Kenwood DP-3300D Service Manual Download Page 37 | Manualshive

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Summary of Contents for DP-3300D

Page 1: ...r Slide switch F07 0499 04 S31 2094 05 Slideswitch Powercoard bushing s31 2083 05 J42 0083 051 Phono jack E13 0130 05 AC Powercoard E30 In complicance with Federal Begula tions f ollowing are reproductions of labels on or inside the product relating to laserproduct safety K NWOOD Corp certifies this eguin ment conforms to DHHS Regulations No 21 CFB 1040 10 Chapter 1 Sub chapter J DANGER Lasor r8di...

Page 2: ...rd the Movethe gearon the left sideof with your finger and Putt tront a 5 Pull up the four clawson the tray panelin the direction of the arrowsand removethe tray panelby pullingit ouTin theciirection Pushthe tray back G Disconnect threeconnectors CN3 CN4 CN5 from the C D p l a v e r u n i t X 3 2 1 0 9 0 1 1 G Removefour screws retaining the Mechanism ass y and removethe Mechanism ass yby pullingi...

Page 3: ...rter PCM56P K X25 2860 1 1 z lCl lC2l 5 1 Blockdiagram Terminal connection l i u t o u t d I l S 2 ExJtanation of terminals Digitalfifter SM58O4B X25 2860 11 lC4 6 1 Blockdiagram 6 2 Explanation of termlnals TRANSPOBTATION SCREW Beforeoperation removethe two red screwsattached to the bottom of the unit usedduringtransportfrom the factory Removeboth screwsusinga coin etc and after removing retain t...

Page 4: ... trans portedagain be surereplace the two screws to their origi nalposition ATTACHINGTHE TRANSPORTATION SCBEWS 1 Turnthe powerON withoutloading disc 2 Turn OFF the powerafterthe displayshows the follow inqindication 8 4 Explanation of functions 9 Microcomputer PPD75208CW 040 X32 1090 11 lCl1 9 1 Terminalconnection diagram 9 2 Explanation of terminals A D J U S T M E N T Adjustment 6 3 E x p l a n ...

Page 5: ...o screws tixing the rod and while liftingthe motor block diigonallyupward E pull the pickupin the directionof the arrow D 8 Whenassembling the pickup block insertthe chassis of the Mechanism ass yin the directionof arrow Align the positionof the screws andsecure them E ...

Page 6: ...SIGNAL PBOCESSING SYSTEM CONTROL CIRCERROR CORRECTION r I v7 I l r l l l F BUS INTER FACE E U z U o 01 x29 tc1 cx20108 r OUTPUT IN TER FACE TRACKING BFIAKE u rcl cx20109 r PDO tc3 cx23035 _J F tc5l2t2l o2l3l3l TBAYMOTOR DRIVE G C OPEN CLOSE N T J L I I rl F E E D MOTOB I FEED I E _ J J U FEED DISC TRAY MOTORMOTORMOTOR ...

Page 7: ...AL DATAINV lc13 tc21 C ERROR IRECTI HEADPHONE AMP HEADPHONE AMP DIGITAL OUT t l w 6 A I B Y q t b I r Jl a____J t l l I T 7v ln tc6 tc8 lc1 0 c12 o2 A4 tcls 2121 ol 1 rc l1 fllffiej L I U r h PH3 010 v rc10 1 6 Q 1 3 ti t 1 2 V r 32V DATA INTER POLA TION DIGITAL FILTER SODA S I D LINE OUT R VARIABLE OUT F L D I S P L A Y ...

Page 8: ...he photocoupler output D1 D2 RD 5 iJS B Zener diode Supplies potential to the cascodestageof lst stageof output amp D3 D4 RD 5 1JS B Zener diode Determinesthe potential of constant current circuit of differential amp of 1st staqeof output amp D5 D6 RDlOES B Zener diode Feferencepower supply for constant voltage circuit of 1ststageof output amp D8 t S s t u Switch Protects IC16 against counter with...

Page 9: ...upplies 5V to DACunit An emitter follower used for supplying 5V to DACunit Controts SWsQ6 and07 Controls potential at baseof Q8 Eliminates offsetof motor drivercircuitwhile me19 l1l99q9d Turns 5V for laser ON OFF Powersupply in the constant voltage regulatedlaserpower supply Gomponenl Use Function Operation Condition Compatibility Goes H when a signalis output from the pickup Detectsthe sideenvelo...

