Sony PCM-1630 Page 31 Operation And Maintenance Manual Download

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Summary of Contents for PCM-1630

Page 1: ...l II II 1111 Ill 1111 Mllllll Bll II II 1111 II 111111 1111 111 111 1111 11 11 111 11 1111 r 111 1111 II II 118 II II 1111 II 1 111 j IIIII III 1111 11111111111 1111 111r 1111111111 OPERATION AND MAINTENANCE MANUAL 1st Edition Revised 7 Serial No 10001 and Higher ...

Page 2: ... J tPJti L U l fiT fl L t tJ _a Jli J l 1 F i f I Vi l3a1T f 7 z 7 t 1 ffl9 1 li L19 The material contained in this manual consists of infor mation that is the property of Sony Corporation and is intended solely for use by the purchasers of the equip ment described in this manual Sony Corporation expressly prohibits the duplication of any portion of this manual or the use thereof for any pur pose ...

Page 3: ...8 F Headroom l 18 E 1 6 1 Niveau du signal de reference et 1 6 2 Level Meter l 18 E latitude l 18 F 1 6 3 Level Adjustment l 18 E 1 6 2 Indicateurdeniveau l 19 F 1 7 Connections and Operation l 19 E 1 6 3 Reglageduniveau l 19 F 1 7 1 Recording and Playback l 19 E 1 7 Connexions et exploitation l 20 F 1 7 2 Digital Dubbing l 20 E 1 7 1 Enregistrementetlecture l 20 F 1 7 3 Editing with a DAE 1100 Di...

Page 4: ... Output Level Adjustment 3 8 3 5 2 Composite Sync Phase Adjustment 3 8 3 5 3 Master Clock Duty Adjustment 3 8 3 5 4 External Synchronization Adjustment 3 8 3 6 Sync and Data Extraction Level Adjustment DEC 15 Board 3 9 2 A B c D SEMICONDUCTOR PIN ASSIGNMENTS Diode A 1 Transistor A 1 IC A 2 BLOCK DIAGRAMS AND CIRCUIT DESCRIPTION AD 23 Board B 3 DA 15 Board B 7 ENC 2 Board B 12 SIF 1 Board B 16 DEC ...

Page 5: ...e Emphasis circuitry The built in emphasis circuit improves the signal to noise ratio of high frequencies by raising their recording level and lowering their playback level Serial data format and interchangeability A serial data format is employed as a digital input output format Since this format is interchangeable with that of a PCM recording and playback system using a Sony PCM 1610 digital aud...

Page 6: ...with the RAR board installed a read after write function for dubbing and editing can be used with this unit Digital I 0 interface When optional digital I O boards DABK 1631 are installed the analog input output connectors provide digital input output data which conforms to the AES EBU standards 1 2 SPECIFICATIONS Number of channels Modulation system Sampling frequency Transmission rate Code format...

Page 7: ... BNC R type TTL compatible 32 slot serial format 1 4112 Mbit sec or 1 4098 Mbit sec Word sync input Word sync output Status output Headphone output WORD SYNC INPUT BNC R type TTL compatible Input frequency range 44 1 kHz s Hz 44 056 kHz 5 Hz WORD SYNC OUTPUT BNC R type TTL compatible STATUS 25 pin D sub type connector RS 422 and TTL compatible HEADPHONES Stereo phone jack 8 ohms Connectable record...

Page 8: ...e SMPTE time code can be recorded on and read out from a tape s time code track The unit also features a capstan servo a framing servo and a logic control system DMR 2000 digital master recorder This unit is designed to be used with the PCM 1630 digital audio processor to record and play back digital quality high fidelity sound When a DAE 1100 llOOA digital audio editor is used in the system highl...

Page 9: ...rformance of the unit is assured 5 C to 35 C 41 F to 95 F 1 4 4 On Warm up Time of the Unit After turning the power on wait for more than 30 minutes to warm up the unit before operating it 1 4 5 On Analog Inputs and Outputs When the ANALOG INPUT and OUTPUT connectors of the unit are to be used in an unbalanced connection be sure to connect the cold pin with the ground pin If the hot pin is connect...

Page 10: ...n AUTO The MUTE indicator lights up only when the muting circuit activates G oA IN digital to analog input selector Selects the source signal to be sent to the built in D A converter INT Signals input to the COMPOSITE DIGITAD INPUT connectors BNC type or the COMPOSITE DIGITAL connectors 8 pin are selected EXT Signals input to the DA IN connectors in the DIGITAL I 0 connector section are selected H...

Page 11: ...approximately 12 dB Clockwise rotation raises the playback level REF reference MARKER selector This selector sets the reference signal level within a range of 10 dB to 20 dB in 2 dB steps The selected reference level is indicated by the illumination of the corresponding REF MARKER indicator PEAK indication mode selector Selects the manner in which peaks are indicated on the level meter This select...

Page 12: ...utput from these connectors When optional DABK 1631 digital I 0 boards are installed instead of using the AD 23 and DA 15 boards to provide the unit with a digital interface which conforms to the AES EBU standards supply a digital input signal to the INPUT CH 1 D I connector The unit s digital output signal is supplied from the OUTPUT CH 1 D 0 connector Pin assignment of INPUT and OUTPUT connector...

Page 13: ...18 WCLK 19 BCLK Bit clock 20 BCLK 25 slot RS 21 ME CH 1 CH 1 data 422 22 ME CH 1 25 slot 23 ME CH 2 JCH 2 data 24 ME CH 2 25 slot 25 PAR Pari tv error QD Ac IN input connector Connect to an ac outlet using the supplied ac power cord VOLTAGE SELECTOR The operating voltage of the unit can be set to 100 120 220 or 240 v ac with this voltage selector To reset the voltage selector refer to 1 4 1 G coMP...

Page 14: ...these connectors DA IN digital to analog input Digital signals to be D A converted are supplied to these connectors SIF 1 board DEC 15 board lT 16 board I 1 5 3 Printed Circuit Boards The printed circuit boards are installed behind the right front panel To adjust the controls and switches on the printed circuit boards take off the right front panel by removing the four screws with a coin or a larg...

Page 15: ...on bits The setting of the EMP switch does not affect the emphasis identification bits in the output signal data when the ENC IN selector on the front panel is set to a particular position as shown in the following table The relationships between the setting of the ENC IN selector and the emphasis identification bits are as follows Output I signal ENC IN sel ec tor ANALOG DIGIT AL DUB BING AD OUT ...

Page 16: ... I 0 connector sec tion The EMPHASIS indicator on the front panel lights up or goes off in accordance with the ON OFF status of the de emphasis circuit The emphasis status signal output from the STATUS connector on the rear panel automatically matches the ON OFF status of the de emphasis circuit ENC 2 board SWl SWl REC MUTE record muting switch To record a muting signal signal level is set to 0 1 ...

Page 17: ...LED indicators sw3 This DIP switch is provided to check the functions of the unit The switch is factory preset as follows Do not change the setting of the switches LED indicators The LED indicators indicate the status of the data being reproduced The illumination of the indicators shows C green Correction A yellow Average H red Hold P red Parity error Q SW2 Muting time muting ON OFF switch This DI...

Page 18: ...itch adjusts the sensitivity of the muting circuit That is it determines how quickly the muting circuit activates when errors occur during tape reproduction When switch No 1 only is set to ON the muting circuit activates for the time set by the muting time muting ON OFF switch SW2 if errors occur in succession for a period of approximately 20 H TV H When switch No 2 only is set to ON a succession ...

Page 19: ...if the PEAK indication mode selector is set to HOLD 0 SW2 for channel 1 and SW3 for channel 2 Overload indication adjustment switches These DIP switches set the number of words of full scale signals overload signals continuously input to the unit which are indicated with the OVER level indicator on the level meter Up to 8 words can be set for each channel with these switches umber f words 1 2 3 4 ...

Page 20: ...ID converted signal as 0 dB For example when the reference signal level is 4 dBs and the headroom is 20 dB the level meter reads 20 dB for an input signal of 4 dBs and 0 dB for an input signal of 24 dBs 1 6 3 Level Adjustment While observing the level meter adjust the signal level as follows Be sure to set the PEAK indication mode selector to AUTO when adjusting the level 1 Set the headroom with t...

Page 21: ... a playback signal connection make connection D shown below between the PCM 1630 and the player For a reference signal connection for the servo make connection 0 or For a connection vith a recorder For a recording signal connection connect the PCM 1630 and the recorder as shown with G For playback after digital dubbing connect the COMPOSITE DIGITAL INPUT B connector of the PCM 1630 to the video ou...

Page 22: ...ng of the selectors ENC IN selector DIGITAL DA IN selector EXT PB MODE selector A Front panel of the DAE 1100 editor processor SCA board and TLC board 5m lm l Recorder BVU BOODA DB I I I I or DMR 2000 IF 5850DA Pro ector DMR 4000 I rl t z 1 Lr 0 0 1Om 0 0 0 5m Ej QJ l3 EJ Ll l L J 6m 6m 1 21 E DAE 1100 editor processor Protector i 4 t t l 0 tl l 5m f Player A BVU BOODA DB H 11 II I llrflfli f H H ...

Page 23: ...N selector EXT PB MODE selector A RAW switch on the DABK 1630 EDT PCM 1630 DABK 1630 m III___________ Y 0 0 11 00 r lt JCJ 0 EE J iDII C E to a printer I I I I I I 1 I Setting of the selectors REMOTE LOCAL selector REMOTE REMOTE 1 REMOTE 2 selector REMOTE 2 36P AUX CH 2 selector TIME CODE TIME CODE selector REGEN RAW OUT selector SUB Recorder DMR 4000 Q Cl 1 DAE llOOA keyboard II OOOOOOIOODOOD I r...

Page 24: ... recorders If the two recorders must be synchronized precisely in frame units during playback a synchronizer or a DAE 1100 editor is required in the system connections to Setting of the selectors ENC IN selector ANALOG DA IN selector INT PB MODE selector A PCM 1630 master v l f Audio input _ IIc J II I I I 0 0 Audio output u u r G l Time code G 4 Time code Protector _ l 0 l I r 0 0 p 0 I Synchroni...

Page 25: ...l must be supplied from the PCM 1630 to the time code generator in order to synchronize the time code generator with the PCM 1630 II c J II lb E 9E 9 Do u PCM 1630 u CD 0 B TI o lc JI 0 Q u u DMR 2000 or DMR 4000 To record the time code on a blank tape When a time code is to be recorded on a blank tape before recording or editing it is recommended that a muting signal be recorded on the PCM signal...

Page 26: ...CLOCK 44 kHz 14 3o 2c5MHz 44 055kHz FS COMPOS ITE MASTER CLOCK osc 14 3181BMHZ WORD SYNC INPUT COMPOSITE T SYNC o 1 INPUT PB SECTION _L I t CH I 1 D Ol ANALOG PB LEVEL OUTPUT V_ CH 2 rr PLL SYNC GENERATOR SYNC I OUTPUT L ______ WORD SYNC OUTPUT n 0 LEVEL METER REF MARKER oo AR PB MODE o B I COMPOSITE AUDIO DA IN A BNC O L AMP NT A MULTil AUDIO ID A AMP I 8 8NC I 1 f MUTE 1 B MULTI I i r DA BLOCK D...

