SONY CDX-605 free download

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CDX-605 SERVICE MANUAL US Model Model Name Using Similar Mechanism CD Drive Mechanism Type Optical Pick-up Name CDX-505RF MG-250C-137 KSS-521A/J2N SPECIFICATIONS System Frequency response Wow and flutter Signal-to-noise ratio Outputs Current drain Operating temperature Dimensions Compact disc digital audio system 10 ­ 20,000 Hz Below the measurable limit 94 dB BUS control output (8 pins) Analog audio output (RCA pin) 800 mA (during CD playback) 800 mA (during loading or ejecting a disc) ­ 10 °C to + 55 °C (14 °F to 131 °F) Approx. 262 Ч 90 Ч 181.5 mm (103/8 Ч 35/8 Ч 71/4 in.) (w/h/d) not incl. projecting parts and controls Approx. 2.1 kg (4 lb 10 oz) 12 V DC car battery (negative ground) Disc magazine (1) Parts for installation and connections (1 set) Mass Power requirement Supplied accessories Design and specifications subject to change without notice. COMPACT DISC CHANGER MICROFILM CDX-605 7-3. SCHEMATIC DIAGRAM ­ RF Section ­ · See page 17 for Waveforms. · See page 31 for IC Block Diagrams. (Page 27) ­ 21 ­ ­ 22 ­ CDX-605 7-6. SCHEMATIC DIAGRAM ­ MAIN Section (1/2) ­ · See page 17 for Waveforms. · See page 31 for IC Block Diagrams. (Page 22) ­ 27 ­ ­ 28 ­ CDX-605 7-7. SCHEMATIC DIAGRAM ­ MAIN Section (2/2) ­ · See page 17 for Waveforms. · See page 31 for IC Block Diagrams. ­ 29 ­ ­ 30 ­ CDX-605 · IC Block Diagrams IC11 CXA1992BR (RF BOARD) RF_M RF_O RFTC RF_I PD2 PD1 CC1 CC2 FOK PD CP CB LD IC52 BA6287F (RF BOARD) IC301 BA6287F (MAIN BOARD) OUT1 1 8 GND 39 38 37 VEE 36 35 34 33 32 31 30 29 28 27 + ­ ­ + PD2 IV AMP FE_BIAS 40 APC VEE ­ + F 41 LASER POWER CONTROL F IV AMP ­ + ­ + E 42 ­ + VCC FE AMP ­ + ­ + E IV AMP EI 43 ­ + + ­ + ­ IFB4 IFB2 IFB3 IFB5 BAL1 BAL2 BAL3 BAL4 IFB1 IFB6 TOG1 TOG2 TOG3 TOG4 VEE 44 VEE TGFL VEE + ­ FO. BIAS WINDOW COMP. TEO 45 + ­ MIRR LPCL TGFL LPC CC1 LPFI 46 + ­ + ­ E-F BALANCE WINDOW COMP. DFCT1 LDON + ­ 80 79 78 77 76 75 74 73 72 20 CLK 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51 TEI 47 ­ + ATSC 48 ­ + FOH FOL TGH TGL BALH BALL ATSC TZC FZC MNT0 MNT1 MNT3 XROF C2PO RFCK GFS XPCK XUGF GTOP VDD VSS TES4 BCK TES3 PCMD TES9 WFCK TES5 EMPH TES6 VDD VSS EXCK SBSO SCOR DOUT C4M FSTT XTSL + ­ TRK. GAIN WINDOW COMP. ATSC WINDOW COMP. ­ + TZC 49 TZC COMP. TDFCT 50 VCC DFCT TM1 TG1 TRACKING PHASE COMPENSATION VC 51 VCC FZC 52 + ­ VEE VDD VSS LMUT RMUT TES2 CKOUT FS2 Charge up TG2 + ­ TM2 DFCT FZC COMP. FS4 FSET VEE 1 2 3 4 5 6 7 8 9 10 11 12 13 FEO FEI FDFCT FGD FLB FE_O FE_M SRCH TGU TG2 FSET TA_M ­ 31 ­ TA_O ­ 32 ­ XLTO CLKO SPOA SPOB SPOC SPOD XLON FOK VDD VSS MON MDP MDS LOCK PWMI SQCK SQSO SENS DATA XLAT CLOK SEIN CNIN DATO VEE ­ + VEE + ­ FOCUS PHASE COMPENSATION ­ + + ­ VCC + ­ ­ + ­ + ­ + PD1 IV AMP ­ + ­ + ­ + RF SUMMING AMP VM 2 ­ + 7 OUT2 DRIVER 26 SENS2 TSD DRIVER VCC 3 IIL TTL ­ + CONTROL LOGIC 6 VREF 25 SENS1 POWER SAVE 24 C. OUT FIN 4 5 RIN VCC VCC