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SERVICE MANUAL

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4. NE _ gt EE Bg gt EN gt gt lt 86 e EB os 100K X o 28 o CC ES GRDL01 14 561 117 I 25 A 24 ox 86 gt ac EN N vrgo2B_1 189058 e 6 100KC2 ac 100KC2 16 gt sL Es 5 3 5 5 5 2 2 2 e gt 47 25 X 5 5 5 5 5 5 5 5 5 5 5 5 5 Q906 0907 0908 0909 0910 0911 0912 0913 0914 0915 0916 0917 0918 0919 LI AV SAY KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 C932 R932 a I lt gt gt gt 7 gt 4 7 50 220 Qx 8 C952 5 5 4 7 50 2 AMA C956 1 50 N
5. SUB POWER SUPPLY ASS Y A FU981 FH982 5A 125V FH981 RE FROM POWER S W ASS Y FROM FRONT PCB ASS Y A WA983 1 2 C982 WA983 2 4700PF 400V FROM CN983 WA983 3 T 2 1 RL981 DH12D1 0 M dem KTA1268 GR FROM POWER STD BY ASS Y 29 0 1 987 1 AMBER Q982 GREEN FROM CN987 KRC103M M N p ee D98
6. TUNER P C Board WA807 _ WA808 WA 809 TONE IN TONE IN OUT TONE OUT OPEN 1 OPEN 1 GND T899 9 C80 28 10 16 x T802 AM OSC 8 1898 HSV 2 415V 2 L 0UT V 3 GND 1 2 500 3 4 15V 4 L 0UT 4 R OUT dell ILN 6 C809 7 GND 7 R IN 0 022 CT802 e BEN amp ROUT 826 8 gt 100K R815 x LA1266 5 e T5 1 16 e 100K 15533 2 8 47 1 4 Sst 5 MX R824 ls LN VC801 s x STU B MI 450BL gt 5 4 0 a 836 C851 56 185 lt o el 5 ge s 3 2 8 gt 8 7057 8855 Jl04 SA 3 10 7MHz 6 7 88 x 492 820 8 Lazaro 7 9806
7. TO MAIN AMP ASS Y TO MAIN AMP ASS Y TO MAIN AMP ASS Y AVR 45 SCHEMATIC DIAGRAM ro wan gt TL 1 e E nu gt 2 AUDIO INPUT P C Board z B 101 a E 0055555 lt 5 m G mm ro m lt gt lt gt lt gt lt gt lt gt lt m 5 m m I ORR lt O lt C215 o o o Ie 5 iii 1 3 8108 2 2 2 2 2 3 2 3 5 2 2 2 2 2 gt gt 5 5 RB a JK0400450N gt ASIGLOO SR no CENTER amp SUBWOOFER 2 DT 00 12 ie a oq lt lt lt lt lt lt LH LINE AMP a C a a IN 1 lt TAPE MONITOR REC A uu amp E C145 157 1
8. FORM CONTROL ASS Y DA IN CLK IN DAO23 DAO26 SHEILD GND OSD CLK 050 DA OSD DET MULT IN OSD STB OSD MUTE STB26 STB23 RESET D CFG2 w CFG2 TO DSP2 ASS Y D 71 TO TUNER ASS Y FROM CN416 PRE OUT E 2 Za CENTER SR FL FR DSP1 ASS Y oar 222 8 24823 8 C703 100 2 ee TE 1 ML AA NM o JA703 o 2 55 xm 4 R703 AA A 10K C S 5 lt lt lt lt lt JK0600460N V 1 I I m HU721 1 L INPUT C701 0 2 V V V C705 R705 HU721 2 AGND 4 7 50 20K C NJM072M AA IC701A VVV HU721 3 INPUT 10 50 100 C HU721 4 C75 E U721 4 GND 10 HU706 4 CN HU721 5 15V 47 16 x t R756 A A 12K C 00706 2 AGND 4 R73 V V V 10 ri E 4 I HU707 1 10 0707 8707 C713 s C719 R731 0723 100P C 0925 47 16 y VV 1 yA IC703A 1 1 4 7 50 oto 5 Ss 4 7 50 100 C 4 7 50 100 C
9. 78 TO WA419 FROM CN416 PRE OUT EX o gt 2 2 gt 50 CENTER SL FL F O 2 1 o NN AN N N N N s C703 100P C CI SY of Y of s nami 4 cuu 0781 H dal 40 4 41414 el e e JA703 C793 C794 C795 4 4220P C 0 1 RY RP R amp R Z JK0600460N n 2 L 2 2 2 2 2 220P C 220P C 220P C 220P 6 R701 HU721 1 L INPUT C701 AAA 250P C V V V C705 R705 HU721 2 AGND 4 7 50 20K C AA HU721 3 R INPUT 10 50 100 C HU721 4 AGND HU706 1 HU706 2 721 5 15V lt AGND po e 7 ANN 4 R746 R748 R750 HU707 1 V HU721 8 DV 5 ERI C713 C717 C719 R731 4 R 6793 uon FR IN C726 3K C 1 5K C 1 5K C 100P C HU707 2 gt 4 7 50 1 3 4 7 50 AMA 47 50 41 iL WA e 4 i IC702A 4 10703 1 e V V Y H vy 10 50 7 NJM4558M 4 7 50 100 C NJM4558M 4 7 50 100 C NJM4558M NJM072M C706 2 2 100 C 101502 C728 C732 IC705B od R71 3 R735 gt FR OUT 7 ST NAA X 3 7 SUB W IN wA704 1 C702 R702 o VA V V V x 2200P C 2200P C u 10 50 V c g
10. to gt gt 5 X mg 9 mg 9 9 PP AVR 45 901 PIN DESCRIPTION gt PD4 A51 2 gt E gt PD2 A53 88 gt PD3 A52 8 5 gt PA7 AN7 OE 8 gt PD0 A55 S gt PA6 AN6 61 1 lt 1 60 0 2 PEO ECO INTO 4 PET ECT INTI 5 PE2 INT2 gt 6 PES INT3 NM1 gt 7 PE4 RMC PE5 9 gt A21 80 A22 A23 7 PH6 A25 75 gt PH5 A26 1 gt PH A27 73 gt PH3 A28 72 gt PH2 A29 PEG PWM lt 09 7 gt PH1 A30 PHO AS PCO KRO lt gt 12 1 1 lt 13 P66 A33 PC2 KR2 1
11. IC803 A A J1109 AID 22 d 0 02 FM FRONT END C319 C825 5 220 R812 0 47 50 AA fa BRR y ANT801 8898 0801 As 58 3 3 gt 0382 an d 5 2 PE 390 R807 12KR802 pony AAN gt 00221 S RES 0 022u 5 4 ERE ur S oeo 100K J074 29 3 A 8283 100074 R823 47 65 100K gt gt gt f 8 5 6V 70804 1 5 IC802 11 6810 1 50 81 L LM7000 ze E 8 Bra EN C E MI LEC E _ sess gt Dese e sz e o EJ R853 7F gt 10k R861 R860 8859 AN 12804 Ass Y 0112 01 1 131 30 I gt C Video P C Board ar Amp FC 0 0 PCB 1112 001 151 e gt EL P REN R604 yy R642 E 1 1 GND R678 y ABE ZA E d RR IN R630 Haw u ei GND 0606 IX R622 Ac Ao Reog AAA 8 0630 R658 WAL C VIDEO O AVR 35 45 65 ASS Y 0112 01 1 t3 Q638 R638 5 0608 0612 AAA Teg OM ET 8 R650 WW GRA R676 R614 CA og 4 C60 R654 VR602 IM AAA R656 LES R674 col o 0610 5 sag C360 3 lt 0632 0616 R652
12. n EOS 5904 T912 gt a gt 47K R972 5 gt NT NA u lt o Sl 5 5 LC I 8 63 03 5 8 MZ 3 O W LI 28 S Q r ajo ESA seti 1 _ gs pegk 88 2885 D 89 g Ex 52 24 85 0987 23555556 e J912 R959 AN S914 M xo MAN e 5 BE 85 H ARRAY 47KRA902 ARRAY 47K RA901 913 2 x 3 lt 9 on C966 5915 3 b E c lt ZASADE o ale 2 moe al 5 24005020258 el R980 4 7 1 4 s S S Sks E 5 a e z serena 85502 z gl 2 VR901 FLT901 5 2505588 O EE ENCODER VR OO 5 S AA 22 ES 33 47k R978 2557 ARRAY 100K RA904 2 S920 SW933 OPT 5 OPEN USA LE amp at 1593 a SHORT EUROPE 1102 v OPT 2 OPEN NO RDS 27 amp MULTI DIGITAL SEL DELAY SHORT USED RDS 7 20 2 ro IA BSE 59505 OPT 3 OPT 4 MODEL z Po ll la sM Lis U w 5 OPEN OPEN AVR 45 es 4 SHORT OPEN AVR 65 SPEAKER OPEN SHORT AVR 35 5 3 3 8 zy 88 21312 SHORT LSHORILNOT USED 3 al 23 789 88888
13. SUB POWER SUPPLY ASS Y A FU981 FH982 T3 15L 250V FH981 _ AC AC FROM CA1 FROM P T PRIMARY R NR VV e y gt SS t 5 8 5 S ADJ m 4 4 4 AAA R664 Q606 Q616 Q620 0624 V YY 50 4 KTC3200 GR KTC3200 GR KTC3206 Y KTC3206 Y id D602 4 3 0 1 Q632 5 KTA1024 Y lt 1SS133 9610 716 S 1 L me 2 0636 254373 1 gt S KTC4370 0608 4 gt E R668 KTC3198 GR A TC3198 G 10 1 F2 2 1 4 e e 16 5V FROM POWER S W ASS Y FROM CN983 FROM POWER STD BY ASS Y GREEN FROM CN987 CN981 A JK981 A C982 AC R 4700PF 400V A 2 1 C RL981 DH12D1 0 M 2 KTA1268 GR 26 8V 85 A 29 0V 1 wal 1 2 FR22 1 4 4004 KRC103M 0988 8 GND ee e gt 155133 U A C IC981 981 5 6V KA7805 N 0985 A IL e
14. 4 IT 2 ap e 20 e 7 SN na Wd soo Jeno z A IV Eri IPA wa 3 AMA SIE 699 gt Vrsta Mr 629 1550 gt C R447 NOTE MOST DIFFICULT m RESISTOR TO ACCESS BOTTOM PADS DUE TO IT BEING UNDERNEATH THE METAL CHASSIS ASS Y 012 00 100 harman kardon m b Y d uU EERE cd 1 75 p 521 paG Z 58 fo MI a H ak ry IC gt DT Ani lt cau CI Ba Ni v N L i 1 MA PIC II CH 4 e C li n NZO 4 25 262 NY a PENA N N A 2 1 Y Mb Y gt lt mp BOX MV 1 7 W Sg y gt m z F t a Bis A 5 4 1 gt Z E 17 D O fd mm 1 x 7 0 eL m 6 gi 4 5 C ES z 75 7 7 wik H 5 Y Ans gt gt NE B a MA Y C704 IR P lt N Pa Cc NJ e adit gt HH ant i s Og B ns 2 u ND 4 5 EZ 2 1 Q
15. JC0300125N 330 10 TO MAIN COMPOSITE amp S VIDEO INPUT CONTROL OUTPUT F UNCTION MUTE CT1 CT2 C OUTIOUT 3 OTHER L OFF OFF CAMCODER H L L CAMCODER DVD H L H DVD VCR2 H H VCR2 VCR1 H H H VCR1 OFF 5 w gt 51855517 9 8 N NN TT TTT bp AMP ASS Y gu bo 5 5 5 TO WA408 222222292 TO MAIN ASS Y AVR 45 SCHEMATIC DIAGRAM TO MAIN ASS Y FROM MAIN ASS Y 8 A
16. 9 PP 9 A A PP M 9 PP PP PP 9 gt PP A A 9 9 9 9 9 9 M 9 OOO 9 9 AVR45 05 BLOCK DIAGRAM PWM 14 BIT PWM GENERATOR RMC CSO S10 500 lt SCKO S11 S01 ECO To lt CINT EC1 gt FIFO SERIAL INTERFACE UNIT FIFO gt SERIAL INTERFACE UNIT 1 8 BIT TIMER COUNTER 0 1 8 BIT TIMER 1 16 BIT CAPTURE 3 TIMER COUNTER 2 e INTERRUPT CONTROLLER SPC 700 CPU CORE ROM 32K 40K 52K 60K BYTES PRESCALER TIMER BASE TIMER 59 PA1 to PA7 PBO to PB7 PCO to PC harman kardon T JE 9 9 9 9 9 9 CLOCK GENERATOR E eem m RAM E 1536 BYTES a a gt 32KHz TIMER COUNTER PDO to PD PEO to PES PE6 to PE PFO to PF PGO to PG
17. C gt ra ra ra ra 0917 lt 1 V 0932 155133 KTC3198 GR B o 5 4 hss CN gt o ii A BEE i LI 2 ESS gt CV CI CV o ojaa D986 T 155133 NEUE REMOTE RECEIVER BUFFER b d u em 2 1 VVV Mo C919 C920 C904 R904 120P A 120P A Les 2 22 50 Q901 2 2K gt 22 32 86 KTC3199 901 ANAAG 2 9 8304MHZ an Q902 RESET BE 25 3 KRC103M R905 Mis LA A A 188 BA A T 9 RESET SW 2 0 gt CN923 Gb GO KG CP Lu JP901 MAIN POWER SW C968 S K 0 047u SW932 POWER SW CN987 3 CN987 2 CN987 1 AMBER NZ LED901 AMBER GREEN SW931 POWER POWER STD BY Ss REE R501 1SS133 Q505 2SK373 GR
18. Q503 KTC3200 GR Q504 TC3198 GR C514 R542 KTA1268 GR KTA1268 GR R519 F560 1 4 15K 1 4 Q513 KTC4370 Y F560 1 4 Q516 NR524 MR10 1 4 R527 F15 1 4 R531 M0 068 R ji o 0556 2 5 155133 R537 an a o E ms T NW e 0 7uH ES 82 IDLE or ADJ Al R532 Vv V 05 ANF15 1 2 R589 1K 1 4 WA403 1 C WA403 2 3 SA TEST POINT el 9520 IDLE 0518 2SA1940 R KTC4370 Y 6534 F2 2 1 4 PROTECTION NOTE 1 ALL RESISTANCES VALUES ARE IN Q 10000 M 1000 2 THE WATTAGE OF RESISTORS 3 ALL CAPACITANCES VALUES ARE IN uF UNLESS OTHERWISE NOTED P uuF IS 1 4W 1 8W UNLESS OTHERWISE NOTED CAUTION THE PARTS IDENTIFIED WITH THE IEC SYMBOL 1 MARKS ARE CRITICAL FOR SAFETY REPLACE ONLY WITH TYPE IDE
19. 12K C CENTER OUT CD19 10 16 CENTER 4 RD cos MN AN 10 50 100 c 4 7 50 100 C 3 gt gt O N N 7 a 04 lt RD13 SUB W ANA AA AA 10 50 100 c 47 50 100 C SUB W OUT 4 7 50 SL OUT CD15 1 50 SL IN RDZ6 CD14 AAA V V V 100 C 4 7 50 R028 220K C RD27 220K C J 1 FROM R47 FROM DSP1 ASS Y D CFG2 AVR 45 Y
20. 0981 i 3 G N 1N4004 gm 1N4004 o 1N4004 E E D983 2 14004 5 A 1K e 144004 81 AC 218 0984 6 WA981 2 65 158 Swe E 7 1 wassi s L I 2 LI md e e AC AF ele 5 MTZ7 58 0992 S 8 gt e PL 1SS133 zn D994 s LB T gt C993 al 8 0 1 ZF A e e 9 m E 5 999 4 4 C995 e C994 0 01 2 94 27 0 1 ZF A a a C996 0 1 ZF A R994 5 BS e x 4 7 TWO COLOR LED DRIVER Q983 KRCIOSM 4 7 e o lt lt a Z gt z gt 0 e FROM CN986 FROM FRONT PCB ASS Y AC 230V 50Hz 11 OVER LOAD DETECTOR V JK601 A F Arcas R665 144 5V ZE SH0410373X a MR10 1 4 F2 2 1 4 35 8V TA1268 GR RL OUT 4 SURROUND OUTPUT a 0633 RL GND 3 NAS KTA1659 Y Q637 RR GND 2 _ 28C5242 R 20 0V gt A RR OUT 1 8 ohm 5 Q603 5 Q681 Var KTC3200 GR 0611 0613 0617 0621 Pe KTC3200 GR SH C601 TA1268 GR KTA1268 GR KTA1024 Y 1024 1 i M0 068 Six 10 25 a E 5 29 gt x D683 BE gej o Ai S 155133 R673 F10 1 4
21. a CENTER OUT AGND e HU720 5 Y Y 3 5 L 10717 BEAD a cog 4 NE HU720 6 AGND TC74VHC74F 1 50 2 HU720 7 A ND 5V T E M Vcc f4 3 3 1706 HU720 8 AGND 2CLR 5 1 1 1 1 BEAD 4 e BEAD m HU720 9 RR Blick C l _ IL S C10 5 HU720 10 AGND 2CK 0 1 B 3 ROB 4 HU720 11 sUB_w A A M 1 5 2PR O R09 2019 VVV 4 3 SUB W OUT 4 33 IC706A em es 2 1 4 gt NI ra gt mi ICI 0 7 5 6 TSN R769 A 27K C WA705 1 gt gt VVV AGND o o fo 2 RL OUT WA705 2 I RL Sim e e FL JN WA705 3 gt C29 ID gt gt C44 100P gt gt gt FL gt TT 7 gt R784 A A A 12K C WA705 4 gt gt x C45 100P V V V AGND 5 5555 gt C768 WA705 5 gt D e S x lt lt ME 5 SLE a le AS R38 C gt CI _ RR OUT WA705 6 L gt 5 5 e 222 e le 212 gt NA 100 C o a lo I De la le 19 19 19 E 18 V V M6X3 lens ls 5 AA 6 RL 10716 ol ol 39 ls deo o lr Im
22. J ____ MAIN P L BUARD O JK401 O a VR401 14501 R471 Q439 0435 0425 0433 Q437 LL 36 36 3 WA402 GB 3 R472 R536 0440 0436 0426 0434 0438 0520 0518 0513 0517 0 1C 3 0219 O O A IL 8290 7290 9290 9590 0790 290 9 6290 98 6590 194 1 98 601 02 gt O 209v lt L O m CO 1099 O L Y T az F O Saa zka D CY E 208v IO8VA E aa x D 2080 C em 1081 10815 C081 111 2081 2081 7081 NEN N x lt m 12 CIRCUIT DESCRIPTION This model incorporates a surround processor circuit that provides 6 types of the surround sound and level trim and Bass management Fig 1 is a block diagram of the surround processor circuit The microprocessor transfers the data to the parameter control int req serial data Serial clock Chip selector to operate the circuits in each mode Sound Codec 1 709 CS4226 Analog Input Power AMP p 9 FRONT LEFT 7 LO gt FRONT RIGHT 6 eas gts lt gt C UA a I de 5 Zim 5 SURROUND LEFT COAXIAL or OPTICAL 2 2 In
23. V V AZTn VCO 1 32 divider Sync _ Sync seperator seperation Vertical gt Sync seperation QUY x ES EN NC Vcc 4700 Vcc Vcc Vcc Video II 10k 100k signal iu 330k 10k 10k 7 input gt 390 560p ae H SYNC VSYNC CSYNC Sync discrimination sensitivity adjustment SC E EA E E EE E N AE E AEA A AAN E ES A L EOE E E 50 2 10 054925 654926 3 DECODER 9 81 1100 0 8 0 0 2 9 9 0 RO WR SCOIO DATA7 0 RM 05 SCCOUT mE EMAD7 0 A0 EXIMEM RESET GPIC7 0 CS GPIO10 GPC9 SCCIN INTREG GPIC8 CMPDAT SDATAN2 Compressed x RCV958 Data Input CMPCLK Interface SCLKN2 SPDIF Framer itter LRCLKN2 MCLK Buffer SCLKN1 Controller 9 9 STCCLK2 Digital Audio Program LRCLK LRCLKN11 Input Memory Formatter Interface RAM Input U Buffer RAM AUDATA 2 0 p Buffer x PLL XMT958 CLKSEL 4 gt CLock Manager LL LI I UL III FILT2 1 MM DGND 3 1 0 3 1 622 66 65 FN n ru is a e 222 SCL CCLK SDA CDOUT AD1 COIN ADO GS 1
24. SUB W OUT 15V AGND 15V RR OUT AGND AGND FR IN FR OUT AGND AGND FL IN FROM DSP1 ASS Y AGND RL IN FL OUT AGND AGND RR IN RL OUT AGND AGND CEN IN CEN OUT AGND AGND SUB W IN AVR 45RDS 45SG SCHEMATIC DIAGRAM DSP2 DSP2 ASS Y P C Board FR IN 8 RD2 CD6 012 10 50 100 C 4 7 50 12K C E C gt co 9 x rm o ES gt lt HU704 1 d 704 3 ET x i gt HU704 4 IC723A 1 S IC726A NJM4558M A NJM4558M HU704 5 2 2 KHU704 6 FL IN 675 CDI RDZ CD5 RD37 CD3 9 7 7 HU704 7 100 c 0 4 7 50 12K C HU704 8 HU704 9 5 3 HU704 10 CENTER OUT HU704 11 14 RD20 CD12 RD24 NTER IN C754 RD 1 CD8 ALES RD24 02 CENIE A AMA V V V YA a 10 50 100 C 4 7 50 12K C 6 4 7 50 100 C o 7 cO NJM4558M gt
25. 069 gt rr LANI 4 88 98 BANZ jd v scs C9 SENT aise 969 70 Ngay 3i QNS AAA d D NVI G Gy ep c Pp roan L zgra PB 211 ES 6865 R R 5 i u LCMT LL 9 55 2 gt xn cul no OCS x o CI az 2 E oz lt C SZ m lt lt 30 Cot VM vu 1 Se 8 ax zu 2 lt z ar Eu Dawes de ZV i 20 ES E ETE EE ES gt oe EOE 330 2 SIBI S S ace B uu Z gt SiMe i _ a II 5 M S 915 gt 2 eo 9 319 9Nn3 O 0 3 GIMP a AGL e fh gt O E 2 MI gt O O 02 EM N 7 0902115 5 01 e V 4 H sl ol 1 11100 1 R CG oo 31 7 1100 1 IN9 N9 494 1 100 1N39 0M 5 OND 014315 1 31211 110 e 07 SISSI A10 SQH lt L gt gt 0 CN T TB iz 1 0 00 lt gt z Ac v 160 ON9 0 3 MS 0 _ 807 TD 15 2 9 ASI ED Y 5 8 8 Slsl 219 GNS 4 JLNW 95 gt 39 SE e
26. 5 2 aE 56524955525 0303253029503 Z VIDEO 2 ADD ROLZS NAG 200 0 gt gt gt C gt 3 09 an DDAN ONO O M 0 C0 Eolo BREL C nc O m Am o Oo DA 3 z SWSr Ztz so o 25050u ora CER ego NN sz a a gt a NN I M 8 p RN SR 84 MAIN POWER SW CN903 1 CN903 2 C968 S K 0 047u SW932 POWER SW CN987 3 CN987 2 CN987 1 AMBER 2 LED901 AMBER GREEN pem SW931 POWER POWER STD BY PIN CONNECTION DIAGRAM gt 23 6 40 54 2 7 39 32 3 4 2 TE A E HE B 4a C720 PC1711 552 353 BA7622F 44 17 29 16715716 TC74VHC574F 10712 TC74VHCO4F 702 703 704 708 49810 C7 10723 724 725 726 NJM4558M i 8 78 071 714 TC7AVHC224F 10902 NAM4558M C701 705 706 707 MIM072M C709 654226 IC710 CS4923 CL 16 17 IC713 MSM534031C C801 LA1266 C351 LA7951 80 54 371 372 LA7951 1 1 81 50 1 30 x 15 GND C901 CXP828PLOQ 141C 4 103 107 108 111 C718 0 105 113 NJU7311 106 114 117 LC7536 0112 115 116 118 101 NJU7312 109 119 902 NJM4558L 0554 MB9
27. Switched AC Outlet This outlet may be used to power any device that you wish to turn on when the unit is turned on wiht the System Power Control switch Power Cable Connect the AC plug to non switched AC wall output Video 2 Inputs Connect these jacks to the audio and video outputs of a TV Tuner Cable TV converter box satellite receiver of any other audio video source TV Monitor Video Output Connect this AC OUTLETS TOTAL 1900 15 MAX CBKD ONLY jack to the standard composite video input of a TV monitor or video projector to view the on screen menus and the output of any standards video source selected by the receiver s video switcher AC 3 PCM Coaxial Input Connect the coax digital output from a DVD player to this jack The signal may be either a Dolby Digital AC 3 signal or a standard PCM digital source AC 3 PCM Optical Input Connect the optical digital output from a DVD player HDTV receiver LD player or CD player to this jack The signal may be either a Dolby Digital AC 3 signal or a standard PCM digital source 6 Remote IR In If the AVR 45 s front panel IR sensor is blocked due to cabinet door or other obstructions an external IR sensor may be used Connect the output of the sensor to this jack a Remote IR Out This connection permits the IR sensor in the receiver to serve other remote controlled devices Connect this jack to the IR IN
28. fs z o lt lt lt lt lt lt X lt lt lt lt lt lt lt lt FROM HU114 FROM HU113 VR F M R CE SIG MUTE S W FUNC DATA FUNC CLK FUNC ST TUNER L GND WA404 1 RED A CA2 T481 WA404 2 BLK S1 WA404 3 RED 4 5 2 Z TO REAR YEL 8 AMP ASS Y WA405 1 CA4 WA405 2 S3 WA405 3 WA407 1 FROM WA801 WA407 9 FROM TUNER ASS Y WA407 10 WA422 1 WA422 2 MESE FROM WA802 WA422 4 WA422 5 WA408 1 lt A A A A oqr ARE e e I d A A FROM CN606 5 5 5 RS FRONT amp CENTER MAIN ASS Y lt lt lt z z mABABAR SAGA CAO JK401 5l o SH0410373X Liz 2 5 5 8 FL OUT 4 OVER LOAD DETECTOR L Ases as ARE ek R465 e 1 10 SS lt MR10 1 4 s OUTPUT S 5 1 4 F2 2 1 4 8 0 AVR 35 e 0433 DC DETECTOR 7 KTA1659 Y 0437 A A gt 16 73V 2SC5197 R V V 8 ohm enr AAA gt zb R564 A CET OUT 2 E E KTA1268 6R 1 9554 VV RET CENTER 0401 A 0551 KTC3198 GR HEB OUTPUT FORNT L KTC3200 GR KTC3200 GR AAA JK501 Raoi C551 b SH0210381X 3 TYV gt M0 068 gt L 330 Ms 2 Y F A D553 65 N o
29. 5 5 ic724B 8 LL C e oo 2 a HU705 4 5 18 e HU705 5 2 a o x HU705 6 ole C753 CD11 D Is H SUB W IN U705 7 gt AA e KRC103M HU705 8 10 50 1K C 4 7 50 100 C cor H13 HU705 9 M SUB W OUT 4 7 50 HU705 10 QD2 HU705 11 SL OUT HU705 12 RD26 CD14 CD18 RD36 HU705 13 SL IN AKA I ANA HU705 14 100 47 50 6 4 7 50 NJM4558M E a 08 2 gt x n gt IC725A N JM4558M x 2 SR IN 12 47K C 4 7 50 79 FROM R47 FROM DSP1 ASS Y D CFG2 AVR 45 AVR 45 AVR 45RDS 45SG SCHEMATIC DIAGRAM roman gt s
30. NM4558L G o o o o SG wd zou 1 1 C152 IC112B VVV D gt gt a o gt 47 50 8 la la la Ja Ja s lx fe Ele A 1 56103 lt 330 e 0110 gt Tess KTD1302 7 5 NUM4558L gt DVD 4 2 T IC116B es gt lt 2 C158 tee 3 4 7 50 ZI 4 114 2 AAA 50 lt ASIGLLOO 061 VV 4 A o e R235 Q111 VV ASIGRO3 6 gt S R292 0107 KTA1266 GR 8117 2 2a 1K 0105 JBK 330 A A NJM4558L mulo 7 5 4 EN 51101158 5 55 R293 VVV TASIGLO4 C156 n 1K DTOB gt 778 0112 lt lt i A N 53 KRC101M gt e 0117 m e L 4 7 50 al R137 CD o SSS Leg T urs REAR LINE AMP V V V AAA 330 A lt 28 R133 NJM4558L TU a ASIGRO4 95 oF a sez we R31 C215 LI i d 1 1 1 _ 8 10K sry uiu a gt gt 0 1 A gt IC107 1 a 68 5 NJM4558L e SK Z 2 25692028 P gt gt gt e 2 2 lt REIS z 5 9 0 E ZE FRONT LINE AMP 6CH N o8 R18
31. R123 C111 R128 C114 POWER ON OFF MUTE PLL DATA PLL CLK RDS DATA RDS CLK 423 29 WA423 28 WA423 27 WA423 26 WA423 23 WA423 22 STEREO MUTE WA423 21 WA423 20 FUNC DATA FUNC CLK 425 19 WA423 18 VR CLK FUNC ST VR DI WA423 17 WA423 16 WA423 15 gt WA423 30 ANALOG FUNC VR FROM CONTROL ASS Y FROM CN923 VR C S W R CE SIG MUTE R SIG MUTE S W SIG MUTE C SIG MUTE F VR F M R CE 6 CH ST1 WA404 1 RED A CA2 T481 WA404 2 BLK S1 3 2 WA404 3 RED 4 5 CA1 YEL 6 BLU CA3 S2 7 TO REAR YEL 8 BEE ASS Y WA405 1 CA4 WA405 2 S3 TO SUB WA405 3 POWER ASS Y WA407 1 WA407 2 WA407 3 WA407 4 WA407 5 POWER ON OFF MUTE FROM R576 10 WA407 7 A WA407 8 D564 R583 9 VA 407 E NG V 6800174 WA407 9 FROM TUNER ASS Y 8 WA407 10 El A D565 R584 ST D 5 gt 680 1 4 C27 STRQ I TONES WA422 1 _ C26 WA422 2 Q558 gt C25 PLL CLK KTA1266 GR a bo 2 223 FROM WA802 KRC102M RE WA422 4 STOUT C25 WA422 5 D GND WA422 6 C584 gt 0577 0 1 A 155133 gt 412 WA408 1 GND WA408 2 PRE OUT MUTE C02 V MUTE R
32. TUNER ASS Y MAIN AMP ASS Y 0112 011 150 0112 012 150 0112 013 150 0112 011 1531 WA407 0112 012 1531 0112 013 1531 INPUT ASS Y 0112 011 152 0112 012 152 0112 013 152 DSP1 ASS Y 12 0112 011 1541 0112 012 1541 1 14 0112 013 1541 T HU719 HU720 11 10 1 LE CN908 SUB CN907 WA904 1 cN924 22 FRONT ASS Y 0112 011 1532 0112 012 1532 0112 013 1532 POWER SUPPLY ASS Y 0112 011 1512 0112 012 1512 0112 013 1512 MAIN POWER COMPOSITE VIDEO ASS Y 0112 011 1513 HU351 0112 012 1513 0112 013 1513 86 REAR AMP ASS Y 0112 011 1511 0112 012 1511 0112 013 1511 NO PARTS NAME PARTS NO MATERIAL MODEL NO 1 MASTER CARTON 6121 003 021 DW 1 BROWN AVR 45USA 6121 006 010 DW 1 BROWN AVR 45805 6121 009 010 DW 1 BROWN AVR 4550 2 PAD SIDE 6151 003 010 PS FM50 EPS 3 SHEET POLY 6132 003 010 PE FOAM 4 BAG POLY 6131 003 010 PE 0 05 o TAPE CELLOPHANE 9931 001 020 6 INSTRUCTION MANUAL 6311 003 010 PAPER 1 AVR 45USA 6311 006 010 PAPER 1 AVR 45805 6311 009 010 PAPER 1 AVR 4550 7 CARD WARRANTY 6331 003 010 PAPER 1 MV 45USA 6331 003 010 PAPER 0 AVR 45RDS 6331 003 010 PAPER 0 MV 4550 8 CARD POST 6331 003 030 PAPER 1 AVR 45USA 6331 003 030 PAPER 0
33. 2 11 IC707A 1 w A7 3 2V OV A13 al m al MIM072M z 5 28 A13 4 _ RE 22 2 3V 2 412 OV 3 2V 14 29 A14 o u gt o L z x wl of N et m 524 z FR mE C wo zx eon OV 0 6 M7 3g ayz APA ES E 4 4 2 3V 10715 2186 0 6 OV A18 N 8 100P C E TC74VHC574F NC 3 3 3 3V VCC o gt 4 9V R783 A 12K C Ss IN PS ue T _ 52 gt gt 10713 C35 5 CI n ol MSM534031C IC711 1 50 c 1 PU a 2 TC74VHC224F y a 20 701 1 GND 6 VCC 4 7V 2 4 001 WA701 2 sv 1A1 26 C34 01 2x 155133 3 A701 A 08 14 274 EN WA701 3 HR 4 2 57 4 e aee NATOS lt GND be ra 5 5 WA701 5 25 1Y2 27088 HL RU 4 7K 0 7 6 NJM4558M 1A3 243 6 7 2Y2 3 RBB RIO AA A 2 2K 2 2K 5 ds 388 KTD1302 9 AAA 8 144 2A2 DC VOLTAGE V B 4 VVV x 9 ONLY AC3 DIGITAL POSITION 68K C 0701 0702 2Y1 m KTA1266 GR KTA1266 GR t jd GND 2A1 10714 155 TC74VHC224F S 1 umm 16 VCC ES 5 gt 49 2141 26 19 R50 AA A 2 2K 23 85 A V V V
34. 33K 1 4 A 59 X 215 p 4 AAA x R655 SO L601 5 01 o 8 I gt 0 7uH 2 As 1 BS 5 6K 2 _ ZNACZ 43 0V 2 LS BU6 04F FROM P T S2 SBE gt J RES lt DLE R683 15K 1 AC2 WAG03 1 ov f C609 o 2 M ADJ i gt E sm 8663 gt ACI Oy 2 3 OM GAS e 4 e A R687 c e Q605 Q619 0623 F15 1 4 1K 1 4 ol WA603 3 KTC3200 GR 3P KTC3200 GR KTC3206 Y krC3206 Y ARAS 4 4 0601 Se WA601 1 98 S 4 V 5 E sa 0631 m sg 2 eg gt 7 A i 0 01 400 0 01 400V 1 25V U 155133 t A PLS _ C L 0609 6 28 2 gt 1 9656 2SA1962 R 250373 2 5 gt at gt x S KTC4370 Y OO wn o e N lt DE ON 0607 gt 44 5 5 N CC R667 R 89 STS KTC3198 GR N Ae F2 2 1 4 35 8V e e 4 C VVV A A gt A R646 A gt 5 04 AN 8666 gt gt gt F2 2 1 4 e ad 5 lt ESP 0634 R690 4 L HK gt 0638 AAA TO MAIN ASS Y 2SC5242 R CN606 1 Z lt 39K 6638 z A OVER LOAD DET CN606 2 TO WA406 KTC320
35. O 4 SIG06 71 AAA lt p 050 DATA S17 gt E KREADOO m 70 P SET P SET P SET e lt q 050 CLK 2 TUN DW TUN UP SCAN DOWN UP TUN MODE AC3 DOLBY PRO LOGIC SIG07 P SEG18 FUN DATA 7311 12 13 DATA POWER RELAY H 69 lt 902 906 W910 914 W918 w922 926 W939 SIG08 68 SIG45 x men FUN CLOCK 13 7311 12 13 CLK MER MUTE SIG44 Os 0 04 0 O O O O O 7536 DATA i J A LEV DATA FRONT MUTE L emm UT 06 47K LEV CLOCK lt 15 7536 CLK IC901 CENTER MUTE L gt Y gt kRoo H s w 1625 21642 DOLBY 3 HALLA HALL2 THEATER TEST TONE BYPASS MUTE KREADOO 16 CXP82852 141Q JS 104C 3 SIG41 w903 907 SW911 W915 W919 w923 w927 KREADO gt KRO1 H SURR MUTE L gt pwe pws VR901 640 0 2 6 KR02 H VIDEO MUTE L 52 O O O O O O MASTER VOLUME 7 KREADO2 2 625 SIG39 4 oo VV KREADO3 19 kin 61 51638 ad DIGITAL R979 a 3A 47K ENCODE UP P SPEAKER CHANNEL SEL DELAY DOWN UP SET O gt gt 1 ENCODE DN 7536 C amp S W ST H gt BW904 BW908 5V912 EW916 Bw920 04 W928 R 2 a SIG11 59 SIG36 WS R918 lt 7000 4226 4923 DAO 7536 F amp M R ST H gt vun O O O O 6 O O O O 6 O SF 8 lt s 7000 4226 4923 CLK 7311 2 ST H gt mem ds SIG13 KREADO3 24 4923 DAI 73 PS D920 SI614 56 TUN MUTE H S
36. PDN CMOUT a E pom LRCK gt DAC vol 1 8 88 SCLK lt 5 Fs el AOUT3 SDIN1 4 gt vol ga SDINZ 3 n Vol gt dm 5 DAC Volume AOUT6 6 E MONO lt SDOUT2 lt 3 kj OVL ERRK gt AINTR AIN2L FREQO 2 E n 1 x AIN3L AUTODATA A A A IV 9 AGND1 TITI CLKOUT XI HOLD RUBIT DATAUX RX4 SCLKAUX RX2 DGND1 DGND2 UX RX3 __ _ __ _ AVR 45 6713 40 ROM IC Address Buffer memory Cell X Matrix Decoder 924 288 x 8 GE _ CE OE Control Decoder Output Buffer lt 1 OE DO D1 02 D3 04 05 D6 D gt LA1206 AM IF STRQ FM IF FM IN 1 20 P18 910 604 LM 000 PLL FREQ SYNIHESIZER Phase Detector Charge O PC gt gt V AMIF IF Count O FMIF O VD01 02 O VSS Shift Resister Latch V V V 13 14 45 80 90 100 20 CE CL DATA 801 802 STRQ 0803 5410 MPX DEMODULATOR FF y FF 19KHz 0 750 C6 R4 O OR OUT R6 3 3K AVR 45 C804 BU1923 RDS DECODER IB 560p CMP E MUX 4 vss2 7
