dv s733a dv 747a

ORDER NO.

PIONEER CORPORATION 4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, JapanPIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, BelgiumPIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936

PIONEER CORPORATION 2001

RRV2564

T – ZZE NOV. 2001 Printed in Japan

DVD PLAYER

1. SAFETY INFORMATION ....................................... 2

2. EXPLODED VIEWS AND PARTS LIST ................. 4

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM ... 14

4. PCB CONNECTION DIAGRAM ........................... 47

5. PCB PARTS LIST ................................................ 60

6. ADJUSTMENT..................................................... 70

CONTENTS7. GENERAL INFORMATION ................................ 76

7.1 DIAGNOSIS .................................................. 76

7.1.1 ID NUMBER AND ID DATA SETTING . 76

7.1.2 SELF-DIAGNOSTIC FUNCTION OF

PICKUP DEFECTIVE ........................... 78

7.1.3 TEST POINTS LOCATION................... 79

7.1.4 TEST MODE SCREEN DISPLAY ........ 81

7.1.5 TROUBLE SHOOTING ........................ 85

7.1.6 ERROR CODE ..................................... 86

7.1.7 DISASSEMBLY .................................... 90

7.2 IC .................................................................. 95

8. PANEL FACILITIES AND SPECIFICATIONS .. 126

DV-47ADV-S733ADV-747ATHIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).

TypeModel

Power Requirement Region No. RemarksDV-47A DV-S733A DV-747A

KUXJ/CA ? − − AC120V 1

LBXJ − ? − AC110V 3

WLXJ/NC − ? − AC220-240V 3

WLXJ/RD − ? − AC220-240V 4

WYXJ − − ? AC220-240V 2

0 87¡ ¢4 1 3Î

STANDBY/ON FL DIMMERFL OFF

2

DV-47A, DV-S733A, DV-747A

1. SAFETY INFORMATIONThis service manual is intended for qualified service technicians ; it is not meant for the casual do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been trainedto properly and safely repair complex products such as those covered by this manual.Improperly performed repairs can adversely affect the safety and reliability of the product and mayvoid the warranty. If you are not qualified to perform the repair of this product properly and safely, youshould not risk trying to do so and refer the repair to a qualified service technician.

WARNINGThis product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to causecancer, birth defects or other reproductive harm.

Health & Safety Code Section 25249.6 – Proposition 65

NOTICE(FOR CANADIAN MODEL ONLY)Fuse symbols (fast operating fuse) and/or (slow operating fuse) on PCB indicate that replacement parts mustbe of identical designation.

REMARQUE(POUR MODÈLE CANADIEN SEULEMENT)Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur CCI indiquent que les piècesde remplacement doivent avoir la même désignation.

ANY MEASUREMENTS NOT WITHIN THE LIMITSOUTLINED ABOVE ARE INDICATIVE OF A POTENTIALSHOCK HAZARD AND MUST BE CORRECTED BEFORERETURNING THE APPLIANCE TO THE CUSTOMER.

2. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in the appliancehave special safety related characteristics. These areoften not evident from visual inspection nor the protectionafforded by them necessarily can be obtained by usingreplacement components rated for voltage, wattage, etc.Replacement parts which have these special safetycharacteristics are identified in this Service Manual. Electrical components having such features are identifiedby marking with a on the schematics and on the parts listin this Service Manual.The use of a substitute replacement component which doesnot have the same safety characteristics as the PIONEERrecommended replacement one, shown in the parts list inthis Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and newinstructions are issued from time to time. For the latestinformation, always consult the current PIONEER ServiceManual. A subscription to, or additional copies of, PIONEERService Manual may be obtained at a nominal charge fromPIONEER.

1. SAFETY PRECAUTIONS The following check should be performed for thecontinued protection of the customer and servicetechnician.

LEAKAGE CURRENT CHECK Measure leakage current to a known earth ground (waterpipe, conduit, etc.) by connecting a leakage current testersuch as Simpson Model 229-2 or equivalent between theearth ground and all exposed metal parts of the appliance(input/output terminals, screwheads, metal overlays, controlshaft, etc.). Plug the AC line cord of the appliance directlyinto a 120V AC 60Hz outlet and turn the AC power switchon. Any current measured must not exceed 0.5mA.

(FOR USA MODEL ONLY)

Leakagecurrenttester

Reading shouldnot be above0.5mADevice

undertest

Test allexposed metalsurfaces

Also test withplug reversed(Using AC adapterplug as required)

Earthground

AC Leakage Test

3


(Printed on the Rear Panel)

WLXJ/NC, WLXJ/RD and WYXJ types

LABEL CHECK

WARNING !THE AEL (ACCESSIBLE EMISSION LEVEL) OF THE LASER POWER OUTPUT IS LESS THAN CLASS 1BUT THE LASER COMPONENT IS CAPABLE OF EMITTING RADIATION EXCEEDING THE LIMIT FORCLASS 1.A SPECIALLY INSTRUCTED PERSON SHOULD DO SERVICING OPERATION OF THE APPARATUS.

LASER DIODE CHARACTERISTICSFOR DVD : MAXIMUM OUTPUT POWER : 5 mW

WAVELENGTH : 655 nmFOR CD : MAXIMUM OUTPUT POWER : 5 mW

WAVELENGTH : 785 nm

Additional Laser Caution

1. Loading-status detection switch (S101 on the LOAB assy) are detectedby the microprocessor (IC601 in the DVDM assy).

• To permit the laser diode to oscillate, it is required to set the loading-status detection switch for the clamp position (the center terminal of S101is shorted to +3V).When the voltage of IC101-pin 20 is +3V and IC601 (microprocessor) -pin 83 is +3V, 650nm laser diode for DVD oscillates in the DVDM Assy.When the voltage of IC101-pin 20 is +3V and IC601 (microprocessor) -pin 83 is 0V (GND), 780nm laser diode for CD oscillates in the DVDMAssy.In the test mode ∗ , the laser diode oscillates when microprocessor detectsa PLAY signal, or when the PLAY key is pressed (S252 ON in the KEYBassy), with the above requirements satisfied.

2. When the cover is open, close viewing through the objective lens withthe naked eye will cause exposure to the laser beam.

∗ : See page 72.


4

2.1 PACKING

2. EXPLODED VIEWS AND PARTS LISTNOTES: • Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.

• The mark found on some component parts indicates the importance of the safety factor of the part. Therefore, when replacing, be sure to use parts of identical designation.

• Screws adjacent to mark on the product are used for disassembly.

5

4

8

9

10

7

3

2

12

17

6

1

13–16"Operating Instructions"

11

KUXJ/CA and WYXJTypes Only

Except KUXJ/CA Type

KUXJ/CA Type Only

1


5

(1) PACKING PARTS LISTMark No. Description Part No.

1 Power Cord See Contrast table (2)2 Audio Cable (L = 1.5m) VDE10523 Video Cable (L = 1.5m) VDE10534 Remote Control Unit See Contrast table (2)5 Battery Cover See Contrast table (2)

NSP 6 Dry Cell Battery (R6P, AA) VEM-0137 Pad F VHA12888 Pad R VHA12899 Packing Case See Contrast table (2)

10 Mirror Mat Sheet Z23-007

NSP 11 Warranty Card See Contrast table (2)12 Polyethylene Bag VHL105113 Operating Instructions See Contrast table (2)

(English)14 Operating Instructions See Contrast table (2)

(Trad-Chinese)15 Operating Instructions See Contrast table (2)

(English/French/German/Italian)

16 Operating Instructions See Contrast table (2)(Spanish/Portuguese/Dutch/Swedish)

17 Polyethylene Bag See Contrast table (2)

(2) CONTRAST TABLEDV-47A/KUXJ/CA, DV-S733A/LBXJ, WLXJ/NC, WLXJ/RD and DV-747A/WYXJ are constructed the same except for the following :

Mark No. Symbol and DescriptionPart No.

RemarksDV-47A/KUXJ/CA

DV-S733A/LBXJ

DV-S733A/WLXJ/NC

DV-S733A/WLXJ/RD

DV-747A/WYXJ

NSP

NSP

1459

11

131415

16

17

17

Power CordRemote Control UnitBattery CoverPacking CaseWarranty Card

Operating Instructions (English)Operating Instructions (Trad-Chinese)Operating Instructions(English/French/German/Italian)Operating Instructions(Spanish/Portuguse/Dutch/Swedish)Polyethylene Bag

Polyethylene Bag

ADG7061VXX2714VNK4423VHG2142ARY7007

VRB1278Not usedNot used

Not used

Z21-038

Not used

ADG7060VXX2713VNK4422VHG2138Not used

VRB1278VRC1145Not used

Not used

Not used

VHL1051


VRB1278VRC1145Not used

Not used

Not used

VHL1051


VRB1278Not usedNot used

Not used

Not used

VHL1051

ADG7062VXX2785VNK4936VHG2141ARY7022

Not usedNot usedVRE1096

VRF1059

AHG7032

Not used


6

30

E

E

6

D

8

WYXJ TypeOnly

14WYXJ Type Only

F

F

B

C

H

I

I D

D

C

G

A

B

A

H

G

34

32

10

32

30

30

9

12

5

17

33

3149

50

3333

38

28

48

29

16

1

2

47

3

4

19

4519

29

29

44

ExceptKUXJ/CAType39

30Except

WLXJ/NC,WLXJ/RD

Types

46

41

11

15

30

29

C

F

E

G

H

B

J

18

42

37

3143

36

29

40

48

33

29

33

33

7

33

33

29

29

29

29

29

29

29

29

29

2935

Refer to"2.5 LOADINGMECHANISM ASSY".

Refer to"2.3 FRONT PANEL SECTION".

Refer to"2.4 DOOR SECTION".

27

WLXJ/NC, WLXJ/RD, WYXJ Types Only

KUXJ/CAType Only

2.2 EXTERIOR SECTION


7

(1) EXTERIOR PARTS LISTMark No. Description Part No.

1 FLIR Assy See Contrast table (2)NSP 2 KEYB Assy VWG2306NSP 3 PWSB Assy See Contrast table (2)

4 AVJB Assy See Contrast table (2)5 DVDM Assy VWS1471

6 SCRB Assy See Contrast table (2)7 Connector Assy PG05KK-E158 FFC See Contrast table (2)9 POWER SUPPLY Unit VWR1346

NSP 10 Loading Mechanism Assy VWT1188

11 PCB Support VEC126612 PCB Support VEC218413 • • • • •14 PCB Holder See Contrast table (2)

NSP 15 Chassis VNA2160

16 Rear Panel See Contrast table (2)17 Adapter27 L VNL192618 Adapter27 R VNL192719 Insulator VXA242420 • • • • •

21 • • • • •22 • • • • •23 • • • • •24 • • • • •25 • • • • •

Mark No. Description Part No.

26 • • • • •27 Label See Contrast table (2)

NSP 28 ID Label VRW187729 Screw BBZ30P060FMC30 Screw BBZ30P080FZK

31 Screw BBZ30P180FMC32 Screw See Contrast table (2)33 Screw PPZ30P080FMC34 Bonnet Case S See Contrast table (2)35 AC Inlet Assy See Contrast table (2)

36 Housing Assy VKP226937 MH Spacer VEC225038 Mechanism Holder VNE226639 Earth Lead Unit See Contrast table (2)

NSP 40 SACD Assy VWG2331

41 Flexible Cable VDA187942 Shielding Plate VNF112443 Cushion VEB133644 Bottom Cushion VEB1337

NSP 45 Bottom Plate VNA2345

46 SACD Stay VNE225847 Screw BBZ30P040FZK48 Screw BBZ30P080FCC49 Screw Z39-01950 Shielding Plate See Contrast table (2)

(2) CONTRAST TABLEDV-47A/KUXJ/CA, DV-S733A/LBXJ, WLXJ/NC, WLXJ/RD and DV-747A/WYXJ are constructed the same except for the following :


RemarksDV-47A/KUXJ/CA

DV-S733A/LBXJ

DV-S733A/WLXJ/NC

DV-S733A/WLXJ/RD

DV-747A/WYXJ

NSP

NSP

13468

1416273234

353950

FLIR AssyPWSB AssyAVJB AssySCRB AssyFFC

PCB HolderRear PanelLabelScrewBonnet Case S

AC Inlet AssyEarth Lead UnitShielding Plate

VWG2327VWG2312VWV1874Not usedNot used

Not usedVNA2366Not used

BCZ40P060FZKVXX2750

ADX7406Not usedVNF1125


Not usedVNA2368Not used

BCZ40P060FNIVXX2766

ADX7405VDA1903Not used


Not usedVNA2369VRW1872

BCZ40P060FNIVXX2766

VKP2268VDA1903Not used


Not usedVNA2370VRW1872

BCZ40P060FNIVXX2766

VKP2268VDA1903Not used

VWG2326VWG2311VWV1876VWV1850VDA1870

VEC2215VNA2367VRW1872

BCZ40P060FNIVXX2790

ADX7405VDA1903Not used


8

2.3 FRONT PANEL SECTION

7 DV-47A

1 2

3

4

¶ FRONT PANEL PARTS LISTMark No. Description Part No.

1 Sub Plate VEC22042 FL Lens VEC22303 Front Panel Assy VXA24744 Pioneer Name Plate VAM1109


9

(1) FRONT PANEL PARTS LISTMark No. Description Part No.

NSP 1 DILB Assy VWG23222 Connector Assy PF02PP-B203 Name Plate See Contrast table (2)4 AL Panel See Contrast table (2)5 FL Filter VEC2224

7 DV-S733A, DV-747A

I1

10

8

5

4

6

7

11 (1/2)

2

9

11 (2/2)

3


6 Door Cushion See Contrast table (2)7 FL Lens See Contrast table (2)8 LED Lens VNK49089 Center Lens VNK4910

10 Lens Holder VNK4911

11 Panel Base Assy See Contrast table (2)

(2) CONTRAST TABLEDV-S733A/LBXJ, WLXJ/NC, WLXJ/RD and DV-747A/WYXJ are constructed the same except for the following :


RemarksDV-S733A/LBXJ

DV-S733A/WLXJ/NC

DV-S733A/WLXJ/RD

DV-747A/WYXJ

3467

11

Name PlateAL PanelDoor CushionFL LensPanel Base Assy

PAN1377VAH1390VEC2228VEC2229VXA2472

VAM1124VAH1389VEC2254VEC2256VXA2473


10

2.4 DOOR SECTION

5

4

3

26

7

1

7 DV-47A

1

2

¶ DOOR PARTS LISTMark No. Description Part No.

1 DVD-A/V Plate VAM11182 Tray Panel VNK4819

7 DV-S733A, DV-747A

(1) DOOR PARTS LISTMark No. Description Part No.

1 Rivet VBA10832 Door Spring VBH13363 Door See Contrast table (2)4 Door Holder See Contrast table (2)5 Tray Holder VNK4905


6 Washer WC30FMC7 Retaining Rings YS20FAC

(2) CONTRAST TABLEDV-S733A/LBXJ, WLXJ/NC, WLXJ/RD and DV-747A/WYXJ are constructed the same except for the following :


RemarksDV-S733A/LBXJ

DV-S733A/WLXJ/NC

DV-S733A/WLXJ/RD

DV-747A/WYXJ

34

DoorDoor Holder

VEC2227VNK4904

VEC2255VNK4942


11

2.5 LOADING MECHANISM ASSY

NSP 1 LOAB Assy VWG22792 Traverse Mechanism Assy-S VXX27823 Loading Motor Assy VXX25054 Motor Pulley PNW16345 Carriage DC Motor / 0.3W PXM1027

6 Flexible Cable (26P) VDA18647 Connector Assy 2P VKP22538 Float Rubber VEB13279 Belt VEB1330

10 Stabilizer VNE2253

11 Loading Base VNL191712 Float Base DVD VNL191813 Drive Cam VNL191914 Gear Pulley VNL192115 Loading Gear VNL1922

16 Drive Gear VNL192317 SW Lever VNL192518 Clamper Plate VNE225119 Bridge VNE225220 Clamper VNL1924

21 Screw JGZ17P028FMC22 Screw Z39-01923 Tray VNL1920

A

A

To DVDMCN101

2

8

3

54

Refer to"2.6 TRAVERSE MECHANISM ASSY-S".8

8

12

2313

17

21

16

22

15

14

22 22

22

22

2018

19

91

7

11

10

6

8

A

Lubricating OilGYA1001

DaifreeGEM1036

Refer to" Application of Lubricant".

Note :



• LOADING MECHANISM ASSY PARTS LISTMark No. Description Part No.


12

Application of Lubricant

No. 11 Loading Base


Around the shaft

Concave of unevenness



No. 13 Drive Cam

No. 13 Drive Cam

No. 23 Tray

No. 23 Tray

Top View

Rear View Top View

Bottom View

DaifreeGEM1036

DaifreeGEM1036

DaifreeGEM1036

DaifreeGEM1036Daifree

GEM1036

Side of the rib

Inner side of a ditch






Lubricating OilGYA1001Lubricating Oil

GYA1001


13

2.6 TRAVERSE MECHANISM ASSY-S

1 Spindle Motor VXM1088(or VXM1089)

2 Stepping Motor VXM1090(CARRIAGE) (or VXM1091)

3 Pickup Assy-S OXX80034 Skew Screw VBA1080

5 Skew Spring VBH13356 Guide Bar VLL15147 Sub Guide Bar VLL15158 Hold Spring VNC10179 Joint Spring VNC1019

10 Support Spring VNC1020

12

83

7

1

18

18

1316

19

4 (Adjustment Screw)4 (Adjustment Screw)

18

1010

6

5

5

11

15

149

162

Screw TightGYL1001

Silicone AdhesiveGEM1037



17 (Torque : 0.12 ± 0.01 N•m)

17 (Torque : 0.12 ± 0.01 N•m)

17(Torque : 0.12 ± 0.01 N•m)

NSP 11 Mechanism Chassis VNE224812 Slider VNL181113 Spacer VNL191314 Joint VNL191415 FFC Holder VNL1915

16 Screw BBZ20P050FZK17 Screw OBA800918 Screw PMA26P100FMC19 Damper Sheet VEB1335


• TRAVERSE MECHANISM ASSY-S PARTS LISTMark No. Description Part No.


14

A

B

C

D

1 2 3 4

1 2 3 4

3

4

5

3

4

5

SpindleMotor

OEIC 11

20

21

15

16

25

24

23

26

11

20

21

15

16

25

24

23

26

RF

B1

B2

B3

B4

T RTN

T DRV

CarriageMotor

LoadingMotor

S101LoadingPositionSwitch

LOAD-

LOD POS

LOD POS

LOAD+

V+3D

SW2

SW1(GNDS)

T DRV

1

2

1

2

F RTN

PICKUPASSY

IC101LA9701M

RF IC

CN101(24P)

CN105

CN103

CN104

CN501(40P)

CN601(40P)

CN103(4P)

CN251(4P)

CN201(7P)

CN403

SRIN/OUT

CN301(15P)

CN101(15P)

1

2

CN601CN602

(24P)

(12P)

A LOAB ASSY

E FLIR ASSY C AVJB ASSY

FPWSBASSY

GKEYBASSY

B DVDM ASSY

M

M

IC351M56788AFP

FTSDRIVER

IC251BA6664FM

SPDLDRIVER

IC201LC78652W

SERVO DSP

IC701PE5220A

DVD DECODERSCRUT

IC702GM71VS65803CLT-5

64M DRAM

IC601PD6345ASYSTEM

CONTROL CPU

IC101PE5251A

FL CONTROL

V101 VAW1085FL TUBE

3RF54 170

111

107

RFO AIN

ROMXA46 DSP RF

56 BH

57 PH

42 FE

35

4

57-6063-66

149,150,152-155,158,159

48

TE

6B1

7B2

8B3

9B4

FDO3

TDO20

47

48

46 14

32 33 30 31 39 3

SPDO

21

112

33M

BD0-BD7

CDDATA

OUT V AD V

16M

44×48

3.3V to 5VCONVERTER

5V to 3.3VCONVERTER

IC802HY57V161610DTC-8

16M SDRAM

57

44

1-8

2

3

2

3REMOTESENSOR

IC111TSOP1840XG1

16M

PD0-PD7

PD0-PD7VIDEOFILTER

12

13

9

10

15 1434,35

1,2

3,4

4-9

31,32

9-14

IR

SEL IR

Q601 Q701

OUT C AD C42

Q602 Q702

OUT YS AD YS43

Q603 Q703

16-23

16-23

1-10

1-10

CN102(7P)

105

IC902K4S643232E-TC60

64M SDRAM

PD0-PD7

F721

F722

F723

IC901PM0033A

PROGRESSIVE& HI-QUALITY

VIDEOENCODER

27-34

9-11, 14-18

CN602 (40P)

CN801 (40P)

44

Q101

CN104(2P)

CN291(2P)

HDILBASSY

3 2

8-12, 35-37IC211

TK15404M

24

8-12, 35-3724

BD0-BD7

RFSACD

RFSACD

J SACD ASSY

IC601ADV7300KST

12BITVIDEO

ENCODER

IC603 VYW189616M FLASHMEMORY

Q604

Q606

OUT Y/G

OUT CR/R

OUT CB/BQ605

3938 37

3. BLOCK DIAGRAMAND SCHEMATIC DIAGRAM

3.1 BLOCK DIAGRAM3.1.1 SIGNAL ROUTE7 KUXJ/CA, LBXJ, WLXJ/NC and WLXJ/RD Types


15

A

B

C

D

5 6 7 8

5 6 7 8

25DOUT

CN302(40P)

CN401(40P) JA401

JA501

JA502 5.1C

H A

NA

LOG

AU

DIO

2CH

AN

ALO

G A

UD

IO

L

R

L

R

L

LS

RS

C

LFE

R

COAXIAL

OPTICAL

DIGITALAUDIO OUT

IC801M65774BFP

MPEG2DECODER

AV-1

IC901 XCA56367PV150DVD AUDIO DSP

95-98,100-103

27M

DOUT0

36/16M

2 4

27MDSP

44×48

IC491TC74VHC153FT

IC905TC7WH157FU

IC913TC7SH04FU

IC906TC74VHC157FT

IC908TC74VHC157FT

IC331PD0274A

IC441CS4392D-KS

IC442-1/2NJM5532MD

IC904LC89051V

IC902IC61LV6416-12T

1M SRAM

IC903IC63LV1024-12T

1M SRAM

IC481 BU2288FVCLOCK GENERATOR

3

14

27M(For IC801,IC913) (For IC201,IC701) (For IC701)(For IC801)

13

16M

9

36/16M

10

22/24M

22/2

4M

15

33M

7425

18

366455

Q391

23

1

4

1 23

DOUT173 37

31

33

23

1 24 319

1823

44AO0

SD

I1

SD

O0

SD

O1

SD

O2

71

1AO1

PD0-PD7

PD0-PD7

68

25

V

VV

IC701 LA7138M3IN 6OUT VIDEO AMP JA701

JA702

VIDEO OUT(YELLOW)

VIDEO OUT

S VIDEOOUT

COMPOSITE

C

Y

C

Y

Y

C

AMP3

AMP6

AMP10

19

17

23

21

15

13

5

67

10

11

65410

16

2855

9

18DACCLKDACCLK

36DATA0

31DATA1

33DATA2IC501

CS4392D-KS

IC502-1/2NJM5532MD

2

31

319

18

IC551CS4392D-KS

IC552-1/2NJM5532MD

IC552-2/2NJM5532MD

2

31

319

185

6715

14

2 422/24M

IC401TC7SH04FU

JA703

JA704

1

5

3

YIN

CRIN

CBIN

Y (GREEN)

COMPONENTVIDEO OUT

D-CONNECTOR

Cb (BLUE)

Cr (RED)

Y

Cb

Cr

IC702 LA7138M3IN 6OUT VIDEO AMP

AMP10

AMP6

AMP3

19

17

15

13

23

21

Q706

Q708

Q707

14

1312

14

1312

14

1312

IC351TC74VHC157FT

IC371TC74VHC157FT

IC333TC74VHC157FT

DSD_LS

DSD_L

DSD_CD

SD

_LS

DS

D_L

DS

D_C

DS

D_L

S

DS

D_L

DS

D_C

5 7 13

5 7 13

CN304(19P)

CN901(19P)

IC804 M5M4V18165DTP-6S1MX16 EDO DRAM

IC801CXD2753R

SACD DECORDER

126 169-17664

76

69 DSAC

WARFI

DSARS

DSAL

BD0-BD7

IC802HY57V161610DTC-8

16M SDRAM

ExceptKUXJ/CA Type


16

A

B

C

D

1 2 3 4

1 2 3 4

3

4

5

3

4

5

SpindleMotor

OEIC 11

20

21

15

16

25

24

23

26

11

20

21

15

16

25

24

23

26

RF

B1

B2

B3

B4

T RTN

T DRV

CarriageMotor

LoadingMotor

S101LoadingPositionSwitch

LOAD-

LOD POS

LOD POS

LOAD+

V+3D

SW2

SW1(GNDS)

T DRV

1

2

1

2

F RTN

PICKUPASSY

IC101LA9701M

RF IC

CN101(24P)

CN105

CN103

CN104

CN501(40P)

CN601(40P)

CN103(4P)

CN251(4P)

CN201(7P)

CN403

SRIN/OUT

CN301(15P)

CN101(15P)

1

2

CN601CN602

(24P)

(12P)

A LOAB ASSY

E FLIR ASSY C AVJB ASSY

FPWSBASSY

GKEYBASSY

B DVDM ASSY

M

M

IC351M56788AFP

FTSDRIVER

IC251BA6664FM

SPDLDRIVER

IC201LC78652W

SERVO DSP

IC701PE5220A

DVD DECODERSCRUT

IC702GM71VS65803CLT-5

64M DRAM

IC601PD6345ASYSTEM

CONTROL CPU

IC101PE5251A

FL CONTROL

V101 VAW1085FL TUBE

3RF54 170

111

107

RFO AIN

ROMXA46 DSP RF

56 BH

57 PH

42 FE

35

4

57-6063-66

149,150,152-155,158,159

48

TE

6B1

7B2

8B3

9B4

FDO3

TDO20

47

48

46 14

32 33 30 31 39 3

SPDO

21

112

33M

BD0-BD7

CDDATA

16M

44×48

3.3V to 5VCONVERTER

5V to 3.3VCONVERTER

IC802HY57V161610DTC-8

16M SDRAM

57

2

3

2

3REMOTESENSOR

IC111TSOP1840XG1

16M

PD0-PD7

12

13

9

10

15 1434,35

1,2

3,4

4-9

31,32

9-14

IR

SEL IR

16-23

16-23

1-10

1-10

CN102(7P)

105

CN602 (40P)

CN801 (40P)

44

Q101

CN104(2P)

CN291(2P)

