Diagramasde.comdiagramas.diagramasde.com/camaras/SONY DCR-VX2000.pdfSERVICE MANUAL DIGITAL VIDEO CAMERA RECORDER C MECHANISM SPECIFICATIONS DCR-VX2000 : NTSC model DCR-VX2000E : PAL

SERVICE MANUALSERVICE MANUAL

DIGITAL VIDEO CAMERA RECORDER

C MECHANISM

SPECIFICATIONS

DCR-VX2000 : NTSC modelDCR-VX2000E : PAL model

For MECHANISM ADJUSTMENTS, refer to the“DV MECHANICAL ADJUSTMENT MANUAL C MECHANISM ” (9-974-050-11).

— Continued on next page —

Level 2

On the VC-242 boardThis service manual provides the information that is premised thecircuit board replacement service and not intended repair inside theVC-242 board.Therefore, schematic diagram, printed wiring board and electrical partslist of the VC-242 board are not shown.The following pages are not shown.

Schematic diagram .......................... Pages 4-13 to 4-50Printed wiring board ......................... Pages 4-51 to 4-54Electrical parts list ............................ Pages 6-27 to 6-36

DCR-VX2000/VX2000ERMT-811

US ModelCanadian Model

Korea ModelDCR-VX2000

AEP ModelUK Model

Australian ModelChinese Model

DCR-VX2000E

E ModelHong Kong Model

Tourist ModelDCR-VX2000/VX2000E

Photo : DCR-VX2000

Ver 1.0 2000. 04

DCR-VX2000/VX2000ESECTION 3

BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM (1/4)

3-1 3-2

( ) : Page No. shown in ( ) indicates the page to refer on the schematic diagram.

X70127MHz

IRIS

LENS BLOCK

M

ZOOM RESET SENSOR

H

RING

IC1018G-CH CCD

31

32

31

32

CD-254 BOARD

20

17

MI-038BOARD(1/2)

5

3MIC L

IC141

HALL AMP

IRIS DRIVE

DRIVE-

HALL-

ZM RST SENS

CAM SO,SI,SCK

D0-09

16

1

CN703

ZOOM

IMAGER

40

7

3 1

IC103

IC1023 1R-CH CCD 8

IMAGER

IC104

IC105

IMAGER13

8B-CH CCD

IC100

11,14-16 1-4

CN100

43

40

35

1-411,14-16

11,14-16 1-4

44

47

V1,V2A,V2B,V3

H1,H2,RG,SUB

V1,V2A,V2B,V3

32

29H1,H2,RG,SUB

19

25

28

V1,V2A,V2B,V3

H1,H2,RG,SUB

3

6

18

13

9

19

25

3

40

28

6

9

47

32

13

43

35

44

29

18

29

28

34

35

42 1 3

G

R5

9B

2526 19 3837 44

IC704S/H,AGC

48

IC706

38

17

47

21

1

19

A/DCONVERTER

36

26

11

14

G

D0-09

R

D0-09

B

2

11

79

83

90

99

AGC CONT 1,2R,B GAINR,G,B OFFSET

29

10

47

17

TIMING

IC705

2111 4814

XSHDXSHPXRS

PBLKCLPDM

CLP OB

45

46

39

385

9

GENERATOR

V DRIVECCD

IC701,702

H1,H2,RG

SUB

V1,V2A,V2B,V3

G CCD OUT

R CCD OUT

B CCD OUT

CAMERA(U-CORE)

IC771

SIGNALPROCESS

38

45

36

29

51

50

49

Y0-Y7

C0-C7

77

47

70

71

62

64

63

60

61

59

14

66

15

58

57

22

MZOOMMOTOR

2

4

1

6

36

34

39

FOCUSMOTOR M

38

FOCUS RESET SENSOR 25

29

28

27ND FILTER SW

METERIRIS

8

5

10

7

54

41

61

65

67

63

59FC RST SENS

55

57

53ND A,B,C

64

68

66

IC140

ZOOM MOTORDRIVE

DRIVEFOCUS MOTOR

ZOOM A,B

FOCUS A,B

ACTIVE PRISMACTUATOR DRIVE

IC070,071 073-076

CN050

21

20P

14Y 15

12

22

23

25

20

3

5

VAP LOCK

RING9

FOCUS 8

ACTIVE PRISMACTUATOR

PRISMDICHROIC

P DRIV A,B56

Y DRIV A,B58

P OUT44

Y OUT46

VAP LOCK DRIVE

IC072VAP LOCK +,-36

38VP LOCK SENS

MZ F0,F1

DETECTOR

IC1441,2 8,13

48

50

8,13 49

IC143DETECTOR

47

1,2

MF F0,F1

CN052

2

IC200PITCH/YAW

8

PSD OUT45

SENSOR AMP

43YSD OUT

12 18CN051

12

10

CN050

5

3

CN600

PITCHSENSOR

SE601,602

SE600,603

YAWSENSOR

SE-108BOARD LA-026 BOARD(1/4)

64

58

62

45

35

44

65

53

63

46

49

68

48

57

56

55

42

60

43

47

66

50

54

67

37

IRIS PWM

HALL AD

EN1DIR 1A,1B

EN0DIR 0A,0B

P PWM

Y PWM

VP LOCK DR

MZ A,B

MF A,B

PS OUT

YS OUT

CN023

43

66

19

20

17

82

18

45

44

61

60

7

10

25

24

23

22

59

58

62

50

48

35

33

IC802CAMERACONTROL

SPCK

EN1DIR 1A,1B

EN0DIR 0A,0B

ZM RST SENS

FC RST SENS

HD,VD

HD,VD,OE

HI SO,SI,SCK

24 3

EEPROM

IC801

16

17

IC803EVR

HI SO,SI,SCK

(IC705)SPCK

ZOOM VR AD

TOOVERALLBLOCKDIAGRAM(2/4)

VC-242 BOARD(1/4)

2

3

CN700

3

2

CN701

MIC R

Q706

Q707

10

12

CN1100

10

17

FP-198(FLEXIBLE)

CN1101

1

3

AMPMIC

IC1150

35

33

14

22

36

48

L

R

L

R

1

CN1103

2

CN1102

11

MA-386 BOARD(1/2)

27

26

CN500 CN501

36

35

FK-076BOARD(1/2)

26

LA-026BOARD(2/4)

2

CN053

1

27

CN051

INTELLIGENTACCESSORYSHOE(2/2)

SHOE MIC L

L(CH1)

R(CH2)

TOOVERALLBLOCKDIAGRAM(2/4)(VC-242)

ZOOM VR AD

CN025

(4-9)

LINE

(4-9)

(4-9)

(4-9)

(4-9)

(4-9)

(4-70)

(4-70)

(4-71,72)

(4-72)

(4-70)

(4-70)

(4-72)

(4-13)

(4-14)

(4-35)(4-36)

(4-13) (4-14) (4-16)

(4-35)

(4-101)

L

R

(SEE PAGE 4-69)

(SEE PAGE 3-3)

(SEE PAGE 3-3)

DCR-VX2000/VX2000E


3-3 3-4


X130113.5MHz

X30124.576MHz

YC

GG

X14017.375MHz

X141120MHz

14

15

20

28

30


HI SO,SI,SCK

OSD CS,SO,SCK

PANEL R,G,B,EVF R,G,B,HD,VD

LANC SIG

C0-C7

46

38

|

SPCK(IC705)

20

19

CHARACTERGENERATOR

IC302

2

HD,VD

EVF B

EVF R

EVF G

9

IC301(CAIN)

17

18

14

16

190

183

184

194

191

195COL0 |

COL3

HDVD

AFCK(IC903)

106

105•

•

•

•

•

•

•

••

Y0-Y7

C0-C3

C4-C7

Y0-Y7

77

|

70

64

|

68

96

87

|

83

86

|

|

106

97

|

111

129

JID0-JID7

HD,VD OE

HD,VD,OE

TRCK

IC361

MC BUSDV INTERFACE

L BUS

(LIP)

TPA+,-TPB+,-

OSD CSOSD SOOSD SCK

REC CK

REC DT

6

MC BUS

TOOVERALLBLOCK DIAGRAM(3/4)

DV

CN300

C

Y

J301

IC1401

54-52

DIGITALSTILLCONTROL

112

10988

79

77

21

19

5-15 55-75

IC14062

4EEPROM

IC1412SHUTTERSOUND

1

2

6

4DI,CI

SPCK1(IC705)

16Mbit DRAM

20-31

IC1408

JPEG

34

41

2,9-1658-64

IC1409

27

181-1338-48

SYSCLK

JID0-JID7

HI SO,SI SCK

MEMORYSTICKI/F

IC1410

28

SYSCLK(IC1401)

|

1

10

•

|

38

36

|

48

40

13

17

|

15

A0-A10

D0-D15

IC1411XTAL OSC

2

4SCK

31

33

CN023

MEMORYSTICKSLOT

16

(4-23)

(4-26)

(SEE PAGE 3-5)

(4-17)(4-19)

(4-20)

(4-21)

(4-19)

(4-22)

(4-22)

(4-25)

SP+,-

ZOOM VR AD

DV SIGNALPROCESS

30

CN301

LCK

PANEL R

PANEL B

PANEL G

51

50TXDRXD

11

4

5 7

31

199

203

215

207

213

211

201

205

200

206204

216

208

214

212

202

AD DT

6

PB CK

ATF ERR

FRRV,TRRV,TRRT

FRRV,TRRV,TRRT

VSP SO,SI,SCK

SFD BCK

DATA FROM SFD

DATA TO SFD

22

17

Y

C

6

2

6

2

CN006

JK-190BOARD(2/2)

30

33

31

CN051

20

CN056

17

18

8

4

25

CN775

8

6

CN776

LA-026BOARD(3/4)

MS-049BOARD

VJ300

910

J303

J302

35

37

26

28

L12

9R

J300

1

2

L(CH1)

R(CH2)

TOOVERALL

BLOCKDIAGRAM

(1/4)(LA-026)

CN023

2

6

1

7

IC1007VCA

3 1

75

IC1008

58

60

4

49

46

53

51L

R

Q1008,1004L

R55

54

CN006

HP R64

2

HP L

8

10

19

17R

L

L

23R

25

2

3

16

15

(XYZ)

IC1001AUDIO

I/O

IC1002(ADC&DAC)D/A CONV.A/D CONV.

9

12

8

DATA FROM SFD

SFD BCK

DATA TO SFD

EVR

IC1005 14

13

RS232CIF

IC1404

14 7

12 9RXD

TXD

232C ON

Q111

LANC GND/232C TD

LANC SIG/232C RD

ZOOM VR AD

17

28

9

12

20

35

22

26

37

CN301

JK-190BOARD(1/2)


HI SO,SI,SCK

HD,VD,OE

CO-C7

YO-Y7

SPCK

VC-242 BOARD(2/4)

34

Y

39

36

IC1301

C

(TAKO)

42ACCAGC

LINE INLINE OUT

18

14

22

48

26TAKO CK

Y

7

46C

C

V

Y

(ALIGN)

66

CONVERTER

6

2

68

A/D

IC903

63

25

Y0-Y7

C0-C7

36

38

37

34

6

13 15

8

61

63

62

79

78

80

47

49

6

9

37

29

45

42

51

141

138

139

152

153

156

133

132

97

99

127

79

81

73

75

67

65

63

71

55

59

17

23

21

18

24

22

48

196

8

7 SYS CLK(IC1401)

|

21

12

142

|

145

88

|

83

179

|

170

161

159

|

4 1

144143140 132

•142

141

D0-D15

A0-A8

31

|

20

42

52

59

49

38

1

13

48

IC140316Mbit DRAM

82

Y0-Y7 |

51

60

37SPCK

49

48

47

HD,VD,DE

(4-17)

(HONEY)

IC1407

STILLDIGITAL

AFCK

HD,VD,DE

VSP SO,SCK

KASHAON

SP+,-

31

VSP SO,SCK

VSP SO, SCK

SPCK

PROCESS

S VIDEO

VIDEO

LANC

AUDIO

L

R

(4-30) (4-32)

(4-19)

(4-46)(4-46)

(4-48) (4-48)

(4-48)

(4-17)

IN/OUT

(SEE PAGE 3-2)

(SEE PAGE 3-8)

(SEE PAGE 3-2)

DCR-VX2000/VX2000E


3-5 3-6


X50120MHz

16

MODE SW A - MODE SW D

|

CONTROL

SREEL FG

CAP ON,CAP FWD

DRUM PWM

FRRVTRRTTRRV

TAPE LED ON

50

CAP PWM

|

LOAD,UNLOAD

DRUM PG

78

49

DEW DET

83

81

82

CAP FG

DRUM ON,DRUM FWD,DRUM START

TAPE END

TAPE TOP

39

DRUM FG

REC PROOF SW

TREEL FG

80

MECHA

42

37

26

|

|

106

108

76

74

|

EEPROM

2-4

VSP SO,SI,SCK

FRRV TRRT,TRRV

MC BUS

HI SO,SI,SCK

CHIME SDA,CHIME SCK,CHIME VDD

XCC DOWN

52

(2/2)

54

LPF

CN021 CN450

45

47

46

48

56

53

CAP ERROR

DRUM ERROR

18

22

IC300(2/2)

PWM

61

58

SWITCHING

SWITCHING

Q310

Q311

8

1

59

SENSOR

MOTOR

45,46

36

C MECHA DECK

DRUM FG AMP

S903

10

|

LOADING

20,22,24

37

DRIVE

35

MOTOR

C INS901

CN022

D901

6

28,30

4

42,43

CONNECTOR

40

TAPE TOP SENSOR

Q901

11

DRUM FG

CAPSTAN

2,3

MODE

12

61

SENSOR

3

S REEL

SWITCH

XCC DOWN7

MOTOR

CN024

9

TAPE END DETECT34

4PIN

48

64

T REEL

|

TAPE TOP DETECT

19

LOADING MOTOR

TAPE LED

M

REEL FG AMP

M903

REC PROOF

16

5

26,25

SENSOR

DRUM

(1/2)

TAPE END SENSOR

|

17

1

23

CAPSTAN

DRUM PG

11

|

32

10

M

14

DRUM PG AMP

1

CAP VS

DEW

20

7

DRUM VS

FG

M902

21,23,19

11

DRUM

S902

(RABI)

16,6,3

Q902

CN901

|

14,15

M901

21

25

TOOVERALLBLOCK DIAGRAM(4/4)

SWP

3 2

SWP

CN007FOR ADJUSTMENTS

AD DT

6

PB Y OUT

1

EQ

(TRF)20

PB CK

6

REC/PB 7

2

SWP

15

(TRW)

6

CN101

EVEN 8

ODD

9

5

22 24

DRP SO,XDRP SCK

REC CK

REC DT

PB CKTOOVERALLBLOCK DIAGRAM(2/4)

VC-242 BOARD(3/4)

46

45

63

47

48

FG AMP

(SEE PAGE 3-4)

(SEE PAGE 3-8)

(4-38)

(4-37)

(4-27)

(4-28)

(4-39)(4-105)

(4-40)

(4-39)

95

60

115

69

68

116

117

114

113

54

53

96

55

44

1

2

ATF ERR

13

34 31

42

IC101

IC10240

42

27

REC CK

REC DT

RF MON

AD DT

6

18.22

IC402

IC401

MOTORDRIVE

MOTORDRIVE

CAPSTAN

DRIVE

CN450IC401(RABI)

LPF

DD-138 BOARD(1/2)

CN021

24

|

27

11

14|

M

CN020

IC502

IC501

A/D CONV.PLL

AMP

CAPSTAN

DRUM

(SEE PAGE 4-39)

39

37

40

38

24

DCR-VX2000/VX2000E


3-7 3-8


S

Q301

20MHzX1101

32.768KHzX1102

S256

BT250

Q339

Q2182

2

3

1

D 3.1V

D 1.9V

D 1.5V

PANEL 13.5V

A 2.8V

AU 2.8V

MT 5.2V

CAM 12V

PANEL 4.6V

IC1103LANC I/O

1110

12

I/F

66

VDD SWITCH

IC11027

3

5

6

RESET

80

100

31

17

42

51

77

38

XPHOTO STBY SW

XEJECT SW

LID OPEN

XCAM+STBY SW

HOT SHOE ID1

VDD

XRESET

BATT/EXT SW

IC1104HI CONTROL

36

59

41

40

52

53

18

29

50

MELODY

SIRCS ENV

XCC DOWN

VTR DD ON

SHOE ON

MOD

Q1102,1105

IC1803TIMINGGENERATOR

FP-197(FLEXIBLE)

EXPOSURE/SW

CK-093 BOARD(1/2)

CN255

CN250

RESET

LITHIUMBATTERY

CONTROLSWITCH BLOCK(CF4980)

3

5

4

10

6

8

9

5

25

6

23

33

43

D 2.8V

PANEL 2.8V

EVF 13.5V

RP 4.6V

A 4.6V

AU 4.6V

CN301

KEY AD7

98 KEY AD5

70 HOT SHOE ID2

87

XVTR MODE SW14

15

20

97

98

DIAL A

DIAL B

44

45

46

5

6

71

73

1

2

LANC IN

LANC OUT

28

81

FAST CHARGE

CAM DD ON

22

XCC DOWN

CHIME SDACHIME SCKCHIME VDD

HI SO,SI,SCK


CHIME AD0

CHIME SDA

CHIME SCL

CHIME AD2

HI SO,SCK

CK-093BOARD(2/2)

CN008

Q1104

LI 3V

KEY AD7

PANEL R,G,B

12

3

CN252

HL-011 BOARD

2

1 SP901SPEAKER

XHD

XVD

SP+,-

LCDDRIVE

IC1701

7

8

COM1-4SEG1-16 LCD

INDICATOR

CN1703

48

47

46

22

20

24

IC2101RGBDRIVE

27

39

40

45

46

42

IC2103

1

48

2 4 9

TIMINGGENERATOR

VR,VG,VB

PSIG

CN2100PWMHD OUT

BL ON

PANEL 4.6V

4

5

3

6

22

19

15

7

LCDUNIT

CN2104

P UNREG

INVERTERBLOCK

BACKLIGHTDRIVE

ND901BACKLIGHT

LCDUNIT3

4

2

1

LB-065 BOARD

4

1

3

2

25

INVERTER

BACK LIGHT DRIVE

ND200BACKLIGHT

R,G,B

COM

Q200

IC200 CN201

EVF BL 4.6V

21

20

CN200

27

7

3

8

26

24

25

CN00215

12

17

20

CN007FORADJUSTMENTS

8

CN750

7

FT-090BOARD

1

24

22

20

47

48

46

1240

39

IC1802RGBDRIVE

91

48

1

45

46

42

VCO

XHD

EVF BL-

EVF BL+

EVF R,G,B

HI SO,SCK

XHD

XVD


LANCSIG

PANEL R,G,BEVF R,G,B

XHD,XVD,SP+,SP-

OSD,CS,SO,SCK

HI,SO,SI,SCK

XCS OSD

OSD SO

XOSD SCK

16

BATT SIG

BATT SIG

BATT/EXT SW

FAST CHARGE

BATT UNREG

VTR UNREG

PWM

(4-105)

(4-34)

(4-34)

(4-94)

(4-65)

(4-65)

(4-98)

5

4

6

CN1701

2

1

13

10

8

5

1VOLUME SW

LCD BRIGHT SW

30

11 2

21

2

5

4

1

23

24

10

12COM

PD-126 BOARDHSY

PSIG

COM

VG

CN2105FORADJUSTMENTS

5

14

5

1414

23

3

5

4

8

3

12

10

2

1

13

CN251

CN1702

OSD SO,SCK

20

16

18

31

29

37

35

9

11

CN253

41

43

CN250

43

35

11

41

22

29

31

18

20

9

16

37

CN008

24

14

14

13

18VB

VG

VR

IC300DC/DC

CONVERTER

EVF BL 4.6V

EVF 2.8V

TRF 2.8V

MS 3.1V

CAM -7V

R391,392

45

42

49

52

50

31

29

37

35

CAM DD ON

VTR DD ON

BATTERYJ901

CN300

1

3

4TERMINAL

DC INJ902

4

1

2

ED-4980BOARD

(FLEXIBLE)FP-196

EXPOSUREDIAL

2

4

PANEL OPEN/CLOSE SW

PANELREVERSE SW

2MENU

(FLEXIBLE)FP-194

CN256

CN254

42

40

36

34

38

32

46

MEMORY FUNCTION SW

S252,254,257,259,262

DISPLAY SWSELF TIMER SWDATA CODE SW

S251,253,261

S250,255,258,260,263

DIGITAL EFECT SW,ZEBRA SW,TITLE SW,

MEMORY MIX SWPICTURE EFECT SW,

7

12

13

PHOTO SW

ZOOM VRZOOM VR AD

XPHOTO FREEZE

XPHOTO REC

START/STOP SWXS/S SW

PHOTO STBY SWPOWER SW

XCAM+STBY SWXVTR MODE SW

EJECT SWXEJECT SW

(LOW ANGLE)START/STOP SW

LID OPENLID OPEN SW

38

32

42

34

46

40

36

VC-242 BOARD(4/4)

CN054(FLEXIBLE)FP-189

5

2

3FADER SW

BACK LIGHT SWSTOP LIGHT SW

FP-188

INDEX SW

1

6

CN055

FOCUS SW

(FLEXIBLE)

3

CN056

MK-014BOARD

REC LEVEL GAIN SWAUTO WHITE BALANCE SW

PROGRAM AE SWSHUTTER SW

S001-005

AUTO LOCK SW

REMOTO

IC750

COMMANDER

(FRONT)RECEIVER

D751(IR EMITTER)

7

8

CN702

13

CN703

14

DRIVELED

Q700,702,704

MI-038BOARD(2/2)

1

2

CN1100

KP-010BOARD 2

SEL/PUSH

DIAL

1

EXEC 6S550

20

24

21

S1101

CUSTUMPRESET SW

1REMOTE

(REAR)

COMMANDERRECEIVER

IC1102

6ACCESSORY

SHOE

5

7

CN102

(2/2)

INTELLIGENT

CN1103

10

8

22

MA-386BOARD(2/2)

4

18

7

20

6

8

CN500

S500-511

VTRFUNCTION SW

17

13

16

CN501

27

29

15

6

7

SIRCS SIG

SIRCS PWM

LANC SIG

FK-076BOARD(2/2)

CN053

4

18

7

20

6

8

CN550

1

6

2

CN056

19

7

22

20

22

9

25

28

27

24

29KEY AD2

KEY AD3

DIAL A,B

EXCUTE(DIAL)

LA-026 BOARD(4/4)

27

26

8

21

28

20

19

24

30

23

10

CN023

CN004

8

7

HI SI

HI SO

HI SCK 35

34

33

DIAL C

83 DIAL D

82

97 KEY AD4

99 KEY AD6

19 XPHOTO FREEZE

KEY AD892

16 XS/S SW

KEY AD3

95 KEY AD2

96

4 XSIRCS IN

KEY AD0

94 KEY AD1

93

48

IB SO49

IB SI

20MHz OUT

20MHz IN

32KHz OUT

32KHz IN

BATT UNREG

VTR UNREG

HI XRESET

KEY AD6

41

36

24

50

34

51

49

5

32

26

30

6

46

44

38

CN021 CN450

SHOE ON

P UNREG

VTR UNREG

BATT UNREG

SHOE UNREG

LANC SIG

ZOOM VR AD

KEY AD4

KEY AD5

DIAL C,D

CN009

CN051

DD-138BOARD(2/2)

10

CN001

(4-43)

(4-89)

(4-102)

(4-43)

(4-44)

(SEE PAGE 4-86)

(SEE PAGE 3-3)

(SEE PAGE 3-5)

DCR-VX2000/VX2000E

3-5. POWER BLOCK DIAGRAM (1/3)

3-9 3-10


D305

D307

D306

Q305

L303

L304

L305 L312

L314

L315

L302

L310

L311

L313

L300

L301

F302

F305

F304

F300

F303

L316

L309

Q312

Q313

Q314

Q311

Q309

Q310

L307

F301

L306

L308

L317

L318

L319

BATT/XEXT

30

12

64

VCC(0)5678

43

51

56

50

13

29

DC/DC CONVERTER

33

27

55

28

46

57

49

60

8

7

3

34

4

1

5

7

8

3

2

35

4

1

6

7

2

3

37

44

48

47

18

61

58

59

22

62

EMERGENCYDETECT

SWITCHING

T300

D308

RECT

RECT

RECT

Q306, 307

VCC(0)1234

VCC

VSS(0)1234

VSS(0)567

VDD(0)123

VDD(0)567

+IN8

-IN8

OUT8

VREF

VB

RT

CT

CTL1-6,8

CTL7

+IN5

+IN6

OUT2-1

OUT2-2

OUT7-1

OUT7-2

OUT4

OUT1-1

OUT1-2

OUT6-1

OUT6-2

OUT5-1

OUT5-2

-IN2

-IN7

-IN4

-IN1

SWITCHING

Q321SWITCHING

SWITCHINGQ322

Q323SWITCHING

SWITCHINGQ308

Q318SWITCHING

SWITCHINGQ319

SWITCHINGQ320

T301 D311RECT

D 3.1V

D 1.9V

A 2.8V

AU 2.8V

D 2.8V

A 4.6V

RP 4.6V

AU 4.6V

CAP VS

DRUM VS

CAP ERROR

1

4

3

1

2

3

Q300, 301

CHARGESWITCH

BATT UNREG

ACV UNREG

Q302-304

-IN3

OUT3-1 53

OUT3-2

40

54

8

S BATT SIG

VTR DD ON

5.2V REG

EMERGENCYDETECT

Q325

-7V REG

Q333-335,338

DC IN

Q329, 339

Q315-317,324

DD-138 BOARD

CN300

CN301

RECTD313

J901BATTERYTERMINAL

J902

DRUM ERROR

COMP 11

VREF

SWITCHING

SWITCHING

SWITCHING

SWITCHING

SWITCHING

BAT

T FE

T O

N

SH

OE

ON

INIT

CH

AR

GE

ON

D312RECT

AU 4.6V

A 4.6V

P UNREG

PANEL 2.8V

PANEL 2.8V

EVF 2.8V

AU 2.8V

A 2.8V

D 1.9V

MS 3.1V

RP 4.6V

BATT SIGSHOE UNREG

BATT UNREG

TOPOWERBLOCKDIAGRAM(2/3)(VC-242)

EVF 13.5V

CAM -7V

PANEL 4.6V

(4-61)

(4-105)

MT 5.2V

1.5V REG

AMP

Q340,341

ERR AMPIC301

EVF BL 4.6V

33

43

27

31

29

42

45

49

54

56

52

50

37

35

19

20

17

6

5

30

51

53

47

28

32

34

41

39

22

55

48

40

46

38

14

13

15

INIT CHARGE ON

SHOE ON

BATT/XEXT SW

VTR DD ON

CAM DD ON

FAST CHARGE

BATT UNREG

MT 5.2V

VTR UNREG

SHOE UNREG

PANEL 13.5V

PANEL 4.6V

D 2.8V

D 3.1V

CAP VS

CAP ERROR

DRUM VS

DRUM ERROR

CAM 12V

CAM -7V

MS 3.1V

24 D 1.5V

26

D 1.5V

2DCPACK SW

CH

AR

GE

INH

IC300

(4-107)IC301

5 13.5V REG

12V REG

Q327,331,332,337

Q344,348,349,351

PANEL 13.5V

CAM 12V

21

36

23

25

R391,392

18TRF 2.8V

TRF 2.8V

44CHARGE INH

EVF 2.8V

EVF 13.5V

EVF BL-

EVF BL+

CN450

16

(SEE PAGE 3-11)

DCR-VX2000/VX2000E

3-6. POWER BLOCK DIAGRAM (2/3) ( ) : Page No. shown in ( ) indicates the page to refer on the schematic diagram.

3-11 3-12

D1103

D1102

D1104

L801

S256

BT250

FB1801

FB501

FB1407

FB1403

Q1404,1405

FB101

Q1109,1108

Q402

R424

L902FB901

L1073

L1001

FB1301

FB1002

L1301,1304

L802

R1455FB1401

L1801

L1803

FB771 FB772 L701 FB707

FB706

L702

FB1402 FB1406 FB1405

FB1404

L103

L102

L101

L402

R024

L401

L106

L104

L105

L100

L101

L107

Q701,702

FB704

L1002

L710

CAP_VS

15

IB SI

BATTER INDETECT

14

XLANC ON

RESET

48

BATT IN

EEPROM

REG

VDD

Q1106

12

XRESET

81

BTT LI 3V

BATT/XEXT

ACV SENS

(TAKO)

CHARACTER

3

I/F

FAST CHARGE

VIDEO

Q1104

CAM DD ON

VTR UNREG

DV

IC1102

VTR DD ON

LANC I/O

INIT CHARGE ON

(ALIGN)

61

HI CONTROL

ADC&DAC

XREELHALL ON

IC1104

38

Q1011

105

IC1103

50

AUDIO

91

A/D CONV.