Page 27: ... DIGITAL OUTPUT METER 0 0 ANALOG OUTPUT OUB RAW __ DUB RAW 25 32 Number of slots RAW selector on the optional RAR 1 board EDT OFF DUB 1 9 2 Emphasis Data Flow EM REC SW AD EMP SW ENC ENC IN EM RECl COMPOSITE DIGITAL INPUT EM IQ ANALOG 0IGITAL DUBBING DA IN EM PB Switches ENC IN selector ANALOG DIGITAL DUBBING DA IN selector NT EXT EMP switch on the AD 23 board ON OFF ENG INT EXT 1 29 E EM ENC EM P...

Page 28: ...e 29th bit 1 field 1 block 7 blocks 35 H Emphasis the 1st H of each block ON Data 0 black on a monitor TV OFF Data 1 white on a monitor TVI Sampling frequency the 2nd H of each block 44 1 kHz Data 0 black on a monitor TV 44 056 kHz Data 1 white on a monitor TV Mode the 3rd H of each block SI format Data 1 white on a monitor TV EI format Data 0 black on a monitor TV Audio code the 4th H of each blo...

Page 29: ...6 257 258 3 4 5 6 7 PCM data Control bits or user s bits I I i n when the U U bit is 0 29th I I I When the 29th i bit is 1 Sync information area I Block flag bit 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 Control bits 1 0 0 PCM data User s bits 0 0 Block configuration 1 0 1 31 E i co c j tJl u c Ul Control bits and block flag bit 1 are attached every 256 words ...

Page 30: ...on bit and emphasis identification bits are also 0 In the PCM 1630 the dubbing prohibition bit is always 0 For interface signal DA IN CH 1 between the DAE llOOA with serial No 10601 and higher and the PCM 1630 with serial No 11301 and higher the 26th bit is used independently as the EDIT signal bit Therefore only the 27th bit is used as the emphasis identification bit 26th bit 0 Normal 1 Automatic...

Page 31: ...M 1630 I SYNC for PCM 1 I signal COMPOSITE DIGITAL or COMPOSITE Recorder 2 PCM 1630 I SYNC for PCM 2 I signal Recorder 3 for video signal NTSCl Recorder 4 for video signal NTSC Fig 2 Synchronization using the composite sync output signal and the word sync output signal from the PCM 1630 1 system COMPOSITE DIGITAL A sync signal can be supplied from an or external sync generator or one PCM 1630 A sy...

Page 32: ...1 REPACKING CONNECTION CORD 1 8 pin multi cable VMC 3P PCM 1630 U C AEP SECTION 2 SERVICE INFORMATION POWER CORD 1 OPERATION MAINTENANCE MANUAL 1 CABLE ASSIES 2 75 ohm coaxial cables EX 71 MOUNTED PCB 2 1 ...

Page 33: ... B 4x12 Inner members Screws PSW 4x 16 2 Fix the bracket to the outer member and mount the bracket to the rack as follows Ornamental Rack washer Screw Bracket R K 5C _sc e __ Rack mount adapter assy PCM 1630 Note Outer member mounting screw Slide rail inner member I For the brackets outer member mounting screws and bracket mounting screws use the ones recommended by the slide rail manufacturer 2 2...

Page 34: ...2 3 CASE REMOVAL PCM 1630 Meter Panel Removal PCM 1630 U C AEP 2 3 ...

Page 35: ...u _ c u 0 Rear Ornamental Plate Removal 2 4 HEAT SINK ASSY REMOVAL Caution When reinstalling the heat sink assy first put the harness in the chassis and then install the heat sink 1llr B 3x5 2 4 PCM 1630 U C AEP ...

Page 36: ...differs from that for AEP Model in the location J U C Models Only FU 32 board b l AEP Model Only PS 81 Board Replacement When installing the regulators of PS 81 board on the heat sink do not forget to use an insulating bushing to prevent short circuit between the radiator fms of three regulators Q4 QS and Q6 and the heat sink B 2 Insulating bushing PS 81 board PCM 1630 U C AEP 2 5 Heat sink ...

Page 37: ...ply the line voltage set by the voltage selector to the unit Adjustment 1 Insert the EX 71 extension board into the AD 23 board slot in the card rack 2 Put the AD 23 board on the extension board 3 Measure the following check points PCM 1630 UC AEP 3 1 Check Points Voltage AD 23 Adjustment Specifications GND PS 81 5V A47 48 A49 50 RVl 5V 0 05V B47 48 B49 50 22V A3 B3 Al 2 Bl 2 RV2 22V 0 2V 22V A4 B...

Page 38: ... RV203 PCM 1630 REFERENCE level 4 dBs 0 dBs 0 775 Vrms Head room 20 dB Switch Settings Front Panel SW ENC IN SW ANALOG DA IN SW INT PB MODE A REF MARKER 20 dB AD 23 Board SW EMP SW SWl OFF DITHER SW SW2 OFF Adjustment Location REC LEVEL ADJUST RV101 RV201 cfC SW1 RV102 0 RV103 TP103 RV202 0 RV203 TP203 AD 23 BOARD component side 3 2 ANALOG IN CH 1 or CH 2 AF oscillator ANALOG OUT CH 1 or CH 2 COMP...

Page 39: ...shown below 5Jlsec DIV 0 5V DIV 8 Tum RV103 RV203 fully counterclockwise The base of the waveform at TP103 TP203 becomes doubly as shown below This is called as 1st double base 9 Tum RV103 RV203 clockwise slowly The above double base disappears and single base appears Turning it furthermore the double base appears again This is called as 2nd double base Turning furthermore 3rd double base appears ...

Page 40: ... 15 board CV1 L bTP12 C1 EP2 Frequency counter Adjustment PCM 1630 COMPOSITE TAL DIG I INA J COMPOSITE TAL DIG I OUT1 or 2 1 Connect the frequency counter to TP12 on the DA 15 board 2 Adjust CVl to obtain the following specification Spec 39933 10 0 02 kHz 3 If the beat grates on the ear when the signal is not inputted fmely adjust CVl CV1 TP120 EP2 0 DA 15 BOARD component side 3 4 PCM 1630 UC AEP ...

Page 41: ...OG OUT CH 1 or CH 2 COMPOSITE DIGITAL IN A COMPOSITE DIGITAL OUT 1 or 2 Distortion meter 1 Input 1kHz 4 dBs signal to the ANALOG INPUT CH 1 CH 2 connector 2 Set the scale of the level meter to NORMAL and confirm that the signal level as indicated on the level meter coincides with REF MARKER If necessary perform 3 3 AD Conversion Level Adjustment again 3 Adjust RV101 RV201 to obtain the following s...

Page 42: ...five minutes 2 Short circuit between COLD and GND of the ANA LOG OUTPUT CH 1 CH 2 connector 3 Check the DC voltage between the above HOT and GND 4 Adjust RV104 RV204 to obtain the following speci fication Spec 20mV RV103 RV104 RV203 RV204 AL AN OG OUT CH 1 or CH 2 COMPOSITE DIGITAL IN A J COMPOSITE DIGITAL OUT 1 or 2 Adjustment 2 Digital DC voltmeter 1 Remove the short circuit between COLD and GND...

Page 43: ... Generator 3 _ 7 _ 2 _ COMPOSITE CH 1 75n DIGITAL OUT 1 BNC L COMPOSITE CH 2 BNC Oscillo SYNC OUT scope _ EXT TRIG1 COMPOSITE 3 7 1 75 n iOscilloscope I SIF 1 board r DIGITAL OUT 2 Switch Settings Free PCM 1630 UC AEP I TP11 EP3 A11 COMPOSITE T DIGITAL IN A 1 L EX 71 board 3 7 3 _____ _j _ L__ Oscilloscope Standard Signal Generator f f 44 051 kHzto44 105kHz n Jl JL PCM 1630 1 iWORD SYNC IN 3 7 EX ...

Page 44: ... coincides with that of the COMPOSITE SYNC OUT Board Connector No A 8 CV1 0 TP58 0 TP11 CV2 0 TP59 RV1 EP3 0 RV2 Adjust RV1 so that the Duty Factor of the waveform at TP11 comes to 50 as far as possible 3 5 4 External Synchronization Adjustment Sweep the 44 051 kHz to 44 105 kHz square wave DUTY 50 TTL level with standard signal generator and adjust CV1 and CV2 to obtain the following specificatio...

Page 45: ...r with CH 1 3 Tum RVl and set the SYNC extraction level to the center approx 0 45V of the SYNC region 4 Connect CH 2 to TP14 DATA extraction level Waveform on the oscilloscope 5 Tum RV2 and set the DATA extraction level to the center approx 1 2 V of the DATA region 6 Connect CH 1 to TP8 VIDEO signal and CH 2 to TP9 SYNC extraction level 7 Check that the SYNC extraction level is at the approxi mate...

Page 46: ...together For parts replacement refer to the Replaceable Parts section in this manual FC52M FC53M FC54M BG5534S PR5534S PY5534S CTB 34 CTG 32S CTG 32R HZ 7LL RD 7 E RD 8 RD l f82 PR3432S PG3432S PY3432S PG5531KX PY5531K PR5531K STR9005 15597 70E 2 1SS119 3DDF2 A 1 DTC143TF R 4 7k 2SA874 2SA937 258822 2SA995 2SA1048L 2SA1f90 PR NTEi 2SAT220A 2SB649A 258 51 2SC1652 2SC2021 2SC2901 2SC2408 ...

Page 47: ...TRANSISTOR 2SC2690A 2SD669A 2SC2785 2SC2855 25084 7 2SJ74 Jj il lii Ill _ j ti 2SK118 2SK752 2SK523 2SK110 A 2 ...

Page 48: ...ODD EVEN Fl ELD CF COLOR FRAME PULSE HCOM H COMPARATOR SYSTEM 4Fsc CLOCK NTSC 910 FH 910FH PAL ll35FH 2Fv 908FH PALM 909F oe 910FH SECAM 908FH FH OUT CK IN HCOMOUT HRIN MODE21N MODE liN EXT IN SCOUT TEST I II LALTR IN INPUTS YSTEN MODE1 MOOE2 0 0 NTSC 0 I SEC AM 1 0 PALM I PAL 0 LOW LEVEL GNDl 1 HIGH LEVEL VOD HCOM OUT SCOUT 4Fsc OUT MODE1 17 FOR P EXT TESTT A 3 VR IN FUNCTION 0 0 0 I 0 EXT TEST T...

Page 49: ...t l CF Fv 4l I NTSCJ CF Fv 8 J PALM NTSC FIELD2 4 SYNC LALT f PALMll BF I CBLK NTSC l HO BLK vo 0 E Fv 2 CF Fv 4 t NTSC CF Fv 8 PALM CKIN 4FSCIN NTSC PALM sc NTSC p PAL SEC AM N NTSC PALM VO 0 E CF LALT A 4 P 9 86SpS N 9 S48pS ...

