 603 CKSRYB472K50 O 991 Transistor IMD2A 604 CCSRCH180J50 O 999 Transistor 2SD2396 C 605 CCSRCH220J50 D 131 Diode Network DA204U C 801 CKSRYB103K50 D 132 Diode Network DA204U C 802 CEJO470M10 D 133 Diode DAN202U 803 CKSRYB104K16 D 134 Diode DAP202U C 805 CKSRYB103K25 D 801 Diode HZS6L B1 C 806 CKSRYB473K25 D 803 Diode Network DA204U 812 CKSYB105K25 D 804 Diode DAN202U 851 CEJO470M16 D 805 Diode DAP202U C 853 4 7uF CCG1111 D 806 Diode DAN202U C 855 CEJO100M25 D 807 Diode DAP202U 856 CCSRCH331J50 D 808 Diode HZS11L A1 C 857 CEJO330M25 D 851 Diode HZS9L C3 C 858 CKSRYB104K16 D 852 Diode RB411D 859 CEJO101M10 D 901 Diode 1SR139 400 C 860 CKSRYB104K16 D 902 Diode 1SR139 400 C 861 CKSRYB103K50 D 903 Diode 1SR139 400 C 912 CKSRYB472K50 D 904 Diode 1SR139 400 C 913 CKSRYB103K50 D 911 Diode 1SR1
39. 72 TESIO1 Testinput outputterminal 73 VSS Digitalgroundterminal 74 PX DPS system clock oscillator circuit input terminal 75 PXO LD DPS system clock oscillator circuit outputterminal 76 VDD Digital power supply terminal 5 V 77 55 Ground terminal for system clock oscillator circuit 7 l System clock oscillator circuit input terminal Z gt 79 0 System clock oscillator circuit outputterminal 80 XVDD For system clock oscillator circuit power supply terminal BM DVSR RchannelD A converting unit power supply terminal 82 RO R channel data forward rotation output terminal 83 DVDD D A converting unit power supply terminal 5 V 84 DVR Referencevoltageterminal 85 LO O 1 channel forward rotation output terminal 86 DVSL channel D A converting unit power supply terminal 87 89 TEST13 Testmodeterminal 94 VDD Digital power supply terminal 5 V 95 55 Digitalgroundterminal 96 BUCK Clock terminal for microcomputer interface 97 Chip enable signal for microcomputer interface 98 TEST4 Testmodeterminal 99 Testmodeterminal 100 RST I Resetsignalinputterminal TC9495F2 CO 001 74 DEH P640 P6400 P6450
40. MUTE IC 601 2 2 PD5699A 44 5996 4 5901 12EJ DISC SENSE 8EJ SENSE kep 2 ep 36 41 35 40 43 CLAMP SENSE SENSE BU C 6 l 58 IC 801 DSENS 1 0851 TC7SETO8FU BU a 6 1 4 851 NJM2360M 0852 14 5 6 7 8 DEH P640 P6400 P6450 RESET DEH P6400 XN UC CN351 1 IC 961 RL DEH P6450 XN ES SERES PL DEH P640 XN UC SYSTEM CONTROLLER IC 601 1 2 PD5699A CN352 2 VDD REGULATOR O911 BACK UP ACC ILL TELMUTE TELEPHONE MUTE GND IC203 ELECTRONIC VOLUME DEH P640 XN UC PML009A SOURCE SELECTOR DEH P6400 XN UC POWER AMP IN3 L DEH P6450 XN ES PML008A IN4 L ET FL IC 203 3 FL IN4 L FUN pAL007A RL 3 RLIN RL RL IN2 L SEL OUT L MUTE STBY B REMOTE 1 22 4 25 T B REM MUTE VST VCK VDT 0982 VEL INDICATOR IC 132 B U gt 2 SYS B REGULATOR 0921 NJM4558MD er SYS B Di BU 52 14 Q e SYSPW 0922 DEH P6400 XN UC DEH P6450 XN ES IC 631 PDH0047A CN801 0803 0804 0802 BU eh 2 SWDVDD P 44 0801 p 5801 PANEL UNIT CN1901 ILB 3 3V REGULATOR IC 1904 S 818A33AUC BGN KEYBOARD UNIT GREEN IC 1902 DEH P640 XN UC_ PD8089A DEH P6400 XN UC PD8088A DEH P6450 XN ES PD8088A REMOTE CONTROL SENSOR DSENS
41. Sgp99 9 INV UN9 Ul zzz CT vc m 51 81 9 47 a 9 59 52 T e n m SB Ja lo lo A D 0 at zB ER gt al Lf N Ja T D p A o e e oH w Mr O V e e ga O D O D Do DDN Dr I lt HH OHH H ZZ 5 z 2 VL001Vd D 8 o Ae A6 9 A6 9 A6 9 Loy ZLt LINN s Be 8868 SEES 97 07 SS 2828 GGEH D ID d OLIO 97 07 zseb O28 TGEH TED LvH ETEO FH EtcEO LvH STEO ccEO Ap Ab P P HOLVOIQNI 13 31 o IZONVSEZO8 S lt o A 19599 79621 OIGdNNL a 134 13538 7095 4 INI AI D 40 Lt 5 59 6 INd lt nro2va 2 z a A Lp TH lt
42. and the OEL Unit is removed Fig 4 Remove the Holder Remove after removing the Cathode ter minal without fail Fig 4 Installing the OEL Unit 1 2 Install the Holder in the OEL Unit Fig 5 When soldering the flexible cable for the Cathode terminal on the PCB use a pair of tweezers First insert the tips of tweezers into 2 holes in the flexible cable then into the 2 holes in the PCB Fig 5 Position the flexible cable on the PCB so that their lands touch each other Fig 5 Apply solder to each pin of the flexible cable Fig 5 Appropriate soldering iron lightly so that the stress should not hang to Flexible cable Lay down the OEL Unit Fig 5 Install the Holder Fig 3 When soldering the flexible cable for the Anode terminal on the PCB first insert the Bosses on the PCB into the 2 holes in the flexible cable Then take the same procedures 2 and 3 as that for the Cathode terminal to solder the cable pins Fig 3 DEH P640 P6400 P6450 Anode terminal Holder Fig 3 Holder Cathode w Fig 4 OEL Unit is vertically maintained Ves M OEL Unit 5 Holder ILS KS wes S e l gt 4 gt gt KE gt 9 5 63 DEH P640 P6400 P6450 How to hold the Mechanical Unit 1 Hold the top and bottom frame 2 Do not squeeze top frame s front portion too tight because it 15 fragile How to remove the
43. gt gt e E o e e e o cn e gt 2 a Lf aw LINN HINNL DEH P640 P6400 P6450 vl Z 1 T 01 luec 000000000020 996060449 90909090909 0803 16501 10961 16851 9 9402 9802 35 4 DEH P640 P6400 P6450 84 s D gt gt A os ee P gt 9 sss 8 DEH P640 P6400 P6450 1 EH DEH P640 P6400 P6450 4 2 PANEL UNIT B PANEL UNIT CN1901 B PANEL UNIT 1852 R1855 1 E 4 3 KEYBOARD UNIT KEYBOARD UNIT 5457 Goss SFEO BAND ESC 6 iid 5 1851 OEL UNIT OEL UNIT 2 2 0 Y f D 4 DEH P640 P6400 P6450 KEYBOARD UNIT SIDE B BS uel d 22 54 wx c 2 ES 525 2 2 X lt 2 1 DEH P640 P6400 P6450 econo A D CONTROL UNIT HOLOIN 39VIHHVO DONIQVO YOLOW JIANIdS LIA 6d ADIAYAS LINN 4 4 MECHANISM MODULE r 7 37 c I 45 lan 1 1 1 40 2 3 m 4 DEH P640 P6400 P6450 CONTROL UNIT 0 CLAMP RODS 6901 5902 4 1 IC U1 1 9102 9101 DEH P640 P6400 P6450 5 ELECTRICAL PARTS LIST
44. 2 5V div 200ms div 2 CH2 CLCONT 5V div 200ms div CH3 LOEJ 5V div CH3 LOEJ 5V div CH1 TEY 500mV div 200 div CH2 SD 2V div During inside outside search When Eject 12 cm CD When Eject 8cm CD CHI SMV 2 Z V I a i DECR DE 5y O ENV 0 101 I Sambal 010 981 200ms div bci Dew DELON 200ms div CH1 LOUT 2V div 200us div 0 CH2 ROUT 2V div Play in 1kHz CH1 2V CH222V DC 10 1 i 200us div 1 5 5 Ref GND Mode Normal ach M 33 2 E 3 4 D H P640 P6400 P6450 4 PCB CONNECTION DIAGRAM 4 1 TUNER AMP UNIT UNIT 5 PREOUT CORD ASSY OUTPUT POWER SUPPLY NOTE FOR PCB DIAGRAMS 1 The parts mounted on this PCB include all necessary parts for several destination For further information for respective destinations be sure to check with the schematic dia gram Viewpoint of PCB diagrams Connector Capacitor P C Board Chip Part SIDEB A gt e N aped w w w um gt lt gt
45. 4 CLEANING 3 Before shipping out the product be sure to clean the following portions by using the prescribed cleaning tools Portions to be cleaned Cleaning tools CD pickup lenses Cleaning liquid GEM1004 Cleaning paper GED 008 DEH P640 P6400 P6450 8 OPERATIONS AND SPECIFICATIONS 8 1 OPERATIONS HEAD UNIT ENTERTAINMENT button VOLUME OPEN button CLOCK button FUNCTION button DISPLAY button PAUSE button AUDIO button gt 4 buttons SOURCE button 1 6 buttons SFEO button button BAND ESC button REMOTE CONTROL UNIT VOLUME buttons BAND button ATT button A W amp buttons FUNCTION button AUDIO button CD button TUNER button PAUSE button 79 DEH P640 P6400 P6450 TeUITdure o qe reAe UYM 500290002 STY ISA sIayeads o p oouuoo JOU WY Joyeods ol JOU op urojs s z e QA D D 14 poq erw o 1oxeods 1oxeods Joerg OIA 09910 Teura STSI 197 i Joseods Joly Jeyesds
46. Dimensions W x H x D DIN Chassis 178 x 50 x 157 mm Nose 188 x 58 x 19 mm D Chassis 178 x 50 x 162 mm Nose 170 x 46 x 14 mm Weight 1 4 kg Audio Continuous power output is 22 W per channnel min into 4 ohms both channels driven 50 to 15 000 Hz with no more than 5 THD Maximum power output 50 x4 for subwoofer 70 W x 1 ch 2 Load impedance 40 4 8 20 for 1 ch allowable Preout max output level output impedance 2 2 V 1 Equalizer 3 Band Parametric Equalizer Low Frequency 40 80 100 160 Hz Factor 0 35 0 59 0 95 1 15 6 dB when boosted Gain 12 dB Mid Frequency 200 500 1 k 2 k Hz O Factor 0 35 0 59 0 95 1 15 6 dB when boosted Gain 12 dB High Frequency 3 15 k 8 k 10 k 12 5 k Hz O Factor 0 35 0 59 0 95 1 15 6 dB when boosted 12 dB Loudness contour LOW 3 5 dB 100 Hz 3 dB 10 kHz eer 10 dB 100 Hz 6 5 dB 10 kHz PIOR aa 11 dB 100 Hz 11 dB 10 kHz Volume 30 dB Tone controls Bass Frequency 40 63 100 160 Hz Gain 12 dB Treble Frequency 2 5 k 4 k 6 3 k 10 k Hz Gain 12 dB Subwoofer Frequency 50 80 125 Hz Slope 12 dB oct Gain 12 dB CD player SY
47. NOTES Parts whose parts numbers are omitted are subject to being not supplied The part numbers shown below indicate chip components Chip Resistor RS1 OSOOOJ RS1 0OOSOOOJ Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Part No Unit Number CWM8149 DEH P640 XN UC a ES Unit Name Tuner Amp Unit D 921 Diode 2591 1 931 Diode HZS7L A1 MISCELLANEOUS D 932 Diode HZS7L C3 IC 101 IC HA12187FP IC 132 IC NJM4558MD 5 SC Ge ara 203 D 982 Diode HZS9L A2 c 301 E D 991 Diode HZS9L B1 601 5 ZNR 451 Surge Protector DSP 201M A21F IC 801 IC M ane L 171 Inductor 1530 IC 851 JM2360 L 401 Ferri Inductor LAU2R2K IC 961 5 80735 21 L 402 Ferri Inductor LAU4R7K O 101 Transistor 2SA1037K L 403 Inductor LAU1ROK 102 Transistor DTC124EK L 601 Ferri Inductor LAU2R2K 301 Transistor DTC124EK L 801 Inductor LAU100K O 351 Transistor IMH3A L 802 Ferri Inductor LAU2R2K 353 Transistor IMH3A L 852 Inductor CTF1510 O 401 Transistor 2SC2412K L 853 inductor CTF1489 801 Transistor IMD2A L 901 Choke Coil CTH1221 B 802 e 527 L 951 Ferri Inductor LAU2R2K 803 U o X 601 Radiator 10 00MHz 1475 804 Transistor S 801 Switch DSENS CSN1039 805 Transistor DTC143EK FM AM Tuner Unit CWE1563 851 Transistor 2501760 5 7 641 Buzzer CPV1050 352 Transistor IMD2A O 911 Transistor 2SD1760F5 BES OMS O 913 Transistor IMD2A O 921 Transistor 2502396 E