HDILBASSY

3 2

8-12, 35-37IC211

TK15404M

24

8-12, 35-3724

BD0-BD7

RFSACD

RFSACD

J SACD ASSY

IC603 VYW189616M FLASHMEMORY

OUT V AD V

IC601ADV7300KST

12BITVIDEO

ENCODER

44

1-8

PD0-PD7

VIDEOFILTERQ601 Q701

OUT C AD C42

Q602 Q702

OUT YS AD YS43

Q603 Q703

PD0-PD7

P Y PR2 Y89

Q981

P CB PR2 CB91

Q982

P CR PR2 CR93

Q983

F721

F722

F723

IC901PM0033A

PROGRESSIVE& HI-QUALITY

VIDEOENCODER

27-34

9-11, 14-18

IC902K4S643232E-TC60

64M SDRAM

OUT Y/G P Y/G39

Q604

OUT CB/B P CB/B38

Q605

OUT CR/R P CR/R37

Q606

F706

Q774

F707

Q771

F708

Q768

7 WYXJ Type


17

A

B

C

D

5 6 7 8

5 6 7 8

25DOUT

CN302(40P)

CN401(40P) JA401

JA501

JA502 5.1C

H A

NA

LOG

AU

DIO

2CH

AN

ALO

G A

UD

IO

L

R

L

R

L

LS

RS

C

LFE

R

COAXIAL

OPTICAL

DIGITALAUDIO OUT

IC801M65774BFP

MPEG2DECODER

AV-1

IC901 XCA56367PV150DVD AUDIO DSP

95-98,100-103

27M

DOUT0

36/16M

2 4

27MDSP

44×48

IC491TC74VHC153FT

IC905TC7WH157FU

IC913TC7SH04FU

IC906TC74VHC157FT

IC908TC74VHC157FT

IC331PD0274A

IC441CS4392D-KS

IC442-1/2NJM5532MD

IC904LC89051V

IC902IC61LV6416-12T

1M SRAM

IC903IC63LV1024-12T

1M SRAM

IC481 BU2288FVCLOCK GENERATOR

3

14

27M(For IC801,IC913) (For IC201,IC701) (For IC701)(For IC801)

13

16M

9

36/16M

10

22/24M

22/2

4M

15

33M

7425

18

366455

Q391

23

1

4

1 23

DOUT173 37

31

33

23

1 24 319

1823

44AO0

SD

I1

SD

O0

SD

O1

SD

O2

71

1AO1

PD0-PD7

PD0-PD7

68

25

5

67

10

11

65410

16

2855

9

18DACCLKDACCLK

36DATA0

31DATA1

33DATA2IC501

CS4392D-KS

IC502-1/2NJM5532MD

2

31

319

18

IC551CS4392D-KS

IC552-1/2NJM5532MD

IC552-2/2NJM5532MD

2

31

319

185

6715

14

2 422/24M

IC401TC7SH04FU

14

1312

14

1312

14

1312

IC351TC74VHC157FT

IC371TC74VHC157FT

IC333TC74VHC157FT

DSD_LS

DSD_L

DSD_C

DS

D_L

S

DS

D_L

DS

D_C

DS

D_L

S

DS

D_L

DS

D_C

5 7 13

5 7 13

CN304(19P)

CN901(19P)

IC804 M5M4V18165DTP-6S1MX16 EDO DRAM

IC801CXD2753R

SACD DECORDER

126 169-17664

76

69 DSAC

WARFI

DSARS

DSAL

BD0-BD7

IC802HY57V161610DTC-8

16M SDRAM

V

VV

IC701 LA7138M3IN 6OUT VIDEO AMP JA701

JA702

S VIDEOOUT

COMPOSITEVIDEO OUT(YELLOW)C

Y

C

Y

Y

C

AMP3

AMP6

AMP10

19

17

23

21

15

13

JA703YIN

CRIN

CBIN

Y (GREEN)

COMPONENTVIDEO OUTCb (BLUE)

Cr (RED)

IC702 LA7138M3IN 6OUT VIDEO AMP

AMP10

AMP6

AMP3

19

17

15

13

23

21

Q706

Q708

Q707

CN702(16P)

2

10

16

12

14

V

IC710 MM1508XN6dB 75Ω DRIVER


Y

G

B

C

R

6

42


4 2


4 2

6

42

B

G

R/C

Y/V

AUDIOL D SCRB ASSYCN101(16P)

OUT

IN

5

3

1

7

AUD. L OUT

AUD. L IN

B OUT

G OUT

R/C OUT

V/Y OUT

V/Y IN

AUD. L OUT

AUD. L IN

B IN (C OUT)

G IN

R/C IN (C OUT)

V/Y OUT

V/Y IN

15

JA101(21P)

3

6

7

11

15

19

20

JA102(21P)

3

6

7

11

15

19

20

Q311

RY101

RY301

EUROCONNECTOR

RY201

RY203

4 3 2

7 8 9

4 3 2

7 8 9

7 8 9

4 3 2

7 8 9


18

A

B

C

D

1 2 3 4

1 2 3 4

3.1.2 AUDIO DATA STREAM (ANALOG OUTPUT)

BD

VD

M A

SS

Y

JS

AC

DA

SS

Y

CA

VJB

AS

SY

<L

/R>

CD

VC

DM

P3

DV

D L

PC

M

DV

D A

C3

5

.1ch

dts

MP

EG

au

dio

DV

D-A

SA

CD

IC2

01

SE

RV

O D

SP

LC

78

65

2W

IC8

01

AV

1M

65

77

4B

FP

2

IC9

08

TC

74

VH

C1

57

FT

4

57

–6

6

IC8

01

AV

1M

65

77

4B

FP

71

BD

0–

7IC

70

1S

CR

UT

PE

52

20

A4

14

9–

15

9

12

6–

13

5

AS

DA

TA

0–

7IC

70

1S

CR

UT

PE

52

20

A3

4–

43

IC9

01

DS

PX

CA

56

36

7

IC9

08

TC

74

VH

C1

57

FT

42

4

JA

50

1IC

70

1S

CR

UT

PE

52

20

A3

11

RO

MX

A

11

14

8

CD

DA

TA

IC9

05

TC

7W

H1

57

FU

68

2

AO

DIC

90

6T

C7

4V

HC

15

7F

T3

5

IC9

01

DS

PX

CA

56

36

74

10

4

IC3

31

AQ

EP

D0

27

4A

1

IC4

41

DA

CC

S4

39

23

24

14

,15

,1

8,1

9

IC2

01

SE

RV

O D

SP

LC

78

65

2W

IC8

01

AV

1M

65

77

4B

FP

3

IC9

08

TC

74

VH

C1

57

FT

4J

A5

01

IC7

01

SC

RU

TP

E5

22

0A

31

1

RO

MX

AIC

90

5T

C7

WH

15

7F

U6

82

AO

DIC

90

6T

C7

4V

HC

15

7F

T3

54

IC3

31

AQ

EP

D0

27

4A

1

IC4

41

DA

CC

S4

39

23

14

,15

,1

8,1

9

IC9

05

TC

7W

H1

57

FU

1

AO

0IC

90

6T

C7

4V

HC

15

7F

T3

53

IC9

08

TC

74

VH

C1

57

FT

4

JA

50

1IC

33

1A

QE

PD

02

74

A1

IC4

41

DA

CC

S4

39

23

14

,15

,1

8,1

9

57

–6

6

IC8

01

AV

1M

65

77

4B

FP

73

BD

0–

7IC

70

1S

CR

UT

PE

52

20

A4

14

9–

15

91

DO

UT

1IC

90

6T

C7

4V

HC

15

7F

T2

23

2

IC9

08

TC

74

VH

C1

57

FT

4

JA

50

1IC

33

1A

QE

PD

02

74

A1

IC4

41

DA

CC

S4

39

23

14

,15

,1

8,1

9

IC9

01

DS

PX

CA

56

36

71

04

JA

50

1IC

33

1A

QE

PD

02

74

A1

IC4

41

DA

CC

S4

39

23

14

,15

,1

8,1

9

IC9

04

DIR

LC

89

05

1V

57

–6

6BD

0–

7 14

9–

15

9

IC7

01

SC

RU

TP

E5

22

0A

64

, 6

6

JA

50

1IC

44

1D

AC

CS

43

92

3,

41

4,1

5,

18

,19

IC3

33

TC

74

VH

C1

57

FT

14

12

24

IC3

33

TC

74

VH

C1

57

FT

14

12

24

IC3

33

TC

74

VH

C1

57

FT

14

12

24

IC3

33

TC

74

VH

C1

57

FT

14

12

24

IC3

33

TC

74

VH

C1

57

FT

14

12

IC3

33

TC

74

VH

C1

57

FT

10

, 1

39

,12

57

–6

6

BD

0–

7IC

80

1C

XD

27

53

R1

69

–1

76


19

A

B

C

D

1 2 3 4

1 2 3 4

JS

AC

DA

SS

Y

JS

AC

DA

SS

Y

BD

VD

M A

SS

YC

AV

JB A

SS

Y<

LS

/RS

>D

VD

AC

3

5.1

chd

ts

DV

D-A

SA

CD

<C

/LF

E>

DV

D A

C3

5

.1ch

dts

DV

D-A

SA

CD

12

6–

13

5

IC7

01

SC

RU

TP

E5

22

0A

IC9

01

DS

PX

CA

56

36

7

IC9

08

TC

74

VH

C1

57

FT

55

, 67

57

–6

6

IC8

01

AV

1M

65

77

4B

FP

73

BD

0–

7IC

70

1S

CR

UT

PE

52

20

A7

14

9–

15

91

DO

UT

1IC

90

6T

C7

4V

HC

15

7F

T2

23

5,6

IC9

08

TC

74

VH

C1

57

FT

4

JA

50

2IC

50

1D

AC

CS

43

92

31

4,1

5,

18

,19

IC9

01

DS

PX

CA

56

36

71

05

JA

50

2IC

50

1D

AC

CS

43

92

31

4,1

5,

18

,19

IC9

04

DIR

LC

89

05

1V

12

6–

13

5

IC7

01

SC

RU

TP

E5

22

0A

34

–4

3

IC9

01

DS

PX

CA

56

36

7

IC9

08

TC

74

VH

C1

57

FT

61

0,1

9

57

–6

6

IC8

01

AV

1M

65

77

4B

FP

73

BD

0–

7IC

70

1S

CR

UT

PE

52

20

A9

14

9–

15

91

DO

UT

1IC

90

6T

C7

4V

HC

15

7F

T2

23

10

,1

IC9

08

TC

74

VH

C1

57

FT

4

JA

50

2IC

55

1D

AC

CS

43

92

31

4,1

5,

18

,19

IC9

01

DS

PX

CA

56

36

71

06

JA

50

2IC

55

1D

AC

CS

43

92

31

4,1

5,

18

,19

IC9

04

DIR

LC

89

05

1V

34

–4

3

AS

DA

TA

0–

7

AS

DA

TA

0–

7

IC7

01

SC

RU

TP

E5

22

0A

74

, 7

6

JA

50

2IC

50

1D

AC

CS

43

92

3,

41

4,1

5,

18

,19

IC3

51

TC

74

VH

C1

57

FT

10

, 1

3

10

, 1

3

9,1

25

7–

66

BD

0–

7IC

80

1C

XD

27

53

R1

69

–1

76

IC3

51

TC

74

VH

C1

57

FT

IC3

51

TC

74

VH

C1

57

FT

12

12

1414

IC7

01

SC

RU

TP

E5

22

0A

69

, 7

1

JA

50

2IC

55

1D

AC

CS

43

92

3,

41

4,1

5,

18

,19

IC3

71

TC

74

VH

C1

57

FT

9,1

25

7–

66

BD

0–

7IC

80

1C

XD

27

53

R1

69

–1

76

IC3

71

TC

74

VH

C1

57

FT

IC3

71

TC

74

VH

C1

57

FT

12

14

12

14


20

A

B

C

D

1 2 3 4

1 2 3 4

3.1.3 AUDIO DATA STREAM (COAXIAL/OPTICAL OUTPUT)

BD

VD

M A

SS

YC

AV

JB A

SS

Y

CD

VC

DM

P3

DV

D L

PC

MD

VD

AC

3M

PE

G a

ud

io

dts

DV

D-A

31

IC2

01

SE

RV

OD

SP

LC

78

65

2W

IC8

01

AV

1M

65

77

4B

FP

11

14

IC4

91

TC

74

VH

C1

53

FT

7

14

IC2

01

SE

RV

OD

SP

LC

78

65

2W

IC8

01

AV

1M

65

77

4B

FP

74

IC4

91

TC

74

VH

C1

53

FT

7

DO

UT

DO

UT

0

RO

MX

AIC

70

1S

CR

UT

PE

52

20

A

CD

DA

TA

47

57

–6

6

IC8

01

AV

1M

65

77

4B

FP

IC4

91

TC

74

VH

C1

53

FT

7

BD

0–7

IC7

01

SC

RU

TP

E5

22

0A

47

14

9–

15

9

57

–6

61

49

–1

59

IC8

01

AV

1M

65

77

4B

FP

IC9

06

TC

74

VH

C1

57

FT

7

BD

0–7

IC7

01

SC

RU

TP

E5

22

0A

12

DO

UT

1IC

90

4D

IRL

C8

90

51

V

IC9

01

DS

PX

CA

56

36

72

IC4

91

TC

74

VH

C1

53

FT

41

2

HA

DO

57

12

6–1

35

AS

DA

TA0

–7IC

70

1S

CR

UT

PE

52

20

A3

4–

43

IC9

01

DS

PX

CA

56

36

7

IC4

91

TC

74

VH

C1

53

FT

2

HA

DO

57

DO

UT

0

DO

UT

0

JA4

01

JA4

02

JA4

01

JA4

02

JA4

01

JA4

02

JA4

01

JA4

02

JA4

01

JA4

02


21

A

B

C

D

1 2 3 4

1 2 3 4

HPOWERSUPPLYUNIT

EFLIR ASSY

IDILB ASSY

CAVJB ASSY

1 1

R439

V+12V

V+12V

V+6M

V+5E

V+5E

-27V

V+12V

V+5E

Q421IC421

PQ15RW11

IC903BA25BC0FP

V+3V

V+2R5V

V+5V +5V V+5A

R794 R790

R800 R793

LIVE

2

1

2 2SW+3.3V

SW+3.3V

4 4SW+5V

6 6SW+12V

8 8M+6V

10 10EVER+5V

12 12FLAC

13 13FLAC

14 14-27V

CN303(14P)CN001

CN101(14P)

1 1

10 10EVER+5V

V+12

12 12FLAC

-27V-27V -27V13 13FLAC

14 14

CN301(15P)

CN101(15P)

BDVDM ASSY

2 5 7 8 10 9 12 14

CN302(40P)

2

5 6V

5V

7 6V

8 3.3V

10 3.3V

9 12V

12 2.5V

14 2.5V

CN401(40P)

NEUTRALAC IN

VREG10V REG.

2.5V REG.

5V REG.

2V REG.

1.8V REG.

V+10A

V+5A

V+5V

SW+5VV+5D

V+6M

V+5S

V+3V V+12VV+2R5VV+6M

V+12V

V+3V V+2V

IC422NJM78M05FA

IC909MM1561JF

IC301BA25BCOFP

V+2R5D2.5V REG.

IC921BA25BCOFP

V+3DV3VDV18DV18_ADSP1 V+3_18REG

V+12V12M

V25VV+2A

FL TUBE

V+3V

JSACD ASSY

3.3V19 19

CN901(19P)

CN304(19P)

1

1

V+12V

V+12V

V+12

CN104(2P)

CN291(2P)

DSCRB ASSY

+12V

+5V

V+12V

V+5V

143

125 +5V

+12V

CN702(16P)

CN101(16P)

3.1.4 POWER SUPPLY BLOCK


22

A

B

C

D

1 2 3 4

1 2 3 4

DILB ASSY(VWG2322)I

33M

SC

RB

AS

SY

(VW

V18

50)

D

C 1/3- C 3/3AVJB ASSY(KUXJ/CA : VWV1874)(LBXJ : VWV1877)(WLXJ/NC, WLXJ/RD : VWV1875)(WYXJ : VWV1876)

C

POWER SUPPLY UNIT(VWR1346)

H FLIR ASSY(KUXJ/CA : VWG2327)(LBXJ : VWG2325)(WLXJ/NC : VWG2324)(WLXJ/RD : VWG2324)(WYXJ : VWG2326)

E

Except KUXJ/CA

WYXJ ONLY

LBXJ,WLXJ/NC,WLXJ/RDONLY

Note : When ordering service parts, be sure to refer to"EXPLODED VIEWS and PARTS LIST" or "PCBPARTS LIST".

3.2 LOAB ASSY and OVERALL WIRING DIAGRAM


23

A

B

C

D

5 6 7 8

5 6 7 8A

SACD ASSY(VWG2331)J

33M

XM

SLA

T2

PWSB ASSY(KUXJ/CA : VWG2312)(LBXJ : VWG2310)(WLXJ/NC : VWG2310)(WLXJ/RD : VWG2310)(WYXJ : VWG2311)

B 1/4- B 4/4DVDM ASSY (VWS1471)

B

F LOAB ASSY(VWG2279)

A

KEYB ASSY(VWG2306)G

PICKUP ASSY-S (OXX8003)

SPINDLEMOTOR: VXX1088

STEPPING MOTOR(CARRIAGE): VXM1090

LOADINGMOTORASSY: VXX2505

TRAVERSE MECHANISMASSY-S (VXX2782)

LOADING MECHANISM ASSY (VWT1188)

: RF SIGNAL ROUTE

: FOCUS SERVO LOOP LINE

: TRACKING SERVO LOOP LINE

(F)

(RF)

(T)

: SLIDER SERVO LOOP LINE(S)

(RF)(RF)(RF)

(F)

(F)(F)

(T)(F)

(T)

(F)(T)

(T)(F)

(S)

(S)

(S)

(S)


24

A

B

C

D

1 2 3 4

1 2 3 4

1/4B

3.3 DVDM ASSY (1/4)

CN101

CN103

CN104

CN105

1

100/6.3

1

1 1

1

100/

6.3

PIC

KU

P A

SS

Y

CN601A

CA

RR

IAG

EM

OT

OR

SP

IND

LEM

OT

OR

AS

SY

2/4B

2/4B

2/4B

2/4B

2/4B

2/4B

2/4B

2/4B

3/4B

B 1/4 DVDM ASSY (VWS1471)

RF IC

FTS DRIVER

(RF)

(F)(F)

(T)

(F)(F)

(F)

(T)

(T)

(RF)

(RF

)

(F)

(T)(T)

(F) (F)

(T)(T)

(S)

(S)(S)(S)(S)

(A)

(F)

(T)(V

)

(V)

12

4


25

A

B

C

D

5 6 7 8

5 6 7 8

1/4B

: The power supply is shown with the marked box.

C205VCH1195

150/4

220/4

2/4B

220/

4

3/4B3/4B

3/4B3/4B

2/4B

2/4B

2/4B

3/4B3/4B

2/4B

3/4B

2/4B

SERVO DSP

SP

DL

DR

V IC

: RF SIGNAL ROUTE

: AUDIO DATA SIGNAL ROUTE

: FOCUS SERVO LOOP LINE

: TRACKING SERVO LOOP LINE

: SLIDER SERVO LOOP LINE

(F)

(AD)

(RF)

: RF (VIDEO) SIGNAL ROUTE(V)

: RF (AUDIO) SIGNAL ROUTE(A)

(T)

(S)

(T)

(F)

(T)

(F)

(F)

(T)

(F)

(T)

(A)

(AD

)(A

D)

(V)

(V)

5

6

8 9

11107


26

A

B

C

D

1 2 3 4

1 2 3 4

3.4 DVDM ASSY (2/4)

2/4B

VCH1

195

150/

4

150/

4

VYW1896

3/4B 3/4B

3/4B

1/4B 3/4B

1/4B

3/4B

3/4B

1/4B

1/4B

1/4B

1/4B1/4B

1/4B

1/4B

1/4B

1/4B

4/4B 3/4B

4/4B

3/4B

3/4B4/4B

1/4B3/4B


PGM FLASH MEMORY

FR


27

A

B

C

D

5 6 7 8

5 6 7 8

2/4B


CN501

CN401

10P

10P

3/4B

3/4B

3/4B

1/4B

CN801J

CN602 150/

4

150/

4

CN601C 2/3

CN302C 1/3

1/4B

4/4B

3/4B

3/4B

3/4B

1/4B

2/4, 4/4B

3/4B

3/4B

3/4B

3/4B

3/4B

4/4B

4/4B

4/4B4/4B

4/4B

3/4B

CLOCKGENERATOR

3.3→5VCONVERTOR

5→3.3VCONVERTOR

(AD): AUDIO DATA SIGNAL ROUTE

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(VD): VIDEO DATA SIGNAL ROUTE

(D): AUDIO (DIGITAL) SIGNAL ROUTE

(VD)

(VD)

(D)

(AD)

(AD)


28

A

B

C

D

1 2 3 4

1 2 3 4

3.5 DVDM ASSY (3/4)

3/4B

150/

4

2/4B

2/4B

2/4B

2/4B

2/4B

C219220/4

4/4B

2/4B

2/4, 4/4B

2/4B

2/4B

1/4B

1/4B

1/4B

1/4B

1/4B

2/4B

4/4B

1/4B

2/4B

1/4B

2/4B

4/4B


64M DRAM

SCRUT

(VD)

(V) (V)

(VD) (V)

(AD

)

(AD

)

(AD

)

(AD)


29

A

B

C

D

5 6 7 8

5 6 7 8

3/4B

1M×1

6 E

DO

DR

AM

2/4B

2/4B

2/4B

4/4B

2/4, 4/4B

4/4B 4/4B

2/4B

2/4B

1/4B

16M

SD

RA

M

AV-1

(AD)

(VD)

: RF (VIDEO) SIGNAL ROUTE(V)

: VIDEO DATA SIGNAL ROUTE

: AUDIO DATA SIGNAL ROUTE


: AUDIO SIGNAL ROUTE

(VD)

(VD) (VD)

(D)

(D)

(D)

(VD

)


30

A

B

C

D

1 2 3 4

1 2 3 4

22 22

150/4

VC

H11

9515

0/4

2/4B

2/4B

2/4B

3/4B

2/4B

2/4B 3/4B

3/4B

2/4B

2/4B2/4B

2/4B2/4B

2/4B

3/4B

3/4B2/4B

3/4B

3/4B

3/4B

2/4B

3/4BDVD-AUDIO DSP


(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

3.6 DVDM ASSY (4/4)

4/4B


31

A

B

C

D

5 6 7 8

5 6 7 8

4/4B


150/

4

2/4B

1.8V REGULATOR



32

A

B

C

D

1 2 3 4

1 2 3 4

1/3C

DACCLK

DCLK1

DCLK1

DCLK1

MCLK1R435

22

R43422

DCLK1

DCLK1

BCKDACCLK

BCK

MCLK1

MCLK2

2/3C

2/3C

C32

11

C42

21

C42

81 C42

922

0/16

ZA

C30

71

C42

41

C3351

C3321

C3521

C3541

V+5V

R47

3(L

473)

VT

L108

4

R32

9(L

329)

VT

L108

4

C3311

R10570

GNDD

C1057∗∗∗

33M

33M

33M2/3C

SACDSL2/3C

33M

C 1/3 AVJB ASSY(KUXJ/CA : VWV1874)(LBXJ : VWV1877)(WLXJ/NC, WLXJ/RD : VWV1875)(WYXJ : VWV1876)

CN401B 2/4

CN101H

CN901J

CN101E

(D)(D)

(D)

(D)

(D) (D)

(D) (D)

(D) (D)

(D)

(D)

(D)

3.7 AVJB ASSY (1/3)


33

A

B

C

D

5 6 7 8

5 6 7 8

1/3C

: The power supply is shown with the marked box.R1041

R1044

R1045

GNDD GNDD

R1047

R1046

R1050

GNDD GNDD

R1052

R1051∗∗∗∗∗∗

∗∗∗

∗∗∗

R1053

R1054

GNDD GNDD

IC441CS4392D-KS

IC501CS4392D-KS

IC551CS4392D-KS

C47

51

C45

11

C52

91

C50

61

C58

21

C55

61

C50

722

0/16

ZA

C55

722

0/16

ZA

C44522/50

C50522/50

C55522/50

C442470/6.3

ZA

C502470/6.3

ZA

C552470/6.3

ZA

R44

1(L

441)

VT

L108

4R

501

(L50

1)V

TL1

084

R55

1(L5

51)

VT

L108

4

C3260.01

GNDD

C3250.01

GNDD

C3240.01

GNDD

IC442NJM5532MD

C467VCH1236

C487VCH1236

IC442NJM5532MD

IC502NJM5532MD

IC502NJM5532MD

IC552NJM5532MD

IC552NJM5532MD

GNDD GNDD

C10550.01

GNDD GNDD

C20421

GNDD GNDD

C10481

GNDD GNDD

C20411

GNDD GNDD

C10491

GNDD GNDD

C10430.1

GNDD GNDD

C10420.1

GNDD GNDD

C10410.1

R468220

R497220

R477220

R488220

R471220

R491220

R518220

R528220

R568220

R578220

3/3C

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)

(D)




34

A

B

C

D

1 2 3 4

1 2 3 4

2/3C

5

64

WYXJ ONLY

CN601

220/

6.3

ZA

CN

501

B2/4


3/3C

12BITVIDEO ENCODER

PROGRESSIVE & HI-QUALITYVIDEO ENCODER

3/3C1/3C

(C)

(V)(Y)

(VD)

(VD)1

23

(VD

)

(VD

)

(P_C

b)

(P_C

r)

(P_Y

)

(Cr/R)

(Y/G)(Cb/B)

3.8 AVJB ASSY (2/3)


35

A

B

C

D

5 6 7 8

5 6 7 8

2/3C: The power supply is shown with the marked box.

Q9812SA1037K

Q9822SA1037K

Q9832SA1037K

3/3C

WYXJ ONLY

Q6012SA1037K

Q6022SA1037K

Q6032SA1037K

Q6042SA1037K

Q6052SA1037K

Q6062SA1037K

V+3

V

R15

06

22

R15

050

R15

01

R15

050

R15

180

10k

R15

02

33k

45

1 23

45

86

4

2

DC

LK1

SA

CD

SL

BC

K1

1 2 3 4

8 7 6 5

5Q

D

Q3

7

1 23

C15

040.

1IC

1502

TC

7SH

86F

U

IC15

03T

C7S

H32

FU

IC15

01T

C7W

H74

FU

V+3

V

V+3

V

V+3

V C15

030.

1

R15

16 0

C15

06 1

L151

2

VT

L108

4

R15

140

C15

010.

