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Reference Information

2-2

Samsung Electronics

2-1-2 RIC1 (KS1461 ; RF)

100

99

98 97 96

95

94

93

92

91

90

VZOCTL

PLLGF

EQF

EQG

RDPF

AGCP

AGCB

AGCLEVEL

EQGND

AGCI

AGCC

89

RF
AGCO

88

EQIN

87

BCA

TH

86

RFEQO

85

EQVCC

84

MIRRI

83

CP
 1

81

MROFST

80

RFRPN

82

CB 1

78

CP
 2

77

CB 2

76

RFCT

79

RFRP

75 BCAO

74 BCAI

73 RESET

72 OSC

71 STB

70 CLOCK

69 DATA

68 RREFDLY

67 VREFDPD

66 DPDGND

65 TE1RES

64 PLLCTL

63 DPDMUTE

62 FAUL TOUT

61 DPDEQ2

60 DPDEQ1

59 TE30FST

58 BCA

56 DPDVCC

55 DFCT2

54 DFCT1

53 DFCTTH1

52 DFCTTH2

51 DVCC

50

CC2

49

CC1

48

DFCT_CP2

47

DFCT_CP1

46

FOKB

45

FOKTH

44

DGND

43

ENV

42

ENVB

41

ENVP

40

ABCDI

39

ABCD

38

ABCDN

37

PDLIMITRES

36

TE

35

TEN

34

FEN

33

FE

32

AGND

31

PDCD

30

LDOCD

29

PDVD

28

LDODVD

27

VREFLP_BGI

26

OFSTHOLD

25

FOFST

24

VREFA

23

AVCC

22

DCD1

21

CCD1

20

BCD1

19

ACD1

18

DDVD1

17

CDVD1

16

BDVD1

15

ADVD1

14

F

13

E

12

VREFEQ

11

RREF

10

RREFEQ

9

RREFBF

8

DDVD

7

CDVD

6

BDVD

5

ADVD

4

DCD

3

CCD

2

BCD

1

ACD

to RF EQ

TUNING BLOCK

AGC-HOLD(OOH)

MUX

AGC_DET

RF

MUX

VREF

GENERATOR

CDRSEL(00H)

EQ

VC AMP

D

D

D

D

MUX3

GAIN_TE3(02H)

GCA

OFSTHOLD

TEOFST(04H)

TBAL(01H)

TE38

SUB

RF

MUX

D1

B1

C1

A1

FE

GAIN_FE(03H)

FE_0FST(05H)

CDRSEL(00H)

ANALOG

VC AMP

ALPC

LDONB(00H)

FOFST

OFSTHOLD

MUX

TESEL(OOH)

OFSTHOLD

ABCD_OFST(O6H)

ENVELOPE

FOK

DEFECT

MUX

ENV_SEL(02H)

EQIN

CDRSEL(OOH)

ABCD

SUM

GAIN_ABCD(OOH)

DELAY_SEL(00H)
PLLCTL

FAULTOUT

PDLIMITRES

TEOPST(04H)

PD,LPF

DELAY

TE1_LIMIT

DELAY_SEL(OOH)
PLLCTL
TBAL(O1H)

HOLD_CTL(O8H)
DPDMUTE
DPD_MUTE(O2H)
SEOFHOLD
FLT_CTL(OOH)
CAL_ENDB(O2H)

COM

COM

DPDEQ2

DPDEQ1

GCA

GCA

EQ

EQ

CD1
S12
DVD1
DVD2
LDONB
FLT_CTL
CDRSEL
TESEL
AGC-HOLD
TBAL
GAIN_TE3
ENV_SEL
DVCTL_SEL
DPD_MUTE
GAIN_EQ
GAIN_FE
GAIN_ABCD
TE_OFST
FE_OFST
ABCD_OFST
DELAY_CD
DELAY_AB
PDLIMIT
ga_RFSUM
HOLD_CTL
ga_PLLDP
ga_PLLDN

to DPD

BLOCK

DPD

BLOCK

S/IF

BLOCK

AUTO

OFSTCTL

BCA

BLOCK

BCA

RFCT

&

MIRR

RFRP

TE1RES

CD1 S12 DVD1.2

RF

Equalizer

RF SLM

& AGC

A

B

C

D

GAIN_EQ(02H)

MIRR

57

Summary of Contents for DVD-C600

Page 1: ...ing 7 Exploded Views and Parts List 8 Electrical Parts List 9 Block Diagrams 10 PCB Diagrams 11 Wiring Diagram 12 Schematic Diagrams Manual DVD PLAYER CONTENTS SERVICE MANUAL DVD C600 DIGITAL VIDEO DVD VIDEO CD CD PLAYER DVD C700 DOLBY DIGITAL DECODER BUILT IN 5 SPATIALIZER N 2 2 ELECTRONICS Samsung Electronics Co Ltd FEB 2000 Printed in Korea AH68 00387A ...

Page 2: ...rwriters 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 c...

Page 3: ...ched 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 necess...

Page 4: ...nd 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 or by in t...

Page 5: ...posure of the assem bly 3 Use only a grounded tip soldering iron to solder or unsolder ESD 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 generate electrical charges sufficient to damage ESD devices 6 Do not remove a ...

Page 6: ... 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 Fig 1 3 6 Short the short terminal on the PCB wh...

Page 7: ...d into Main PCB MCN06 See Fig 1 4 3 Disassemble the Deck 4 Disassemble the Deck PCB 1 5 2 Assembly 1 Replace the Pick up 2 Assemble the Deck PCB 3 Reassemble the Deck 4 Insert FPC into Main PCB MCN06 and switch SW1 on Deck PCB to ON See Fig 1 4 SW1 ON OFF FPC TO MAIN PCB MCN06 Note If the assembly and disassembly are not done in correct sequence the Pick up may be damaged Fig 1 4 ...

Page 8: ...MUTE 9 I DFS 10 I DEM0 11 Soft mute pin When this pin goes H soft mute cycle is initiated When returning L the output mute releases Audio serial data input pin 64fs clock is recommended to be input on this pin Audio serial data input pin 2 s complement MSB first data is input on this pin Double speed sampling mode pin Internal pull down pin L normal speed H double speed L R clock pin De emphasis f...

