@PIONEER' ~ I The Art of Entertainment
Service 0 , 0 1,- H I \ ,"1 ORDER NO, c./I1anual ~ ARP2757
CD CDV LD PLAYER CLD-A1CC
CLD - A100 HAS THE FOLLOWING:
Type Power Requirement Remarks KU AC 120 Vonly
• This manual is applicable 10 CLD - A100/KU,
CONTENTS
1. SAFETY INFORMATION ····· ····· ··· · .. · .. ·· ·· .. ·· ··· ······2 2. Di SASSE MBly · .. ·· .. · .. · .. · .. · .. ········· ····· ··· · ······· 3 3. EXPLODED VI EWS AN D PARTS UST ········· ·········8 4. PACKING AND PARTS LI ST .. ····· · .. ···· .. · .. · .. · .. · .. ··19 5. SCHEMATIC AND PCB CONNECTION DIAGRAMS ... 20 6. PCB PARTS LI ST ...... ···· ······· ····67 7. ADJUSTMENTS ...... ·················· ··· ·· 74 8. SYSTEM CONTROL DESCRIPTION ······ ····· ··· ·· 87 9. Ie IN FORMATION ...... ··· ··· ·· 105 10. BLOCK DIAGRAM ···· ··· ······· ··· ·· ··········· .. ··· ··· ·· ·· 111 11 PANEL FACILITIES ...... 113 12. SPECIFICATI ONS ·· .. · ...... · ...... · .... · .. ·· .. · .. · .. ··1 15
PIONEER ELECTRONIC CORPORATION 4· 1, Megu ro 1·Chorne. Meg ur o· ku, Tokyo 153, Japan PIONEER ELECTRONICS SERVICE INC. PO. Box 1760. l ong Beach , Ca lltornl 1. SAFETY INFORMATION 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 Lea d In solder used in thl' produc t I. liated by the California Health and Welfare agency aI • kno wn reproductive toxicant whic h may cause birth defects or other reproductive harm (Ca lifornia Health & Safety Code, Section 25249.5). When servicing or handling circuit boards and other components which contain lead In solder, svoid unpro tected skin contact with the solder. Also, when soldering do not Inhale any smoke or fumes produced. NOTICE (FOR CANADIAN MODEL ONLY) Fuse symbols --==a- (fast operating fuse) and/or --=s- (slow operating fuse) on PCB indicate that replacement parts must be of identi cal designation. REMARQUE (POUR MODELE CANAD IEN SEU LEMENT) Les symboles de fusible --=s- (fusible de type rapide) et/ou --=s- (fusible de type lent) sur CCI indiquent que les pieces de remplacement doivent avoir la meme designation . (FOR USA MO DEL ON LY )------, 1. SAFETY PRECAUTIONS ANY MEASUREMENTS NOT WITHIN THE LIMITS The following c heck should be performed for the OUTLINED ABOVE ARE INDICATIVE OF A PO continued protection o f the customer and service TENTIAL SHOCK HAZARD AND MUST BE COR technician. RECTED BEFORE RETURNING THE APPLIANCE TO LEAKAGE CURRENT CHECK THE CUSTOMER. Measure leakage current to a known earth ground (water pipe, conduit, etc.l by connecting a leakage 2. PRODUCT SAFETY NOTICE c urrent tester such as Simpson Model 229-2 or Many electrical and mechanical parts in the appli equivalent between t he earth ground and all exposed. ance have special sa fety related chara cteristics. These metal parts of the appliance (input/ou tput terminals, are often not evident from visual inspection nor the screwheads, metal overlays, control shaft , etc. I. Plug protection afforded by them necessarily can be ob the AC line cord of the appliance directly into a 120V tained by using replacement components rated for vol AC 60Hz outlet and turn the AC power switch on. Any tage, wattage, etc. Replacement parts which have current measured must not exceed O.5mA. these special safety charac teristics are identified in this Service Manual. Electrical components having such fea t ures are identified by marking wit h a L!>. on the schematics and Reading should on the parts list in this Service Manual. ~ no! be above leakage Device curren! O.SmA The use of a substitute replacement component which under tester dose not have the same safety characteristics as the l est PIONEER re commended replacement one, shown in ==IT est all .~. ",o"d mm' the parts list in this Service Manual, may create shock, sud ~ces fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For , I Also test w ith the latest informatipn, always consult the current plug reversed ~ Earth PIONEER Service Manual. A subscription t o, or ad IUslng AC adaptel ground ~ plug as required I ditional copies of, PIONEER Se rvice Manual may be obtained at a nominal charge from PIONEER. AC Leakage Test 2 CLD-Al00 2. Make sure that the position of the lens in the pickup 2. DISASSEMBLY assembly is such that the lens stops outside the positi on • Removing the Tray Unit indicaled by the dotted line in Fig. 2-\. 1. Remove the two fi xing screws (lJ (Fig. 2.) . Whe n the lens SlOPS inside the dotted line, slowly 2. Press the LD srop OPEN/CLOSE bullon (0 set the press Ihe@ ponion of the rack assembly (Fig. 2-3 ) 10 tray unit 10 its OPEN posilion. ·move Ihe lens in the pickup assembl y until the lens is * When manuall y setting the na y unit 10 its OPEN outside the positi on indicated by the dOlled line in Fig. posilion, refer 10 NOl es 1 and 2. 2-1. 3. Pull o ul the tra y uni t while pressing the hook ® (Fig. Note that by not going through this process, opening 2-1). located on the rear ri ght side of the tray unit, to the CD tray and removeing the tray unit would be the left . more time-consuming. , " Tray unit Rac k ASS'Y Fig. 2·3 3. Insert yo ur hand thro ugh the right side of the tray unit and turn the gear pulley 0 (Fig. 2--4) in a clockwise Inward direction directio n until the servo-mechanism unit @ (Fig 2· 5) lowers . Keep turning the puDey until the tray unit starts to move towards the front. Fig. 2·1 Note I. Manually selling the tray unit to ils OPEN position 1. Remove the ctamper holder unit ® (Fig. 2 - 2) by loosening its four screws. )~ CI.xkw" direction (Twin gear) (Gear pulley) Fig . 2-4 4. Slowly pull out the tray unit to the OPEN position. Fig. 2·2 3 CLO-A100 Fig. 2-5 4 CLC-Al00 Note 2. Selting the tray unit to its OPEN position when 1) Turn the power ON. After pickup assembly stopped, the CD tray is completely or panially OPEN push cam .elate ® (Fig. 2-6) towards the direction of I. Remove the clamper holder unit ® (Fig. 2-2) by the arrow W . loosening its four screws. 2) Wait until the cam gear@(Fig. 2-6) turns, the servo 2. Slowly push in the CD tray to the CLOSE position. mechanism unit © (Fig. 2-5) goes upward, and the 3. Slowly press the@ponion of the rack assembly (Fig. 2 pickup assembl y stops moving. -3) to move the lens in the pickup assembl y umil the 2. Press the LD srop OPEN/C LOSE bunon to open the lens is outside the position indicated by the dotted line tray unit, or pull oul the power cord from the AC outlet in Fig. 2- 1. and tum the twin gear ® (Fig. 2-4) in a 4. Insen your hand through the ri ght side of the tray unit counterclockwise direction until the cam gear © (Fig. and tum the gear pulley (£) (Fig. 2-4) in a 2-6) can no longer tum. cou nterclockwise direction until the servo - mechanism 3. Keeping the tray unit parallel with the front panel, unit @ (Fig. 2-5) stans to move upward. Keep turning slowly insen the tray unit th ro ugh the opening of the the pulley until the clamp position is reached (the LD front panel. tray and CD tray become one unit). Note that if you insert the tmy unit in the front panel 5. When the clamp position has been reached, tum the when the tray unit and the front panel are not parallel gear pulley © (Fig. 2-4) in a clockwise direction until with each other, the tray unit might get stuck while bei ng the serv o-mechanism unit @ lowers. Keep turning the inserted. pulley until the tray unit starts to move towards the • Removing the Servo·Mechanlsm Unit front. 6. Slowly pull out the tray unit to the OPEN position. I . Remove the d amper holder unit ® (Fig. 2-2) by loosening its fo ur screws, and remove the tmy unit. • AHachlng the Tray Unit 2. Remove the four connectors Q)to @ (Fig. 2-2). 1. Make sure that the CD plate ® is positioned to the 3. Remove the four fi:\ing screws ® of the mechanism left (LD tray mode) as in Fig. 2-6. When the CD plate base and remove the whole servo-mechanism unit from ® is positioned to the right (CD tray mode) as in Fig. its casing. 2-6, perfonn steps 1) to 2). 4. Remove the Q) side of the CDP spring @ (Fig. 2-5) as well as the CD plate ® by loosening the CD plate's two screws. 5. Remove the lead wire from the lead wire hook (S) (Fig. 2·7) for the spindle motor at the rear of the mechanism base@ . ® Mini clamp s CD ® Fig. 2-6 5 CLC-Al00 6. While pushing tbe cam plale ® (Fig. 24) towards the • Attaching the Cam Gear and Cam Plate direaioD of tbe arrow 3. Attach the CAS spring. @ (Fig. 2-6) to the ca m pl ate ® ' and hook the @ sid e of the CAS spring to thc spring-latching part of the mcchanis m base. (Y-g_ar) Fig. 2-8 s CLC-A100 4. SJi gluly turn the cam gear © in a counterclockwise • Attaching the CD Plate direction until the cam gear reaches the position shown I. Upon attaching the CD spring @ (Fig. 2-5) to the CD in Fig. 2-10. plate @ . hook the ® side of the CD spring to th e mechanism base hook. 2. Attach the CD plate ® (from the left side) into the position shown in Fig. 2-6. c~ Or portion with missing teeth I. Fig. 2-10 5. Attach the cam plate ® on the cam gear @ when the plate has moved to the rightmost posit ion (Fig. 2-6). 6. Fix the shaft holder CD using four screws (Fig. 2-5) . • Matching the Position of the Gears 1. Attach the center gear ® . twin gears I@ and @, and V-gear Q) in the positions indicated in Fig. 2-11. and groove 01 the To the twin gear hole Groove of the center ge81 ~ To the rtwi~n Groove 01 the center gtl8I QIIar hole Fig. 2-, 1 7 CLD-Al00 3. EXPLODED VIEWS AND PARTS LIST NOTES: • Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Pans liSI. • The ,1. mark found on some componenJ p:vrs iruJicaus the imponance aithe saj?ty jlctor oillie part. ThereiJre, when rep/acing, be sure to use parts a/identical designation. • Pans marked by " @" are not always ke{X in srock. Their delivery time may be longer rMn usual Qf they may be unavailable. 3.1 EXTERIOR, DISC TRAY AND FRONT PANEL Part List Mark No. Descrll?:Uon Parts No. Mark No. Oescrll;!:t1 on Parts No. I Bonnel - S DXX2120 26 Lock plate spring VBHl188 2 Screw BCZ40P060FZK 27 Lock plate VNL1~1 3 3 Screw BBZ30PQ80FMC NSP 28 LD tray VNKI991 4 29 Disc pad (L) VECl191 , Power bulton DNK272S 3Q Disc pad (C) VECI380 6 Release bUlion DNK2726 NSP 31 Carry label VRW1289 7 Play button ass'y DXA1624 32 Screw 1PZ20P050FMC 8 Panel spring DBH1226 33 Carry cushon VEC1 578 9 Name plate VAM1032 34 Door spring DBHI227 10 IR panel DNK2724 35 Door shaft VLLl441 NSP II STBB ass')' DWG1361 NSF 36 CD Door DNK2733 NSP 12 PLYB ass'y DWG1360 37 Door holder VNE1812 13 Reset button DNK2728 38 LD do", DNK2732 14 EjeCt button DNK2730 39 Screw VBAI032 Through button DNK2729 ., Front panel ass'), DXA1623 " NSP 16 Volume knob ONK2731 41 From panel ass'y- S DXX2119 17 Snap plate VNE1102 42 CD door ass'y-S DXX21 09 18 Jack holder VNEI811 43 Trayass'y-S VXXI729 NSP 19 HEPB ass'y DWG1363 44 ...... NSP 20 CLDB ass')' OWG1362 " Damp cushon VECII \0 NSP 21 MAIN ass')' DWG1 359 46 Stop ring VEBI091 22 Screw BPZ16P060FMC NSP 47 Cushion VECI618 23 Guide plale (R) VNEl806 48 Screw VBAI034 24 Guide plate (L) VNE1805 49 Screw BPlJOP060FCU 25 CD tray VNKl992 " Screw BPZ30POSOFCU NSP " M label QRW1Q69 NOTE: Screws adjacent to .... mark on product are used for disassembly. B ..J 1 I 2 I 3 CLC-AICC ,------, (Bottom Vie"';) -- '9- A A - 8 - - c c - - o o 9 1 I 2 3 CLC-AICO 3.2 TOP VIEW AND CLAMPER ASSY Part List Mark No. Descri,p:tion Parts No. Mark No. Description Parts No. 1 _,L DEC1732 II Clamper head VN Ll SI6 2 VIDEO ass'y DWVI132 12 Clampcr VN Ll SIS 3 Screw BSz.l0m SO FMC 13 Clampcr spr ing VBII 1I 92 4 Basc S DNK 2142 Clampcr ann VNEI 804 , From slay DN E1201 Slabi ti/cr VNEI801 " 6 Side slay R DNE1209 16 "row CPZ20P05OFMC 7 ...... 17 Pack pon DNK 2143 , Clamper holder VN L1 514 9 Rubber $hoci VEB1 114 10 Ball holder VNL1 289 1 0 1 I 2 I 3 CLO-AICC A A o r------, - - B B . ~------~ - - c c - - '.8 (FRONT PANEL ASS'Y - 9P) D D 11 1 2 3 r 3.3 BOTTOM VIEW Pan List Mark No. Description Parts No. I · ...... NSP 2 Mec h. ISS'Y DWTlO9O , Clrriage shaft VLL1434 4 Acxible cable 000\074 , ,,~. IPZlOP060FMC , ,,~. BB Z30POSOFMC 1 Rear panel DNA I J3S .11 AC power cord DDG I060 .11 9• AC cord stopper CM - 22C I . ,,~. BB Z30 PQSOFM C II · ...... 12 TOlly stopper VNL1519 PCB stay DNK2764 NSP " JACB ISS')' DWX1349 " ·...... 1 ..J I 2 I 3 CLD-Al00 A A - - B B - - c .c - - o o 13 ..., 1 I 2 I 3 CLC-AICO 3.4 PACK INSERT SECTION Part LIst Mark No. Oescr l!;1:ti on Parts No. Mark No. D esc r i~tlo n Parts No. I Sl ide plale ass ' y DXA1 627 SYPS ass 'y DWRl1 56 2 Select lever DNK27311 NSP "19 Chassis DNAI1 25 ) Slide spring DBH1 229 NSP 2J) P plate holder PNY - 405 , Lock lever s pring DB H1230 , Lock lever DNK 2737 21 InsulJIOf ass'y DXA1491 22 InsulalOf ass'y VXAI881 6 WISher WT26D0700050 2l Mech Slay DNK 2765 7 Pack lever spring DBH1231 Under panel ONEl 204 8 Pac t lever DNK2739 NSP "2S Cord holder Z09 - 061 9 Base S DN K2742 10 ,,~W BBZ)OP080FMC 26 Scal A DEC1363 27 Earth angle ON EI213 II Eject lever DNK 2736 NSP 28 Earth plate DNEI234 12 EFC! lever spring DB H12211 29 Slide guide DNK 2 1138 Il Lock lever shaFt DLL1011 )I) Core holder DNK2841 Shie ld ClSe ass'y DXAl616 " Pact base DNK2735 11 ...... " 32 ...... 16 ,,~W PMZ26Pl00FMC )) Ring core DTHl161 17 1r-rTF us'y OWMI341 " ,,~ BPZ26P06OFMC 14 1 I 2 I 3 CLD-Al00 A A 10 - - B B - - c c - - o 10--A o 15 1 I 2 I 3 r CLD-Al00 I 2 I 3 L 3.5 MECHANISM ASSY (1 /2) Part List Mark No. D.scri~ tlo n Parts No. Mark No. Descrl2tlon Parts No. VNKl990 L- SW lever A I Mechanism ba$c VNL1504 2 ...... "IS C-SW lever VNLl505 A 3 Clamp cam VNLlSOO , Shari holder VNE1817 16 R- SW lever VNLl506 , Cam plait VNLl511 NSP 17 LOSS ISS')' DWG1351 Synchro ~.r us')' VXA I822 6 CAS SIlring VBH I I90 "19 Roller VNLl042 7 Cam geu VNLlS01 NSP 20 LOMB us'y DWGI3S8 CO pille VN L L~H2 9• COP spring VBHl191 21 Loading motor us')' VXX1712 10 Rubber belt VEBl 184 NSP 22 Slider mOior VXMI033 - 23 MOlor pulley PNW I 643 - II Gear pu lley VNL1 510 ,,~. Z39 - 019 12 Twi n geu VNLl 508 "2S ,,~. BMZ26P04()FMC 13 Ce mer gear to Mechanism ASSY (212)) B B - - c c - D D 16 1 1 I 2 I 3 r ..J 1 I 2 I 3 CLC-AIDD I 3.6 MECHANISM ASSY (212) Part list Mark No. Descrip:ti on Parts No. Mark No. Descrlp:tlon Parts No. I CA bell VEBI077 16 Y gear VNL1501 2 CA pu ll ey (2) VNL14% 17 Till ~arn "pring VBH 1I89 A 3 CA gear (3) VNL1497 18 Till cam VNL1502 A 4 Till base VNLl499 19 Spindle motor ass ' y DXA I 639 5 CA - SW lever VNLl498 20 Centering hub VNLI! 74 NSf' 6 CAMS ass 'y DWG1 356 21 Centering spring VB HI OIU 7 e RG motor ass')' VXX121i1 NSP 22 Rubber sheet VEBII03 NSP 8 Slider mOior VXMl m3 NSP 23 Tum table ass')' YXA121U 9 CA pulley (1) VNL1197 NSP 24 Oil stopper V BF1002 NSP 10 PKSB ass'y DWG1355 NSP 25 Spindle motor VXMI055 Radial spring VA I'1I 201 26 Motor ba.~c VNE1,'103 - "12 111rust spring VBH1 200 27 Screw BMZ26P040FMC 13 Till lcnsion VSH1187 Screw ABZ)OP)(X)FMC NSP 14 FG ass'y DWG1354 "29 Screw PMA30 l'050FMC 15 FG base VN Ll 503 30 Washer WT26D060D025 (=-r_ / ' B B - - c c - D D / " \~ -:;:-;.