(LIP)

VCC

A 2.8V

66

BATT SIG

REG

90

(CAIN)

LANC DC

49

POWER

28

AUDIO I/O

8

UNREG

29

XPHOTO STBY SW

BATT SENS

2

MECHA

4

25

XCAM+STBY SW

REG

14

20

SHOE ON

XVTR MODE SW

AU 2.8V

1

DV

IB SO

EVER 3.0V

MT 5.2V

RP 4.6V

A 4.6V

D 3.1V

D 1.9V

D 2.8V

EVR CAMERA EEPROM

(U-CORE)S/HAGC

A/D

IC200INVERTER

TOPOWERBLOCKDIAGRAM(1/3)(DD-138)

VC-242 BOARD

7CHIME PWR CONT

RESET

CONTROLSWITCHBLOCK(CF-4980)

LITHIUM BATTERY

T REEL,

15

13

4PIN7

EQ,REC/PB

C MECHA DECK

SENSOR VCC

(TRW) (TRF)

CHIME VDD

IC101CCD IMAGER

(G-CH)

CCDV DRIVE

IC701

IC10339

48

38

12

24

14

34

12

34

24

14

38

48

39

CN025

16

(4-46)

(4-43)

(4-46)

(4-44)

43

34

44

28

32

41

46

50

53

55

49

51

36

38

5

6

18

19

20

29

52

54

48

27

31

33

23

25

40

42

21

56

47

37

45

39

16

14

SHOE ON

BATT SIG

INIT CHARGE ON

VTR DD ON

CAM DD ON

FAST CHARGE

BATT XEXT SW

BATT UNREG

MT 5.2V

VTR UNREG

SHOE UNREG

P UNREG

PANEL 2.8V

PANEL 13.5V

PANEL 4.6V

AU 4.6V

D 1.9V

A 2.8V

AU 2.8V

D 2.8V

D 1.5V

D 3.1V

A 4.6V

RP 4.6V

CAP VS

CAP ERROR

DRUM VS

DRUM ERROR

CAM 12V

CAM -7V

MS 3.1V

3

7

5

4

8

6

IC1403IC1404 IC1409 IC1408 IC1406 IC1401 IC1412

RS232C 16M SHUTTERDIGITALJPEG EEPROM16M DRAM 118 MEMORY

IC1411IC1410

IC102 IC101

IC803 IC802 IC801 IC771 IC704 IC706

(4-35) (4-35)

(4-16) (4-13) (4-14)

IC1301IC903 IC301 IC361 IC302

IC1001 IC1002

(4-32) (4-30)

(4-43)(4-46)

(XYZ)

IC1101

LANC DC

SHOE UNREG

2

9

11

CN006

7

8

42 5186 87

GENERATERINTERFACESIGNALPROCESS

LINE IN/OUTAMP

D 2.8V

(4-38) (4-37)

IC501IC502CONTROL

4

44

46

14

32

2

CN009

6

10

8

CN008

4

10

46

8

2

14

6

44

32

CN250

BACKLIGHTDRIVE

SOUND

CONTROLCONV.

CAMERASIGNAL

PROCESS

STICK I/FSTILLCONTROL

DRAMI/F

MS VCC ON

AMP A/D CONV.PLL

D 1.9V

RP 4.6V

CAP FG AMP

18CAPSTAN MOTOR

DRIVE,

IC402EVF 13.5V

CN301

ZOOM VRD 2.8V

3

PANEL 13.5V

PANEL 2.8V

PANEL 4.6V

P UNREG

EVER 3.0V

5

6

6

7

7

CN252

TOPOWER BLOCKDIAGRAM(3/3)(PD-126)

CK-093 BOARDD 2.8V EXPOSURE

IRIS DIAL

CONTROL SWITCHBLOCK(ED-4980)

CONNECTOR

S REELSENSOR

TAPE LED

DRUM FG,PG AMPMOTOR DRIVE

IC401

52

54

11REEL FG AMP

LOADING

DRUM,CAP ERROR AMPTAPE TOP,END DET

(RABI)

DRUM

MOTOR DRIVE

DRUM ERROR

CAP ERROR

DRUM VS

CN022

TAPE LED A

D 2.8V

MT 5.2V

VTR UNREG

CH

IME

PW

R C

ON

T

XR

EEL

HA

LL O

N

D 2.8V

MS 3.1V

(4-23) (4-26) (4-25)

(4-19) (4-17) (4-21)(4-17) (4-20)

(4-27)(4-28)

(4-19)

(4-19)(4-22)

(4-40)

(4-39)

CN021

30

CHARGE INH

17TRF 2.8V

EVF BL+

EVF BL-

26

24

35

13

22EVF 2.8V

EVF 13.5V

20

17

CN007FOR

ADJUSTMENTS

IC1007IC1008

VCA,AMP

EVR

IC1005

AU 4.6V

(4-36)

TIMINGGENERATOR

IC1803IC1802 RGB

DRIVE

IC1407(HONEY)DIGITALSTILL

PROCESS

47CHARGE INH

32 32

JK-190 BOARDJ303

LANCDIGITAL I/O

8

9

CN002

20

17

21

LB-065 BOARD

CN200 CN201

16

LCDUNIT

22

13

25

2

1

6

15

16

12

14

36

70

72

73

75

78

80

TOPOWER BLOCKDIAGRAM(3/3)(LA-026)

TOPOWER BLOCKDIAGRAM(3/3)(FK-076)

CN004

CN251

CAPSTAN MOTOR

15

26

27

CN024

HE VCC

MR VCC

HE VCC

MR VCC

CN023

LANC DC

2323

CD-254 BOARD

IC104

IC105AMP(B-CH)

AMP(R-CH)

AMP(G-CH)

CCD IMAGER (R-CH)

IC102

CCD IMAGER (B-CH)

IC100

CN100

88

IC702IC705 TIMING

GENERATOR

CAM DD ON

CAM 12V

CAM -7V

EVF VCC

EVF 13.5V

EVF BL 4.6V

EVF VCC

EVF BL 4.6V

SHOE UNREG

D 2.8V

AU 2.8V

AU 4.6V

VTR UNREG

VCC

D 2.8V

MT 5.2V

D 3.1V

A 4.6V

A 4.6V

D 2.8V

CN255

(4-48) (4-48)

(4-34)

(4-34)(4-17)

(4-94)

POWER

VTR

OFF

CAMERA

PHOTO

(4-9)

(4-9)

(4-9)

(4-9)

(4-9)

(4-9)

(4-13)(4-14)

(SEE PAGE 3-10)

(SEE PAGE 4-39)

(SEE PAGE 3-13)

(SEE PAGE 3-13)

(SEE PAGE 3-13)

(SEE PAGE 4-62)

(SEE PAGE 4-86)

DCR-VX2000/VX2000E

3-7. POWER BLOCK DIAGRAM (3/3) ( ) : Page No. shown in ( ) indicates the page to refer on the schematic diagram.

3-13 3-14E

L2103

L2101

FB140

Q2102,2104

L2102

Q2181,2182L2182

L2181

L1150

R1121R1125

R751

F750

R750

L142R186R178

Q200,201

L140 L070

Q076,078

Q073,074

L071

L200

Q140,141L143

L141 R187

Q072,075L072

Q077

L073

6

5

7

PD-126 BOARD

PANEL 2.8V

PANEL 4.6V

PANEL 13.5V

CN2100

IC2101

IC750

16

RGB DRIVE TIMINGGENERATOR

IC2103

14

4

6

7P UNREG

EVER 3.0V

CN2101 7

18

CN2104

CN2103

VDD

P OFF

BL ON

LCDUNIT

INVERTER BLOCK

BACKLIGHTDRIVE

TOPOWER BLOCK

DIAGRAM(2/3)

(CK-093)

7

CN1701

HL-011 BOARD

LCDINDICATOR DRIVE

IC1701

TOPOWER BLOCK

DIAGRAM(2/3)

(VC-242)

15

16

11

13

35

69

71

74

76

77

79

SHOE UNREG

AU 2.8V

AU 4.6V

13

12

15

17

11

1

VCC

D 3.1V

D 2.8V

A 4.6V

MT 5.2V

22

24

21

20

26

10

5

1

2

D 2.8V

UNREG VTR FUNCTION KEYILLUMINATIONLED

D500-511CN501

CN500

13

14

12

11

15

1

FK-076 BOARD

D 3.1V

MT 5.2V

CN053

CN051

15

14

27

12

16

17

MIC AMP

IC1150

TALLY LED(FRONT)

D750

8

5

3

CN1100

CN1102

2

1

3

4

INTELLIGENTACCESSORY SHOE

12

10

7

MI-038 BOARD

MIC AMPMIC POWER

Q701,703, 705-707

5

4

5

4

IR LEDDRIVE

CN702

Q700, 702, 704

IC1102REMOTECOMMANDERRECEIVER(REAR)

REMOTECOMMANDERRECEIVER(FRONT)

FT-090 BOARD

CN703 CN750

IR LED(SIRCS OUTPUT)

D751

D1105

TALLY LED(REAR)

IC143

FOCUS RINGPHASEDETECTOR

IC144

ZOOM RINGPHASEDETECTOR

IC141IC142IRIS DRIVE,V REF

4 9ACCESS LED

CN001

MK-014 BOARD

D003

3

49

3 VCC

CN776 CN775

MS-049 BOARD

MEMORYSTICKSLOT

16

15

SE VCC4

SE-108 BOARDPITCH/YAW SENSOR

CN600

CN056

IC140 IC070-072

ACTIVE PRISMACTUATOR DRIVEVAP LOCK DRIVE

ZOOM MOTORFOCUS MOTORDRIVE

IC075IC076

P PWMY PWMAMP

PITCH/YAWSENSOR AMP

IC200

IC073,074ACTIVE PRISMACTUATORPRE DRIVE

32

26

11

21

11

10

2

LA-026 BOARD CN052

CN050

D 2.8V

CN1103

ZMFC SENS VCC

ND SENS VCC

DRIVE +

MZ VCC

MF VCC

VAP VCC

ZOOM RESET SENSORFOCUS RESET SENSOR

ND FILTER SW

IRIS METER

ZOOM RING

FOCUS RING

ACTIVE PRISM ACTUATOR

LENS BLOCK

MA-386 BOARD

(4-65)

(4-65)

(4-101)

(4-70) (4-70) (4-70)

(4-70) (4-71,72) (4-72)

(4-98)

(4-43)

(4-94)

(4-72)

(4-89)

(SEE PAGE 3-12)

(SEE PAGE 3-12)

DCR-VX2000/VX2000E

4-1 4-2

SECTION 4PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM (1/3)

FRAME SCHEMATIC DIAGRAM (1/3)

CN100 50P CN025

1 GND

3 H1B

5 SUBB

7 GND

9 B_CCD_OUT

11 GND

13 V2BB

15 V3B

17 GND

19 R_CCD_OUT

21 GND

23 VDD2R

25 V2AR

27 V1R

29 H1R

31 SUBR

33 GND

35 G_CCD_OUT

37 GND

39 VDD2G

41 V2AG

43 V1G

45 H1G

47 SUBG

49 GND

2GND

4H2B

6RGB

8VDDB

10GND

12VLB

14VDD2B

16V2AB

18V1B

20GND

22GND

24VLR

26V2BR

28V3R

30H2R

32RGR

34VDDR

36GND

38VLG

40V2BG

42V3G

44H2G

46RGG

48VDDG

50GND

27PCN500

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

27

27PCN103

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

27

15P

CN

100

123456789101112131415

10P

CN

702

12345678910

4PC

N70

0

1234

4PC

N70

1

1234

CN051 80P

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

61

63

65

67

69

71

73

75

77

79

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

62

64

66

68

70

72

74

76

78

80

6PC

N60

01

GN

D

2Y

S_R

EF

3Y

SD

_OU

T

4S

E_V

CC

5P

SD

_OU

T

6P

S_R

EF

39P

CN

050

123456789101112131415161718192021222324252627282930313233343536373839

27P

CN

052

123456789101112131415161718192021222324252627

27PCN053

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

27

36PCN501

1 UNREG

2 UNREG

3 XSW_LED_VTR

4 XSW_LED_VTR

5 D_2.8V

6 KEY_AD0

7 KEY_AD1

8 GND

9 GND

10 MT_5.2V

11 MT_GND

12 MT_GND

13 SIRCS_SIG

14 SIRCS_SEL2

15 LANC_SIG

16 XCUSTOM_PRESET

17 SIRCS_PWM

18 TALLY_LED

19 SIRCS_SEL1

20 D_3.1V

21 SHOE_UNREG

22 SHOE_UNREG

23 F_TALLY_LED

24 AU_4.6V

25 LOW_CUT_ON_CH2

26 AU_2.8V

27 SHOE_ID1

28 LOW_CUT_ON_CH1

29 SHOE_ID2

30 ZOOM_MIC_CONT

31 EXT_MIC_MONO

32 EXT_MIC_DET

33 REG_GND

34 REG_GND

35 R(CH2)OUT

36 L(CH1)OUT

6PCN0541

2

3

4

5

6

6PCN0551

2

3

4

5

6

20PCN0561 DIAL_A

2 EXECUTE

3 GND

4 GND

5 GND

6 DIAL_B

7 GND

8 GND

9 D_2.8V

10 KEY_AD3

11 XACCESS_LED

12 N.C

13 GND

14 GND

15 VCC

16 VCC

17 BS

18 DIO

19 MS_IN

20 SCLK

8PCN7751REG_GND

2REG_GND

3VCC

4VCC

5BS

6DIO

7MS_IN

8SCLK

6PCN5501DIAL_A

2EXECUTE

3GND

4GND

5GND

6DIAL_B

6PCN001

1N.C

2XACCESS_LED

3KEY_AD3

4D_2.8V

5GND

6GND

14P

CN

703

1 2 3 4 5 6 7 8 9 10 11 12 13 14

CN102 15P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

20PCN101

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

10PCN776

1VSS

2BS

3VCC

4DIO

5N.C.

6INS

7N.C.

8SCLK

9VCC

10VSS

S001

S003

S002

S004

S550

S501

S502

S503

S550

S551

S552

S005

S500

S501

S502

S503

S504

S505

S506

S507

S511

S510

S509

S508

J001

S1

1

A

SHOE_ID1

N.C.

AU_4.6V

EXT_MIC_DET

REG_GND

REG_GND

R(CH2)OUT

SIRCS_PWM

EXT_MIC_MONO

SIRCS_SEL2

LANC_SIG

MT_5.2V

SHOE_UNREG

SHOE_ID2

L(CH1)OUT

SIRCS_SIG

XCUSTOM_PRESET

MT_GND

MT_GND

N.C.

SIRCS_SEL1

F_TALLY_LED

ZOOM_MIC_CONT

TALLY_LED

AU_2.8V

D_3.1V

SHOE_UNREG

F_TA

LLY

_LED

SIR

CS

_PW

M

N.C

.

D_3

.1V

MIC

_GN

D

MT_

GN

D

INT_

MIC

_R

MT_

GN

D

MIC

_GN

D

SIR

CS

_SIG

1

INT_

MIC

_L

MIC

_GN

D

MT_

5.2V

AU

_4.6

V

MIC

_GN

D

F_TA

LLY

_LED

MT_

GN

D

MT_

5.2V

MT_

GN

D

MT_

GN

D

D_3

.1V

SIR

CS

_SIG

1

MT_

GN

D

SIR

CS

_DR

V_C

L

MT_

GN

D

INT_

MIC

_L1

MIC

_GN

D

INT_

MIC

_R2

INT_

MIC

_L2

INT_

MIC

_R1

MIC

_GN

D

MIC

_R_G

ND

MIC

_L_G

ND

IRIS_COM

SIRCS_SEL2

MT_GND

DIO

SHOE_ID1

SIRCS_PWM

P_OUT

P_PWM

MT_5.2V

SHOE_ID2

VP_TEMP

MT_5.2V

MZ_B

EXT_MIC_MONO

EN1

SHOE_UNREG

A_4.6V

BS

MF_B

VP_LOCK_SENS

IRIS_PWM

REG_GND

VP_LOCK_DR

ND_SW1

CTRL_B

TEMP_OUT

TALLY_LED SIRCS_SEL1

DIR_0A

C_RST

ND_SW2

KEY_AD3

REG_GND

KEY_AD2

EN0

AU_4.6V

L(CH1)IN

F_TALLY_LED

MF_A

SCLK

MF_LED

REG_GND

ND_MZ_LED

D_3.1V

MS_LED_ON

Y_OUT

Y_PWM

IRIS_OFFSET

MZ_A

MT_GND

SHOE_UNREG

SIRCS_SIG

DIR_1B

DIR_1A

LANC_SIG

CTRL_A

VCC

AU_2.8V

REG_GND

PS_OUT

MS_IN

YS_OUT

R(CH2)IN

ZOOM_MIC_CONT

ZM_RST_SENS

FC_RST_SENS

ND_SW3

IRIS_GAIN

EXECUTU(DIAL)

ZM_FC_LED

VAP_DD_ON

EXT_MIC_DET

XCUSTOM_PRESET

REG_GND

D_2.8V

DIR_0B

D_3.1V

HALL_AD

LOW_CUT_ON_CH2

LOW_CUT_ON_CH1

NC

BIA

S+

YS

D_O

UT

BIA

S-

ZOO

M_BNC

ND

_SEN

S_V

CC

FC_R

ST_

SEN

S

ND

C

YS

_REF

HA

LL+

PS

_REF N

C

FOC

US

_B GN

D

TEM

P_O

UT

ZM_R

ST_

SEN

S

DR

IVE+

PS

D_O

UT

ZOO

M_A

-

ZOO

M_A

FOC

US

_A- NC

DR

IVE-

FZ_S

ENS

_VC

C

GN

D

SE_

VC

C NC

FOC

US

_A

ZOO

M_B

-

NC

NC

NC

ND

A

GN

D

HA

LL- NC

FOC

US

_B-

ND

B

Y_D

UM

P_ANC

LOC

K+

MF_

F1

MF_

F0

TEM

P_O

UT

VA

P_G

ND

P_D

RIV

_B

MZ_

GN

D

NC

MF_

GN

D

Y_D

UM

P_B

MZ_

F0

Y_O

UT

P_D

UM

P_B

VA

P_V

CC

MF_

VC

C

LOC

K_S

ENS

_OU

T

LOC

K-

Y_D

RIV

_B

MZ_

VC

C

P_D

UM

P_A

P_D

RIV

_A

LOC

K_S

ENS

_IN

P_O

UT

Y_D

RIV

_A

MZ_

F1

MT_5.2V

SHOE_UNREG

XCUSTOM_PRESET

ZOOM_MIC_CONT

D_3.1V

AU_4.6V

TALLY_LED

AU_2.8V

LOW_CUT_ON_CH1

REG_GND

SIRCS_SEL1

F_TALLY_LED

SHOE_UNREG

LANC_SIG

SIRCS_SIG

SHOE_ID1

L(CH1)IN

EXT_MIC_DET

REG_GND

MT_GND

SIRCS_PWM

SIRCS_SEL2

MT_GND

R(CH2)IN

LOW_CUT_ON_CH2

SHOE_ID2

EXT_MIC_MONOFADER

BACK_LIGHT

SPOT_LIGHT

GND

GND

N.C.

INFINITY

AUTO/PUSH_AUTO

N.C.

GND

GND

INDEX

AU

_4.6

V

MIC

_GN

D

SIR

CS

_SIG

1

F_TA

LLY

_LED

INT_

MIC

_L

SIR

CS

_PW

M

D_3

.1V

MT_

5.2V

MIC

_GN

D

MT_

GN

D

MIC

_GN

D

MT_

GN

D

MIC

_GN

D

INT_

MIC

_R

SHOE_MIC_GND

SHOE_UNREG_GND

SHOE_UNREG

SHOE_UNREG_GND

SHOE_UNREG

SHOE_UNREG_GND

SHOE_UNREG

SHOE_UNREG

SHOE_UNREG_GND

SHOE_ID1

SHOE_MIC_GND

LANC_SIG

SHOE_MIC_L

SHOE_MIC_GND

SHOE_ID2

N.C.(J7)

N.C.

SD2

SC2

SB3

SA1

J4

J5

J2

J6

SC3

SB1

SA3

SA2

N.C.(RCH_DET)

SB2

SC1

SD1

SD3

J1(J3)

MT_GND

REG_GND

D_3.1V

SHOE_UNREG

N.C.

R(CH2)OUT

SHOE_UNREG

SHOE_ID2

SHOE_ID1

SIRCS_SEL1

SIRCS_PWM

L(CH1)OUT

N.C.

F_TALLY_LED

EXT_MIC_MONO

SIRCS_SIG

AU_4.6V

ZOOM_MIC_CONT

SIRCS_SEL2

XCUSTOM_PRESET

EXT_MIC_DET

TALLY_LED

LANC_SIG

MT_GND

REG_GND

AU_2.8V

MT_5.2V

CCDIMAGER

CCDIMAGER

CCDIMAGER

LENSUNIT

MEMORY STICK

CONNECTOR

MS-049 BOARD

MK-014 BOARD

PROGRAM AE

SHUTTER SPEED

WHT BAL

AUDIO LEVEL

AUTO LOCK

KP-010 BOARD

FADER

BACK LIGHT

SPOTLIGHT

INDEX MARK

PUSH AUTO

AUTO

MAN

INFINITY

FP-189FLEXIBLE

FP-188FLEXIBLE

FOCUS

LA-026 BOARD

(1/3) LA BLOCK (2/3) LD BLOCK (3/3) CN BLOCK

CD-254 BOARD

SE-108 BOARD

CONTINUED ON

(SEE PAGE 4-3)

CONTINUED ON

(SEE PAGE 4-3)

CONTINUED ON

(SEE PAGE 4-3)

FP-2

00FL

EXIB

LE

MA-386 BOARD

FK-076 BOARD

FLEX

IBLE

FP-2

02

STOP

PAUSE

REW

FF

PLAY

SLOW

REC

REC

AUDIO DUB

END SEARCH

FLEXIBLE

FP-199

FT-090 BOARD

REMOTECOMMANDERRECEIVER

IC750

MI-038 BOARD

MIC R MIC L

MIC902 MIC901

FP-198FLEXIBLE

LINE MIC

FP-2

01FL

EXIB

LE

INTELLGENTACCESSSORY SHUE

O

B

16

H

19

M

154

E

10

N

12 13

K

209 17

D

11

C

L

1473

I

2 6 18

J

5

F

8

G

16

HOLD

FLEXIBLE

FP-190

SEL/PUSH EXEC

EDIT SEARCH +

EDIT SEARCH -

LINE

DCR-VX2000/VX2000E

4-3 4-4



20PCN007

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

S806

S811

27P

CN

022

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 27

CN008 50P

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

S810

16P

CN

201

1V

VD

D

2V

SS

3V

ST

4V

CK

2

5V

CK

1

6EN

7C

LR

8R

GT

9H

ST

10H

CK

2

11H

CK

1

12B

LK

13B

14R

15G

16C

OM

1

A

10PCN004

1

2

3

4

5

6

7

8

9

10

XXCN003

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

60PCN021

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

S903

CN100 50P CN025

1 GND

3 H1B

5 SUBB

7 GND

9 B_CCD_OUT

11 GND

13 V2BB

15 V3B

17 GND

19 R_CCD_OUT

21 GND

23 VDD2R

25 V2AR

27 V1R

29 H1R

31 SUBR

33 GND

35 G_CCD_OUT

37 GND

39 VDD2G

41 V2AG

43 V1G

45 H1G

47 SUBG

49 GND

2GND

4H2B

6RGB

8VDDB

10GND

12VLB

14VDD2B

16V2AB

18V1B

20GND

22GND

24VLR

26V2BR

28V3R

30H2R

32RGR

34VDDR

36GND

38VLG

40V2BG

42V3G

44H2G

46RGG

48VDDG

50GND

27P

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 27FG

_VC

C

14P

CN

009

1234567891011121314

27P

CN

200

1C

OM

2G

3R

4B

5B

LK

6H

CK

1

7H

CK

2

8H

ST

9R

GT

10D

CG

/CLR

11EN

12S

TB

13V

CK

2

14V

ST

15V

SS

16V

DD

17V

SS

18EV

F_B

L_G

ND

19EV

F_B

L_G

ND

20EV

F_B

L_4.

75V

21EV

F_B

L_4.

75V

22X

TALL

Y_L

ED

23D

ET

24LE

D_K

25P

WM

26N

.C

27N

.C

27P

CN

024

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 27FG

_VC

C

27P

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 27

27P

CN

200

1C

OM

2G

3R

4B

5B

LK

6H

CK

1

7H

CK

2

8H

ST

9R

GT

10D

CG

/CLR

11EN

12S

TB

13V

CK

2

14V

ST

15V

SS

16V

DD

17V

SS

18EV

F_B

L_G

ND

19EV

F_B

L_G

ND

20EV

F_B

L_4.

75V

21EV

F_B

L_4.

75V

22X

TALL

Y_L

ED

23D

ET

24LE

D_K

25P

WM

26N

.C

27N

.C

J303

10P

1 2 3 4 5 6 7 8 9 10

40P

CN

301

12345678910111213141516171819202122232425262728293031323334353637383940

CN023 80P

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

61

63

65

67

69

71

73

75

77

79

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

62

64

66

68

70

72

74

76

78

80

J302

40P

CN

006

12345678910111213141516171819202122232425262728293031323334353637383940

11P

1 2 3 4 5 6 7 8 9 10 11

10P

CN

101

1 2 3 4 5 6 7 8 9 10

11P

CN

020

1 2 3 4 5 6 7 8 9 10 11

1GND

2XEJECT_SW

3PHOTO_STBY_SW

4XCAM+STBY_SW

5XVTR_MODE_SW

6XS/S_SW

7GND

8GND

LAN

C_S

IG/2

32C

_RD

REE

L_T+

VP_LOCK_SENS

MT_GND

FP-594

GN

D

CAM_DD_ON

LOW_CUT_ON_CH1

CA

P_W

XCS_MC_FLASH

GN

D

MIC

_SD

A

HP

_L_O

UT

HA

LL_C

OM

EVER_3.0V

VID

EO_I

/O

VH

E(+)

FP-193

LAN

C_S

IG/2

32C

_RD

(12.

0V)

PANEL_4.6V

M

PG

P_UNREG

ND_SW2

CA

P_W

HI_TEST_A

GN

D

GN

D

VID

EO_I

/O

FG2

KEY_AD4

S_Y

_I/O

UN

LOA

D

GN

D

EN1

SP-

(SEE PAGE 4-5)

TPA

-

MIC

_SC

K

REG_GND

M903LOADING MOTOR

SEN

SO

R_V

CC

D_1.9V

BS

HE_

GN

D

DRP_SI

J301

GN

D

REE

L_S

-

GN

D

UNREG

HE_

GN

D

P_UNREG

6

GN

D

GN

D

XEJ

ECT_

SW

SHOE_ID2

N.C

ND200

CA

P_V

SIRCS_PWM

M M

DR

UM

_U

INIT_CHARGE_ON

ZOOM_MIC_CONT

VH

E(+)

XDRP_SCK

GN

D

MIC

_VD

D

GN

D

UNREG

MR

_GN

D

OSD_SO

TPB

+

MS

W_D

XS

/S_S

W(L

OW

_AN

GLE

)

P_PWM

19

PANEL_XVD

BACKLIGHT

UH

E(-)

FGPG

GN

D

N.C

SCLK

IRIS_GAIN

VIDEO

XEV

EN

G

MS

W_B

GN

D

N.C

KEY_AD1

WH

E(-)

EJECT

SP+

LAN

C_D

C

GN

D

XC

AM

+STB

Y_S

W

D_3.1V

M

PANEL_B

WH

E(+)

GND

CA

P_VFG

AU_2.8V

SWP

SHOE_UNREG

CTRL_A

S-VIDEO

GN

D

F

GN

D

HP

_JA

CK

_IN

GND

XSW_LED_VTR

LOA

D

FLEX

IBLE

GND

2

GN

D

CA

P_V

XS

/S_S

W

ND_MZ_LED

XCS_LCD_DRIVER

B

EVF_13.5V

KEY_AD5

M902LOADING MOTOR

XEV

EN

CHARGE_INH

MS

W_C

TMS

KEY_AD2

SIRCS_SEL1

R

DR

UM

_U

3

HA

LL_V

CC

GN

D

DIAL_D

CA

P_W

FP-2

00

HI_XRESET

5

CPC

GN

D

MS

W_C

REG_GND

PANEL_XHD

(SEE PAGE 4-5)

VTR_UNREG

N.C.