Page 10: ...t voltage regutated V6p supply circuitfor FL driverlCs 1C12to lC15 D6 D7 DSM1 A1 Rectifier diodes Usedfor voltagemultiplyinS rectifier D8 RD8 2ES B Zener diode Usedto maintain FL disp ay erasepotential no 1SS176 Switch DiodeSWused to interrupt opticaloutputwhilethedigitaloutputsw isoFF OFF D l 0 BD2 7ES B Switch Used to decrease r12V DACpowerquicklywhenpoweristurnedOFF D l 1 RD6 2JS 82 Zener diode...

Page 11: ...gto the logic of the 15th bit the current passes throughOPi so that the error corresponding to the valueof the 1sth bit is eliminated lf the currentcorres pondingto the 1sth bit is not output from the DAC the Fig 2 2 Distortion correctioncircuit output from OP1 becomes 0V so that the compensation currentis not appliedto the D A converted currentoutput from the DAC CLK 4 2336 MHz DATA LATCH 176 4kH...

Page 12: ...lopelackslower side whenonly focusingservois usedin test mode etc As shownin Fig 2 6 a whenthereis not variation in the positive sideenvelope of the RF signal the statusof lC3 pin 6 remains L and the SW is kept conductive Whenthe RF signal lackslower side envelope the MIRR signal goes H and asa result the SWcontrolled by lC3 pin 11 is changed from pin l 2 whichistheTE signal input from CX20109 to ...

Page 13: ...K T Fig 3 1 4 HexD FliP FloP lC TC74HC174F lX25 285O 00 lG3 CLEAR 10 ru Fis 4 1 5 DA Converter PCM56P K ifisl iebo rr lc1 lcz 5 1 Blockdiagram Terminalconnection diagram ANALOG OUT r3 0vl 3 1 Blockdiagram CLK1 PRl Fis 3 1 L H H L H G O0 Condition before inPut 4 1 Terminalconnection diagram vcc 60 6 D P X Table4 1 cK LEC OAT Fis 5 1 1 2 ...

Page 14: ...lESletBlfitfitEc Mu tiplexer Accumulator 1 6 x 1 8 b i t 2 5 b i t l Outpur lslch Output timin CCT 6 2 Explanation of terminals Terminal No rerminal name alo Function S two Serialinput mode select SIEB B ch serialinout enable r siEa Ach serialinput enable A BCKI I Serialinput bit clock input 5 S I D I Serialinput data 1 1 C K S L I ERSI H for externalclock inout 1 2 Vss GNDpowersupplyterminal 0V X...

Page 15: ...he2ndstageoutput isthe 4 foldoversampling output CIRCUIT DESCRIPTION Fig 6 2 Fig 7 1 Fig 6 2 showsthe simplifieddiagramof filter configu ration The lst stagefilter DFl is an 8O step FIR type filter and the2nd stagefilter DF2 is a 15 stepFIR type filter Both filters havethe 2 fold oversampling function so that a total of 4 fold oversampling output can be ob tained OUTPUT 176 4kH2 4 fold over sampli...

Page 16: ...ate 20 C R C F o SubcodeO CRC check result output t 1 E XCK Clock input for serialsubcodeoutput zz SBSO o Serialsubcodeoutput 23 SUBQ o SubcodeQ output SCOR o Subcodesync SO Sl output 25 WFC K o Write Frame Clock output f 7 35kHz when frame sync is locked 28 G F S o Framesync lock statusdisplayoutput 29 DBOS tlo ExternalFAM dataterminal DATA 8 MSB 30 DBOT o ExlernalFAM dataterminal DATA 7 5 t DB06...

Page 17: ... CIBCUIT DESCRIPTION Table7 1 Notes PLCK YCOt2output t 4 3218w zwhen locked with EFM signal DENL L CH serialdata enablesignal DENR R CH serialdata enablesignat 8 Digitaloutputsignal demodulator lC CXD1075P X32 1090 11 lC9 8 1 Blockdiagram o f l c s s e C21O lnverteddZT 0 o tPut Tzro Bit clockoutput f 2 116BMHz DATA Audio signalserialdataoutpur t 9 x i i f 8 2 Terminalconnectiondiagram BCK DATA LRC...

Page 18: ...erclock when CD is connected The frequency is 192 times the samplingfrequency I J XTAL o When a X tal oscillatoris used it is connectedacrossthispin and EXTAL pin 14 1 4 EXTAL When a X tal oscillatoris used it is connectedacrossthis pin and XTAL pin 13 In other cases this pin is usedfor externalclock input 1 5 TX o Output of transmissiondata convertedinto the digital interfaceformat t o C bit cate...