Page 9: ...13 E 12 VREFEQ 11 RREF 10 RREFEQ 9 RREFBF 8 DDVD 7 CDVD 6 BDVD 5 ADVD 4 DCD 3 CCD 2 BCD 1 ACD to RF EQ TUNING BLOCK AGC HOLD OOH MUX AGC_DET RF MUX VREF GENERATOR CDRSEL 00H EQ VC AMP D D D D MUX3 GAIN_TE3 02H GCA OFSTHOLD TEOFST 04H TBAL 01H TE38 SUB RF MUX D1 B1 C1 A1 FE GAIN_FE 03H FE_0FST 05H CDRSEL 00H ANALOG VC AMP ALPC LDONB 00H FOFST OFSTHOLD MUX TESEL OOH OFSTHOLD ABCD_OFST O6H ENVELOPE F...

Page 10: ...n port SERVO defect max time setting Peak hold time constant connection port PLL defect min time setting 39 ABCD ENVP ENVB ENV DGND FOKTH FOKB DFCT_CP1 DFCT_CP2 O O I O P 62 61 60 59 58 57 56 55 54 53 52 51 50 49 Output port of peak detector for defect AC coupling input port for defect Power voltage input port for digital circuit Resistance connection port for PLL defect comparat ing level setting...

Page 11: ...L EFMI RFI ASYDVD ASYCD EFM EFMOA PLLHD INTO_224 FDCTL MAGICO EQCTL VCTRL RVCO PLCK EFMRTD RPD RFD PLLLOCK MDOUT 3 0 PSB SENSE MDATA 7 0 MRDB MWRB CSB DAB SCOR SQSI SQCK LDONB TLKB FLKB DIRC PS1 SSTOP PSO SMON LOCK DFCT FOKB MIRR TZCA PHI1 XOUT XO XI TEST RSTB TILTO TILTI ROM DSP CORE FOR DIGITAL SERVO TIMING GENERATOR I O INTERFACE BLOCK SUB CODE READ BLOCK SYSCON INTERFACE BLOCK WIDE CAPTURE RAN...

Page 12: ...r signal input pin PLL hold signal from micom Servo interrupt monitor pin PLL logic block VDD power supply pin PLCK Frequency lock detect output H Lock L Unlock Latched EFM output signal PLL logic block VSS power supply pin Resistor pin for VCO GAIN Gain adjust resister for frequence detector Gain adjust resister for phase detector Control voltage for VCO Input for hysteresis control of FD output ...

Page 13: ...35KHz EFM DEMOD SUBCODE I F CD G V CD CD DA SQ VCD DVDP DEINTERLEAVE RAM CONTROL 6 4 3 trans ID ECC EDC DESCRAMBLER MICOM I F M M TO MICOM 15 MDAT 7 0 MRZA ZCS MWR MRD ZIRQZD ZWAIT ZRST TO DRAM 256K 16 32 DD 15 0 DADR 8 0 ZRAS ZUCAS ZLCAS ZOE 1 0 ZWE 1 0 TO AV 13 SDATA 0 CDATA SDATA 1 LRCK SDATA 2 BCLK SDATA 3 C2PO SDATA 4 SQDT SDATA 5 WFSY SDATA 6 SOS1 SDATA 7 SQCK DATREQ CSTROBE DTER DATACK TOS ...

Page 14: ...DRAM data bus 33 DD6_BI FUNCTION PIN NAME Digital GND 5V 97 DVSS System clock output for 33 8688MHz 96 CK33MO_OUT System clock input for 33 8688MHz 95 CK33MI_IN Digital out 92 TX_OUT Good frame sync detection result output H active 93 GFS_OUT Frame sync out 91 FRSYZ_OUT Digital GND 0V 90 DVSS Digital GND 0V 89 DVSS Digital GND 0V 88 DVSS Digital GND 0V 87 DVSS Digital power 5V 86 DVDD Digital powe...

Page 15: ...Lower Data out Buffer Upper Data in Buffer Upper Data out Buffer Vcc Vss RAS UCAS LCAS W FUNCTION Address Inputs Data in Out Ground Row Address Strobe Upper Column Address Strobe Lower Column Address Strobe Read Write Input Data Output Enable Power 5V Power 3 3V No Connection Refresh Timer Refresh Control AO A8 Refresh Counter Row Address Buffer Col Address Buffer Row Decoder Column Decoder Memory...

Page 16: ...d Content Descrambled Compressed Content Decompressed Content Display Content LOGIC DIAGRAM HADDR 2 0 RD HDATA 7 0 WAIT DTACK INT HOST8SEL Host Interface Signals Video Interface Signals DVD CD Interface Signals Audio Interface Signals SDRAM EDO Interface Signals Global Interface Signals DA DATA 0 3 DA LRCK DA BCK DA XCK DA IEC EDO CAS EDO RAS LDQM MDATA 15 0 MADDR 20 0 MWE ROM CS SD CLK SD CAS 1 0...

Page 17: ... 2 3 VSS VDD SP AP 19 RTC1 CbCr Y CbCr 24 R Cr VSSA G Y B Cb CVBS CSYNC VBS CVBS C CVBS A BLOCK DIAGRAM NAME res SP A P LLC1 V SS1 V DD1 RCV1 RCV2 I O I I I I I I O I O PIN 1 2 3 4 5 6 7 8 FUNCTION Reserved pin do not connect Test Pin connected to digital ground for normal operation Test Pin connected to digital ground for normal operation Line Locked Clock input this is the 27 MHz master clock Di...

Page 18: ... for R Cr C CVBS outputs Analog output of Green Y signal Analog output of VBS CVBS signal Analog supply voltage 2 for VBS CVBS Green Y outputs Analog output of Blue Cb signal Analog output of CVBS CSYNC signal Analog supply voltage 3 for Blue Cb and CVBS CSYNC outputs Analog ground 2 for VBS CVBS Blue Cb CVBS CSYNC outputs Double speed 54 MHzMPEG port It is an input for CCIR 656 style multiplexed ...