9

CA

P_U

XO

DD

P_UNREG

HA

LL_C

OM

GNDND_SW3

DIR_1A

L

DR

UM

_W

TOP

_SEN

S

GN

D

PANEL_13.5V

GND

LED

_A

J

FLEXIBLE

GN

D

FG_V

CC

SHOE_UNREG

NC

DRUM_ERROR

REG_GND

HE_

VC

C

GN

D

MS_3.1V

MS

W_D

TCK

YS_OUT

L(CH1)IN

J300

GN

D

REE

L_T-

TPB

+

GND

TDO

UH

E(+)

H

LCD903

GN

D

UN

LOA

D

SIRCS_SIG

AU_4.6V

MT_5.2V

R(CH2)IN

MR

_GN

D

YS

DL

A_4.6V

END

_SEN

S

EVF_BL+

F_TALLY_LED

A_4.6V

DR

UM

_V

C_I

N_S

W

GN

D

GND

PD_VCO

FP-1

87

S_C

_I/O

END

_SEN

S

XCUSTOM_PRESET

LB-065 BOARD

P_UNREG_GND

C

D_1.9V

SIRCS_SEL2

MR

_GN

D

GN

D

MT_GND

REE

L_S

+

TDI

MT_5.2V

REG_GND

AUDIO

PG

LED

_K

LCH

_DET

N.C

GN

D

REE

L_T-

MF_B

16

PANEL_2.8V

K

SHOE_ON

EXECUTU(DIAL)

CA

P_W

IRIS_OFFSET

GN

D

PANEL_13.5V

MS

W_A

XHD/PSIG

MT_GND

Y_OUT

10/18 IN BLOCK 11/18 VF BLOCK 12/18 CA(MC) BLOCK 13/18 MC BLOCK 14/18 MD BLOCK 15/18 HI BLOCK 16/18 AU-1 BLOCK 17/18 AU-2 BLOCK 18/18 CN BLOCK

SEN

SO

R_V

CC

UN

LOA

D

LCH

_DET

CAM_TEST_A

GN

D

TPB

-

CA

P_W

MS_LED_ON

D_1.5V

11

D_2.8V

CTRL_B

CA

P_U

MS_IN

XS

DL

EVF_BL-

GN

D

PS_OUT

LOW_CUT_ON_CH2

UH

E(-)

YO

DD

18

NC

DRP_SO

HP

_R_O

UT

CONTINUED ON

S_C

_I/O

DEW

+

DIR_0BMT_GND

D_2.8V

IRIS_PWM

UH

E(+)

HI_XRESET

YEV

EN

CAP_VS

DEW

+

TEMP_OUT

AU_4.6V

P_UNREG

GN

D

REG_GND

NC

DIAL_C

LCDUNIT

TPA

-

MIC

_VD

D

BATT_UNREG

REG_GND

REG_GND

WH

E(+)

MT_4.75V

GN

D

REG_GND

LOA

D

EXT_MIC_DET

CAM_RXD

VC-242 BOARD

NCG

ND

CA

P_V

GN

D

XHI_SCK

DV IN/OUT

GN

D

REE

L_S

+

AU_2.8V

P_UNREG_GND

L

EVF_BL+

MZ_A

CA

P_U

HI_RXD

YO

DD

D_1.5V

MIC

_SC

K

XDS_FLASH

N.C

7

LAN

C_G

ND

/232

C_T

D

REE

L_S

-

E

GN

D

KEY_AD7

CN300

GN

D

CA

P_U

MF_LED

DRUM_VS

CAP_ERROR

ND_SW1

CA

P_V

HI_TXD

CONTROL SWITCH BLOCK(CF-4980)

RC

H_D

ET

SHOE_UNEREG

REC

_PR

F_S

W

GN

D

KEY_ADO

CAM_XRESET

GND

GN

D

D_2.8V

HE_

VC

C

4

GN

D

XOSD_SCK

NC

LOA

D

LANC_SIGPANEL_R

REG_GND

START/STOP

SHOE_UNEREG

VCC

CA

P_W

MF_A

PHOTO

RC

H_D

ET

A_2.8V

M901DRUM MOTOR

AU

DIO

_R_I

/O

XSW_LED_VTRH

ALL

_VC

C

1/18 CA(CH) BLOCK 2/18 CA(U-C) BLOCK 3/18 MS-1 BLOCK 4/18 MS-2 BLOCK 5/18 MS-3 BLOCK 6/18 JC-1 BLOCK 7/18 JC-2 BLOCK 8/18 RF BLOCK 9/18 IO BLOCK

LCD_COM/XDATA

I

LAN

C_D

C

NC

CA

P_U

15

GN

D

P_UNREG_GND

GN

D

CA

P_V

VP_LOCK_DR

N.C

FAST_CHARGE

12

VIDEO HEAD

D_3.1V

EFN_BL-

P_OUT

WH

E(-)

REG_GND

CAMERA

YS

DL

FGPG

XS

_JA

CK

_IN

GND

MR

_GN

D

HP

_L_O

UT

GND

GN

D

XV

TR_M

OD

E_S

W

GND

MIC

_SD

A

GN

D

PANEL_2.8V

XLA

NC

_JA

CK

_IN

CA

P_W

MT_GND

HI_SO

AU_8.0V

17

EVEN CH

CAM_-7V

EVF_VCO

DIO

CA

P_V

D_3.1V

OFF

DR

UM

_V

C-MECHANISM

GN

D

TOP

_SEN

S

GND

TPA

+

PH

OTO

_STB

Y_S

W

CA

P_W

GN

D

PANEL_G

JK-190 BOARD

AU

DIO

_R_I

/O

GN

D

IRIS_COM

KEY_AD6

BATT_SIG

VIDEOHEAD

D_3.1V

GND

HALL_AD

FG2

VAP_DD_ON

VTR

XS

DL

GN

D

D_2

.8V

H_START

REC

_PR

F_S

W

GN

D

GN

D

EVF_2.8V

MS

W_B

V_J

AC

K_I

N

CONTINUED ON

NC

LED

_K

Y_PWM

P_UNREG_GND

BATT/XEXT_SW

D

DR

UM

_W

REG_GND

RF_MON

EXT_MIC_MONO

CA

P_V

SHOE_ID1

POWER

YEV

EN

ODDCH

TPA

+

D_2.8VPANEL_COM

C_I

N_S

W

N.C.

8

TPB

-

XP

HO

TO_R

EC

PD_VG

MS

W_A

AU

DIO

_L_I

/O

GN

D

FG1

TALLY_LED

GND

MT_GND

13

DR

UM

_W

VTR_UNREG

LANC_SIG

D_2.8V

CA

P_U

DIR_1B

PHOTO FREEZE

DR

UM

_U

REE

L_T+

HP

_R_O

UT

PANEL_4.6V

S_Y

_I/O

GN

D

HP

_JA

CK

_IN

CONTINUED ON

GN

D

CA

P_U

MT_5.2V

LI_3V

REG_GND

10

DR

UM

_U RP_4.6V

RF_IN/LANC_JACK_IN

ZM_FC_LED

FG_V

CC

C_RST

FG

LOA

D

GN

D

XCS_LCD_PANEL

XLA

NC

_JA

CK

_IN

LID

_OP

EN

EN0

AU

DIO

_L_I

/O

FLEX

IBLE

V_J

AC

K_I

N

CA

P_U

FC_RST_SENSREG_GND

MODE SWITCH

DR

UM

_V

(SEE PAGE 4-2)

VTR_DD_ON

EVF_VG

MZ_B

FG1

ZM_RST_SENS

XO

DD

UN

LOA

D

GN

D

CAM_TXD

GN

D

XP

HO

TO_F

REE

ZE

KEY_AD3

LAN

C_G

ND

/232

C_T

D

VH

E(-)

DIR_0A

CAM_12V

FLEXIBLE

14

DR

UM

_V

MT_5.2V

REG_GND

VH

E(-)

VP_TEMP

DR

UM

_W

LED

_A

GN

D

MC_F_BUSY

LANC

N.C

XS

_JA

CK

_IN

(12.

0V)

ZOO

M_V

R_A

D

16

S812

CONTINUED ON

(SEE PAGE 4-2)

(SEE PAGE 4-1)

CONTINUED ON

CONTROL SWITCH BLOCK(PS-4980)

DCR-VX2000/VX2000E


4-5 4-6FRAME SCHEMATIC DIAGRAM (3/3)

4PCN300

1

2

3

4

CN251 14P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

CN252 8P

1

2

3

4

5

6

7

8

24P

CN

2104

1TE

ST2

/SM

ON

1

2R

GT/

SLR

3B

/VB

4R

/VR

5G

/VG

6P

SIG

/PV

ID

7H

CK

1/G

UD

8H

CK

2/P

CTL

9C

Rex

t/P

CTL

B

10S

OU

T/G

PW

C

11R

EF/G

PW

CB

12H

ST/

GC

K

13W

IDE/

GC

KB

14C

S/G

SP

B

15V

VS

SG

/GS

P

16H

VD

D/G

VC

C

17V

SS

/GN

D

18V

VD

D/S

VD

D

19D

WN

/SC

KB

20EN

/SC

K

21V

CK

/SS

PB

22V

ST/

SS

P

23C

OM

/SM

ON

2

24TE

ST1

/CO

MC

NT

CN2101 8P

1 XCS_LCD_DRIVER

2 LCD_COM/XDATA

3 XOSD_SCK

4 OSD_SO

5 KEY_AD7

6 EVER_3.0V

7 UNREG

8 UNREG_GND

CN2100 14P

1 PANEL_B

2 PANEL_G

3 PANEL_R

4 REG_GND

5 PANEL_2.8V

6 PANEL_13.5V

7 PANEL_4.6V

8 XHI_SCK

9 XCS_PANEL

10 HI_SO

11 REG_GND

12 XVD

13 XHD

14 PANEL_15.5V

7PC

N21

03

1R

EG_G

ND

2X

CS

_LC

D_D

RIV

ER

3LC

D_C

OM

/XD

ATA

4X

OS

D_S

CK

5O

SD

_SO

6K

EY_A

D7

7EV

ER_3

.0V

5PC

N21

05

1V

G

2C

OM

3G

ND

4P

SIG

5H

SY

60PCN450

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

3PCN301

1

2

3

21PCN1703

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

7PC

N17

01

1R

EG_G

ND

2X

CS

_LC

D_D

RIV

ER

3LC

D_C

OM

/XD

ATA

4X

OS

D_S

CK

5O

SD

_SO

6K

EY_A

D7

7EV

ER_3

.0V

5PC

N25

4

12345

6PC

N25

5

123456

5PCN1702

1 KEY_AD7

2 KEY_AD7_S1

3 REG_GND

4 KEY_AD7_S2

5 KEY_AD7_S3

6PC

N25

6123456

2PCN253

1

2

CN250 50P

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

S001

S002S001

S252

S250

S251

S253

S254

S255

S256

S257

S259

S261

S260

S258

S262

S263

S001

S002

S003

S004

1

A

BATT_UNREG

BATT_SIG

DCPACK_SW

BATT_GND

REG_GND

PANEL_2.8V

PANEL_4.6V

PANEL_G

XVD

XCS_PANEL

PANEL_R

PANEL_B

LCD_COM/XDATA

HI_SO

XHD

XCS_LCD_DRIVER

XOSD_SCK

XHI_SCK

KEY_AD7

UNREG_GND

UNREG

N.C

OSD_SO

REG_GND

PANEL_13.5V

EVER_3.0V

FP-197

REG_GND

PANEL_13.5V

D_1.5V

REG_GND

VTR_UNREG

MT_5.2V

REG_GND

MT_GND

P_UNREG

AU_4.6V

REG_GND

RP_4.6V

MT_GND

SHOE_UNEREG

BATT_UNREG

MT_GND

D_2.8V

P_UNREG_GND

MT_5.2V

CAM_12V

EVF_2.8V

D_1.9V

D_2.8V

PANEL_4.6V

BATT/XEXT_SW

INIT_CHARGE_ON

AU_8.0V

D_3.1V

MT_GND

REG_GND

SHOE_UNEREG

MS_3.1V

P_UNREG_GND

CAM_DD_ON

D_1.9V

REG_GND

VTR_UNREG

A_2.8V

REG_GND

VTR_DD_ON

CHARGE_INH

D_1.5V

REG_GND

P_UNREG

SHOE_ON

CAM_-7V

EVF_BL-

CAP_VS

DRUM_VS

AU_2.8V

DRUM_ERROR

FAST_CHARGE

EVF_BL+

BATT_SIG

EVF_13.5V

PANEL_2.8V

CAP_ERROR

A_4.6V

D_3.1V

ACV_UNREG

ACV_GND

BATT_XEXT

N.C

REG

_GN

D

REG

_GN

D

MEN

U/R

EC L

EVEL

COM2

SEG5

SEG4

REG

_GN

D

REG

_GN

D

COM3

SEG3

COM1

2.8V

(DIA

L)

DIA

L_C

(EX

P/I

RIS

)

NC

SEG2

SEG11

SEG7

SEG1

REG

_GN

D

REG

_GN

D

REG

_GN

D

SEG9

SEG8

SEG12

SP+

EXP

OS

UR

E/IR

IS

DIA

L_D

(EX

P/I

RIS

)

REG

_GN

D

SEG6

SEG16

SEG14

PA

NEL

_RV

S

PA

NEL

_OP

EN/C

LOS

E

SEG15

SEG13

SP-

REG

_GN

D

SEG10

N.C

COM4

SP901SPEAKER

PANEL_G

KEY_AD4

N.C

XCS_LCD_PANEL

SP+

P_UNREG

N.C

XHI_SCK

HI_SO

KEY_AD7

DIAL_C

D_2.8V

N.C

PANEL_R

LI_3V

GND

P_UNREG_GND

XCS_LCD_DRIVER

P_UNREG_GND

N.C

GND

OSD_SO

PANEL_XHD

PANEL_2.8V

N.C.

EVER_3.0V

GND

DIAL_D

NC

GND

LCD_COM/XDATA

KEY_AD5

PANEL_XVD

N.C.

GND

PANEL_13.5V

P_UNREG

XOSD_SCK

PANEL_B

SP-

N.C

GND

N.C

KEY_AD6

GND

NC

HI_XRESET

GND

PANEL_4.6V

GND

CONTROL DIAL

CONTROL SWITCHBLOCK(ED-4980) FLEXIBLE

(RVS)

(OPEN/CLOSE)

FP-194FLEXIBLE

MENU

(SEE PAGE 4-4)

FP-1

87

CONTINUED ON FLEX

IBLE

CK-093 BOARD

TITLE

DISPLAY

MEMORYINDEX

(SELF TIMER)

MEMORY +

DIGITAL EFFECT

RESET

MEMORY -

PICTURE EFFECT

MEMORY PLAY

MEMORY DELETE

MEMORY MIX

DATA CODE

ZEBRA

70

100

HARNESS

HARNESS

CONTINUED ON

(SEE PAGE 4-4)

DD-138 BOARD

(1/2) DD-1 BLOCK (2/2) DD-2 BLOCK

DC IN

BATTERYTERMINAL

BL_

LOW

BL_

GN

D

BL_

HI

DU

MM

Y_L

AN

D

DET

BL_

PW

M

VD

D

UN

REG

_GN

D

PA

NEL

_UN

REG

INVERTER UNIT

CPC

PD-126 BOARD

LCD901 COLORLCDUNIT

ND201 BACK-LIGHT

FLEX

IBLE

FP-1

95

FP-2

05FL

EXIB

LE

CARACTORDISPLAY

LCD902

FP-196FLEXIBLE

VOLUME +

LCD BRIGHT +

LCD BRIGHT -

VOLUME -

HL-011 BOARD

B

16

H

154

E

10 12 13

K

9

D

11

C

1473

I

2 6

J

5

F

8

G

16

OFF

CP-094

CP-093

DCR-VX2000/VX2000E

4-2. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

(Measuring conditions voltage and waveform)• Voltages and waveforms are measured between the measure-

ment points and ground when camera shoots color bar chart ofpattern box. They are reference values and reference wave-forms. *(VOM of DC 10 MΩ input impedance is used.).

• Voltage values change depending upon input impedance of VOMused.) *

1. Connection

2. Adjust the distance so that the output waveform of Fig. a andthe Fig. b can be obtain.

Yello

w

A AB BA=B

Fig. a (Video output terminal output waveform)

Fig.b (Picture on monitor TV)

Electron beam scanned frame

CRT picture frame

H

Cya

nG

reen

Whi

teM

agen

ta

Red

Blu

e

Yello

wC

yan

Gre

enW

hite

Mag

enta

Red

Blu

e

THIS NOTE IS COMMON FOR WIRING BOARDS AND SCHEMATIC DIAGRAMS(In addition to this, the necessary note is printed in each block)

C

B E

56 4

21 3

54 6

23 1

4 5

23 1

1 2

45 3

3

2 1

3

2 1

3

2 1

Transistor Diode

Kinds of capacitor

Temperature characteristicsExternal dimensions (mm)

Note :The components identified bymark 0 or dotted line with mark0 are critical for safety.Replace only with part numberspecified.

Note :Les composants identifiés parune marque 0 sont critiquespour la sécurité.Ne les remplacer que par unepièce portant le numéro spécifié.

When indicating parts by reference number, pleas includethe board name.

(For printed wiring boards)• b: Pattern from the side which enables seeing.

(The other layers' patterns are not indicated.)• Through hole is omitted.• Circled numbers refer to waveforms.• There are few cases that the part printed on diagram

isn’t mounted in this model.• Chip parts.

(For schematic diagrams)• All capacitors are in mF unless otherwise noted. pF : m mF. 50V

or less are not indicated except for electrolytics and tantalums.• Chip resistors are 1/10W unless otherwise noted.

kW=1000W, MW=1000kW.• Caution when replacing chip parts.

New parts must be attached after removal of chip.Be careful not to heat the minus side of tantalum capacitor, Be-cause it is damaged by the heat.

• Some chip part will be indicated as follows.Example C541 L452

22U 10UHTA A 2520

• Constants of resistors, capacitors, ICs and etc with XX indicatethat they are not used.In such cases, the unused circuits may be indicated.

• All variable and adjustable resistors have characteristic curve B,unless otherwise noted.

• Signal nameXEDIT → EDIT PB/XREC → PB/REC

• 2 : non flammable resistor• 1 : fusible resistor• C : panel designation• A : B+ Line *• B : B– Line *• J : IN/OUT direction of (+,–) B LINE. *• C : adjustment for repair. *• Circled numbers refer to waveforms. ** Indicated by the color red.

DCR-VX2000/VX2000E

4-8

Pattern box

Front of the protection glass

95 cm

DCR-VX2000/VX2000E

4-9 4-10

For Schematic Diagram• Refer to page 4-11 for printed wiring board.• Refer to page 4-109 for waveforms.

CCD IMAGERCD-254

2.4

2.5

4.6

2.4

4.6

2.4

2.4

2.5

4.6

2.4

2.5

2.4

R-6.7/P0

R10

.9/P

0

R1.

2/P

0

R-0

.4/

P0

R12

.1/P

0

R6.

4/P

1.1

R1.

9/P

0

R-0

.4/

P0

-7.1

R9.

5/P

0

R-6

.7/

P0

R-6

.7/

P0

R9.

5/P

0

R-0

.4/

P0

R1.9/P0

R6.

8/P

1.1

R12

.1/P

0

R-0

.4/

P0

R1.

2/P

0

R11

.0/P

0

R-6.7/P0

R-6

.7/P

0

R9.

5/P

0

R1.

9/P

0

R-6

.7/P

0

R12

.1/P

0

R1.

2/P

0

-7.1

R10

.8/P

0

R6.

7/P

1.1

R-0

.4/P

0

R-0

.4/P

0

NO MARK:REC/PB MODE R :REC MODE P :PB MODE

6

12

3

4 5

7

2 1

4

35-7

.1

12

8

5

4

3

50PCN100

1 GND

3 H1B

5 SUBB

7 GND

9 B_CCD_OUT

11 GND

13 V2BB

15 V3B

17 GND

19 R_CCD_OUT

21 GND

23 VDD2R

25 V2AR

27 V1R

29 H1R

31 SUBR

33 GND

35 G_CCD_OUT

37 GND

39 VDD2G

41 V2AG

43 V1G

45 H1G

47 SUBG

49 GND

2GND

4H2B

6RGB

8VDDB

10GND

12VLB

14VDD2B

16V2AB

18V1B

20GND

22GND

24VLR

26V2BR

28V3R

30H2R

32RGR

34VDDR

36GND

38VLG

40V2BG

42V3G

44H2G

46RGG

48VDDG

50GND

IC103AD8014ART-REEL7

12

3 45

B0.1uC100

100uHL100

IC10

1

1

V1

2

V3

3

V2A

4

V2B

5

GN

D

6

VD

D2

7

VL2

8

VO

UT

9

VD

D

10

GN

D

11

SU

B

12

VL

13

NC

14

RG

15

H1

16

H2

IC10

0

1

V1

2

V3

3

V2A

4

V2B

5

NC

6

GN

D

7

GN

D

8

VO

UT

9

VD

D

10

GN

D

11

SU

B

12

VL

13

NC

14

RG

15

H1

16

H2

4700

R10

1

5600R100

1kR

106

82R109

100uHL106

B0.1uC117

B16V22uC102

100uHL104

82R107

B16V22uC103

100uHL101

IC10

2

1

V1

2

V3

3

V2A

4

V2B

5

NC

6

GN

D

7

GN

D

8

VO

UT

9

VD

D

10

GN

D

11

SU

B

12

VL

13

NC

14

RG

15

H1

16

H2

B0.1uC118

4700R103

AD8014ART-REEL7IC104

12

3 45

B0.1uC101

5600R102

1kR

108

4700

R10

4

5600R105

AD8014ART-REEL7IC105

12

3 45

B0.1u

C11

1

1kR110

82R111

100uHL105

C119

B16V22u

B0.1uC120

100uHL107

B4.7uC110

B4.7uC105

B4.7uC104

A

4.7uC109

16V

P6.3V10u

C108

P6.3V10u

C115

A16V4.7uC114

P6.3V10uC113

A16V4.7uC112

B0.1uC135

B2200pC134

B0.1uC132

B2200pC133

B0.1u

C130

B22

00p

C13

1

200kR112

200kR113

200k

R11

4

1

A

V2B

G

V2A

G

V3G

V1G

H1G

H2G

V2A

R

V1R

H2R

H1R

V2B

R

V3R

V1B

V3B

V2A

B

V2B

B

H2B

H1B

V1G

V2AG

V1R

V2AR

V3B

V2BB

V3G

V2BG

V3R

V1B

V2AB

V2BR

RGG

H2G

RGR

H2R

RGB

H2B

H1G

H1R

H1B

RG

GR

GR

RG

B

CD-254 BOARD

IC101

16

IC102

IC100

G-CH CCD IMAGER

TO VC-242 BOARD(1/18) CN025

(SEE PAGE 4-13)

B

H

4

E

109

D

C

73

I

2 6

J

5

F

8

G

XX MARK:NO MOUNT

PB

Y

CCD IMAGER

CHROMA

REC

VIDEO SIGNAL

Y/CHROMA

SIGNAL PATH-REF.NO.:1000 SERIES-

R-CH CCD IMAGER

B-CH CCD IMAGER

IC103BUFFER

BUFFER

IC104

IC105BUFFER

IC100,101,102ICX246AL-13:NTSC MODELICX247AL-13:PAL MODEL

NTSC MODEL:DCR-VX2000PAL MODEL :DCR-VX2000E

Precautions Upon Replacing CCD Imager• The CD-254 board mounted as a repair part is not equipped

with a CCD imager.When replacing this board, remove the CCD imager from theold one and mount it onto the new one.

• If the CCD imager has been replaced, carry out all the adjust-ments for the camera section.

• As the CCD imager may be damaged by static electricity fromits structure, handle it carefully like for the MOS IC.In addition, ensure that the receiver is not covered with dustsnor exposed to strong light.

DCR-VX2000/VX2000E

4-11 4-12

CD-254 (CCD IMAGER) PRINTED WIRING BOARD— Ref. No. CD-254 Board; 1,000 Series —

For printed wiring board• Refer to page 4-116 for parts location.• This board is four-layer print board. However, the pat-

terns of layers two and three have not been includedin the diagram.

There are few cases that the part printed on thisdiagram isn’t mounted in this model.

CCD IMAGERCD-254

FT-090(REMOTE)

MI-038(MIC IN)

MA-386(AUDIO AMP)

LB-065(BACK LIGHT) CK-093

(KEY IN)

PD-126(RGB DRIVE/TG)

HL-011(LCD DRIVE)

CD-254(CCD IMAGER)

FK-076(CONTROL SWITCH)

INVERTER TRANSFORMERUNIT

SE-108(VAP SENSOR)

DCR-VX2000/VX2000E

4-57 4-58JACK BOARD

JK-190

J302

16080

R300

FB301FB300

01ZA8.2(TPL3)D306

01ZA8.2(TPL3)D303

0R317

0R315

MA8075-TXD311

0R318J303

MAZJ200D0LS0D309

01ZA8.2(TPL3)D310

0R316

40PCN301

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

27

28

29

30

31

32

33

34

35

36

37

38

39

40

4PCN300

1NTPB

2TPB

3NTPA

4TPA

LND303

CH.GND

YC

GG

S S

J301

MA8082-(K8).S0D301

LND300

CH.GND

J300

0R301

0R302

0R303

0R307

0R308

0R309

0R306

0R304

0R305

01ZA8.2(TPL3)D300

01ZA8.2(TPL3)D302

01ZA8.2(TPL3)D304

MA8082-(K8).S0D305

MA8082-(K8).S0D307

MA8082-(K8).S0D308

0R311

0R312

0R313

0R314

01ZA8.2(TPL3)D312

01ZA8.2(TPL3)D313

MA8082-(K8).S0D314

LND301

CH.GND

0R319

LND302

CH.GND

XXR310

0R320

16080

R321

2520100uHL301

0.001uB

C3010.001u

B

C3020.001u

B

C303

0.001uB

C304

2520100uHL302

XXR322 R323

XX

1

A

TPA

NTPA

TPB

NTPB

XSJACK_IN

S_C_I/O

S_Y_I/O

S_Y_I/O

S_C_I/O

V_JACK_IN

VIDEO_I/O

LCH_DET

AUDIO_L_I/O

RCH_DET

AUDIO_R_I/OVIDEO_I/O

HP_JACK_IN

HP_R_OUT

HP_L_OUT

HP_JACK_IN

HP_R_OUT

HP_L_OUT

LANC_GND/232C_TD

LANC_SIG/232C_RD

XLANC_JACK_IN

LANC_DC

XLANC_JACK_IN

XLANC_JACK_IN

LANC_GND/232C_TD

LANC_DC

LANC_SIG/232C_RD

NTPB

TPB

TPA

NTPA

V_JACK_IN

LCH_DET

RCH_DET

AUDIO_R_I/O

AUDIO_L_I/O

XSJACK_IN

GND

TPA+

TPA-

GND

TPB+

TPB-

GND

GND

AUDIO_R_I/O

RCH_DET

LANC_SIG/232C_RD

LANC_DC

HP_L_OUT

GND

LANC_GND/232C_TD

GND

GND

HP_R_OUT

GND

XS_JACK_IN

GND

HP_JACK_IN

S_Y_I/O

V_JACK_IN

GND

S_C_I/O

AUDIO_L_I/O

GND

GND

GND

GND

GND

GND

VIDEO_I/O

LCH_DET

XLANC_JACK_IN

GND

GND

VIDEO

AUDIO

L

R

GND

GNDS VIDEO

JK-190 BOARD

TOVC-242 BOARD(9/18)CN006

(SEE PAGE 4-29)

B

4

E

10 12 139

D

11

C

732 65

F

8

G16

XX MARK:NO MOUNTSIGNAL

PB

AUDIOY

JACK BOARDCHROMA

REC

VIDEO SIGNAL

Y/CHROMA

SIGNAL PATH

-REF.NO.:2000 SERIES-

(HEADPHONE)

LANC

DV IN/OUT

DCR-VX2000/VX2000E

4-61 4-62KEY IN

CK-093

1200R257

1500R260

XXR254

3300R263

22kR269

XXR252

6800R266

3300R262

1200R256

3300R261

22kR268

XXR253

6800R265

1500R259

22kR267

6800R264

1200R255

XXR250

1500R258

S263

CN253 2P

1

2

BT250

01BZA8.2(TE85L)D254

01BZA8.2(TE85L)D255

50PCN250

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

01BZA8.2(TE85L)D251

MA8082-(K8).S0D252

LND250

SEIDEN

LND252

SEIDEN

CN251 14P

1

2

3

4

5

6

7

8

9

10

11

12

13

14

CN252 8P

1

2

3

4

5

6

7

8

01BZA8.2(TE85L)D250

01BZA8.2(TE85L)D253

S250S255 S258

S260

S251S253

S261

S252S254 S257

S259 S262

S256

XXR251

5PCN254

1

2

3

4

5

6PCN255

1

2

3

4

5

6

6PCN256

1

2

3

4

5

6

6P

1

2

3

4

5

6

XX

MA8082-(K8).SO 01BZA8.2(TE85L)SEIDEN

6PCN256

1

2

3

4

5

6

S002 S001

5PCN254

1

2

3

4

5

S001

1

A

AD6

AD5

AD4

TITLEDIGITALEFFECT

DISPLAY

MEMORY –MEMORY

INDEX DELETE PLAY

DATA CODE

ZEBRA

OFF 70 100

PANEL_2.8V

XCS_PANEL

HI_SO

XHI_SCK

UNREG

N.C

PANEL_13.5V

PANEL_4.6V

PANEL_R

PANEL_G

PANEL_B

XCS_LCD_DRIVER

LCD_COM/XDATA

XOSD_SCK

OSD_SO

EVER_3.0V

EXPOSURE/IRIS

DIAL_C(EXP/IRIS)

DIAL_D(EXP/IRIS)

2.8V(DIAL)

REG_GND

MEMORY +

MENUEXPOSURE

RESET

REG_GND

PANEL_XHD

SP+

REG_GND

KEY_AD5

XOSD_SCK

REG_GND

SP-

REG_GND

N.C

P_UNREG_GND

OSD_SO

DIAL_C

PANEL_13.5V

REG_GND

PANEL_2.8V

KEY_AD6

N.C

PANEL_B

REG_GND

EVER_3.0V

KEY_AD4

NC

XCS_LCD_PANEL

P_UNREG_GND

NC

N.C.

N.C.

DIAL_D

PANEL_R

N.C

REG_GND

P_UNREG

REG_GND

P_UNREG

HI_XRESET

N.C.