<.. ~-'- , , ,/ I J .. .. , -' 17 2 3 CLC-A100 1 I 2 I 3 L 3.7 RACK ASSY Part Li st Uerk No. Dnc:rlptl on Parts No. Mark No. Description Parts No. NSf I Sensor ~tay VBK1036 9 Screw PMH 20P040FMC A NSP 2 Tilt sell$()r 50-)02 10 Screw SMZ20H120FZK A NSP l Pick up ass')' VWY1030 11 Rack ass'y VWT1103 4 Rack VNLl495 , TAN bue VNL1 494 , ,,~. PBB26PQ80FMC 1 ,,~. PMA20PQ60FMC 8 ,,~. PMA20PQ80FMC - - 1------l, I I 8 B .~ B ,------_._------_ . .., , i ' - ,i , - , ! ' -'-.- -'- c 2 , ., , c ! i. ' L. _ __ . _._ . _____ . ___ . ___ .J - , - o o 18 , 1 I 2 3 1 I 2 I 3 CLD-Al0D 4. PACKING AND PARTS LIST NOTES: • Pans mlJrked by "NSP" aft! gelluafly unavailable because rhey aft! not ill our Master SptJre Parts List, • The Lh mtJI"k jJund on JO~ corrt{XJfleni fXU1S indicart!S I~ irnporrana of the safety Pc/or oflhe pan, Therepe, when replacing, be sure to A 1m pans o/Idenlica/ designlJlion. A • Pans marud by " @" are not alwa)'S MIX in stock. Their deJj~ry time may M longer than usual or they may be UfI(l\I(ll'loble. Part List Mark No. D.scrl~tion Parts No. Mark No. Descrletlon Parts No. I Operating instruCtiOt'l!l (English) DRBI1 4\ II Billery cover DNK2766 NSP 2 Caution (Ve) VRM I026 NSP 12 Polyclhclene bag Z21 - 029 3 ...... 13 Pad (R) DHA1 231 NSP , Caution VRRI OO9 Mi rror mil VHLl0l2 NSP , Po lycthclcne bag VHL - 014 Packing case DHG151 2 - - " 6 Pad (F) DHA1 23 6 16 ...... 7 Connect ion cord VOE - 055 NSP l7 Warranty card ARYl 044 8 Video cable VDE - 056 IS Mi rror mal sheet DHLl 082 NSP 9 Bancry(AAA. RO) VEM -022 10 Remote oonlrol unit (CU·CL0085) DXX21 08 B B 2 11 4 - - c c - - D D 15 19 1 I 2 I 3 r CLD-AIOD 5. SCHEMATIC AND PCB CONNECTION DIAGRAMS NOTE FOR SCHEMATIC OIAGRAMS (Type 4AI 1. When ordering service parts. be sure to refer to 6. VOtJ"AGE AND CURRENT: " PARTS LIST of EX PLODED VIEWS" or " PCB 'Dor-V : DC voltage (V) in PLAY mode unless otherwise noted. PARTS LIST" , ¢>mAor - mA : 2. Since these .re bn ic circuits, some parts of them or the DC current In PLAY moda unless otherwise noted. v,lues of some components may be chl nged for improve Value in t ) is DC current in STOP mode. ment. 1 OTHERS: 3. RES ISTORS: • III or 0 : Adjusting point. Unit: k:kQ, M:MO, or 0 unless otherwise noled. • ... : Measurement point. Aated power: 1/4W, 1/6W, "rrN, 1flOW unless otherwise • The & mark found on some component parts indicates the im noted. portance of the safety factor of the parts. Th erefore. w hen re Tolerance: iF) : ± t %, (G) : ± 2%, (K) : f IO%, (M): ± 20% or ± 5% un placing. be sure to use parts of identical designation. le ss otherwise noted. B. SCH-O ON THE SCHEMATIC DIAGRAM : 4. CAPACITORS : • SCH- O indicates the drawing number of the schematic dia gram. (SCH stands for schematic diagram.) Unit: p:pF or J1F unless otherwise noted. A'lings: capacitor ()IF)! voltage (V) unless otherwise noted. 9. SWITC HES (Underline indica tes switch position): A. ted voltage: SOV except for electrolytic capaci tors. MAIN ASS Y PWSW ASSY 5. COilS: 5 101 : DIGITAL MEMORY S101 : POWER ON - OFF Unit : m :mH or JlH unless otherwise noted . 5 102: RESET PKSB ASSY PLYB ASSY 54: PARK IN 5201 : PLAY 55: PARK OUT CLOB ASSY LOse ASSY 5401 : CO EJECT 51 : SWI 5402 : LD EJECT 52: SW2 NOTE FOR PCB CONNECTION DIAGRAMS 53 : SW3 ree ...... n~lI' .... eo.,.--.o ... " P.t.e. ...n"n ....om eo.,~-, ...... ,- , .... ftome p.,, - c:::::: - -.- .- ~.~ I, ...... '"' " , .. _<._no. c::::::, - <>---1 f----<> L • , , ffh'f! '" C =:J -,- 010 ,( ) s ...... <._"a< ~r.~ ,r--. <>----j;j-o E,*,,"oIyt\< .._' .... = ~ IN ... - ""'. '~ "" EIec".,..,.,,,, <"0<11", = cO' I~ •• ,.. . , ~ . ( Iec""""", <>_Ioa< cO'=J () 0 0 ,Poj ..' ....1 ~~ Zo"..., _ ( Iec " """",<~ C= <::; ~""",,I ,. ~~ ". ( ) <>---1 f----<> --.- Ci o-j r.~ v,,"" .... 0 .I _·" • .., .... 10_ 101 ex ) Ro_ .., .. 8 1.<1_ @) 0 0 = ~ ~.- - ~ -~ - 0 - [2J ~ ~ Gi!El - IOI ~ ~-- PI I ...... ' ",...".. = -G- ...... "" .. "' I . I r Olo, TtMt pc.! «.,v_II... <11 011' .... 10 _n ""'"" .... _" """""o~_ Tho p ...... "", ...... _" -..".., "" .... _d <0" boo ,. "'0<'" ..,," ,_ w". II,. <"" ,_o.v .... "'" ••"' '''''. Ii"... In "'" _'0'" ._n ' '''' <'00< "'" ,.,min.' """ " ~ ...... = ._. ,...... ~ .. ",_ . I. ' '''' _ "'...... w'lII 0 -'-'''__ • S. ''''''''"''''01' ,,, ,,, "' ., m ... .., "'''' = .!>ow< ,""H ... 20 CLD-Alca I 2 I 3 I 4 I 5 I 6 5.2 SYPS, PWSW ASS'Y CAUTION'FOR CONTINUED PROTECTlON AGAINST RISK OF FIRE. REPLACE WITH SAME TYPE A NO.1CP-N15.MFO BY ROHM A 1 co .. LTD. FOR IC101 AND IC102. SYP5 A 55 t Y (OWR1156) r------ I RI14 eN! I ! Isw I +5V TO I ]C101.102: ICP-N15 01 :025840-4001 2 _CCEl I VIDEO 1C201 'ICP-N25 0101.102 :ERC91-02L FlO) 3 x BRAKE 010) m 1_ ~ r--q .1", ASS'Y I C 107 lC202. 301: ICP-N50 0104-107 :ERA91-02V S J::!:: S • T::!:: L'i c..-,-+-X_-_AC_C_El_--I4 u a: a:. u~ a::~ ~t-- I (2/3) IC203 :UPC1093J 02 :ERB44-04V 6 !i J..--.. ,--- Rill '-- 5 BRAKE ~ ~ C"o(}-f--<\_~--' CN606 0201 :ESAB82M C10 I,-,:? 0 "f2'O \02 L,--t---,---+--t--~~'.----j 6 SPQ R TNt - ~I07 ( .... SCH-6) 03 :ERB44-02V ! 25611B5 2561185 SPQ RTN- ~C10I r----'---_~_-+ ______r_--' :sRI09 7 0301 :ERB83-D04 0302 :R05.6ES 0103 r-- Ota.. • 04.5 :1S5178TPA 2$01762 RIOB l101 RIIO t----.----fftYV) :g 1752 CN2 I 06 :PS2501 9'" Lt{l ~ ~ u _", m 'GrCi ,,~ 1 ii. ~ ! SPOL Mt f 102 a: ~ '"a: u~ f LLt:1=l~~~M 2 SPOLM U02 0 _g B Ie 10 I B ~ FOOl LOOI L-..cJ-1-1-C 1-02---' '--L-IO-l------· u UCrC;3ISWI t5V I S~6NT~~E JLIVE 0-~r- r- NEUTRAL! l , CAUTION:FOR CONTINUED PROTECTION CAUTION , FOR CONTINUED PROTECTION AGAINST RISK OF FIRE. AGAINST RISK OF FIRE. REPLACE WITH SAME TYPE REPLACE WITH SAME TYPE NO. JCP-NSO. MFD BY ROHM NO.ICP-N25.MFD BY ROHM CO .. LTD. FOR IC202 AND IC301. CO .. LTD. FORIC201. D D SYPS ASSY, SYPS ASSY'I SCH-2 PWSW ASSY PWSW ASSY SCH .. 2 I ...... 23 ...... -----_ ... _--...... '"'I 1 • • 1 • • 3 I 4 I 5 I 6 CLD-Al00 This PCB connection diagram is viewed from the parts mounted side. This PCB connection diagram is viewed from the foil side. SYPS ASS 'Y Y'eeA e~Ye I PCB-11 AC IN VlI ~A A A SPINDLE 3JOVll98 MOTOR s:lOTOM ASS'Y Y'22A TO INTF ASS'Y Y'22A -=tTVlI OT - J305 aOel. - TO VIDEO ASS'Y yf22A 030lV OT CN606 aOaVl~ IC10l tOt~1 0202 SOSO B Ql01 tOtO S ~ B 0104 TO FTSB ASS'Y ~OtO y'22A 82T-=t OT ICt02 J80t SOt~1 0302 SOeO t081. IC202 SOS:)I IC203 eOS:)1 IC201 tOS~1 Q201 tOSO - ·0301 tOeO - IC301 tOc:)1 c c - Q1 to - PWSW ASS'Y Y' eGA WeW~ o o Q2 SO Q3 cO 26 1 I 2 I 3 I 4 I 5 I 6 I 1 • 2 I 3 I 4 I 5 I 6 5.3 PICKUP, CAMB, FG, PKSB, LOSB, LOMB ASS'Y r------1 I 2SC1740SQ10 ~ ,1 I A R10 C10 Cl1 I A R11 1.8K ~~ 0.01 CN~03 CN401 I 47 -5V r- J -5V ~ v--@~ +5V +5V 1'!J-(2) RF RF lh\ ~ -0) 0 Q. GND GND 1 ,/;;'\ V-- C c lk\~ r- ~ A A [&.lr\ V-- B4 64 lJ71 ~ V-~ B3 83 I'V.lo\ TO "" V- B2 62 Ifg'I..v FTS B - V-~ Bl 61 [\2J.JG:\ AS S ' Y V-f@ VR VR LQ \19 CN 803 V--E® MD ~~ ~-@ ( .... SCH -~~ ______V-- LD r- ~ LD G LD G @ LOSS ASS 'Y V-f@V LD G LOMB ASS'y V-~ T RTN ~DR~N ~ DWG1 357 DWG1358 V-~ F DRV F DRV @ 1 ,-~ B F RTN F RTN ~ B r- T DRV T DRV £:;:;.. \C.9' r- ~ TILT OUT TIL TOUT \!.3' e- ~C\ TILT G TILT G .Q~ I~~ T LED TILT IN 'EYe- I~~ TILT IN I I T LED ~ 'eI I ~ L ~ I r------J I I CAMS ASS 'Y I I I I r ---' I I I ... I I I PICKUP DWG13 55 I I - I C1 J45 I ASSEMBLY I I 0.047 LED I VWY1030 I f0' I I I TO PO f® I I I + FTSB I PARK IN TO I f® I ASS'Y I LOADING PARK OUT ~ FTSB I MOTOR CN805 I .------~~ I ASS'Y I ASS'Y ( .... SCH-4) I I VXX1712 .-+-~------_1--b_~------GN-D~ : 1r±1e---:;el:-<::±-1~ I I I D1 GP1S51V L ______------c------1 , _____ J I I I I 51, 52 I I I I 53,54 DSG1015 .. I + I I I 55 - I I I M I I I I I I I I CARRIGE MOTOR ASS'YI I I I VXX 1261 I IL ______..JI ) D PICKUP ASSY, CAMB ASSY, PICKUP ASSY, CAMB ASSY, I SCH .. 3 FG ASSY, PKSB ASSY, FG ASSY, PKSB ASSY, SCH-3 ______I LOSB ASSY, LOMB ASSY LOSS ASSY, LOMS ASSY __...... __..... _ .... 27 1 1 • 2 • I /I • • 1 • • I 4 • • o CLC-Al00 This PCB connection diagram is viewed from the parts mounted side. This PCB connection diagram is viewed from the foil side. IpCB-21 I s-8~~1 TO FTSB ASS'Y Y'eeA 8ZT"=t OT ~~~--~ CN803 e08~~ ~--~~~ A A 010 oro - - B B PKSB 8e>4q - ASS'Y Y'eeA - TO PIC K UP ASS 'Y TO FTSB ASS'Y Y'eeA 8eT, OT Y' eeA 9U >i ~19 OT CN804 ~08~O c c LOMB ASS'Y Y'eZA 8MOJ - LOSS ASS'Y Y'ZZA 8Z0J - D D DNP1490-A A-oe~r9~a FTSB ASS 'Y CN805 30 1 I 2 I 3 I 4 I 5 I 6 , I I 5 I 6 CLD-Al00 1 I 2 I 3 4 5.4 FTS8 ASS'Y FTSB ASS'Y tDWSl191l ISCH-4 TO CONT ASS'Y J801 J201 SW+SV , t CNeme '''SCH-8' A A sw+SV(VIO} I(i)+------~-l L~ +SV(D} ~:~SV : ']; ~-U:=[® ::~ (O) +14V(AUDIOl!isS»----_ • I L~ GNO GNDIAUOIO} !(.S»----~ c.·,t It I .ev ~ =S,V4V =~:~(AUDIO) :l- 4::::[. f \~ 47/16 I I~ +14V +14V [email protected]:----U ~{& +8V GND 1M} l€it----, ""0' r--~ GND (AUD I O) GNTOD (A) ~hA... ,M ~ Il lci: -BV - +) :;:2~:p ~ 51 '- A~V:'Sy ID t---h~ ~~ Su:~.'. CN3 ...... 51 ~~ '''5CH -2} ~~ 0401 ~ - U - C941 22Q.116 B B TBAl ERR - - c c - - o D N..M07'2L lese1 CAUTION'FOR CONTtNUEO PROTECTION I C){AleS1S Iceel AGAINST RISK OF FIRE. eAl521eN [Cee2 PM30f13A [C8113 REPLACE WITH SAME TYPE L"6510 1cse... NO.ICP-N10. hlFD av R~ TC4W53F IcellS co .. LTD. FOR lce,o AND Ica". 25A1 e37\( osee.. Q8IS. Q819. 0832. 083£0. Q812, 0105. Q186 :::~~ ~~:~g t: t:=~ ZSC2-+'2K Qee2-oees. Q811. 0819, Q81" 061 .... 0825.0858. QSe4-oS0& QIRF SIGNAL LINE QTA1Z-+E\( 082•• Q824, Q82&. 0829. 083. QTC1 Z-+EI( 0811, QB23. 0021',0828, Q83S. 0837, 0839. Ql.7, Q84' 2581165 0016. ae,e. Q415Z 2501762 oel S, ae1 7. Q481 25A1 ]99 .,. 251<184 .. ""21 FTSB I"TSB ASSY 155254 oee1. 08114-0688. osel, 05112 Assvl... _S_C_H_-_4_ ...1 I... _S_C_H ___ 4_ .... MT'l9.1C 04",0482 31 .. 1 • • CLO-A100 WAVEFORMS AND VOLTAGE TABLES FTS SECTION Note: @ in the table correspond to the pin number. IC801 (CXA1081S) CN807 IC803 (PM3003A) Other points 0810 Collector CD 1.5Vp-p @ ® 300mVp-p CD @ CD lVp-p 400mVp-p 400mVp-p 300mVp-p II~ _=r I[ ~ ~1 _1 @ 0809 Emitter ® @ 0 0 2Vp-p ® lOVp-p 5Vp-p 2Vp-p 1. 2Vp-p 200mVp-p ~I ~I ~~ ~~ _I : Still .=r @ @ @ 0828 Collector' CD 0 1. 5Vp-p o 40mVp-p 400.Vp-p 500mVp-p rrrCEp-p "]vp-p JL-I _=r : Still ++ffi @ ® ® @ @ 0CN803 18Pin 200mVp-p 150mVp-p 15Vp-p !soomvp-p :::::::::: }p-p W ~vp-p -U ~ WNNINNINININI @ CD ® ® ® CN803 19Pin 400mVp-p 2Vp-p 250mVp-p 20Vp-p -I / ~.5VP-P ~ ~~ ~J ® 1. 25Vp-p ® ® 250.Vp-p ~ =}vp-p ~ : Open @ 1. 25Vp-p ~ @ 500.Vp-p ~ 33 '( • • • 4 • o • CLO-Al00 This PCB connection diagram is viewed from the parts mounted side. TO INTF ASS 'Y CN310 A IpCB-31 A TO SYPS ASS'Y .._____ -4 CN3 4-----~ TO LOMS ASS'Y J55 TO VIDEO ASS 'Y - CN601 - 8 8 TO CAMS ASS 'Y .-.-+ CN403 - TO CONT ASS 'Y c J201 c TO CAMS ASS 'Y J46 TO CONT ASS' Y J203 VR620VR601VR61 ICS10 ICS04QS 2 t ICS021C501 SOSOQ402Q401'\OSOO503 S tSOICSOI aos:)1 I CS03 cOS:)I~SSOcSsoscsoecso - ICS11 QS17QS1SQS16QS15 cOSO~OSOScS080soacSo t~so essossso,cSo - acso OSSoetso aosoaoso eosootSO aS80,s80 aOtoaoro,Oto asso ttSO OCSO ~tSO TO CONT ASS'Y J202 o o 36 1 I 2 I 3 I 4 I 5 I 6 , ClD FA-D.JO a I a I I I s: I This PCB connection diagram is viewed from the foil side. Y' eGA ,TIIII OT Otelll~ A A -4--____~ .... Y·e2,A 2,9Y2, OT elll:) yt 2,2, A 030lV OT - roalll:) -- 8 8 4-..... Y'2,2,A 8MA:) OT eO~ III:) .... - Y I 2,2, A T 1110:) OT ros L Y'2,2,A 8MAJ OT a~L Y t eeA TIIIO~ OT eOSL v 0 raflVtoafivosafiv .... Q839Q838Q823Q8241C803 c08~ I t08 :)10812 cOaOO807t0~O SO~OQ802 toa:)1 S08:)1 I S 80~08:)1 Ot8:)1 Q837Q8280829 Q841 08360808Q83208040803 a tS 0 a t80 8 r SO '\ tSO ItS:)1 - 08270826 08100809 Q806Q805 Q819Q820 Q835 0830 0811 Q825 01070105Q106 Q814 Y'2,2,A Till 0:) OT SOSL o o 37 , a I a I I • - CI • c: • • • • r_ • This PCB is double sided. • Foil patterrr for each side is identified with pink and gray. Black colored parts are mounted on the pink foil side; red colored parts on the gray foil side. • This diagram is viewed from red colored parts side. 1~-80CfI Y t 22A TIIIO:) OT Y t 22A TIIIO:) OT Y t 22A TIIIOJ OT Y t 22A TIIIO:) OT Y t 22A 2QY2 OT A srSL nSL o rSL eOSL t IIIJ A 0630 0610 0609 - 0407 ~oa:)1 - 0701 040B IC403 eeao IC818 0611 0608 0432 0702 cOa:)1 rScTlv 0703 0607 ",oa:)1 rO~:)T IC816 0430 Q431 r :) I tO~TlV IC601 Q606 Q409 loe:)v IC608 Q605 S8~TlV 8 8 q645 Q601 Q604 Q602 roa:)1 OT 82T, 0613 0603 Q2 IC613 0615 Y'22A 0'614 Q612 Q406 Ql rO~:)1 . S08111:) Q618 roa:)\ 808T1V IC817 Q616 roe :)\ 0631 Q417 S fa:)\ - IC602 0636 Q422 ora:)\ - 0617 Q423 0402 Q816 soa:)\ Q619 0624 Q903 cr801 Q424 eOaOI ",08T1V Q621 0811 S0801 Q622 Q401 Q 815 0901 Q814 ~0801 0900 Q813 r0801 rosTlv Q818 Q 817 Q209 OS801 Q 316 0212 0902 tOe:)1 0644 Q643 0313 Q 211 aoaol Q 301 0219 Q210 sreO r r aOI Q314 Q 303 0216 creO aaaJI IC3010317 0302 Q306 Q217 - Q305 8sao SOSTIV - Q218 ",sao asao csao :)-ra,t.fClIl1G yt22A 8 OAt.. Y'22A 88uTl OT a ~O till:) a Y t22A 88uTl OT a o till:) 40 I I I I CLC-Al00 1 I 2 I 3 I 4 I 5 I 6 • This PCB is double sided. • Foil pattern for each side is identified with pink and gray. Black colored parts are mounted on the pink foil side; red colored parts on the gray foil side. • This diagram is viewed from black colored parts side. TO SYPS ASS 'Y TO CaNT ASS'Y TO CONT TO IpCB-41 A A eoao otao oEao • IC604 ,o,p.o Q633 CO,P.::>1 80,p.O to,O - Sc,p.o 80ao tta 0 8t8::>1 VR521 IC605 So,o TC401 IC607 ,oao co,o VR401 IC 1 tE,p.O OE,p.o at8::>1 VC90! eo,p.o aoao roa::> I VR482 80a::>1 3 eoao roa 0 e,p.ao 8 TO IC601 soao ,p.oao FTSB ASS'Y SO eoao Erao etao cra::>1 CN802 IC401 to ao,p.o srao ,p. taO VR808 IC601 8 tao IC901 a tao ,r 8::> I IC612 '\t,p.o r cao • IC610 ss,p.o acao soa::>1 IC602 a r80 SO,P.O cs,p.o ,t ao - IC815 coe" ,p.sao erao VR807 IC603 ,p.s,p.o IC802 r tSO rsao cr80 to,p.o ssao , IC804 ,p.rso roeo J C VR201 IC80 1 c: rs 0 ooeo IC820 eoso , r s 0 srso IC301 soeo s rso at c: 0 IC606 rrso etC: 0 c:,p.ao ,p.,p.ao IC6!t Q3t2 at S 0 e t so tacO IC666 Q315 at S 0 cOcO ,p. t c: 0 ,ISO aoco SOEO ,teO roc::> I • VR202 Q628 cOcO - Q627 8 rso Q626 Q625 DNP1451-C JACB ASS'Y TO RGBB ASS'Y CN104 0 TO RGBB ASS'Y CN105 41 , 1 A • • • • - • • • • • o CLC-A100 5.5 VIDEO ASS'Y (1/3) (VIDEO DEMODULATION), JACB ASS'Y JACB ASS'YCDWXI3491 VIDEO ASS'Y(1I3)(DWVI1321 ;:::::":::=--==-=-"':"===="':"::':"'--'1 r------. ----.------I Nole :Indlcales conneclion I : L42& L427 L428: desllnallon of DTBC : SCH-6 WAVEFORMS AND VOLTAGE TABLES A : I L2'2~4 Li,": 39. 47. 39. I sChematic diagrams. I C INV: SCH -71 VIDEO SECTION A : : ~'... .'G& rCS'2 C5'4 C5,,, •• 731....---.------, ! I RS~001 ~470p5 C4470pb T~~~ ~~~~ ~~~e. L,420/ 1 It ~ ~ Sp 100.-:-7:""' ~ VIDEO I I I ·t~~:J.c~3lc~'1S51?r -'. C:J;;, Q42 4 BUFFER I Note: @ in the table correspond to the pin number. I I ~ Q4 3 1 e-p.!