37. 3 Distortion lever meter ALIGNMENT PROCEDURES 1 FM MONO Distortion adjustment Input Signal Source Connection Signal generator output to FM antenna terminal 750hm Signal Source Signal Output Level and Reception Frequency Modulation Frequency 1000uV m 60dBu MONO 1kHz Dev 75kHz 2 FM MUTING LEVEL ADJUSTMENT Adjustment Adjustment Point Value 0 5mV R831 Distortion level Minimum at TAPE OUT Turn variable resistor VR801 and stop at position TUNED is not shown not indicated then again turn the variable resistor VR801 to the opposite revolution and stop at a position TUNED is shown Input Signal Source Connection Signal generator output to FM antenna terminal 750hm signal Source Signal Output Level and Reception Frequency Modulation Frequency 10uV m 20dBu MONO 1kHz Dev 75kHz 3 FM STEREO Separation Adjustment Input Signal Source Connection Signal generator output to FM antenna terminal 750hm signal Source Signal Output Level and Reception Frequency Modulation Frequency same specification as FM STEREO distortion adjustment Input only L channel same specification as FM STEREO distortion adjustment Input only R channel Adjustment Adjustment Point Value TUNED indicate on VFD Only confirm 001 indicate on VFD Adjustment Adjustment Point Value Output level Minimum at TAPE OUT channel R Output level Minimum
38. 5 5 33 A S s 1SS133 i Or LC Nw I E pu A gt o x 401 2 la Bere 14 OD 8 SMT 378 ee EH 0 7uH 9 x ah a gt gt VV V 3 gt P R553 15K AN ES BE m THERMAL DETECTOR KATES R481 _ 2 A c409 VV RZE SL R463 V V uL V V o AC1 Q405 IC ANF15 1 4 R585 1K 1 4 Es 7 Pd e A gt KTC3200 GR IAM FLS 5 GND D401 WA401 1 gae lt 2 S R483 6 SLI ACI is lt al ZE WA401 2 S R482 SL e los gt LR 2 155133 A TEST POINT 0556 159 1 gt IDLE els 2 KTC3198 GR s EE S 25A1940 R 01 5 0409 s 0435 E 10K A 2SK373 GR a m S KTC4370 Y GEE KA7915 R484 MR22 1 IC482 RL 0407 a 447 R467 38 6V KTA1266 GR 3198 MR10 1 4 F2 2 1 4 31 4V 1C483 R485 S ul ARA 4 S KA7812 MR10 3 A 8 T 3p TA AAA FH482 9 lt R466 em a Zdj 8 MRIO 1 4 51 F2 2 1 4 ea AN T2L 250V na 5 0434 R588 1659 Q438 EANAN 2 GND V V r CA R AN AC3 4 0430 Eu ANALOG S FH483 KTC3206 Y 0402 0404 U KTC3200 GR 7 1 T2L 2
39. 66 CENTER LOW PULSE OUT AT SELECTING POWER FUNCTION SURROUND MODE MUTE SPEAKER MODE AND DIGITAL SELECT BLT LOW OLTPUT AT SELECTING CENTER SPEAKER MODE NONE 67 FRONT LOW PULSE OUT AT SELECTING POWER FUNCTION SURROUND MODE MUTE SPEAKER MODE AND DIGITAL SELECT BUT LOW OUTPLT AT MUTE OR VOLUME LEVEL IS 64dB 68 MULT I ROOM LOW PULSE OUT AT SELECTING MULTI ROOM ON OFF MULTI ROOM MUTE FUNCTION BUT LOW OUTPUT AT MULTI ROOM OR MULTI ROOM LEVEL IS 64dB ONLY 65 SERIES 69 POWER H HIGH OUTPUT AT STAND BY POWER SWITCH ON RELAY 70 SEG18 H PULSE OUTPUT FOR VFD SEGMENT 32V 7 SEG17 H 72 SEG16 H HIGH PLLSE OLT FOR CHECKING SYSTEM OPTION AT POWER ON AND OPTIONI HIGH PULSE FOR VFD SEGMENT 5V 32V 73 SEG15 H 000 74 SEG14 KS7 T H PULSE OUTPUT FOR KEY SCAN AND VFD SEGMENT 5V 32V 75 SEG13 KS6 OUT H 76 SEG12 KS5 T H TT SEG11 KS4 T H 78 SEG10 K53 IT H 79 SEG9 KS2 T H 60 SEG6 KS1 OUT H 81 SEG7 KSO OUT H 82 SEG6 OUT H PULSE OUTPUT FOR VFD SEGMENT 5V 32V 83 SEGO OUT H 64 SEG4 OUT H 65 AVR 45 Pin No Description IN OUT Function SEG3 OUT H PULSE OUTPUT FOR VFD SEGMENT 5V 32V SEG2 OUT H GRID14 VFD GRID SUPPLY 5V 32V OUT H 5 POWER SUPPLY HIGH OUT FOR BACKLP AT POWER OFF POWER OFF PORT IS LOW GRIDI3 VFD GRID OUTPUT 5 32V GRID12 H 5Y GRID14 GRID14 01 H GND GRIDIO
40. 7 WA705 8 T TC74VHC574F 16 VSS OV 3 2V D3 aja gt CI a CI 2 0853 Wee ARE DATAUX RX4 33512 2 76 IMIM072M AGND 5 3 2V 3 2 4 ex DATAT gt DBCLK 88 3 AOV SURD L x Q2 cr AA AOV AGND gt 0 200 15 04 52 DATAG 37 3 3V V V V 2 HOLD RUBIT CEN OUT 705 10 Q1 3 CLKOUT CENTER Sg ej oj 9 14 D5 NEXT DATAS lt 3 3V gt A 5 5 CEN IN 705 1 00 3 2V 3 2 RESET 2 eDA CDOUT OVL ERR BO R53 gt gt s Lg CENTER 13 DATA4 35 4 22 4 2 557 rs WA705 12 3 3V 2 3 2 32V C31 1 50 IC710 3 2V_ ADI CDIN 129 AGND ir DYDD CS4923 CL AVDD g R41 dav 654226 X R52 AOS 11 D 0 7 C32 DGND 33 gt 00 5 IC709 lt 4 m 0K 6 10K SUB W OUT WA705 14 A2 3 2V 3 2V 0 1 aa sPI I2C DEM 27 AAA SUB W 10 Alo SY DATAS FILTD B2 09 7 9143 3 2 32V PDN AOUT6 26_5 SUB W 2 3V l 5 5 DATA2 CLKSEL 31 8 gt ps gt 3V glA4 32V 32V nm _ m ov AUDIO AOUT5 25 5 gt DATA lt gt 2 CLKIN lt 9 x SR 2 65 3 2V 0V 200 n AL 3 ov JADA 2 2 5 gt AOUT4 24 2 5 gt A6 3 2V OV AB 27 8 5 aoum 253 5 2 3 3 SURD R i 6 27 A08 24 e
41. CY YA YY 10 50 NJM072M 7 meom 0 8 81 1 50 A 87 80 M ru L702 T IC706B RL A ol La tum t 5 BEAD e n HU720 4 AGND _ moa Sx 55 RO 52 CENTER OUT 5 oN ON L711 7 U720 5 0 1 l 2 4 r YY L710 4 BEAD gel e ol 10717 E C09 TC74VHC74F 1 50 U720 7 1 118 7 1 3 3V 1706 1 1 i 1 U720 8 L704 CY Y e U720 9 210 213 80 EN X701 SEAD A aS Mi EE 1 o U720 10 3 2D 12 cio Se Sn E _ 49 152M So Y os R 0720 11 1 A 4 4 PR 0 1 s lt 62 ANA m 2 5110 2PR 10 1 5 6743 33 SUB W OUT C53 6110 2019 OP C IC706 _ 208 2208 0 IN 2 o 2 2 SUB W 9 10 50 R258 e gt ote 3K C 010 7 5 E Le 5 5 WA705 1 ol 4 6 a 2 l ls E DL0 7 9 9 9 9 9 gt c29 glo C44 100P gt gt gt 5 6 853 58 ala 2092 77 C 218 3 Sed 5 e gt C45 100P ac ES H _ 225 2 03 y 5 5 YEA R774 as 1 50 7 0 1 o 5 5 afl 2 2 S S C 2 5 lt lt A ro sl CI C758 3M C 10
42. KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 m 8 T gt 2 Xu oo 22 C956 1 50 N 2 0915 P 155133 5 8 8 e e 5 gt a e a a a a a 4 5 5 5 5 5 GRIDE01 14 0964 o o o o o lo o 2 S a ja 5 5 ja a a a a a a a o o o o 5 5 5 2 2 E e o e o o o o o a ja ja ja 8 5 566018 9 2 AA 566017 o o o o o o o le MASTER VR ENCODER ROR oor 8 8 5 8 8 z 0 m 8 5 8 805 308 o 795 9 SEGOB SEG15 19 3x1 601 2 78 56609 15 zx lt SIGLO1 45 lt s 5V so gt 3 es 0 gt MR REMOTE IN gt EE 2 RE o2 51602 56611 SEGI2 13 5 0 E 5 gt RDS CLOCK 512 75 s ale ae SIG03 SEG12 5661 TZ v gt 4923 INTREQ L s3 gt SIG04 SEG13 T1 gt 050 DET 75 TAPE MON VID 3 6 CH AM FM 7 SEG14 pei V921 24 9 gt g REMOTE IN S15 gt SEDIS I L 5I605 3 gt 5 ROS DATA sig Z2 A O O 0 O O O 0 g
43. AAA A 4 7 50 E TAPE ASIGROO 4 7150 100 __ ANN T MONITOR I 6 CH amp DAC OUT SELECTOR ae 2 AAA 6 o SA A R257 3 z gt o a o 7 E ls la R ERR fe Je Je Ele 28 lt N 330 JP102 C146 8158 5 T A ana JK0400450N 7 50 100 KE KTD1302 AAA et lt V V ASIGLOI 4 gt lt R246 C168 0115 55 68 100 4 7 50 KTA1266 GR N VIDE02 Huns 7 ET lt CEN OUT os HUN5 6 GND ASIGRO1 ox Hb MESES Ed 0 0109 HU115 5 AAA su 05 6 02 0116 S W OUT 9 VVV ASIGLO2 _ KRC101M GND lt n 5 o SKR OUT L HU115 2 o 52 7 54606 0117 GND gt a o C155 KRC101M HU115 1 lt 8 2 Q 2 C 3 IC115A 17 50 a gt 1 IN SQ NJM4558L ET VIDEO 1 REC 35 ga ol z a a al ASL 3 ASIGRO2 55 5214 82 9 5 o R221 C157 0118 VIDEO 1 JP103 0 1 A 100 KTA1266 GR am JK0600460N Les 0 01 EN 0 405 3 EN R166 e NJM4558L IC1128 5 2 3 gt AS gt ASIGLO3 lt e i KTD1302 DVD i 226 E lt lt lt lt lt ASIGLL00 061 T ASIGRO3 KTA1266 GR ASIGLO4 0112 KRC101M C1
44. EN 25px x 19 55 KEN os ons oco O 0103 1266 8 gt 59 _ 110 _ DE Lo 5 Q104 SEN 4 c 4 1 4 4 0 MT NAI ES CN s FRONT LEVEL CONTROL gt 5 HU112 1 lt TU L ASIGLO6 2 0 8 HU112 3 EHE SE TU R 0719 4 ASIGRO6 GND HU112 5 zo V L Te ASIGLOS lt GND HU112 7 V3 R ASIGR05 O TT 2 2 e lt e e e Z Z Z Z Z Z z lt lt lt Ol Of 7 AA NAZAN 7 o CC e JZ O 2 gt I TOT TO WA808 FROM CN701 80 TO TUNER ASS Y FROM DSP ASS Y CEN OUT GND S W OUT GND R OUT L GND R OUT R F OUT L GND F OUT R GND TO WA415 TO MAIN AMP ASS Y TO WA416 TO MAIN AMP ASS Y ANT801 Sohm 6 AVR 45RDS TUNER SCHEMATIC DIAGRAM TUNER P C Board R801 R812 220 E 1 135 2 22 1 4 C831 P801 sx FTA4 460H se T805 a as FM FRONT END at erg IM DET2 KTC3192 0 2 ET 4 0955 1 1 0 on n KTC3192 0 Q802 2 KTC3192 0 U C857 0 022u 3 S 2 8 T R AAA C856 D See 25 ES 0 lt 47 16 5 E gt m e5
45. POWER ON OFF GND WAKE UP 32V 5 6V SUB CN907 1 RMC MODULE C943 0 0082 V R945 J2 390K M0 082 3 100KC2 5 VR903A gt ON HEAD PHONE Ass y ko Jw N FLT901 CM1684CB ol 18 q al ga ox gl al a gl al C980 0 10 z EE Bg EN gt R e DN 8 100K X C 2 CIE CC id FEN GRD 01 14 SEG 01 19 I SS RA ZA 3K 36 3 EN 2 _LL Wawa R 100KC2 4 1 5 B gt 5 8 5 8 2 2 2 0976 47 25 X O lt 0907
46. VCR REC Pin VIDEO DISC O covo IC 101 NJU S12 ANALOG FUNCTION SW Level Shifter Latch Circuit Level Shifter C 105 115 7511 ANALOG FUNCTION SW Latch Circuit Level Shifter Level Shifter Latch Circuit ae AVR 45 1035 104 10 105 110 111 112 115 1160 118 119 120 02 709 704 06 25 724 6 726 902 NJM4558L NJM4668M DUAL PIN FUNCIION 1 A OUTPUT 2 A INPUT 3 A INPUT 4 V 5 B INPUTI 6 B INPUT 7 B OUTPUT d 1 MJM4558L MJM4558L MJM4558D MJM4558M MJM4558V MJM4559D MJM4559M 01 05 06 0 DUAL J FEI INPUT PIN FUNCTION 1 A OUTPUT 7 B OUTPUT 2 A INPUT 3 A INPUT 4 V 5 B INPUT 6 B INPUT j 4 5 6 7 8 MIM072L 082L MJMO728D 082BD 0 MIM0728L 0828L MJMO72D 082D MJM072BV 082BV MJMO72M 082M 11 714 TC 4VHC244F OCTAL BUS BUFFER TOP VIEW a 9 TOP VIEW 57 74 574 IC Mo 16 FLOP WIH 5 SIAIE OUTPUT OCTAL D IYPE FLIP MIV 213 IC 102 ANALOG FUNCTION SW oc m R COM3 DATA D CK D Vss e e 58 0907 9 M 9
47. j gt a D Y o d Y 4 A a NP 2 L bo hud lo am NN N Ge C2 aca paw emy m 4 gt POD AM ld gt O 1 uus nu PA WR a Well di de IFO lap amm 9070873 E D 9 LOSY Quede lt gt VI EF ph J 1 A o i U S N 222 nA p 2 Be SP bh Rai 22 INT M e 5525 ooo x O Q gt L d LO NZ al 145 AUDIO P C Board cc AUDIO P C Board som Ud II 1 cL lt UL W mma e d MESS NOSE a B or 383 Bd tum ee 2 Y ANO 0N 5 DEEN W094 2063 5 ANN 1898 AR _ 1062 060 V V V cosy AR N cer NW Q E 1979 TEX 2 J 4 mm 3 e ON 1060 SAR ER GUSD 77 A gl _ 8660 El d _ E ca SAR he A FA D A 7878 E VVV 8669 NE 7058 9 I dem
48. so To 4 00 I a 5 gt x 2 N _1 100 JSL o NEC 2 C 5 gt 25 GOT C838 C839 C840 R842 eee 25 55 NN 85 R 394 Do 330P 330P 10 16 2 7K VC801 2 oo 85 78 100 451 JUMPER sss MPX 4 1SS133 MPX 4 R859 C837 R843 150K 10 16 2 7K 2 C842 JUMPER 3 lt KRC110M lt o LA3410 _ IC803 u 2 LA1266 S METER AM IF z ie IC801 Ry T ac Ow mun co e lt oor a um x 6 cN C851 10 16 100 1 4 Moldy IC LM7000 j FM SW AM SW B STOUT EREMIE C811 M0 001 F805 AHCFM2 450BL M829 68K 11 0804 P sTRQ VV R858 WA801 10 2SK246 Y 2 10K STOUT WA802 1 SS PLL DI A802 2 ww PLL CL A802 3 A PLL A802 4 UO A802 5 A802 6 OPEN 7 RAD Co GND 13 GND 6845 C846 C847 15 30p 5 0 022u 47 16 GND FROM DSP CN702 L IN GND R IN ZD802 MTZ5 1B R851 220 1 4 IC1 BU1923 R855 330 1 4 81 OPEN 15V GND 15 GND TONE IN L GND TONE IN R FL AC FL AC
49. 274 1Y1 118 4 9V 3 KTD1302 0V 4 17 C83 8 1A2 2 4 4 7V 0705 NJM4558M gt 50 KTA1266 GR 25 49 5 3 1y2 16 5708 10 50 z lt 6 1A3 2 5 5 I a ml aj o 4 9V 7 22 82584 x 2a2 13 3 3V C CN701 1 7 HL 9 CN701 2 GND xam 5 5 gt CN701 3 2 111 4 4V 4 aj of S 2 x E HR IC719 TC74VHC132F 5V HSJ1002 01 1020 Ba 0703 38 0716 o ala SYSTEM REMOTE al o o 4 7K KRC101M I LI I NEU di di di di I KRC101M S A a g a a o gl o 5 8 el A a S lt 5 S lt 5 5 mi 5 gt gt SUS EZ CI 0 gt 2 FROM CN924 z lt TO 6 TO wA899 SUB W OUT 15V AGND 15V RR OUT AGND AGND FR IN FR OUT AGND AGND FL IN FROM DSP1 ASS Y AGND RL IN FL OUT AGND AGND RR IN RL OUT AGND AGND CEN IN CEN OUT AGND AGND SUB W IN AVR 45 SCHEMATIC DIAGRAM DSP2 P C Board DSP2 ASS Y RD2 C738 RD2 FR IN n ANN 10 50 100 c 47 50 NJM4558M ks 5 x IC726B s a S e BN gt de m oo a X a lt lt x ER N
50. 413 R 414 R 507 121 R 122 R 125 R 126 R 129 R 130 R 401 R 402 R 501 R 403 R 404 R 502 H 587 H 588 H 590 H 592 H 453 R 454 H 527 H 563 R 451 H 452 H 526 H 455 H 456 H 528 H 562 H 564 H 561 R551 R 552 R 557 R 585 R 586 R 589 R 405 R 406 R 407 R 408 R 503 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 123 721 1742 153 721 1742 153 721 1742 153 721 1742 153 721 1742 153 721 1742 183 721 1742 183 721 1742 183 721 1742 183 721 1742 183 721 1742 222 721 1742 222 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 271 721 1742 271 721 1742 271 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 333 721 1742 333 721 1742 333 721 1742 393 721 1742 393 721 1742 393 721 1742 393 721 1742 472 721 1742 472 721 1742 472 721 1742 473 721 1742 561 721 1742 561 721 1742 561 721 1742 562 721 1742 562 721 1742 562 721 1742 563 721 1742 563 721 1742 822 721 1744 102 731 1744 102 731 1744 102 731 1744 102 731 1744 102 731 1744 102 731 1744 152 731 1744 152 731 1744 152 731 1744 152 731 1744 152 731 DESCRIPTION 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 12KW J 1 8W 15KW J 1 8W 15KW J 1 8W 15KW J 1 8W 15KW J 1 8W 15KW J 1 8W 18KW J 1 8W 18KW J 1 8W 18KW J 1 8W 18KW J 1 8W 18KW
51. AVR 45 DESCRIPTION Q TY REMO CON ASSY AB 1 SCREW 3 10 TEETH COPPER 42 SCREW A183008000 13 SCREW 530C BTTN D12 3X10 MC 3 SCREW A123008002 6 SCREW A183006002 8 SCREW A183006002 8 SCREW A1 24008000 4 SCREW A113016000 10 WASHER SPRING N2 0 M4 0 MC 4 WASHER PLAT PAW 4 7X12X1 0 MC 4 WASHER SPRING NO2 M3 0 MC 20 WASHER PLAT PAN 3 3X8X0 5 MC 20 ASSY PCB MAIN AMP ASSY PCB REAR AMP ASSY PCB SUB ASSY PCB C VIDEO ASSY PCB S VIDEO ASSY PCB AUDIO INPUT ASSY PCB TUNER ASSY PCB FRONT ASSY PCB POWER ASSY PCB HEADPHONE ASSY PCB DSP1 ASSY PCB DSP2 ASSY PCB STAND BY Only NN VES 7 Y GZW 7 ZA J Py N26 VE p m N 7 ARAN SSA S2x 3 X 12 Assemble with H sink W1x 4 57 4 gt ES gt a gt 5 e lt CC 2 amp BBB e B 005 og 8 88 3 AVR45 harman kardon harman kardon Service Bulletin Service bulletin HK9804 December 1998 Repair rate does not apply To All harman kardon Service Centers Models AVR35 45 65 North America RDS Singapore all versions Subject Remote Control Functions Do Not Work When the batteries are replaced in the AVR35 45 65 remote control capacitor C1 1 Farad 5 5V maintains memory functions for 4 5 hours When C1 is discharged or the remote control is stored for 2 months or more without batteries the remo
52. C 354 C 356 C 362 C 364 C 365 C 366 C 368 C 384 G 379 C 380 Gare C 381 C 378 C 393 C 388 C 387 C 387 C 391 C 385 C 377 C 386 C 389 C 383 C 392 2 97 1 C 374 C 370 C 359 C 379 C 380 C 382 HU 351 L 351 L 352 L 353 JP 352 JP 351 WA 352 CN 353 XT 352 XI 352 XT 351 XT 351 1742 102 721 1742 102 721 1742 102 721 1742 330 721 1742 330 721 1742 562 721 1742 823 721 CAPACITORS 1822 101 772 1822 101 772 1822 101 772 1922 101 7 72 1922 10 1 7 72 1862 100 504 1862 331 318 1862 470 604 1862 470 604 1862 470 604 1862 497 804 1862 497 804 1862 497 804 1832 104 002 1832 104 002 1832 104 002 1832 104 002 1832 104 002 1832 104 002 1822 030 212 1822 030 212 1822 222 882 1822 270 712 1832 103 772 1832 103 772 1832 221 822 1832 332 772 1832 472 772 1832 471 712 1832 473 002 1862 010 804 1862 010 804 1862 010 804 1862 100 804 1862 R47 804 1862 R22 804 1862 2R2 804 1861 102 218 1861 102 218 1861 102 218 1822 150 712 1822 150 712 1822 240 712 DESCRIPTION 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W CERA RA CERA RA CERA RA CERA RA CERA RA CERA RA ELECT ELECT ELECT ELECT ELECT ELECT ELECT ELECT CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX CERA AX ELEG 50V 50V 50V 50V 50V 50V 16V 10V 25V 25V 25V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 5
53. D915 o o o o o 5 o o 8 9 2 a a a a a a a a a a a t a gt C a a a a E 193192 o o o o x o o o o o o o gt o o o o o o o a E e a je a a a a a a lt o o o N FS eg 13 19 5 JS S 5 5 8 2 gt e e fo fo fo fo ONLY OTP 5 5 5 5 5 4 S r 1 9 I 8 SEGIB 0921 SEG17 18 o o e o m IN o o o o o IN I KTC3198 GR lo o lo lo lo lo lo lo lo o jo lo loo joo jo I GRID02 BO 508 SEGI6 MASTER VR ENCODER 602 885 e ane 805 il GRIDO1 O O O O gt 79 509 56608 56615 19 3x1 601 2 7 56609 SEe14 15 lt x S SIG 01 45 5V S10 PNI 77 SEG10 56613 4 ra 2 2 m 2 m m 2 8 31602 gt RDS CLOCK S12 765 542 se ae 22 512 5603 d 75 i v 7 7 4925 INTREQ L S13 SIGO4 56613 T1 74 Loesecee I TAPE MON CDP DVD VID 1 VID 2 VID 3 AM FM SLEEP gt OSD DET S14 gt 7 m 56614 5V901 CV909 9 5V913 5V917 5V921 BW925 59929 gt REMOTE IN S15 gt E WD R5 SIG05 Y y g RDS DATA sie 172 b fp O O L O
54. KTA1268 GR KTA1024 Y C514 R542 F560 1 4 gt V VN Vv 15 1 4 4S 1K 4 7K x 255 R509 ___ 2 m 33K 1 4 27 55 RWE VVV R528 92 QA S 58 wo o9 gt 51 2 e Q503 Q Q512 KTC3200 GR KTC3206 Y KTC3206 Y R525 R527 an 8527 R531 C553 M0 068 9 m gt e ex XT kTC4370 Y gt N o R448 R468 e N 4220 4 ANA lt gt A Als A m R533 gt gt DI m MR10 1 4 F2 2 1 4 1 253 25 5 SSE XE i o u 4 1659 0519 SC5242 R Q515 KTC3206 Y 0501 TC3200 GR KTC3200 6R 2 0 8 MR10 1 A 47 50 1 FH482 M0 01 C1 C1 C565 1 0 70 81 2A 250V FH481 AES GND C486 M0 01 C22 485 ACS 2A 250V FU482 FH484 RDS DATA RDS CLK C20 VOLTAGE REGULATOR TUNED C19 STEREO C18 T MUTE F150 1 4 F150 1 4 2518 2522 KTA1024 Y TES R127 220K R132 C116 C112
55. PART NO gt gt gt gt gt gt H 427 H 428 H 429 H 430 R 431 H 432 R511 R 512 513 R514 5 H 516 H 469 H 470 H 535 H 445 H 446 R 447 H 448 H 523 H 524 R 475 H 476 H 538 R 481 H 482 H 483 H 484 H 485 H 486 R 495 H 496 R 497 471 H 472 H 536 C 419 C 410 C 505 C 411 C 412 C 506 7 6 555 C 556 C 403 C 404 C 502 C 563 C 582 C 583 C 584 C 585 C 586 C 111 C 112 C 113 C 114 C 115 C 116 C 485 C 486 C 481 DESCRIPTION 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4W 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 561 731 1 4VV 560W J 1761 820 731 1 4VV 82W J 1761 820 731 1 4VV 82W J 1761 820 731 1 4VV 82W J RESISTORS METAL 1772 100 731 1 4VV 10W J 1772 100 731 1 4VV 10W J 1772 100 731 1 4VV 10W J 1772 100 731 1 4VV 10W J 1772 100 731 1 4VV 10W J 1772 100 731 1 4VV 10W J 1771 100 751 1W 10W J 1771 100 751 1W 10W J 1771 100 751 1W 10W J 1771 220 751 1W 22W J 1771 220 751 1W 22W J 1771 220 751 1W 22W J 1771 220 751 1W 22W J 1771 100 731 3W 10W J 1771 150 771 3W 15W J 1771 150 771 3W 15W J 1771 150 771 3W 15W J 1771 150 771 3W 15W J RESISTORS CEMENT 1775 822 782 0 22W J 1775 R22 782 5W 0 22W J 1775 822 782 5W 0 22W J CAPACITORS 1
56. Q 426 Q 435 Q 436 Q 513 Q 518 Q 417 Q 418 Q 421 Q 422 Q 431 DESCRIPTION 0112 011 150 MAIN AMP PC BOARD INTEGRATED CIRCUITS 1217 781 001 IC 7815 REGULATOR 1217 791 001 IC 7915 REGULATOR 1217 782 001 IC 7812 REGULATOR 1217 780 002 IC 7805 REGULATOR 1217 780 002 7805 REGULATOR TRANSISTORS 1241 524 001 1241 524 001 1241 524 001 1242 196 001 1242 196 001 1242 196 001 1243 102 001 1243 102 001 1243 102 001 1243 102 001 1243 319 001 1243 319 001 1243 319 001 1243 319 001 1243 319 001 1243 319 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 437 001 1243 437 001 1243 437 001 1243 437 001 1243 437 001 1243 437 001 1244 124 002 1244 124 002 1244 124 002 1244 124 002 1244 124 002 POWER 2SC5242 R POWER 2SC5242 R POWER 2SC5242 R POWER 2SA1962 R POWER 2SA1962 R POWER 2SA1962 R KRC102M KRC102M KRC102M KRC102M KTC3198 GR KTC3198 GR KTC3198 GR KTC3198 GR KTC3198 GR KTC3198 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC
57. RESISTORS CARBON 1742 100 721 1742 100 721 1742 100 721 1742 100 721 1742 100 721 1742 100 721 1742 101 721 1742 101 721 1742 101 721 1742 102 721 1742 102 721 1742 102 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 220 721 1742 220 721 1742 222 721 1742 222 721 1742 222 721 1742 222 721 1742 222 721 1742 222 721 1742 271 721 1742 330 721 1742 330 721 1742 330 721 1742 433 721 1742 470 721 1742 470 721 1742 472 721 1742 472 721 1742 472 721 1742 472 721 1742 472 721 1742 472 721 1742 473 721 1742 750 721 1744 4R7 731 RESISTORS CHIP 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 101 771 DIODE 1252 000 017 155133 SW 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 4W 1710 1 10 1 10 1 10 1 10 1 10 DESCRIPTION 1243 130 003 KTD1302 10W J 10W J 10W J 10W J 10W J 10W J 100W J 100W J 100W J 1KW J 1KW J 1KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J
58. SUB PCB BLOCK 1 Remove 4 screws on Rear panel 2 Remove the Rear panel 3 Remove PCB Brk t and Guide Brk t from Main 4 Remove the SUB PCB block FRONT PCB BLOCK 1 Remove Main Ass y 2 Remove volume and rotary knob from the front Ass y 3 Remove all of the screws on back side of Front function PCB 4 Remove the Front function PCB 17 AVR 45 AVR 45 GENERAL UNIT PARTS LIST REF NO gt CON A 10 A 11 7 13 14 14 A 14 B 15 16 17 18 19 20 21 22 23 24 22 26 27 27 27 28 28 29 30 31 32 33 34 29 36 27 38 29 39 39 PART NO 5111 005 010 5111 008 010 5131 003 010 5131 003 020 5131 003 030 5131 003 040 5131 003 050 5131 003 060 5131 003 070 5131 003 080 5141 005 010 5141 008 010 5141 003 020 5 142 003 010 5 179 000 060 5212 005 010 5212 008 010 5212 011110 5213 003 010 5214 003 010 5214 003 020 5214 003 030 5214 003 040 5214 003 050 5214 003 060 5283 003 010 5451 003 010 5451 003 040 5451 003 050 5451 003 060 1419 000 003 1419 001 003 1419 002 005 2161 000 032 2161 001 032 5241 003 010 5241 003 020 5226 003 030 5226 003 010 5226 003 020 5241 003 040 5241 000 110 5451 003 020 5226 003 040 5421 003 070 A0191 065 000 A0191 065 001 A0191 095 001 DESCRIPTION PANEL FRONT CD PANEL FRONT KNOB FUNCTION A KNOB FUNCTION B KNOB FUNCTION C KNOB POWER KNOB PUSH KNOB TA
59. SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 199133 SW 199133 SW 155133 SW 155133 SW 155133 SW 199133 SW 155133 SW LED SLR 342VR3 RESISTORS CARBON 1 8W 10W J 1 8W 10W J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 10KW J 1 8W 100KW J 1 8W 100KW J 1 8W 1MW J 1 8W 150KW J 1 8W 1 8KW J 1 8W 1 8KW J 1 8W 3 9KW J 1 8W 18KW J 1 8W 220W J 1 8W 220W J 1 8W 2 2KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 330W J 1 8W 330W J 1 8W 3 9KW J 1742 392 721 NPN NPN NPN NPN NPN NPN PNP PNP PNP IB AB IB AB 40 H 956 R 901 H 914 R 915 916 R 917 918 R 972 R 978 R 979 R 924 R 959 R 969 R 970 H 923 H 943 H 944 H 939 H 940 951 H 952 H 936 H 945 H 946 H 982 H 983 R 941 H 942 H 962 H 980 R 981 C 979 C 980 C 901 C 902 C 910 C 911 2 C 913 C 954 C 903 C 905 C 907 C 909 C 914 C 915 C 918 G 922 C 919 C 920 C 908 C 945 C 946 C 933 C 934 C 904 C 917 C 977 C 931 C 932 C 941 C 942 C 951 C 952 C 953 C 955 C 956 REF NO PART NO DESCRIPTION 1742 392 721 1 8W 3 9KW J 1742 471 721 1 8W 470W J 1742 473 721 47KW J 1742 473 721 47KW J 1742 473 721 47KW J 1742 473 721 1 8W 47KW J 1742 473 721 1 8W 47KW J 1742 473 721 47KW J 1742 473 721 1 8W 47KW J 1742 473 721 47KW J 1742 473 721 1 8W 47KW J 1742 473 721 1 8W 47KW
60. at TAPE OUT channel L AVR 45 4 AM OSC Adujstment Input Signal Source Connection oignal Generator output to transmission loop antenna standard required loop Signal Frequency 522kHz 230 230RDS 520kHz 120 5 AM Tracking Adjustment MW Input Signal Source Connection Signal Generator output to transmission loop antenna standard required loop 6 AM IF Adjustment Input Signal Source Connection Signal Generator output to transmission loop antenna standard required loop 7 AM auto stop Adjustment Input Signal Source Connection Signal Generator output to transmission loop antenna standard required loop Signal Frequency 594kHz 230 230RDS 600kHz 120 1395kHz 230 230RDS 1400kHz 120 Signal Frequency 999kHz 230 230RDS 1000kHz 120 oignal Frequency 999kHz 230 230RDS 1000kHz 120 oource Signal Output Level and Modulation 5mV m 74dBu 400Hz MOD 3096 oource Signal Output Level and Modulation 5mV m 74dBu 400Hz MOD 3096 Source Signal Output Level and Modulation 5mV m 74dBu 400Hz MOD 3096 oource Signal Output Level and Modulation 1000uv m 60dBu 400Hz MOD 3096 Heception Frequency 522kHz 230 230RDS 520kHz 120 P9 Heception Frequency 594kHz 230 230RDS 600kHz 120 Reception Frequency 999kHz 230 230RDS 1000kHz 120 Reception Frequency 999kHz
61. gt 270 8th Switched capacitor filter x 1 dr anti aliasing COmparator filter ex 2 2uF 5 VDD1 NN ANALOG ONT 1 PLL BYPASS DEFFERE RDATA 2 1187 St DECODER NTIAL Pi RDS ARI DECODER 2 NN DIGITAL 11 M TEST x le gt CLOCK 7 0 10 9 X1 BE PA 4 332MHz Ti D 33p 33pF e L AA ASAS A IC 106 109 114 117 107536 ELECTRONIC VOLUME CONTROL S 8 3 3 3 3 B l W 1 L 5dB IN O O R 5dB IN L Vm O O Vm O Vdd CEO O Vcc CL O 0L O Vss DI O Po 00 Vee D SHIFT RESISTER kl a mt L x Fp m e Figure 2 Video Selector Switch Connections LA7951 TV Tuner e o Monitor I VCR1 PLAY Pin O VCR1 REC Pin I IC 45 oral 5 2 i LA 951 VCR2 PLAY PinO VCR2 REC Pin VCR3 PLAY Pin O o 4 VCR3 REC Pin VI EQ SW H Figure 1 Editing System Switch Connections LA7951 N Tuner O o Monitor VCR PLAY Pin O
