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Samsung DVD-611/ 511 Service manual

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6. tiav S B8v IMPORTANT SAFETY NOTICE TO gt COMPONENTS IDENTIFIED WITH THE MARK NOTE WHEN YOU CHECK THE VOLTAGE VIDEO A HAVE THE SPECIAL CHARACTERISTICS FOR OF THE PARTS IN HOT CIRCUIT L5V SAFETY WHEN REPLACING ANY OF THESE CONNECT PRIMARY GND TO THE GND 5D COMPONENTS USE ONLY THE SAME TYPE TERMINAL HOT Sa 29 55 5 10 DGND KTCS203 lt E X 5 2 7 2w 5 1 1 m 3 Prs 2 _PRS11 PRFI5 Pass mda 33K 33K BW 4MULZ2W 5 57 10K PaLs6 59 ge TO KSR1101 KSR2101 5 zB E E N 20804 PDSO2 AUDIO PRS54 Dc n c gt 29 Seq 15 d 2 2K gom as 29 AND 9 12V 20 55 is Bs 7K w 4 1 128 M S f a PDS04 8V 14d Q 13 115 he 3 3 47K 174W 4 UG2D B A 388 IE PDSO3 mu EX 175 2 am as an 5 lt PORO PCFO2 i Beth HER Y i E 4 PGL58 Y CNS 1 3 89 KAS733C ap 28 E A 1 3 36 Ws Du o PGS56 PRF 14 EE 2 wos D Eg By due PRSBS PES33 ry I gt DVCC 3 l 5ou i7 g E 4701 1 40 1000u 10V E i DGND 4 AVEC e 55554 gt PRF 16 5 i PEROT AVCC 5 0552 1N4004 14
7. Sansung Electronics iD N o NP 502 07 also h 3 gt oo aloalo looo S nin ajajaja u CO CO n t u lulu o m ojo a Y v v a im WAS HNOT g Oud 214 olore smal LOIN NI N N N N N N N N 0 0 mm mmm mom o n oxomqsonorobDsmu o 0 OO SEELFLEESTIISSESSSE ONNNN X GOR OWY OO SO f a Q i N 0 Qj O 0 0 D 00 00 0 n n 0 H n nnan Er gt 75 975 ELNI NIOL ELd OE o 59 29675 ZINI NIOL Zd 62 agedL 200 c ow Es EG oes TANI TZd SE Ed Ord va res OLNI O0Zd Z2 u ES Ed 225 L8d ZNv 92 a OEdL vd zs 5 S8d 9Nv Se a GedL 8 5 GBd SNV Fe 2 Sd ze CU PBd PNv EZ eu 5 T EBd ENV 22 AM Oo mE gt gic 09 s amp 8d eNv Te x BS
8. o 20518 B 5 5 SCABA c n 900 5 14 5 SCHES 450014 G 00 Re SCU1 Sche3 SCR63 SC LOS 306 0 BA7660FS ils 1 cc 5 od 54 t t MuTe vi scR13 H SCE10 g A70U 10V 7 VBS B 900 vas 2 INA OUTA1 E SCR36 ls e SCICS LEE me ouret s 42047199 Lus y22U 16 SCR35 13 MC 14053BD 15 6ND ourBe 2 SCE13 gi Piaum 6 N C N C f11 1 16 M 14 470W 10V SCH18 gt 40 1 18 1 vi VDD 16 ae aes 5 SCE15 N22U 16 5 1955 SCR11 2 Y 15 Ti Bac 1 COMPO SYNC 000 3121 14 7 Az x4 43 AGND V DET SCEB 22u iev_ 5 20 xo 12 ENG 12 N SCES 100U 6 7 810 AGND V 197 18 rs RE sycc slau aa SLIDE SW 5505 Hupa LL scc4 101 50 104 5 a z 20 5 5 101 rn u SCG15 gt v KSR2103 dg 1 3 s BH AGND V amp old vpz 55 5 veags 1 SCQ16 12 Tost 44 4 5 KSR110 WIDE gas Lit tary ass 52945 AGNO V F ON OFF 10K M AGBCTL H Gs Wy mma DUO AT AGND V oly AD v og TO FROM SCON B scvcc FRONT 1 MICOM FRQ FB13 jw 100 P zd MBST FR26 Aw 100 zx II SRG FR24 100 E ag TXD FR42 100 ON FR11 100 SCLK 2810 jw 100 E KSR1103
9. PJP2 DANGER PART PLFOt p PJP x WHITE BLUE PFIS PF25 1 0A250 11 6 250 H lt 002 12 Diagrarrs PCB Diagrarrs 10 3 Key OPEN CLOSE OPEN CLOSE BE E gt O S o i NS 00511 or DV P305U rsval CODE NO amp 1 00168 CONDI 515151555 REV 01 we DV P305U 00 61 CODE NO AHA1 00167A REV 01 DVD 51 FOR REV FOR REV O SKIP SEARCH SKIP SEARCH STOP PLAY SKIP SEARCH SKIP SEARCH SE PLAY 5 ps FSWi 0 0 0656 o gt FSW 8 i j ESW5 o EXE i e 10 4 Deck Cen REVO ILD DVD 615 Oan REVO ZLD AH41 00132B AH41 00132A D E D D 5 o RF DJP7 pe Se Z 3 o 3 3 3
10. 12 11 Deck 1 LD DVD 511 2 LD DVD 611 611B 615 CN2 I E CN2 E Rose E E f 1 mi F 1 f 2 2 D 3 D D 3 D D 3 D 3 4 RF 4 RF 5 I 5 4 E 5 B 5 B e B B 002 5 R B E 144148 7 e 7 7 rH GND FD 7 aves mm GND_PD o o 8 eec i DC4 103 E T vcc a H e i o GND PD 10 VPE GND PD 10 T GND_PD 10 Zu GND PD 10 11 FF D 2 T iL To T1 001 DDe Tt 12 T ri Ta T4 ao 1NA148 1NA148 5 I 12 Q o F4 6 gt 13 F 3 ala GND_CDLD F 1 i DC3 DC4 GND CDLD 14 6D 4 E CDLD Es 103 1403 COLD GND BODY GND_BODY 15 CDLD GND BODY 15 XD _DVDLD CDPD p 15 GND BODY 19 CDPD 16 CDPD GND DLD 16 i SYS oer GND DVDLD 7 GND CLD 18 SPS GND DVDLD gt GN DVDLD 17 MI oT VREF coo 17 4 i DDS 5 IBI veEE VOL DVO 18 gt VOL CD 18 AG LDON OFF om vec TONES DVDPD 19 Nec D S bes vec Wee COPD NE 5 H 007 solvet HONG DVDLD DVDL DVDLD 20 GND DLD ONO DR 4 21 DVDLD DVDLD DR7 3 4 21 550 AL 52 DVDLD EN 220 CSO E 3 422 pvbed PICK UP t 23 6ND MOL VD DVDPD T 33 GN
11. ALU PSW Y lt RAR 4 8 Stack Pointer gt PORT 0 gt Watch Dog Timer Samsung Electronics E H3MOd TOH1NOO 440 NO H3MOd 44O NO 0 18 001 I TOYLNOS LNAWDAS 114 9995 0 218 05 a31 G31 15 aa 0 08 66 113 TJOHLNOD LNFNDZFS 173 9995 0 915 6 oianv SLAW LNOWS 0 Ltd 86 8 dA 8v olanv SLAW uvau 0 9rd 16 Ast Gon Ly H3MOd 3GOW JAYS H3MOd JAYS 0 96 114 JOHd1NOO LNF3ND3S 114 793 0 611 615 9 ON wou Jsanba ous 0 vvd 56 1713 TOYLNOO 133 935 114 8995 0 vL UVIS Sy MOVF LHVOS TOHINOO 1HVOS 0 Erd v6 114 JOYLNOO LNAWDAS 114 6935 0 811 518 vv ON s Zyd 66 173 1393 114 1938 0 21115 Mover LYVOS JOHLNOO 1HVOS NOOS 0 26 0 LUIS ev Move 19995 703109 1399 110994 0 Ord 16 ll GIu9 114 0 010018 lv 06 114 JOYLNOO AIHD 114 0 6065 Ov AS SSA 68 114 703109 GIHD 114 0 81 88 6 109135 135 100 O3dlA av I 1 88 114 OH NOO GIHD 114 valu 0 LUIS 85 N3dO 10313S 135 LNO O3dlA 1v 954 18 114
12. 0 8 Samsung Electronics Loc No PEFLO PEFI2 PES31 PES32 PES33 PES34 PES35 PES36 PES37 PES51 PES52 PES53 PES54 PES56 PES57 PES58 PFDOL CFL C51 52 C53 C54 C55 LF01 LS01 PLS31 POWER PQL51 PQL52 PQLS3 PQL54 PQU55 PQL56 PQL57 05 20555 20556 20557 20558 PRDI2 PRD31 PRD32 PRF10 PRF11 PRF12 PRF13 PRF14 PREIS PRFI6 PRF17 PRF19 PRF20 PRL51 PRL52 PRL53 PRL54 PRL55 PRL56 PRL57 PRL58 PRS11 PRS12 PRS31 PRS32 PRS33 PRS34 P P P P P P P P Samsung Electronics Part No 2401 001682 2401 002608 2401 000302 2401 000302 2401 000118 2401 000118 2401 003046 2401 001353 2401 002042 2401 002144 2401 000598 2401 000302 2401 002144 2401 000302 2401 000302 2401 001353 3601 001123 1203 001802 0604 000186 AC14 12006D 1203 000122 1203 001697 1203 001083 AC29 30050A AC29 30050C AC27 12001N 0601 001447 0504 000152 0501 000442 0504 000152 0501 000442 0501 000442 0504 000152 0504 000126 0501 000303 0504 000152 0504 000128 0501 000616 0501 000616 2003 000148 2007 000468 2007 000931 2006 000262 2001 000076 2001 000076 2001 000076 2001 000076 2001 000096 2001 000938 2001 000591 2001 000429 2003 000105 2001 000449 2001 000290 2001 000449 2001 000290 2001 000290 2001 000449 2001 000273 2001 000449 2003 000994 2003 000994 2001 000440 2007 000468 2004 000869 2004 000459 Description Specificatio
13. Power Requirements AC 110 240V 50 60Hz Power Consumption 17W Weight 3 1kg Dimensions W 430mm X D 280mm X 89mm Operating Temperature Range 45 C 435 C Operating Humidity Range 10 to 75 DVD Reading Speed 3 49 m sec Digital Versatile Disc Approx Play Time Single Sided Single Layer Disc 135 min CD 12Cm Reading Speed 1 2 to 1 4 m sec DISC Compact Disc M aximum Play Time 74min CD 8Cm Reading Speed 1 2to 1 4 m sec Compact Disc M aximum Play Time 20min Reading Speed 12 to 1 4 m sec NU M aximum Play Time 74min Video Audio Composite Video 2 channel 1 0Vp p 75ohm load R Red 0 714 Vp p 750hm load G Green 0 714 Vp p 750hm load Scart B Blue 0 714 Vp p 75ohm load Video Output Composite Video 0 714 Vp p 75ohm load Color Signal 0 286 Vp p 75ohm load Luminance Signal 1Vp p 75ohm load S Video Color Signal 0 286Vp p 750hm load Scart J ack 2 Channel L 1 L R 2 R 2 Channel L 1 L 2 R Response 48KHz Sampling 4Hz to 22 KHz Audio Output 96KHz Sampling 4Hz to 44KHz S N Ratio 115dB Dynamic Range 105dB Total Harmonic Distortion 0 003 Samsung Electronics Nominal specification 3 1 Product Specification MEMO 32 Samsung Electronics 4 Disassembly Reassembly 4 1 Cabinet and PCB Note Reassembly in reverse order 4 1 1Top Cabinet Removal 1 Remove 3 Screws on
14. IRD Fig 5 15 DSP Access CH1 CS2 MIC2 22 EPROM CHIP SELECT CH2 DSPCS DIC1 2 DATA PROCESSOR CHIP SELECT CH3 DVDICS ZIC1 208 A V DECODER CHIP SELECT SRVCS SIC1 10 DIGITAL SERVO CHIP SELECT CH5 WR MIC1 89 M ICOM OUTPUT WRITE SIGNAL CH6 RD MIC1 88 M ICOM OUTPUT READ SIGNAL Samsung Electronics 5 9 Circuit Descriptions CH1 CH2 CH3 CH4 CH5 CH6 5 10 IL LIL Hl DSPCS DVD1CS ICSB IWR RD Fig 5 16 Servo Access CS2 MIC2 22 EPROM CHIP SELECT DSPCS DIC1 2 DATA PROCESSOR CHIP SELECT DVD1CS ZIC1 208 A V DECODER CHIP SELECT SRVCS SIC1 10 DIGITAL SERVO CHIP SELECT WR MIC1 89 MICOM OUTPUT WRITE SIGNAL RD MIC1 88 MICOM OUTPUT READ SIGNAL Samsung Electronics Circuit Descriptions 5 4 Servo 5 4 1 Outline SERVO system of DVD is divided into Focusing SERVO Tracking SERVO SLED Linked SERVO and CLV SERVO DISC Motor Control SERVO 1 Focusing SERVO Focuses the optical spot output from object lens onto the disc surface Maintains a uniform distance between object lens of Pick up and disc for surface vibration of disc 2 Tracking SERVO Make the object lens follow the disc track in use of tracking error signal created from Pick up 3 SLED Linked SERVO When the tracking actuator inclines outwardly as the object lens follows the track durin
15. 12 11 12 12 Remote Control Samsung Hectronics Block Identification of PCB MAIN MICOM MIC3 KM681000 MICA KS24C020 1 MICS TAHC32 MIC2 276080 MICI TMP95C256 ZIC4 74HCU04 KM41651020BT ZIC3 KM41651020BT 2165 KF25BDT SICI 51452 51C8 MC14053 164 KA3017 Lm ayas COAXTAL OPTICAL VIDEO S W VIDEO 1 2 BA7669F5 BAT660F5 Act 4393 057 KSR2003 055 KSR1003 KSR1003 KATSLS KARAOKE OPTION J ack P Conductor Side Scherratic Diagrarrs 12 1 Power
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18. amigo m ST 1 mmo mmis MD TO FROM LO LO 10 LO LO LO LO LO tO 0j 0 CO 0 D LO L S 8 8S SN I 89 oimm DER RSTB REAP gt gt gt gt 5 o gt RD wR DVD1CS ZWAIT DSPCS ZDVDINT SLOCK ZIVA RST 218020 HAD7 ZAST TO FROM WAIT ZIVA HADA ZPD HAD3 HAO paar HAD2 HAD7 TO FRO HADI HADG DSP HADO HADS HA10 HAD4 HAD3 HAB HAD2 HAD1 HADO Sansung Hectronics 12 3 Scherratic Diagrarrs 12 3 Servo TO FROM MAIN MICOM SC65 103 54 2 5 56 221 2LD 1LD SE1 py 100ug 16V ENV C4 40 DFCT1 DVDMUTE TD FROM FE TE FROM N d a ofa xm D alal alaala Du uroosoqu som om lt lt DE m ZEEFEEFEEFEE a2 m wdddddddds So 800000000 2222222 os ij Moour2 7 XOUT 0 MDOUT4 Dvss MDOUTO EKK CD DVD SOCK TZCA 2 2K 5051 TRD TO FROM SCOR FOD EE 056 SMON SPD DR LOCK SLD gt DIRC FBAL lt FOKB TBAL FDCTL OVCTL LDONB TILTO DFCT AVDD MIRR TILTI TO FROM SV PLLHD IN INTO_224 FE 5 SLA n zu 21 121 2i gt 0 m JIJHOOOFHOOO OFOSOOUSSLLHOOW SC6 10 i u gt gt gt ul Ir gt gt u r0 uuu zl am n NOD SD2 3 9198518888859 TO FROM DAN202 Y RF GND m SIC3 o IC7SETOBF tb um AGND M x E O N T 501 di KSR1 103 NX B 2 n N 1 DO 16 6 3 Y4 eer CO lvo vis 3 zo x14
19. 9 2 Sansung Electronics PCB Diagrams Sansung Electronics Diagrarrs 10 1 Main g lololo olololo O OJOJO O O O O O 3415 439105 B 0000000000900 0 0 00 90 0000000000000 001000000 ooo 0000 T EZ Ri CUE 3415 ED WO9 Sansung Electronics 10 2 10 2 Jack Sansung Electronics
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21. MOTOR LOAD ASS Y Fig 4 11 Housing Ass y Removal Samsung Electronics 4 11 Disassembly and Reaasembly 4 4 5 Sub Chassis Removal 1 Remove the 4 Screws 2 Lift up the Ass y Brkt Deck T 4 SCREWS ASSY BRAK DECK Fig 4 12 Sub Chassis Removal Samsung Electronics 4 12 Disassembly and Reaasembly 4 4 6 Ass y Brkt Deck Removal 1 Remove Washer 2 Remove Gear Feed B Gear Feed A 3 Remove 2 Screws 4 Remove Shaft Pick Up G and Pick Up Assy Q 5 Remove 1 Screw 6 Remove 2 Screws Q 7 Remove 3 Spring Spindle and Motor Spindle Ass y MOTOR SPINDLE Q PICK UP ASS Y Q SHAFT PICK UP q O 2 SCREW SPRING SPINDLE amp Q WASHER gt gt Q GEAR FEED 1 SCREW B 2 SCREWS Fig 4 13 Ass y Brkt Deck Removal GEAR FEED A Samsung Electronics 4 13 Disassembly and Reaasembly MEMO 4 14 Samsung Electronics 5 Circuit Descriptions 5 15 M P S 5 1 1 Comparsion between Linear Pow er Supply and S M P S 5 1 1 Linear Vout gt PA REGULATOR e Vreg Common power C Ex 120 220V 50 60 Np Ns V A e e Fig 5 1 Linear Power Supply Waveform Description VS 4 0 E Input Common power to transformer Vp Fig 5 2 Vs of 1st Np and 2nd Ns Vs Ns Np x
22. 2300W l 20 19 ino 280 Aouenber4 yH 2 0 249 L 3009 L13MHVW 193138 3qON 3HvMQuVH 3qoN 104 99 OSO Aouenber4 149 91 3009 1 193138 SGOW r300N l 00d 9 QNO SSA SL 114 1N3W93S 114 02938 0 les v9 ino 280 Kouenbei4 SdL d 21 vl 473 TJOULNOI 1N3IAD3S 114 61935 0 oes 59 OSO Aauenbaug aNd el 114 TOULNOI 1N3IAD3S 114 81935 0 62 29 Jeseu Sau Sau zL 114 TOULNOI LNAWDAS 114 21938 0 825 19 9N tdl S 19591 LL 114 JOHINOO LN3NW53S 114 9193 0 zS 09 lt LOIA JALAW 099 0 L d 0L 114 JOYLNOO 1N3A93S 114 9 998 0 925 69 ZOIA ALAW 0997v8 OALAWA 0 92d 6 114 TJOULNOI 1N3IAD3S 114 7038 0 85 SEVAY 19wod ad 1Suva 0 8 114 TOULNOI 1N3IAD3S 114 5199 0 ves 219 EGEFMV 1 1Suva 0 ved 2 114 TOULNOI LNAWDAS 114 21938 0 EZS 95 95 210 259 0 EZd 9 114 TJOULNOI 1N3IAD3S 114 1199 0 225 SG 9SE PX V E6EP MV 0 Zed S 114 OHLNOO 1N3IA93S 114 01938 0 125 v9 YGEFNVIEGEFNV lonuoo 0 104 v 114 TJOULNOI INIWD3S 114 693S 025 es L 05195 diuo ISO 0 Zd 114 TJOULNOI 1N3IA93S 114 893S 615 29 ON LWMd 114 OHLNOO 1N3NW53S 114 1038 2 815 LS 13834 1951 pue 100 4 SUN 0 29 NOlLdlH2S3d 3WVN GANDISSV 3WVN ON SELMEN NOlLdlH2S3d 3I VN GANDISSV
23. ds 3 cep MUN IN gt BLOCK CCD 3 A oa E I 74 DCD I nr MUX 5c Equalizer SCA ADVD 5 W RFRP BDVD 6 SUE 7 EQ 02H a CD1 12 CDRSEL 00H TEIRES HER 14 172 DELAY SEL 00H HOLD CTL 08H DELAY AB 07H DELAY CD O7H aa 805 T TUN RREFBF 9 vert 2 94 RESUM OBH AL ENDB 02H VREF SIF RREFEQ 10 GENERATOR en Sex m E DELAY PD LPF 170 RREF 1 5 pi 9 gt lt 69 ta MUXS PDLIMTRES et D H TE1 1 eca H EQ co Hi k GAIN EQ D I PD LIMIT 08H GANTE cp GA PLLDN 09H DPDEO OFST 468 GA PLLDP 09H ABCD OFST alis Abnormal waveform FAULTOUT Er ma p67 12 EG V6 Detection circuit fr PDLIMIT VREFEQ TE3 02H oben l PLLCTL ga PLLDP 66 e a E 13 TE3B d lt 14 C 1 OFSTHOLD 4 64 TEOFST 04H TBAL 01H t9 DD CDRSEL 00H ABCD 00H et ADVD1 15 150 BDVD1 16 01 EQN CDVD1 i7 L DDVD1 18 SUB ENV_SEL 02H 59 RF z EIS 19 ao 20 MUX BAIN FE 03 OFSTHOLI Nie gt 57 CCD1 21 FE ABCD OFST 06H p MU d FE OFST 05N 56 DCD1 2 C 22 rS AVCC 23 mul BL ANALOG LDONB 00H I Y Y 54 VREFA 24 1 vc AMP o Be ENVELOPE FOK DEFECT ALPC E i i FOFST 25
24. sng 5 no euavd 6r A 0 SSAQ zu sng sseJppy WVHA ino ouavd 8 GND SS Ad IH SSAQ Zr 0 195 9118 6 peeds Jojoy eipuids 1no sng sseJppy ino zHQvd 9r Ones BLWLS euBis Jojo eipurds 100 daw 601 100 euavd sr ones OAYAS 10 euis 4907 100 xOO1H3S 801 sseippy INO svHZ tr AO 20 jeu is 4907 1nO MOOTATO Z0L eigeu3 indino vua 1nO O3OZ v Td 104 1806 5 4907 100 90 A 9 ebia SSAQ SOL IQON I lqeu3 1ndino vua 100 1307 IF oMeS 49019 P9490 NI YOL N91 We Wb 0 eiqeu3 no O3MZ Or asind 1 1NO 04 AINO W8 1 eigeu3 eium NYHA 1nO I3MZ 6 JOjUOJN esing LNO MOJM ZOL sseippy uuunioS Jeddn no svonz 8 JOjUOJN o no na OWd3 101 o sseippy uuinioO WvHa 1nO SvOTZ uwaa BPO 15 1 21591 001 0 SS d 9 l uiua uorioejes 1s L 11534 _ 66 g sng ea vua 19 zaa SE JeuiuJe OPON 15 1 NI 01534 86 g sng ea vu
25. FOFST 51 26 _ 27 28 30 31 32 33 34 35 36 37 38 _Bs 41 42 43 44 l5 I46 147 48 149 50 La SE5SoSBU ggd SS B BRIDES 292399 m lt 050 2 2 EO O lt lt lt A amp IR a zo uu see up gt 2 vo E v y g 0 m 2 12 OSC STB CLOCK DATA RREFDLY VREFDPD DPDGND TE1RES PLLCTL DPDMUTE FAULTOUT DPDEQ2 DPDEQ1 TESOFST BCA 57 MIRR DPDVCC DFCT2 DFCT1 DFCTTH1 DFCTTH2 DVCC Samsung Electronics Reference Information Samsung Electronics us Pin Name vo Description RelatedBlock ar Pin Name Description Related Block 1 Optical main beam A AC Coupling input terminals for CD of RF PRE AMP P U 59 TESOFST Cap connection terminal open for TE Offset 3B TE AMP L block 60 DPDEQ1 DPD EQ output terminal DPD 2 BCD 1 Optical main beam B AC Coupling input terminals for CD of RF PRE AMP P U Bi DPDEO2 DPD EG B D output terminal DPD DPD abi f itput terminal it
26. RUU SI ydo SE DIS YIN 6 3 Samsung Electronics Troubleshooting EQ SEIS uays SUI EUBIS gt PSUD SPA DOIS PHD DINWOIN sop Ledo Je dyo ON 9 GEIDISPAD DIW DOPP pue BU ePOS DHI gt PeuD TOIS pue q Une peu Ds p gt PK Hu SINOW PUBS 6 6 RUDU SI chro ZOIS pue peu TOIS Buusp psal Janv ON q DH peu PK zZ LOIS RUU SI PAMO GdS 65 1015 Ruou SI Jo dul Samsung Electronics Troubleshooting yv ZrTDDH gt PAD ous S AN peu WDD ea ued TdOv peu DPAP qnap eRryd ed TOZ peu CHINCEV ST OAA ZHI 9T CDYACD SCL LOV Pap PAo TZIL DE gt PAD 30us je upgdued z Av psu SI zZ EDV Jo cmo Gnchino opny aLe dmo yA amA 6 5 Samsung Electronics Troubleshooting aun jejeudued peu PK pueuucouu JO Guuspps peu Luotu Bu nersch gt ag9 SNQ UGLLLUCD JO INO u d 5 gt 24000 JeUBIS HA
27. CAP connection terminal for selecting the RC value of Bottom RF ENV 3 Hold for detecting RF Envelopes 43 ENV RF Envelope Detect Output terminal RF ENV DSSP 44 DGND P Power GND input terminal for digital circuits DIGITAL s 45 FOKTH comparating level input terminal FOKB 46 FOKB Focus OK comparator output terminal L Focus OK FOKB DSSP 47 DFCT_CP1 Connection terminal for RC value of Peak Hold for selecting the DFCT maximum time for Servo signal 48 DFCT CP2 Connection terminal for RC value of Peak Hold for selecting the DFCT minimum defect time for PLL 49 CC1 Peak Hold Output terminal for selecting the minimum Defect time DFCT for Defect 50 cc2 Peak Hold AC Coupling Input terminal for Defect DFCT 51 DVCC P Power voltage input terminal for digital circuit DIGITAL 52 DFCTTH2 Resistance connection terminal for selecting the Defect Comparat DEFECT ing Level for PLL 53 DFCTTH1 Resistance connection terminal for selecting the Defect Comparat DEFECT ing Level for Servo 54 DFCT1 Defect output terminal for Servo DEFECT DSSP 55 DFCT2 Defect output terminal for PLL DEFECT PLL 56 DPDVCC P Power voltage input terminal for DPD TE DPD n 57 MIRR O Mirror output terminal MIRR DSSP 58 BCA O BCA output terminal BCA DSP 2 13 Servo Processor 2 1 9 SIC1 KS 1452 Reference Information aHTId vez OLNI 1L904 O919VWN AYLAWWASY N43 GAGASV 11903 THLOA 11 39
28. Circuit Descriptions 5 7 Audio 5 7 1 Outline The four data Data 0 3 outputted from A V decoder ZIC1 ZiVA4 1 are supplied to DATA 0 for 2 channel mixed audio output and to DATA 1 3 for Analog audio output 5 1 channel The audio data 0 3 transmitted from A V decoder ZIC1 ZiVA4 1 are converted into analog signal via audio D A converter and outputted via post filter and amplifier CD and VCD are outputted with only 2 channels audio data and transmit them to Data 0 and Data 1 Front L R channel is outputted in mixed audio output L R output and analog audio output and surround L R center and subwoofer aren t outputted If DVD of 2 channels source disc is used it is outputted by the same way with CD and VCD If 5 1 channel source disc front L R channel is outputted in Data 1 Surround L R in Data 2 and Center Sub woofer in Data 3 At that time 5 1 channel can be downmixed in 2 channel in Data 0 Mixed Audio Output Q Channel RETOUR ci De qe ww NS SSA POST FILTER TAME ZICl DATAO A V Decoder BCK POST FILTER Fig 5 23 Audio Output Block Diagram 5 18 Samsung Electronics Circuit Descriptions 5 7 2 DVD Audio Output Source Data Types M PEG 1 2 Dolby Digital CD DA LPCM ZIC2 3 LOCAL DRAM ZIC1 ZiVA4 1 A V DECODER HOST or DVD CD INTERFACE RECEIVER A
29. gt Not included in 16BIT TIMER gt TIB INT8 P95 TIMER 7 TMP95C265 TIMER 9 TOA TOB P96 Samsung Electronics E E as H jeu as 001 on SQVH sd os indu jeuBis wins 44 Vd 66 YavH va 6v g L9 19 JH JOYUOW 490 n903 85403 86 on PPQ QWH 8b 801 557155 ASC 1 4201 29075 16 on zy 02 dS uouoeap eipu dg ud 96 a Sr lt 22 23155 OAH3S Jolluotu 3SN3S 3SN3S Vd 56 on orld od Sv ON zvd v6 as 99 vv 69 zor ISM 120615 56 26 2 0 0H aanoy esay 19p098q Av 159 VAZ 96d U zer sy DAHAS won dui Ova 9Z1 eSPLSYM ANI INIdSQ 81NI er anda SSA 16 LS P VNIZ ANI 1dnu lul LNIGAG LINI Hy 6 29187 EL Lor LSA 0 josou II oues du 9189 2 06 ve L egv LS 0 18521 WH dSG 1592 564 Ov ETT 0 q01lS INAV uw HW 68 8 CALNW YSAING 0 eipuids a1nW O SLAW G N 26d 6 pe
30. m L ZC7 VSS RAEF m wud wi Sg a9 59 RS N IN N Nd jam NT NT FT N 7545 k LHS N e t e E VODZVIDEO m AE DGND L Tl ZE34 7 x lin io rum Br BEND oS 0 297 SS DAC EL ee Mr Z9 E VSS VIDEO M 1297 E F VSS VIDEO SIG LE 199 ZH7 TF ZREO 44 0 99 t AW TXD Tg E ROM molo Sm ol us 2874 BXD MICOM ag u SCLK 995 NT Ne ZRB1 yO FRG A Rolle DINN NN 286630 PIX N AGND gt N ter NS NY LN DGND N 5 u mo E lt lt gt ol dl BIER iD lt aaa NI 2 gt o aam x ot 0 NI NI Q HI x o BERE NEU 210 O m mi m a Z Quo oc ono lt lt lt lt lt lt a gt NI NI o H ooo ojoo lt gt gt gt O n S H Hon 29 0 QJ So AA xx oliplolo lt lt gt 51 1 OQO g y IAs o 22825 Sia 3 Z BB 10166906629 ZNIGIS aaa FE a 585 u ols falfa a X 3 lt g26 128 Sansung Electronics Scherratic Diagrarrs