~r:SE,D-~S6P 1Sp t I §4 ~~ I III :::.;\ 2: I IC401 (PA5013A) ....., il"~ I -or ~'" (S~~~ ~u1;::~ ~Iili;:~ ~ltHR ~ C51 e R474 I . ~c'} 3 GP'F32T I I ..J''' u~ g~ft~11~Rlf~~IC L4290 00' CS" ~"30 , OK I 6) @ @ :; ;; a 0 OUT I I THROUGH / MEMORY ~ ~'0'~ ~~0001 • : ""I c_-",===-"AL).:{3) I : +SV +SV I 200.Vp-p yLOUT II 1 2Vp-p !::~-j . : I ~------.THR(oTBC) I 1 ': II ,,-,-- r I /W1L 8mE. 1S= IS) I I ~~~ FREQ DET RF FREQ (C. I NV) I ~ I I I wI - .sir¥' GND(VID) I: R417 L.n : @ @ - L~=f~ ~ R OUT : tIC.1NVIRF ~ ~~~e~~ ~~lli2s""~ 1'1~m IJ' o.Q:: ~ ~ ~ 0402 R427 ~ R433 ~ Q40G L P F ! 0 IVp-p TO J, 05 4Vp-p RGBgN~5rl J;(.2 !: (RF' '1t' C:;.2~~ 3~ ~~ 3 ~~: ~¥~E:.~ ~~ ~ ~ Q'~ ~0~~~R ~ VIDEO 1K~~ ~-iB~, 470 tbol--- BUFFER ! 2Vp-p I .. SCH-l0): ! II) IL40'3 L410 L411 R~1lZ1 ~ R41Sf BUFFER ,..,0. 15Pr: C4'3S ! ~ I JA10'3 : GND 2 43 oJJG:1l lK \: 220p I I ~~ 39.11 10kJ." .....~_ "~ ~; 8~,,'Ojo~ I vn=r I GNO (AVO ~029 I TOCNG01 Itl , .... ~~ I 163.5115 1 ~ ~ 17. S,S I _ Ir,;:'\I~ AUDIOMIX 'I I FTSB 0~ " • I I t.J104 ~-.-__ ~ I I ASS'Y J ;;;; I 8) @ @ I. 5Vp-p ~ __~~~:-t01 I~ v:::o ! i,-!~g~~ 4) -sv E~ ~*: ~~ ~l~ u: ~ }~~'S~ L __,...>-_~~'lE.::'"--Lo.W VIDEO (DTBC ) i 4Vp-p B 2. SVp-p VIDEO 4 ~W)~ ! : ~f, U1 ~~ §g:34 ~~ ~~:. C:,'p2 -SV ,----.PBV (DTBC 1 ~ \w 1111111.1 ~ B 1 .L I N J: ~ I , I' , lnr-I ~T 02 ~r I! v /0"\ ~; ,....:£ 3.3~ R431 I I--l L"Y._ ~, I I U ~~;;'. 100 I '1 I 17. s.s I PBV I 63. SII 5 63. SII S IR 6W) -,"",A104 r+±l====l===t~t:~~======::PBVn. T (C.INV) : lli2 DATA (C.INV) I 100 CN104 I SR IN II II _ ;,;-f...-.. 2B •• 29 : CD I. Svp-p @ @ ( .. SCH -10) I C422 1 2~ 44 LIM I I\...... 20K (F) I 2. Svp-p SOOoVp-p : I I C'21fTi10.01 ~ I i8l 3' ,2".7_-+-+-++-_...IT1l...... -H C4S' I \w 1111111.1 ~ I '0 I'I I L!...!.J 45 48~t:;: 2. u...r:r--0.01 I, , I' , , SR OUT I I ~47P I r--L...-l-. __-=OAW'~'.,....-+_' C4SS I' I ~I 53.5115 1 §iT J-A-'-.-SJ-' : : I C4' ,,",,20. 4& C M V 0"-,, ..----!~ 47/'0 +SV : I· 63.5115 I W~ ! U<"""J, VKN-163- ! I ~ ?4K(F)47 I DOS IC401 STRETCHrL~ 24 ~"V~rT~:""____ I 1.... ______..J I R:0~Ar.TI?~~K (F) 48 ~ PAS013A OAV' 23 23 C.S& • PBSVNC (DT8C) : 0 ® @ approx. I. 2Vp-p - i (O~~)--~S 1 m'f.!" VIDEO 1VS~~NC 22 ~':s~0 PA"V'~ ~~, : l 8 2Vp-p svp-p +sv ;j:;; ~ 49 PROCESSOR i=___ ""' __ ~-l1.01 ~ffi ID t:t:: ~~7SYNC I 3£ 50 c?,'tC BUFFER UU---.I lnJ--I ~I : L ~: R"2~. ~s~~~"hLj=21--~:..:~::~:..:~.::::.---_1Hi~ ~.;J8 ,,~ i I--l t--I 17.5.5 63. SIIS ! VIDEO ,"'""'. :~ R244S0;1~~~ VF ~~[ ~5 2~;~ ~4%t 4 :: ~ 2~ ~~-f.:'~ii=---'-·------+-C-I~ "d?~ ~.. SV : 1 !(C.,NV) '''1 .; " 'T-" fi !'j'l ! @ @ @ y/~oSEP Q4321~1,J,~I~ ~ ~~~~~.:~~ ::;f~b'® "~ .~ SOOmVp-p 300mVp-p I 5 IC403 C442@ss Q43121 ~ 54~ ~ ~ + CLAt.9 OEN 17 /.4.,~G,'3 ~~~ ""IS) I I $::.:: ~ TC4W53F 27121;;,. r-- otN 140nS SHIFT AD.JUST **2 2."2~55 +-+ .J:i l: ~ ~ ~ ~'m I }vp-p c I *: ~ ~cTtz0iG ~ ~ ~N I .,.. 55 ~ ~ ~£ rt!: BO 161 I....!...!..!J u 51 u~ : I II (,i)"" ~ I /WlT i----l c I 14lZ1"S SH I FT AD.JUST #1 -!i~s 5&, L .. r 1S R4&4 17. S.S Range IC.INV) XCLV SV "" '\. r- -5V I .J H: 2mSldiv I - us , ~ 4185 7 ~ ~ '2 13 14 ~ @ 4 7K : : "472 C4G0 I @ IV/dlv @ @ I cv1 .....·~lL:::. Q.,.... ~~8 "':i~'O\DO' U~~ f-~:::"~ "'" I I ~ R438~ v<"" "'~f. ~"".... ~06x8 RVlnFn I 2.S/dlv IVp-p SG0K [L!.!.!'.J U 01 3 c:: .... ~ f1k,=...... H-+-- ....----...Il.Wlf.I;L- ....----_ R VIDEO (DTBC ) 1 SVp-p : VB ';!~ f-r- LO','S "'" I@'...--++-+------..... VPSERR(DTBC)I I (DTBC) ~~~~ t ~~ ~ I!\ ~s ~' 2.11 ~~ ~4~~ ~ ~R~~1 Q407 t Q408; t+SV I ~ lnJ--I 1 ~;; '1 3:::: ,,~,,"" 3s'~ ;~~~' :il ..~~'" . 10~~""~' C SYNC DELAY : I----l Range : ..:I v 51 v ... ".'" C,&l /"'os VPS !-f-===------r---' .J R471 uS;1.D ':51 T Ur-- UN 47/1121 .u~ ERROR ~~. I 17. SIS H: 2mS/div 41219 I (c. INV) '~,"(o~,:O, ....------.....,V'<-...J ...JUt Us '~l .'1 /~1 ~ R44&~ I l I r @ @ - 500.Vp-p I. 2SVp-p - !;n ,,~I~: I~ ~ ~-~~'------~~-:~~~-~----~'=-~~rn:~-----i /WlT /WlT :: n, _" )~ ~~~ ~Q409: i/ I ~ C SYNC I : ~ 2SA1037K DTA124EK ~ .. ~~ MIX : C>,RF SIGNAL LINE I ('/G) I "'VIDEO SIGNAL LINE : ..P'l 2SC2412K .JZ;5\] DTC124EK : I "1bJ -sv I 1______------~ ______o ~ o VIDEO ASSY (1/3) VIDEO ASSY (1/3) JACS ASSY I I SCH -5 I JACS ASSY SCH-5 ...... _----_ ....._----_ ... 44 1 I 2 I 3 I 4 I 5 I 6 I 4 I 5 I 6 CLD-Al00 1 I 2 I 3 5.6 VIDEO ASS'Y (2/3) (DIGITAL VIDEO) ISCH-6! Note: Indicates connection VIDEO ASS'Y (2 13)(DWVI132) dlsttnotlon of schematic diagrams. VIDEO: SCH - 5 C .INV : SCH - 7 A A - - Jca,~y, I riM BIT TC4S&GF B B J, I '" VIDEO MEMORY XRES {c. [NV} - - TO ceNT ASS'Y J212 ' .... SCH-B} c c r------' ---, ICSOS: ,+I-- 155254 SPDL SERVO -sv IC&12 25A1037K ! N ...... SSB5 I C112 , 0.ill I 25C2412K I - L§Jl , DTA124EK - I -® DTC124EK J ,------ W VIDEO (V 1 DEC) QS21,QS22,0624: , PEDESTAL CLAMP .'VIDEO SIGNAL LINE o o C674 0.1147 VIDEO ASSY (2/3)1.. 1 1'-_S_C_H_-_6_ ...1 VIDEO ASSV (213) _S_C_H_-_6_ .... 45 A • ., 1 I 2 I • • - 1 • • I 4 I 5 I 6 CLC-A100 5.7 VIDEO ASS'V (3/3) (VIC SEPARATION AND ANALOG AUDIO) VIDEO ASS'Y(3/3)(DWVI132l +SV Nofe :Indicates connection VIDEO: SCH-51 ISCH-71 - dlstinatlon of DTBC : SCH-6 schematic diagrams. VSQ A COLOR BACK u A Z 1 40n SHI FT -1r 00 VCXO ERR f---' 01 OUTSIDE H U f-102 m ~D3 r--- XCLV e~ f-; 04 XRSET f-; 05 THR f-' Db MC141521FU +5V ~ 07 ~ XCLV ~~ ~DGNO bATA ~+--I-"11.,,-- elK PBV - f--- R.F FREQ NORMAL - VIDEO J B B - TO CONT ASS'Y (VIOeO) J209 (.... SCH-B) c c .'VIDED SIGNAL LINE ~ ,ANALOG AUDIO SIGNAL L I HE - -5V - A Note: These waveforms are at the PLAY mode. • IC1 (CA0002AM) Note: @ in the table correspond to the pin number. • IC1 (CA0002AM) Voltage 0H:5.S/0iY H:O. SmS/Oiy H:O. S.S/Oly H:O. SIS/Diy H:O. S.SlDiy H:O. SIS/Diy Pin Vohage Pin o ® @ (V] o o No. (V] No. OV I. IVp-p IVp-p 1 -5 13 * 1/\ "'/\ oVf\ 'W 2 * 14 -0.6 o j 'rStJ ~ 3 15 -0.6 o V \: Mj 4 * 16 0 1IIi:rAC mode &VV &\Tv M1AC mode OC lode OC !lode OC lode OC lode * 5 17 0 6 * 18 5 @H:o.smS/OiY @H:o.smS/OiY H:O. SIS/Diy ® @H:SIS/DIY ® H:O. SIS/DiY @H:5IS/0IY 7 *0 19 ov I. IVp-p 8 0 20 * 9 0 21 * '1/\ 10 5 22 * _S_C_H_-_7_ ....1 VIDEO ASSY (3/3) 1/\ ·rstJ VIDEO ASSY (3/3) ... "'/\ rsa rsa 11 * I... ~AJ\J &\Tv V VV j V \: 2 23 1_S_C_H_-_7_..... 1 1IIIi:r'AC lode * OC mode OC mode OC mode OC mode ACVvfJ mode 12 24 - 2.2 * Refer to waveforms 48 1 I 2 I 3 I 4 * I 5 I 6 OL.D-AleJO 1 I 2 I 3 I 4 I 5 I 6 5.8 CaNT ASS'Y (CONTROL) 1------~------~-;------~---~~-----~------1----~------ I i x" ~ ~. Q V,DEO >- • CONT ASS 'Y (DWG1367l : « f )0 !!! ~ 11\ Z U :z ~ rtI ~ ~ ASS' Y (2/3) TO I ~ III 8 ;;; ~ )( ~ ~ ~ il 51 jl.., CN602 J: ~ X~~E~y (2/3) t I ..... SCH-6J .., a. > 8 3 S f- CN603 I +5+5+S+':O .... N ffI .. kI1 I ~ 131 SI .... ('I ,.,.. '" '" • i uu I~ I~ ~ ~ I :;:: ~ ;; u.. ... A I ~ ~ ~ ~ a: A I I I I I I I I I I I I I I I I I I I I ... I I I -- I I I I I I I I I I _ C411 R"I-86 I , /2-::>--'-"::,:-'.. ';;:"~,;,";,;;.--, I I I 12K I "11'" I GNO ("-) I I ~/2'5l!!Ol.:;::':;"; ,.,2,~R..,.~;::~',-!----, B I I B I "1 I lC453 ~;'2V I I . ~ I ..u • I 1GNO(A) I I I I I I I I I I I I I I 045'3. 454 2SC1740S ... I I I I GND CA) -- I GNO(A) I I I ----, I I I L I I I I I I I I I O<" I n 0.047 I I c I rCHASSIS HP ~20~ p® I K2i>1--'----rP ® 51> HP R l®f-----'"'P©~ I ~PBTO IL ______. ~ ASS'y I CN501 I t ..... SCH·tlJ l ~- tH I ONO I I I I .. I I L2111 I ,au I I I I I I I I I I I I I I I I o ..,.ICD L.PGtr.t L SIGNAL LINE I..... _S .....C_H_ .. _8_ .....ICONT ASSY CONTASSyl... ______SCH .. 8 ~ 49 • • • 4 II '" • CLD-AIDD CONT ASS'Y Ipes-51 Ic-8J9! Y' 22A TIIlO:) TO OT HEPB 893H ASS 'Y Y'22A A CN501 loalll::> A TO OT VIDEO 030lV ASS'Y Y'22A CN602 TO soalll::> OT FTSB IC 201 ros 01 82r~ ASS'y Y'22A CNa10 Ot81110 - - TO OT FTSB TO OT 82r~ ASS'y VIDEO 030lV ASS'Y Y'22A CNa09 Y'22A eo 8111::> CN603 coalll::> B TO OT B FTSB 82r~ ASS'y y'22A CNaoa 8081110 TO OT VIDEO 030lV ASS'Y Y'22A - CN604 ~oalll::> - IC352 sacol 0455 aa.r.o TO OT VIDEO 030lV TO ASS 'Y Y'22A OT c INTF CN605 aoalllo ,TIIII ASS 'Y c 0454 Y'22A CN301 .r.a.r.o roelll::> IC453 ea.r.OI 0453 ea.r. 0 0407 '\o.r.o 0408 ao~o - IC411 tt.r.OI - IC408 80.r.::>1 0456 aa.r.o IC409 eo.r.ol IC410 Ot~OI o o o o 0405 ao.r.o 0406 ao.r.o This PCB connection diagram is viewed from the parts mounted side. DNP 1 488-C ::> -88t> r 9~a This PCB connection diagram is viewed from the foil side. 52 1 2 I I 3 I 4 I 5 I 6 a-A1CC 1 I 2 I 3 I 4 I 5 I 6 5.9 INTF ASS'Y (INTERFACE) INTF AS S 'y (DWM1341l -I r" - T~' ''''''-'-'-- A A - B B - - c -~-- c .... - TO CON ./ CN205 {.! S~~~ ~Yl ~ : ~~ ~ ~;~~ ~~ D!DGNAL (LlLl NESIGNAL LINE o o INTF ASSY I I__ SC...... H___ 9~I'NTFASSY _S_C_H_-9_ ~I 53 .., 1 I • • /I • - OLD-A100 IC311 (CXD2500BO) Note: 8 in the table correspond to the pin number. @ 0 @ o. BVp-p @ @ @ 3Vp-p 4. BVp-p -L+- II ~-=c l/T\\\I 2.3U' lVp-p JlfL-=r 2. B ~ s "rr=F 1--1 4.8Vp .. p 2.8 p S 1111 I 95~sl -++- H I o. 23 ~ S 11. 2 ~ s @ @ @ @ 3. 6 ~ S @ 22ps 5ps ® 1.5~s 1--1 5~s H H H ~ [tfI I---i mIl JLfI fILI 4.8Vp-p 4.8Vp-p 4. BVp-p w:r 4.8Vp-p \N~ 4.8Vp-p 4. BVp-p @ 0.23ps @ @ @ @ @ 4. BVp-p ~ 140 p s I 17 p s .1 ~ __ I I H -r----.1 '=C " I 23 ~ s LJLI 4.8Vp-p 'I rua4.8Vp-p 4. 8Vp-p fi~4.8Vp-p 4.8Vp-p @ @ 22.5ps @ @ @ @ 50ns 90 ~ s 4.8Vp-p fLm - 4.8Vp-p -=r MI4.8Vp-p JU~4.8Vp-p h»I4.8Vp-p NT4.8Vp-p @ @ 0.2ps @ @ @ ® 50ns 68 ~ s 13. 5 p s 1----1 5Vp-p f--j 14 p s ~ f:--L 5Vp-p H ~-=r lSL~ -I llJLT N~ ~ 5Vp-p 5Vp··p 4. BVp-p fill4.8Vp-p @ @) @ @ @ €V 1.6"s 16" s 16 p s 5Vp-p 1-----1 H ~I f--I _J -_ _I 5Vp-p nnr~ ~ rv~ 5Vp-p IT-=r 5Vp-p M-=r 5Vp-p ~ 5Vp-p 16 s i---l lOp s @ @ 5Vp-p 1. 8" s H r~I ~T5Vp-p 10 p s 1/1/ 1/ 1/ Note: These voltages are at the PLAY mode. IC311 (CXD2500BO) Pin Voltage Pin Voltage Pin Voltage Pin Voltage Pin Voltage Pin Vohage No. (V) No. (V) No. (V) No. (V) No. [V) No. [V) 1 0 15 0 29 0 43 * 57 * 71 * 2 0 16 4.8 30 0 44 0 58 * 72 5 3 0 17 0 31 * 45 4.8 59 5 73 5 4 * 18 * 32 * 46 * 60 * 74 * 5 a 19 2.4 33 4.8 47 * 61 5 75 0 6 4.8 20 * 34 * 48 * 62 * 76 0 7 0 21 0 35 * 49 * 63 * 77 * 8 4.8 22 2.3 36 * 50 * 64 * 78 * 9 0 23 4.8 37 * 51 * 65 0 79 * 10 0 24 * 38 * 52 0 66 * 80 0 11 0 25 0 39 0 53 * 67 * 12 0 26 0 40 4.8 54 * 68 0 13 0 27 * 41 * 55 0 69 it< 14 0 28 0 42 * 56 * 70 5 * Refer to waveforms 55 • • • • • o CLC-Al00 • This PCB is double sided. • This PCB is double sided. • Foil pattern for each side is identified with pink and gray. • Foil pattern for each side is identified with pink and gray. Black colored parts are mounted on the pink foil side; Black colored parts are mounted on the pink foil side; red colored parts on the gray foil side. red colored parts on the gray foil side. • This diagram is viewed from black colored parts side. • This diagram is viewed from red colored parts side. A INTF ASS'Y IPCB-si la-8:)CJ I TO OT A SYPS cCJYc ASS'Y Y'ccA CN4 .p.Vl8 TO OT MAIN VlIAM - ASS'Y Y'ccA CN101 tOtVlO - TO OT RGBB 88t>H ASS'Y Y'ccA J101 tOtl.. B B TO .• " TO OT GAME 3MA0 OT RGB6 PACK >lOACJ 880H ASS'>!': OR flO Y'ccA - Jl02',' KARAOKE 3>10AflA>I SOtl.. " ,J;~'"., ...~: PACK >lOACJ TO OT C RGBB 88t>H C ASS'Y Y'ccA J103 eon.. TO OT FTSB 8cT, ASS'Y Y'ccA CN806 a081110 TO OT - CONT TO OT TV100 - ASS'Y CONT TV100 Y'ccA CN207 ASS'y Y'ccA ,OSV10 CN205 aoslIlo TO OT CONT TV100 ASS'Y Q302 IC313 IC301 IC308 I C303 IC306 aOe:) I eOe:) I 80eOI rOeol ere:)1 SOeO Y'ccA CN206 Q301 IC317 Q307 IC312 IC307 IC311 treOI ,0e:)1 S Ie 01 rOe 0 ,te:)1 tOeO aOSV10 0 0 IC310 IC320 IC318 Q306 IC316 a re:)1 aOeO 8teOI OSeOI Ole:)1 IC315 80eO aOeo IC314 fl-teOI Q305 Q308 ate:)1 OteO Q 310 IC302 SOcOI 58 --, 1 I 2 I 3 I 4 I 5 I 6 I CLD-A1CJCJ 1 2 3 4 I 5 6 5.10 RGBB ASS'Y SCH-l0 I ______~------A JHB A F PASS (cD LD [C80'3 j:+s~.8~~ ~ ~ TC74HC4053AF r-, 0 OUT GND L OUTI@f- I ~:5t f® ((r-J~15 ;J, ~-~~~~------~~~------~~,efl ~O OUT GNDIAUDII@ 0Y 15 ~A77 2K '" Y-COl'v1 ~4R78 2K r--", "Z X~CCM R OUTI8- &,... 'I (i) +5V I-' Z -CCM 1 X 13....-, L~-+ ____ LOUT R930 ~L OUT Icao? (PDOO93A) GND (AUD) j®- 0Z 0X S I. I 470 ~ V+5 p :NH F 7 1l:-t----- I ~-(5)LOUT MIX AUDloIGD·~---~ V-5 ~ R'1-3_' ::: TO VE E F6 ~r---- GNO (AUO) ~ 1t1l ~ GN()(AUO CD INTF GNOIVIDlict·>+-----' ~ G."D F5 fLt--- ~~ i R BUT R939 lf3\ ROUT 4Vp-p ASS'V I LD VIDEOI@i'>I------+R849tfiii' I CN308 GND (AUD) I I 470 ~ ROUT (_SCH-9) GND IV I Oil G: I;), L--~2~2"'0--tC'br Q824 MIX AUDIO ~r0 ... 470 lr;\ MIX lIlJlf~f---j ~ CHR 17.50S - I~, lv-5 CN11Z1S S ! TO M 1v TO JACS X SCKI© c------t~ ASS'Y @ LO.H SVNC(C3 Jl05 1- SCH - 5) 2Vp-p LO.V SYNC!~~. ~--.+-~~--, G,C.SYNC~ /hllT B @ B J10S ,-, r- /hllT TO [CDt--/C8 GND IAUDI INTF ASS'V IOt-~ LOUT CN307 i@r-jG; GND lAUe) (_SCH-9J @ ROUT CN104 18-t€ V+s. I®c--f® GND IAUDI 1 +5V 1. IVp-p @r-f® MIX AUDIO r-___V'-'I"'DcoE.:cO __~0 "5 V+5V IDEO J ~I ... 0 r CHR -\0 GND r -® GNO ®t-l® S I TO M r--=-SE=:L~"IR,-= '*'j{-0: 5 ELI R - ®r-f® x SCK IR r--+-'-'-'------K~ IR I@r-j@ LD. H. SYNC @ TO I@t-j@ LD. V. SYNC I JACS 5Vp-p ~~X RESE"- ASS'Y Jl04 (-SCH - lffiI~f---j 63. 5IL S @ c ur-=r5Vp-p 1-----1 17.5mS ... - TO INTF ASS'Y CN306 (-...SCH-9) ) o ~------~ RGBB I~ __~ __ ~ __ ti _____ 10~IRGBBASSY ASSYI~ _~_~_ti_-_10 __ 59 1 1 I 2 I 3 I 4 I I • • • • • u This PCB connection diagram is viewed from the parts mounted side. This PCB connection diagram is viewed from the foil side. IpCB-71 1~-8:)91 TO JACS ASS'Y Y'22A 8:)AL OT A Jl05 corL A RGBB ASS'Y Y'88A 88c)TI ~sso OS24 ~sso OS25 OtS:)1 IcalO "'sso OS27 asso OS26 - TO INTF ASS'Y - Y'22A ,TIIII OT CN30S aOelll:) StS:)1 ICS12 ~tS:)1 ICS14 t tS:)1 ICS11 eOS:)1 ICS03 B B TO IN TF ASS' Y e08:)\ ICS09 Y'22A ,TIIII OT CN307 ICS13 er8:)1 ",Oelll:) osso OS20 esso OS29 OS22 ssao QS21 etao OS19 tSSO QS23 ee80 0833 eS80 ,- QS348180 Q818~e80 - ICS07 ",OS:)I QS35 ceSO .. TO~NTF ASS'Y Y'22A ,T VII OT CN306 aOelll:) ICSOS SOS:) 1 c c TO JACS ASS 'Y VCS01 tOS:)V Y' 22A 8:)Al.. OT Jf04 VRS04 ~oa~v ~OtL VRS06 aoa~v - ae80 OS36 - DNP1487-C O-"8~r9V1a o D 62 1 I 2 I 3 I 4 I 5 I 6 r CLD-A1DCI 1 2 I 3 I 4 5 I 6 5.11 PLYB, STBB, CLDB, MAIN, HEPB ASS'Y r------~ I MAl N ASS' Y +5V. I SCH-11 ------1 DVVG 1 :3 5 9 R~~6 1------+5\;------i A A PLYB ASS'Y : MEMORYr~f~E06) ') :~::x ~~;2 II DWG1350 I +5V ~ ~ ~Voutf---___--' ~ ~ I J1 1 +5V ~ G'\ID h I D201 rb 1'------H~)-_fpffi(03 ~ I I m ~------I L : (GREEN) PLAY@ LED Ie?) R1':K2 R103 ~ gi~~ 24ES------, I H EPB ASS' Y DWG 1 353 I A I PLA Y I is\. 1 00 " 1 t7>. r--=::------.. I U.------+lW "I 181 I JA501 I(U I u PLAY.G\ GND If?\. +5V I RKN1 002 : _____ S2:' ___ ~_~ ~ J, ~12004 R,,:~J R105 : nv~_-" r-...L~'1-"'-"TLJ--l___t-_k: ::~l ~~~,Ty - 0 I S 101 UlS--_-<-_V' 0V\c--____-t----, I T~ VR501 J204 I ~ I C571 VCS1 01 5-A 3 HPR (---SCH-B) ------1 ~ 1 Digital 100P C502 CHASSIS --- I (SW) m Memory I 100P CN501 +5V 91' ) R107 I C503 I POWER D301 STANO I I ~ Q102 220 I 0.1 I (GR~~N) 9 (R~6) i p06'~R8 Ri~i 7.7 DTC124ES S1~~O-E-T---'y'I,CI'v-10-2-- PL YB ASSY, STBB ASSY, PL YB ASSY, STBB ASSY, I SCH .. ll ICLDB ASSY, MAIN ASSY, CLDB ASSY, MAIN ASSY, SCH-ll HEPB ASSY HEPB ASSY .... 