PANEL_4.6V

N.C

PANEL_XVD

PANEL_G

LI_3V

LCD_COM/XDATA

HI_SO

D_2.8V

XHI_SCK

XCS_LCD_DRIVER

REG_GND

KEY_AD7

IRIS REC LEVEL

KEY_AD7

REG_GND

REG_GND

XVD

XHD

UNREG_GND

MEMORY MIX

REG_GND

N.C

REG_GND

REG_GND

PANEL_RVS

REG_GND

REG_GND

REG_GND

MENU/REC LEVEL

REG_GND

SP-

REG_GND

PANEL_OPEN/CLOSE

NC

SP+

EXPOSURE/IRIS

DIAL_C

REG_GND

DIAL_D

D_2.8V

REG_GND

CONTROL SWITCH BLOCK(ED-4980)

PANEL_OPEN/CLOSE

REG_GND

REG_GND

REG_GND

PANEL_RVS

REG_GND

(RVS)(OPEN/CLOSE)

FP-197 FLEXIBLE

NC

MENU/REC LEVEL

REG_GND

REG_GND

REG_GND

FP-194 FLEXIBLE

MENU

MEMORY

CK-093 BOARD

16

TOPD-126 BOARDCN2100

(SEE PAGE 4-65)

(SEE PAGE 4-65)

TOPD-126 BOARDCN2101

(SEE PAGE 4-49)

CN008TO VC-242 BOARD(18/18)

(THROUGH THE FP-187 FLEXIBLE)

B

16

H

19154

E

10 12 139 17

D

11

C

1473

I

2 6 185

F

8

G

XX MARK:NO MOUNT

PB

Y

KEY IN

CHROMA

REC

VIDEO SIGNAL

Y/CHROMA

SIGNAL PATH


MEMORY

SP901(SPEAKER)

LITHIUMBATTERY

PICPUREEFFECT

(SELF TIMER)

CONTROL SWITCH BLOCK(ED-4980), FP-194 FLEXIBLEare replaced as a block.So that these PRINTED WIRING BOARD are omitted.

EXPOSURE BUTTON

S001

EXPOSURE DIAL

S002

DCR-VX2000/VX2000E

4-65 4-66RGB DRIVE, TG

PD-126


0.7 1.7 2.7 0 2.8 1.4 1.4 2.8 6.8 1.7 13.5

1.1

2.8

2.5

2.7

2.9

2.8

2.8

1.1

2.8

1.9

1.7

1.7

2.8 0.9 2.8 0.9 00.9 1.41.4 6.32.11.51.4

6.8

1.7

0.7

6.3

13.6

6.7

1.7

6.8

1.7

6.8

13.5 13.5

0

0

2.8

6.8

7.3 13.5

7.3

6.813.5

6.8

6.2

6.8

6.2

1.0

1.6

4.6 4.6

3.8

0

2.8

4.6 1.4

4.6

2.8

0

2.84.6

0

2.8

0.1

2.7

2.8

1.4

0

2.4

1.4

3.0

2.8

1.2

2.7

0

2.7

0

1.4

2.6

2.8

2.8

0.1

0

1.4

1.4

2.8

2.8

0

2.8 0.8 2.8 0.90.9 1.42.8 1.42.8 2.81.4

2.5 0.3 2.8 2.8 0 2.8 0 0 0

97

8

6

5

4

1

2

3

XXR2139

0R2175

100pCH

C2117

XXC2135

0R2146

XX

R21

10

NDS356APQ2104

R216610k

10kR2148

XP4601-TXEQ2101

0.01uC2109

XXR2154

100kR2124

1uC2133

10R

2137

XX

R21

09

0R2123

0.1uC2107

0.001uC2116

XXF

C2122

XXQ2108

20122.2uC2112

0.01uC2108

820kR2160

XXR2151

15kR2114

0.01uC2114

20VTA

3.3u

A

C2123

XXR2125

XXR2140

252010uHL2103

CN2101

1XCS_LCD_DRIVER/TP_R

2LCD_COM/XDATA/TP_L

3XOSD_SCK/N.C.

4OSD_SO/TP_BOT

5KEY_AD7/TP_TOP

6EVER_3.0V/N.C.

7UNREG

8UNREG_GND

XXC2136

XXL2105

0R2169

XXR2145

10R

2134

XXD2103

XXF

C2121

XX

C21

06

MA111-TXD2101

0.01uC2130

UN9213J-(TX).SOQ2102

XXR2152

0R2173

± 0.5%XX

R2128

0.01

uB

C21

03

XXD2105

0.1uC2128

0R2153

2.2uC2119

XXQ2106

1MR2157

68k

R21

17

252010uHL2102

XP4601-TXEQ2103

7PCN2103

1REG_GND/N.C.

2XCS_LCD_DRIVER/TP_R

3LCD_COM/XDATA/TP_L

4XOSD_SCK/N.C.

5OSD_SO/TP_BOT

6KEY_AD7/TP_TOP

7EVER_3.0V/N.C.

0R2174

XXR2142

XXQ2105

0R2168

XXR2171

5PCN2105

1 VG

2 COM

3 GND

4 PSIG

5 HSY

10kR2143

0R2163

22kR2118

0.01uC2110

0.1uC2127

1MR2122

68kR2119

2SB1462J-QR(K8).SOQ2109

Q21112SD2216J-QR(K8).SO

100kR2170

XX

C21

32

2.2uC2120

XXC2137

XXR2150

150kR2159

470kR2111

470kR2144

XXR2155

TA

10u6.3V

C2104

P

IC2101RB5P004AM1

XS

H.S

AV

E

1

SH

_R

2

SH

_G

3

SH

_B

4

SH

_A

5

N.C

/GN

D

6

BIA

S

7

OP

_IN

+

8

OP

_IN

-

9

OP

_OU

T

10

VC

O

11

CO

M_D

C

12

COM_IN 13

COM_OUT 14

Vcc3 15

VREF 16

GND1 17

GND2/N.C 18

G_DC_DET 21

R_DC_DET 19

VR 20

VG 22

B_DC_DET 23

VB 24

Vcc

2

25

P_D

C_D

ET

26

VP

27

XV

P.S

AV

E

28

PFR

P

29

FRP

30

PR

G

31

BLA

CK

_IN

32

BG

P

33

N.C

34

EXT_

DA

35

R_I

NJE

CT

36

C_BG/N.C37

XC.SAVE38

XSCK39

SI40

XCS41

Vcc142

XP.SAVE45

LPF_ADJ44

TRAP_ADJ43

B_IN46

G_IN47

R_IN48

0R2129

10R

2136

0R2113

2.7uHL2104

XXC2134

0.01uC2124

0R2165

0R2176

TA3.3u 20VC2115

A

0.1uC2105

RD3.3UM-T1BD2104

XX

Q21

07

1T369-01-T8AD2102

XXR2127

560pCH

C2111

47kR2116

0.01uC2125

24PCN21041 TEST2/SMON1

2 RGT/SLR

3 B/VB

4 R/VR

5 G/VG

6 PSIG/PVID

7 HCK1/GUD

8 HCK2/PCTL

9 CRext/PCTLB

10 SOUT/GPWC

11 REF/GPWCB

12 HST/GCK

13 WIDE/GCKB

14 CS/GSPB

15 VVSSG/GSP

16 VDDG/GVCC

17 VSS/GND

18 VDD/SVDD

19 DWN/SCKB

20 EN/SCK

21 VCK/SSPB

22 VST/SSP

23 COM/SMON2

24 TEST1/COMCNT

XXR2135

XXC2131

0.1uC2113

100

R21

38

252022uHL2101

XXR2161

TA

22u6.3V

C2101

A

IC2103CXD3505R-T4

HD

1

HD

O

2

XW

RT

3

BL

4

DET

IN

5

GN

D/T

EST

6

TES

TI/G

ND

7

LED

8

PW

M

9

TES

T/G

PW

C

10

TES

T/G

PW

CB

11

TES

T/G

SP

B

12

NC/GSP 13POFF 14

RGT/SLR 15

HCK1/GUD 16

HCK2/PCTL 17

HST/GCK 18

DWN/SCKB 21

VDD/PCTLB 19

WIDE/GCKB 20

EN/SCK 22

VCK/SSPB 23

VST/SSP 24

XS

TBY

25

OS

CO

26

OS

CI

27

XC

SA

VE

28

RP

D

29

TES

TI/V

DD

30

GN

D

31

SH

A

32

SH

B

33

SH

G

34S

HR

35

XC

LR

36

XCLP37

PRG38

SBLK39

FRP40

PFRP41

XSCK42

SO45

XCS44

VDD/SMON143

SI46

VDO/SMON247

XVD48

32164.7u

C2126

68kR2158

2700

R21

15

0R2162

CN2100

1PANEL_B

2PANEL_G

3PANEL_R

4REG_GND

5PANEL_2.8V

6PANEL_13.5V

7PANEL_4.6V

8XHI_SCK

9XCS_PANEL

10HI_SO

11REG_GND

12XVD

13XHD

14PANEL_15.5V

XXR2149

470kR2112

XXR2141

0.1uC2102

2.2uC2118

0R2172

± 0.5%XX

R2126

0R2147

XXC2138

Q2112XP4313-(TX).SO

LND281

PANEL_UNREG

100R2183

PG1111R-TRD2181

1kR2182

0R2184

4700R2181

0.1uC2186

0.01uC2182

4.7uHL2181

10u6.3V

C2185

PTA

LND282

VDD

UN9214J-(K8).SOQ2181

0.01uC2184

XXR2185

LND284

BL_PWM

100uHL2182

LND285

DET

LND283

UNREG_GND

UN9112J-(K8).SOQ2183

XXR2186

22uC2181

B16V

TA

22uC2183

B16V

TA

2SA1832F-Y/GR(TPL3)Q2182

1

A

R2177100k

R2178100k

R2179100k

R21

8010

0k

R21

290

PFR

P

SH

4

VB

VG

TG12

VR

VR

VG

TG17

TG21

VB

TG18

TG20

TG22

PR

G

TG16

VP

TG13

XC.SAVE

TG14

FRP

TG15

BLK

TG11

BG

P

TG10

TG23

XHI_SCK

XC

.SA

VE

XP.

SA

VE

XCS_PANEL

XTG_SO

VP

XP.SAVE

SH

1

TG24

SH

2

SH

3

TG10

TG11

TG12

TG24

TG23

TG19

TG20

TG18

TG15

TG14

TG13

BGP

PRG

BLK

FRP

PFRP

XHI_SCK

XCS_PANEL

XTG_SO

SH

4

SH

3

SH

2

SH

1

XHI_SO

XVD

XHD

TG43

TG47

TG15

TG47

TG16

TG22

TG21

TG17

TG16

XHI_SO

XCS_PANEL

XHI_SCK

XHD

TG43

TG19

XVD

TOCK-093 BOARD

CN251

(SEE PAGE 4-61)

PD-126 BOARD

(SEE PAGE 4-61)

TOCK-093 BOARD

CN252

CPC

(FOR CHECK)

16

IC2101R,G,BDRIVE

TIMINGGENERATOR

IC2103

TOHL-011 BOARD

CN1701

(SEE PAGE 4-97)

BL_GND

DUMY_LND

BL_LOW

BL_HI

INVERTER UNIT

ND901

BACKLIGHT

Q2181,2182 SWITCH

(STARTER)

B

16

H

19

M

154

E

10 12 13

K

209 17

D

11

C

L

1473

I

2 6 18

J

5

F

8

G

XX MARK:NO MOUNT

PB

Y

RGB DRIVE/TG

CHROMA

REC

VIDEO SIGNAL

Y/CHROMA

SIGNAL PATH


INV.

RESET

LED DRIVE

BIAS

BUFFER

BUFFER

B-SWITCHQ2102,2104

LCD901

COLORLCDUNIT

(Note)

Note : Resistor is mounted to the Location where C2129 is printed.



For Schematic Diagram• Refer to page 4-109 for waveforms.

DCR-VX2000/VX2000E

4-69 4-70ZOOM/FOCUS DRIVE

LA-026 (1/3)


0

3.1

3.1 3.1

0

R1.9/P2.7R0.4/P0

R0/P0

0.7 0.9

0.9

0.9

0.9

1.23.1

R0.6/P0

R0.

7/P

0

R0.

7/P

0.2

0.1

0.1

0.7

0.7

0.1

0.6

3.2

0.9

0.9

0.9

2.7

2.7

0

2.7

2.7

0

2.7

R2.3/P2.7

R0.1/P2.7

0

2.7

0

02.7 0 5.2 0 0 0 R0.

4/P

1.4

0R0.4/P1.4

5.2 0.1

R0.

5/P

1.40.1 0.1 0.1 5.2 0

R2.

3/P

1.4 0

DIR_1A

68kR142

IRIS_COM

IRIS_PWM

DIR_0A

B0.1uC152

DIR_1B

EN0

MT_GND

REG_GND

DIR_0B

10u10V

A

C154

B0.1uC155

MT_5.2V

2SB1462J-QR(K8).SOQ140

1uC143

10uHL141

L140 10uH

EN1

68kR143

P4V22u

C157

B0.1uC156

2200

R15

7

B470pC147

22kR164

0.1uB

C145

470kR160470kR155

1kR150

470k

R15

6

NJM

324V

(TE2

)IC

141

1

OU

T1

2

IN1-

3

IN1+

4

Vcc

5

IN2+

6

IN2-

7

OU

T2

8

OU

T3

9

IN3-

10

IN3+

11

GN

D

12

IN4+

13

IN4-

14

OU

T4

330R163

1kR

162

2SD2216J-QR(K8).SOQ142

2200R152

MA

2S11

1-(K

8).S

OD

140

10kR166

1/10W0

R147

0.01uB

C151

0.22uB

C148

2200pB

C153

47kR167

0.01uB

C140

1kR16

5

10uHL142

1MR151

P4V22u

C158

0.47uB

C150

1kR161

4700pB

C142

B0.001uC149

B0.1uC146

10kR153

22kR159


XXR149

15k

R15

8

220kR154

IRIS_OFFSET

IRIS_GAIN

HALL_AD

D_3.1V

C1410.01u

B

R14847k

D_2.8V

ZM_FC_LED

FB140

C144XX

IC14

0U

PD

1687

7MA

-6A

5-E2

1

VM

1

2

OU

T1A

3

PG

ND

4

OU

T2A

5

OU

T3A

6

PG

ND

7

OU

T4A

8

VM

4

9

IN1

10

EN1

11

IN2

12

EN2

13

IN3

14

EN3

15

IN4

16

EN4

17

OU

T4B

18P

GN

D19

OU

T3B

20

VM

23

21

OU

T2B

22

PG

ND

23

OU

T1B

24

VD

D

Q141UN9213J-(K8).SO10k

R141

1kR140

68kR144

68kR145

68kR146

IC14

2TA

75S

01F(

TE85

R)

1 2 3

45

R168

± 0.5%47k

± 0.5%18k

R169

± 0.5%470R170

B0.1uC159

CH47p

C160

56kR185

56kR177

CH47pC161

10k

R18

0

1kR181

BU9241FS-E2IC143

1 F0

2 F1

3 CTL1

45

67

8 FG

9 MM

10 GND 11GND

1213DIR

1415

1617

18CTL2

1920VDD

1kR173

10k

R17

2

10k

R17

1

B0.22uC163

560R178

1kR182

10k

R17

9 BU9241FS-E2IC144

1 F0

2 F1

3 CTL1

45

67

8 FG

9 MM

10 GND 11GND

1213DIR

1415

1617

18CTL2

1920VDD

1kR174 B

0.22uC162

560R186

MF_F1

MZ_F0

MZ_F1

MF_F0

MZ_A

MZ_B

MF_A

MF_B

0.1uB

C170

10uHL143

P4V22u

C166

0R187

B470pC167

B470pC168

B470pC164 B

470pC165

SE601ENC03JB

123 4

6PCN600

1GND

2YS_REF

3YSD_OUT

4SE_VCC

5PSD_OUT

6PS_REF

B

C6000.1u

SE602

134 2

L60010uH

SE600ENC03JA

123 4

SE603

134 2

C601

P4V22u

39PCN050

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

27

28

29

30

31

32

33

34

35

36

37

38

39

YSD_OUT

XXR060

PSD_OUT

SE_VCC

ND_SENS_VCC

PS_REF

YS_REF

TEMP_OUT

ND_SW3

ND_SW2

ND_SW1

ZM_RST_SENS

FC_RST_SENS

1

A

ZM_B

ZM_A

FC_B

FC_A

FC_A

FC_B

ZM_A

ZM_B

FC_B

FC_B

FC_A

FC_A

ZM_A

ZM_B

ZM_B

ZM_A

YAW

XX

XX

PITCH

LA-026 BOARD(1/3)

16

IRIS DRIVE

IC141

IRIS DRIVE

IC142

IC144FOCUS

IC143ZOOM

ZOOM/FOCUS DRIVE

IC140

Q140,141 SWITCH

SE-108 BOARD10 TO(3/3)

8 TO(3/3)

7 TO(3/3)

6 TO(2/3)

29 TO(2/3,3/3)

9 TO(3/3)

11 TO(3/3)

TO(3/3)12

TO(3/3)13

TO(2/3)28

TO(3/3)14

15 TO(3/3)

HALL+

ND_SENS_VCC

FOCUS_A-

NC

BIAS+

PS_REF

NC

GND

FOCUS_A

ZOOM_A-

NDC

PSD_OUT

NC

NC

NC

BIAS-

TEMP_OUT

SE_VCC

FC_RST_SENS

NC

ZOOM_A

DRIVE-

GND

FOCUS_B-

ZOOM_B-

ZM_RST_SENS

DRIVE+

NC

YSD_OUT

HALL-

NC

NC

FZ_SENS_VCC

GND

NDB

YS_REF

FOCUS_B

ZOOM_B

NDA

LENSBLOCK

4 TO(2/3)

26 TO(3/3)

1 TO(2/3)

TO(2/3)2

TO(2/3)3

5 TO(2/3)

21 TO(3/3)

22 TO(3/3)

B

16

H

154

E

10 12 13

K

9 17

D

11

C

1473

I

2 6

J

5

F

8

G

18

XX MARK:NO MOUNT

ZOOM/FOCUS DRIVE(LA BLOCK)-REF.NO.:20000 SERIES-

VAP SENSOR-REF.NO.:1000 SERIES-XX MARK:NO MOUNT

DRIVER

BUFFER

For Schematic Diagram• Refer to page 4-75 for SE-108 printed wiring board.

DCR-VX2000/VX2000E

4-71 4-72VAP DRIVE

LA-026 (2/3)

For Schematic Diagram• Refer to page 4-67 for printed wiring board.


R5.1/P0

R5.

1/P

0

R4.

4/P

0

R5.

1/P

0

R5.0/P0

R5.

1/P

0

0

0

R5.

0/P

0

2.7

R5.1/P0

R2.5/P0

R5.2/P0

5.2

R4.5/P5.2

R0/P5.2 R2.7/P0

R2.2/P0

R4.4/P0

R1.

3/P

0

R2.

2/P

0R

4.4/

P0 R1.

3/P

0

R4.4/P0 4.6

R3.

7/P

4.6

R0.1/P4.6R2.7/P0

R2.7/P0

R3.

1/P

0.1

R3.

1/P

2.4

3.1

R3.1/P0

R2.2/P0R

2.2/

P0

R2.

2/P

0R

4.4/

P0

R2.

2/P

6

R2.3/P0

R2.

2/P

0

R2.3/P0

R2.

2/P

0

R2.

2/P

0

R2.

2/P

0

R2.

2/P

0

R2.2/P6

R2.2/P0

R2.

2/P

0

R2.

2/P

0

R4.

5/P

0

R2.

2/P

0

R2.

2/P

0

R2.

2/P

0

R2.

2/P

0

R2.

2/P

0

R2.

2/P

0

0 0

R5.1/P0

R2.

4/P

0

R2.

2/P

0 R2.2/P0

R2.0/P0 R

2.2/

P0 R2.2/

P0

R2.

2/P

0

R5.1/P0

R2.

2/P

0

R2.2/P0

R2.3/P0

R2.

2/P

0R

2.2/

P0

R2.4/P3.1

R3.1/P0

3.1

R2.7/P0

R0.1/P2.7

R2.

0/P

2.7

2.7R2.7/P0.3

R0.

7/P

0

R0.

9/P

0

R1.

4/P

0

R1.

4/P

0

R1.

3/P

0

R1.

3/P

0

R1.

3/P

0

R1.

3/P

0

R0.

7/P

0

R0.

3/P

0

R1.

4/P

00

R1.

3/P

0

R1.

3/P

0

R1.

3/P

0

R1.

3/P

0 0

R2.

7/P

0.3

MT_GND

10uHL072

MT_5.2V


P_PWM

A_4.6V

10u6.3V

P

C09447kR111

C08010u6.3V

P


P_OUT

Y_PWM

1kR

110

Y_OUT

VAP_DD_ON

UN9213J-(K8).SOQ074

100uHL071

IC07

4N

JM34

03A

V(T

E2)

1

OU

T1

2

IN1-

3

IN1+

4

VC

C

5

IN2+

6

IN2-

7

OU

T2

8

OU

T3

9

IN3-

10

IN3+

11

GN

D

12

IN4+

13

IN4-

14

OU

T4

VP_LOCK_SENS

D_3.1V

IC075TC7SET04FU(TE85R)

12

345

IC072LB1830M-TLM

1 VCC

2 OUT2

3 GND

4 OUT1

5 VS 6VCONT

7VREF

8VM

9IN1

10IN2

VP_LOCK_DR

10uHL070

4.7u6.3V

P

C07947kR086

47kR087

100kR113

1/8W2.2

R085

4700R084

B0.1uC078

1kR116

10kR115

TC7SET04FU(TE85R)IC076

12

345

10u6.3V

P

C093

22kR100

B0.022uC091

22kR101

B0.047uC088

22kR102

B3300pC092

± 0.5%10kR096

B0.22uC085

± 0.5%100kR098

± 0.5%220kR095

XXC084

B3300pC089

B0.047uC087

B0.022uC090

22kR103

22kR104

22kR105

± 0.5%100kR099

± 0.5%10kR097

B0.22uC086

± 0.5%220kR093

XXC083

NJM

324V

(TE2

)IC

073

1

OU

T1

2

IN1-

3

IN1+

4

VC

C

5

IN2+

6

IN2-

7

OU

T2

8

OU

T3

9

IN3-

10

IN3+

11

GN

D

12

IN4+

13

IN4-

14

OU

T4

± 0.5%47k

R088

± 0.5%47k

R089

IC07

1N

JM34

14A

V(T

E2)

1

OU

T1

2

IN1-

3

IN1+

4

GN

D

5

IN2+

6

IN2-

7

OU

T2

8

VC

C

± 0.5%10k

R082

B6800pC074

± 0.5%100kR080

± 0.5%15k

R083

B0.47uC077

± 0.5%10k

R079

± 0.5%10k

R076

± 0.5%6800R073

B0.1uC072

B1u

C076

± 0.5%820

R072

± 0.5%100kR092

XXR090

XXC082

± 0.5%100kR091

XXR094

XXC081

± 0.5%6800R071

B0.47uC075

± 0.5%100kR077

± 0.5%10k

R075

B0.1uC071

± 0.5%820R070

B68

00p

C07

3

NJM

3414

AV

(TE2

)IC

070

1

OU

T1

2

IN1-

3

IN1+

4

GN

D

5

IN2+

6

IN2-

7

OU

T2

8

VC

C

± 0.5%10kR078

± 0.5%10k

R074

± 0.5%15kR081

ND_MZ_LED

10kR114

1kR112

ND_SENS_VCC

22u4VP

C095

MF_LED

10kR120


1kR118

100kR107

100kR109

68kR106

68kR108

B0.1uC070

UN

9213

J-(K

8).S

OQ

072



D07001BZA8.2(TE85L)

UN9213J-(K8).SOQ078

47kR119

2SA1588-OY-TE85LQ076

1kR117

10uHL073

4.7u6.3V

P

C097

B0.1uC096

B4.7uC100

B2.2uC099

B2.2uC098

2SA1588-OY-TE85LQ200

R208XX

PS_REF

R20322k

B

C2020.033u

C201

P4V22u

R2061M

PSD_OUT

2520

L20010uH

1kR210

R2091M

SE_VCCIC200

UPC6756GR-8JG-E2

1

PA

SS

2

OU

T1

3

AM

1

4

Vre

f1

5

HO

1

6

HI1

7

LO1

8

LIA

1

9

LIB

1

10

GN

D

11

LIB

2

12

LIA

2

13

LO2

14

HI2

15

HO

2

16

Vre

f2

17

AM

2

18

OU

T2

19

C_R

ESET

20

VC

C

R20122k

10kR211

B

C2050.022u

R20410k

C200

P4V22u

C213XX

R20510k

C210

B4V47u

YS_OUT

C211

B4V47u

B

C2060.022u

C208

B4V47u

UN9213J-(K8).SOQ201

C214

P4V22u

B

C2070.022uR202

22k

REG_GND

PS_OUT

C209

B4V47u

B

C2040.022u

YSD_OUT

C_RST

R20022k

B

C2150.1u

R207XX

YS_REF

C212XX

B

C2030.033u

27PCN0521

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

27

MF_F1

MZ_F0

MF_F0

MZ_F1

VP_TEMP

1

ALA-026 BOARD(2/3)

16

IC072VAP DRIVE

IC074VAP DRIVE

VAP DRIVE

IC073

Q076,078 SWITCH

BUFFER

IC075-076

Q073,074 SWITCH

Q072,075 SWITCH

SWITCH

IC070-071VAP DRIVE

BEADS

IC200

28 TO(1/3)

TO(3/3)19

27 TO(3/3)

TO(3/3)18

TO(1/3)6

20 TO(3/3)

5 TO(1/3)

23 TO(3/3)

17 TO(3/3)

Q200,201 SWITCH

24 TO(3/3)

25 TO(3/3)

4 TO(1/3)

29 TO(1/3,3/3)

LOCK+

MF_F1

Y_DRIV_B

P_DRIV_B

P_DUMP_A

Y_OUT

LOCK-

LOCK_SENS_IN

P_DRIV_A

Y_DRIV_A

LOCK_SENS_OUT

MZ_F0

MZ_F1

TEMP_OUT

NC

Y_DUMP_B

MF_VCC

MF_GND

MF_F0

MZ_VCC

P_OUT

NC

MZ_GND

P_DUMP_B

Y_DUMP_A

VAP_VCC

VAP_GND

TO(1/3)1

16 TO(3/3)

TO(1/3)3

2 TO(1/3)

ACTIVE PRISM

ACTUATOR

B

16

H

19154

E

10 12 13

K

9 17

D

11

C

L

1473

I

2 6 18

J

5

F

8

G

XX MARK:NO MOUNT

VAP DRIVE(LD BLOCK)-REF.NO.:20000 SERIES- Q070,071

PROTECT

±

DCR-VX2000/VX2000E

4-73 4-74


KEY IN/CONNECTORLA-026 (3/3)

0


0

27PCN053

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

27

R050XX

R0511200

R0521500

R0533300

R0546800

R05522k

Q050UN9211J-(K8).SO

DIR_0B

REG_GND

DIR_1B

FC_RST_SENS

MZ_A

VP_TEMP

P_OUT

VP_LOCK_SENS

DIR_1A

P_PWM

TEMP_OUT

IRIS_OFFSET

IRIS_PWM

IRIS_GAIN

PS_OUT

EN1

ND_SW1

DIR_0A

ZM_RST_SENS

YS_OUT

MZ_B

Y_PWM

ND_SW2

C_RST

EN0

ND_MZ_LED

80PCN051

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

61

63

65

67

69

71

73

75

77

79

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

62

64

66

68

70

72

74

76

78

80

HALL_AD

VAP_DD_ON

MF_LED

ZM_FC_LED

MF_B

Y_OUT

VP_LOCK_DR

A_4.6V

ND_SW3

IRIS_COM

MF_A

6PCN055

1

2

3

4

5

6

6PCN054

1

2

3

4

5

6

LND051

CH.GND

20121/10W

R056 XX

20121/10W

R057 XX

1/10W0

R058

20PCN056

1 DIAL_A

2 EXECUTE

3 GND

4 GND

5 GND

6 DIAL_B

7 GND

8 GND

9 D_2.8V

10 KEY_AD3

11 XACCESS_LED

12 N.C

13 GND

14 GND

15 VCC

16 VCC

17 BS

18 DIO

19 MS_IN

20 SCLK

2012XX

R061

2012XX

R062

0R063

XXR064

0R065

0R066 0R067

D_2.8V

1

2

3

4

5

6

1

2

3

4

5

6

D575MA8082-(K8).SO

D576MA8082-(K8).SO

D577MA8082-(K8).SO

R575XX

R576XX

LND576

CH.GND

LND575

CH.GND

LND550

CH.GND

D550MA8082-(K8).SO

S550

LND551

CH.GND

R551XX

S551

D551018ZA8.2(TE85L)

S552

D552MA8082-(K8).SO

R552XX

1

A

LOW_CUT_ON_CH2

XCUSTOM_PRESET

SIRCS_SEL1

SIRCS_SIG

SIRCS_PWM

LANC_SIG

SIRCS_SEL2

EXT_MIC_MONO

EXT_MIC_DET

R(CH2)IN

SHOE_UNREG

AU_4.6V

REG_GND

L(CH1)IN

TALLY_LED

F_TALLY_LED

REG_GND

SHOE_ID2

ZOOM_MIC_CONT

AU_2.8V

SHOE_UNREG

MT_GND

LOW_CUT_ON_CH2

REG_GND

DIR_1B

MF_B

MF_LED

MS_IN

REG_GND

MT_GND

REG_GND

ND_MZ_LED

HALL_AD

SCLK

P_OUT

DIR_0B

IRIS_PWM

CTRL_A

R(CH2)IN

SIRCS_PWM

IRIS_OFFSET

REG_GND

Y_PWM

D_2.8V

P_PWM

SIRCS_SEL1

VP_LOCK_DR

AU_4.6V

VAP_DD_ON

ND_SW2

VCC

SIRCS_SEL2

SHOE_UNREG

ND_SW3

ZM_FC_LED

A_4.6V

REG_GND

MT_5.2V

ZM_RST_SENS

EN1

EXT_MIC_MONO

MT_GND

IRIS_COM

AU_2.8V

DIO

MS_LED_ON

XCUSTOM_PRESET

MF_A

MT_5.2V

ZOOM_MIC_CONT

BS

LANC_SIG

SIRCS_SIG

VP_TEMP

TEMP_OUT

SHOE_UNREG

DIR_0A

TALLY_LED

EXECUTE(DIAL)

F_TALLY_LED

L(CH1)IN

LOW_CUT_ON_CH1

D_3.1V

SHOE_ID2

MZ_A

EXT_MIC_DET

SHOE_ID1

KEY_AD3

DIR_1A

VP_LOCK_SENS

PS_OUT

ND_SW1

YS_OUT Y_OUT

FC_RST_SENS

KEY_AD2

D_3.1V

C_RST

IRIS_GAIN

EN0

MZ_B

CTRL_B

LOW_CUT_ON_CH1

SHOE_ID1

MT_GND

MT_5.2V

D_3.1V

GND

GND

N.C.