31. 1 8W AA TP 1 8X3 2M M AR51 2001 000429 R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M 2001 000429 R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M M AR54 2001 000281 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M FR45 2001 000429 R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M M AR55 2001 000241 R CARBON 1 5KOHM 5 1 8W AA TP 1 8X3 2 FR46 2001 000273 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2M AR56 2001 000281 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M FR4S 2007 000029 R CHIP OOHM 5 1 10W DA TP 2012 ARG 2001 000429 R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M FR5 2001 000325 R CARBON 1200HM 5 1 8W AA TP 1 8X3 2M M ART 2001 000429 R CARBON 1KOHM 5 1 8W AA TP1 8X3 2M FR51 2007 000029 R CHIP 0OHM 5 1 L0W DA TP 2012 AR8 2001 000429 R CARBON 1KOHM 596 1 8W AA TP1 8X3 2M FR52 2007 000029 R CHIP 0OHM 5 1 10W DA TP2012 ARQ 2007 000267 R CHIP 1 8KOHM 595 1 10W DA TP 2012 FR7 2007 000282 R CHIP 100KOHM 5 1 10W DA TP 2012 AV 2 3722 001467 J ACK RCA 3P3 2mm NI BLK F1 2802 000108 RESONATOR CERAM IC 12M HZ 0 5 BK 10 0X5 0 AV 4 3722 001053 J ACK RCA 1P3 2mm NI BLK HC3 2202 002037 C CERAMIC MLC AXIAL 100nF 80 20 50V Y 5V 5 3707 001005 CONNECTOR OPTICAL PLUG SM 4 4 2 0M M HC4 2202 002037 C CERAMIC MLC AXIAL 100nF 80 20 50V Y 5V AZD51 0403 000551 DIODE ZEN ER M TZ3 98 3 9V 3 89 4 16V 500m HE3 2401 002075 C AL 4 7uF 20 50V GP TP 5x11 5 3708 001364 35 1 25 M STRAIGHT HE4 2401 002075 C AL 4 7u
32. ACK SCART 21P SN BLK 20 28 DUCTOR AXIAL 33UH 5 2 4x3 4mm CORE FERRITE BEAD AB 2 0x1 25x0 9mm DUCTOR AXIAL 33UH 5 2 4x3 4mm TR DIGITAL DTAT24EKA PN 200mW 22K 22K TR DIGITAL NPN 200M W 22K 22K SOT 23 TP TR DIGITAL NPN 200M W 22K 22K SOT 23 TP TR DIGITAL NPN 200M W 22K 22K SOT 23 TP TR SMALL SIGNALKSA812 PNP 150mW SOT 23 TR DIGITAL NPN 200M W 22K 22K SOT 23 TP R CARBON 4 7KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 750HM 5 L 8W AA TP 1 8X3 2M M R CHIP 5600HM 5 1 10W DA TP2012 R CHIP 5600HM 5261 10W DA TP2012 R CHIP 8200HM 5 1 10 DA TP2012 R CHIP 8200HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 5 6KOHM 5 1 10W DA TP2012 R CHIP 1000HM 5 1 LOW DA TP 2012 R CHIP 3 3KOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP KOHM 5 1 10W DA Tp2012 J ACK DIN 4P NI BLK SWITCH TACT 12V 50mA 160gf 50gf 6 55x7 C CERAM IC M LCAXIAL 22pF 596 50V SL TP 1 C CERAM IC MLC AXIAL 150pF 10 50V Y5P TP C CERAM IC CHIP 10nF 10 50V X7R TP 2012 C CERAM IC M LCAXIA L 270PF 1096 50V Y5P TP C CERAM IC M LCAXIA L 330pF 1096 50V YSPTP C CERAM IC MLC AXIAL 150pF 10 50V Y5P TP Rema
33. ELECTRONICS Sansung Hectronics Co Ltd 2000 Printed in Korea AH68 004 2A 32IAd3S TTS ST9 TT9 TT9 GAG DVD PLAYER DVD 611 611B 615 DVD 511 samsume uwa SERVICE Manual i 1 Precautions 2 Reference Infomation 3 Product Specification 4 Disassembly and Reassenbiy 5 Circuit Descriptions 6 Troubleshooting 7 Explodedi Views and Parts List 8 Hectrical Parts List 9 Block Diagrams 10 PCB Diagrams 11 Wiring Diagram 12 Schematic Diagrams 1 Precautions 1 1 Safety Precautions 1 Before returning an instrument to the customer always make a safety check of the entire instrument including but not limited to the following items 1 Be sure that no built in protective devices are defective or have been defeated during servicing 1 Protective shields are provided to protect both the technician and the customer Correctly replace all missing protective shields including any remove for servicing convenience 2 When reinstalling the chassis and or other as sembly in the cabinet be sure to put back in place all protective devices including but not limited to nonmetallic control knobs insulating fish papers adjustment and compartment covers shields and isolation resistor capacitor networks Do not oper ate this instrument or permit it to be operated with out all protective devices correctly installed and functioning 2 Be sur
34. Fig 5 11 Fig 5 12 shows the waveform equalizing block diagram for the RF signal It outputs to EQout Pin 86 terminal by initially changing switching AMP gain of DVD and CD and then adjust ing the level in RF SUM amp AGC It controls RF SUM amp AGC gain by means of Pin 89 95 and interfaces with PWM signal output from PWM terminal of KS1453 via low pass filter to adjust boost gain and peak frequency 5 6 Samsung Electronics Circuit Descriptions 4 REAGCO RFEQO Fig 5 12 The control parameters of DVD EQ and CD are as follows 1 DVD CD EQ control parameter Pin 97 Changes the gain of peak frequency with EQ frequency characteristic Convert PWM signal output from KS1453 into DC via low pass filter EOF Pin 98 Changes the peak frequency with EQ frequency characteristic Convert PWM signal output from KS1453 into DVD via low pass filter Samsung Electronics 5 7 Circuit Descriptions 5 3 System Control 5 3 1 Outline The main micom peripheral circuit is composed of 16bit Micom MIC1 TMP95C265 8M EPROM MIC2 M27C801 for Microcode and data save 256 byte EE PROM MICA KS24C020 for permanent storage of data need ed at power off The Micom MIC1 TMP95C265 mounted in main board analizes the key commands of front panel or instructions of remote control through communication with Micom FIC1 LC86P6232 of front and controls the devices on board t
35. Reference Information ANN Decoder 1 J 2 1 11 ZIC1 ZIVA 4 1 eoepeljul oipny induj oipny eoejeju oipny Jepooeqg oipny oipny reuba Jepooeq INOd 1 pue vq do Jepooeq O3dlN Jepooeq aunjoidqns Jepooeg aso Jepooeq WENNS we old jeuondo Asy sng SSO J91 0NU09 Kowa uoneonueuiny Buiquiejoseq 91601 eoepelu eoepelu eoepelu soH oeu lu Samsung Electronics 2 18 Reference Information Age 52 5 96 on Old 8v NEE 061 IND SOTVNV SSA nee 0so gs 56 on nee ZOld Ly ASZ 681 10 ON ON ev NEE Svu as v6 Ol NEE HOld 9v aNnou5 SS 881 SONY A ANNOYS SS
36. u T 4 7 Qt la Boe 5 zo 45 xo 12 mid m 5 INH 11 Dn 7 gt 0 Slvss clo BTLGND1 4 TO FROM BTLGND2 FROM DO3 10 003 AyMa 100 16 004 004 2 uu z 2 d 1 5555 55400 N 0 0 9 M J LO o mm N N N 1 y 3 gt init 0 O 0 AGND Sansung Electronics 124 12 4 Video Scherratic Diagrams
37. 16V GP TP 5x11 5 C AL 470uF 20 10V GP TP 8x11 5 5 C AL 22uF 20 16V GP TP 5x11 5 C AL 220uF 20 10V GP TP 6 3x11 5 VF DISPLAY HNV 11SS 19 21SEG 74X9 0mm DVD C VIDEO AM P 7660 SSOP 16P173M IL 3 6DB DUCTOR AXIAL 1 8uH 1096 2 5x3 4 CORE FERRITE BEAD AB 2 0x1 25x0 9mm DUCTOR AXIAL 1 8uH 1096 2 5x3 4 D IA L 1 80H 1096 2 53 4 DUCTOR AXIAL 1 8uH 1096 2 5x3 4 DUCTOR AXIAL 1 8uH 1096 2 5x3 4 D IA D IA L 1 8uH 10 2 5x3 4 UCTOR AXIAL 1 8uH 1096 2 5x3 4 DUCTOR AXIAL 1 8uH 1096 2 5x3 4 R CARBON 750HM 5 1 8W AA TP 1 8X3 2M M R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M R CARBON 750HM 5 1 8W AA TP 1 8X3 2M M R CARBON 750HM 5 1 8W AA TP 1 8X3 2M M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CHIP 2200HM 5 1 10W DA TP 2012 R CARBON 10 5 1 8W AA TP1 8X3 2M M R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M SWITCH SLIDE 50V DC 100M OHM Remark Loc No 602 10 ACI3 AC14 AC15 AC201 AC202 AC203 AC4 AG AG AQ AD51 054 055 AD60 17 AE21 AED 1 52 AEG AES NQ AD Al201 0 1 01 AQ3 051 052 055 056 057 ARI ARM ARIS ARI6 ARI AR18 AR19 AR2 AR201 AR202 AR203 AR21 AR2
38. 3 CCD Optical main beam C AC Coupling input terminals for CD of RF PRE AMP P U 62 FAULTOUT o abnormal wave form output terminal monitor DED block 63 DPDMUTE TE MUTE control terminal Mute DPD MICOM 4 DCD Optical main beam D AC Coupling input terminals for CD of RF PRE P U 64 PLLCTL TE PLL variable input terminal DPD SERVO pict 65 TE1RES DPD TE PLL variable bias resistance DPD 2 5 ADVD 1 ee main beam A AC Coupling input terminals for DVD of RF PRE P U DPDGND P Power GND input terminal for DPD TE DPD E 6 BDVD Optical main beam B AC Coupling input terminals for DVD of RF PRE AMP PIU 67 VREFDPD connection terminal for DPD TE center voltage DPDVCAMP block 68 RREFDLY resistance connection terminal for Delay Block Delay Block amp 7 CDVD I main beam C AC Coupling input terminals for DVD of RF P U 69 DATA Data input terminal Serial Interface MICOM 70 CLOCK Clock input terminal Serial Interface MICOM 8 DDVD Optical main beam D AC Coupling input terminals for DVD of RF PRE AMP P U d block 71 STB Data Enable input terminal Serial Interface MICOM 9 RREFBF RF I O buffer bias resistance connection terminal 72 OSC Input terminal for RC value of OSC for Auto Offset Block Auto OFSTCTL 10 RF EQ BIAS resistance connection terminal RFEQ 73 RESET Reset input ter
39. GIHD 113 0 91 98 Ze 311 1nHS SOr viva Sor ar I SEd 98 473 OH NOO GIHD 113 0 91 98 9 3111nHS SOr viva Sor m I vEd 98 174 TJOH LNOI 113 0 272 se J1LLNHS HOr V1VO 31LLNHS vs 564 v8 174 JOHLNOO 113 8diuo 0 51 55 ve 3111nHS SOr V1VO 31LLOHS 55 ZEd 58 173 7OHL1NOO GID 114 0 21728 ge J1LLNHS OOr V1VO 31LLOHS zs Led 28 114 TJOY LNOO 114 0LdIYD 0 LLAS ze 3111nHS SOr V1VO 31LLOHS IS l 05 18 114 JOULNOO 114 0 01 05 LE ON 9Ldl I OW Md Zld 08 NOOOW3H NOOOWSY amp 6 0 ON Ghd 2 2 9 9194 6 ON 92dl 2 62 ON IM 25 914 8 ON Ged 82 ON EldL 115 4 22 WOOIW NIYIN woa yy 14014 01 1 OLNI Zd ZZ ON LOS ld 9Z ON L8d 4NV 92 312010 1VIu3s 32010 WIHAS 219 0 0 OSZld SZ 98d 9NV Sc NI VL VG WIHaS NI VL VG WIHaS 015 18 t MS LOVL NYOS AJJ ZAJA S98d SNV vz 1 VLVG VIHIS 1 viva WIHAS 0 005 014 MS LOWL NYOS Z 20d eL MS 19V NVOS AJJ 0A3M 8d ENV ze ON 90d LL ON 6ldL Z8d NV 12 ON OldL 504 0 1oelep OIN 13 OIN L8d INV 08 3009 L13MHVW 1903135 SGOW 3HVMQuVH 033ON I 04 69 indui OHOA uA OHO3 098d ONV 6 3009 L13MHVW 193138 SGOW 3HVMQuVH 504 89 81 3009 L3MHVW 193138 SGOW
40. Out Duty up gt Transformer 1st current up gt Transformer 1st power up gt Vout up gt Maintain Vout 5 8V 3 If load of 5 8 V terminal decreases or AC input voltage rises and Vout rises above 5 8V then Reverse sequence of the above description gt Duty down gt Vout down gt Maintain 5 8V i e the feedback to maintains 5 8V PRD31 PRD32 Reduce 5 8V overshoot PRS32 PCS22 Prevent PICS2 oscillation for phase correction 5 4 Samsung Electronics Circuit Descriptions 5 1 3 Internal Block Diagram 5 1 3 a Internal Block Diagram of S M P S Circuit i Driving Smoothing gt Circuit Circuit M e e NON N Noise Converter 3 3V Rectified 3 3V Rectified Removal Smoothing Circuit VoltageCircuit No um radar SN UBBER I gt 0 PEER 5V Rectified 5V Rectified Rectified Circuit Smoothing Circuit Tu VoltageCircui U I P Pun U zd x or T PWM Control na Ei Circuit 4 URS Line Filter STR G6551 8 Rectified 8V Rectified J Voltage Smoothing Circuit VoltageCircuit J Detection N J dum Circuit 8V Rectified 8
41. R CHIP 8200HM 5 1 LOW DA TP 2012 R CHIP 8200HM 5 1 LOW DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 750HM 5 1 10W DA TP 2012 R CHIP 5 6KOHM 5 1 10W DA TP 2012 R CHIP 1000HM 5 1 LOW DA TP 2012 R CHIP 3 3KOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIPLLKOHM 5 1 10W DA TP 2012 J ACK DIN 4P NI BLK SWITCH TACT 12V 50mA 160gf 50gf 6 55x7 C CERAM IC M LC AXIAL 22pF 5 50V SL TP1 C CERAM IC MLC AXIAL 150pF 10 50V Y5P TP C CERAMIC CHIP 10nF 10 50V X7R TP 2012 C CERAM ICMLC AXIAL 270PF 10 50V Y5P TP C CERAM IC MLC AXIAL 330pF 10 50V Y5P TP y Remark BP 8 9 Electrical Parts List Loc No Part No Description Specification Remark Loc No Part No Description Specification Remark 13 2202 000791 C CERAM IC M LC AXIAL 150pF 1096 50V Y 5P TP 701 AH92 00583A ASSY PCB KEY DVD 611 XAA KEY DVD 611 611B 615 14 2202 000205 C CERAM ICM LC AXIAL 22pF 5 50V SL TP 1 CON21 AH39 00180A CONNECT WIRE 261 16 2202 002037 C CERAM IC M LC AXIAL 100nF 80 20 50V Y 5V FSW1 3
42. lt 61 on AGE bVLVGH LOZ NEE lt 64 on AGE SVIVOH ooz AEE 261 on NEE 9V1VOH 661 aNnou5 SSA 161 adAL BA ON Uld adAL Uld ON Uld Samsung Electronics 2 20 Reference Information 2 1 12 ZIC2 ZIC3 KM 4165 1120D CMOS 16M SDRAM lt a Data Input Register I 0015 m Bank Select m d lt LDQM DQ14 I Vssa Y DQ13 gt 0012 gt 512K x 16 2 2 DQ11 gt gaps sf gt Dai DQ10 512K x 16 3 8 5 lt v 009 9 008 ADD 2 Vopa 8 N C RFU 5 M Column Decoder UDOM o CLK CKE De Latency amp Burst Length N C 1 9 Programming Register ye LRAS LCBR LWE LCAS LWCBR LDQM ne M Timing Register Vss CLK CKE CS RAS CAS WE L U DOM Pin Name InputFunction CLK System Clock Active on the positive going edge to sample all inputs Ace Disables or enables device operation by masking or enabling all inputs except Chip Select eS and L U DQM Masks system clock to freeze operation from the next clock cycle CKE Clock Enable CKE should be enabled at least one cycle prior to new command Disable i
43. or a A on schematics and parts lists Use of a substitute replacement that does not have the same safety characteristics as the recommended replacement part might created shock fire and or other hazards Product safety is under review con tinuously and new instructions are issued whenev er appropriate Samsung Electronics 1 2 Servicing Precautions CAUTION Before servicing Instruments covered by this service manual and its supplements read and follow the Safety Precautions section of this manual Note If unforseen circument create conflict between the following servicing precautions and any of the safety precautions always follow the safety precau tions Remember Safety First 1 2 1 General Servicing Precautions 1 a Always unplug the instrument s AC power cord from the AC power source before 1 re moving or reinstalling any component circuit board module or any other instrument assembly 2 disconnecting any instrument electrical plug or other electrical connection 3 connecting a test substitute in parallel with an electrolytic capaci tor in the instrument b Do not defeat any plug socket B voltage inter locks with which instruments covered by this service manual might be equipped c Do not apply AC power to this instrument and or any of its electrical assemblies unless all solid state device heat sinks are correctly in stalled d Always connect a test instrument s ground lead to the instrume
44. 1 16W DA TP 1608 1 5 1 16W DA TP 1608 T 20M Hz 50ppm 28 AAA 16pF 500 IP 10nF 10 50V X7R TP 1608 C AL 100uF 20 16V GP TP 6 3x7 5 C AL 100uF 20 16V GP TP 6 3x7 5 C AL 100uF 20 16V GPTP 6 3x7 5 CAL 1002096 16V GPTP 6 3x7 5 C CERAM IC CH C CERAM IC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH C CERAMIC CH cc cc cc CC CC cc CC CC CC CC CC CC CC CC ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH ERAM IC CH P P P P P P P P P P 0 015n596 50V NPO TP P 0 082nF 5 50V NPO TP P 0 56nF 10 50V X7R TP F10 50V X7R TP 1608 F10 50V X7R TP 1608 F10 50V X7R TP 1608 NECTOR HEADER BOX 8P 1R 2 5mm STRAIGH 100nF 10 16V X7R TP 1608 LONF 10 50V X7R TP 1608 11001 10 16V X7R TP 1608 220nf 80 20 25V Y5V TP 220nF 80 20 25V Y5V TP 11001 10 16V X7R TP 1608 11001 10 16V X7R TP 1608 00nE 1096 16V XTR T1608 100nF 1096 16V XTR TP 1608 100nE 1096 16V XTR TP 1608 160 P 100nF 10 16V X7R TP 1608 P 100nF 10 L6V X7R TP 1608 16
45. 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P P P P P P P160 LOnF 1096 50V X7R TP 1608 LOnF 1096 50 X7R TP 1608 1608 1101 10 50V X7R TP 1608 1101 10 50V X7R TP 1608 1101 10 50V X7R TP 1608 8 3 Electrical Parts List Loc No Zn ZC78 168 109 ZE30 ZE34 ZE35 ZE36 ZE37 Cl Q G a C L10 Ll 1 meme c E 7816 2818 ZR23 ZR27 ZR28 ZR29 ZR30 ZR31 7832 21833 2834 2835 2837 2838 ZR68 ZR69 ZR70 ZR71 An 21073 7876 2478 2419 2482 2484 7886 ZR88 ZR89 7890 7891 7892 7893 ni 8 4 Part No 2203 000426 2203 000626 2203 000257 2203 000257 2401 000414 2401 000414 2401 002144 2401 000414 2401 000414 1204 001673 1105 001268 1105 001268 AH14 10004R 0402 000309 2703 000398 3301 000353 2703 000398 3301 000353 3301 000353 3301 000353 3301 000353 2007 001164 2007 000074 2007 000074 2007 000074 2007 000078 2007 000084 2007 000084 2007 000078 2011 000475 2011 000475 2011 000475 2011 000475 2007 000113 2007 000070 2007 000113 2007 000074 2007 000078 2007 000070 2007 000070 2007 000070 2011 000816 2007 000078 2007 001164 2007 001164 2007 001164 2007 001164 2007 007332 2007 000799 2007 000078 2007 000078 2007 000078 2007 000109 2007 000070 2007 000074 2007 000074 2007 000074 2801 003
46. 3WVN 1HOd ON 2 11 Samsung Electronics Reference Information 2 1 8 RIC1 KS 1461 RF Signal Processor gt lt 2 N gt gt RU W m 5525255 B 3399222293 Znaor PO LO z I 239 423955 100 99 98 97 96 795 194 93 192 191 90 89 2488 87 86 85 84 183 32 81 18079 78 77 76 E o n toRFEQ TUNING BLOCK AGC HOLD 00H AGC_DET Y Y 75
47. 5 Main PCB J ack PCB Removal 1 Remove 1 Screw 2 Remove 2 Screws lift up the Jack PCB 3 Remove 3 Screws and lift up the Main PCB 2 SCREWS Fig 4 5 Main PCB J ack PCB Removal Samsung Electronics 4 5 Disassembly and Reaasembly 4 2 PCB Location KEY PCB Fig 4 6 PCB Location 4 6 Samsung Electronics Disassembly and Reaasembly 4 3 Connector Diagram DECK ASS Y 920000 o aie EZ 1512 a c oc a w 2 2 2 lt lt lt o gt m 2 2 o 2 A gt lt lt td ca o E ca o gt o o Fig 4 7 Connector Diagram 4 7 Samsung Electronics Disassembly and Reaasembly 4 4 Deck 4 4 1 PCB Deck Ass y and Ass y P U Deck Removal 1 Remove the soldering of SLED SLED and TM 2 Disconnect CN3 CN2 3 Remove 1 Screw and lift up the PCB Deck Q 4 Remove 1 Screw 5 Push the Hook in the direction of arrow and lift up the Ass y P U Deck in direction of arrow Q 1 SCREW SLED 4 SLED 41M DECK PCB 1 SCREW ASS Y P U DECK 7 Assembly Point Fig 4 8 PCB Deck Ass y
48. 50V X7R TP 2012 C CERAM IC CHIP 100nF 80 20 50V Y5V TP C CERAM IC CHIP 100nF 80 20 50V Y5V TP C CERAM IC CHIP 100nF 80 20 50V Y5V TP C CERAM IC CHIP 0 1nF 5 50V NPO TP 2012 C CERAM IC CHIP 0 1nF 5 50V NPO TP 2012 C CERAM IC CHIP 0 1nF 5 50V NPO TP 2012 C CERAM IC CHIP 0 1nF 5 50V NPO TP 2012 DIODE ARRAY DAN202K 80V 100mA CA2 3 SOT DIODE ARRAY DAN202K 80V 100mA CA2 3 SOT DIODE ZENER M TZ6 2B 6 2V 5 96 6 27 V 500m C AL 470uF 20 10V GPTP C AL 22uF 20 16V GP TP5x11 5 C AL 470uF 20 10V GPTP C AL 22uF 20 16V GP TP5x11 5 C AL 470uF 20 LOV GPTP C AL 22uF 20 16V GPTP 5x11 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 470uF 20 10V GP TP 8x11 5 5 C AL 4 7uF 20 50V GP TP5x11 5 C AL 22uF 20 16V GPTP 5x11 C AL 100UF 20 6 3V GP 6 3x11 5 C ANALOG PLEXER M C14053BD SOP TAPE 16 C OP AM P 2267 SOP 8P 300M IL DUAL 6 7dB C VIDEO AM P 7660 SSOP 16P 173M IL 3 6DB ACK SCART 21P SN BLK 20 28 DUCTOR AXIAL 33UH 5 2 4x3 4mm CORE FERRITE BEAD AB 2 0x1 25x0 9m DUCTOR AXIAL 33UH 5 2 4x3 4mm TR DIGITAL DTA124EKA PNP 200mW 22K 22K TR DIGITAL NPN 200M W 22K 22K SOT 23 TP TR DIGITAL NPN 200M W 22K 22K SOT 23 TP TR DIGITAL NPN 200M W 22K 22K SOT 23 TP TR SMALL SIGNAL KSA812 PNP 150mW SOT 23 TR DIGITAL NPN 200M W 22K 22K SOT 23 TP R CARBON 4 7KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 750HM 5 L 8W AA TP 1 8X3 2M M R CHIP 5600HM 5 1 10W DA TP 2012 R CHIP 5600HM 5 1 L0W DA TP 2012
49. 65 1o uuoO ON ON SOTVNV ARE 91 joeuuoo ON ON 901 AGE VIVGIW 89 joeuuo ON ON OL SOTvNV A ovd 291 Q3AH3S3H SOL on nee S joeuuo ON ON 6 SOTVNV A NY 9 LSL eydavn vol aNNOY9 SSA 95 O AGE 1NI 8 GND DOWNY OdqIA SSA 091 2Haavw 0L Age ee 99 2 IND SOTVNV Ova SSA 6 20 on Age IYLvan tS ANNOYS SSA 9 7 PSUUOQ ON ON annoy SSA LOL NEE OV IVGIA 55 1 AGE 13534 S DOWNY AEE OdqIA 1 AGE ee 001 on Age Old 25 AGE v OO TVNV A ork 66 on nee 90ld 19 nee ee DOWNY A Srl ASE 86 on nee SOld 05 AGE z GND DOWNY OCIA SSA vvl Sg as 16 on AGE vOld 67 nee L d LO I OA ON Uld Uld 9UIEN ON Uld Uld ON 2 19 Samsung Electronics Reference Information nee s2 802 on NEE OVLVCH 102 on I V1VOH 902 GNNOYD SSA 861 AGE SSA 902 on NEE ZVLVOH 161 AGE voz a3AY3S34 961 on AGE ZVLVCH eoz AGE lt 961 on AEE V1VOH 202 AGE
50. 69 69 G9 90962 G3 9 69 GD VEC 12 12 Renot Control ellie Ed GII 1 740 O 7d 6 5 c Od N 7d007 JE b Od en DO belted Sv 221195391 EZIO d E door 29 Q LO 2 0 e Sansung Hectronics Scherratic Diagrarrs 12 14 MEMO Sansung Electronics