63 ---..... _--...... - ...... _--_ , 1 I 2 I 3 I 4 I • 4 b -- • • • • CLD-Al00 This PCB connection diagram is viewed from the parts mounted side. This PCB connection diagram is viewed from the foil side. IpCB-al la-8J91 TO INTF ASS 'Y Y' 22A ,TII1I OT A CN304 ~Oell1~ A CLOB ASS'Y Y'22A 8GJJ - - B B 0103 0102 0104 0105 0101 roro aoto ~oro SOtO eOtO - STBB ASS'Y Y'22A 88T2 C PLYB ASS'Y Y' 22A 8YJCf c HEPB ASS'Y Y'22A 8Cf3H - - TO CONT ASS 'Y ~---t 1--_... Y'22A T1I10~ OT J204 ~OSlJ D VR501 toa~v o DNP1489-C 66 1 I 2 I 3 I 4 I 5 I 6 eLD-Al0C 6. PCB PARTS LIST Mark ~N~o~. ____ ~D~e~s~c~ri~p~ti~o~n~ ______:P~a=r~ts~N~o~. ______Mark ~N~o~. ____ ~D~e~s~c~ri~p~ti~o~n ______oP~a~r~ts~N~o~. ______Q407,Q455 DTA124ES INTF ASSY NOTES: Q408,Q456 DTC124ES • Parts marked by "NSP" are generally unavailahle hecause they are not in our Master Spare Parts List. D405-D410 1 SS254 SEMICONDUCTORS • The &. mark found on some component ports indicates the importance of the sa;ety foetor ofthe part. TherejiJre, when replacing, be sure to D401-D404 MTZ6.2B/C IC311 CXD2500BQ use parts of identical designation. IC302 MBM27C512P (ROM) DYW1319 • Parts marked by " @" are not always kept in stock. Their delivery time may he longer than usual or they may be unavailable. COILS, FILTERS IC308 HD74HCOOFP • When ordering resistors, first convert resistance values into code form as shown in the following examples. L201 LFA100J IC307 HD74HC10FP Ex.l When there are 2 effictive digits (any digit aport from 0), such as 560 ohm and 47k ohm (tolerance is shown by J = 5%, and K = [C312 HD74HC157FP 10%). CAPACITORS 5600 56 XlO' -+ 56l ...... RDl/8PM[illIjJ C204,C205 CCCCH300J50 IC317 HD74HC4053FP C485 CEALNP2R2M35 IC303 HD74HC573FP 47kO 47 XlO' -+ 473 ...... RD l/4PS 1417131J C443 CEANP100M16 lC306 HD74HC74FP OR5 ...... O.S!,), RN2H iQ]ilf]K C491 CEANP330M16 IC313 LC7883KM 10 010 ...... RSI P IQJI]Q]K C411 CEANP4R7M35 IC318 M51l31L Ex. 2 When there are 3 effi:ctive digits (such as in high precision metal film resistors). C403,C406-C408 CEAS]OOM50 IC314,1C315 NJM4558M IC320 5.62kQ-+ 562 XlOJ -+ 5621 ...... RNl!4PC~F C201 CEAS101MIO NJM78L05A C404 CEAS220M50 IC310 PST529C C484 CEAS331 M16 IC316 TC74HCU04AF Mark ~N~o~. ____ =D~e~s~c~riLP~ti~o~n~ ______:P~a=r~t~s~N~o~. ______Mark ~N~o~. ____ =D~e~s~c~ri~p~ti~o~n ______:P~a~r~ts~N~o~. ______C40I,C41O CEAS470MI6 IC301 UPD78237GC-3B9 GGCI026 LIST OF ASSEMBLIES RESISTORS C439 -C442,C469 CEJAlOOM16 Q305,Q308 2SC2412K RI03,R106,R112,R113 RDl/6PMIOIJ C450,C451,C458,C459, CEJAI01MlO Q302,Q306,Q307 DTAl44ES NSP KEIHASSY DWM1343 RI02,RI05,RllO,RlI1 RDI /6PM1 03J C462,C463,C482,C483 Q30l DTCI14ES RI04,Rl 07,RI08,R114-Rl17 Q310 NSP ~ MAIN ASSY OWGI359 RDl/6PM221J C409 CEJA470MI6 DTC124EK NSP PLYB ASSY DWG1360 RlOl,R109 ROI/6PM391J C405 CEJA4R7M50 D302,D303,D305,D306 DAN202K NSP STBB ASSY DWGI361 NSP CLDB ASSY DWG1362 OTHER C444-C446 CEJANPIOOMI6 D307 ERA83-006 NSP HEPB ASSY DWG1363 CNIOl AMP Connector (l4P) 6-176927-4 C460,C461 CEJANP220MIO D301 FC54M Cable Holder (3P) 51048-0300 C412 CEJANP4R7M35 NSP CaNT ASSY DWM1342 Remote sensor GPIU58X C456,C457 CFTXA 102150 COILS, FILTERS t= CaNT ASSY DWGl367 C452,C453 CFTXA 152150 L305 LAUOlOK NSP PWSW ASSY DWGI368 L320 LFAO]()J PLYB ASSY C464 CFTXA393J50 L308-L310 LFA2R2J INTF ASSY OWMI341 C454,C455 CFTXA682J50 F30l-F303 DTHl157 SYPS ASSY DWRl156 SEMICONDUCTORS C202,C402,C470,C492.C493 CKCYF473Z50 D201 SEL3410ELC05 C448,C449 CKPUYB681 K50 CAPACITORS NSP VIDEO ASSY DWM1340 C203 CKPUYFI03Z25 C510 CCSQCHIOOD50 L. VIDEO ASSY DWVl132 SWITCHS C404-C411,C462,C463 CCSQCHl 01 J50 NSP lACB ASSY DWXI349 S201 RSG1030 C438 CCSQCHI20J50 RESISTORS C439 CCSQCH360J50 NSP MACB ASSY DWMI344 All resistors RD1/6PMDDDJ C418 CEALIOOMI6 NSP DWG1354 FG ASSY STBB ASSY NSP ~ PKSB ASSY DWGI355 OTHER C453 CCSQCH220J50 NSP CAMB ASSY DWGI356 SEMICONDUCTORS CN20S -CN207 JE Connector plug 17PS-JE C401.C416,C433 CEALI 01 M6R3 NSP LOSB ASSY DWGI357 D30J GL3ED8 Cable holder (3P) 51048 -0300 C520 CEAL470M10 NSP LOMB ASSY DWGI358 Cable holder (SP) 51048-0800 C444,C446,C448,C4S1 CEAL470M6R3 OTHER 1204 Flat cable (3P) D20PYY0360E C428 CEALNPR47MSO RGBB ASSY DWMI346 Cable Holder (3P) 51048-0300 1201 Flat cable (10P) D20PYYI025E FTSB ASSY DWSll91 C436 CEANPR47MSO 1202,1203 Flat cable (l4P) D20PYY1425E C466,C467,C501 CEASIOOM16 CLDB ASSY J211 Flat cord (SP) DDDI075 C705 -C707.C710,C711 CEASIOIM6R3 MAIN ASSY J210 Flat cord (lOP) DDDI076 C473 CEAS220M25 SEMICONDUCTORS J209,1212 Flat cord (14P) DDD10n C427,C441 CEAS221 M6R3 SEMICONDUCTORS D401,D402 SEL34IOELC05 Screw terminal VNEI856 Q10l-QI05 DTC124ES C560,C709 CEAS331 M6R3 Dl02,D103 SEL4914DLC05 SWITCHS XI OJ Ceramic resonator (9.00MHz) VSSI040 C442,C454,C470 CEAS470MI0 DIOI SEL621 0 SLCOS 3401,3402 RSGI030 C492 CEAS471 M6R3 C469 CEJA220Ml6 SWITCHS PWSW ASSY C468 CEJA470MIO SIOJ.SI02 RSGI030 CONT ASSY SWITCHS C420 CEJA4R7M50 CAPACITORS SEMICONDUCTORS SIOJ DSGI042 C701-C704 CGCYX104M25 C103 CEJA470MIO lC352 M51131L C434 CKSQYB152K50 C102 CKCYFI03Z50 IC408 - IC411 ,IC453 NJM4558D C419 CKSQYFI02Z50 CIOl CKCYF223Z50 IC20J PD0!78C C431,C440,C445,C452,C455,C464 CK SQYFI 03Z50 C105 CKCYF473Z50 Q453,Q454 2SC1740S CI04 CKPUYF223Z25 Q405,Q406 2S02144S 67 68 CLO-Al00 Mark No. Oescril;1:tlon Parts No. Mark No. Description Parts No. C402.C413.C426.C429.C4)0,C4)5.C443. CKSQYFI04ZS0 VIDEO ASSY C441.C449.C450.C458.C498 C403.C412.C414,C4 \ S,C417 ,C421.C425. CKSQYF223ZSO SEMICONDUCTORS C437,C456,C457.C460.C493 - C497. le81.'1 BAI0393N e,,,, le80l BAI521 SN C432,C459 CKSQYF473Z50 le I CAOOO2AM le666 HD74HC22IP em CQMA223J50 IC603 MB4m68P C49\ (1200, 6.3V) DC H1(t1iS lC6(1.:5 MB 40778 RESISTORS 1001 MC\41621FU R39H (22K,l W) RA3T2 23J 1C901 MM1109XS .40' (21K,lW) RA6T223J le6O< MN4700 R404 (220K) RA6T224J IC602 MN4760S R397.R400(22K.l/10W) RA8T2 23J DIller rcsiSl0rs RS1{10 SODOJ IC607,IC609 NJM082S IC6] 1 NJM4558D OTHER IC6]2 NJM4558S CN301 - CN303 JE Connc<: lor Soc kCI 17R - IE le606 PA401 6 CNJ04 AM P Conncc,or (I4P) 6 - 176746- 4 [C401 PA50i3A CN310 KR Connector B2B - PH - K eN3!] SP Top posl ( NH) B5P- SHF IC601 POBOll CN309 Half PilCh CoorlCClor (1 20P) DKN1097 lC608.IC81'.ICII18 TC4S66F IC403.IC816 TC4W53F Cable .lo1der (6P) 51048-0600 IC804 TC5081 AP 1305 Fl al cable (6P) 020PYY0620E IC820 T(74HCI23AP Earlh plate DNFI446 Ie Socket (2SP) VKH 1001 IC802 TC74HC40BAP X301 Ceramic resonator (1 2.00MHz) OSSI039 IC613 T(1WU04F IC610 VTX1001 X302 Crystal oscillator (16Mllz) VSSI051 Q21 1.Q2IS.Q301.0303.0305.0314. 2SAI037K Q417.Q43O.Q43 1.Q605.06I8.0621. Q631.Q644.Q645.0701.0103.QII1 3. SYPS ASSY Q823.0902 SEMICONDUCTORS 0626.0628.0633 2SA933S ICI01.IC102 ICP - NI5 Q312 2SBI 237X IC201 lCP -N25 0625.0627 2SC1740S IC202.IC301 ICP - N50 IC203 UPC I093J Ql.Q2.0209.Q210.Q212.Q216.Q217. 2SC2412K Q301 2SA1015 Q219.Q302.Q306.Q31'.Q40I.Q402. Q406.0409.0424.Q432.Q601 - Q603. Q201.0302 25A1307 0606.Q601.0610.Q611.Q615.06I6. Ql0l.Q102 25Bll 115 O622.0624.0630.0636.0643.Q102. Q202 2SC1!115 0814.Q815.0821,Q822.Q9I X).Q901.Q 69 CLO-Al0C Mark No. Oescrl~tlon Parts No. Mark No. Description Parts No. L201-L204.L301.L305,L306. LAU220J C626 CEAL220M16 LA04.L405,L417,L602,L612, C90' CEAL470M6R3 L6I' C637,C811 CEANP010M50 L3.L303,L608 LAU270J C619,C664 CEANP4R7M35 C66' CEANPR47M50 1.610.1.613.L617,L618.1.620 LAU2 R2M L403,L633 LAU330J C435,C688.C910 CEArolOM50 LA11.L426,LA28,L603,L605 LAU390J C462,C653 CEASlOOM50 L622 LAUJR3J 0,C218,C219,C234,C235,C254, CEAS10lMl0 \A09 LAU430J C255,C310,C313,C315,C316.C320. C327,C602,C60II,C634.C642,C655, LA27.L604 LAU470J C678,C679.C681.C682.C685.C687. LI ,L2,L408,L41 6 LAU560J C689,C700,C709 IAOI LA U5 R6J lAlO LAU620J CM8 CEAS220M16 L304,L634 LFA220J C668 CEAS220M25 e323 CEAS221 M6R3 lAI' LFA561J C908 CEA S3R3M50 F2 (2.3MHz) VTF1048 FI (2.8MHr.) VTFI049 C3,CI2.CI7,C417.C426.C428.C434. CEAS470Ml0 C455.C456.C461.c472.C490.C492, CAPACITORS C64I.C658.C660.C663.C680.C713. YC901 VCM1005 022,C825,C885,C891 C605 CCCCH18 1J50 C332.C334.C464.C607.C913 CEAS471 M6R3 C604 CCCCH221 J50 C726 CCCSL33 1J50 CI6 CfJAlOOM16 C622 CCPUSL560J50 C819,C821 CfJAIOIMIO Cl4 CfJANP010M50 C514.C616 CCWCH03OC50 C23 CfJAR47M50 C41 1.C512.C516.C615,C617, CCWCH05OC50 C431,C625,C666 CFTXA 103 J50 C683,C6114 C226,C242 CCWCH06OD50 C15,C458 CfTXA 104J50 C302,C440 CCWCH070D50 C886 CfTXA 124J50 C826 CfTXA222J50 030,C731 CCWCH080D50 C618 CfTXA223J50 C409.C436,C817 CCWCHI00D50 Cl0,C20 CfTXA224J50 C477 CCSQGl 101 J50 C303,C305,C422 CCSQCH120J50 C469,C667,C674,C676 CFTXA473J50 C222,C238,C488,C517,C611, CCSQCHI50J50 C459,C460,006,042 CfTXA683J50 C883 C480,C649,OI5,023 CfTYA 184J50 C621 CKCYB 102 K50 C301,C407.C468.C475,C476 CCSQCHI51 J50 eno CKCYF473Z50 C511,C614,C790 CCSQCH180J50 C900 CCSQCHI8IJ50 C901 CKPUYB101K50 C418,C419 CCSQCH200J50 C650 CKPUYB 181 K50 C632 CKPUYB331 K50 C224,C227,C240,C243,C736 CCSQCH22OJ50 C467,C471 CKPUYB910 K50 C2,C40K,C466,C495 CCSQCH221J50 C441,012 CKPUYF103Z25 C437,C708 CCSQCH270J50 C442 CCSQCH27 1J50 C331 ,C333,(51 8,C519.C609,C61 0 CKSQYB102K50 C410,C432 CCSQCH330J50 C644,C645,C197 CKSQYB222K50 C907 CKSQYB392K50 C304,C306,C424,C439,C463 CCSQCH390J50 C324 C KSQYB472K50 C223.C239,C405,C406,C412. CCSQCH470J50 C911 CKSQYB682K50 C420.C438,C453,C612,C613 C225,C241,(513,C515 CCSQCH560J50 C5,C217,C220,C233,C236.C253. C K SQYFI 03Z50 CI.C4 CCSQCH910J50 C256,C314,C317,C321,C326,C335, C415,C416,C421 ,C423,C425,C433, C9l\6,C9\)9 CCSQSL561 J50 C443,C454,C457 ,C465,C473,C4 74, C903.C904 CCSQSL681 J50 C 489,C491 ,C623,((124,C629,C630, C620,C707 CEAL010M50 C640,C646.C65I,C654,C659,C661. C914, C922 CEA L10lM6R3 C672,C673 ,C686,C691 ,C694,C697. 002,014,C72I,C191,(794,C795. C8 12,CK 13,C818,C820,C858,(882. C884.C887,C902,C912 70 CLC-AICC Mark No. Descri~ti on Parts No. Mark No. Description P.rts No. C6.CIJ.ClS.C3 11.C 3 r 2.C32~.C328. C KSQYF1 04Z25 JACB ASSY 029.C34O,C63I1,C657,016,C720, C745.C799.C802,C80) ,C881 COilS, FILTERS C307 CK SQYF223Z.~O L101 LAU1011 C24,C725.C737- 04O,092.C793 CKSQYF473Z25 CAPACITORS C627.C633,C669,033 CQMA102J50 CI06.CI07 CC!QCHIOI JSO <921 CQMA124J50 e l O1 CEAS221 M6R3 0892 CQMA222J50 Cill CKSQYF103Z50 C429 CQMA272J50 CI02,CI04,CI05,CII] CKSQYFI04Z25 C71), CQMA332J50 RESISTORS Cll.e22 CQMA393J50 RlOt,RI Ql RDI ,II5 PM 750J CS.C9,CI9,C21,C635 CQMA472J50 Other resistors RSI /IOSO[[]J C670 CQMA682J50 C6<)6 CQMA821J50 OTHER JAI Ol Pin jack (4P) DK81038 JA IOI Optical output module GPIF32T RESISTORS JA1 04 Pin jack (Video) VKB - 0l4 VR4112 (UK ) VRTB6VS222 JAIOl Pin jack (RF) V K BI029 VR802, VR808 (22k) VRTB6VS223 JAIOS Mini jack (2P) VKN - 183 VR201, VR202 VRTB6VS332 VRS2 1, VR807 (4.7K) VRTB6VS472 Cable Ho lder O P) SI048 - 03oo VR401 VRTG6VS221 Shield plate DNHI842 R8,R9,R617, R619,R663 RDII6PM102J R67] ,R779,R796 RDl 16 PM1 03J FG ASSY R7S9,R845 RD] I6 PM1 04J R623 RDl16PM124J SEMICONDUCTORS R7{)J - R711 RDl 16PM I81 J 01 GP] S51 V R6 20 RDlI6PM22OJ OTHER R471.R743 RDI 16PM 2211 64 HOUSING ASS'Y VKP1950 R4B.R602.R747 RDI I6PM2221 R60I .R828 RDl I6PM3321 R317, R728,R925 RDI I6PM 472J PKSB ASSY R638 RDI16PM 4731 SWiTCHS 0 "" RDI16 PM6801 54." DS(jl 01 5 RI,R606. R61 2 RDII6PM681 1 1011 ROl I6 PM6821 OTHER R68K RDI /6 PM!l 22J 72 HOUSING ASS'Y VKPI 951 R45() RDI 16PM9111 R699,R70l RNI16PQl OO2 F CAMB ASSY R413 RNl16PQ1 203F R833 RNl16PQI 801 F SEMICONDUCTORS R429 RNlI6PQ2002F Q IO 2SC1740S R83 1 R N] I6PQ220l F CAPACITORS R698,R700 RN l16PQ2202F C 12.C13 CEAS220M25 R405,R406 RN1 /6PQ2402F C IO.C I I C KCYFI03Z50 R835 RNI /6PQ4701F R412 R N1/6PQ~IOlF RESISTORS 010 RDI 16 PMI 821 Other rcsiSlO1ll RSI/l osDDDJ Oil RD1 /6 PM 470J OTHER OTHER TC401 Ceramic Trimmer VCM -006 CN.... Conooctor B3B - PH - K -S HO USING ASS' Y(2P) OKP2626 CN402 ConllOClor 8 3B-PH - K - R X602 Crystal resonator (i ltl MH1.) OSSI0 35 CN403 Connector (23 P) HLEM23R - 1 X601 Crysta l resonato r (14.3 18 MH1.) VSSI044 CN401 Connector (23 P) VKNI073 PCB Binder VEFI040 HOUSING ASS' Y DKP2783 71 CLC-AIOO Mark oN~o~. __~ O~.~s~c~'~I~t~lo~nL-______!p~.~'~ts~N~O~. _____ Mark "N~o~. ____~ O~.~sc~'rnl ~t~lo~n"-______p~a'~t~s~N~O~. ______LOSB ASSY C885 CEALlOlM610 C1\68. C870 CE,\L470M6R3 SWITCHS Ooj52 CEANPQ IHM51 1 SI -S3 D S(lI()l S C8113 CEASOIOM50 CSOS.ClII I CEAS221 M6 R) LOMB ASSY C804.CS42.Cl!48 CEA$3)I t-. I61t) 0130.CII31.CII 34.C840.0\55 - C 1I57 CEJAOIO M50 CAPACITORS CtlO1 - CR O) CEJAI 01 M IO C\ CGCYX473 M25 CII27 CEJANI'{)IOM51 1 C822.CII211 .CII2Y.C841.C843. CK SQYI'I03Z5() HEPB ASSY C853,C854,ClI59 - O h'l2.C867, C869.C900 COILS, FilTERS C807.C810.CII47.CII51 CKSQY FI O-lZ25 F30 1- F30) VH I101 6 C833.C8111 .Cllll ti CKSQY I'473Z .~O C823 CQMAI12J511 CAPACITORS C503 CGCYXI ()4M25 RESISTORS C501.C502 C KPUYBlOl KSO VRII06 (I K) VRTB6VSI02 VRK04 (10 K) VRTB6 VSIO) RESISTORS R938 ( inK) RA6T 103J V R501 (U.5K) VCS101S RK61 ROlftl PM IU2J R927 RI>l /6PM470J OTHER CN.'iOl Jalll pcr COrlfICClO r (2 MMP) 52 151 - 0310 OIlier r ~s i S l o rs RS I/I OSODDJ JAS01 ~ Ic ~ dpho nc Jac k RK NHKJ2 JI3 Flal cable (6P) D 21lPWW062SE OTHER JI \ F I ~l cable (4P) D2()PWY04 I SE Cable Holder (SI') 5 t1)48-OS00 JI2 Flal cable (Jp) D2UPY V031fJE Cable Holde r (l2P) 51().UI-I200 JI03 Flal cord (l5P) D2U PYY I 51 01 ~ RGBB ASSY XIIUI Cryslal oscilla1or PSSt()1 2 (3.S79545MH/.) SEMICONDUCTORS OLIIOI Dd ~t y line PTFI 01 3 ICX08 HA 7230L S ICliO) •• D74HC221 FP PC B Binder VEFI (}.t() lCK I3 MC I4577BP IC807 t>D0093A IC814 TC4W53F FTSB ASSY IC809- IC8 12 TC74 HC4(l53AF SEMICONDUCTORS Q II 20.0824.0827.Ql:(B 2SAI037K ICS02 I\AI 52 1SN Q~34. Q8 35 2SCl740 5 ICS01 CXAIOlI I S QKl II. ORl Q.QK 2~. Q~ 26 .Q K 2 9 2SC2412K ICII IO.IC III I ICI' - NlO 0 821.0 1122 2SC2458 ICK04 LAMlO IC50\ NJM072L QII23 2SK30AT M DII01 ISSI.BX ICS03 I'M3003A IC805 TC4 W53F COilS, FilTEAS Q I 05.QI 06.QII06.QSOH.QII1 2. 2 SA 1037K LSO! LAUO IOK QII19.QK32.Q836 Ul07 LA UHX1J Q503 l SAI]91J U< IO LAU220 ) U CI\24,C83 1\ .0I39,CIl66 CCSQCHJ3(lJ5Il e835 CCSQCH6XOJ50 e 832 CCSQCHH 20J51) 72 CLC-Al00 Mark "N~o~. __~ D~e~sc~r~l~t~lo~n,-______,P~a~r~ts~N~o~. _____ Mark N~o~. __~ D~e~sc~r~lp~t~lo~n,-______,P~a~rt~s,-"N~O~. _____ COilS, FILTERS C502 CQMA333JSO L801.L803 LAUI.~I J C1I911 CQMA472JSO LS02 LAUIIII J C825 CQMA682J50 CAPACITORS RESISTORS CS37.0171 CCCSLBI JSO VR60),VR609 (10K) VRTB6VS103 CII 17 CC9:,)CH05OC50 VR620 (15K) VRTB6VSI 53 OW5 CC9:,)CHI OOmO VR6Ql,VR60S,V R606.V R61 1 (2.2K) VRTB 6VS222 all o.alll.cs22 CC9:,)CHIO I JSO VR604 (4.7K) VRT86VS472 0I06.C812,CSIS CCSQCH270JSO VR610 VRTB6VS473 0!04.C890.CS91.C893 CCSQO l470JSO R913 RDl I6PMI01J C809.C813 CCSQCH680JSO R962 RDI I6PMI 02J 0<18 CCSQSLA71JSll R923 RDl l6PMl mJ 0<19 CCSQSL56IJ50 R9 17 RDI 16PMl 23J C808,C823 CEAL01()M50 R507 ROl16PM225J C." CEAlA70M1 6 R402.R406 RO I/6PM33 1J C~14.C845 CEANP010MSO RS28.RS29.R976 R01/6PM470J 0'" CEANP100MI6 R841 ,R910- R912 R0116PM563J 0150 CEANP2R2MSlI R934 ROI }6PM 6lI1 J 0170 CEANP470Ml 0 R8S0.R862 (3.3) RSI LM F3 R3J 0166 CEAN PR47M50 Olhcr rcsi:'lIors RSI/lUS[][J[JJ OlIO C EA~IUMSO 0164 C EAS100MSO OTHER CSI2 CEAS101Ml0 CNII07 Top post ( liP) Bll P- SHF - IAA C~ I tCII76.C877 CEAS220M50 e NII!!6 Connector H1H- F'H - K e NIIO) Connector (23 P) VKN lO13 C40S,C406.C857.C859 CEAS221 Ml0 J801 Flat cable (1 1 P) OWPYY11 3OG C401,C402,C941.C942 CEAS221MI 6 C897 CEA S470M l 0 PC8 Binder VEFI040 C550,CS51 CEAS470MI6 08"" CEHAQ010M50 C83S,CII)6 C EHAQ220MSO 0155 CEJA IOO MSO CS42,CII6) C EJA NP100Ml6 C849.a173 C FTXAlmJSO CSH4.CSOS.C!132,C838.C874 C FTXAI04J50 CliO? C""1'XA 124J50 C843 CI-'XA223 J50 ClI27.CII48.C867 CFTXA333J5 0 CII69.C910 CFTXA473 J50 CS47.CII611 C FfXMlIUJSO CFfXAII23 JSO "'''O!S2.C900 CfTYA224JSO C403,C404.C407.C408 CGCYX473 M2S 01" C KPUY8112 1 KSO CS13 C K SQY8l OlKSO CII79 C K SQYB562KSO OOI.CS03.CSl l.C801 -C80)' C K SQY FI mZ50 CII24.ClI211.CII29, ClI75 C5 10.CIISI.CIISII,CII60, CK SQ YFI 04ZlS CIIIIO - C8!!2 caOS,CII20,CII711 C KSQYF473Z2S C931 C KSQYF473ZSO 0839 CQMAI02J50 013< CQMAIS2JSO 0899 CQMAl72JSO CQM A332 J50 73 CLC-Al00 7. ADJUSTMENTS 7.1 TEST MODE I) Tcst mode: startup With the CONT assembly's ICZOI (PooI 7!!) pinZ5 (SHAKE) connect 10 GND, turn ON the power switch 10 slart up the test mode. Use a screwdriver 10 sho rt circuit the Iwo points on the copper pauem side shown in Fi g.l and lum ON the power switch. This will make the operation easier. or, tum ON the power switch and the n press the ESC key and TEST key (in this ord er) on th e lest mode remotc controller (GGFI067). Short circuit here 2) Cance lin g the test mode Tum orr th e power switch. 