Page 19: ...TEST2 1 NMI WDTOUT P00 to P07 AD0 to AC7 P10 to P17 AD8 to AD15 A8 toA15 P20 to P27 A0 to A7 A16 to A23 P30 RD P31 WR P32 HWR P33 WAIT P34 BUSRQ P35 BUSAK P36 R W P37 RAS P40 CS0 CAS0 P41 CS1 CAS1 P42 CX2 CAS2 PORT A High Frequency OSC Low Frequency OSC INTERRUPT CONTROLLER WATCH DOG TIMER PORT 0 PORT 2 PORT 3 CS WAIT CONTROLLER 3 BLOCK PORT 1 10 BIT 8CH A D CONVERTER SERIAL I O CH 0 SERIAL I O CH...

Page 20: ...D RXDO Serial data clock SCLK SCLKO RF control data MD TXD1 RF data latch STB 094 RF control clock MC SCLK1 Address mode H 8 bit mode AM8 AM8 16 Clock output System clock 2 CLK CLK VCC Vcc GND GND Vss High frequency OSC in X1 X1 High frequency OSC out X2 X2 External access CS41 CS40 EA EA Master reset from FRONT MRST RESET FUNCTION ASSIGNED NAME PORT NAME No I O I I O O O O I I I I I I O I O I I O...

Page 21: ... Vcc A17 A14 A13 A8 A9 A11 OE VPP A10 CE DQ7 DQ6 DQ4 DQ4 DQ3 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 TOP VIEW Output Enable Chip Enable and Prog Logic Output Buffers Y Gating 2 097 152 Bit Cell Matrix Y Decoder A0 A19 Address Inputs OE VPP X Decoder Data Outputs DQ0 DQ7 CE Vcc Vss BLOCK DIAGRAM FUNCTION Address Inputs Chip Enable Input Data Input Outputs Output Enable Input Vcc Syply Volta...

Page 22: ...T1 Low frequency OSC out XT2 GND VSS High frequency OSC in CF1 High frequency OSC out CF2 VDD VDD GND AN0 P80 GND AN1 P81 AN2 P82 HARDWARE MODE SELECT MODE0 AN3 P83 HARDWARE MODE SELECT MODE1 AN4 P84 HARDWARE MODE SELECT MODE2 AN5 P85 HARDWARE MODE SELECT MODE3 AN6 P86 HARDWARE MODE SELECT MODE4 AN7 P87 Request to front micom RRQ P70 INT0 Roulette sensor P71 INT1 P72 INT2 REMOCON data in REMOCON P...

Page 23: ...Reference Information 2 16 Samsung Electronics MEMO ...

Page 24: ... 74min CD 31 2 inches Reading Speed 3 9 to 4 6 ft sec Compact Disc Maximum Play Time 20min VCD 5 inches Reading Speed 3 9 to 4 6 ft sec Maximum Play Time 74min Video Audio Composite Video 2 Channel 1 0Vp p 75ohm load Y 1 0Vp p 75ohm load Video Output Component Video Pr 0 70Vp p 75ohm load Pb 0 70Vp p 75ohm load S Video Luminance Signal 1 0Vp p 75ohm load Color Signal 0 286Vp p 75ohm load 2 channel...

Page 25: ...D 12cm Reading Speed 1 2 to 1 4m sec Maximum Play Time 74min Video Audio R Red 0 714Vp p 75ohm load G Green 0 714Vp p 75ohm load Scart Jack B Blue 0 714Vp p 75ohm load Video Output Composite Video 1 0Vp p 75ohm load Luminance Signal 1 0Vp p 75ohm load Color Signal 0 286Vp p 75ohm load Component Video 2 Channel 1 0Vp p 75ohm load S Video Luminance Signal 1Vp p 75ohm load Color Signal 0 286Vp p 75oh...

Page 26: ... up the Door Tray in the direction of arrow A by both hand to remove 3 Close Tray Œ and power off Note If Tray Œ doesn t open insert a Screw driver into the Emergency hole ˇ as shown in detailed draw ing and then turn it in the direction of arrow B Open Tray manually CLOSE OPEN Œ TRAY DOOR TRAY A A ˇ EMERGENCY HOLE Bottom View SCREW DRIVER B Fig 4 1 Door Tray Removal ...

Page 27: ...and Reaasembly 4 1 2 Top Cabinet Removal 1 Remove 5 Screws Œ on the back Top Cabinet 2 Remove 4 Screws ˇ on the left and right side 3 Lift up the Top Cabinet in direction of arrow Œ 5 SCREWS 2 SCREWS ˇ 2 SCREWS Fig 4 2 Top Cabinet Removal ...

Page 28: ...Ø FRONT PCB Fig 4 3 Ass y Front Panel Front PCB Headphone PCB Removal 4 1 3 Ass y Front Panel Front PCB Headphone PCB Removal 1 Remove 2 Screws Œ and disassemble the Ass y Front Panel 2 Remove Knob Shuttle ˇ 3 Remove 11 Screws ˆ and disassemble the Front PCB Ø 4 Remove 2 Screws and disassemble the Headphone PCB ...

Page 29: ...Removal 1 Remove 2 Screws 4 Screws Region Europe Œ 2 Remove 3 Screws and lift the Jack PCB ˇ up CAUTIONS 1 When disassembling switch the SW1 to OFF on the Deck PCB and remove the FPC connected to MCN06 on Main PCB See Fig 1 4 on page 1 6 2 When assembling insert the FPC into the MCN06 on Main PCB and switch SW1 to ON on the Deck PCB See Fig 1 4 on page 1 6 3 Disconnect FPC Pin 36 from MCN06 on Mai...

Page 30: ...Disassembly and Reaasembly Samsung Electronics 4 5 MAIN PCB JACK PCB S M P S PCB TO HEADPHONE PCB CON23 CORE FERRITE Fig 4 5 Wire Arrangement Top View Wire Arrangement ...

Page 31: ...ronics Disassembly and Reaasembly Œ 2 SCREWS 2 SCREWS ˇ BRACKET PCB 4 SCREWS 4 1 5 Ass y Deck Removal 1 Remove 4 Screws Œ and Bracket PCB ˇ 2 Remove 4 Screws from the Ass y Deck and lift it up Fig 4 6 Ass y Deck Removal ...