51. 9 LG 40sseooJd LA SOdSQ eso gz 53 WVHS Woud3 0 SI SseJppy SLVH GLY ZZ 2 0 1919S pvAIZ UiepooeqAv SOLGAG eso ec SSIHAAY WVHS NOHd3 0 91 ssaippy 9LYH 91v LZ 000 L89WM NVHS 0 18188 000 LB9WM NVHS 159 iSo ra Ss3uaav WVHS NOHd3 0 Z Sseippy 02 1080Z2IN NOHd3 0 108042IN NOHd3 052 059 oz Ssauaav WHS Woud3 0 81 Sseuppy 8LYH 69 NOUS l indu enas 61 5 WVHS Woud3 0 61 Sseppy 61VH 61 89 0 indino Leeq euas axy 8 ON 0 od sseippy 9LdHlN 0zv r2d 19 ON 0 Yd LIN IMIOS S8d L ON 0 sseippy LZY SZd 99 ON 0 9d LIN LIxu v8d 9 ON 0 sseippy pan asay ZZY 9Zd S9 ON 0 Sd LIN LOXL E8d SL OO9HrZ 0 jeufis yseyy eqons qu OAH3S EZVH v9 02 9P LSY 0 043002 JH OW 0105 84 vi ds 99A 9 12 19 15 on uote als 0dXu I8d L SSA 29 69 19 15 0 eyeq muog dH aw 0dxL 08d ZL __ GOW amp H epow sseippy 8v 19 NOUS 0019 eq euas 219 24108 LL ON 0 Eld LIN Lid 09 5 0 p j 25v 4 98 OL ON 0 pan asay Zbd LIN 91 69 WEMIN 2 LIVMW 6 ON 0 Gld gs 0 xvsngsd 8 ON 0 Old LW vld S 01 29 18 0 109 diu 9I aso 8 L ON 0 pan
52. AA TP 1 8X3 2M R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2 R CHIP 0OHM 5 1 10W DA TP 2012 R CARBON 1200HM 5 1 8W AA TP 1 8X3 2M M R CHIP OOHM 5 1 10W DA TP 2012 R CHIP OOHM 5 1 10W DA TP 2012 R CHIP 100KOHM 5 1 10W DA TP 2012 RESONATOR CERAM IC 12M HZ 0 5 BK 10 0X5 0 C CERAM IC M LC AXIAL 100nF 80 2076 50V Y 5V C CERAM IC M LC AXIAL 100nF 80 2076 50V Y 5V CALATUE2096 50V GP TPX11 5 C AL 4 7uF 20 50 5 11 5 IC OP AM P 4560 S0P 8P 173M ILDUAL 100V m R CHIP 100KOHM 5 1 10W DA TP 2012 R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M 100 5 1 10W DA TP 2012 R CHIP OOHM 5 1 8W DA 1P 3216 R CHIP 0OHM 5 1 8W DA 1P 3216 R FUSIBLE 2 20hm 5 1 4W AA TP 2 6x6 7mm R CARBON 4700HM 5 1 8W AA TP 1 8X3 2M M R CHIP OOHM 5 1 8W DA 1P 3216 INDUCTOR AXIAL 10uH 1076 2 5x3 4mm R CHIP OOHM 5 1 8W DA 1P 3216 R CHIP 0OHM 5 1 8W DA 1P 3216 R FUSIBLE 2 20hm 5 1 4W TP 2 6x6 mm CORE FERRITE BEAD AA 3 6x1 2x5 mm 1400 CORE FERRITE BEAD AA 3 6x1 2x5 mm 1400 CORE FERRITE BEAD AA 3 6x1 2x5 mm 1400 C CERAM IC DISC 100pF 10 400V Y 5U TP 10x C CERAMIC DISC 2 2nF 20 400V Y 5U BK 12 C CERAM IC DISC 2 2nF 20 400V Y 5U BK 12 C CERAMIC DISC 0 1nF 10 LKV Y 5P TP 7x4 C FILM M PEF 100nF 20 275V TP 17 5x7x13 C FILM M PEF 100nF 20 275V TP 17 5x7x13 C FILM M PEF 10nF 10 63
53. DA BCK AGND DA XCK AGND DA DATA41 DA DATA3 DA DATAO AGND AGND AGND AD MICR MICL 5 AGND V CVBS G Y AGND V Y B U AGND V AGND V DGND DGND ARO MRST SRG TXD RXD SCLK CN4 3 3D DGND 5D DGND 5A AGND OO fun o e MGND DCN1 E D Wiring Diagram MEMO 11 2 Sansung Electronics 12 Scherratic Diagrans 12 1 12 2 Main Micom J23 Gru BANDS res ee eis ee 12 5 heen 12 7 ZVA MV 126 DSP 12 9 Front MiconmYVFD Display 12330
54. DGO ZVLVG GAd 04 AGE ee 74 aNNOYd SS S nee 9V1VGA 12 nee LSOS DGO 9VLVG GAd 69 AGE 741 vL SVIVOA 92 AGE ASAN OCO SVLVG GAG 89 nee oviva va on NEE 6V1VqQNW AGE pVLVOA sz AGE 8 491 1 021 on Age OLVIVOIN Z nee VIVGA vc aNnou5 SSA 991 AGE ZvLva va 611 on nee LIVIVON n Age c Age vivassay rvL va ana 991 AGE eviva va Em on nee OL AGE IVIVOA nee 0d2O qO gv1vq qAq v94 on nee viva lva on AGE IVIVOIN 69 OVIVGA AGE 591 aunou5 SSA 9 aNNOY9 SSA 89 AGE 02 AGE 1 291 AGE SIL 2 19 SSA 6 Age V1VQ QO 0v1vq d d 91 on ogiva on nee 99 1 9 ON ON 8 A aa v 091 on NEE ouriva ELL OA aNNOY9 SSA 59 1oeuuo ON ON Zt AGE ATOA 691 nee Qa3A43S3Y au OA Age 79 1o uuoO ON ON 94 MIOSAS 891 DOWNY ACE G3AH3S3H Age SIVIVOIN 9 yQQUUOD ON SL annowd SSA V 19 Q3AH3S3H OLL on nee 29 SSA vL SOTVNVA dduH 991 Jo uuo5 ON ON 601 on 9V1VGN 19 AS SOTVNV 4344 991 nee lt 801 on SVIVQN 09 1o uuoO ON ON zL IND DO TVNV 4344 SSA 91 1oeuuoo ON ON 101 on nee
55. M R CARBON 2 2KOHM 5 1 8W AA TP1 8 3 2 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 2 2KOHM 5 1 8W AA TP1 8X3 2 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 2 2KOHM 5 1 8W AA TP1 8 3 2 R M ETAL OXIDE 33Kohm 596 2W AA TP 6x16m R M ETAL OXIDE 33Kohm 596 2W AA TP 6x16m R CARBON 10HM 5 1 8W AA TP 1 8X3 2M M 1 5 1 10W DA Tp2012 R METAL 3Kohm 1 1 8W AA TP 1 8X3 2mm R METAL 2 2Kohm 1 1 8W AA TP 1 8x3 2m gt P P P P Ro 1 co co O gt Loc No PRS54 PRS55 PRS56 PTDL PVAL PZS51 SCCH SCccp SCC14 SCC3 Sca SCCI 5 8 5 01 603 004 SCEI SCEI SCEL SCEL SCEL Cn Co FO Part No 2001 000449 2001 000062 2001 000429 AC26 00001M 1405 000186 0403 000717 2203 000192 2203 000192 2203 000192 2203 000239 2203 000239 2203 000239 2203 000239 0407 000114 0407 000114 0403 000297 2401 001479 2401 000913 2401 001479 2401 000913 2401 001479 2401 000913 2401 002042 2401 001353 2401 002075 2401 000913 2401 000369 AH14 10004T 1201 001063 1201 001419 3722 001359 2701 000181 3301 000353 2701 000181 0504 000156 0504 000128 0504 000128 0504 000128 0501 000314 0504 000128 2001 000734 2001 000969 2007 000030 2007 000
56. P91 PBD11 PBF11 28501 PCDOL PCD02 PCD03 PCD12 PCFOL PCFO2 PCF11 PCF13 51 PCNS2 PCS03 PCS31 PCS32 PDD35 DFO1 DFI2 013 0151 052 015 0501 0502 0503 0504 0511 0531 0532 0533 0534 0536 0551 CO o o o PartNo 2001 000273 2001 000273 2001 000273 2001 000273 2001 000793 2001 000429 2001 000429 2001 000273 2007 000029 2001 000325 2007 000029 2007 000029 2007 000282 2802 000108 2202 002037 2202 002037 2401 002075 2401 002075 1201 000163 2007 000282 2001 000515 2001 000515 2007 000282 2007 000033 2007 000033 2008 000141 2001 000780 2007 000033 2701 000114 2007 000033 2007 000033 2008 000141 3301 000297 3301 000297 3301 000297 2201 000916 2201 000812 2201 000812 2201 000129 2305 001021 2305 001021 2305 001029 2201 000376 AH39 00177A 3711 000178 2201 000916 2301 000381 2203 000192 0402 001195 0402 001196 0402 001195 0402 001195 0401 000101 0401 000101 0401 000101 0402 001196 0402 001196 0402 001196 0402 001196 0402 000276 0402 001195 0402 001194 0404 001097 0404 001097 0402 001195 0401 000101 Samsung Electronics Electrical Parts List Description Specification Remark R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2 R CARBON 470HM 5 1 8W AA TP 1 8X3 2M M R CARBON 1KOHM 5 1 8W
57. SD CS 1 MADDR1 1 DVD DATAA CDG SDATA 16 SATA 23 A5 28 Maa Maio 37 50 5 DVD DATAS CD C2FO 164 Dark 2 AA W 98 MADDR10 DVD DATA2 CD BCK DATA 4ZC74 193 155 vpp vss 4 MAO BG RAGA 100 ECig 103 SS DVD DATA 1 CD LRCK 16 SDATA 1 t t 100 VOD 3 DVD DATAO CD DATA 4641 FCAB 103 MAS AW DGND 101 VSS A VDD 160 t 1 AW 102 MADDR1 VELK ZRHBA IK 4 MA3 W 403MADDR2 _ S AE ES ou O o o Q L SYSCLK 15 ZL9 AMADDR3 0 94 4 505 of oBl A vss 1 JBLME14412415 DGND gt gt 2220100 dapada daca ad aa O lt lt lt lt m gt gt o gt a gt El gt Q O gt D gt gt a l uj u uwilT I 1 170 17 1740 7 Wasa pai P E 294 t vga gomono Quouoaoaoouno 10 lt lt 44444400 gt ox gt 2525125 gt gt gt gt gt gt 7 gt gt 0 gt gt 7 gt gt 0 gt gt 7 gt gt gt gt gt 27 gt gt 0 gt gt gt gt ON D x Ny ZIC EEEEEEEEEEEEEEEEEEEEEEEEEEEEEBEBEEUEEEEEEEEEEEEEEEEE e Lu dics y o j n VOD RREF L DGND purm 9 4 rm an x af m zcap 334 7 37 SN e sis 3 a kal ol 287 pos 1 9 amp 11 Im
58. TP 1608 3 1 16W DA TP 1608 5 1 1 DA TP 1608 co 25 1 20 1101 10 50V XTR TP 1101 10 50V X7R TP 1101 10 50V X7R TP Electrical Parts List Remark 8M HZ 50PPM 28 AAA D2P P 10nF 10 50V X7R TP 1608 P 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 0 022nF 5 50V NPO T P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P P P P P P P P P160 1 1608 410 480 20 16V Y5V TP LOnF 1096 50V XTR TP 1608 LOnF 1096 50V X7R TP 1608 1101 10 50V X7R TP 1608 1101 10 50V X7R TP 1608 1101 10 50V X7R TP 1608 1101 10 50V X7R TP 1608 P 0 022nF 5 50V NPO TI F10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 F 10 50V X7R TP 1608 10 16V X7R TP 1608 5 50V NPO TP 160 5 50V NPO TP 160 1 16W DA TP 1608 5 50V NPO TP 160 5 50V NPO TP 160 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P
59. Use the output of transformer as Vcc because the current starts to flow into transformer while PICF1 is active Rectify to PDF13 and smooth to PEF12 Use the output of transformer as PICF1 The loads are different before and after PICF1 driving of PICF1 decreases below OFF voltage using only the resistance due to load increase after PICF1 driving Samsung Electronics 5 3 Circuit Descriptions 5 1 2 d Feedback Control Circuit Trans P 0533 PLS31 gt TI O 5 8V PICFI PES33 ZZ PES37 27 eu OCP 3 AT z DRAIN b o PRD32 VCC C PICS1 L EX TK AA PRD31 PRS32 PCS32 PRS33 Ist GND K PRS34 2nd GND Fig 5 8 1 F B terminal of PICF1 determines output duty cycle 2 C E Collector Emitter of PICS1 and F B potential of PICF1 are same Operation descriptions 1 Internal OP Amp base potential of PICS2 is 2 5V and external input potential is connected with PRS33 and PRS34 to maintain Vout of 5 8V Vout PRS38 x PRS34 PRS34 x 2 5V 2 If load of 5 8 V terminal increases or AC input voltage decreases and Vout decreases below 5 8V then PICS2 P potential down below 2 5V gt PICS2 A K of base current down gt PICS2 of A K current down gt PICS1 Diode current down gt PICS1 C E current down gt PICS1 C E voltage up gt PICF1 F B voltage up gt
60. Vp a The output Vs of transformer is determined by the ratio 0 gt Fig 5 3 Vout 4 Vout is output DC by diode and condensor Ze Fig 5 4 Samsung Electronics 5 1 Circuit Descriptions Advantages and disadvantages of linear power supply V4 1 Advantages Little noise because the output waveform of transformer is sine wave 2 Disadvantages Vreg Additional margin is required because Vs is chan ged depending on power source The regulator loss is caused by margin design 0 Greater core size and condensor capacity RE ne Regulator loss eded because the transformer works on a single power frequency Fig 5 5 5 1 1 b 5 5 Pulse width modulation method Vout Transformer N Ns uL 2 gt REGULATOR gt Vp Vs t VA Switch uni E t Vs switch e e ON OFF Control switch Vin Z Fig 5 6 Terms 1 1st Common power input to 1st winding 2 2nd Circuit followings output winding of transformer 3 f Frequency Switching frequency T Switching cycle 4 Duty Ton T x 100 5 2 Samsung Electronics Circuit Descriptions 5 1 2 Circuit description FLY Back PWM Plise Width Modulation Control 5 1 2 a AC Power Rectification Smoothing Terminal 1 PDS01 PDS02 PDS03 PDS04 Convert AC power to DC Wave rectification 2 PEF
61. ZIVA SDATAG TPS TRE ZZZEE 19 E HHHDD SDAT c2PO noo HO 11100 STROBE lt lt lt Qu 1 KOOY N2O g zz 1 DTER Bag Sn ue REQUEST OOH onoTaAAAAAAAADAADAAADAAAALE 5 u dal d4 al ed spi d e s d N d d d d dol NN N di aj ao d o o o a d O0 di 01 01 OY Oy 0 o 0 jS S S DRS R PACK 100 m W ii E t AW B lt 5 _ amp m 50 9 ag 103 444 4 pog DIC3 167 L TC7SETOSF 1 104 T GND NN on DGND EMi 3 D Ou Sansung Hectronics 1 V IMiconYVFD Display Scherratic Diagrarrs 12 9
62. addas Plage 9 T T Torssmor M aaa 5007 h o gt STolo a a ti3aAno AOT NOOTF L corsa 0 T dd DA Es Dm L EOTti HOOT IL Q EN L W 5 HOOT Ww Q 907532007 Qi M gt o p lt lt lt 4 QST o 984 3 0 gt a lt gt u ali 5 KZ on To Ww Q 0 n h u a Ola joa gt gt gt Z mM E so 6 1011065121 Y ovx umo E 99 9955 21610 SRR SE elle ole AAA 59085 am 10 0 gt gt o 6 za o z Ushak ss 9 lt a B 5 C OUO op Fa F gt 10 Scherratic Diagrarrs 12 10 Key GONE X 58 Y4 1 GND ESE NC N SK GE ARCH 277 SKIP SEARCH 1 5 lt QO ES 1999925 81219 U gt W PEN fe A Iu Sansung Hectronics 12 11 Scherratic Diagans
63. asay Eld 95 AN TINd INN 9 ON 0 pan asay 21 SG ON 0 nova s ouis uedo MSdO S ON 0 Ld o1nova 95010 MS19 Old 55 as Indul Q v as on 1QVH za 2g ansa SSAV E 0 1 gea 9AYH 9a Lg Mindu jeu a v ansa 1434 NOILdIYIS3A A3NSISSV LHOd ON 9 3 3WVN GANDISSV 3WVN 1HOd ON 2 1 Samsung Electronics Reference Information 2 1 5 MIC2 M 27C801 8M bit 1M bx8 UVEPROM and OTP EPROM A19 A16 A15 A12 A7 4 2 1 Qo Q1 Q2 Vss 2 8 LOGIC DIAGRAM Vcc 20 8 A0 A19 77 gt A0 Q7 Vss TOP VIEW l e N fel lol fro 11 MV 32 Vcc NAME FUNCTION 31 A18 A0 A19 Address Inputs 30 A17 29 A14 Q0 Q7 Data Outputs 28 A13 E Chip Enable 27 A8 OVpp Output Enable Program Supply 26 A9 Vcc Supply Voltage 25 A11 24 GVPP Vss Ground 23 A10 21 Q7 20 Q6 19 Q4 18 Q4 17 Samsung Electronics 2 1 6 MIC3 W 24256 32K x 8 High Speed CM OS Static RAM A14 A12
64. dwnf pau q Ouid g uid jeus eouejeq snoo4 Iwas 21 uid jeu is 4907 4201 ze uid jndyno jeu s eouejeq O Wal 14 uid 1ndui NO 20101 NONS Ie uid 1ndino jeu is jojuoo uoneueA uided O 0 eyep epooqns 40 Indu HOOS 08 INO OLILL 69 uid epooqng 1505 6c uid Alddns samod d 89 apoogns 104 nd no 40019 O 190 9c LTIL IAIL 19 uid Ajddns eod SSA WOH 51601 ou s d SSAG 13 uid Indu edojeAue 44 AN3 99 01 zHIN8896 1 0 4009 LNOX 9c uid 1ndui 10149 90 9 uid jndino jeuDis yoop 5 OX 9 uid Indu 10149 3 v9 uid jndui peus 900 45 IX ve uid 4344 59 uid Ajddns WOH 9150 oues d uid 10149 ejpuids ans 29 snes asnas zz uid A ddns samod SSA yoo q Bojeuy d SS 19 woo n O ZV IVAW Ic uid A ddns SSA d SSAS 09 guid WOOIN IV van 0c jeu is 1ndui JH 193 6S Suid WOOIN O SvVIVGW 61 104 jeu is Indu 21 aAIId41 89 puid WOOIN pV IVAN 81 40 jeu is Indu 48 suid ep WOOIW O ZL jeu s
65. pin 26 27 of SIC4 are approximately 4 5V 2 TRACKING SERVO 1 NORM AL PLAY M ODE For DVD Composite The signal output from PD A B C D of Pick up the tracking error signal pin36 of RIC1 uses the phase difference of A C and B D in and inputs to terminal 64 of SIC1 Then it is output to SIC1 pin 76 via digital equalizer and applied to the tracking actuator through SICA Pins 76 of SIC1 is controlled by VREF approx 2 5V during normal play Meanwhile DVD repeats the track jump from 1 to 4 in inner direction at normal play because data read speed from disc is faster than data output speed on screen For CD VCD Receive the signal output through E of Pick up from RIC1 The tracking error signal is similar to DVD 5 12 Samsung Electronics Circuit Descriptions 2 SEARCH M ode Search mode Fine seek Moving the tracking actuator slightly little below 255 track and coarse search moving much in use of sled motor The coarse search will be described in sled linked servo and now the fine seek is explained shortly If the object lens is located near target cut off the tracking loop and give the control signal as many as desired count to move the tracking actuator via 51 1 pin 76 terminal TRD 3 SLED LINKED SERVO Normal play mode Move SLED motor slightly by means of PWM signal in SIC1 pin 73 as the tracking actuator moves along with track during play Control to move the entire Pick up as the track
66. the back Top Cabinet 2 Remove 2 Screws on the left and right side 3 Lift up the Top Cabinet in direction of arrow amp 3 SCREWS 1 SCREW Fig 4 1 Top Cabinet Removal Samsung Electronics 4 1 Disassembly and Reaasembly 4 1 2 Door Tray Removal 1 Supply power and open Tray 2 Disassemble the Door Tray in direction of arrow A 3 Close Tray and power off Note If Tray doesn t open insert a Screw driver into the Emergency hole e as shown in detailed draw ing and then push it in the direction of arrow B Open Tray manually TRAY DOOR TRAY EMERGENCY HOLE SCREW DRIVER Side View Fig 4 2 Door Tray Removal 4 2 Samsung Electronics Disassembly and Reaasembly 55 Y FRONT PANEL 4 1 3 Ass y Front Panel Key PCB Removal 2 Remove 5 Screws Key 1 Remove Ass y Front Panel Fig 4 3 Ass y Front Panel Key PCB Removal 4 3 Samsung Electronics Disassembly and Reaasembly 4 1 4 Ass y Deck Removal 1 Remove 4 Screws from the Ass y Deck and lift it up CAUTIONS 1 When disassembling switch the SW3 to OFF on the Deck PCB and remove the FPC connected to DCN10n Main PCB 2 When assembling insert the FPC into the DCN10n Main PCB and switch SW3to ON on the Deck PCB 6 3 SCREWS Fig 4 4 Ass y Deck Removal 4 4 Samsung Electronics Disassembly and Reaasembly 4 1
67. 0 P 100nF 10 16V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 100nF 10 16V X7R TP 1608 160 P 100nF 10 16V X7R TP 1608 100nF 1096 16V XTR TP 1608 100nF 1096 16V XTR TP 1608 100nF 1096 16V XTR TP 1608 P 0 1nF 5 50V NPO TP 161 ERAM IC CH P P P 100nF 10 16V X7R TP 1608 P P 11001 10 16V X7R TP 1608 08 P 1 5nF 10 50V X7R TP 1608 P 2 7nF 10 50V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 10nF 10 50V X7R TP 1608 P 470nF 80 20 16V Y5V TP P 470nF 80 20 16V Y5V TP P 100nF 10 L6V X7R TP 1608 P 470nF 80 20 16V Y5V TP P 100nF 10 16V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 100nF 10 16V X7R TP 1608 P 100nF 10 L6V X7R TP 1608 P 100nF 10 16V X7R TP 1608 Remark Electrical Parts List Loc No Part No Description Specification Remark Loc No Part No Description Specification Remark RC54 2203 005148 C CERAM IC CHIP 100nF 10 16V X7R TP 1608 RR47 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 RC55 2203 000888 C CERAM IC CHIP 4 7nF 10 50V X7R TP 1608 RR48 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 RC56 2203 000626 C CERAM IC CHIP 0 022nF 5 50V NPO TP 160 RR49 2007 0
68. 0 16V GPTP 5x5 5 C AL 47uF 20 10V GP TP 6 35 5mm C AL 47uF 20 16V GPTP 5x11 5 C AL 47UF 20 16V GPTP 6 3x5 5 IC MICOM LC866232A SANYO 100PIN IC VOL DETECTOR 7545 10 92 3P P M ODULE REM OCON 37 9KHZ 940 INDUCTOR AXIAL 10UH 10 2 5x3 4 R CARBON 100KOHM 5 1 8W AA TP1 R CARBON 1000HM 5 1 8W AA TP L R CARBON 100KOHM 5 1 8W AA TP1 R CARBON 100KOHM 5 1 8W AA TP1 R CARBON 100KOHM 5 1 R CARBON 100KOHM 5 1 R CARBON 100 5 1 8W AA TP 1 8X3 R CARBON LOOKOHM 5 1 8W AA TP 1 8X3 2 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M 18W AA TP 1 8X3 2M M R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M 4W AA TP2 4X6 4M M R CARBON 1000HM 5 1 4W AA TP 2 4X6 4M M R CHIP2 2KOHM 5 1 10W DA TP 2012 R CARBON 2 2KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 2 2KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 1M OHM 5 1 8W AA TP 1 8X3 2M M R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M R CHIP OOHM 5 1 LOW DA TP 2012 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M R CHIP OOHM 5 1 10 DA TP 2012 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2M A00KOHM 5 1 8W AA TR 1 8X3 2M R CARBON 1000HM 5 1 R CARBON 1000HM 5 1 R CARBO Loc No FR34 FR35 FR36 FR37 FR43 FR45 FR46 FR4S FR5 FR51 FR52 FR7 P HC3 HC4 HE3 HE4 HOP2 HR10 HR15 HRI6 HRS P266 P281 P347 P383 P385 P58 P80 P81
69. 0 LDOCD Optical Laser Diode operating voltage output terminal for CD ALPC P U 93 AGCLEVEL AGC Level control voltage input terminal 3 5 V while in AGC hold RF AGC E T T off Optical Laser Monitor Diode voltage input terminal for CD ai Foch a isle ALPO PU 94 AGCB RC connection terminal for RC value of Bottom Hold for RF AGC RF AGC z Power GND terminal for Analog Part gt AGND E a ANALOG 95 AGCP RC connection terminal for RC value of Peak Hold for RF AGC 33 FE AMP output terminal DSSP 96 RDPF Bias resistance connection terminal for selecting RF EQ frequency RF EQ 34 FEN Input terminal for selecting FE AMP Gain FE lt 97 EQG RF EQ Boost Gain control voltage input terminal RF EQ DSSP 35 TEN Input terminal for selecting TE AMP Gain TE AMP S 98 EQF RF EQ Peak Frequency control voltage input terminal RF EQ DSSP TE AMP output terminal 38 TE Q P TE AMP pss 99 PLLF Wide band PLL compatible RF EQ Peak Frequency Control termi RF EQ DSSP 37 PDLIMTRES Bias resistance terminal for PDLIMIT DPD 4 nal 38 ABCDN ABCD AMP for selecting Gain input terminal ABCD AMP 100 VZOCTL RF EQ zero control terminal RF EQ DSSP 39 ABCD O ABCD AMP output terminal ABCD AMP i 40 ABCDI ABCD AC Coupling input terminal for servo monitor SERVO MONIT 41 CAP connection terminal for selecting the RC value of Peak Hold ENV 2 for detecting RF Envelopes 42 ENVB
70. 0 00010A AH61 00391A AH61 00272A AH66 00111A AH66 00080A AH66 00074A AH66 00072A AH31 00015A AH66 00112A AH66 00073A AH66 00079A AH66 00081A AH97 00369A AH97 00369B AH97 00410A AH61 50327A AH66 00075A AH66 00076A AC60 30306A AH31 00017A AH61 00403A AH61 00273A AH31 00016A AH30 00008A 97 00014A AH92 00608A AH92 00609A 3809 001181 Samsung Electronics Exploded Views and Parts List Description Specification Remark SCREW TAPTITE PW H B M 2 L6 ZPC YEL SWR SCREW M ACHINE FH M 2 L8 ZPC Y EL SW RCH1 SCREW M ACHINE SOCKET HEX M 2 6 L8 ZPC Y EL SCREW M ACHIN E BH 2 L4 ZPC YEL SW RCH SCREW SP M OTOR BHW TOOTH M 1 7 L3 SCREW M ACHIN E M OTOR SW CH18AK M 1 7 L2 CHASSIS HOUSING ABS SR 0320 B CLAM PER ASSY DP 5 POM M AGNET DP 5 PULLEY GEAR POM M 90 44 M OTOR LOAD ASSY DP 5 BELT PULLEY CR T1 5 1D30 DP 5 SLIDER HOUSING DP 5 PBT 2002K TRAY DISC ABS GF VG4820 BLK DP 5 ASSY P U DECK DP 5 ASSY P U DECK 2LD DP 5 ASSY BRKT SUB SECC RUBBER M OTOR DP 5 SHAFT P U DP SUS420 2 0D3 L84 7 S FINISH 1 LD DVD 511 2 LD DVD 611 611B 615 WASHER SLIT D2 1 0D5 0 T0 5 POLYS M OTOR SPIN DLE ASSY DP 5 SPRING SPIN DLE SW PB CS P14 9 P10 7 CHASSIS SUB ABS SR 0320 BLK M OTOR FEED ASSY DP 5 PICK UP ASSY VALINO 1LD ASSY PICK UP S OH D2A ASSY PCB DECK VALINO DECK 1LD ASSY PCB DECK VALINO DECK 2LD CABL