48. SPDA 0 Processor status signal output terminal gt y 21 0 Correction system frame clock 7 35 kHz output terminal 22 MONT 10 LSI internal signal output terminal 23 VDD Digital power supply terminal 5b V 24 TESIOO Test input output terminal ___ 25 P2VREF PLL system only 2VREF terminal Reverse input terminal of amplifier for lowpass filter 32 LFO 0 Output terminal of amplifier for lowpass filter 83 PVREF PLL system only VREF terminal _____34 VCOREF VCO center frequency reference level terminal 35 VCOF 0 Filterterminal for 86 ASS Analog system ground terminal 37 SLCO 0 Output terminal of DAC for data slice level generation x 38 RH I X RFsignalinputtermina gt 00 2 39 AVDD Analog system power supply terminal 5V 40 RFRP signal center level input terminal Input terminal for signal zero cross 42 RFRP RF ripple signal input terminal GIE Focus error signal input terminal ____44 SBAD Sub beam addition signal input terminal 4 amp 5 TSIN I Testinputterminal gt j 28 TE Tracking error input terminal 47 TEZI Inputterminal for tracking error or zero cross O Z O Z O O 48 FOO 10 ___ Focus equalizer output terminal 49 0 Tracking equalizer output terminal 50 VREF Analo
49. mn 5 zzon gt gt m m lt gt 82 4980 Z 5 Ss 2 e 08 m o 1 ui GD d Dr d S u 5 x d moo ot la No ize a 59 2 TO6ND 94 a H d of gt 8 8 S 2 o ul 2 E STE da gt LLI 52 2 2669 A eue S EES EES 310N3H selh 1 KG E 4 e TREO sg 8 i i m D ge 2964 1 FOE Md ES 3170 ores 9 BY OLI lt 1 74 2 2 1 d 4 9 gt cc ef v 7 anne eec OoP 6ETUSI y i 1 5 e o LLI gt eps 5 Tu 18 5 lt 5 j TSA gt 97 07 abo 4467 ES F dia TEGO e ESED gi e i DENT m quo EONS Md gsr o t B LY LE6H a AL n lt E N om 15 07 aj 10 Ouere 97 alb Qt E u I m a a DA 98 mal 97 97 004 2 aT St 0Lb n ur we 2m Mp Ze Ze gt th E 8660 9 71 AER E _ 5 B Dy 5 ON9 S lt 89 2989 T 0 reeu lt 2 Oo Dj D W T 5 6 niv
50. mov Fos 27 DE Ka lt SUL 5 ado GT NITH sr c 4 B pl lS aL S 2 9 5 NIBH TT n X Prey a z za i P oz HAS OT gt mus 0 55 oO 004 m Qi 4 1 95 6 6 1H 5 p e 4 aly 9 alo nf IN 5 TONS Md B a cte 0D a H 5 1 lt oj o 79 1852 area HH Z El 4 H 4 9 TU I i ET S ec ere o TXWI m 9 z 8 5 ES6H LE oro ee al e vT69 ono Tsen EN 2 tpS6H aps ABLS al s 9 9 2 4ggiyse m s 9 e 2 5 a amp 65 HE n m o alu e H al lt a Lu Md 2 8 8 Seit 7 94 9022 x one mm 3 a Eced ado 5 H A 29 OF gt m gt gt gt gt Y Ru 3 1 ON veeu 5 Ek on o o D Zea eres zrul ees gt LvH ETEO LvH 9TED gt 5 4 vas noo 1 vH STED TEED 5 me YR 5 5 Ol 2 DI bal mo oun 5 Ou 1 D z269 E al 74 gt gt gt gt gt gt DES ki gt ale x SSSSSTS
51. t lt l gt lt dl i di dl di 1 2 door 9007 gt Ju 5 Lem ol 5 gt a 8 a 5 gu z a f i1 2 X 2 7860 gt ER o 25 gt 5 Evto az e mo mo gt gt H 3g Sg N ag px 2 17 ose Ou 4 9 6 8 ANNN oo 2 Zu 9 mmmm Uf KE m uj of v96u 2862 9 OANA cc GL 1 a OWSSGrW N 9 e a E 0 oO Sx oi 2 TI Is sw Sab E 8 n gun an D TI OB D 2 TINO SDA c gt gt ahy IX ayy D s erty t k 2 e E ip 0 9 16SZH 1 ONS NI X z 0 MOT u a 3 15585 1 m 5 2 GOANS 1 D 2 io m 2 212 St Ly u 3l uj y ro s gt gt 0 ajo 2 HI 2 Tim 7582 a 91 07 IEE m 2189 7426 2 4 2 amp 1 8 odr 5 ate o o je 977097 aby oo N 1 mm ol jc loot 4v H SL x m e i 0989 5
52. table 2 See Contrast table 2 CEG1116 CXB3520 DEH P640 XN UC and DEH P6400 XN UC are constructed the same except for the following Mark No Symbol and Description 17 Carton 18 Contain Box 21 1 Manual 21 2 Installation 21 4 Warranty Card 21 5 Card Part No CHG4616 CHL4616 CRD3517 CRD3531 Not used ARY1048 Owner s Manual Installation Manual DEH P640 XN UC 11 PartNo J p DEH P640 XN UC DEH P6400 XN UC CRD3516 English French CRD3530 English French DEH P6400 XN UC CRD3517 English French CRD3531 English French DEH P640 P6400 P6450 2 2 PACKING DEH P6450 13 17 DEH P640 P6400 P6450 PACKING SECTION PARTS LIST DEH P6450 Mark No Description Part No Mark No Description Part No 1 Cord Assy CDE6438 16 Protector CHP2252 2 Spring CBH1650 17 1 Owner s Manual CRD3518 3 Remote Control Unit CXB8743 17 2 Owner s Manual CRD3519 4 Screw CBA1002 17 3 Installation Manual CRD3532 5 Polyethylene Bag CEG 127 17 4 Caution CRP1207 6 Screw CRZ50P090FMC 17 5 Polyethylene Bag CEG1116 7 Screw TRZ50P080FMC 18 Case Assy CXB3520 8 Polyethylene Bag CEG 158 9 Handle CNC5395 10 Bush CNV3930 11 Polyethylene Bag CEG 162 12 Battery 1065 13 CHG4614 14 Contain Box CHL4614 15 Protector CHP2251 Owner s Manual Installation Manual Language Part No PartNo CRD3518 English Spanish CRD3519 Portugue
53. 0 51 165222 171 CEJO470M 10 R 811 51 165222 172 CKSRYB104K16 R 812 RS1 16S222J 173 CEJO100M16 R 813 RS1 16S222J 177 CCSRCH100D50 R 814 51 165222 178 CCSRCH100D50 R 815 51 165473 179 CCSRCH100D50 R 816 51 165104 180 CCSRCH100D50 R 817 RD1 4PU391J 191 CEJO1ROM50 R 819 51 165222 192 CEJO1ROM50 R 820 51 165222 205 CEJOR22M50 R 851 RS1 16S331J C 206 CEJOR22M50 R 852 RD1 4PU302J C 207 CEJO1R0M50 R 853 RD1 4PU302J 208 CEJO1ROM50 R 854 RS1 16S121J 209 CEJO1R0M50 R 855 RS1 16S391J C 210 CEJO1R0M50 R 856 RS1 16S1ROJ 211 CEJONP4R7M16 R 857 51 165331 212 CEJONP4R7M16 R 912 51 165152 213 CEJONP4R7M16 R 913 51 165223 214 CEJONP4R7M16 R 914 51 165152 215 7 16 921 RS1 10S1ROJ 216 CEJONP4R7M16 R 922 RD1 4PU221J C 306 CEHAR330M10 R 923 51 165103 307 47001 16 1367 924 RD1 4PU222J C 309 CKSRYB104K16 R 925 RS1 16S122J C 310 CEHAR100M16 R 931 51 165472 311 5 225 10 932 51 165473 313 CKSRYB474K10 R 933 51 165103 314 CKSRYB474K10 R 934 51 165473 315 CKSRYB474K10 R 935 51 165104 316 CKSRYB474K10 R 936 51 165103 321 CKSRYB474K10 R 937 51 165473 322 CKSRYB474K10 R 938 RD1 4PU102J 323 CKSRYB474K10 R 939 RD1 4PU102J 324 CKSRYB474K10 R 951 RD1 4PU153J 325 CKSOYB225K10 R 952 51 165472 351 CEJO100M16 R 953 51 165472 352 CEJO100M16 R 954
54. 02J 48 DEH P640 P6400 P6450 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No R 962 851 165102 C 406 CEJO220M10 R 964 851 165822 C 408 CKSRYB223K50 R 982 RS1 16S223J C 409 CKSRYB223K50 R 983 RS1 16S223J C 411 CKSRYB472K50 984 51 165473 C 440 CKSRYB103K50 R 985 RD1 4PU102J C 601 CEJO4R7M35 R 991 RD1 4PU221J C 602 CKSRYB102K50 992 RD1 4PU221J C 603 CKSRYB472K50 R 993 51 165472 C 604 CCSRCH180J50 R 994 851 165222 C 605 CCSRCH220J50 R 995 RS1 16SOROJ C 801 CKSRYB103K50 R 997 RAB4C102J C 802 CEJO470M10 C 803 CKSRYB104K16 CAPACITORS 805 CKSRYB103K25 C 806 CKSRYB473K25 C 101 CKSRYB104K16 C 102 CKSRYB104K16 C 812 CKSYB105K25 C 139 CKSRYB104K16 C 851 CEJO470M16 C 140 CKSRYB104K16 C 853 4JyF CCG1111 C 141 CKSRYB104K16 C 855 CEJO100M25 C 856 CCSRCH331J50 C 142 CKSRYB104K16 C 143 CKSRYB474K10 C 857 CEJO330M25 C 144 CKSRYB474K10 858 CKSRYB104K16 C 145 CCSRCH101J50 C 859 CEJO101M10 C 146 CCSRCH101J50 C 860 CKSRYB104K16 C 861 CKSRYB103K50 C 147 CKSRYB103K50 C 161 CKSRYB183K25 C 91 CKSRYB472K50 162 CKSRYB183K25 C 913 CKSRYB103K50 C 171 CEJO470M10 C 914 CEJO470M10 472 CKSRYB104K16 C 921 330yF 10V CCH1181 C 922 CKSRYB103K50 C 173 CEJO100M16 C 177 CCSRCH100D50 923 CEJO101M16 C 178 CCSRCH100D50 C 931 CEJO100M16 C 179 CCSRCH100D50 C 932 CKSRYB104K16 C 180 CCSRCH100D50 C 963 CEJO2R2M50 C 991 CKSRYB473K25 C 191 CEJO1R0M50 C 192 CEJO1R0M50 C 992 CKSRYB102K50 C 2
55. 05 CEJOR22M50 C 993 CEJO101M10 C 206 CEJOR22M50 C 999 4701 16 CCH1183 C 207 CEJO1R0M50 Unit Number CWM8098 DEH P640 XN UC Gee CEJO1ROMBO Unit Name Keyboard Unit C 210 CEJO1ROM50 C 211 CEJONP4R7M16 MISCELLANEOUS C 212 CEJONP4R7M16 ia aan d C 213 CEJONP4R7M16 5 Ee C 214 CEJONP4R7M16 1904 IC S 818A33AUC BGN 215 CEJONP4R7M16 Q 1941 Transistor 2SD1664 C 216 CEJONP4R7M16 306 CEHAR330M10 Q 1942 Transistor 25 4617 C 307 4700UF 16V CCH1367 E i C 309 CKSRYB104K16 WEG Dic iode 155355 C 310 CEHAR100M16 D 1979 LED CL170PGCD C 311 CKSQYB225K10 C 313 CKSRYB474K10 D 1980 LED CL170PGCD opgoen 0 1981 LED EE C 315 CKSRYB474K10 D 194 LED CL170PGCD C 316 CKSRYB474K10 D 193 LED CL170PGCD C 321 CKSRYB474K10 C 322 CKSRYB474K10 D 196 LED CL170PGCD C 323 CKSRYB474K10 1 ee 1530 C 324 CKSRYB474K10 nductor CTF1530 L 1922 Inductor Arra CTF1421 y C 325 CKSOYB225K10 L 1923 Inductor Arra CTF1421 C 351 CEJO100M16 Y BE CRI L 1924 Inductor Array CTF1421 C 355 CEJO100M16 e a CTF1421 ermistor CCX1037 C 356 CEJO100M16 X 290 Fad adiator 10 0MHz CSS1577 C 408 CKSRYB473K25 1901 Switch CSG1107 C 404 CEJO101M6R3 C 405 CKSRYB103K50 49 DEH P640 P6400 P6450 1903 1906 1907 1908 1909 1910 1911 1912 1913 1914 1915 1916 1917 1918 1919 1920 1922 1923 1924 1930 NNNNN 990000 000 VR 1941 Push Switch Switch Switch Push Switch Sw
56. 1 Se 9295 EN ONILS O G DEH P640 P6400 P6450 O D ONO OQ O N O hb W D gt o 00 40 Ul A O DD e TU SNA di 208 5 n q d 1601 OO LYINDAH je 7 n E 5 47 97 1NO212 ST 7 1N09 77 0109 2018 cOldX Z 32dX S 3DX 1 0LND 1OHLNOI a 0 EV EV 0 UN 0 I B m i gt gt gt gt T Z 70 2 ONG o mio di 0 ojo ojo ojo 17 0 o m Io CN ca ciu 2175 K V AN VVAA O q ee 7 0 2 55 agryo uqa 5088 AE ER SE GGAMS f ome re p 7 7 r 6 d Massa lt tT Hi O W1Ir3 D 8116 N 1 gt N MSF3o anode E JJ 41306 TT 2 5 10900 2 o C 0 Aj ET 2 1 gi O 27 S Tedeores LOANS N c c
57. 15 et S 7 9 a 3 S lt lt lt lt lt O lt x lt 3 2 19 GZ i Je je je fe fe je e je e IN A 4 Y sig TEC 5 AH 5 B 3 2 2 de SES ceni L Y 969I NN 7 1 DEH P640 P6400 P6450 3 4 KEYBOARD UNIT D n ao 0 gt gt DAP202U DAN202U VOLUME 1 5 NC2 30 CSD1059 REMOTE CONTROL SENSOR 5 IC1903 TSOP18408B3Vg 0 4 1 VOUT VSS 3 ON OFF NC S 818A33AUC BGN 3 3V REGULATOR IC1904 VIN 487 C49 R1907 L 497 10 51909 561115 CSG1111 CSG1115 L CL 170PGCD 01980 01981 gt gt CL170PGCD CL170PGCD 81986 R1987 gt CL 170PGCD 180 180 D1979 R1966 R1967 gt CL170PGCD 27 R1972 R1975 R1974 27 R1973 R1976 100 R1977 100 L 1 R1978 180 180 R1979 mu D lt K E PR R1908 YAONA C 10K R1945 aK C1941 ag NC2 PGND2 AVCC2 CKA 25 DEH P640 P6400 P6450 Q al