Page 32: ...Disassembly and Reaasembly Samsung Electronics 4 7 JACK PCB MAIN PCB S M P S PCB HEADPHONE PCB KEY PCB FRONT PCB 4 2 PCB Location Fig 4 7 PCB Location ...

Page 33: ...MAIN PCB MCN02 Ø CN5 DECK PCB MAIN PCB MCN06 PCN03 S M P S PCB MAIN PCB MCN01 Ô JCN04 JACK PCB HEADPHONE PCB CON23 Ò FCN01 FRONT PCB JACK PCB JCN02 Ú Æ FCN04 FRONT PCB MAIN PCB MCN04 ı TCN03 DECK PCB MAIN PCB MCN05 CT1 CT2 CT3 CT4 CT5 CT6 CT7 CT8 CT9 CT1 S M P S PCB JACK PCB FRONT PCB Œ Ô ˇ ˆ Ú Ø ı Ò Æ MAIN PCB CT6 CT7 CT9 CT5 CT2 CT3 CT4 CT8 4 3 Connector Diagram Fig 4 8 Connector Diagram ...

Page 34: ...ee Fig 1 4 on page 1 6 1 Insert a Screw driver into Emergency hole Œ and turn Gear Load ˇ in the direction of arrow A 2 When the Tray comes out a little pull it in the direction of arrow B by hand 3 Disconnect Flat Cable Ø 4 Pull the Tray to disassemble while simultaneously pushing the Stopper ˆ in direction of arrow C CAUTION Do not stain with grease Pick Up Lens Turn table Roulette Disc Tray Dis...

Page 35: ... Electronics Disassembly and Reaasembly 4 4 2 Tray Roulette Removal 1 Remove Screw Π2 Lift up the Tray Roulette Fig 4 10 Tray Roulette Removal ΠSCREW TRAY ROULETTE TRAY DISC Assembly Point TRAY ROULETTE TRAY DISC ...

Page 36: ... 2 Screws and lift up the Bracket Worm Ass y ˆ 4 Remove Belt Ø 5 Remove Washer and the Gear Roulette 6 Remove 2 Screws and the Shaft Worm Ass y 7 Remove 2 Screws Ô and the Worm Motor Fig 4 11 Bracket Worm Ass y Removal Bottom View SENSOR PCB SENSOR PCB 2 SCREWS 2 SCREWS Ø BELT Œ LCN02 ˆ BRACKET WORM ASS Y WASHER GEAR ROULETTE SHAFT WORM ASS Y Ô 2 SCREWS WORM MOTOR ˇ HOOK ˇ HOOK ˇ HOOK ˇ HOOK ˇ HOO...

Page 37: ...t DATIL A 3 Remove the Ass y P U Deck Ø in direction of arrow C while simultaneously pushing the 2 Hooks ˆ in direction of arrow B CAUTION Do not stain with grease Pick Up Lens Turn table Roulette Disc Tray Disc Belt Fig 4 12 Ass y P U Deck Removal Œ RUBBER PAD PROTECT CAUTION Suface of adhesion ˆ HOOK ˆ HOOK B B Ø ASS Y P U DECK C SLIDER RACK Assemlby Point SLIDER RACK A CLOSE OPEN EMERGENCY HOLE...

Page 38: ...3 4 4 5 Slider Rack Removal 1 Remove the Slider Rack in direction of arrow B while simultaneously pushing the Lever Locker Πin direction of arrow A Fig 4 13 Slider Rack Removal 1 ΠLEVER LOCKER A B SLIDER RACK SLIDER RACK ΠLEVER LOCKER Assembly Point ...

Page 39: ...al 1 Remove Belt Pulley Œ 2 Push the Hook ˇ in the Boss in the direction of arrow 3 Lift up the Gear Pulley CAUTION Do not stain with grease Pick Up Lens Turn table Roulette Disc Tray Disc Belt Fig 4 14 Belt Pulley Gear Pulley Removal Œ BELT PULLEY GEAR PULLEY BOSS GEAR PULLEY BOSS ˇ HOOK ...

Page 40: ...ction of arrow and lift up Gear Tray Œ 2 Push the Hook below the Gear Convert ˇ in the direction of arrow and lift up Gear Convert ˇ 3 Push the Hook below the Gear Cam in the direction of arrow and lift up Gear Cam 4 Remove Gear Load ˆ Fig 4 15 Gear Tray Gear Convert Gear Cam Gear Load Removal Œ GEAR TRAY HOOK ˇ GEAR CONVERT GEAR CAM ˆ GEAR LOAD Bottom Side ...

Page 41: ...er Removal 1 Remove Spring Locker Œ 2 Lift up the Lever Locker pushing the direction of arrow A 3 Remove the Gear Syncro in direction of arrow B while simultaneously pushing the 2 Hooks ˇ Fig 4 16 Spring Locker Lever Locker Removal Œ SPRING LOCKER LEVER LOCKER GEAR SYNCRO ˇ HOOKS A B ...

Page 42: ...ook Œ in the direction of arrow A 4 Hooks in the direction of arrow B and lift up PCB Motor Ass y ˇ 2 Push the 3 Hooks ˆ Ø in the direction of arrow C and lift up PCB Switch Ass y Fig 4 17 PCB Motor Ass y PCB Switch Removal Œ HOOK A 2 HOOKS 2 HOOKS B B ˇ PCB MOTOR ASS Y PCB SWITCH HOOK ˆ HOOK Ø HOOK C C C ...

Page 43: ... Clamper Removal 1 Pull the Clamper by hand in the direction of arrow B while simultaneously pushing the 4 Hooks Œ in direction of arrow A 2 Remove the Magnet ˇ 3 Lift up the Plate Chuck Fig 4 18 Clamper Removal CLAMPER PLATE CHUCK ˇ MAGNET Œ 4 HOOKS B A A A A ...

Page 44: ...Push the Stopper in the direction of arrow A 4 Pull the Shaft P U ˆ in the direction of arrow B to remove 5 Lift up the Pick up Ø in the direction of arrow C CAUTION Do not stain with grease Pick Up Lens Turn table Roulette Disc Tray Disc Belt Fig 4 19 Pick Up Ass y Removal Œ WASHER GEAR FEED U CN2 ˇ FPC STOPPER A B ˆ SHAFT P U ˆ SHAFT P U Ø PICK UP ASS Y C ...