Page 50: ...S SC LALT 0 LOW LEVEL 1 HIGH LEVEL EXT SYNC EXT SC COM EXT LAL T 1 7 LALTR MODE 1 MODE 2 Voo 5Vl CK 4Fscl CLOCK FROM CX773 rGNO CX20018 CSONYI 16 BIT AID CONVERTER TOP VIEW I OUT 2 I OUT 1 I SET VH 2 CIN 2 VL 2 VH 1 CIN 1 VL 1 cc Cc DATA BCLK Control pin tmclk N CLK OUT W iN CLK IN MODE SH 1 SH 2 I L L vcc 5 A vce 115 E Vee 1 1 1 L 0 1 ____ L 1 1 A 5 I I A E E I l___ l ___ l__ l________ ...

Page 51: ...r u cr in t _ t w J 0 lro 28 A 6 CX23021 ISONYl C MOS HDM1 MODULATOR tCRCC GENERATOR TOP VIEW CX23034 I SONY l C MOS DIGITAL FILTER FOR OVER SAMPLING TOP VIEW XTAL AMPO 04 TEST 1 COCK 02 LRCK 01 WCLK OOUT DATA TEST 7 BCLK TEST 6 X2SC TEST 5 TEST 2 TEST 4 TEST 3 06 MOD g ER 10 CRCC 11 _ _ _ 2 1 6 __ _ __ 1 1 1 t 1 t 120 TIMING CONTROL TEST CIRCUIT 1 r 122 1 23 1 ...

Page 52: ...gF T I BEOJ OMN RgNl J H_ MUTING I SIGNAL H BLOC FLAG I PEO MUTING I CONTROL PEOJ s i L 5 6 A I CX23071 SONY C MOS DECODER A TOPVIEI I 27 26 0 0 0 0 0 58 57 56 55 290 0 0 0 0 300590 310600 320610 330620 3 40630 350640 350 0 0 0 0 37 38 39 0 0 0 0 1 2 3 4 5 P N NO I 0 SYI IBOL 1 I 0 102 2 I 0 104 3 l 0 106 4 I 0 lOB 5 0 AD 6 0 A2 7 0 0 9 0 10 0 AIO 0 A9 12 0 0 cs 14 N C 15 0 XWEE 16 0 OT01 w T G OT...

Page 53: ...6 0 OTAD 9 0 AS 25 I DTZN 41 I HSC 57 0 OTDL 10 0 A6 26 I BCKP 42 I 56 0 SKWC 0 A7 27 I SKiiB 43 0 EMPH 59 0 SYND 12 0 26 I STSC 44 0 FSID 60 I MIN I tsCYCLE PFS PARA I PULSE I PARITY 521 HOLD ICH1 SYND IOME PAAilY HOLD I ICH2 SYNDROME 521 ERROR HOLD LHLI Chl HOLD I DETECT CIRCUIT I s E 523 AHLl I CTION CH2 HOLD 0 OTOT 29 I VBLK 45 0 SKW3 61 voo 0 DTVL 30 I EHH 46 0 SKM4 62 N C 5 0 CRCE I OVBL 47 ...

Page 54: ...PLSIN PFISiflN TCSYJN TCOTJN PCLPOIJT CLPFour TCLPOUl OTZHOUT BCKPour SKNBouT VPRTour P8V6our PBVOUT lNTVour VRSTour fiHTour DINT our S t NOIN EINT OINT STSC OVBL DBSY VBLK CXOI027P SONY C NOS BIT RATE Cllf IVERTER TOP VIEW HA7 2525 HARRIS OPERATIONAl AMPLIFIER TOP VIEW HCPL 2630 HP PHOTO COUPLER TOP VIEW A 9 ...

Page 55: ... Y A 8 A B A 8 Y 0 0 1 0 1 0 1 0 0 1 1 0 O LOW LEVEL I HIGH LEVEL MC74HC10N MOTOROLA C MOS 3 INPUT NAND GATE TOP VIEW MC74HC58 MOTOROLA l D y L y Y Aec A B C A B C Y 0 0 0 1 0 0 I 1 0 I 0 1 0 I 1 0 0 0 I 1 I 1 0 1 0 LOW LEVEL 1 I 1 0 1 HIGH LEVEL C MOS 2 WIDE 2 INPVT I 2 WIOE 3 INPUT AND OR GATE Y1 IA1 81 C1 01 E1 F1 MC74HC1 13N MOTOROLA I C MOS DUAL J K FLIP FLOP WITH PRESET TOP VIEW MC74HC125N M...

Page 56: ... In 7n 0 Otn 71 0 01n 07n 05 06 08 OA 0 0 0 1 1 0 1 1 0 0 0 1 1 0 1 1 0 0 0 1 1 0 1 1 0 0 0 1 1 0 1 1 O LOW LEVEL 1 HIGH LEVEL X DON T CARE 07 08 RD CK 0 0 X X 1 _r 1 1 _r 0 0 0 0 1 1 0 0 1 1 0 X Oo Do 0 LOW LEVEL 1 HIGH LEVEL X DON T CARE MC1648P MOTOROLA ECL VOLTAGE CONTROLLED OSCILLATOR TOP VIEW MC4044P MOTOROLA PHASE FREQUENCY DETECTOR TOP VIEW REF REFERENCE IN VAR VARIABLE IN u 1 UPOUTt 01 DO...

Page 57: ...MPEDANCE NE5532P TIJ lOW NOISE OPERATIONAL AMPLIFIER TOP VIEW NE5534P TI OPERATIONAL AMPLIFIER TOP VIEW NJM78 A JRC POSITIVE VOLTAGE REGULATOR 1A SIDE VIEW OUTPUT VOLTAGE 5V 05 6V 06 BV DB 9V 09 12V 12 15V 15 IN COM OUT I 3 21 1BV IS 20V 20 24V 24 NJM78M A JRC POSITIVE VOLTAGE REGULATOR fSOOmAI FRONT VIEW W1 5V NJM78MOSA 6V NJM78M06A ev NJM78MOBA 9V NJM78M09A 12V NJM78M12A 15V NJM7BM15A 1BV NJM7BM...

Page 58: ...SCILLATORS TOP VIEW 1Z OUT 2Zour 1Y OUT 2YOUT tCX1 2CXi 1CX2 1FREO 2FREO CONT CONT 6 SN75121 TI DUAL LINE DRIVER AND TRIPLE LINE RECEIVER TOP VIEW Y A 8 C 0 E F SN75124 Til DUAL LINE DRIVER AND TRIPLE LINE RECEIVER TOP VIEW TC4053BP TOSHIBA A B C D Y X X 1 1 0 0 1 X X 0 1 X 0 X 1 X 0 0 X 1 1 X X 0 1 X 0 X 0 1 0 LOW LEVEL 1 HIGH LEVEL X DON T CARE C MOS 2 CHANNEL MULTIPLEXER DEMULTI PLEXER TOP VIEW...

Page 59: ...C40H1 S3P TOSHIBA C MOS 4 UNE T0 1 UNE DATA SELECTOR MULTIPLEXER TOP VIEW CONTROL IN ON INH B A CHANNEL TC40H 158P I TOSHIBA l 0 0 0 0 0 1 0 1 0 0 1 1 1 X X 0 LOW LEVEL 1 HIGH LEVEL X DON T CARE 0 1 2 3 G NO C MOS OUAO 2 TO 1 LINE DATA SELECTORS I MULTIPLEXERS TOP VIEW lA 2 INPUTS 18 STROBE 4A INPUTS 48 2A 5 INPUTS 28 11 3A INPUTS 3B 4Y OUTPUT OUTPUTS TC40H161 P TOSHIBA C MOS PAESETTABLE SYNCHRONO...

Page 60: ...0 0 3 0 0 13 I I 14 I I 15 I I 0 LOW LEVEL I HIGH LEVEL X DON T CARE 0 0 1 1 0 I I COUNT SEQUENCE COUNT Oc ac 08 0 0 0 0 1 0 0 0 2 0 0 1 3 0 0 1 4 0 1 0 5 0 1 0 6 0 1 7 0 1 1 8 1 0 0 9 1 0 0 10 0 1 11 1 0 1 12 1 1 0 13 1 1 0 14 1 1 1 15 1 1 1 0 1 0 1 I 0 I O 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 TC74HCOOP TOSHIBA C MOS 2 INPUT NAND GATE TOP VIEW TC74HC04P TOSHIBA C MOS INVERTER TOP VIEW TC74HC08P TOSHIB...

Page 61: ...o 0 LOW LEVEL 1 HIGH LEVEL X DON T CARE 1 NONSTABL Qnt1 0 1 1 0 1 Qo TC74HC85P TOSHIBA C MOS 4 BIT MAGNITUDE COMPARATOR TOP VIEW A B 2 CASCADE A B INPUTS A B A B 5 OOTPUTS A 8 A B TC74HC86P TOSHIBA C MOS EXCLUSIVE OR GATE TOP VIEW TC74HC107P TOSHIBA A3 B2 A2 DATA INPUTS D v y A 8 A 8 A 8 Y 0 0 1 1 1 0 1 O LOW LEVEL 1 1 0 1 HIGH LEVEL C MOS DUAL J K FLIP FLOP WITH CLEAR TOP VIEW INPUTS OUTPUTS CLR ...

Page 62: ...T BINARY COUNTER TOP VIEW MODE SELECT ION IQ ENABLE 21tH 9 LOAOIIN COUNT SEQUENCE CONTROL INPUTS COUNT OUTPUTS Ro LD EN1 MODE EN2 RESET 0 X X X ASYNCHRONOUS 0 X I 0 1 I X 1 I 1 O LOW LEVEL 1 HIGH LEVEL X DON T CARE X X 0 I cAWRRY ouTPUT co CD D PRESET SYNCHRONOUS NO COUNT NO COUNT COUNT CO IS HIGH WHEN EN2 INPUT IS HIGH AND COUNT IS 15 TC74HC195P TOSHIBA C MOS 4 BIT PARALLEL ACCESS SHIFT REGISTER ...

Page 63: ...EL 1 HIGH LEVEL X OOrlT CARE Ht Z HIGH IMPEDANCE TC74HC273P TOSHIBA C MOS 0 TYPE FLIP FLOP WITH RESET TOP VIEW TC74HC368P I TOSHIBA EACH FLIP FLOP INPUTS OUT Ro CK D 0 X X 1 _ 0 1 _ 1 1 0 X 0 LOW LEVEL 1 HIGH LEVEL X DON T CARE 0 0 0 1 oo C MOS HEX BUS DRIVER WITH 3 STATE OUTPUTS TOP VIEW TC74HC595P TOSHIBA C MOS 8 BIT SHIFT REGISTER LATCHES TOP VIEW OB QC OA 00 SER QE o OF RCK OG QH SCLR TD62503P...