58. 16 CEJO101M10 CKSRYB104K16 CKSRYB103K50 CKSRYB472K50 CKSRYB103K50 CEJO470M10 CCH1181 CKSRYB103K50 CEJO101M16 CEJO100M16 CKSRYB104K16 CEJO2R2M50 CKSRYB473K25 CKSRYB102K50 CEJO101M10 CCH1183 CWM8316 DEH P6400 XN UC Tuner Amp Unit HA12187FP NJM4558MD PML008A PAL007A PDH0047A PD5699A TC7SET08FU NJM2360M S 80735ANDZI 2SA1037K DTC124EK DTC124EK IMH3A IMH3A 2SC2412K IMD2A 2SD1760F5 2SD1767 IMD2A DTC143EK 2SD1760F5 IMD2A 2SD1760F5 IMD2A 2SD2396 DTC114EK 2SB1238 IMX1 2SC2412K 2SA1037K DEH P640 P6400 P6450 Symbol and No Part Name Part No Circuit Symbol No Part Name Part No 981 Transistor 2SC2412K R 151 RS1 16SOROJ 982 Transistor IMD2A R 152 RS1 16SOROJ 991 Transistor IMD2A R 161 51 165272 999 Transistor 2SD2396 R 162 51 165272 D 131 Diode Network DA204U R 163 RS1 16S162J D 132 Diode Network DA204U R 164 51 165162 D 133 Diode DAN202U R 171 RS1 16S0R0J D 134 Diode DAP202U R 172 RS1 16S0R0J D 801 Diode HZS6L B1 R 241 RS1 16S0R0J D 803 Diode Network DA204U R 242 RS1 16S0R0J D 804 Diode DAN202U R 247 RS1 16S101J D 805 Diode DAP202U R 248 RS1 16S101J D 806 Diode DAN202U R 249 RS1 16S101J D 807 Diode DAP202U R 250 RS1 16S101J D 808 Diode HZS11L A1 R 287 RS1 16SOROJ D 851 Diode HZS9L C3 R 288 RS1 16SOROJ D 852 Diode RB411D R 289 RS1 16SOROJ D 901 Diode 1SR139 400 R 290 RS1 16SOROJ D 902 Diode 1SR139 400 R 301 51 165103 D
59. 1767 R 108 51 165150 Q 804 Transistor IMD2A R 109 RS1 16S181J Q 805 Transistor DTC143EK R 110 51 165181 Q 851 Transistor 2SD1760F5 R 111 RS1 16S223J O 852 Transistor IMD2A R 112 51 165223 Q 911 Transistor 2SD1760F5 R 113 RS1 16S102J O 913 Transistor IMD2A O 921 Transistor 2SD2396 2 RS 01651024 143 RS1 16S104J 47 DEH P640 P6400 P6450 Symbol and No Part Name Part No Symbol and No Part Name Part No R 144 51 165104 619 RS1 16S473J R 145 51 165563 620 RS1 16S472J R 146 RS1 16S563J R 621 RS1 16S473J R 147 RS1 16S474J R 622 RS1 16S104J R 148 RS1 16S474J R 623 RS1 16S473J R 151 RS1 16SOROJ R 624 RS1 16SOROJ R 152 RS1 16SOROJ R 626 RS1 16S104J R 161 RS1 16S272J R 630 RS1 16S104J R 162 RS1 16S272J R 631 RS1 16S102J R 163 51 165162 632 51 165104 164 51 165162 633 51 165104 171 RS1 16SOROJ R 634 RS1 16S473J R 172 RS1 16SOROJ R 638 RS1 16SOROJ R 241 RS1 16SOROJ R 640 RS1 16SOROJ R 242 RS1 16SOROJ R 641 RS1 16S102J R 247 RS1 16S101J R 642 RS1 16SOROJ R 248 51 165101 643 RS1 16SOROJ R 249 RS1 16S101J R 650 RS1 16S222J R 250 RS1 16S101J R 651 RS1 16S222J R 287 RS1 16SOROJ R 653 RS1 16SOROJ R 288 RS1 16SOROJ R 801 RS1 16S332J R 289 RS1 16SOROJ R 804 RS1 16S1ROJ R 290 RS1 16SOROJ R 805 RS1 16S221J R 301 51 165103 806 RS1 16S221J R 302 51 165103 807 RS1 16S473J R 304 51 165331 808 51 165473 351 RS1 16S821J
60. 1947 1972 Unit Number Unit Name MISCELLANEOUS 1901 1902 1903 1904 1941 1942 1901 1902 1906 1979 1980 1981 1983 1984 1993 1996 1901 1902 1922 1923 UUUUU 1924 1990 1941 1901 1901 1903 1906 1907 1908 1909 90000 NOX Arr IC Transistor Transistor Diode Diode Diode LED LED LED LED LED LED LED Inductor Inductor Inductor Array Inductor Array Inductor Array Inductor Array Thermistor Radiator 10 0MHz Switch Push Switch Switch Switch Push Switch Switch Part No RS1 16S270J RS1 16S270J RS1 16S101J RS1 16S101J RS1 16S181J RS1 16S181J RS1 16SOROJ RS1 16S0R0J RS1 16S181J RS1 16S181J CKSYB105K25 CKSRYB104K16 CKSRYB474K10 CKSRYB103K25 CKSRYB473K16 CSZSR4R7M10 CKSRYB103K25 CSZSR4R7M10 CKSRYB103K50 CSZSR4R7M10 CKSRYB104K25 CKSRYB104K16 CKSRYB104K25 CKSRYB104K25 CKSRYB104K25 CKSRYB104K16 CKSRYB104K25 CKSRYB103K25 CWM7990 DEH P6400 XN UC DEH P6450 XN ES Keyboard Unit PD5706A PD8088A TSOP1840SB3V S 818A33AUC BGN 2501664 25 4617 DAP202U DAN202U 155355 CL170PGCD CL170PGCD CL170PGCD CL170PGCD CL170PGCD CL170PGCD CL170PGCD CTF1530 CTF1530 CTF1421 CTF1421 CTF1421 CTF1421 CCX1037 CSS1577 CSG1107 CSG1111 CSG1107 CSG1107 CSG1111 CSG1107 DEH P640 P6400 P6450 Symbol and No Part Name Part No
61. 2 U OELB KEY DATA K gt KEY MATRIX DPDT CONTROLLER KYDT KEY CONTROLLER IC 1901 PD5706A OEL UNIT m 15 1 2 3 E 4 m DEH P640 P6400 P6450 3 2 OVERALL CONNECTION DIAGRAM GUIDE PAGE DEH P640 Note When ordering service parts be sure to refer to EXPLODED VIEWS AND PARTS LIST or ELECTRICAL PARTS LIST D CONTROL UNIT 2 I
62. 3 RS1 16S472J R 615 RS1 16S104J R 954 RS1 16S102J R 616 RS1 16S473J R 962 RS1 16S102J R 617 RS1 16SOROJ R 964 RS1 16S822J R 618 RS1 16S222J R 982 RS1 16S223J R 619 RS1 16S473J R 983 RS1 16S223J R 620 RS1 16S472J R 984 RS1 16S473J R 621 RS1 16S473J R 985 RD1 4PU102J R 622 RS1 16S104J R 991 RD1 4PU221J R 623 51 165473 992 RD1 4PU221J R 624 RS1 16SOROJ R 993 51 165472 626 RS1 16S104J R 994 51 165222 630 51 165104 995 RS1 16SOROJ R 997 RAB4C102J 43 DEH P640 P6400 P6450 44 101 102 139 140 141 142 143 144 145 146 147 161 162 171 172 173 177 178 179 180 191 192 205 206 207 208 209 210 211 212 213 214 215 216 217 218 306 307 309 310 311 313 314 315 316 321 322 323 324 325 351 352 355 356 403 404 405 406 408 409 411 440 601 602 603 4700uF 16V Part No CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB104K16 CKSRYB474K10 CKSRYB474K10 CCSRCH101J50 CCSRCH101J50 CKSRYB103K50 CKSRYB183K25 CKSRYB183K25 CEJO470M10 CKSRYB104K16 CEJO100M 16 CCSRCH100D50 CCSRCH100D50 CCSRCH100D50 CCSRCH100D50 CEJQ1ROM50 CEJQ1ROM50 CEJOR22M50 CEJOR22M50 CEJQ1ROM50 CEJQ1ROM50 CEJQ1ROM50 CEJQ1ROM50 CEJONP4R7M16 CEJONP4R7M16 CEJONP4R7M16 CEJONP4R7M16 CEJONP4
63. 306 CKSRYB104K16 C 307 CKSRYB333K16 C 308 CKSRYB104K16 C 309 CKSRYB473K16 C 310 CKSRYB473K16 C 311 CKSRYB104K16 C 312 CKSRYB104K16 C 315 CEV220M6R3 C 317 CKSRYB104K16 C 318 CKSRYB104K16 C 319 CKSRYB104K16 320 CCSRCH470J50 325 CKSRYB471K50 Oo DEH P640 P6400 P6450 6 ADJUSTMENT 6 1 OEL UNIT ADJUSTMENT fig Adjustment point orak SES jm m i DEH P640 P6400 P6450 6 2 CD ADJUSTMENT 1 Precautions This unit uses a single power supply 5V for the reg 2 Test Mode This mode is used for adjusting the CD mechanism ulator The signal reference potential therefore is connected to VREF approx 2 1V instead of GND If VREF and GND are connected to each other by mis take during adjustments not only will it be impossi ble to measure the potential correctly but the servo will malfunction and a severe shock will be applied to the pick up To avoid this take special note of the fol lowing Do not connect the negative probe of the measuring equipment to VREF and GND together It is especially important not to connect the channel 1 negative probe of the oscilloscope to VREF with the channel 2 negative probe connected to GND Since the frame of the measuring instrument is usual ly at the same potential as the negative probe change the frame of the measuring instrument to floating sta tus If by accident VREF comes in contact with GND immediately switch the regulator or power OFF Always
64. 39 400 C 914 CEJO470M10 D 912 Diode HZS6L B1 C 921 330yF 10V CCH1181 D 921 Diode HZS9L C1 C 922 CKSRYB103K50 D 931 Diode HZS7L A1 923 CEJO101M16 D 932 Diode HZS7L C3 C 931 CEJO100M16 D 951 Diode DAN202U C 932 CKSRYB104K16 D 981 Diode DAN202U C 963 CEJO2R2MBO D 982 Diode HZS9L A2 C 991 CKSRYB473K25 D 991 Diode HZS9L B1 C 992 CKSRYB102K50 ZNR 451 Surge Protector DSP 201M A21F 993 CEJO101M10 L 171 Inductor CTF1530 C 999 4701 16 1183 L 401 Ferri Inductor LAU2R2K L 402 Ferri Inductor LAU4R7K Unit Number CWM8097 DEH P6450 XN ES L 403 Inductor LAU1ROK Name Tuner Amp Unit L 601 Ferri Inductor LAU2R2K L 801 Inductor LAU100K MISCELLANEOUS L 802 Ferri Inductor LAU2R2K L 852 Inductor CTF1510 IC 101 IC HA12187FP IC 132 IC NJM4558MD L 853 Inductor CTF1489 5 5203 NA L 901 Choke Coil 600uH CTH1221 301 PALOO7A L j IC 601 IC PD5699A 951 Ferri Inductor LAU2R2K X 601 Radiator 10 00M Hz CSS1475 IC 631 IC PDHOO47A S TTT AWAM Tuner Unit CWE 1563 IC 801 IC TC7SETO8FU IC 351 IC NJM2360M 961 IC S 80735ANDZI BZ 641 Buzzer CPV1050 101 Transistor 2SA1037K RESISTORS O 102 Transistor DTC124EK R 101 RS1 16S101J O 301 Transistor DTC124EK R 102 51 165470 Q 351 Transistor IMH3A R 103 RS1 16S101J O 353 Transistor IMH3A Q 401 Transistor 25 2412 104 RS 1 165222J R 105 RS1 16S103J O 801 Transistor IMD2A O 802 Transistor 2SD1760F5 106 RS 1 165562J R 107 51 165332 Q 803 Transistor 2SD
65. 400 P6450 11 DEH P640 P6400 P6450 2 4 CD MECHANISM MODULE 51 ok 1035 27 5 57 eeu BD lt DEH P640 P6400 P6450 CD MECHANISM MODULE SECTION PARTS LIST Mark No Description Part No Mark No Description Part No 1 Control Unit CWX2481 46 Gear CNV6320 2 Connector CN701 CKS1959 47 Arm CNV6322 3 Connector CN101 CKS3486 48 Arm CNV6323 4 Screw BMZ20P025FMC 49 Arm CNV6324 5 Screw 5720 040 50 6888 6 Screw M2x4 1362 51 CNV6889 1 5 2 3 CBA1527 52 Guide CNV6327 8 Screw CBA1545 53 Arm CNV6924 9 Washer CBF1037 54 Guide CNV6921 10 Washer CBF1038 55 Rack CNV6923 11 Washer CBF1039 56 Clamper CNV6331 12 Washer CBF1060 57 Arm CNV6332 13 Spring CBH2378 58 Guide CNV6333 14 Spring CBH2379 59 Cover CNV6334 15 Spring CBH2514 60 Arm CNV6335 16 Spring CBH2533 61 Guide CNV6336 17 Spring CBH2382 62 Roller CNV6338 18 Spring CBH2383 63 Damper CNV6339 19 Spring CBH2384 64 Damper CNV6340 20 Spring CBH2527 65 Guide CNV6925 21 Spring CBH2386 66 Chassis Unit CXB7980 22 Spring CBH2537 67 Arm Unit CXB7983 23 Spring CBH2390 68 Arm Unit CXB7984 24 Spring CBH2391 69 Arm Unit CXB7985 25 Spring CBH2523 70 Motor Unit M2 CXB5903 26 Spring CBH2426 71 Screw Unit CXB5904 27 Spring CBH2444 12 Gear Unit CXB8076 28 Spring CBL1561 73 Bracket Unit 7982 29 Spring 1553 74 Motor Unit M1 CXB6007 30 Sh