3) Functions and key opel"J li ons during the lest mode CONT ASS 'Y Note : For keys which are not on th e player or on the remOTe controller, use the lest mode remote oonUQll er(GGF1067) . Fig. 1 • Key operation in the Test mode Play" Status Key Operation Funcllon R, m.r1I s Tray Opcn ,.../ ... SKIP • : Sh,ft.1hc: Ir~y on I,,",elosed d"';';lIon and .Iso ra"", Ihc ' um I:Ible .. bile PfUS"'g (Rcfer lONoII> I) ,lie key. : Sh,f.. Ihc ,ray ;n ,lie open dll'ttllOrl ' '''' • "'10 10 .... " ,lit ' ufn IOblc ,.hole prnSlng ' hr key. TrlY Open • PLAY C!:amps Clamp • PLAY Tum, ,I!,: dl'" IJ""" ~ h TR K Se"", OFF TRK_ OFF TRK S." o Opcn • PLAY TR K So"o ON TItK_ ON TILT Neulro l • MULTI-SPEED TILl SO''l' ON T- O: 0 ' TILTON _ MUL TI ·SI'£ED TILT No"" , 1 T- O: , TI LT NtultilllJ< ON !'f1 / ~ '" SKIP S elLm~ T ilT Se"o 10 OFF. Can f Clamp ../ » SCAN Can forte Ihc 'll\kr ~l rno"" S _ l O S - CDV I S _ CO S - I:-I ",' II PAUSE SUl! ,m, ",' • SIOI' '" • ""'" Gill ""'"$(,,,, 10 SEARCH L.t-.>d Addrus '''fIII' mode. "~ !) Dc"!:"'I1CS1hc SEARC I IIe~dadd'H S tlIllJUMh [QJ l00 koysOlO9 Pr< _,, ~..,ClEAR I1:J kcylf,l>cdc"¥,,,,,,,,, !} "kln;" I> In,:orl. NOIe I : Puss SKIP ( lil l i'll ) Ke ys .fler 100 It.y .. "" 10 <>pcn ""'" by prc." mg O!><" ( ~ ) key. lIc<:ausc. in 1lii y optn ' 1-01 • . pressing PLAY ( . ) ke )' ausc< II"' iel ", TilT .,~ , u-ol " .Ie ~r> 7 4 CLC-AICC • PLAYER OPERATION IN THE TEST MODE Operate the player by selecting a test mode function with the keys on the player or on the remote control unit CD PLAYBACK • LD PLAYBACK <1'> Press the PLAY ( .. ) key once. ® Press the PLAY ( .. ) key once. (Twin gear starts to (Twin gear starts to move.) move.) ® Place the LD disc on the turn table and press the PLAY ( .... ) key once to clamp the disc. Jo--!--Twin gear i£ Press the I <4-l1lI ) or I .... ) keys to appear ct5F~=~~ • • "S-LD" on the TV screen display. DOOOO Cam plale Fig.4 T·a,N TRI(·OFF - ® Press the I ..... I or I ..... 1 keysloappear"S-CO" on the TV screen display. hlOOEOO:OO 00000 I(·FF TV screen display M·' ,.,.co - ® Press the PLA Y ( .... ) key twice. disc will be normally playbacked. Mooeoooo 00000 TV screen display @ Press the PLAY (II- ) key twice, disc will be nannally piaybacked. 75 CLC-Al00 7.2 TOOLS REQUIRED FOR ADJUSTMENTS • Tools Required · CD test disc (STD-901 or SfD - 902) · AF oscilla lOr · LD test disc (GGVlOO3) · Frequency counter · Medium-s ize blade screwdriver · Digital voltmeter · Small bl ade screwdriver · Monitor TV · Hexagonal wrench (with handle, 3mm sides) · Low - pass filter · Resistors (10k ohm X 2.47k ohm X I ) · Adjuslnlenl ROM canridgc (GGFI244) · Two-image oscilloscope (with delay) 7.3 ADJUSTMENT ROM CARTRIDGE (GGF1244) • Adjustment ROM canridge operation Use the adjustment ROM canridge as follows: 1. Tum OFF the CLD - AI 00 power s witch. 2. Attach the PAC - NIO, ROM canridge. and CPO-Nt 10 the CLD - A1OQ. Tum ON Ihe power switch. The initial display will appear. The keys of Ihe CPO - N I will also have Ihe following functions : STILL , ....;.,.j---4- STO_T~AY OPEN 'iftv~Ml'+~c)~))'~' -i--t--+-LD/CO OISC PLAY NO EFFECT (CROSS KEY) " _~~==~======~~~;;;;;;;;;;~~~_ SWITCH SCReEN 1\~6 FUNCT!ONS OF CPD- Nl KEYS WHEN THE ADJUSTMENT ~OM CA~T~!DGE !S USED. ~ LD PLAYBACK SC~EEN ~~~~t~£~~!~I~l CADJUSTMENTARTR! DeE SCREE RUAN Note : TIlis is used in "7. 6 RGBB ASSEMBLY 1J (COLOR B AR) ~ ADJUSTMEN1"' : f.-LD PLA VBACK SCREEN L. RGB encoder otHpul Level adjuslmenl !N!T!"'L SCREEN 3. APC adjuslmem 3. With the ini[ ial dis play on, press [he CPO - Nl 's SELECT key. Display A will appear. Press the RUN key [0 switch between display B. LD PLAYBACK SCREEN CD _ _ PLAYBACI( ....,...lTE 100" (LD Pl.AVBACK) SCREEN NOIC : This i .~ used in "1.5 VIDEO A SSEMBLY ADJUSTM EN T. SCRE EN A SCREE N B (W I THOUT Lo.MiNANCE MCOE) 1. BRIGHTNESS KEY ADJUSTMENT: ' 76 CLC-AIDD 7.4 ADJUSTMENTS OF PICKUP ASSY AND FTSB ASSY 1------1 l<.n : TRI( ERR ®e---+-' ';;;'I---"i--~() Xc!. • NOTES FOR CENTERING ADJ USTMENT I I O.Ol.-FI !....- ______I Usc the low - pass filte~ below in the coar5e centering o VRGOI VR60'3 adjustment 3. and fine ce ntering adjusllTleni 7. when the SIN 10kn ,------, m , , VRGI! 0 of the wavdonn. is heard to observe. 0 I o Vel> 0 ,~ o I 1 I I 00 V"&O, m A ® I I I J;O . 0027"F, o VRi;OS '- ______1 VR60G VR604 IC803 • RACK ASSEMBLY DURING CENTERING ADJUST Tvrn •• ble '$sembly o VRG20 o MENT Me cl>.nllm I toppe' $1 ider ~ " ... f~ 0 • .... the adjustmenT ranli/8 01 both !he TAN and oontaring adiust· VRG10 CN8Di o ~ men! .erews it only:t9O" from the center, do not tum the s.erews The S-IN position (without hilting the mechanism stopper) beyond this range. of Ihe rack assembly during centering adjustment is ind i cated below. "'~~' , ...... - 2 m", J~l FT SB ASS'Y Adjustment diagram Ihe" assembly TILT base seclion ADJUSTMENT TABLE Adjustment n ...... Adjustment polnt .... "'""9 equlJllMlltWid ~ g . M ...... ement point Player condition AdJustmllnt procedura Waveform lind connection dlag."" .., • Power ON .. Check il lhe ~ II in(licabOn on the Tesl mode saeen is al T ~ 6 1O T ~ 8. ~, " . HI()ff,et FTSB assembly Till indication on Tesl mode ". 1 TVmonilOr · Teslmoda 2. 11 the hlt indiea~on Is not al T ~ 6 10 T ~ 8. adjust VR610 un~1 the ~ It " M1 . .. _ 'O ..... _ ....,lhollgu .. Checlt and Ad;"$Imeru VA610 ...... 1 . .. ..-_--.. ~- • Oisc not installed i nd i ca ~on reaches T ~ 6 10 T ~ 8. Cheek the 001 marlling on the ~I I 5811501" and turn VA620 below. • Power ON Rod " lI,II"n fI.JIly clock wise FTSB assembly 2 Ht servo Gain ad;"stment - - • Teslmoda Noo "'middle po$ition VR620 · Disc nol installed Bw. ··turn lu l y counter dock wise SeO";.~~ Sensor stay of ~ It sensor · Tesl mode · Oscilloscope , . :IOOmW Adju.lmenl nlm. Adju l tment point MNauring ~ulpment and Jigi M... uremenl point Player oondltlon Adjullmenl procedure W..... form and connection diagram • Test mode , , lOOmVI ..... TRK servo OFF """'\tId.. ~ ~ - Tilt base CN807 Ti ll servo ON CN807 Gl · Oscilloscope Perform fine centering adjustment by foll owing the same procedure as in (10" • 7 Fine centering adjustment Centeri ng adjustmen t X : in (TRK SUM) SID - 902 which does not come ,", ,0 , , in contact with the mechanical ,~ 2=-1 '<9 L2?!:J ,,0 " stopper. • Test mode TRK servo ON 1. Search lor address 115 01 GaVt 003 and still the address. Crosstalk check and Till FTSB assembly · TV mo nitor Crosstalk check screen Tilt servo ON 2. Check the crosslalk. 11 the crosstalk is pronounced, adjust VRS' a until the onset adjustment VR610 · GGVtOO3 • GGV1003 crosstalk is nOl noticeable. • #\15 STILL / ~~ I I -- When the crosstalk is stil l noticeable in spite of the adjustmenl in (8), use a he ~ a90nal wrench dri\l8r (straight type, size : 3 mm) to adjust the TAN adjustment scraw o 0 on the bottom side of the player through the GGVI 003 '-115 STILL screen. Aft_ards, periOfm the adjustment procedures from (7). l 11 1 ~:~-",,,,,--r,,,, 0 .. 0 .-- •• ~ · Test mode 1. Connect the CHI of oscilloscope to CN807 - 3Pin and check the RF " FCS Balance adjustment FTSB assembly · Oscilloscope CNB07 aPin (RF) TRK servo ON waveform during TRKG servo is ON. • (3) RF level MAX. VR606 , GGVlOO3 ~" Ti lt servo ON 2. Adjust VA60S so that the RF waveform become MAX. W#~\NM I · Test mode I. Search lor address 15,000 of GGVI003 and still the address. • Oscilloscope CN807 TRK servo ON 2. Xch Connect the resistor (47 kO) to the channel and conneCllO FCS IN CN807 FC S servo loop gain FTSB assembly · GGVI003 iii'K~ "0'1. y X :ct:f>in(FCSIN) Tilt servo ON Ych Connect to FCS ERR. adjustment VA604 , AF Oscill ator ~". 0 --~ 61 y- Y : ®=,in (FCS ERR) • GGVI003 3. Connect the AF oscillator between Xch and the 47 kO resistor, and adjust l.1"" . ' t . Xch : Connect the 47 k!l resistor to channel and connect to TRK IN. Ych : Connect to TRK ERR. · Test mode , Oscill oscope 2. Conr.ect the AF oscillator between Xch and the 47 kO resJstor and note the CN807 Stop mode or TRK servo ON TRK servo loop gain FTSB assembly , GGVI003 ti lt angle against the horizon wi th the disc in the stopped state. X : ~ i n (TRK IN) Tilt servo ON adjustment VR603 · AF OsciliatOf 3. Search for address 15,000 of GGVI 003 and still the address. Y : liPin (TRK ERR) · GGVtOO3 , ResJ stor (47kO) 4. Set the disc in PLAY mode (TRK servo closed, TiLTon). Adjust VR603 so # 15,OOOSTILL that the WI angle of th6 waveform will be Ihe same as the tilt angle noted in I 10 " step 3. - ...." .. ~ . Og • Test mode TRKGservo ON FTSB assembly , Oscilloscope FCS SUM le\l8l check CN807@'in(FCSSUM) Ti lt servo ON Adjust VR609 SO that the voltage of CN807 -lfiPin become 1.8 V ±O.1 V DC. CN807 VR609 · GGVlOO3 " • GGVI003 ,10 I) # 15,oooSTILL • Test mode , ' O"W IO" TRK servo ON I . Search for address 15,000 of GGVI003 and still the address. H Z",.OCIO" FTSB assembly · Oscilloscope ~- 13 RF le\l8l adjustment CN807ilPin (RF) Ti ll servo ON Observe AF al CHI of the osc il loscope. CN807 VR601 · GGVlOO3 ( · GGVI003 2 Adjust VR601 until the RF amplitude is 300 mV ±50 mV p - p. "' 2)--, ------[)-~.~' __ ~ r 10 " # I 5,000 STill 79 CLD-A1DD 7.5 ADJUSTMENTS OF VIDEO ASSY • VIDEO ASSEMBLY ADJUSTMENT NOTES • VIDEO ASSEMBLY ADJUSTMENT DIAGRAM · To swi tch between the through mode and memory mode, press [he DIGITAL MEMORY key on the CLD - AlOO. VI DEO ASS' Y 00 · Before removing or installing the pack, be sure to tum OFF the power switch. VR202 JAC B ASS' Y DIGITAl MEMORY KEY V F! 201 o I · Using the LD video and game video together o Q" VC401 When the LO video and game video are used together, the to video will have fie ld playback, with non - interl ace. o As a result, the verti cal resolution wit! be half of the us ual resolution. However, picture flicker will be eliminated. Even when a V she ll display is c:'teeuted wh ile a nonnal disc (other than LO - ROM games) is played, only one o field will playback due to non - interlacing. YR4 01 For memory th rough, turning the V shell ON/OFF might result in irregular tints even if the adjustment is correct. o During an LD - ROM game, playback can be switched between field 1 and 2 by game software. VRS 2 1 · Key and remote control operati ons during a game [C604 During a ROM-card based game, only the main unit's OPENiCLOSE key will be operational. A disc can thereby be removed or loaded. · Remote controller power ON/OFF ~ The power can be turned ON,oFF with the remote controller onl y whe n a pack has nOt been installed. o J( a pack has been installed, the remote controller cannot be used to tum OFF,.QN the power. This is to protect the VR602 veSOI pack. Since Ihe remOle controller cannot be used (or power QN!OFF d uring V shell operalion, the last memory ~ function will also be cleared. D [e&Ol ]C666 · Power OFF with the main unit's POWER key o When the power is turned OFF with the POWER key on the main uni t, the power will tum OFF immediately. IN concen with the POWER key, Ihe pack's release mechanism will be canceled. The pack can thereby be in stalled or VR60e removed immediately. If, for example, the power is turned OFF while Ihe Imy is open, the power will tum OFF o wit h the tray still open. ADJUSTMENT TABLE OF VIDEO ASSY AdJultment n_ Adjultment point Melaurlng ~ulpmlMll ..d ~ gl ....lUremenl point Player condition Adjullm..,t procedura Wa"l'form .... d conn.,;:tlon diagram Conn..::t a Ir.,quency counter to IC60S-tOP. -M 1h the player"s power ON VReO. · Frequancy counter tC605-10P . STOP (STOP ). adjust VR808 so Ihatlhe frequency becomes 18.12587 MHz. , Muter dedi adjustment VC901 · Oscillosecpe tC607-Sp (POWE R ON) Connect an osciwoscope to tC6Q7-SP. adpsl VC90! so Ihatthe DC voltage b&comes O.2±O.3V. Connect an oscitlos.cope to the lM:leo oulpu ~ diring sti ll playback of 119.900 OJtput video lev~ • Oscilloscope VIDEO output termin al • Through mode 01 GGVt 003 observe the VIDEO sOgnal wavelorm in the through mode. , VR482 .,. adju S1rnfln1 (1 ) · TV monitor (750: 18mlinated) . 1119 .900 S ~1I Adjust VR482 so thallt1e wt1 illl 100% lell'&llrom !he sync tip becomes 1Vp·p ± 5%. ."W'"'. / 1··· 82 CLD-AICC AdJuatment name Adjuatment point ~ .....rl"g tqulpm ... IMd jigs Playet condition Adjustment procedure Waveform and connection diagram Video oUlput terminal · Through mode During still playback (magenta screen) 01 GGVt 003 #8, 000 in through mode, 3 VPS error adjostmenl VA52t · TV monitor (75U terminated) · .a,OOOSli ll adjust VR521 10 minimize the color irregularity on the screen. 1. Connoct an oscilloscope to the video output lerminal, durin9 still playback of GGVt003 #19.900 in memory mode, adjust VR401 to minimize Ihe • Memory mode VR40t · Oscilloscope Video outpul1erminal amplitude changing. 4 !"CoSEC, shift adiJstment ·l9OtStill VC401 · TV monitor (750 terminated) 2. Connoct a TV monitor to the video output terminal, durin9 still playback 01 • #8,OOOSti Ii GGVt 003 #8,000, adjust VC401 to min imize the Ilicker (espoc;ally on the lop 01 displ ay). "'01 "'"",b"'. ' 110~ ) t. Con noct an oscilloscope to the video outpUt terminal. duri ng stil l playback of GGVl003 #19.900 in the memory mode, adjust VR202 so that me · Oscilloscope Output vidgo lavEd VR20t Video output terminal · #19.9005till white t 00% level from the sync tip becomes 1 Vp·p ± 5% , · Tastdisc adjustment (2) VR202 (750lermin atedl · Memory mode 2. During playback, alternately switching memory/through modes. adjust VR (GGVt003) 201 so that the ratio 01 ch roma signalleval with the white t 00% level from the sync tip of the memory mode and ot the through mode are the same. .. - .. 