62. gt II I CU Ja N I ey Ius A G EEN Cr 7 V 8 a thee m H 7 Jo k RENTA SN D LT JI Ju 2 gt ap Say Sl ANS SZWU R73 DA NN 4 gt b 24 tale E CTA C39 hM 4 2 t CLK 4 D t a I 4 m 21 Ae 5 ATE fus AN ra A 4 2 A c U u 3 Hat P q ni 2 5 10 ma oae 4 76 A R31 RIQ I ep 6 fn 41 i MA 1 E a SC 80 ZaT 3 2 0 S E 2 R23 MJ we 9 4 R sh R71 b CAD tu j em I La Me d b ESSE We 1 IS 4 R20 Z N gt e Jw WY R 2 y m Wi R12 4 gt IN n 4 gt R52 j 5 gt E E gt Li UG 4 02 I e LOS 6 gt i mm cu I I S 1 UT 76 E 4 e m e 5 ny 1 pent ly af 2 2 f at UV B OH C4 6 bwa III I P 6 db lt a di IU x pos C 4 lara SEC II oim 2 g
63. 1 10W 100W J L702 1784 000 006 BEAD 6mm AXIAL RD 36 1746 101 771 1 10W 100W J L704 1784 000 006 BEAD 6mm AXIAL R 787 1746 102 771 1 10W 1KW J L705 1784 000 006 BEAD 6mm AXIAL R 788 1746 102 771 1 10W 1KW J L706 1784 000 006 BEAD 6mm AXIAL R 791 1746 102 771 1 10W 1KW J L709 1784 000 006 BEAD 6mm AXIAL R 792 1746 102 771 1 10VV 1KW J L711 1784 000 006 BEAD 6mm AXIAL R 795 1746 102 771 1 10W 1KW J L710 1742 000 0003 WIRE P 10mm SND 0 6mm R 796 1746 102 771 1 10W 1KW J 706 1514 010 002 MULTI ROOM JACK 1P RD 19 1746 103 771 1 10W 10KW J 704 1514 020 004 PIN JACK 2PJK0200440N RD17 1746 104 771 1 10W 100KW J HU 709 2114 604 004 WAFER 4PPLUG R 785 1746 104 771 1 10W 100KW J R 786 1746 104 771 1 10W 100KW J CAPACITIORS R 789 1746 104 771 1 10W 100KW J C755 1846 334 883 CERA CHIP 50V 0 33uF K R 790 1746 104 771 1 10W 100KW J C 739 1846 682 882 CERA CHIP 50V 0 0068uF K R 793 1746 104 771 1 10W 100KW J C740 1846 682 882 CERA CHIP 50V 0 0068uF K R 794 1746 104 771 1 10W 100KW J C756 1846 682 882 CERA CHIP 50V 0 0068uF K RD 7 1746 123 771 1 10W 12KW J C771 1846 682 882 CERA CHIP 50V 0 0068uF K RD 8 1746 123 771 1 10W 12KW J C772 1846 682 882 CERA CHIP 50V 0 0068uF K RD 11 1746 123 771 1 10W 12KW J CD 15 1862 010 804 ELECT 50V 1 0 RD 12 1746 123 771 1 10VV 12KW J CD9 1862 100 504 ELECT 16V 10uF M RD 20 1746 123 771 1 10W 12KW J CD19 1862 100 504 ELECT 16V 10 RD 31 1746 123 771 1 10VV 12KW J 737 1862 100 804 ELECT 50V 10 RD 32 1746 123 77
64. 10 PLUG 10P JE 604 10 PLUG 11P JE 604 11 PLUG 11P JE 604 11 PLUG 11P JE 604 11 PLUG 11P JE 604 11 PLUG 11P JE 604 11 PLUG AP 605 04 SOCKET WIRES 4P 1533 26 650m m DP 16722 70 6P 1007 26 200m m 1P 1672 22 165m m MISCELLANEOUS 1451 000 030 1451 000 030 1451 000 030 1514 060 001 1531 020 381 1531 040 373 1541 2R0 013 1541 2R0 013 1543 2R0 001 1543 2R0 001 1551 000 01 1 1551 000 01 1 1551 000 01 1 1551 000 01 1 1731 102 006 1731 102 006 1731 102 006 1782 000 001 0112 011 150 COILAF CHOKE 0 7uH COIL AF CHOKE 0 7uH COIL AF CHOKE 0 7uH PIN JACK 6PJW 4105R TERMINAL SPEAKER 2P TERMINAL SPEAKER 4P FUSE 250V 2A21GS 5 X 20mm Slo Blo BK FUSE 250V 2A 21G5 5 X 20mm Slo Blo BK FUSE 250V T2L 21GL 5 x 20mm HOLDER FUSE 5 HOLDER FUSE 5 HOLDER FUSE 5 HOLDER FUSE 5 VR SEMI 1kohm VR SEMI 1kohm VR SEMI 1kohm POSISTOR P42T8D100B04 REAR AMP PC BOARD TRANSISTORS 1241 524 001 1241 524 001 1242 196 001 1242 196 001 1243 319 001 1243 319 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 320 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 326 001 1243 437 001 1243 437 001 1243 437 001 1243 437 001 1244 124 002 POWER 2SC5242 R POWER 2SC5242 R POWER 2SA1962 R POWER 2SA1962 R KTC3198 GR KTC3198 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 G
65. 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 102 1832 104 002 CERA AX 50V 0 102 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 102 1832 104 002 CERA AX 50V 0 102 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1832 471 712 CERA AX 50V 470pF J 1862 100 804 ELECT 50V 10uF M 1862 100 804 ELECT 50V 10uF M 1862 100 804 ELECT 50V 10uF M 1862 100 804 ELECT 50V 10uF M 1862 100 804 ELECT 50V 10uF M 1862 100 804 ELECT 50V 10uF M 1862 470 604 ELECT 25 47uF M 1862 470 604 ELECT
66. 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 22W J 22W J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 270W J 33W J 33W J 33W J 43KW J 47W J 47W J 4 7KW J 4 7KW J 4 7KW J 4 7KW J 4 7KW J 4 7KW J 47KW J 75W J 4 7W J 100W J 100W J 100W J 100W J 100W J 100W J 42 R 729 R 730 R 731 R 732 R 741 R 742 R 705 R 706 R 703 R 704 R 81 R 82 R 83 R 84 R 743 R 744 R 757 R 758 R 771 R 772 nz H 78 R 79 H 80 H 92 R 93 H 94 H 95 R755 R 756 R 770 R 783 R 784 R 748 R 750 R 747 R 749 R 762 R 764 R 761 R 763 R 776 H 778 RATIO R 777 R 714 R 701 R 702 R 709 R 710 R 715 R 716 R 721 R 722 R 727 R 728 R733 R734 R 739 R 740 R 753 R 754 R 767 R 768 R 781 R 782 R 745 H 746 1 759 REF PART NO 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 101 771 1746 103 771 1746 103 771 1746 102 771 1746 102 771 1746 104 771 1746 104 771 1746 104 771 1746 104 771 1746 104 771 1746 104 771 1746 104 771 1746 104 771 1746 222 771 1746 222 771 1746 222 771 1746 222 771 1746 222 771 1746 222 771 1746 222 771 1746 222 771 1746 123 771 1746 123 771 1746 123 771 1746 123 771 1746 123 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 152 771 1746 183 771 1746 203 771 1746 2
67. 1862 4R7 804 ELECT 470 1862 R47 804 ELECT 50V 0 47uF M 1862 R47 804 ELECT 50V 0 47uF M 1872 471 731 STYROL 470pF J 1876 102 811 POLYESTER 100V 0 001uF K 1876 473 811 POLYESTER 100V 0 047uF K 1876 124 811 POLYESTER 100V 0 12uF K WAFERS 2111 023 004 4P 5267 04A 2111 023 008 8P 5267 08A 2111 023 009 5267 09A 2121 605 006 6P JE 605 06 2121 605 010 10P JE 605 10 2111 023 002 2P 5267 02A AB IB AB IB AB IB AB IB AB IB AB IB IB BK BK 47 AVR 45 AVR 45 IC BLOCK DIAGRAMS 592 226 VIDEO SWITCHING NO CLAMP 909 BA 622F VIDEO 6dD AMPLIFIER 688 Vour 19 ohm 204 MB90089 ON SCREEN DISPLAY SN SCLK u Serial Input control gt each control register CS gt EXHSYN gt gt Seperator VN gt YIN gt CIN gt HSYNC NTSC PAL gt E Signal Generator VOCO LOI Output VOC1 control gt 1062 A VOB V V VRAM CGROM gt x x 4FSC clock EXS To each block FSCO lt gt 49 AVR 45 Soo 106 NO ADJUSTMENI SYNC SEPERATOR amp SYNU DETECTOR V E CSB503F2 ME 1u Vcc x S S 2 2k 220p Er 0 y
68. 41652067 Q682 CN606 3 T KTC3200 GR P ON OFF MUTE KTC3200 6R KTC3200 GR 5 0612 GE 8655 CN606 4 REAR R 8602 C602 KTA1268 GR KTA1268 GR KTA1024 Y KTA1024 Y A HN V V V 1 R650 4 7K 1K M0 068 330 10 25 82 SG 1K 5 als 2 ma SIS R618 28 A s 5 1SS133 R674 F10 1 4 FROM MAIN AMP ASS Y 5 33K 1 4 A RL IN WA625 1 I AAA o8 L602 1 e 22 25 5 s LJ RA GND WA625 2 an co AA RR IN FROM CN425 gt A lt 82 w 52 WMA WA625 3 CI I c as 7 2775 5 gt L lt LE AN R684 15K e GND WA825 4 C610 E E ADJ e e e e gt R664 e Q606 Q616 Q620 Q624 A F15 1 4 R688 1K 1 4 KTC3200 GR 3P KTC3200 GR KTC3206 Y 3206 u 7 7 6 5 D602 WA602 1 D 0632 os e D gt KTA1024 Y 1 1SS133 N TEST POINT ol o 0640 IDLE 0610 G 19 0636 2SA1962 R e 2SK373 Ims o LE KTC4370 Y S 8 BES L 88 84 8 A3 A 16 5 JP351 JC0200095N DVD REC VCR1 PLAY VCR2 TV MONITOR JP352 C352 4 7 50 COMPOSITE VIDEO ASS Y AVR 45 Q351 KTC3198 GR
69. 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 6 3V 1000 ELECT 25V 47uF M ELECT 25V 47uF M ELECT 25V 47uF M ELECT 25V 47uF M ELECT 16V 47uF M ELECT 16V 47uF M ELECT 16V 47uF M ELECT 16V 47uF M ELECT 25V 47uF M ELECT 25V 47uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M AVR 45 AVR 45 REF NO PART NO DESCRIPTION REF NO PART NO DESCRIPTION C713 1862 4R7 804 ELECT 50V 4 7uF M RD 10 1746 224 771 1 10W 220KW J C714 1862 497 804 ELECT 50V 4 7uF M RD 15 1746 224 771 1 10W 220KW J C717 1862 4R7 804 ELECT 50V 4 7uF M RD 16 1746 224 771 1 10VV 220KW J C718 1862 4R7 804 ELECT 50V 4 7uF M RD 21 1746 224 771 1 10W 220KW J C719 1862 4R7 804 ELECT 50V 4 7uF M RD 22 1746 224 771 1 10VV 220KW J C 720 1862 4R7 804 ELECT 4 7uF M RD 27 1746 224 771 1 10W 220KW J C 723 1862 4R7 804 ELECT 50V 4 7uF M RD 28 1746 224 771 1 10W 220KW J C 724 1862 4R7 804 ELECT 50V 4 7uF M RD 33 1746 224 771 1 10VV 220KW J C50 1876 153 811 MYLAR 0 015uF K RD 34 1746 224 771 1 10W 220KW J C35 1879 224 750 FILM 63V 0 22uF J WAFERS 0112 011 154 DSP2 PC BOARD WA 716 2111 010 006 6P 53014 0610 WA 701 2111 02
70. 6800uF M ELECT 50 6800uF M ELECT 1007 10uF M ELECT 1007 10uF M ELECT 1007 10uF M ELECT 1007 10uF M ELECT 167 0 ELECT 25V 22uF M ELECT 25V 22uF M ELECT 25V 100uF M ELECT 25V 100uF M ELECT 25V 10uF M MYLAR 100V O luF K MYLAR 100V 0 068uF K MYLAR 100V 0 068uF K WAFERS 2P 5267 02A 2P 5267 02A 4P 5267 04A 3P JE202 1T 03Y MISCELLANEOUS 2141 010 015 1451 000 030 1451 000 030 1531 040 373 1731 102 006 1731 102 006 WIRE 4P 1007 26 750m m COILAF CHOKE COILAF CHOKE TERMINAL SPEAKER 4P VR SEMI VR SEMI 1kohm 1kohm 0112 011 1512 SUB PC BOARD INTEGRATED CIRCUITS 1252 001 004 1252 001 004 1252 001 004 1252 001 004 1252 001 004 1252 001 004 1252 001 004 1252 001 004 1217 780 002 IC 7805 REGULATOR TRANSISTORS 1243 103 004 103 1243 103 004 103 1244 128 001 1268 1243 319 001 KTC3198 GR 1243 319 001 KTC3198 GR DIODES 1252 000 017 188133 SW 1252 000 017 188133 SW 1252 000 017 199133 SW IN4004 1A 400V RECT IN4004 1A 400V RECT INA004 1A 400V RECT IN4004 1A 400V RECT IN4004 1A 400V RECT IN4004 1A 400V RECT IN4004 1A 400V RECT IN4004 1A 400V RECT 1254 300 001 ZENER 30V 1254 4R7 025 ZENER 4 7V 1254 7R5 001 ZENER 7 5V RESISTORS CARBON 1742 102 721 1 8W 1KW J 1742 103 721 1 8W 10KW J 1742 103 721 1 8W 10KW J 1742 151 721 1 8W 150W J 1742 222 721 1 8W 2 2KW J 1742 272 721 1 8W 2 7KW J 1742 471 721 1 8W 470W J 1744 1R0 731 1W J 1744 180 731 1 A
71. 89 H 90 H 85 H 86 R 787 H 788 C 44 C 45 C 01 C 04 G2 C3 C6 C 7 C 10 C 11 C15 C18 C 20 C 22 C 24 C 26 C 27 C 30 C 32 C 34 Car C 38 C 40 C 43 C 48 222 C 53 C 791 C 792 C 49 C 703 C 704 C 735 C 736 C 752 C 767 C 768 DESCRIPTION 1746 302 771 1 10 3KW J 1746 302 771 1 10 3KW J 1746 302 771 1 10 3KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 473 771 1 10 47KW J 1746 683 771 1 10 68KW J 1746 683 771 1 10 68KW J 1746 821 771 1 10 820W J 1746 821 771 1 10 820W J 1746 821 771 1 10 820W J 1746 821 771 1 10 820W J 1746 821 771 1 10 820W J 1746 821 771 1 10 820W J 1746 2R2 771 1 10 2 2W J 1746 2R2 771 1 10 2 2W J 1746 393 771 1 10 39KW J 1746 393 771 1 10 39KW J 1746 102 771 1 10 1KW J 1746 102 771 1 10 1KW J CAPACITORS 1822 101 772 CERA RA 50V 100pF J 1822 101 772 CERA RA 50V 100pF J 1822 102 882 CERA RA 50V 0 001uF K 1822 102 882 CERA RA 50V 0 001uF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V 0 1uF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V 0 1uF K 1822 104 822 CERA RA 50V O luF K 1822 104
72. 933 VR 902 VR 903 VR 904 SW932 C968 CN983 CN983oS CN987 LED901 SW931 CN903 CN901 C969 C970 C982 C983 C982 C983 IC 712 IC 718 IC 717 IC 719 IC 711 IC 714 IC 709 IC 710 IC 713 IC 715 IC 716 IC 701 IC 705 IC 706 IC 707 IC 702 IC 703 IC 704 IC 708 Q 703 Q 716 Q 704 Q 701 Q 702 6 705 C 707 Q 708 Q 709 Q 710 Q 712 Q 713 Q 714 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1721 503 212 1721 503 212 1721 503 213 0112 011 1533 1671 000 017 1825 000 010 2111 026 002 2141 010 167 DESCRIPTION SW TACT SW TACT SW TACT SW TACT SW TACT SW TACT VR ROTARY VR ROTARY VR ROTARY SKHV10910A 2P SKHV10910A 2P SKHV10910A 2P SKHV10910A 2P SKHV10910A 2P SKHV10910A 2P 100KC 100KC 1OOKMN POWER PC BOARD SW POWER SY 16 32 2 AC AC250V 0 0047uF M 2P 35328 0210 2P 1672 18 500m m 0112 011 1534 STAND BY PC BOARD 2141 030 003 1271 000 061 1671 000 020 2141 020 118 2141 050 015 1832 104 002 1832 104 002 1832 152 983 1832 152 983 1832 152 983 1832 152 983 1007 24 LED SLR 54MVW SW TACT SKHV10910A 2P 2P 1007 26 100m m 0112 011 153 HEAD PHONE PC BOARD SP 1007 26 2547 600n n CERA AX 50V 0 1uF Z CERA AX 50V 0 1uF Z CERA AX 50V 0 0015uF M CERA AX 50V 0 0015uF M CERA AX 50V 0 0015uF M CERA AX 50V 0 0015uF M 0112 011 154 DSP1 PC BOARD INTEGRATED CIRCUITS 1212 004 001 1212 033 001 1212 074 001 1212 132 001 1212 244
73. AVR 45RDS 6331 003 030 PAPER 0 MV 4550 9 CARD SAFEIY GUARD 6331 003 020 PAPER 1 AVR 45USA 6331 003 020 PAPER 0 AVR 45RDS 6331 003 020 PAPER 0 AVR 4550 10 BATTERY ASS Y 6453 001 002 AAA 2 11 REMOCON ASS Y 0191 045 000 AVR 45USA A0191 045 001 1 AVR 45RDS 0191 075 001 1 MV 4550 12 LOOP ANTENNA 6457 000 012 1 13 ANT FM 645 000 01 1 14 COVER POLY 6132 003 020 PE FOAM 1 15 LABEL BARCODE 6234 003 030 PAPER 4 AVR 45USA 6234 006 020 PAPER 4 AVR 45RDS 6234 009 020 PAPER 4 AVR 4550 16 LABEL ORIGIN 6234 003 100 PAPER 1 1
74. DESCRIPTION 13 SCHEMATIC 8 69 BLOCK 16 SCHEMATIC DIAGRAMS RDS SG 76 DISASSEMBLY PROCEDURES 17 SEMICONDUCTOR PIN DIAGRAM 85 GENERAL UNIT PARTS LIST 18 WIRING DIAGRAM 86 GENERAL UNIT EXPLODED VIEW 20 PACKING MATERIAL AND PARTS LIST 87 SERVICE BULLETIN 9804 21 harman kardon Inc 250 Crossways Park Dr Woodbury New York 11797 Rev1 8 2005 AVR 45 ELECTROSTATICALLY SENSITIVE ES DEVICES some semiconductor solid state devices can be damaged easily by static electricity Such components commonly are called Electrostatically Sensitive ES Devices Examples of typical ES devices are integrated circuits and some field effect transistors and semiconductor chip components The following techniques should be used to help reduce the incidence of component damage caused by static electricity 1 Immediately before handling any semiconductor component or semiconductor equipped assembly drain off any electrostatic charge on your body by touching a known earth ground Alternatively obtain and wear a commercially available discharging wrist strap device which should be removed for potenti
75. E E wg Bo ov lt 2 m 4 lt gt 5 lt ov JADA 55 AOUT4 24 SR 2 3 C C759 708 3 DATA0 kK gt 29 10 Z 55 5 lt 00 e ao ov 226 22 J23_ SL 2 3 SURD R A6 3 2 OV 8 1707 Lu 6 e s s xs xj FRO 11 2200P C 2200P C NJM072M 1 z A7 3 2 OV 13 0077 PM olx oS g S 2 3V C757 e o alg al aa 9 94 z s 255 gt ul 5 V 8 a a a 12 OV 3 2V 14 o CL A 25 u 9 2 FR RE IN 10 50 R777 KR A15 OV 0 6V A17 sy 4 1 5K C lt CC 8 5 3 3 3V 2 3V i o 4 IC715 2 416 0 6V AB gt SST 4 9V zT TC74VHC574F NC 3 3V 3 3V vcc 7 HE 32 88 23835338 5658 55 8 10713 C33 E e pla MSM534031C IC711 1 50 a c a gt a ku ka gt gt A TC74VHC224F 3 3V 701 1 GND 1 PERERA 2 8 4 C49 3 16 17 0 0015 001 WA701 2 25 2 L I 26 TAS C34 01 3 WA701 3 Z HR 3 A 08 14 2Y4 1Y1 WA701 4 GND 4 0 35 A aes R82 142 2A4 m 5 R90 AAA C84 HL 5 AA IC708B 7 AAA 2Y3 1 2 NJM4558M VV 0 7V 8 is
76. ES devices PRODUCT SAFETY NOTICE Each precaution in this manual should be followed during servicing Components identified with the IEC symbol A in the parts list are special significance to safety When replacing a component identified with 4h use only the replacement parts designated or parts with the same ratings or resistance wattage or voltage that are designated in the parts list in this manual Leakage current or resistance measurements must be made to determine that exposed parts are acceptably insulated from the supply circuit before retuming the product to the customer AVR 45 LEAKAGE TEST FOR SERVICE ENGINEERS IN THE U S A Before returning the unit to the user perform the following safety checks 1 Inspect all lead dress to make certain that SIMPSON MODEL 229 ETC FOR LEAKAGE TEST leads are not pinched or that hardware is not lodged between the chassis and other metal TO EACH EXPOSED METAL SURFACE OF TO AC GROUND SUCH AS WATER PIPE BX CABLE parts in the unii UNIT UNDER TEST HIGH CROUND CONDUIT ETC VOLTAGE LEAD 2 Be sure that any protective devices such as OR LEAD nonmetallic control knobs insulating fish papers cabinet backs adjustment and O AC SCALE O compartment covers or shields isolation resistor capacity networks mechanical insulators etc Which were removed for the servicing are properly re installed TEST PROBE 3 Be sure that no shock hazard exists check for
77. GR KTC3200 GR 0613 0617 0621 060 7 au REAR L R60 C601 KTA1268 GR KTA1268 GR KTA1024 Y KTA1024 Y Aj V gt x E gt 330 10 25 5 5 A 8 R617 29 R673 F10 1 4 33K 1 4 A 57 N Wis SA ANA x R655 CO L601 5 DR V AA ixl 378 8 a n 1 1 e 9 gt ess 0 7uH z D691 m Me 2 185 y EE gt 52 IDLE 51 79 BU6 04F 7 FROM P T S2 2 EB o WA603 1 ac ST ogs tv 55 59 S 8 9 ADJ 8 10 f gt AAA 5 5 27 218 WA603 2 FROM CA3 gt 0605 0615 0619 0623 N R687 1K 1 4 13 S T gt WA603 3 KTC3200 GR KTC3200 GR KTC3206 Y KTC3206 Y V 9 SL 4 0601 601 1 gt 5 0631 ss 1 V VV lt 1024 N WA601 2 C695 C694 1SS133 pot 1 25V ZA TEST POINT 8 7 0 0 10 01 400V SZ 0639 IDLE 5 0609 TG 2 0635 2SA1962 R 2SK373 9 7 Bo 2 KTC4370 Y 4 SS nd 5 R647 35 8v 8 2 A MRIO I 4 35 8V e e e A A R666 gt MR10 1 4 F2 2 1 4 Oy lt 5 19 ce Q634 p KTA1659 Y 0638 TO MAIN AMP ASS Y 25C5242 R CND CN606 1 OVER LOAD DET Q630 A CN606 2 WA406 DC DET Q602 Q604
78. J 1 8W 2 2KW J 1 8W 2 2KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 270W J 1 8W 270W J 1 8W 270W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 33KW J 1 8W 33KW J 1 8W 33KW J 1 8W 39KW J 1 8W 39KW J 1 8W 39KW J 1 8W 39KW J 1 8W 4 7KW J 1 8W 4 7KW J 1 8W 4 7KW J 1 8W 47KW J 1 8W 560W J 1 8W 560W J 1 8W 560W J 1 8W 5 6KW J 1 8W 5 6KW J 1 8W 5 6KW J 1 8W S6KW J 1 8W S6KW J 1 8W 8 2KW J 1 4W 1KW J 1 4W 1KW J 1 4W 1KW J 1 4W 1KW J 1 4W 1KW J 1 4W 1KW J 1 4W 1 5KW J 1 4W 1 5KW J 1 4W 1 5KW J 1 4W 1 5KW J 1 4W 1 5KW J 33 gt REF NO PART NO H 504 R 437 H 438 H 439 H 440 R 519 R 520 419 R 420 510 R 409 410 411 R 412 R 505 R 506 417 418 R 509 R 583 R 584 R 473 R 474 R 537 R 457 R 458 R 459 R 460 R 529 R 530 R 461 R 462 R 463 R 464 531 R 532 R 433 R 434 R 435 R 436 R 441 R 442 R 443 R 444 R 517 518 R 521 H 522 H 465 H 466 H 467 H 468 H 533 H 534 H 421 H 422 H 423 H 424 H 425 H 426 1744 152 731 1744 153 731 1744 153 731 1744 153 731 1744 153 731 1744 153 731 1744 153 731 1744 182 731 1744 182 731 1744 182 731 1744 331 731 1744 331 731 1744 331 731 1744 331 731 1744 331 731 1744 331 731 1744 393
79. KRC110M LA3410 SIGNAL IN IC803 VCO STOP STEREO LA1266 IC801 mb M gt 7 cN C818 0 022u A C817 100p 100 1 4 1 4 C816 100p z RDDA IC802 C819 1a WA801 1 LM7000 MO 12u FM SW WA801 2 10 TUNED AM SW P FM MODE 8 7 STOUT WA801 3 8014 ______________ 8016 GND WA801 7 R CH So WA801 8 WA801 9 STOUT WA802 1 802 2 _ m C811 M0 001 AHCFM2 450BL 5 0804 25K246 Y m gt _ lt lt o lt Ove DE co gt cog gt OO NE WA899 26 RADIATION C2 KRA101M GROUND 2 FROM DSP CN702 83 TONE TONE OPEN 15V GND 15 GND IN L GND IN R 1 FL AC FL AC POWER ON OFF GND WAKE UP 32V 5 6V SUB CN907 1 C943 0 0082 V VV R945 2 390K M0 082 gt 54 3 100KC2 5 VR903A HEAD PHONE Ass y ko Jw N FLT901 CM1684CB el 18 q al os ow ox os gl a gl al
80. M ELECT 107 470uF M ELECT 25 1 1000 ELECT 25 1 1000 ELECT 25V 1000 ELECT 25V 10uF M ELECT 25V 10uF M ELECT 25V 10uF M ELECT 10V 220uF M ELECT 10V 220uF M ELECT 10V 220uF M MYLAR 100V 0 01uF K MYLAR 100V 0 01uF K MYLAR 100V 0 01uF K MYLAR 100V 0 1uF K MYLAR 100V 0 1uF K MYLAR 1000 0 1uF K MYLAR 100V 0 1uF K MYLAR 100V 0 1uF K MYLAR 100V 0 1uF K MYLAR 100V 0 068uF K MYLAR 100V 0 068uF K MYLAR 100V 0 068uF K FILM 400 0 01uF K FILM 4007 O0 OluF K FILM 4007 O0 OluF K WAFERS 5267 02A 2P 5267 02A 2p 5267 02A AP 5267 04A 6P 5267 06A 3P JE202 11 03 3P JE202 1 I O3R 00 8370 301 000 800 JE 604 06 PLUG JE 604 07 PLUG JE 604 07 PLUG JE 604 07 PLUG JE 604 08 PLUG 6P 7P 7P REF NO WA 413 WA 407 WA 421 WA 414 WA 417 WA 419 WA 420 WA 424 WA 409 CN 425 H 501 CN416 H 503 401 L 402 L 501 JK 502 JK 501 JK 401 A FU 481 A FU 482 A FU 481 A FU 482 FH 481 FH 482 FH 483 FH 484 VR 401 VR 402 VR 501 P 551 Q 637 Q 638 Q 639 Q 640 Q 607 Q 608 Q 601 Q 602 Q 603 Q 604 Q 605 Q 606 Q615 Q 616 Q 627 Q 628 Q 681 Q 682 Q 619 Q 620 Q 623 Q 624 Q 629 Q 630 Q 625 Q 626 Q 635 Q 636 Q 617 gt gt gt gt PART NO 2114 604 009 2114 604 010 2114 604 010 2114 604 011 2114 604 011 2114 604 011 2114 604 011 2114 604 011 2121 605 004 2141 010 013 2141 010 014 2141 060 012 2141 010 025 DESCRIPTION 9P JE 604 09 PLUG 10P JE 604
81. M ELECT 50V 47uF M ELECT 50V 47uF M ELECT 50V 47uF M ELECT 50 ELECT 50V ELECT 50V ELECT 50V ELECT 50 ELECT 50V ELECT 50V ELECT 50 ELECT 50V ELECT 50V ELECT 50 ELECT 50V ELECT 50V ELECT 50 ELECT 50V ELECT 50 ELECT 50V ELECT 50V ELECT 50V ELECT 50V WAFERS 3P 5267 03A 7P JE 605 07 7P JE 605 07 7P JE 605 07 11P JE 605 11 11P JE 605 11 11P JE 605 11 MISCELLANEOUS 2141 090 050 1514 000 021 1514 000 021 1514 060 001 WIRE 9P1007 26 200m m JACK RCA 4PJW 4104R JACK RCA 4PJW 4104R PIN JACK 6PJW 4105R 0112 011 1532 FRONT PC BOARD INTEGRATED CIRCUITS 1216 828 141 1211 455 001 NJM4558L TRANSISTORS 1243 103 004 1243 103 004 KRC103M 1243 104 014 KRC104M 1243 319 001 KTC3198 GR 1243 319 001 KTC3198 GR 1243 319 007 3199 1243 319 007 KTC3199 GR 1243 319 007 KTC3199 GR 1243 319 007 KTC3199 GR 1243 319 007 3199 1243 319 007 KTC3199 GR 1243 319 007 KTC3199 GR 1243 319 007 KTC3199 GR 1243 319 007 KTC3199 GR 1243 319 007 3199 1243 319 007 KTC3199 GR 1243 319 007 3199 AVR 45 CXP828P60Q 141C MAIN MI COM OP AMP NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN AVR 45 REF NO PART NO Q 914 Q 915 Q 916 Q 917 Q 918 Q 919 Q 936 Q 933 Q 935 D 901 D 902 D 903 D 904 D 905 D 906 D 9
82. MODE LOW OPEN NTSC HIGH DIODE PAL 6 OPTION7 MODEL SELECT 2 LOW OPEN AVR 45 HIGH DIODE AVR 35 Except 6 CH 3 54226 CS4926 PORT INITIAL 1 54226 SPI I2C PULL DOWN GND 2 CS4926 PIM WR PINS RD PLLL UP 3 3V 62 4 IN OUT PORT DESCRIPTION AVR 45 Pin No Description IN OUT Active Function VFD GRID OUTPUT 5V 32V REMOCON INPUT oV SUPPLY REMOTE INPUT FROM EXTERNAL MULTI ROOM REMOTE MODULE ONLY 65 SERTES RDS CLOCK RDS CLOCK INPUT ONLY RDS VERSTON 054923 INTREQ EXTERNAL VIDEO INPUT REMOCON IN SINGLE PULSE INPUT DURING OPTICAL COAXIAL DIGITAL SELECTION ACTIVE WHEN VIDEO INPUT IS DETECTED FROM VIDEO FUNCTION DVD VIDEOI VIDEO2 VI DEO3 ONLY 65 SERIES INPLT FROM REMOTE SENSOR IN FRONT OR MULTI ROOM REMOTE CONTROL RDS DATA RDS DATA INPUT ONLY RDS VERSTON MB90089 OSD DATA OSD CLOCK 7311 7312 7313 DATA 7311 7312 7313 CLOCK 7536 CLOCK OSD CONTROL SIGNAL OUTPUT ONLY 65 SERTES CONTROL SIGNAL OUTPUT WHILE SELECTING FUNCTION OR SURROUND MODE CONTROL SIGNAL OUTPUT DURING TURNING VOLUME KRO HIGH PULSE INPUT WHILE ANY ONE FUNCTION FROM TAPE MONITOR CD DVD VIDEO VIDEO2 VIDEO3 6 CHANNEL AND AM FM KEY IS SELECTED HIGH PULSE INPUT WHILE ANY KEY FROM TUNING DOWN TUNING LP PRESET SCAN PRESET DOWN PRESET UP TUNING MODE RDS DOLBY DIGITAL AND DOLBY PROLOGIC I
83. Main Power Switch Efl is press this button to turn on the AVR 65 press it again to turn the unit off Note that the Power Indicator surrounding the switch E will turn green when the unit is on E Power Indicator This LED will illuminate in amber when the unit is in the Standby mode to signal that the unit is ready to be turned on When the unit is in operation the indicator will turn green Head Phone Jack This jack may be used to listen to the AVR 65 s output through a pair of headphones Be certain that the headphones have a standard 1 4 stereo phone plug 19 20 Bass Control Turn this control to modify the lower frequency output of the left right channels by as much as 10dB Set this control to a suitable position for your taste and room acoustics n Treble Control Turn this control to modify the high frequency output of the left right channels by as much as 10dB Set this control to a suitable position for your taste and room acoustics Balance Control Turn this control to change the relative volume for the front left right channels NOTE For proper operation of the surround modes this control should be at the midpoint or 12 o clock position 1 Video 3 Inputs These audio video inputs may be used for temporary connection of video games camcorder digital still cameras or portable audio products To select a source connected to these jacks press the Vide