Page 45: ...2 PCB Deck Removal 1 Remove the soldering of CN4 Œ Pin 6 2 Remove the Soldering pole of Motor Feed pole 3 Remove 3 Screws ˇ 4 Remove the FPC from Motor Spindle Ass y side 5 Remove PCB Deck ˆ Fig 4 20 PCB Deck Removal Œ CN4 FEED MOTOR ˇ 3 SCREWS ˆ PCB DECK FPC ...

Page 46: ...Disassembly and Reaasembly Samsung Electronics 4 21 4 4 13 Spindle Motor Removal 1 Remove 3 Screws Π2 Lift up the Spindle Motor Fig 4 21 Spindle Motor Removal Π3 SCREWS SPINDLE MOTOR ...

Page 47: ...sung Electronics Disassembly and Reaasembly 4 4 14 Bracket Deck Ass y Removal 1 Remove 4 Screws Œ 2 Lift up the Bracket Deck Ass y Fig 4 22 Bracket Deck Ass y Removal Œ 4 SCREWS BRACKET DECK ASS Y ˇ SUB CHASSIS ...

Page 48: ...Reaasembly Samsung Electronics 4 23 4 4 15 Assembly of Gear Fig 4 23 Assembly of Gear Œ GEAR CAM GEAR TRAY ˇ GEAR CONVERT TRAY DISC Œ GEAR CAM GEAR TRAY ˇ GEAR CONVERT TIMING POINT 2 TIMING POINT 1 GEAR TRAY Œ GEAR CAM ...

Page 49: ...4 24 Samsung Electronics Disassembly and Reaasembly MEMO ...

Page 50: ...r Vreg Vout Vs Ns Vp Np REGULATOR Common power Ex 120 220V 50 60Hz Fig 5 1 Linear Power Supply Waveform Description Vs t 0 Fig 5 2 Vs t 0 Fig 5 3 Vout t 0 Fig 5 4 Input Common power to transformer Vp The output Vs of transformer is determined by the ratio of 1st Np and 2nd Ns Vs Ns Np x Vp Vout is output DC by diode and condensor ...

Page 51: ...sed by margin design Greater core size and condensor capacity are ne eded because the transformer works on a single power frequency 5 1 1 b S M P S Pulse width modulation method v Vreg Vout 0 t Change by common power Regulator loss Fig 5 5 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 ...

Page 52: ...ed power by leakage inductance Fig 5 7 1 Prevent residual high voltage at the terminals of switch during switch off Suppress noise High inverted power occurs at switch PIC1 off because of the 1st winding of transformer V LI xdi dt LI Leakage Induction A very high residual voltage exists on both terminals of PIC1 because dt is a very short 2 SNUBBER circuit protects PIC1 from damage through leakage...

Page 53: ...3 of A K current down PIC2 Diode current down PIC2 C E current down PIC2 C E voltage up PIC1 F B voltage up Out Duty up Transformer 1st current up Transformer 1st power up Vout up 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 Duty down Vout down Maintain 5 8V i e the feedback to maintains ...

Page 54: ...uit 5V Rectified Smoothing Circuit 8V Rectified Smoothing Circuit 8V Rectified Smoothing Circuit 3 3V Rectified VoltageCircuit 5V Rectified VoltageCircuit x2 Motor 8V 1 Port 8V Rectified VoltageCircuit 8V Rectified VoltageCircuit O U T P U T Fig 5 9 5 1 3 b PIC1 STR G6153T Internal Block Diagram Voltage Ref UVLO Vcc Drain Source GND Sense S Q R S Q R OSC Vck 32V Feedback LEB Reset 7 5V 5v Reset Th...

Page 55: ...shows the flow of signal generated by the pick up A B C D signals detected from pick up are converted in to RF signal A B C D via RF summing AMP 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 AGC It controls RF SUM AGC gain by means of Pin 89 95...

Page 56: ... of DVD EQ and CD EQ are as follows 1 DVD CD EQ control parameter ΠEQG Pin 97 Changes the gain of peak frequency with EQ frequency characteristic Convert PWM signal output from KS1453 into DC via low pass filter EQF Pin 98 Changes the peak frequency with EQ frequency characteristic Convert PWM signal output from KS1453 into DVD via low pass filter ...

Page 57: ... 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 to exe cute the corresponding commands after initializing the devices connected with micom on board at power on 5 3 2 Block Diagram RIC1 RF AMP KS1461 SIC1 DIGITAL SERVO KS1452 VIC1 A V DECODER ZIVA 3 VIC50 VIDE...

Page 58: ...ously CH1 CS2 MIC8 22 EPROM CHIP SELECT CH2 DSPCS DIC1 2 DATA PROCESSOR CHIP SELECT CH3 DVDCS VIC1 206 A V DECODER CHIP SELECT CH4 SRVCS SIC1 10 DIGITAL SERVO CHIP SELECT CH5 WR MIC1 73 MICOM OUTPUT WRITE SIGNAL CH6 RD MIC1 72 MICOM OUTPUT READ SIGNAL CS2 DSPCS DVDCS SRVCS RD WR Fig 5 14 CH1 CS2 MIC8 22 EPROM CHIP SELECT CH2 DSPCS DIC1 2 DATA PROCESSOR CHIP SELECT CH3 DVDCS VIC1 206 A V DECODER CH...

Page 59: ...PROM CHIP SELECT CH2 DSPCS DIC1 2 DATA PROCESSOR CHIP SELECT CH3 DVDCS VIC1 206 A V DECODER CHIP SELECT CH4 SRVCS SIC1 10 DIGITAL SERVO CHIP SELECT CH5 WR MIC1 73 MICOM OUTPUT WRITE SIGNAL CH6 RD MIC1 72 MICOM OUTPUT READ SIGNAL CS2 DSPCS DVDCS SRVCS RD WR Fig 5 16 ...

Page 60: ...ked SERVO When the tracking actuator inclines outwardly as the object lens follows the track during 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 Fig 5 17 DISC SLED M T HALL PCB LD PD SPINDLE M T CN1 HA1 HA1 HA2 HA2 SLED SLED AO DO CO BO F...