1. Turn tha power swi tch OFF. 2. Connoct IC666·1 3P 10 me oscilloscope's CH ·\ and IC804·8P to CH·2, then _ _ I I CGH- 1PIN , · Osci lloscope IC666-13 · Power swtch ON VCXO error adjustment VR80Z install PAC ·Nl 0 to the main unit. · PAC-Nl0 IC804·8 · STOP 3. Turn the power switch ON. observe waYalorms of CH·t and CH ·2. adjust VR802 so Ihat each waveform's time lag becomes 1.0±0.11'sa<:. L. 1 1. Turn the power switch OFF. 2. Set PAC -Nl0, the adjustment ROM cartridge and CPOoNt to the main unit .. men lurn the power ON. y M W , A LD DI SC · TV monitor 3. PreSS@keyoftheCpo- Nl.opanmedisctray. Y , " A ! PLAYB ACK SCREE N · PAC - NtO 4. Set the GGVtOO3 to the tray. then press the(Dkey of CPo·Nt , starts N N~ ~ COLOR BAR i ~ A~ · CPO-Nt · Power swtch ON playback. } Luminance key adjustment 7 VR807 · AdiJstment ROM · Wilhoot luminance mode 5. Press the cross key (right) 01 CPO - N t to scanning disc. then press me (Y·COMP) cartlidge (GGFI244) · Color bar (#5401) Still IM-1 lTE CARTR l DGE Cross key (up) to s@playbackattheColorbar(#5401). '~'T' '~' T ' A" m } PLAYBACK SCREEN · LD Test diSC 6. Press SELECT key of CPO-Nl once. then press RUN key(without (GGVI003j luminance mode). Adju st VAS07 so that the playback screen'S bot1om side ~ is wh ite li ke the figure. LD DISC PLAYBACK SCREEN Note . Frame No. does not ~ar on the display when the adjustment ROM cartridge is installed. 83 CLC-Al00 7.6 ADJUSTMENTS OF RGBB ASSY • AGBS ASSEMBLY ADJU STMENT DIAGRAM RGBB ASS'Y I C807 CJ 19 V R B04 _~ C8 4 0 0 VR806 CN1 01 00 '02 VC80 , (GND) ADJUSTMENT TABLE OF RGBB ASSY AdJultmlln1 nl m. AdJu llment point ....!Wring tqulpmeflt ..d jig. M.. .u rMnen' point Player condition Adf\l.tm..,' procedure Wlv, form lin d conn..::tlo n dllgr..n .. Turn lhe powe< swilCh OFF . 2. COOI'\8CI an oscilloscope to IC807 - 19 pin . _IH ., ~ · Oscilloscope 3. Set PAC - N t 0 and the adjuslme111 ROM cartridge, turn the power swi tch RGBencodef O,Hput le vel · PAC -Nt O , VA806 ICeo7·' 9 00. 8""-. adjustm&n t • Adjustm ent ROM '" Observe the initial screen 01 the adjustmant ROM cartridge by the oscillo- cartridga (GGFI244) .. 11 ~ L1- 1 scope, adjust VR606 so th at the level between the sync tip and the white peak becomes 1 ,ev p·p ± 5% Waveform 01 the adjustment RO M cartridge initial screen Note) Remove PAC ·Nt 0 before adjuslmlHlt. 3.58MHz tree run frequency • POW8( swtd1 ON 2 VC80, • Frequency counter e NtOI -' · Connvcl sidll of CN840 to ConnllCt , Iraqueney eounlar to CNIOI ·' pn, adjust VC 60 t $0 that the adju Stmerll - GND. f r&q\Jene ~ becomes 3.579545MHz ± 10Hz, (COI1neet the probe's GND of the frequency COUI'I tEif 10 CN101·2 pin) L Tum !he power switch OF F. 2. Sel PAC - N I 0, the ad,.,sunenl ROM cartridge and CPO - Nt 10 !he main • TV monilor unll, tum the po_ switch ON. I--LO PLAVBACK 5Cl'lr~tJ 3. Pre ss@k e~ Of the CPO- Nt. open the disc Iray. · GGVtOO3 Set the GGV t0Q3 10 the tra~ . then press !heQ)key 01 CPO·Nt . Slarl$ · l O ~d background .. · PAC-NI O =- playback. 3 AP C adjustment VROO' TV monitor WeBI1 overlay mode 11 A.O~'U5 'fV~N· ~LV · CPD - NI 5. Press the cross key (right) of CPO - Nt 10 seaming disc, lhllfl press the CAI'ITRtOGE 5C"[( '-I • GGVIOO3 Color bar( I5.401) still cross key (up) 10 still playback at the color bar (j5.401), I J (COc.OI'l 81'1<) · Adju stmllnl ROM Adjust VR604 50 mat eclor phaslls of each color bar of LO di sc and of cartridge (GG F1244) 6. '-co PLA"- BA.CK "~R EE N cartridge afe the same. Note : Frame No. does nOI appear on Ihe di spl ay whllfl the adjustmen t ROM cartridge is installed . 8 6 m Q) " • CJ) 0'0 ~ -< " MECH CONTROl. ,, -COMPUTER 0 '" en POO093 ... P00118 n1 .., ~ ~ 3: C~ X IR SELECT .5 CK RE s e T () SMTOI 5 [T OM . SCK 00' o SH ....KE RESET - StTeM , Z , ,/P ACKOET ,, -VID EO -I RESET J:I ~ INPUT o PI,.AY. I.DOPE N.-A. '" o 00 l NF'UT CDOPEN. MEMORY , r- . SCK. SMTO] , SI TCM R I d. TId, I '" MODE CONTROL ,, -C OMPuTER - . r es e t .• WR. ". 0. ,0.00-,0.0 7. CD ,0.8-,0.15. AS TB. ,o,NOO. ANal C ] C 30 1 RESE T I N PACK m a Y en ~ A ~P07f1237GC-3B9 F'LAY. MEMOI'l:Y. () Jl CED feINT1.EIN T 2. RESETOUT. ST ANDBY. 1.0. CD I iil E I Oo-e 108. PACKOEF . • WA 1 T, 3 'f EADO. EAD2. V- SYNC g - ," ...... 15 a /' 13- " SHAKE Fig. 8-2 Serial interface connection SCKt XI2 Appro:w:. 2~s times $ - MTOF POO178 "'!",,0782:37GC-:i!9 $ - FTOM Fig. 8-3 Timing chart of the microcomputer interface . The communication takes place within a cycle between 10 and 3Oms. Twelve bytes of data are transmitted at one time . • The handshake is done on a si ngle line. 80th the PDO!78 and the IlPD78237GC - 389 use a single port for both input and output. The pon is set to output mode when the output is "L". In other conditions, it will be set to input mode (high impedance). Before "L" is output, both IXlns mutually confinn that the SHAKE tenninal is " Ii", This is 10 prevent signal interference between tray output signals . • The communication data is appended with a check code to prevent transfer errors. If sixteen consecutive transfer errors are detected, the ).lP D78237GC - 3B9 will send the reset signal to the PDOl78 to reset it to its initial state. This will also happen when the communication is not e :w:ecuted for 300ms or longer. CIoO-AIOC 8.3 OUTLINE OF TME MECHANISM CONTROL SYSTEM 1) Processing immediately after power ON • Tilt servo operation When power is applied, the mechanism -control microcomputer Wh en an LO disc or a COV disc (video ponion) is played back (IC2Ql : PooI7S) will exec ute initialization in the following and when a COV disc is staned up, the loading motor is used sequence upon reset cancellation (pin28 : L [0 H). for the tilt servo. The loading motor is driven by a PWM drive I. The internal RAM and pons are initialized. in this mode as well. 2. The CXD2500BQ is initialized. 3. The tray position is detected. The tilt servo operates the loading motor so that the inpUi 4. The FrS - Ie PM3003 is initialized. volt:lge at pin9 (TILT ERR ) of the POO l 78 becomes 2.5 V. 5. The TBe - Ie PDB01l is initialized. The tilt servo operates in the following ranges during nonnal 6. Communication with the ~PD78237GC - 389 is confirmed. playback. (If any trouble is found, the subsequent initialization CAY disc (12·inch) : Fmmes 0 - 40999 procedures will not be performed.) (8-inch) : Frames 0 - 16999 7. The pi ckup position is initialized. CLV disc (12-inch) : 0 min. - 44 min. 59 sec. 8. Disc rotation stops. (8-inch) : 0 min. - 13 min. 59 sec. 9. Loading mode is initialized. COV disc (video ponion) : 0 min. 0 sec. After all the ini tialization procedures are completed, normal (Recording time - I min. 23 sec.) operations can begin. CO disc : The tilt servo is ON onl y at start -up. 2) Control 01 the loading molor Driving of the loading motor is controlled by a PWM signal If some trouble occurs with the disc or tilt sensor circuit which preventS the input vohage at th e TILT terminal from being suppl ied from pinl8 of the mechanism -cont rol CPU (IC201) within the spedfied mnge even if Ihe pickup inclines 10 more in the CONT Assembly. The voltage ~pplied to th e loading than ± 2· (degrees), the loading mOlOr will be stopped upon motor is switched according to the duty of th e PWM signal as detection of the state of the mechanism switch. follows. The PWM cycle is approximately 91 ~sec. The tilt servo switchs the duty of the PWM signal in 2 levels Motor TilT DRV duly(%) Motor according to the error va lue. When the error va lue is small operation voltage (V) ( 1. 25V-3.75V), a PWM signal for small duty 22% is output, Stop o o and when the error va lue is large (OY -1.25V. 3.75 - 5Y), a PWM signal for large duty 30% is OUlput. ( See Fig. 8 - 4) Unloading 99 U U U -ll • Aulo Tracking Balance Operation loading 99 n n L ·ll AUTO TRKG BAL Control (ATB) Tilt UP servo 30 ATB can stan only after the disc makes one rotation. Sampling (Error MAX.) IL...J""'LS1. is done for 300msec (150 rotations) and the corresponding Tilt DOWN seM) 30 U"'L...JL...f PWM is set. The PWM set in the end is calculated from the (Error MAX.) total of 8 rotations from 142nd to 149th rotation. In the test Tilt UP 22 mode during trotcking open, the count starts (from 140) afler the (Error MIN.) ~ tracking closes when the current rotation is deemed to be the Tilt DOWN 22 14Oth. The PWM is calculated from the total of 8 rotations from (Error MIN.) ~ the 142nd to the 149th One. During TRK open, the tracking r-9 10Llsee-I error signal which is OUlput from CXAlO81 S (ICBO!, pin 20) is Fig. 8-4 detected respectively by the upper and lower sides and added. The tracking balance error signal is thereby obtained. After undergoing equalizing and level conversion, the error signal is • loading/damp operation input to IC101 pin8 as TBAL ERR. B a.~ed on this error, the For the disc tray openJclose and disc clamp and stop operations, duty pulse is output form lelOI pinl2 and smoothed. Then it is the motor is operated while the position of the cam gear is supplied to IC80! pinl! input TRK C so that the tracking detected by the loading/tilt - position detection switch conneCted balance becomes OV center. Each time a disc stans up, the to pins33 through 35 of the POO178. tracking balance is obtained during the tracking open period. The corresponding voltage is held thereafter. The aUlo tracking balance is set to operate constantly during the test mode tracking open. 89 CLD-Al00 3) Slider molor control • SLDR POSITION The mechan ism control Ie controls the drive signal output from pin20 of the FTS servo Ie by the: serial command. • The following positions can be detected by using two switches in combin ation. The voltage applied to the slider motor is switched ac~:o rdin g 10 the dUly of the PWM signal as follows. The PWM cycle is 36m5. P001 78 PARK IN (6Opin) Motor operation SLDA DRV Duty ("1 Motor Vottage M PARK OUT (61pin) Stop 0 0 MODE lO AC TlV[ Forced FWD Focul OFF 100 ~ 5 Forced REV 100 5 LO Inside position Ind icates the starting position of the active program area of an LD dlsc(R55-R55.8). Forcad FWD 22- 83 Focul ON ---u--u-u- ~5 COV Inside position Indicates the starting position of the video portion of a COY Forced REV 22-83 dlsc(R38.1-R38.9). ~ : CO Inside position - Indicates the starting position of the active program area 01 a CO 136m. I di,c{R26-R27.1). Fig. 8-5 R:The distance from the center of the spindle motor. Fig. 8-6 4) Audio control Digital audio channel switching is performed by the $W3" ON - I - OFF CXD2500BQ by using a command from the microcomputer. SW2' H DI GITAL S01 SO, SW1" I I, L - eh l in. Out R - ehLlnaOut i , .. ,. 13 i l l Analog l ch Analog R ch DECODE 0 I 2 3 5 7 8 H l Analog l ch Ana log L ch l LOAD ltG TI LT - TILT LIMIT l H Analog R ch Analog A ch "'DE "" "'.., ... • H H MUle Mute Digital L ch Digital R ch Fig. 6-7l0ADIN GfTllT POSITION Digital L eh H l l Oigilal l ch Digital R ch Digital R ch Digital - 12dB - L Digital - 12dB - l Table. 8-1 90 CLC-Al0C 5) Cl V Clear Scan Clear scan without picture distonion is possible also for If the time lag does not enter a certain range even after CLV discs by using the shuttle ring (either on the player or repeating the I-track jump and time-lag measurement the remote control un it). operation three times. a multi-track jump is perfonned for The conventional color-lock scan and the clear scan can be a larger skip and is repeated step 2 from the beginning. switched depending on the angle of the shunle ring If the lag persists in not entering a certain mnge, VLOCK rotation. In a clear-scan operation. scanni ng is performed wait state is acti vated. wh ile outputting dig it al audio at - 12 dB (the same as scanning on CD). (No au dio is output when analog audio * Gray-background video is output when no disc video is is selected.) supplied. T he principle "Of the operation is as follows. * Digital audio to be played during clear scan is output I. When clear scan mode is acti vated, the specified while the disc video is being supplied and in VLOCK number of tracks is skipped in a multi-tmck jump wait state. operation. • For CAY discs, nearly the same operation is performed. 2. Measures the time lag (phase difference) between PB • PB - V (playback V) means V - sync of the playback - V and REF - V and when the measured value is video signal. within a cenain range. decreases REF - H by 7 H until • REF - V (reference V) means V - sync used as the the phase difference between PB - V and REF - V is reference. lost (VLOCK), th en ca ncels squelch, displaying the * VLOCK means the signal generated when the PB - V and video port ion of th e disc for a cenain period. Returns REF - V are in a certain range. to step I and repeats steps I and 2. When the time lag between PB - V and REF - V exceeds a certain range, performs a I-track jump (2-track jump in the REV direction) and measures the lag again. When the measured value is within a cenain range, decreases REF H by 7 H wa iting for VLO CK between PB - V and REF V. Otherwise, repeats a I-track jump and time-lag measurement. Multi-track jump VlOCK wait Video output Mutti-track jump Measu ring Vl OCK ______~ n L ______ VI DEO sa AUDIO MUTE Fig. 8-8 91 CLC-Al00 • Timing Chart of the Clear Scan • Timing Chart of the Normal Scan I CAV I 32:.:2 X 3 CAY Performs a multitrack jump in synch ronization jump with the playback V SYNC. LSCAN4 x l HSCAN16xl MTJ UlJU I MTJ VLOCK VSYNC U r SENA FG vsa Performs a multitrack jump in synchronization The audio mute signal is applied I elV I with FG. at the same time with vsa but is ;LSCAN 16 X l canceled before VSQ is canceled. ® :Activates video squelch. MTJ ~ :Executes a multitrack jump 32 x 2 x 3. LJ LJ C> :Oecreases Aeferen ce H to match the playback V - sync phase and the reference v - sync phase. Shift enable (SE NA)ON. V SYNC ~ ~ ~ ~ ~ U ~ :Aslhe phases have matched (VLOCK). $ :Cancels video squelch and plays the disc for a certain time. FG I Cl V I Compared with CAY, a longer time is reQ uired to match the phases after a jump operation. 10 elV SCAN MTJ ---;mru IJlIU H SCAN t6x3 I MTJ VLOCK l I I I I I I I V sync SENA FG vsa elV SCAN Fig. 8 - 9 Fig. 8-10 92 CloD-AIOO 8.4 FLOW CHARTS OF VARIOUS OPERATIONS Flow from the tray-opening to tray-IN operations LOAD IN • From the slate that the tray is open to th e completion of the tray·IN operation. SW3 . H NO SW2 . l STAND- BY? $W, . H NO YES Time over ? '::::>~==:::';L,,---, • If the loading operation does nol enter the stand-b y position with in five LOAD STOP YES LOAD seconds, i1 is judged as an abnormal Ti lT DRY " 2.SV TilT DAV = l OPEN condilion. and the n ay opens. SW3 . L NO SW2 .. H Neutral? • Clamp operalion SWI . L Timer . 10 seconds NO Time over? ;:;>'~==~~_--, YES LOAD r---'-='--, TILT DRV " l OPEN FTS serial command for LO equalizer set • Pickup posi ti on in LD focu sing :; FTS serial command around R65 for LD ON end focus start R:Distance from Ihe center of the spindle motor. NO 1.5 sec. NO alter FOCUS ON? FOCUSlOCK:>~N~O,--___-" FTS serial command • H ? lor LD OFF and locus operation stop • Judged as ·'Disc in place" when FOCUS LOCK becomes "L" duro ______~LD~':.'