Page 19: ... the specifiedpositionsof the C bit data However whenthereis no terminalcorrespond ingto cRCF it shall bef ixeda H 2 Masterclock When a 1 sample 48 clock one chipCD lC CX23035 is used a X tal oscillatorof 3 x 128Fs 16 9344MH2 shall be connectedacrossXTAL pin 13 and EXTAL pin 14 The internalcircuitrayof this LSI lC usesthe 1 3 clock whichis 5 6MHz asthe master clock whilethe CD usesthe output from ...

Page 20: ...i i r r 1 r DATA VNDTY Fis 8 6 Pu NU r t3 CIRCUIT DESCRIPTION 4 User definable data The U bit data is reserved for inch dingthe CD sub code Similarlyto C bitdata the CD subcode canbesuper imposedby supplyingthe CD LSI output directly to the signal demodulator LSl WhenWFCK is input to D2 pin 26 and SCORto D3 pin25 EXCK pin28 isoutput WhenEXCKisinputto CD LSl it outputsSBSO subcode data which is inp...

Page 21: ...naloutput to CX20109 t b MUTG o MUTGsiqnal outputfor mutinsON OFF H L toCX23035 1 8 SLT SW Start limit SW signalinput SWON L 1 9 OPN SW Tray open SW signalinput SWON L 20 CLS SW Tray closeSW signalinput SWON L 1 1 a A Ki K4 Main unit key inputs 25 DATA o Control data signaloutput to CX23035 CX20108 zo X L T o Controldata Iatchsiqnaloutput to CX23035 CX20108 27 C L K o Control data clock signaloutp...

Page 22: ... t o s c i l l o s c o p e C H I t o p i n 2 R F o f C N 4 o f X 2 9 1 7 8 0 0 0 and connect CH2 t o p i n 3 T E Press CHECK key The I aser v i l l b e f o c u s e d Test node TurnVB1 of 2 9 1 8 0 0 0 A d j u s t s o t h a t T E R R 0 R a r n p i i t u d e i s synmetrical aboveand below 0 V Photo 5 f 8 TA GENT IAL ANDFOCUS I iG OFFSET FINE AD JUST ll ENTS P l a c et e s t d i s Type 4 o n t h e t ...

Page 23: ...layed for afewseconds after 1 to 3 J Disc s Track No isdisplayed 1 PLAY 1 Focus servo ON l 2l Trackingservo ON 3 Feedservo ON Whenthe key is pressed in the Stopmode the servoes areswitched ON automatically in the orderfrom 1 to 3 1 Focus servo ON Ql Tracking servo OFF 3 F e e d s e r v o O F F 1 Focusservo ON Ql Trackingservo ON O E A r O F F 1 _ Lt _t CHECK f rEAcKNo t _ Lt U_l l_l t CLEAB f rRAc...

Page 24: ... triggeris appliedat the upper sideof the slope The pickup sdiffractiongrid may be largelyerroneous Turn the diffraction grid ad justing driver to maximizethe amplitude at the position wherethe swellingis observed12ps alter triggering ls the RF waveform undistortedwhen the CLEAR key is The pickup s diffraction grid may be erroneousin the reverse direction Largelyturn the diffractiongridadjust ting...

Page 25: ...a mp l itude T ERROR soit syn dtriqu e en dessus et au dessous de 0 V P h n t n f 8 AJUSTE ENTS PRE ClS DE OFFSETTANGEN I EL DTDEiII SE A I I P N I N P d i d e l e e l e a cerun quet est ype4 sur i r o i r e t fect uer hargenent R a c c o r d e r u n o s c iI I o s c o p e d a b r o c h e2 R F l e C N 4d e X 2 9 1 7 8 0 0 0 Press er 1a tou che PL AY Le tracageconnencera Mo de de te st VR2 de x 2 9...

Page 26: ...1 d 3 J Le numdrodepistedu disqueestaffich6 z CHECK t1 Asservissementdemiseaupoint ON l2l Asservissementd alignement OFF 31 Asservissementd alimentation OFF t Lt a CLEAR 1 Asservissementdemiseaupoint ON 2l Asservissement d alignement ON 3 Asservissement d alimentation OFF I t Ti l 4 STOP 1 Asservissementdemiseaupoint OFF 2l Asservissement d alignement OFF 3l Asservissementd alimentation OFF f rFAc...

Page 27: ...ondu capteur pour uneamplitude maximum T E est il 5 0 Vp p _ R69lerle r6searu de diffractiondu capleur pour uneamPlitude maxlmum est ilobserv6avecT en environ 12us aprdsque le d6clenchement FIF es1 au c6t6 sup6rieur de la pente Le r6seau de di ractiondu capteur risqued 6tretresfaux TournerI en traineurde reglage du r6sear de diffrac tion pourmaximiser I amplitude a la positionoi le gonflementestob...