FADER

BACK_LIGHT

SPOT_LIGHT

PUSH_AUTO

GND

GND

INDEX

INFINITY

AUTO

TOFK-076 BOARDCN501

(SEE PAGE 4-85)

TOKP-010 BOARDCN550

(SEE PAGE 4-81)

TOMK-014 BOARDCN001

(SEE PAGE 4-81)

(SEE PAGE 4-81)

TOMS-049 BOARDCN775

16

18 TO(2/3)

TO(2/3)16

TO(2/3)17

TO(1/3)11

19 TO(2/3)

13 TO(1/3)

20 TO(2/3)

TO(1/3)15

9 TO(1/3)

TO(1/3)8

27 TO(2/3)

29

TO(1/3,2/3)

26

TO(2/3)25

TO(1/3)

10 TO(1/3)

TO(2/3)24

12 TO(1/3)

TO(2/3)23

21 TO(1/3)

TO(1/3)22

14 TO(1/3)

TO VC-242 BOARD(18/18) CN023 (THROUGH THE FP-186 FLEXIBLE)

(SEE PAGE 4-50)

7 TO(1/3)

AUTO

GND

GND

PUSH_AUTO

N.C.

GND

FADER

GND

BACK_LIGHT

INDEX

SPOT_LIGHT

INFINITY

FP-189 FLEXIBLE

FADER BACK LIGHT SPOT LIGHT

FP-188 FLEXIBLE

B

16

H

19154

E

10 12 13 209 17

D

11

C

14 2173

I

2 6 185

F

8

G

XX MARK:NO MOUNT

SIGNAL

PB

AUDIO

LA-026 BOARD(3/3)KEY IN/CONNECTOR

REC

SIGNAL PATH


INDEX MARK

PUSHAUTO

AUTO

INFINITY

MAN LED DRIVE

S501 S502 S503

DCR-VX2000/VX2000E

4-85 4-86CONTROL SWITCH

FK-076 / CF-4980

XXR501

XXR500

1200R504

1200R503

1500R507

1500R506

3300R509

560R505

560R508

560R511

D50

3

3300R510

6800R513

560R514

22kR515

6800R512

560R516

D50

5

D50

7

D50

9

D51

1D

510

D50

8

D50

6

D50

4

D50

2

D50

0D

501

560R502

27PCN500

1 MT_5.2V

2 MT_GND

3 MT_GND

4 SIRCS_SIG

5 SIRCS_SEL2

6 LANC_SIG

7 XCUSTOM_PRESET

8 SIRCS_PWM

9 TALLY_LED

10 SIRCS_SEL1

11 D_3.1V

12 SHOE_UNREG

13 SHOE_UNREG

14 AU_4.6V

15 F_TALLY_LED

16 AU_2.8V

17 LOW_CUT_ON_CH2

18 SHOE_ID1

19 LOW_CUT_ON_CH1

20 SHOE_ID2

21 ZOOM_MIC_CONT

22 EXT_MIC_MONO

23 EXT_MIC_DET

24 REG_GND

25 REG_GND

26 R(CH2)OUT

27 L(CH1)OUT

S501

S509

S508S505S503

S511S506S504

S510

S502S500 S507

LND500

SEIDEN LND

D51201ZA8.2(TPL3)

XXR517

36PCN501

1UNREG

2UNREG

3XSW_LED_VTR

4XSW_LED_VTR

5D_2.8V

6KEY_AD0

7KEY_AD1

8GND

9GND

10MT_5.2V

11MT_GND

12MT_GND

13SIRCS_SIG

14SIRCS_SEL2

15LANC_SIG

16XCUSTOM_PRESET

17SIRCS_PWM

18TALLY_LED

19SIRCS_SEL1

20D_3.1V

21SHOE_UNREG

22SHOE_UNREG

23F_TALLY_LED

24AU_4.6V

25LOW_CUT_ON_CH2

26AU_2.8V

27SHOE_ID1

28LOW_CUT_ON_CH1

29SHOE_ID2

30ZOOM_MIC_CONT

31EXT_MIC_MONO

32EXT_MIC_DET

33REG_GND

34REG_GND

35R(CH2)OUT

36L(CH1)OUT

1

A

STOP REW PLAY REC

PAUSE FF SLOW

EDIT SEARCH+

END_SEARCHAUDIO_DUB

TOMA-386 BOARDCN1103(THROUGH THE FP-202 FLEXIBLE)

(SEE PAGE 4-102)

TOVC-242 BOARD(12/18)

CN004(THROUGH THE

FP-200 FLEXIBLE)

(SEE PAGE 4-35)

TOLA-026 BOARD(3/3)

CN053(THROUGH THE

FP-200 FLEXIBLE)

B

H

4

E

109

D

C

732 65

F

8

G

16

FK-076 BOARD

XX MARK:NO MOUNT

SIGNAL

PB

AUDIO

CONTROL SWITCH

REC

SIGNAL PATH


EDIT SEARCH-

(SEE PAGE 4-74)

14PCN011

1GND

2D_2.8V

3ZOOM_VR_AD

4XPHOTO_FREEZE

5XPHOTO_REC

6XS/S_SW

7XVTR_MODE_SW

8XCAM+STBY_SW

9PHOTO_STBY_SW

10XEJECT_SW

11GND

12XS/S_SW(LOW_ANGEL)

13LID_OPEN

14GND

1 GND

2 XEJECT_SW

3 PHOTO_STBY_SW

4 XCAM+STBY_SW

5 XVTR_MODE_SW

6 XS/S_SW

7 GND

8 GND

RV80020k

S811

1GND

2XEJECT_SW

3PHOTO_STBY_SW

4XCAM+STBY_SW

5XVTR_MODE_SW

6XS/S_SW

7GND

8GND

S812

1

2

3

45

6

7

8

9

10

S810 S806

1

A

PHOTO FREEZE


(SEE PAGE 4-44)

CONTROL SWITCH BLOCK(CF-4980)

START/STOP EJECT POWER DIALVTR

OFF

CAMERA

PHOTO

PHOTO REC

START/STOP

LID_OPEN

CONTROL SWITCH BLOCK(PS-4980)

B

4

E

D

C

32 65

F

16

CONTROL SWITCH BLOCK(CF-4980,PS-4980) arereplaced as a block.So that these PRINTED WIRING BOARD are omitted.

DCR-VX2000/VX2000E

4-89 4-90MIC IN

MI-038REMOTE

FT-090/


R4.0/P5.2

5.2

R2.6/P0

R0.1/P4.0


3.1

3.2

0

0

0

4.5

4.6

4.6

4.0

4.6

4.6

4.0

4.6

4.04.6

4.0

1.5

2.1

4.0

1.5

2.1

0

4PCN700

1

2

3

4

4PCN701

1

2

3

4


B

6.3VTA

47uC706

10kR713


10kR714

10kR715


0.22uB

C709



± 0.5%1k

R701

± 0.5%24k

R702

± 0.5%1k

R700

± 0.5%91k

R705

± 0.5%91k

R703

± 0.5%24k

R704

100pCH

C700

100pCH

C701

0.22uB

C702

0.22uB

C703

UN5213-TXQ704

2SD999-T1-CLCKQ700

470R707

330R708

1/10W8.2

R706

10PCN702

1

2

3

4

5

6

7

8

9

10

UN5113-TXQ702

14PCN703

1

2

3

4

5

6

7

8

9

10

11

12

13

14

0R716

0R717

B10V

TA

33uC710

B10V

TA

33uC711

B6.3VXX

C712

100pCH

C704

100pCH

C705

XXR752

CL-200IR-X-TU-BCD751

47R751

LND751

CH_GND

0.2AF750

10u6.3VTAP

C750

680R750

RS-70-TUIC750 1 2

34

10PCN750

1

2

3

4

5

6

7

8

9

10

XXR753

UN9210J-(TX).SOQ750

BR1102W-TRD750

LND750

CH_GND

1

2

3

4

5

6

7

8

9

10

11

12

13

14 1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

CN1101

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

S1

1

A

SIRCS_SIG1

SIRCS_PWM

MT_5.2V

F_TALLY_LED

D_3.1V

MT_GND

MT_GND

AU_4.6V

MIC_GND

INT_MIC_R

MIC_GND

INT_MIC_L

MIC_GND

MIC_GND

MIC_L_GND

INT_MIC_L1

INT_MIC_L2

MIC_GND

MIC_R_GND

MIC_GND

INT_MIC_R2

INT_MIC_R1

SIRCS_SIG1

SIRCS_DRV_CL

F_TALLY_LED

MT_5.2V

D_3.1V

MT_GND

MT_GND

MT_GND

MT_GND

MT_GND

MT_5.2V

MT_GND

D_3.1V

MT_GND

MT_GND

MT_GND

SIRCS_SIG1

SIRCS_DRV_CL

MT_GND

F_TALLY_LED

REMOTE COMMANDER RECEIVER

IC750

16

TALLY

INT_MIC_R

MIC_GND

MIC_GND

D_3.1V

MIC_GND

F_TALLY_LED

AU_4.6V

INT_MIC_L

SIRCS_SIG1

MIC_GND

SIRCS_PWM

MT_5.2V

MT_GND

MT_GND

MT_5.2V

F_TALLY_LED

D_3.1V

(SEE PAGE 4-101)

TOMA-386 BOARDCN1100

MT_GND

SIRCS_SIG1

MT_GND

N.C.

MIC_GND

MIC_GND

MIC_GND

SIRCS_PWM

AU_4.6V

INT_MIC_L

INT_MIC_R

MIC_GND

FP-199 FLEXIBLE

Q700,702,704 CIROS PWM

MIC901 (L)

MIC902 (R)

SC2

R-CH(3)

SB2

SD3

L-CH(2)

SD2

SA1

R-DET(11)

SD1

SA2

GND.L-DET(1.10)

SB1

N.C.

SB3

SC3

SW_COM(5)

SW_PULL_OUT_JACK(4)

SA3

SW_INSERT_JACK(6)

SC1

TOMA-386 BOARDCN1101

LINE

FP-198 FLEXIBLE

FT-090 BOARD MI-038 BOARD

B

154

E

10 12 139

D

11

C

14732 65

F

8

XX MARK:NO MOUNT

SIGNAL

PB

AUDIO

REMOTE

REC

SIGNAL PATH

-REF.NO.:1000 SERIES- -REF.NO.:1000 SERIES-

MIC IN

XX MARK:NO MOUNT

Q701,703,705MIC B+ SWITCH

BUFFER

BUFFER

LINE

J001

MIC

G

(SEE PAGE 4-101)



DCR-VX2000/VX2000E

4-93 4-94BACK LIGHT

LB-065

1


R0.

4/ P0

R4.6/P0

R4.5/P0

R0.2/P0

R4.6/P0

10VTA

33uC201

B

LND200

A

2200pB

C203

3216

L20147uH3225

L200

LND201

A

FX216-TL1Q200

XXD201

C202

3216

4.7uB

T200

1

5

3

4

2

6

10

TC7SET08FU(TE85R)IC200

12

3 45

1608XX

R202

0.1u

16

52

3

4

B

C200

XXR201

16PCN201

1 COM

2 G

3 R

4 B

5 BLK

6 HCK1

7 HCK2

8 HST

9 RGT

10 DCG/CLR

11 EN

12 STB

13 VCK2

14 VST

15 VSS

16 VDD

D200CL-170R-CD-T

R200390

27PCN200

1COM

2G

3R

4B

5BLK

6HCK1

7HCK2

8HST

9RGT

10DCG/CLR

11EN

12STB

13VCK2

14VST

15VSS

16VSS

17VDD

18EVF_BL_GND

19EVF_BL_GND

20EVF_BL_4.75V

21EVF_BL_4.75V

22XTALLY_LED

23DET

24LED_K

25PWM

26N.C

27N.C

160882

R203

10kR204

1N.C

2N.C

3PWM

4LED_K

5DET

6XTALLY_LED

7EVF_BL_4.6V

8EVF_BL_4.6V

9EVF_BL_GND

10EVF_BL_GND

11EVF_VCC

12VSS

13VSS

14VST

15VCK2

16STB

17EN

18DCG/GLR

19RGT

20HST

21HCK2

22HCK1

23BLK

24B

25R

26G

27COM 1 COM

2 G

3 R

4 B

5 BLK

6 HCK1

7 HCK2

8 HST

9 RGT

10 DCG/CLR

11 EN

12 STB

13 VCK2

14 VST

15 VSS

16 VSS

17 VDD

18 EVF_BL_GND

19 EVF_BL_GND

20 EVF_BL_4.75V

21 EVF_BL_4.75V

22 XTALLY_LED

23 DET

24 LED_K

25 PWM

26 N.C

27 N.C

1

A

R205100k

R206100k

R207100k

R208100k

VCC

10uH2520

SB:U8554

SB:B0758

LB-065 BOARD

16

FP-193FLEXIBLE

LCD903

LCDUNIT

ND200BACKLIGHT

(SEE PAGE 4-34)


B

4

E

10 129

D

11

C

732 65

F

8

G

XX MARK:NO MOUNT

SIGNAL

PB

AUDIO

INVERTER

IC200

Y

BACK LIGHT

CHROMA

REC

VIDEO SIGNAL

Y/CHROMA

SIGNAL PATH


INVERTER



For Schematic Diagram• Refer to page 4-109 for waveform.

DCR-VX2000/VX2000E

4-97 4-98LCD DRIVE

HL-011

1


1.5

1.9

2.9

2.8

0.1

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.5

1.50

2.9

BU9735K-E2IC1701

1 OSC1

2 OSC2

3 VSS

4 VC

5 VLCD

6 VDD

7 SCK

8 SO

9

XC

S

10

C/X

D

11

CO

M1

12

CO

M2

13

CO

M3

14

CO

M4

15

SEG

1

16

SEG

2

17SEG3

18SEG4

19SEG5

20SEG6

21SEG7

22SEG8

23SEG9

24SEG10

25

SEG

11

26

SEG

12

27

SEG

13

28

SEG

14

29

SEG

15

30

SEG

16

31

SEG

17

32

SEG

18

680kR1704

0.01uB

C1701

7PCN1701

1REG_GND

2XCS_LCD_DRIVER

3LCD_COM/XDATA

4XOSD_SCK

5OSD_SO

6KEY_AD7

7EVER_3.0V

R17011200

R17021500

R17033300

21PCN1703

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

D17

01M

A80

82-(

K8)

.S0

5PCN1702

1KEY_AD7

2KEY_AD7_S1

3REG_GND

4KEY_AD7_S2

5KEY_AD7_S3

1 KEY_AD7

2 KEY_AD7_S1

3 REG_GND

4 KEY_AD7_S2

5 KEY_AD7_S3

1 REG_GND

2 XCS_LCD_DRIVER

3 LCD_COM/XDATA

4 XOSD_SCK

5 OSD_SO

6 KEY_AD7

7 EVER_3.0V

1REG_GND

2XCS_LCD_DRIVER

3LCD_COM/XDATA

4XOSD_SCK

5OSD_SO

6KEY_AD7

7EVER_3.0V

S004

S003

S002

S001

1

A

SEG6

CO

M3

SEG7

CO

M2

CO

M1

SEG8

SEG9

SEG10

SEG

11

SEG

16

SEG

15

SEG

14

SEG

13

SEG

2

SEG3

SEG

1S

EG12

CO

M4

SEG4

SEG5

COM1

COM2

SEG2

SEG3

SEG4

SEG5

SEG6

SEG7

SEG8

SEG9

SEG10

SEG11

SEG12

SEG13

SEG14

SEG1

SEG16

SEG15

COM3

COM4

SEG7

SEG11

COM1

SEG5

SEG1

SEG12

COM2

SEG4

SEG2

SEG13

COM3

SEG15

SEG8

SEG3

SEG14

COM4

SEG16

SEG9

N.C

SEG6

SEG10LCD

CHARACTORDISPLAY

FP-195FLEXIBLE

TOPD-126 BOARD

CN2103

(SEE PAGE 4-65)

FP-196FLEXIBLE

B

4

E

10 12 139

D

11

C

732 65

F

8

HL-011 BOARD

16

XX MARK:NO MOUNT

LCD DRIVE

LCD DRIVE

IC1701


VOLUME-

VOLUME+

LCD BRIGHT-

LCD BRIGHT+

For Schematic Diagram• Refer to page 4-110 for waveform.

DCR-VX2000/VX2000E

4-101 4-102AUDIO AMP

MA-386

1.4

1.4

2.3

1.4

0 1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

2.7

2.8

1.4

2.8

2.7

0

1.8

1.4

1.2

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

2.2

1.4

2.3

1.4


R0.1/P4.0

R2.

6/P

0

R4.9/P5.2

5.2

RS-70-TUIC1102

1 2

34

10u6.3VTA P

C1109

47R1125

6.3V10u

C1106

P

BR1102W-TRD1105

S1100

LND1101

CH_GND

LND1100

CH_GND

MA111-(K8).S0D1107

MA111-(K8).S0D1109

MA111-(K8).S0D1110

100kR1130

10kR1128

10kR1129

1kR1127

1kR1126

UN9210J-(TX).SOQ1104

680R1121

XXR1124

0R1123

0R1122

MA111-(K8).S0D1108

MA8082-(K8).S0D1106

27PCN1103

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

27

47kR1101

68R1131

100kR1102

01BZA8.2D1104

CN1100

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

01BZA8.2D1116

01BZA8.2D1111

CN1101

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

CN1102

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

XXCN1106

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

XXR1136

68R1104

100kR11056.3V

10u

P

C1107

01BZA8.2D1112

47kR1103

0.068uB

C1188

10kR1167

± 0.5%11k

R1162

CH0.001uC1163

8.2kR1171

8.2kR1168

P6.3V10u

C1157

10kR1155

B0.022uC1152

6.8kR1170

B0.068uC1172

1608

BXXC1176

B1uC1181

XXC1164

B0.022uC1180

P6.3V10u

C1155

10kR1182

4.7kR1173

B0.01uC1173

XXR1166

33kR1174

B0.1u

C1167

B0.001uC1160

10kR1154

B1u

C1184

BXX

C11741608

0.068uB

C1187

33kR1179

B0.022uC1150

XXR1156

± 0.5%11k

R1164

TA

10u6.3V

C1182

P

B0.068u

C1171

B0.1u

C1169

XXC1161

18kR1178

B0.1uC1165

10kR1181

6.8kR1159

6.8kR1163

B0.1u

C1186

18kR1152

1kR1177

0.22u FC1183

CH470pC1158

± 10%10uHL1150

6.8kR1180

1kR

1160

6.8kR1157

B0.1u

C1170

CH470p

C1159

10kR1165

B0.01uC1177

CH0.001uC1162

B0.047uC1151

B0.1u

C1185

B0.1u

C1166

B0.1u

C1168

0.01uB

C1153

B0.022uC1179

33kR1153

B0.022uC1178

± 0.5%5.6k

R1169

33kR1175

6.8kR1158

B0.001uC1156

B0.022uC1175

AN2901FHQ-EBIC1150

1 2 3 4 5 6 7 8 9 10 11 12

1314

1516

1718

1920

2122

2324

252627282930313233343536

3738

3940

4142

4344

4546

4748

1kR

1161

4.7kR1172

B0.047uC1154

33kR1176

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

8P

1 SHOE_UNREG

2 LANC_SIG

3 SHOE_ID1

4 SHOE_ID2

5 SHOE_MIC_R

6 SHOE_MIC_GND

7 SHOE_MIC_L

8 SHOE_UNREG_GND

1

A

SIRCS_SIG1

SIRCS_PWM

F_TALLY_LED

SIRCS_PWM

LANC_SIG

LANC_SIG

SHOE_ID1

SHOE_ID2

F_TALLY_LED

SHOE_ID2

SHOE_ID1

SIRCS_SIG1

REAR REMOCON

AU_2.8V

EXT_MIC_DET

SHOE_ID1

REG_GND

SIRCS_SEL2

L(CH1)OUT

ZOOM_MIC_CONT

XCUSTOM_PRESET

SIRCS_SEL1

SHOE_UNREG

REG_GND

LANC_SIG

SIRCS_SIG

TALLY_LED

AU_4.6V

SIRCS_PWM

SHOE_UNREG

LOWCUT_ON_CH1

EXT_MIC_MONO

SHOE_ID2

F_TALLY_LED

LOWCUT_ON_CH2

R(CH2)OUT

MT_5.2V

MT_GND

D_3.1V

C/P

MT_GND

SIRCS_SIG1

MT_5.2V

F_TALLY_LED

D_3.1V

MT_GND

MIC_GND

INT_MIC_R

INT_MIC_L

AU_4.6V

SIRCS_PWM

MIC_GND

MIC_GND

MT_GND

SHOE_UNREG

SHOE_UNREG

LANC_SIG

SHOE_ID1

SHOE_ID2

SHOE_MIC_GND

SHOE_MIC_L

SHOE_UNREG_GND

SHOE_UNREG_GND

MIC_GND

N.C.

SHOE_ID1

D_3.1V

SHOE_UNREG

REG_GND

MT_GND

MT_5.2V

MT_GND

LOWCUT_ON_CH2

LOWCUT_ON_CH1

SHOE_UNREG

F_TALLY_LED

R(CH2)OUT

L(CH1)OUT

REG_GND

REG_GND

SIRCS_SIG1

AU_4.6V

N.C.

REG_GND

REG_GND

J4

N.C.(J7)

J5

J6

J1(J3)

N.C.(RCH_DET)

SD2

SD3

SC3

SC2

SC1

SA1

SA2

SA3

SB1

SB2

SB3

SD1

N.C.

J2

SHOE_UNREG

SHOE_UNREG

SHOE_UNREG_GND

SHOE_UNREG_GND

SHOE_MIC_GND

SHOE_MIC_GND

MT_5.2V

TOMI-038 BOARD

CN703(THROUGH THE

FP-199 FLEXIBLE)

(SEE PAGE 4-90)

(SEE PAGE 4-90)

TOFP-198 FLEXIBLE

CN1101

ZOOM_BAL

AM

P_O

UT_

RM

OD

E_C

TL_2

NC

SG

_IN

_L

HP

F_A

MP

_IN

_R

EXT_

IN_L

L_OUT

SU

B_I

N_L

MIC_MONO

GND

C_1/2VCC

REG

_2.5

V

MIX_OUT

MO

DE_

CTL

_1

GND

MTX

_AM

P_O

UT_

R

NC

ZOOM_AMP_IN

MTX

_AM

P_O

UT_

L

HP

F_O

UT_

L

EXT_MIC

VCC

NC

INV

T_O

UT_

L

HP

F_O

UT_

R

INT_

IN_R

EXT_

IN_R

R_OUT

NC

AM

P_O

UT_

L

MTX

_AM

P_I

N_L

SU

B_S

IG_O

UT_

R

HPF_ON/OFF

REG

_2.5

V

ZOOM_POSI

SUB_IN_R

SG

_IN

_R

C_REG SU

B_S

IG_O

UT_

L

HPF_AMP_IN_L

INT_

IN_L

MTX

_AM

P_I

N_R

INV

T_O

UT_

R

ZOOM_AMP_OUT

SHOE_MIC_GND

SHOE_MIC_L

SHOE_UNREG

SHOE_UNREG

SHOE_UNREG_GND

SHOE_UNREG

SHOE_UNREG

SHOE_UNREG_GND

LANC_SIG

SHOE_UNREG_GND

SHOE_ID1

SHOE_UNREG_GND

SHOE_ID2

SHOE_MIC_GND

SHOE_MIC_GND

INTELLIGENT ACCESSORY SHOE

FP-201 FLEXIBLE

MA-386 BOARD

16

B

16

H

M

154

E

10

N

12 13

K

9 17

D

11

C

L

1473

I

2 6 18

J

5

F

8

G

TOFK-076 BOARDCN500(THROUGH THEFP-202 FLEXIBLE)

(SEE PAGE 4-85)

TALLY

IC1150MIC AMP

IC1102REMOTE COMMANDER

RECEIVER

XX MARK:NO MOUNTSIGNAL

PB

AUDIO

AUDIO AMP

REC

SIGNAL PATH-REF.NO.:20000 SERIES-

DCR-VX2000/VX2000E

4-105 4-106DC/DC CONVERTER

DD-138 (1/2)

0

8.48.4

8.48.4

0

0

2.7

8.4

8.4

2.3

8.4

0

0

2.7

8.3 8.3

0.2

8.4

9.7

0

0

2.5

0.8

8.4

11.7

4.1

0.8

2.3

3.2

2.3

8.4

11.0

8.4

10.6

2.9

3.2

1.9

3.4

3.2

1.9

8.3

11.1

8.4

2.9

10.5

2.8

2.9

8.4

5.2

7.9

7.4

2.9

2.4

5.2

2.9

2.5 -3.2

08.4

011.2

4.6

8.4 1.9

9.7

4.6

0.5

0.3

0.3

1.0

1.5

0.7

0.7

1.2

2.5

2.5

8.4

2.9

2.9

0

0

2.5

2.5

1.2

1.2

2.5

2.5

0.7

2.5

6.9

8.2

6.9

0.4

0.3

0.2

12.1

2.8

2.9

4.9

10.5

11.1

11.2

7.1

10.9

3.2

4.9

11.8

10.5

4.1

12.3

3.4

2.5

1.2

7.1

1.6

1.2

1.9

9.4

1.2

1.2

1.1

1.1

2.0

1.2

0.5

0.5

1.4

1

8 7

6

5

4

3

2


2.4

22kR305

SI4963DY-T1Q301

2SB

1122

-ST-

TDQ

302

47kR313

22uHL302

470kR303

22kR312

1kR310

B10V1u

C326

0.047uB

C302

MA

8082

-(K

8).S

0D

301

22kR308

MT_5.2V

L30022uH

10u16VTAB

C313

D_1.9V

47kR350

C3444.7u

B2012

A

10VTA

10uC339

C3404.7u

B2012

22u16VTAB

C308

MA8120-TXD300

2SD2216J-QQ315

3300p BC325

SI2304DS-T1Q319

F3031.4A

T301

1

2

3

4 5

6

7

8

2SB1581-T1Q316

F3041.4A

T300

1

2

3

4 5

6

7

8

± 0.5%27k

R352

C3364.7u

10V B3216

22u16VTAB

C314

10kR351

3300p BC331

L30422uH

4700R311

2SB1462J-QQ317

SI2304DS-T1Q322

MA

8082

-(K

8).S

0D

302

± 0.5%33k

R354

33kR322

F3021.4ALF300

XX

2SD2216J-QQ324

0.001uB

C319

C3434.7u

B2012

F3001.4A

22u16VTAB

C316

0.001uB

C315

C3454.7u

B2012

F3011.4A

470p

BC

318

R35547k

22u16VTAB

C310

220R337

47kR323

MB4488PFV-G-BND-ERIC300

12345678910111213141516

1718

1920

2122

2324

2526

2728

2930

3132

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

4950

5152

5354

5556

5758

5960

6162

6364

2012XX BC306

0.1u BC301

0.047uB

C303

1kR300

3300p BC332

10kR329

DRUM_ERROR

3300p BC329

33kR330

4.6V

2200p BC327

100R345

100R349

100R343

0.1uB

C307

10V

DRUM_VS

22k

R32

6

13.5V

100R342

0.04

7uB

C31

2

3300p BC328

C3234.7u

B

B10V1u

C322

D_3.1V

470p BC311

REG_GND

C3244.7u

B

CPH6702-TLQ314

22kR319

CPH6702-TLQ313

CPH6702-TLQ312

C3424.7u

B2012

32160

R302

2200pB

C304

D_1.9V

10k

R32

4

CPH6702-TLQ311

22uHL303

-VCAM

CPH6702-TLQ310

4.7u10V B

3216

C335

32160

R301

220pB

C320

SSM3K03FE(TPL3)Q304

3300p BC330

2SD

1462

J-Q

Q30

6

100pCH

C321

100R348

MA

8082

-(K

8).S

0D

303

2200

pB

C31

7

4700R314

SI2304DS-T1Q321

1kR346

UN9213J-(K8).SOQ307

1kR347

1SS388(TPL3)D308

4.7u10V B

3216

C337

4.7uC349

B3216

100p

CH

C30

9

± 0.5%R339 3900

10k

R32

0

1500± 0.5%

R353

± 0.5%R334 56k

R344 47

± 0.5%R338 12k

C3334.7u

10V B3216

CAP_ERROR

R33347k

SI2304DS-T1Q318

XXD309

± 0.5%68kR328

± 0.5%47k

R318

C3464.7u

B3216

VTR_DD_ON

22kR316

4.7u10V B

C334

3216

C3414.7u

B2012

L30522uH

± 0.5%22k

R317

± 0.5%33k

R321

± 0.5%47k

R325

XXC347

± 0.5%47k

R327

± 0.5%22k

R331

R35622k

± 0.5%R341 220k

SI2304DS-T1Q320

± 0.5%R336 100k

Q325UN9213J-(K8).SO

± 0.5%R340 3900

Q323SI2304DS-T1

± 0.5%R335 22k

CPH6702-TLQ309

L30133uH

1SS388(TPL3)D311

± 0.5%5600R332

F3051.4A

0.01uB

C305

32161/8W

10R306

LND300 A

1kR315

1SS

388(

TPL3

)D

304

1MR304

22kR309

LND301 A

UN

9213

J-(K

8).S

OQ

303

22kR307

SSM3K03FE(TPL3)Q300

0.022uB

C300

16V

RB501V-40TE-17D306

RB501V-40TE-17D305

RB501V-40TE-17D307

CT

4PCN300

1

2

3

4

3PCN301

1

2

3

MCH6202-TLQ305

0R396

LND302 A

LND303 A

LND304 A

LND305 A

LND306 A

LND307 A

R397270k

P_UNREG_GND

XXR398

10u

TA20V

B

C375

20120

R399

1SS388(TPL3)D312

1SS388(TPL3)D313

CPH6102-TLQ308

4700R400

XXR395

XX1608

R357

01608

R375

01608

R377

XX1608

R387

2.2u

TA35V

B

C37610u

TA20V

B

C350

D_3.1V

2.8V

AU_8.0V

CAP_VS

15.5V

SHOE_UNREG

VTR_UNREG

FAST_CHARGE

CHARGE_INH

BATT/XEXT_SW

BATT_SIG

BATT_UNREG

INIT_CHARGE_ON

1

A

CH-6

CH-4

CH-1

CH-3

CH-2

CHOKE

CAP VS

CHOKE

DRUM VS

CHOKE

CHOKE

CHOKE

D_1.9V

CH-5

CH-7

CHOKE

D_3.1V

2.8V

VSS(O) 567+I

N7

+IN

8

out4

VCC

VDD(O) 123

OUT5-2

-IN

8

FB6

FB2

FB1

FB3

FB8

out8

CT

out3-1

RO

FS

VCC(O) 1234

-IN6(C)