~":p ______i---"N~Oc.~ Disc in place? ing focus sweeping. r • If the focus is not locked even if NO YES focus sweeping is repeated th ree CD inside? limes with the disc in place, the u toeus tray opens, judging it 10 be an operation NO ..pu,.d abnonnal condition . NO Time over? 3 lim .. 1 • Slider operation limit timer ... approx. \0 seconds. Slider IN NO • If the slider o~ralion is nOt com· pl eted within a certain time. the NO Time over? operation stops and any key other than OPEN is not accept ed. Slider STOP Fig. 8-11 83 CLC-AIDD • Pickup posit ion for CD focusing '=i RJO • CD focusing is lhe same: as LD focu5ing. ns serial command R:DiSlancc: from the center of the lot lO ON and spindle moto r. locus start FOCUSlOCK~>"N~O ______• H 1 1.5 sec. NO after FOCUS ON? NO FOCUS LOCK YES • H 1 FTS serial command YES for LD OFF & Focus operation slop For CD setup NO Disc in place? YES Was focu5 0,,",''- NO The pickup moves 10 .. pe~.d l_s7 the LD sensing wall position. YES • R65, the LD stnsing position R:Dislancc from the center of th e NO spindle mOlor. LD active? YES • Timer fo r 10 seconds NO Timer indi cates the time over. Time over? OUT 320 mS Slider OUT YES Slider OUT STOP Slider STOP Fig. 8-12 94 CLC-Al00 Flow of the LD Setup Operation LD SETUP The pickup move'~':---=::"l===::::: ______-, o If focus is 10SI whik th e pickup is to the LDTOC moving 10 the spindle startup position. position. the tray opens, jud ging it to be CD and NO LD di sc-stacking error. YES OPEN NO eDVactive? YES Time over? ::::~~N:O==::J ___--, o Tim er for approx . 10 second s YES Slider STOP Slider IN Ti mer indicates the time over. STOP NO Focus locked? ;;>'~;:==l __, YES OPEN NO LD active? YES Time over? ;;~;:===L _ _ -, o Timer fo r approx . 10 seconds. Slider STOP YES Slider OUT STOP SPDL acceleration set SPDL Tilt servo ON start Rotation NO speed 1530 rpm? o Trackin g servo open mode is active until YES disc rotation exceeds 900 rp m. Size detectio n YES Misclamp? • The di sc rotation is forcib ly accelerated NO unti l it re ach es 1530 rpm . and th e disc size is determined by the time required [0 reach 1200rpm. YES SPDL CLV Focus locked? • If 800 or more [racks are crossed in a mode set single rotation of th e disc, th e tray opens. NO NO regarding it to be a misclamp. Time over? • If foc us is lost during the startup opera tion, th e tray opens, assum ing a damaged YES disc or th (' flip side of a single-sided OPEN STOP di sc. o If the spindle is not locked within 60 seconds after beginning SPDL accel eratio n, the ope ration stops. Spindle :>~NoO,---_---, locked? YES Focus locked? :;:,..:"''-----, NO NO CAV/CLV, NO Tim e over? Fok=H YES OPEN To TOe lead Fig. 8- 13 95 CLC-AIOO • Player Operation Modes MODE 1 OPEN MODE 3 STOP St. o eration St. o eratlon Clears internal registers, sets the spindle to STOP Clears internal registers, sets the spindle to STOP 0 0 and wails for focus OFF. and waits for locus OFF. Double side Single side Double side Sinole side t Side B Side A Durina a turn t Side B SdeA Ourino a-turn Starts tilt up Starts tilt down Starts till UD Starts bit down Wait for tilt up. Wail for lilt up. 2 Starts to move the slider B to 2 Starts to move the Slider 8 to the oul side. the out side. 3 Waits for the spindle to stop. 3 Waits for the spindle to stop. 4 Waits for the slider B to move 4 Waits for the slider 8 to move the out side. the out side. S Starts clamp switching (8 to A). S Starts clamp switching (8 to A). 6 Waits for clamp switching (8 to A). 6 Waits for clamp switching (8 to A). 7 Starts till down. 7 Starts tilt down. 8 Wait for tilt down 8 Wait for \ilt down 9 Starts to move the slider to the LD sensing position. Starts to move the slider to the LO 9 sensing pOsition. A Waits for the spindle to stop. A Waits for the spindle to stop. B Waits for the slider to reach the LD sensing position. B Waits for the slider to reach the LD sensing position. C Starts unloading. C Starts to move the tilt 10 the neutral position. 0 Perf()(ms unloading until the OUT SW activates. 0 I E Sets the lOOms timer. E Waits fot the tilt to reach the neutral position. F Wails for 100 ms, Completed to Sets the OPEN mode. Completed MODE 2 STANDBY Slep Operation Clears internal registers, sets the spindle to STOP 0 and waits for focus OFF. Double side Sin Ie side t Side B SdeA During a -turn Starts tilt up Starts ti lt down Wait for \ilt up. 2 Starts to move the slider B to the out side. 3 Waits lor the spindle to stop. 4 Waits lor the slider 8 to move the out side. S Starts clamp switching (8 to A). 6 Waits for clamp switching (8 to A). 7 Starts tilt down. 8 Wait/or bit down 9 Starts to move the slider to the LD sensing position. A Waits for the spindle to stop. B Waits for the slider to reach the LD sensing position. C Starts 10 move the WI to the neutral posibon. 0 Waits for the tilt to reach the neutral positon. Completed 86 CLC-AIOO MODE 4 - DISC SENSING MODE 5 SETUP Sto o eratlon Step Operation Waits lot the tilt to be neutral. Waits for the till to be neutral. Sets the slider target position. Single side Double side CD LD Side A LD Side B 0 Side A Side B 0 Starts to move the Starts to mOlle 1t1e Starts to move the slider CD slider t, tho lD slider to th e LD 8 Normal CD direct mode 'ho I I TOC po"si tion . TOC position. inside posi lion . I l D Check focus. Simultaneously checks lOt disc LD sensing CD sensing side B stacking (LD -+ CD) sensing Starts to move tile slider to tile LD Focus locked Focus unlocked 1 I ~~~~I~~ position. Clears the focus-try (OK) (NG) Waits until ~, Slider Waits until ~, slider reaches lD 2 'ho reaches 1M target sensing position. 1 lD CD position. Tries focusing. Ends with the Focus unlocked Focus locked. Ends with the focus error 3 LO presence assured_ focus error after three Completed_ status. unsuccessful tries. 4 Focus OFF Sets the spindle. 2 CD set CDV set LD set Starts to move sl ider ~, CD I 5 'h' '0 sensing position. Sets the 60-second timer. Starts to run the spindle. Watis until slider reaches ~, 6 CD Checks focus. sensing position.'h' Focus locked Focus unlocked Tries focusing. (OK) (NG) Focus unlocked. Focus locked. Wails until the Ends with the 7 Time over. Ends 3 spi ndle locks wh il e cl ampin g error with the spindle CD presence assu red statu s checking ~~~ . error status. Completed misdampm 8 Focus OFF Sets the 50 ·second timer. Starts to moye ~, slider to 'ho lD 9 position. Clears focus-try I ~~~~~~?, t. 'h' lD CD.CDV Starts move ~, slider ,ho 4 Distinguishes CAV/CLV A to to lD sensing position. Not distinguished I Distinguished I Checks for CO direct mode. B Checks focus. CD direct mode Normal FOC~~~ted Focus unlocked Tries focusing. tNG Waits the Ends with the ,,<10, Time over, Focus unlocke 97 CLD-AIOO TOC READ MODE 8 - SEARCH S,ep , Step 9 00 ~e .'" typ •. 0 ""~ . I Div&rges i . goo d'K. ,,~ ~,~_the lead-in are; ;nd che~s ~e CDV C[. CAV. ClV ifo"" '"me. 0 v , ."" e "'d. INo"e" le: le:e I ;~::'o I~~~,,~" . '"d ~i~ ~:b:::.;;~ REV time ""ch j , ~D~~,~~t~:)Oh I~ ' ;,!," "' "(jM "" '"' ",,,,,, me I !:!~~ ~~~~ Is-try' col;!.nl9r and starts" ~~~el 1 I . Ie STOP " 10 move Ihe I _ 2 IT. 0<: . . . ~ I Waits unti l Ihe slider . i . i ~ 1 ~~'1,"'0., STOP. -Eod ...fu •••~ ,,,,, j ,;;.: ~. ," '''' '"0 ",,,,, m. . ,;1 '"' ,.."". doo. ,,' "'P ;," INo" ..d 3 .,," . , IFoco. ''''''''' ITries locusing. Ilead.in ,,, .. I j ~REV I"'''h. ••• I""",,~:~, , . • :;:~i: ,:::'.~ ,"0 m. , "" "'eel<, IW,II, """ 'ho ",odie 'ock,. INol ",d 3 • " 'e,d. 4 .,," . IWell, """ •• l"d·'o ~,:" If ~,,''''', :DV. 00 to "ep 9.. ~~ Playback I Se~ ~. . ""ck couOl" ; IE·', . 4 ~.~ ~an 256 track ~~~~han 256 traCk. . ISlo", •• t " )CL~~im~~e) in I I " 5. 5 I~~ ~~ S900ndS, checks lor the CH and the ""kcouol" . I,;;!C"" 5 ISe~ . "mOl j IL.u Ih" '''l clv-,,,p7. - "",0 > fo~_~OC (subcodes) and checks k jump I'he 100"' tim •. 6 ~oc il ~ with n,O TOC it no subcode 6 j I can be read in 0.5 seoonds. I", "9.9~m. I~';; '.. ;;;~,.,:'t:1 7 ISel< ~. , tim". 7 I~~~' ; '~lgh ;·" ". '~," TIme , Waits until TOC is read. over. l ie~~'09 a 1°"'" I 1 a 9 PGM area ~~~'. Ends. ,~e B • 4'~'s:J'm" 10 """ •• " OO~ 0b •• Inm,,_ Subcode OK and leros check NG. 9 IPI", ""til ~. h ,''' 32·lrack RTV jump , '~ c I 5o',dI. 10 k"". REV 1 IG,m. INOI G""e jump A Subcode OK and locus check NG. I~~: B ~~~,:t,";' ~~~; "mp 32·1rack RifV jump , 10.' pO" D beP~I~molofB the ""oktarget add,mp'ress . Sets the F'hed< B &ibcode OK and focu" check NG. Umer and goes to step E 32 -track REV ju mp I I E , ~' D""!l9em",""epl . REV 2'1:~:.~,~ C Subcode OK and focus check NG. F If "" hOI oew ""ch '''9et " d d""g "'lCh. , jump , Iw"" , . Inm;~';;" Plays until the target address Is reached. D "0 "ep B 10 E Is,,,. Then, goes to step 11. r:~!e~rOf. • PG" " .. CD·R, • F I ~":H .. IMo" 10 •• PGM ''''. ~ . i~ lead-i n search, backs 32-Irack and 11 I :o~: I! . , 10 I ;~:. wi\l1 the code I~:::,~ ~~oo TC ," ... 12 ; 32'II"k beck jump. 0'" to ,tep 13. , ood •. 13 J;(;~-::, one fTl(J'"e times. 98 CLC-Al00 , 8.5 INTERFACE BETWEEN THE PLAYER AND PAC-Sl0 PLAYER P L A YER PAC - 510 MODE CONTROL E I 02 O/M(L !NE MUTE) E 100 X]RO EI04 DBUSa E 105 DeUSl E 10 .. DBUS2 E t 07 DBUS 3 E IOl COCK E 103 j NTF ASS' I( IC301 ** The mode controller receives commands from the PAC - SID. The general communications flow is shown below. (Fig 8-15) (FR AME"0 SY NC) 5BYTE CO~~~L ~-----'-'-'-A-,-o-,--r------TI T't"iTJo"Ot"t·~crl----'~ 59YTE I- 1 3. 3m sec (16,6. 20ms eel -I (PLAYER . ~d PAC - S10 COMMUN ICATI ON TIM IN G) OATAI)-.{) ATA9 , PLAYER MODE CONTROL_P",C_S,O OATA'O-OAT""9 ' PAC-Sl~PLAYER MODE CONTROL '" COC K Deu s 0000000000 0000000000 0.. ." ...,,, "",,,, "",." "'''" """" "",.,. ",To" "",Al, ..... " Fig.8 - 15 99 CLC-AICO 8.6 INTERFACE BETWEEN THE PLAYER AND PAC - Nl0 PLAYER PAC-N1 0 MODE CONTI' E I 04 DBO Eros DB' DATA BUSS EIOG DB2 E I 07 DB3 ImF ASS' y IC301 *The control bus i~ Low Active, and the data bus is High Active. Fig. 8~16 The operating request from the PAC - NIO to the player slans Even while a command is still being executed. Ihe player will with the SEL from PAC - NIO. issue a new command after receiving SEL from PAC - NIO. When Ihe playe r re sponds with REQ, PAC - NIO issues a If this happens, the preceding status will be cleared entirely. 4 - bYTe command. Commands, data, status, etc" are transferred via the REQ/ACK By giving a I - by te stalus to PAC - NlO, the phlycr completes handshake. a command operation. (PLAYER and PAC - N10 COMMUNICAT I ON T IMING) A command opera t i on SEC RE O AC' DBUS -'-o"o--.-ro'-or-r-T""o"""o-ro..---r-o'-----'o"""""o-ro..---r-or-To-r-r-o~ ...... L-____I IL _....J COMMAND (P AC - N10_PLAYER) DATA STATUS (PLAYE R-->PAC - N10) (P LAYER-oPAC-N1 0 ) Fig. 8-17 'DO CLC-AICC 8.7 INTERFACE BETWEEN THE PLAYER AND PAC - Kl PLAYER PAC-K1 .t RST IC SOUT CO l PDQOQ1A EDAO -CS .tSCK --SC K { EAD1 ECHO VR AD I NPUT 1 EAD2 1BALANCE EI03 "'" I"" SURROUND ~ I", EI04 "'" SOUND b MODE EIOS I"" PROGRAM"" ONE TOUCH EI02 E 101 0 NE TOUCH I KARAOKE E-I00 E INT1 KARAOKE/NORMAL CHANGE EI07 MI C CONTROL2 E I06 MI C CONTROL1 Fig. 8-18 101 CLC-AICC • Microcomputer Interface timing chart a. For address in $0000 to $0005 I , I I , I I I '0' ~"~'~',r'TT'--1~"'i' "1"'~''---rrT'-'-f'~''\ 1""'~''---rTT'-'-f'"'''\ ILS8 , Il.Sa "" o"n, Fig. 8-19 b. For addresses starting from $0040 , , , , ILSII ...sa IL5 a "S8 ILSII ...sa ILSB '0' L OW£~ ~ n5 ""'I'EII ,oDOfIfSS , , , , ~" "T',-rTT""''''i' ~""T"-'TT,,"r''1' , , 1""'~''---rrT-r-'-f'~''\ ILSB Fig . 8-20 The pammeten; for the DSP's resistor all: sel by sending the sem to the resistor whose address is one above (plus one) the addre.~ses and data. address of the resistor se t with the fir.>[ and second bytes. AfterlCS is se t to "L" th e resistor's address is se t for the first For each byte of data sent , the address of the resistor set with and second byte, and the data is set for the third byte and the fi~t and second bytes will be incremented. thereafter. The third byle's dmu is sent \0 the resistor that was Therefore, continuous addresses can be set just by sending the set with the first and second bytes. The founh byte's data is data. After the sett ing is completed, JCS will become "H." 102 CLO-A100 C. Data transmission to non-conlinuous addresses " _44 .' ~H. 2/' 2Sf . -354n U e '32/ '28f . - 23.4 • • o e /SCK , , , IL58 IL58 co, "'i 2','--,--,--,--r--r--rf"'" ' "" UP PER DATA L ()/oIER ADDRESS "" ~~ . ," _n '32/ ' 28 f . Fig. 8-21 When data is sent to non-continuous addresses, the timing shown in Fig. 8 - 21 above will take effect. d. /Ie terminals -L' period required for initial dearing ill 1100 . ,0.1100 t- ... 7S --1 - -+- ...1]L o.s (When bJrn the power ON) 1 .... ' ft , ~ . 1" \ , " " 0.611 'k, ,. ,,"or 0 ." On '/50,. -"'S"'n •• e .. - ,,"0" '~Oft ' /SO" -"'S"'n • • c .. - "",,, . • ~ on '/100fs - ~27n • • c .. - -'k, 2 . Oil ," ,,",," . '~'n '/'OO f . -~27" • • c ""} .. - .. ,.- ...... ' ~H • .. - ... 2 . 011 co , ) ' '" K= Fig. 8-22 1 03 CLC-A100 8.8 PACK IDENTIFICATION FLOWCHART . POWER OFF - POWER ON - . PACK IDENTIFICATION POWER OFF Pack check ,--< A D value ;;: 'OF N ? POWER ON ? y Slart AID convertion N ,_-< AD value ;:;;; 'OF' ? y PAC - NlO Without cud N y Pack check PAC-NIO Without card N ,--< AD value ;:;;; '4F' ? PO WER ON Spare for future usc Additional pack Fig. 8-23 N ,--< AD val ue :s;; 'CF " y lesting on the production lioe Test pack For No pack 104 Fig. 8- 24 CLO-AIOO 9. Ie INFORMATION • The infonnation shown in the list is basic infonnation and may not correslXlnd exactly [0 thaI shown in the schematic .~ PD78237GC - 389 (INTF ASS'Y IC301) diagrams. • Mode control IC • Pin Assignment (Top view) ! 0 ,q./lnQl . i! i d 1 , ! ~N~nM~HnD71WNMVM~~~~~ Flll~ , . P741 ANI 4 FllISOISM , 0 Sg P7llANll 1'7l1ANI2 '"=P~ITOI • MilAN" ,~, •" ~ , ~ ?J7ITO) " '- •~ "'" 0 " ,'".. ' .. • " " w~ " '" " " ~ " '" ' .. ~ ~ " '"m Q .." ., " w .. PHfJ'W"'1 ~ " P10lPWMO ., .. ffi .." .,oc .." ' .. '"~ " ~ ~ " .," ,. ~ " ~,..., " " '" " 'lDn~~~n X ~~ll~n~ ~ ~n~~~" '" , ," , ," ," , , I> 813'" ,8 ~~. H , " '" -< " '" • Block Diagram ,,,' , ~'"""""FT ~ .. ., ' W - -.. - - ~ nMDIICOY..,." ro, 1I.1J1'S1 I ~ n"DIICOY"mo IN'''' OOA""D.-' - "'" _ POIIA"' - -.= ~, ~- om n """"""" ~roo , OO.N.. n_, • , ro, ,/'S •• orr.;, ~ ro, ,0 ~. ~~ , ...... "..,.) ~~ ..... • .~ ~'" .. " _.._,a . CIIO :: ~.~ I ! "" ...... ! .., ~~ , '''''''''.l DATA .us , "'" ~--'. ".""- .ro COOl"""'" --' .. "m" " ,,,. .~, OIA COM"""'" .'"'..,". 