84. NJM4558M 4 7 50 100 C 20 7 lt A IC705B IC701B 7 ola 5 R723 NAA FR OUT C702 8 10 50 6 8 7 VW 3 3 SUB W IN wA704 1 YY E 47K C x i gt 7 SUB W 4 7 50 20K C n 7 8 og WA704 2 AAA _ 4 10709 4 49712 Eo 8 WA704 3 T o L ER e C704 pooP c E 58 0710 A 704 4 Z 0 R724 RR IN WA704 5 A Se x O RR NIE gt x n ni WA704 6 E 8 5 56 L5 WA704 7 nin gt KTD1302 KTD1302 o AGND 53 1 98 708 8708 C714 NJM4558M gt 7 C720 R752 3 o FR OUT o AAA 8 IC703B iL AMA WA704 8 R74 y V VV 1 718 1 yyy c FR 10 4 7 50 100 C 4 7 50 A 4 7 50 4 7 50 100 R IN WA704 9 ER 5 JA702 10712 AAN T WA704 10 2 TORX178A TC74VHCO4F R753 AGND N CC AA WA704 11 E 1 14 VA DS AGND 2 7K C 704 12 2 13 P 2A 6Y 8 2V 5A 1 4 n _ 57 5 10 1 1 sy GND 4Y z lt 8 7 8 i C04 SCE 5 m 5 0 001 m AR DAC OUTPUT 0 RO CI z HU720 1 CENTER 5V 3 3V L705 HU720 2 x JA701 1 IC718 2 REND gt JK010055HN 805 1 1 NJMO72M 7 1 50 ra BA033T BEAD L701 5 HU720 3 RL 4 08 2 C 58 C06 N e MON so HU720 4 8 557 5 7 un
85. O uw 2 a 1 AUDIO INPUT P C Board z 9 LJ a a u a 2 9 355S a N N N gt gt gt gt 9 5 I lt gt lt Z lt Z lt Z lt gt lt m m m 2 22 r ORR Q lt G lt NANNNNNYONYNYN 2 T 71 925 oleje 552 iz 3 114 gt 2 2 2 2 2 2 gt 2 2 2 2 2 2 2 5 88 E JP101 JK0400450N gt ss Leg CENTER amp SUBWOOFER DT 00 12 or Aa M ie NE lt 5 5 os LINE AMP IN Lax CBE TAPE MONITOR REC PSE JA 59 R253 gt C145 R157 3 4 7 50 1K TAPE C147 4 7 50 100 VVV MINE 1 AAA ASIGROO 4 7 50 3 f NJM4558L E 9 2 MONITOR A 6 CH amp DAC OUT SELECTOR 2 Qus lt a fo 9 I B zog a AAA ARA 9 uos a d Ss R257 ro gt a z kT OUT 7 gt CEN amp S W LEVEL CONTROL ga 330 o gt o o 3 gt ES ea o ue 7 D o lo le e lo m Ta a lo jo
86. PAG 7 T L S X X D P PDO PDL PD2 PD4 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 H L L L L L GND L X TAL GND open 5V 32V L L L H P P T S 7 9 8304VHz GND MEM MEM 4923 4226 4926 R 0 U T 0 E 416 A17 4926 CS A 0 W N E 0 S B RESET D T E E R 0 E 0 R D E SOUT T 0 P C QFF 0 ji IN T 61 610 611 612 G13 5 614 51 SEGMENT KEYSCAN s KSO S2 S3 S4 S5 S6 S7 1 1 T T 1 1 1 1 88 87 86 85 84 83 82 81 613 G14 615 A13 414 415 416 417 418 419 420 AVR 45 1 KEY MATRIX KS0 KSI KS2 KS3 KS4 KS5 KS6 KS7 81 80 79 78 77 76 75 74 TAPE KRO 0 MONITOR 4 CD 8 DVD VIDI 10 VID2 14 VID3 18 6CHANNEL 70 TUNTNG TUNING PRESET PRESET PRESET DOLBY 1 DOVN 9 SCAN D DOWN 11 UP 15 TUN MODE 19 DIGITAL 1D PROLOGIC SURR KRZ 2 3STEREO 6 HALLI A HALL2 THEATER 12 075 16 OFF 18 MULTI DIG 3 SPEAKER 7 ROOM R SELECT F DELAY 1B SET 1F POWER 19 2 OPTION DEFINITION OPO OPI 73 72 1 OPTIONI Not used OPTIONS 2 OPTION2 RDS LOW OPEN NO FUNCTION HIGH DIODE FUNCTION OPTION2 3 OPTIONA OPTION3 MODEL SELECT 1 OPTIONA MODEL 0006 AUR 35 AVR 45 refer OPTION OPTIONA OPTION LOW HIGH AVR 65 4 OPTION5 BAND LOW OPEN USA 87 5 108 0 520 1710 HIGH DIODE EUROPE 87 50 108 00 522 1611 5 OPTION6 TV
87. R 207 H 208 R 101 H 102 H 105 H 106 H 109 H 110 113 H 114 R117 R118 R 193 R 194 R 233 R 234 R257 H 258 H 209 R 210 R 187 R 188 H 185 H 186 H 225 H 226 H 249 H 250 H 264 H 265 H 266 H 282 H 283 H 284 H 288 H 289 H 290 H 294 H 295 H 296 H 300 R 301 R 302 H 306 R 307 H 308 H 270 R271 R272 R 276 278 201 202 313 314 203 204 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 333 721 1742 333 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 721 1742 473 722 1742 473 723 1742 473 724 1742 473 725 1742 682 721 1742 682 721 1742 682 721 1742 682 721 DESCRIPTION 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 2
88. SPEAKER MODE FRONT CENTER SURROUND SUBWOOFER LARGE SMALL SMALL ON OFF LARGE SMALL NONE ON OFF LARGE NONE SMALL ON OFF LARGE NONE NONE ON OFF NOTE NO RELATION WITH DOLBY PRO LOGIC MODE 30 FM 98 3 OUT HIGH WHILE TUNER FREQUENCY 15 98 30MHz 31 HEAD PHONE IN HIGH WHILE HEAD PHONE JACK IS INSERTED INPUT 32 PROTECT IN LOW INPUT AT PROTECTION MODE THIS CAN BE RESET BY POWER ON AGAIN AFTER TAKING OFF PROTECTION PROBLEMS 33 POWER OFF IN LOW INPUT WHILE DETECTING POWER OFF 34 TUNED IN LOW INPUT WHEN STATION IS TUNED 35 STEREO IN LOW WHEN THE TLNER RECEPTION IS STEREO 36 7000 SOUT IN LOW PULSE INPUT WHILE STATION IS TUNED AT AUTO TUNING MODE 37 AVSS IN GND 38 RESET IN LOW PULSE INPUT AT THE MOMENT OF POWER ON AND OFF BACKUP IS ACTIVATED ONLY WHEN THIS PORT IS HIGH AT POWER OFF POWER OFF PORT IS LOW 39 EXTAL IN u COM X TAL INPUT 9 8304MHz 40 XTAL IN 4l VSS IN 42 TX IN 43 TEX IN 44 VDD IN 5V POWER SUPPLY BACKUP IS ACTIVATED WHEN THTS PORT IS HIGH AT POWER OFF POWER OFF PORT IS LOW 45 VFDP IN 46 MEMORY OUT ADDR 17 ADDR 16 SURROUND MODE ADDRESS16 LOW LOW DOLBY DIGITAL PROLOGIC 3 STEREO SURR OFF LOW HIGH HALL1 HALL2 THEATER HIGH LOW DTS ONLY 65 SERIES MEMORY 0 HIGH HIGH DTS ONLY 65 SERIES ADDRESS17 48 CS4923 OUT LOW PULSE OUTPUT WHILE ANY ONE FROM POWER FUNCTION ABOOT SURROUND MODE OR DIGITAL SELECT IS SELECTED 49 4226 4923 OUT RESET 50 CS4923 CS OUT LOW PLLE OUT WHILE ANY ONE FROM PO
89. THE SUPPLY CIRCUIT 04 MR10 1 4 F2 2 1 4 35 ANA e a 87 WV Q567 KRC102M x ra 25 GND e Ss CAM VIN lt E x FRONT R IM D 01 14 2 CENTER TUNER L GND TUNER R GND aa 8 E WA412 4 d 8 a z a 5 5 j CAM L WA412 5 i a m 6 E 3 3 3 lt 2 GND ala gt C S al S a al 9 2 dol ala alo m 5 8 I 9 g al C gt a 5 z 2 lt Z lt gt lt gt gt lt gt lt z z lt lt S 9 2 a o 5 5 5 a o G 0 OF 6 Aa L o 9 x a e DE lt O lt S gt gt I A I T q q Y ow L TT PR T 7017 1 T T T Go E S S amp dla a a a o DDD gt 5 o O z Z 3 m 5 m5 m Aa 5 5 9 9 2 9 lt S 3 5 lt lt 3 gt Y Y Y lt lt lt lt lt lt lt A lt lt lt lt lt q ix
90. jack on Harman Kardon or other compatible equipment O Tape Monitor In Connect these jacks to the PLAY OUT jacks of an audio recorder 23 Tape Monitor Out Connect these jacks to the RECORD INPUT jacks of an audio recorder ONLY SLEEP Mute This indicator illuminates to remind you that the AVR 45 s output has been silenced by pressing the Mute button Press the Mute button again to return to the previously selected output level B Bypass This indicator illuminates when the surround processing has been disabled by pressing Surround Off button BA When this indecator is it the AVR 45 will play transitional stereo sound using the front left and right speakers only 3 Analog This indicator illuminates when an analog input source is in use Dolby Digital Indicator This indicator illuminates when a Dolby Digital source is being played OPT This indicator illuminates when a digital source is in use via a connection to the Optical Digital input O Dolby Pro Logic Surround Mode Indicators These indicators illuminate when one of the analog matrix or Digital PCM Dolby Surround modes is in use Ki COAX Source This indicator illuminates when a digital source is in use via a connection R TUNED MONO CI 0 EJ LI 6 d to the Coaxial Digital input Ac 3 Indicator This indicator illuminates when a AVR 45 is decoding a Dolby Digit
91. leakage TO EXPOSED CONNECT TO KNOWN current using Simpson Model 229 Leakage Tester standard METAL PARTS EARTH GROUND equipment item No 21641 RCA Model WT540A or use alternate method as follows Plug the power cord directly Into a 120 volt AC receptacle do not use an Isolation Transformer for this test Using two clip leads connect a 1500 ohms 10watt Resistor paralleled by a 0 15uF capacitor in series with all exposed metal cabinet parts and a known earth ground such as a water pipe or conduit Use a VIVM or VOM with 1000 ohms per volt or higher sensitivity to measure the AC voltage drop across the resistor See diagram Move the resistor connection to each exposed metal part having a return path to the chassis antenna metal cabinet screw heads knobs and control shafts escutcheon etc and measure the AC voltage drop across the resistor This test should be performed with the 0 35 volt RMS or more is excessive and indicates a potential shock hazard which must be corrected before returning the unit to the owner AVR 45 AVR 45 45RDS 45SG CENTER AMP SECTION RMS Output Power Normal Limit THD 0 5 8 ohms 1kHz SPECIFICATIONS All Channel Driven gt 55W gt SOW FRONT AMP SECTION S N Ratio Input Level 200mV Nominal Limit Input Shorted IHF A WTD 65dB gt 60dB Continuous Power Output Frequency Respones at 3dB STEREO MODE Input CD gt 65W gt 60W 8 onms Dolby Pro Logic 100Hz 20kHz 150Hz 20kHz THD 0 0896 8 ohm
92. lo no NJM4558L 5 A m NN 0 er IC BA R162 618 VVV S JP102 1 5K 4 7 50 C146 158 T 47 50 100 9 0114 JK0400450N 1 8 m Rodz VV vt ASIGLO1 6 CH04 VV vj R254 23 R246 che 1K Q115 6 EH02 4 4 100 4 7 50 KTA1266 GR EN LI VIDEO2 E AAA 55 lt 8 6 R259 Y T R106 KA TES 6 lt C 18K AA L A 5 MM4558L gt HU115 6 V V V ASIGRO1 e of A Y mE HU115 5 AA JA 96 gt 2 TO 0116 VVV 5 5 3 3 v RA HU115 4 V V V ASIGL02 im KREIOIM lt E HU115 3 25 S 1 1 HU115 2 a o 3 6 4 4 34 M Q117 1 lt z KRC101M HU115 1 dedos nx MA a 25 P VIDEO 1 REC rs 85 3 al el 9 RR EN DT12 R Go e ow NO R310 C214 8 18K e 5 e C151 gt R221 C157 VIDEO 1 105 0 1 A 4 7 50 3 AAA Ni C221 100 4 7 50 C161 JK0600460N 0 1 LA 47 50 V 1 gt gt 01 MM4558L gt T Q109 2 TD1302 03 OUT la o lo ke o le 2 C220 ox eae 2 ug sa 2 ET A05 REAR LEVEL CONTROL e N 2 Y LI
93. 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 001 004 1252 001 004 1253 000 004 1253 000 005 DESCRIPTION KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1266 GR KTA1266 GR KTA1266 GR KTA1266 GR KTA1266 GR KTA1266 GR KTA1266 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1659 Y KTA1659 Y KTA1659 Y FET 2SK373 GR 2SK373 GR 2SK373 GR DIODES 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133 SW 1N4004 1A 400V 1N4004 1A 400V W2 04F BRIDGE BU8 04F BRIDGE 1254 5R1 021 ZENER 5 1V RESISTORS CARBON 1742 102 721 1 8W 1KW J 1742 102 721 1 8W 1KW J 1742 100 721 1 8W 10W J 1742 100 721 1 8W 10W J 1742 102 721 1 8W 1KW J 1742 100 721 1 8W 10W J 1742 101 721 1 8W 100W J 1742 103 721 1 8W 10KW J 1742 103 721 1 8W 10KW J 1742 103 721 1 8W 10KW J 1742 102 721 1 8W 1KW J 1742 103 721 1 8W 10KW J 1742 103 721 1 8W 10KW J PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP N CH N CH N CH Note J 5 5 Tolerance REF NO PART NO H 580 R 591 R 479 R 480 R 542 R575 H 576 H 565 H 553 H 553 H 554 R 558 R 572 R 555 R 556 R 559 R 598 R 599 570 579 R 123 R 124 R 127 R 128 R 131
94. 000Hz 9kHz 10kHz gt 30dB gt 2548 S N Ratio 999 1000kHz With Antenna Input 5mV m 6 40dB Overload Break up at 999 1000kHz THD 10 1000mV m 500mV m Tape Output Level at 999 1000kHz 5mV m Input 200mV 160 47 GENERAL Power Consumption At Rated Power All Channel Driven 332W Idling at Minimum Volume Control 72W Power Supplies USA Canada AVR 65 AC120V 60Hz Europe AVR 65RDS SG AC230V 50HZ Dimension W x H x D Inches 173X651 701 MM 440 X 165 435 Weight lbs kgs 29 13 2 These specifications are service target specs specifications and components are subject to change without notice Overall performance will be maintained or improved CONTROLS AND FUNCTIONS Front Panel 31 1 DIGITAL wi 2 6H AJM TIE BOE 5 Lgs eee lt lI 5 19104 010 qui ej quj 5 feria 5 Hm Main Power Switch Press this button to apply power to the AVR 65 When the switch is pressed in the unit is placed in a Standby mode as indicated by the amber LED This button MUST be pressed in to operate the unit To turn the unit off and prevent the use of the remote control this switch should be pressed until it pops out from the panel so that the word OFF may be read at the top of the switch NOTE In normal operation this switch is left in the ON position EB System Power Control When the
95. 001 1212 244 001 1212 422 001 1212 492 002 1212 534 006 1212 574 001 1212 574 001 1215 072 001 1215 072 001 1215 072 001 1215 072 001 1215 455 001 1215 455 001 1215 455 001 1215 455 001 IC 74VHCO4F HEX INVERTER IC 3 3V REGULATOR TC7AVHC74F D FLIP FLOP IC TC74VHC132F NAND GATE IC 74VHC244F BUFFER 74VHC244F BUFFER 54226 55 CODEC CS4926 3 3V DSP MSM534031E 3 3V ROM 74VHC574F D FILP FLOP IC 74VHC574F D FILP FLOP NJMO72M NJMO72M NJMO72M IC NJMO72M IC NJM4558M IC NJM4558M IC NJM4558M IC NJM4558M TRANSISTORS 1243 101 018 1243 101 018 1244 102 003 1244 126 004 1244 126 004 1244 126 004 1243 130 003 1243 130 003 1243 130 003 1243 130 003 1243 130 003 1243 130 003 1243 130 003 KRC101M KRC101M KRA102M KTA1266 GR KTA1266 GR KTA1266 GR KTD1302 KTD1302 KTD1302 KTD1302 KTD1302 KTD1302 KTD1302 OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP AVR 45 IB AB IB AB IB AB IB AB NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN AVR 45 REF NO PART NO D 01 R 71 R 72 R 73 R 74 R 75 R 76 R 01 R 03 R 06 R 54 R55 R 56 R15 R 16 R17 R 20 R 21 R 22 R 23 R 24 R 25 R 26 R 28 H 30 H 31 H 33 H 37 H 40 R 41 R52 R58 R53 R 60 R 05 H 10 H 13 H 50 5 H 57 H 59 H 08 H 09 H 27 H 49 H 38 H 39 H 11 H 12 R 14 R 29 R 32 R 797 R 04 R 02 R 07 R 707 R 708 R 717 R 718 R 719 720
96. 0089 OUTPUT h m RB 0 CN 00 5 SS c B OUTPUT o0 6 ed ed Q419 420 423 424 Q429 430 510 512 0425 426 435 436 0515 518 625 626 Q806 807 808 KRA10M 0417 418 421 422 Q557 558 562 563 564 565 568 103 Q433 434 517 633 634 Q409 410 505 609 610 0515 619 620 623 0624 629 630 0635 636 KIC4370 Y 0936 KRA102M 01 Q111 115 118 701 352 354 355 702 KTA1659 Y 25K373 GR CND KTC5206 Y Q933 935 KRA104M 1516 617 618 621 0705 KIA1266 GR 0804 2SK246 Y 01 010 0842 KA7915 WN Q622 631 632 KTA1024 Y Q506 507 561 611 612 613 614 C 9 Q683 981 KTA1268 CR Q707 708 709 710 712 Q71 714 715 101 102 Q109 110 113 114 Q104 112 116 KTD1302 Q117 703 INPUT _ OUTPUT 0407 408 504 554 555 556 KRC101M E B Q351 371 372 607 608 351 3 0559 560 566 567 CND Q921 932 C KRC102M 103998 0 4 85 0810 802 803 163192 0 0353 356 902 903 INPUT 3 0401 406 415 416 427 428 0901 904 919 KRC103M ea JO 9 0439 440 520 Q437 438 519 Q501 503 508 514 551 553 KTC3199 GR 0934 KRCIO4M 0639 640 0637638 A 708 E 0809 810 E 2SA1962 R E Q681 682 805 KRC110M KTC3200 GR 221 gt 8 1 ____ E 1 1 14 AVR 45 45RDS 45SG WIRING DIAGRAM DSP2 ASS Y 0112 011 1542 0112 012 1542 0112 015 1542 CN901 CN904 HEAD PHONE ASS Y
97. 01001 to Replace Clip on cord 50003 11078 AVR65 120v 50003 11079 Changed by factory Installed by factory internally and above AVR35 230v All serial numbers Replace Installed by factory internally AVR45 230v All serial numbers Replace Installed by factory internally AVR65 230v All serial numbers Replace Installed by factory internally 22 AVR45 harman kardon harman kardon Service Bulletin Service bulletin amp HK2000 01 Rev1 April 2001 To All harman kardon Service Centers Models AVR35 AVR45 AVR65 Subject No Output in Surround Modes In early versions of the AVR35 AVR45 and AVR65 the 484 5v regulator may overheat and go into thermal protection Its 5 volt output will cease when this happens the AC 3 and Surround Processor cannot function normally and the audio output may go dead or experience a long delay before any surround mode comes on In the event you receive an AVR35 AVR45 or AVR65 A V receiver with the complaint when attempting to use the surround modes the unit s output goes dead after several minutes or may not change from stereo into the surround modes until after a long delay or not change at all the words No Data may also appear in the display perform the following modification 1 Remove the top cover 14 Philips screws set the unit on its side and remove the bottom cover 8 Philips screws 2 Locate R486 R495 10 ohm 1 watt resistors and 484 5v regulator
98. 025 ZENER 47V R806 1742 392 721 1 8W 3 9KW J ZD 802 1254 5R1 021 ZENER IB R857 1742 393 721 1 8W 39KW J R899 1742 472 721 1 8W 4 7KW J FILTERS R856 1742 560 721 1 8W 56W J F805 1321 001 002 AHCFM2 450BL 859 1742 561 721 560W J F801 1321 000 005 SFE10 7MA5 A RED BK R863 1742 561 721 1 8W 560W J F802 1321 000 005 SFE10 7MA5 A RED BK R825 1742 562 721 1 8W 5 6KW J F801 1321 000 013 SFE10 7MS3 A IB AB R834 1742 562 721 1 8W 5 6 F802 1321 000 013 SFE10 7MS3 A IB AB R810 1742 681 721 1 8W 680W J IB F 803 1321 000 005 SFE10 7MA5 A RED R829 1742 683 721 1 8W 68KW J F806 1341 000 015 CSB456F11 882 1742 683 721 1 8W 68KW J F 804 1341 000 061 BFU450C4N 811 1742 821 724 1 8W 820W J ZS R842 1742 272 721 1 8W 2 7KW J 843 1742 272 721 1 8W 2 7KW J T804 1422 000 051 FM R888 1744 100 731 1 4W 10W J T805 1422 000 052 FM R813 1744 101 731 1 4W 100W J T803 1422 000 055 AM IFT R823 1744 101 731 1 4W 100W J T802 1432 000 053 AM OSC 832 1744 220 731 1 4W 22W J T801 1432 000 054 AM ANT 865 1744 220 731 1 4W 22W J IB T806 1432 001 001 MPX R891 1744 220 731 1 4W 22W J T807 1432 001 001 MPX R851 1744 221 731 TAW 220W J 836 1744 470 731 47W J RESISTORS CARBON R866 1744 331 731 1 4W 330W J R801 1742 101 721 1 8W 100W J 8855 1744 331 731 1 4W 330W J IB R844 1742 101 721 100W J R845 1742 101 724 1 8W 100W J MISCELLANEOUS 819 1742 102 721 1 8W 1KW J 5226 003 040 CASE SHIELD T2 R824 1742 102 721 1 8W 1
99. 03 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 224 771 1746 272 771 1746 272 771 1746 272 771 1746 272 771 1746 272 771 1746 272 771 1746 302 771 1746 302 771 1746 302 771 1 0 1 0 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 1 10 DESCRIPTION 100W J 100W J 100W J 100W J 100W J 100W J 100W J 100W J 10KW J 10KW J 1KW J 1KW J 100KW J 100KW J 100KW J 100KW J 100KW J 100KW J 100KW J 100KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 12KW J 12KW J 12KW J 12KW J 12KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 18KW J 20KW J 20KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 220KW J 2 7KW J 2 7KW J 2 7KW J 2 7KW J 2 7KW J 2 7KW J 3KW J 3KW J 3KW J REF NO PART NO H 760 R 773 R 774 711 R 712 R713 R 723 R 724 R 725 R 726 R 735 R 736 R 737 R 738 R 87 R 88 R751 R752 R 765 R 766 H 779 H 780 H
100. 07 D 908 D 909 D 986 D 910 D 911 D 912 D 913 D 915 D 917 D 918 D 919 D 920 D 940 D 964 D 985 OPT2 OPT5 1243 319 007 1243 319 007 1243 319 007 1243 319 007 1243 319 007 1243 319 007 1244 102 003 1244 104 011 1244 104 011 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 LED 902 1271 000 037 Stand By PC Board R 976 R 977 R 902 R 961 R 999 R 906 R 907 R 908 R 909 R 925 R 910 R 911 R 905 R 937 R 953 R 954 H 955 R 927 R 931 R 932 R 904 R 912 913 R 921 R 922 R 933 R 934 919 R 920 R 955 1742 100 721 1742 100 721 1742 102 721 1742 102 721 1742 102 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 104 721 1742 104 721 1742 105 721 1742 154 721 1742 182 721 1742 182 721 1742 392 721 1742 183 721 1742 221 721 1742 221 721 1742 222 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 331 721 1742 331 721 DESCRIPTION KTC3199 GR KTC3199 GR KTC3199 GR KTC3199 GR KTC3199 GR KTC3199 GR KRA102M KRA104M KRA104M DIODES 199133 SW 155133 SW 155133 SW 155133 SW 155133 SW 199133 SW 155133 SW 155133 SW 155133 SW 155133 SW 155133
101. 0908 0909 0910 0911 0912 0913 0914 0915 0916 0917 0918 Qr VV e N AZ KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 KTC3199 C932 R932 a 4 7 50 220 5 oc I gt gt gt 52 Z oo TE lt lt 4 4 4 AAA R954 1 8K D915 k o o o o o 5 o o 8 9 2 4 5 C C C C a a 6 a a a t a gt C a a a a 1SS133 5 5 6 s e e e a o o o o o o o a 8 C nt a a a a a a a a a o o o o o o o o N 5 le 13 JS 8 5 5 5 gt H 18 je a S gt 5 5 E 8 2 56618 9 o lo 8 0921 75 To To Ta Te b lu E gt Ta To Te 5607 MASTER VR ENCODER EE S sss op GE GRIDO1 7 O O O O gt 79 509 56608 56615 19 2 m 56609 56014 15 lt gt 7 5I6C01 451 510 2 e t 77 SEG10 SEG13 4 m m 2 gt 97 gt M R REMOTE IN 511 gt e n 292 RE nS 9 51602 76 56612 an 2 An B RDS CLOCK S12 gt 2 aeg ae ee 5 5003 4923 NTREQ L ss 3 n 7 7 7 7 SIG04 6 SEG13 V1 OSD DET sa ZS I TAPE MON CDP DVD VID 1 VID 2 VID 3 AM FM SLEEP 7 7 56614 CV909 909 913 917 921 w929 W
102. 0P C 7 gg 2 XI 2 s e sS 9 s 2 5 RE L IN T Seen 550695 a lale ol 3 t 5 0 1 1 1V o 39 gt 5 S m 10 50 NJMO72M 7 6 sS mW uo gt A 260532 AUDATA2 R39 33 5 AGND vss 3 2V 03 amp 22 62 CI zm 3 3V 47 DATAUX RX4 z 17078 A TC74VHC574F 1 Si DATA7 PS 32 SURD L AGND 2 x R40 s 58553854 3 8 5 5 2 he 04 et gt 3 2 DATA6 DBDA 37 3 3 10K A 2200P C CEN OUT 0510 ENTER CI 01 3 2V 3 2V 05 D6 32V agas 36 33 SCL CCLK CLKOUT 5 CEN IN WA705 11 5 i e RESET OVL ERR 30 R53 gt gt 5 CEINDER Q0 3 2V 3 2V 06 D5 5 z SDA CDOUT 22 SST WA705 12 4 lt gt AGND 9 a AGND 3 3V 0 3 2V 3 2V 07 D4 C31 1 50 ubi IC710 54 2 ADI CDIN gt WA705 13 fr CS4923 CL AVDD x 854226 8 R52 AGND 3 2V 3 2 C32 DEND 33 6 ADO CS 10709 6k 4 SUB W OUT WA705 14 Pp 27 AAA OV SUB W A2 3 2V 3 ato 04 3 5 I I2C VVV 4 4 e DATA3 Fito 92 0 16 26 508 V 2 3v S A3 3 2 3 2 03 aa C 3 gt lt gt DATA2 CLKSEL Bl lt 8 CEN 2 3V SS gt D2 AUDIO 0 15 25 o9 gt 3 2V 32V An m
103. 0V 50V 50V 50V 50V 50V 50V 50V 1KW J 1KW J 1KW J 33W J 33W J 5 6KW J 82KW J 100pF J 100pF J 100pF J 100pF J 100pF J 100pF J 10uF M 33uF M 47uF M 47uF M 47uF M 4 7uF M 4 7uF M 4 7uF M 0 1uF Z 0 1uF Z 0 1uF Z 0 10 2 0 10 2 0 10 2 30pF J 30pF J 0 0022uF J 27pF J 0 01uF J 0 01uF J 220pF K 0 0033uF J 0 0047uF J 470pF J 0 047uF Z 1 0uF M ELEC ELEC ELEC ELEC ELEC BLEG ELEC ELEC CERA RA CERA RA CERA RA 50V 50V 50V 50V 50V 6 3V 6 3V 6 3V 50V 50V 50V 1 0uF M 10uF M 0 47uF M 0 22uF M 2 2uF M 1000uF M 1000uF M 1000uF M 15pF J 15pF J 24pF J MISCELLANEOUS 2121 605 008 1444 270 003 1444 270 003 1444 270 003 1514 030 002 1514 020 002 2111 023 006 2141 070 017 1341 500 040 1341 503 001 1352 14R 001 1352 17R 001 WAFER 8 JE 605 08 INDUCTOR AX 27uH A INDUCTOR AX 27uH A INDUCTOR AX 27uH A PIN JACK 3P PIN JACK 2P WAFER 5267 06A 6P WIRE 7P1007 26 80m m FILTER CSB500F40 FILTER CSB503F2 X TAL 14 31818MHZ X TAL 17 734475MHZ 0112 011 1632 TUNER PC BOARD AVR 45 IB AB BK IB AB IB AB BK BK IB AB AVR 45 REF NO PART NO DESCRIPTION REF NO PART NO DESCRIPTION R861 1742 103 721 1 8W 10KW J INTEGRATED CIRCUITS R862 1742 103 721 10KW J 801 1212 126 002 IC LA1266 AM FM IF R893 1742 103 721 10KW J I8 803 1212 341 001 IC LA3410 FMMPX R814 1742 104 721 1 8W 100KW J 802 1212 700 002 IC 1 7000 R815 1742 104 721 1 8W 100KW J 804 1
104. 0uF M 1 0uF M 10uF M 47uF M 2P35328 0210 2PJE202A 1T 02R JE202A 1T 02 3 2 MISCELLANEOUS FUSE 125V6 3A 21G5 6x 20m SLO BLO BK FUSE 125V T4L 21GL 5 X 20m SLO BLO 1541 6R3 125 1543 4R0 001 1411 000 004 1411 000 005 1551 000 011 1551 000 011 1561 000 005 1561 000 006 1783 335 001 2022 000 002 HOLDER FUSE HOLDER FUSE TRANS SUB AVR 45 65 TRANS SUB AVR 45 65 RDS AC OUTLET 52 7641 200 AC OUTLET 52 7621 206 COMPOSITION 1 2 3 3M RELAY DH12D1 O M DEC 0112 011 152 AUDIO INPUT PC BOARD INTEGRATED CIRCUITS 1211 455 001 1211 455 001 1211 455 001 1211 455 001 1211 455 001 1211 455 001 1211 455 001 1211 455 001 1211 455 001 1212 731 002 1212 731 002 1212 731 003 1212 753 001 1212 753 001 1212 753 001 NJM4558L LC NJM4558L LC NJM4558L LC NJM4558L NJM4558L IC NJM4558L LC NJM4558L LC NJM4558L LC NJM4558L OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP OP AMP IC NJU7311 ANALOG SW IC NJU7311 ANALOG SW IC NJU7312 ANALOG SW IC LC7536 ELEC Volume IC LC7536 ELEC Volume IC LC7536 ELEC Volume TRANSISTORS 1243 101 018 KRC101M IB AB NPN REF NO PART NO Q 112 Q 116 Q 117 Q 101 Q 102 Q 109 Q 110 Q 113 Q 114 Q 103 Q 111 Q 115 Q 118 D 101 H 133 H 134 H 137 H 138 H 141 H 142 R 157 H 158 H 165 H 166 R 173 174 177 178 181 182 213 214 217 218 R 221 222 237 238 R 241 242 245 246 26
105. 1 262 263 279 280 281 285 286 287 291 292 293 297 298 299 303 304 305 189 190 229 230 253 DESCRIPTION 1243 101 018 71 1243 101 018 101 1243 101 018 KRC101M 1243 130 003 KTD1302 1243 130 003 KTD1302 1243 130 003 KTD1302 1243 130 003 KTD1302 1243 130 003 KTD1302 1243 130 003 602 1244 126 004 1266 28 1244 126 004 KTA1266 GR 1244 126 004 KTA1266 GR 1244 126 004 1266 28 DIODE 1252 000 017 199133 SW RESISTORS CARBAN 1742 101 7214 100W J 1742 101 721 1 8W 100W J 1742 101 7214 1 8W 100W J 1742 101 721 100W J 1742 101 721 100W J 1742 101 721 100W J 1742 101 7214 0 100W J 1742 101 7214 100W J 1742 101 721 100W J 1742 101 721 100W J 1742 101 721 100W J 1742 101 721 1 8W 100W J 1742 101 7214 1 8W 100W J 1742 101 721 1 8W 100W J 1742 101 721 0 100W J 1742 101 721 100W J 1742 101 7214 100W J 1742 101 7214 1 8W 100W J 1742 101 721 100W J 1742 101 721 1 8W 100W J 1742 101 721 1 8W 100W J 1742 101 721 100W J 1742 101 721 100W J 1742 101 7214 1 8W 100W J 1742 101 7214 100W J 1742 101 7214 100W J 1742 101 721 100W J 1742 101 721 100W J 1742 102 724 1KW J 1742 102 721 1 8W 1KW J 1742 102 721 1KW J 1742 102 721 1KW J 1742 102 721 1KW J 1742 102 721 1KW J 1742 102 721 1KW J 1742 102 721 1 8W 1KW J 1742 102 72