1

C15

15 ∗∗∗

DA

CC

LK

1/3C

1/3C

1/3C

1/3C

33M

IC15

05T

C7W

H15

7FU

64M SDRAM

3/3C 3/3C

3/3C

P_Y/G

P_Y/G

P_CB/B

P_CR/R

PR2_Y

PR2_CB

PR2_CR

P_CB/B

P_CR/R

(V)(V)

(C)

(Y)

(C)

(Y)

(C)

(Y)

(R)(V): V SIGNAL ROUTE

: Y SIGNAL ROUTE

: C SIGNAL ROUTE(VD)

: VIDEO DATA SIGNAL ROUTE

(G): R SIGNAL ROUTE

: G SIGNAL ROUTE(B)

: B SIGNAL ROUTE(P_Cb)

(P_Y): PROGRESSIVE SCAN VIDEO SIGNAL ROUTE [Y]

(P_Cr): PROGRESSIVE SCAN VIDEO SIGNAL ROUTE [Cb]

: PROGRESSIVE SCAN VIDEO SIGNAL ROUTE [Cr]

(P_Y/G)

(P_Cb/B)

(P_Cr/R)

(P_Y)

(P_Cb)

(P_Cr)

(P_Y/G)

(P_Cb/B)

(P_Cr/R)

(P_Y)

(P_Cb)

(P_Cr)

(Cr/R)

(Y/G)(Cb/B)

(Cb)

(Cr)

: Cb SIGNAL ROUTE

: Cr SIGNAL ROUTE


36

A

B

C

D

1 2 3 4

1 2 3 4

Q7712SA1037K

Q7742SA1037K

Q7682SA1037K

2/3C

2/3C

6dB, 75ΩDRIVER

6dB, 75ΩDRIVER

(G)

(B)

(R)

(V)

(Y)

(G)(G)

(B)

(R)

(C)

(Y)

(V)

(R)

(B)

(R)

WYXJ ONLY

WYXJ ONLY

P_CR/R

P_CB/B

P_Y/G

Q7062SA1037K

Q7072SA1037K

Q7082SA1037K

F721VTF1175

18p

18p

18p

F722VTF1175

F723VTF1175

P_Y/G (Except WYXJ)PR2_Y (WYXJ Only)

P_CB/B (Except WYXJ)PR2_CB (WYXJ Only)

P_CR/R (Except WYXJ)PR2_CR (WYXJ Only)

Q7012SA1037K

Q7022SA1037K

Q7032SA1037K

2/3C


(V)

(V)

(C)

(V)

(C)

(Y)

(V)

(C)

(C)

(Y)

(Cb)

(Y)

(Cr)

(Cb)

(Cr)

(Y)

(P_Y)

(P_Cb)

(P_Cr)

3.9 AVJB ASSY (3/3)

3/3C


37

A

B

C

D

5 6 7 8

5 6 7 8

3/3C

2/3C

2/3C

6dB, 75ΩSW DRIVER

6dB, 75ΩSW DRIVER

(R)

(C)(R/C)

(Y/V)(V)

(Y)

CN7021/3C2/3C

CN

101

WYXJ ONLY

ExceptKUXJ/CA,WYXJ

WYXJ ONLY

D

(Y/V) (B)

(G)

(R/C)

Q7052SA1037K

Q7042SA1037K

CN703

2/3C

3 IN 6 OUT VIDEO AMP.

3 IN 6 OUT VIDEO AMP.

(B)

(Y/V)

(R/C)

(G)

(R)

(V)

(V)

(V)

(V)

(C)

(C)

(Y)

(Y)

(V)

: R SIGNAL ROUTE

: G SIGNAL ROUTE

: B SIGNAL ROUTE

: R/C SIGNAL ROUTE

: Y/V SIGNAL ROUTE

(C)

(Y)

(V): V SIGNAL ROUTE

: Y SIGNAL ROUTE

: C SIGNAL ROUTE


(Cb)

(Cr)

(Y)

(Cb)

(Cb)

(Y)

(Cb)

(Cr)

(Y)

(Cb)

(Cr)

(Cb)(Cb)

(Cr)

(Y)

(Cr)

(Cr)

(Y)

(Y)

(Cr)

: Cb SIGNAL ROUTE

: Cr SIGNAL ROUTE

: PROGRESSIVE SCAN VIDEO SIGNAL ROUTE [Y]

: PROGRESSIVE SCAN VIDEO SIGNAL ROUTE [Cb]

: PROGRESSIVE SCAN VIDEO SIGNAL ROUTE [Cr]

(C) (C)

(V)

(Y)

(C)

(Y)

(C)

(P_Cb)

(P_Y)

(P_Cr)


38

A

B

C

D

1 2 3 4

1 2 3 4

3.10 SCRB ASSY [WYXJ TYPE ONLY]

Q4012SC2412K

Q4012SC2412K

Q4012SC2412K

Q4012SC2412K

Q4012SC2412K

Q4012SC2412K

Q4032SC2412K

Q4032SA1037K

CN101

15k 10k

1.8k 1.8k 1.8kR4211.8k

R4221.8k

∗∗∗

∗∗∗

∗∗∗

CN702C 3/3

SCRB ASSY(VWV1850)D

(B)

(B)

(G)

(B)

(G)

(G)

(R/C)

(R/C)

(Y/V)

(Y/V)

(Y/V)

(Y/V

)

D


39

A

B

C

D

5 6 7 8

5 6 7 8


0.1

R19

10

R19

20

R20

10

R20

2∗∗∗

R20

30

R30

10

(R/C) (R/C) (R/C)(R/C

)

(R/C

)

(B)(B)

(G)

(B)

(B)

(B)

(G)

(G)(G)

(G)

(B)

(G)

(B) (B

)

(G)

(G)

(Y/V)

(Y/V) (Y/V

)

(Y/V

)

(Y/V

)

(Y/V

)

(Y/V) (Y/V)

(Y/V) (Y/V)

(Y/V) (Y/V)

(R/C)

(B)

(G)

(Y/V)

(Y/V)

(R/C)

(R/C)

(R/C)

(V/Y)

(Y/V)

(Y/V)

(Y)

(V): V SIGNAL ROUTE

: Y SIGNAL ROUTE


(Y/V)

(R/C): Y/V SIGNAL ROUTE

: R/C SIGNAL ROUTE

(G): G SIGNAL ROUTE

(B): B SIGNAL ROUTE

D


40

A

B

C

D

1 2 3 4

1 2 3 4

DV-47A/KUXJ/CADV-S733A/LBXJDV-S733A/WLXJ/RD, WLXJ/RDDV-747A/WYXJ

KUXJ/CAOthers

R125 R126 R127 R128220

220680 68000

1 1 47 1 1

1 1 47 1 1R129 C101 C104 C105 C106 C108

FL CONTROLMICROCOMPUTER

FLIR ASSY(KUXJ/CA : VWG2327)(LBXJ : VWG2325)(WLXJ/NC : VWG2324)(WLXJ/RD : VWG2324)(WYXJ : VWG2326)

E

3.11 FLIR, PWSB, KEYB and DILB ASSYS

E


41

A

B

C

D

5 6 7 8

5 6 7 8

IGF


CN251CN103

CN201CN102

CN101

CN104

CN291Q101DTC124EK

Assy No.VWG2310VWG2311VWG2312

D201 D202 D203 D204 D205 S202 R203

1 1 47 0.22C131 C141 C142 C143

47/1

6

0.22

1

KEYB ASSY(VWG2306)G

DILB ASSY(VWG2322)I

CN301

Except KUXJ/CA

C 1/3

KEYB ASSYS251 : 0 (OPEN/CLOSE)S252 : 3 (PLAY)S253 : 4 1S254 : 4 1S255 : 7 (STOP)S256 : 8 (PAUSE)

PWSB ASSYS201 : POWER STANDBY/ONS202 : FL DIMMER

PWSB ASSY(KUXJ/CA : VWG2312)(LBXJ : VWG2310)(WLXJ/NC, WLXJ/RD : VWG2310)(WYXJ : VWG2311)

F

E


42

A

B

C

D

1 2 3 4

1 2 3 4

CN001CN002

1.25AREK1099

R02

0R

021

Short

AC

IN

POWER SUPPLY UNIT (VWR1346)HNOTE OF SPARE PARTS IN POWER SUPPLY (SYPS) UNIT• In case of repairing, use the described parts only to prevent an accident.• Please write the red mark on the board when the primary section of POWER SUPPLY (SYPS) Unit is repaired.• Please take care to keep the space, not touching other parts when replacing the parts.

• NOTE FOR FUSE REPLACEMENTFOR CONTINUED PROTECTION AGAINST RISK OF FIRE.REPLACE WITH SAME TYPE AND RATINGS ONLY.

CAUTION -

H

3.12 POWER SUPPLY UNIT (VWR1346)


43

A

B

C

D

5 6 7 8

5 6 7 8H

CN101

1.6AAEK7066

CN

303

C1/3

CAUTION : FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.REPLACE ONLY WITH SAME TYPE NO. 49101.6 MFD,BY LITTELFUSE INC. FOR P101 (AEK7066).


44

A

B

C

D

1 2 3 4

1 2 3 4

CN801

VT

L108

2

16M SDRAM

MCK INVERTER

SACD DECORDER

SDCK DELAY

SACD ASSY(VWG2331)J

CN

602

B2/4

(AD)

(AD)

(AD)

3.13 SACD ASSY

J


45

A

B

C

D

5 6 7 8

5 6 7 8


CN901

CN304C 1/3

(AD): AUDIO DATA SIGNAL ROUTE

(D)

(D)

(D)

(D)

: AUDIO (DIGITAL) SIGNAL ROUTE

(D)

(D)

(D)

(D)

(D)

(D)

J


46

1 Foot of R104 (RF)V: 100mV/div. H: 0.2µsec/div.

2 Q106-emitter (RFO)V: 500mV/div. H: 0.1µsec/div.

3

4 IC101-pin 35 (Tracking Error)(AI-Inner Tracking Off)V: 500mV/div. H: 2msec/div.

5 IC201 - pin 39 (EFM before slice)V: 1V/div. H: 1µsec/div.

6 IC201 - pin 1 (EFM)V: 1V/div. H: 0.2µsec/div.

7 IC251 - pin 24 (FG)V: 1V/div. H: 5msec/div. 1 IC601 - pin 44

(Composite Video output)V: 0.2V/div. H: 10µsec/div.

2 IC601 - pin 43 (Y output)V: 0.2V/div. H: 10µsec/div.

3 IC601 - pin 42 (C output)V: 0.2V/div. H: 10µsec/div.

4 IC601 - pin 37 (R output)V: 0.2V/div. H: 20µsec/div.

5 IC601 - pin 39 (G output)V: 0.2V/div. H: 20µsec/div.

6 IC601 - pin 38 (B output)V: 0.2V/div. H: 20µsec/div.

8 Foot of R261 (FPWM)V: 1V/div. H: 5msec/div.

9 Foot of R262 (VPWM)V: 1V/div. H: 5msec/div.

10 Foot of R263 (PPWM)V: 1V/div. H: 5msec/div.

11 Foot of R264 (RPWM)V: 1V/div. H: 5msec/div.

GND

GND

GND

GND

DVDM ASSYB AVJB ASSYC

WAVEFORMSNote : The encircled numbers denote measuring point in the schematic diagram.

Measurement condition : No. 1 to 4 and 6 to 11 : MJK1, Title 1-chp 1No. 5 : CD, ABEX-784 Track 1

Measurement condition : No. 1 to 3 : MJK1, Title 1-chp 4No. 4 to 6 : T2-19, Color-bar

A

B

C

D

1 2 3 4

1 2 3 4

47


SIDE A SIDE B

(VNP1836-B) (VNP1836-B)

CN103B

LOAB ASSYA LOAB ASSYA

LOADINGMOTORASSY

M

NOTE FOR PCB DIAGRAMS :1. Part numbers in PCB diagrams match those in the schematic diagrams.2. A comparison between the main parts of PCB and schematic diagrams is shown below.

3. The parts mounted on this PCB include all necessary parts for several destinations. For further information for respective destinations, be sure to check with the schematic diagram.4. View point of PCB diagrams.Symbol In PCB

DiagramsSymbol In SchematicDiagrams

Part Name

B C E

D

D

G

G

S

S

B C E

B C E

D G S

B C E B C E

B C E

Transistor

Transistorwith resistor

Field effecttransistor

Resistor array

3-terminalregulator

CapacitorConnector

P.C.Board Chip Part

SIDE A

SIDE B

4. PCB CONNECTION DIAGRAM

4.1 LOAB ASSY

A

A

B

C

D

1 2 3 4

1 2 3 4

48


B

4.2 DVDM ASSY

CN

801

J

(VNP1825-A)

DVDM ASSYB SIDE A

IC401 IC911 IC912 IC901 Q101

Q115Q116

Q117Q111

Q118 IC281 IC351 IC532

IC291 IC201IC904

IC302 IC802IC804

IC803

IC261IC210 IC702

IC601IC606

IC491

IC211 Q571Q542 Q112Q543

Q292Q241Q141

Q107Q291

Q102

A

B

C

D

1 2 3 4

1 2 3 4

49


B

SPINDLEMOTOR

PICKUPASSY CN601A

CN

302

C

CN

601

C

STEPPINGMOTOR(CARRIAGE)

(VNP1825-A)

DVDM ASSYBSIDE B

IC251 Q103 Q109 Q108 Q130 IC903 IC909 IC910

IC902IC913IC907

Q142Q113

Q281Q271

Q210Q106

Q601IC306

IC305

IC701IC299

IC603IC801

IC303IC304

IC101

IC271

IC905IC608IC612

Q161

A

B

C

D

1 2 3 4

1 2 3 4

50


CIC391

IC421IC502 IC442IC552

Q391 Q421 Q554 Q558 Q504 Q508 Q452 Q449 Q444Q446Q445

Q447

IC441IC333

IC501IC351

IC551IC371 IC334

IC352IC353

IC302IC361

IC312IC314IC316

IC311IC313IC315IC317 IC362

IC422

IC332

Q552 Q556 Q502 Q506 Q442

Q443Q441

IC1505IC1504IC1501

IC1502IC1503

CN101E

CN101H

CN401B

CN901J

AVJBASSY

C

4.3 AVJB ASSY

A

B

C

D

5 6 7 8

5 6 7 8

51


C7 Q791

IC791IC701 Q704

Q601Q605Q604

VR602 VR601 VR951

IC601IC905

IC901IC902

IC1000

Q982Q983

Q981Q1000

Q603Q602Q601Q701 Q702 Q703

IC710 IC708 IC706 IC707 IC705 IC703IC709

IC702

IC704

Q1002Q705

Q1001

CN501B

(VNP1852-B)

SIDE A

CN101D

A

B

C

D

1 2 3 4

1 2 3 4

52


Q45Q450Q774Q771Q768Q706Q707Q708IC921

(VNP1852-B)

SIDE B

C

A

B

C

D

5 6 7 8

5 6 7 8

53


Q457 Q451 Q448 Q456 Q507 Q505 Q501 Q503 Q557 Q555 Q551 Q553Q450IC331 IC301

AVJBASSY

C

C

A

B

C

D

1 2 3 4

1 2 3 4

54


4.4 SCRB ASSY (For WYXJ Type)

CN

702

C

(VNP1838-A)

SIDE A

SCRB ASSYD

D

A

B

C

D

1 2 3 4

1 2 3 4

55


(VNP1838-A)

SIDE B

SCRB ASSYD

Q212

Q211

Q231

Q231

Q313 Q311

Q401 Q403

Q312

D

A

B

C

D

1 2 3 4

1 2 3 4

56


4.5 FLIR, DILB ASSY

CN

201

F

CN301C

CN

251

G

SIDE A

SIDE B

FLIR ASSYE

FLIR ASSYE

(VNP1852-B)

DILB ASSYI

DILB ASSYI

Except KUXJ/CA Type

IC103IC111

IC101

Q101

E I

A

B

C

D

1 2 3 4

1 2 3 4

57


4.6 PWSB, KEYB ASSY

CN

103

E

CN

102

E

SIDE A

SIDE B

SIDE A

SIDE B

PWSB ASSYF (VNP1852-B)

KEYB ASSYG (VNP1852-B)

GF

A

B

C

D

1 2 3 4

1 2 3 4

58


H

4.7 POWER SUPPLY UNIT

(Short) AC IN

POWER SUPPLY UNITH

CN303C

Q001 IC001

IC104

IC103

IC102

IC101

Q105 Q104

SIDE A

A

B

C

D

1 2 3 4

1 2 3 4

59


CN602B

CN304C

SIDE A

SIDE B

SACD ASSYJ (VNP1851-B)

IC802 IC801 IC901IC805 IC804 IC903IC803

4.8 SACD ASSY

J

60


Mark No. Description Part No. Mark No. Description Part No.

5. PCB PARTS LISTNOTES: • Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.

• The mark found on some component parts indicates the importance of the safety factor of the part.Therefore, when replacing, be sure to use parts of identical designation.

• When ordering resistors, first convert resistance values into code form as shown in the following examples. Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%, and K=10%).

560 Ω → 56 × 101 → 561 ........................................................ RD1/4PU 5 6 1 J47k Ω → 47 × 103 → 473 ........................................................ RD1/4PU 4 7 3 J0.5 Ω → R50 ..................................................................................... RN2H R 5 0 K1 Ω → 1R0 ..................................................................................... RS1P 1 R 0 K

Ex.2 When there are 3 effective digits (such as in high precision metal film resistors).5.62k Ω → 562 × 101 → 5621 ...................................................... RN1/4PC 5 6 2 1 F

7 LIST OF WHOLE PCB ASSEMBLIES

Mark RemarksSymbol and DescriptionPart No.

DV-47A/KUXJ/CA

DV-S733A/LBXJ

DV-S733A/WLXJ/NC

DV-S733A/WLXJ/RD

DV-747A/WYXJ

NSPNSP

NSP

NSPNSP

NSP

NSP

LOADING MECHANISM ASSY LOAB ASSY

DVDM ASSY

FLJB ASSY FLIR ASSY KEYB ASSY PWSB ASSY AVJB ASSY DILB ASSY

SACD ASSY

SCRB ASSY

POWER SUPPLY UNIT

VWT1188VWG2279

VWS1471

VWM2108VWG2327VWG2306VWG2312VWV1874Not used

VWG2331

Not used

VWR1346

VWT1188VWG2279

VWS1471

VWM2111VWG2325VWG2306VWG2310VWV1877VWG2322

VWG2331

Not used

VWR1346

VWT1188VWG2279

VWS1471


VWG2331

Not used

VWR1346

VWT1188VWG2279

VWS1471


VWG2331

VWV1850

VWR1346

FLIR ASSYVWG2327, VWG2325, VWG2324 and VWG2326 are constructed the same except for the following : E

VWG2326Mark Symbol and Description

Part No.Remarks

VWG2327

Q101R125R126, R127R129R141

R142CN104 CONNECTOR

Not usedNot usedNot used

RS1/16S0R0JRS1/16S393J

RS1/16S104JNot used

VWG2325

DTC124EKRS1/16S0R0JRS1/16S681J

Not usedRS1/16S153J

RS1/16S123JS2B-PH-K-S

VWG2324


Not usedRS1/16S683J



Not usedRS1/16S333J


61



LOAB ASSY

SWITCHES AND RELAYSS101 REAF SWITCH VSK1011

OTHERSCN602 CONNECTOR S2B-PH-KCN601 CONNECTOR S5B-PH-K PRINTED CIRCUIT BOARD VNP1836

DVDM ASSY

SEMICONDUCTORSIC261, IC281, IC302 BA4510FIC251 BA6664FMIC481 BU2288FVIC702 GM71VS65803CLT-5IC802 HY57V161610DTC-8

IC902 IS61LV6416-12TIC903 IS63LV1024-12TIC101 LA9701MIC201 LC78652WIC904 LC89051V

IC351 M56788AFPIC804 M5M4V18165DTP-6SIC801 M65774BFPIC909 MM1561JFIC601 PD6345A

IC701 PE5220AIC111, IC271 TC74HC4053AFTIC612 TC74VHC125FTIC491 TC74VHC153FTIC906, IC908 TC74VHC157FT

IC608 TC74VHCT125AFTIC401, IC911–IC913 TC7SH04FUIC532 TC7SH32FUIC303, IC304, IC306 TC7SZU04FIC907 TC7WH125FU

IC905 TC7WH157FUIC211 TK15404MIC603 VYW1896IC901 XCA56367PV150Q109, Q210 2SA1576A


7 PCB PARTS LIST FOR DV-47A/KUXJ/CA UNLESS OTHERWISE NOTED

PWSB ASSYVWG2312, VWG2310 and VWG2311 are constructed the same except for the following : F

Mark Symbol and DescriptionPart No.

RemarksVWG2312

D202D203D204, D205S202R203

SLR-56VC(NPQ)Not usedNot usedASG7013

RS1/16S0R0

VWG2310

Not usedSLR-56DC(NPQ)SLR-56VC(NPQ)

Not usedNot used

VWG2311

Not usedSLR-56DC(NPQ)SLR-56VC(NPQ)

Not usedNot used

Q114, Q130 2SC4081Q107, Q111, Q115, Q241, Q271 DTC114EUAQ281 DTC114EUAQ101, Q102, Q106 HN1A01FQ103, Q141, Q142, Q542, Q543 HN1B04FU

Q112, Q113 HN1C01FUQ108 HN1K03FUQ571 RN1911Q117, Q171, Q601 RN4982D302, D303 KV1470

D601 RB501V-40

COILS AND FILTERSL946 LCYA1R0J2520L304 LCYA1R5J2520L315, L418, L489, L893 CHIP BEADS VTL1082L516–L523 CHIP BEADS VTL1083L481 CHIP BEADS VTL1084

CAPACITORSC480, C481, C516–C523, C662 CCSRCH100D50C152 CCSRCH101J50C104–C108, C314 CCSRCH150J50C151 CCSRCH270J50C324, C391, C392 CCSRCH331J50

C146 CCSRCH390J50C122, C123 CCSRCH391J50C116, C134, C283, C284, C297 CCSRCH470J50C145, C241 CCSRCH560J50C281, C282 CCSRCH5R0C50

C286 CCSRCH680J50C117, C360 CCSRCH681J50C124 CCSRCH820J50C128, C142, C189, C201, C233 CEV101M16C254, C358, C364, C368, C369 CEV101M16

C401, C407, C413, C944 CEV101M16C113, C139 CEV220M16C147, C219, C237, C326, C410 CEV221M4C620, C701, C710, C803, C822 CEV221M4C902, C992 CEV221M4

C111, C207 CEV470M6R3C140, C223, C224, C264, C312 CKSQYB105K10C209, C211, C216, C275, C313 CKSRYB102K50C351 CKSRYB102K50C133, C136, C203, C220, C225 CKSRYB103K50

62


Mark No. Description Part No. Mark No. Description Part No.C234, C239, C261, C320–C322 CKSRYB103K50C330, C591, C619, C705, C707 CKSRYB103K50C943, C947 CKSRYB103K50C101, C103, C118–C120 CKSRYB104K16C212, C213, C227, C231 CKSRYB104K16

C248–C251, C255, C263, C315 CKSRYB104K16C317 CKSRYB104K16C208, C210 CKSRYB222K50C271–C274 CKSRYB223K50C266 CKSRYB224K10

C206, C214, C242, C357 CKSRYB472K50C946 CKSRYB473K50C102, C121, C138, C143, C154 CKSRYF104Z25C256, C279, C285, C332, C353 CKSRYF104Z25C359, C365, C366, C402 CKSRYF104Z25

C475–C477, C609, C768 CKSRYF104Z25C772, C773 CKSRYF104Z25C109, C114, C115, C125 CKSRYF105Z10C130, C131, C144, C148, C150 CKSRYF105Z10C160, C200, C202, C204, C215 CKSRYF105Z10

C217, C221, C222, C226, C230 CKSRYF105Z10C232, C236, C253, C258, C265 CKSRYF105Z10C298, C299, C310, C319 CKSRYF105Z10C328, C329, C361, C393, C400 CKSRYF105Z10C404, C406, C408, C411, C451 CKSRYF105Z10

C491, C532, C542, C543 CKSRYF105Z10C602–C605, C607, C608, C610 CKSRYF105Z10C613–C616, C618, C622, C626 CKSRYF105Z10C628, C631, C657, C658 CKSRYF105Z10C703, C704, C708, C715, C721 CKSRYF105Z10

C727, C730, C740, C743, C749 CKSRYF105Z10C753, C757, C762, C774–C778 CKSRYF105Z10C783, C796, C804, C807, C808 CKSRYF105Z10C810, C812, C820, C821 CKSRYF105Z10C823–C830, C835, C836, C838 CKSRYF105Z10

C841–C843, C847, C848, C856 CKSRYF105Z10C859, C862, C863, C865, C867 CKSRYF105Z10C873, C874, C877, C880 CKSRYF105Z10C882, C883, C888, C894, C898 CKSRYF105Z10C901, C903, C905–C908 CKSRYF105Z10

C911–C913, C918–C920 CKSRYF105Z10C923–C926, C929, C933, C934 CKSRYF105Z10C938, C942, C945, C948, C949 CKSRYF105Z10C956, C957, C965, C974, C980 CKSRYF105Z10C986, C988, C991, C993–C995 CKSRYF105Z10

C129, C149, C403 (100µF/6.3V) VCH1194C205, C405, C452 (150µF/4V) VCH1195C472, C601 (150µF/4V) VCH1195C623, C700, C702 (150µF/4V) VCH1195C801, C840 (150µF/4V) VCH1195

C904, C941, C996 (150µF/4V) VCH1195C367 (33µF/16V) VCH1197

RESISTORSR800, R895 RAB4C0R0JR543, R545, R631, R714, R744 RAB4C103JR903, R931, R934, R940 RAB4C103JR121, R757, R763, R790, R868 RAB4C220JR873 RAB4C220J

R123 RAB4C470JR202, R341 RS1/10S101JR126–R129, R176–R179 RS1/10S220JR287 RS1/16S1002FR364, R369, R373, R375 RS1/16S1003F

R289, R358, R361 RS1/16S1503FR288 RS1/16S2201FR357, R362, R363, R368, R372 RS1/16S6802FR374 RS1/16S6802FR257 (1.0Ω, 1/4W) VCN1127

R258, R259 (2.2Ω, 1/4W) VCN1128Other Resistors RS1/16S&&&J

OTHERSCN602 FFC CONNECTOR DKN1196CN104 4P CONNECTOR DKN1223CN103 CONNECTOR S5B-PH-SM3 FLEXIBLE CABLE VDA1681CN101 FFC CONNECT0R VKN1787

CN401, CN501 B TO B CONNECTOR 40P VKN1788CN105 12P CONNECTOR VKN1795X481 (27.000MHz) VSS1159X601 (16.5MHz) VSS1160

AVJB ASSY (VWV1874 : KUXJ/CA)SEMICONDUCTORS

IC601 ADV7300KSTIC301 BA25BC0FPIC921 BA25BC0FPIC441, IC501, IC551 CS4392D-KSIC902 K4S643232E–TC60

IC701, IC702 LA7138MIC442, IC502, IC552 NJM5532MDIC422 NJM78M05FAIC331 PD0274AIC901 PM0033A

IC421 PQ15RW11IC333, IC351, IC371 TC74VHC157FTIC361, IC362 TC7SH32FUIC332, IC334, IC352, IC353 TC7SHU04FUQ442, Q446, Q502, Q506, Q552 2SA1037K

Q556, Q601–Q606, Q701–Q708 2SA1037KQ421 2SC1740SQ391 2SC2412KQ444, Q448–Q452, Q456, Q457 2SD2114KQ504, Q508, Q554, Q558 2SD2114K

Q441, Q443, Q445, Q447, Q501 DTC114YKQ503, Q505, Q507, Q551, Q553 DTC114YKQ555, Q557 DTC114YKD411, D423 1SS355

COILS AND FILTERSL702, L704, L706 LAU100JL701, L703, L705 LAU4R7JF721–F723 12MHz LPF(VIDEO) VTF1175L1020, L300, L329 CHIP BEADS VTL1084L368, L370 CHIP BEADS VTL1084