71. 00084 R CHIP 4 7Kohm 5 1 16W DA TP 1608 RC6 2203 001052 C CERAM IC CHIP 0 56nF 10 50V XTR TP 160 RR50 2007 000084 R CHIP 4 7Kohm 5 1 16W DA TP 1608 2203 001640 C CERAM IC CHIP 0 39nF 1096 50V XTR TP 160 RR51 2007 000134 R CHIP 33Kohm 5 1 16W DA TP 1608 RC8 2203 000384 C CERAM IC CHIP 0 015nF 5 50V NPO TP 160 RR52 2007 000077 R CHIP 4700hm 5 1 16W DA TP 1608 RC9 2203 000257 C CERAM IC CHIP 10nF 10 50V XTR TP 1608 RR53 2007 000312 R CHIP 100HM 5 1 8W DA TP 3216 RD1 0401 000008 DIODE SWITCHING DAN217 80V 100mA SOT 23 RR57 2007 000090 R CHIP 10Kohm 5 1 16W DA TP 1608 RD2 0403 001079 DIODE ZENER UDZ3 9B 7 200M W SOD 323 TP RR58 2007 000092 R CHIP 15Kohm 5 1 16W DA TP 1608 RD3 0401 000008 DIODE SWITCHING DAN 217 80V 100mA SOT 23 RR59 2007 000082 R CHIP 3 3Kohm 5 1 16W DA TP 1608 RD6 0407 000114 DIODE ARRAY DAN 202K 80V 100mA CA2 3 50T RR6 2007 000092 R CHIP 15Kohm 5 1 L6W DA TP 1608 RELL 2401 000913 C AL 22uF 20 16V GPTP 5x11 5 RR62 2007 000084 R CHIP 4 7Kohm 5 1 16W DA TP 1608 RE12 2401 002144 C AL 47uF 20 16V GPTP 5x11 5 RR65 2007 000082 R CHIP 3 3Kohm 5 L 16W DA TP 1608 RE13 2401 000414 C AL 10uF 20 16V GP TP 4x7 5 RR68 2007 000130 R CHIP 39Kohm 5 1 16W DA TP 1608 2401 000913 C AL 22uF 20 16V GPTP 5x11 5 RR69 2007 000091 R CHIP 12Kohm 5 1 16W DA TP 1608 2401 002144 CALATUF 2096 16 GP TP 5x11 5 RR7 2007 000072 R CHIP 470hm 596 1 16W DA TP 1608 RE2 2401 000414 C AL 10uF 20 16
72. 000HM 5 1 8W AA TP 1 8X3 2M M PCNS1 AH39 00177A CONNECT WIRE 4 1 FRIOL 2001 000273 R CARBON 100KOHM 5 L 8W AA TP1 8X3 2 PCNS2 3711 000178 CONNECTOR HEADER 1WALL 2P 1R 3 96mm STRA FR102 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2 PCROLA 2002 000121 R COM POSITION 1M ohm 10 1 2W AA TP3 5x9 FR103 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2 PCS03 2201 000916 C CERAMIC DIS C 100pF 1096 400V Y 5U TP 10x FR104 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2 PCS31 2301 000381 C FILM PEF 10nF 5 50V TP 6 5x5 5x3mm 5m FR105 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2 PCS32 2203 000192 C CERAMIC CHIP 100nF 80 20 50V Y 5V TP FR106 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2 PDD35 0402 001195 DIODE RECTIFIER F1T4 400V 1 0A TS 1 7P FR11 2001 000281 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M PDFOL 0402 001196 DIODE RECTIFIER LT5 600V 1A TS 1 TP FR12 2001 000281 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M PDFI2 0402 001195 DIODE RECTIFIER F1T4 400V 1 0A TS 1 7P FR13 2001 000281 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M PDF13 0402 001195 DIODE RECTIFIER F1T4 400V 1 0A TS 1 TP FR16 2001 000027 R CARBON 1000HM 5 1 4W AA TP 2 4X6 4M M PDL51 0401 000101 DIODE SWITCHING 1N 4148 100V 200mA D0 35 2001 000027 R CARBON 1000HM 5 L 4W AA TP 2 4X6 4M M PDL52 0401 000101 DIODE SWITCHING 1N 4148 100V 200mA D0 35 FR18 2007 000493 2 2 5 1 10W DA TP 20
73. 001123 PICFI 1203 001802 PICS1 0604 000186 PICS2 14 120060 PICS3 1203 000122 PICS4 1203 001697 P P P C55 1203 001083 LFOL AC29 30050A 1501 AC29 30050C PLS31 AC27 12001N POWER 0601 001447 PQLS1 0504 000152 20152 0501 000442 PQLS3 0504 000152 PQLS4 0501 000442 20155 0501 000442 PQL56 0504 000152 PQL57 0504 000126 PQL58 0501 000303 20555 0504 000152 20556 0504 000128 20557 0501 000616 20558 0501 000616 PRD31 2007 000468 PRD32 2007 000931 PRF10 2006 000262 PRFIL 2001 000076 PRFI2 2001 000076 PREIS 2001 000076 PRF14 2001 000076 PREIS 2001 000096 PRFI6 2001 000938 PRFI7 2001 000591 PRF19 2001 000429 PRF20 2003 000105 PRL51 2001 000449 PRL52 2001 000290 PRL53 2001 000449 PRL54 2001 000290 PRL55 2001 000290 PRL56 2001 000449 PRL57 2001 000273 PRL58 2001 000449 11 2003 000273 PRS12 2003 000273 PRS31 2001 000440 PRS32 2007 000468 PRS33 2004 000869 PRS34 2004 000459 8 6 Description Specification Remark DIODE RECTIFIER 1N4004 400V 1A D0 41 TP C AL 82uF 20 400V GP BK 22x25 10 A C AL 33uF 20 35V GPTP 5x11 5 C AL 100uF 20 25V GPTP 6 3x11 5 CAL 100uF 2096 25V GPTP 6 3x11 5 C AL 1000uF 20 10V GP TP 10x12 5 5 C AL 1000uF 20 10V GP TP 10x12 5 5 C AL 47uF 20 50V W T TP6 3x11 2 5 C AL 470uF 20 10V GP TP8x11 5 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 47uF 20 16V GP TP 5x11 5 C AL LUF 20 50V GP 1P 4x7 5 C AL 100uF 20 25V GPTP 6 3x11 5 C AL 47uF 20 16V GPTP 5x11
74. 02042 2401 002144 2401 002144 2401 002042 2401 001969 2401 000302 2401 000414 2401 000414 1002 001213 AH14 10004R 3301 000353 3301 000353 2901 001125 1201 000163 0501 000341 0501 000341 0504 000128 0504 000156 0504 000118 0504 000118 0504 001003 2007 000267 2001 000258 2007 000468 2007 000468 2007 000468 2007 000468 2007 000221 2007 000221 2001 000258 2007 000766 2007 001247 2001 000515 2001 000290 2001 000515 2001 000515 2001 000429 2007 000468 2007 000468 2007 000468 2007 000468 2007 000468 2007 000221 2007 000221 2001 000290 Description Specification Remark ASSY ACK DVD 611 XEFJ ACK PCB DVD 611 611B 615 C CERAM IC CHIP 100nF 80 20 50V Y5V TP C FILM PEF 3 3N E596 100V TP7X10X4 5M C FILM PEF 3 3N F5 100V TP 7X10X4 5M C FILM PEF 1nF 596 50V TP 5x7x2 8mm 5mm C FILM PEF 1nF 596 50V TP 5x7x2 8mm 5mm C CERAM IC CHIP 100nF 480 206 50V Y5V TP C CERAMIC CHIP 10nF 10 5 C CERAMIC CHIP 10nF 10 5 C CERAM IC M LCAXIAL 100n C CERAM IC M LCAXIAL 100n C CERAM IC M LCAXIAL 100n Un Un OVXTRTP2012 OVXTRTP2012 F 80 20 50V Y5V 80 20 50V Y5V F 80 20 50V Y5V C FILM PEF 1nF 596 50V TP 5x7x2 8mm 5mm C FILM PEF 1nF 596 50V TP 5x7x2 8mm 5mm C CERAM IC CHIP 100nF 480 206 50V Y5V TP DIODE ARRAY DAN 202K 80V 100mA 2 3 507 DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE ARRAY DAP202K 80V 100mA CK2 3 SO
75. 030 2007 001201 2007 001201 2007 001166 2007 001166 2007 001166 2007 001166 2007 000981 2007 000290 2007 000686 2007 000029 2007 000029 2007 000029 2007 000029 2007 000468 3722 001375 3404 000160 2202 000205 2202 000791 2203 000260 2202 000851 2202 000231 2202 000791 Description Specification R CARBON 2 2KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 4700HM 5 1 4W AA TP2 4X6 4M M R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M M TRANS SWITCHING 100V 240V DEM VARISTOR 470V 4500A 17x12mm TP DIODE ZENER M TZ 5 1B 5 1V 4 94 5 2V 500m C CERAM IC CHIP 100nF 80 20 50V Y5V TP C CERAM IC CHIP 100nF 80 20 50V Y5V TP C CERAM IC CHIP 100nF 80 20 50V Y5V TP C CERAM IC CHIP 0 1nF 5 50V NPO TP 2012 C CERAM IC CHIP 0 1nF 5 50V N PO TP 2012 C CERAM IC CHIP 0 1nF 5 50V NPO TP 2012 C CERAM IC CHIP 0 1nF 5 50V N PO T 2012 DIODE ARRAY DAN202K 80V 100mA CA2 3 S0T DIODE ARRAY DAN202K 80V 100mA CA2 3 S0T DIODE ZENER M TZ6 2B 6 2V 5 96 6 27V 500m C AL 470uF20 10V GPTP C AL 22uF 20 16V GP TP5x11 5 C AL 470uF 20 10V GPTP C AL 22uF 20 16V GP TP5x11 5 C AL 470uF 20 10V GPTP C AL 22uF 20 16V GP TP5x11 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 470uF 20 10V GPTP 8x11 5 5 C AL 4 7uF 20 50V GPTP5x11 5 C AL 22uF 20 16V GPTP5x11 C AL 100uF 20 6 3V GP 6 3x11 5 C ANALOG M PLEXER M C14053BD SOP TAPE 16 C OP AM P 2267 S0P 8P 300M IL DUAL 6 7dB C VIDEO AM P 7660 SS0P 16P 173M IL 3 6DB
76. 0V TP 12x9x12 5 5 C CERAMIC DISC 0 22nF 5 M 33 CONNECT WIRE 04 co C CERAM IC DIS C 100pF 1096 400V Y 5U TP 0x C FILM PEF 10nF 5 50V TP 6 5x5 5x3mm 5m C CERAM IC CHIP 100nF 80 20 50V Y5V TP DIODE RECTIFIER F1T4 400V 1 0A TS 1 1P ODE RECTIFIER 1T5 600V 1A 1S 1 P ODE RECTIFIER F1T4 400V 1 0A 1S 1 1P ODE RECTIFIER F1T4 400V 1 0A 1S 1 1P ODE SWITCHING 1N4148 100V 200mA DO 35 ODE SWITCHING 1N4148 100V 200mA DO 35 ODE SWITCHING 1N4148 100V 200mA DO 35 ODE RECTIFIER 1T5 600V 1A 1S 1 7P ODE RECTIFIER 1T5 600V 1A 1S 1 P ODE RECTIFIER 1T5 600V 1A 1S 1 7P 0 0 0 0 0 0 0 0 PP Pb P P P P P DE RECTIFIER 1T5 600V 1A TS 1 TP DE RECTIFIER UF4007 1KV 1A D0 41 TP DE RECTIFIER F1T4 400V 1 0A TS 1 1P DE RECTIFIER UG2D 200V 2A D0 204AC TP DE SCHOTTKY SG45 45V 7500mA T0 220A B DE SCHOTTKY SG45 45V 7500mA T0 220A B DE RECTIFIER F1T4 400V 1 0A TS 1 1P DE SW ITCHING 1N4148 100V 200mA D0 35 KJ CJ CJ CJ C7 CJ XJ C7 C7 C7 CJ C7 CJ 8 5 Electrical Parts List Loc No Part No PDS52 0402 000132 PEFLO 2401 001682 PEFD2 2401 002608 PES31 2401 000302 PES32 2401 000302 PES33 2401 000118 PES34 2401 000118 PES35 2401 003046 PES36 2401 001353 PES37 2401 002042 PES51 2401 002144 PES52 2401 000598 PES53 2401 000302 PES54 2401 002144 PES56 2401 000302 PES57 2401 000302 PES58 2401 001353 PFDOL 3601
77. 1 002075 2401 002075 2401 000414 AH13 10030N 0801 002097 1003 001298 AH14 10004T 3301 000353 3301 000353 0504 000128 0504 000156 2007 000090 2007 000084 2007 000107 2007 001235 2007 000450 2007 000102 2007 000131 2007 000081 2007 000093 2007 000092 2007 000109 2007 000092 2007 000070 2007 000070 2007 000130 2007 000070 2007 000074 2007 000091 2007 000090 2007 000080 2007 000080 2007 000124 2007 000124 2007 000124 2007 000124 2007 000092 2007 000090 2007 000090 2007 000101 2007 000084 2007 000090 2007 000106 2007 000098 2007 000655 2007 000070 2007 001179 2007 000704 2007 000123 2007 000098 2007 000097 2007 000034 2007 000034 2007 000799 2007 000090 DIO DIO Description Specification C CERAM IC CHIP 100nF 10 16V XTR TP1608 C CERAM IC CHIP 100nF 10 L6V X7R TP 1608 C CERAM IC CHIP 220nF 480 2 C AL 4 7uF 20 50 5 11 5 C AL 4 7uF 20 50 5 11 5 C AL 4 7uF 20 50 5 11 5 C AL 10uF 20 16V GP TP 4x7 5 C A cc C R C R C R C R C R C R C R C CA CORE CORE TR D TR D R CH R CH R CH R CH R CH R CH R CH R CH R CH R CH R CH R CH R CH R CH 19 1 1 16W DA TP 1608 SIC KS 1452 QFP 80P DSSP IC OS LOGIC 7SETO8 AND GATE SOP5P 110 OTOR DRIVER KA3017 HQFP 48P 550M IL 1 PLEXER M C14053BD SOP TAPE 16 FERRITE BEAD AB 2 0x1 25x0 9mm FERRITE BEAD AB 2 0x1 25x0 9mm PN 200M W 22k 22K SO
78. 1 10W DA TP 2012 R CARBON 1 8KOHM 5 1 8W AA TP 1 8X3 2M R CHIP 3300HM 5 1 10 2012 R CHIP 910HM 5 1 10W DA TP2012 R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M M 1 5 1 10W DA Tp2012 1 5 1 10W DA Tp2012 1 5 1 10W DA Tp2012 1 5 1 10W DA Tp2012 R CHIP 1 2KOHM 5 1 10W DA TP 2012 R CHIP 1 2KOHM 5 1 10W DA TP 2012 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M TR SM ALL SIGNALKSCI623 LNPN 200mW SOT TR SMALL SIGNALKSC1623 LNPN 200mW SOT Remark DVD 511 8 7 Electrical Parts List Loc No Part No Description Specification Remark Loc No Part No Description Specification Remark AR38 2001 000515 R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M FR36 2001 000273 R CARBON 100KOHM 5 L 8W AA TP 1 8X3 2M AMO 2001 000429 R CARBON 1KOHM 5 1 8W AA TP1 8X3 2M FR37 2001 000273 R CARBON 100KOHM 5 L 8W AA TP 1 8X3 2M ARS 2001 000429 R CARBON 1KOHM 5 1 8W AA TP1 8X3 2M FR43 2001 000793 R CARBON 470HM 5
79. 10 Smooth the voltage converted to DC Refer to VIN of Fig 5 7 3 PLFO1 PLS01 PCF01 PCF02 PCD01 PCD03 PCS03 Noise removal at power input output 4 PVA1 SMPS protection at power surge input PVAT pattern open is to remove noise 5 PR10 Rush current limit resistance at the moment of power cord insertion Rush current AC input voltage x 1 414 Diode drop voltage Pattern resistance PLFO1 PLSO1 resistance PCD01 resistance PRF10 AC230V based approx 26A Without PRF10 the bridge diode might be damaged as the rush current increases 5 1 2 b SNUBBER Circuit PRS11 PRS12 PRD12 PCD12 PDS11 PCF11 1 Prevent residual high voltage at the terminals of Vswitch switch during switch off Suppress noise f Inverted power High inverted power occurs at switch off because of by leakage inductance gt the 1st winding of transformer LI xdi dt LI Leakage Induction A very high residual voltage exists on both terminals of PICF1 because dt is a very short gt 4 2 SNUBBER circuit protects PICF1 from damage through leakage voltage suppression by RC Charges the leakage voltage to PDS11 and PCF11 and discharges to PRS11 and PRS12 Toff 3 PCD12 PRD12 For noise removal Fig 5 7 5 1 2 c PICF1 Vcc circuit 1 PCD11 PCF12 PCF13 PCF14 PICF1 driving resistance PICF1 works through driving resistance at power cord in 2 PICF1 Vcc PDF13 PRF16 PEF12 Q
80. 12 PDL55 0401 000101 DIODE SWITCHING 1N 4148 100V 200mA 00 35 FR19 2001 000449 R CARBON 2 2KOHM 5 1 8W AA TP1 8X3 2M PDSO1 0402 001196 DIODE RECTIFIER 1T5 600V 1A TS TP FR20 2001 000449 R CARBON 2 2KOHM 596 1 8W AA TP 1 8X3 2M PDS02 0402 001196 DIODE RECTIFIER 1T5 600V 1A TS FR21 2001 000435 R CARBON 1M OHM 596 1 8W AA TP 1 8X3 2M M PDS03 0402 001196 DIODE RECTIFIER 1T5 600V 1A TS 1 TP FR24 2001 000281 R CARBON 1000HM 596 1 8W AA TP 1 8X3 2M M PDS04 0402 001196 DIODE RECTIFIER LT5 600V 1A TS 1 TP FR25 2007 000029 R CHIP QOHM 5 1 10W DA TP 2012 PDS11 0402 000276 DIODE RECTIFIER UFA007 1KV 1A DO 41 TP FR26 2001 000281 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M M PDS31 0402 001195 DIODE RECTIFIER F1T4 400V 1 0A TS 1 TP FR2S 2007 000029 R CHIP OOHM 5 1 LOW TP 2012 20532 0402 001194 DIODE RECTIFIER UG2D 200V 2A DO 204AC TP FR31 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2M PDS33 0404 001097 DIODE SCHOTTKY SG45 45V 7500mA T0 220A FR32 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2M PDS34 0404 001097 DIODE SCHOTTKY SG45 45V 7500mA T0 220A FR33 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2M PDS36 0402 001195 DIODE RECTIFIER F1T4 400V 1 0A TS 1 TP FR34 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2M PDS51 0401 000101 DIODE SW ITCHING 1N 4148 100V 200mA DO 35 FR35 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2M PDS52 0402 000132 DIODE RECTIFIER 1N4004 400V 1A DO 41 TP
81. 2 vec AGND AGND Id u PES34 5 A BVMT 1000u 10V PDD35 gt POF 13 A BVMT 7 t gt 1 4 a F174 PCFO1 B8MGND 8 BMGND 5 5 AGND S4 Q pi s F B 4100nF pesse S Blo C2328 os SEN A a 1 TO 100u 2e5v os PDS36 531 SVvC4710 RE a Q F1TA 1 o m GA p PCN1 ure ig 8 1 7 Zr Y E ii i PLFO1 RES Kol BE me 35 v nol Es isa 224 gt 19 x le E M u PICS5 ga 2 PRD32 AZ Ls Eg A T t 470 PC123 N 4 m ge PES58 in e amp E 470u 10v 9B Y Dx Y gt K a I 88 4 Be ER 9 amp 29 vw39e oev 92 mr PCS32 PRS32 is e NE DGND m K gt br PCDO2 x AE by PQL52 4 S S 2 2 5 um TO FROM ON OFF 1 ug um 4 PCDO3 oa FRONT A oy 2 2nF 082 A MICOM RBY pas ALBV PRLES 02 KSH2101 15 Ow gt 2 E Q TN au Ir 0 DAND aA PRECISION N Bist REFERENCE 12 2 Sansung Electronics 12 2 Main Micom Scherratic Diagrams g Q 2 MC 12 5D 103 MICS TC7SETOBF TO FROM SERVO OPSW CLSW FROM 2LD 1LD HF m o 2444 a NO o FROM aino 549 ew PRES ag n DGND DGND EVES a
82. 2 gt 5 gt ag MR4 10K zu DON e X o mis a 10K MUATONATTTNOONOFYXOH OUN I NYNNNOONOONMOONMEHATEFEFOOL MIC2 OOOOxxtCc xxc xx 2a00222252l 27 ASSA IA aor B i com MICS 1 Lj Wo4256AS 35 vss 5 a a eas TO EROM 2 A16 18 31 1 9 D p nu PA7 AN7 HA14 xe NI q PAGZAN5 3 A17 30 1 A14 VDD D N 4 1429 12 LIS Aa u 5 PAS ANS 5 13 28 HAZ 3 A13 RESET a a PA4 AN4 5 ABT HAG id P70 TIO INT1 PA3 AN3 ADTRG MALS 00 2322 5 AS P74 T04 PA2 AN2 8 11 55 HA4 6 41 P72 TOS INT2 PA1 AN1 HA P73 T14 INT3 PAO ANO 24 7 1 2 HA2 A10 P74 T05 vss DGND 25 55 1 S ves P75 TO7 INTA P52 HWA 7 21 HAO 788 PSO TIB INT5 T P51 wR HADO PS1 TISZINT5 M 1 P50 RD DG6 20 1 07 a DG5 19 HAD1 1 06 P92 T08 m P40 A0 Do4 18 Hane 1705 Pa3 T08 IMP95C265 Pai at DG3 17 1 04 PSA TIA INT7 P42 A2 P95 TIB INT8 P43 A3 9 5 PS6 TOA TOB PAA AA a 5 5 P00 00 3 PO1 D1 PA7 A7 gt i WENNS 203 03 1 9 DGND B 99 PO4 D4 P32 A10 Ss B N 205 055 O 010 x ID D mazoogrooumo 23 1t RFO TEE ROM AINA SASSSSSESSRSSQOSSRSSSSSSSESSS IU O 0 0 N ID UO S QD OO m 1D N 3 O S OAY DVD CD gt Q O c ci noe oe oe o gt QI OIL QI OI m m DGND agaanaaaaaax 2anaaanaaanann MC jalm LO
83. 2 AR24 AR26 AR28 AR29 AR30 AR31 AR32 AR33 AR35 AR36 Part No AH92 00338F 2203 000192 2301 000423 2301 000423 2301 000402 2301 000402 2203 000192 2203 000260 2203 000260 2202 002037 2202 002037 2202 002037 2301 000402 2301 000402 2203 000192 0407 000114 0401 000101 0401 000101 0407 000116 2401 002042 2401 000598 2401 002042 2401 002144 2401 002144 2401 002042 2401 001969 2401 000302 2401 000414 2401 000414 1002 001213 AH14 10004R 3301 000353 3301 000353 2901 001125 1201 000163 0501 000341 0501 000341 0504 000128 0504 000156 0504 000118 0504 000118 0504 001003 2007 000267 2001 000258 2007 000468 2007 000468 2007 000468 2007 000468 2007 000221 2007 000221 2001 000258 2007 000766 2007 001247 2001 000515 2001 000290 2001 000515 2001 000515 2001 000429 2007 000468 2007 000468 2007 000468 2007 000468 2007 000221 2007 000221 2001 000290 2001 000515 Electrical Parts List Description Specification ASSY PCB J ACK DVD 511 XEFJ ACK PCB C CERAM IC CHIP 100nF 80 20 50V Y5V TP C FILM PEF 3 3N F5 10V TD TX10X4 5M C FILM PEF 3 3N F5 100V TP 7X10X4 5M E Cn Un C FILM PEF 1nF 596 50V TP 5x7x2 8mm 5m C FILM PEF 1nF5 50V TP 5x7x2 8mm 5m C CERAM IC CHIP 100nF 480 2076 50V Y5V T C CERAM IC CHIP 10nF 10 50V X7R TP 2012 C CERAM IC CHIP 10nF 10 50V X7R TP 2012 C CERAM IC M LC AXIAL 100nF 80 2076 50V Y 5V C CERAM IC M LC AXIAL 100nF 80 2076 50V Y 5V C C
84. 254D CM OS 4M DRAM WE CASL CONTROL DATA IN BUFFER CASH IO0 NO 2 CLOCK 1015 GENERATOR DATA OUT BUFFER COLUMN ADDRESS BUFFER COLUMN DECODER DO D1 D2 D3 D4 D5 D6 512 REFRESH CONTROLLER SENSE AMPLIFIERS VO GATING 512x16 REFRESH COUNTER D7 Q 22 ROW 512 512 16 ADDRESS 28 512 MEMORY BUFFERS 9 NO 1CLOCK RAS GENERATOR 4 o Vcc lt O Vss 2 4 Samsung Electronics Reference Information PIN NO SYM TYPE DESCRITION 16 19 22 26 AO A8 Input Address Input 14 RAS Input Row Address Strobe 28 CASH Input Column Address Strobe Upper Byte Control 29 CASL Input Column Address Strobe Lower Byte Control 13 WE Input Write Enable 27 OE Input Output Enable 2 5 7 10 31 34 36 39 00 015 Input Output Data Input Output 1 6 20 Vcc Supply Power 5V 21 35 40 Vss Ground Ground 11 12 15 30 NC No Connect Samsung Electronics 2 5 Reference Information 2 1 4 MIC1 TM P95C265 Main Micom AND AN2 PAO PA2 ANS ADTRG AN4 AN7 PA4 PA7 VREFH VREFL AVCG AV55 DAOUTO 1 TxDO P80 RxDO P81 SCLKO CT50 P82 TxD1 P83 RxD1 P84 P85 P86 P87 P57 SCLK1 CT51 P85 TxD2 SCLK2 CT52 P57 T10 INT P70 TO1 P71 TO3 INT2 P72 T14 INT3 P73 TO5 P74 TO7 IN
85. 35P 1 25M C CERAM IC CHIP 100nF 10 STRAIGHT 16V XTR TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 10 C CERAM IC CHIP 10 C CERAM IC CHIP 10 C CERAMIC CHIP 0 3 C CERAM IC CHIP C CERAM IC CHIP 100nF 10 C CERAM IC CHIP C CERAM IC CHIP 1 C CERAM IC CHIP 1 C CERAM IC CHIP 1 C CERAM IC CHIP 1 F10 50V X7R TP 1608 F10 50V X7R TP 1608 F10 50V X7R TP 1608 9 10 S0V X7R TP 160 OnF 10 50V X7R TP 1608 00nF 10 16V X7R TP 1608 1076 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 OnF 10 50V X7R TP 1608 OnF 10 50V X7R TP 1608 OnF 10 50V X7R TP 1608 OnF 10 50V X7R TP 1608 CONNECTOR FPC FC PIC 40P 1 25mm STRAIGHT IC ASIC KS 1453 TQFP 128P DATA PRO IC DRAM 416C256 256KX16BIT SO 40P 400M IC CM OS LOGIC 7SET08 A R CHIP 3600 R CHIP 3600 R CHIP 3600 R CHIP 1000 R CHIP 3600 R CHIP 1000 R CHIP 1000 R CHIP 1M o R CHIP 3600hm 5 1 16W R CHIP 3600hm 5 1 16W 3 L 16W 19 1 16 5 1 16W 19 1 16W ENDE R CHIP 3600hm 5 1 16W R CHIP 3600 R NETW ORK 1000 R NETW ORK 1000 3 11 5 11 5 1 16W R CHIP Oohm 5 1 16W DA TP 1608 3 1 16W D GATE SOP5P 110 DA TP1608 DA TP1608 DA TP1608 DA TP 1608 DA TP 1608 DA TP1608 DA TP1608 DA TP1608 DA TP 1608 DA TP 1608 DA TP 1608 5 1 16W DA TP 1608 3 6
86. 3MW L CHIP 8P TP 5 63MW L CHIP SP TP C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CH C CERAM C CERAM P 10nf 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 P 10nf 10 50V X7R TP 1608 P 10nf 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 0 022nF5 50V NPO TP 160 C CERAM IC CHIP 0 018nF5 50V NPO TP 160 C CERAM IC CHIP 0 01 5 50VNPO TP 160 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 0 022nF 5 50V NPO TP 160 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 IC MICROCONTROLLER 95C265 16Bit LOFP 100 IC EPROM 27C081 1M X8BIT DIP 32P 600M IL 1 IC SRAM 681000 128Kx8BIT S OP 32P 525M IC EEPROM 24C021 256x8Bit SOP 8P 150M IL IC CM 05 LOGIC 7SETO8 A D GATE SOP5P 110 IC CM OS LOGIC 74HC32 0R GATE SOP 14P 150 IC CM OS LOGIC 7SETOO NAND GATE SOP 5P 63 SOCKET IC 32PDIPSN 2 54 R CHIP 10Kohm 5 1 16W DA TP 1608 DA TP 1608 R CHIP 1000hm 5 1 16W R CHIP 1000hm 5 1 16W 3 DA TP 1608 Remark COMMON Loc No R12 R14 R15 R2 R3 R4 R5 R6 R7 R8 R9 n PCI PC2 PC3 PC4 PCN1 PEL PE2 PE3 PE4 RCI RC10 RC11 RC12 RC13 RC14 RC16 RC17 RC2 RC20 RC21 RC22 RC23 RC24 RC25 RC26