66. 51 165562 613 51 165222 107 51 165332 108 51 165150 614 51 165222 109 RS1 16S181J R 615 RS1 16S104J R 110 RS1 16S181J R 616 RS1 16S473J R 617 RS1 16SOROJ R 111 RS1 16S223J R 618 RS1 16S222J R 112 RS1 16S223J R 113 51 165102 619 RS1 16S473J R 114 51 165102 620 51 165472 143 51 165104 621 RS1 16S473J R 622 51 165104 144 51 165104 623 51 165473 145 51 165563 146 51 165563 147 51 165474 148 51 165474 DEH P640 P6400 P6450 Circuit Symbol and No Part Name Part No Circuit Symbol and No Part Name Part No R 624 RS1 16SOROJ R 985 RD1 4PU102J R 626 RS1 16S104J R 991 RD1 4PU221J R 630 51 165104 992 RD1 4PU221J R 631 51 165102 993 RS1 16S472J R 632 RS1 16S104J R 994 RS1 16S222J R 633 RS1 16S104J R 995 RS1 16SOROJ R 634 RS1 16S473J R 997 RAB4C102J R 638 RS1 16SOROJ 640 RS1 16SOROJ CAPACITORS R 641 RS1 16S102J 101 CKSRYB104K16 R 642 RS1 16SOROJ 102 CKSRYB104K16 R 643 RS1 16SOROJ 139 CKSRYB104K16 R 650 51 165222 C 140 CKSRYB104K16 R 651 51 165222 141 CKSRYB104K16 R 653 RS1 16SOROJ 142 CKSRYB104K16 R 801 51 165332 143 CKSRYB474K10 R 804 RS1 16S1ROJ 144 CKSRYB474K10 R 805 51 165221 145 CCSRCH101J50 R 806 RS1 16S221J 146 CCSRCH101J50 R 807 51 165473 147 CKSRYB103K50 R 803 51 165473 161 CKSRYB183K25 R 809 51 165102 162 CKSRYB183K25 R 81
67. 7K 13 13 RDT1 RB122R2K T R816 12 42712 100K Ze m 2 ILGND OELB 10 10 v oc aa 281850 4 9H 9 re gEJSwW Heigenek R807 lt 1 5 x 47K 7 7 4 7 17 gue O GEJILM 7 6 5 5 5 sis gevILe R814 R808 gt 4 4 4 e e 47 LLI fobs SoELe 11 2 zm 12 1 ata 4 4 T 2 CT 57 9 9 5 elo y co oju oja OTO GND 93 94 59 AF 8 4 4 4 4 7 Gt GND 16 1 DEH P640 P6400 P6450
68. 903 Diode 1SR139 400 R 302 RS1 16S103J D 904 Diode 1SR139 400 R 304 51 165331 D 911 Diode 1SR139 400 R 351 RS1 16S821J D 912 Diode HZS6L B1 R 352 RS1 16S821J D 921 Diode HZS9L C1 R 355 RS1 16S821J D 931 Diode HZS7L A1 R 356 RS1 16S821J D 932 Diode HZS7L C3 R 357 RS1 16S223J D 951 Diode DAN202U R 358 RS1 16S223J D 981 Diode DAN202U R 361 RS1 16S223J D 982 Diode 7591 2 362 RS1 16S223J D 991 Diode HZS9L B1 R 363 RS1 16SOROJ ZNR 451 Surge Protector DSP 201M A21F R 368 RS1 16SOROJ L 171 Inductor CTF1530 R 401 RS 1 16S473J L 401 Ferri Inductor LAU2R2K R 402 51 165473 L 402 Ferri Inductor LAU4R7K R 403 51 165681 L 403 Inductor LAU1ROK R 404 51 165681 L 601 Ferri Inductor LAU2R2K R 409 51 165681 L 801 Inductor LAU100K R 410 51 165103 L 802 Ferri Inductor LAU2R2K R 411 51 165681 L 852 Inductor CTF1510 R 412 51 165681 L 853 Inductor CTF1489 R 413 51 165681 L 901 Choke Coil 600UH CTH1221 R 414 51 165473 L 951 Ferri Inductor LAU2R2K R 415 51 165472 X 601 Radiator 10 00MHz CSS1475 R 416 51 165473 5 801 Switch DSENS CSN1039 R 417 RS1 16S473J Tuner 1563 418 RS1 16S473J BZ 641 Buzzer CPV1050 R 419 RS1 16S222J R 420 RS1 16S222J RESISTORS R 424 51 165393 551 RS1 16SOROJ R 101 RS1 16S101J R 553 RS1 16SOROJ R 102 RS1 16S470J R 103 RS1 16S101J R 601 RS1 16S473J R 104 RS1 16S222J R 603 RS1 16S473J R 105 51 165103 606 RS1 16SOROJ R 608 51 165104 106
69. By following the instructions in this manual be sure to apply the 4 prescribed grease glue to proper portions by the appropriate amount For replacement parts or tools the prescribed ones should be used CD Player Service Precautions 1 For pickup unit CXX1480 handling please refer 2 During disassembly be sure to turn the power off to Disassembly see page 62 since an internal IC might be destroyed when a con During replacement handling precautions shall be nector is plugged or unplugged taken to prevent an electrostatic discharge protection 3 Please checking the grating after changing the ser by a jumper solder vice pickup unit see page 56 DEH P640 P6400 P6450 1 SAFETY INFORMATION CAUTION This service manual is intended for qualified service technicians it is not meant for the casual do it yourselfer Qualified technicians have the necessary test equipment and tools and have been trained to properly and safely repair complex products such as those covered by this manual Improperly performed repairs can adversely affect the safety and reliability of the product and may void the warranty If you are not qualified to perform the repair of this product properly and safely you should not risk trying to do so and refer the repair to a qualified service technician WARNING This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of Californi
70. C lt 8586 R172 Leh C R107 1K o 4 1 Rx IP BUS 3R3K be DRIVER 88 R200 50 1 e Livi Q102 AN DTC124EK Y GND Ja A ok or TT TIT yt 8155 C205 R2p0 50 gt 180 4 C807 1 50 x 5 I 3 lu c Symbol indicates a resistor Decimal points for resistor Er que Fee No differentiation is made between chip resistors and and capacitor fixed values FM 20 5 discrete resistors are expressed as AM 31 0 st Symbol indicates a capacitor 2 2 282 IP BUS 2 2 No differentiation is made between chip capacitors and 0 022 R022 CD 0 2 discrete capacitors The mark found on some component parts indicates the importance of the safety factor of the part B UP ss Therefore when replacing be sure to use parts of identical designation t 82541 CPV 1050 A 1 JEJE A GND 1 o 1 gt R403 680 5T 680 98 rus 2 SD o 3 oc NL 1 gd S 5 3 4V R162 2525 R OuT gt Sx 5 ul aly 1 0 EM 28 wm i ye 4 be zz S 5151 lt 548 d 17 kk Y e al a a a s 2 I AMIN TE Zl s TUL EES ELE 1099003 5 av 4 40 g 58 3
71. DEC 2001 Printed in Japan DEH P640 P6400 P6450 Important symbols for good services In this manual the symbols shown below indicate that adjustments settings or cleaning should be made securely When you find the procedures bearing any of the symbols be sure to fulfill them 1 Product safety You should conform to the regulations governing the product safety radio and noise and other regulations and should keep the safety during servicing by following the safety instructions described in this manual 2 Adjustments To keep the original performances of the product optimum adjustments or specification confirmation is indispensable In accordance with the procedures or instructions described in this manual adjustments should be performed 3 Cleaning For optical pickups tape deck heads lenses and mirrors used in projection monitors and other parts requiring cleaning D proper cleaning should be performed to restore their performances 4 Shipping mode and shipping screws TO protect the product from damages or failures that may be caused during transit the shipping mode should be set Ce the shipping screws should be installed before shipping out in accordance with this manual if necessary 5 Lubricants glues and replacement parts Appropriately applying grease or glue can maintain the product performances But improper lubrication or applying glue may lead to failures or troubles in the product
72. GND Ref GND Mode Normal Mode Normal ar 5 CH1 FD 6 CH2 FOK 20 CH3 MD 500mV div 5V div 5V div CH1 FE 500mV div CH2 FOON 00ms div 100ms div When setting up Source On Magnified drawing for time Ref VREF Ref VREF t Mode Mode Normal CH1 FE 5 CH2 FD 500mV div 500mV div CH3 TE 500mV div 1 CH4 TD 500mV div During Play 2 CH1 BCK 2V div 1us div 1ms div During Play lus NORM 200MS s Ref VREF Ref Mode Normal Mode Normal 7 CH1 MD 500mV div During Play During Play Ref VREF Mode Normal 0 6 V DIV 7 77 EE 32 5 CH1 FD CH2 FOK CH3 MD 500mV div 5V div 5V div 500ms div When setting up Source On CH1 500mV CH2 5 CH3 5 ys 500ms div Ref VREF LE Mode Normal CH1 TE CH2 FE 500mV div OO V di SON When setting up Source On 200ms div 9 CH1 LRCK 2V div m CH2 DOUT 2V div us div During Play DS div Er 500mV div 500mV div 2 ms div CH2 TE During Tracking Open CHis500mV 2 500 DC 1 C 101 DEH P640 P6400 P6450 CH1 FD 1V div 200ms di CH1 RFO 1V div CH1 RFO 1V div CH2 FOP 2V div
73. MSB output 30 NC DOjNotued 2 31 CLK1 l Clockinput for UART1 gt SSS 32 IIMD O Dualilluminationselectoutput 33 0 Display data LSB output 34 NC 1 35 CLKO I Clock input for UARTO input 6 NC jNoctued 2 37 RDY 1 Notused 38 NC 1 Notused 2 3 HOD jNotued 4041 X j Notued J 42 RD 0 JjReadstrobeouput 4346 NC X JNotused __ 47 0 Bankaddressselectoutput 48 CS0 0 External ROM chip select output 02 49 Address bus 19 output 50 8 Address bus 18 output Not used __ 51 59 1749 O Address bus 17 9 output gt 0 60 VCC connection 61 LO Addressbus8output 62 VSS GND connection gt 0 63 69 JjAddresbus7 loutput 70 AO O0 Address bus Ooutput Notused __ 0 000 93 NC DjNotued 0 94 AVSS GND connection gt 95 NC jNotued 96 VREF JNotused VSSconnection 002 97 ACC Notused VCC connection _ 98 100 NC Notused OPEN __ 70 DEH P640 P6400 P6450 PD5706A S 818A33AUC BGN VIN ON OFF 51 25 75 1 PD8088A DEH P6400 XN UC P6450 XN ES PD8089A DEH P640 XN UC 31 015 1 07 N O O e A gt O O st N CN N N C
74. N 43 A19 42 A8 41 9 40 A10 39 A11 38 A12 37 A13 36 A14 35 A15 34 A16 32 VSS 29 014 28 D6 2 Si Ki 7 Data output Address input Address input Data output BYTE VPP Mode select Power su Chip enable input Output enable input supply A15 A 1 A0 A19 00 019 m o o o 98 8 2 E E GE N N m obo Uo Ul LI LI 255 lt lt lt lt lt lt lt lt 2 2 PMLOOSA DEH P6400 XN UC P6450 XN ES di tc D c st SF YO GN e Nm s 2 2 2 39 2 2 2 2 43 Isolator Sel_out_R circuit Source Gain fromRen Rch volume d lu O Loudness Anti Alias d filter NC NC 25 _ 2 i mE Front out R Rear out L cH E Rear out R volume 71 DEH P640 P6400 P6450 TSOP1840SB3V PDH0047A DEH P6400 XN UC DEH P6450 XN ES REGULATOR CS Not used 8 supply Chip select input SK Clock input NC Data input DI Data output 6 TEST GND Ground DO 4 TEST Test OUT GND VCC Pin Functions TA2153FN 1