106. 1 CNET 55 S AAAA A A A AS 2 R312 za ww i 3 42 50 O 5 IC108 AAA HU121 1 68 01 1 6 104 1 Ea A AA gt FR 166 R134 B 4 NJM4558L zm 5 GND TO 5 NIM4558L gt AAA KTD1302 HU116 7 AAA IC103B lt 3 6 CH00 s e sa VVV MM C120 M138 ul 2 e o To o IS S 2 gt NAA _ HU116 6 lt FL 5515 SEE 4 102 cg 47 50 100 55 Ea Yd YY 6 of JE VVA HU121 4 5 5 lt 4 7 50 515 jee lt R193 HU116 E lt lt o o x gt gt 116 5 GND lt lt lt J lt lt X O 2 3 a 330 aw HU121 5 6 CH03 25 30 35 or o HU116 4 gt SR ASIGRLOO 061 or 5 la u US 9 99 us lt GND 99218 BERL sl 73 y 7 2 J s 2 HU116 3 o lt HU121 7 6 CH02 olny o 9T gt 79 79 T 1 55 HU116 2 e 35 262 25 35 HU121 8 INPUT FUNCTION ac OR a Sm zza a e 2 I Y HU116 1 gt SN HU121 9 CH05 1 1 1 perm s GND es E HU121 11 6 4 R182 4 7 50 A CEN 6 CH amp DAC LINE AMP E 100 lt lt lt e e
107. 1 gt 1KW J 1742 102 721 1 8W 1KW J 1742 102 721 1KW J 1742 102 721 1 8VV 1KW J 1742 102 721 1 8 1KW J 1742 102 721 1 8W 1KW J 1742 102 721 1KW J 1742 102 721 1KW J 1742 102 721 1 1KW J 1742 102 721 1KW J 1742 102 721 1KW J 1742 102 721 10 1KW J 1742 102 721 1 8W 1KW J 1742 102 721 1KW J 1742 102 721 1 8W 1KW J AVR 45 NPN NPN PNP PNP NPN NPN NPN NPN NPN NPN NPN NPN NPN AVR 45 REF NO PART NO H 254 H 267 H 227 H 228 R 251 R 252 311 R 312 R 161 H 162 H 169 H 170 H 195 H 235 259 H 310 211 H 196 R 212 H 236 H 260 H 309 H 103 H 104 R 107 H 108 111 112 115 116 119 120 135 136 139 140 143 144 159 160 163 164 167 168 Hi 0 2 R175 R176 R179 R 180 R 183 R 184 R 191 R 192 R 215 R 216 R219 R 220 H 223 H 224 R 231 H 232 H 239 H 240 R 243 R 244 H 247 H 248 R 255 1742 102 721 1742 102 721 1742 822 721 1742 822 721 1742 822 721 1742 822 721 1742 103 721 1742 103 721 1742 152 721 1742 152 721 1742 152 721 1742 152 721 1742 183 721 1742 183 721 1742 183 721 1742 183 721 1742 183 721 1742 223 721 1742 223 721 1742 223 721 1742 223 721 1742 223 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1
108. 1 1 10VV 12KW J 738 1862 100 804 ELECT 507 10 RD 37 1746 123 771 1 10VV 12KW J 753 1862 100 804 ELECT 50V 10uF M RD 38 1746 123 771 1 10W 12KW J 754 1862 100 804 ELECT 50V 10 RD 41 1746 123 771 1 10VV 12KW J C 769 1862 100 804 ELECT 507 10uF M RD 42 1746 123 771 1 10W 12KW J C770 1862 100 804 ELECT 50V 10uF M RD 3 1746 224 771 1 10W 220KW J CD1 1862 4R7 804 ELECT 507 47 RD 4 1746 224 771 1 10VV 220KW J CD2 1862 497 804 ELECT 507 47 RD 9 1746 224 771 1 10VV 220KW J CD5 1862 4R7 804 ELECT 50V 47 44 REF NO PART NO CD 6 CD 7 CD 8 CD 11 CD 12 CD 13 CD 14 CD 17 CD 18 CD 4 CD 10 IC 351 IC 355 IC 353 IC 354 IC 352 Q 551 Q 357 Q 358 Q 353 0559 Q 352 Q 261 Q 362 Q 360 R 357 R 356 R 368 R 354 R 355 R 351 R 352 R 353 R 358 R 359 R 367 373 R 374 Rora H 378 H 364 H 366 H 376 H 360 H 380 H 396 R397 379 H 371 H 381 H 381 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 2121 012 602 12P 2121 014 602 14P DESCRIPTION ELECT 50 4 7uF M ELECT 507 4 7VL M ELECT 507 4 7uF M ELECT 507 4 7uF M ELECT 50V 4 7VL M ELECT 507 4 7VL M ELECT 50 4 7uF M ELECT 50 4 7VL M ELECT 50 4 7uF M ELECT 50 4 7uF M ELECT 507 4 7uF M ELECT 50 4 7VL M WAFERS MISCELLANEOUS 2141 010 024 WIRE 1P1007 24 150m m 2022 000 012 RELAY CP 12 JE602 A1G 12 JE602 A1
109. 10711 10725 LINE MUTE PRO LOGIC DECODER 74VHC244F REAR POWER S W DELAY MEMORIES BUFFER ELEC VOLUME AC120V 60Hz PCM PLAYER MGR 3 3V FLAT AMP E CLOCK MANAGER J 4 sls pars CROSS OVER FILTERS CPU LC7535 BASS REDIRECTION CPU IC116 Q109 SR LINE MUTE AC 3 amp PRO LOGIC DECODER 74vHc244F 00 PROT CTION PORT IC710 AVR 45 5A 125V 2A 250V AC120V 60Hz Delete ZE CS4923 AVR 45RDS T3 15L 250V T2L 250V AC230V 50Hz BU1923 ZE AVR 45SG T3 15L 250V T2L 250V AC230V 50Hz Delete DISASSEMBLY PROCEDURE 1 Removing the top cover and 4 Removing the main PCB block and Remove screws 1 12 Remove screws 1 OD 2 Removing the front panel and 5 Removing the power PCB block and Remove screws 1 QD Remove 1 7 9 9 5 I 5 II A II P 42 gt gt lt 173 3 Removing the rear panel and 6 Removing the sub PCB block and Remove screws D gt Remove screws 1 4 cem ra MAIN AMP PCB BLOCK 1 Remove all of the screws on Rear panel 2 Remove the Rear panel 3 Remove PCB Brk t and Guide Brk t from Main Ass y 4 Remove all of the screws that connect with main Ass y 5 Remove the Main PCB block POWER PCB BLOCK 1 Remove PCB Brk t and Guide Brk t from Main Ass y 2 Remove 4 screws for Power PCB mounting 3 Remove the POWER PCB block
110. 19 CD JE REAR LINE AMP AAA _ lt ASIGRO4 0 SS n 141 2 gt M up 5 gt 2 gt gt gt 8 FRONT LINE AMP m K o Q 5 R181 s o al 2 ol 0 100 C137 R189 6CH e e e 4 7 50 A K V V V A HU121 1 6 CHO1 1 7 TOO Q101 7 FR MA AYA 74 101302 WIE CC OUT L X 2 GND S prot V 2 C120 R138 0 2 LL ARA gt A VA HU116 6 FL g 5 g 5 18 bT02 47 50 100 Y X gt 3 6 i IVA GND lt 2124 93 2 55 95 a 1 330 18 5 KF OUT R lt lt lt lt IS 2 woo x za 8 HU116 4 Caes a 2 6 CH amp DAC LINE AMP HEBE r GND X lt HU116 3 gt y 7 A AN E R194 M R OUT L lt HU121 7 By of ov 79 9 9 7 5 5 330 Hut6 2 2 GND SL B 2387 55 55 4 al zl ol V VVV HU116 1 o a ZE GND ZEE s zx 8 a 3 qq s a ej 9 gt dioz M R OUT R lt sw 90121 9 6 L C134 5 NJM4558L 5 AAA KTD1302 5 GND HU121 10 ASIGL05 NJM4558L VV
111. 2 010 804 1862 100 017 1862 100 017 1862 100 017 1862 100 017 1862 100 017 1862 100 017 1862 100 504 1862 100 706 1862 100 804 1862 220 604 1862 220 604 1862 220 604 1862 470 604 1862 470 604 1862 470 604 1862 470 604 1862 470 604 1862 470 814 1862 470 814 1862 470 814 1862 470 814 1862 471 011 1862 471 011 1862 471 011 1862 471 011 1862 471 011 1862 471 011 1862 471 306 1862 101 605 1862 101 605 1862 101 605 1862 100 604 1862 100 604 1862 100 604 1862 221 317 1862 221 317 1862 221 317 1876 103 81 1 1876 103 811 1876 103 811 1876 104 811 1876 104 811 1876 104 811 1876 104 811 1876 104 811 1876 104 811 1876 683 811 1876 683 811 1876 683 81 1 1879 103 004 1879 103 004 1879 103 004 2111 023 002 2111 023 002 2111 023 002 2111 023 004 2111 023 006 2111 027 003 2111 028 003 2113 030 001 2114 604 006 2114 604 007 2114 604 007 2114 604 007 2114 604 008 DESCRIPTION ELECT 63V 8200uF M ELECT 1 0UF M ELECT 1007 10uF M ELECT 1007 10uF M ELECT 100V 10uF M ELECT 100V 10uF M ELECT 100V 10uF M ELECT 10uF M ELECT 16V 10uF M ELECT 35V 10uF M ELEGI 50V 10uF M ELEGI 25V 22uF M ELECT 25V 22uF M ELECT 25V 22uF M ELECT 25V 47uF M ELECT 25V 47uF M ELEGI 25V 47uF M ELECT 25V 47uF M ELECT 25V 47uF M ELECT 50V 47uF M ELECT 47uF M ELEGIT 50V 47uF M ELECT 507 47uF M ELECT 63V 470uF M ELECT 63V 470uF M ELECT 63 470uF M ELECT 63 470uF M ELECT 63V 470 ELECT 63 470uF
112. 200 GR 0507 N GND WA408 2 602 V MUTE WA408 3 WA408 4 CA1 BLU BLK 4 TO SUB POWER ASS Y FROM COM VIDEO ASS Y WA408 5 WA408 6 WA408 7 WA408 8 CN416 1 lt 1 62 TO 6 CN416 3 CN416 4 CN416 5 CN416 6 WA411 1 lt WA411 2 FROM CN911 FROM CONTROL ASS Y WA411 4 WA411 5 WA411 6 WA412 1 TUNER R WA412 3 FROM HU112 WA412 4 FROM ANALOG FUNC WA412 5 WA412 6 WA412 7 lt FROM AC 3 DECODER 8 080110800 1 AVR 45RDS 45SG SCHEMATIC DIAGRAM 1 REAR AMP C VIDEO SUB P C Board REAR AMP ASS Y
113. 20KW J 1 8W 220KW J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 330W J 1 8W 33KW J 1 8W 33KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 47KW J 1 8W 6 8KW J 1 8W 6 8KW J 1 8W 6 8KW J 1 8W 6 8KW J REF NO PART NO C199 C 200 C 203 C 204 C 211 C 212 C 213 C 214 C 215 C 216 C 217 C 218 C 219 C 220 C 221 C 101 C 102 C 103 C 104 C 105 C 106 C 107 C 108 C 109 C 110 C 173 C 174 C 175 C 176 C 177 C 178 C 179 C 180 C 181 C 182 C 183 C 184 C 188 C 189 C 190 C 194 C 195 C 196 C135 C 136 C 159 C 160 C 169 C 170 C 197 C 198 C 201 C 202 C 205 C 209 C 210 C 117 C 118 C 119 C 120 C 129 C 130 C 131 C 132 C 133 C 134 DESCRIPTION CAPACITORS 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 102 1832 104 002 CERA AX 50V 0 102 1832 104 002 CERA AX 50V 0 102 1832 104 002 CERA AX 50V 0 102 1832
114. 212 923 000 IC BU1923 RDS IB R827 1742 104 721 1 8W 100KW J R881 1742 104 721 1 8W 100KW J TRANSISTORS R805 1742 121 721 1 8W 120W J Q809 1243 110 005 KRC110M NPN R802 1742 122 721 1 8W 1 2KW J Q810 1243 110 005 KRC110M NPN R830 1742 153 721 1 8W 15KW J BK Q801 1243 319 008 KTC3192 O NPN R838 1742 154 721 1 8W 150KW J Q 802 1243 319 008 KTC3192 O NPN R839 1742 154 721 1 8W 150KW J Q803 1243 319 008 KTC3192 O NPN R840 1742 154 721 1 8W 150KW J Q 891 1243 319 008 KTC3192 O NPN IB AB 841 1742 154 721 1 8W 150KW J Q 805 1243 320 001 KTC3200 GR NPN R812 1742 221 721 1 8W 220W J Q899 1243 319 007 KTC 3199GR NPN R816 1742 221 721 OW 220W J Q 806 1244 101 010 KRA101M PNP R864 1742 221 721 1 8W 220W J Q807 1244 101 010 KRA101M PNP 803 1742 222 721 1 8W 2 2KW J Q 808 1244 101 010 KRA101M PNP 826 1742 223 721 1 8W 22KW J R820 1742 271 721 270W J FET R830 1742 273 721 1 8W 27KW J Q804 1248 246 001 FET2SK246 Y N CH R804 1742 331 721 330W J R809 1742 331 721 1 8W 330W J 1B BK DIODES 4818 1742 331 721 330W J D 801 1252 000 017 185133 R871 1742 331 721 1 8W 330W J D 802 1252 000 017 155133 R808 1742 332 721 3 3KW J D 803 1252 000 017 185133 R822 1742 332 721 1 8W 3 3KW J D 804 1252 000 017 155133 R835 1742 332 721 1 8W 3 3KW J VC 801 1252 000 040 VVC AM SVC321SPA D2 R846 1742 332 721 1 8W 3 3KW J VC 802 1252 000 040 VVC AM SVC321SPA D2 R847 1742 332 721 71 3 3KW J ZD 803 1254 586 009 ZENER R807 1742 391 721 390W J ZD 804 1254 487
115. 230 230RDS 1000kHz 120 AUTO SCAN Adjustment Point Adjustment Point Adjustment Point Adjustment Point Only Confirm Adjustment Value 1 1V 1 2V Adjustment Value Output level L or R Minimum at TAPE OUT Output level L or R Minimum at TAPE OUT Adjustment Value Output level L or R Maximum at TAPE OUT Output level L or R Maximum at TAPE OUT Adjustment Value TUNED indicate on VFD TUNED indicate on VFD 10 8 Main Amp Idling current Adjustment 1 Alignment condition 1 Adjust each of the variable resistors below in both the main and surround boards to the center position MAIN AMP BOARD VR401 VR402 VR501 SURROUND AMP BOARD VR601 VR602 2 Warming up system After he above adjustment turn the power ON and let the receiver warm up for 5 minutes to achieve a stable temperature for the driver and power transistors 3 Measurement condition Adjust each variable resistor listed below clockwise for each channel and adjust refer the following table for the details CHANNEL ADJUSTING LOCATION MEASURE LOC VOL DROP 4 CAUTION 1 whenever power or driver transistors are changed after repair you must re adjust the idle current for repair have to re adjust that idle current again 2 Discharge each large elec Capacitor C481 and C482 8200u on main amp board and C691 C692 6800uF 50V on surround amp board B 1
116. 253 000 006 RESISTORS CARBON 1742 100 721 1742 100 721 1742 102 721 1742 103 721 1742 103 721 1742 102 721 1742 103 721 1742 153 721 1742 153 721 1742 183 721 1742 183 721 1742 271 721 1742 271 721 1742 331 721 1742 331 721 1742 393 721 1742 393 721 1742 393 721 1742 393 721 1742 393 721 1742 472 721 1742 472 721 1742 561 721 1742 561 721 1742 562 721 1742 562 721 1744 102 731 1744 102 731 1744 102 731 1744 102 731 1744 152 731 1744 152 731 1744 152 731 1744 152 731 1744 153 731 1744 153 731 1744 153 731 1744 153 731 1744 202 731 155133 155133 155133 155133 155133 155133 155133 155133 155133 SW SW SW SW SW SW SW SW SW BU6 04F BRIDGE 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 10W J 10W J 1KW J 10KW J 10KW J 1KW J 10KW J 15KW J 15KW J 18KW J 18KW J 270W J 270W J 330W J 330W J 39KW J 39KW J 39KW J 39KW J 39KW J 4 7KW J 4 7KW J 560W J 560W J 5 6KW J 5 6KW J 1KW J 1KW J 1KW J 1KW J 1 5KW J 1 5KW J 1 5KW J 1 5KW J 15KW J 15KW J 15KW J 15KW J 2KW J AVR 45 PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP PNP N CH N CH AVR 45 REF NO PART NO PP I gt gt H 620 H 609
117. 25V 47uF M 1862 470 604 ELECT 25 47uF M 1862 470 604 ELECT 25V 47uF M 1862 470 604 ELECT 25 47uF M 1862 470 600 ELECT 25V 47uF M 1862 470 604 ELECT 25V 47uF M 1862 4R7 804 ELECT 50 4 70 1862 4R7 804 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50V 4 7uF M 1862 4R7 804 ELECT 50V 4 70 1862 4R7 804 ELECT 50V 4 7uF M 1862 4R7 804 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50V 4 7uF M 1862 4R7 804 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50 4 70 39 REF NO PART NO C 137 C 138 C 145 C 146 C 147 C 148 C 149 C 150 151 C 152 G 153 C 154 C 155 C 156 C 157 C 158 C 161 C 162 C 163 C 164 C 165 C 166 C 167 C 168 C 171 C 172 C 123 WA 101 HU 112 HU 115 HU 116 HU 114 HU 117 HU 121 CN 107 JP 101 JP 102 JP 103 IC 901 IC 902 Q 902 Q 903 Q 934 Q 921 Q 932 Q 901 Q 904 Q 905 Q 906 Q 907 Q 908 Q 909 Q 910 911 Q 912 Q 913 Q 914 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 2111 023 003 2121 605 007 2121 605 007 2121 605 007 2121 605 011 2121 605 011 2121 605 011 DESCRIPTION ELECT 50 47uF M ELECT 50V 47uF M ELECT 50V 47uF M ELECT 50V 47uF
118. 3 005 5P 5267 05A WA 702 2113 022 007 22P INTEGRATED CIRCUITS HU 706 2114 002 113 26 JE113 D3T 02 723 1215 455 001 NJM4558M HU 707 2114 002 113 2p 1 2 724 1215 455 001 IC NJM4558M WA 704 2114 012 114 12P JE114 D1T12 725 1215 455 001 NJM4558M OPAMP WA 705 2114 014 114 14P JE114 D1T14 726 1215 455 001 NJM4558M HU 721 2121 605 010 10P JE 605 10 HU 719 2121 605 011 11P 605 11 TRANSISTOR HU 720 2121 605 011 11P JE 605 11 QD 2 1243 103 004 KRC103M NPN WIRES DIODE H10 lt gt H112141 010 052 1P1007 24220m m DD1 1252 000 017 1SS133 SW CN753 2141 020 031 2P1533426 180m m Mes DE 2141 020 120 1P 2P1533 26 180m m RESISTORS CN 701 2141 030 031 3P2547 26 200m m RD43 1744 561 731 1 4W 560W J MISCELLANEOUS RESISTORS CHIP 5226 003 030 CASE SHIELD D RD 1 1746 101 771 1 10W 100W J 720 1261 171 000 TR PHOTO PC 17T1 RD2 1746 101 771 1 10W 100W J 721 1261 171 000 TR PHOTO PC 17T1 RD 13 1746 101 771 1 10W 100W J X701 1353 049 152 XTAL 49 152MHz SUNNY RD 13 1746 101 771 1 10VV 100W J L707 1444 470 009 COIL ALO2 470K 47uH A RD 14 1746 101 771 1 10W 100W J JA 701 1514 001 001 JACK RCA 1P RD 23 1746 101 771 1 10W 100W J JA 703 1514 060 001 PIN JACK 6PJW 4105R RD 24 1746 101 771 1 10W 100W J 702 1516 000 001 OPTICAL JACK TORX178A RD 25 1746 101 771 1 10W 100W J JA 705 1519 650 201 REMOTE JACK 2P RD 26 1746 101 771 1 10W 100W J L701 1784 000 006 BEAD 6mm AXIAL RD 35 1746 101 771
119. 3 25 gt 7000 CE H SIG32 a m 55 a z N SIG16 T MON LED H 5 5 38 44900 STROH POWER 5 5 n 53 050 CS L 51630 AVref 5V 28 GS lt E 5 gt KR m KRA104M SIG17 x 59 C M 8 ou x lt lt 2 0 MUTE H SIG29 DOLBY CFG2 H 295 5 Z 5 o o od 2 4226 CS L SIG28 5 6 gt w za Z 6 51 Q935 FM RAD A gt 30 r O O O oo O gt gt gt gt gt iss s3 W KRA104M 85 5 5 58195 4 439 2 RA901 A A 47 155133 47K KTC3198 GR Sg 0934 C907 la gt KRC104M e S o og IN mMm o M Iz S 9 a 9 3 2 SIG 01 451 De gle 909 0 1 KRC103M Q902 In 901 C914 0 1 KRC103M RESET SW Q901 KTC3199 X901 9 8304MHZ 82 4226 4923 DAO 4226 4923 CLK GND 4923 DAI 4226 DAI 5V OSD CLK OSD DATA OSD DET 4923 CS 4226 4923 RESET 4923 AB OUT MEM A16 MEM A15 DOLBY CFG2 FM RAD REMOCON OUT 1SS133 VID SEL2 POWER
120. 3200 GR KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC4370 Y KTC4370 Y KTC4370 Y KTC4370 Y KTC4370 Y KTC4370 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y Un Z TL NPN NPN NPN PNP PNP PNP NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN PNP PNP PNP PNP PNP 32 gt gt gt gt gt REF NO PART NO Q 432 Q 509 Q 511 Q 516 Q 557 Q 558 Q 564 Q 562 Q 563 Q 565 Q 568 Q 411 Q 412 Q 413 Q 414 Q 506 Q 507 Q 561 Q 433 Q 434 Q 517 Q 409 Q 410 Q 505 D 566 D 567 D 401 D 402 D 501 D 568 D 569 D 577 D 403 D 404 D 502 D 551 D 552 D 553 D 554 D 555 D 556 D 564 D 565 D 482 D 481 D 561 H 449 H 450 R 477 H 478 H 525 H 539 H 566 H 567 H 568 H 569 R 571 1578 H 574 1244 124 002 1244 124 002 1244 124 002 1244 124 002 1244 126 004 1244 126 004 1244 126 004 1244 126 004 1244 126 004 1244 126 004 1244 126 004 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 169 001 1244 169 001 1244 169 001 1248 000 004 1248 000 004 1248 000 004 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252
121. 4 POS A3A PC3 KR3 e 15 PG4 A35 x PC4 KR4 16 PC5 KR5 17 PO2 AT PC6 KR6 lt gt 18 PG1 A38 PCT KR lt gt 19 PGO A39 090 CINT Q0 00 1 50 lt 0 PFG M PS2 SCKO lt 2 59 PF5 M2 PS3 S1 0 lt gt 23 PF4 A43 PB4 SCO 24 GD gt PF3 AA PB5 SCK1 lt gt 25 PF2 M5 PS6 S11 lt gt 26 65 gt 57 501 e 27 64 gt pro A47 Ae 63 gt PO7 M48 PAD ANO 59 62 PAT AN1 gt lt 00 51 gt P05 A50 777211111 1 p 111711711 eo PT 23 30000000000 8 5 5 5 ELS S FE S S 555 5555 i _ a G2 G1 V e M R REMOCON IN x RDS CLOCK 2 4926 INTREQ EXTERNAL VID IN REMOCON IN RDS DATA MB90089 OSD DA MB90089 OSD CLK 7311 7312 7313 DA 7311 7312 7313 CLK 7536 DA 7536 CLK KRO H KRI KR2 KR3 p L 5 gt ENCODE UP ENCODE DN 7000 4226 4926 DAO 7000 4226 4926 CLK 4926 DAI 4226 DAI TAPE MONT LED H POWER MUTE L DOLBY CFG2 H FM 98 3MHz H lt H gt Hes H gt AC 3 DTS RDS RECEIVER CPU PIN CONFIGURATION 2 7777 7777 7 2 2 03 64 G5 G6 G7 08 09 1 1 1 1 1 f f 1 1 1 4 93 92 91 90 89 G9 610 611 012 V A9 410 A12
122. 4 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50V 4 7uF M 1862 4R7 804 ELECT 50V 4 7uF M 1862 4R7 804 ELECT 50V 4 7uF M 1864 010 804 ELECT 50 1 00 1864 010 804 ELECT 50 1 00 REF NO PART NO C 961 C 962 C 939 C 940 C 937 C 938 C 947 C 948 C 943 C 944 C 906 C 968 C 969 C 970 WA 903 WA 904 CN 924 CN 923 TO DSP TO MAIN 1911 lt gt 1912 T 901 T 902 T 903 T 904 CN 904 CN 908 CN 911 CN 986 CN 907 RMT 901 LLI 901 X 901 JP 901 JP 961 VR 901 SW 901 SW 902 SW 903 SW 904 SW 905 SW 906 oW 907 oW 908 SW 909 oW 910 SW 911 oW 912 SW 913 SW 914 SW 915 SW 916 oW 917 SW 918 oW 919 oW 920 SW 921 oW 922 SW 923 oW 924 oW 925 1862 220 804 1862 220 804 1879 823 712 1879 823 712 1879 333 712 1879 333 712 1879 393 712 1879 393 712 1879 822 761 1879 822 761 1881 10A 001 1825 000 010 1832 104 002 1832 104 002 2111 023 002 2111 023 002 2113 022 007 2113 030 007 2133 220 002 2133 300 002 2141 010 051 2141 020 114 2141 020 114 2141 020 114 2141 020 114 2141 020 600 2141 040 011 2141 060 013 2141 070 016 2141 080 117 DESCRIPTION ELECT 50 22uF M ELECT 50 22uF M FILM 100V 0 082uF J FILM 100V 0 082uF J FILM 100V 0 033uF J FILM 100V 0 033uF J FILM 100V 0 039uF J FILM 100V 0 039uF J FILM 400V 0 0082uF J FILM 400V 0 0082uF J SCAP 5 5 DAE AC 250V 0 0047uF M CERA AX 0 1F Z CERA AX 0 1F Z WAFERS 5267 02A 5267 02 dar FFC 30
123. 5 ANF15 1 4 R585 1K 1 4 KTC3200 GR AV T WA401 1 gt amp WA401 2 o N TEST POINT adi ae 439 7 9 PEM IDLE ETS PR KTC4370 Y I n gt x R467 47 0 58 T S KTC3198 6R F2 2 1 4 37 6V DC DETECTOR FROM REAR AMP TUTO 1 FROM CN606 8 8 8 S Z Z ZZ gt mABABA a 8 2 20695 wy e XLI w Sela z e 71556 a l a 0556 KTC3198 GR Q554 VVV KTC3198 GR R562 56K R564 AAA 0 01 555 gt CN425 3 CN425 2 CN425 1 SH0410373X FL OUT FL GND FR GND FR OUT CET OUT 2 CEN GND SH0210381X FRONT OUTPUT CENTER OUTPUT 3 KTC3198 GR R563 AA Q555 R567 10K Q557 KTA1266 GR C489 C490 KA7812 1 3 KA7815 51 5 BUB o 1 m 2 a N 2 340 3 gt 2 N 4 o MR22 1 SCC N 2 o 3 2 PS 5 2 KA7915 MR22 1 A IC482 IC483 C564 0 01 400 C485 R554 15K N TEST POINT Q440 25 1962 IDLE R586 1K 1 4 C420 C418 MO 1 MO 1 KTA1268 GR
124. 50V FORNT R KTC3200 GR KTC3200 GR 9 N FU482 Q414 R450 R454 NR462 C552 o R402 1268 68 KTA1268 GR b WM RE4 obs fi 1K x 2 lt x R487 SS 25 SS o 5 gamy 0554 RA74 DIGITAL 522505 m Ad NE 59 es X 155153 90 4 aH RDS DATA c 29 lt gt 9 LG Y 2 et 6 L402 o 2 RDS CLK 0 7uH m ST WA407 2 58 e A IDEE y VA WA407 3 ST R554 15 ER 2 5 ike VOLTAGE REGULATOR 407 4 e R464 amp SIUE ANFIBQ A R586 1K 1 4 POWER ON OFF MUTE KTC3200 GR D402 5 WA402 1 a lie e T r P E T p KTA1024 Y 58 D564 R583 0 ISS133 TEST POINT AE 04 UD 0440 IDLE 5 T Lch Q410 0436 2SA1940 R A 2SK373 GR e KTC4370 Y 3 2 0565 _ m 680 1 4 9308 ee R468 2 ms STRA KTC3198 GR A N j MR10 1 4 gt F2 2 1 4 gt ol OWE 2 PLL DATA A LL 0558 ss PLL CLK L KTA1266 GR 8 Q559 PLL CE N R533 KRC102M F2 2 1 4 STOUT 9517 KTA1659 Y 0519 D GND _ LC WA422 6 lt A D577 W so 0515 X 158133 01 ada 0501 0502 6067 KTC3200 GR CENTER KTC3200 GR KTC3
125. 599 WA408 4 du C03 V SEL2 FROM COM VIDEO ASS Y ANN WA408 5 CAM V IM NOTE 87 WA408 6 1 ALL RESISTANCES VALUES ARE IN 0 597 C585 D GND 10000 1000K w A 1 WA408 7 2 THE WATTAGE OF RESISTORS IS 1 4W 1 8W UNLESS OTHERWISE NOTED x 0 1 A D 5V 3 ALL CAPACITANCES VALUES ARE IN UNLESS OTHERWISE NOTED P uuF A WA408 8 CAUTION THE PARTS IDENTIFIED WITH THE IEC SYMBOL MARKS ARE CRITICAL FOR SAFETY REPLACE ONLY WITH 0566 R NE TYPE IDENTICAL TO THOSE IN THE ORIGINAL CIRCUIT OR SPECIFIED KRC102M e CN416 1 IN THE PARTLIST DO NOT DEGRADE THE SAFETY OF THE APPLIANCE Ga H P THROUGH IMPROPER SERVICING CN416 2 E RENT C CN416 3 R598 SIG MUTE M R V SEL1 V SEL2 V MUTE PROTECTION WA423 7 WA423 5 WA423 4 WA423 3 WA423 2 WA423 1 2 o o I l j j l H moo v m m A A lt lt lt lt lt lt lt 4 WA423 6 m a T POINT CAUTION TO THE SERVICE TECHNICIANS 0520 IDLE BEFORE RETURNING THE RECEIVER TO THE CUSTOMER Q518 2SA1962 R z LEAKAGE CURRENT OR RESISTANCE MEASUREMENTS x N gt 1 4370 SHOULD BE PERFORMED TO DELERMINE THAT EXPOSED PARTS NR524 IC 5 ARE PROPERLY INSULATED FROM
126. 6 10 50 2 2 C 1 R88 3 LV 68K C KTD1302 4 2 2K A 2 2K 8 A DC VOLTAGE V o 9 12 0 8V ONLY AC3 DIGITAL POSITION Q701 0702 35 204 2 3V 1266 8 KTA1266 GR 2A1 1 1 M Q714 gt gt gt t1 IC714 22 gt o TC74VHC224F als 5V EI gt 1G VCC 4 9V 21 2619 850 AAA 2 2K 2 L 3 2Y4 ivi 118 4 9V 9 KTD1302 o L i S alo 0v 4 142 2 47 4 7V Q705 SN A E em 4 9 5l2y3 1Y2 16 1266 10 50 2 2 x lt ue 6 1A3 2 3 15 il 0 1 XI al 1 E gt m lt m 4 9V 7 2Y2 1Y3 14 Cb gt CN701 1 8 1 4 242113 3 3V 5 CN701 2 2 GND 2 1 s 5555292 gt Y4 Z 5 1 2 9 3 2 CN701 3 2 HR gt GND 281 R60 y Ek 5V Q704 KRA102M JA705 7 HSJ1002 01 1020 O RoW 1 so e IC720 R59 U we OUT 4 1 AAA R57 AA A 2 2K 2 9 VV C SYSTEM REMOTE KRC101M 1 4 7K KRC101M S S a IN N Rj z z gt 2 S H z D e m 56 2 5 FROM CN924 EG 8 8 b oP e Z r 4 lt gt TO H13 amp TO WA899 oa I c FORM CONTROL ASS Y o 2 lt 7 TO DSP2 TUNER J 1
127. 6 222 882 1846 470 712 1846 470 712 1846 472 882 1846 472 882 1846 472 882 1846 472 882 1846 472 882 1846 472 882 1846 682 882 1846 682 882 1846 682 882 1846 682 882 1846 682 882 1846 682 882 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 010 804 1862 100 804 1862 100 804 1862 100 804 1862 100 804 1862 100 804 1862 100 804 1862 100 804 1862 100 804 1862 100 804 1861 102 218 1862 470 604 1862 470 604 1862 470 604 1862 470 604 1862 470 503 1862 470 503 1862 470 503 1862 470 503 1862 470 604 1862 470 604 1862 4R7 800 1862 4R7 800 1862 100 800 1862 100 800 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 DESCRIPTION CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 50V 0 0022uF K CERA 47pF J CERA 50V 47pF J CERA 50V 0 0047uF K CERA 50 0 0047uF K CERA 50V 0 0047uF K CERA 50V 0 0047uF K CERA 50V 0 0047uF K CERA 50V 0 0047uF K CERA 50V 0 0068uF K CERA 50V 0 0068uF K CERA 50V 0 0068uF K CERA 50V 0 0068uF K CERA 50V 0 0068uF K CERA 50V 0 0068uF K ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT 50V 1 0uF M ELECT
128. 6 Filter Topology ZM Chan Channel X Input V Channel X To Summing Module Level oum Output X Level Summing LFE Module 1 Bass manager Processing Unit 15 gt R gt 5 gt Rs To Processing Unit V LLC _ Enable A V Input_LFE_Level Fig 1 7 Bass manager Processing Unit o Subwoofer LFE_Onl Sub Enable y_ AVR 45 45RDS 45SG BLOCK DIAGRAM VIDEO PART TUNER PART TV Q351 MONITOR BUFFER FM FRONT END gt FM ANT E NES d LA7951 FTA4 460H VID1 A pray 6dB AMP ANT ve AM FM IF FM MPX IC801 IC803 DVD 2 LA1266 LA3410 Eon SP PLL LM7000 RDS A IC804 BU1923 CONTROL LINE PIE gt INPUT DSP PARTS AUDIO INPUT PARTS ELEC VOLUME PARTS TUNER PARTS VIDEO PARTS ANALOG 6 ch DAC BYPASS REC PROTECTION PARTS INPUT SELECTOR INPUT SELECTOR SELECTOR POWER SUPPLY PARTS lt 1