L386, L441, L473 CHIP BEADS VTL1084L501, L551 CHIP BEADS VTL1084L821, L822 CHIP BEADS VTL1089

63



CAPACITORSC477, C497, C532, C533, C579 CCSRCH101J50C581 CCSRCH101J50C1053, C1054, C2041, C462, C465 CCSRCH102J50C482, C485, C512, C515, C522 CCSRCH102J50C525, C562, C565, C572, C575 CCSRCH102J50

C719, C749, C759 CCSRCH150J50C463, C466, C483, C486, C513 CCSRCH221J50C516, C523, C526, C563, C566 CCSRCH221J50C573, C576 CCSRCH221J50C720, C750, C760 CCSRCH270J50

C718, C748, C758 CCSRCH330J50C412, C715, C716 CCSRCH470J50C717, C741, C747, C751, C757 CCSRCH7R0D50C761 CCSRCH7R0D50C631 CCSRCH821J25

C312, C339 CEAL101M6R3C710, C714, C746 CEAT100M50C431, C511, C514, C521, C524 CEAT101M16C561, C564, C571, C574 CEAT101M16C700, C701, C736, C738, C793 CEAT101M16

C397, C603, C725, C752 CEAT101M6R3C787, C789, C796, C798, C910 CEAT101M6R3C912, C914, C918, C921, C923 CEAT101M6R3C951 CEAT101M6R3C821 CEAT102M6R3

C394, C503, C553 CEAT1R0M50C801, C802, C805, C806, C823 CEAT471M6R3C825 CEAT471M6R3C443 CEHAT1R0M50C445, C505, C555 CEHAT220M50

C423, C427, C791, C795 CEHAZA101M16C429, C452, C507, C557 CEHAZA221M16C338, C356, C375, C601 CEHAZA221M6R3C517, C527, C567 CEHAZA470M35C577 CEHAZA470M35

C425, C442, C502, C552 CEHAZA471M6R3C705, C740 CEHAZL331M16C1041–C1043, C1048, C1049 CKSRYB103K50C324–C326 CKSRYB103K50C712, C733, C734, C809, C810 CKSRYB104K16

C632 CKSRYB392K50C920 CKSRYF103Z50C333, C351, C371, C382, C383 CKSRYF104Z25C392, C396, C398, C411, C426 CKSRYF104Z25C444, C447, C504, C508, C554 CKSRYF104Z25

C558, C602, C604–C614, C619 CKSRYF104Z25C671–C673, C681–C683 CKSRYF104Z25C702–C704, C706–C709, C737 CKSRYF104Z25C739, C745, C788, C792, C794 CKSRYF104Z25C797, C857, C860, C862, C871 CKSRYF104Z25

C922, C924 CKSRYF104Z25C1044, C2042, C307, C320, C321 CKSRYF105Z10C331, C332, C334, C335 CKSRYF105Z10C352–C354, C372, C422, C424 CKSRYF105Z10C428, C441, C475, C501, C529 CKSRYF105Z10

C551, C582, C911, C913, C919 CKSRYF105Z10C925–C950, C952–C965 CKSRYF105Z10C420, C421 CKSRYF224Z16C461, C464, C481, C484 (100µF) VCH1192C467, C487 (47µF) VCH1236

RESISTORSR961–R963 RAB4C103JR971, R972, R975 RAB4C220JR461, R475, R481, R495, R511 RN1/16SE1202DR521, R532, R535, R561, R571 RN1/16SE1202DR582, R585 RN1/16SE1202D

R464, R467, R484, R487, R514 RN1/16SE1502DR517, R524, R527, R564, R567 RN1/16SE1502DR574, R577 RN1/16SE1502DR462, R465, R482, R485, R512 RN1/16SE2201DR515, R522, R525, R562, R565 RN1/16SE2201D

R572, R575 RN1/16SE2201DR474, R476, R494, R496, R531 RN1/16SE3301DR533, R534, R536, R581 RN1/16SE3301DR583, R584, R586 RN1/16SE3301DR666, R667, R726–R728, R953 RS1/16S1201F

R655 RS1/16S1502FR428 RS1/16S2201DR952 RS1/16S3001FR741, R751, R761 RS1/16S3300DR668, R669, R954 RS1/16S3300F

R746, R748 RS1/16S3301FR656 RS1/16S4702FR672, R676, R680, R684, R688 RS1/16S5600FR692 RS1/16S5600FR747, R749 RS1/16S5601F

R801, R803, R805, R807, R809 RS1/16S62R0DR811, R821, R823, R827 RS1/16S62R0DR649–R654, R674, R678, R682 RS1/16S6800FR427 RS1/16S6801DR657 RS1/16S6801F

Other Resistors RS1/16S&&&J

OTHERSCN303 CONNECTOR 14P 14P-FJCN301 15P CONNECTOR 15P-1.25FJCN403 JACK AKN1006JA702 SOCKET AKP7116JA402 OPT. LINK OUT GP1FA502TZ

PCB BINDER VEF1040JA701 JACK VKB1123JA502 JACK VKB1125JA501 JACK VKB1129JA703 JACK VKB1151

JA401 JACK VKB1160CN703 7P CONNECTOR VKN1267CN304 19P CONNECTOR VKN1775CN302, CN601 B TO B CONNECTOR 40P VKN1789 SHIELDING PLATE VNF1124

AVJB ASSY (VWV1877 : LBXJ)

SEMICONDUCTORSIC601 ADV7300KSTIC301 BA25BC0FPIC921 BA25BC0FPIC441, IC501, IC551 CS4392D-KSIC902 K4S643232E–TC60

64


Mark No. Description Part No. Mark No. Description Part No.IC701, IC702 LA7138MIC442, IC502, IC552 NJM5532MDIC422 NJM78M05FAIC331 PD0274AIC901 PM0033A

IC421 PQ15RW11IC333, IC351, IC371 TC74VHC157FTIC1503, IC361, IC362 TC7SH32FUIC1502 TC7SH86FUIC332, IC334, IC352, IC353 TC7SHU04FU

IC1505 TC7WH157FUIC1501 TC7WH74FUQ442, Q446, Q502, Q506, Q552 2SA1037KQ556, Q601–Q606, Q701–Q708 2SA1037KQ421 2SC1740S

Q391 2SC2412KQ444, Q448–Q452, Q456, Q457 2SD2114KQ504, Q508, Q554, Q558 2SD2114KQ1001, Q1002, Q441, Q443, Q445 DTC114YKQ447, Q501, Q503, Q505, Q507 DTC114YK

Q551, Q553, Q555, Q557 DTC114YKD411, D423 1SS355

COILS AND FILTERSL702, L704, L706 LAU100JL701, L703, L705 LAU4R7JL901 LCYA1R0J2520F721–F723 12MHz LPF(VIDEO) VTF1175L1020, L1512 CHIP BEADS VTL1084

L1531–L1533, L300 CHIP BEADS VTL1084L329, L368, L370 CHIP BEADS VTL1084L386, L441 CHIP BEADS VTL1084L473, L501, L551 CHIP BEADS VTL1084L821, L822, L831, L832 CHIP BEADS VTL1089

CAPACITORSC463, C466, C483, C486, C513 CCSRCH101J50C516, C523, C526, C563, C566 CCSRCH101J50C573, C576 CCSRCH101J50C462, C465, C482, C485, C512 CCSRCH102J50C515, C522, C525, C562, C565 CCSRCH102J50

C572, C575 CCSRCH102J50C719, C749, C759 CCSRCH150J50C741, C751, C761 CCSRCH180J50C720, C750, C760 CCSRCH270J50C718, C748, C758 CCSRCH330J50

C412, C715, C716 CCSRCH470J50C717, C747, C757 CCSRCH7R0D50C631 CCSRCH821J25C477, C497, C532, C533, C579 CCSRCH821J50C581 CCSRCH821J50

C312, C339 CEAL101M6R3C306, C310 CEAL470M16C710, C714, C746 CEAT100M50C431, C511, C514, C521, C524 CEAT101M16C561, C564, C571, C574 CEAT101M16

C700, C701, C736, C738, C793 CEAT101M16C397, C603, C725, C752, C787 CEAT101M6R3C789, C796, C798, C910, C912 CEAT101M6R3C914, C918, C921, C923, C951 CEAT101M6R3C821, C831 CEAT102M6R3

C394 CEAT1R0M50C801, C802, C805, C806, C823 CEAT471M6R3C825, C833, C835 CEAT471M6R3C443, C503, C553 CEHAT1R0M50C445, C505, C555 CEHAT220M50

C423, C427, C791, C795 CEHAZA101M16C429, C452, C507, C557 CEHAZA221M16C338, C356, C375, C601 CEHAZA221M6R3C517, C527, C567, C577 CEHAZA470M35C425, C442, C502, C552 CEHAZA471M6R3

C705, C740 CEHAZL331M16C1055, C324–C326 CKSRYB103K50C1041–C1043, C1501, C712 CKSRYB104K16C733, C734, C809, C810 CKSRYB104K16C632 CKSRYB392K50

C920 CKSRYF103Z50C1505, C333, C351, C371 CKSRYF104Z25C382, C383, C392, C396, C398 CKSRYF104Z25C411, C426, C444, C447, C504 CKSRYF104Z25C508, C554, C558, C602, C604 CKSRYF104Z25

C608, C610, C611, C671–C673 CKSRYF104Z25C681–C683, C702–C704 CKSRYF104Z25C706–C709, C737, C739, C745 CKSRYF104Z25C788, C792, C794, C797, C857 CKSRYF104Z25C860, C862, C871, C922, C924 CKSRYF104Z25

C1048, C1049, C1440, C1502–C1504CKSRYF105Z10C1506, C1591, C2042, C301, C303 CKSRYF105Z10C305, C307, C320, C321 CKSRYF105Z10C331, C332, C334, C335 CKSRYF105Z10C352–C354, C372, C422, C424 CKSRYF105Z10

C428, C441, C451, C475, C501 CKSRYF105Z10C506, C529, C551, C556, C582 CKSRYF105Z10C605–C607, C609, C612–C614 CKSRYF105Z10C619, C911, C913, C919 CKSRYF105Z10C925–C950, C952–C965 CKSRYF105Z10

C309, C420, C421 CKSRYF224Z16C461, C464, C481, C484 (100µF) VCH1192C467, C487 (47µF) VCH1236



R572, R575 RN1/16SE2201DR474, R476, R494, R496, R531 RN1/16SE3301DR533, R534, R536, R581 RN1/16SE3301DR583, R584, R586 RN1/16SE3301DR667 RS1/16S1001F

R726–R728, R953 RS1/16S1201FR666 RS1/16S1501FR428 RS1/16S2201DR952 RS1/16S3001FR741, R751, R761 RS1/16S3300D

65


Mark No. Description Part No. Mark No. Description Part No.R954 RS1/16S3300FR652–R654, R672, R676, R680 RS1/16S4700FR669, R684, R688, R692 RS1/16S5600FR801, R803, R805, R807, R809 RS1/16S62R0DR811, R821, R823, R827, R831 RS1/16S62R0D

R833, R837 RS1/16S62R0DR649–R651, R674, R678, R682 RS1/16S6800FR427 RS1/16S6801DR655, R657 RS1/16S6801FOther Resistors RS1/16S&&&J

OTHERSCN303 CONNECTOR 14P 14P-FJCN301 15P CONNECTOR 15P-1.25FJCN403 JACK AKN1006JA702 SOCKET AKP7116CN704 D-SOCKET(14P) AKP7170

JA402 OPT. LINK OUT GP1FA502TZ PCB BINDER VEF1040JA701 JACK VKB1123JA502 JACK VKB1125JA501 JACK VKB1129

JA703 JACK VKB1151JA401 JACK VKB1160CN703 7P CONNECTOR VKN1267CN304 19P CONNECTOR VKN1775CN302, CN601 B TO B CONNECTOR 40P VKN1789

SHIELDING PLATE VNF1124

AVJB ASSY (VWV1875 : WLXJ/NC, WLXJ/RD)SEMICONDUCTORS

IC601 ADV7300KSTIC301 BA25BC0FPIC921 BA25BC0FPIC441, IC501, IC551 CS4392D-KSIC902 K4S643232E-TC60

IC701, IC702 LA7138MIC442, IC502, IC552 NJM5532MDIC422 NJM78M05FAIC331 PD0274AIC901 PM0033A

IC421 PQ15RW11IC333, IC351, IC371 TC74VHC157FTIC1503, IC361, IC362 TC7SH32FUIC1502 TC7SH86FUIC332, IC334, IC352, IC353 TC7SHU04FU

IC1505 TC7WH157FUIC1501 TC7WH74FUQ442, Q446, Q502, Q506, Q552 2SA1037KQ556, Q601–Q606, Q701–Q708 2SA1037KQ421 2SC1740S

Q391 2SC2412KQ444, Q448–Q452, Q456, Q457 2SD2114KQ504, Q508, Q554, Q558 2SD2114KQ1001, Q1002, Q441, Q443, Q445 DTC114YKQ447, Q501, Q503, Q505, Q507 DTC114YK

Q551, Q553, Q555, Q557 DTC114YKD411, D423 1SS355

COILS AND FILTERSL702, L704, L706 LAU100JL701, L703, L705 LAU4R7JL901 LCYA1R0J2520F721–F723 12MHz LPF(VIDEO) VTF1175L1020, L1512 CHIP BEADS VTL1084

L1531–L1533, L300 CHIP BEADS VTL1084L329, L368, L370 CHIP BEADS VTL1084L386, L441 CHIP BEADS VTL1084L473, L501, L551 CHIP BEADS VTL1084L821, L822, L831, L832 CHIP BEADS VTL1089



C412, C715, C716 CCSRCH470J50C717, C747, C757 CCSRCH7R0D50C631 CCSRCH821J25C477, C497, C532, C533, C579 CCSRCH821J50C581 CCSRCH821J50

C312, C339 CEAL101M6R3C306, C310 CEAL470M16C710, C714, C746 CEAT100M50C431, C511, C514, C521, C524 CEAT101M16C561, C564, C571, C574 CEAT101M16

C700, C701, C736, C738, C793 CEAT101M16C397, C603, C725, C752, C787 CEAT101M6R3C789, C796, C798, C910, C912 CEAT101M6R3C914, C918, C921, C923, C951 CEAT101M6R3C821, C831 CEAT102M6R3

C394 CEAT1R0M50C801, C802, C805, C806, C823 CEAT471M6R3C825, C833, C835 CEAT471M6R3C443, C503, C553 CEHAT1R0M50C445, C505, C555 CEHAT220M50

C423, C427, C791, C795 CEHAZA101M16C429, C452, C507, C557 CEHAZA221M16C338, C356, C375, C601 CEHAZA221M6R3C517, C527, C567, C577 CEHAZA470M35C425, C442, C502, C552 CEHAZA471M6R3

C705, C740 CEHAZL331M16C1055, C324–C326 CKSRYB103K50C1041–C1043, C1501, C712 CKSRYB104K16C733, C734, C809, C810 CKSRYB104K16C632 CKSRYB392K50

C920 CKSRYF103Z50C1505, C333, C351, C371 CKSRYF104Z25C382, C383, C392, C396, C398 CKSRYF104Z25C411, C426, C444, C447, C504 CKSRYF104Z25C508, C554, C558, C602, C604 CKSRYF104Z25

C608, C610, C611, C671–C673 CKSRYF104Z25C681–C683, C702–C704 CKSRYF104Z25C706–C709, C737, C739, C745 CKSRYF104Z25C788, C792, C794, C797, C857 CKSRYF104Z25C860, C862, C871, C922, C924 CKSRYF104Z25

66


Mark No. Description Part No. Mark No. Description Part No.C1048, C1049, C1440, C1502–C1504CKSRYF105Z10C1506, C1591, C2042, C301, C303 CKSRYF105Z10C305, C307, C320, C321 CKSRYF105Z10C331, C332, C334, C335 CKSRYF105Z10C352–C354, C372, C422, C424 CKSRYF105Z10






R726–R728, R953 RS1/16S1201FR666 RS1/16S1501FR428 RS1/16S2201DR952 RS1/16S3001FR741, R751, R761 RS1/16S3300D

R954 RS1/16S3300FR652–R654, R672, R676, R680 RS1/16S4700FR669, R684, R688, R692 RS1/16S5600FR801, R803, R805, R807, R809 RS1/16S62R0DR811, R821, R823, R827, R831 RS1/16S62R0D

R833, R837 RS1/16S62R0DR649–R651, R674, R678, R682 RS1/16S6800FR427 RS1/16S6801DR655, R657 RS1/16S6801FOther Resistors RS1/16S&&&J

OTHERSCN303 CONNECTOR 14P 14P-FJCN301 15P CONNECTOR 15P-1.25FJCN403 JACK AKN1006JA702 SOCKET AKP7116CN704 D-SOCKET(14P) AKP7170

JA402 OPT. LINK OUT GP1FA502TZ PCB BINDER VEF1040JA701 JACK VKB1123JA502 JACK VKB1125JA501 JACK VKB1129

JA703 JACK VKB1151JA401 JACK VKB1160CN703 7P CONNECTOR VKN1267CN304 19P CONNECTOR VKN1775CN302, CN601 B TO B CONNECTOR 40P VKN1789


AVJB ASSY (VWV1876 : WYXJ)

SEMICONDUCTORSIC601 ADV7300KSTIC301 BA25BC0FPIC921 BA25BC0FPIC441, IC501, IC551 CS4392D-KSIC902 K4S643232E-TC60

IC701, IC702 LA7138MIC708 MM1506XNIC710 MM1508XNIC706, IC707 MM1509XNIC442, IC502, IC552 NJM5532MD

IC422 NJM78M05FAIC331 PD0274AIC901 PM0033AIC421 PQ15RW11IC333, IC351, IC371 TC74VHC157FT

IC1503, IC361, IC362 TC7SH32FUIC1502 TC7SH86FUIC332, IC334, IC352, IC353 TC7SHU04FUIC1505 TC7WH157FUIC1501 TC7WH74FU

Q442, Q446, Q502, Q506, Q552 2SA1037KQ556, Q601–Q606, Q701–Q708 2SA1037KQ768, Q771, Q774, Q981–Q983 2SA1037KQ421 2SC1740SQ391 2SC2412K

Q444, Q448–Q452, Q456, Q457 2SD2114KQ504, Q508, Q554, Q558 2SD2114KQ441, Q443, Q445, Q447, Q501 DTC114YKQ503, Q505, Q507, Q551, Q553 DTC114YKQ555, Q557 DTC114YK

D411, D423, D721–D728 1SS355

COILS AND FILTERSL702, L704, L706 LAU100JL701, L703, L705 LAU4R7JL901 LCYA1R0J2520F706–F708 6MHz LPF(VIDEO) VTF1174F721–F723 12MHz LPF(VIDEO) VTF1175

L1020, L1512 CHIP BEADS VTL1084L1531–L1533, L300 CHIP BEADS VTL1084L329, L368, L370 CHIP BEADS VTL1084L386, L441 CHIP BEADS VTL1084L473, L501, L551 CHIP BEADS VTL1084

L821, L822 CHIP BEADS VTL1089



67


Mark No. Description Part No. Mark No. Description Part No.C412, C715, C716 CCSRCH470J50C717, C747, C757 CCSRCH7R0D50C631 CCSRCH821J25C477, C497, C532, C533, C579 CCSRCH821J50C581 CCSRCH821J50

C312, C339 CEAL101M6R3C306, C310 CEAL470M16C710, C714, C722, C746, C753 CEAT100M50C762 CEAT100M50C431, C511, C514, C521, C524 CEAT101M16

C561, C564, C571, C574 CEAT101M16C700, C701, C736, C738, C793 CEAT101M16C397, C603, C725, C752, C787 CEAT101M6R3C789, C796, C798, C910, C912 CEAT101M6R3C914, C918, C921, C923, C951 CEAT101M6R3

C821 CEAT102M6R3C394 CEAT1R0M50C801, C802, C805, C806, C823 CEAT471M6R3C825 CEAT471M6R3C443, C503, C553 CEHAT1R0M50

C445, C505, C555 CEHAT220M50C423, C427, C791, C795 CEHAZA101M16C429, C452, C507, C557 CEHAZA221M16C338, C356, C375, C601 CEHAZA221M6R3C517, C527, C567, C577 CEHAZA470M35

C425, C442, C502, C552 CEHAZA471M6R3C705, C740 CEHAZL331M16C1055, C324–C326 CKSRYB103K50C1041–C1043, C1501, C712, C721 CKSRYB104K16C733, C734, C780, C781 CKSRYB104K16

C809, C810 CKSRYB104K16C632 CKSRYB392K50C920 CKSRYF103Z50C1505, C333, C351, C371 CKSRYF104Z25C382, C383, C392, C396, C398 CKSRYF104Z25

C411, C426, C444, C447, C504 CKSRYF104Z25C508, C554, C558, C602, C604 CKSRYF104Z25C608, C610, C611, C671–C673 CKSRYF104Z25C681–C683, C702–C704 CKSRYF104Z25C706–C709, C723, C737, C739 CKSRYF104Z25

C745, C754, C763, C768, C771 CKSRYF104Z25C774, C788, C790, C792, C794 CKSRYF104Z25C797, C851, C852, C857, C860 CKSRYF104Z25C862, C871, C922, C924 CKSRYF104Z25C981–C983 CKSRYF104Z25

C1048, C1049, C1440, C1502–C1504CKSRYF105Z10C1506, C1591, C2042, C301, C303 CKSRYF105Z10C305, C307, C320, C321 CKSRYF105Z10C331, C332, C334, C335 CKSRYF105Z10C352–C354, C372, C422, C424 CKSRYF105Z10






R667 RS1/16S1001FR726–R728 RS1/16S1201FR666 RS1/16S1501FR428 RS1/16S2201DR953 RS1/16S2201F

R719, R736, R738 RS1/16S3000DR741, R751, R761 RS1/16S3300DR954 RS1/16S3300FR746, R748 RS1/16S3301FR982, R986, R990 RS1/16S3900F

R952 RS1/16S5101FR669, R672, R676, R680, R684 RS1/16S5600FR688, R692 RS1/16S5600FR747, R749 RS1/16S5601FR801, R803, R805, R807, R809 RS1/16S62R0D

R811, R821, R823, R827 RS1/16S62R0DR649–R654, R674, R678, R682 RS1/16S6800FR427 RS1/16S6801DR655, R657 RS1/16S6801FR949–R951 RS1/16S68R0F

Other Resistors RS1/16S&&&J

OTHERSCN303 CONNECTOR 14P 14P-FJCN301 15P CONNECTOR 15P-1.25FJCN403 JACK AKN1006JA702 SOCKET AKP7116JA402 OPT. LINK OUT GP1FA502TZ

PCB BINDER VEF1040JA701 JACK VKB1123JA502 JACK VKB1125JA501 JACK VKB1129JA703 JACK VKB1151

JA401 JACK VKB1160CN702 16P CONNECTOR VKN1247CN703 7P CONNECTOR VKN1267CN304 19P CONNECTOR VKN1775CN302, CN601 B TO B CONNECTOR 40P VKN1789


68



SCRB ASSY (WYXJ ONLY)SEMICONDUCTORS

Q212 2SA1037KQ211, Q311–Q313, Q401, Q403 2SC2412KD301, D401 1SS355

SWITCHES AND RELAYSRY101, RY102, RY201 VSR1016RY203, RY301 VSR1016

CAPACITORSC103–C110 CCSRCH391J50C221, C241, C251, C315 CEAT101M10C321, C331 CEAT471M10C101, C102, C11, C201, C203 CKSRYF104Z25C21, C212, C215, C301 CKSRYF104Z25C311, C312, C314, C402, C403 CKSRYF104Z25C94 CKSRYF104Z25

RESISTORSR215, R223, R242, R252, R321 RS1/16S68R0FR331 RS1/16S68R0FOther Resistors RS1/16S&&&J

OTHERSJA101, JA102 CONNECTOR VKB1157CN101 16P CONNECTOR VKN1247 PRINTED CIRCUIT BOARD VNP1838

FLIR ASSYSEMICONDUCTORS

IC101 PE5251AIC103 PST3242IC111 TSOP1840XG1

COILS AND FILTERSL101 LAU680J

CAPACITORSC111, C112, C121, C122 CCSRCH102J50C132 CEAL101M6R3C105, C142, C152 CEAL470M16C102, C103 CKSRYF104Z25C107 CKSRYF104Z50

C101, C104, C106, C108 CKSRYF105Z10C131, C141 CKSRYF105Z10C143, C151 CKSRYF224Z16

RESISTORSAll Resistors RS1/16S&&&J

OTHERSCN103 CONNECTOR 4P 04R-FJCN102 CONNECTOR 7P 07R-FJCN101 15P CONNECTOR 15R-1.25FJV101 FL TUBE VAW1065 FL HOLDER VNK4748

X101 (5MHz) VSS1142

PWSB ASSYSEMICONDUCTORS

D202 SLR-56VC(NPQ)

SWITCHES AND RELAYSS201, S202 ASG7013


OTHERSCN201 CONNECTOR 7P 07P-FJ

KEYB ASSY

SWITCHES AND RELAYSS251–S256 ASG7013


OTHERSCN251 CONNECTOR 4P 04P-FJ

POWER SUPPLY UNITOTHERS

P101 PROTECTOR(1.6A) AEK7066F001 FUSE 1.25A REK1099

DILB ASSY (Except KUXJ/CA)SEMICONDUCTORS

D291 NSPB500-0008D292 UDZS6.2B

CAPACITORSC291 CKSRYF105Z10


OTHERSCN291 CONNECTOR POST B2B-PH-K

69



SACD ASSY

SEMICONDUCTORSIC903 BA25BC0FPIC801 CXD2753RIC802 HY57V161610DTC-8IC804 TC74VHC74FTIC803 TC7SH08FU

COILS AND FILTERSL801–L805, L807 CHIP BEADS VTL1082

CAPACITORSC847, C882, C895 CCSRCH100D50C837, C838, C871, C893, C954 CEHAZA101M16C831, C833, C835, C951 CEHAZA221M6R3C815, C816 CKSRYB103K50C801, C804–C814, C817, C818 CKSRYF105Z10

C820, C821, C832, C834 CKSRYF105Z10C872–C878, C881, C891 CKSRYF105Z10C952, C953, C955, C956 CKSRYF105Z10

RESISTORSR871, R872 RAB4C103JOther Resistors RS1/16S&&&J

OTHERSCN901 19P CONNECTOR 19R-1.25FJ PCB BINDER VEF1040CN801 FFC CONNECT0R VKN1794

70


1

1 2

2

3

Tangentialadjustmentscrew

1 2Radialadjustmentscrew

Screwdriver (large)

TV monitor

Precise screwdriver DVD test disc(GGV1025)

Test mode remote controlunit (GGF1067)

Screw tight(GYL1001)

Screwdriver (medium)

6. ADJUSTMENT6.1 ADJUSTMENT ITEMS AND

LOCATION

Adjustment Items

[Mechanism Part]

[Electrical Part]

Tangential and Radial Height Coarse Adjustment

DVD Jitter Adjustment

Initialize the Focus Sweep Setting

Electrical adjustments are not required.