CTL1-6,8

out1

-2

OUT6-2

CO

MP

DTC

123

-IN

3

FB5

CTL7

+IN6

DTC

4

GND(O) 1234

FB4

FB7

-IN

4

out3-2

DTC

8

OV

P 5

6

VDD(O) 567

RB

8

VS

S(O

) 12

34

out5-1

CSCP

-IN5(C)

-IN

8’

out2-1

VC

C(O

) 56

78

-IN6

-IN

7

DTC

7

OUT7-1

OU

T7-2

GND

VB

RT

out1

-1

CS1-7

+IN5

-IN

2

GND(O) 5678

out6-1

-IN5

VREF

DTC 56

out2-2

-IN

1

8CH

VS

S

VDD(5.0V)

VCC(C)

ACV_UNREG

ACV_GND

BATT_XEXT

BATT_UNREG

BATT_SIG

BATT_GND

MT_5.2

D_1.95V

4.6V(5.1V)

15.5V

13.5V(16.5V)

13.5V

MS_3.1V

8.0V

2.87V

4.64V(5.10V)

DCPACK_SW

(VIN)

(VIN+3.7V)

(VIN-1.3V)

IC300

DD-138 BOARD(1/2)

16

DC/DC CONVERTER

J901BATTERY

TERMINAL

J902DC IN

SWITCHQ300,301

Q302-304CHARGESWITCH

SWITCHINGQ306,307

EMERGENCYDETECT

TO(2/2)

6

1 TO(2/2)

3

TO(2/2)

2 TO(2/2)

4 TO(2/2)

5 TO(2/2)

7 TO(2/2)

TO(2/2)8

TO(2/2)9

TO(2/2)10

11 TO(2/2)

TO(2/2)12

13 TO(2/2)

TO(2/2)14

16 TO(2/2)

TO(2/2)15

Q310-314SWITCHING

SWITCHING

SWITCHING

SWITCHING

SWITCHING

SWITCHING

Q315-317,Q3245.2V REG

SWITCHING

SWITCHING

SWITCHING

B

16

H

19154

E

10 12 13

K

209 17

D

11

C

L

1473

I

2 6 18

J

5

F

8

G

S

XX MARK:NO MOUNT

REC REC/PB

SIGNAL PATH

DC/DC CONVERTER(DD-1 BLOCK)

Drum servo (speed and phase)

Capstan servo (speed and phase)


PB

DETECTEMERGENCY

For Schematic Diagram• Refer to page 4-110 for waveforms.



DCR-VX2000/VX2000E

4-107 4-108DC REGURATOR

DD-138 (2/2)


8.4


0

8.2

8.4

0

1.61.9

1.2

0.7

0.1

0.73.2

1.51.5

-7.2

-11.

7

-10.8-10.8

-7.2

0

0.5

13.5 12.3

12.9

12.4

4.1

4.6

12.3

4.6

4.1

2.3

2.8

13.616.7

16.0

15.5

4.1

4.6

4.7

4.1

13.6

15.5

L3104.7uH

2SC5376F-B(TPL3)Q334

± 0.5%220kR374

C35310u10V

TA A

47kR365

L3144.7uH

C35510u

TA10V

A

4.7uHL306

10u6.3V

P

C352

10u10V

TA A

C373

4.7uHL311

MA2S111-(K8).SOD314

20121R391

20121R392

4.7uHL316

2012

2.2uF

C369

4.7uHL313

10u10V

TA A

C360


2SB

1462

J-Q

R(K

8).S

OQ

349

10u6.3V

P

C351

47kR378

10u

TA10V

A

C363

4.7uHL307

47kR381

± 0.5%

R38968k

22uH3225

L309

2SA1745-6.7-TLQ345

22u

TA6.3V

B

C354




1MR364

47kR376

MGSF3455VT1Q339

± 0.5%

R388120k

20121u BC362

2SD

2216

J-Q

R(K

8).S

OQ

351

0.1uB

C367

UN9213J-(K8).SOQ329

22uHL318

10kR363

± 0.5%

R3904700

B6.3V47u

C361

4.7uHL308

2012

2.2uF

C370

10u6.3V

P

C357

100kR358

22kR361

± 0.5%33k

R368

47kR362

± 0.5%100kR367

R371

± 0.5%6800

R370

± 0.5%56k

4.7u

TA20V

B

C365

R369

± 0.5%120k

L3124.7uH 3225


20120

R394


20120

R393

2SD

2216

J-Q

R(K

8).S

OQ

340


22uHL317

10u6.3V

A

C368

C35910u6.3V

A

47kR359

± 0.5%

R366120k

XXQ328 4.7u

TA20V

B

C364

2SA2018H-T2LQ341

XXQ336

XXQ326

47kR360

± 0.5%8200R373

10u

TA20V

B

C366

C35610u6.3V

P

10u

TA20V

B

C371

2SB

1462

J-Q

R(K

8).S

OQ

333


± 0.5%120kR372

TA75S01F(TE85R)IC301

1 2 3

45

470R386

100kR384

XXB

C348

22kR385

4.7uHL319

10u6.3V

P

C358

± 0.5%100kR383

± 0.5%20k

R382

0.1uB

C338

MA3XD21001S0D315

XXR379

0R380

2.2uH 3225L315

1kR401

MA2S111-(K8).SOD316

10u

TA20V

B

C372

XX BC455

60PCN450

1

3

5

7

9

11

13

15

17

19

21

23

25

27

29

31

33

35

37

39

41

43

45

47

49

51

53

55

57

59

2

4

6

8

10

12

14

16

18

20

22

24

26

28

30

32

34

36

38

40

42

44

46

48

50

52

54

56

58

60

± 0.5%XX

R452

MT_5.2V

XXL452

4.7u10V B3216

C450

VTR_DD_ON

FAST_CHARGE

XX10V B3216

C454

XXR450

BATT_SIG

XXQ450

XX CHC458

DRUM_ERROR

P_UNREG_GND

XXIC450

1CT

2RT

3+IN

4-IN

5FB

6DTC

7CB1

8CB29 Vcc10 OUT

11 VE

12 GND

13 CS

14 CSCP

15 CTL

16 VREF

± 0.5%XX

R453

BATT/XEXT_SW

XXR455

CT

± 0.5%XX

R454

4.7uHL451

0R456

CAP_ERROR

XX BC452

XX BC451

XX10V A

C457

CHARGE_INH

XXR451

XXR457

XX BC456

XXB

C453

BATT_UNREG

INIT_CHARGE_ON

XXL453

VTR_UNREG

SHOE_UNREG

REG_GND

CAP_VS

DRUM_VS

D_3.1V

D_3.1V

D_1.9V

D_1.9V

2.8V

-VCAM

13.5V

AU_8.0V

15.5V

4.6V

1

A

DIGITAL 2.8V

AUDIO 2.8V

A_4.6V

EVF_BL_4.6V

ANALOG 2.8V

RP_4.6V

AU_4.6V

PANEL_4.6V

–+

TRF 2.8V

CHARGE_INH

MT_5.2V

CAM_DD_ON AU_4.6V

D_2.8V

D_2.8V

MT_GND

TRF_2.8V

VTR_UNREG

EVF_BL+

EVF_13.5V

REG_GND

SHOE_UNEREG

A_2.8V

PANEL_2.8V

REG_GND

MT_GND

PANEL_13.5V

MS_3.1V

D_1.5V

P_UNREG

VTR_DD_ON

D_3.1V

MT_GND

REG_GND

D_1.5V

SHOE_UNEREG

P_UNREG

PANEL_4.6V

REG_GND

BATT/XEXT_SW

DRUM_VS

D_1.9V

FAST_CHARGE

5.15V

REG_GND

RP_4.6V

CAP_VS

REG_GND

INIT_CHARGE_ON

D_3.1V

DRUM_ERROR

CAP_ERROR

EVF_BL-

REG_GND

P_UNREG_GND

SHOE_ON

D_1.9V

CHOKE

MT_GND

BATT_SIG

P_UNREG_GND

AU_8.0V

VTR_UNREG

CAM_12V

CAM_-7V

EVF_2.8V

MT_5.2V

AU_2.8V

BATT_UNREG

A_4.6V

REG_GND

IC301

DD-138 BOARD(2/2)

TO(1/2)13

16

1.5V REG

(SEE PAGE 4-49)

TO VC-242 BOARD(18/18) CN021

(THROUGH THE FP-191 FLEXIBLE)

TO(1/2)6

10 TO(1/2)

1 TO(1/2)

TO(1/2)8

TO(1/2)3

TO(1/2)15

TO(1/2)7

9 TO(1/2)

TO(1/2)11

12 TO(1/2)

TO(1/2)14

Q329,339SWITCH

1.5V REGQ340-341

Q344-345348,349,351

12V REG

-7V REGQ333-335,338

Q331,332+13.5V REG

16 TO(1/2)

4 TO(1/2)

TO(1/2)2

TO(1/2)5

B

H

154

E

10 12 13

K

9

D

11

C

L

1473

I

2 6

J

5

F

8

G

XX MARK:NO MOUNT

DC REGURATOR(DD-2 BLOCK)-REF.NO.:1000 SERIES-

Q326,328,336 +8.0V REG.

Q327,337 +13.5V REG.

Q344,345,348 349,351+12V REG.

Capstan speed servo

REC

Capstan phase servo

REC/PB

SIGNAL PATH

Drum speed servo

Drum servo (speed and phase)

Drum phase servo

Capstan servo (speed and phase)

PB

4-109

DCR-VX2000/VX2000E

WAVEFORMSCD-254, PD-126, LB-065

4-3. WAVEFORMS

PD-126 BOARDREC/PB

1 IC2101 rh

500mVp-pH

8 IC2103 wh

2.9Vp-p

56 nsec

9 IC2103 rk

2.9Vp-pV

2 IC2101 rj

440mVp-p

H

3 IC2101 rk

420mVp-pH

4 IC2101 w;

8.0Vp-p2H

5 IC2101 ws

8.0Vp-p2H

6 IC2101 wf

8.0Vp-p2H

7 IC2103 1

2.8Vp-pH

8Vp-pH

H0.2Vp-p

H0.3Vp-p

H0.4Vp-p

74 nsec3.4Vp-p

74 nsec3.4Vp-p

34msec19V

17msec

19.5Vp-p

CD-254 BOARDREC

1 IC100, 101, 102 1,2

2 IC100, 101, 102 3,4

3 IC100, 101, 102 qa

4 IC100, 101, 102 qf

5 IC100, 101, 102 qg,qh

6 IC101 8

7 IC102 8

8 IC100 8

LB-065 BOARDREC/PB

1 IC200 4

4.6Vp-pH

4-110

DCR-VX2000/VX2000E

WAVEFORMSHL-011, DD-138

DD-138 BOARD (1/2)CAMERA REC

2 IC300 t;

3 IC300 td

1 IC300 rj

5.2Vp-p

2.5 µsec

5.2Vp-p

5.2Vp-p2.5 µsec

5.2Vp-p2.5 µsec

2.5 µsec

4 IC300 th

5 IC300 tk

5.2Vp-p

2.5 µsec

8 IC300 3

1.4Vp-p

2.5 µsec

7 IC300 yf

5.2Vp-p

2.5 µsec

6 IC300 ya

5.2Vp-p

2.5 µsec

HL-011 BOARDREC/PB

1 IC1701 2

3.0Vp-p

38 µsec

5-1

DCR-VX2000/VX2000E

1. Before starting adjustment

EVR Data Re-writing Procedure When Replacing BoardThe data that is stored in the repair board, is not necessarily correct.Perform either procedure 1 or procedure 2 or procedure 3 when replacing board.

Procedure 1Save the EVR data of the machine in which a board is going to be replaced. Download the saved data after a boardis replaced.

Remove the EEPROM and install it.

(Former board) (New board)

(Machine to be repaired) (Machine to be repaired)

(The same model of the same destination)

Save the data.

Download the data.

PC

Procedure 2Remove the EEPROM from the board of the machine that is going to be repaired. Install the removed EEPROMto the replaced board.

Procedure 3When the data cannot be saved due to defective EEPROM, or when the EEPROM cannot be removed orinstalled, save the data from the same model of the same destination, and download it.

After the EVR data is saved and downloaded, check therespective items of the EVR data.(Refer to page 5-3 for the items to be checked.)

(Machine before starting repair) (Machine after a board is replaced)PC PC

Save the EVR data to a personal computer.

Download the saved data to a machine.

SECTION 5ADJUSTMENTS

5-2

Lens

dev

ice

Pris

m a

ssy

(Inc

ludi

ng 3

CC

D im

ager

s)

VAP

uni

t

Mec

hani

sm d

eck

EV

F b

lock

LCD

902

(LC

D p

anel

)

LCD

blo

ckLC

D90

1 (L

CD

pan

el)

LCD

blo

ckN

D90

1 (F

luor

esce

nt tu

be)

LCD

blo

ckIn

vert

er u

nit

Con

trol

sw

itch

(CF

-498

0)

Mec

hani

sm d

eck

M90

1 (D

rum

mot

or)

Mec

hani

sm d

eck

M90

2 (C

apst

an m

otor

)

FP

-594

boa

rdH

902

(T r

eel F

G s

enso

r)

SE

-108

boa

rdS

E60

0 to

603

(P

ITC

H/YAW

sen

sor)

PD

-126

boa

rdIC

2101

(R

GB

driv

er (

LCD

))

PD

-126

boa

rdIC

2103

(T

imin

g ge

nera

tor

(LC

D))

LB-0

65 b

oard

ND

200

(Flu

ores

cent

tube

(E

VF

))

VC

-242

boa

rdIC

1802

(R

GB

driv

er (

EV

F))

VC

-242

boa

rdIC

1803

(T

imin

g g

ener

ato

r (E

VF

))

VC

-242

boa

rdIC

705,

X70

1 (T

imin

g g

ener

ato

r)

VC

-242

boa

rdIC

704

(S/H

, AG

C)

VC

-242

boa

rdIC

706

(A/D

con

vert

er)

VC

-242

boa

rdIC

802

(Cam

era

mic

ro p

roce

ssor

)

VC

-242

boa

rdIC

1301

(LI

NE

IN/O

UT

am

p)

VC

-242

boa

rdIC

301

(DV

sig

nal p

roce

ss)

VC

-242

boa

rdIC

101

(EQ

, A/D

CO

NV.

, P

LL)

VC

-242

boa

rdIC

102

(RE

C/P

B a

mp)

VC

-242

boa

rdIC

803

(EV

R)

Replaced partsBlock replacement Parts replacement

z

z z

z

z z z

z z z z

z z

z z z z z

z z z z

z z z z z

z z z z

z z z z

z z z z

z z z z

z z z z

z z z z

z z z z

z z

z

z

z z

z

z z z

z

z

z

z z

z

z z

z z z z

z z

z z

z z

z z z z

z z z z

z z z z

z

z z

z z

z z z z

1-1. Adjusting items when replacing main parts and boards.• Adjusting items when replacing main partsWhen replacing main parts, adjust the items indicated by z in the following table.Note1: When replacing the drum assy., reset the data of page: 2, address: A2 to A4 to “00”. (Refer to “Record of Use check” of “5-4. SERVICE MODE”)

Table. 5-1-1(1).

Adjustment

Section

Initialization

of B, C, D, E,

F, 8 page data

Camera

EVF

LCD

System control

Servo, RF

Video

Mechanism

Adjustment

Initialization of C, D, 8 page dataInitialization of B page data

Initialization of E, F page data

Modification of E page data

27MHz origin oscillation adj.

Zoom key center adj.

HALL adj.Offset adj.

Flange back adj.

Pre-white balance data inputAWB standard data input

MAX GAIN adj.

LV standard data input

White balance ND filter 1 compensationWhite balance ND filter 2 compensation

Auto white balance adj.

Color reproduction adj. (ND filter OFF)

Color reproduction adj. (ND filter 1)Color reproduction adj. (ND filter 2)

Steady shot adj.

VCO adj.Bright adj.Contrast adj.

Backlight consumption current adj.White balance adj.VCO adj.

Bright adj.Black limit adj.

Contrast adj.Center level adj.

V COM adj.White balance adj.Serial No. input

Battery end adj.CAP FG duty adj.

T reel FG duty adj.Switching position adj.

AGC center level adj.APC & AEQ adj.PLL f0 & LPF f0 adj.

Chroma BPF f0 adj.

S VIDEO OUT Y level adj.S VIDEO OUT Cr, Cb level adj.Tape path adj.

5-3

Board replacement

z z

z z

z z

z z

z z

z z

z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z

z z

z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z z

z z

z z

z z

z z z

z z

z z

z z

z z

z z

z z

z z

z

CD

-252

boa

rd(C

OM

PLE

TE

)

FP

-594

boa

rd(C

OM

PLE

TE

)

VC

-242

boa

rd(C

OM

PLE

TE

)

SE

-108

boa

rd(C

OM

PLE

TE

)

PD

-126

boa

rd(C

OM

PLE

TE

)

LB-0

65 b

oard

(CO

MP

LET

E)

VC

-242

boa

rdIC

801

(EE

PR

OM

)

VC

-242

boa

rdIC

502

(EE

PR

OM

)

VC

-242

boa

rdIC

1406

(EE

PR

OM

)

• Adjusting items when replacing a board or EEPROMWhen replacing a board or EEPROM, adjust the items indicated by z in the following table.

Table. 5-1-1(2).

Adjustment

Section

Initializationof B, C, D, E,

F, 8 page data

Camera

EVF

LCD

System control

Servo, RF

Video

Mechanism

Adjustment

Initialization of C, D, 8 page data

Initialization of B page dataInitialization of E, F page data

Modification of E page data

27MHz origin oscillation adj.


HALL adj.Offset adj.

Flange back adj.

Pre-white balance data input

AWB standard data input

MAX GAIN adj.


White balance ND filter 1 compensation

White balance ND filter 2 compensationAuto white balance adj.

Color reproduction adj. (ND filter OFF)

Color reproduction adj. (ND filter 1)Color reproduction adj. (ND filter 2)Steady shot adj.

VCO adj.

Bright adj.Contrast adj.

Backlight consumption current adj.

White balance adj.VCO adj.Bright adj.

Black limit adj.Contrast adj.

Center level adj.V COM adj.

White balance adj.Serial No. inputBattery end adj.

CAP FG duty adj.T reel FG duty adj.

Switching position adj.AGC center level adj.

APC & AEQ adj.PLL f0 & LPF f0 adj.Chroma BPF f0 adj.

S VIDEO OUT Y level adj.S VIDEO OUT Cr, Cb level adj.

Tape path adj.

5-4

J-1 J-2

J-6

J-3

J-7 J-8

J-4 J-5

Fig. 5-1-1.

J-9 J-10

J-11

Ref. No.

J-1

J-2

J-3

J-4

J-5

J-6

J-7

J-8

J-9

J-10

J-11

Name

Filter for color temperature correction (C14)

ND filter 1.0

ND filter 0.3

Pattern box PTB-450

Color chart for pattern box

Adjustment remote commander(RM-95 upgraded) (Note1)

Siemens star chart

Clear chart for pattern box

CPC-13 jig

Extension cable (50P, 0.5mm)

Mini pattern box

Camera table

Parts Code

J-6080-058-A

J-6080-808-A

J-6080-818-A

J-6082-200-A

J-6020-250-A

J-6082-053-B

J-6080-875-A

J-6080-621-A

J-6082-443-A

J-6082-496-A

J-6082-353-B

J-6082-384-A

Usage

Auto white balance adjustment/checkWhite balance adjustment/check

White balance check

White balance check (2 sheets used)

For checking the flange back

For adjusting the video sectionFor adjusting the color viewfinder

For extension between the CD-254 board (CN100) andthe VC-242 board (CN025)

For adjusting the flange back

For adjusting the flange back

5-1. CAMERA SECTION ADJUSTMENT

1-1. PREPARATIONS BEFORE ADJUSTMENT (CAMERA SECTION)

1-1-1. List of Service Tools• Oscilloscope • Color monitor • Vectorscope• Regulated power supply • Digital voltmeter

Note1: If the micro processor IC in the adjustment remote commander isnot the new micro processor (UPD7503G-C56-12), the pagescannot be switched. In this case, replace with the new microprocessor (8-759-148-35).

5-5

Fig. 5-1-2.

1-1-2. PreparationsNote 1: For details of how remove the cabinet and boards, refer to “2.

DISASSEMBLY”.Note 2: When performing only the adjustments, the lens block and boards

need not be disassembled.

1) Connect the equipment for adjustments according to Fig. 5-1-3.

Note 3: As removing the cabinet (R) (removing the VC-242 board CN008)means removing the lithium 3V power supply (CK-093 boardBT250), data such as date, time, user-set menus will be lost. Aftercompleting adjustments, reset these data. If the cabinet (R) hasbeen removed, the self-diagnosis data, data on history of use (totaldrum rotation time etc. ) will be lost. Before removing, note downthe self-diagnosis data and the data on history use (data of page:2, address: A2 to AA). (Refer to “SELF-DIAGNOSISFUNCTION” for the self-diagnosis data, and to “5-4.ServiceMode” for the data on the history use.)

Note 4: Setting the “Forced Camera Power ON” Mode1) Select page: 0, address: 01, and set data: 01.2) Select page: D, address: 10, set data: 01, and press the PAUSE

button of the adjustment remote commander.The above procedure will enable the camera power to be turnedon with the control switch block (CF-4980) removed. Aftercompleting adjustments, be sure to exit the “Forced CameraPower ON Mode”.

Note 5: Exiting the “Forced Camera Power ON” Mode1) Select page: 0, address: 01, and set data: 01.2) Select page: D, address: 10, set data: 00, and press the PAUSE

button of the adjustment remote commander.3) Select page: 0, address: 01, and set data: 00.

Pattern box

Front of the protection glass

95 cm

5-6

Fig. 5-1-3.

Control switch block (CF-4980)

FP-186flexible (Note)

Note: FP-186 flexible is inserted in the direction which is opposite to the normal direction.

FP-187 flexible

CPC-13 jig(J-6082-443-A)

Must be connected when performing the camera or audio system adjustments.

Must be connected when using the POWER switch or EJECT switch.

Must be connected when performing the video or EVF system adjustments.

VC-242 board CN007

Must be connected when using the VTR function keys.

LANC jack

VIDEO jack

JK-190board

CN006

CD-254 board CN100

CN051

CN300

CN301

CN025

CN008CN009

CN004

CN023

CN8612

CN055

LA-026 board

Cabinet (R)

CN053

CN050CN052 CN054

CN056

CN775

CN001

CN550

MS-049 board

MK-014board

KP-010board

FP-190flexible

Color monitor

Vector scope

Must be connected when performing the audio system adjustments.

Must be connected when performingthe camera system adjustments.

Must be connected when performingthe LCD system adjustments or whenchanging the menu settings.

Must be connected when performingthe EVF system adjustments.

Must be connected when changing the menu settings.

Extension cable(J-6082-496-A)

Viewfinder

DC IN jack(1-794-637-11)

DD-138board

VC-242board

AC power adaptorAC-L10 orAC-VQ800

FP-200 flexible

FK-076 boardCN501

Handle, cabinet (Top)

Adjustment remotecommander

Cabinet (L)

Terminated at 75Ω

5-7

1-1-3. Precaution1. Setting the SwitchUnless otherwise specified, set the switches as follows and performadjustments without loading cassette.1. POWER switch (CF-4980 block) .......................... CAMERA2. DEMO MODE (Menu display) .......................................OFF3. DIGITAL ZOOM (Menu display) ...................................OFF4. STEADY SHOT (Menu display) .....................................OFF5. DISPLAY (Menu display) ................................. V-OUT/LCD6. DISPLAY (CK-093 board) ............................................... ON7. AUTO LOCK (MK-014 board) ................................... AUTO8. ND FILTER (Lens block) ................................................OFF9. FOCUS switch (FP-188 flexible) .......................... MANUAL

10. BACK LIGHT (FP-189 flexible) .....................................OFF11. SPOT LIGHT (FP-189 flexible) ......................................OFF12. PICTURE EFFECT (CK-093 board) ...............................OFF13. DIGITAL EFFECT (CK-093 board) ................................OFF14. ZEBRA (CK-093 board) ..................................................OFF15. 16 : 9 WIDE (Menu display) ............................................OFF16. AUTO SHUTTER (Menu display) ..................................OFF17. PROG.SCAN (Menu display) ..........................................OFF

2. Order of AdjustmentsBasically carry out adjustments in the order given.

H

A=BA B B A

Enlargement

V

0 ± 0.1msec

Electronic beam scanning frame

CRT picture frame

B A

Difference in level

Yello

wC

yan

Gre

enW

hite

Mag

enta

Red

Blu

e

Yello

wC

yan

Gre

enW

hite

Mag

enta

Red

Blu

e

Color bar chart standard picture frame

Fig. a(Video output terminal

output waveform)

Fig. b (TV monitor picture)

Adjust the camera zoom and direction toobtain the output waveform shown in Fig. aand the TV monitor display shown in Fig. b.

Fig. 5-1-4

3. Subjects1) Color bar chart (Standard picture frame).

When performing adjustments using the color bar chart, adjustthe picture frame as shown in Fig. 5-1-4. (Standard pictureframe)

2) Clear chart (Standard picture frame)Remove the color bar chart from the pattern box and insert aclear chart in its place. (Do not perform zoom operations duringthis time.)

3) Flange back adjustment chartMake the chart shown in Fig. 5-1-5 using A0 size (1189 mm ×841 mm) black and white vellum paper.

White

Black

841mm

1189mm

Fig. 5-1-5

Note: Use matte vellum paper bigger than A0, and make sure the edges ofthe black and white paper joined together are not rough.

5-8

1-2. INITIALIZATION OF B, C, D, E, F, 8 PAGEDATA

1-2-1. INITIALIZATION OF C, D, 8 PAGE DATA

1. Initializing the C, D, 8 Page Data

Note1: If “Initializing the C, D, 8 Page Data” is performed, all data of theC page, D page and 8 page will be initialized. (It is impossible toinitialize a single page.)

Note2: If the C, D, 8 page data has been initialized, the followingadjustments need to be performed again.1) Modification of C, D, 8 page data2) Serial No. input3) Servo and RF system adjustments4) Video system adjustments5) Color viewfinder system adjustments6) LCD system Adjustments

Adjustment Page C

Adjustment Address 10 to FF

Adjustment Page D


Adjustment Page 8


Initializing Method:

Order Page Address Data Procedure

1 0 01 01 Set the data

2 3 81 Check that the data is “00”.

3 3 80 0A Set the data, and press thePAUSE button.