Page 61: ...in65 of SIC1 FEI Pin39 of RIC1 ABCD 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 pin 1 2 of DRIC2 are approximately 4 5V 2 TRACKING SERVO 1 NORMAL PLAY MODE ΠFor 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 ...

Page 62: ...lay 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 tracking actuator moves Coarse serach mode In case of long distance search such as chapter serach SIC1 uses sled FG SIC8 pin 1 7 which is generated by rotation of sled motor via hall PCB Then read ID and compute the existing t...

Page 63: ... 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 spa...

Page 64: ...5 3 Waveform Description It measures the timing that data processed in DIC1 at DVD playback STROBE REQ DACK SDATA all 2 2 0 1 0 Fig 6 20 CH1 STROBE DIC1 69 CLOCK CH2 REQ DIC1 70 DATA REQUEST CH3 DACK DIC1 58 DATA ACKNOWLEDGE CH4 SDATA DIC1 60 67 DATA ...

Page 65: ...nd D A conversion of 8bit video data inputted from VIC1 A V decoder by control of MIC1 Micom Video signal converted into analog signal is outputted via amplifier of analog part Main Board Output Board VIC1 A V Decoder ZiVA 3 MIC1 Main Micom TMP93CM41F Video data VIC50 SAA7128 Video encoder VIC52 Amplifier BA7660 VIC51 Amplifier BA7660 CVBS 1 CVBS 2 Y C Y Pr Pb Fig 5 21 Video Output Block Diagram ...

Page 66: ... copy protection VDATA 7 0 VSYNC HSYNC 27M MRST SDA SCL 9 16 7 8 4 40 42 41 Demultiplexer Y CR CB RGB encoding Luminace processing MACROVISION 7 0 1 6 1 Cloed captions CGMS Chrominance processor CTRL CFG register Trap 10 bit DAC 30 27 24 23 26 29 CVBS Y C Pr R G Pb B VIC1 SSA7128 Fig 5 22 5 6 3 Amplifier VIC51 VIC52 BA7660 VIC51 and VIC52 are 6dB amplifier Based on CVBS signal the final output lev...

Page 67: ...al 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 AV1 that the TV can select automatically RF and the external video signal SCQ1 to SCQ7 are the circuit to point FIC1 Pin100 94 controls When the TV aspect ratio is 4 3 or 16 9 it is out putted 4 5 7V or 9 5 12V each But when the DVD video source is 16 9 an...

Page 68: ... 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 AIC2 AK4324 D A CONVERTER POST FILTER POST FILTER AIC1 AK4324 D A C...

Page 69: ... 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 amplifier or AC 3 MPEG DTS amplifier built in the external digital input source with IEC 958 1937 transmission format AUDIO INPUT BUFFER AUDIO OUT...

Page 70: ... No Yes TE occurs in search range Focus On Yes Yes Yes No Yes A See Fine Seek Check No FINE SEEK Check FINE SEEK MIRR signal RIC1 57 is missing TZCO signal SIC1 52 is occurs Track incomming is delayed TE is within 2V and 3V Pick up transfer smooth Check RIC1 Peripheral curcuit Check SIC1 Peripheral curcuit Time out due to many jump counts Check SIC1 peripheral circuit SIC1 76 output is normal DRIC...

Page 71: ... motor Check DIC1 MIC1 Check DRIC1 soldering and power Check path to RIC1 and SIC1 Check RIC1 soldering and power RIC1 86 output are normal RIC1 88 output is normal Check RIC1 peripheral circuit and A B C D Yes Yes Yes Yes Yes Yes No No No No No No No Tray open close FIC1 81 82 is Open L L Close H H Check DRIC2 26 27 output at open close Check signal line state from DRIC1 26 27 to tray motor Micom...

Page 72: ...putted from object lens at play key input No focus incoming and no disc occurs Yes No B A No focus incoming FE in SIC1 65 is within specified range DRIC4 1 2 output are normal Check open state from DRIC4 to pick up Check RIC1 and A B C D input Check DRIC4 Yes Yes No No A ...

Page 73: ... Check SIC8 DRIC2 signal transfer system Yes No NO LD ON RIC1 28 is 5V RIC1 29 output is 200mV Current exceeds 0 1A LD out pick up replace Open check in related circuit LD MPD error Replace pick up RIC1 50 output is 0V Check MIC1 Yes Yes Yes Yes Yes No No No No Divide RQ1 emitter terminal voltage and 5V real voltage difference into 33ohm B ...

Page 74: ...9344MHz DVD 18 432MHz Yes Yes No No AOP1 1 7 output is normal Check AOP1 peripheral circuit Yes No Base terminal level of AQ1 2 3 4 are L Check MIC1 41 mute Yes No DVD play error NO DISK appears after pick up moves up and down twice at power on 27MHz clock is input in DIC1 14 VIC1 peripheral soldering and short check Check DIC1 MIC1 peripheral short Check 27MHz oscillating part Yes No No Signals a...

Page 75: ...ring shot Check VIC1 peripheral circuit Check VIC5 Yes No No Yes No Power Standby LED OFF PF01 error PD01 voltage is missing Replace PIC1 Replace fuse Check PR10 No No Yes Yes PIC1 drain pin 1 voltage is missing Check 2d voltage No No Voltage exists in PIC1 5 Check PR11 12 13 14 Yes No Pulse is missing in PIC1 5 Replace PIC1 Check feed back Yes Yes ...

Page 76: ... of micom common bus 8 bit Check short or operating of micom Check soldering of micom and communication devices Yes No Play works Check VIC1 peripheral unit Yes No Yes Yes Yes Yes C Key operation or remote control error MIC1 9 is fixed to 0V MIC7 4 5 pin is fixed to 0V Check A V decoder signal process block Check DVD signal process block Yes Yes MIC1 10 19 waveform state 0 1 changes whenever press...

Page 77: ...6 87 in MIC1 and pin 41 42 in VIC50 Check the connection with pin 180 182 184 189 in VIC1 Video data are inputed normally at pin 9 16 in VIC50 Analog signals output normally at pin 30 27 24 29 23 in VIC50 Yes No Yes D Change VIC50 No No Check the soldering of VIC50 Change VIC50 No No Analog signals are inputed normally at pin 2 4 7 in VIC51 52 Power is normal at pin 16 in VIC51 52 Check the connec...