75. N UC CD player SYSTEM ss Compact disc audio system Usable discs Compact disc Signal format Sampling frequency 44 1 kHz Number of quantization bits 16 linear Frequency characteristics 5 20 000 Hz 1 dB Signal to noise ratio 94 dB 1 IHF A network Dynamic range 92 dB 1 kHz Number of channels 2 stereo FM tuner Frequency range 87 9 107 9 MHz Usable sensitivity 9 dBf 0 8 75 mono S N 30 dB 50 dB quieting sensitivity 15 dBf 1 5 uV 75 Q mono Signal to noise ratio 70 dB IHF A network Distortion 0 396 at 65 dBf 1 kHz stereo Frequency response 30 15 000 Hz 3 dB Stereo separation 40 dB at 65 dBf 1 kHz Selectivity 70 dB Three signal intermodulation Desire signal level 30 dBf two undesire signal level 100 dBf AM tuner Frequency range 530 1 710 kHz 10 kHz Usable sensitivity 18 uV S N 20 dB Selectivity 50 dB 10 kHz Note Specifications and the design are subject to possible mod ifications without notice due to improvements 31 DEH P640 P6400 P6450 DEH P6450 XN ES General Power source 14 4 V DC 10 8 15 1 V allowable Grounding system Negative type Max current consumption 10 0A Backup current 5 mA or less
76. OROJ R 807 RS1 16S473J R 292 RS1 16SOROJ R 808 RS1 16S473J R 301 RS1 16S103J R 809 RS1 16S102J R 302 RS1 16S103J R 810 RS1 16S222J R 304 RS1 16S331J R 811 RS1 16S222J R 351 RS1 16S821J R 812 RS1 16S222J R 352 RS1 16S821J R 813 RS1 16S222J R 355 RS1 16S821J R 814 RS1 16S222J R 356 RS1 16S821J R 815 RS1 16S473J R 357 RS1 16S223J R 816 RS1 16S104J R 358 RS1 16S223J R 817 RD1 4PU391J R 361 51 165223 819 51 165222 362 51 165223 820 51 165222 363 RS1 16SOROJ R 851 RS1 16S331J R 368 RS1 16SOROJ R 852 RD1 4PU302J R 401 51 165473 853 RD1 4PU302J R 402 51 165473 854 RS1 16S121J R 403 RS1 16S681J R 855 RS1 16S391J R 404 RS1 16S681J R 856 RS1 16S1ROJ R 409 RS1 16S681J R 857 RS1 16S331J R 410 RS1 16S103J R 912 RS1 16S152J R 411 RS1 16S681J R 913 RS1 16S223J R 412 RS1 16S681J R 914 RS1 16S152J R 413 RS1 16S681J R 921 RS1 10S1ROJ R 414 51 165473 922 RD1 4PU221J R 415 51 165472 923 51 165103 416 51 165473 924 RD1 4PU222J R 417 51 165473 925 51 165122 418 51 165473 931 RS1 16S472J R 419 RS1 16S222J R 932 RS1 16S473J R 420 RS1 16S222J R 933 RS1 16S103J R 424 51 165393 934 RS1 16S473J R 551 RS1 16SOROJ R 935 RS1 16S104J R 553 RS1 16SOROJ R 936 51 165103 601 51 165473 937 RS1 16S473J R 604 RS1 16S473J R 938 RD1 4PU102J R 606 RS1 16SOROJ R 939 RD1 4PU102J R 608 RS1 16S104J R 951 RD1 4PU153J R 613 RS1 16S222J R 952 RS1 16S472J R 614 RS1 16S222J R 95
77. Panel Assy Removing the CD Mechanism Module Fig 1 Remove the four screws and then remove the CD Mechanism Module Grille Panel Assy Fig 1 Removing the Tuner Amp Unit Fig 2 Remove the two screws Remove the three screws ML LEA CREE lt Sai vt A LLL a Straight tabs at three locations indicated 74 G Remove screw and then remove Tuner Amp Unit AAA A Tuner Amp is different partially from this da photo Tuner Amp Unit Fig 2 Removing Unit P Apply hot air to the cable pins for the anode terminal using a blower used for removing a flat packaged IC or something like that When all the pins are peeling off from the PCB pinch the cable with a pair of tweezers and remove it slowly from the PCB Fig 3 Be careful not to remove other electrical parts when you use a blower Especially when hot air is appropriated to the VR1902 too much the volume will destroy Flexible cable may not remove easily by transforming the Bosses by the hot air of the Blower Five tabs are extended until becoming straight in the direc tion of the arrow and then remove the Holder Fig 3 Slowly set up the OEL Unit At this time the stress is pre vented from hanging to flexible cable in the Cathode termi nal Fig 4 The Cathode terminal is removed according to the procedure same as the Anode terminal
78. Pioneer sound vision soul Service __ ORDER NO CRT2807 MULTI CD CONTROL HIGH POWER CD PLAYER WITH FM AM TUNER XN UC 64 mx DEH P6450 mes DIGITAL AUDIO This service manual should be used together with the following manual s Model No Mech Module IRemarks CX 977 CRT2624 CD Mech Module Circuit Description Mech Description Disassembly CONTENTS 1 SAFETY INFORMATION ciee 3 7 GENERAL INFORMATION 62 2 EXPLODED VIEWS AND PARTS LIST 4 Tel ON 62 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 14 TET DISASSEMBLY 62 4 PCB CONNECTION DIAGRAM 34 7 1 2 CONNECTOR FUNCTION DESCRIPTION 66 5 ELECTRICAL PARTS LIST 42 67 ADJUSTMENT oto aman 53 7 3 OPERATIONAL FLOW CHART 77 CLEANING aa 78 8 OPERATIONS AND SPECIFICATIONS 79 7 details refer to Important symbols good services PIONEER CORPORATION 4 1 Meguro 1 Chome Meguro ku Tokyo 153 8654 Japan PIONEER ELECTRONICS USA INC 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 O PIONEER CORPORATION 2001 K ZZY
79. R 809 RS1 16S102J R 352 51 165821 810 51 165222 355 RS1 16S821J R 811 RS1 16S222J R 356 RS1 16S821J R 812 RS1 16S222J R 357 RS1 16S223J R 813 RS1 16S222J R 358 RS1 16S223J R 814 RS1 16S222J R 361 RS1 16S223J R 815 RS1 16S473J R 362 RS1 16S223J R 816 RS1 16S104J R 363 RS1 16SOROJ R 817 RD1 4PU391J R 368 RS1 16SOROJ R 819 51 165222 401 51 165473 820 51 165222 402 51 165473 851 51 165331 403 51 165681 852 RD1 4PU302J R 404 51 165681 853 RD1 4PU302J R 409 51 165681 854 RS1 16S121J R 410 RS1 16S 103 R 855 51 165391 411 51 165681 856 RS1 16S1R0J R 412 51 165681 857 51 165331 413 51 165681 912 51 165152 414 51 165473 913 RS1 16S223J R 415 RS1 16S472J R 914 RS1 16S152J R 416 RS1 16S473J R 921 RS1 10S1ROJ R 417 RS1 16S473J R 922 RD1 4PU221J R 418 51 165473 923 51 165103 419 51 165222 924 RD1 4PU222J R 420 RS1 16S222J R 925 RS1 16S122J R 424 51 165393 931 51 165472 551 RS1 16SOROJ R 932 RS1 16S473J R 553 RS1 16SOROJ R 933 RS1 16S103J R 602 RS1 16S473J R 934 RS1 16S473J R 603 51 165473 935 51 165104 606 RS1 16SOROJ R 936 51 165103 608 51 165104 937 RS1 16S473J R 613 RS1 16S222J R 938 RD1 4PU102J R 614 RS1 16S222J R 939 RD1 4PU102J R 615 RS1 16S104J R 951 RD1 4PU153J R 616 RS1 16S473J R 952 RS1 16S472J R 617 RS1 16SOROJ R 953 RS1 16S472J R 618 RS1 16S222J R 954 RS1 16S1
80. R7M16 CEJONP4R7M16 CEJONP4R7M16 CEJONP4R7M16 CEHAR330M10 CCH1367 CKSRYB104K16 CEHAR100M16 CKSOYB225K10 CKSRYB474K10 CKSRYB474K10 CKSRYB474K10 CKSRYB474K10 CKSRYB474K10 CKSRYB474K10 CKSRYB474K10 CKSRYB474K10 CKSOYB225K10 CEJO100M16 CEJO100M16 CEJO100M16 CEJO100M16 CKSRYB473K25 CEJO101M6R3 CKSRYB103K50 CEJO220M10 CKSRYB223K50 CKSRYB223K50 CKSRYB472K50 CKSRYB103K50 CEJO4R7M35 CKSRYB102K50 CKSRYB472K50 858 859 860 861 912 913 914 921 922 923 931 932 963 991 992 993 999 A Zut 330uF 10V 470uF 16V Unit Number Unit Name MISCELLANEOUS IC IC IC IC IC IC IC IC IC O ooooo ooooo ooooo 101 132 203 301 631 601 801 851 961 101 102 301 351 353 401 801 802 803 804 805 851 852 911 913 921 922 923 931 932 951 IC IC IC IC IC IC IC IC IC Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Transistor Part No CCSRCH180J50 CCSRCH220J50 CKSRYB104K16 CKSRYB103K50 CEJO470M10 CKSRYB104K16 CKSRYB103K25 CKSRYB473K25 CKSYB105K25 CEJO470M16 CCG1111 CEJO100M25 CCSRCH331J50 CEJO330M25 CKSRYB104K
81. SECgg TRKggMINggSECgg TRK99MINggSEC99 A A V V V V V V V BAND 1 6 3 gt 4 2 T CLS and T Close _ T Balance adjustment Power Off Applicable servomechanism coefficient display CRG CRG T Balance coefficient display TRK MIN SEC TRK x MINX x SECxx x MIN x SEC xx TRK 22 MIN SEC 22 TRKgx MINgx SEC8x MINgx SEC x TRK MIN22 SEC22 or TRKgx MINgx BE Or or TRK9x MIN Gs SEC9x lt r V V V V V V V BAND 1 3 6 gt lt 2 F T RF AGC F T AGC F Bias CRG TR jump value 3 2 Power Off F Bias display switching 7 and RF AGC switching CRG TR Jump CRG TR Jump Tracking Open TRK MIN SEC TRK2 MIN2 SEC77 TRK xx MIN x SEC XX xx MIN xx SEC xx TRK xx MIN x x SEC xx TRK xx MIN x x SEC xx TRKgx MIN SECgx TRKgxMINgxSEC 9 e V V BAND 2 Power Off Tracking Open TRK SEC TRKgx MINgx SEC8x or TRKgx MINgx SECO x TYP 12dB 1 SEC 7 2 MIN4 2SEC1 2 Test New Mode i Error occurrence time 2 Pos Close setting S curve check setting F EO measurement setting BAND Power On Off cause display switching 00 00 00 gt TRKn1MINn 15 TRKn2MINn2SEC or 99 gt CRG TR Jump TRK FF Direction of the external surface 4 CRG TR Jump TRK REV 3 TONA gt Switch t
82. STEM Compact disc audio system Usable discs Compact disc Signal format Sampling frequency 44 1 kHz Number of quantization bits 16 linear Frequency characteristics TP 5 20 000 Hz 1 dB Signal to noise ratio 94 dB 1 kHz IEC A network Dynamic range 92 dB 1 kHz Number of channels 2 stereo FM tuner Frequency range 87 5 108 MHz Usable sensitivity 9 dBf 0 8 75 mono S N 30 dB 50 dB quieting sensitivity 15 dBf 1 5 uV 75 Q mono Signal to noise ratio 70 dB IEC A network Distortion 0 396 at 65 dBf 1 kHz stereo Frequency response 30 15 000 Hz 3 dB Stereo separation 40 dB at 65 dBf 1 kHz AM tuner Frequency range 530 1 640 kHz 10 kHz 531 1 602 kHz 9 kHz Usable sensitivity 18 uV S N 20 dB Selectivity 50 dB 10 kHz 50 dB 9 kHz Infrared remote control Wavelength 940 nm 50 msds typ 12 mw sr per infrared LED Note Specifications and the design are subject to possible mod ifications without notice due to improvements