87. 4 L76 MDATAB RESERVED 18H 091 0014 48 SD CLK 7535 77 ET HADDR2 184 4 vssa vssa 47 3wo13 ZH36 Lza so cL VAA I 1 HADDR1 us 5 092 DG13 46 DIS MAS I T z cL lt sEL HADDRO 2053 6 pa3 Da12 45 MADDAS NC 181 4 ZR37 M 42072 mog voco aa 4p 94 103 33 163 81 MADDRS RESERVED MDS 094 0911 43 82 vDpD 3 3 47 f 25 9 065 0910 42 2 T 83 vss vss 178 74a Nai 10 vssa 50 41 tpg MAB 10 84 MADDR7 VDD 3 31177 4K ool EE 11 DG6 40 MA7 AW 85 MADDRe RESERVED 17 Qa T DGND 121007 33 1D3 86 5 vDD 3 3 178 1 t 7 DOM 2673 103 175 vooa 3a 2275 I T 87 VDD 2 5 ERROA 174 CLK27D AM 4 MWE 14 LDGM N C RFUI37 DGM THAT VSTROBE 17 DTER 15 UDGM 36 S Gj maa 100 89 VEEGUEST 4 STROE 220 423 16 35 A So VDACK 174 BEGUEST E 17 HAS sa CIE 153 91 S0 cas DVD DATA7 CDG SCLK 4 sp ds1 18 cs 33 MAS ZSD Ha W 92 VDD 3 3 DVD DATA amp CDG SOS1 16 S DATAZ MA11 19 5A c Mt 93 vss DVD DATAB CDG VFSY 168 106 SDATAG Med 20 A10 AP AB 31 SD CSOR PACK 10 94 SD RAD VOD 3 3 16 M MAO MA7 95 SD cso vss SDATA5 1 2140 A7 B0 MAG ZSD cst SDATAA 22 1 29 mE Mast W 96
88. 404 000165 SWITCH TACT 12V 50mA 1609f 6x6mm SPST 17 2203 000192 C CERAM IC CHIP 100nF 80 20 50V Y5V TP FSW2 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST 18 2202 000231 C CERAM IC M LC AXIAL 330pF 10 50V Y 5P TP FSW4 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST VC19 2202 000791 C CERAM IC MLC AXIAL 150pF 10 50V Y 5P TP FSW5 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST VC21 2202 000205 C CERAM ICM LC AXIA L 22pF 5 50V SL TP 1 FSW 6 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST VC22 2202 000851 C CERAM IC M LC AXIAL 270PF 1096 50VY5P TP 2202 000851 C CERAMIC MLC AXIAL 270PF 10 50V Y 5P TP 701 AH92 00582A ASSY PCB KEY DVD 511 XAA KEY PCB DVD 511 2202 000231 C CERAM IC M LC AXIAL 330pF 10 50V Y 5P TP CON21 AH39 00180A CONNECT WIRE 61 VC5 2202 000791 C CERAM IC M LC AXIAL T50pF 1096 50 V Y 5P TP FSW1 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST VC6 2202 000205 C CERAM ICM LC AXIAL 22pF 5 50V SL TP 1 FSW2 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST VC8 2202 000851 C CERAM IC M LC AXIAL 270PF 1096 50VY5P TP FSW4 3404 000165 SWITCH TACT 12V 50mA 160gf 6x6mm SPST 2202 000231 C CERAM IC M LC AXIAL 330pF 1096 50V Y 5P TP FSW 5 3404 000165 SWITCH TACT12V 50mA 160gf 6x6mm SPST VES 2401 001353 C AL 470uF 20 10V GPTP8x11 5 5 FSW 6 3404 000165 SWITCH TACT 12V 50mA 1609f 6x6mm SPST VE6 2401 000913 CAL220F 2096 16V GPTP 5x11 5 VE 2401 001353 C AL 470UF 20 10V GP TP 8x11 5 5 H240 AH92 00609A ASSY
89. 444 WZZZZW ZZZZZ WuH SC 4 HAD2 TO FROM m TA d rura HADS MAIN 2921 HeH 3 ppo 38 668 8 o 12500005009 g DGND ADA MECOM AE 14 LDGM C AFU 37 DaM ere g g a 8 ie 8 sos HABE FED che 15 WE UDGM 36 soak 1 nace TRETE 16 CAS 35 ZCig 1j3 54 1 HDATAO 207 HADE EC 17 RAS 34 t H ss voo_3 1 20 MATL 18 cs 33 t 56 vss vss zce4 I 19 BA AS sal reum 57 MDATA2 vDD 3 3 204 1 1 103 HAB 10 20 A10 AP AB 31 MAS MDT 58 HDATA2 o 21 7 TS MDATA4 HDATA3 22 1 29 60 HDATAA 201 Z5 e 2 AB EB uae MDZ 61 MDATAS HDATAB ES 1215 7068 103 24 4 27 MD15 HBZ MDATA7 HDATAG 299 4 F 5 vpop 5 26 CTS 103 63 15 vss amp 4 voD 3 3 HDATA7 19 MD14 65 VSS RESERVED 198 T 1K Cid 103 SS MDATA14 RESERVED 1981 f 67 VDD 2 5 RESERVED 19477 ZC50 M013 sa vss RESERVED 193 103 Mo12 58 1 voD 3 31327 1215 DGND MD11 7 12 vss 191 ZCA8 mm 3 3D ZIE3 MD10 71 11 RESERVED 490 103 MoS Z2 MDATA10 VOD 2 5 ZA73 KM41651020BT ZCiB 103 73 MDATAS vss 18 ik ZC71 103 N I NOT Des 9 RESERVED 1877 MDO 1 vDD VSS 50 MD15 T 75 VSS m Gi RESERVED 18g 1 f MDT 2 060 DG15 49 Me H ZH3
90. 5 1 8W AA TP 1 8X3 2M M DR4 2001 000405 R CARBON 1800HM 5 1 8W AA TP1 8X3 2M M VR10S 2001 001006 R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M DR5 2001 000405 R CARBON 1800HM 5 1 8W AA TP 1 8X3 2M M 2001 000969 R CARBON 750HM 5 1 8W AA TP 1 8X3 2M M DR6 2001 000290 R CARBON 10KOHM 5 1 8 1 8 3 2 M VR12 2001 000969 R CARBON 750HM 5 1 8W AA TP 1 8X3 2M M DR 2001 000515 R CARBON 2200HM 5 118W AA TP 1 8X3 2M M VR121 2001 000515 R CARBON 2200HM 5 L 8W AA TP 1 8X3 2M M SW1 3409 001045 SWITCH DETECTOR 30V 0 1A 1 36gf VR122 2007 000572 R CHIP 2200HM 5 1 10W DA TP 2012 SW2 3409 001045 SWITCH DETECTOR 30V 0 1A 1 36gf VR123 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M M SW2 3409 000176 SWITCH DETECTOR 30Vdc 100mA S PST VR7 2001 001006 R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M SW3 3408 000227 SWITCH SLIDE 30V 300mA DPDT VR8 2001 001006 R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M VR9 2001 001006 R CARBON 820HM 5 1 8W AA TP 1 8X3 2M M H240 AH92 00608A ASSY PCB DECK DVD 611 XAA VALINO DECK 1L DVD 511 VSW1 AH34 00010A SWITCH SLIDE 50V DC 100M OHM CN1 3708 001084 CONNECTOR FPC FC PIC 40P1 25mm ANGLE SN CN2 3708 001494 CONNECTOR FPC FC PIC 20P 1mm SM D A SN CN3 3708 001492 CONNECTOR FPC FC PIC 11P 1mm ANGLE SN DC1 2202 000797 C CERAMIC MLC AXIAL 10N F30 16V Y5S TP 2202 000797 C CERAM IC M LC AXIAL 10N F30 16V Y5S TP DC4 2202 000797 C CERAMIC MLC AXIAL 10N F30 16V Y5S T
91. 5 CAL 100uF 2096 25V GPTP 6 3x11 5 CAL 100uF 20 25V GPTP 6 3x11 5 C AL 470uF 20 10V GP TP 8x11 5 5 FUSE CARTRIDGE 250V 1 6A TIM E LAG CERAM I C PWM CONTROLLER STR G6551 T0 220F5P PHOTO COUPLER TR 200mW DIP 4 ST CKA4312T0 92 TAPING C NEGA FIXED REG 7908 T0 220 3P PLAS C VOLTAGE REGULATOR 78R08 T0 220 4P P C VOLTAGE REGULATOR 3RF23 T0 202 4P 12 FILTER LINE NOISE 400UH 250V FILTER LINE NOISE 25M H 0 35A AC250V BS COIL CHOKE 10UH 15 RA K 30 080 150KHZ LED ROUND RED 3 1mm 650n TR DIGITAL KSR2101 PNP 200M W 4 7K 4 7K S TR SMALL SIGNAL KTC3203 Y N PN 400M W T0 9 TR DIGITAL KSR2101 PNP 200M W 4 7K 4 K S L KTC3203 Y N PN 400M W 10 9 L KTC3203 Y N PN 400M W 10 9 01 PNP 200M W 4 7K 4 7K S O1 NPN 200M W 4 7K 4 7K S LKSA733 PNP 250mW T0 92 T OL PNP 2OOMW A TK A TKS 200M W 22K 22K 50T 23 TP L KSC2328A Y NPN 1W T0 92L L KSC2328A Y NPN 1W T0 92L R CHIP KOHM 5 1 10W DA TP 2012 R CHIP 4700HM 5 1 10W DA TP 2012 R CEM ENT 2 70hm 10 2W CB TP 7 5x11x20 R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON S 1M OHM 5 1 2W AA TP 2 4X6 4M R CARBON 680HM 5 1 8W AA TP 1 8X3 2M R CARBON 3 3KOHM 5 1 8W AA TP1 8X3 2 R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R M ETAL OXIDE 0 33ohm 596 2W AD TP 6x16m R CARBON 2 2KOHM 596 1 8W AA TP 1 8X3 2 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M
92. 554 Description C CERAM IC CHIP 0 018 C CERAM IC CHIP 0 022 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 Specification C AL 10uF 20 16V GP TP 4x7 5 C AL 10uF 20 16V GP TP 4x7 5 C AL 47uF 20 16V GP TP 5x11 5 C AL 10uF 20 16V GP TP 4x7 5 C AL 10uF 20 16V GP TP 4x7 5 DIODE RECT NDUCTOR S CORE FERRIT NDUCTOR S CORE FERRIT CORE FERRIT CORE FERRIT CORE FERRIT R CHIP 750 R CHIP 1000 R CHIP 1000 R CHIP 1000 R CHIP 1Ko R CHIP 4 7Ko R CHIP 4 7Ko C DECODER ZI D 10uH 10 3 2x2 5x2 2mm D 10uH 10 3 2x2 5x2 2mm BEAD AB 2 0x1 25x0 9mm 1 1 16W DA TP 1608 3 1 16W DA TP 1608 3 L 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 9 1 16W DA TP 1608 3 1 16W DA TP 1608 R CHIP 1Ko R NETW ORK R NETW ORK R NETW ORK R NETW ORK R CHIP 330 R CHIP Oohm R CHIP 330 R CHIP 1000 R CHIP 1Ko R CHIP 0ohm R CHIP 0ohm R CHIP 0ohm R NETWORK R CHIP 1Ko R CHIP 750 R CHIP 750 R CHIP 750 R CHIP 750 5 1 16W DA TP 1608 330hm 5 63mMW L CHIP 8P TP 330hm 5 63mMW L CHIP 8P TP 330hm 5 63mMW L CHIP 8P TP 330hm 5 63mW L CHIP 8P TP 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 m 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 50V NPO TP 160 5 50V NPO TP 160 VA4 1 QFP 208P 1100M
93. 7 000033 R CHIP OOHM 5 1 8W DA TP 3216 FD 0401 000101 DIODE SW ITCHING 1N 4148 100V 200mA D0 35 P91 2008 000141 R FUSIBLE 2 20hm 5 1 4W AA TP 2 6x6 7 mm FD8 0401 000101 DIODE SWITCHING 1N4148 100V 200mA DO 35 PBD11 3301 000297 CORE FERRITE BEAD AA 3 6x1 2x5 7mm 1400 FD9 0403 000551 DIODE ZEN ER M TZ3 98 3 9V 3 89 4 16V 500m PBF11 3301 000297 CORE FERRITE BEAD AA 3 6x1 2x5 7mm 1400 FEL 2401 000922 C AL 22uF 20 16V GP TP 5x5 5 PBSO1 3301 000297 CORE FERRITE BEAD AA 3 6x1 2x5 7mm 1400 FEI2 2401 001475 C AL 47uF 20 LOV GP TP 6 3x5 5mm 001 2201 000916 C CERAMIC DISC 100pF 10 400V Y SU TP 10x A FE 2401 002144 CALATUF 2096 16 GP TP 5x11 5 PCD02 2201 000812 C CERAMIC DISC 2 2nF 20 400V Y 5U BK 12 A FEB 2401 001507 C AL 47UF 20 16V GP TP 6 3x5 5 PCD03 2201 000812 C CERAMIC DISC 2 2nF 20 400V Y 5U BK 12 A AH09 00034A IC M ICOM LC866232A SANYO 100PIN PCD12 2201 000129 C CERAMIC DIS CO 1nF 1096 1kV Y5P TP 7x4 A FIC2 1203 001252 IC VOL DETECTOR 7545 T0 92 3P PLASTIC PCFOL 2305 001021 C FILM MPEF 100nF 20 275V TP17 5x7x13 FICA AH59 00010A MODULE REM OCON 37 9KHZ 940NM PCFO2 2305 001021 C FILM MPEF 100nF 20 275V TP 17 5x7x13 A FL2 2101 000114 INDUCTOR AXIAL 10uH 10 2 5x3 4 PCFII 2305 001029 C FILM M PEF 10nF 10 630V TP12x9x12 5 5 FRI 2001 000273 R CARBON 100KOHM 5 1 8W AA TP1 8X3 2 PCF13 2201 000376 C CERAMIC DISC 0 22nF 5 50V SL TP 6 3x3 FR10 2001 000281 R CARBON 1
94. 7 5 L 47uF 20 16V GP TP 5x11 5 L 100uF 20 16V GP TP 6 3x7 5 C AL 22uF 20 16V GPTP SX11 C AL 47uF 20 16V GPTP 5x11 5 Loc No 871 873 874 875 876 SR77 880 881 882 883 884 585 89 5 1 Part No 2007 000090 2007 000090 2007 000090 2007 000092 2007 000616 2007 001179 2007 000074 2007 000074 2007 000074 2007 000074 2007 000070 2007 000074 2007 000084 2801 000261 2104 001068 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 005148 2203 000257 2203 005148 2203 000257 2203 000257 2203 000626 2203 000257 2203 000257 2203 000257 2203 001652 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000626 2203 000257 2203 000257 2203 000440 2203 005148 2203 000626 2203 000681 2007 000070 2203 000681 2203 000626 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 1 33 86 5 L P100 P 0 022 P 0 027 P0 027 P 0 022 Description Specification 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP1608 5 1 16W DA TP1608 3 1 16W DA TP 1608 1 16W DA
95. 8 RR37 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 57 2203 005148 C CERAMIC CHIP 100nF 1076 16V X7R TP 1608 RR38 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 658 2203 005148 C CERAMIC CHIP 100nF 10 16V XTR TP 1608 RR39 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 659 2203 005148 C CERAMIC CHIP 100nF 1076 16V X7R TP 1608 RR4 2007 000090 R CHIP 10Kohm 5 1 16W DA TP 1608 SC6 2203 005148 C CERAM IC CHIP 100nF 1096 16V X7R TP 1608 RR40 2007 000655 R CHIP 27Kohm 5 1 16W DA TP 1608 660 2203 005148 C CERAMIC CHIP 100nF 10 16V X7R TP 1608 RR41 2007 000708 R CHIP 3 9Kohm 1 1 16W DA TP 1608 SC61 2203 005148 C CERAMIC CHIP 100nF 10 16V X7R TP 1608 RR43 2007 000090 R CHIP 10Kohm 5 1 16W DA TP 1608 62 2203 005148 C CERAMIC CHIP 100nF 1076 16V X7R TP 1608 RR44 2007 000090 R CHIP 10Kohm 5 1 16W DA TP 1608 SC64 2203 000626 C CERAM IC CHIP 0 022nF 56 50V NPO TP 160 RR45 2007 000090 R CHIP 10Kohm 5 1 16W DA TP 1608 SC65 2203 000626 C CERAMIC CHIP 0 022nF 5 50V NPO TP 160 RR46 2007 000084 R CHIP 4 7Kohm 5 1 16W DA TP 1608 SC66 2203 000257 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 8 2 Samsung Electronics Loc No SC68 sq 509 502 03 SE SE SE 5B 5653 SEM SE55 SE56 5 63 SICL 63 SIC4 S 5 Samsung Electronics Part No 2203 005148 2203 005148 2203 000560 0407 000114 0407 000114 2401 002165 2401 002144 2401 002165 2401 000913 2401 002144 2401 002075 240
96. A 6 Sy dq3Ad3s3u 481 SOTVNV A NEE 6 aNnou5 SS vv Age dq3Au3s3u 984 SOTVNV A NOISAAD 651 svo as 16 97 AGE 0Old v Age 981 DOWNY OdqlA SSA 851 AGE IMN 06 dq3Ada3sau ev nee 781 SOTvNVv Ovd SSA ZEL AGE vHaavw 68 AGE est o 1o uuoO ON ON ger aNNOY9 SSA 88 AGE q3Ad3s3u Ov 81 DOWNY AEE O3GI SEL 2 18 AGE q3Ad3s3u 65 1oeuuoo ON ON 181 A nee SHaaviw 98 lt 85 1oeuuoo ON ON 081 SOTVNVAE E 9u s SgAo ee nee 9 58 ANNOYS SSA Ze 1oeuuoo ON ON 6 1 QNO DOWNY SSA ZEL nee ZYY v8 9 aNnou5 SSA 8 1 AND SOTVNV SSA LEL qNnotus SSA 58 q3Ad3s3au se LL ON ON 01 Age ee GGA 28 AGE dq3Ad3s3u ve GNNOYO Ga3NY3SIY 944 aNnnowd SSA 621 AGE ig lt 55 AGE ge 5 1 81 Att euaavw 08 AGE ze I nee oarva 21 Age 138X70 62 SS Le AGE AGOWLSA 4 Age og va 921 12 45 8 on ONASH 05 Age 1S3nO03HA 211 on nee NOX va SZL OG p on ONASA 6c MOVGA aunou5 SSA vel on NEE svLvan 94 Age V1VQA 82 MIOS
97. A7 A6 A5 A4 A3 A2 A1 1 01 o2 1 03 Samsung Electronics TOP VIEW 10 28 2 27 3 26 4 25 5 24 6 23 28 pin 22 8 DIP 21 9 20 10 19 11 18 VDD z Vss BLOCK DIAGRAM A0 14 7 DECODER CORE ARRAY CONTROL DATA WE A13 A8 A9 A11 OE A10 CS 1 08 1 07 1 06 1 05 1 04 Reference Information SYMBOL DESCRIPTION AO A14 Address Inputs 1 08 Data Inputs Outputs CS Chip Select Input WE Write Enable Input OE Output Enable Input V DD Power Supply VSS Ground 2 9 Reference Information 2 1 7 FIC1 LC86P 6232 Front Micom 128 bytes VFD Controller High Voltage Output 2 10 Interrupt Control Stand by Control gt 1 019 1 Clock RC Generator X tal Base Timer Bus Interface gt SIO 0 Port 1 SIO 1 Port 7 Timer 0 BUS Port 8 Timer 1 Port 2 ADC Port 3 INTO 3 Port 4 Noise Filter Port 5 Real Time PWM 1 Service XRAM BUS 4 IR PLA 4 ROM gt PC d P ACC lt gt gt C Reg
98. D 24 HWi DvDPD 22 cc a 24 OQ W 25 AW vcc GND W 25 AW Bs V 25 FV TO FRO V seluv vec T 37 FU PICK UP U 27 U axe 180 W CN3 oe 28 v 180 U 29 W oe 180 U es W T ANN UT 730 u 1 30 U W 5 31 W 5 w U STs Wt 3 w 32 HV4 W 3 Wt 4 32 nuv V GND SS1GND E V EB 33 c6ND V 5 y 34 TMT V 5 Y A 34 TM lt U 6 35 U 7 E Dag CLSW 36 CLSW U 7 Eb ve CLSW SSICLEW ae OPSW _Sropsm al 37 OPSW Eee 38 172LD S NIE LIMITS V 10 GND vec 39 SLEDT V V 8 SLEDE 3S SLED m 11 SLED io SLED 115 W SLED 10 SLED VCC TO FROM LO P PON TO FRO TO FROM SINDLE SINDLE MOTOR DUPS DR1 DR6 MOTOR Qv DY JUMPER 10K 10K TO Lo TO ML SW1 wi 2LD 1LD OPEN 2LD 11LD OPE TEN OPSW GND swe TO CLOSE TO Me Ese TRAY m EST TRAY TM MOTOR o MOT d CLSW a GND GND S ED TO _ S EDT SLED m SLE SLE r SLED MOTOR MOTOR Se 12 12 Sansung Electronics Scherratic Dagans 2 12 1 18H 24H 30H35 H42 12 26005 60 69 62 G8 90 09 6 65 G3 G9 0 9 G9 G3
99. Description Specification R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CHIP IKOHM 5 1 10W DA Tp2012 R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M R CARBON 1 5KOHM 5 1 8W AA TP1 8X3 2 R CARBON 1000HM 5 1 8W AA TP 1 8X3 2M R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R CHIP 1 8KOHM 5 1 10W DA TP 2012 ACK RCA 3P 3 2mm NI BLK J ACK RCA 1P 3 2mm NI BLK CONNECTOR OPTICAL PLUG SM 4 4 2 0M M DIODE ZENER M TZ3 9B 3 9V 3 89 4 16V 500m PIC 35P 1 25M M STRAIGHT CABLE FLAT 30V 30t0 80C 80mm vid 25mm CONNECTOR FPC FC CONNECT WIRE 7 826 77 C CERAM ICM LC AXIAL 10 E TP C CERAM ICM LC AXIAL 1ONF 30 16V Y5S TP C CERAM ICM LC AXIAL 1ONF 30 16 55 TP C CERAM IC CHIP 1nF 10 50V X7R TP 2012 C CERAM ICM LC AXIAL 015N F5 50V SL TP C CERAM ICM LC AXIAL 015N F5 S0V SL TP C CERAM ICM LC AXIAL 1ONF 30 L6V 5S TP C CERAM ICM LC AXIAL 1ONF 30 16 55 TP C CERAM ICM LC AXIAL 100nF 80 2096 50V Y 5V DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE ZENER M TZ3 9 3 9V 3 89 4 16V 500m C AL 22uF 2
100. E UNDER TEST TEST ALL EXPOSED M ETER SURFACES 2 W IRE CORD ALSO TEST WITH PLUG REVERSED USING AC ADAPTER PLUG AS REQUIRED EARTH GROUND Fig 1 1 AC Leakage Test 4 Insulation Resistance Test Cold Check 1 Unplug the power supply cord and connect a jumper wire between the two prongs of the plug 2 Turn on the power switch of the instrument 3 Measure the resistance with an ohmmeter between the jumpered AC plug and all exposed metallic cabinet parts on the instrument such as screwheads antenna control shafts handle brackets etc When an exposed metallic part has a return path to the chassis the reading should be between 1 and 5 2 megohm When there is no return path to the chas sis the reading must be infinite If the reading is not within the limits specified there is the possibil ity of a shock hazard and the instrument must be re pared and rechecked before it is returned to the customer See Fig 1 2 Antenna Terminal Exposed M elal Part anm ohmmeter Fig 1 2 Insulation Resistance Test 1 1 2 3 4 1 2 cautions Read and comply with all caution and safety re lated notes non or inside the cabinet or on the chas sis Design Alteration Warning Do not alter of add to the mechanical or electrical design of this instru ment Design alterations and additions including but not limited to circuit modifications and the a
101. E FLAT 30V 30to 80C 80mm 40P 1 25mm 1 LD DVD 511 2 LD DVD 611 611B 615 1 LD DVD 511 2 LD DVD 611 611B 615 7 1 Exploded Views and Parts List MEMO 1 8 Samsung Electronics 8 Electrical Parts List Loc No 601 CN8 DQ DC10 DC12 DC13 DC14 DC15 DC16 DC2 DC23 DC24 DC3 DC4 DC5 DC7 DCN1 DIC DIC DIC3 DRI DRI6 0817 0818 0819 DR2 DR20 DR21 DR22 DR3 DR4 085 DR 089 s C10 12 C13 Cu C C 15 16 C17 Q 3 a C C6 C C8 C9 Cl Q 3 a C C6 C7 C8A R10 R11 Samsung Electronics Part No AH92 00337K 3708 001364 2203 005148 2203 000257 2203 000257 2203 000257 2203 000257 2203 001640 2203 000257 2203 005148 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 3708 001085 AH13 10030P 1105 001233 0801 002097 2007 000799 2007 000799 2007 000799 2007 000070 2007 000074 2007 000799 2007 000074 2007 000074 2007 000109 2007 000799 2007 000799 2007 000799 2007 000799 2011 000816 2011 000816 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000257 2203 000626 2203 000426 2203 000426 2203 000257 2203 000626 2203 000257 2203 000257 0903 001185 1102 001090 1106 000401 1103 001204 0801 002097 0801 000411 0801 002517 3704 000472 2007 000090 2007 000074 2007 000074 Description Specification ASSY PCB MAIN DVD 511 XEEMAIN PCB CONN ECTOR FPC FC PIC
102. ERAM IC M LC AXIAL 100nF 80 2076 50V Y 5V C FILM PEF 1nF 596 50V TP 5x7x2 8mm 5mm C FILM PEF 1nF 596 S0V TP 5x7x2 8mm 5mm C CERAM IC CHIP 100nF 480 2076 50V Y5V TP DIODE ARRAY DAN202K 80V 100mA CA2 3 SOT DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE SW ITCHING 1N4148 100V 200mA D0 35 DIODE ARRAY DAP202K 80V 100mA CK2 3 S0T C AL 220uF 20 10V GP TP6 3x11 5 C AL 1uF 20 50 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 47uF 20 16V GP TP5x11 5 C AL 47uF 20 16V GP TP5x11 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 470uF 20 25V GPTP 10x12 5 5 CAL 1002096 25V GPTP 6 3x11 5 C AL 10uF 20 16V GRTP AX7 5 C AL 10uF 20 16V GPTP 4x7 5 IC D A CONVERTER AK4393VE 24BIT SOP 28P ICM 74HCUO4 SOPTAPE 14 CORE FERRITE BEAD AB 2 0x1 25x0 9mm CORE FERRITE BEAD AB 2 0x1 25x0 9mm FILTER EM ON BOARD 50V 0 5A 220pF 7x2 C OP AM P 4560 SOP 8P 173M IL DUAL 100V m non gt 1 L3 TR DIGITAL NPN 200M W 22K 22K 50T 23 TP TR DIGITAL DTAT24EKA PN 200mW 22K 22K TR DIGITAL KSR1003 NPN 300M W 22K 22K TO TR DIGITAL KSR1003 NPN 300M W 22K 22K TO TR DIGITAL KSR2003 PNP 300M W 22K 22K TO R CHIP 1 8KOHM 5 1 10W DA TP 2012 R CARBON 1 8KOHM 5 1 8W AA TP 1 8X3 2M 1 5 1 10W DA TP2012 1 5 1 10W DA Tp2012 R CHIPLLKOHM 5 1 10W DA TP 2012 R CHIP IKOHM 5 1 L0W DA TP 2012 R CHIP 1 2KOHM 5 1 10W DA TP 2012 R CHIP L 2KOHM 5
103. ES SCE6 Sci 04 06 501 sci scil sci 6015 6016 56018 603 607 608 SCRI SCRI SCR19 SCR20 SCR23 SCR24 SCR25 SCR35 SCR36 SCR37 SCRA SCR46 SCR SCR60 SCR6I SCR63 SCR65 SCR76 sl SW1 1 VC106 Part No 2001 000449 2001 000062 2001 000429 26 00001 1405 000186 0403 000717 2203 000444 2203 000192 2203 000192 2203 000192 2203 000239 2203 000239 2203 000239 2203 000239 0407 000114 0407 000114 0403 000297 2401 001479 2401 000913 2401 001479 2401 000913 2401 001479 2401 000913 2401 002042 2401 001353 2401 002075 2401 000913 2401 000369 AH14 10004T 1201 001063 1201 001419 3722 001359 2701 000181 3301 000353 2701 000181 0504 000156 0504 000128 0504 000128 0504 000128 0501 000314 0504 000128 2001 000734 2001 000969 2007 000030 2007 000030 2007 001201 2007 001201 2007 001166 2007 001166 2007 001166 2007 001166 2007 000981 2007 000290 2007 000686 2007 000029 2007 000029 2007 000029 2007 000029 2007 000468 3722 001375 3404 000160 2202 000205 2202 000791 2203 000260 2202 000851 2202 000231 Electrical Parts List Description Specification R CARBON 2 2KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 4700HM 5 1 4W AA TP2 4X6 4M M R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2M M TRANS SWITCHING 100V 240V DEM CO EE VARISTOR 470V 4500A 17x12mm TP DIODE ZENER M TZ 5 1B 5 1V 4 94 5 2V 500m C CERAM IC CHIP 1nF 10