Page 78: ...t operation persists Check power status Check X TAL peripheral circuit Yes Yes No No Reset working in FIC1 12 Check reset peripheral circuit of FIC2 Yes No FIC1 soldering is OK Check FIC1 soldering Yes No Operational waveform is missing in FIC3 FLT pin Check FIC1 peripheral circuit Yes Yes Key of STOP PLAY OPEN work normally Check S W interface Check communication status with main micom Check FIC1...

Page 79: ...Troubleshooting 6 10 Samsung Electronics MEMO ...

Page 80: ...Samsung Electronics 7 1 7 Exploded View and Parts List 7 1 Cabinet Assembly 7 2 Deck Assembly Page 7 2 7 4 ...

Page 81: ...50 150 150 101 610 S N A CHASSIS REAR S N A CABINET BOTTOM 151 151 605 151 151 151 150 150 151 151 151 151 13 13 12 12 601 ASSY PCB MAIN 602 ASSY PCB JACK 603 ASSY PCB SMPS 14 11 S N A DECK DVD MECHA 1 2 3 4 6 703 701 S N A Service Not Available 702 FCN04A JCN05A JCN03A UT01 15 ...

Page 82: ... 101 AH64 00203B CABINET TOP PCM 0 625T 429 109 3 150 6003 000275 SCREW TAPTITE BH B M3 L10 BLK SWCH1018 151 6003 000276 SCREW TAPTITE BH B M3 L10 ZPC YEL SWC 601 AH92 00665A ASSY PCB MAIN DVD C600 MAIN PCB 602 AH92 00184A ASSY PCB JACK RC5910P JACK PCB 603 AH92 00537A ASSY PCB SMPS DVD C700 SMPS PCB 605 AH63 00040A GROUND REAR PBS T0 2 DVD 909 610 AH39 00034A POWER CORD KJ 10W 1 83M CONNECTOR 701...

Page 83: ...10 H520 H527 H523 901 903 H525 H521 H522 902 H526 H513 H512 H511 H530 H400 H417 H431 H432 H416 H414 H412 H421 H415 H430 H420 H410 H450 H413 H418 H419 H433 LCN01A TCN03A H411 H440 H211 H212 H210 H220 905 905 905 H242 H243 H241 H200 904 909 H240 CN5A CN1A H230 908 H201 S N A Service Not Available ...

Page 84: ...6 00105A PULLEY MOTOR ASSY POM DP 4 H412 AH66 00085A GEAR LOAD DP 4 BLK H413 AH66 00084A GEAR PULLEY DP 4 WHT H414 AH66 00035A GEAR CAM POM M1 86 80 DP 4 H415 AH66 00037A GEAR TRAY POM M1 86 80 DP 4 H416 AH66 00038A GEAR CONVERT POM M1 M1 52 22 28 DP H417 AH66 00086A GEAR SINCRO DP 4 WHT H418 AH66 00041A LEVER LOCKER POM DP 4 H419 AH61 00125A SPRING LOCKER SUS304 WPB 0 4 DP H420 AH66 00087A SLIDER...

Page 85: ...Exploded Views and Parts List 7 6 Samsung Electronics MEMO ...

Page 86: ...001 000878 R CARBON 6 2KOHM 5 1 8W AA TP 1 8X3 2M AR11 2001 000878 R CARBON 6 2KOHM 5 1 8W AA TP 1 8X3 2M AR119 2007 000766 R CHIP 330OHM 5 1 10W DA TP 2012 AR12 2007 001055 R CHIP 6 2KOHM 5 1 10W DA TP 2012 AR121 2007 001247 R CHIP 91OHM 5 1 10W DA TP 2012 AR13 2007 001055 R CHIP 6 2KOHM 5 1 10W DA TP 2012 AR14 2007 001055 R CHIP 6 2KOHM 5 1 10W DA TP 2012 AR15 2001 000290 R CARBON 10KOHM 5 1 8W ...

Page 87: ...2 C CERAMIC CHIP 100nF 80 20 50V Y5V TP AC57 2203 000192 C CERAMIC CHIP 100nF 80 20 50V Y5V TP AC58 2202 002037 C CERAMIC MLC AXIAL 100nF 80 20 50V Y5V AC59 2202 002037 C CERAMIC MLC AXIAL 100nF 80 20 50V Y5V AC6 2203 000595 C CERAMIC CHIP 0 22nF 5 50V NP0 TP 2012 AC61 2203 001388 C CERAMIC CHIP 10nF 5 50V X7R TP 2012 AC62 2203 000260 C CERAMIC CHIP 10nF 10 50V X7R TP 2012 AC7 2203 000192 C CERAMI...

Page 88: ...R CARBON 220OHM 5 1 8W AA TP 1 8X3 2MM VR122 2001 000515 R CARBON 220OHM 5 1 8W AA TP 1 8X3 2MM VR123 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2MM VR125 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2MM VR13 2001 000591 R CARBON 3 3KOHM 5 1 8W AA TP 1 8X3 2M VR130 2001 000969 R CARBON 75OHM 5 1 8W AA TP 1 8X3 2MM VR131 2001 000780 R CARBON 470OHM 5 1 8W AA TP 1 8X3 2MM VR132 2001 000003 R C...

Page 89: ...405 000186 VARISTOR 470V 4500A 17x12mm TP PZD31 0403 000716 DIODE ZENER MTZJ4 7B 4 7V 4 55 4 8V 500m RC12 2201 000812 C CERAMIC DISC 2 2nF 20 400V Y5U BK 12 RC13 2201 000812 C CERAMIC DISC 2 2nF 20 400V Y5U BK 12 RL03 3301 000297 CORE FERRITE BEAD AA 3 6x1 2x5 7mm 1400 701 ASSY PCB FRONT DVD C700 FRONT PCB FC01 2202 000807 C CERAMIC MLC AXIAL 22nF 80 20 25V Y5V FC02 2202 000807 C CERAMIC MLC AXIAL...