Page 28: ... drehen S o e i n s t e l l e n daBdie T ERR0R Arnpl itudr unter und iiber 0 Y s y n n e t r i s c h i s t Foto 5 f 8 TA NG El T IAL U IID FOI USY ERSATZ F E I N F I N S T F I I I I i I T e s t d i s c Type 4 ruf Treger Iege und Laden d r r r n hf i i h r o n E i n 0 s z i l l o s k o p a n S t i f t 2 R F v o n Cl 14 von X29 1780 00 r o c n h 1 o R o n Die PLAY Taste drticken D i e S p u r h a l ...

Page 29: ... o O N V o r s c h u b s e r v o O F F l l l 4 STOP 1 z F o k u s s e r v o O F F Spur halt eservo OF F V o r s c h u b s e r v o O F F f rRAcK No t _ l l l Lt t F BEPEAT 1 Trdger Offen l 2 l L a s e r O N f rFAcK No t _ _ l l _ l I _ I L 6 F F In der Stop Betriebsart Bewegt denTonabnehmer geringfiigig zu denauReren Souren hin BeiVorschubservo ON Schaltetdie Spurhalte VerstArkung auf H F R In derS...

Page 30: ...inengroBenFehleraufweisen Den Einstellschraubenzieher desBeu gungsgitters drehen um die Amplitude an der Positionzu maximieren wo das Schwellen 12ps nachdemAuslosen beobachtet wird F o t o 3 Das Beugungsgrtlerdes Tonabnehmers k o n n l e e i n e n F e h l e r i n d e r e n t g e g e n setzten R ichtung aufweisen Den Einstellschraubenzieherdes 8eu g u n g s g i t t e r s w e i t d r e h e n u m d l...

Page 31: ...mme ci dessous RF Signal und T Error Signal bei kleinemDiffraktions gitter Position ierun gsfeh ler Der T Error Signalpegel ist klein und die Hrill kurve ist wie in derAbbildung unten RF signaland T Error signalin test mode with focus insON Whenthe sub beam traces the samebit series asthe main beamduringdiffractiongratingadjustment bringingthe RF trigger point to the position shown in the Photo ca...

Page 32: ...t T Error so that the waveforfr is symmetrical above andbelow0V VR1of X29 1780 00 Signal RF et signalT Error en mode test miseau pointON Disque detype3 AjusterT Error pour gue la forme d ondesortsym6tri que en dessus et au dessous de 0V VB1 de X29 1780 00 RF Signal und T Error Signal im Testmodus Fokus sierung eingeschaltet Disc Typ 3 T Error so einstellen daB die Wellenformiiber und unter 0V symm...

Page 33: ...ints at the center of the eye pattern shall coincide with the PLCKfall points o Le signalRF et lesignalPLCKen modedetest PLAY o Ouand le systdrne sync est normal lespoints de croise ment au centre de la forme oculaire doiventcoi ncider aveclesDoints de chutePLCK o RF Signal undPLCK Signal im Testmodus PLAY o Wenn das Sync Systemnormal ist mtlssendie Kreu zungspunktein der Mitte des Augenmusters mi...

Page 34: ...DERESE U DEDIIFRACTiON PU I a c e r u n di s q u e t e s t d e T y p e4 u r l e t i r o i r e t e f f e c t u e r I e chargement C o n n e c t e r l e c a n a l 1 d e I o s c i l l o s c o p e d 1 a b r o c h e2 R F d r C N 4d e I 2 9 1 7 8 0 0 0 e t r a c c o r d e rI e c a n a l 2 d 1 a b r o c h e3 T E P r e s s e r la touche CHECI tlode d asservissenen d e m i s e a u p o in i s e u l e m e n ...

Page 35: ...V 40 3 4V 10 1 3 OV 41 51 0 4v 1 4 1 6 5 0v il 1 9V I8 1 9 o 5v 2 7V 2n 5 0v 56 57 OV 21 0 5v 58 59 1 9V 22 24 OV 60 OV 25 27 5 0v 61 62 1 5V 28 OV 1 9V 29 5 0v 64 5 0v 30 31 2 3V rc2 Ts62554S t J OV o 0 2v 4 5 0v 7 S 2 3V OV GND rc3 TC74r rC17 Fl 3 5V 1 1 1 9 V 2 5 5 OV OV 6 8 OV 1 3 1 4 1 6 V 0 3v OV 1 0 5 0v t o 5 0v l o OV Z I 0 7v t u 5 0v 22 OV I 1 13 OV ZJ 0 6v 1 4 4 3V 24 25 OV 1 5 5 OV 26...