83. Top and Bottom Frame 1 When the disk is in clamp state unlock Spring A 6 pieces and Spring B 2 pieces and unscrew screws 4 pieces 2 Unlock each 1 of pawl at the both side of the frame then remove the top frame 3 Remove the Carriage Mechanical part in such way Carriage Mechanical that you remove the mechanical part from 3 pieces Part gt XT cd 0 of Damper while slowly pulling up the part g 4 Now the top frame has been removed and under this state fix the genuine Connector again and eject B A the disk a Caution Bottom Frame When you reassemble the Carriage Mechanical part apply a bit of alcohol to Dampers How to remove the Guide Arm Assy 1 Unlock the spring 1 piece at the right side of the ASM Big Screw Gear Bracket 2 Unscrew screws 2 pieces then remove the Screw Gear Bracket A K Guide Arm 3 Shift the Guide Arm Assy to the left and slowly rotate it to the upper direction 4 When the Guide Arm Assy rotates approximately 45 degree shift the Assy to the right side direction and remove it 64 How remove Control Unit 1 Give jumper solder treatment to the Flexible Wire of the Pickup unit then remove the wire from the Connector 2 Remove all 4 points of solder treatment on the Lead Wire Also unscrew the screw 1 piece 3 Then Remove the Control unit Caution Be careful not to damage SW when you reassemble the Control Unit in
84. V N3SV 2581 H31H3ANOO 650947052 ON I N 4 N o V D Z9gzrasc 50809 o POS r Zigu v ONG 11 97130 ONG 11 ONG P u MZY Dc lt O Sgp6 98 3 7869 SAPE 98 SNA di 4 8 JSN3S8 3 52 4 i eNaSa s SAP9 8c INd o9 5 ANSON n 0 DID 9 ES SL SL g _ TI r 9L 9L 2 1 NTO EL m AE dus ja 2 vL VAD DTD a JL E ee 3SN3S mi 5 S apa Is fa la Ia f a lt BS 2 S o 0L lt 9 Fees s osN3sv G 6o S o SN3SI ANTH g 10 2H p iN So TL N 1 ade fo ST E a ass s TE i gg 3Ar3938 3 x C ae RE ano NIIS dn ovg pU S Pog SN3SQA V 1 DER 9 HOLYINDIM S 1f HNITAT AI NIM 10991 d 0 ON 4 M 5 16 6 ss 8 x Lio AV as JE oly gs 1
85. a to cause cancer birth defects or other reproductive harm Health amp Safety Code Section 25249 6 Proposition 65 DEH P640 P6400 P6450 2 EXPLODED VIEWS AND PARTS LIST 2 1 PACKING DEH P640 P6400 Parts marked gt are generally unavailable because they are not in our Master Spare Parts List Screws adjacent to V mark on the product are used for disassembly DEH P640 P6400 P6450 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 1 PACKING SECTION PARTS LIST DEH P640 P6400 Mark No Description Cord Assy Remote Control Unit Accessory Assy Spring Screw Assy oF WN Screw Screw Polyethylene Bag Screw Screw O CON O gt 11 Polyethylene Bag 12 Handle 13 Earth Plate 14 Bush 15 Polyethylene Bag 2 CONTRAST TABLE Part No Mark No Description CDE6438 16 Battery CXB8743 17 Carton CEA2773 18 Contain Box CBH1650 19 Protector CEA2796 20 Protector BPZ20PO60FZK 1 Owner s Manual CBA1002 21 2 Installation Manual CEG 127 21 3 Caution Card CRZ50PO90FMC 21 4 Warranty Card TRZ50P080FMC 21 5 158 21 6 Polyethylene Bag CNC5395 22 Case Assy CNC9450 CNV3930 CEG1173 Part No CEX1065 See Contrast table 2 See Contrast table 2 CHP2251 CHP2252 See Contrast table 2 See Contrast table 2 CRP1207 See Contrast
86. aft CLA3845 75 Arm Unit CXB8504 31 Roller CLA3910 76 Screw M2x5 EBA1028 32 Frame CNC9654 77 Screw JFZ20P020FMC 33 Lever CNC9664 18 Screw JGZ17P020FZK 34 Lever 8949 79 Washer YE15FUC 35 Arm CNC9661 80 Washer YE20FUC 36 Arm CNC9016 81 Pickup Unit Service P9 CXX1480 37 Arm CNC9017 82 Screw IMS26P030FMC 38 Bracket CNC9123 83 Guide CNV6922 39 Frame CNC9656 84 Roller CNV6887 40 Belt CNT1086 85 Spring CBH2509 41 Gear CNV6886 86 Spring CBH2512 42 Gear CNV6316 87 Spring CBH2536 43 Gear CNV6317 88 Collar CNV6906 44 Gear CNV6318 45 Gear CNV6319 1 2 EN 3 4 z D H P640 P6400 P6450 3 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 3 1 BLOCK DIAGRAM AMP UNIT FM AM TUNER UNIT FM AM 1ST IF 10 7MHz T51 051 CF51 CF52 CF53 CN401 MPXREF 41kHz 1 IC1 MIXER IF AMP DET AM 2ND IF X901 450kHz 10 25MHz 18 2 z zj 23 25 7 172022 1019 14 24 9 1112 15 168 13 2 3 4 1 VDD FMSp Q101 SWDACC BU 9 CN101 Q102 5 IP BUS DRIVER sP HJ 2187 2 8 IPPW PICKUP UNIT SERVICE P9 9 UNIT BUZZER A VST VCK VE LEVEL INDICA MONITOR 2 TA2153FN CONT MUTE CD5VON bs TOP TC9495F2 13 SPINDLE CD CDLOEJ X601 MOTOR M DRIVER DSCSNS VDCONT DEH P64 OELPW 64 LOAD CARRIAGE LOEJ SYSTEM CONTROLLER
87. amper Unit Holder Unit Holder Unit Clutch Unit Screw Detach Grille Assy Screw Screw Button SELECT Button SFEQ Button ENT Button AUDIO Button 1 6 Button DISP Button OPEN Button EQ Button FUNC Spring Spring Spring Spring Cover Holder Holder Holder Keyboard Unit Connector CN1901 Holder Cushion Cushion Spacer Spacer Holder 1903 OEL Unit Sub Grille Assy 01 Chassis Unit Part No CNV6508 CWM7986 CKS3550 CKS4462 CXB5070 CXB6356 CXB6357 CXB6358 IMS20P045FZK See Contrast table 2 BPZ20PO80FMC BPZ20P100FZK CAC7220 CAC7221 See Contrast table 2 See Contrast table 2 CAC7225 CAC7226 CAC7227 CAC7231 CAC7489 CBH2630 CBH2431 CBH2430 CBL1470 CNS6740 CNV6505 CNV6506 CNV6909 See Contrast table 2 CKS4524 CNC9642 CNM6633 CNM7469 CNM7697 CNM7698 CNV6910 TSOP1840SB3V MXS8017 See Contrast table 2 PAL007A CXB6100 CD Mechanism Module S9ANA CXK5501 Screw Transistor O921 999 Knob Spacer Cushion ISS26P055FUC 2SD2396 CAA2697 CNM7807 CNM7808 DEH P640 P6400 P6450 2 CONTRAST TABLE DEH P640 XN UC DEH P6400 XN UC and DEH P6450 XN ES are constructed the same except for the following Mark No Symbol and Description 18 Tuner Amp Unit CWM8097 25 Panel CNS6935 60 Detach Grille Assy CXB8244 65 Button ENT CAC7253 66 Button AUDIO CAC7254 80 Keyboard Unit CWM7990 90 Sub Grille Ass CXB8948 10 DEH P640 P6
88. andsfree Not used TUNER Chip enable output EEPROM 50 51 57 58 59 61 62 63 O O 65 CD5VON HOME HTELM TUNPCE2 10 71 THERME RESI RU UU E A co A gt OO N gt 5 Sasis ut 0 5 DEH P640 P6400 P6450 72 TUNPCE O TUNER Chipenable output PLL __ gt Z S O 713 BSENS Backupsense 74 ASENS ACCsense 75 NC 1 J 716 LOCH O TUNER LocalHoutput 2 _ 77 100 O TUNER LocalLoutput 2 78 XPCK O CD LSIclockoutput 79 0 CD LSI chip enable output 2 80 XRST O CDilSiresetoutput 81 IPPW O IPBUS Driver power supply control output 82 ASENBO __ IPBUS Slave ACC sense output 83 NC LNotused 87 88 Testprograminput 89 DSCSNS CD Discpositiondetectioninput 90 VDSENS CD VD power supply sense input 91 TEMP CD Temperature sense input 92 LVLINR LevelindicatorRchinput 93 CSENS Flap open close sense input x 94 indicator L ch input ____ 95 TI Notused 96 AVSS _ AD converter power supply input Vss 97 SL TUNER Signallevelinput 98 VREF _ ADconverter reference voltage Vref 9 AVCC AD converter power supply input Vcc 100 TUNER Data input l 84 85 MODEL1 0 Modelinput10
89. detection Focus slips off Tracking balance adjustment 2 Focus slips off Tracking balance adjustment 3 Focus slips off Focus slips off Focus slips off Focus slips off Focus slips off Focus slips off Focus slips off 43 44 Focus slips 45 Focus slips off Focus slips Focus slips Focus slips eo 5 Display Examples 1 During Setup 8 digit display 6 digit display 4 digit display Auto setting TNO Min Sec TNO 11 11 11 11 2 During Operation TOC read TRK search Play FF and REV The same as in the normal mode 3 When a Protection Error Occurred A Error display A B BAND key 8 digit display 6 digit display ERROR xx ERR xx B Error occurrence timing display in track no lt gt Auto Manual key 8 digit display 6 digit display 4 digit display Auto setting TNO Min Sec TNO 10 40 05 10 DEH P640 P6400 P6450 4 digit display Manual setting Min Sec 11 11 4 digit display C Error occurrence timing display absolute time lt gt Auto Manual key 8 digit display 6 digit display 4 digit display Manual setting TNO Min Sec Min Sec 10 40 05 40 05 61 DEH P640 P6400 P6450 7 GENERAL INFORMATION 7 1 DIAGNOSIS 7 1 1 DISASSEMBLY Removing the Case not shown 1 Remove the Case CD Mechanism Module Removing the Grille Panel Assy Fig 1 Remove the two screws and then remove the Grille
90. dinary marketed models 25 LOCL local low FM AM local low pin When seeking local low apply to the base of the NPN transistor Since this pin is exclusive for AM when the FMLOCL is in use do not drive it under FM RFGND RFground Grounding for the antenna section 6 1 27 FM antenna input FM antenna input 750 Surge absorber DSP 201M S00B is necessary 27 28 AMANT AM antenna input AM antenna input High impedance Connect to the antenna through an L LAU type of 4 7pH To cope with the power transmission line hums insert a series circuit consisting of an L a coil of about 100mH a resistor of 470 Q to 2 2kO between GND 76 DEH P640 P6400 P6450 7 3 OPERATIONAL FLOW CHART Power ON m Z T r 2 2 2 ASENBO lt H Pin 82 J 2 IT Z T CSENSS2V 3VSCSENS Last source returns and loading functions are available 0 2V lt CSENS lt 3V Starts Keys except for EJECT key are not available communication with Grille microcomputer 300ms SWVDD H lt Pin 40 300ms In case of the above signal the communication i with Grille microcomputer may fail operative If the time interval is not 300msec the oscillator may be defective Source keys SYSPW H Pin 23 QUE Completes power on operation After that proceed to each source operation 77 78 DEH P640 P6400 P6450 7
91. g reference power supply terminal 51 RFGC 0 RF amplitude adjustment control signal output terminal 52 TEEC 0 Tracking balance control signal output terminal Feed equalizer output terminal 26 HSSW 0 The VREF voltage is reached for double or quad speed 27 ZDET 0 One bit DAC zero detection flag output terminal 28 PDO 0 L Phase error signal issue between the EFM signals 29 TMAXS 0 TMAX detection result output terminal 30 0 TMAX detection result output terminal Be 53 Feed egualizer output terminal 54 LD Speed error signal or feed search EQ output 55 DMO 0 Discequalizer output terminal 56 2VREF Analog reference power supply terminal 57 SEL O APC circuit ON OFF signal output terminal 13 DEH P640 P6400 P6450 58 61 FLGAD 0 External flag output terminal for internal signal monitor 62 VD Digital powersupplyterminal 5V 63 VSS Digitalgroundterminal 6 Ion lO RF amplifier gain switching terminal 65 lO1 O 7 8 102 HONE detection switch input termina FocusDrv and signal FocusDrv and signal output terminal terminal 355 Disc egualizer PWM output terminal 102 and 103 69 Usuallyopen x 70 DACtestmodeterminal 71 TESIN Testinputterminal gt gt gt