Page 64: ...J 1A7815UC FS78t5 uPC14315H uPC7815H HA17815P IN COM ouT 18V uA7818UC JPCi4318H uPC7818H HA178t8P tn 31 tzl 24V uA7824UC FS7824 JJPC14324H uPC7824H HA17824P uA 79 UC FSC NEGATIVE VOLTAGE REGULATOR 1A INPUT OUTPUT 5V 6V BV 12V 15V 18V 24V JJA7905UC JJA 7906UC JJA 7908UC JJA79t2UC JJA7915UC pA 7918UC JJA7924UC FS7905 JPC790 H JPC790BH j iPC7912H J 1PC7915H PC7918H JPC7924H uPC311 C NEC VOLTAGE COMPA...

Page 65: ...IA 7905UC 6V JJA 7906UC av JJA7908UC t2V J IA7912UC t5V J 1A7915UC ISV pA 7918UC 24V pA7924UC GNO INPUT pPC 4305H pPC7805H HA17805P HA17806P HA17807P JJPCI4308H pPC7808H HA17808P JJPC14312H uPC7812H HA17812P uPCt4315H uPC 7815H HAi7815P uPC14318H uPC7Bi8H HA178f8P uPC14324H uPC7824H HA17824P FS7905 pFC7905H pPC7908H pFC7912H J 1PC7915H JJPC7918H J 1PC7924H uPC311 C NEC VOLTAGE COMPARATOR TOP VIEW ...

Page 66: ...OP VIEW TEST 0 XTAL 1 XTAL 2 RESET ss IN iNT EA Ri OUT PSEN ouT WR OUT ALE OUT 090 081 uo 082 1 0 083 084 110 095 110 086 l 0 087 110 PROGRAM SUPPLY y t5V GND RESIDENT EPROM A 20 TEST 1 IN P27 1 0 1 0 P25 1 0 P24 110 P17 110 P16 P15 110 P14 1 0 P13 P12 110 P11 110 P10 110 P10 P17 P20 P27 080 087 INT Ro P23 WR ALE P22 PSEN Ss P21 110 EA PROG P20 1 0 XTAL 1 2 110 PORT 1 J 0 PORT 2 DATA BUS INTERRUPT...

Page 67: ...I BLOCK DIAGRAM BLOCK DIAGRAM I SECTION 8 BLOCK DIAGRAMS AND CIRCUIT DESCRIPTION PCM 1630 B 1 B 2 ...

Page 68: ... to 16kHz is within 10J Lsec This enables so called linear phase characteristics to be obtained in practice The analog section consists of an input amplifier emphasis amplifier dither amplifier LPF and a headphones amplifier The ON OFF switches for the EMPHASIS and DITHER are on the AD board and are SW1 and SW2 respectively When SW2 is turned ON dither signals of each channel synchronized to the s...

Page 69: ...GK cc GG BIT GK BCLK SELECTOR CONTROL IC6 7 IC2 3 B 5 BLOCK DIAGRAM AD 23 AD 23 BLOCK DIAGRAM lCURRENT SOURCE IC109 l Q102 A D I DITHER SAMPLE LIMITER LPF1 CONVERTER1 I AMP1 HOLD1 IC102 AFL101 IC104 IC106 IC108 _j t 107 ICURRENTI SOURCE IC209 I Q202 A D I DITHER SAMPLE HLIMITEA2l LPF2 CONVERTER2 AMP2 HOLD2 IC202 AFL201 IC204 IC206 IC208 207 r0 1 osc IC15 AD 23 BOARD BLOCK DIAGRAM OUTPUT BUFFER t J...

Page 70: ...r phase characteristics in the audio frequency range The digital section consists of reference clock data selector divider timing control phase comparator VCO and digital filter circuits The clock required for the digital filter is generated by the phase comparator and VCO circuit using a PLL The digital data of two channels are converted to a single stream of serial data by the data selector circ...

Page 71: ...MING DIGITAL D A CONTROL 1 V FILTER LACK WCLK BCLK DATA CC DEGLITCH1 I LPF1 v IC101 106 AFL101 IC107 XTAL f J D A 1 DEGLITCH2 1 LPF2 v DATA IN IC201 206 AFL201 IC207 L___ _ MONITOR HEADPHONE SELECTOR1 AMP1 IC110 IC111 MONITOR HEADPHONE SELECTOR2 AMP2 IC210 IC211 DA 15 BOARD BLOCK DIAGRAM DE EMPHASIS I J LEVEL I AMP1 I ADJUST11 IC108 IC108 109 DE EMPHASIS I J LEVEL I AMP2 I IADJUST21 IC208 IC208 20...

Page 72: ... IC207 HEADPHONE AMP1 0 IC111 HEADPHONE AMP2 IC211 OARD BLOCK DIAGRAM DE EMPHASIS I I LEVEL I AMP1 I IADJUST11 IC108 IC108 109 DE EMPHASIS I J LEVEL I AMP2 I IADJUST21 IC208 IC208 209 8 10 IC109 112 113 _I LINE l I AMP1 J IC212 213 209 J LINE I AMP2 i A OUT 1 A OUT 1 EM PB SW A OUT 2 A OUT 2 LVL IN I LVL OUT 1 MON 1 MUT 1 LVL IN 2 LVL OUT 2 MON 2 ...

Page 73: ...of data to and from RAM is controlled by the RAM control circuit and address information from the Write Address Counter and Read Address Counter is selected with the W R Address Selector in accordance with ENABLE signals OE WE from the RAM CONTROL circuit When writing 4 bits for each channel are stored at a single address so a word for each channel can be stored at four addresses Read operations a...

Page 74: ...T SW INT EXT GEN 5E W R ADDRESS 2J 3J 4J 5J SEL 6H 6J 6K CRC I 5H 7K BK 1 GEN I WRITE 2C ADDRESS W ADDRESS 1E 2E 3E 4H IEMPHASISl COUNTER 5C 6D 7D L GEN I J 2D 4D RAM r CONTROL FS ID I GEN I READ 2D 4D ADDRESS R ADDRESS COUNTER 2K 3K 4K 5K 5H 7K 9H REC EMPH SEL 6B PB EMPH SEL 1 7C BC ENC 2 BOARD BLOCK DIAGRAM B 13 1 DATA PARITY CRC MUX EM ID F 1B 1C 1D 2D 3D 4E I 1 DT ME 1 OT ME 2 TEST 3 DT EN VO ...

Page 75: ...GEN LOCK tJ tJ tJ o 7 1 fffifi l lW tJ I LfJ itfiMUTING tJ VJ o 3 COMPOSITE SYNC GENERATOR tc t 1J H SYNC V SYNC 1 fflt t o COMPOSITE SYNC r fi l JW tJ tJ vt Gh t Riitfi GEN LOCK tJ tJ tJ o t ENC 2 r f nh HD VD 0 E V BLK1 INT BLK BK SYNC H SYNC V SYNC tJ G1 11X t o 4 fs Q 256 ffi 3e Ji lt PLLo 32 I r A I r Q A I I cfJ o t WD SYNC 1 fflt t o 5 WliD f vQ DA INtJ GA1JU DIGITAL IN DATA CX23070 7F 9F t...

Page 76: ...tor on the rear panel are converted from a 32 bit to 25 bit slot data by CX23070 7F and 9F The playback digital data from the DEC 15 board are also converted from a 25 bit to 32 bit slot data and outputted from the DEC OUT connector Similarly the digital data from the ENC IN connector on the rear panel are converted from a 32 bit to 25 bit slot data but this time by CX23070 7D and 9D The data from...

Page 77: ...1 f I l GENERATOR I I L 7K l 4J 7 J 3 1 L LI PHASE I SHIFTER I TIMING I __________ 6 I l I l AMP fl 1 I I 30 40 2E GENERATOR I G1 1 17 1 I j I I RV2 1E 20 50 FOR ENC 2 l_ H _ 1 _ r L 4 r 4 3 H iEDGE TIMINGI 1 4 I I I I I I DETECTOR I I L J AMP 1 _1 o L_____________________________________________________l t t t _ _ _ _ _ 1_3LE_ G J _J1 j I r r r 1 1 I I I I I 1x TAL osc K I I I I fs SELECT SW Jr44...

Page 78: ... controlled automatically in accordance with the input signal levels The separated data and sync signal are sent to the SYNC SEP LSI CX23074 where the clocks necessary for playback are generated The data then go into the DATA SEP LSI CX23073A via the delay circuit In this LSI they are first subjected to CRC error checks and synchronization followed by extraction of the audio data as well as emphas...

Page 79: ... JPEDESTAU r r _l j r r 1 ___ __ I I CLAMP I rt COMP I 2E L fsYNC Tift CLAMP I 1 COif I3E 3C D9 D10 f I COMP J30 AUTO THRESHOLD CONTROL I PB MODE DECODE A RAR RAR BD A RAR BO RAR BD RAR A RAW B RAR 8D RAR B RAW DUB RAW 6D 7C 8C 8D 8E 8 20 DATA SYNC DATA DATA LEVEL SYNC LEVEL CLPF PCLP OVBL WOCK SYNC SEP DATA SEP 89D MTRG I 9M WOCK EMP F CRC ER DEC 15 BOARD BLOCK DIAGRAM CH 1 CH 1 DATA CH 1 1 t ___...

Page 80: ...etail both channels of data are first converted into 16 bit parallel signals in the serial parallel S P conversion circuit and are converted from 2 s complement to absolute values by the absolute value converter Next at the comparator these data are compared with the output data comparison data from the following latch circuit and if the level of input data is equal to or higher than the level of ...

Page 81: ...1 L BUS LATDf r 1 IBU ro _ 1 c f v a z H c J f2E 2H CH 2 CH 2 L or _ 0 z 0 Ill L BUS 1 r LATDf 1aurt1 t H a Q 30 3E 3F 3H 5J 0 0 u f2D 2F D 1F SCALE Sll PEAK PEAK hOLD ENC HR1 ro I I I HAS 48 CLOCK osc CPU 1C r f o r 1 MOO 1 Ill I 0 I A L I DIGIT I v Cil EX I l v PANDER IJIIVEII I H PORT ___ MD15 3C QHH6 1 t t 1 l MA1 SEG I MA2 1 t t IIJII MA3 I I MA4 Q i7 G24 RESET L PULSE r l 1 MODE SELECT 4 ll ...

Page 82: ...cut C132 C135 C135 R139 TP5 IC7 9 TP6 IC7 5 C232 C235 C235 R239 IC4 5 IC7 5 1 it Jt o t 1 136 g N N t ZJB A 1 x e _ c cc 1 r c _ _ Ciffut I H C Cl2 WE GND 1 Jumpers that have been soldered C132 C135 C132 R139 C232 C235 C232 R239 IC4 6 TP6 IC7 2 TP6 IC7 4 Ic 6 11 C7 1 IC7 11 IC7 6 IC7 13 IC7 12 TP5 IC7 9 IC6 2 C 2 Parts that have been adjed C30 1 C302 c 3s C235 Only C135 and C235 have been reversel...