6.2 JIGS AND MEASURINGINSTRUMENTS

Adjustment Points (Mechanism Part)

Cautions: After adjustment, adjustment screw locks with the Screw tight.

71


∗ After adjustment, screw locks with the Screw tight.

∗ After adjustment, screw locks with the Screw tight.

~, Ÿ, !

Ÿ, !

Mechanicalpoint

Electricpoint

!Mechanicalpoint

Electricpoint

Mechanicalpoint

Electricpoint

Be sure to perform the following step finally when replaced Pickup, Traverse Mechanism and Spindle Motor.

Purpose: To set the sweep which was correct with the individual Traverse mechanism.

Mechanicalpoint

Electricpoint

LOAB, DVDM ASSY

∗

GGF1067Test moderemote controlunit

ESC CLEAR

Exchange Parts of Mechanism Assy

Exchange PCB Assy

6.3 NECESSARY ADJUSTMENT POINTS

When Adjustment Points

Exchange the Pickup

Exchange the Traverse Mechanism

Exchange the Spindle Motor

Exchange PC Board

(It is necessary when performed adjustment procedure Ÿ.)

72


TEST MODE: ON

TEST MODE: DISC SET

DSC - &&&



POWER

ON

<TRAY OPEN>

OPEN/CLOSE(Player or RemoteControl Unit)

OPEN/CLOSE(Player or RemoteControl Unit)

DVD disc

TEST MODE: PLAY

TEST MODE: OFF

An address is displayed

For example, when playback with # 30000

During PLAY Press keys in order

OR

ESC

OFF

POWER

6.4 TEST MODE

030000

<PLAY>

< When playback with the target address of disc (DVD)>

TV/LDP

+10 3 0 0 0 0 CHP/TIM

ESC TEST

CHECKDVD, CD

73


• Remove the servo mechanism.• Remove a Spacer for height adjustment attached to the back side (shaded area) of the Servo Mechanism (Float Base) with nippers.

Cautions:Because there is not a Spacer for height adjustment in adjustment after the second time, will keep it at need.(This parts is Traverse mechanism exclusive use of a modelfor 2001 years)

Put a spacer between a Tangential (or Radial) adjustment screw and Mechanism Base and turn each screw to adjustthe height. (Refer to "6.1 ADJUSTMENT ITEMS AND LOCATION".)

Note:Turn the Short switch to Short side when removing the Pickup Flexible Cable.(Refer to "7.1.7 DISASSEBLY".)

START

6.5 MECHANISM ADJUSTMENT

Tangential and Radial Height Coarse Adjustment1

Servo Mechanism

7.3mm

Turn a flat sideinto bottom

Spacer for Height adjustment

Float Base

74


Player

Monitor

• Test mode• Play the DVD test disc

at outer track(around #200000)

• Play the DVD test discat inner track(around #30000)

• Play the DVD test discat outer track(around #200000)

Mechanism Assy

Adjust the TangentialAdjustment Screw so thatjitter becomes minimum.

Mechanism Assy

Readjust the TangentialAdjustment Screw so thatjitter becomes minimum.

Mechanism Assy

Adjust the RadialAdjustment Screw so thatjitter becomes minimum.

Use disc: GGV1025

START

DVD Jitter Adjustment2

J4 : - - - -

J4 : Min

J4 : Min

Test mode end

J4 : Min

ESC

Disc playback normally.• The measurement of block error rate

If error rate is OK, locks a root of tangential and radial adjustment screws withthe Screw tight, and go to step ! .

Screw tight: GYL1001

Turn the POWER OFF in case of NG once, and perform the adjustment once again.

Confirm the error rate that is displayed "OK"

(Example ER (av): 2.5e - 5-*OK )

5ESC

CHECK

NG

OK

• Playback method of inner and outer address for the purpose is refererd to "6.4 TEST MODE".• Jitter indication of the monitor is refererd to "7.1.4 TEST MODE SCREEN DISPLAY".

75


Initialize the Focus Sweep Setting3

Turn on the Player

ESC CLEARPOWER

Note: Be sure to perform this step when replaced the Pickup or Traverse mechanism.

Purpose: To set the sweep which was correct with the individual Traverse mechanism.

76


7. GENERAL INFORMATION7.1 DIAGNOSIS7.1.1 ID NUMBER AND ID DATA SETTING

Entering the ID Number and ID Data for Players with DVD-Audio Compatibility

To enter the input mode, press ESC + STEREO in a status with no ID number set, such as after FLASH-ROM downloading.

• Downloading FLASH-ROM is finished. (The latest version must be downloaded when a repair is made.)• "No ID Number" is displayed on the screen or FL display immediately after the power is turned on or in Stop mode.• If "No ID DATA" is displayed, the ID data must be entered.

Important: If no yellow label is found on the rear panel, write down the specified ID number by checking it according to "How to confirm the ID number" shown below.

Note:Be sure to enter the ID number in Stop mode.Use the service remote control (GGF1067) for operations. Only opening/closing of the tray are performed from the player.

It is necessary with a player with DVD-audio compatibility to set an individual number (ID number) and ID data. If the number and data are not set correctly with the following procedure, operations in the future may not be guaranteed. You will find the ID number to be set on the yellow label on the rear panel.

The Input is Necessary When:

How to Input the ID Number and ID Data

[Player's ID Number Setting] ID Number ?> - - - - - - - - -

<CLEAR> Exit

Input ID Number !

1

As number input is enabled when the unit enters the input mode, input the 9-digit ID number.(The entered number is also displayed on the FL display.)

2

2

[Player's ID Data Setting]

<CLEAR> Exit

Insert The ID Data Disc !

When the ID number has been registered, the unit enters the ID data input mode. (The FL display indicates "NO ID DATA.")In this condition, place the ID data disc on the tray and close the tray using the CLOSE key "7/0" on the player.

4

4


Loading The ID Data Disc !

While the data are being read, the message shown in the figure at left is displayed on the screen. (The FL display indicates "RD ID DATA.")

5

5

[Player's ID Number Setting] ID Number ?> 0 0 0 0 0 0 0 0 1 OK ?

<PLAY> Compare Mode<SEARCH> Enter

Input ID Number !

After inputting the number, press SEARCH to register the ID number.

3

3

77


How to Confirm the ID Number

How to Clear the ID Number


Wait Rom Writing !

When the ID data have been read, the data are written to the FLASH-ROM.(The FL display indicates "WR ID DATA.")

6

6


Rom Write OK !

<CLEAR> Exit

When the ID data have been written to the FLASH-ROM, the message "Rom Write OK" is displayed on the screen.(The FL display indicates "ID DATA OK.")

After confirming this message, press CLEAR to exit the input mode.

7

8

7

8

[Player's ID Number Setting] ID Number ? [ 0 0 0 0 0 0 0 0 1]Compare> * * * * * * * * *<CLEAR> Exit

Input ID Number !

Press ESC + STEREO with an ID number set, and the unit enters the ID number confirmation mode.

The set ID number is displayed on the screen (and on the FL display), permitting you to confirm it.

To exit this mode, press CLEAR .

1

Press ESC + STEREO with an ID number set, and the unit enters the ID number confirmation mode.

Input the same number as the ID number you have set.

1

2

2

3

2

3

[Player's ID Number Setting] ID Number ? [ 0 0 0 0 0 0 0 0 1]Compare> * * * * * * * * *<CLEAR> Exit

Input ID Number !

2

After inputting the number, press STOP .Only when the entered number matches the set ID number, the ID number is cleared and the unit exits this mode.If the numbers do not match, you must return to step 2.( STOP is not accepted until 9 digits are entered.)

3

[Player's ID Number Setting] ID Number ? [ 0 0 0 0 0 0 0 0 1]Compare> 0 0 0 0 0 0 0 0 1 OK ?

<PLAY> Enter<STOP> Memory Clear

Input ID Number !

3

78


7.1.2 SELF-DIAGNOSTIC FUNCTION OF PICKUP DEFECTIVE

Character in bold : Item name: Information display

Test Mode Screen Display

Laser diode current value

Symptom• Indicates "No Disc" in FL display.• Player does not playback, etc..

This unit can confirm the laser diode current value (DVD: 650nm, CD: 780nm) of pickup on the Test Mode screen.(Press the ESC → TEST keys in order on the test mode remote control unit (GGF1067) to enter the test mode.)

Note : When a DVD disc or a CD disc is played in the test mode, this function is effective.

Procedure of Self-Diagnosis 1 Enter the Test mode.2 When diagnosing the 650nm laser diode:

Press the → keys in order, and turn on the laser diode (It light-up for nine seconds.).When diagnosing the 780nm laser diode:Press the → keys in order, and turn on the laser diode (It light-up for nine seconds.).

When let it turn on once again after performed 2 once,After pressed REP.B key once650nm: Press the → keys in order780nm: Press the → keys in order

3 Confirm the indicated value of the laser diode current (LDI). (Refer to following figure.)

4 When indicated value is more than 100, pickup is defective. → Replacement is necessaryReplace the Traverse Mechanism Assy or Pickup.

TEST 1

TEST 1

TEST 4

TEST 4

It's effective in case of the following condition.

79


DVDM ASSYB SIDE A

Vref

RFO

B2

B1B3

B4

This model has not test terminal.Please use following points on the DVDM Assy when checking RF, FE and TE, etc..

7.1.3 TEST POINTS LOCATION

80


DVDM ASSYBSIDE B

TE

FE

81


Remote control codeKey code

Mechanism position value andslider position

Output video system andSkirt terminal output

FL controller version andregion setting for the player

Port No. of Flash ROM andsystem controller

System controller revision

Flash ROM version and Flash ROM size

FL controller destination setting

AV1 chip version

DVD mechanism controller revision(Control and part No. of GUI-ROM)

Character in bold : Item name: Information display

Test Mode Screen Display(First Screen Display)

• Screen Composition

Address

Background color

Tracking status andLaser diode current value

Spindle status and AFB status

AGC setting

FTS servo IC information

C1 error value of CD and DVDInternal operation mode of

the mechanism control

Disc judgment and CD 1/3 beam switch

Equalizer value andjitter value

7.1.4 TEST MODE SCREEN DISPLAY

TEST MODE SCREEN DISPLAY

Consecutive double-OSD display is supported during test mode. The screen is composed 10 lines with a maximum of 32 characters per line.It can't be used with the debugging display mode together.

Caution : The first screen and second screen switch by pressing [DISPLAY] key of the remote control unit.It is only a version display part on the lower right of the screen those contents of display change.ATB : ON/OFF information display and AGC manual setting display deleted with the second generation.The displays of Tilt error value, Tilt servo status and pickup DVD/CLD display deleted with the third generation becomes LD part is deleted.

• Description of Each Item on the Display(1) Address indication The address being traced is displayed in number. DVD : ID indication (hexadecimal number, 8 digits)

[ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ] CD : A-TIME (min. sec.) [ 0 0 0 0 ∗ ∗ ∗ ∗ ] (Note : For DVDs, decimal-number indication is possible.)

(2) Code indication of the remote control unit [R – ∗ ∗ ∗ ∗ ]The code for the key pressed on the remote control unit, which is received by the FL controller, is displayed while the key is pressed. In the case of the double code, the second code will be displayed.

(3) Key code indication for the main unit [K – ∗ ∗ ]The code for the key pressed on the main unit, which is received by the system controller, is displayed while the key is pressed.

(4) Background color indication [C – R∗ ∗ G∗ ∗ B∗ ∗ ]

(5) 1 Tracking status [TRKG – ∗∗∗ ]Tracking on [ON ]Tracking off [OFF]

2 Laser diode current value [LDI – ∗∗∗ ]

(6) 1 Spindle status [SPDL – ∗ ∗ ∗ ]Spindle accelerator and brake, free-runnimg [A/B]FG servo [FG]Rough, velocity phase servo [SRV]Offset addition, rough, velocity phase servo [O_S]

2 AFB status [AFB – ∗ ∗ ] ON [ON ] OFF [OFF]

(7) Mechanism position value [M – ∗ ] Position code [1] to [3]

(8) Slider position [S – ∗ ∗ ∗ ∗ ] CD TOC area [IN ] CD active area [CD ]

(9) AGC setting [AGC – ∗ ∗ ] AGC on [AGC-ON] AGC off [AGC-OFF]

When the test mode is entered, press the ESC button and the TEST button in order of the test mode remote control unit (GGF1067).

82


(10) Output video system [V – ∗ ∗ ∗ ∗ ] NTSC system [NTSC] PAL system [PAL ] Auto-setting [AUTO] Skirt terminal output [SK – ∗ ∗ ] VIDEO [00] S-VIDEO [01] RGB [02]Note : Display only the model which can do the output setting of

skirt terminal.

(11) FTS servo IC informationDSP coefficient indication [KS – [∗ ∗ ∗ ∗ ] ∗ ∗ ∗ ∗ ]Displays the address (four digits) of the specified coefficient and the setting value (four digits) with [TEST] and [9] keys.

(12) Error rate indication1 C1 error value of CD [ER – C1 ∗ ∗ ∗ ∗ ]2 C1 error value of DVD [ER – ∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗ ]

(13) Internal operation mode of mechanism controller[MM – ∗ ∗ : ∗ ∗ ]

Internal mechanism mode (2 digits) and internal mechanism step (2 digits) of the mechanism controller

(14) 1 Disk sensing [DSC – ∗ ∗ ∗ ] The type of discs loaded is displayed. [DVD], [CD ], [VCD], [ ]

2 CD 1/3 beam switch [BM – ∗ ∗ ]

(15) 1 Equalizer value [E – ∗ ∗ ]2 Jitter value [J – ∗ ∗ ]

Make the jitter four times, and renew it in every 0.5 second. [J4 – * *]CD is effective only in the jitter value.

(16) Version of the AV-1 chip [ AV : ∗ . ∗ ∗ ' ∗ ' ]

(17) 1 Version of the FL controller [FL : ∗ ∗ ∗ ∗ ]

2 Region setting of the player [REG : ∗ ] Setting value [1] to [6]

(18) Destination setting of the FL controller[MDL : ∗ ∗ ∗ ∗ / ∗ ∗ ∗ ]

Four charactors in the front represent the type of model :three charactors in the back represent the destination code.J : /J, K : /KU, /KC, /KU/KC, R : /RAM, /RL, /RD, /LB,WY : /WY

(19) The part number of the flash ROM and system controller [∗ ∗ ∗ ∗ ∗ ∗ / ∗ ∗ ∗ ∗ ∗ ∗ ∗ ]

1 Part number of the flash ROM <Front>(Example) VYW1536-A = W1536A(Example) PD6256A9 = 6256A9

2 Part number of the system controller <Back>(Example) PD3381T1 = 3381T1

(20) 1 Version of the flash ROM [V : ∗ . ∗ ∗ ∗ ]2 Flash ROM size [FLSH = ∗ ]

(21) Revision of the system controller [S : ∗ . ∗ ∗ ∗ / ∗ . ∗ ∗ ]1 Revision number of the external ROM part (flash ROM) of

the system controller <Front>2 Revision of the internal ROM part of the system controller

<Back>

(22) Revision of the DVD mechanism controller[M : ∗ . ∗ ∗ ∗ ]

Revision number of the external ROM part (flash ROM) of the DVD mechanism controller

(23) Control and part numbers of the GUI-ROM[GUI : ∗ ∗ ∗ ∗ ]

No GUI model displays as "––– / ––––".OEM model displays the part number of GUI-ROM[GUI : * * * *]

83


DEBUGGING SCREEN SPECIFICATION FOR THE MECHANISM CONTROLLER

3 Indication Contents

1. The error that became the trigger that an error of 2 occurred. There are many cases same as 2.

2. The error number that transferred to the system controllerRefer to the error list about contents of error number.

3. Code read in state (it does not support in this unit)When X is indicated, ID or subcode are not able to read in. When X is not indicated, they are able to read in.

4. ID or subcode (it does not support in this unit)Subcode indicates the A time.

5. Inside mode of the mechanism controller when an error of 1 occurredIt can indicate to a maximum 10 mode. Indicate it in order of an old mode from the left, and go right, and become a new mode. Indicate only a nest share of the mode.

6. Processing step of inside mode of 5It can grasp the mode reaching an error and transition of step by watching 5 and 6 and it can specify the occurrence place of most errors.

7. Disk information in the mechanism controller? : IndistinctnessNO : There is no discDVD 1 : DVD single layerDVD 2 : DVD dual layerCD : CDCDR : CD-R or CD-RWCDR P : PRD of CD-R or CD-RW

8. As a result of 8cm /12cm distinction? : Indistinctness (undistinction)8 : 8 cm12 : 12 cm

9. OEIC gain (it does not support in this unit)H : OEIC HIGH gainL : OEIC LOW gain

10. SGC gain for LD of 780nmIt indicates a step using in the mechanism controller inside with a hexadecimal number.Set the gain so that S curve becomes 1.8V (p-p) in disc distinction.

11. SGC gain for LD of 650nm For L0.It indicates a step using in the mechanism controller inside with a hexadecimal number. Set a gain so that S curve becomes 1.8V (p-p) in disc distinction.

12. SGC gain for LD of 650nm For L1.It indicates a step using in the mechanism controller inside with a hexadecimal number. Set a gain so that a S curve becomes 1.8V (p-p) in disc distinction.

13. RF count value for disc distinctionRF count value to use the disc distinction. It compares threshold value of 14 and 15 and distinguishes the disc.

14. Disc distinction threshold value (DVD and CD)Threshold value of the disc distinction. Distinguish it from DVD if bigger than this value, and distinguish it from CD if small.

1 Indication Method of The Mechanism Controller Debugging ScreenA debugging screen of the mechanism controller is indicated when pressing the test mode remote control unit [GGF1067] in order of the and buttons.Releace from debugging screen display of the mechanism controller with the button.

ESCESC

CHP/TM

2 Screen Layout

• This specifications is subject to change without notice.

84


15. Disc distinction threshold value (CD and unrecorded disc)Threshold value of the disc distinction. Distinguish it from CD if bigger than this value, and distinguish it from an unrecorded disc if small.

16. Current jitter valueIndicate the value that was read in from the SCRUT (IC701) in DVD, and indicate the value that was read in from the servo DSP in CD.

17. Focus balance setting value of L0

18. Focus balance setting value of L1

19. Current mechanism controller inside mode(it does not support in this unit)It can indicate to a maximum 10 modes. Indicate only a nest share of the mode.

20. Processing step of 11 inside modes(it does not support in this unit)It can grasp the current mode, the mode reaching it and transition of step by watching 19 and 20.

21. Spindle control state of SCRUT (IC701)(it does not support in this unit)OFF : Motor off conditionA/B : Accelerator and brakesFG : FG servoRVP : Rough speed phase servoORVP : Rough speed phase servo of offset addition

22. Rotation number of spindle motorDo not FG read in ? indication (during spindle stop).

23. Tracking error generation system(it does not support in this unit)1: 1 beam (DPD)3: 3 beams

24. TZC count value (it does not support in this unit)The value that counted the number of TZC for one rotation in the tracking open state.When this value is more than 512 with CD, set it in 1 beam because the eccentric is large.DVD does not measure it because it is 1 beam fixed (indication is 0000).

25. It indicates the frequency that entered the focus backupHexadecimal number indication. Counter does not reset till turns the power off after turning it on. Due to a 1 byte counter, next of FF becomes 00.

26. It indicates focus backup limit frequency with the hexadecimal numberInitial value is 14H, it does decrement whenever enter the focus backup and it gives up backup if it became 0. Then the error is generated. After reverted from the backup, When not enter the backup and pass fixed time (1500ms), return to initial value again.

27. It indicates the frequency that entered the internal circumference plunging into backup of the sledHexadecimal number indication. Counter does not reset till turns the power off after turning it on. Due to a 1 byte counter, next of FF becomes 00.

28. It indicates the frequency that entered the tracking overrun backupHexadecimal number indication. Counter does not reset till turns the power off after turning it on. Due to a 1 byte counter, next of FF becomes 00.

29. It indicates the limit frequency of tracking overrun backup with a hexadecimal numberInitial value is 03H, it does decrement whenever enter the tracking overrun backup and it gives up backup if it became 0.

30. It indicates the frequency that entered sled overrun backupHexadecimal number indication. Counter does not reset till turns the power off after turning it on. Due to a 1 byte counter, next of FF becomes 00.

31. It indicates the limit frequency of sled overrun backup with a hexadecimal numberInitial value is 03H, it does decrement whenever enter the sled overrun backup and it gives up backup if it became 0.

32. It indicates the frequency that entered the tracking close NG backupHexadecimal number indication. Counter does not reset till turns the power off after turning it on. Next of FF is be a 1 byte counter in 00.The hexadecimal number indication which indicates the frequency that reads

33. ID/subQ, and entered NG backupHexadecimal number indication. A counter does not reset it till cuts it off after turning it on. Due to a 1 byte counter, next of FF becomes 00.

34. An address to indicate in 35Set it by using RS232.I(an address) Set it with DA.

35. Contents of an address indicated in 34.

85


7.1.5 TROUBLE SHOOTING• No Power ON• FL is not turned ON• FL indication is unusual

START

Is FL turn on ?

Is tray open ?

Is the indicationof FL normal ?

Do the video andsound come on ?

Power ON

Yes

Yes

Yes

Yes

No

No

No

Turn on the power againafter 2 - 3 minutes.

• Blow out fuse of the primary side• Blow out micro-fuse on the POWER SUPPLY Unit. (Check the each voltage.)

(P101)• FL controller IC (IC101) on the FLIR Assy is damaged.

• Blow out micro-fuse on the POWER SUPPLY Unit.(P101)

FL indication is dark or flickers.

No

Indicates the error message Refer to the section "7.1.6 ERROR CODE".

Refer to the section "7.1.6 ERROR CODE".

Check the connection between AVJB Assy and DVDM Assy.

Indicate the error message.

• Check the following connections :POWER SUPPLY Unit - DVDM AssyDVDM Assy - AVJB AssyAVJB Assy - FLIR Assy

• Check each voltage (EV+5V, SW+5V, SW+3.3V, SW+12V, +6V and -28V)(If above voltage are not supplied, check the micro-fuse P101.)

• Check the following connections :DVDM Assy - LOAB Assy (5P connector assy)

• Check the voltage of +6V and +12V power supply(If above voltage is not supplied, check the micro-fuse P101.)

Spindledoes not turn.Carriage does

not move.

Yes

Laser diodedoes not light.Focus does

not in.

Yes

No

• Check the following connections :DVDM Assy - Spindle motor (12P flexible cable)DVDM Assy - Stepping motor (4P flexible cable)

• Check the voltage of +6V and +12V power supply(If above voltage is not supplied, check the micro-fuse P101.)

No

• Check the following connection :DVDM Assy - Pickup Assy (26P flexible cable)

• Check the voltage of +6V and +12V power supply and SW+5V(If the voltage of +6V and +12V power supply are not supplied,check the micro-fuse P101.)

• Check it whether the pickup is defectiveness.Perform the section "7.1.2 Self-Diagnostic Function of Pickup Defective"and check the LD current value.

• Short or open the zenner diodeon the POWER SUPPLY Unit.(ZD103, ZD104)

• Check the values of R132 - R134 on the FLIR Assy.

OK

86


FL Display Possible causes Operation of the unit

AV1 VER AV-1 chip is not a match with the program of system controllerThe sound may not out with the specific audio.

CPU AERR CPU address error (Hardware is unusual.) No operation

DMA AERR DMA address error (Hardware is unusual.) No operation

FLASH IDDifference in versions of the internal ROM of the system controller and of the flash ROM,or bus line failure or reverse installation

No operation

FLASH WRP Write protect error of the flash ROM No operation

FLASH SIGDifference in part number of the flash ROM(When the ROM which could't be used was used.)

No operation

FLASH SUMCheck sum error of the flash ROM (It exceeds the regular size.) or reverse installation (Hardware is unusual.)

No operation

FLASH SIZE Size error of the flash ROM (Use 4 or 8 M-bit.) No operation

ILLGAL The system controller fetched a code other than an operation code (Hardware is unusual.) No operation

RESERVE Undefined interrupt (Hardware is unusual.) No operation

SLOT Inappropriate slot command issued (Hardware is unusual.) No operation

SDSP PWER Access error to the servo DSP or clock does not oscillation (Hardware is unusual.)Accept only OFF operation of the POWER key of the main unit. Remote control unit is impossible.

Error codes that are displayed on the FL display without using the remote control unit

7.1.6 ERROR CODE

Error codes that are displayed on the FL display by using the remote control unit(Mechanism controller error)To display: ESC + DISPLAY + DISPLAY; Location of the display: At the two digits of center of the FL displayTo display the error history: ESC + DISPLAY + One shot; Location of the display: TV screen

FL Descriptionof Error

Causes if with a DVD Causes if with a CD Operation of the Unit

11 Search timeoutSearch could not be complete within 7 seconds.

Search could not be complete within 7 seconds, and it could not enter the target area within 7 seconds by VCD scan.

CD : Stops,DVD : Continues operation

12Search retry error

A search could not be completed after 3 retries, search backup was executed 4 times, or in a case of timeout (6 seconds) while the unit was tracing 11 tracks or more beyond the target while the search operation was converging.

Backup against slider skip was executed 4 times during a search, or slider skip twice resulted in starting from the read-in point.

CD : Stops,DVD : Continues operation

19Tracing timeout while converging

Timeout (10.5 seconds) while tracing at the stage of convergence of a search.

Stop

1BIndex 0 search error

During Track (Index) Search, the search for the beginning of a program could not be completed within 3 seconds (20 seconds in the case of Index Search) after positioning based on the TOC data was completed.

Stop

1C Wobble distinction error Distinguished RW disc without wobble. Read the RW control data.

22 Timeout of slider inner circumference Inside switch could not ON within 3 seconds. Stop

23Timeout of slider outer circumference

Inside switch could not OFF within 2 seconds. Stop

87


FL Descriptionof Error

Causes if with a DVD Causes if with a CD Operationof the Unit

39SGC converge timeout

SGC could not converge during detects the peak Open

41 Spindle timeout The unit did not enter Stop mode within 10 seconds of issuance of a Stop command. Stop

48Spindle FG transition timeout

The spindle could not converge into within ± 12% of the target FG rotation speed within 10 seconds after spindle kick. The first time after startup (the first time after disc distinction), it doesn't become the number of the target rotation within five seconds. The first time after startup, detects the abnormal rotation number of high-speed continuously 3 loops. DVD: 5 to 9 mS , CD: 40 to 60 mS

Stops. (FG timeout)

49Spindle PLL transition timeout

After the second times after startup, it doesn't become the number of the target rotation within five seconds. Detects the abnormal high-speed or low-speed rotations. DVD: 5 to 9 mS , CD: 40 to 60 mS

Stops.("73" is displayed during starting process.)

4A Spindle lock timeout Spindle could not lock more than 1.5 seconds before start the AFB.Stops.("73" is displayed during starting process.)

51

Auto sequence timeout of peak detection

ABUSY did not return within 1 second after the DDTCT (peak detection) command was sent.

Stop

52Auto sequence timeout of focus jump down

ABUSY did not return within 30 mS after the FJMPD (Focus jump 1 to 0) command was sent.