105 CLC-AICC -Pin Function No. Pin name I/O Function I XSCK 1,0 Serial communication clock 2 SO 0 Serial communication transmission dala 3 GV[DEO 0 Switching game display only or LD and game display overlay H : Game only L : Overlay 4 N.C I NO! used , EIO 8 I Delect pack category H : Normal L : Not defined 6 XROMEXT 0 Select Mode control ROM H : Main unit L : Ins ide Pack 7 XRESET I Reset input 8 VOO - Standard power supply 9 x, System clock 10 X, I II Vss - OND 12 W.D.F 0 Pulse output for watchdog limeT 13 XCS 0 Character generator chip select 14 XRESETO 0 Reset ompul II POWER ON 0 Sw itched 5V ON,.oFF H :ON L :OFF 16 LEDO 0 PLAY LED drive output 17 LED 1 0 MEMORY LED drive output IS LED 2 0 STANDBY!POWER LED drive output 19 LED 3 0 LD LED drive output 20 AC K 1,0 Communication handshake liming clock with mechanism control 21 XWAIT I Read/Wrilc wail li ming clock wilh external memory 22 XW. 0 Write strobe with ed emal memory 23 X.D 0 Read strobe with e~ t emal memory 24 PACKDET 0 Pack detect H : with Pac k L o without Pack 2l SEGAMUTE 0 Di gital audi o mute (When CD ROM game of PAC SIO only) H o Mute 26 LED 4 0 CD LED drive output Switch digital niter alleouale control (Used with SEGA MUTE) 27 ATCC 0 H : Contmled by Mechanism contml L : Controled by Pack 28 All 0 29 A14 0 30 All 0 J] A12 0 Address line for e~tcma l memory access 32 All 0 3J AID 0 34 A9 0 3l A8 0 J6 AD 7 1,0 J7 AD 6 1,0 JR AD ' 1,0 J9 AD4 110 40 AD 3 1,0 Address data li ne for e ~temal memory access 41 AD 2 1,0 42 AD I 1,0 " AD O 110 106 CLO-A100 No. Pin name ,/0 function " Asr. 0 Address strube line for C11cmal ITICmory " V" - ONO MODE , Switch e ~ l e mal ROM I internal ROM Fi~cd in H(C J< lcmal ). 47'" EIQO ,,<) 48 E1 0 I IJ() , 49 EIO 2 IJ() ~ ,. EIO 3 IJ() Pack interflce " EI04 IJ() , EIO S IJ() I~ , " EI0 6 IJ() , " EI0 7 ,,<) " Vim Siandard power supply " PAC KDEF , A/O input, detect Pack type " EAO' , AID input, for barance VR input of PAC - Kl " £A0 2 , AID input. for echo VR input o f PAC - Kl " , Not used (L IiXed ) "60 KIN 0 , M E~lO R Y key input 61 KI N I , PLAY ke y input 62 KIN 2 , LD OPEN key input 63 KIN 3 , CD OPEN key input AVDD Slandard powe r supply fo r AID converte r " AVkFJ'l Re ference vollage for AID convener "66 AV" - GNO for AID convener 67 ANOO 0 DfA output, PAC - K 1 OSP c hip select 68 AND I 0 OIA output 69 AVIIEFl - Reference voll~gc for DJA convener 7. AVR ~l'l - 71 VSYNC , V SYNC signal input for game 72 SEL IR , Remote control signal inpUI 73 SH AKE , Communicalion handshake liming clock with mechanism comrol 74 SOFTRST , RESET InpU1 from pack FO , FG input "76 EINTI , Gcneral imcrrupt ;npul, Communication stan n iggcr wi th PAC - N10, SW;lCh KARAOKEft'lQRM AL wi lh PAC - KI 77 F.l NT2 , GClICfal intcrrupt input 78 51 , Sccial tommunitllion receive dala 79 R. D , Serial dala inPlH with UA RT 80 T.D 0 Serial data output with UA RT 107 CLoD-AIOO .PD0178(CONT ASSY IC201 ) • Mechanism control Ie • Pin Function No. Pin name I/O Function I vee - Power supply OOI1IleI:tion pin. Set 10 5V ± 10'l\. 2 XCX 0 Analog aud io ex noise reduction swilchirq;; signal output pin ON : L. OFF : H AI , log aud io switching signal output pin IlL Squelch : H 3 ~I 0 When digital audio mode, tnc signal is output through the control of the EFM dcl;odcr Ie : CXD2S00BQ. 4 ~ 2 0 AI.log aud io switcllJ ng signal OU tput pin 2!R Squelch : H Digital/analog audio switching signal output pin Digital : H. Analog: L , XAN A 0 Signals output by the line OUI and headphone are switched by the s ignal. Tracking balance error signal input pin (analog signal) 6 TBAL ERR I Si gnal Is AID converted and is input as the tracking offset conl ro1. RF detection signal input pin (analog signal) 7 FREQ DET I InpuLS the AID conversion of the RF dCle<: lion OUtput and is used in the ~ pind lc luff servo-mechanism. Voltage a!XI fn:qucllCy are proportional. Pi ckup posit ion detecti on swite ll input pin (ana log signal) 8 SLDR ERR I Drives the res istance among the swit ches, reads the va lue of tOO AID input. and dctocts the position. Tilt SCllSOr OtHput signal input pin (analog signal) 9 TILT ERR I Inputs (0 to 5 V) the till sensor output amplirred to a 40 to SO dB signal. The signal is AID convened and is input as the li lt sensor control. COnlrols the lilt moto r unlil lhe signal is 2.5 V. 10 MUTE 0 Audio sYSlem audio mute control OUtput pin MUTE ON : H. MUTE OFF : L THO 0 Digit. 1 memory control output pin Througll : H. Memory ON : L " Slider move drive signal output pin 12 SLDR DR V 0 Drive the slider by cllanging the duty of lhe , ign.l. Cycle : )6mS, )-v.luc control H : FWD direction. Z : O FF, L : REV d irection Trac king operation control signal output pin T OFF 0 1lIe signal backup; ONIOFF of the tra cking servo operation. " OFF : H. O N : L CD( EFM signal) fra me lock signal input pin 14 GFS I Connected to pin 12 of the EFM decoder IC : CX D2S00BQ. Lock : H, Unlock : L GFS is ~n abbreviation fo r Good Frame Sync. EFM decoder IC : CXD2500BQ subcode input pin SI2 I " Reads the subcodes of SC K2 and the signal. EFM decoder IC : CXD2SOO BQ control latch signal output pin 16 XLAn 0 Sends the control command using SO) and 2SOOCLK EFM decoder IC : CXD2SOOBQ subcodc read clock signal OUtpu t pin 17 SC K2 0 Sets the clock to 96 and reads the subcode. Tracki ng offset control signal oulput pin TBAL DRV 0 Outputs tOO ITIlcking offsct after PWM and is used in auto trllCking offset. Cycle: 910Jtsec, " J·v.luc control H. L, Z. Inpul pin of dala from mode control Ie SITOM I Seri.1 " Used wilh the dat.a signal 10 the charllCter geneTIl tor IC. Serial d,lla OUtput to the mode control IC 20 SMTOI 0 Serial Clock for serial communication with the mode control IC 21 SC K I,Q In the input mode except during serial communicalion wi th the mode control Ie. Used with the clock signal 10 the cllaractcr generato r IC. 108 No. Pin name 110 Function 22 TZC I Input pin for Tracking Zcm Cross signal from 10103 (PM3003) Subl;odc SYNC signal input pin 23 SCOR I Input!; the subcodc signal fru m the EFM decoder Ie : CXD2S00BQ when the signal is ·'H". Supervises the disc playback depending on the presence of the signal. 14 DF LATCH 0 Di gital filter (LC7883) serial control latch signal output pin Pin of hand shake signal for da la communication wilh the mode control Ie SHAKE I/O This pin is a bi - directional data path which sends the data transfer timing through the 110 mode switching of " the respective microcomputers. LD/CDV playback V - SINe signal input pio Ie basically operates in synchronization (falling edge) wilh. the signaL 26 XPBV I Selling the signa l as reference in the CA V spoxial playback mode. generales jump lim ing. V - SYNC on going: L 27 eN VSS GND for AID conversion Reset signal in pu t pi n Rc.~et : L. Cancel reset: H 28 XRESET I This pin controled by mode control. 29 XTALIN I 9 MH z cloc k. generation input pin 30 XTAL OUT 0 9 MHz cloc k. generation Out put pin 31 FTS CLK 0 Clock. output pin for FTS IC 32 VSS - GNO J) SWI I Loading/lilt position detection switch input pin 34 SW 2 I Loading/lih position detection switch input pin Jj SW3 I Loading/tilt position detection switch in put pin 36 X>OK I Focus lock. signal input pin Focl1~ loc k. : L Spindle mOlor FG signal input pin 24 pulses per signal 37 FG I Dcvidod into thirds and used inside the microcomputer 3M DATA I Input pin for Phillips code decoder in the mechanism controller XPBH I Pl aybac k. H - SYNC input for Phill ips code decoder "40 XPBV I Pl ayback. V - SYNC input for Phillips code decoder CA V/CL V switching signal OUtput pin CAY: H CLV : L CAV/XCLV 0 " Connected to pin 6 of PA5013A alld used as a VIDEO NR switching signal. 42 XYCS 0 YIC separation control output pin Y/C separation ON: L Spindle acceleration signal output pin 43 AC CONT 0 Acceleration: H. Deceleration : L, CD, stop and play: Z Loading and tilt control signal output pin 44 TILT/LOAD DRV 0 Output tilt drive in PWM format to control loading and tilt sel'\lo mechanism. Track. jump signal OUtput pin 45 J, TRIG 0 Used for sin gle track jump Start of track : H, Other : L. Width of " H" : approx. 2(llsec Serial 3 clock signal OUtput pin SC K3 0 " Reads the ri sing edge H : Wi thin 2).lScc. L : Within 20).lSec. Serial 3 data signal output pin 47 S03 0 With the serial data as the common signal, divides the signals into three types of latch signals (XLA 1'3, XLA 1'2, XT LATCH). LSB first 109 CLD-A100 No. Pio name "0 f unction XLAT3 a Spilldle se rvo mechanism Ie lalch signal output pi" " Video memory wrile enable signal oulput pi" 49 WEN a Write enable : H, Free!.c: L '0 vSQ a Video output switching signal OUlput pin Squelch: H. Pl ayhack video . L " TIle ON a TBC conlrol signal ou tput pi" During multi-track jump : ~l. Other : L " RUN 0 Spilldlc motor ON!OFF comrol siglU1 OUIPUI pill ON(RUN): II. OFF{SfOP) : L XSLOCK , Spindle lock ~i gnal inpul pi" lock : L. Unlock: " u.ser diode ONIOFF switching signal nUlpul " XLDON 0 " OFF : H. ON : L Spindle drive circuit power save mode cOlllrol nutpul pin wil h IC60t. (PA 4{116) 55 POWER SAVE 0 Power sa ItC mode: H , Nonna!: L Disc si!.e de lect ion signal oulpul pin ~inch: H , ]2 inch: L !nNCH a " Used ror ICfil6 (PA40lo) EO switching. CDV a EQ switching delcel signal output pio wilh lC606(PA 4016) CDV:H " SHUNT a CD/LD swilching signaL oulpul pin CD, COY - A : II LD, CDV - Y : L 59" SIL' 0 StJper-inpose signal output pin Super-inLXlSe ON : II Sl ider position detect switch input pin 60 PARK LN , PARK IN PARK O UT I L L CO active , ~ L II CD INSIDE , , , L CDVactive , , , 6' PARK OUT , " II LD aClive " RF correclion swilching signal oulpul pin Gain up : II 62 RFCORR a Increases gain (1I'!i(XX) to I#l!IOO) wilhin the CAY. Emergency mode input signal pin Enlergency mode : II .3 EMMOD , ScIS fon:ely video memory ON mode whell ·· U" illpul four seconds. Rcsel is tray open. '" XOPM 0 Opcicil OUlPUI mUle OUlpul pin Mute Optical OUtput : L 1 10 CLC-AICC 10. BLOCK DIAGRAM I . ,,_••• ! i "-:'=, -:,.," ':l~ :. Lf.-II ".,. , , ~ , ' I r 111 ii: ~ :: CLC·A1CC 11. PANEL FACILITIES 6 ~ PACK RELEA S E BUTT ON CD STOP OPEN/CLOSE BUTTON ( - ) - LD STOP OPEN/CLOSE BUTTON ( ii ) Press to release the Control Pack. Stops disc playback and open/closes the CD• d isc table Stops disc playback and open/closes the LD disc table POWER SWITCH Press to switch the power supply ON/OFF . When instal· ling/detaching the Control Pack, ensure that the power - DIGITAL MEMORY butlonnNDICATOR supply is OFF . W"'ONEER ~, ' -\1,'" ( H~ When playing a CAVor CLV disc, turning the digital memory PLAY/STILL BUTTON function ON allows you to enjoy special playback functions Press to perform playback o f the disc. Press during per - such as still frame and multi-speed playback with no screen forming playback of an LD or CDV disc, and the picture disturbance. If the digital memory function is OFF, it will -_. .~:;'O becomes still. .'"". .~ \ I DETACHING THE CONTROL PACK 3 1 . Switch OFF the p o wer supply to the main unit. 1 2 . To detach the Control Pac k accurately, lightly hold the main appliance by the top surface and press the RELEASE button. ~~I!l~W The Control Pack is partially ejected forward. ~ 3. Detach the Control Pack. 4. Fit the Control Pack insertion slot cover. First , introduce the top edge of the cover into the ~ cover attachment slots on the main appliance, t hen fit the bottom edge into place. 2 ~~'\1•• • . ~ 11 4 CLD-AIOO 12. SPECIFICATION S 1. General Compact Discs with Video System ...... ··Laser Vision Disc system and Disc ...... Diameter: 5-inch, Thickness: 1.2 mm Compact Disc digital audio system Rotation direction (pickup side) Counterclockwise Laser ····· .. ····················Semiconduclor laser wave le ngth 780 nm linear speed Audio ponion: 1.2 - 1.4 mfsec Power requirements ········· .. ··· .. ··· .. · .... ·· .... · .. ····ACI20 V, 60 Hz Video ponion: 1 1 - 1 2 mJsec Power consumption ...... "47W "Maximum playing time Video portion: 5 min.(ClV) Audio ponion: 20 min. (Digital) ~~~~~i~~~·· .. .'.'.'.'.'.'.'.'.' .. .'.'.' .... .'.'~·~~~~~ ·:~\~;~~iifJ)~~~ f~b~~(t~~ • Acwal playback time differs for each disc. Operating temperatlJre ··········································+S"C - +3~"C (41· F-9s' F) Operating humidity, ...... ··· ····5%-85% 3. Video characteristics (two pairs) (There should be no condensation of moisture.) Format NTSC specifications Video output 2.Disc level ... 1 Vp-p nominal, sync. negative, tElfminated Impedance 75 n unbalanced L.aser VISion Discs Jacks ...... Both RCA jacks -Maximum playing times 12-inch standard play disc . 1 hourlboth sides 4. Audio characteristics (two pairs) 12-inch extended play disc I'Ioursiboth sides 2 OlrtPut level B-inch standard play disc 28 minlboth sides During analog audio output , ...... 200 mVrms 14 min/one side ...... 40 minJboth sides (1 kHl, 40%) EHnch extended play disc . During digital eudio output 200 mVrms 20 min/one side (1 kHl, -20 dB) Spindle motOf speed Jacks Both RCA }acks Stalldard play disc 1,800 rpm Number of channels ...... 2 Extended play disc 1,800 rpm (inner circumference) to 600 rpm (outer circumference) (For a 12-inch disc) 5. Other Terminals Control inputioutput······················ ······ ········Both miniature /'acks Compact Discs Optical digital output ...... 'Optical digita jack VHF ADAPTER OOtput· .. ·· .... ····· ...... ·· .... ···············JA- RF3L DISC Diameter: 5-inch, 3-illCh, Thickness: 1.2 mm Rotation direction (pickup side) Counterclockwise Lnear speed 1 .2- 1 .4 m/sec 6. Accessories 'Maximum playing time 74 min. 5-inch discs Remote control unit (CU-CLD085) ...... 1 20 min. 3-inch discs Sile "AM" (I EC R03) dry cell batteries ··········2 (For stereo playback) Video cord ...... , ...... 1 Audio co rd ...... 1 Operating instructions ...... 1 Warranty card ...... 1 7. Functions Remote control operations ICU-ClOO85) SIIni¥d-piay0 __ "'....,..., c.m"" c.m"" Diose Di$Cv_ with ~~ """"'" (CAV) (CLy) Single--side play Y Fast forward (Iorwerd and revllrse) YES YES YES YES o.aple Elapsed time diaplay NO Y CX system ON/OFF YES·' YES" NO NO A\JIO DigitlOl! Analog switch YES·' YES·' NO NO -. Audio eha"",,, selection (SWf!IO. Ill. 21R) YES m YES YES ", Only discs with TOC PLAYER FUNCTIONS Valid for analog sound playing a disc with the "2 em mark. • LaserActive compatible Can only with discs with digital sound tracks. -3 be used • Digital Sound for LaseVision Discs ·4 Audio part only • Picture Stop CallCel Function • last Memory • Digital Video MeffiOfy. NOTE: Publll~.d by Pion .., EI.ctronlc Corpor.llon. The specifications find design of this product are sUbject to changa without notica, dua to improV9fT1flflts. Copy,lgl11 C 1993 Pion • • , Ellclronlc Co,porotlon. All ,lgl1tl '.Hrvtd. 115 "D IAI ( ..... SCH -4) I ROO 7 0010 co II I C 5 I CO 10 A008 ROil u u u I I u PWSW A55'Y I & CN4 c I r ROI3 0006" c (DWG1368) 1------' I PS2'JOI TO 1 1 I INTF I S101 CN!101 CNO02 r L 1-'34,-+:I-""SW.:..:.I----,-,15:":,,V-I ASS'Y Iswl t5V J305 : ]~ ~ s---KI>~~~P~O~W~E~R~! ______~I :~~--15-----~-~1~~() -'======1~5tHE~VE;.R~t~5v~ ( ...... S C H - 9) L 6 POWER ON I r=-fWh fJll6 : DSG1~42 I ' L~~G~N~D~------~------~~ I I I L ______I - L ______I ------~ -