Page 83: ...GHER AD 23 AD 23 BOARD 1 616 292 13 S N 1 801 AND HIGHER Component Side Note TP16 on the AD 23 board has been misprinted Please read TP16 as TP106 C 3 AD 23 1 616 292 13 HIGHER Parts tha have been added C30 1 C302 C 4 ...

Page 84: ...io Converter TP2 IC 201 IC 202 0203 II HJ 100 C 5 AD 23 AD 23 1 C20 1 O GN02 VD VS Ill M54 3 7 lC 100 GNO C 6 R 23 R2JJ HB26 29 E GND II1J3 AD 23 BOARO BOARD 1 10 1 616 292 11 E HIGHER PCM 1630 SERIAL N0 10001 end r 11gr 1er ...

Page 85: ...05 4 IC105 5 IC105 5 IC105 6 TP12 Thru hold near X1 IC1 3 C201 C101 Thru hold near R157 0201 C Thru hold near 0201 C201 Thru hold near IC1 IC201 4 IC201 5 IC201 5 IC201 6 GNO Thru hold near 0214 DA 1 1 616 293 11 Jumper that have been soldered 0214 S R219 R114 C108 IC105 21 IC105 22 IC105 4 IC105 6 R214 C208 IC201 21 IC201 22 IC201 4 IC201 6 C201 IC1 2 IC23 2 IC23 4 IC23 5 IC23 7 C101 IC1 15 f Par...

Page 86: ... ClOB IC105 4 IC 05 5 IClOC 5 IC105 6 P i 2 Thru rwld m ar X1 IC 3 C201 C1C1 Thru hold nt a i 57 201 T h old near IC1 IC c01 IC20 5 IC22 5 IC201 6 Jumpe that have been soldered R114 C108 IC105 21 IC105 22 C105 4 IC105 6 Fi214 C208 IC 01 21 IC20i 22 IC201 4 IC201 6 C201 IC 2 IC23 2 IC 3 4 IC23 5 IC23 7 C10 IC i 15 C 8 b EPIO c CJ3 Parts that have been added R301 F 302 C301 C302 C303 0301 0302 ...

Page 87: ... DA 15 BOARD 1 616 293 13 S N 10801 AND HIGHER Component Side Applicable Serial NO Jumpers that have been soldered Parts that have been added C201 IC1 2 R301 c101 IC1 15 R302 R303 10801 and higher R304 C301 C302 C303 11301 and higher A34 A35 C 7 c C 8 c ...

Page 88: ... _ __O o o o riO CI 1 4 i i r c _ H 0 0 r _ _ _1 l J I 6 r IH t 1 L II CK 0 GND 7 r J 1f J 5 f h 1 6 9 IICLK A GND 0 C21l C21b C219 t H I l J 1 K Av o f _ _J I c t H Y 1 rl o t 8 c cc l V 1 1 LRCKOUliOU1LI j 7 Lm 11 1 C205 cc IDUTRf H c 11 2 11207 c qr 2 oGNo rsnb I J_ 15A IC 20 HCO __DVE E OCR 11205 11206 5A2 IC 24 r C215 t 1 f l ftJ s PD o i t 4 1 XlAL VD TEST DJI 22 _ 0 C207 11212 II C22l COCK ...

Page 89: ... Sf R22A L lJ J_ 20 L203 R223 JRV 0 3 19 8XIJ67 1 SO I 9 RH R245 f v I p G t rmo _rf i l C t8 10C2 9 1 T _ J J r m 1 I i i IC 211 4560 j A40 1840 j f A38 1 838 DA 15 BOARO 1 616 293 11 0 OUT I A OUl I A OUT 2 A OUT 2 A OUT 2 A OUT 2 1 LVL HI 2 LVL OUT 2 BOA AD ND l 816 293 11 PCM 1630 J U C SERIA L N0 10001 to 1020oil PCM Hi30 A EPl SERIA L N0 10001 to 10126 THE CIRCUIT OIAGR Id OF CH2 IS THE SAME...

Page 90: ...tl J IC a5o i II 1 EM PS SW REC PB REC HON I ONO I EC MON 2 m 832 IC 2 HC04 5 J 6 3 r G o 0812 C 4 U f 1 2 DIN I m 5 6 A001 A002 1 ADOJ ADDt IJ 11 CLK2 OOT2 7P co 61 IC 8 I c 2 13 12 IC 7 01 01 OT 02 12 0 J 10 OJ II C 9 b CJOI E XTAL v 0o C _ SfiiPO Ec j TEST c7 r 1 j r 5 06 18 wocKo5 17 1 5 IN Tl 2 o l l t J xzsc 02 I 1 p s 0 1 t lh 1 c 1 _c 12 DO 07 I C 21 v 01 C 10 b J C221 5 I C 20 5 t I 0 I C...

Page 91: ...I 1 IC 102 IC 202 1 PC8 C 10 b JC 107 r 1os JC 109 IC 108 Cl25 ISA _ 0 1 A GNDl 22K 5 1 1 RIIOf V IOK I c 1 06 2 IC 112 Cl53 t7 50 THE CIRCUIT DIAGRAM OF CH2 IS THE SAME AS CHI C 11 b 1 616 293 12 OU 2 G DA 15 BOARO SOARD NO 1 516 293 12 PCM 1630 J U C SERIAL N0 10205 to 10800 PCM 1630 AEPl SERIAL N0 10127 tc 10800 DA 15 ...

Page 92: ... 293 13 HIGHER Clfpli A IC 7 IL 2XHL v DA 15 DA 15 1 616 293 13 HIGHER 2 L tt l _ _ _ _ _ _ _ _i tl lf l l l t l l 1f Q2 IO OAlAIH 04 lJ 6 12 DJ 11 L BCLK o h _ _j_ 2_J 3__1n _joL r rV 1 _j 1304 15 I XlSC 0 I 0 4 u 11 Po 0 1 1 o ih _I _ Co 2co4 Ic o o_ __ ___j 121 13 IC 21 CX2JOJ4 _1L I C 15 1Slto This signal A35 is added from the units with Serial No 11301 and higher C 9 c C 10 c r c to 7 J J l71...

Page 93: ... 2 0669 L OJ _ 1 1 1122J RV203 19 fi_ d f U _ rrrr H_ _ 0 rTill P J l Ill B 391 I 0208 l I f A39 A OUT 2 p I J l rmo 17 rH4 153 1 20 0207 i j639 A OUT 21 I l 02 0 R2lt 1 220 R221 C2J9 l TT 1 r C254 lC255 IC 211 C2 0 n s 1 I C250 251 C26llt l C2 5 1 0 2 1 0 0 2 12 t C262 c2 7o _nu r I I I I I ___ J D210 L soo DA 15 BOAAO A OUl 21GI A OUl 21GI A our 21 1 A OlJT 2 BOARO N0 1 616 i293 13 HIGHER DA 15 ...

Page 94: ...ponent Side S N 1 U C S N AEP C 13 a 10001 TO 10204 10001 TO 10126 1 614 294 11 ENC 2 ENC 2 1 614 294 11 Traces that have been cut IC1C 3 IC3B 11 IC36 10 IC4C 9 Jumpers that have been scldered IClC 3 IC3B 10 IC3B 11 IC4C 9 C 14 a ...

Page 95: ...ENC 2 BOARD 1 616 294 12 Component Side 1 616 294 12 HIGHER S N J U C 10205 AND HIGHER S N AEP 10127 AND HIGHER C 13 b ENC 2 ENC 2 1 616 294 12 HIGHER C 14 b ...

Page 96: ... 1 ENC 2 TP 16 o to TP15 1 o 20 00 H EP 2Eco ET HC 11 5 c DC OCK 00 H f r J EP IEco ElF HC1611 ENC 2 k dAl Ylf 5 q v zr 82 9 2 AJbHYJf k Hp r lJ H s 21 v pa J I I v I TP20 R6 I RBI T PI 8 t q 5J 9K 1 H T P 1 7 5 a as 111 t t 1 n C DC W2 t t 1 T 0 DO WJ t t 1 7i 4Jcol HCI TP26 C 1 L J J A oA I _we 8 08 c t f i 0 0 0 II t CK2J EP co 15 ET II HC I HC r 8 5K J 13 I 8 06 RIO r l C oc 12 P CO IS I 1 p 1...

Page 97: ... CK4J con HC C 16 9K TP26 C 1 r 8 08 9K h II CK9H 15 I 0 EPCO E1 R HCOO 1611 HCI5J II 8HCOO 121 I T P 0 C r S_J t t t t TP42 Il ie i 1J 30 3 9 HCII HC1 0 0 20 f o 1 5 TP44 HCIO 9 Lo 2 0 S o 5 5 0 s 0 9 I 0 2 0 8 l 1 AC Q 8 T p 1 1 1 I HC 10 I HC70 TP39 C 11 lA LD 0 AH 5 8 C8 12 LoTP30 e cac r OCK CO 15 1 0 co HC C 17 I I A HCJf 8 1 AHt J68 f AIO OlM 1 LB o o All TP4 7 1A 46 46 9B 11 _ 11 R60 04 2S...

Page 98: ...hru hold near IC5E IC40 B IC50 12 IC50 4 IC50 5 IC50 5 IC50 7 SIF 1 1 616 295 11 Jumpers that have been soldered Parts that have been added IC5F 9 R44 IC2E 1 IC3E 1 TP56 IC50 6 IC4C 13 IC50 4 IC5D 5 IC7B 13 IC4E 2 IC4D B IC4E 3 IC5D 10 IC4E 4 IC4E 14 IC4E 5 IC50 12 IC5D 9 IC4E 9 TP55 IC5F 5 TP55 IC4D 2 IC6H 1 IC6H 14 IC6H 2 IC6H 3 IC6H 3 IC6H 4 IC6H 4 IC6H 7 IC6H 7 GND IC6H 9 IC4C 15 IC6H 10 IC4C ...

Page 99: ...e been soldered A part that has been added J U C 10205 TP56 IC4C 7 IC5F 9 R44 and higher IC50 4 IC5D 5 IC50 6 TP56 AEP 10127 and higher IC50 5 IC5D 7 IC4C 13 IC50 4 IC5F 7 IC5F 9 IC50 5 IC78 13 J U C AEP 11301 and higher IC4C 11 GND IC7F 22 IC4C 11 IC4C 9 831 ICBH 11 841 IC7F 14 GND IC9F 14 843 J U C AEP 12801 and higher IC9F 14 GND IC 0 24 ICBH 13 R200 ICBH 12 IC6H 9 IC7F 14 IC9F 14 IC90 24 ICBH ...

Page 100: ...5 7 CK 15 5 c __ _ _ _ ________H i i IV 7 b UL 22 i TEOb 6E02 ____ f n 10 s 0 9 0 sa AJ2 R59 1K 6 _ 14 1 fl f i n f n 5K 6 19 I I I P33 e B003E __ __ I TPA 1 e VSS BEOJ 22 I CK CK K 08 I I I n t 9H 0 632 101 11 bB I C7 v tittti II f 51 b 13 74HC74 1 74HC7o o TP 59 n A3J R60 IK I 1_ 1 I V 0 5 7tHCOe 4 90 0 5 p 36 1 9 0 lEoe 9F v 5 vP441 i 1 6 2 R 0 3HR 0 1 L Hc27t_J 12 13 5V T 1 I 12 7TP39 II TPlo6...