Stop

53Auto sequence timeout of focus jump up

ABUSY did not return within 30 mS after the FJMPU (Focus jump 0 to 1) command was sent.

Stop

54Auto sequence timeout of play AGC

ABUSY did not return within 50 mS after the GSUMON (play-AGC-measuring) command was sent.

Stop

55Auto sequence timeout of disc-type-sensing

ABUSY did not return within 2 seconds after the DJSRT (disc-sensing) command was sent.

Stop

56Auto sequence timeout of ATB2

ABUSY did not return within 1 second after the TBLOFS (Internal ATB after the completion of external ATB) command was sent.

Stop

57Auto sequence timeout of tracking servo ON

ABUSY did not return within 500 mS after the TSON (tracking servo ON) command was sent.

Stop

58Auto sequence timeout of ATB1

ABUSY did not return within 200 mS after the TBL (external ATB) command was sent.

Stop

59Auto sequence timeout of focus gain adjustment

ABUSY did not return within 2 seconds after the FGN (focus gain adjustment) command was sent.

Stop

5AAuto sequence timeout of tracking gain adjustment

ABUSY did not return within 2 seconds after TGN (tracking gain adjustment) command was sent.

Stop

5BAuto sequence timeout of offset adjustment

ABUSY did not return within 1 second after the CMDAVE (offset adjustment) command was sent.

Stop

33 No FOK pulse during playback CLVA When the focus was deviated continuously 20 times.

Adjusts focus at the innermost circumference and tries to return to its position where the error was generated (for 3 times),then opens. If the same error persists after one retry, the tray opens. (No FOK pulse)

38 Disc-type-sensing error

If normal starting was impossible in the following three cases, disc-type sensing will be retried if other errors occure excepting C5 error. However, when the focus error "33" was occured continuously 3 times, it is finished as "38 error" at the moment: (1) startup with the first disc-type-sensing result, (2) forced startup with another disc by designating the disc type, (3) forced startup with the original disc by designating the disc type.

Open

88


71ID can not read during tracing

FL Descriptionof Error Causes if with a DVD Causes if with a CD Operation

of the Unit

An ID could not be read for 1 second or more. Stop

72Subcode check failure during playback

No frame could be read for 3 seconds or more.

Stop

73ID can not read at the startup

An ID could not be read within 1 second after the AFB adjustment had been finished.

Opens (ID readout failure)

74Subcode check failure during startup

No subcode could be read within 3 seconds after AFB adjustment had been finished.

Opens (Subcode readout failure).

81Timeout for reading TOC of the mechanism controller

TOC readout took 30 seconds or more.

Stop

82Timeout for reading TOC of the system controller

Reading TOC of the system controller took 30 seconds or more.

Stop

A1Communication timeout of DSP command

A command could not be issued to DSP because Command Busy (XCBUSY) was in force (XCBUSY = L) for a specified time (about 200 mS).

Open

A2Communication timeout for reading DSP coefficient

Command Busy (XCBUSY) was in force for a specified time (about 200 mS) before and after a coefficient read command was issued to DSP, or the address echo-back after command issuance did not match the setup address.

Open

A3Communication timeout for writing DSP coefficient

Command Busy (XCBUSY) was in force for a specified time (about 1024 mS) before and after the coefficient write command was issued to DSP.

Open

A4

Communication timeout for continuously writing DSP coefficient

Command Busy (XCBUSY) was in force for 200 µS during continuous coefficient writing, or before and after a continuous write command was issued to DSP.

Open

B1Timeout error for backup

In the tracing state during the backup sequence, codes could not be read for 1 second or more. In the backup sequence, tracking ON sequence of the servo DSP could not be completed even if more than 500 mS after the tracking ON command was issued.

Stops

B2Retry error for backup

Tracing impossible after retring the tracking ON for 3 times in the backup sequence. Stops

B3 Retry error for traceDuring tracing, runaway was detected after three iterations of backup operations for detecting runaway.

Stops

C3Detection of tracking overcurrent

During playback, the overcurrent detection port was at L for 300 ms or more continuously.

Stops (the mechanical controller operates independently).

(C5)Short-circuit test corresponding error

While the power was on, the overcurrent detection port was at L for 40 ms or more continuously.

Turns off the power instantly (No indication on the FL display and no writing to flash memory)

E3Violation against digital copy guard

Stops

5CAuto sequence timeout of modulation factor measurement

ABUSY did not return within 200 mS after the ADJMIR (modulation factor measurement) command was sent.

Stop

5DAuto sequence timeout of auto focus bias

ABUSY did not return within 2 seconds after the AFB (auto focus bias) command was sent.

Stop

5FAuto sequence already busy

A command could not be sent because ABUSY was low. ABUSY did not return within 200 mS after TLV command was sent.

Stop

62 Pause retry errorPause mode could not be restored within three retries after it had been released.

Continues operation

89


Error codes that are displayed on the FL display by using the remote control unit (Device error)To display : ESC + DISPLAY + DISPLAY ; Location of the display : At the two digits of left of the FL display

FL Description of Error Causes if with a DVD Causes if with a CD Operation of the Unit

bit3=1 08 etc. AV1 access error(read, write NG)

No operation or it becomes debugging indication if the power is able to ON.bit2=1 04 etc. MY CHIP access error

bit1=1 01 etc. SRAM access error

F5 Tray being pushedThe tray switch that had been Open mode was forcibly changed to a mode other than Open by an external force.

Closes

F8 Loading timeoutLoading, unloading or clamping could not be completed within a specified time (about 5 seconds).

Reverses the loading direction. It timeout is repeated upon retry, the unit stops.

FC Focus

The following error occured eight times.(1) Focus ON sequence could not be completed even if more than two seconds after

the focus ON command (to the servo DSP) was sent.(2) Focus IN sequence was finished, actually focus IN was not completed.

Stops wherever possible then opens (stops in the case of side B).

FL Descriptionof Error Causes if with a DVD Causes if with a CD Operation of the Unit

90


2

3

3

2

4

1

3

4

1

×3 4 ×352

LoadingMechanismAssy

2 × 4

3

1

Earth Lead Unit

1 Unclamp the wire.

2 Disconnect the wiring. Except DV-47A

34

1 Remove the Earth Lead Unit (Screw × 1).

2 Remove four screws.

3

7.1.7 DISASSEMBLY

NoteWhen diagnosing the unit, be sure to use two connection cables for service. (Part No. : GGD1271)

DIAGNOSIS OF PCBs

1 Remove the Bonnet (Screws × 7)

2 Power ON

3 Tray open (0)

4 Remove the Tray Panel

Bonnet and Tray Panel1

Tray

Door

1 Set the Test Disc

2 Tray close (0) → Clamp the Test Disc

3 Power OFF

4 Pull out the Power Cord from the outlet

Test Disc Set2

Test Disc

Remove the Earth Lead Unit (Screw × 1).

5 Remove the Front Panel.

Unhook (×6)

Front Panel

Front Panel3

Loading Mechanism Assy4

Remove the Loading Mechanism Assy.(Remove the Connector (×2).)

3

Earth Lead Unit

91


1

1

1

1

2AVJB AssyAVJB Assy

3

Loading Mechanism Assy

Spacer

DVDM Assy


Spacer

DVDM Assy

DVDM Assy

POWER SUPPLY Unit

AVJB Assy

KEYB Assy

PWSB Assy

SACD Assy

FLIR Assy


DVDM Assy

KEYB Assy

PWSB Assy

SACD Assy


Spacer

(×2)(×2)

DVDM AssyDVDM Assy

Styling of the Connection Cables5

1 Connect two Connection Cables for Service (GGD1271)between DVDM Assy and AVJB Assy.

2

3

Remove two screws.

Remove the DVDM Assy.

Connection Cablefor Service[GGD1271]

Diagnosis (1)6

1

2

Arrange the Loading Mechanism Assy and the DVDM Assylike the figure below.

Put in spacers under the Loading Mechanism Assy not torub the Clamper.

3 Playback with a test disc, and diagnose the DVDM Assyand the other Assys.

Diagnosis (2)

In a diagnosis (1) (2), You cannot play SACDs.

7

1 Unscrew the Rear Panel and remove the Rear Panel.

2 Unscrew the PCBs and remove the PCBs.

3 Arrange the Loading Mechanism Assy and the PCBslike the figure below.

4 Playback with a test disc, and diagnose the AVJB Assyand the other Assys.

Cautions:Please install AC inlet Assy in POWER SUPPLY Unit once again after having detached it with a rear panel.

92


45 Pull out the Tray and remove it while unhooking a Hook.

6

In the Tray insertion, insert it after matching a triangle mark of the Loading Base and a position of pin of the Drive Cam.

10 Remove a screw.

8 Remove four screws.

9 Remove the Mechanism Holder.

7 Remove the DVDM Assy (Screws ×2).

11

11

9

Traverse MechanismAssy

Remove the FFC Holder with the state which Flexible Cable was atatched.

Remove the Bridge (Screw ×2).

12 Remove the Front Panel.

3 Remove the Loading Mechanism Assy (Screws ×4).

×2

Turn the Short SW to Short side.

Remove the Bonnet and Tray Panel.

10

4

Bottom View

Bottom View

RearView

Short

Bridge -1

4 -2

5 -1

5 -2

Loading BaseTriangle mark

Drive CamPin

Short SW

6

Hook

Caution in the tray insertion

Cautions:Screw is locked with Silicone adhesive.Please lock it with Silicone adhesive when installs it.


Disassembly of the Traverse Mechanism Assy and the Pickup Assy

Open

Mechanism Holder

FFC Holder

8 ×4

93


Remove the Pickup Assy.

SkewSpring

SkewSpring

SkewScrew

SkewScrew

Pickup Assy

Joint

Slider

Hold Spring

Pickup Assy

Remove two Skew Screws and two Skew Springs.

Remove two screws.

When Removing The Pickup Assy


Remove the Pickup Flexible Cable.12

12

13

13

13

14

15

15

15

14

Exchange



Cautions:Screw is locked with Silicone adhesive.Please lock it with Silicone adhesive when installs it.

When Removing The Traverse Mechanism Assy


121314

Unhook ( ×4)

Remove the Traverse Mechanism Assy

Remove the Pickup Flexible Cable

× 2

× 2

Exchange

Tra

vers

eM

ech

anis

m A

ssy Pickup Assy

14

12

13

13

94


Lose slack

Bottom View

Fold position of step 6

7

8

Bottom View

9

10

Bottom View

11

12

Reference lineFold it at the position of reference line.

Pickup Assy

FFC HolderConducting plane

1

12

2 Insert the Pickup Flexible Cable in connector, and lock it surely.

3 Perform the styling as shown in figure below.

Caution:Move the Pickup to the innermost of the disc.

Fold a edge of lining part of the Pickup Flexible Cable.

Bottom View

Bottom View

1

2

3

6

4

5

Styling the Pickup Flexible Cable

5

95


• The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams.

LA9701M (DVDM ASSY : IC101) • RF IC• Block Diagram

7.2 IC

•List of ICLA9701M, LC78652W, BA6664FM, PD6345A, M65774BFP, XCA5636PV150, ADV7300KST, PM0033A, PE5251A, CXD2753R

1PDRF–

REF1

RF1

GND

PDRF

PD1

PD2

PD3

PD4

VCC

FIN1

FIN2

PD5

PD6

LDD1

LDS1

EQI2

VCC

EFMO

N/C

DEF

RREC

FE

TE–

TEO

CP

TLP

THC

VCC

TE

TESI

TES

REFVCC

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

48

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

RE

F

RF

OU

T

PH

C

BH

C

PH

I

BH

I

AU

X

PH

BH

GN

D

RF

O

TC

EQ

I1

DE

FC

EQ

O1

EQ

O2

LDD

2

LDS

2

LDO

N1

LDO

N2

GN

D

AG

OF

XQ

BH

XH

TR

DV

D/C

D

DP

D/T

E

CP

OF

TH

AU

X/R

R

TE

BA

L

FF

BA

L

SG

C

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

47

46

45

44

43

42

41

40

39

38

37

36VCC

VCC

35

34

33

PH

LIM

PD

CP

PD

PD

PD

APCDVD CD

APC

BH PH BH

ScratchDetection

LIM

LIM

LIM

LIM

VCC

DVDCD

REF

REF

REF

REF

REF

REF

REF

REF

REF

96


LC78652W (DVDM ASSY : IC201) • Servo DSP IC

• Block Diagram

33FE

32TE

29TILTE

30RF_PH

31RF_BH

28JITT

26TES

51HFLIO

81VPDO

15XOUT

73BUSYB

8XTALOUT

100LEFM

97LEFM2

52LASER

92JV

MPXServo

Processor(16×16+32→32)

8bitA/D

8bitD/A

CMP

Track Counter

56PP2/EVENT Event Counter

55FG

39EFMIN

80VCOC

96DVDSYNC

14XIN

58CSB

94ADRAO

60WRB59RDB

91CDFR90DVDFR

1EFMOUT

SLCIST1,2

FG Counter

SLC CLV

PLL Frame SynchronousDetection, Protection,

Insertion EFMDemodulation

Error DetectCorrection

C1-Twofold,C2-Fourfold

Supplement/MuteD Attenuate

Deemphasis Filter

ClockGenerator

CommandInterface

34,35

SLCO1,2 36,37

PCKIST1,2 87,88

PD01-3 83-85

P0-7 63-70

PP0-3

93PCK

For De-Interleave16k SRAM

DOUT

Serial Out

Sub CodeDecode

CRC

DVD Lock Detection

74 SQOUT

47 FDO48 TDO45 SLDO46 SPDO44 TBAL43 TILTDO42 AUXO

24 DRF22 FAST

95 DVDSYEQ

23 V_PB

21 FSEQ

77 WRQ

17 EMPH

4 ROMCK5 LRSY

19 DOUT

3 ROMXA

57 RESB

2 C2F

20 EFLG

9 FSX

12 PW

18 SBSY11 SFSY

75 CQCKB

TEST1-4

76 RWC

10 SBCK

25,2738,50

7FBUSYB

General Purpose Register53,54,56

97


• Pin Function.oN emaNniP O/I noitcnuFniP

1 TUOMFE O MFEeulavdetats-yranibsawtahtetatsehttuptuO

2 F2C O tuptuogalf2C

3 AXMOR O tuptuoatadMOR-DC

4 KCMOR O tuptuoatadMOR-DCroftuptuokcolctfihS

5 YSRL O tuptuoatadMOR-DCroftuptuokcolcR/L

6 3PP O/I tuptuoDO-hcNtupnilangis.cnysDVD/tuptuo/tupnitropesoprup-lareneG

7 BYSUBF O tuptuoDO-hcNnoitarepossecorpPSDfotuptuolangisysuB

8 TUOLATX O tuptuokcolcmetsyslanretxE

9 XSF O tuptuolangis.cnysemarf1DC

01 KCBS I tupnikcolctuognidaeredocbuS

11 YSFS O edocbusfotuptuolangis.cnysemarF

21 WP O tuptuoWdnaV,U,T,S,R,Q,PedocbuS

31 SSV − nipDNG

41 NIX I )zHM4439.61(rotanoserlatsyrcatcennoC

51 TUOX O rotanoserlatsyrcatcennoC

61 1DDVD − tiucricnoitallicsoehtfoylppusrewopV3.3

71 HPME O sisahpmeedehtfoniprotinoM

81 YSBS O kcolbedocbusehtfotuptuolangis.cnyS

91 TUOD O tuptuoatadJAIEoiduA

02 GLFE O 2Cdna1CnoitcerrocrorreehtforotinometatsnoitcerrocrorrE

12 QESF O langis.cnysemarfDVD/DCehtforotinomnoitceteD

22 TSAF O tuptuoDO-hcNrotinomdeepskcabyalP

32 BP_V O lortnocVLC/ovreshguorehtfotuptuorotinoM

42 FRD O rotinomsucofnI

52 3TSET I 3tupnitseT

62 SET I tupnilangisrorregnikcarT


82 TTIJ I LLPMFEfotupnilangisgnitcetedytitnauqrettiJ

92 ETLIT I tupnilangisrorretliT

03 HP_FR I tupnilangisdlohkaepFR

13 HB_FR I tupnilangisdlohmottobFR

23 ET I tupnilangisrorregnikcarT

33 EF I tupnilangisrorresucoF

43 1TSICLS − CLSrofpmupegrahctnerructnatsnocehtfo1nipgnittestnerruC

53 2TSICLS − CLSrofpmupegrahctnerructnatsnocehtfo2nipgnittestnerruC

63 1OCLS O CLSrof1tuptuolortnoC

73 2OCLS O CLSrof2tuptuolortnoC


93 NIMFE I tupni+MFE/MFE

04 DDVA − ovresrofA/DdnaD/AfoylppusrewopV5

14 SSVA − ovresrofA/DdnaD/AfoDNG

24 OXUA O tuptuoyrailixuaAD

34 ODTLIT O tuptuolangislortnoctliT

44 LABT O tuptuolangislortnocecnalabgnikcarT

54 ODLS O tuptuolangislortnocdelS

64 ODPS O tuptuolangislortnoceldnipS

74 ODF O tuptuolangislortnocsucoF

84 ODT O tuptuolangislortnocgnikcarT

94 FERV − ovresrofA/DfolevelecnerefeR


98


.oN emaNniP O/I noitcnuFniP

15 OILFH O/I tuptuo/tupnilangisnoitcetedrorriM

25 RESAL O lortnocFFO/NOresalrofniptuptuO

35 BDC_DVD/0PP O/I tuptuolangisnoitanimircsidcsiD/tuptuo/tupnitropesoprup-lareneG

45 BRRECRC/1PP O/I tuptuolangistluserCRCedocbuS/tuptuo/tupnitropesoprup-lareneG

55 GF I tupniretnuocGF

65 TNEVE/2PP O/I tupniretnuoctnevE/tuptuo/tupnitropesoprup-lareneG

75 BSER I tupniteseR

85 BSC I tupnitcelespihC

95 BDR I tupnilangisgnidaeretatslanretnI

06 BRW I tupnilangisgnitirwatad/dnammoC

16 2DDVD − ylppusrewopV5

26 SSV − DNG

36 0P

O/I tuptuo/tupniatad/dnammoC

46 1P

56 2P

66 3P

76 4P

86 5P

96 6P

07 7P

17 SSV − DNG

27 1DDVD − lanretnirofylppusrewopV3.3

37 BYSUB O ssecorpdnammocfotuptuolangisysuB

47 TUOQS O QedocbusfotuptuolaireS

57 BKCQC I tuptuoatadQedocbusroftupnikcolctfihS

67 CWR I QedocbusfotupninoissimrepetadpU

77 QRW O QedocbusforotinomydaertuodaeR

87 SSVA − kcolcmetsyslanretnirofDNGLLP

97 RFPRV − kcolcmetsysrofLLPfognittesegnarnoitallicsoOCV

08 COCV IkcolcmetsysrofretlifLLPatcennoC

18 ODPV O

28 DDVA − kcolcmetsysrofylppusrewopV5LLP

38 1ODP O/I kcabyalpMFErof1nipnoitcennocretlifLLP



68 SSVA − kcabyalpMFErofDNGLLP

78 1TSIKCP − kcabyalpMFErofpmupegrahctnerructnatsnocLLPfo1gnittestnerruC

88 2TSIKCP − kcabyalpMFErofpmupegrahctnerructnatsnocLLPfo2gnittestnerruC

98 DDVA − kcabyalpMFErofylppusrewopV5LLP

09 RFDVD − 1kcabyalpMFErofLLPfognittesegnarnoitallicsoOCV

19 RFDC − 2kcabyalpMFErofLLPfognittesegnarnoitallicsoOCV

29 VJ O kcabyalpMFErofkcolcLLPfotuptuorettiJ

39 KCP O kcabyalpMFEroftuptuokcolctiB

49 OARDA I tupnisserddA

59 QEYSDVD I tupnieslupezinorhcnysDVD

69 CNYSDVD I tupnilangissuonorhcnysDVD

79 2MFEL O 2KCPhtiwMFEeulavdetats-yranibsawhcihwlangisatuodnatuctahtetatsehttuptuO

89 1DDVD − O/IrofylppusrewopV3.3

99 SSV − DNG

001 MFEL O 1KCPhtiwMFEeulavdetats-yranibsawhcihwlangisatuodnatuctahtetatsehttuptuO

99


DRIVER

TSD

PS

TORQUE

CURRENTSENSE AMP

SENSE AMP

SHORT BRAKED

RQ

CK Q

TL

GAINCONTROL

GAINSWITCH

Vcc

VccVcc

A3 2

A2 4

A1 7

GND 8

H1+ 9

H1- 10

H2+ 11

H2- 12

H3+ 13

H3- 14

GSW26

FG24

VCC25

RNF28

VM27

HALL AMPPS23

EC22

ECR21

FR20

FG219

SB18

CNF17

BR16

VH15

BRAKE MODE

HALL BIAS

No. Pin Name Pin NamePin Function No. Pin Function

1 N.C. N.C. 16 BR Brake mode switching pin

2 A3 Output pin 17 CNF Capacitor connection pin for phase compensation

3 N.C. N.C. 18 SB Short brake pin

4 A2 Output pin 19 FG2 FG 3-phase mix signal output pin

5 N.C. N.C. 20 FR Rotation detecting pin

6 N.C. N.C. 21 ECR Control reference pin of output voltage

7 A1 Output pin 22 EC Output voltage control pin

8 GND GND pin 23 PS Power save pin

9 H1+

Hall signal input pins

24 FG FG signal output pin

10 H1- 25 VCC Power supply pin

11 H2+ 26 GSW Gain switching pin

12 H2- 27 VM Motor power pin

13 H3+ 28 RNF Resistor connection pin for output current detection

14 H3- FIN FIN GND

15 VH Hall bias pin

BA6664FM (DVDM ASSY : IC251) • Three-phase Motor Driver

• Block Diagram

• Block Diagram

100


PD6345A (DVDM ASSY : IC601) • FR CPU

• Pin Function.oN kraM emaNniP O/I noitcnuFniP

1 61D/02P 0D

O/I tuptuo/tupnisubataD

2 71D/12P 1D

3 81D/22P 2D

4 91D/32P 3D

5 02D/42P 4D

6 12D/52P 5D

7 22D/62P 6D

8 32D/72P 7D

9 42D/03P 8D

01 52D/13P 9D

11 62D/23P 01D

21 72D/33P 11D

31 82D/43P 21D

41 92D/53P 31D

51 03D/63P 41D

61 13D/73P 51D

71 SSV DNG − dnuorG

81 00A/04P 0A

O tuptuosubsserddA

91 10A/14P 1A

02 20A/24P 2A

12 30A/34P 3A

22 40A/44P 4A

32 50A/54P 5A

42 60A/64P 6A

52 70A/74P 7A

62 3CCV D3.3+V − ylppusrewoP


82 80A/05P 8A

O tuptuosubsserddA

92 90A/15P 9A

03 01A/25P 01A

13 11A/35P 11A

23 21A/45P 21A

33 31A/55P 31A

43 41A/65P 41A

53 51A/75P 51A


73 61A/06P 61A

O tuptuosubsserddA

83 71A/16P 71A

93 81A/26P 81A

04 91A/36P 91A

14 02A/46P 02A

24 12A/56P ATSFOT O ovresrofA-noitcejnitesffognikcarT

34 22A/66P CTSFOT O ovresrofC-noitcejnitesffognikcarT

44 32A/76P LBW O )niam(W/RDVDotgnidnopserrocnoitcetedelbboWroF

54 SVAD DNG − dnuorG

64 CVAD D3.3+V − ylppusrewoP

74 0AD 1PETS IlortnocrotomgnippetsroF

84 1AD 2PETS I

94 2AD VRDOL I evirdrotomtcelesdnarood,gnidaoL

101


.oN kraM emaNniP O/I noitcnuFniP05 0NA 2PETS I tuptuoA/DfolecnactesfforoF2lortnocreppetsroF

15 1NA 1PETS I tuptuoA/DfolecnactesfforoF1lortnocreppetsroF

25 2NA WSPAN I P/A/M=L/M/HlenapraeR

35 3NA MEOX I tupninoitcetorpledomMEO

45 4NA RUCDL I noitacidnieulavtnerrucDLroftupnI

55 5NA SOPLES I regnahcorcimfotupnirotcelesyarT

65 6NA WSPMALC I tupniWSnoitisoppmalC

75 7NA SOPDOL I tupniWSnoitisoppmalcgnidaoL

85 CCVA D3.3+V − ylppusrewoP

95 HRVA D3.3+V − ylppusrewoP

06 IRVA/SSVA DNG − dnuorG


26 XGTA/0PP SOPDLS I noitisopedisniredilsfotupniWS

36 KCRF/1PP WSG O )L:srehto,H:RBCAta(RBCAtapuniaG

46 0NI/2PP NO087 I edoidresalmn087folangislortnocFFO/NO

56 1NI/3PP ODES O tuptuoevirdnoitatoryarT

66 2NI/4PP NOMX O )H:NOrotomeldnips(VRDfoetuM

76 3NI/5PP TUMVRDX O tuptuoetumrevirdSTF

86 6PP 1TL O rellortnocLFehtotesnopsernoitacinummoC

96 7PP YDRX I rellortnocLFehtmorftseuqernoitacinummoC



27 0CO/0OP TEDRUCX I sm003"L"rofFFOovreStupninoitcetedtnerrucrotautcA

37 1CO/1OP YSUBCX I "L":elbatpeccadnammoCssecorpdnammocfolangisysuB

47 2CO/2OP TSRPSDX O teserPSDovreS

57 3CO/3OP ACB − )desutoN()H:daerACBta(langisdaerACB

67 4CO/4OP/SNSCSD

X4DCXO/I

tsixecsiD:"L"eslupnoitcetedcsiD)deepshtruoF:"L"(kcabyalpDCdeepshtruofotdnopserroC

77 5CO/5OP TNCPP O )H:PPta(lasrevartLBWniCZTfohctiwS

87 6CO/6OP HNIFDX O )"L":FFO;Z-iH:NOTCEFED(lortnoclangistcefeD

97 7CO/7OP ET/DPD O smaeb3=L,maeb1=H


18 0NIA/0NP DCX/DVD O DC:"L",DVD:"H"DC/DVDtalangisgnihctiwsQEFR

28 0NIB/1NP FFOGA O CIFRfoCGAffonruT:"H"

38 1NIA/2NP 087X056 O langisgnihctiwsmn056/mn087

48 1NIB/3NP NODL O edoidresalfolangislortnocFFO/NO

58 2NIA/4NP 2TSFOF O )Z-iH,"L","H"lortnoceulav-irT(1tnemtsujdatesffosucoF

68 2NIB/5NP 1TSFOF O )Z-iH,"L","H"lortnoceulav-irT(2tnemtsujdatesffosucoF

78 3NIA/6NP X2DCX O kcabyalpdeepselbuodDCVroF

88 3NIB/7NP GCIEO O Bd6otpuCIEOfoniaG:"H"