129. 6 Y DC DET Q602 Q604 gt MEE KTC3200 GR KTC3200 GR 6 Q614 0618 0622 RESA gt 0M CN606 4 REAR R 602 C602 KTA1268 GR KTA1268 GR KTA1024 Y 1024 1 gt 1 V 1 4 7K 1K 1 4 gt e 10725 55 5 RT ag SL R618 lt 5 A 8 85 F10 1 4 FROM MAIN AMP ASS Y ae 33K 1 4 A 27 52 RL IN WA625 1 lt LM AAA x 2 a eV L GND V V V SZ e e WA625 2 5 zla RR IN FROM CN425 5 A 55 9 52 4 WA625 3 N ac 59 5 gt E IDLE A GND WA625 4 OFF w LO E 1 pa M 5 82 o 2 o_o o one on TEST POINT ARE 55 Y 0640 IDLE Ss L 25 1962 8 2 gt lt Y ON gt Sal e 518 2 FG AN AN va AN e COMPOSITE VIDEO ASS Y AVR 45 Q351 JP351 1 1 KTC3198 GR JC0200095N 352 DVD 4 7 50 REC C362 WES 0 1 A C363 PLAY 47 25 VCR2 TV MONITOR mS 330 10 no JP352 JC0300125N XN Le 0 1 A gt 3 TO MAN AMP ASSY 212212121 28558888 10 0 408 ROI co gt gt gt gt COMP
130. 712 CERA RA 507 33pF J 1822 331 712 CERA RA 507 33pF J 1822 820 772 500 82pF J 1822 101 772 CERARA 507 100pF J 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50V 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50V 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 223 001 CERARA 50 0 022uF Z 1822 471 822 CERARA 50 470pF K 1822 471 822 CERARA 50 470pF K 1822 561 712 CERARA 50V 560pF J 1822 473 001 CERARA 50 0 047uF Z 1822 473 001 CERARA 50 0 047uF Z 1822 473 001 CERARA 50 0 047uF Z 1822 473 001 CERARA 50 0 047uF Z 1832 101 712 CERA AX 50V 100pF J 1832 101 712 CERA AX 50V 100pF J 1832 331 822 CERA AX 50V 330pF K 1832 223 001 CERAA AX 50 0 022uF Z 1862 010 804 ELECT 50V 1 0 1862 100 504 ELECT 16V 10uF M 1862 100 504 ELECT 16V 10uF M 1862 100 504 ELECT 16V 10 1862 100 504 ELECT 16V 10 1862 100 504 ELECT 16V 10 1862 100 504 ELECT 16V 10 1862 101 517 ELECT 16V 100uF M 1862 101 517 ELECT 16 100uF M 1862 2R2 804 ELECT 2 2uF M 1862 2R2 804 ELECT 22 1862 3R3 804 ELECT 50V 3 3uF M 1862 3R3 804 ELECT 50V 3 3uF M 1862 3R3 804 ELECT 3 3uF M 1862 470 404 ELECT 16 47uF M 1862 470 404 ELECT 16V 47 1862 470 404 ELECT 16V 47 1862 470 404 ELECT 16V 47uF M
131. 731 1744 393 731 1744 393 731 1744 681 731 1744 681 731 RESISTORS FUSIBLE 1761 100 731 1761 100 731 1761 100 731 1761 101 731 1761 101 731 1761 101 731 1761 101 731 1761 101 731 1761 101 731 1761 150 731 1761 150 731 1761 150 731 1761 150 731 1761 150 731 1761 150 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 2R2 731 1761 2R2 731 1761 2R2 731 1761 2R2 731 1761 2R2 731 1761 2R2 731 1761 561 731 1761 561 731 1761 561 731 1761 561 731 1761 561 731 1761 561 731 DESCRIPTION 1 4W 1 5KW J 1 4W 15KW J 1 4W 15KW J 1 4W 15KW J 1 4W 15KW J 1 4W 15KW J 1 4W 15KW J 1 4W 1 8KW J 1 4W 1 8KW J 1 4W 1 8KW J 1 4W 330W J 1 4W 330W J 1 4W 330W J 1 4W 330W J 1 4W 330W J 1 4W 330W J 1 4W 39KW J 1 4W 39KW J 1 4W 39KW J 1 4W 680W J 1 4W 680W J 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 1 4W 10W J 10W J 10W J 100W J 100W J 100W J 100W J 100W J 100W J 15W J 15W J 15W J 15W J 15W J 15W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 2 2W J 2 2W J 2 2W J 2 2W J 2 2W J 2 2W J 560W J 560W J 560W J 560W J 560W J 560W J AVR 45 AVR 45 REF NO
132. 742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 DESCRIPTION 1 8W 1KW J 1 8W 1KW J 1 8W 8 2KW J 1 8W 8 2KW J 1 8W 8 2KW J 1 8W 8 2KW J 1 8W 10KW J 1 8W 10KW J 1 8W 1 5KW J 1 8W 1 5KW J 1 8W 1 5KW J 1 8W 1 5KW J 1 8W 18KW J 1 8W 18KW J 1 8W 18KW J 1 8W 18KW J 1 8W 18KW J 1 8W 22KW J 1 8W 22KW J 1 8W 22KW J 1 8W 22KW J 1 8W 22KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 1 8W 220KW J 38 REF NO PART NO R 256 R 147 R 148 R 151 R152 H 155 H 156 H 199 H 200
133. 8 3 ole 155133 NL as als 5 S 22K Ol ch lt 1 14 0V L 2 N gt 1 A IC981 A 981 5 6V KA7805 A 0985 FR4 7 1 4 P 0 I I e D9Bt VV e 3 2 1N4004 SL sl 1N4004 315 1405557 515 4 0983 A 2 A 14004 A x CN981 1K x 1N4004 JK981 1 W gt M 5 WA981 2 d M 2 d 58 7 1 wA981 3 E 5 A E i Ac 6 N MTZ7 5B oo R987 0992 oo A 5 560 1 4 155153 AC 120V 60Hz E S UR C993 21 rak 8 0 1 ZF A 98 lt e e e R990 5 m p IM gt o C999 V gt A N C995 e 27 A aja C994 0 01 C 0 1 ZF A EM o 2 C996 lt So 0 1 ZF A 11 pus e E gt os TWO COLOR 4 LED DRIVER 0983 T 0 T T KRC103M wo wo lt lt lt lt GIA o eu SEZ gt 3 gt A 2 70 FROM CN986 OVER LOAD DETECTOR JK601 SH0410373X 44 5V gt Q683 Ad zh i Be mA i 35 8V CHCA RL OUT SURROUND OUTPUT RL GND 3 u GE AVR 45 2SC5242 R 4 RR GND 2 _ 30 0V 43 0V 43 0V RR OUT 1 8 ohm 5 Q601 0603 GRE 3 KTC3200
134. 801 R802 F802 F10 7MHz R801 R812 P801 VVV FTA4 460H gt FM FRONT END lt gt x 2 2 0801 2 KTC3192 0 Q802 2 T805 KTC3192 0 Q803 FM DET2 C857 ANT801 0 022u 756hm ANT E pr lt gt AA C856 a lt E 2 lt gt 55 gt 1804 s gt sx 04 pd ALTER 85 bs sA a lt E a A 6 T 3 C838 C839 C840 R842 TR 470p 470p 10 16 6 C841 411 JUMPER 1806 AAA MPX R839 C837 R843 10 16 2 7K D802 155133 C831 o 1 T802 AMOSC C842 JUMPER Q809 KRC110M SIGNAL IN CI L WA801 10 E Q804 25K246 Y LA1266 IC801 20 RAE SJ MENS a CN 4 JO VVV EON m RDDA 182265 C819 R824 E E S 0 WA801 1 ENS MO 12u o gt WA801 2 10 TUNED AM SW WA801 3 9 7 STEREO FM MODE WA801 4 B E T MUTE 8015 cen 7 STOU WA801 6 M0 001u F805 GND AHCFM2 450BL WA801 7 5 R CH CL 3 A A801 8 ses 40 9 STOUT WA802 1 PLL DI A802 2 po PLL CL WA802 3 BE PLL A802 4 f ESA STRO V V A802 6 TONE PART OPEN WA807 1 WA808 1 9pEN KRA101M GROUND E L I
135. 822 CERA RA 50V 0 1uF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V 0 1uF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V 0 1uF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 104 822 50V O luF K 1822 104 822 CERA RA 50V O luF K 1822 152 882 CERA RA 50V O0 0015uF K CAPACITORS CHIP CERA 50V CERA 50V CERA 50V CERA 50V CERA 50V CERA 50V CERA 50V 1846 101 712 1846 101 712 1846 101 712 1846 101 712 1846 101 712 1846 101 712 1846 101 712 100pF J 100pF J 100pF J 100pF J 100pF J 100pF J 100pF J 43 REF NO PART NO C 727 C 728 C 731 C 732 C 743 C 744 C 747 C 748 C 759 C 760 C 763 C 764 C 81 C 82 C 729 C 730 C 745 C 746 C 761 C 762 C 733 C 734 C 749 C 750 C 765 C 766 C5 C8 CQ C19 Cag C 25 C 28 C 29 C 31 C 33 C 36 C 39 C 42 C 46 C 47 C 51 C 83 C 84 C 425 C 726 C 741 C 742 C 757 C 758 C 12 218 C 14 C 16 C 17 C 71 C 72 0 C 76 C 73 C 74 C 701 C 702 C 705 C 706 C 707 C 708 C 711 712 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 1846 222 882 184
136. 822 030 311 CERA RA 50V 3pF C 1822 030 311 CERA RA 50V 3 1822 030 311 CERA RA 50V 1822 101 772 CERA RA 50V 100pF J 1822 101 772 50V 100pF J 1822 101 772 CERARA 50V 100pF J 1822 102 882 50V 0 001uF K 1822 103 822 50V 103pF K 1822 103 822 CERA RA 50V 103pF K 1822 680 712 OERA RA 50V 68pF J 1822 680 712 CERA RA 50V 68pF J 1822 080 712 GERA RA 50V 68pF J 1832 104 002 CERA AX 0 1uF Z 1832 104 002 0 1uF Z 1832 104 002 50V 0 1uF Z 1832 104 002 CERA AX 50V 0 1uF Z 1832 104 002 CERA AX 50V 0102 1832 104 002 CERA AX 50V 0 1uF Z 1832 121 712 CERA AX 50V 120pF J 1832 121 712 CERAAX 50V 120pF J 1832 121 712 CERAAX 50V 120pF J 1832 121 712 50V 120pF J 1832 121 712 CERA AX 50V 120pF J 1832 121 712 OERA AX 50V 120pF J 1861 222 710 ELECT 35V 2200uF M 1861 222 710 ELECT 35V 2200uF M 1861 822 214 ELECT 637 820004 34 REF PART NO C 482 C 561 C 413 C 414 C 415 C 416 C 507 C 508 C 568 C 558 C 562 C 427 C 428 514 C 489 C 490 C 492 C 494 C 496 C 487 C 488 C 491 C 493 C 421 C 422 C 423 C 424 511 G 512 C 554 C 405 C 406 C 503 C 401 C 402 C 501 C 407 C 408 C 504 C 484 C 566 C 567 C 417 C 418 C 419 C 420 C 509 C 510 551 2 C 553 C 483 C 564 C 565 WA 401 WA 402 WA 403 WA 406 WA 411 WA 405 WA 404 WA 423 WA 422 WA 412 WA 415 WA 416 WA 408 1861 822 214 186
137. 9 WA423 8 WA423 7 WA423 5 WA423 3 WA423 2 WA423 1 WA423 4 gt WA421 10 gk WA423 6 gt D 5V 15V WA421 9 WA421 8 WA421 7 D 01 14 A Rch 0UT A Lch 0UT DAC S W GND WA421 2 WA421 1 WA420 11 WA420 10 I WA420 9 WA420 7 WA420 6 WA420 5 WA420 4 WA420 3 o N lt lt F ROM HU720 FROM AC 3 DECODER ASS Y WA420 2 DAC CENT F OUT L WA420 1 WA419 11 WA419 10 WA419 9 E gt o E GND R OUT R WA419 4 WA419 3 WA419 2 WA419 1 DAC S W GND DAC RR GND DAC FR DAC FL GND DAC RL DAC CENT F OUT L F OUT R GND 004 CENT OUT GND P h Pp P 1505175 E LC eee b X lt 3 lt lt lt lt lt lt lt lt x lt lt lt lt lt Z gt T FROM HU117 FROM HU116 002 001 015 014 A Rch OUT m 2 o 1 lt o lt GND GND R OUT L WA416 1 WA415 7 WA415 6 WA415 5 WA415 4 WA415 3 WA415 2 WA415 1 WA414 11 WA414 10 WA414 9 FROM HU115 76 FROM ANALOG FUNC gt lt CAM V IN VR C S W R CE VR CLK SIG MUTE M R SIG MUTE F SIG MUTE C SIG MUTE R
138. 929 gt REMOTE 15 8 56615 Y SIGO5 gt RDS DATA sie 72 0 0 O O O C 51606 715 SEG16 050 DATA 517 b 70 SEEN eg P SET P SET P SET lt p 050 CLK gt SEG18 5 TUN UP SCAN DOWN UP TON MODE AC3 DOLBY PRO LOGIC FUN DATA lt 5 7311 12 13 DATA POWER RELAY H 895 Li w902 BW906 10 EW914 W918 pw922 W926 w930 SIG08 68 SIG45 mm FUN CLOCK lt 13 7311 12 13 CLK M R MTEL gt SIG44 O O 0 0 O Os O O R978 LEV DATA 14 7536 DATA FRONT MUTE L 57 J SIS 51645 KREADO1 HE LEV GLOCK 15 7536 CLK 1 CENTER MUTE L 55 Y gt KROO H s w MUTEG L 85 21642 HALLI HALL2 THEATER TEST TONE BYPASS KREADOO 4 16 CXP82852 141Q JS 104C 64 CI641 Bw903 Bw907 15911 5V915 919 Bw923 Ew927 KRO1 H SURR MUTE L KREADO 17 CI640 63 4 4 4 0 2 6 KR02 H VIDEO MUTE L gt O O O O O O MASTER VOLUME KREADO2 62 SIG39 Yo 2 5 KRO3 H VID SEL2 gt KREADO2 SAR gt 615 5698 DIGITAL x 20 ENCODE UF CHANNEL SEL DELAY DOWN UP o gt gt ENCODE DN 7536 C amp S W ST H 62 p 5990 2 1 8 8 E lt 7536 F amp M R ST H 55 6 582 221 7000 4226 4923 DAO R ST H m SER O O O o om sg lt s 7000 4226 4923 CLK 731 2 ST H gt m SIG13 KREADO3 24 4923 DAI 73 PS SIG14 56 TUN MUTE H SIG33 20 gt 4226 DAI 4 15513
139. AIN ASS Y R406 4 1 4 1 4 Q402 KTC3200 GR FORNT R 35K C404 o C 0406 KTC3200 GR 0 1 4 330 1 4 R412 y R446 e I SEA MRIO 1 4 I 5 78 78 Eg 0430 KTC3206 Y Q412 Q414 KTA1268 GR KTA1268 GR KTA1024 Y 8466 F2 2 1 4 IKTA1659 Y OIN 0434 R450 R45 KTC4370 Y NQ426 R420 Y om lt Eco R418 6 33K 1 4 NE ANS Ala o 378 Y 3 RE co c L Q416 Q KTC3200 GR KTC3206 Y KTC3206 Y V Vm V V v F15 1 4 1K 4 7K T e sa A R456 GQ AA E 0452 KTA1024 Y R470 FB2 1 4 gt 0438 C5242 R A s OVER LOAD TOR Z A gt OWA A R465 47 0V m 15 F2 2 1 4 37 6V r To Sy 10433 E n KTA1659 Y 0437 2SC5242 R 45 2V A D566 Q561 KTA1268 GR Q401 Q403 1SS133 FORNT L KTC3200 GR TC3200 GR KTA1268 GR KTA1268 GR AAA 0 94 gt lt 53 0553 R417 on 155133 F10 1 4 33K 1 4 opp 28 DRO ra bel I R553 15K 10v R463 V Q40
140. CS 4226 4923 RESET 4923 AB OUT MEM A16 MEM A15 DOLBY CFG2 FM RAD REMOCON OUT 4226 4923 DAO 4226 4923 CLK FUN ST 7536 CLK 7536 DATA 7311 12 13 CLK STEREO TUNED RDS CLOCK VID SEL2 7311 12 13 DATA VID SEL1 M R MUTE FRONT MUTE CENTER MUTE 6 CH ST S W MUTE RDS DATA 7000 SOUT 7000 CE 7000 CLK 7000 DATA 7000 STRQ SURR MUTE 7536 C amp S W ST TUN MUTE POWER DET VIDEO MUTE 7536 F amp M R ST POWER MUTE R918 47K C922 0 1 WA903 CN903 1 den JK030008 V VIDEO 2 AAA 5 100KC2 VR904A CN901 4 Z GND 1 100KMN CN901 3 150K z HR CH AAA CN901 2 w ou 5V 8985 EN x CN901 1 8 GND AL x lt BN ala ON ER a a 2 3 2 s 5 2 e sl 2 58 2 5 8 2 5 2 s 2 os 100K X C B al al al al 55 o o ol o o o o o 5 5 5 5 lolo 5 o o a en RDS m os s A o mM RZ gt Nx e Bs 5 VR904B x tooKce 5 6 100KMN oa RX o s a 5 o ro 4 2 a a a a a C 6 c c a C c a c c 45 3 lt 5 M 0906 0907 0908 0909 0915 0916 0917 32 gt
141. CT KNOB VOLUME KNOB ROTARY WINDOW FRONT CD WINDOW FRONT FILTER WINDOW LENS POWER BUSHING STRAIN R PANEL REAR PANEL REAR PANEL REAR D COVER TOP CHASSIS FRONT CHASSIS MAIN COVER BOTTOM TRANS BOTTOM FRAME GUIDE BRKT PCB FOOT ASS Y CUSHION PCB CUSHION A SHEET POWER CUSHION BRKT TRANS POWER TRANS POWER TRANS POWER CORD POWER CORD POWER HEAT SINK MAIN HEATSINK SUB CASE SHIELD D CASE SHIELD F CASE SHIELD T HEAT SINK REG HEAT SINK PIN CUSHION FLT CASE SHIELD T2 CUSHION B REMOCON ASS Y REMOCON 55 REMOCON Ass Y ED Q TY NJ N Ul N9 I N N UJ REF NO 39 B 51 52 53 4 39 S6 S W1 W2 W3 WA MAIN AMP REAR AMP SUB C VIDEO S VIDEO AUDIO INPUT TUNER FRONT POWER HEAD PHONE DSP1 SPA STAND BY UNIT PARTS LIST PART NO A0191 075 001 5636 140 010 5636 140 040 5636 140 060 5636 140 100 5636 140 050 5636 140 220 5636 140 080 5636 140 030 5541 001 030 5541 001 040 5541 001 010 5541 001 020 0112 001 160 0112 001 1611 0112 001 1612 0112 001 151 0112 001 161 0112 001 1532 0112 001 1632 0112 001 1631 0112 001 1633 0112 001 154 0112 001 154 0112 001 154 0112 001 1634 19
142. D D o d e m n C 61 41 g 121 80 S8 KS 60 40 RDS 422 79 S9 KS2 NC k 23 78 S10 KS3 PEO ECO INTO p v A24 PH7 77 S11 KS4 188 q v A25 PH6 76 S12 KS5 PE2 INT2 CXP82852 u COM a v A26 PH5 75 gt S13 KS6 3 AVR 35 45 65 b v 427 PH4 74 gt S14 KS7 4 i v A28 PH3 73 515 0 0 5 f v A29 PH2 72 gt 516 0L1 PE6 PWM u j v 71 S17 PE7 TO ADJ h v A31 PHO 70 S18 POO KRO tn my A32 PG7 69 PWR RELAY PCI KRI A33 PG6 68 gt M R MUTE PC2 KR2 wv L A34 PG5 67 FRO MUTE PC3 KR3 PON A35 PG4 66 CEN MUTE PC4 KR4 C amp S CENTER SUBWOOFER 8 SURR Y A36 PG3 65 8S W MUTE PC5 KR5 A37 PG2 64 gt SUR MULTE PC6 KR6 x FEM FRONT amp MULTI ROOM CE Z A38 PG1 63 VID SEL MU PC7 KR7 e 7 439 PGO 62 VID SEL2 PBO CITNT PULL DOWN 32V 100K my A40 PF7 61 gt VID SELI PB1 CS0 USED ONLY OTP A41 PF6 60 gt 7536 C amp S PB2 SCKO 442 PF5 59 7536 F amp M PB3 SIO PULL DOWN GND 47K Vv A43 PF4 581 7311 2 ST PB4 S00 USED OTP amp MASKING IC A44 PF3 57 F 731 PB5 SCK1 VY A45 PF2 56 TU MUTE PB6 STI V PULL DOWN GND 2 7K x v H M6 PFI 55 gt 7000 CE 7 501 s USED OTP amp MASKING IC vv H A47 PFO 54 7000 STRO AVref 48 007 53 05 CS PAO ANO 449 PD6 52 VID MUTE PAL ANI A50 PD5 51 4226 CS X X i R T V 7 7 AN2 AN3 ANA AN5 ANG AN7 S A T E D D 55 54 A53 A52 2 PA3 PA4 PAS
143. DET VIDEO MUTE FRONT MUTE CENTER MUTE S W MUTE SURR MUTE 7536 C amp S W ST 6 CH ST FUN ST 7536 CLK 7536 DATA RDS CLOCK RDS DATA 7000 SOUT 7000 CE 7000 CLK 7000 DATA 7000 STRQ POWER MUTE 7536 F amp M R ST 7311 12 13 CLK 7311 12 13 DATA JP901 JK030008 C953 VIDEO 2 MAIN POWER SW C968 S K 0 047u SW932 POWER SW u z z z 2 lt LED901 AMBER GREEN SW931 POWER POWER STD BY R881 100K F10 7MHz 1 2K F801 R802 C857 ANT801 0 022u 75ohm ANT F802 F10 7MHz C856 R801 R812 100 220 P801 7 FTA4 460H a a lt Dx FM FRONT END 943 88 o d Mu E 0 0220 7 gt d 2 20 63192 0 0802 gt T805 KTC3192 0 FM DET2 47 16 Quo T804 gt gt FM DETI 52 7 85 D i 00 E 3 gt ee CN I gt e N zo gt SN J Dx gt C838 C839 C840 R842 p9 T mM go 585 s BL 470p 470p 10 16 76 s VC801 2 oc 85 JUMPER SVC321p 0801 a 1806 C837 R843 10 16 2 7K On 1802 Q C842 JUMPER 1 2 VC802 5V652 Jy C855 15p L OUT R OUT Q809
144. G 14 0112 011 151 C VIDEO PC BOARD INTEGRATED CIRCUITS 1212 795 001 1212 106 001 1215 762 001 1215 900 001 1211 226 001 IC LA7951 VIDEO SW 6dB IC MM1067XD SYNC SEPARATE SYNC IC BA7622 F 75ohm DRIVER IC MB90089 OSD FUJITSU IC DIP NJM2267D VIDEO JRC TRANSISTORS 1243 319 001 1243 319 001 1243 319 001 1243 103 004 1243 103 004 1243 103 003 1243 103 003 1243 103 003 1244 103 004 1742 122 721 1742 151 721 1742 151 721 1742 680 721 1742 680 721 1742 750 721 1742 750 721 1742 750 721 1742 750 721 1742 750 721 1742 100 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 103 721 1742 104 721 1742 222 721 1742 222 721 1742 222 721 1742 222 721 1742 272 721 1742 391 721 1742 391 721 1742 221 721 TR KTC3198 GR TR KTC3198 GR TR KTC3198 GR TR KRC103M TR KRC103M TR KTD1302 TR KTD1302 TR KTD1302 TR KRA103M 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W 1 8W RESISTORS 1 2KW J 150W J 150W J 68W J 68W J 75W J 75W J 75W J 75W J 75W J 10W J 10KW J 10KW J 10KW J 10KW J 10KW J 10KW J 100KW J 2 2KW J 2 2KW J 2 2KW J 2 2KW J 2 7KW J 390W J 390W J 220W J NPN NPN NPN NPN NPN NPN NPN NPN PNP BK 45 REF NO PART NO R 361 H 362 H 363 H 365 H 369 H 377 H 372 C 351 C 353 C 355 2857 358 361 360 363 367 369 352
145. H 32V GRIDI3 GRIDI3 H 32V H H ud GRIDI 100 GRID3 32V 66 AVR45 CLMI684L ANODE amp GRID ASSIGNMENT harman kardon G2 59 4 GO 06 G CO 69 DIOS 612 013 C14 SLEEP 05 TUNED MONO STEREO AUTO MEMORY PRESET 28 8 DO DIGITAL LOGIC 003 STEREO HALLI HALL THEATER DTS MPEG ANALOG OPT COA 5 PCM MULTI NIGHT DISPLAY WAx b1 mi i 514 62613 67 AVR45 harman kardon TYPE CM1684C ANODE amp GRID ASIGNMENT G G2 G3 G4 G5 G6 G7 G8 G9 G10 G11 C12 C13 C14 3 1 Gom i 3 13 3 i Eee meme SLEEP 11 PRESET el a 5 h1 22212 i S16 f f1 ES 1 PIN ASSIGNMENT 41 81 34 3 7 Assignment F1 F1 G2 G3 G4 G5 G G8 G9 G10 G11 G12 G13 G14 S1 Pin No Assignment 41 42 43 S8 G4 S10 F1 F2 Filament G1 G14 Grid S1 S18 Anode NL Lead NP No Pin 44 45 46 47 48 49 50 51 52 53 54 55 S12 S13 S14 515 516 517 518 NL NP F2 68 CENT RL RR FL FR 6 CH AVR 45 SCHEMATIC DIAGRAM MAIN AMP P C Board FRONT amp CENTER M
146. H 610 R 611 R612 R 617 H 618 H 615 H 616 H 673 H 674 H 657 H 658 H 659 H 660 R 661 H 662 H 663 H 664 H 633 H 634 H 635 H 636 R 641 H 642 H 643 H 644 H 665 H 666 H 667 R 621 H 622 H 623 H 624 H 625 H 627 H 628 H 629 H 630 R 631 R 632 R 669 R 670 R 675 R 676 R 645 R 646 R 647 R 648 R 671 R 672 C 609 C 610 C 611 C 612 C 603 C 604 C 621 C 622 C 623 C 624 1744 202 731 1744 331 731 1744 331 731 1744 331 731 1744 331 731 1744 393 731 1744 393 731 1742 273 721 1742 273 721 DESCRIPTION 1 4W 2KW J 1 4W 330W J 1 4W 330W J 1 4W 330W J 1 4W 330W J 1 4W 39KW J 1 4W 39KW J 1 8W 27KW J 1 8W 27KW J RESISTORS FUSIBLE 1761 100 734 1 4W 1761 100 731 1761 101 731 1761 101 731 1 4W 1761 101 731 1761 101 731 1 4W 1761 150 731 1761 150 731 1761 150 731 1761 150 731 0 1761 151 731 1761 151 731 1761 151 731 1 4W 1761 151 731 1 4W 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 2R2 731 1761 2R2 731 1761 2R2 731 1 4W 1761 561 731 1761 561 731 1761 561 731 1761 561 731 1761 561 731 1761 561 731 1761 561 731 1 4W 1761 561 731 1761 561 731 1 4 1761 561 731 1761 561 731 1 4 1761 820 731 1761 820 731 1 4 RESISTORS METAL 1771 100 751 1771 100 751 1761 100 734 1761 100 734 1761 100 734 1 4W 1761 100 734 1 4W RES
147. IG33 155133 225 4226 DAI 5 55 7000 CE H SIG32 gt N R CI T MON LED H a e aa 541000 STRQ H 51631 o k a T POWER dl gt 3 8 2 535050 SIG30 9 Fons I KRA104M KRA102M SIG17 Areh z a 2 4 9 lt 5050 MUTE H 51629 eget I _ at DOLBY CFG2 H 7 29 5 o a 5 2 o 2 8 5 8 51 4226 CS L 628 oS RAD A 2 30 z P 6 lt 66 gt 5917 s y KRA104M m M s 5 RA901 RA902 L NN 47 te 195133 ao 47K WA903 m KTC3198 GR 96 0934 C907 a la gt KRC104M e S d ko e BOM 23 1 3 5 a z CN986 1 SIG 01 45 CN986 2 i mM o CN986 3 Do on CN911 6 CN98B 5 CN911 5 GND CN986 6 L CN986 7 GND GND LJ 5 R 3 155133 Q901 gt 52 KTC3199 x N o 1 9 8304MHZ iE 0902 2 KRC103M 3 CN Ge KRC103M RESET SW 23 D 6 JP901 EARTH gt JKO30008 L R 0 ES 1902 RS Rue 322093 ue x gt O Q x lt F Lx lt G 5 oo roo CHS
148. ISTORS CEMENT 1775 R22 782 5W 1775 R22 782 5W CAPACITORS 1822 030 311 50V 1822 030 311 50 1822 101 772 50 1822 101 772 50 1822 680 712 1822 680 712 50V 1861 471 811 ELECT 1861 471 811 ELECT 1861 471 811 ELECT 1861 471 811 ELECT 10W J 10W J 100W J 100W J 100W J 100W J 15W J 15W J 15W J 15W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 150W J 2 2W J 2 2W J 2 2W J 560W J 560W J 560W J 560W J 560W J 560W J 560W J 560W J 560W J 560W J 560W J 82W J 82W J 10W J 10W J 10W J 10W J 10W J 10W J 0 22W J 0 22W J 3pF C 3pF C 100pF J 100pF J 68pF J 68pF J 470uF M 470uF M 470uF M 470uF M 36 gt gt gt gt gt gt gt gt C 691 C 692 Cote C614 2615 616 696 C 627 C 628 C 605 C 606 C 601 C 619 C 681 C 682 WA 601 WA 602 WA 625 WA 603 CN 606 L 601 L 602 JK 601 VR 601 VR 602 IC 981 Q 985 Q 984 Q 981 Q 983 Q 982 D 987 D 988 D 992 D 981 D 982 D 983 D 984 D 985 D 986 D 989 D 990 D 991 D 996 D 994 H 983 H 990 H 994 H 991 H 986 H 984 H 992 H 988 H 989 REF NO PART NO 1861 682 800 1861 682 800 1862 100 017 1862 100 017 1862 100 017 1862 100 017 1862 100 504 1862 220 604 1862 220 604 1862 101 605 1862 101 605 1862 100 604 1876 104 81 1 1876 683 81 1 1876 683 81 1 2111 023 002 2111 023 002 2111 023 004 2111 029 003 DESCRIPTION ELECT 50V
149. J 1742 473 721 1 8W 47KW J 1742 473 721 1 8W 47KW J 1742 750 721 1 8W 75W J 1742 753 721 75KW J 1742 753 721 0 75KW J 1742 752 721 7 5KW J 1742 752 721 1 8W 7 5KW J 1742 561 721 560W J 1742 561 721 560 1742 154 724 150KW J 1742 394 721 390KW J 1742 394 721 390KW J 1742 393 721 1 8W 39KW J 1742 393 721 1 8W 39KW J 1742 272 721 1 8W 2 7KW J 1742 272 721 1 8W 2 7KW J 1744 331 731 330W J 1744 487 7314 4 7W J 1744 4R7 731 4 7W J CAPACITORS 1822 104 822 CERARA 50V 0 1uF K 1822 104 822 CERARA 50V 0 1uF K 1832 220 772 CERAAX 50V 22PF J 1832 220 772 CERAAX 50V 22PF J 1832 102 772 CERAAX 50V 0 001uF J 1832 102 772 CERAAX 50V 0 001uF J 1832 102 772 50V 0 001uF J 1832 102 772 CERAAX 50V 0 001uF J 1832 101 712 CERA AX 50V 100PF J 1832 104 002 CERAAX 50V 0 1uF Z 1832 104 002 CERAAX 50V 0 1uF Z 1832 104 002 50V 0 1uF Z 1832 104 002 CERAAX 50V 0 1uF Z 1832 104 002 CERAAX 50V 0 1uF Z 1832 104 002 CERAAX 50V 0 1uF Z 1832 104 002 CERAAX 50V 0 1uF Z 1832 104 002 CERAAX 50V 0 1uF Z 1832 121 712 CERAAX 50V 20pF J 1832 121 712 CERAAX 50V 20pF J 1832 471 712 CERA AX 50V 470pF J 1832 221 822 CERAAX 50 220pF J 1832 221 822 CERAAX 50V 220pF J 1832 151 772 CERAAX 50V 150PF J 1832 151 772 CERAAX 50V 150PF J 1862 220 604 ELECT 25V 22uF M 1862 221 506 ELECT 16V 220uF M 1862 470 814 ELECT 50V 47uF M 1862 4R7 804 ELECT 50 4 7uF M 1862 4R7 804 ELECT 50V 4 7uF M 1862 4R7 80
150. KW J ANT 801 1514 021 393 TERMINAL JACK 7 R828 1742 102 721 1 8W 1KW J ANT 801 1514 021 392 TERMINAL JACK M 75ohm 18 88 831 1742 102 721 1 8W 1KW J P801 1291 000 006 TUNERPACK FTA4 460H R837 1742 102 721 1 8W 1KW J X801 1352 000 072 XTAL 7 2MHz R892 1742 102 721 1 8W 1KW J IB X802 1352 432 001 XTAL 4 332MHz IB R817 1742 103 721 1 8W 10KW J L803 1444 270 003 COIL LO2 270K 27uH A R848 1742 103 721 1 8W 10KW J L804 1444 270 003 COIL LO2 270K 27uH A R849 1742 103 721 1 8W 10KW J L802 1471 200 005 COIL 20 8mH IB R852 1742 108 721 10KW J VR803 1731 224 002 VR SEMI 220kohm R858 1742 108 721 1 8W 10KW J VR801 1731 473 004 VR SEMI 47kohm R860 1742 103 721 10KW J VR802 1731 473 004 VR SEMI 47kohm 46 REF NO PART NO CT 801 C 855 C 844 C 845 C 814 C 815 C 891 C 838 C 839 C 892 C 893 C 801 C 802 C 803 C 809 C 813 C 824 C 828 C 830 C 850 C 857 C 894 C 846 C 838 C 839 C 848 C 804 C 822 C 826 C 827 C 816 C 817 C 843 C 818 C 810 C 808 C 835 C 851 C 866 C 837 C 840 C 831 C 859 C 833 C 849 C 820 C 832 C 867 C 812 C 829 C 847 C 856 C 821 C825 C 836 C 806 C 811 C 834 C 819 WA 809 WA 807 WA 808 WA 802 WA 801 WA 899 DESCRIPTION 1815 020 001 C TRIM 20pF CAPACITORS 1822 150 712 500 15pF J 1822 300 712 500 30pF J 1822 300 712 500 30pF J 1822 330 712 CERA RA 50V 33pF J 1822 330 712 507 33pF J 1822 331 712 CERA RA 507 33pF J 1822 331
151. N GND FROM DSP CN702 Mn R866 330 1 4 R858 10K RB52 10K os r WA899 gt 20804 MTZJ4 7B RADIATION GND 74 OPEN 15V GND 15 GND TONE IN L GND 5 FL AC FL AC POWER ON OFF GND WAKE UP 32V 5 6V SUB VR902A L I C943 M0 0082 HEAD PHONE Ass y TONE IN R HL CH CM1684CB uos ow x on da el ou sf al R962 R961 1K VV RMC MODULE In 14 EARTH T902 R915 C980 0 1u R916 AK R917 75 4923 DA 4226 DAI 5V GND OSD CLK OSD DATA OSD DET 4923 INTREQ M R REMOCON IN 4226 CS 4923
152. NTICAL TO THOSE IN THE ORIGINAL CIRCUIT OR SPECIFIED T DO NOT DEGRADE THE SAFETY OF THE APPLIANCE IN THE PARTLIS THROUGH IMPROPER SERVICING CAUTION TO THE BEFORE RETURNIN SERVICE TECHNICIANS G THE RECEIVER TO THE CUSTOMER LEAKAGE CURRENT OR RESISTANCE MEASUREMENTS ARE PROPERLY IN SHOULD BE PERFORMED TO DELERMINE THAT EXPOSED PARTS SULATED FROM THE SUPPLY CIRCUIT Q566 KRC102M PRE OUT MUTE KTA1266 GR KTA1266 GR V SEL2 CAM V IN D GND D 45V C27 POWER ON OFF MUTE STRQ PLL DATA oV RY NY x V iO V NY oY RY N N SN c 2 N N TT 1 I M M M M M m CI CI CI CO Aa a dA X lt lt lt lt lt lt X lt lt lt lt X TUNER PLL CLK 01 271 lt a 2 RDS DATA RDS CLK FUNC CLK FUNC ST FROM CONTROL ASS Y FROM CN923 VR C S W R CE VR F M R CE WA423 15 WA423 14 WA423 13 SIG MUTE R SIG MUTE S W SIG MUTE C SIG MUTE F WA423 12 WA423 11 WA423 10 ANALOG FUNC VR SIG MUTE M R PROTECTION WA423
153. OSITE amp S VIDEO INPUT CONTROL OUTPUT F UNCTION MUTE CT1 CT2 KC 0UTIOUT 3 OTHER L OFF OFF CAMCODER H L L CAMCODER DVD H I JH DVD VCR2 H H L VCR2 VC 1 H H H VCR1 OFF TO MAIN ASS Y AVR 45RDS 45SG SCHEMATIC DIAGRAM TO MAIN ASS Y FROM MAIN ASS Y