Page 101: ...ts with Serial No 11301 and higher The following signal lines and a resistor are applicable to the units with Serial No 12801 and higher ICBH 11 ICBH 12 ICBH 13 to to to 841 IC90 24 IC70 24 SIF 1BOARD 74HC24471T9A BOARD NO i 616 295 11 G HIGHER C 23 IC9F 14 IC7F 14 R200 to 843 to IC9F 14 AD OlJ1 2 GNCI SIF 1 ...

Page 102: ...mponent Side i f J_ f _ S J o DEC 15 DEC 15 H F E f t t t fift E g C 2 B w t i LJ t i Q t 1 i i j f to _ i y 1 Kii i Rl36 c QQ RB4 T _ TU __ __ 7 o IJ W_ _ _ _ _ __ __J Applicable Seria NO Pa 10205 and higher 12201 and higher C 25 ...

Page 103: ...nd higher Part that has been added Traces that have been IC3L 3 GND IC9K 3 GND IC60 12 GND ICBF MC74HC164N IC6D 12 IC60 13 C 26 35 o o c J 7 4D cut Jumpers that have been soldered 1Wl 3 I IC3L 4 IC9K 3 IC3L 3 IC9K 27 ICBF 1 2 14 5V ICBD 10 IC60 13 ICBF 8 IC9K 23 ICBF 9 IC6D 11 ICBF 10 CNB12 IC9C 2 IC6D 12 ...

Page 104: ... 0000 DSC 100 7 DSB DTDT IC 4 t C DT JN JO OSA OlVL JIOTVL SKIIS t j S SKIIB CRC Ell MODE DlZN 26 DTlN ERI EI J HOI BCKP c l 0 BCKP 9 1 EI 2 E2 JJ bt TE02 EJNT c qj E Nl CX2J0 7Jfl ERJ8EJ 4 TEOJ VBLK 17 Jl VBLK ER4 E4 TEO DVBL O j B OVBL EMPH EM J TE05 1 H 1 9 1 ___ _ j XOVB 0 0 1 b 71 MHI MTRG _ c o 0 1 128 b4 5 PBV 27 7H CK23071 l f w J t ll TI JIL__ _T _ _ t H _ ___________ _ 1 I f I 7 0 HC04 f...

Page 105: ... 1 1555 n 028 _ n5 02 1 _ I 68 7 H co 2 r t l t8 r 3 0 30 DEC OTl 11136 H IB25 1 BJO GND TP27 11 7 TP28 IK C 29 93 DEC 0 T2 DEC 2 I I r I El3 5 E I 0 DEC 15 BOARD BOARD NO 1 616 296 11 HIGHER PCM 1630 SERIAL N0 10001 and hlgher DEC 15 ...

Page 106: ...Ml 1b MJ 1b MT 16 BOARD 1 616 297 11 Component Side j C 31 ...

Page 107: ...MT 16 MT 16 MT 16 BOARD 1 616 297 11 Component Side C 31 C 32 ...

Page 108: ...37 I II snt D lOOK 1 1110 1 3 2 I K 832_ t r ICOK 13 12 HCOl 6C be HCOl HCOl 6C 6C HCOl HCOl L__ _f 4 0 0 I 6 o 8 l _ _3_ _ t i 1P2 TPI TP7 0 11111K3 j _ In 2 IK OJ 7 02 y t ir t j RH lK JOD T P3 T P4 C RBI lOll RIJ I E01 7C j_TPB RBIIOOK l OJ 9 s Pl r j 830 IU Rl IOK RBI lOOK I 2 r 1 1 151555 i 1 lOOP 0 151555 C 33 MT 16 MT 16 3 01 01 2 02 02 7 OJ OJ a o 13 1 2 05 0515 06 2H 06 17 u 07 07 18 19 I...

Page 109: ...Q I5 p BY O 016 4 818 io D 5 OTC1 3TFx 6 IOX4 Q 7 L__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 4 R 514 R 524 R5_ f _ _ R 5_ _ 2 2 f L 18 11 0 IK L_ I _____R C _5 _6 J 22 L____________________________ _________ H PEI K HOLD TIM RELEASE TIME OVER LEVEL HOLD EP 1 EP 2 2SAII74X4 2SB822X4 i i 4 _ _ l__ _ _ ___J CJ CJJ 470 IOVX T A 5 A I L _ _ _ ___J T C3o IFI52 T t 6V T H9 3 no 10 e C 1 __ MT 16 BOARD BOA...

Page 110: ...P 3 BOARD 1 616 299 11 Component Side 2 tu 014 c tu 0 II 3 r 121 j L CNI02 A 01 D9 ILOT NO 01 so r t 2 4 s __ _ __ ____r__ 5______ _____ __ ___ __ 1 CNIOI C 36 PS B1 BOARD 1 616 29B 12 Component Side C 37 r u c ...

Page 111: ...t Side C 37 PS 81 FU 32 FU 32 BOARD 1 616 451 12 Component Side N f r lit X _ I c __ I rn Cl u i 1 RY I 1 X 3 L L X L L 1 CtiSOI lool FU 32 2 1 616 451 12 C 38 R I EJ rn FZ 150 C D 0 z a u o 0 t CD _ u r 0 UJ N N u a SONY MADE IN JAPAN ...

Page 112: ...LS 5531 o 5531 X BOARD NO 1 616 299 11 HIGhER PCM 1630 SERIA NO 10001 Bnd higher PS 81 PS 81 BOARD Power Supply 5U4 C50 C5 06 56 cc u ouc _ 35 01 1 Jot M I I I L rr Q 6 6 I E 0 I w C 40 rs 3 2l I J 2 I Icc_ I L r rr I CL I I I c I L r rr I I I c I L r rr I I I I 6 26 36 6 b 6 6 6 I L 1 r T 6 6 6 l _ _ _ f i 7 2 c 6 2 9V 20 i i 2 l 2 I L____ _i h 22 w 2 co Sft ISO c 1 7 PS 8 i BOARD BOARD NO 1 616 ...

Page 113: ...l rl 6 b 6 _ _ ______J_ 1 5 555 PS20035 02 y IIi I 2SAI 90 _ _ _ c PS 81 BOARD EOARD NO i 616 298 11 HIG ER FCM 1630 SERIAL N0 10001 and higher _ __2__1 FU 32 Fuse BOARD C 41 NOTE FU 32 BOARD BOARD NO 1 616 451 11 G HIGHER PCM 1630 SERIA_ NC 10001 and hlgher The components marked wirh are critical to safe operation These components must be replaced with the same ones as described on the Pares List...

Page 114: ...n I 20 20 I l 1 I I I I I I 30 4Cl I I I 1 130 I I 40 sso I CNOOZ OAIOO I l I I I c All Bl 110 CNOIJ I 20 1 0 Bf 3 I 301 I I I 130 40 Aso sso L _1 _ CN003 AUX C 43 I 30 D I 30 II 0 I I aso I a_ ___ J CN00 4 ENC MB 11 E F u CN0 8 CN0 5 20 120 201 I 1 aso DEC I 0 0 I CD CJ J 1 G I 30t MB 11 18 120 I 130 aso L 1 CN007 RAR ...

Page 115: ... 4 J I I I sso L J 0 L J CN005 SIF 8 6 CN006 DEC I 0 0 C I CD CD l I co E MB 11 G I BI iO 10 40 r 1 iL L J CN007 RAR H AI BI If 20 30t I I A 50 L ___ _J CN008 MT 40 1 J L J ss CN023 L J CN024 Applicable Serial No Jumpers that have been soldered J U C AEP 11301 and CN005 B31 CN006 B13 higher CN002 A43 CN002 A44 CN003 B2i CN004 A21 CN002 Ai7 CN006 A46 J U C AEP 12801 and higher CN004 B1 CN005 A1 CN0...

Page 116: ... GND 2 GND 22V 3 22V 22V 4 22V GNO 5 GNO 8V 6 8V 7 A OUT I I l 8 A OUT I I A OUT I I 9 A OUT I A DUT1 G 10 A OUT I I G REC MON 1 11 GNO 12 MON1 13 GNO LVL DUT1 14 LVL IN 1 15 16 TEST4 17 TEST2 18 19 20 21 ID CK 22 GNO 10 SYNC 23 24 DO EN 25 BIT CK 1 26 GNO RAW OT 1 27 GNO RAW OT2 28 GND 29 MON2 30 GNO LVL OUT2 31 L VL I N2 RE C MON2 32 GNO GNO 33 GNO EM PB SW 34 TST OA I EM PB SW 35 TST OA2 WO CK1...

Page 117: ... 0 CNOIB CN022 I 9 16 ENC BB 0 10 GNO I CNOIB CD ENC B9 I 11 GNO 0 DEC BII I RAR BII I AUX BB SIF AII I 12 HD D AUX B9 SIF A12 I 13 GND D ENC 813 I AUX B10 RAR A13 I 14 NT BLK 0 ENC Bl4 I AUX Bll RAR A14 0 15 GND I CN015 RAR A15 0 16 GND D CNO 15 CD RAR A16 0 17 FS NT I D CN023 RAR A17 0 RAR AI 8 18 FS EXT 1 D CN023 19 GND I ENC B19 RAR AI 9 I 20 GND 0 ENC B20 I DEC B20 I RAR B20 SJF A20 1 21 MUT ...

Page 118: ...its with Serial No 12801 and higher C 49 CN010 CN017 SOLDERING SIDE No NAME DESTINATION No NAME DESTINATION DESTINATION 10 DESTINATION I 8V CNOOl A 86 I 12V CN005 6 A4 B4 CN008 A39 2 8V I GI CNOO I A5 85 2 12 1 CN005 6 A3 B3 CN006 A24 3 22V CNOO I A4 84 3 1 2V I GI CN005 6 AI 2 81 2 CN006 A49 14 22V CNOO I A3 83 c 0o B23 5 22V I GI CNOOI AI 2 B I 2 CN006 A49 _ 0 CN023 0 CN023 i J CN011 CN018 No NA...

Page 119: ... MD12 MD I 4 HRI HR3 HR5 SCALE 5V GND NAME DU66 ANA DIG GND NT EXT M HOLD CN016 A 6 NAME DESTINATION I I PAR CN006 64 2 2 2 EMP CN004 A3J 3 3 A 6 CN006 A23 4 4 MUTE CN006 624 5 5 WCLK CNOOB 624 6 6 WCLK CNOOBrn 7 7 6 CLK CNOOB A25 8 8 6 CLK CNOOB 62 9 9 ME CH I CNOOB 626 c c NOOB 627 10 10 ME CH 2 CN023 No NAME OEST NATION I 2 FS JNT 1 CN005 617 3 4 FS EXT 1 CN005 618 640 5 6 1 __F_S 10 1 CN006 8 ...