98 0NIZ/0MP SOPYRT I rebmuncsidfotupnitnuoC

09 1NIZ/1MP WSPX/N O )LAP/CSTN(troplortnocredocneoediV

19 2NIZ/2MP LESV O hctiws)BGR(ro)rCbCY(/)S,etisopmoC(

29 3NIZ/3MP 2LESV O hctiws)S(/lanimrettriksfo)etisopmoC(

39 1ADS/0LP IADS

senillortnocC2149 0ADS/1LP OADS

59 1LCS/2LP ILCS

69 0LCS/3LP OLCS

79 4LP STC I tupnidnesotraelcC232-SR

89 5LP RTD O tuptuodnesotraelcC232-SR

99 0CU/6LP - − −001 SSV DNG − dnuorG

102


.oN kraM emaNniP O/I noitcnuFniP101 0NIT/0KP TSREQVX O langisteser3EQV

201 1NIT/1KP 1ORPSCX − CIretrevnocevissergorpehtfoelbanenoitacinummoclaireS

301 2NIT/2KP 5EQVSCX − CI5EQVfoelbanenoitacinummoclaireS

401 3NIT/3KP .C.N − .C.N

501 0TOT/4KP 84X44 O noitceles84/44sfkcolcylppusPSADdnaCAD

601 1TOT/5KP RREID I tupni)langiskcolnu(rorrenoitpecerRID

701 2TOT/6KP2NOCIMX

1LESOAO

HCitlumroflangisXIMretnecciM)atadR/Ltnorf(hctiwsPSDoidua/1-VA

801 3TOT/7KP 0LESOA − hctiws0OAdnaDOAtuptuo1VA



111 0TNI/0JP 0TNIX I

211 1TNI/1JP 1TNIX I

311 2TNI/2JP 01QRIX I 0#tpurretnipihcYM

411 3TNI/3JP 11QRIX I 1#tpurretnipihcYM

511 4TNI/4JP YSUBAX I "L"noitarepossecorpPSDfolangisysuB

611 5TNI/5JP DLHT I langisgnirotinomdeepskcabyalP

711 6TNI/6JP YSBS I )"H"IS+OSdoirep(kcolbedocbusfolangis.cnyS

811 7TNI/7JP .C.N I .C.N

911 0IS/0IP ISS I tupniatadsublaireS

021 0OS/1IP OSS O tuptuoatadsublaireS

121 0KCS/2IP KCSS I tupnikcolcsublaireS

221 1IS/3IP DXR I DXRC232-SR

321 1OS/4IP DXT O DXTC232-SR

421 1KCS/5IP DOMLES − hctiwsedomPSDoiduA

521 2IS/0HP 2TESER − 2PSDrofteseR

621 2OS/1HP 1PSDASCX O 2PSDrofSC

721 2KCS/2HP DPSSCX − langislortnocPSDoiduagnitarenegrofCIlellarap/lairesfolangishctaL

821 0DM DNG −dnuorG921 1DM DNG −

031 2DM DNG −131 SSV DNG − dnuorG



431 1X LATXE O

531 0X LATX I


731 2QERD/0CPNOEFL

1TESERO

tnemeleEFLfoR/LtnorfotxiMtceleSteser1PSD

831 2KCAD/1CP1NOCIMX

PSDSX/1VAO

hc2roflangisXIMR/LtnorfciMhctiwsPSDovres/1-VA

931 2POED/2CP DMHC6 O (hctiwshc6/hc2tuptuoCAD ← )2TSRVDX

041 0QERD/0BP 0QERDX I pihCYBottuptuoesnopserAMD

141 0KCAD/1BP 0KCAD O pihCYBmorftupnitseuqerAMD

241 0POED/2BP .C.N − .C.N

341 1QERD/3BP 1QERDX I pihC1-VAottuptuoesnopserAMD

441 1KCAD/4BP 1KCADX O pihC1-VAmorftupnitseuqerAMD

541 1POED/5BP NOKCXEX O kcolclanretxePSDfohctiwsFFO/NO

641 XRWOI/6BP 1LESIOD O )DNGdnaPSD.1-VA(PSDoiduafo1hctiwstuptuolatigiD

741 XDROI/7BP 2LESIOD O )DNGdnaPSD.1-VA(PSDoiduafo2hctiwstuptuolatigiD


941 XOSC/0AP 02SCX O MORhsalFottuptuotcelespihC

051 X1SC/1AP 6SCX O tcelespihC1-VA

103


.oN kraM emaNniP O/I noitcnuFniP151 X2SC/2AP 3SCX O )pihCYM(A5994DPfotcelespihC

251 X3SC/3AP 4SCX O PSDovresfotcelespihC

351 X4SC/4AP 32SCX O )M1(MARSottuptuotcelespihC

451 X5SC/5AP .C.N O .C.N





951 XIMN − − dexifD3.3+V

061 XTSH − − dexifD5.2+V

161 XTINI TINIX I

261 YDR/08P YDR I

361 XTNRGB/18P ETUMAX I tuptuooiduahc2foetumegatslaniF

461 QRB/28P ETUMMX O etumlennahcitlumoiduA

561 XDR/38P DRX O

661 X0RW/48P 0RWX O

761 X1RW/58P 1RWX O


961 KLCSYS/09P KLCSYS O

071 19P TSRFD − )R/Ltnorfrof(teserCAD

171 KLCM/29P 1TSRFD − )EFLdnadnuorrus,retnecrof(teserCAD

271 39P 0FDSCX O (tcelespihcCAD ← )3TALX

371 XABL/49P 1FDSCX O EFLdnadnuorrus,retnecroftcelespihcCAD

471 XAAB/59P TSRQAX O teserEQA

571 69P EQASCX O tcelespihcEQA

671 XEW/79P TNEMT I yrtneedomtseT

104


M65774BFP (DVDM ASSY : IC801) • MPEG2 Decoder IC

• Block Diagram

• Pin Function

Descrambler

Bit StreemInput Interface

Bit Streem

Host CPU

16M DRAM

16M bit SDRAM

Video Output

PCM Audio Output

IEC958 Output

InternalCPU

Writ

e B

US

H B

US

SDRAMController

ROM RAM

HostInterface

Video Decoder

Sub-pictureDecoder

DisplayProcessor

Special PlaybackProcessor

Video OutputInterface

Audio OutputInterface

Rea

d B

US

.oN emaNniP O/I noitcnuFniP .oN emaNniP O/I noitcnuFniP1 DNG I dnuorG 12 DDV5 I ylppusrewopV5

2 0DH

O/I troptuptuodnatupniataD

22 51DH O/I troptuptuodnatupniataD

3 1DH 32 SC I tupnilangistcelespihC

4 2DH 42 ER I tupnilangiselbanEdaeR

5 3DH 52 EW I tupnilangiselbanEetirW

6 4DH 62 EHB I tupnilangiselbanEhgiHetyB

7 DDV5 I ylppusrewopV5 72 YDR OehtdetacidnisihcihwlangisegdelwonkcA

tsohehtaivgnitirwrognidaeratadfohsinifsub

8 DDV I ylppusrewoP 82 RTNI OehtottsniagalangistseuqertpurretnI

PF37756MmorfUPClanretxe

9 5DH


92 DNG I dnuorG

01 6DH 03 0AH

I troptupnisserddA

11 7DH 13 1AH

21 8DH 23 2AH

31 9DH 33 3AH

41 DNG I dnuorG 43 4AH

51 01DH


53 DDV I ylppusrewoP

61 11DH 63 DDV5 I ylppusrewopV5

71 21DH 73 5AH

I troptupnisserddA81 31DH 83 6AH

91 41DH 93 7AH

02 DDV I ylppusrewoP 04 8AH

105


.oN emaNniP O/I noitcnuFniP .oN emaNniP O/I noitcnuFniP14 9AH I troptupnisserddA 38 DDV I ylppusrewoP

24 DNG I dnuorG 48 CNYSV O tuptuolangis.cnyslcaitreV

34 KCMDC I dnuorgottcennoC 58 CNYSH O tuptuolangis.cnyslatnoziroH

44 KCRLDC I PSDDCmorftupnikcolckcolcR/L 68 TRTSCIP

54 KCBDC I PSDDCmorftupnikcolctibMCP 78 TRTSBM

64 ATADDC I tupniecafretnioidualatigiD 88 ATADBM

74 DDV I ylppusrewoP 98 DNG I dnuorG

84 NIDDC I PSDDCmorftupniatadoiduaMCP 09 DWP O.cnyslanretxeroftuptuorotarapmocesahP

noitarepo

94 2TNIO

ehtottsniagalangistseuqertpurretnIPF37756MmorfUPClanretxe

19 CNYSC I tupnilangisCNYSetisopmoC

05 3TNI 29 YEKDSO O tuptuogalfyekDSO

15 QERD O refsnartpamtibDSOroflangistseuqerAMD 39 KLCXP O )kcolcgninnur-eerfzHM72(kcolclexiP

25 KCAD IpamtibDSOroflangisegdelwonkcaAMD

refsnart49 DDV I ylppusrewoP

35 DNG I dnuorG 59 7DP

O atadlexiplatigiD45 OKLC O tuptuokcolczHM72 69 6DP

55 NIKLC I tupnikcolcmetsyS 79 5DP

65 1DDVA I ylppusrewopgolanA 89 4DP

75 1DNGAI dnuorggolanA

99 DNG I dnuorG

85 3DNGA 001 3DP

O atadlexiplatigiD95 3DDVA I ylppusrewopgolanA 101 2DP

06 PACC I dnuorgottcennoC 201 1DP

16 2DNGA I dnuorggolanA 301 0DP

26 2DDVA I ylppusrewopgolanA 401 DDV I ylppusrewoP

36 OKLCA − nepO 501 DNG I dnuorG

46 IKLCA I tupnikcolcoiduA 601 TESER I tupnitesererawdraH

56 1EDOMH I edomgnitarepoecafretnitsohfonipgnitteS 701 0TSET

I yllamrondnuorgottcennoC66 DNG I dnuorG 801 1TSET

76 DDV I ylppusrewoP 901 2TSET

86 DOA

O atadoiduafotuptuoMCP

011 DDV I ylppusrewoP

96 2OA 111 0DMN

O/I MARDhtiwenilrefsnartataD07 1OA 211 51DMN

17 0OA 311 1DMN

27 DNG I dnuorG 411 41DMN

37 1TUODO tuptuoecafretnioidualatigiD

511 DNG I dnuorG

47 0TUOD 611 2DMN

O/I MARDhtiwenilrefsnartataD57 ADS − nepO 711 31DMN

67 LCS − nepO 811 3DMN

77 DDV I ylppusrewoP 911 21DMN

87 DNG I dnuorG 021 DDV I ylppusrewoP

97 KLCCAD O tuptuokcolcgnitarepognilpmas-revO 121 4DMN

O/I MARDhtiwenilrefsnartataD08 KLCOD O tuptuokcolctibMCP 221 11DMN

18 KLCRL OlennahcehtgnitanimircsidroftuptuokcolC

atadoiduaMCPfo)R/L(321 5DMN

28 0EDOMH I edomgnitarepoecafretnitsohfonipgnitteS 421 01DMN

106


.oN emaNniP O/I noitcnuFniP .oN emaNniP O/I noitcnuFniP521 DNG I dnuorG 761 5AM O MARDShtiwenilsserddA

621 6DMN

O/I MARDhtiwenilrefsnartataD

861 DNG I dnuorG

721 9DMN 961 1AM

O MARDShtiwenilsserddA821 7DMN 071 6AM

921 8DMN 171 0AM

031 DDV I ylppusrewoP 271 7AM

131 0SACN Ofoenillortnoc)ebortSsserddAnmuloC(SAC

MARD371 DDV I ylppusrewoP

231 EWN O MARDfoenillortnocEW 471 01AM

O MARDShtiwenilsserddA331 1SACN O

foenillortnoc)ebortSsserddAnmuloC(SACMARD

571 8AM

431 SARN Ofoenillortnoc)ebortSsserddAwoR(SAR

MARD671 11AM

531 DNG I dnuorG 771 9AM

631 9AMNO MARDhtiwenilsserddA

871 DNG I dnuorG

731 8AMN 971 SCD O MARDSfotcelespihC

831 DDV I ylppusrewoP 081 SAR Ofoenillortnoc)ebortSsserddAwoR(SAR

MARDS

931 0AMN

O MARDhtiwenilsserddA

181 SAC Oenillortnoc)ebortSsserddAnmuloC(SAC

MARDSfo

041 7AMN 281 DDV I ylppusrewoP

141 1AMN 381 KLCM O MARDSfokcolcnoitarepO

241 6AMN 481 DNG I dnuorG

341 DNG I dnuorG 581 EWD O MARDSfoenillortnocEW

441 2AMN

O MARDhtiwenilsserddA

681 UMQD OMARDSfoenillortnocMQD

.tuptuoetybreppufoksamrofesU

541 5AMN 781 LMQD OMARDSfoenillortnocMQD

.tuptuoetybrewolfoksamrofesU

641 3AMN 881 DDV I ylppusrewoP

741 4AMN 981 7DM

O/I MARDShtiwenilrefsnartataD841 DDV I ylppusrewoP 091 8DM

941 7DBI troptupnimaertstiB

191 6DM

051 6DB 291 9DM

151 DNG I dnuorG 391 DNG I dnuorG

251 5DB

I troptupnimaertstiB

491 5DM

O/I MARDShtiwenilrefsnartataD351 4DB 591 01DM

451 3DB 691 4DM

551 2DB 791 11DM

651 DDV I ylppusrewoP 891 DDV I ylppusrewoP

751 DNG I dnuorG 991 3DM

O/I MARDShtiwenilrefsnartataD851 1DB

I troptupnimaertstiB002 21DM

951 0DB 102 2DM

061 KLCB I tropDBfo)kcolc(langisebortS 202 31DM

161 NEDB IsihcihwataddilavniroevitceffeehtsetacidnI

tropDBmorfdelpmas302 DNG I dnuorG

261 QERDB OehtottsniagalangisnoissimreptuptuO

gnitcennochcihw)redocedlennahc(ecivedtropDBot

402 1DM

O/I MARDShtiwenilrefsnartataD361 DDV I ylppusrewoP 502 41DM

461 3AM

O MARDShtiwenilsserddA

602 0DM

561 4AM 702 51DM

661 2AM 802 DDV I ylppusrewoP

107


XCA56367PV150 (DVDM ASSY : IC901) • DVD-Audio decoder

• Pin Arrangement

108 D6107 D5106 D4105 D3104 GNDD103 VCCD102 D2101 D1100 D0

99 A1798 A1697 A1596 GNDA95 VCCQH94 A1493 A1392 A1291 VCCQL90 GNDQ89 A1188 A1087 GNDA86 VCCA85 A984 A883 A782 A681 GNDA80 VCCA79 A578 A477 A376 A275 GNDA74 VCCA73 A1

HA

D4

37V

CC

H38

GN

DH

38H

AD

340

HA

D2

41H

AD

142

HA

D0

43R

ES

ET

#44

VC

CP

45P

CA

P46

GN

DP

47S

DO

5_1/

SD

I0_1

48V

CC

QH

49F

ST

_150

AA

251

CA

S#

52S

CK

T_1

53G

ND

Q54

EX

TA

L55

VC

CQ

L56

VC

CC

57G

ND

C58

FS

R_1

59S

CK

R_1

60P

INIT

/NM

I#61

TA

#62

BR

#63

BB

#64

VC

CC

65G

ND

C66

WR

#67

RD

#68

AA

169

AA

070

BG

#71

A0

72

SCK/SCL 1SS#/HA2 2

HREQ# 3SDO0/SDO0_1 4SDO1/SDO1_1 5

SDO2/SDI3/SDO2_1/SDI3_1 6SDO3/SDI2/SDO3_1/SDI2_1 7

VCCS 8GNDS 9

SDO4/SDI1 10SDO5/SDI0 11

FST 12FSR 13

SCKT 14SCKR 15HCKT 16HCKR 17

VCCQL 18GNDQ 19

VCCQH 20HDS/HWR 21HRW/HRD 22

HACK/HRRQ 23HOREQ/HTRQ 24

VCCS 25GNDS 26

ADO 27ACI 28

TIO0 29HCS/HA10 30

HA9/HA2 31HA8/HA1 32HAS/HA0 33

HAD7 34HAD6 35HAD5 36

144

MIS

O/S

DA

143

MO

SI/H

A0

142

TM

S14

1T

CK

140

TD

I13

9T

DO

138

SD

O4_

1/S

DI1

_113

7M

OD

A/IR

QA

#13

6M

OD

B/IR

QB

#13

5M

OD

CIR

QC

#13

4M

OD

D/IR

QD

#13

3D

2313

2D

2213

1D

2113

0G

ND

D12

9V

CC

D12

8D

2012

7G

ND

Q12

6V

CC

QL

125

D19

124

D18

123

D17

122

D16

121

D15

120

GN

DD

119

VC

CD

118

D14

117

D13

116

D12

115

D11

114

D10

113

D9

112

GN

DD

111

VC

CD

110

D8

109

D7

108


• Pin Function

.oN emaNniP O/I noitcnuF1 KCS I noitacinummoclairestsohrofkcolcA

2 SS Ι noitacinummoclairesrof

3 #QERH O noitamrofninoissimreprefsnartIHS

4 0ODS O tuptuoatadhc2R/L,fR/fLIASE

5 1ODS O tuptuo)atadmetsysdnuorrus(,sR/sLIASE

6 2ODS O tuptuoefL/retnecIASE

7 3ODS O .C.N

8 SCCV − rewoPremiT,ICS,ISSE

9 SDNG − DNGremiT,ICS,ISSE

01 1IDS I .C.N

11 5ODS O tuptuoerutximnwod

21 TSF O/I tuptuo/tupniKCRL

31 RSF O .C.N

41 TKCS O/I tuptuo/tupniKCB

51 RKCS − .C.N

61 TKCH I tupniKCH

71 RKCH O .C.N

81 LQCCV − V8.1rewoPeroCteiuQ

91 QDNG − DNGteiuQ

02 HQCCV − rewoPlanretxEteiuQ

12 SDH I pihCyMmorfeporekirtsataD

22 WRH I pihCyMsarossecorPlangiSlatigiDneewtebesruocrefsnartatadastceleshcihwtroP

32 KCAH O )retupmocorcimaotecitonrorrerof(tuptuoOIPG

42 QEROH O )TURCSottseuqera(tuptuoOIPG

52 SCCV − rewoPremiT,ICS,ISSE

62 SDNG − DNGremiT,ICS,ISSE

72 ODA O tuptuoatadXAD

82 ICA I XADrofkcolcA

92 0OIT O noitamrofninoissimreprefsnartIHS

03 SCH O)noitamrofnillufreffubedoced(tuptuoOIPG

)noitamrofnietatsevitcarossecorPlangiSlatigiD(tuptuoOIPG

13 2AH I 2tupnIsserddAtsoH



43 7DAH

I suBataD/sserddA53 6DAH

63 5DAH

109


.oN emaNniP O/I noitcnuF73 4DAH I suBataD/sserddA

83 HCCV − rewoPtsoH

93 HDNG − DNGtsoH

04 3DAH

I suBataD/sserddA14 2DAH

24 1DAH

34 0DAH

44 TESER I TESER

54 PCCV − REWOPLLP

64 PACP I retlifpoolLLProfnoitcennocroticapaC

74 PDNG − DNGLLP

84 1_0IDS I tupnisR/sL


05 1_TSF I KCRL

15 2AA O yromemroftcelespihC

25 SAC O .C.N

35 1_TKCS I KCB


55 LATXE I kcolczHM72

65 LQCCV − rewoPeroCteiuQ

75 CCCV − rewoPlortnoCsuB

85 CDNG − DNGlortnoCsuB

95 1_RSF − .C.N

06 1_RKCS − .C.N

16 TNIP I laitnILLP

26 AT I

.C.N36 RB O

46 BB I

56 CCCV − rewoPlortnoCsuB

66 CDNG − DNGlortnoCsuB

76 RW O yromemroflangisthgirW

86 DR O yromemroflangisdaeR

96 1AA O

.C.N07 0AA O

17 GB I

27 0A O suBsserddA

110


.oN emaNniP O/I noitcnuF37 1A O suBsserddA

47 ACCV − rewoPsuBsserddA

57 ADNG − DNGsuBsserddA

67 2A

O suBsserddA77 3A

87 4A

97 5A



28 6A

O suBsserddA38 7A

48 8A

58 9A



88 01AO suBsserddA

98 11A



29 21A

O suBsserddA39 31A

49 41A



79 51A

O suBsserddA89 61A

99 71A

001 0D

O/I suBataD101 1D

201 2D

301 DCCV − rewoPsuBataD

401 DDNG − DNGsuBataD

501 3D

O/I suBataD601 4D

701 5D

801 6D

111


.oN emaNniP O/I noitcnuF901 7D

O/I suBataD011 8D



311 9D

O/I suBataD

411 01D

511 11D

611 21D

711 31D

811 41D



121 51D

O/I suBataD

221 61D

321 71D

421 81D

521 91D



821 02D O/I suBataD



131 12D

O/I suBataD231 22D

331 32D

431 DDOM

I eciohcnoitarepofoedoM531 CDOM

631 BDOM

731 ADOM

831 1_1IDS I tupniefL/C

931 ODT O tuptuOataDtseTGATJ

041 IDT I tupnIataDtseTGATJ

141 KCT I kcolCtseTGATJ

241 SMT I tceleSedoMtseTGATJ

341 ISOM I tupniatadlairesHS

441 OSOM O tuptuoatadlairesHS

112


ADV7300KST (AVJB ASSY : IC601) • Video Encoder IC

• Pin Arrangement

• Pin Function

113


114


PM0033A (AVJB ASSY : IC901) • Progressive Scan Converter (PRO2)

• Pin Arrangement

115


• Pin Function

Pin No.

Name I/O/P

Attribute Functional Description

1 VDD3 P - VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

2 CLKI In LVTTL 27MHz System clock input terminal

3 PLL_TEST In LVTTL Test exclusive use input terminal

4 PLL_EN In LVTTL PLL enable input terminal

5 VDD2 P - VDD for Core (2.5V)

6 CLKO Out 2mA 27MHz Clock output terminal

7 PD0 Inout LVTTL, leakage, 2mA Image data I/O port D(LSB)

Image data I/O port D(MSB)

Image data I/O port A(LSB)

Image data I/O port A(MSB)

8 PD1 Inout LVTTL, leakage, 2mA D

9 PD2 Inout LVTTL, leakage, 2mA



12 GND P - Digital Ground

Digital Ground

Digital Ground

Digital Ground

Digital Ground

13 VDD3 P -






19 GND P -

20 GND P -

21 GND P -

22 VDD3 P -

23 NHS In Schmitt Horizontal synchronization input terminal

24 NVS In Schmitt Vertical synchronization input terminal

25 PA0 In LVTTL

26 PA1 In LVTTL

27 PA2 In LVTTL

28 PA3 In LVTTL

29 PA4 In LVTTL

30 PA5 In LVTTL

31 PA6 In LVTTL

32 PA7 In LVTTL

33 PA8 In LVTTL

34 PA9 In LVTTL

35 MA4 Out 2mA SDRAM address output terminal

SDRAM address output terminal



36 MA3 Out 2mA

37 MA5 Out 2mA

38 MA2 Out 2mA

39 GND P -

40 VDD3 P -

Image data I/O port

D Image data I/O port







A Image data I/O port








116


Pin No.

Name I/O/P


41 VDD2 P -

42 MA6 Out 2mA

43 MA1 Out 2mA

44 MA7 Out 2mA

45 MA0 Out 2mA

46 MA8 Out 2mA

47 MA10 Out 2mA

48 VDD3 P -

49 MA9 Out 2mA

50 MA11 Out 2mA

51 GND P -

52 RAS Out 2mA SDRAM Row Address Strobe Command output terminal

53 MCLK Out 4mA SDRAM Clock output terminal (54MHz)

54 CAS Out 2mA SDRAM Column Address StrobeCommand output terminal

55 WE Out 2mA SDRAM Write Enable output terminal

56 VDD3 P -

57 MD8 Inout LVTTL, 2mA, Pullup SDRAM data input-output terminal

SDRAM data input-output terminal














SDRAM data input-output terminal(LSB)


58 MD7 Inout LVTTL, 2mA, Pullup


60 PDOEN In LVTTL Image port D input and output setting input terminal(L: input, H: output )

61 GND P -

62 GND P -



65 VDD3 P -







72 GND P -

73 VDD3 P -






79 VDD2 P -

80 VDD3 P -

81 VDD3 P -

82 GND P -


VDD for Core (2.5V)




SDRAM address output terminal(LSB)


SDRAM address output terminal(MSB)



VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

Digital Ground

Digital Ground

Digital Ground

Digital Ground

Digital Ground

VDD for Core (2.5V)

117


Pin No.

Name I/O/P





87 GND P -

88 AGND P - Ground for DAC

Ground for DAC

Ground for DAC

89 DAO_Y Out - Analog video-out (Y)

Analog video-out (Cb)

Analog video-out (Cr)

90 AVDD2 P - VDD for DAC (2.5V)

VDD for DAC (2.5V)

VDD for DAC (2.5V)

91 DAO_Cb Out -

92 AGND P -

93 DAO_Cr Out -

94 AVDD2 P -

95 VREF In - DAC reference voltage input terminal

96 FSADJ Inout - An ohms connection terminal for DAC peak swing setting

97 AVDD2 P -

98 VG Out - A volume connection terminal for gate voltage compensation of a DAC electric current cell

99 AGND P -

100 GND P -

101 GND P -

102 GND P -

103 GND P -

104 CLMP Out 2mA Clamp pulse output terminal

105 TEST0 In LVTTL Test exclusive use input terminal

Test exclusive use input terminal




106 TEST1 In LVTTL

107 TEST2 In LVTTL

108 TEST3 In LVTTL

109 TEST4 In LVTTL

110 SPR0 Out 2mA Serial-to-parallel conversion output terminal(LSB)

Serial-to-parallel conversion output terminal(MSB)

Serial-to-parallel conversion output terminal






111 SPR1 Out 2mA

112 VDD3 P -

113 SPR2 Out 2mA

114 SPR3 Out 2mA

115 SPR4 Out 2mA

116 SPR5 Out 2mA

117 GND P -

118 SPR6 Out 2mA

119 SPR7 Out 2mA

120 VDD3 P -

121 VDD2 P -

122 GND P -

123 PB0 Inout LVTTL, leakage, 2mA




127 VDD3 P -




SDRAM data input-output terminal(MSB)

Digital Ground

Digital Ground

Digital Ground

Digital Ground

Digital Ground

VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

Digital Ground

Digital Ground

VDD for Core (2.5V)

Image data I/O port B(LSB)

Image data I/O port B




118


Pin No.