Page 36: ...a i n A D J A C v o l r m e l e r ffir tr r I i MECHANTSM ASS Y X92 1 160 00 t I s 2 ri h ii tl tH t i l iiltj POWER CONTROLCIRCUIT uNrT x29 1780 001 wr i25 E lca l ltl HF llt fl r ff ii I t L Io o l5l l Refer to the schematicdiagramfor the valuesof resistorsand capacitors ...

Page 37: ...t tra l r i l rl t b ir liiioE r r 8 1 K p i lLrI c16 Jll id 8 l 1 i cc __J E l l i i ci o J J t H ltnri r i o _ h f f i t l I i iJ1 L r i1 1 l liliiri L e c t b a t a n a ac o z r e A D J S e c p h o l c 5 T e t t a r L aa t a e f f A D J S e e p h c r i D r i l r a c i r o n g r a i r n A D J P U J S e F r g l c N 5 B R N i i Lolr ng 6 9 N l j b I irrN l t rll i ...

Page 38: ...O N I I O F F OPTIC A L DIGITAL OUT ffi Frequency counter 40mVrms i32 B 4 T error balancecoarse ADJ Seephoto 5 T error balancefine ADJ Seephoto 5 Diffraction grating ADJ PU Se Fig 1 ...

Page 39: ... I J 81 n s a 6 _ _Jf8g _ ffl Fa Jre r ll lo J l s o l l l _ r J llI ig i l I il 1 R 2 l l ln I B l l l r R l l t t l cD PLAYERUNtT X32 1090 11 n n o l l 2 4 m L I N E O U T FIXED MAXI MIN VARIABLE DACUNrT X25 2860 11 r A l c P 2 DP 3300D ...

Page 40: ... c24 l l l A N l l l l f i f n iilnli i r ffi ri r Htrrt LJ le pil lP1 L r f i 8 1 Ei i illii ii 31 i 3s JF F _ Eisll ffigiii F ij E 1 S tI irerel r fi oo to ot tu s l X Dl l DR 9q d _ ff F FI ei i Bfnrtr ffi I s fc 31 l ry9 lnlr9 U t rF igE o r33 fi t F _ ifi l u i f 51 t lll i s td u 1 ilRJ i ffig iil li lE r E o j H sQ riiiJ t i l 4 3 n s o lo c l p5a agc42 R5s rza 1 J3 ll s td 1t L_ jl1_dp fif...

Page 41: ...r r l t E L lo z q _e r69 V l I b l l 3 t w o l a Ir l i l t l t l ILJ I t 2 t u tAi t l o l l ia l t I l lo t l t il 1 l i t t l r i l d 1 t7 91 z l l c l S l 1 1 l l J t l r l u t E rEl i s i l 5 s l o 4 f 51 l v l t t r t t sr r qlel 111 l lli lll l J t FFI l Al l 1 l l L l s TIHE r I t l r J 6 1 u lo z pinclf c RF offset checl al CONTROL CIRCUI uNlT x29 1780 0 T error balanceco6rs ADJ Seephoto...

Page 42: ...e maximum Focusing offset coarse ADJ Maximum amPlitude Tangential Focusing otfset fine ADJ Optimum wave t Tr ffi g s x32 4 r i i E l i j rji i ii i if li i i ii ii I J s8 ti i 1 i l z pinci T error balancecoarse ADJ I See photo 5 T error balancefine ADJ See photo 5 Di raction grating ADJ iPU See Fig 1 91i t i t _ DISPLAY UNlr X25 2850 00 l o I I _ JZJ A sToP ...

Page 43: ...40mVrms 1 g J MECHANTSM ASS Y X92 1160 00 1 t _ i _ Jai c65 i WHT t v L3 r 4 I ff r i fl 0 PUREDIGITALSW l x g z tt 6 6 0 0 t cl RF ofisei check approx 0 70V NTROL CIRCUI T ilT X29 1780 00 ...

Page 44: ...l g o l c 2 M 5 2 t 8 P i C 3 i p P D 4 0 5 3 B C o r 8 U 4 0 5 3 B a l 3 l 2 5 C 9 4 5 A 0 P D l 5 l S S 1 7 6o r l S S 1 3 l x 3 2 1 o 9 0 t I C C X 2 0 O 8 t c 2 M 5 r 9 5 t A S t I C 3 C X 2 3 0 3 5 I C 4 C X K 5 8 r 6 M o r H M 6 l l 6 F P 4 I C 5 6 N J M 4 5 5 8 D I C 8 T C 7 4 H C 0 8 F I C 9 C X D t 0 7 5 P I C r O T C 7 4 H C U 0 4 P I C I I p P D 7 5 2 O B C O 4 0 I C l 2 l 5 L B 1 2 9 4...