154. P FFC WIRES 22 320 FFG 308280 IP 1007224 100m m 1P1007 22 150m m 1P1007 22 150m m 1P1007 22 150m m 1P1007 22 150m m 2 1007 26 100 4 1533 26 350 6 1533 26 300 7P1007 24 430m m 8P500m m MISCELLANEOUS 5226 003 010 5451 003 020 1264 000 020 1277 000 012 1352 000 003 1514 030 003 1515 000 010 1640 111 001 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 1671 000 020 CASE SHIELD F CUSHION FLT SENSOR REMOTE LTM9433D VFD CM1684CB X TAL ATS 49 U 9 8304MHz JACK PIN 3P Video3 JACK H P VR ENCODER SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P SW TACT SKHV10910A 2P 41 REF NO PART NO SW 926 SW 927 SW 928 SW 929 SW 930 SW
155. R KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3200 GR KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC3206 Y KTC4370 Y KTC4370 Y KTC4370 Y KTC4370 Y KTA1024 Y 130W 130W 130W 130W Slo Blo IB AB FUSE 250V T2L 21GL 5 20mm Slo Blo IB AB NPN NPN PNP PNP NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN NPN PNP 35 REF NO PART NO A Q 618 Q 621 Q 622 Q 631 Q 632 Q 611 Q 612 Q 613 Q 614 Q 683 Q 633 Q 634 Q 609 Q 610 D 601 D 602 D 603 D 604 D 681 D 682 D 683 D 684 D 685 D 691 R 677 H 678 H 650 H 691 H 697 H 649 H 698 H 683 H 684 H 685 H 686 613 H 614 R 601 H 602 H 603 H 604 H 689 H 690 H 692 H 653 H 654 R 651 H 652 H 655 H 656 H 681 H 682 H 687 H 688 H 605 H 606 H 607 H 608 H 637 H 638 H 639 H 640 H 619 1244 124 002 1244 124 002 1244 124 002 1244 124 002 1244 124 002 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 169 001 1244 169 001 1248 000 004 1248 000 004 DESCRIPTION KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1659 Y KTA1659 Y EET FET 2SK373 GR FET 25K373 GR DIODES REAR AMP 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1
156. R684 WW 215620 0682 HA ES LL e lt T gt m 5 JK601 JW1 W2 JW10 R620 NEUE Q682 AAA Mb CL R682 C619 gt C682 gt C617 2 C625 0624 ir _ Om 6621 C355 JW18 C354 R352 R601 C601 R609 R603 JW93 R673 JW26 L601 L J INS VV 2 D691 sal R625 NIE 5 t NI AC 32 gt 0605 5955 112800 SM 2 D elle 0611 ab us RZE gt 2252 WA603 C60 Z Zna Hew YELLOW p EJ eo O S roux D601 R615 lt o 58 2 AVR 35 45 65 5 yo OVER LOAD DET DC DET SURROUND P ON OFF MUTE C696 SUB P C Board FH982 AC CORD WA981 WHITE L J 1C981 B C999 lt gt 6995 we NNE A DA C980 0112 01L I Guo 31 AVR 45 ELECTRICAL PARTS LIST 45Series gt gt bbb REF NO PART NO IC 481 IC 482 IC 483 IC 484 IC 485 Q 437 Q 438 Q 519 Q 439 Q 440 Q 520 Q 559 Q 560 Q 566 Q 567 Q 407 Q 408 Q 504 Q 554 Q 555 Q 556 Q 401 Q 402 Q 403 Q 404 Q 405 Q 406 Q 415 Q 416 Q 427 Q 428 Q 501 Q 502 Q 503 Q 508 Q 514 Q 551 Q 552 Q 553 Q 419 Q 420 Q 423 Q 424 Q 429 Q 430 Q 510 Q 512 Q 515 Q 425
157. R6S n a 524 are fusible resistors with 10 ohm 06422 metal film resistors 50006 01001 If damaged replace AVR65RDS to 2 with 10 ohm 1 4W JS0006 01777 metal film resistors JS0010 01001 If damaged replace AVRESSG to R445 446 447 448 523 VI 10 ohm 14W JS0010 01464 metal film resistors 25 AVR 34 45 65 VIEWED FROM THE TOP COMPONENT SIDE ith 8 5 NN 558 8 R523 INE tieu p 050 WV ise s z ui 463 t P 492 9054 3 gt 5 AAA I m ioci MMC toco gt 41540 gt 50650 EA M 049 2 B2 andi ERE Ur 5 NL 02 447 Wy 95 W iu 952 3 Q p 5550 HP a gt Es uu 9660 UNI a 43 06 MEME TYPE ET PUISSANCE 5 p gt 5 ai 5 N N E a 1 E RIA 2 amp ATTENTION amuser un FUSIBLE DE RECHANGE yyy mo 3 gt E _ 1070 itt LE ton _ a V MI Jitro sme 20 ALB S gt W W A ns y 25 et e Juv NC e za tel t3 44 g
158. S RSSA aj 3 3 S910 52 155133 0 58 4984 920 JI SW928 SW924 S909 4 8 LED902 Q yu gt 18 O II sl 85 155133 0903 MI 2 588 5 e _ RED gt s 1SS133 D986 PRESET 2 _ ET 11039 DOWN UP l 2 J993 Y 8 a e TUNING DOWN E E xd 5 92 5 N fi 7 gt 75 DVD VID1 6 CH 8 L AM FM P SCAN UP 5 5 DIGITAL PROLOGIC HALLI 2 THEATER MPEG SURR OFF 00 SW914 U 5 SW906 SW918 SW903 c o cc MUTE T C 5 rN SW907 S911 SW915 SW919 gt 45 4 SW905 SW909 B swis AAA s PP dat SW926 SW930 3 STEREO ES R981 85 5 3 py gt 5 sj gt Q 4 1 1 4 ER ER R948 724 en WES 5 T903 HEAD PHONE flf ak tk R961 3VR90 VV R923 915 C AWZ IL R99 E E 6d T O JP901 C976 908 gt T 3 GND 4CH R POWER P C Board P CM983 6198 gt 0 004 7u SPARK KILLER TAPE 6 4 HEAD PHONE P C Board STD BY P C Board STAND BY
159. S SELECTED HIGH PULSE INPUT WHILE ANY ONE KEY FROM THE DOLBY 3 STEREO HALLI HALL2 THEATER TEST TONE DTS SURR OFF AND MUTE KEY IS SELECTED HIGH PLLSE INPUT WHILE ANY ONE KEY FROM THE SPEAKER MODE CHANNEL MULTI ROOM DIGITAL SELECTION DELAY TIME DOWN UP SET AND POWER KEY IS SELECTED ENCODE LL ENCODE DOWN PULSE INPUT WHEN MASTER VOLUME IN FRONT PANEL IS TURNED UP AND DOWN THERE IS 90 PHASE DIFFERENCE BETWEEN ENCODER UP AND DOWN 4226 4923 7000 DATA 4226 4923 7000 CLOCK 4923 DATA INPUT COMMON PORT FOR CONTROL OF TUNER PLL LM7000 DSP CS4923 CODEC CS4226 FOR EXAMPLE CONTROL SIGNAL OF FREQUENCY SELECTION AT TUNER PLL FUNCTION SELECTION SURROUND MODE SPEAKER MODE CHANEL SELECTION DIGITAL SELECT DELAY TIME ADJUSTMENT ETC PULSE INPUT FROM DSP IC AT OPTICAL COAXIAL DIGITAL SELECTION 4226 DATA INPUT PULSE INPUT FROM CODEC IC AT OPTICAL COAXIAL DIGITAL SELECTION TAPE MONI TOR LED POWER MUTE OUT 1 3 4 9 6 8 9 10 12 15 17 19 21 22 23 24 25 26 27 OUTPUT WHEN TAPE MONITOR IS ON PULSE OUTPUT WHILE FUNCTION OR SURROUND MODE IS SELECTED AT POWER ON OR HEAD PHONE JACK IN STATUS 63 Pin No Description IN OUT Active Function 28 AVref IN 5V SUPPLY 29 DOLBY CFG2 OUT HIGH AT CONFIGURATION 2 IN DOLBY DIGITAL AND SUB WOOFER OFF IN DTS CONFIGURATION 2 IS AS BELOW
160. Step for AVR 45 87 50 108 00 2 Tuning Cover Range 50 kHz Step for AVR 45RDS SG Mono Usable Sensitivity 75 ohms Input 98MHz x 14 2dbf Image Rejection at 98MHz gt 8048 IF Rejection at 9OMHz 90dB 4698 Queting Sensitivity at 98MHz 100 MOD Stereo lt 39 2dbf Distortion 1kHz 75kHz dev At 98MHz 71 dbf Input Mono lt 0 3 S N Ratio 500uV Input 100 MOD At 98MHz Stereo 65dB Frequency Response 30Hz 15kHz AVR 45 De Emphasis 7548 0 5dB AVR 45RDS SG De Emphasis 5045 2 008 AM Suppression at 98MHz gt 50dB Muting Threshold at 98MHz 31 2dbf Overload Break up at 98 MHz 71dbf Capture Ratio at 65dbf 71dbf Stereo Separation at 98MHz 100 MOD 500 Input IHF Band Pass Filter lt 2 1kHz gt 40dB Tape out Level at 98MHz 500mV AM SECTION Nominal Tuning Cover Range MW AVR 45 10kHz Step 520 1710kHz AVR 45RDS SG 9kHz Step 522 1611kHz Usable Sensitivity MW at 999 1000kHZ lt 17 2dbf gt 0dB gt 80dB lt 43 3dbf lt 0 5 gt 60dB 1 0 4 098 4508 39 2dbf 65abf 65abf lt 2 5dB gt 35dB 350 650mV Limit lt 500uV m lt 1000uv m AVR 45 Image Rejection at 999kHz 2 4048 gt 08 IF Rejection at 999 1000kHz 50dB 45dB AGC Figure of Merit From 100mV m at 999 1000 2 50dB gt 45dB Distortion 999 1000kHz 30 MOD 50mV m Input 1 096 lt 2 0 Frequency Response 999 1000Hz At 3dB 100Hz 2 2kHz 150Hz 1 8kHz Selectivity 999 1
161. T 9 915 0 Wine HL Y 215 1n0duou v 21 it 39 4 M S 9 WA lt gt 1860 4111111 a ELM M6 0 YILMI Z13S A G 113S A y a E IMMA N S 0VQ ing M S 2Vd NOH N9 M6 0 0 00 e 10 0M9 0 lt 10015 0M9 0M9 MI A WO als ili 0 e 0 2135 l gt E Fr W m IN9 W IN9 1135 14 9v0 o 11 2 0 3100 0815 QN9 NO JA 9V0 e w o QN9 QNS 1N39 9v0 GT 270 x SIM CLAP LO CG gt gt A e 0 3 2 5 SS 1 Im He 3 wo GLIMT 3 A 4 QNO 2 z SN N j 09 1 100 89Mf 485 497 1 TT 9950 QNS ee Sere 2 1950 ESO 1N39 NNQLIZ 5 lt 9 5525 0 e z M S 1 NN 6668 O Ex AL 99MP E A SiS 7 aw oO ur co RT O x o 1 5 E AN Dans JF gt lt INJO M S Ta 13 SEE E 2 l 228 88 92 lt O 2020 EE lt L FRONT P C Board O o Ass Y 0112 01 1 132 PCB 1112 001 155 BIKAR 3141516 71819 STAND BY SW Q Q WA903 T901
162. V IC108B 2 o nien ASIGLO4 RI82 47 50 7 50 CEN ASIGLO3 ANA Y 5160 E KTA1266 GR C123 R145 DT10 A 6 0104 INI a ol zl Sl A X NJM4558L L KRC101M se 4 1 gt SST NSN 55 100 3 37 R205 gt 8 2585 WH ICHOA AA 2 gt S o P 6139 8 A 0105 PES z 11 lt 4 7 50 KTD1302 ox Q 6 2 XX 9 o o 70 79 9 79 5 5 ACA lt TU L 55 AN HU112 2 ASIGLOS z 9 5 NJM4558L 7 R209 GND 08 BEES Rite VVV 330 gt X TU R ES ASIGROG ASIGROO M 4 7 50 100 lt gt GND HU112 4 4 ASIGRO1 AAA R210 o V3 L HU112 5 ASIGRO2 ET 330 A mom ASIGLOS ASIGRO3 lt A WA GND ASIGRO4 dila V3 R HU112 7 ASIGRO5 C140 JM4558L 7 E LANA KTD1302 856805 ASIGR06 DTOO AA 5 icttoB ES DTO1 58 4 7 50 m 4 7 50 MULTI ROOM FUN KTAT266 6R MULTI ROOM LINE AMP OM 9 0008 101M MULTI ROOM LEVEL CONTROL gls E KRC lt O O gt gt jae ea 2 2 TO WA808 FROM CN701 73 TO TUNER ASS Y FROM DSP ASS Y TO MAIN AMP ASS Y TO MAIN AMP ASS Y F10 7MHz 1 2K F
163. W 1W J NPN NPN PNP NPN NPN REF NO PART NO H 982 H 987 H 993 H 985 R 981 gt gt C 983 C 997 C 998 C 999 C 988 C 985 C 993 C 994 C 995 C 996 C 982 C 981 C 992 C 984 C 989 C 990 C 986 C 987 C 991 gt gt WA 987 WA 986 WA 983 WA 985 WA 981 FU 981 FU 981 T 981 T 981 FH 981 FH 982 AC 981 AC 981 H 995 HL 981 gt gt gt gt gt IC 103 IC 107 IC 108 IC 111 IC 112 IC 115 IC 116 IC 118 IC 119 IC 105 IC 113 IC 101 IC 106 IC 114 IC 117 C 104 1744 222 731 1744 561 731 1742 682 721 DESCRIPTION 1 4W 2 2KW J 1 4W 560W J 1 8W 6 8KW J RESISTORS FUSIBLE 1761 220 731 1 4W 1761 4 7 731 CAPACITORS 1822 103 822 1822 103 822 1822 103 822 1822 103 822 1832 473 002 1832 104 002 1832 104 002 1832 104 002 1832 104 002 1832 104 002 1825 000 010 1825 104 000 1861 101 706 1861 471 811 1861 471 811 1861 471 811 1862 010 804 1862 100 804 1862 470 814 2111 023 003 2111 023 007 2111 026 002 2111 028 002 2111 027 002 CERA RA 50V CERA RA 50V CERA RA 50V CERA RA 50V CERA AX CERA AX SOV 50V 0 1 7 CERA AX CERA AX SOV CERA AX SOV CERA AX 22W J 4 7W J 103pF K 103pF K 103pF K 103pF K 0 047uF Z 0 1uF Z 0 1uF Z 0 1uF Z 0 1uF Z AC 250V 0 0047uF M AC 275V EPELT ELECT ELEGI ELEGT ELECT ELECT 35V SOV SOV SOV SOV SOV SOV WAFERS 5267 03A 3P 5267 07A 7P 0 TuF 100uF M 470uF M 470uF M 47
164. WER FUNCTION SURROUND MODE SPEAKER MODE CHANNEL DIGITAL SELECT AND DELAY TIME IS SELECTED IS CHIP SELECTION PORT OF CS4923 DSP CS4226 CODEC 52 VID MUTE OUT KEEP HIGH LEVEL FOR 4 SECONDS AT POWER ON 53 OSD CS OUT CONTROL SIGNAL OUTPUT FOR OSD IC ONLY 65 SERIES 54 7000 STRA OUT H HIGH PULSE OUT AT AUTO TUNING MODE 55 7000 CE OUT H CONTROL SIGNAL OUTPUT WHILE THE FREQUENCY 15 CHANGED AT TUNER FUNCTION IT IS CHIP ENABLE PORT CONTROL OF LM7OQO 64 AVR 45 56 TUNER MUTE HIGH PULSE OUT WHILE THE FREQUENCY IS CHANGED AT TUNER FUNCTION 57 73l ST STROBE ENABLE TO 7311 1 7312 7313 58 311 2 ST STROBE ENABLE TO 7311 2 59 7936 F amp M CHIP ENABLE OF FRONT L R MLLTI ROOM L R VOLUME HIGH PULSE OUTPUT AT VOLUME ADJUSTMENT 60 7536 C amp 5 CHIP ENABLE CENTER SUB WOOFER SURROUND L R VOLUME WHEN CONTROL THE VOLUME IT WILL BE HIGH PULSE OUTPUT 61 VID SELI SEL2 SELI VIDEO FUNCTION LOW LOW VIDEOS LOW HIGH VIDEO2 62 VID SEL HIGH LOW DVD HIGH HIGH VIDEOI 63 VID SEL ML LOW PLLSE OLT AT SELECTING VIDEO FUNCTION 64 SURROUND LOW PULSE OUT AT SELECTING POWER FUNCTION SURROUND MODE MUTE SPEAKER MODE AND DIGITAL SELECT BUT LOW OLTPUT AT SELECTING SURROUND SPEAKER MODE NONE 65 SUBWOOFER LOW PULSE AT SELECTING POWER FUNCTION SURROUND MODE MUTE SPEAKER MODE AND DIGITAL SELECT BUT LOW OLTPUT AT SELECTING SUB WOOFER MODE NONE
165. al input Source m PCM Indicator This indicator illuminates to show that a standard PCM SP DIF digital audio signal is being decoded by the digital to analog converter n Surround Mode Indicators These indicators illuminate when one of the DSP generated analog surround modes is in use with an analog input source Night Indicator This indicator lights when the AVR 45 is in the Night mode which prevents the AVR 45 from loud playback when digital sources are in use II Preset Number This two digit display indicates the station preset number that is currently in use or of that is being entered Preset Indicator This indicator illuminates when one of the stations entered into the preset memory is tuned The number that appears below the indicator is the preset station s memory AUTO 2889 DIGITAL 660 LOGIC 003 STEREO HALL1 MEMORY PRESET HALL2 THEATER Memory This indicator flashes when entering presets and other information into the tuners memory 0 Auto This indicator illuminates when the Auto mode is in use for FM tuning Stereo Indicator This indicator illuminates when an FM station is being tuned in stereo LI Mono Indicator This indicator illuminates when the tuner has been placed in the monaural mode by pressing the FM Mode Set the tuner for mono listening to cut noise and improve the quality of distant stereo signals T
166. al shock reasons prior to applying power to the unit under test 2 After removing an electrical assembly equipped with ES devices place the assembly on a conductive surface such as aluminum foil to prevent electrostatic charge build up or exposure of the assembly 3 Use only a grounded tip soldering iron to solder or unsolder ES devices 4 Use only an anti static solder removal device Some solder removal devices not classified as anti static can generate electrical charges sufficient to damage ES devices 5 Do not use freon propelled chemicals These can generate electrical change sufficient to damage ES devices 6 Do not remove a replacement ES device from its protective package until immediately before you are ready to install it Most replacement ES devices are packaged with leads electrically shorted together by conductive foam aluminum foil or comparable conductive material 7 Immediately before removing the protective material from the leads of a replacement ES device touch the protective material to the chassis or circuit assembly into which the device will be installed CAUTION Be sure no power is applied to the chassis or circuit and observe all other safety precautions 8 Minimize bodily motions when handling unpackaged replacement ES devices Otherwise harmless motion such as the brushing together or your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity sufficient to damage an
167. ck advance Tuning Up Down When the tuner is in use these buttons will tune up or down through the selected frequency band If the Tuner Mode button has been pressed so that the AUTO indicator 1 is illuminated pressing these buttons will cause the tuner to seek the next station with acceptable signal strength for quality reception When the AUTO indicator e is NOT illuminated pressing these buttons will tune stations in single step increments Transport Control These controls do not control any function of the AVR 65 but they are used extensively when operating a wide variety of CD players cassette decks and VCRs Delay Prev Ch Press this button to begin the process for setting the delay times used by the AVR 65 when processing surround sound After pressing this button the delay times are entered by pressing the Set button and then using A V buttons to change the setting Press the Set button again to complete the process 9 lt gt Digital Button This button is used to select the type of digital input used with any one of the input sources connected to the AVR 65 After pressing this button use the A buttons 7 to make your selection between OPTICA 3 or COAXIAL digital Press the Set button Q to enter your choice e Speaker Configuration Press this button to begin the process of configuring the AVR 65 s Bass Management System for use with the type of speaker used in your
168. d No 484 Overheating to data appears in the display JS0004 04434 when using digital inputs Modified by factory 50005 05957 Or higher JS0004 04435 Or higher Modified by factory Modified by factory 24 Replace R486 and R495 with 2 15 ohm 3 watt resistors soldered in series to equal 30 ohms Replace IC484 5v regulator Replace IC484 Heatsink NONE REQUIRED AVR45 harman kardon harman kardon Service Bulletin Service bulletin HK2001 02 June 2001 Warranty labor rate MAJOR repal To All harman kardon Service Centers Models AVR35 45 65 US SG RDS Models Subject Left Right or Center channel Dead In the event you receive an AVR35 45 or 65 A V receiver with the complaint One channel has no output check the item below One or more of the 10 ohm fusible resistors R445 446 447 448 523 or 524 on the main PCB may be damaged Perform with an ohmmeter an in circuit resistance test of these 6 resistors The Ohmmeter should read 10 ohms 10 If one or more resistors are out of tolerance all 6 resistors R445 446 447 448 523 524 should be changed to 10 ohm 1 4W metal film type h k part 271 10 1 Disconnect all external cables remove the top cover 16 Black Phillips screws 2 See page 2 for exact location of R445 446 447 448 523 524 If any resistors are found out of tolerance proceed with the following steps 3 Layunit on its left side on a padded surface remove the 8 Phillips scr
169. e VFD states according to each function Please press any function button which you want to test 4 for example Tape monitor amp CD 1 Press the POWER ON button push knob 2 Then TEST MODE character will be shown on VFD Display 3 Press the t MON button on Front then you are able to see TAPE MONITOR Character on VFD Display 4 Press the CD button on FRont then you are able to see CD Character on VFD Display while you are holding the TEST TONE dts button 108 0 BUTTON ST POWER T MON DVD VID 1 VID 2 lt 0 SEGMENT Large POWER TAPE MONITOR V VIDEO 1 VIDEO 2 SEGMENT Small VID 3 VIDEO 3 6 CH 6 CH DIRECT AM FM TUNER TUNED MONO STEREO AUTO MEMORY PRESET 88 v TUNING TUNING A PRESET SCAN v PRESET PRESET A TUN MODE RDS DIGITAL PRO LOGIC TUNING DOWN TUNING UP PRESET SCAN PRESET DOWN PRESET UP NO RDS DOLBY AC 3 PRO LOGIC 8608 PRO LOGIC PCM DIGTAL AC 3 NIGHT 3 STEREO HALL 1 HALL 2 THEATER TEST TONE SURR OFF SPEAKER CHANNEL DIG SELECT 3 STEREO HALL 1 HALL 2 THEATER TEST TONE SURR OFF FRNT SPEAKER FRONT L LEV COAXIAL 3 STEREO HALL 1 HALL 2 THEATER ANALOG OPT COAX DELAY MUTE VOLUME UP VOLUME DOWN SET S DELAY TIME MUTE VOLUME UP VOLUME DOWN LI COMM DOWN COMM UP MUTE TEST EOUIPMENT REOUIRED 1 AWFM Signal generator 2 Digital Multimeter
170. e setup procedures for delay time speaker configuration and channel output level adjustment Night Mode Press this button to activate the Night mode preventing loud playback when the digital modes are in use without altering the dynamic range of the output signal When the AVR 65 remote is being programmed to operate other devices this button is pressed to begin a readout of a programmed code Source Selectors Press these buttons to select an input source for the AVR 65 The AM FM button is also used to switch between frequency bands when the tuner in use NOTE Pressing one of these buttons selects the source only In order to control the actual source machine using the remote you must press the Press Control Selector button for the desired product Numeric Keys These buttons serve as a ten button numeric key pad to enter tuner preset positions They are also to be used to select channel numbers when TV has been selected on the remote or to select track numbers on a CD DVD or LD player depending on how the remote has been programmed NOTE The 0 button has a dual function It also serves as the CLEAR button for use in programming the tuner or clearing the system memory B Direct Enter Press this button to select a radio station by entering its frequency using the Numeric Key Memory Button Press this button to enter a radio station into the AVR 65 s preset memory Af
171. es on to the receiver s power AC cord approximately 2 inches from the rear panel Open the block lay the cord inside and then wind the power cord around the choke at least 3 times Close block 3 Locate the 6 12 depending on model black Phillips screws at the outer rear panel of the unit only in the area of the Video panel Digital Input panel Remote control panel and Pre Out panel AVH45 amp 65 only Remove and replace these screws with h k part A123010002 The new screws have teeth on the bottom of the head for assuring proper contact with rear panel 4 Testunit Further recommendations which can be made to the customer 1 To limit the interference coming into the cable that goes into the television clip the smaller ferrite choke part of kit KT65A on to the coaxial antenna cable about 2 inches from the rear of your television set 2 Change any RG 59 coaxial cable going into the television with RG 06 coaxial cable which has improved shielding 3 Disconnect all power AC cords from the convenience switched or unswitched AC outlets on the back of the AVR receiver as they may behave like antennas 4 If there is still an unacceptable level of interference use an antenna amplifier to improve the TV signal strength mode Serial numbers Screws aciion Ferrite choke from kit KT65A AVR35 120v All serial numbers Replace Clip on cord AVR45 120v All serial numbers Replace Clip on cord AVR65 120v JS0003
172. ess each button on the remote and verify proper operation of your receiver 21 AVR45 harman kardon harman kardon Service Bulletin Service bulletin H K9903 August 1999 To All harman kardon Service Centers Models AVR35 45 65 Dolby Digital A V Receivers Subject Interference on Television One of the measurements of a good signal strength whether it be audio or RF is called the signal to noise ratio In other words given a set level of interference or noise the stronger the signal the less noticeable the noise Similarly when a signal is not as strong as desired you can attempt to lower the noise to improve the signal Digital products such as newer FAX machines and state of the art audio products like the AVR35 AVR45 and AVR65 often produce more RF interference than traditional analogue designs The parts and procedure we recommend below will reduce RF interference and lower the noise level by improving the signal to noise ratio In the event you receive an AVR35 AVR45 or AVR65 Receiver with the complaint There is video distortion on my television on certain channels when my TV is attached to my AVR receiver and I am using an external TV antenna perform the steps listed below We have also included recommendations which can be made to the customer 1 Order h k part KT65A which consists of two Ferrite chokes and 12 new black screws for the rear panel h k part A123010002 2 Attach the larger of the two ferrite chok
173. ess this button to enter the desired setting as shown in the information Display into the AVR 65 s memory EU Multi room Press this button to begin the process of selecting and configuring the AVR 65 s output channels El Speaker Selector Button Press this button to begin the process of selecting the speaker positions that are used in your listening room Selector Buttons When you are establishing the AVR 65 s configuration settings use these buttons to select between the choices available as shown in the information Display EE Information Display This display delivers messages and status indications to help you operate the receiver E Remote Sensor Window The sensor behind this window receives infrared signals from the remote control Aim the remote at this area and do not block or cover it unless an external remote sensor is installed Remote Control DISPLAY 990 ooeoeoc 6 AVR Selector Press this button to use the remote control for operation of the AVR 65 Note that the button will briefly turn red after it has been pressed to confirm your selection Device Control Selectors Press one of these button to use the remote to control the functions of another audio video device Note that the button will briefly turn red after it has been pressed to confirm your selection 6 Power Button Press this button to tum the current