Name I/O/P



130 GND P -





135 PBOEN In LVTTL

136 VDD3 P -

137 PC0 Out 2mA

138 PC1 Out 2mA

139 PC2 Out 2mA

140 PC3 Out 2mA

141 GND P -

142 GND P -

143 PC4 Out 2mA

144 PC5 Out 2mA

145 VDD3 P -

146 PC6 Out 2mA

147 PC7 Out 2mA

148 PC8 Out 2mA

149 PC9 Out 2mA

150 GND P -

151 CSB In Schmitt MPU Interface chip select input terminal

152 SDA In Schmitt MPU Interface data entry terminal

153 SCL In Schmitt MPU Interface clock input terminal

154 SRN In Schmitt System reset input terminal

155 CKIPOL In LVTTL System clock polarity setting input terminal

156 PLL_VDD P - VDD of PLL exclusive use

Ground of PLL exclusive use

(2.5V)

157 CPOUT Out Analog Analog output terminal from PLL charge pump

158 VCOIN In Analog Analog input terminal from PLL outside charge account loop filter

159 PLL_GND P -

160 VDD3 P -

B Image data I/O port


C Image data I/O port










B(MSB) Image data I/O port

C(LSB) Image data I/O port

C(MSB) Image data I/O port

Digital Ground

Digital Ground

Digital Ground

Digital Ground

Image port B input and output setting input terminal(L: input, H: output )

VDD for IO (3.3V)

VDD for IO (3.3V)

VDD for IO (3.3V)

119


PE5251A (FLIR ASSY : IC101) • Mode Control IC

• Pin FunctionNo. Pin Name I/O Pin Function

1 VDD1 − Positive power supply (excepting port, analog and FIP controller/driver section)

2 VSS1 − Ground (excepting port and analog)

3 X1 IConnect a crystal for main system clock oscillation

4 X2 −

5 IC − Internal connection Connect to Vss1 directly.

6 RESET I System reset input

7 P27/SCK1 I/O Port 2 8 bit input/output port / serial clock input/output

8 P26/SI1I/OI Port 2 8 bit input/output port / Serial data input

9 P25/SO1 I/OO Port 2 8 bit input/output port / Serial data output

10 P24/BUSY I/OI

Port 2 8 bit input/output port / Busy signal input

11 P23I/O Port 2 8 bit input/output port

12 P22

13 P21/SO3 I/OO Port 2 8 bit input/output port / Serial data output

14 P20/SCK3 I/O Port 2 8 bit input/output port / serial clock input/output

15 P00/INTP0I/O I Port 0 3 bit input/output port / External interrupt request input

16 P01/INTP1

17 P02/TI I/O I Port 0 3 bit input/output port / Timer input of 8 bit remote control timer (TM9)

18 AVSS − Ground of A/D converter

19 ANI3

I Analog input of A/D converter20 ANI2

21 ANI1

22 ANI0

23 VSS0 − Ground of port section

24 AVDD − Analog power supply of A/D converter / reference voltage input

25 VDD0 − Positive power supply of port section

26 P64

I/O Port 6 5-bit high proof pressure input/output ports of P-ch open drain

27 P63

28 P62

29 P61

30 P60

31 P57

I/O Port 5 8-bit high proof pressure input/output ports of P-ch open drain

32 P56

33 P55

34 P54

35 P53

36 P52

37 P51

38 P50

39 P47O Port 4 8-bit high proof pressure input/output ports of P-ch open drain

40 P46

120


No. Pin Name I/O Pin Function

41 P45O Port 4 8-bit high proof pressure input/output ports of P-ch open drain

42 P44

43 P43/FIP35

O Port 4 8-bit high proof pressure input/output ports of P-ch open drain / High proof presure large current output of FIP controller/driver

44 P42/FIP34

45 P41/FIP33

46 P40/FIP32

47 P37/FIP31

O Port 3 8-bit high proof pressure input/output ports of P-ch open drain / High proof presure large current output of FIP controller/driver

48 P36/FIP30

49 P35/FIP29

50 P34/FIP28

51 P33/FIP27

52 P32/FIP26

53 P31/FIP25

54 P30/FIP24

55 FIP23

O High proof presure large current output of FIP controller/driver56 FIP22

57 FIP21

58 FIP20

59 VDD2 − Positive power supply of FIP controller/driver section

60 VLOAD − Connect a pull-down resistor of FIP controller/driver

61 FIP19

O High proof presure large current output of FIP controller/driver

62 FIP18

63 FIP17

64 FIP16

65 FIP15

66 FIP14

67 FIP13

68 FIP12

69 FIP11

70 FIP10

71 FIP9

72 FIP8

73 FIP7

74 FIP6

75 FIP5

76 FIP4

77 FIP3

78 FIP2

79 FIP1

80 FIP0

121


CXD2753R (SACD ASSY : IC801) • SACD Decorder

• Pin Arrangement

122


• Pin Function

.oN emaNniP O/I noitcnuFniP1 CSV - erocroflanimretdnuorG

2 TALSMX

I

noitacinummoclairesretupmocorcimroflanimrettupnidehctaL

3 KCSM noitacinummoclairesretupmocorcimroflanimrettupnikcolctfihS

4 IADSM noitacinummoclairesretupmocorcimroflanimretyrtneataD

5 CDV - erocroflanimretylppusrewoP

6 OTADSM

O

noitacinummoclairesretupmocorcimroflanimrettuptuoataD

7 YDAERSM noitacinummoclairesretupmocorcimrofgalfnoitelpmocnoitaraperptuptuO

8 EODSMX noitacinummoclairesretupmocorcimroflanimretelbanetuptuO

9 TSRX I ."L"htiwClelohwehtsteserlanimretteseR

01 ETUMS dpI .lanimretetumtfosa"H"htiw"L"htiwtuooiduasevomeretumerawtfoS

11 IKCM I lanimrettupnikcolcretsaM

21 OISV - O/IroflanimretdnuorG

31 1OKCXE

O

1lanimretkcolctuptuoedistuO

41 2OKCXE 2lanimretkcolctuptuoedistuO

51 KCRL lanimrettuptuokcolc)zHk1.44(sF1

61 EMARF lanimrettuptuolangisemarF

71 OIDV - O/IroflanimretylppusrewoP

81 0TNM

O

lanimrettuptuorotinoM91 1TNM

02 2TNM

12 3TNM

22

OTSET tsetroflanimrettuptuO32

42

52

62 KCT I .tsetroflanimrettupnikcolca"L"ninoitaxifsitI

72 IDT upI tsetroflanimrettupnI

82 CSV - erocroflanimretdnuorG

92 ODT O tsetroflanimrettuptuO

03 SMTupI

tsetroflanimrettupnI

13 TSRT tsetroflanimretteseR

23 1TSET

I .tsetroflanimrettupnikcolca"L"ninoitaxifsitI33 2TSET

43 3TSET


63 OTSET

O

tsetroflanimrettuptuO

73 TIBX lanimretrotinomnoitcennocTSD

83 0TDPUS )BSL(lanimrettuptuoatadyratnemelppuS

93 1TDPUS

lanimrettuptuoatadyratnemelppuS04 2TDPUS

14 3TDPUS


34 4TDPUSO lanimrettuptuoatadyratnemelppuS

44 5TDPUS


64 6TDPUS

O

lanimrettuptuoatadyratnemelppuS

74 7TDPUS )BSM(lanimrettuptuoatadyratnemelppuS

84 KAPUSX lanimrettuptuoatadyratnemelppuS


05 OTSET O tsetroflanimrettuptuO

123


.oN emaNniP O/I noitcnuFniP15

ITSET I .lanimrettupnitseta"L"ninoitaxifsitI25



55 LMDASDO

xiMnwoDhcLroflanimrettuptuoatadDSD

65 RMDASD xiMnwoDhcRroflanimrettuptuoatadDSD

75 LSAKCB I .)retsam(tuptuo=H,)evals(tupni=L.tuptuoatadDSDrofkcolctib1afolanimreteciohctuptuodnatupnI

85 DSDSV - tuptuoatadDSDroflanimretdnuorG

95 IAKCB I tuptuoatadDSDroflanimrettupnikcolctiB

06 OAKCB O tuptuoatadDSDroflanimrettuptuokcolctiB

16 IFERHP I noitaludomesahptuptuoDSDroflanimrettupnilangisecnereferesahP

26 OFERHP

O

noitaludomesahptuptuoDSDroflanimrettuptuolangisecnereferesahP

36 LFDZ galfhcraesatadhcLoreZ

46 LASD rekaepsduolhcLroflanimrettuptuoatadDSD

56 RFDZ galfhcraesatadhcRoreZ

66 RASD rekaepsduolhcRroflanimrettuptuoatadDSD

76 DSDDV - tuptuoatadDSDrofokuziMylppusrewoP

86 CFDZ

O

galfhcraesatadhcCoreZ

96 CASD rekaepsduolhcCroflanimrettuptuoatadDSD

07 EFLFDZ galfhcraesatadhcEFLoreZ

17 WSASD rekaepsduolhcWSroflanimrettuptuoatadDSD

27 DSDSV - tuptuoatadDSDroflanimretdnuorG

37 SLFDZ

O

galfhcraesatadhcSLoreZ

47 SLASD rekaepsduolhcSLrofdlihclanimrettuptuoatadDSD

57 SRFDZ galfhcraesatadhcSRoreZ

67 SRASD rekaepsduolhcSRroflanimrettuptuoatadDSD

77 DSDDV - tuptuoatadDSDrofokuziMylppusrewoP

87 0TUOIO

F/Ipitknil4931EEEIrof0lanimrettuptuoataD

97 1TUOI F/Ipitknil4931EEEIrof1lanimrettuptuoataD


18 2TUOIO



38 CDV - ocroflanimretylppusrewoP

48 4TUOIO




78 OCNAI O F/Ipitknil4931EEEIroflanimrettuptuoatadnoitamrofninoissimsnarT

88 LLUFII

F/Ipitknil4931EEEIroflanimrettupnilangisdnameddlohnoissimsnartataD

98 YTPMEI F/Ipitknil4931EEEIroflanimrettupnilangisdnamednoissimsnartdeepshgiH


19 MRFI

O

F/Ipitknil4931EEEIrofokuziMtuptuolangisecnereferemarF

29 ETUOI F/Ipitknil4931EEEIroflanimrettuptuolangiselbanE

39 KCBI F/Ipitknil4931EEEIroflanimrettuptuokcolcnoissimsnartataD


59

ITSETI

.lanimrettupnitseta"H"ninoitaxifsitI

69 .lanimrettupnitseta"L"ninoitaxifsitI

79 upI .lanimrettupnitseta"H"ninoitaxifsitI


99 CDV - ocroflanimretylppusrewoP

001 ITSET I .lanimrettupnitseta"L"ninoitaxifsitI

124


.oN emaNniP O/I noitcnuFniP101

ITSET I .lanimrettupnitseta"L"ninoitaxifsitI

201

301

401

501


701

ITSET I .lanimrettupnitseta"L"ninoitaxifsitI801

901


111 0DAW

I

)BSL(hcraeskraMcsiDlacisyhPPSProflanimretyrtneatadD/AedistuO

211 1DAW

hcraeskraMcsiDlacisyhPPSProflanimretyrtneatadD/AedistuO311 2DAW

411 3DAW



711 4DAW

IhcraeskraMcsiDlacisyhPPSProflanimretyrtneatadD/AedistuO811 5DAW

911 6DAW

021 7DAW )BSM(hcraeskraMcsiDlacisyhPPSProflanimretyrtneatadD/AedistuO


221 ITSETI

.lanimrettupnitseta"L"ninoitaxifsitI

321 KCW hcraeskraMcsiDlacisyhPPSProfkcolctnemevoM

421DDVAW - hcraeskraMcsiDlacisyhPPSProflanimretylppusrewopD/A

521

621 IFRAWiA

hcraeskraMcsiDlacisyhPPSProflanimrettupnilangisFRgolanA

721 BRVAW hcraeskraMcsiDlacisyhPPSProflanimretecnerefermottobD/A

821SSVAW - hcraeskraMcsiDlacisyhPPSProflanimretdnuorgD/A

921


131 7QD

O/I

)BSM(lanimrettuptuo-tupniatadMARDS

231 6QD

lanimrettuptuo-tupniatadMARDS331 5QD

431 4QD


631 3QD

O/Ilanimrettuptuo-tupniatadMARDS731 2QD

831 1QD

931 0QD )BSL(lanimrettuptuo-tupniatadMARDS


141 KLCD

O

MARDSroflanimrettuptuokcolC

241 EKCD MARDSroflanimrettuptuoelbanekcolC

341 EWX MARDSroflanimrettuptuoelbanethgirW

441 SACX MARDSroflanimrettuptuoebortssserddanmuloC

541 SARX MARDSroflanimrettuptuoebortssserddawoR


741 OTSET

O

tsetroflanimrettuptuO

841 11A )BSM(MARDSroflanimrettuptuosserddA

941 01A MARDSroflanimrettuptuosserddA


125


.oN emaNniP O/I noitcnuFniP151 9A

O MARDSroflanimrettuptuosserddA251 8A


451 7A

O MARDSroflanimrettuptuosserddA551 6A

651 5A

751 4A


951 3A

OMARDSroflanimrettuptuosserddA061 2A

161 1A

261 0A )BSL(MARDSroflanimrettuptuosserddA


461 QRSX O rossecorpdnetnorfaotnitupniotlanimrettuptuotseuqerataD

561 DHSX

I

rossecorpdnetnorfaybtuptuogalfredaehafolanimrettupnI

661 KCDS rossecorpdnetnorfaybtuptuokcolcreirracatadafolanimrettupnI

761 KASX rossecorpdnetnorfaybtuptuogalfesnopserlaitrapatadfolanimrettupnI

861 FEDS rossecorpdnetnorfaybtuptuogalfrorrefolanimrettupnI

961 0DS rossecorpdnetnorfaybtuptuosihcihwlanimrettupniatadmaertsehT )BSL(

071 1DS

rossecorpdnetnorfaybtuptuosihcihwlanimrettupniatadmaertsehT

171 2DS

271 3DS

371 4DS

471 5DS

571 6DS

671 7DS )BSM(rossecorpdnetnorfaybtuptuosihcihwlanimrettupniatadmaertsehT

tupnigolanA:iA,tupninwod-lluP:dpI,tupnipu-lluP:upI

126


8. PANEL FACILITIES AND SPECIFICATIONS8.1 PANEL FACILITIES

8.1.1 Front Panel

1

2

3

4

5

6

0 87¡ ¢4 1 3STANDBY/ON FL OFFLEGATOPRO

DIGITALDATA OFF

Î

1

098 -

2 ~

2 ~

6 7 =543

7

8

9

10

11

12

13

14

0 87¡ ¢4 1 3Î


1

098 -6 7 =!5

STANDBY/ON

Disc tray

DIGITAL DATA OFF indicator – Switches the digital output on/off. When switched off, the indicator lights

LEGATO PRO indicator

FL OFF indicator – Lights when the display is switched off using the FL DIMMER button

Display

Remote control sensor

0 – Disc tray open/close

4 1 – Reverse scan/skip

¡ ¢ – Forward scan/skip

7 – Stop

8 – Pause

3 – Play

FL DIMMER – Press to change the display brightness

DV-47A

DV-S733A, DV-747A

127


8.1.2 Display Window

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

@ $#7 865321 904 = ~!-

¡+_)(^% *&

VCD – Lights when a Super VCD/Video CD is loaded

GUI – Lights when an on-screen menu is being displayed

DVD – Lights when a DVD is loaded

DVD-A – Lights when a DVD-Audio disc is playing

Lights during repeat play

V – Lights during playback of the video part of DVD discs

Lights during a multi-angle section of a DVD-Video disc

L, C, R, LS, S, RS, LFE – show which channels are recorded on the disc playing

5.1CH – Lights when the audio ouput is set to 5.1 channel

TOTAL – Indicates that the time shown in the character display is the total playingtime of the disc

3 – Lights when a disc is playing

8 – Lights wheh a disc is paused

LAST – Lights when the disc has a book-mark memory

COND. – Lights when the disc has had preferences set

REMAIN – Indicates that the time shown in the character display is the remaining playing time of the disc

PROGRESSIVE – Lights when unit isoutputing 525 line progressive scan (non-interlaced) video. [except DV-747]

DOWNMIX – Lights when multi-channel DVD-Audio, Dolby Digital, DTS or MPEG audio is downmixed, for example to two channel stereo

2 DIGITAL – Lights when a disc with Dolby Digital audio is playing

GRP – Indicates that the number below in the character display is a DVD-Audio group number

TITLE – Indicates that the number below in the character display is a DVD-Video title number

SACD – Lights when a Super Audio CD (SACD) is loaded

CD – Lights when a CD is loaded

TRK – Indicates that the number below in the character display is a DVD-Audio, CD, Super VCD/Video CD or MP3 track number

CHP – Indicates that the number below in the character display is a DVD-Video chapter number

Character display

Lights when a disc with DTS audio is playing

Lights when playing a disc with TruSurround switched on

128


8.1.3 Remote Control

ÎDVD PLAYER

SEARCH MODESTEP / SLOWRETURN

PREVIOUS NEXT REV FWD

PAUSEPLAY

VIDEOADJUST DIMMER JOG MODE

TOP MENUSET UP

DISPLAY AUDIO SUBTITLE ANGLE

OPEN /CLOSE

FUNCTIONMEMORY

STOP

PROGRAM

CONDITIONMEMORY

LASTMEMORY

REPEATRANDOM

0987

+10654

C321CLEAR

MENU

ENTER

V.ADJ FLF.MEM JOG

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7

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2

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CONDITIONMEMORY

LASTMEMORY

VOLUME CHANNEL

TV CONTROL

LAST Vol + CH + FUNC

CH –Vol –COND. ÎTV

•ª

$

¶

1 MENU2 – switches player on or into standby.3 AUDIO4 DISPLAY5 SETUP6 MULTI DIAL7 LIGHTING – press to illuminate buttons 8,

9, 10, 11, 23, 25, 268 V.ADJ – Video adjust9 F.MEM – Function memory10 3 – Play11 7 – Stop12 4 ¢ – Skip13 – Return14 e E – Frame advance/slow motion15 Number buttons16 RANDOM17 LAST MEMORY18 0 – Disc tray open/close19 SUBTITLE20 ANGLE21 TOP MENU22 Joystick / ENTER button23 FL – Press to change the display brightness24 Jog indicator – lights when multi dial is in

jog mode25 JOG26 8 – Pause27 1 ¡ – Scan28 SEARCH MODE29 C – Clear30 PROGRAM31 REPEAT — A-B32 CONDITION MEMORY33 TV CONTROL buttons

VOLUME – Use to adjust the volume.CHANNEL – Use to select TV channel.FUNC – Press FUNC to select the TV forremote control operation.

34 TV button – Press TV to turn the TV’s power on or put in standby.

DV-S733A, DV-747A

DV-47A

129


8.1.4 Front View

0 87¡ ¢4 1 3STANDBY/ON FL OFFLEGATOPRO

DIGITALDATA OFF

Î

0 87¡ ¢4 1 3Î


7 DV-47A

7 DV-S733A, DV-747A

130


8.1.5 Rear View

AV CONNECTOR 2 AV CONNECTOR 1 (RGB)-TV

VIDEO OUT

S-VIDEO OUT

OPTICAL

IN

OUT

COAXIALSUBWOOFER

CENTER

SURROUNDFRONT

1PRPBY

2

1

1

2

L

L

RR

2

AUDIO OUT(5.1CH)

DIGITAL OUT

CONTROLAUDIO OUT

(2CH)

COMPONENT VIDEO OUT

AC IN

AC IN

VIDEO OUT

S-VIDEO OUT

D1 / D2 OPTICAL IN

OUT

COAXIAL

SUBWOOFER

CENTERSURROUNDFRONT

1PRPBY

2

1

1

2

L

L

RR

2

AUDIO OUT(5.1CH) DIGITAL OUT CONTROLAUDIO OUT

(2CH)

COMPONENT VIDEO OUT VIDEO OUT

AC IN

DV-47ADV-S733A/LBXJ

AC Inlet

DV-S733A

There is no D-Video jack on the DV-47A.

7 DV-47A, DV-S733A

7 DV-747A

131


8.2 SPECIFICATIONS

• Manufactured under license from Dolby Laboratories."Dolby" and the double-D symbol are trademarks of DolbyLaboratories. Confidential Unpublished Works, © 1992-1997Dolby Laboratories. All rights reserved.

• "DTS" is a trademark of Digital Theater Systems, Inc.

7 DV-47A, DV-S733AGeneralSystem... DVD-Video, DVD-Audio, DVD-R/RW, Super VCD, Video-

CD, SACD, CD and MP3 filesPower requirements

DV-47A ............................................................... 120 V, 60 HzDV-S733A

Taiwanese model ............................................ 110 V, 60 HzOther models .............................. 220-240 V, 50/60 Hz

Power consumption .............................................................. 14 WPower consumption in standby mode

DV-47A ............................................................................ 0.3 WDV-S733A

Taiwanese model ....................................................... 0.3 WOther models ............................................................. 0.5 W

WeightDV-47A ..................................................... 4.2 kg (9 lb 4 oz)DV-S733A ...................................................................... 4.5 kg

DimensionsDV-47A ....................... 420 (W) x 277 (D) x 97.5 (H) mm

(16 9/16

(W) x 10 15/16

(D) x 3 7/8 (H) in.)

DV-S733A .................. 420 (W) x 278 (D) x 97.5 (H) mmOperating temperature ...... +5°C to +35°C (+36°F to +96°F)Operating humidity .............. 5% to 85% (no condensation)

S-Video output (2 individual outputs)Y (luminance) - Output level ............................. 1 Vp-p (75 Ω)C (color) - Output level ............................. 286 mVp-p (75 Ω)Jacks ........................................................................... S-VIDEO jack

Video output (2 individual outputs)Output level .......................................................... 1 Vp-p (75 Ω)Jacks ................................................................................... RCA jack

Component video output (Y, PB, PR)Output level ................................................ Y: 1.0 Vp-p (75 Ω)

PB, PR: 0.7 Vp-p (75 Ω)

Jacks ................................................................................. RCA jacks

D1/D2 video output (DV-S733A only)

Output level .................................................. Y: 1.0 Vp-p (75 Ω)PB, PR: 0.7 Vp-p (75 Ω)

Jacks ................................................................................ D terminal

Audio output (2 pairs)Output levelDuring audio output ................. 200 mVrms (1 kHz, –20 dB)Number of channels ..................................................................... 2Jacks ................................................................................... RCA jack

Audio output (multi-channel / L, R, C, SW, LS, RS)Output levelDuring audio output ................. 200 mVrms (1 kHz, –20 dB)Number of channels ..................................................................... 6Jacks ................................................................................... RCA jack

Digital audio characteristicsFrequency response .......... 4 Hz to 44 kHz (DVD fs: 96 kHz)

4 Hz to 88 kHz (DVD-Audio fs: 192 kHz)S/N ratio ............................................................................... 118 dBDynamic range .................................................................... 108 dBTotal harmonic distortion .............................................. 0.001 %Wow and flutter . Limit of measurement (±0.001% W. PEAK)or lower

Digital outputOptical digital output .................................. Optical digital jackCoaxial digital output .................................................... RCA jack

Other terminalsControl in ............................................................ Minijack (3.5 ø)Control out ......................................................... Minijack (3.5 ø)

AccessoriesAudio cable .................................................................................... 1Video cable ..................................................................................... 1Remote control unit ..................................................................... 1“AA” size (R6P) batteries ............................................................. 2Power cord ...................................................................................... 1

Operating Instructions

Note: The specifications and design of this product are subject

to change without notice, due to improvement.

Accessories• Audio Cable (VDE1052)

(L = 1.5m)

• Video Cable (VDE1053)(L = 1.5m)

• Power Cord(DV-47A : ADG7061)(DV-S733A/LBXJ : ADG7060)

• Power Cord(DV-S733A/WLXJ/NC, WLXJ/RD

: ADG1154)

• Dry Cell Battery (R6P, AA)

White

Red

Yellow

• Remote Control Unit(DV-47A : VXX2714)

• Remote Control Unit(DV-S733A : VXX2713)

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132


7 DV-747AGeneralSystem.......DVD-Video, DVD-Audio, DVD-R/RW, Video-CD, SACD, CD and

MP3 filesPower requirements ............................................. 220-240 V, 50/60 HzPower consumption ............................................................................. 15 WPower consumption in standby mode .......................................... 0.5 WWeight ................................................................................................. 4.6 kgDimensions ..................................... 420 (W) x 97.5 (H) x 278 (D) mmOperating temperature .................................................... +5°C to +35°COperating humidity .............................. 5% to 85% (no condensation)

S-Video output (2 individual outputs)Y (luminance) - Output level ........................................... 1 Vp-p (75 Ω)C (color) - Output level ........................................... 286 mVp-p (75 Ω)Jacks ......................................................................................... S-VIDEO jack

Video output (2 individual outputs)Output level ........................................................................ 1 Vp-p (75 Ω)Jacks ................................................................................................. RCA jack

Component video output (Y, PB, P

R)

Output level ................................................................ Y: 1.0 Vp-p (75 Ω)................................................................................ P

B, P

R: 0.7 Vp-p (75 Ω)

Jacks ............................................................................................... RCA jacks

21-pin connector assignmentAV connector input/output ........................................ 21-pin connectorThis connector provides the video and audio signals for connectionto a compatible color TV or monitor.

20 18 16 14 12 10 8 6 4 2

21 19 17 15 13 11 9 7 5 3 1

PIN no.1 Audio 2/R out 11 G* out3 Audio 1/L out 15 R* or C* out4 GND 17 GND7 B* out 19 Video out or Y* out8 Status 21 GND

* AV CONNECTOR 1(RGB)-TV is outputAV CONNECTOR 2 is not output

Audio output (2 pairs)Output levelDuring audio output ................................ 200 mVrms (1 kHz, –20 dB)Number of channels ................................................................................... 2Jacks ................................................................................................. RCA jack

Audio output (multi-channel / L, R, C, SW, LS, RS)Output levelDuring audio output ................................ 200 mVrms (1 kHz, –20 dB)Number of channels ................................................................................... 6Jacks ................................................................................................. RCA jack

Digital audio characteristicsFrequency response ......................... 4 Hz to 44 kHz (DVD fs: 96 kHz).............................................. 4 Hz to 88 kHz (DVD-Audio fs: 192 kHz)

S/N ratio ............................................................................................. 118 dBDynamic range .................................................................................. 108 dBTotal harmonic distortion ............................................................ 0.001 %Wow and flutter............................ Limit of measurement (±0.001% W. PEAK) or lower

Digital outputOptical digital output ................................................ Optical digital jackCoaxial digital output ................................................................... RCA jack

Other terminalsControl in ........................................................................... Minijack (3.5 ø)Control out ........................................................................ Minijack (3.5 ø)

AccessoriesAudio cable ................................................................................................... 1Video cable ................................................................................................... 1Remote control unit .................................................................................... 1“AA” size (R6P) batteries ........................................................................... 2Power cord .................................................................................................... 1Operating Instructions ............................................................................... 1Warranty card ............................................................................................... 1

Note: The specifications and design of this product are subject to

change without notice, due to improvement.

Accessories• Audio Cable (VDE1052)

(L = 1.5m)

• Video Cable (VDE1053)(L = 1.5m)

• Power Cord(ADG7062)

• Dry Cell Battery (R6P, AA)

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• Remote Control Unit(VXX2785)

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• Manufactured under license from Dolby Laboratories."Dolby" and the double-D symbol are trademarks of DolbyLaboratories. Confidential Unpublished Works, © 1992-1997Dolby Laboratories. All rights reserved.

• "DTS" is a trademark of Digital Theater Systems, Inc.

dv s733a dv 747a

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