Page 45: ...AO 8 R A O q R AI O R A I RA r 8 R A C S c 4 u TTA g r o i IEc pn EE o r o VDD N SRCH I S E T f T V E E 0 2 l r 3 I z t 1 ata z zx A o r o L___f Q 2 t 2 3 5 l M onrN vstl k S o N o c o o c o o z r 5 t 2 l I 2 a t0 l o 1 Z k Q CU04P c00P cOBP 974P i 1 4 STA34 M BU4O53B CX D1O75P 15 PPD4OS3BC s t a AN7805F fvr521BP M 5 19 5 1A S L ...

Page 46: ...D A l i J I O 0 x iioNi sw R 74 47t R 8 3 4 7 K R 8 5 2 2 K r o o c 4 6 z4J I i __l l 6 0 6 i e 2 6 3 I I I d2 cx20109 r 0 I t r t L V a a i i i 1 i I C t O i l 6 8 C X E X C X D A T A O I L R C K D 2 V R D T Y O3 C I O D 4 l F L r u 5 V S S D 6 C X S L V D D I q F T X I L R C B S L I N V B R S E T rq2Fs X T A L I E I X T A L C q E X T A L T X n K t z a cxK5B16M g g 9 rPUT ser tK K H M 6 1 1 6 F P...

Page 47: ...rom the 5upply circuit before the applianceis returnedto the cuslomer r c t s 6 6 6 i o Y l c e t o N o I o N N N N Y l E o o l o o l o z o R 6 5 c 3 4 330 33 tG x 3 2 t 0 9 0 tt B 4 ct c N 6 B L K D 1 2 a1 5 t S S t Z 6 o r t S S t 3 3 clt T ac t20v K P T Y P E A 5 I A I I l I a I aih I _ _J x 3 2 1 o 9 0 t c 4 l F t P P r c F r r r r o l r SIGNAL LINE G N D L I N E i J i a f i D P 3 3 o o D K l ...

Page 48: ...4 l l E l 7 g o Furol I O P E N I 5 5 b J n o frNDerl IpowNl s 3 5 tiNDEt I U P I s3 4 FrNaE 5 5 U K I x 2 5 2 8 6 0 o o B 2 t x 2 5 2 8 5 0 O O A 3 I C l 4 _ T C 7 4 H C 7 4 F I C 2 T 0 6 2 5 5 4 S I C 3 r c 7 4 H C t 7 4 F a l 4 D T C l 4 3 x N 0 5 2 S D t 3 0 2 S T D l B 3 O 7 2 O 5 D 2 t o 8 3 0 r o t 2 o 5 D l l 2 9 l S S l 7 6 o r t S S l 3 3 c P 5 2 9 4 c R DTC143XN 2SC945tA 2SA733 A 2SD130...

Page 49: ... a c 6 v 0 F F I ov n i 3 5 x 4 J l r l i T E P H 2 I C t 8 l 9 r c 7 4 H C 7 4 P r c a o r c 7 4 H c 3 9 3 p I C 2 t T C 7 4H C O 4 P 1 l l 9 l l o l I E H P H R E L A Y D R I v E R I I H U T E R E L A Y O R I V E RI E r u l t 6 5 3 L _ l 2 5 I hrNA l s 3 0 FNE J J I Fofil r l B q r 2 tr t 5 tr t f tsLOO6AP G TA79LO06P T074HC174F TC74HC04p pCM56p_K s TC74HC393P rc74Ha q e qk SM5804B pPA6SHA ...

Page 50: ... I o 5 6 Q r o r 3 Q r 4 D l 4 D 5 6 r 4 D 8 1 2 1 3 1 5 2 CAUTION For continued sa ety replacesa ety critical com ponents only with manufacturer s recommended parts re er to parts list Alndicates safety critical components To reduce the risk oJ electric shock leakage currentor resistance measurements shall be carried out exposed parts are accepta bly insulated rom the supply circuit be ore the ap...