Page 120: ...I I I I I I I I I C 54 FS INT 0 FS EX1 0 rs roo 1 EMPH CRC ER Ol ON HOO NOlO MDI ND14 SC LE OUBB ANA OIG l Nl E XT N HOLD REC PB rs 10 N E C H 1 ME CH 2 CN02J I J 1 15 16 17 IB 19 20 I 2 3 24 25 2b 21 e 9 3 0 31 J JJ H J5 36 37 38 J9 o 43 4 1 45 q A1 48 49 50 L FS NT 1 S XT 1 FS 01 MuTE liAR ON DO ON NOll HOIJ MOI5 AK MUT t l M C L B CLM B CLIC IH CM 1 IH CH 2 p 0 WE R B L 0 c K r r r __J 82 2 J A...

Page 121: ... 0 1 2 14014 SCALE 2 27 26 29 JO 31 32 Jl J4 J H J7 38 J9 40 HOI I MOIJ MOI5 J CNOII A OUTI Gl A OUTI J A OU11 1 89 2 A INI Gl 9 A 1NI r 8 t t t jl d j CNO I 1 A OUT2 G 9 A IN 2 r 4 L 1 HON2 Gl P Cll OUT J P CM OUT P CM OUT 1 9 J C SYNC 012 DEC OUT2 5 GNO 9 b AOOUn eg a CNOO ENC TCIN X TCIN G TCOUT X TCIN G I I I I I I I I I I I I I I I I I I I I _ _ J c Lt POWER BLOCK J COMPOS 1 TE SYNC C h 1 C N...

Page 122: ...102 0 251 642 00 s 300 629 00 GUARD POWER PLATE BLIND SWITCH 103 s 104 s 0 636 00 105 0 3 701 050 11 CUSHION 3 044 26 SCREW COVER LABEL CAUTION 106 s 3 831 441 X 107 s 108 0 34 li FELT PANEL 109 0 RIVET 110 4 874 102 00 EMBLEM 3 5 0 4 87 86 01 4 198 01 BRACKET LE PANEL FRON T METER PANEL 111 112 0 4 874 113 0 4 9 199 01 ESCUTCHE 114 0 4 9il 701 0l PANEL RION SIDE 0 4 1 702 01 115 0 4 911 705 01 PA...

Page 123: ...USING lOP 231 s 7 682 546 04 SCREW B3x5 207 0 A 7850 301 A COMPLETE PCB MT 16 0 1 560 372 00 CONTACT FEMALE 0 1 560 768 00 CONTACT FEMALE 232 s 7 682 546 09 SCREW B3x5 233 s 7 682 549 04 SCREW B3xl0 208 s 2 237 00 FUSE TIME LAG 3 15A 214 0 1 561 518 00 PLUG HOUSING 6P 220 0 1 616 451 11 PC BOARD FU 32 234 s 7 682 548 09 SCREW B3x8 For AE Modell 0 1 560 372 00 CONTACT FEMALE 221 s 3 642 656 01 FOOT...

Page 124: ...30 880 11 RES VAR CARBON 10K 10K RV24 320 0 3 646 071 00 HOLDER WIRE 321 s 3 845 490 00 WASHER 308 s 1 421 518 00 FILTER NOISE 322 0 3 880 616 00 BOSS 309 s 1 448 295 11 TRANSFORMER POWER 324 s 7 621 759 35 SCREW PSW2 6x5 310 s 1 507 507 00 JACK 325 s 7 623 208 22 SPRING WASHER M3 326 s 7 623 213 22 SPRING WASHER M6 311 s ii 509 547 oo 3P INLET 327 s 7 682 547 09 SCREW B3x6 312 n 1 526 572 00 SOCK...

Page 125: ...E BNC 404 0 1 561 863 00 PLUG HOUSING 5P 508 s 3 668 924 00 FOOT REAR 0 1 561 067 00 CONTACT FEMALE 509 0 3 673 910 00 SCREW CONNECTOR 405 0 1 562 849 21 PLUG HOUSING 12P 510 s 7 621 259 42 SCREW P2 6x6 0 1 561 067 00 CONTACT FEMALE 511 s 7 621 759 35 SCREW PSW2 6x5 512 s 7 621 775 10 SCREW B2 6x4 406 s 2 832 007 00 BUSHING K INSULATING 513 s 7 622 207 05 NUT M2 6 407 s 3 668 924 00 FOOT REAR 514 ...

Page 126: ... 450 00 CAP TANT 1 20 sov Cl5 s 1 131 450 00 CAP TANT 1 20 sov Cll9 s 1 131 450 00 CAP TANT 1 20 sov Cl20 s 1 131 450 00 CAP TANT 1 20 sov Cl6 s 1 124 724 41 CAP ELECT 47 20 sov Cl21 s 1 131 450 00 CAP TANT 1 20 sov Cl7 s 1 161 894 00 CAP CERAMIC 0 1 sov Cl23 s 1 162 176 00 CAP CERAMIC 1 5 25V Cl8 s 1 161 894 00 CAP CERAMIC 0 1 sov Cl9 s 1 161 894 00 CAP CERAMIC 0 1 sov Cl24 s 1 131 450 00 CAP TAN...

Page 127: ... CAP TANT 3 3 20 16V IC207 s 8 759 108 96 IC uPC811C C235 s 1 124 697 41 CAP ELECT 47 20 25V IC208 s 8 7 59 918 92 IC HA3 2525 5 C236 s 1 131 449 11 CAP TANT 3 3 20 16V IC209 s 8 752 001 80 IC CX20018 C237 s 1 161 894 00 CAP CERAMIC 0 1 sov C238 s 1 131 450 00 CAP TANT 1 20 sov L1 s 1 409 309 00 COIL SN 72UH C239 s 1 107 054 00 CAP MICA 33 10 soov L2 s 1 535 178 00 RES FERRITE L3 s 1 409 309 00 CO...

Page 128: ...TAL 2 7K 1 l 4W R221 s 1 214 937 00 RES METAL 1M 1 l 2W R26 s 1 214 132 00 RES METAL lK 1 1 4W R222 s 1 214 889 00 RES METAL llK 1 l 2W R27 s 1 214 156 00 RES METAL lOK 1 l 4W R223 s 1 214 156 00 RES METAL lOK 1 1 4W RlOl s 1 214 896 31 RES METAL 20K 1 l 2W R224 s 1 214 111 00 RES METAL 130 1 l 4W Rl02 s 1 214 888 00 RES METAL lOK 1 l 2W R225 s 1 214 156 00 RES METAL lOK 1 l 4W Rl03 s 1 214 896 31...

Page 129: ...s s 1 124 725 41 CAP ELECT 100 20 sov C70 s 1 101 004 00 CAP CERAMIC 0 01 sov C6 s 1 161 894 00 CAP CERAMIC 0 1 sov C71 s 1 101 004 00 CAP CERAMIC 0 01 sov C7 s 1 124 725 41 CAP ELECT 100 20 sov C72 s 1 101 004 00 CAP CERAMIC 0 01 sov C8 s 1 161 894 00 CAP CERAMIC 0 1 sov C73 s 1 101 004 00 CAP CERAMIC 0 01 sov C9 s 1 124 725 41 CAP ELECT 100 20 sov C74 s 1 101 004 00 CAP CERAMIC 0 01 sov ClO s 1 ...

Page 130: ...47 20 50V Cl4 8 s 1 131 450 00 CAP TANT 1 20 50V Cl49 s 1 107 036 00 CAP MICA 68P 5 500V C247 s 1 131 450 00 CAP TANT 1 20 50V C150 s 1 107 054 00 CAP MICA 33P 10 500V C248 s 1 131 450 00 CAP TANT 1 20 50V C249 s 1 107 036 00 CAP MICA 68P 5 500V Cl51 s 1 107 054 00 CAP MICA 33P 10 500V C250 s 1 107 054 00 CAP MICA 33P 10 500V Cl52 s 1 131 450 00 CAP TANT 1 20 50V C251 s 1 107 054 00 CAP MICA 33P 1...

Page 131: ...6 70 IC BX 1367 D212 s 8 719 911 19 DIODE 1SS119 213 CUp to serial No 10126 D213 s 8 719 911 19 DIODE 1SS119 and from 10201 to 10204 s 8 741 139 10 IC BX 1391 D214 s 8 719 911 19 DIODE 1SS119 Serial No 10205 and higher for J U C D215 s 8 719 911 19 DIODE 1SS119 Serial No 10127 and higher for AEP D216 s 8 719 911 19 DIODE 1SS119 D217 s 8 719 911 19 DIODE 1SS119 Ll s 1 409 309 00 COIL SN 72 D218 s 8...

Page 132: ...2021 Rl38 s 1 214 156 00 RES METAL lOK 1 l 4W 0207 s 8 7 29 306 92 TRANSISTOR 2SD669A Rl39 s 1 214 163 00 RES METAL 20K 1 l 4W 0208 s 8 7 29 993 7 2 TRANSISTOR 2SA937 Rl40 s 1 214 156 00 RES METAL lOK 1 l 4W 0209 s 8 729 304 92 TRANSISTOR 2SB649A Rl41 s 1 214 163 00 RES METAL 20K 1 l 4W 0210 s 8 729 902 ll TRANSISTOR 2SC2021 Rl42 s 1 214 669 00 RES METAL 3 3 1 114W 0211 s 8 7 29 993 7 2 TRANSISTOR...

Page 133: ...from R220 s 1 214 148 00 RES METAL 4 7K 1 l 4W 10201 to 10204 R221 s 1 214 148 00 RES METAL 4 7K 1 l 4W 1 215 493 00 RES METAL 1M 1 l 6W R222 s 1 214 141 00 RES METAL 2 4K 1 l 4W Serial No 10205 and higher for J U C R223 s 1 214 150 00 RES METAL 5 6K 1 l 4W Serial No 10127 and higher for AEP R2 24 s 1 214 964 00 RES METAL 1M 1 1 4W R304 s 1 249 433 11 RES CARBON 22K 5 l 6W Up to Serial No 10126 an...

Page 134: ... SMALL SIGNAL Cl3 s 1 131 449 11 CAP TANT 3 3 20 16V RY202 s 1 515 464 00 RELAY Cl4 s 1 131 449 11 CAP TANT 3 3 20 16V Xl s 1 567 184 00 VIBRATOR CRYSTAL Cl5 s 1 101 004 00 CAP CERAMIC 0 01 50V Cl6 s 1 101 004 00 CAP CERAMIC 0 01 50V Cl7 s 1 101 004 00 CAP CERAMIC 0 01 50V Cl8 s 1 101 004 00 CAP CERAMIC 0 01 50V Cl9 s 1 101 004 00 CAP CERAMIC 0 01 50V C20 s 1 101 004 00 CAP CERAMIC 0 01 50V C21 s ...