Page 90: ...V Y5V KC101 2202 002127 C CERAMIC MLC AXIAL 10NF 30 16V Y5S TP KC102 2202 002127 C CERAMIC MLC AXIAL 10NF 30 16V Y5S TP KC2 2202 002037 C CERAMIC MLC AXIAL 100nF 80 20 50V Y5V KCE8 2401 000249 C AL 100uF 20 10V GP TP 6 3x5 2 5 KCE9 2401 000249 C AL 100uF 20 10V GP TP 6 3x5 2 5 KEC10 2401 001225 C AL 4 7uF 20 16V GP TP 3x5 5 KEC11 2401 001225 C AL 4 7uF 20 16V GP TP 3x5 5 KOP03 1201 000191 IC OP AM...

Page 91: ...8 6 Samsung Electronics Electrical Parts List MEMO ...

Page 92: ...e Control SIC1 KS1452 Digital Servo DIC1 KS1453 DVD CD Processor RIC1 KS1461 RF Amp DPD MIC8 8M EPROM MIC1 TMP93CM41F Main Controller FIC1 LC86P6232 Front Controller DRIC3 KA3082 5 Disc Roulette Motor Driver 4 1 2 3 5 Roulette Motor VIC4 10 32M SDRAM AMP AMP AMP Yout Cout VIC1 ZiVA 3 A V Decoder VIC50 SAA7128 Video Encoder AMP AMP AMP CVBS1 CVBS2 Y Pb Pr Coaxial L1T L2T R1T R2T AIC1 AK4324 Audio D...

Page 93: ...KS1452 Digital Servo DIC1 KS1453 DVD CD Processor RIC1 KS1461 RF Amp DPD MIC8 8M EPROM MIC1 TMP93CM41F Main Controller FIC1 LC86P6232 Front Controller DRIC3 KA3082 5 Disc Roulette Motor Driver 4 1 2 3 5 Roulette Motor VIC4 10 32M SDRAM AMP AMP AMP Yout Cout VIC1 ZiVA 3 A V Decoder VIC50 SAA7128 Video Encoder AMP AMP AMP CVBS1 CVBS2 Coaxial L1T L2T R1T R2T AIC1 AK4324 Audio DAC LPF LPF AMP AMP Opti...

Page 94: ...Samsung Electronics 10 1 10 PCB Diagrams 10 2 10 3 10 4 10 5 10 6 10 7 10 7 10 8 10 8 10 1 Main 10 2 Jack 10 3 S M P S 10 4 Front 10 5 Key 10 6 Head Phone 10 7 Deck 10 8 Switch 10 9 Motor ...

Page 95: ...PCB Diagrams 10 2 Samsung Electronics 10 1 Main COMPONENT SIDE SOLDER SIDE ...

Page 96: ...PCB Diagrams Samsung Electronics 10 3 10 2 Jack ...

Page 97: ...PCB Diagrams 10 4 Samsung Electronics 10 3 S M P S ...

Page 98: ...PCB Diagrams Samsung Electronics 10 5 10 4 Front COMPONENT SIDE SOLDER SIDE ...

Page 99: ...PCB Diagrams 10 6 Samsung Electronics 10 5 Key COMPONENT SIDE SOLDER SIDE ...

Page 100: ...PCB Diagrams Samsung Electronics 10 7 10 6 Head Phone 10 7 Deck COMPONENT SIDE SOLDER SIDE ...

Page 101: ...PCB Diagrams 10 8 Samsung Electronics 10 8 Sensor 10 9 Motor ...

Page 102: ...Samsung Electronics 11 1 11 Wiring Diagram JACK PCB DECK PCB MOTOR PCB SENSOR PCB HEAD PHONE PCB SWITCH PCB MAIN PCB S M P S PCB FRONT PCB KEY PCB ...

Page 103: ...Wiring Diagram 11 2 Samsung Electronics MEMO ...

Page 104: ... M P S 12 2 Main Power Supply 12 3 Main Micom 12 4 Servo 12 5 Video Encoder 12 6 Video 12 7 Audio DAC 12 8 Audio 12 9 RF 12 10 ZiVA 12 11 DSP 12 12 Front Micom VFD Display 12 13 Scart Jack Europe Only 12 14 Head Phone 12 15 Key 12 16 Deck 12 17 Deck Control 12 18 Remote Control Block Identification of PCB Main PCB Component Side Jack PCB Conductor Side ...

Page 105: ...Schematic Diagrams 12 2 Samsung Electronics 12 1 S M P S ...

Page 106: ...Schematic Diagrams Samsung Electronics 12 3 12 2 Main Power Supply ...

Page 107: ...Schematic Diagrams 12 4 Samsung Electronics 12 3 Main Micom ...

Page 108: ...Schematic Diagrams Samsung Electronics 12 5 12 4 Servo ...

Page 109: ...Schematic Diagrams 12 6 Samsung Electronics 12 5 Video Encoder ...

Page 110: ...Schematic Diagrams Samsung Electronics 12 7 12 6 Video CVBS Output Y Output C Output ...

Page 111: ...Schematic Diagrams 12 8 Samsung Electronics 12 7 Audio DAC ...

Page 112: ...Schematic Diagrams Samsung Electronics 12 9 12 8 Audio ...

Page 113: ...Schematic Diagrams 12 10 Samsung Electronics 12 9 RF ...

Page 114: ...Schematic Diagrams Samsung Electronics 12 11 12 10 ZiVA ...

Page 115: ...Schematic Diagrams 12 12 Samsung Electronics 12 11 DSP ...

Page 116: ...Schematic Diagrams Samsung Electronics 12 13 12 12 Front Micom VFD Display ...

Page 117: ...Schematic Diagrams 12 14 Samsung Electronics 12 13 Scart Jack Europe Only B Output Scart Jack G Output Scart Jack R Output Scart Jack ...

Page 118: ...Schematic Diagrams Samsung Electronics 12 15 12 14 Head Phone ...

Page 119: ...Schematic Diagrams 12 16 Samsung Electronics 12 15 Key ...

Page 120: ...Schematic Diagrams Samsung Electronics 12 17 12 16 Deck ...

Page 121: ...Schematic Diagrams 12 18 Samsung Electronics 12 17 Deck Control ...

Page 122: ...Schematic Diagrams Samsung Electronics 12 19 12 18 Remote Control ...

Page 123: ...Schematic Diagrams 12 20 Samsung Electronics MEMO ...

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