Page 51: ...l I l c uR R E N r J _ _ l _ _ I x 3 2 l O 9 0 t t l C 4 x 2 5 2 8 5 0 O O B 3 S I G N A L L I N E G N D L 1 N E j L r N D P 3 3 A O O K l 2 l zi isafieil einzelnen inslr L fflanten oitr Ge ate r u U g ri ii rg Lig1g 2 S C 9 4 5 A 0 P 2 S K r 7 0 v D T C I I 4 Y F F 2 S A 7 3 3 A O P n O r U S 8 o r H Z S 5 l S B R D T O E S B o r H Z S I o N B l S S l 3 3 o r l S S l 7 6 DP 3300t ...

Page 52: ...9 6 0 8 N 0 9 r 5 3 2 0 5 N 0 9 t 7 7 7 0 5 r o Y w J 3 1 6 B i T o p N 8 6 3 0 0 6 4 6 M z 6 r 5 s T E p p E D N 0 9 t 3 B o 0 5 L M Z x 4 B i N 3 5 2 O O 4 4 6 s r E p p E D N o g t b z 4 0 5 M x 3 6 x O T o p M Z x B B i 6 2 6 x 1 6 B i T o p B L K N 3 5 2 0 0 8 4 6 t4 802 a 73 76 J l zs V 9 tr 26 l 7 4 6 L l 45x2 i I I l 65 l 6a DP 3300D K Partswith the exploded nurnberslargerthan 700 are not ...

Page 53: ...n l 9 I N E X F N 3 7 f o N L _ R t r l 3 N r N 1 o n n n o 9 s t g p o n P P 3 o 6 6 5 r r Q n r f D l r l l l B g g E S z z z 2 Z r x Y Y d d 6 6 a a a X F F F l j r t t s c o c D o o N N I I J o l I I t s 1 W crt t o N s C t N H 9 o 1 I J r o E ffiroded nurnbers rarger than 700 arenot supplied ...

Page 54: ...I4 r 1t5 0r3l tJ4 t E Ut8rt 4 J l 49Z J 43 JUt 01 Jf_ 15 J 1 t til08 il5 J lll 33tir tlS J4r Uil i U5 Ji i 389i1 Lt3 J6 i U03f U5 J6 1 U0 70 U5 161 il3lt l 05 k 17 1514 U4 F i i 41 04 BB 251 b 44 F c 54 6 il4 l ltl i5ll I il4 F t t5B4 L 4 Lil 1 4U4 il5 5I T E f LA IE L 51UE fiLA t E R I ANELA55Y I I1H55INGF ANELA55Y TITAY 5UB f ANELA55Y flEt lN1E t Ef lTRNLLIR A55Y TNF LATI t AIlRANT Y L ARI HARRA...

Page 55: ...155i3 1 1 5 5 1 6 l_ ir5i 46t1 Tl 4lll 74F 1D6t5i545 l l 41 ll 1 4F U I D i 1 u I l _ c c3 4 l_ J u C t 1 C I 1 1 f 1 J40 V R 1 5 1 3 i 53tl D 1 i 1 5 l l 1 1 1 5 D1C 19 Il1 f 9 D 3 U 3 1 l l_ 4 ll i4 F f 15218L D Ir 143XN t 5 D 1 3 0 Z 5 T l 10i CI 19 U5 DACuNlr x25 2860 1 1 Flp Ll U10Ur NF ELEIJ 4 UF frNLygTY lUCIF F Nvlnh o ol4uF r rvr nR l tlCIPF NLySTY 1BCIUFF l tiF j inn 330UF 6 ltlv EIE iii...

Page 56: ... RNi 4EtF lr 40i0F RN14BK IL 1CIO1fr RN14Ek tt 4U 70F R N 14Lrh 2r 1CICI i F ti N l4LIKZr Dc DF RN14ttK lt 1c 63F FtN 14Ltl l L i0 lF RN14Bt Ir 16U 11F RN14BK 2t_ 1002f RN14Erh 2t_r 1U03Fj RNi 4LtK tr 40tOF R i 2 i 0 5 4 0 5 Frlt 3083 05 150frF J i ouF 5ut JV 330LlF 6 3ttv 6B00F F i 47l Ofrrj J 4700uF 16t JV 1 0ur 5CIt Jv 150F F J 100ut 1O JV 0 0iOuF J 100uF 10t JV 0 0it uF J fTNLYSTY ELEI iTN ELE...

Page 57: ...1d l r a ll J I 1 t 1 8 1 IL iO I l 21 rl1 4 l 5 6 t 7 B rJ10 1 1 r t14 1 n t 1 i I J J I I U I t f 1 a J I J I J J 1 5 5 1 6 H Z 5 1 0 N E R U l U E i i F 1 i r l 1 i 1 I J J I J J 1 5 5 1 7 6 fr m56F K NJfl i53ill D UITA6BI A NJI 15532D D 5115404E l t l4flt CI4 i Tfi LOO6fr 1A iillou6AF Tt 741 lt 4P r 411 3 3i Tr 741 r 04F i5l t45 A l 1 F c 5 K 1 0 v l 5 t 4 5 A l F IITt_ 1 14Y F z3A733 Al l_ E ...