104. ETAL OXIDE 1000HM 5 2W AE TP 6X16M M 1 5 1 L0W DA TP 2012 R CHIP 4700HM 5 1 LOW DA TP 2012 R CEM ENT 2 7ohm 10 2W CB TP 7 5x11x20 R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON 47KOHM 5 1 4W AA TP 2 4X6 4M M R CARBON S 1M OHM 5 1 2W AA TP 2 4X6 4M R CARBON 680HM 5 1 8W AA TP 1 8X3 2M R CARBON 3 3KOHM 5 1 8W AA TP1 8X3 2 R CARBON 1KOHM 596 1 8W AA TP 1 8X3 2M R M ETAL OXIDE 0 330hm 5 2W AD TP 6x16m R CARBON 2 2KOHM 5 1 8W AA TP 1 8X3 2 R CARBON LOKOHM 5 1 8W AA TP 1 8X3 2M M R CARBON 2 2KOHM 5 1 8W AA TP1 8X3 2 R CARBON LOKOHM 5 1 8W AA TP 1 8X3 2M R CARBON LOKOHM 5 1 8W AA TP 1 8X3 2M R CARBON 2 2KOHM 5 1 8W AA TP1 8X3 2 R CARBON 100KOHM 5 1 8W AA TP 1 8X3 2M R CARBON 2 2KOHM 5 1 8W AA TP1 8X3 2 R METAL OXIDE S 33Kohm 5 2W AF TP3 9x R METAL OXIDE S 33Kohm 5 2W AFTR3 9x R CARBON OHM 5 1 8W AA TP 1 8X3 2M M R CHIP IKOHM 5 1 L0W DA TP 2012 R METAL 3Kohm 1 1 8W AA TP 1 8X3 2mm R METAL2 2K ohm 1 1 8W AA TP 1 8x3 2m Gm Remark P P P P P Loc No PRS54 PRS55 PRS56 27551 SCC100 scc11 scan sccl4 SCC3 SCC 5007 5008 601 603 604 SCEL SCEI SCE SCEI SCE4 SC
105. F 20 50V GPTP5x11 5 3809 001180 CABLE FLAT 30V 30to 80C 80mm 35P 1 25mm HOP2 1201 000163 IC OP AM P 4560 S0P 8P 173M IL DUAL 100V m CN3 AH39 00179A CONNECT WIRE 6 1 2007 000282 R CHIP 100KOHM 5 1 10W DA TP 2012 FC10 2202 000797 C CERAM ICM LC AXIAL 10N F30 16V Y5S TP HR15 2001 000515 R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M FC14 2202 000797 C CERAMIC M LC AXIAL 10N F30 16V Y5S TP HRI6 2001 000515 R CARBON 2200HM 5 1 8W AA TP1 8X3 2M M 2202 000797 C CERAM IC M LC AXIAL 1ON F 30 16V Y5S TP HR9 2007 000282 R CHIP 100KOHM 5 1 10W DA TP2012 16 2203 000444 C CERAM IC CHIP 1nF 10 50V X7R TP 2012 P266 2007 000033 R CHIP OOHM 5 1 8W DA TP 3216 FC2 2202 000162 C CERAM IC M LC AXIAL 015N F5 50V SL TP P281 2007 000033 R CHIP OOHM 5 1 8W 3216 FC3 2202 000162 C CERAM ICM LC AXIAL 015N F5 50V SL TP P347 2008 000141 R FUSIBLE 2 20hm 5 1 4W AA TP 2 6x6 7mm FC4A 2203 000260 C CERAM IC CHIP 10nF 10 50V X7R TP 2012 P383 2001 000780 R CARBON 4700HM 5 1 8W AA TP 1 8X3 2M M FC6 2202 000797 C CERAM IC M LC AXIAL 1ON F 30 16V Y5S TP P385 2007 000033 R CHIP OOHM 5 1 8W DA TP 3216 FC 2202 002037 C CERAM ICM LC AXIAL 100nF 80 2096 50V Y5V P58 2701 000114 INDUCTOR AXIAL 10uH 10 2 5x3 4mm FD10 0401 000101 DIODE SWITCHING 1N4148 100V 200mA DO 35 P80 2007 000033 R CHIP OOHM 5 1 8W DA TP 3216 FD6 0401 000101 DIODE SWITCHING 1N4148 100V 200mA DO 35 P81 200
106. GND PDI XD IPD Seed ONDIPD S GRD IPOD T Dei ge o GNO COLD o GND1BODY corp yee 031 ve o 021 DvDLD VREF DVD p9 GND DVDLD 2 9 DC5 o De ee S a D Hu D HV a m euo 055 al DORS vec Vec 2 2 2 2 u 9 OF HU D HVS O CNO cN2 NS D MS unngnuses 52 DESSEN z 0 Em S os ail Opry wy pp2 1 m o JEO O 1 1 1 LIMITSW Ts LIMITSt DVD LD SHORT 8 8 6 o AN SES p 8 CLSW S Sun E OPEN TM 2 3 0 0 0 0 OMA o a 99 pes o 9 e LACK o o 1LD 2LD SEL Ga 0 C D 10 4 Sansung Hedronics Sansung Hectronics CN1 DGND IEC958 DGNO DA LACK DA DATAD DA BCK AGND DA XCK AGND DA DATA1 DA DATAO AGND AGND AGND AD MICL AGND AD CVBS AGND V 5 AGND V Y B U AGND V C H V AGND V DGND DGND RRO MAST SRO TXD AXD SCLK PENS 1 3 3D DGND 50 AGND 8v ISND i ro ui s jojo i o fo NO o Jw o a DGND 1 DGND DA LRCK DA DATA2
107. IL PLAS C DRAM 3617161 16BIT TSOP50P 7NS 3 C DRAM 3617161 16BIT TSOP50P 7NS 3 74HCU04 SOPTAPE 14 FIER 1SR154 400 400V 1A PSM E BEAD AB 2 0x1 25x0 9mm BEAD AB 2 0x1 25x0 9mm E BEAD AB 2 0x1 25x0 9mm E BEAD AB 2 0x1 25x0 9mm E Remark 1000hm 5 63mW L CHIP 8P TP R CHIP 1 18KOHM 1 1 10W DA TP 2012 R CHIP 3600 R CHIP 1Ko R CHIP 1Ko R CHIP 1Ko R CHIP 1M o R CHIP 0ohm R CHIP 1000 R CHIP 1000 R CHIP 1000 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 3 1 1 160 3 1 1 160 3 1 1 160 CRYSTAL U 27M Hz 10ppm 28 AAM 12pF 400 Loc No 602 10 ACI3 AC15 AC201 AC202 AC203 AC4 AC6 AG AQ AD51 054 055 AD60 17 AE21 AE22 ABB 1 AES2 AEG AES AD Al201 0 1 01 03 051 052 055 056 057 ARI ARM ARIS ARI6 ARI ARI8 ARI AR2 AR201 AR202 AR203 ARD AR22 AR24 AR26 AR28 AR29 AR3 AR30 AR32 AR33 AR35 Part No AH92 00338B 2203 000192 2301 000423 2301 000423 2301 000402 2301 000402 2203 000192 2203 000260 2203 000260 2202 002037 2202 002037 2202 002037 2301 000402 2301 000402 2203 000192 0407 000114 0401 000101 0401 000101 0407 000116 2401 002042 2401 000598 2401 0
108. K 3 MCLK CKSO 26 AGND og 1K 1K BA4550 nee ES AVJ2 APO P S 25 a 7 vaf i 10u716v 220 BS M R4 5 BLCK VCOM 24 AR30 oR Ant E O S SDATA AOUTL 23 lt E 7 LRCK AOUTL amp t 8 SMUTE AOUTR 21 1 15 102 0 5 0 20 f DEMO 55 19 d d 2 1 2K L I DEM1 AVDD 18 3 Eu poh 5 ANE DIFO VREFHM7 451 go DIF1 verriet fox a 0j wa 2 ERSTE DIF2 Byss 15 3 y n LSC Du RSC SCART xD Y ARB 1 nae o5 o n DAN202 ge For MUTE1 in AGB1 4054 v KSR1103 t 10V 1N4148 gt o AD55 vO 1N4148 uS i i N AR54 AQ55 N 100 KSR1003 3 m o 05 05 8 o u m m 08 B ipo E La 9r 03 uo Y AGND 12 6 Sansung Electronics Scherratic Diagrarrs FOKB MD RFO MC STB RSTB TO FROM CLSW RDS MAIN OPSW DAN202 MICOM 2LD 1LD RFRP DVD CD RCA7 5D 104 DGND Ur REDVCC PEDVOG Bead gt 34 alg om 52 59 6 05 oo N 0 F4 e 474 o Bc46 aza 9957 AMOR E BR72 pass OREN hie RHRH58 15k a MIRR BOND 1 ARS 4 RFEGO 33K Anao DFCT2 Bao RFAVCC FE RFAyCC Aus 10 m u IN 0 LO pet D O Nh wl al IR OOo Belegen 55 a O4FODv4 gt OOH JUL Q F lt T O 0 i i SSH Sn SSB ORES BEER SESE GEES pen a BOW ono saprrra 97 100K AGND E
109. M 250 a sued Gunejpso pop gt PK Pon s d pop AA PPD eoe y ped peej peu TD gt eo pe peu OLJdd gt PSUD sy 2e dy Samsung Electronics Troubleshooting S6 lt VL EL Z ud TDH gt PAD BULEPPS gt OH P IP padya papap gt mess EMO peu gt Gupepai Bye peu Ssisueduue PO aun JI LA J UORP DSO ZHINIZT u epos eeyd ed DIW gt p D pop sad 5 gt PPO sad gt AO O3 pexy S 6 6 7 Samsung Electronics Troubleshooting gt xus pue Buuepps jeeudiued TOZ TZOA pue DH U gud USME UOFPSULOD eu peu TOIS 2e dy TMSA JO Buuspios ap gt PSLD yed ue PO 2 gt PSUD iuonsod dn 5100175 PEPSOEPN INGA juonisod cn yams POPS eol erydu DIN DA gt PAD Samsung Electronics 6 8 Troubleshooting epe vou APPa gt pef ndo pue DN USME UO pauUo su1 peu
110. N 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON IKOHM 5 1 8W AA TP1 8X3 2MM R CHIP KOHM 5 1 10W DA TP2012 R CHIP IKOHM 5 1 10W DA TP2012 R CHIP IKOHM 5 1 1 R CHIP 1KOHM 5 1 1 10W DA TP2012 10W DA TP2012 R CHIP 1KOHM 5 1 10W DA TP2012 R CHIP 1 2KOHM 5 1 10W DA TP2012 R CHIP 1 2KOHM 5 L 10W DA TP 2012 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M Samsung Electronics Loc No AR36 AR38 AMO ARS ARD ARM 55 56 ART AV 2 AV 4 5 PartNo 2001 000515 2001 000515 2007 000468 2001 000429 2001 000429 2001 000429 2001 000281 2001 000241 2001 000281 2001 000429 2001 000429 2001 000429 2007 000267 3722 001467 3722 001053 3707 001005 0403 000551 3708 001364 3809 001180 AH39 00179A 2202 000797 2202 000797 2202 000797 2203 000444 2202 000162 2202 000162 2202 000797 2202 000797 2202 002037 0401 000101 0401 000101 0401 000101 0401 000101 0403 000551 2401 000922 2401 001475 2401 002144 2401 001507 AH09 00034A 1203 001252 AH59 00010A 2101 000114 2001 000273 2001 000281 2001 000273 2001 000273 2001 000273 2001 000273 2001 000273 2001 000273 2001 000281 2001 000281 2001 000281 2001 000027 2001 000027 2007 000493 2001 000449 2001 000449 2001 000435 2001 000281 2007 000029 2001 000281 2007 000029 2001 000273 2001 000273 2001 000273
111. NVH OOAY 1 ala Wda adu 390TI ld 95018 YALYAANOO v d o elunoaw OAH3S VAI OI G aSd 3SN3S 39018 34009 o Zlvivaw FOVAYALNI aqu NOOSAS S8UMIN 950 ava YALNNOOD MOVHL 40014 YALYAANOO HOLYY3SN3D 39018 AOVAYALNI ONIWIL O LOCKO DFCTO MIRRO TZCAO XOUTO TESTO RSTBO TILTOO TILTI SSTOP PS0 Samsung Electronics 2 14 Reference Information Aq 1no LNOdWN 08 OES vee OLNI 0 woiu Aq FLNOAN 64 peus pjou 71 65 q jno Qerep epo O o1NoaN 8 uid 404A HHIN s uid indui ssoJo 019z 104 jeufis 31 l VOZL ZL uid jeubis 1940 46 uid jndyno jeu is Buell qui 94 uid NO ese O S8NOG1 95 uid 3ndino eAup soyenjoe snooj qos 94 uid indui 043009 T1d qL9d04 SE uid 3ndino euis eAup 10 0W O Gds vL uid Indu YO 51204 8MO4 re uid 1ndino 915 404
112. Nes SC B8V 12 AUDIO CN1 Svcc SCVCC AGND V 174 L118 SC 10 12 2 N Y BLM TAT 1S ALBV PN A YZBZU Vet SEP 2 50111 mm BLM21A1215 EROM MAST 5 VL 1 BUH 5 p CVBS G v mal 38 vcs N Op om 150 2 pene sS aii E SS DGND t nv AGND V 9 m v 2 9o c m v VC6 22 Mi Notes X AGND V 11 a AGND v BLM2 75 v g U 12H T A Buri g AGND v 43 95 89 vc10 au AGND V CVBS G Y 14 H gt ENTE EDS 29 150p In a AGND V y t CVBS 16 AGND AD 17 vC44 vis m E amp EINE MICL 18 5 4 BuH wi 5 AGND AD 19 4 MICH 20 ZB ug vc13 VBS 1 MUTE vec fig 470u 10V Za AGND AD 21 EN om 150p au 2 INA OUTA1 15 gt AGND _ 22 ASNDZAD N t EZ 4 220 16 AGND 23 b ji 4 INB OUTB4 VC16 104 5 GND OUTB2 DA DATAS aay 1 pvas 6 AGND V 1 26 220 7 1NC outc1 10 VEZ vA12 COMP4 AGND 27 v me 470u 10V 75 O AVJ2 DA xck 281 4 BUH COMPO 1 AGND 29 2 u DA BCK 30 H gt N 1548 on DA DATA2 31 9 co DA LRCK 32 DGND 33 IEcsss 34 ND DGND 35 A Ass TO FROM ZIVA CN8 DGND IECSE8 DA LRCK TO DA BCK AUDIO DA XCK DA DATAO 12 5 Sansung Hectronics Scherratic Diagans 12 5 Audio
113. O 02 a9 ZHMSE Z ino Telvivas SNI LOYd LAG MOOTIId 1og 1no Telvivas Su S 1 ino MS4 MOH VLNO eer AVO A19 ad 1no Saw 1no Tolv1vas en ino non EL AV OL 97282 107619095 9 omas c ez z e Bul wil AVO NT1O oL Ino OITHAMZ 1044409 aay 88S NSlZ v ZHMSE Z ino Io 1307 9 HMS 8S 1 ADAH 1nO SVO1Z u LNO ONEENO 1no svonz 2807949 88r 1 92 ZHA8S LL NI IINEEXO 1no svuz Joye use 1nO OlX 223 101210099 1 1 ino o gluava M WIL Bd SSH S lt 11 22281 E y Ie X ze ev 9 41261802 ZHW9 L 9z 91 4993 TZHMZS I OL 553 amuje 93 SN LOHd L3Q e9 ou S owel4 NI O4 NI 30d NI 1IN33 g o 1eS woJ4 JejguieJoseq HS Lage 1SUZ 1nO LNO GZOUIZ Ni GHW NI Zuvoa 1no o oWMd NU HAN 97 VZuW Id 0 711 vaw 6 JH OL 91 WOOIW OL 2 2 Reference Information OM NI HMN 821 Jepooeg Av LGOS euas Ino vrvivaS 9 INOOIIN l annoy pee WONN ZZL Jepooeg Av Od29 6214 1043
114. P 065 2202 000797 C CERAMIC MLC AXIAL 10NF 30 16V Y5S TP 002 0401 000101 DIODE SWITCHING 1N 4148 100V 200mA D0 35 DRI 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M M DR 2001 000405 R CARBON 1800HM 5 1 8W AA TP 1 8X3 2M M 085 2001 000405 R CARBON 1800HM 5 1 8W AA TP1 8X3 2M M DR6 2001 000290 R CARBON 10KOHM 5 1 8W AA TP1 8X3 2M M DR7 2001 000924 R CARBON 6800HM 5 1 8W AA TP 1 8X3 2M M SW1 3409 001045 SWITCH DETECTOR 30V 0 1A 1 36gf 2 3409 000176 SWITCH DETECTOR 30Vdc 100mA S PST SW 3 3408 000227 SWITCH SLIDE 30V 300mA DPDT 8 10 Samsung Electronics 9 Block Diagram MIC2 8M EPROM MIG 1M SI Spinde Sieq Tray Motor Pickup amp I V Anp AC CAVA A 1 RICL A V Decoder KS1461 amp DPD 17 Down R Post 2 CH Audio DAC Filter gt DIC2 4M DRAM sica KA3017 Dici Actuator amp Motor Driver KS1453 DVD amp CD Processor AN Filter P SIC AC3 amp Pest Filter KS1452 MPEG 5 1 EUMD Digital Servo Post Filter Post Filter Post Filter BA7660 6dB AMP lunpgHnHHHH SCART J Samsung Hectronics Diagram
115. P 1608 2007 000512 R CHIP 2 4Kohm 5 1 16W DA TP 1608 5014 2203 000491 C CERAM IC CHIP 2 2nF 1096 50V X7R TP 1608 RRD 2007 000093 R CHIP 20Kohm 5 1 16W DA TP 1608 15 2203 001052 C CERAMIC CHIP 0 56nF 10 50V X7R TP 160 RRI3 2007 001179 R CHIP 8 2Kohm 5 1 16W DA TP 1608 SC16 2203 005148 C CERAMIC CHIP 100nF 1076 16V X7R TP 1608 2007 000091 R CHIP 12Kohm 5 1 16W DA TP 1608 17 2203 000560 C CERAMIC CHIP 220nF 80 20 25V Y 5V TP RRIS 2007 000092 R CHIP 15Kohm 5 1 16W DA TP 1608 C18 2203 005148 C CERAMIC CHIP 100nF 1096 16V X7R TP 1608 RR16 2007 000704 R CHIP 3 6Kohm 5 1 16W DA TP 1608 SC19 2203 000140 C CERAM IC CHIP 1 5nF 1096 50V X7R TP 1608 RR17 2007 000092 R CHIP 15Kohm 5 1 16W DA TP 1608 sa 2203 001573 C CERAMIC CHIP 0 012nF 5 50V NPO TP 160 RR18 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 C20 2203 001640 C CERAMIC CHIP 0 39nF 1076 50V XTR TP 160 RR19 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 026 2203 002398 C CERAM IC CHIP 22nF 1096 50V X7R TP 1608 2007 000091 R CHIP 12Kohm 5 1 16W DA TP 1608 SC29 2203 000372 C CERAM IC CHIP 15nF 10 50V X7R TP 1608 RR20 2007 000084 R CHIP 4 7Kohm 5 1 16W DA TP 1608 SC3 2203 001573 C CERAMIC CHIP 0 012nF 5 50V NPO TP 160 RR21 2007 000704 R CHIP 3 6Kohm 5 1 16W DA TP 1608 SC30 2203 000372 C CERAM IC CHIP L5nF 1096 50V XTR TP 1608 RR22 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 SC31 2203 000491 C CERAMIC CHIP 2 2nF 10 50V X7R
116. PCB DECK VALINO DECK 2L DVD 611 611B 615 VE8 2401 000913 CAL220F 2096 16V GPTP 5x11 5 CN1 3708 001084 CONNECTOR FPC FC PIC 40P 1 25mm ANGLE SN VE9 2401 002042 C AL 220uF 20 10V GPTP 6 3x11 5 CN2 3708 001493 CONNECTOR FPC FC PIC 24P 1mm SM D A SN VFD1 AHO7 00024A VF DISPLAY HNV 1155 19 2 1SEG 74X9 0mm DVD CN3 3708 001492 CONNECTOR FPC FC PIC 11P 1mm ANGLES VICI 1201 001419 C VIDEO 7660 550 16 17 IL 3 6DB DC1 2202 000797 C CERAMIC MLC AXIAL 10N F30 16V Y5S TP 2101 000238 DUCTOR AXIAL 1 80H 10 2 53 4 DC2 2202 000797 C CERAMIC M LCAXIAL 10N F 30 16V Y5S TP vum 3301 000353 CORE FERRITE BEAD AB 2 0x1 25x0 9mm DC3 2202 000797 C CERAM IC M LCAXIAL T0N F30 16V Y5S TP VD 2101 000238 DUCTOR AXIAL 1 80H 10 2 53 4 04 2202 000797 C CERAMIC M LCAXIAL 10N F30 16V Y5S TP 2101 000238 DUCTOR AXIAL 1 80H 106 2 53 4 DC5 2202 000797 C CERAMIC M LCAXIAL 10N F 30 16V Y55 TP Vu 2101 000238 DUCTOR AXIAL 1 8uH 10 2 5x3 4 001 0401 000101 DIODE SW ITCHING 1N4148 100V 200mA D0 35 V 2101 000238 DUCTOR AXIAL 1 8uH 1096 2 5x3 4 DD2 0401 000101 DIODE SWITCHING 1N4148 100V 200mA D0 35 VL6 2101 000238 DUCTOR AXIAL 1 80H 106 2 53 4 DRI 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M M VL 2101 000238 DUCTOR AXIAL 1 80H 10 2 53 4 DR2 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M M VL8 2101 000238 DUCTOR AXIAL 1 80H 106 2 53 4 DR3 2001 000515 R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M VR10 2001 000969 R CARBON 750HM
117. RC27 RC28 RC29 RC3 RC30 RC32 RC33 RC34 RC35 RC36 RC39 RCAO RCAL RC42 RC43 RC44 RC45 RC46 RC47 RC48 RC5 RC50 RC51 RC52 RC53 Part No 2007 000074 2007 000074 2007 000074 2007 000074 2007 000074 2007 000074 2007 000109 2007 000090 2007 000090 2007 000078 2007 000074 2801 000199 2203 000257 2203 000257 2203 000257 2203 000257 3711 003358 2401 002165 2401 002165 2401 002165 2401 002165 2203 005148 2203 000257 2203 005148 2203 000560 2203 000560 2203 005148 2203 005148 2203 005148 2203 005148 2203 005148 2203 000384 2203 005148 2203 005148 2203 001697 2203 005148 2203 005148 2203 005148 2203 001052 2203 005148 2203 005148 2203 005148 2203 005148 2203 005148 2203 005148 2203 000236 2203 000140 2203 000531 2203 000257 2203 005148 2203 005148 2203 005148 2203 000257 2203 001652 2203 001652 2203 005148 2203 001652 2203 005148 2203 005148 2203 005148 2203 005148 2203 005148 Description Specification R CHIP 1000 R CHIP 1000 R CHIP 1000 R CHIP 1000 R CHIP 1000 R CHIP 1000 R CHIP 1M o R CHIP 10Ko R CHIP 10Ko R CHIP 1Ko R CHIP 1000 CRYSTAL U C CERAM IC CH C CERAMIC CHIP 10 C CERAMIC CHIP 10 C CERAMIC CHIP 10 co 5 1 16W DA TP 1608 5 1 16W DA TP1608 5 1 16W DA TP1608 5 1 16W DA TP1608 5 1 16W DA TP1608 3 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5
118. REFL 1 Low Level Voltage Reference Input Normally connected to analog ground 17 VREFH High Level Voltage Reference Input Normally connected to analog supply 18 AVDD Analog Supply Analog supply is 5V nominal 19 AVSS Analog Ground Analog ground is OV 20 AOUTR Right Channel Negative Output 21 AOUTR Right Channel Positive Output 22 AOUTL O Left Channel Negative Output 23 AOUTL Left Channel Positive Output 24 VCOM Common Voltage Output Common voltage output is 2 6V nominal 25 P S Parallel Serial Control Mode Select Input If Low the Serial Control Mode is implemented If High the Parallel Control Mode is selected This pin has an internal pull up 26 CKSO Master Clock Select 0 27 CKS1 Master Clock Select 1 28 CKS2 Master Clock Select 2 CS CKS2 CKS1 CKSO 5 VCOM AOUTL AOUTL AOUTR AOUTR AVSS AVDD VREFH VREFL BVSS 2 1 1nO 3901 A19 1nO vHdW3G LNO 1nO 04H LNO NOAM Samsung Electronics Data Processor 7 2 1 2 DIC1 KS1453 Reference Information NI 2LS3L NI LLS31 NI OLSSL LAO ONI LNO XL LNO ZASHJ LNO S39 _ 1se1 8 6 1011u0 N 1007801 1no MOviva ino LO J404159 3aooans HS llgEc NI O3Hlvd 390S 19 v1vas 1505 1 0 9lvivas 1no ASAMW LNO slvivas YIOTU3S 1aos 1no rlvivas V
119. RQUE CONTROL REFERENCE 4 EC TORQUE CONTROL SIGNAL 5 VCC2 SUPPLY VOLTAGE 6 PC1 PHASE COMPENSATION CAPACITOR 7 SIGGND SIGNAL GROUND 8 VM MOTOR SUPPLY VOLTAGE 9 CS1 CURRENT SENSOR 10 S S START STOP 11 DIR 3 PHASE ROTATIONAL DIRECTION OUTPUT 12 SB SHORT BRAKE 13 PWRGND POWER GROUND 14 A3 3 PHASE OUTPUT 3 15 A2 3 PHASE OUTPUT 2 16 A1 3 PHASE OUTPUT 1 17 OPIN OP AMP INPUT 18 OPIN INPUT 19 OPOUT OUTPUT 20 VCC1 SUPPLY VOLTAGE 21 AVM12 BTL CH 1 2 MOTOR SUPPLY VOLTAGE 22 DI4 BTL DRIVE INPUT 4 23 DI3 l BTL DRIVE INPUT 3 24 DI2 BTL DRIVE INPUT 2 25 DH BTL DRIVE INPUT 1 26 DO1 BTL DRIVE 1 OUTPUT 27 001 BTL DRIVE 1 OUTPUT 28 DO2 BTL DRIVE 2 OUTPUT 29 002 BTL DRIVE 2 OUTPUT 30 BTLPGND1 BTL POWER GROUND 1 31 BTLPGND2 BTL POWER GROUND 2 32 DO3 BTL DRIVE 3 OUTPUT 33 003 BTL DRIVE 3 OUTPUT 34 AVM3 BTL CH3 MOTOR SUPPLY VOLTAGE 35 DO4 BTL DRIVE 4 OUTPUT 36 204 BTL DRIVE 4 OUTPUT 37 MUTE4 BTL DRIVE MUTE 4 38 MUTE3 BTL DRIVE MUTE CH 3 39 MUTE12 l BTL DRIVE MUTE 1 2 40 AVM4 BTL CH 4 MOTOR SUPPLY VOLTAGE 41 BIAS BTL BIAS VOLTAGE 42 BTLSGND BTL DRIVE SIGNAL GROUND 43 H1 HALL1 INPUT 44 1 HALL1 INPUT 45 2 l HALL2 INPUT 46 H2 HALL2 INPUT 47 H3 HALL3 INPUT 48 H3 HALL3 INPUT Samsung Electronics 2 17
120. T C AL 220uF 20 10V GPTP 6 3x11 5 C AL 1uF 20 50V GP TP Ax7 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 47uF 20 16V GP TP5x11 5 C AL 47uF 20 16V GPTP5x11 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 470uF 20 25V GPTP 10x12 5 5 C AL 100uF 20 25V GPTP 6 3x11 5 C AL 10UF 20 16V GPTP 4x7 C AL 10UF 20 16V GPTP 4x7 C D A CON VERTER AK4393V 74HCU04 SOPTAPE 14 FILTER EM ON BOARD 50V 0 C OP AM P 4560 S0P 8P 173M TR SMALL SIGNAL KSC1623 TR SMALL SIGNAL KSC1623 TR DIGITAL NPN 200M W 22 5 5 F 24BITSOP 28P CORE FERRITE BEAD AB 2 0x1 25x0 9mm CORE FERRITE BEAD AB 2 0x1 25x0 9mm 5A 2209F 702 ILDUAL 100V m LNPN 200mW SOT LNPN 200mW SOT K 20K SOT 23 1P TR DIGITAL DTA124EKA PNP 200mW 22K 22K TR DIGITAL KSR1003 NPN 300M W 22K 22K TO TR DIGITAL KSR1003 NPN 300M W 22K 22K TO R CHIP 1 8KOHM R CARBON 1 8KO TR DIGITAL KSR2003 PN P 300M W 22K 22K TO 596 1 10W DA TP2012 HM 5 L 8W AA TP1 8X3 2M R CHIP KOHM 5 1 10W DA TP2012 R CHIP KOHM 5 1 LOW DA TP 2012 1 5 1 10W DA TP 2012 R CHIP 1KOHM 5 1 10W DA Tp2012 R CHIP 1 2KOHM 5 1 10W DA TP2012 R CHIP 1 2KOHM 5 1 10W DA TP2012 R CARBON 1 8KOHM 5 1 8W AA TP 1 8X3 2M R CHIP 3300HM 5 1 10 D A TP2012 R CHIP 910HM 5 1 10W DA TP 2012 R CARBON 2200HM 5 1 8W AA TP 1 8X3 2M M R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2M M R CARBO
121. T 23 TP GITAL DTA124EKA PNP 200mW 22K 22K 9 1 16W DA TP 1608 3 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 5 1 16W DA TP1608 5 1 16W DA TP1608 6W DA TP 1608 9 1 16W DA TP 1608 m 6 1 16W DA TP 1608 1 16W 1608 R CH H H H R C R CH R CH R CH R C R C R C R C R C R C R C H H H R CH H H H R C R CH R CH H R CH R CH R CH R CH R CH R CH R CH 5 1 16W DA TP 1608 3 1 16W DA TP 1608 9 1 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 3 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP 1608 13 1 16W DA TP 1608 5 1 16W DA TP 1608 P 0ohm 5 1 16W DA TP 1608 3 1 16W DA TP 1608 9 1 16W DA TP 1608 3 1 16W DA TP 1608 5 1 16W DA TP 1608 5 1 16W DA TP1608 5 1 8W DA TP 3216 5 1 8W DA TP 3216 3 1 16W DA TP 1608 9 1 16W DA TP 1608 0 25V Y5V TP DE ARRAY DAN202K 80V 100mA CA2 3 SOT DE ARRAY DAN202K 80V 100mA CA2 3 SOT L 100uF 20 16V GP TP 6 3x