92. input 11 HTELPW TEL Microphone control output 12 RESET Reset input RESET 13 XOUT Clock output VSS Power supply input Vss 15 XIN Clock input 16 VCC Power supply input Vcc 17 NC Not used Vco Pull up 18 19 Not used 20 DALMON DFS alarm output 21 RX2 IPBUS Input 2 22 OELPW OEL power supply output 23 SYSPW System power control output 24 PEE Beep tone output 25 NC Not used 26 ROMCS External ROM Chip select output 27 ROMCK External ROM Clock output 28 29 30 31 33 34 35 36 37 38 ROMDATA RX VDCONT DPDT KYDT ROT1 0 39 PCL 40 SWVDD 41 DSENS 42 FLPILM 43 ILMPW 44 EJTIN 45 47 NC 48 AM FM ST SD NC CONT 1 VCC XPIOO VSS CDLOEJ CLCONT O External ROM Data input output IPBUS Data input IPBUS Data output Not used CD VD power supply control output GRILLE Display data output GRILLE Key data input Rotary encoder pulse input 1 0 Clock adjustment output GRILLE Chip enable output Detach sense input nside of flap illumination output llumination output JECT key input Not used TUNER Decoder power supply control output TUNER Stereo input TUNER SD input Not used CD Servo driver control output CD LSI data input output 3 1 Power supply input Vcc CD LSI data input output 0 Power supply input Vss CD Load Motor Load Eject output CD Driver input switch output Not used CD Power supply control output CD CRG HOME detection input TEL Mute output for h
93. into the Tracking close sta tus when the key is released Powering Off On resets the jump mode to Single TR 91 the RF AMP gain setting to 0 dB and the automatic adjustment value to the initial value Flow Chart DEH P640 P6400 P6450 KEY 4 6 Reset Test Mode In Contents Display CD or SOURCE Source On TRK MIN H 3 2 6 Power Power RF AMP New Test M T offset is adjusted T offset is not adjusted Gain switching sn Mode TRKOOMINGOSECOO 99 MINg9 SECo9 TRKGGMINGGSECGG H H H H 1 3 6 1 gt 4 2 Focus Close mee Tracking Servo g _ 8 Automatic adjustment valuel Power Off S curve check Focus Mede switching Close CRG CRG display switching TRK MIN SEC 1 MINg 4 5 1 TRKOx MIN Or SECO x 52000 MIN00 SECQQ TRKQQ MINGO SECQg TRK2 MIN77 SEC77 99 MINgg
94. itch Switch Switch Switch Switch Switch Switch Switch Switch Switch Switch Switch Switch Switch Switch Encoder VOLUME Semi fixed 20kQ B OEL Unit RESISTORS 1901 1902 1903 1904 1905 1906 1907 1908 1909 1910 1911 1912 1913 1914 1915 1916 1917 1918 1919 1920 1925 1926 1931 1941 1942 1943 1944 1945 1946 1947 1949 1950 1966 1967 1968 1969 1970 1971 1972 1973 2 U U DU U 2020202020 20202202020 2020202020 2020202020 50 Part No CSG1111 CSG1107 CSG1107 CSG1111 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSG1107 CSD1059 CCP1231 MXS8017 RS1 16S222J RS1 16S222J RS1 16S473J RS1 16S103J RS1 16S682J RS1 16S121J RS1 16S2R2J RS1 16S222J 51 165154 51 165473 RAB4C101J 51 165473 51 165473 51 165103 RAB4C101J 51 165101 RAB4C101J RAB4C101J RAB4C101J RAB4C101J RAB4C101J 51 165101 51 1650 0 51 165333 RS1 165683J 51 165392 51 165393 RAB4C102J RS1 16S222J RS1 16S 103J RS1 16S 102J 51 165102 51 165101 51 165101 51 165101 51 165101 51 165270 RS1 16S270J RS1 16S270J RS1 16S270J 1974 1975 1976 1977 1978 1979 1980 1985 1986 1987 2220202 CAPACITORS 1901 1902 1903 1905 1909 1910 1911 1912 1913 1914 1941 1942 1943 1944 1945 1946
95. ix e e el eS BS iw m 5 E e SI 13 z d ONILS W o z 18 CL 1 N YP 55 2 C n esoo o TEE EN uoneuBis p jeonuapi Jo sued asn ol aans ag 810J9J9U dN d ued y 101961 Alejes y Jo y sued uo PUNO sio1l9edeo 1 49 1 0 89 050467000 diuo si ON SNG di lt 10112808 e ANV se p ss idx 5101818 1 g LR pue pue SsJ01siseJ diuo ON 10151501 10 sjuiod 10381891 sSajeJipul 1020 ost gt 3LON CE 7 GO Sore E EE _ 3v2T210 coro 7471 5 H3AIHG QN9 I ala O D1 O I e 2 ga oe AMENS 3 amp a SL 5 At 280 PER 9 INOOGA QNO N OO UN 2 lt Or 2 ena 3 N9 D gll 205 omg D Y 808 J8 0 o jo D 0 ERB le 8 2 sha
96. make sure the regulator is OFF when connect ing and disconnecting the various filters and wiring required for measurements Before proceeding to further adjustments and mea surements after switching regulator ON let the player run for about one minute to allow the circuits to stabi lize Since the protective systems in the unit s software are rendered inoperative in test mode be very careful to avoid mechanical and or electrical shocks to the sys tem when making adjustment The RFI and RFO signals are easy to oscillate because of a wide band When observing them insert a resis tor of about 1 kQ to the series This equipment will not guarantee the load ejection operation when the mechanical unit is turned upside down In particular if the ejection operation is incor rectly performed and recovery is disabled the recov ery is enabled by resetting a product or turning ACC off to on oa module of the device Test mode starting procedure Reset while pressing the 4 and 6 keys together Test mode cancellation Switch ACC back up OFF After pressing the EJECT key do not press any other key until the disk is completely ejected If the lt key is pressed while focus search is in progress immediately turn the power off otherwise the actuator may be damaged due to adhesion of the lenses Jump operation of TRs other than 100TR continues after releasing the key CRG move and 100TR jump operations are brought
97. minal for track count RFGO Lo RF signal amplitude adjustment amplifier output terminal _GVSW 1 FE TE amplifier gain switching terminal _AGCIN J RF signal amplitude adjustment amplifier input terminal 28 0 RFsi 29 GND 11 30 RFN2 l signal generation amplifier output terminal GND terminal RF signal generation amplifier input terminal TA2153FN 15 1 16 30 72 DEH P640 P6400 P6450 Pin Functions TC9495F2 1 TESTO Testmodeterminal ____2 50 0 Replay speed flag outputterminal 3 060 0 Replay speed flag output terminal 4 EMPH 0 Emphasis flag output terminal for sub code Q data 5 0 Channel clock 44 1 kHz output terminal 6 VSS Digital ground terminal 0 7 0 __ Bitclockoutputterminal gt 8 AOUT 0 Digital audio data outputterminal 9 0007 0 __ Digitaloutoutputterminal 10 MBOV O Buffer memory over signal output terminal 11 0 Correction flag output terminal 12 SBOK 0 lt CRCC decision result for sub code O data ____14 VDD Digital power supply terminal 5V S o 15 ground terminal 02 _____16 0 6 code data output terminal 02 17 SFSY 0 Replay system frame sync signal output terminal lt 18 SBSY 0 Sub code block sync output terminal 002 19 SPCK 0 Clockfor processor status signal read ____20
98. o g 5 8279 818 ao 0982 255 Ala PL g 8 0 dor 0870 lt I 5 E or 2 m eg 5 SOA 2 5 0 z ma o a 55 5 nho o u ol js T a c 9 j c 6279 quo E u D ISA 1 1 gt x ojo HD 5 2219 Si al ei xT el ol al af al 7 of of of sf ol uh ah 2 Z Zu oj 8 a ol a oi ojoj 8 o o oj o o 5 o m gt g RG 0 2 OJANNL D D o jo H O u tu o ce 00 2 in z ui ale 8 2 2 2 8 3 98 mm I 5 c U m ce J 2 lt gt lt HO 08046 Ersoy 068 oc doe O a 3 505 9 D a 2 12 26 HT3noJe8H 52795590584 5154 ha e 2 2 gt OF lt 6Z Ska E BOB XX Eo e al Oi 1089 Fa H 3n03U0J3 u u gil ro y o E 1001 gt e gt Se H a THE 2 v LL 1001 6 Qe H8ug ut As 5 10 9985 2 4 u Lon un ud 5 ZW 8 9 SSK N 67 4 86 oS MB UT AS M 7 NADY
99. o 922 Transistor DTC114EK R 103 RS1 16S101J Q 923 Transistor 2581238 4 931 Transistor IMX1 O 932 Transistor 2SC2412K O 951 Transistor 2SA1037K i S 5252 981 Transistor 2SC2412K R 108 RS1 16S150J RS1 16S181 O 98 Transistor IMD2A jae 2 991 Transistor IMD2A 999 Transistor 2SD2396 RS1 16S22 D 131 Diode Network DA204U i WA D 132 Diode Network DA204U R 113 51 165102 D 133 Diode DAN202U 4 21 134 Diode DAP202U D 801 Diode HZS6L B1 D 803 Diode Network DA204U i en 804 Diode DAN202U R 146 RS1 16S563J 3805 Diode DAP202U vn 2 D 806 Diode DAN202U 807 Diode DAP202U RS1 1 R D 808 Diode HZS11L A1 ie SE 851 Diode HZS9L C3 R 161 51 165272 D 852 Diode RB411D We ig 901 Diode 1SR139 400 902 Diode 1SR139 400 903 Diode 1SR139 400 904 Diode 1SR139 400 AD DEH P640 P6400 P6450 Circuit Symbol and No Part Name Part No Symbol and No Part Name Part No R 164 RS1 16S162J R 633 RS1 16S104J R 171 RS1 16SOROJ R 638 RS1 16SOROJ R 172 RS1 16SOROJ R 640 RS1 16SOROJ R 241 RS1 16SOROJ R 641 51 165102 242 RS1 16SOROJ R 642 RS1 16SOROJ R 245 RS1 16S101J R 643 RS1 16SOROJ R 246 RS1 16S101J R 650 RS1 16S222J R 247 RS1 16S101J R 651 RS1 16S222J R 248 RS1 16S101J R 653 RS1 16SOROJ R 249 RS1 16S101J R 801 RS1 16S332J R 250 RS1 16S101J R 804 RS1 16S1ROJ R 287 RS1 16SOROJ R 805 51 165221 288 RS1 16SOROJ R 806 51 165221 291 RS1 16S
100. o the order of the original display Direction of the internal surface Display DD T CLS and AGC and Applicabl hanism servomechanism 1 AGC AGC display switching SCAN 4 TTR 32TR 100TR 2 RF Gain switching Offset adjustment display MODE T Balance adjustment T OPN 5 d ee TRK UM C E 3 TCLS and RFA ITP 4 xd E De SE 7 ios b B ES ns Be or 81 81 81 or 582 822582 or 83 Keel KC or 84 VING4PE 84 SPDL 1X 2X switching 6 Only the time of CRG move 100TR jump Double speed compatibility only Error rate measurement 7 TRK MIN SEC gt e am am F Mode switching T CLS CRG TR 6 vel Auto Manual switching Jump switching 8 CRG motor voltage 2 V OUO DEH P640 P6400 P6450 6 3 CHECKING THE GRATING AFTER CHANGING THE PICKUP UNIT Ba Note The grating angle of the PU unit cannot be adjusted after the PU unit is changed The PU unit in the CD mecha nism module is adjusted on the production line to match the CD mechanism module and is thus the best adjusted PU unit for the CD mechanism module Changing the PU unit is thus best considered as a last resort However if the PU unit must be changed the grating should be checked using the procedure below e Purpose To check that the grating is within an acceptable range when the PU unit is changed Symptoms of Mal adjustment