4 3 80 Check that the data changes to“1A”

5 Perform “Modification of C, D,8 Page Data”.

2. Modification of C, D, 8 Page DataIf the C, D, 8 page data has been initialized, change the data of the“Fixed data-2” address shown in the following tables by manualinput.

Modifying Method:1) Before changing the data, select page: 0, address: 01, and set

data: 01.2) New data for changing are not shown in the tables because

they are different in destination. When changing the data, copythe data built in the same model.Note: If copy the data built in the different model, the camcorder may

not operate.3) When changing the data, press the PAUSE button of the

adjustment remote commander each time when setting newdata to write the data in the non-volatile memory.

4) Check that the data of adjustment addresses is the initial value.If not, change the data to the initial value.

Processing after Completing Modification of C, D, 8 Page data


1 2 00 29 Set the data

2 2 01 29 Set the data, and press thePAUSE button.

Note: If the following symptoms occur after completing of the“Modification of C, D, 8 page data”, check that the data of the “Fixeddata-2” addresses of D page are same as those of the same model ofthe same destination.1) The battery end mark on the LCD or viewfinder screen is flashing.2) The power is shut off so that unit cannot operate.

3. C Page Table

Note: Fixed data-1: Initialized data. (Refer to “1. Initializing the C, D, 8Page Data”.)Fixed data-2: Modified data. (Refer to “2. Modification of C, D, 8Page Data”.)

00 to 0F

10

11

12

13

14 to 15

16

17

18

19

1A

1B

1C

1D

1E

1F

20

21

22

EE

00

00

00

E0

E0

2A

2A

32

32

25

3E

3E

DC

99

Switching position adj.

Fixed data-1

Cap FG duty adj.

Treel FG duty adj.

AEQ adj.

Fixed data-1

AEQ adj.

Fixed data-1

AGC center level adj.

PLL f0 adj.

APC adj.

LPF f0 adj.

Address RemarkInitial value

5-9

23 to 24

25

26

27

28

29

2A to 2B

2C

2D to 41

42

43 to 81

82

83 to 85

86

87

88

89

8A to 9A

9B

9C

9D

9E

9F

A0

A1 to A2

A3

A4

A5

A6

A7

A8

A9 to AA

AB

AC

AD

AE

AF

B0

B1

B2

B3

B4

B5

B6

B7

B8

B9

BA to BF

C0

C1

C2

C3

C4

C5

C6

C7

C8

C9

CA to E7

E8

E9

EA

EB

EC

ED

EE

EF

F0 to F3

F4

F5

F6

F7

F8

F9

FA

FB

FC

FD

FE

FF

88

E3

A1

04

20

03

08

00

46

01

01

00

00

00

00

00

00

00

00

00

00

00

00

00

00

00

Fixed data-1

S VIDEO out Y level adj.

S VIDEO out Cr level adj.

S VIDEO out Cb level adj.

Chroma BPF f0 adj.

PLL f0 fine adj.

Fixed data-1

APC adj.

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Serial No. input

Fixed data-1

Emergency memory address

Address RemarkInitial value Address RemarkInitial value

Table. 5-1-2.

5-10

4. D Page Table


4D to 4E

50

51

52

53

54

55 to 57

58

59

5A

5B

5C

5D to 63

64

65

66

67

68

69

6A

6B to 7A

7B

7C to 8F

90

91

92

93

94

95

96

97

98

99

9A

9B

9C

9D

9E

9F

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

AA

AB

AC

AD

AE

AF

B0

60

60

AC

90

80

30

F0

F0

11

1F

71

71

9F

AA

0A

85

75

40

30

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

VCO adj. (EVF)

Fixed data-2

Bright adj. (EVF)

Fixed data-2

White balance adj. (EVF)

Contrast adj. (EVF)

Fixed data-1

Fixed data-2

Backlight consumption current adj.

(EVF)

Fixed data-2

VCO adj. (LCD)

V-COM adj. (LCD)

Bright adj.(LCD)

Black limit adj.(LCD)

Fixed data-2

White balance adj. (LCD)

Contrast adj. (LCD)

Center level adj.(LCD)

Fixed data-2

00 to 0F

10

11 to 12

13

14

15

16

17

18

19

1A

1B

1C

1D

1E

1F

20

21

22

23

24

25

26

27

28

29

2A

2B

2C

2D

2E

2F

30

31 to 32

33

34

35

36

37

38 to 3F

40

41 to 43

44

45

46

47

48

49

4A

4B

4C

00

91

97

A8

BD

C8

Test mode

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Battery end adj.



5-11

B1 to B8

B9

BA

BB to C3

C4

C5

C6

C7 to CF

D0

D1

D2 to D5

D6

D7

D8 to DA

DB

DC to FF

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1


Table. 5-1-3.

5. 8 Page Table


Table. 5-1-4.

Address Remark

00 to 0A

0B

0C to 98

99

9A to FF

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

5-12

1-2-2. INITIALIZATION OF B PAGE DATANote: When reading the B page data, insert a “Memory Stick” into the

“Memory Stick” slot.

Switch setting:POWER................................................................. MEMORY

1. Initializing the B Page DataNote: If the B page data has been initialized, the following adjustments

need to be performed again.1) Modification of B page data

Adjustment Page B


Initializing Method


1 0 01 01 Set the data.

2 5 01 F3 Set the data, and press PAUSEbutton.

3 5 00 01 Set the data, and press PAUSEbutton.

4 5 01 Wait for three seconds.



7 Perform “Modification of BPage Data”.

2. Modification of B Page DataIf the B page data has been initialized, change the data of the “Fixeddata-2” address shown in the following tables by manual input.

Preparations:


1 2 8F 00 Set the data, and press PAUSEbutton.








Processing after Completing Modification of B Page data:




5. B Page Table

Note: Fixed data-1: Initialized data. (Refer to “1. or 3. Initializing the BPage Data”.)Fixed data-2: Modified data. (Refer to “2. or 4. Modification of BPage Data”.)

Table. 5-1-5.

Address Remark

00 to 5F

60

61 to FF

Fixed data-1

Fixed data-2

Fixed data-1

5-13

1-2-3. INITIALIZATION OF E, F PAGE DATA

1. Initializing the E, F Page Data

Note1: If “Initializing the E, F Page Data” is performed, all data of the Epage and F page will be initialized. (It is impossible to initialize asingle page.)

Note2: If the E, F page data has been initialized, following adjustmentsneed to be performed again.1) Modification of E, F page data2) Camera system adjustments

Adjustment Page F


Adjustment Page E

Adjustment Address 00 to F4 (Note3)00 to F6 (Note4)00 to F7 (Note5)

Note3: Camera microprocessor ver. 1.0Note4: Camera microprocessor ver. 2.0Note5: Camera microprocessor ver. 3.0

Switch setting:POWER .................................................................. CAMERA

Initializing Method:



2 6 01 Set the following data, and pressPAUSE button.2D: DCR-VX2000 (NTSC)2F : DCR-VX2000E (PAL)


4 6 02 Check that the data changes to“01”.

5 Perform “Modification of E, FPage Data”.

2. Modification of E, F Page DataIf the E, F page data has been initialized, change the data of the“Fixed data-2” address shown in the following table by manual input.






4) Check that the data of adjustment addresses is the initial value.If not, change the data to the initial value.

Processing after Completing Modification of E, F Page data1) Select page: 0, address: 01, and set data: 00.2) Turn off the power and turn on again.

3. Modification of E Page DataWhen replacing the camera microprocessor (VC-242 board IC802),change the data shown in the following table by manual input.

Version check of the camera microprocessor:


1 6 FF The data shows the version ofthe camera microprocessor.01: Ver. 1.002: Ver. 2.003: Ver. 3.0

Modifying Method:• When replaced with the camera microprocessor ver. 2.0.



2 E F5 8B Set the data, and press PAUSEbutton.

3 E F6 D0 Set the data, and press PAUSEbutton.


5 Turn off the power and turn onagain.

• When replaced with the camera microprocessor ver. 3.0.



2 E F5 8B Set the data, and press PAUSEbutton.

3 E F6 D0 Set the data, and press PAUSEbutton.

4 E F7 25 Set the data, and press PAUSEbutton.



5-14

4. F Page Table

Note1: Fixed data-1: Initialized data. (Refer to “1. Initializing the E, FPage Data”.)Fixed data-2: Modified data. (Refer to “2. Modification of E, FPage Data”.)

Table. 5-1-6.

60

61 to 6A

6B

6C

6D

6E

6F

70

71 to 7B

7C

7D

7E to 80

81

82

83

84 to 8D

8E

8F to 9E

9F

A0 to A5

A6

A7

A8 to B1

B2

B3 to B9

BA

BB to C5

C6

C7

C8

C9 to CA

CB

CC

CD

CE

CF

D0

D1

D2

D3

D4

D5

D6 to DF

E0

E1 to EC

ED

EE to F4

F5

F6

F7

F8

F9

FA to FC

FD

FE to FF

89 89

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

HALL adj.

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

00 to 0F

10 to 14

15

16 to 1B

1C

1D

1E

1F

20

21

22

23

24

25

26

27

28

29

2A

2B

2C

2D to 33

34

35

36

37

38

39

3A

3B

3C

3D

3E

3F

40

41

42

43

44

45

46

47

48 to 49

4A

4B

4C to 52

53

54 to 5C

5D

5E to 5F

80

60

40

00

15

00

2E

AE

2B

44

43

B2

16

00

00

8B

88

6C

D6

E6

46

45

3F

3F

16

A8

38

76

50

50

EB

D5

20

20

00

00

80

Fixed data-1

Fixed data-2

Fixed data-1

27MHz origin osc. adj.

Fixed data-1

HALL adj.

AWB standard data input

Flange back adj.

MAX GAIN adj.

Fixed data-1

Auto white balance adj.

Flange back adj.


Fixed data-1

Steady shot adj.

Fixed data-1

Color reproduction adj.

(ND filter OFF)

Fixed data-1

WB ND filter 1 compensation

Fixed data-1

Fixed data-2

Fixed data-1


Fixed data-1

80

60

60

00

15

00

2E

AE

2B

44

43

B2

16

00

00

8B

90

8F

D6

E6

46

00

19

00

27

A8

38

76

50

50

EB

D5

20

20

00

00

80

Address RemarkInitial valueNTSC PAL


5-15

5. E Page Table

Note1: Fixed data-1: Initialized data. (Refer to “1. Initializing the E, FPage Data”.)Fixed data-2: Modified data. (Refer to “2. Modification of E, FPage Data”.)

Note2: Refer to “2. Modification of E, F Page Data” for the cameramicroprocessor version.

*1: Only for the camera microprocessor ver. 2.0 or ver. 3.0*2: Only for the camera microprocessor ver. 3.0

Table. 5-1-6.

95 to A0

A1

A2

A3 to A7

A8

A9 to AB

AC

AD

AE to B0

B1

B2

B3

B4 to B9

BA

BB to C3

C4

C5 to CB

CC

CD

CE

CF to D9

DA

DB

DC to EB

EC

ED to F2

F3

F4

F5 (*1)

F6 (*1)

F7 (*2)

8B

D0

25

8B

D0

25

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Refer to “3. Modification of E Page

Data”.

00 to 05

06

07

08 to 10

11

12 to 13

14

15 to 29

2A

2B

2C

2D

2E

2F

30 to 47

48

49

4A to 51

52

53

54

55

56

57

58

59

5A

5B

5C

5D

5E

5F

60 to 61

62

63

64

65

66 to 74

75

76 to 8B

8C

8D

8E

8F

90

91

92

93

94

10

10

80

80

80

EB

D5

20

20

00

00

EB

D5

20

20

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Pre-white balance data input

Fixed data-1

Offset adj.

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

Fixed data-1

Color reproduction adj. (ND filter 1)

Fixed data-1

Fixed data-2

Fixed data-1

Fixed data-2

WB ND filter 2 compensation

Color reproduction adj. (ND filter 2)

Fixed data-2

10

10

80

80

80

EB

D5

20

20

00

00

EB

D5

20

20



5-16

1-3. CAMERA SYSTEM ADJUSTMENTSBefore perform the camera system adjustments, check that thespecified values of “VIDEO SYSTEM ADJUSTMENT” aresatisfied.

1. 27MHz Origin Oscillation Adjustment(VC-242 board)

Set the frequency of the clock for synchronization.If deviated, the synchronization will be disrupted and the color willbecome inconsistent.

Subject Not required

Measurement Point Pin rj of IC771 or pin qf of IC706

Measuring Instrument Frequency counter

Adjustment Page F

Adjustment Address 1C

Specified Value f=13500000 ± 68Hz

Adjusting method:



2 F 1C Change the data and set thefrequency (f) to the specifiedvalue.

3 F 1C Press PAUSE button.


2. Zoom Key Center AdjustmentSet the A/D value center of the microprocessor to the center voltageof the zoom key.If deviated, the zoom lens operates of itself ,even if the zoom key isthe center position.


Measurement Point Display data of page: 6, address: 50

Measuring Instrument Adjustment remote commander

Adjustment Page F

Adjustment Address 5D

Note: Don’t touch the zoom switch during adjustment.

Adjusting method:



2 6 50 Read the data, and this data isnamed D50.

3 F 5D D50 Set the data, and press PAUSEbutton.


VC-242 board

IC771

IC70610076

2625 121324

48371

1

51

75

50

Fig. 5-1-6.

5-17

3. HALL AdjustmentFor detecting the position of the lens iris, adjust AMP gain andoffset.


Measurement Point Display data of page 1 (Note1)


Adjustment Page F

Adjustment Address 1E, 1F, 70

Specified Value 1 88 to 8C

Specified Value 2 15 to 19

Note1: Displayed data of page 1 of the adjustment remote commander.1 : XX : XX

IRIS display dataNote2: Check that the data of page: 6, address: 02 is “00”. If not, to page:

6, address: 01, set data: 00, and press the PAUSE button.

Adjusting method:



2 6 94 8A Set the data.


4 6 01 6D Set the data, and press PAUSEbutton.

5 6 02 Check that the data changes to“01”. (Note3)


Note3: The adjustment data will be automatically input to page: F, address:1E, 1F, 70.

Checking method:




3 1 Check that the IRIS display data(Note1) satisfies the specifiedvalue 1.


5 1 Check that the IRIS display data(Note1) satisfies the specifiedvalue.2.

Processing after Completing Adjustments:







4. Offset AdjustmentAdjust so that the AGC OUT potential lies within the specified valueof the digital clamp.


Measurement Point DDS display data of LCD or TVmonitor (Note1)

Measuring Instrument

Adjustment Page E

Adjustment Address 2D, 2E, 2F

Specified Value 70 to 90

Note 1: DDS display data of LCD or TV monitor.CA 00 0000CA 00 00XX

Object data

Adjusting method:



2 D 11 02 Set the data, and press PAUSEbutton.


4 E 0C 02 Set the data, and press PAUSEbutton.

5 6 04 1F Set the data.

6 E 2D Change the data and adjust theDDS display data (Note 1) to“80”. (Rch offset adjustment)

7 E 2D Press PAUSE button.


9 E 2E Change the data and adjust theDDS display data (Note 1) to“80”. (Gch offset adjustment)

10 E 2E Press PAUSE button.


12 E 2F Change the data and adjust theDDS display data (Note 1) to“80”. (Bch offset adjustment)

13 E 2F Press PAUSE button.

Processing after Completing Adjustments



2 E 0C 00 Set the data, and press PAUSEbutton.





5-18

5. Flange Back Adjustment (Using Minipattern Box)The inner focus lens flange back adjustment is carried outautomatically. In whichever case, the focus will be deviated duringauto focusing/manual focusing.

Subject Siemens star chart with ND filter forthe minipattern box (Note2)

Measurement Point Check operation on TV monitor


Adjustment Page F

Adjustment Address 24 to 2B, 36 to 3D, 5D

Note1: Dark Siemens star chart.Note2: Check that the data of page: 6, address: 02 is “00”. If not, to page:


Switch setting:ND FILTER......................................................................OFF(The data of page: 6, address: 9D is “00”.)

Preparations:1) The minipattern box is installed as shown in the following

figure.Note: The attachment lenses are not used.

2) Install the minipattern box so that the distance between it andthe front of the protection glass of the camcorder is less than3cm. (Remove the lens hood.)

3) Make the height of the minipattern box and the camcorder equal.4) Check that the output voltage of the regulated power supply is

the specified voltage.5) Check that at both the zoom lens TELE end and WIDE end,

the center of the Siemens star chart and center of the exposurescreen coincide.

Specified voltage: The specified voltage varies according to theminipattern box, so adjust the power supplyoutput voltage to the specified voltage writtenon the sheet which is supplied with theminipattern box.

Adjusting method:



2 6 01 13 Set the data, and press PAUSEbutton. (Note3)



5 F 2A Check that the data is “00” to“07”.

Note3: Don’t touch the zoom switch. If you touch the zoom switch, thezoom center adjustment data will be rewritten in the value whichisn’t correct.

Note4: The adjustment data will be automatically input to page: F, address::24 to 2B, 36 to 3D, 5D.







5 Perform “Flange Back Check”.

Minipattern box

Below 3 cm

Camcorder

Camera table

Red (+)

Black (–)

Yellow (SENS +)

White (SENS –)

Black (GND)

Need not connected

Regulated power supplyOutput voltage : Specified voltage ±0.01Vdc

Output current : more than 3.5A

Fig. 5-1-7.

5-19

6. Flange Back Adjustment(Using Flange Back Adjustment Chart and Subject More Than 500m Away)

The inner focus lens flange back adjustment is carried outautomatically. In whichever case, the focus will be deviated duringauto focusing/manual focusing.

6-1. Flange Back Adjustment (1)

Subject Flange back adjustment chart(2.0 m from the front of the protectionglass)(Luminance: 230 ± 30 lux)



Adjustment Page F


Note1: Check that the data of page: 6, address: 02 is “00”. If not, to page:6, address: 01, set data: 00, and press the PAUSE button.


Adjusting method:






5 F 2A Check that the data is “00” to“07”.







3 Perform “Flange BackAdjustment (2)”

6-2. Flange Back Adjustment (2)Perform this adjustment after performing “Flange Back Adjustment(1)”.

Subject Subject more than 500m away(Subjects with clear contrast such asbuildings, etc.)



Adjustment Page F



Preparations:1) Set the zoom lens to the TELE end and expose a subject that is

more than 500 m away (subject with clear contrast such asbuilding, etc.). (Nearby subjects less than 500 m away shouldnot be in the screen.)

Adjusting method:




Place a ND filter on the lens sothat the optimum image isobtain.









3 Perform “Flange Back Check”.

5-20

7. Flange Back Check

Subject Siemens star(2.0m from the front of the protectionglass)(Luminance : approx. 300 ± 50 lux)



Specified Value Focused at the TELE end and WIDEend.

Checking method:1) Place the Siemens star 2.0m from the front of the protection

glass.2) To open the IRIS, decrease the luminous intensity to the

Siemens star up to a point before noise appear on the image.3) Shoot the Siemens star with the zoom TELE end.4) Turn on the auto focus.5) Check that the lens is focused.6) Turn off the auto focus.7) While observe the TV monitor, move the zoom to the WIDE

end and check that the lens is focused.

8. Picture Frame Setting

Subject Color bar chart(Color bar standard picture frame)(95cm from the front of the protectionglass)

Measurement Point Video output terminal

Measuring Instrument Oscilloscope and TV monitor

Specified Value A=B, C=D, t=0 ± 0.1msec

Switch setting:1) ND FILTER......................................................................OFF

(The data of page: 6, address: 9D is “00”.)2) STEADY SHOT (Menu setting) ......................................OFF

Setting method:


1 6 2C 01 Set the data.



4 6 92 6E Set the data.



7 Adjust the camera direction, andset to the specified position.

8 Mark the position of the pictureframe on the monitor display,and adjust the picture frame tothis position in followingadjustments using “Color barstandard frame”.


A=B C=D

A

B C

D

Check on the oscilloscope

1. Horizontal period

Fig. 5-1-8.

2. Vertical period

Fig. 5-1-9.

Color on the TV monitor

Fig. 5-1-10.

t=0 ± 0.1msec

V

Color bar chart picture frame TV monitor picture frame

5-21

9. Pre White Balance Data InputAt 3200k, input the pre white balance standard data.

Subject Clear chart(Color bar standard picture frame)

Adjustment Page E

Adjustment Address 2A, 2B

Note1: After the power is turned on, this adjustment can be done onlyonce.


Adjusting method:




3 F 20 00 Set the data, and press PAUSEbutton.



6 F 23 2E Set the data, and press PAUSEbutton.

7 6 01 7F Set the data, and press PAUSEbutton.

8 6 01 7D Set the data, and press PAUSEbutton. (Note)


Note: The adjustment data will be automatically input to page: E, address:2A and 2B.






4 Perform “Auto White BalanceStandard Data Input”.

10. Auto White Balance Standard Data InputAt 3200K, input the white balance standard data.


Adjustment Page F

Adjustment Address 20 to 23




Adjusting method:




3 6 01 0B Set the data, and press PAUSEbutton. (Note)


Note: The adjustment data will be automatically input to page: F, address:20 to 23.






5-22

11. MAX GAIN AdjustmentSetting the minimum illumination.If it is not consistent, the image level required for taking subjects inlow illuminance will not be produced (dark).


Adjustment Page F

Adjustment Address 2C


Adjusting method:





4 6 97 5C Set the data.

5 6 01 6F Set the data, and press PAUSEbutton. (Note)


Note: The adjustment data will be automatically input to page: F, address:2C.








12. LV Standard Data InputAdjust the normal coefficient of the light value.


Measurement Point Display data of page 1 (Note2)


Adjustment Page F

Adjustment Address 3E, 3F

Specified Value 0FE0 to 1020

Note1: Check that the data of page: 6, address: 02 is “00”. If not, turn thepower of the unit OFF/ON.

Note2: Displayed data of page 1 of the adjustment remote commander.1 : XX : XX

LV dataSwitch setting:

ND FILTER......................................................................OFF(The data of page: 6, address: 9D is “00”.)

Adjusting method:




3 Wait for 5 seconds.

4 6 01 0D Set the data, and press PAUSEbutton. (Note3)


6 6 04 1E Set the data.

7 1 Check that the LV data (Note2)satisfies the specified value. Ifnot, repeat from step 2.

Note3: The adjustment data will be automatically input to page: F, address:3E and 3F.








5-23

13. White Balance ND Filter 1 CompensationCompensate the white balance deviation when ND FILTER switchis “1”.


Adjustment Page F

Adjustment Address 4A, 4B



Switch setting:ND FILTER........................................................................... 1(The data of page: 6, address: 9D is “01”.)

Adjusting method:




3 6 01 09 Set the data, and press PAUSEbutton. (Note)


Note: The adjustment data will be automatically input to page: F, address:4A and 4B.






14. White Balance ND Filter 2 CompensationCompensate the white balance deviation when ND FILTER switchis “2”.


Adjustment Page E

Adjustment Address 8E, 8F



Switch setting:ND FILTER........................................................................... 2(The data of page: 6, address: 9D is “02”.)

Adjusting method:



2 6 01 CF Set the data, and press PAUSEbutton.

3 6 01 CD Set the data, and press PAUSEbutton. (Note)


Note: The adjustment data will be automatically input to page: E, address:8E and 8F.






4 Set ND FILTER switch to“OFF”.

5-24

15. Auto White Balance AdjustmentAdjust to the proper auto white balance output data.If it is not correct, auto white balance and color reproducibility willbe poor.


Filter Filter C14 for color temperaturecorrection

Adjustment Page F

Adjustment Address 34, 35




Adjusting method:


1 Place the C14 filter for colortemperature correction on thelens.




5 6 01 81 Set the data, and press PAUSEbutton. (Note)


Note: The adjustment data will be automatically input to page: F, address:34 and 35.






16. Color Reproduction Adjustment (ND Filter OFF)When the ND FILTER switch is “OFF”, adjust the color differencematrix coefficient so that proper color reproduction is produced.

Subject Color bar chart(Color bar standard picture frame)


Measuring Instrument Vectorscope

Adjustment Page F

Adjustment Address 44, 45, 46, 47

Specified Value All color luminance points shouldsettle within each color reproductionframe. (Fig. 5-1-11)




Adjusting method:


1 Check that the picture frame isset to the specified position.(Refer to “8. Picture FrameSetting”.)


3 F 5E 2D Set the data, and press PAUSEbutton.





8 6 01 AB Set the data, and press PAUSEbutton.

9 6 01 A9 Set the data, and press PAUSEbutton. (Note)


11 Adjust the GAIN and PHASE ofthe vectorscope, and adjust theburst luminance point to theburst position of the colorreproduction frame. (Fig. 5-1-11)

12 Check that all color luminancepoints settle within each colorreproduction frame. (Fig. 5-1-11)

Note: The adjustment data will be automatically input to page: F, address:44 to 47.







NTSC Burst position

PAL Burst position

Fig. 5-1-11.

5-25

17. Color Reproduction Adjustment (ND Filter 1)When the ND FILTER switch is “1”, adjust the color differencematrix coefficient so that proper color reproduction is produced.




Adjustment Page E



Note1: After the power is turned on, this adjustment can be done only once.Note2: Check that the data of page: 6, address: 02 is “00”. If not, to page:


Switch setting:1) ND FILTER........................................................................... 1

(The data of page: 6, address: 9D is “01”.)

Adjusting method:





4 E 62 00 Set the data, and press PAUSEbutton.




8 6 01 C3 Set the data, and press PAUSEbutton.

9 6 01 C1 Set the data, and press PAUSEbutton. (Note)




Note: The adjustment data will be automatically input to page: E, address:62 to 65.







18. Color Reproduction Adjustment (ND Filter 2)When the ND FILTER switch is “2”, adjust the color differencematrix coefficient so that proper color reproduction is produced.




Adjustment Page E



Note1: After the power is turned on, this adjustment can be done only once.Note2: Check that the data of page: 6, address: 02 is “00”. If not, to page:


Switch setting:1) ND FILTER........................................................................... 2

(The data of page: 6, address: 9D is “02”.)

Adjusting method:









8 6 01 CB Set the data, and press PAUSEbutton.

9 6 01 C9 Set the data, and press PAUSEbutton. (Note)




Note: The adjustment data will be automatically input to page: E, address:90 to 93.







5 Set ND FILTER switch to “OFF”.

5-26

19. White Balance Check


Filter Filter C14 for color temperaturecorrectionND filter 1.0 and 0.3 (2 sheets)



Specified Value Fig. 5-1-12. A to B


Checking method:


Indoor white balance check

1 Check that the lens is notcovered with either filter.


3 Check that the center of thewhite luminance point is withinthe circle shown Fig. 5-1-12. A.

Outdoor white balance check

4 Place the C14 filter on the lens.


6 Check that the center of thewhite luminance point is withinthe circle shown Fig. 5-1-12. B.

7 Remove the C14 filter.

Indoor white balance data check

8 Place the ND filter 1.6(1.0+0.3+0.3) on the lens.


10 Wait for 2 seconds.


12 F 10 A1 Set the data, and press PAUSEbutton.


14 1 Check that the second digit ofthe display data (Note) is an oddnumber.Specified value: 1 : XX : XX

Odd number

15 6 04 C6 Set the data.

16 1 Check that the display data(Note) satisfies the specifiedvalue.Specified value: 0000 to 0C50

Note: Displayed data of the adjustment remote commander.1 : XX : XX

Display data








R-Y 4mm

B-Y

4mm

R-Y

B-Y1.5mm

1.0mm

6mm

6mm

Fig. 5-1-12. (A)

Fig. 5-1-12. (B)

5-27

20. Steady Shot Adjustment• This adjustment is performed only when replacing the angular

velocity sensor.Although this adjustment need not be performed when the circuitis damaged, etc., check the operations.

• Note down the sensitivity displayed on the angular velocity sensorof the repair parts. At this time, note down also to which board itwas attached to.

Be sure to check because if attached incorrectly, the screen willvibrate up and down or left and right during hand-shake correctionoperations.

Precautions on the Parts ReplacementThere are two types of repair parts.

Type A: ENC03JAType B: ENC03JB

Replace the broken sensor with a same type sensor. If replace withother type parts, the image will vibrate up and down or left andright during hand-shake correction operations. After replacing, re-adjust according to the adjusting method after replacement.

Precautions on Angular Velocity SensorThe sensor incorporates a precision oscillator. Handle it with careas if it dropped, the balance of the oscillator will be disrupted andoperations will not be performed properly.

Switch setting:STEADY SHOT (Menu) ................................................... ONDIGITAL ZOOM (Menu) ................................................OFF

5-28

20-1. Steady Shot Adjustment (1)

Subject Pattern A(1.5m from the front of the lens)


Measuring Instrument Oscilloscope(V period)

Adjustment Page F

Adjustment Address 41

Fig.5-1-13.

Adjusting method:1) Select page: 0, address: 01, and set data: 01.2) Select page: F, address: EA, set data: 76, and press the PAUSE

button of the adjustment remote commander.3) Expose pattern A with the zoom TELE end.4) Adjust the focus.5) Measure the vertical position SV1 (msec) of the falling edge

of the waveform. (Oscilloscope is V period)6) Select page: F, address: EA, set data: 8A, and press the PAUSE

button.7) Measure the vertical position SV2 (msec) of the falling edge

of the waveform. (Oscilloscope is V period)8) Obtain D41' using the following equation (decimal calculation).