Page 58: ... 1032 L l 064 t il5 t E0 4tr t J 1l 3301 1 t_ 1 0 33 05 t 1 CI76 CI5 rtK 45 rF i t I1032 t_ t 45Ft t i 1l i150J t E04K t l1A 101N r 1 0 6 05 r EU4K t li AI01l 1 t_ t iFV l t 333J t t 45Ftlll 1t t I 5uJ F tiFv 1t t564J E1 3 0 1 3 0 i l S F0 CI499 U4 L 4 0 1 0 1 1 I L3t 03IU 15 L7 0 33 U5 L 4 0 i 0 t 1 1 t L39 0142 05 L 4 0 1 0 1 1 1 L 4 0 1 0 0 1 1 L 4 0 1 0 11 1 7 ILEI TRN r IRAf 1 1_ 1F ELEIl Rti...

Page 59: ...IL VSLTAGE REGULATNR 5V iI VNLTAGEIIEGULATNFT I 15 II VELTAGEREGULATSR _5V L78 020 05 L 1114 CI5 NCI U333 U5 tic 0 ul i 2 05 R514K Ei3A 1tt0J R514KIE3A6RBJ riN14BF Zr 3482F F N i 4trK It 3B3lfr flN14BK2t 3ii32F R514t F3D l l0 J ttS14k F344 ZJ ItSl4KLr3llZtt J 40 1 103 u5 531 t0 4 tl r rr I I J J I J J 1 5 5 1 7 6 t tz 56 BN Bt RD6 B 5 LrZ I SNiA1 t 2 5 8 N B tlDu iE5 Lr 1 5 5 1 3 3 15 11 16 I t i ...

Page 60: ...rFiANS i 5TE I 01G11AL l fiAN J 1I TNF T IGITAL TIIANSigTIJR l nAhl51518F t RAl l5 i 5T8R I ttANS I5l Nfl I fiANS I STNR I t ANS MTNf TRANS I 5 INR IRANSI i JTNR RANS tNFI rJET TRANS I STNTi 1 flAN5I5t fl FLJ l tiAN5I5t Nfi TRAF SI5T NT l rlAN5 r 5TSR TtiANSl l rriR TRANS I STNTi fRANS I SI NR TF ANS 15TiJR TRRN I5I NIi rnAN t I5l 8R IRANS I SI NIi l rirrf t t 15T R t f rAN5I5t 8R I iiANS15TNR t t...

Page 61: ...I lN A55Y P U I 8VIR 1NR5I8N i NIL SiTfilNIi I NIIFT E55I fJN 5f1R I NG FR8NT I r t NF titi55I NN 5F iiI NG l lNN t NVEN t ALltl I l I U5I JINN EXIEN5lNl l 5F Fi il 16 t Nt 1f tifi55 I NN SfrRI NG EX rt N5INi l 5F Fi I NCI l L Al lFEii IXI ENSINN5f F ING EXIENSItlN llfrfiIl lG I U5III NN 5l lE ir Fix3tlxi SIJEET StlX152X1 t_ Nf lF itE55 LNft SF r I Flc l I NSLILATt lfi I lNUNT I NG HAIIDT JATI I I...

Page 62: ... 04Jt l0J4 70t1 t_i1 o i69 ai t l 4 T t J 1V2tiit l L 9I 0 i6 U5 t_ l 4Jt J1VZfitt l t r l r r i l _1124J t lj lFV 1t llLltJ r 9I 074 5 05 r 1 CI 3 05 r 1 ti 753 05 l_ l l 0765 D5 t Eil4JtJ0J4i t lf l 11l 2 5046 05 R1t 3il t r O i R1t 30 t6 05 I J J I I 155i r t x u 10 N5t 18F BU4U53B UF D4U5 JLtI i l r 4 5 A r l F t Et Al 1I t_ E LEI_ 1 ti t EtiAl lIt t_ tiRAf lit_ ELEI IRN I EfIAI IT L ILEI IRN ...

Page 63: ...icyof advancements in developmenl For this reasonspecifications may be changed without notice Note component and circuitry are subjectto modification to insurebest ope ration under differing local conditions This manual is based on the u s A K standard and providesinformation on regionalcircuit modi fication through use of alternateschematicdiagrams and information on regionalcomponent variationst...

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