101. ol and No Part Name Part No R 306 RS1 16S102J 328 CKSRYB472K50 R 307 51 165102 329 CKSRYB104K16 R 312 51 165103 330 CKSRYB104K16 R 313 51 165473 331 CKSRYB104K16 R 315 RS1 16S334J 401 CKSRYB221K50 R 321 RS1 16S331J C 402 CKSRYB221K50 R 322 RS1 16S0R0J C 403 CKSRYB153K25 R 323 RS1 16S332J 404 CKSRYB103K50 R 401 RS1 16S684J C 405 CEV101M10 R 402 RS1 16S103J 702 CKSRYB104K16 R 403 RS1 16S103J C 703 CKSRYB104K16 R 404 51 165183 801 10yF 10V CCH1349 R 405 51 165123 802 CEV101M10 R 407 RS1 16S622J C 803 CKSRYB224K16 R 408 RS1 16S622J Miscellaneous Parts List R 409 RS1 16S113J 410 RS1 16S752J Pickup Unit Service P9 CXX1480 R 701 51 165102 1 Motor Unit SPINDLE CXB6007 R 702 RS1 16S221J M 2 Motor Unit LOADING CARRIAGE CXB5903 R 703 RS1 16S221J R 704 RS1 16S221J R 705 RS1 16S221J R 706 RS1 16S221J R 707 51 165221 708 51 165102 709 51 165102 710 51 165102 901 51 165104 902 51 165473 903 51 165273 CAPACITORS 101 CEV470M6R3 102 CKSRYB102K50 103 CKSRYB104K16 C 104 CKSRYB224K16 C 105 CEV470M6R3 C 106 CKSRYB104K16 C 107 CKSRYB105K6R3 C 201 CKSRYB104K16 C 202 CCSRCH560J50 204 CKSRYB224K16 C 205 CKSRYB224K16 C 206 CKSRYB273K25 C 207 CKSRYB273K25 C 208 CKSRYB104K16 C 209 CKSRYB104K16 C 210 CCSRCK2R0C50 C 211 CCSRCH220J50 301 CKSRYB153K25 302 CKSRYB104K16 303 CKSRYB103K50 C 304 CKSRYB103K50 C 305 CKSRYB104K16 C
102. rol EEPROM write control Writing permissible at Low Normally open 8 SDBW O SD bandwidth SD bandwidth signal output For detection of detuning data forthe RDS _ N 9 NC Not used power Power supply pin for the digital section supply DC 5V 0 25V Be careful about overlapping noise in the logic section MIDGND digital ground _ Groundingforthedigitalsection CV e EEPROM chip enable Active a Low To be pulled up to the VDD at 47kQ Connect the specified load resistor and capacitor 10k Q 39k 4 700pF data output To be pulled up to VDD at 47kQ 15 CK Clock input be pulled up to the VDD at47kO 16 CE1 l chipenable 1 AF RF chip enable Active at High be grounded at 47kQ Notused 18 _ O lock detector Active at Low To be pulled up to the VDD at 47kQ 19 CREO current request Active at Low be grounded at 47kO 20 NC INotused O composite signal FM composite signal output r out lt 1000 VCC power supply Analog section power supply pin DC 8 4V 0 3V 23 l localhigh local high pin When seeking local high apply 5V together with LOCL 24 FMLOCL FM local low FM local low pin When seeking local low apply 5V to the base of the NPN transistor with which the specified resistor is being connected to the emitter Keep it open in case of or
103. s the aver age angle Hint Reloading the disc changes the clamp position and may decrease the wobble 56 DEH P640 P6400 P6450 Grating waveform Ech 20mV div AC Fch gt Ych 20mV div AC o o DEH P640 P6400 P6450 6 4 CD TEST MODE Error Messages If a CD is not operative or stopped during operation due to an error the error mode is turned on and cause s of the error is indicated with a corresponding number This arrangement is intended at reducing nonsense calls from the users and also for facilitating trouble analysis and repair work in servicing 1 Basic Indication Method 1 When SERRORM is selected for the CSMOD CD mode area for the system error codes are written to DMIN min utes display area and DSEC seconds display area The same data is written to DMIN and DSEC DTNO remains in blank as before 2 Head unit display examples Depending on display capability of LCD used display will vary as shown below xx contains the error number 8 digit display 6 digit display 4 digit display 2 Error Code List Displayed error code Description of the code and potential cause s 10 Electricity Carriage Home CRG can t be moved to inner diameter SERVO LSI Com CRG can t be moved from inner diameter munication Error Failure on home switch or CRG move mechani
104. se B Arabic CRD3532 English Spanish Portuguese B Arabic DEH P640 P6400 P6450 2 3 EXTERIOR 18 JR 35 V Y v v A v O A 1 EXTERIOR SECTION PARTS LIST Mark No Ol WN Description Screw Screw Screw Screw Cord Assy Remote Control Unit Cover Cable Cord Assy Fuse 10A Case Holder Holder Cushion Insulator Insulator Tuner Amp Unit Screw Screw Screw Clamper Pin Jack CN351 Plug CN901 Panel Connector CN101 Plug CN801 Connector CN352 Connector CN653 Antenna Jack CN401 Holder Holder Holder Insulator Heat Sink FM AM Tuner Unit Holder Button EJECT Screw M2x2 Washer Washer Spring Spring Spring Holder Cover Panel Pin Lighting Conductor Gear Part No BMZ30P040FZK BMZ30P100FMC BSZ26P060FMC BSZ30P040FMC CDE6438 CXB8743 CNS7068 CDE6714 CDE6454 CEK1136 CNB2686 CNC5704 CNC8659 CNM4870 CNM7214 CNM7629 See Contrast table 2 ASZ26P060FMC BPZ26P120FMC BSZ26P160FMC CEF1007 CKB1035 CKM1330 See Contrast table 2 CKS3408 CKS3537 CKS3598 CKS3835 CKX1056 CNC5399 CNC8615 CNC9470 CNM6949 CNR1583 CWE1563 8815 CAC6839 CBA1176 CBF1038 CBF1039 CBH2428 CBH2429 CBL1512 CNC9096 CNM6854 CNS6278 CNV6486 CNV6487 CNV6507 Mark No 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 DEH P640 P6400 P6450 Description Arm Panel Unit Socket CN1850 Connector CN1851 D
105. sm Communication error between microcomputer and SERVO LSI 11 Electricity Focus Servo NG Focusing not available Stains on rear side of disc or excessive vibrations on REWRITABLE 12 Electricity Spindle Lock NG Spindle not locked Sub code is strange not readable Subcode NG Failure on spindle stains or damages on disc or excessive vibrations A disc not containing CD R data is found Turned over disc are found though rarely CD signal error Damages or stains on disc or excessive vibrations on REWRITABLE CRG tracking error or damages on disc CD R RW Defective loading motor mechanical lock and mechanical sensor Failure on SW transistor or power supply failure on connector Remarks Mechanical errors are not displayed because a CD is turned off in these errors Unreadable TOC does not constitute an error An intended operation continues in this case Upper digits of an error code are subdivided as shown below 1x Setup relevant errors 3x Search relevant errors Ax Other errors 58 DEH P640 P6400 P6450 New Test Mode S CD plays the same way as before If an error such as off focus spindle unlocking unreadable sub code or sound skipping occurs after setup its cause and time occurred in absolute time are displayed During setup operational status of the control software is displayed These displays and functions are prepared for enhancing aging in the servicing and efficiency of
106. to the device How to remove the Loading Arm Assy 1 Unlock the spring 1 piece and remove the E ring 1 piece of the Fulcrum Shaft 2 Shift the arm to the left side direction and unlock pins 2 pieces How to remove the Pickup Unit 1 Unscrew 2 pieces of screws then remove the Pulley Cover 2 Remove the Feed Screw unit from the pawl of the Feed Screw Guide The pawl is located inside the guide 3 Remove the belt from the Pulley then remove the Pickup unit Caution Make sure not to stain the belt with grease when you fix the belt Pulley Cover lt DEH P640 P6400 P6450 Jumper Solder Control Unit il 1 Q Q jur Aa 5 2 gt LL Vr aS Solder Grease Application Pickup Unit Grease Application L 5 MA c C Application Feed Screw Guide 65 DEH P640 P6400 P6450 7 1 2 CONNECTOR FUNCTION DESCRIPTION 3 00009 eue zd Jan Im A OUTPUT t oe SY e POWER SUPPLY 66 DEH P640 P6400 P6450 7 21C Pin Functions PD5699A Pin No Pin Name I O Function and Operation TUNPDO TUNER Data output PLL TUNPCK TUNER Clock output PLL EMUTE EVOL Mute output Not used EVOL Strobe output EVOL Data output Not used EVOL Clock output BYTE Vss CNVSS Vss 10 TELIN TEL Telephone mute
107. trouble analysis 1 Shifting to the New Test Mode Turn on the current test mode by starting the reset from the key 2 Select S CD for the source through the specified procedure including use of the SOURCE key and inserting the disc Then press the Jump Mode Selector key while maintaining the regulator turned off 3 After the above operations the new test mode remains on irrespective of whether the S CD is turned on or off You can reset the new test mode by turning on the reset start 2 Key Correspondence Key Test mode New test mode To regulator on To regulator off Time Err No switching FWD Kick REV Kick Tracking Close Tracking Open Focus Close Focus Open Jump Off To new test mode Jump mode switching Note Eject and CD on off is performed in the same procedure as that for the normal mode 3 Cause of Error and Error Code Description and cause Damages stains on disc vibrations or failure on servo Damages stains on disc vibrations or failure on servo 3 Damages stains on disc vibrations or failure on servo Damages stains on disc vibrations or failure on servo Note Mechanical errors during aging are not displayed og DEH P640 P6400 P6450 4 Display of Operational Status during Setup Status No Protective action Focus search start Focus search timeout Focus search timeout Focus search timeout Focus search timeout Focus slips off Focus slips off 27 RF

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