Page 135: ... METAL lOK 1 1 4W IC3J s 8 759 202 30 IC TC74HC161P Rl9 s 1 214 156 00 RES METAL lOK 1 l 4W IC3K s 8 759 202 30 IC TC74HC161P R20 s 1 214 180 00 RES METAL lOOK 1 1 4W IC4B s 8 759 004 63 IC MC74HC125N IC4C s 8 759 202 22 IC TC74HC74P R21 s 1 214 156 00 RES METAL lOK 1 1 4W R22 s 1 214 180 00 RES METAL lOOK 1 1 4W IC4D s 8 759 202 22 IC TC74HC74P R23 s 1 214 156 00 RES METAL lOK 1 1 4W IC4E s 8 759...

Page 136: ...1 704 21 LABEL SIF PC BOARD C66 s 1 131 449 11 CAP TANT 3 3 20 16V lpc 0 4 911 708 01 CASE UPPER 1 SHIELD SIF lpc 0 4 911 709 01 CASE UPPER 2 SHIELD SIF C67 s 1 102 508 00 CAP CERAMIC lOP O SP 50V 2pcs 0 4 911 710 01 CASE LOWER SHIELD SIF C6B s 1 102 508 00 CAP CERAMIC lOP 0 5P 50V 2pcs s 7 626 317 21 PIN SPRING 2 5x8 C69 s 1 102 865 00 CAP CERAMIC BP 0 5P 50V C70 s 1 102 508 00 CAP CERAMIC lOP O ...

Page 137: ...C163N C127 s 1 101 004 00 CAP CERAMIC 0 01 sov C128 s 1 101 004 00 CAP CERAMIC 0 01 sov IC2C s 8 7S9 907 3S rc UA733DC C129 s 1 101 004 00 CAP CERAMIC 0 01 sov IC2D s 8 7S9 001 38 rc MC74HC163N C130 s 1 101 004 00 CAP CERAMIC 0 01 sov IC2E s 8 7S9 202 30 rc TC74HC161P C131 s 1 131 449 11 CAP TANT 3 3 20 16V IC2F s 8 7S9 001 38 rc MC74HC163N IC2H s 8 7S9 202 14 rc TC74HC08P Cl32 s 1 101 004 00 CAP ...

Page 138: ...14 132 00 RES METAL lK 1 l 4W Q3 s 8 759 700 20 IC NJM79M05A R49 s 1 214 132 00 RES METAL lK 1 l 4W Q4 s 8 729 178 54 TRANSISTOR 2SC2785 R50 s 1 214 132 00 RES METAL lK 1 l 4W Q5 s 8 729 178 54 TRANSISTOR 2SC2785 R51 s 1 214 156 00 RES METAL lOK 1 l 4W Q6 s 8 729 124 08 TRANSISTOR 2SC2408 R52 s 1 214 156 00 RES METAL lOK 1 l 4W Q7 s 8 729 124 08 TRANSISTOR 2SC2408 R53 s 1 214 132 00 RES METAL lK 1...

Page 139: ... 449 11 CAP TANT 3 3 20 16V C23 s 1 131 449 11 CAP TANT 3 3 20 16V Rl11 s 1 214 144 00 RES METAL 3 3K 1 l 4W C24 s 1 131 449 11 CAP TANT 3 3 20 16V R112 s 1 214 144 00 RES METAL 3 3K 1 l 4W C25 s 1 101 884 00 CAP CERAMIC 56P 5 50V R113 s 1 214 144 00 RES METAL 3 3K 1 l 4W R114 s 1 214 108 00 RES METAL 100 1 l 4W C26 s 1 101 888 00 CAP CERAMIC 68P 5 50V R115 s 1 214 148 00 RES METAL 4 7K 1 l 4W C27...

Page 140: ...11 19 DIODE 1SS119 C92 s 1 101 004 00 CAP CERAMIC 0 01 50V D42 s 8 719 911 19 DIODE 1SS119 C93 s 1 101 004 00 CAP CERAMIC 0 01 50V D43 s 8 719 911 19 DIODE 1SS119 C94 s 1 101 004 00 CAP CERAMIC 0 01 50V D44 s 8 719 911 19 DIODE 1SS119 C95 s 1 101 004 00 CAP CERAMIC 0 01 50V D45 s 8 719 911 19 DIODE 1SS119 C96 s 1 101 004 00 CAP CERAMIC 0 01 50V D46 s 8 719 911 19 DIODE 1SS119 C97 s 1 101 004 00 CA...

Page 141: ...W IC9E s B 759 202 B6 IC TC74HC123P R5B s 1 214 156 00 RES METAL lOK 1 l 4W IC9K s B 7 59 920 49 IC CX23074 R59 s 1 214 lOB 00 RES METAL 100 1 l 4W IC9M s B 759 972 60 IC CX23073B R60 s 1 214 164 00 RES METAL 22K 1 l 4W Ll s 1 409 339 00 COIL SN R61 s 1 214 156 00 RES METAL lOK 1 l 4W L2 s 1 409 339 00 COIL SN R62 s 1 214 lB0 00 RES METAL lOOK 1 l 4W R63 s 1 214 156 00 RES METAL lOK 1 l 4W 01 s B ...

Page 142: ...102 106 00 CAP CERAMIC lOOP 10 50V Rl26 s 1 214 132 00 RES METAL lK 1 l 4W C6 s 1 102 106 00 CAP CERAMIC lOOP 10 50V Rl27 s 1 214 132 00 RES METAL lK 1 l 4W C7 s 1 102 106 00 CAP CERAMIC lOOP 10 50V Rl28 s 1 214 132 00 RES METAL lK 1 l 4W C8 s 1 102 106 00 CAP CERAMIC lOOP 10 50V Rl29 s 1 214 132 00 RES METAL lK 1 l 4W C9 s 1 102 106 00 CAP CERAMIC lOOP 10 50V Rl30 s 1 214 132 00 RES METAL lK 1 l ...

Page 143: ...TC143TF Q5 s 8 729 900 46 TRANSISTOR DTC143TF Dl6 s 8 719 911 19 DIODE 1SS119 Dl7 s 8 719 911 19 DIODE 1SS119 Q6 s 8 729 900 46 TRANSISTOR DTC143TF Dl8 s 8 719 911 19 DIODE 1SS119 Q7 s 8 729 900 46 TRANSISTOR DTC143TF Dl9 s 8 719 911 19 DIODE 1SS119 QB s 8 729 900 46 TRANSISTOR DTC143TF D20 s 8 719 911 19 DIODE 1SS119 Q9 s 8 729 900 46 TRANSISTOR DTC143TF QlO s 8 729 900 46 TRANSISTOR DTC143TF D21...

Page 144: ...L 30 1 l 4W D24 s 8 719 955 32 DIODE PG5531KX D25 s 8 719 955 32 DIODE PG5531KX R46 s 1 214 095 00 RES METAL 30 1 l 4W R4 7 s 1 214 095 00 RES METAL 30 1 l 4W D26 s 8 719 955 32 DIODE PG5531KX R48 s 1 214 095 00 RES METAL 30 1 l 4W D27 s 8 719 955 32 DIODE PG5531KX R49 s 1 214 095 00 RES METAL 30 1 l 4W D28 s 8 719 955 32 DIODE PG5531KX RSO s 1 214 156 00 RES METAL lOK 1 l 4W D29 s 8 719 955 32 DI...

Page 145: ...s 8 719 230 02 DIODE 30DF2 Rl s 1 214 116 00 RES METAL 220 1 l 4W Dl2 s 8 719 200 02 DIODE 10E 2 R2 s 1 214 116 00 RES METAL 220 1 l 4W Dl3 s 8 719 200 02 DIODE lOE 2 R3 s 1 214 120 00 RES METAL 330 1 l 4W Dl4 s 8 719 200 02 DIODE lOE 2 Dl5 s 8 719 200 02 DIODE lOE 2 Dl6 s 8 719 200 02 DIODE lOE 2 Dl7 s 8 719 200 02 DIODE lOE 2 D20 s 8 719 911 19 DIODE 1SS119 D21 s 8 719 911 19 DIODE 1 SS119 D22 s...

Page 146: ...4W Rl2 s 1 214 120 00 RES METAL 330 1 l 4W Rl3 s 1 214 120 00 RES METAL 330 1 l 4W R14 s 1 214 108 00 RES METAL 100 1 l 4W RlS s 1 214 146 00 RES METAL 3 9K 1 l 4W Rl6 s 1 214 864 00 RES METAL lK 1 l 2W Rl7 s 1 214 864 00 RES METAL lK 1 l 2W Rl8 s 1 214 161 00 RES METAL 16K 1 l 4W Rl9 s 1 214 792 00 RES METAL 1 1 l 2W R20 s 1 214 792 00 RES METAL 1 1 l 2W FU 32 BOARD R21 s 1 214 792 00 RES METAL 1...

Page 147: ...OUSING l2P 0 1 535 206 00 CONTACT FEMALE CN203 0 1 561 072 00 PLUG HOUSING 3P 0 1 561 067 00 CONTACT FEMALE CN204 0 1 561 863 00 PLUG HOUSING 5P 0 1 561 067 00 CONTACT FEMALE CN205 0 1 561 515 00 PLUG HOUSING 3P 0 1 56 0 3 72 00 CONTACT FEMALE CN301 s 1 507 507 00 JACK CN401 s 1 509 184 31 RECEPTACLE FEMALE XLR3P CN402 s 1 509 184 31 RECEPTACLE FEMALE XLR3P CN403 s 1 509 176 31 RECEPTACLE MALE XLR...

Page 148: ... 1 553 244 00 SWITCH TOGGLE SW309 s 1 570 297 11 SWITCH ROTARY SW401 s 1 514 580 00 SWITCH SLIDE SW402 1 526 572 00 SOCKET POWER VOLTAGE SELECT T501 1 448 295 11 TRANSFORMER POWER D 3 ACCESSORIES SUPPLIED Qty 2pcs This lpc lpc lpc 2pcs SP Part No 0 A 7810 169 A assembly includes 0 2 241 803 00 0 4 911 711 01 0 4 911 712 01 s 7 682 275 09 Description ADAPTER ASSY RACK MOUNT the following parts HAND...

Page 149: ...940 00 RES ADJ METAL lOK DEC 15 BOARD Board No 1 616 296 11 SERIAL NO l2201 and higher Ref No SP Part No Description IC8F s 8 759 001 39 IC MC74HC164N E 1 DA 15 BOARD Board No 1 616 293 12 SERIAL NO l0205 to 10800 PCM 1630 J U C SERIAL NO l0127 to 10800 PCM 1630 AEP SP Part No Description DELETED DELETED s 8 759 240 53 IC TC4053BP s 8 741 139 10 IC BX 1391 s 8 741 139 10 IC BX 1391 s 8 759 240 53 ...

Page 150: ... No Description R200 s 1 215 469 11 RES METAL lOOK 1 l 6W FRAME SERIAL NO l2801 and higher PCM 1630 J U C AEP Ref No SP Part No Description CNBOl 0 1 560 006 00 TERMINAL EI 0 1 561 156 00 CONNECTOR EI HOUSING 0 1 560 406 00 PRESS TERMINAL PLUG 0 1 560 524 11 PLUG HOUSING EI CONNECTOR 5P E 3 E 4 ...

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