122. T4 P75 2 6 900 H CPU 3 lt 155 3 gt XWA W A 10BIT 8CH XBC A D XE D E OSC x1 gt CONVERTER XHL HTL X2 XIX IX IY CLK XIZ 17 4 8 16 XSP SP MEER w SCH 43261 gt lt RESET CONVERTER SR r 00 07 00 07 gt SERIAL 1 41 P10 P17 Are cH 0 D8 D15 gt WATCHDOG lt j P SsERIALIO UMEN lt P20 P27 lt p CH 1 PORT2 gt MS E SERIAL I O lt 2 gt P30 P37 lt lt gt A8 A15 2KB ROM ions PORTA t gt P40 P47 AO0 A7 8BIT TIMER lt gt TIMER 0 gt RD P50 gt WR P51 lt y gt SEEN PORTS HWR P52 4 gt gt BUSRQ P53 lt gt BUSAK P54 8BIT TIMER I WAIT P55 TIMER 2 CS WAIT gt C50 P60 CONTROLLER C51 P61 lt gt 8BIT TIMER 4 BLOCK gt C52 P62 TIMER 3 gt C53 P63 8BIT TIMER INTERRUPT T NMI gt TMER4 64KB ROM CONTROLLER g INTO P56 8BIT TIMER lt P TIMER 5 gt T18 INT5 P90 16BIT TIMER 44 gt T19 INT6 P91 8BIT TIMER TIMER8 gt TO8 P92 TIMER 6 q gt TO9 P93 lt gt TIA INT7 P94
123. TP 1608 RR23 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 Sca 2203 000491 C CERAMIC CHIP 2 2nF 10 50V X7R TP 1608 RR24 2007 000078 R CHIP 1K ohm 5 1 16W DA TP 1608 C33 2203 005148 C CERAM IC CHIP 100nF 10 16V X7R TP 1608 RR25 2007 000092 R CHIP 15Kohm 5 1 16W DA TP 1608 636 2203 005148 C CERAMIC CHIP 100nF 1096 16V X7R TP 1608 RR28 2007 000078 R CHIP 1Kohm 5 1 16W DA TP 1608 638 2203 005148 C CERAMIC CHIP 100nF 1076 16V XR TP 1608 RR29 2007 000078 R CHIP 1K ohm 5 1 16W DA TP 1608 040 2203 005148 C CERAMIC CHIP 100nF 10 16V X7R TP 1608 RR3 2007 000091 R CHIP 12Kohm 5 1 16W DA TP 1608 Scu 2203 000560 C CERAMIC CHIP 220nF 80 20 25V Y 5V TP RR30 2007 000091 R CHIP 12Kohm 5 1 16W DA TP 1608 Scu 2203 002398 C CERAM IC CHIP 22nF 1096 50V X7R TP 1608 RR31 2007 001179 R CHIP 8 2Kohm 5 1 16W DA TP 1608 SC49 2203 005148 C CERAMIC CHIP 100nF 1076 16V X7R TP 1608 RR32 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 650 2203 005148 C CERAMIC CHIP 100nF 1076 16V X7R TP 1608 RR33 2007 000082 R CHIP 3 3Kohm 5 1 16W DA TP 1608 SC51 2203 005148 C CERAMIC CHIP 100nF 1096 16V XTR TP 1608 RR34 2007 000090 R CHIP 10Kohm 5 1 16W DA TP 1608 652 2203 005148 C CERAMIC CHIP 100nF 10 16V X7R TP 1608 RR35 2007 000092 R CHIP 15Kohm 5 1 16W DA TP 1608 653 2203 000257 C CERAM IC CHIP LOnF 1096 50V X7R TP 1608 RR36 2007 000102 R CHIP 100Kohm 5 1 16W DA TP 1608 SC55 2203 005148 C CERAMIC CHIP 100nF 1076 16V XTR TP 160
124. UDIO INPUT 1 958 1937 1 958 1937 BUFFER OUTPUT PROCESS INTERFACE IEC 058 1937 Compressed Data 958 1931 M PEG Dolby Digital 2 Channel LPCM Decoder CD DA LPCM Dolby Digital Decoded M PEG AUDIO DECODER M PEG DOLBY DIGITAL D DA LPCM Uncompressed 16 or 24 bit LPCM camples at f5244 1 48 96KHz AUDIO OUTPUT 2 4 or 6 DIGITAL AUDIO AUDIO BUFFER CHANNEL OUTPUT PROCESS INTERFACE DAC Fig 5 24 Audio Decoder and Output Interface Datapath 1 Compressed Data The audio data inputted to ZIC1 ZiVA4 1 A V decoder is divided into compressed data and uncompressed data It is compressed data that is compressed with multi channel audio data such as Dolby digital MPEG DTS etc The compressed data inputted to ZIC1 ZiVA4 1 is converted into the uncompressed data of 2 4 and 6 channels through ZiVA4 1 built in audio decoder and is outputted to Data 0 1 2 and 3 through digital audio interface The compressed data is transmitted to external AC 3 amplifier or MPEG DTS amplifier as IEC 958 1937 trans mission data format compressed by ZiVA4 1 built in IEC 958 output process 2 Uncompressed Data The uncompressed data is that data isn t compressed so it is called CD DA LPCM data The 2 channels data is converted through audio decoder 2 channel data and Data 0 and Data 1 are outputted in digital audio interface Via IEC 958 output process they is transmitted to digital amplif
125. UTOL Parts No AH97 00360B AH97 00365B AH61 00301B AH64 80001E AH61 00303A AH64 00489B 6003 000275 6003 000276 6003 000282 AH92 00337K AH92 00338F AC39 10019A AC39 12022K AH92 00582A 3809 001180 AH59 00056C Samsung Electronics Exploded Views and Parts List Description Specification Remark ASSY FRONT CABINET ASSY DVD 511 XEF XEF ASSY DOOR ASS Y DVD 511 XEF HOLDER DECK HIPS 94BH GRY DVD 811 FOOT FRONT ABS94 HB T2 SIL H STAM P DVD HOLDER CORD POW ER ABS 94HB BLK DVD CABINET TOP PCM T0 65 SIL SV227 SCREW 3 L10 BLK SW CH1018A SCREW TAPTITE BH B M 3 L10 ZPC Y EL SWC SCREW TAPTITE BH B M 3 L8 ZPC BLK SW CH ASSY AIN DVD 511 XEF M AIN PCB ASSY ACK DVD 511 XEF ACK PCB POW ER CORD KKP 419C H03VVH2 F VDE KEM A K COM M ON POW ER CORD Y 352160 H03VVH2 F BS6500 1 U K ONLY ASSY PCB KEY DVD 511 XAA KEY PCB CABLE FLAT 30V 30to 80C 80mm 35P 1 25mm 1 5 7 3 Deck Assembly Exploded Views and Parts List t de s o 00 0 107 H106 ANEN YEO H203 Samsung Electronics 900 7 6 Loc No 900 901 903 904 905 906 H100 H101 H102 H103 H104 H105 H106 H107 H108 H109 H110 H200 H201 H203 H204 H205 H206 H207 H208 H209 H210 H220 H240 H241 Parts No 6003 001157 6001 001332 6001 001333 6001 001196 BG60 10020A AH6
126. V GP TP 4x7 5 RR70 2007 000134 R CHIP 33Kohm 5 1 16W DA TP 1608 REO 2401 000414 C AL 10UF 20 16V GP TP 4x7 5 RR72 2007 000103 R CHIP 120Kohm 5 L 16W DA TP 1608 2401 002144 CALATUF 2096 16 GP TP 5x11 5 RR8 2007 000077 R CHIP 4700hm 5 1 16W DA TP1608 1 AH13 10030Y C ASIC KS1461 VQFP 100pin RF IC RR80 2007 000074 R CHIP 1000hm 5 1 16W DA TP 1608 RIC3 1202 000121 C VOLTAGE COM P 2903 SOP 8P 150M IL DUAL RR81 2007 000074 R CHIP 1000hm 5 1 16W DA TP 1608 RD 2103 000398 NDUCTOR SM D 10uH 1096 3 2x2 5x2 2mm RRB2 2007 000074 R CHIP 1000hm 5 1 16W DA TP 1608 RL3 3301 000353 CORE FERRITE BEAD AB 2 0x1 25x0 9mm RR83 2007 000074 R CHIP 1000hm 5 1 16W DA TP 1608 3301 000353 CORE FERRITE BEAD AB 2 0x1 25x0 9mm RR85 2007 000108 R CHIP 510Kohm 5 L 16W DA TP 1608 R 2103 000398 NDUCTOR SM D 10uH 1096 3 2x2 5x2 2mm RR86 2007 000092 R CHIP 15Kohm 5 1 16W DA TP 1608 01 0501 000279 TR SMALL SIGNAL KSA1182 Y PNP 150mW 507 RR87 2007 000084 R CHIP 4 7Kohm 5 1 16W DA TP 1608 RQ2 0504 000128 TR DIGITAL NPN 200M W 22K 22K SOT 23 TP RRQ 2007 000312 R CHIP 100HM 5 1 8W DA TP 3216 RG 0501 000279 TR SMALL SIGNAL KSA1182 Y PNP 150mW 507 SCl 2203 000257 C CERAM IC CHIP 10nF 10 50V X7R TP 1608 RRI 2007 000091 R CHIP 12Kohm 5 1 16W DA TP 1608 SC10 2203 001222 C CERAM IC CHIP 820pF 10 50V X7R TP 1608 RR10 2007 001179 R CHIP 8 2Kohm 5 1 16W DA TP 1608 Sci 2203 005148 C CERAM IC CHIP 100nF 1076 16V XTR T
127. V Rectified Smoothing Circuit VoltageCircuit Power IN 9 Maui cec 85 265V Meet Fig 5 9 5 1 3 b PICF1 STR G6551 Internal Block Diagram VIN 4 vee gt na pe escort 1 D gt 0 V P LATCH A k _ 2 5 REG e 5 Vin p T 5 D Eyes Comp L 0 S C o 5 5 0 C P 3 GND Samsung Electronics 5 5 Circuit Descriptions 5 2 RF 5 2 1 RIC1 KS 1461 KS1461 is combined with KS1452 and KS1453 as bipolar IC developed for DVD SERVO system Main features include DVD waveform equalizing CD waveform equalizing focus error signal generation 3 beam tracking error signal generation DPD 1 beam tracking error defect envelope MIRR output etc after receiving the pick up output converted into I V 5 2 1 a Basic Potentiometer KS1461 uses a single power method and each circuit is based on V of 2 5V V Pin 12 20 24 67 terminal is needed for IC which uses the peripheral V 5 2 1 b RF signal Fig 5 11 shows the flow of signal generated by the pick up B C D signals detected from pick up are converted in to RF signal A B C D via RF summing 67 MIRR RFEQO PICK UP ENV FOK DEFECT 64 DFCT1
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130. ace a conductive sheet on the work bench The black sheet used for wrapping repair parts 2 Place the set on the conductive sheet so that the chassis is grounded to the sheet 3 Place your hands on the conductive sheet This gives them the same ground as the sheet 4 Remove the optical pick up block 5 Perform work on top of the conductive sheet Be careful not to let your clothes or any other static sources to touch the unit Be sure to put on a wrist strap grounded to the sheet Be sure to lay a conductive sheet made of copper etc Which is grounded to the table Samsung Electronics Precautions ys IN X THE UNIT P WRIST STRAP Z FOR GROUNDING i 1M lt 7 CONDUCTIVE SHEET Fig 1 3 6 Short the short terminal on the PCB which is in side the Pick Up ASS Y before replacing the Pick Up The short terminal is shorted when the Pick Up Ass y is being lifted or moved 7 After replacing the Pick up open the short termi nal on the PCB 1 5 Precautions 1 5 Pick up disassembly and reassembly 1 5 1Disassembly 1 5 2 Assembly 1 Remove the power cable 1 Replace the Pick up 2 Switch SW3 on deck PCB to OFF before 2 Assemble the deck PCB removing the FPC 3 Reassemble the deck Inserted into Main PCB DCNI See Fig 1 4 4 Insert FPC into Main PCB DCN1 and switch SW3 on 3 Disassemble the deck deck PCB to ON See Fig 1 4 4 Disassemble
131. and Ass y P U Deck Removal 4 8 Samsung Electronics Disassembly and Reaasembly 4 4 2 Tray Disc Removal 1 Insert a Screw Driver into Emergency Hole and push the Sider Housing in the direction arrow A 2 When the Tray Disc comes out little pull it in the direction arrow by hand 3 Pull the Tray Disc to disassemble while simultaneously pushing 2 Stoppers left right in the direction arrow D STOPPER SCREW DRIVER D EM ERGENCY HOLE Fig 4 9 Tray Disc Removal Samsung Electronics 4 9 Disassembly and Reaasembly 4 4 3 Slider Housing Removal 1 Push the Slider Housing in the direction arrow A 2 Lift up the Slider Housing SLIDER HOUSING Assembly lt PUSH Fig 4 10 Slider Housing Removal Samsung Electronics 4 10 Disassembly and Reaasembly 4 4 4 Housing Ass y Removal 1 Remove Belt and 1 Screw 2 Remove 1 Screw and lift up the Pulley Gear 3 Push the Hook in the direction arrow A and lift up Gear Tray Gear Housing 4 Push the 4 Hooks Q bottom side in the direction arrow and lift up the Motor Load Ass y 5 Remove Clamper Ass y HOOK A CLAM PER ASS Y BELT PULLEY GEAR U GEAR HOUSING Q GEAR TRAY CLS 4 HOOKS lt Bottom Side gt
132. ddition of items such as auxiliary audio output connections might alter the safety characteristics of this instrument and create a hazard to the user Any design alterations or additions will make you the service responsible for personal injury or property damage resulting therefrom Observe original lead dress Take extra care to assure correct lead dress in the following areas 1 near sharp edges 2 near thermally hot parts be sure that leads and components do not touch ther mally hot parts 3 the AC supply 4 high voltage and 5 antenna wiring Always inspect in all areas for pinched out of place or frayed wiring Do not change spacing between a component and the printed circuit board Check the AC power cord for damage 5 Components parts and or wiring that appear to have overheated or that are otherwise damaged should be replaced with components parts and or wiring that meet original specifications Additionally determine the cause of overheating and or damage and if necessary take corrective action to remove any potential safety hazard 6 Product Safety Notice Some electrical and mechani cal parts have special safety related characteristics which are often not evident from visual inspection nor can the protection they give necessarily be obtained by replacing them with components rated for higher voltage wattage etc Parts that have spe cial safety characteristics are identified by shading an A
133. devices 4 Use only an anti static solder removal devices Some solder removal devices not classified as anti static can generate electrical charges suffi cient to damage ESD devices 5 Do not use freon propelled chemicals These can prop generate electrical charges sufficient to damage ESD devices 6 Do not remove a replacement ESD device from its protective package until immediately before your are ready to install it Most replacement ESD devices are packaged with leads electrically short ed together by conductive foam aluminum foil or comparable conductive materials 1 4 7 Immediately before removing the protective ma terials from the leads of a replacement ESD device touch the protective material to the chassis or cir cuit assembly into which the device will be installed CAUTION Be sure no power is applied to the ch assis or circuit and observe all other safety precau tions 8 Minimize bodily motions when handling unpack aged replacement ESD devices Otherwise harm less motion such as the brushing together of your clothes fabric or the lifting of your foot from a car peted floor can generate static electricity sufficient to damage an ESD device Samsung Electronics 1 4 Handling the optical pick up The laser diode in the optical pick up may suffer elec trostatic breakdown because of potential static elec tricity from clothing and your body The following method is recommended 1 Pl
134. e that there are no cabinet openings through which adults or children might be able to insert their fingers and contact a hazardous voltage Such openings include but are not limited to excessive ly wide cabinet ventilation slots and an improper ly fitted and or incorrectly secured cabinet back cover 3 Leakage Current Hot Check With the instrument completely reassembled plug the AC line cord directly into a 120V AC outlet Do not use a isola tion transformer during this test Use a leakage current tester or a metering system that complies with American National Standards institute ANSI C101 1 Leakage Current for Appliances and Underwriters Laboratories UL 1270 40 7 With the instrument s AC switch first in the ON position and then in the OFF position measure from a known earth ground metal water pipe conduit etc to all exposed metal parts of the instrument antennas handle brackets metal cabinets screw heads metallic overlays control shafts etc espe cially any exposed metal parts that offer an electri cal return path to the chassis Any current measured must not exceed 0 5mA Reverse the instrument power cord plug in the out let and repeat the test See Fig 1 1 Samsung Electronics Any measurements not within the limits specified herein indicate a potential shock hazard that must be eliminated before returning the instrument to the customer READING SHOULD NOT BE ABOVE 0 5mA DEVIC
135. ectronics Loc No 1 11 12 13 101 150 151 152 601 602 610 701 CN1A UTOL Parts No AH97 00359B AH97 00359E AH97 00359F AH97 00364B AH61 00301B AH64 80001E AH61 00303A AH64 00489B AH64 00489A 6003 000275 6003 000276 6003 000282 AH92 00337K AH92 00338B AC39 10019A AC39 12022K AH92 00583A 3809 001180 AH59 00056C Samsung Electronics Description Specification ASSY FRONT CABIN ET DVD 611 XEFASSY XEF ASSY FRONT CABIN ET DVD 611B XET ASSY FRONT CABIN ET DVD 615 XET ASSY DOOR ASS Y DVD 611 XEF HOLDER DECK HIPS 94BH GRY DVD 811 FOOT FRONT ABS94 HB T2 SIL H STAM PDVD HOLDER CORD POW ER ABS 94HB BLK DVD CABINET TOP PCM 10 65 SILSV227 CABINET TOP SCREW TAPTITE BH B M 3 L10 BLK SW CH1018 SCREW TAPTITE BH B M 3 L10 ZPC Y EL SWC SCREW TAPTITE BH B M 3 L8 ZPC BLK SW CH ASSY AIN DVD 511 XEF M AIN ASSY PCB J ACK DVD 611 XEF ACK PCB POWER CORD KKP 419C HO3VVH2 F VDE KEM A K POW ER CORD Y 352160 HO3VVH2 F BS6500 1 ASSY PCB KEY DVD 611 XAA KEY PCB CABLE FLAT 30V 30to 80C 80mm 35P 1 25mm Exploded Views and Parts List Remark DVD 611 DVD 611B DVD 615 DVD 611 615 DVD 611B COM M ON U K ONLY 7 3 Exploded Views and Parts List 7 2 Cabinet Assembly DVD 511 S NA Senice Not Available 7 4 Samsung Electronics Loc No 1 2 11 12 13 101 150 151 152 601 602 610 701 CN1A
136. en the memory is filled this status is report ed by interrupt to main micom which controls the servo to kick back the pick up to the previous track after mem orizing the last data read from disc until now It takes some times to jump to the previous track and return to the original jump location again The memory will have an empty space because A V decoder reads out data of mem ory When the memory has an empty space where data can be processed and written and the pick up correctly gets to the original location before kick back location again it reads data again avoids the interrupt of data read previ ously The basic operation repeats to perform as described above 5 5 2 Block Diagram DIC2 KM 416C254 D 5 dee d CLOCK 27M Hz 55 t2 CLOCK 33 8688M Hz CLOCK 27M Hz 007772 14 p R C W O 1 SCENE 2 0 EFM 116 De EFM 116 SDATA 7 0 DVD D 7 0 aci PLCK 104 15 cK CSTROBE 173 VSTROBE ZiVM 1 DICI DATREQ L7 12 REQUEST ARE DATACK DACK MDP 109 open DTER 71 174 Enn SU MDS 110 M DAT 7 0 IRB m M RZA 3 127 Au ZIRQZD 126 1WAIT ZN MUT MAD 7 0 INT7 ZIRQZD HA 10 8 INTE DVDINT WR 89 0 88 HAO MIC1 TM P95C265F Fig 5 19 5 14 Samsung Electronics Circuit Descriptions 5 5 3 Waveform Description It measures the timing that data processed
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138. g on uonduoseg Ol ON 2 15 Samsung Electronics Reference Information 2 1 10 1 4 KA3017 Motor amp Actuator Driver FIN GND o a 6 S SIGGND a Absolute Short vrake Values Comparator Hall bias Direction Detector Detector Lower Distributor utor Hall amp matrix Direction selec 5 2 Disfb FIN GND 7774 uu lt 2 FIN GND BTLPGNDI 8 BTLPGND2 2 2 16 DOS DO3 DO4 Samsung Electronics Reference Information No Symbol yo Description 1 VH HALL BIAS 2 FG FG SIGNAL OUTPUT 3 ECR TO
139. g play the SLED motor moves slightly and counteracts the incline 4 CLV SERVO DISC Motor Control SERVO Controls the disc motor to maintain a constant linear velocity necessary for RF signal 5 4 2 Block Diagram SICA KA3017 Fig 5 17 Samsung Electronics 5 11 Circuit Descriptions 5 4 3 Operation 1 FOCUSING SERVO 1 FOCUS INPUT The focus loop is changed from open loop to closed loop and the triangular waveform moves the object lens up and down at pin 75 of SIC1 during Focus SERVO ON At that time 5 curve is input to pin 65 of SIC1 ABAD pin 39 of RIC1 signal summing signal of PD A C D is generated and zero cross 2 5V point occurs when 5 curve is focused and signal exceeds a preset constant value The focus loop is changed to closed loop and the object lens follows the disc movement maintaining a constant distance from the disc these operations are same in CD and DVD Pin75 of SIC1 FOD Vref uc Pin65 of SICI FEI i Mop Vref Pin39 of RIC1 ABCD 1 5V Fig 5 18 2 PLAY When focus loop closes the loop during focus servo on both pin 65 and pin 75 of SIC1 are controlled by VREF voltage approx 2 5V and
140. ier or AC 3 MPEG DTS amplifier built in the external digital input source with IEC 958 1937 transmission format Samsung Electronics 5 19 Circuit Descriptions MEMO 5 20 Samsung Electronics dep woy SIE gt SPA POR PHD ON 2 DRPD 6 Troubleshooting Guwuosul Sn5OJ ON 6 1 Samsung Electronics Troubleshooting IP pa PI gt usc eoepaicnspgd DIN gt PAD ULKOT oH jai AS pue ego Jeuu Lp3 PALE PNA NOCION Uorpeuuoo pue OPIN PIS AA gt PAD DIS PHD DIN gt PAD eue chno ZE DIS HIS Bunisod aua dn gt prd on Samsung Electronics Troubleshooting dn gt pd pue gt amp eed yd DIS gt PAD ered uad ISPAD sycdpo euU ec 8 015 Uno LUNI Aue u SNP 30 aul 3ruro Iesxdu d DIS gt PAD 3ruro D gt P 7EXOSI3e Srroo AJDO F 3rnip eRyd ed p5IS peu mp ere ud TIS peu nap eRyd ed peu dn gt pd gt pap
141. in DIC1 at DVD playback T T T T T T T T T STROBE REQ DACK SDATA all sP n Fig 5 20 STROBE DIC1 69 CLOCK CH2 REQ DIC1 70 DATA REQUEST CH3 DACK DIC1 58 DATA ACKNOW LEDGE SDATA DIC1 60 67 DATA Samsung Electronics 5 15 Circuit Descriptions 5 6 Video 5 6 1 Outline ZIC1 A V decoder with video encoder diverges from the 27MHz crystal then generates VHSYNC and HSYNC ZIC1 A V decoder with video encoder does RGB encoding copy guard processing and D A conversion of 8bit video data internally inputted from video decoder block by MIC1 Micom Video signal converted into analog signal is outputted via amplifier of analog part M ain Board Output Board ni CVBS yas e cvs ZIC1 Video data 7 Ka N re Video Encoder BA7660 650 1 CIRIV C oo Low Pass Filter 6M Hz CVBS GIY CVBS T uc x AA gt N TM P95C265F c SCART J Fig 6 21 Video Output Block Diagram 5 6 2 NTSC PAL Digital Encoder ZIVA 4 1 Buit in video encode ZIC1 inputted from pin 159 with 27MHz generates HSYNC and VSYNC which are based on video signal ZIC1 is synchronous signals with decoded video signal and control the output timing of 8bit video signal of ITU R601 format The