174. ews holding the bottom chassis grille on which will expose the Main PCB Remove the two feet that are partially covering the grille 4 Recommended procedure for resistor replacement is to cut each part off the main PCB from the top then solder the replacement part on the bottom of the PCB in the same location There may be a square foam cushion on the bottom of the PCB covering the area s of one or more resistors pads remove it Use caution when correctly identifying each location comparing the top and bottom of the main PCB Tip Resistors are represented by a silkscreen on the bottom of the main PCB by this line Serial Number Serial Number Model 120V 230V STATUS ACTION 01001 R445 446 447 448 523 If damaged replace AVR35 524 are fusible resistors with 10 ohm 1 4W 16390 metal film resistors JS0005 01001 If damaged replace AVR35RDS n a to 2 with 10 ohm 1 4W JS0005 06000 metal film resistors JS0009 01001 If damaged replace AVR35SG to R445 446 447 448 523 itn 10 ohm 1 4W JS0009 02537 metal film resistors 01001 R445 446 447 448 523 I damaged replace AVR4S n a 524 are fusible resistors with 10 ohm jS 12782 metal film resistors 50004 01001 If damaged replace AVR45RDS n a to SV with 10 ohm 1 4W JS0004 04453 metal film resistors JS0008 01001 If damaged replace AVR45SG to 3445 4496 447448 523 itn 10 ohm 1 4W J30008 02980 metal film resistors A 01001 R445 446 447 448 523 I damaged replace AV
175. harman kardon DOLBY DIGITAL RECEIVER SERVICE MANUAL n harman kardon ac M a LE LM TUM PI oe BEM Se SEE Si The following marks found the parts list of this manual Identify the models as follows i AVR45 North America area model Black version AVR45 RDS Europe area model Black version X AVR45 SNG Asia area model Black version CONTENTS ELECTROSTATICALLY SENSITIVE ES DEVICES 2 SERVICE BULLETIN 9903 22 LEAKAGE ek 3 SERVICE BULLETIN HK2000 01 23 SPECIFICATIONS 4 SERVICE BULLETIN HK2001 02 25 CONTROLS AND FUNCTIONS 6 PC BOARDS 27 REAR PANEL 8 ELECTRICAL PARTS LIST otis Vicio a 32 SERVICE PROCEDURE SL u 9 IC BLOCK DIAGRAMS 48 ALIGNMENT PROCEDURES 9 CPU BLOCK 59 MAIN AMP IDLING CURRENT ADJUSTMENT 10 DISPLAY 67 ALIGNMENT AND TEST 5 11 FLT PIN CONFIGURATION 68 CIRCUIT
176. hen listening to an analog or digital PCM program that is encoded with surround sound information al Dolby 3 Stereo Selector Press this button to select the Dolby 3 Stereo listening mode This mode is used primarily when a program has surround information when a center channel speaker but no surround speakers is installed Surround Mode Selectors Press one of these buttons to select the analog surround modes These modes may be used with any analog program source to create a pleasing surround effect E DTS Selector press this button to select DTS decoding when listening to an audio or video program that is encoded with DTS data See page 25 for more information on surround modes and digital audio 24 Surround Off Press this button to turn off all surround processing and to listen to a program in traditional stereo from the left front and right front speakers only ES Mute Press this button to momentarily silence the speaker output of the AVR 65 23 Volume Control Turn the knob clockwise to increase volume counter clockwise to decrease the volume Delay Press this button to begin the sequence of steps required to enter delay time settings 28 Digital Input Selector When playing a source that has a digital output press this button to select between the Optical 19 and Coaxial 18 Digital inputs 29 Set Button When making choices during the setup and configuration process pr
177. lt lt lt lt lt lt X I lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt 2 lt lt lt lt lt lt lt lt lt lt lt lt lt Z z Z Z 2 gt 22222 2222 Z 1 FROM HU721 FROM HU720 FROM HU719 FROM HU117 FROM HU116 FROM HU115 FROM HU114 FROM HU113 FROM AC 3 DECODER ASS Y cO FROM ANALOG FUNC gt lt FROM AC 3 DECODER ASS Y 0416 4 CN416 5 CN416 6 WA411 1 WASZE FROM CN911 FROM CONTROL ASS Y WA411 3 WA411 4 WA411 5 WA411 6 FROM HU121 FROM ANALOG FUNC ASS Y WA412 1 WA412 2 WA412 3 FROM HU112 WA412 6 AAA A JS aj WA412 7 FROM P T PRIMARY FROM CA1 AC AC AVR 45 SCHEMATIC DIAGRAM REAR AMP C VIDEO SUB P C Board REAR AMP ASS Y
178. lt INPUT 3 PALY O IC111 IC101 IC113 IC105 lt E REC BUFFER NJU7 312 NJU7 311 FLAT AMP NJU7311 SYSTEM REC O lt gt gt gt roNE 0 inr x gt Ee CC BYPASS H JT OUTPUT VID2 lt lt FRONT PALY K4 gt TM REC TAPE STAND BY VID1 REC BUFFER j KEY MATRIX MONITOR POWER ON E 4 P 6 LEE H lt 7 60 0 gt gt BYPASS PRE OUTPUT CPU gt PO FRONT FRONT 0 4 gt sS PO CENTER FRONT CEN AMP REAR 47 0V 37 6V lt DC 6 CH O SUBWOOFER 5 GND POWER CENTER TONE AMP BALANCE lt SUPPLY gt gt HEAR e 41 0V 37 6V SUB W MN 0709 0708 0712 gt 68 PRE OUT MUTE SURROUND AMP POWER_TRANS 44 5V 35 8V BASS amp TREBLE CM C lt POWER FLAT AMP sz 2744 5V 35 8V SUPPLY gt IC708 DC OVER LOAD HEAD PHONE DC REGULATOR FRONT THERMAL PROTECOR 77 15V Filii ELEC VOLUME FLAT AMP 15V 2A 250V THERMAL 5 C106 gt FRONT FU482 1 dis LC7535 12V CPU EIDE 2A 250V INVERTING SURROUD SOUND CODEC GE 5V 77 AA IC709 054226 SUBWOOFER CENTER m EA ELEC VOLUME FLAT AMP 7 IC117 i LC7535 CENTER RL981 2 gt Doo 3 ADC 6 DAC CPU IC119A RELAY LINE MUTE DVD IN POWER OUTPUT SA 125V COAXIAL e FLAT AMP 77 981 AC OUTLET 10713 SUBWOOFER STAND BY MSM534031C 0114 m REGULATOR SUB TRANS X981 DATA AC 3 DECODER
179. ly selected device on or off DISC A MENU AEG A og 6 di e Mute Press this button to momentarily silence the AVR 65 or TV set being controlled depending on which device has been selected Test Press this button to begin the sequence used to calibrate the AVR 65 s output levels Display Multiroom Button This button does not function with AVR 65 but it is available for use with other devices 4 7 Buttons These are multi purpose buttons They will be used most frequently to select a surround mode To change the surround mode first press the SURR CH Y button 69 Next press these buttons to scroll up or down through the list of surround modes that appear in the Information Display E These buttons are also used to increase or decrease output levels used to lower the AVR 65 s output levels when configuring the unit with either the internal test tone or and external source They are also used to enter delay time settings after the Delay button has been pressed lt gt Channel Button This button is used to start the process of setting the AVR 65 s output levels to an external source Once this button is pressed use the A buttons to select the channel being adjusted then press the Set button 6 followed by the A buttons again to change the level setting Set Button This button is used to enter settings into the AVR 65 s memory It is also used in th
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181. n accordance with the instructions supplied with antenna o FM Antenna Connect an indoor or external FM antenna to this terminal O Video 1 Input Connect these jacks to the audio and video PLAY OUT jacks of a VCR O Video 1 Output Connect these jacks to the audio and video RECORD INPUT jacks of a VCR 6 Channel Direct Inputs If an external digital audio decoder is used for 5 1 Dolby AT 3 audio connect the outputs of that decoder to these terminals Q CD Inputs Connect these jacks to the output of a compact disc player or CD changer DVD Inputs Connect the analog audio outputs and composite video output of a DVD or LD player to these jacks Pre Outs If external power amplifiers are used for any channels connect them to these jacks Subwoofer Pre Out Connect this jack to the line level input a powered subwoofer If an external subwoofer amplifier is used connect this jack to the subwoofer amplifier input 10 Front Connect these terminals to the front left right speakers 11 Center Connect these terminals to the center speaker eurround Connect these terminals to the surround speaker Unswitched AC Outlet This outlet may be used to power any AC device The power will remain on at this outlet regardless of whether the AVR 45 is on or not NOTE The power consumption of the device plugged into each of these outlets should not exceed 100 watts
182. n will manually tune to the next frequency increment while pressing and holding the button for a long period will automatically tune to the next station with a signal strong enough for acceptable reception Preset Scan Press this button to automatically scan through the station that have been programmed in the AVR 65 s memory The tuner will play five seconds of each station before moving to the next preset station To stop the scan when the desired station is heard press the button again Preset Stations Selector Press this button to select stations that have been entered into the preset memory 18 TUN MODE RDS Press this button to select the auto or mono mode for FM tuning In the AUTO mode AUTO indicator will illuminate in the information display and when stations are transmitting stereo signals the stereo reception will be provided and Stereo indicator will also be illuminated in the information display In the MONO mode the left and right signals from stereo broadcasts will be mixed together and reproduced through all channels Select MONO for better reception of weak signals Dolby Digital Selector Press this button to select the Dolby Digital surround mode when listening to a program that carries the Dolby Digital surround mode when listening to a program that carries the Dolby Digital information 20 Dolby Pro Logic Selector Press this button to select the Dolby Pro Logic surround mode w
183. o 3 Input Selector T Mon Selector Press this button to select the device connected to the Tape Monitor jacks 24 as the listening source The previously selected source will continue to show in the information Display and the red LED above the button will illuminate to remind you that you are listening to the tape monitor output CD Press this button to select the device connected to the CD Input jacks 6 as the listening source DVD Press this button to select the device connected to the DVD play jacks 7 as the listening and viewing source 12 Video Input Selectors Press one of these buttons to select a source connected to the rear panel Audio Video inputs 3 16 or the front panel Audio Video input EJ 6 Channel director Selector Press this button to select the output of an optional external 6 channel decoder connected to the 6 Ch Direct inputs 5 as the listening source Z AM FM Press this button to select the tuner as the AVR 65 s input source When it is first pressed the last station tuned will be heard Press it again to change between AM and FM bands Tuning button Press the left side of the button to tune lower frequency station and the right side of the button to tune higher frequency stations When a station with a strong signal is tuned the TUNED indicator Y will illuminate in the Information Display A brief 1 2 second press of the butto
184. on the MAIN PCB See Figure 1 The parts are located near the front right corner of the MAIN PCB when viewed from the front 10484 is attached to a rectangular aluminum heatsink 3 Desolder and remove R486 R495 1 484 The IC484 s heatsink has two additional soldered connections at the bottom of the MAIN PCB See Figure 2 4 Replace R486 and R495 with 2 15 ohm 3 watt resistors h k part J1771150771X soldered in series to measure 30 ohms each See Figure 3 Replace 484 with 5v regulator J1217780002X 5 Replace heatsink with new larger part h k part J5241003040XX 6 Use silicon grease when attaching the new regulator to the heatsink and tighten it sufficiently with its single mounting screw before re soldering in place 7 When all new parts are installed replace both the top amp bottom cover 8 Test the unit by connecting a music source to a digital input either optical or coaxial powering it up and monitor the receiver playing normally for extended period of time R486 R495 aai III FIGURE1 FIGURE 2 23 AVR45 Models AVR35 AVR45 AVR65 harman kardon Subject No Output in Digital Playback Mode Serial number Serial number 120V 230V RDS JS0007 01000 to JS0007 14748 JS0001 01000 to JS0001 11139 JS0003 01000 to JS0003 02319 0007 14749 Or higher 0001 11140 Or higher 0003 02320 Or higher JS0005 01000 to JS0005 05956 JS0004 01000 Unit s output ceases an
185. put 5 SURROUND RIGHT MM 1 gt FRONT LEFT FRONT RIGHT gt CENTER x SURROUND LEFT Compressed Data Parallel or Serial Host Interface E O SURROUND RIGHT Input Interface A SPDIF Receiver SUB WOOFER A lt gt 248L DSP Processing Ei V ore Shifter RAM Prog RAM Data Amplifier Digital Audio gt Input Buf Memory Memory O Input Interface 5 8 23 Clock Manager Buffer DSP Audio Decoder 1C710 AVR 35 45 CS4923 AVR 65 CS4926 ROM IC713 FIG 1 1 Block Diagram of The Surround Processor circuit 2 DOLBY DIGITAL AC 3 Fig 1 2 is a function block diagram of the application code when configured for Dolby Digital gives an idea of the interaction between the various application modules when is enabled 5 amp Rt Ls Rs Pro Logic Enable Bass Parameter Volume 7 Mute amp ACMOD 2 Output Mode Remap Delay Autodetect AC3 Enable Enable Output Mode Control Autodetect O CMPDAT DA1 6 3 Decoder Controller 7 Memory Memory Bass Manager 7 0 1 Sub Sub FIG 1 2 Code Configured for LFE_Enable 13 3 PCM Input Dolby Pro Logic Dolby 3 Stereo Fig 1 3 is a function block diagram of the application code when configured for PCM pass through It gives an idea of the interaction between the various application mod
186. s Both Channel Driven 20Hz 20kHz REAR AMP SECTION SURROUND MODE gt 55W gt 50W RMS Output Power Normal Limit THD 0 5 8 ohms 1kHz THD 0 5 8 ohms 1 2 THD at 60W 8 ohms Input CD All Channel Driven gt 55W gt 50W 20Hz x 0 0396 x 0 0896 S N Ratio Input Shorted IHF A WTD 1kHz gt 0 0376 lt 0 08 Delay 20ms Input Level 200mV gt 65dB gt 60dB 20kHz 0 0396 lt 0 08 Frequency Response at 3dB IM Distortion at 70W 8 ohms Vol Max 8 ohms Dolby Pro Logic 100Hz 20kHz 150Hz 20kHz lt 0 03 lt 0 08 Input Sensitivity for Rated Power Output 60W SUB WOOFER SECTION CD DVD TAPE MONITOR 20000 1 170 0 Line level at pre out VID1 VID2 VID3 200mV 170 230mV Surround mode BYPASS STEREO S N Ratio Input Shorted at 1 kHz 1W Output WTD IHF A Input Signal L ch only 200mV CD gt 82dB Master Volume 5dB Tone Control Low pass crossover frequency 70Hz cut off Bass 100Hz 1098 10dB 3dB Slope Low Pass Filter 24dB octave 10dB 10dB 3dB Treble 10kHz 10dB 10dB 3dB VIDEO AMP SECTION 10dB 1008 Input Sensitivify Impedence Frequency Response at 3dB VID1 VID2 VID3 1Vp p 75 ohm 1dB Mode Stereo 1Watt Output Level Impedance 10Hz 80kHz 10Hz 70kHz VID1 VID2 VID3 1Vp p 75 ohm 1dB Channel Crosstalk Input Shorted by 1 K Ohms Frequency Response at 3dB DC 8 MHz DC 6 MHz 100Hz gt 63dB 55dB 1kHz gt 63dB 55dB FM SECTION 10kHz gt 6248 gt 45dB Tuning Cover Range 100kHz
187. system Once the button has been pressed use the A W buttons to select the channel you wish to set up Press the Set button and then select another channel to configure When all adjustments have been completed press the Set button twice to exit the settings and return to normal operation 9 eurround Mode Selector Press this button to begin the process of changing the surround mode After the button has been pressed use the A V buttons to select the desired surround mode Note that this button is also used in the Auto Search process 63 Volume Press these buttons to raise or lower the system volume Sleep Button Press this button to place the unit in the Sleep Mode After the time shown in the display the AVR 65 will automatically go into the standby mode Each press of the button changes the time until turn off in the following order 90 gt 80 gt 70 gt 60 gt 50 gt 40 30020 E Note that this button is also used to change channels on your TV when the TV is selected using the Devise Control Selector When the AVR 65 remote is being programmed for the codes of another device this button is also used in the Auto Search process 47 6 3 Q0 7 15 5 GD M Antenna Connect the AM loop antenna supplied with the receiver to these terminals If an external AM antenna is used make connections to the AM and GND terminals i
188. t 0 1606 71 SEG16 5 lt OSD DATA 517 gt SEG KREAD00 70 C 050 CLK 518 gt SEG18 2 TUN DW TUN MODE AC3 DOLBY LOGIC FUN DATA 7311 12 13 DATA POWER RELAY H As 5 BW902 Bw924 W928 W930 68 SIG45 FUN CLOCK 1 7311 12 13 CLK MUTE L 2 O O 0 TEV DAT 7536 DATA FRONT MUTE L 57 J J 66 SIG43 KREADO1 CLOCK 75 7536 IC901 CENTER MUTE L gt s w mute 55 siete DOLBY 3 BYPASS MUTE 16 5 KREADOO CXP82852 141Q JS 104C m SIG41 90 923 84927 KREADOI 2 7 SURR MUTE L gt ERR E MA KRO2 H VIDEO MUTE L 55 ae O O MASTER VOLUME KREADO2 62 SIG39 VID SEL2 KREADO2 KREADO3 19 1638 o2 20 ENCODE UP VID SEL1 SPEAKER a i o TT E 7 11 22 7000 4226 4923 DAO 7536 F amp M R ST H PS O O O O SIG12 58 SIG35 lt s 7000 4226 4923 CLK 731 2 ST H em SIG13 KREADO3 51 4923 DAI 734 ST H 97 25 4226 DAI 4 2 C 55 7000 51632 PEE T MON LED H 26 5 7 5 2 5 547000 STRQ H SIG31 mm _ E E 8 8 4 3 63 050 CS 5630 Fond KRA104M KRA102M SIG17 2835 225 5 4 29 5 lt O 62050 MUTE H 9629 I o ow z POR m M so puce 5 6 8 o GB Bob os 8 5625
189. t 47K C SUB W V VV E 47K C M A m WA704 2 V V 6 a n e 4 7 50 20K C 028 Sg Dou Ep WA704 3 vl eo AGND WA704 4 C704 100P c i RR IN pa 5 WA704 5 R712 z 24 R vun 1 WATO4 6 gt VA ANA gt e 18 E NNV VV lac S gt AGND STY 6 47K C 5 acs 5 WA704 7 KTD1302 KTD1302 KTD1302 gt 58 2 AGND n R708 JM4558M 7 074 R720 NJM4558M gt 7 720 8752 5 NUM4558M AA e E FR OUT WA704 8 AAA 5 V V V AAA 5 IC7038 ANN IC704B y ES E FR o ON L AA IC702B C712 100 C C718 C724 0 C727 FR IN EN V VV V VN VV V 47 50 190 c La 4 7 50 47 50 100 6 al 47 58 4 7 50 100 k 5 1 3 ms FL OUT ER e 1 WA704 10 JA702 IC712 V 25 2200P 6 NJM072M AGND gt LTORX178A TC74VHCO4F FL IN 67 7 11 XN WA704 11 z 0 V BEND E 1 4 10 1 3 10 50 R747 R749 C735 FL OUT WA704 12 1V 6 3k C 1 5K C 1 5K C 2 13 gt gt 4 2A 6Y 100P C 2 3 12 2 A 12K C o 2Y 5A V n 11 t lt sa 5Y 4 4 5 10 C gt _ 6 9 12K C lt GND 4Y co 7 B C752 oo noH DAC OUTPUT 0 001 ROS AAA CI C742 100P C HU720 1 CENTER 1 0 HU720 2 AGND 3 3V L705 O JA701 C05 IC718
190. t Ne s RS SIP 2 3 ku3 Li 1 E m LI iml Af sl TREE f d R57 SNAM PL 8 a E WW PW R58 1 m z F EL NEAR A VW JE z 8 9 o 1701 2526 P dum ue ems A NE WP I A 4 j Br 9 sa gt 1 II I _ P5 WU ULM veros PJD089d 1450 UZIA A IL 22 j o 0 1 5 JO I LN x 2 10092994 Z 2505000 4 Ha eiel 3 gt af 4 2 2 LJ 5 e Y 4 4 4 Bu Ba Y NB 1 gt 3 lei AD ED WD ego ji NAN oe N 6 6 5 AZ Cree S DD 265 A cv ANS 1 2 2 uim p En d SJ a ee LZ 1 a F _ 8 1 6 EDE L 2 KE 9 2 kd 1L B NUI La 411 7 gt nu mm 102 BEZ 2 8 2 p 0 AR 1 MIE 1F L D JU gt e yu gt 99 4 _ M 5 I 4 2 gt LI a L y 5S 5 i _ W D 4 N
191. te goes in the factory default mode This condition may occur from the time delay in shipping the unit from the factory to the customer When the batteries are installed and the customer presses a button on the remote it may emit a corrupted noise signal caused by capacitor C1 rather than the normal output signal As result certain remote functions may no longer work properly In the event you receive an AVR35 45 or 65 with the complaint of Certain buttons on the remote control do not work perform the necessary steps listed below 1 Make sure there are fresh batteries in the remote and they are installed correctly 2 Make sure the area between the remote control and receiver is not blocked by some object and the distance is no more than 15 feet at an angle no greater than 30 degrees from the front of the receiver 3 Make sure strong lighting is not directed towards the IR sensor of the receiver 4 Press each button on the remote and verify proper operation If these steps are taken and remote control still does not function properly 5 This step discharges the capacitor and resets the remote control You do not need to point the remote control at the receiver or even have the receiver turned on A AVR35 Press the TV and the M4 buttons at the same time and hold for 12 seconds B AVR45 or AVR65 Press the TV and the LIGHT buttons at the same time and hold for 12 seconds To Test Make sure your AVR35 45 65 is ON pr
192. ter pressing the button the MEMORY indicator M will flash and you then have five seconds to enter a present memory location using the Numeric Keys NOTE Although the word Sleep appears above this button it refers to control of devices other than the AVR 65 Use the Sleep button to control the AVR 65 s Sleep function OSD Button This button dose on screen display function with the AVR 65 semi Full OFF QD Light Button Press this button to activate the remote s built in back light for better legibility of the buttons in a darkened room Tuner Mode Press this button when the tuner is in use to select between automatic tuning and manual tuning When the button is pressed so that the AUTO indicator s goes out pressing the Tuning buttons will move the frequency up or down in single step increments When the FM band is in use pressing this button when a station s signal is weak will change to monaural reception as indicated by the MONO indicator e Clear Button This button dose not function with the AVR 65 but it is available for use with other devices Press Up Down When the tuner is in use these buttons scroll through the stations that have been programmed into the AVR 65 s memory When many source devices such as CD players VCRs and cassette decks are selected using the Device Control Selectors 43 these buttons will normally function as chapter step or tra
193. ules when PCM is enabled 9 Ls Rs Bass Parameter Volume Mute Pro Logic Enable Output Mode Remap Autodetect Pro Logic Delay AC3 Enable Enable Decpde 201 amp Rt U 9 1 5 V Autodetect PCM Pink Noise Noise D CMPDAT DA PCM 81 5 VA p et Pink Noise Control 5 0 1 Sub Fig 1 4 is a function block diagram of the application when configured for Effects processing It gives an idea of the interaction between the various application modules when the effects are enabled Deemphasis Enable Bass Parameter Volume Mute Output Mode Remap Delay Effect Enable 2 Ls Rs 5 1 Autodetect Test Impulse Enable Enable Divider Effects amp channel Mix Autodetect PCM FIR Enable CMPDAT DA1 Bass Manager 3 1 LCRLFE Fig 1 3 Code Configured for PCM 4 A 4 Sound Field Effect Hall1 Hall2 Hall3 Test Impulse Enable Fig 1 4 Effects Code Block Diagram 14 9 Bass Management The Bass Manager is best described with the to use of a block diagram The default 3dB frequency for this filter is 100Hz Fig 1 5 shows the topology of the filters cascaded to implement a second order filter Depending on the cofficient values either a second order low pass or second order high pass can be implement The corner frequency can be changed by downloading new values for the coefficients al 00 and bl 0 b1 Fig 1
194. uned Indicator This indicator illuminates when a station is being received with sufficient signal strength to allow for acceptable listening quality E Main information Display This display shows messages relating to the status input source surround mode tuner volume level or other aspects of unit s operation Sleep Indicator This indicator is illuminated when the Sleep function is in use The number that appears above the indicator is the number of minutes remaining before the AVR 45 will return to the Standby mode SERVICE PROCEDURE 1 All Clear This service program can clear all memorized operations and functions When the POWER ON press the AM FM button while pressing the PRO LOGIC button After this Preset memory will be set to these frequencies FM 120 230 230RDS AM VERSION P1 P2 P 120 87 5 88 0 90 0 95 0 98 0 230 230RDS 87 50 88 00 90 00 95 00 98 00 99 00 106 00 108 00 VERSION P9 P10 P11 P12 P13 6 610 1000 1400 1500 520 522 3 00 594 999 4 5 106 0 2 VFD segment illumination amp text This service procedure will illuminate all segments by the following steps R RZ 1 Press the Power ON buttn Push Knob while you are holding the TEST TONE dts button 2 Then TEST MODE character will be shown on VFD Display 3 This set do not have Auto VFD segement check function So For your checking th

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