142. ing actuator moves Coarse serach mode In case of long distance search such as chapter serach SIC1 uses MIRR and TZC signal of SIC1 38 52 Then read ID and compute the existing track count after input of next track If the existing track count is within fine seek range tracking begins using fine seek 4 CLV SERVO DISC M OTOR CONTROL SERVO Input RF signal from Pick up to SIC1 pin 59 Detect SYNC signal from RF in SIC1 and output PWM signal to 51 1 pin 55 for constant linear velocity Samsung Electronics 5 13 Circuit Descriptions 5 5 DVD Data Processor 5 5 1 Outline DIC1 KS1453 performs Sync detection EFM demodulation and error correction and Spindle motor control CLV control after inputting sliced EFM signal of RF signal at disc playback and EFM read clock PLCK signal generat ed from PLL Outputs data which converted to the last audio and video from A V decoder ZIC1 51453 uses external memory 4M DRAM as buffer as well as for error correction and carries out Variable Bit Rate transfer func tion VBR function uses the external buffer as buffer to absorb the difference of transfer rate occurring because the transfer rate of disc playback is faster than data transfer rate demanded by A V decoder Video Audio Signal Process Chip In case of general disc refresh the memory is almost filled up periodically It is because Write rate to memory after disc playback and signal process is faster than Read of A V decoder Wh
143. inputted 8bit data which decoded from video decoder block is demuxed with each 8bit of R G B The separate signal is encoded to NTSC PAL by control of MICI The above signals which are CVBS Composite Video Burst Synchronized G GREEN Y PIN139 Y S_VIDEO B BRUE Pb PIN145 and C S_VIDEO R RED Pr PIN151 are selectively outputted CVBS 5 VIDEO R B by the rear switch In Course of encoding 8bit data can extend to 10bit or more To convert the extended data to quantization noise as possible ZIC1 adopts 10bit D A converter ZIC1 perform video en coding as well as copy protection 5 6 3 Amplifier VIC1 VIC2 BA7660 VIC1 and VIC2 are 6dB amplifier Based on CVBS signal the final output level must be 2Vpp without 75ohm ter minal resitance Because the level of video encoder output is only 1 1Vpp the level is adjusted with the special amplifier When mute of pin 1 is high active if the pin is floating and connecte to power the output isgnal is never outputted CVBS Y C R G B outputted from video encoder are inputted to VICI Pin 7 Pin2 Pin4 and VIC2 Pin 7 Pin 4 Pin 2 respectively and outputted from VIC1 Pin15 Pin13 Pin10 and VIC2 Pin 15 Pin 13 Pin 10 Pin 9 Pin 12 Pin 14 of VICI VIC2 are feedback pin to SAG compensation DC characteristic compensation of siganl The signal to which gain is adjusted by amplifier is outputted from jack via 75ohm Resistance VR10 VR13 VR22 24 5 16 Samsung Electronics Circuit Desc
144. is s 1nO OLIX SL du jeubis MANO WMd 100 OWMd 84 WLX ZHIN 9192 10 1ndul 99019 tuu ls S L A 9 reuDig A qqAq t jeubis MANO WMd INO vOWMd 9 WOOIW 8 sng WOOIN 19 OLVOW el jeubis MANO WMd INO SOWMd SZ WOOIW a sng WOOIN Ig 44 o jeubis 1ndino WMd sonMmd t WOOIW a sng ere WOOIN iH elIVQW 01 44 o jeubis 1ndino WMd 1nO ZOWMd 4 WOOIW a sng ere WOOIN iH 1VOW 6 SSAd 24 WOOIW g sng eleq WOOIN Ig 8 Jepooeg AV indino 103 e1eq INO yala WOOIIN a sng WOOIN Ig SIVOW 4 Jepooeg AV l Jepooeg WOH 10 A V Is nb ti NI O3HiVQ 04 WOOIIN 9 sng WOOIN Ig 9JvQW 9 Jepooeg AV indino 49019 eqoug eea 1nO 38OHlSO 69 8 sng WOOIN 19 z van S A 0 SsAq 89 SS d Jepooeg AV 9 MOOS 49019 reues GAG Ig Zvivas 9 WOOIW uH YALSIDAY T WaS 1315 694 NL VZHW Jepooeg AV 1805 2u s yoolg po oqnS eleq GAG 1no 9vivds 99 12ejes d yo NISOZ z Jepooeg AV AS4M 9u S epoogng ereg 1nO sv vas 99 SSAd 19 OWEN ON on uonduoseg OWEN Uld ON 2 3 Samsung Electronics Reference Information 2 1 3 DIC2 KM 416C
145. l for CD of Servo block SERVO AMP P U generation 21 CCD1 Optical main beam C input terminal for CD of Servo block SERVO P U 83 CP1 RC connection terminal of RC value of Peak Hold for RFRP gen MRROR S ti 22 DCD1 1 Optical main beam D input terminal for CD of Servo block SERVOAMP P U a 84 MIRRI Input terminal for MIRR signal generation MRROR 23 AVCC Power voltage input terminal for Analog Part ANALOG 85 EQVCC P Power voltage input signal for RF EQ RF EQ 24 VREFA 1 0 CAP connection terminal for Analog Part center voltage VC SERVO Uses an external block 86 RFEQO RF EQ output terminal RFEQ PLL 25 FOFST connection terminal open for Focus Auto Offsets FE AMP 87 BCATH BCA Comparating Level control terminal BCA DSP 26 OFSTHOLD On Off terminal for Auto Offset Block OFSTCTL MICOM 88 I REAGCO Input terminal for RF EQ RFEQRFENV DSSP L Auto Offset Adjustments H Serial Offset Adjustments 89 RFAGCO RF AGC AMP output terminal AGC 27 VREFLP_BGI Band gap voltage input block for ALPC ALPC 90 AGCC connection terminal for time constant of AGC RF AGG 28 LDODVD Optical Laser Diodes operation voltage output terminal for DVD ALPC P U 91 AGCI AGC voltage input terminal while in AGC hold AGG 2 29 PDDVD Optical Laser Monitor Diode voltage input terminal for DVD ALPC P U 92 EQGND P Power GND input terminal for RF EQ RFEQ 3 3
146. lation resi stance meter 500V to the blades of the attachment plug The insulation resistance between each blade of the attachment plug and accessible conductive parts see note should be more than 1 Megohm Note Accessible conductive parts include metal pan els input terminals earphone jacks etc 1 3 Precautions 1 3 ESD Precautions Electrostatically Sensitive Devices ESD Some semiconductor solid state devices can be dam aged easily by static electricity Such components commonly are called Electrostati cally Sensitive Devices ESD Examples of typical ESD 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 dis charging wrist strap device which should be removed for potential shock reasons prior to apply ing power to the unit under test 2 After removing an electrical assembly equipped with ESD devices place the assembly on a conduc tive surface such as aluminum foil to prevent elec trostatic charge buildup or exposure of the assem bly 3 Use only a grounded tip soldering iron to solder or unsolder ESD
147. minal L Reset for Auto Offset Block Auto OFSTCTL 11 RREF Block bias resistance connection terminal ANALOG 74 BCAI Filter 5 12 VREFEQ connection terminal for EQ Center voltage EQVCAMP 75 o BCAFilter2 Related BCA 13 I CD Optical sub beam E input terminal for Servos TE 3B P U 76 RFCT o RF Ripple Center voltage output terminal for Mirror MIRROR DSSP 14 F 1 CD Optical sub beam F input terminal for Servos P U 7 CB2 CAP connection terminal of RC value of Bottom Hold for MIRROR generation 15 ADVD1 Optical main beam A input terminal for DVD of Servo block SERVO AMP P U 78 CP2 gt CAP connection terminal of RC value of Peak Hold for MIRROR m 16 BDVD1 Optical main beam B input terminal for DVD of Servo block SERVO P U eration RF Ripple Amp output terminal for Mirror 17 CDVD1 1 Optical main beam C input terminal for DVD of Servo block SERVO AMP P U o MIRROR DSSP Input terminal for selecting RFRP Amp gain 18 DDVDi I Optical main beam D input terminal for DVD of Servo block SERVO AMP P U 95 RERPN NA Pg MIRROR RF Ripple Offset control terminal for Mirror 19 1 Optical main beam A input terminal for CD of Servo block SERVO AMP P U Br MEOEST p MBROR 82 CB1 RC connection terminal of RC value of Bottom Hold for RFRP MRROR 20 BCD1 Optical main beam B input termina
148. mj mj mj mj mj HADO aigue FADE ODIO 9150 565 55555 82888 HAD3 5898 aso HADA HADS BADZ TO FROM HAO MAIN 50 q 705265 MICOM age RD mg u ZRST a ZIRGZD SLOCK o A au m 10 Ix m a o Q ojojoj 956930060 8101010 50 FROM t Mas DGND sma o m mt WH LO J o9 a N oo cu OF mm n n cu 9 Lf ef eff ef af a oe 2 SY OHO sal oogrgooupDosx anuamu svoo onmnosamsootuzzo 44 4 4 44444440 0020000 gt 000050000 gt gt 112 eB a oo o LUUD a ono own Do Ss 9000000 NO a2 a SE EN DR3 360 WE 4 MWR IN DC23 WEO MRD_IN 103 OE 4 ZIRGZD OUT Dvoo ZWAIT OUT OEO ZRST IN DR DADO DADRB BCARZ_IN DADR7 DEMPHA_OUT Dvss DADRO CK 46M_OUT DADRS ADRO DVDD 5 IDADAS DVDD o DADR1 DADES DADR1 DVDD ADRS EFMI_IN DADR2 MON DADRA ADR2 FWS OUT X ADRA KS 4i A53 ADR3 MON OUT 4 SS SLOCK IO FROM 55 DVSS SERVO PLOCK 56bvss DVSS PLCK DRS Ro TOS OUT MDS OUT CLK27D Ae DATACK_OUT MOP OUT BEM DACK DRB 24 108 SDATAO 100 11 DvOD SERLOCK OUT SDATAO CLVLOCK OUT SDATA1 1 PLLLOCK OUT SDATA2 3 W SDATA2 DVSS Hle AW SDATA3 PLCK IN SDATA4 ISDATA4 t RFCK OUT TO FROM SDATAS 8 z c
149. n ee EGT T gt an E 56 224 Rese 7 cca RR22 44 100 cea DFCT CP 12 FRP DFCT CP1 IRF RPN FOKB MROFST FOkTH A 7K DGNO pen LAC 11 4 1 MIRR1 IRFEGO H 1 40 KS14641X E FA PDLIMTRES AGCC TE AGCI TEN EGGND FEN AGCLEVEL FE AGCB AGND IRDPF LDOCD TO FROM EGG PDDVD DSP EGF LDODVD PLLGF VREFLP_BG1 100 VZGCTL OFSTHOLD g wo o bat 2 wood 4 x oooQuu L gt gt gt gt lu 2z222200n000uu b oooonoonQoaQtga gt amgdooamootmmq 2uuaxmooaxmooa u i ooo S SIS UB calcul In ANNIS RFAVCC QUO FEET RFDYCC m gt 5 pos RLA AL3 a Tx LMe1A121S S BLM21A121S gm HS m 3 u TO FROM la SERVO FG1 KSA1182 a AL2 L 10uH 3225 Ir 2 DGND X ZIVA E RD1 8 8 DAN217 g G A m o a TP3 2071 0 m o T m lt CU ST LO CO Niol u mM J LO o co m o Q CBB Se m ouz FOO Sansung Hectronics 12 7 Scherratic Diagrarrs 12 7 A V Decoder
150. n C AL 82uF 20 400V GP BK 22x25 10 C AL 33uF 20 35V GP TP 5x11 5 C AL 100uF 20 25V GP TR 6 3x11 5 C AL 100uF 20 25V GPTP 6 3x11 5 C AL 1000uF 20 10V GP TP 10x12 5 5 C AL 1000uF 20 10V GP TP 10x12 5 5 C AL 47uF 20 50V W T TP6 3x11 2 5 C AL 470uF 20 10V GP TP 8x11 5 5 C AL 220uF 20 10V GPTP 6 3x11 5 C AL 47uF 20 16V GP TP 5x11 5 C AL 1uF 20 50V GP TP 4x7 5 C AL 100uF 20 25V GPTP 6 3x11 5 C AL 47uF 20 16V GP TP 5x11 5 C AL 100uF 20 25V GPTP 6 3x11 5 CAL 100uF 20 25V GPTP 6 3x11 5 C AL 470uF 20 10V GP TP 8x11 5 5 FUSE CARTRIDGE 250V 1 6A TIM E LAG CERAM C PWM CONTROLLER STR G6551 T0 220F5P PHOTO COUPLER TR 200mW DIP 4 ST CKA4312T0 92 TAPING C NEGA FIXED REG 7908 T0 220 3P PLAS C VOLTAGE REGULATOR 78R08 T0 220 4P P C VOLTAGE REGULATOR 3RF23 T0 202 4P 12 FILTER LINE NOISE 400UH 250V FILTER LINE NOISE 25M H 0 35A AC250V BS COIL CHOKE 10UH 15 RA K 30 080 150KHZ LED ROUND RED 3 1mm 650n TR DIGITAL KSR2101 PNP 200M W 4 7K 4 7K S TR SM ALL SIGNAL KTC3203 Y N PN 400M W T0 9 TR DIGITAL KSR2101 PNP 200M W 4 7K 4 7K S TR SM ALL SIGNAL KTC3203 Y N PN 400M W T0 9 TR SM ALL SIGNAL KTC3203 Y N PN 400M W T0 9 TR DIGITAL KSR2101 PNP 200M W 4 7K 4 7K S TR DIGITAL KSR1101 NPN 200M W 4 7K 4 7K S TR SMALL SIGNALKSAT33 PNP250mW T0 92 T TR DIGITAL KSR2101 PNP 200M W 4 7K 4 K S TR DIGITAL NPN 200M W 22K 22K S0T 23 TP TR SMALL SIGNAL KSC2328A Y NPN 1W TO 92L TR SMALL SIGNAL KSC2328A Y NPN 1W TO 92L R M
151. nput buffers for power down in standby Row column addresses are multiplexed on the same pins SOAR Address Row address RAo RA10 column address CA7 Selects bank to be activated during row address latch time BA Bank Select Address Selects bank for read write during column address latch time RAS Row Address Strobe Latches row addresses on the positive going edge of the CLK with RAS low Enables row access amp precharge CAS Column Address Strobe Latches column addresses on the positive going edge of the CLK with CAS low Enables column access a Enables write operation and row precharge WE Write Enable re A Latches data in starting from CAS WE active Makes data output Hi Z tsHz after the clock and masks the output L U DQM Data Input Output Mask I pa p p Blocks data input when L U DQM active DQo 15 Data Input Output Data inputs outputs are multiplexed on the same pins Vpp Vss Power Supply Ground Power and ground for the input buffers and the core logic Vppo Vsso Data Output Power Ground Isolated power supply and ground for the output buffers to provide improved noise immunity N C RFU No Connection This pin is recommended to be left No Connection on the device Reserved for Future Use Samsung Electronics 2 21 Reference Information MEMO 2 22 Samsung Electronics 3 Product Specifications
152. nt chassis ground before connect ing the test instrument positive lead Always remove the test instrument ground lead last Note Refer to the Safety Precautions section ground lead last 2 The service precautions are indicated or printed on the cabinet chassis or components When servic ing follow the printed or indicated service precau tions and service materials 3 The components used in the unit have a specified flame resistance and dielectric strength When replacing components use components which have the same ratings Components i enti fied by shading by A or by A in the circuit dia gram are important for safety or for the characteris tics of the unit Always replace them with the exact replacement components Samsung Electronics Precautions 4 An insulation tube or tape is sometimes used and some components are raised above the printed wiring board for safety The internal wiring is sometimes clamped to prevent contact with heat ing components Install such elements as they were 5 After servicing always check that the removed screws components and wiring have been in stalled correctly and that the portion around the serviced part has not been damaged and so on Further check the insulation between the blades of the attachment plug and accessible conductive parts 1 2 2 Insulation Checking Procedure Disconnect the attachment plug from the AC outlet and turn the power ON Connect the insu
153. o execute the corresponding commands after initializing the devices connected with micom on board at power on 5 3 2 Block Diagram RICI SIC1 DIC1 ZC1 AIC1 RFAMP DIGITAL SERVO DATAPROCESSOR A V DECODER D A CONVERTER 51461 51452 51453 ZNA4 1 AK4393 4 4 A 4 4 FIC E MICI aces FRONT MICOM MAIN MICOM LC8606232 TM P95C265 DATA BUS MICS MICS EEPROM EPROM ADDRESS KS24C020 AT27C080 5 8 Samsung Electronics Circuit Descriptions 5 3 3 Waveform Description When micom accesses each device sharing bus it falls the chip select signal of corresponding chip to CS1 MIC3 22 CS2 MIC2 22 DSPCS DIC1 2 DVD1CS ZIC1 208 CSB SIC1 10 0 Low before trial So to speak the bus is used by time division as shown in Fig 5 14 5 15 5 16 Two and more devices can t be accessed simultaneously T T T T T T T T T ICS2 IDSPCS DVD1CS CSB IWR RD Fig 5 14 CS2 MIC2 22 EPROM CHIP SELECT CH2 DSPCS DIC1 2 DATA PROCESSOR CHIP SELECT CH3 DVDICS ZIC1 208 A V DECODER CHIP SELECT SRVCS SIC1 10 DIGITAL SERVO CHIP SELECT CH5 WR MIC1 89 M ICOM OUTPUT WRITE SIGNAL CH6 RD MIC1 88 M ICOM OUTPUT READ SIGNAL T T T T T T T T T 1 52 TI DSPCS DVD1CS CSB IWR
154. rial Data Clock Input clock input of 64fs or more is recommended 6 SDATA Serial Data Input 7 LRCK Left Right Clock Input Defines the sampling rate Fg 8 SMUTE Soft Mute Input or Chip Select Input If the P S pin pin 25 is high SMUTE controls the or CS soft mute function as follows When SMUTE goes high the soft mute cycle is initiated When SMUTE goes low the output mute is slowly released If the P S pin is low SMUTE is the Chip Select Input for the Serial Control Mode Chip select is active when SMUTE is low 9 DFS I Double Sampling Speed Input When low this pin defines the Normal Speed Mode and 128xF oversampling is implemented When high the DFSpin definesthe Double Speed Mode implemented with 64 x F oversampling This pin features an internal pull down 10 DEMO De emphasis Enable 0 or Control Data Clock Input If the P S pin pin 25 is high or CCLK DEMO is used to select the De emphasis Mode according to Table 3 If the P S pin os low DEMO is the clock input for the Serial Control Mode 11 DEM1 De emphasis Enable 1 or Control Data Input If the P S pin pin25 is high DEM1 is or CDTI used to select the De emphasis Mode according toTable3 Ifthe P S pin is low DEM1 is the control data input for the Serial Control Mode 12 DIFO Digital Input Format Select 0 18 DIF1 Digital Input Format Select 1 14 DIF2 Digital Input Format Select 2 15 BVSS Substrate Ground Pin Substrate ground is OV 16 V
155. riptions 5 6 4 Scart ack Output The SCJ1 of scart jacks is used for connecting a TV When the DVD player is turned on the RGB CVBS or S VIDEO is outputted to SCJ1 Switching of power on off is controlled by SCIC3 The control signal Pin 9 10 11 of SCIC3 is outputted from Pin 100 and pin 92 of FIC1 and the oin 9 10 of SCIC3 is inverted again by SCQ8 According to the characteristics that SCART Jack is supplied same pins for the output of CVBS signal and Y signal and for the R signal and C signal SCIC3 lets the user select two signals in setup menu The signal selected by switch is amplified by SIC4 and SIC6 and outputted through the SCART jack The scart jack has the function select signal Pin 8 of SCJ1 that the TV can select automatically RF and the external video signal 5 SCQ7 SCQ18 and SCD4 are the circuit to point FIC1 Pin100 pin 94 controls When the TV aspect ratio is 16 9 or 4 3 it is outputted 4 5 7V or 9 5 12V each But when the DVD video source is 16 9 and 16 9 wide is select ed in setup menu 4 5 7V is outputted Otherwise 9 5 12V is outputted RGB control signal Pin 16 of SCJ1 is outputted that the TV can select between RGB and CVBS SCQ15 SCQ16 are for RGB control and controlled by FIC1 Pin 91 V NC TV OUT DVD CVBS um NC TV OUT nO os G TV OUT DVD B Amplifier B TV QUT Fig 5 22 1 Scart Output Block Diagrsm Samsung Electronics 5 17
156. rk P P Samsung Electronics Loc No Part No VC 2202 000205 16 2202 002037 VQ 2203 000192 18 2202 000231 vc19 2202 000791 21 2202 000205 2202 000851 VG 2202 000851 va 2202 000231 5 2202 000791 VC6 2202 000205 2202 000851 vO 2202 000231 VES 2401 001353 VEG 2401 000913 VE 2401 001353 2401 000913 2401 002042 VFD1 AHO7 00024A VICI 1201 001419 2101 000238 3301 000353 2701 000238 2701 000238 2701 000238 2701 000238 VL6 2701 000238 2701 000238 VL8 2701 000238 VR10 2001 000969 VR10S 2001 001006 VR 2001 000969 VR12 2001 000969 VR121 2001 000515 VR122 2007 000572 VR123 2001 000290 VR7 2001 001006 VR8 2001 001006 2001 001006 VSW1 AH34 00010A Samsung Electronics Description Specification C CERAM ICM LC AXIAL 22pF 5 50V SL TP1 C CERAM ICM LC AXIAL 100nF 80 2096 50V Y 5V C CERAM IC CHIP 100nF 480 2096 50V Y5V TP C CERAM IC MLC AXIAL 330pF 10 50V Y 5P TP C CERAM IC MLC AXIAL 150pF 10 50V Y 5P TP C CERAM ICM LC AXIAL 22pF 5 50V SL TP1 C CERAM IC MLC AXIAL 270PF 10 50V Y 5P TP C C C CERA LC AXIAL 270PF 10 50V Y 5P TP C CERA LC AXIAL 330pF 10 50V Y 5P TP C CERAM IC M LC AXIAL 150pF 1096 50V Y 5PTP C CERAM ICM LC AXIAL 22pF 596 50V SLTP1 C CERAM IC M LC AXIAL 270PF 10 50V Y 5P TP C CERAM IC M LC AXIAL 330pF 1096 50VY5P TP C AL 470uF 20 10V GP TP 8x11 5 5 C AL 22uF 20
157. the deck PCB Note If the assembly and disassembly are not done in correct sequence the Pick up may be damaged TO MAIN PCB DCN1 Fig 1 4 1 6 Samsung Electronics 2 Reference Information 2 1 IC Descriptions 2 1 1 AIC1 AK4393 Digital to Analog Converter Serial Input Control P Left Right Clock Bit Clock Serial Data Power Down Soft Mute Double Speed Select Samsung Electroni Left Channel DVSS De emphasis gt Soft Mute 8X Multi bit Switched Right Output Interpolator Modulator Capacitor Filter Right Output DVDD MCLK PD BICK SDATA r LRCK gt De emphasis Soft Mute 8 Multi bit Switched Left Output Interpolator Modulator Capacitor Filter Left Output DFS Control Register Right Channel DEMO DEM1 De emphasis Clock Divider Del Control DIFO DIF2 Master Clock Clock Control No Pin Name yo Pin Function and Description 1 DVSS Digital Ground Digital ground is OV 2 DVDD Digital Supply 3 3V or 5 0V nominal 3 MCLK Master Clock Input 4 PD Power down and Reset When lowthe AK4393 is in Power down Mode and heldin reset The AK4393 should always be reset after power up 5 BICK 1 Audio Se

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