NTSC model

D41' = 1.53 × 0.6 × 99

SV1 – SV2 PITCH sensor sensitivityPAL model

D41' = 1.84 × 0.6 × 99

SV1 – SV2 PITCH sensor sensitivityNote: PITCH sensor sensitivity (SE601 or SE602 of SE-108 board)

is written only on the repair parts.9) Convert D41' to hexadecimal notation, and obtain D41. (Round

off to one decimal place)(Refer to Table 5-4-1. “Hexadecimal notation-Decimal notationconversion table” of “5-4. Service Mode”. )

10) Select page: F, address: 41, set data: D41, and press the PAUSEbutton.

Processing after Completing Adjustments1) Select page: F, address: EA, set data: 80, and press the PAUSE

button of the adjustment remote commander.2) Select page: 0, address: 01, and set data: 00.3) Check that the steady shot operation is performed normally.

Fig. 5-1-14.

White

White

Pattern A

A4 size (297mm × 210mm)

Black

V

SV2 (msec)SV1 (msec)

SV1–SV2

Falling edge of waveform when data is “76”

Falling edge of waveform when data is “8A”

5-29

20-2. Steady Shot Adjustment (2)

Subject Pattern B(1.5m from the front of the lens)


Measuring Instrument Oscilloscope(H period)

Adjustment Page F


Fig.5-1-15.

Adjusting method:1) Select page: 0, address: 01, and set data: 01.2) Select page: F, address: EB, set data: 76, and press the PAUSE

button of the adjustment remote commander.3) Expose pattern B with the zoom TELE end.4) Adjust the focus.5) Measure the horizontal position SH1 (µ sec) of the falling edge

of the waveform. (Oscilloscope is H period)6) Select page: F, address: EB, set data: 8A, and press the PAUSE

button.7) Measure the horizontal position SH2 (µ sec) of the falling edge

of the waveform. (Oscilloscope is H period)8) Obtain D42' using the following equation (decimal calculation).

D42' = 3.90 × 0.6 × 99

SH1 – SH2 YAW sensor sensitivityNote: YAW sensor sensitivity (SE600 or SE603 of SE-108 board) is

written only on the repair parts.9) Convert D42' to hexadecimal notation, and obtain D42. (Round

off to one decimal place)(Refer to Table 5-4-1. “Hexadecimal notation-Decimal notationconversion table” of “5-4. Service Mode”. )

10) Select page: F, address: 42, set data: D42, and press the PAUSEbutton.

Processing after Completing Adjustments1) Select page: F, address: EB, set data: 80, and press the PAUSE

button of the adjustment remote commander.2) Select page: 0, address: 01, and set data: 00.3) Check that the steady shot operation is performed normally.

Fig. 5-1-16.

White White

BlackPattern B

A4 size (297mm × 210mm)

H

SH2 (µsec)SH1 (µsec)

SH1–SH2

Falling edge of waveform when data is “76”

Falling edge of waveform when data is “8A”

5-30

1-4. COLOR ELECTRONIC VIEWFINDERSYSTEM ADJUSTMENT

Note1: The back light (fluorescent tube) is driven by a high voltage ACpower supply. Therefore, do not touch the back light holder toavoid electrical shock.

Note2: When replacing the LCD unit, be careful to prevent damagescaused by static electricity.

Note3: As the PANEL CLOSE switch is attached to the cabinet (R), thiscabinet must be attached when performing adjustments.If you perform the adjustments with cabinet (R) removed, set thefollowing data.1) Select page: 2, address: 0E, and set data: 67.2) Select page: 2, address: 0F, and set data: 01.Reset the data after completing adjustment.1) Select page: 2, address: 0E, and set data: 00.2) Select page: 2, address: 0F, and set data: 00.

[Adjusting connector]Most of the measuring points for adjusting the viewfinder systemare concentrated in CN007 of the VC-242 board.Connect the Measuring Instruments via the CPC-13 jig (J-6082-433-A).The following table shows the Pin No. and signal name of CN007.

Table 5-1-7.

1. VCO Adjustment (VC-242 board)Set the VCO free-run frequency. If deviated, the EVF screen will beblurred.

Mode Camera

Subject Arbitrary

Measurement Point Pin qg of CN007 (EVF VCO)


Adjustment Page D


Specified Value f = 15734 ± 30Hz (NTSC)f = 15625 ± 30Hz (PAL)

Note1: NTSC: DCR-VX2000PAL: DCR-VX2000E

Adjusting method:



2 D 92 Change the data and set theVCO frequency (f) to thespecified value.

3 D 92 Press PAUSE button.

4 D 92 Read the data, and this data isnamed D92.

5 Convert D92 to decimal notation,and obtain D92'. (Note2)

6 Calculate D93' using followingequations (Decimal calculation)NTSC model: When D92' 226

D93' = D92' + 29 When D92' > 226

D93' = 255PAL model: When D92' 29

D93' = D92' – 29 When D92' < 29

D93' = 00

7 Convert D93' to a hexadecimalnumber, and obtain D93. (Note2)

8 D 93 D93 Set the data, and press PAUSEbutton.


Note2: Refer to “Table 5-4-1. Hexadecimal-decimal Conversion Table”.

Pin No.1

2

3

4

5

6

7

8

9

10

Signal NameGND

RF MON

SWP

RF IN/LANC JACK IN

TDO

GND

TCK

TDI

PANEL COM

TMS

Pin No.11

12

13

14

15

16

17

18

19

20

Signal NameH START

XHD/PSIG

EVF VB

EVF VR

EVF VCO

GND

EVF BL –

EVF VG

LANC SIG

EVF BL +

Remove the CPC cover

CN007

20

1

Fig. 5-1-17.

5-31

2. Bright Adjustment (VC-242 board)Set the D range of the RGB decoder used to drive the LCD to thespecified value. If deviated, the LCD screen will become blackishor saturated (whitish).

Mode Camera

Subject Arbitrary

Measurement Point Pin qk of CN007 (EVF VG)

Measuring Instrument Oscilloscope

Adjustment Page D


Specified Value A = 7.30 ± 0.05V

Adjusting method:



2 D 95 Change the data and set thevoltage (A) between the reversedwaveform pedestal and non-reversed waveform pedestal tothe specified value.



3. Contrast Adjustment (VC-242 board)Set the level of the VIDEO signal for driving the LCD to the specifiedvalue. If deviated, the screen image will be blackish or saturated(whitish).

Mode Camera

Subject Arbitrary

Measurement Point Pin qk of CN007 (EVF VG)


Adjustment Page D


Specified Value A=2.45 ± 0.05V

Adjusting method:



2 D 99 Change the data and set thevoltage (A) between the 3 stepspeak and pedestal to thespecified value.(The data should be “00” to “7F”.)



Pedestal

Pedestal

A

2H

3 steps peak

Pedestal

A

2H

Fig. 5-1-18. Fig. 5-1-19.

5-32

4. Backlight Consumption Current Adjustment(VC-242 board)

Set the backlight luminance and color temperature.If deviated, the image may become dark or bright.

Mode Camera

Subject Arbitrary

Measurement Point + Probe: Pin w; of CN007 (EVF BL+)– Probe: Pin qj of CN007 (EVF BL–)

Measuring Instrument Digital voltmeter

Adjustment Page D

Adjustment Address 9C, 9D, 9E, 9F

Specified Value BRIGHT mode : A=37.0 ± 1.5mVdcNORMAL mode : A=22.0 ± 1.5mVdc

Note1: Perform the adjustment in the following order.Note2: Adjust 30 seconds after running on the power supply.

Adjusting method:



2 D 9C F0 Set the data, and press PAUSEbutton.

3 D 9D F0 Set the data, and press PAUSEbutton.

4 D 9E 11 Set the data, and press PAUSEbutton.

5 D 9F 1F Set the data, and press PAUSEbutton.

6 D 9D Change the data and set thevoltage difference (A) betweenPin w; and Pin qj to thespecified value of BRIGHTmode.(The data should be “C0” to“FF”.)

7 D 9D Press PAUSE button.

8 D 9C Set the same data as address:9D.

9 D 9C Press PAUSE button.

10 D 9E Change the data and set thevoltage difference (A) betweenPin w; and Pin qj to thespecified value of NORMALmode.(The data should be “00” to“1F”.)

11 D 9E Press PAUSE button.


5. White Balance Adjustment (VC-242 board)Correct the white balance.If deviated, the reproduction of the EVF screen may degenerate.

Mode Camera

Subject Arbitrary

Measurement Point Check on EVF screen


Adjustment Page D


Specified Value The EVF screen should not becolored.

Note1: Check the white balance only when replacing the following parts.If necessary, adjust them.

1. LCD panel2. Light induction plate3. IC1802

Note2: Use the AC power adaptor.

Adjusting method:





4 D 98 Check that the EVF screen is notcolored. If not colored, proceedto step 10.

5 D 97 Change the data so that the EVFscreen is not colored.


7 D 98 Change the data so that the EVFscreen is not colored.


9 D 98 If the EVF screen is colored,repeat steps 5 to 9.


5-33

1-5. LCD SYSTEM ADJUSTMENT

Note 1: The back light (fluorescent tube) is driven by a high voltage ACpower supply. Therefore, do not touch the back light holder toavoid electrical shock.

Note 2: When replacing the LCD unit, be careful to prevent damagescaused by static electricity.

[Adjusting connector]Most of the measuring points for adjusting the LCD system areconcentrated in CN2105 of the PD-126 board. The following tableshows the Pin No. and signal name of CN2105.

Table 5-1-8.

1. VCO Adjustment (PD-126 board)Set the VCO free-run frequency. If deviated, the LCD screen willbe blurred.

Mode VTR stop

Signal No signal

Measurement Point Pin 5 of CN2105 (HSY)


Adjustment Page D

Adjustment Address A2, A3

Specified Value f = 15734 ± 30Hz (NTSC)f = 15625 ± 30Hz (PAL)

Note1: NTSC: DCR-VX2000PAL: DCR-VX2000E

Adjusting method:



2 D A2 Change the data and set theVCO frequency (f) to thespecified value.

3 D A2 Press PAUSE button.

4 D A2 Read the data, and this data isnamed DA2.

5 Convert DA2 to decimal notation,and obtain DA2'. (Note2)

6 Calculate DA3' using followingequations (Decimal calculation)NTSC model: When DA2' 221

DA3' = DA2' + 34 When DA2' > 221

DA3' = 255PAL model: When DA2' 34

DA3' = DA2' – 34 When DA2' < 34

DA3' = 00

7 Convert DA3' to a hexadecimalnumber, and obtain DA3. (Note2)

8 D A3 DA3 Set the data, and press PAUSEbutton.


Note2: Refer to “Table 5-4-1. Hexadecimal-decimal Conversion Table”.

Pin No.1

2

3

4

5

Signal NameVG

COM

GND

PSIG

HSY

PD-126 board

CN2105

15

Fig. 5-1-20.

5-34

2. Bright Adjustment (PD-126 board)Set the D range of the RGB decoder used to drive the LCD to thespecified value. If deviated, the LCD screen will become blackishor saturated (whitish).

Mode VTR stop

Signal No signal

Measurement Point Pin 1 of CN2105 (VG)


Adjustment Page D

Adjustment Address A5


Adjusting method:



2 D A5 Change the data and set thevoltage (A) between the reversedwaveform pedestal and non-reversed waveform pedestal tothe specified value.



3. Black Limit Adjustment (PD-126 board)Set the dynamic range of the LCD driver to an appropriate level. Ifdeviated, the LCD screen will become blackish or saturated(whitish).

Mode VTR stop

Signal No signal

Measurement Point Pin 4 of CN2105 (PSIG)


Adjustment Page D



Adjusting method:



2 2 0E 61 Set the data.

3 2 0F Set the following data.5B: DCR-VX2000 (NTSC)53: DCR-VX2000E (PAL)

4 D A6 Change the data and set thePSIG signal amplitude (A) to thespecified value.(The data should be “00” to“0F”.)


6 2 0E 00 Set the data.

7 2 0F 00 Set the data.


Pedestal

Pedestal

A

2H

A

V

Fig. 5-1-21.

Fig. 5-1-22.

5-35

4. Contrast Adjustment (PD-126 board)Set the level of the VIDEO signal for driving the LCD to the specifiedvalue. If deviated, the screen image will be blackish or saturated(whitish).

Mode VTR stop

Signal No signal



Adjustment Page D

Adjustment Address AA


Adjusting method:



2 D AA Change the data and set thevoltage (A) between the 3 stepspeak and pedestal to thespecified value.(The data should be “00” to“7F”.)

3 D AA Press PAUSE button.


5 Check that the specified value of“Bright Adjustment” is satisfied.

5. Center Level Adjustment (PD-126 board)Set the video signal center level of LCD panel to an appropriatelevel.

Mode VTR stop

Signal No signal


Measuring Instrument Digital voltmeter

Adjustment Page D

Adjustment Address AB

Specified Value A = 7.00 ± 0.05Vdc

Adjusting method:



2 3 0C 60 Set the data, and press PAUSEbutton.


4 D AB Change the data and set the DCvoltage (A) to the specifiedvalue.(The data should be “00” to“7F”.)

5 D AB Press PAUSE button.




3 steps peak

Pedestal

A

2H

Fig. 5-1-23.

5-36

6. V-COM Adjustment (PD-126 board)Set the DC bias of the common electrode drive signal of LCD to thespecified value.If deviated, the LCD display will move, producing flicker andconspicuous vertical lines.

Mode VTR stop

Signal No signal

Measurement Point Check on LCD display


Adjustment Page D


Specified Value The brightness difference between thesection A and section B is minimum.

Note: Perform “Bright Adjustment”, “Black Limit Adjustment”, “ContrastAdjustment” and “Center Level Adjustment” before this adjustment.

Adjusting method:



2 D B0 Write down the data.

3 D B0 CA Set the data, and press PAUSEbutton.

4 D A4 Change the data so that thebrightness of the section A andthat of the section B is equal.(The data should be “80” to“BF”.)

5 D A4 Subtract 2 from the data.


7 D B0 Write the data that was writtendown in the step 2.

8 D B0 Press PAUSE button.


7. White Balance Adjustment (PD-126 board)Correct the white balance.If deviated, the reproduction of the LCD screen may degenerate.

Mode VTR stop

Signal No signal

Measurement Point Check on LCD screen


Adjustment Page D

Adjustment Address A8, A9

Specified Value The LCD screen should not becolored.

Note1: Check the white balance only when replacing the following parts.If necessary, adjust them.

1. LCD panel2. Light induction plate3. IC2101

Note2: Use the AC power adaptor.

Adjusting method:



2 D A8 85 Set the data, and press PAUSEbutton.

3 D A9 75 Set the data, and press PAUSEbutton.

4 D A9 Check that the LCD screen isnot colored. If not colored,proceed to step 10.

5 D A8 Change the data so that the LCDscreen is not colored.


7 D A9 Change the data so that the LCDscreen is not colored.


9 D A9 If the LCD screen is colored,repeat steps 5 to 9.


A

A

A

A

B

B

B

B

Fig. 5-1-24.

5-37

5-2. MECHANISM SECTIONADJUSTMENT

On the mechanism section adjustmentFor details of mechanism section adjustments, checks,and replacement of mechanism parts, refer to the separatevolume “DV MECHANICAL ADJUSTMENT MANUAL C Mechanism ”.

2-1. HOW TO ENTER RECORD MODE WITHOUTCASSETTE

1) Connect the adjustment remote commander to the LANC jack.2) Turn the HOLD switch of the adjustment remote commander

to the ON position.3) Close the cassette compartment without the cassette.4) Select page: 3, address: 01, set data: 0C, and press the PAUSE

button of the adjustment remote commander.(The mechanism enters the record mode automatically.)Note: The function buttons become inoperable.

5) To quit the record mode, select page: 3, address: 01, set data:00, and press the PAUSE button of the adjustment remotecommander. (Whenever you want to quit the record mode, besure to quit following this procedure.)

2-2. HOW TO ENTER PLAYBACK MODEWITHOUT CASSETTE

1) Connect the adjustment remote commander to the LANC jack.2) Turn the HOLD switch of the adjustment remote commander

to the ON position.3) Close the cassette compartment without the cassette.4) Select page: 3, address: 01, set data: 0B, and press the PAUSE

button of the adjustment remote commander.(The mechanism enters the playback mode automatically.)Note: The function buttons become inoperable.

5) To quit the playback mode, select page: 3, address: 01, set data:00, and press the PAUSE button of the adjustment remotecommander. (Whenever you want to quit the playback mode,be sure to quit following this procedure.)

2-3. TAPE PATH ADJUSTMENT

1. Preparation for Adjustment1) Clean the tape running side (tape guide, drum, capstan shaft,

pinch roller, etc.).2) Connect the adjustment remote commander to the LANC jack.3) Turn the HOLD switch of the adjustment remote commander

to the ON position.4) Connect an oscilloscope to VC-242 board CN007 via the CPC-

13 jig (J-6082-443-A).Channel 1: VC-242 board, CN007 Pin 2 (Note)External trigger: VC-242 board, CN007 Pin 3

Note: Connect a 75 Ω resistor between pins 2 of CN007 and 1(GND).75 Ω resistor (Parts code: 1-247-804-11)

5) Playback the alignment tape for tracking. (XH2-1)6) Select page: 3, address: 33, and set data: 08.7) Select page: 3, address: 26, and set data: 31.8) Check that the oscilloscope RF waveform is normal at the

entrance and exit.If not normal, adjust according to the separate volume“DV MECHANICAL ADJUSTMENT MANUAL C Mechanism ” .

CN007 of VC-242 board

2. Procedure after operations1) Connect the adjustment remote commander to the LANC jack

and set the HOLD switch to the ON position.2) Select page: 3, address: 26, and set data: 00.3) Select page: 3, address: 33, and set data: 00.

Fig. 5-2-1.

Pin No.1

2

3

4

5

6

7

8

9

10

Signal NameGND

RF MON

SWP

RF IN/LANC JACK IN

TDO

GND

TCK

TDI

PANEL COM

TMS

Pin No.11

12

13

14

15

16

17

18

19

20

Signal NameH START

XHD/PSIG

EVF VB

EVF VR

EVF VCO

GND

EVF BL –

EVF VG

LANC SIG

EVF BL +

CH1

Entrance side Exit sideCheck this section(Normal waveform)

CH2(Trigger) 3.3msec

5-38

5-3. VIDEO SECTION ADJUSTMENTS

NTSC model : DCR-VX2000PAL model : DCR-VX2000E

3-1. PREPARATIONS BEFORE ADJUSTMENTS

Use the following measuring instruments for video sectionadjustments.

3-1-1. Equipment Required

1) TV monitor2) Oscilloscope (dual-phenomenon, band above 30 MHz with

delay mode) (Unless specified otherwise, use a 10 : 1 probe.)3) Frequency counter4) Pattern generator with video output terminal.5) Digital voltmeter6) Audio generator7) Audio level meter8) Audio distortion meter9) Audio attenuator10) Regulated power supply11) Alignment tapes

• Tracking standard (XH2-1)Parts code: 8-967-997-01

• SW/OL standard (XH2-3)Parts code: 8-967-997-11

• Audio operation check for NTSC (XH5-3)Parts code: 8-967-997-51

• System operation check for NTSC (XH5-5)Parts code: 8-967-997-61

• BIST check for NTSC (XH5-6)Parts code: 8-967-997-71

• Audio operation check for PAL (XH5-3P)Parts code: 8-967-997-55

• System operation check for PAL (XH5-5P)Parts code: 8-967-997-66

• BIST check for PAL (XH5-6P)Parts code: 8-967-997-76

12) Adjustment remote commander (J-6082-053-B)13) CPC-13 jig (J-6082-443-A)14) Extension cable (50P, 0.5 mm)

For extension between the CD-254 board (CN100) and the VC-242 board (CN025) (J-6082-496-A)

5-39

3-1-2. Precautions on Adjusting1) The adjustments of this unit are performed in the VTR mode

or camera mode.To set to the VTR mode, set the power switch to “VCR” (or“PLAYER”) or set the “Forced VTR Power ON mode” usingthe adjustment remote commander (Note 1).To set to the Camera mode, set the power switch to “CAMERA”or set the “Forced Camera Power ON mode” using theadjustment remote commander (Note 2).After completing adjustments, be sure to exit the “Forced VTRPower ON Mode” or “Forced Camera Power ON Mode”.(Note 3)

2) The handle block (Microphone unit, Microphone amplifier,remote commander receiver, VTR function key) need not beconnected except during “Battery End Adjustment” and “Audioadjustments”. To remove, disconnect the following connector.

FK-076 board CN501 (36P, 0.8mm)3) By setting the “Forced VTR Power ON mode” or “Forced

Camera Power ON mode”, the video section can be operateeven if the cabinet (L) (Control switch block (CF-4980)) hasbeen removed. When removing the cabinet (L) disconnect thefollowing connector.

VC-242 board CN009 (14P, 0.5mm)4) Cabinet (R) (CK-93board, LCD block) need not be connected.

But removing the cabinet (R) (removing the VC-242 boardCN008) means removing the lithium 3V power supply (CK-093 board, BT250) , data such as date, time, user-set menuswill be lost. After completing adjustments, reset these data. Ifthe cabinet (R) has been removed, the self-diagnosis data, dataon history of use (total drum rotation time etc.) will be lost.Before removing, note down the self-diagnosis data and thedata on the history use (data of page: 2, address: A2 to AA).(Refer to “SELF-DIAGNOSIS FUNCTION” for the self-diagnosis data, and to “5-4.Service Mode” for the data on thehistory use.)To remove the cabinet (R), disconnect the following connector.

VC-242 board CN008 (50P, 0.5mm)5) The viewfinder (LB-065 board) is need not be connected. To

remove it, disconnect the following connector.VC-242 board CN8612 (27P, 0.3mm)

6) The FP-200 (flexible) is need not be connected. To remove it,disconnect the following connectors.

VC-242 board CN004 (10P, 0.5mm)LA-026 board CN053 (27P, 0.5mm)

7) The LA-026 board is need not be connected. To remove it,disconnect the following connectors.

VC-242 board CN023 (80P, 0.5mm)8) The CD-254 board of the lens block is need not be connected.

To remove it, disconnect the following connectors.VC-242 board CN025 (50P, 0.5mm)

Note 1: Setting the “Forced VTR Power ON” mode (VTR mode)1) Select page: 0, address: 01, and set data: 01.2) Select page: D, address: 10, set data: 02, and press the PAUSE

button of the adjustment remote commander.The above procedure will enable the VTR power to be turned onwith the control switch block (CF-4980) removed.After completing adjustments, be sure to exit the “Forced PowerON mode”.

Note 2: Setting the “Forced Camera Power ON” mode (Camera mode)1) Select page: 0, address: 01, and set data: 01.2) Select page: D, address: 10, set data: 01, and press the PAUSE

button of the adjustment remote commander.The above procedure will enable the camera power to be turnedon with the control switch block (CF-4980) removed.After completing adjustments, be sure to exit the “Forced PowerON mode”.

Note 3: Setting the “Forced Memory Power ON” mode (Memory mode)1) Select page: 0, address: 01, and set data: 01.2) Select page: D, address: 10, set data: 05, and press the PAUSE

button of the adjustment remote commander.The above procedure will enable the memory power to be turnedon with the control switch block (CF-4980) removed.After completing adjustments, be sure to exit the “Forced PowerON mode”.

Note 4: Exiting the “Forced Power ON” mode1) Select page: 0, address: 01, and set data: 01.2) Select page: D, address: 10, set data: 00, and press the PAUSE

button of the adjustment remote commander.3) Select page: 0, address: 01, and set data: 00.

5-40

Fig. 5-3-2.

Adjustmentremote

commander

LANC jack

Main unit

VIDEO jack

TV monitor

Fig. 5-3-1

3-1-3. Adjusting ConnectorsSome of the adjusting points of the video section are concentratedat VC-242 board CN007. Connect the measuring instruments viathe CPC-13 jig (J-6082-443-A). The following table lists the pinnumbers and signal names of CN007.

Table 5-3-1.

3-1-4. Connecting the EquipmentConnect the measuring instruments as shown in Fig. 5-3-2, andperform the adjustments.

Pin No.1

2

3

4

5

6

7

8

9

10

Signal NameGND

RF MON

SWP

RF IN/LANC JACK IN

TDO

GND

TCK

TDI

PANEL COM

TMS

Pin No.11

12

13

14

15

16

17

18

19

20

Signal NameH START

XHD/PSIG

EVF VB

EVF VR

EVF VCO

GND

EVF BL –

EVF VG

LANC SIG

EVF BL +

Remove the CPC cover

CN007

20

1

5-41

3-1-5. Alignment TapesUse the alignment tapes shown in the following table.Use tapes specified in the signal column of each adjustment.

Fig. 5-3-3 shows the 75% color bar signals recorded on the alignmenttape for Audio Operation Check.

Note: Measure with video terminal (Terminated at 75 Ω)

UseTape path adjustment

Switching position adjustment

Audio system adjustment

Operation check

BIST check

NameTracking standard (XH2-1)

SW/OL standard (XH2-3)

Audio operation check(XH5-3 (NTSC), XH5-3P (PAL))

System operation check(XH5-5 (NTSC), XH5-5P (PAL))

BIST check(XH5-6 (NTSC), XH5-6P (PAL))

For NTSC model

For PAL model

Color bar signal waveform Color bar pattern

Color bar signal waveform Color bar pattern

Fig. 5-3-3. Color bar signal of alignment tapes

3-1-6. Input/Output Level and ImpedanceVideo input/output

Phono jackVideo signal: 1 Vp-p, 75 Ω unbalanced,

sync negativeS video input/output

4-pin mini DINLuminance signal: 1 Vp-p, 75 Ω unbalanced,

sync negativeChrominance signal: 0.286 Vp-p, 75 Ω unbalanced (NTSC)

: 0.300 Vp-p, 75 Ω unbalanced (PAL)

Audio input/outputPhono jackInput level: 327mVInput impedance: More than 47kΩOutput level: 327 mV (at load impedance 47 kΩ)Output impedance: Below 2.2 kΩ

1V

0.714V

0.286V

White (75%)

White (100%)

Yello

w

Cya

nG

reen

Mag

enta

Red

Blu

e Burst signal

0.286V

Q I

Horizontal sync signal

(75%)

Whi

te

Yello

w

Cya

n

Gre

en

Mag

enta

Red

Blu

e

Q I

White(100%)

Black

1V0.7V

0.3V

White (100%)

Yello

wC

yan

Gre

en

Mag

enta

Red

Blu

e

Burst signalHorizontal sync signal

0.3V(100%)

Yello

w

Cya

n

Gre

en

Mag

enta

Red

Blu

e

Whi

te

Bla

ck

5-42

3-2. SYSTEM CONTROL SYSTEM ADJUSTMENT

1. Initialization of B, C, D, E, F, 8 Page DataIf the B, C, D, E, F, 8 page data is erased due to some reason, perform“1-2. INITIALIZATION OF B, C, D, E, F, 8 PAGE DATA”, of “5-1. CAMERA SECTION ADJUSTMENT”

2. Serial No. Input2-1. Company ID InputWrite the company ID in the EEPROM (nonvolatile memory).

Page C

Address E8, E9, EA, EB, EC

Input method:1) Select page: 0, address: 01, and set data: 01.2) Input the following data to page: C, addresses: E8 to EC.

Note: Press the PAUSE button of the adjustment remote commandereach time to set the data.

3) Select page: 0, address: 01, and set data: 00.

2-2. Serial No. InputWrite the serial No. and model code in the EEPROM (nonvolatilememory). Convert the serial No. on the name plate from decimal tohexadecimal, and write in the EEPROM.

Page C

Address ED, EE, EF

Input method:1) Select page: 0, address: 01, and set data: 01.2) Read the serial No. on the name plate, and take it as D1.

Example: If the serial No. is 77881.D1=77881

3) Obtain D2 and H1 corresponding to D1 from Table 5-3-2.Example: If D1 is “77881”.

D2=D1–65536=12345H1=FE

Table 5-3-2.

4) Input H1 to page: C, address: ED. (Model code input)Example: If H1 is “FE”.

Select page: C, address: ED, set data: FE, andpress the PAUSE button.

5) Obtain the maximum decimal not exceeding D2 from Table 5-3-3, and take this as D3.

Example: If D2 is “12345”.D3=12288

6) Obtain the hexadecimal corresponding to D3 from Table 5-3-3,and take this as H3.

Example: If D3 is “12288”.H3=3000

7) Obtain the difference D4 between D2 and D3. (Decimalcalculation, 0 D4 255)

D4= D2–D3

Example: If D2 is “12345” and D3 is “12288”.D4=12345–12288=57

8) Convert D4 to hexadecimal, and take this as H4.(Refer to “Hexadecimal-decimal conversion table” in “5-4.Service Mode”.)

Example: If D4 is “57”.H4=39

9) Input the upper 2 digits of H3 to page: C, address: EE.Example: If H3 is “3000”.

Select page: C, address: EE, set data: 30, andpress the PAUSE button.

10) Input H4 to page: C, address: EF.Example: If H4 is “39”.

Select page: C, address: EF, set data: 39, andpress the PAUSE button.

11) Select page: 0, address: 01, and set data: 00.

AddressE8

E9

EA

EB

EC

Data08

00

46

01

01

D1 (Decimal)

000001 to 065535

065536 to 131071

131072 to 196607

D2 (Decimal)

D1

D1–65536

D1–131072

H1 (Hexadecimal)(Service model code)FE

FE

FE

5-43

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

Decimal(D3)

Hexa-decimal

(H3)

0

256

512

768

1024

1280

1536

1792

2048

2304

2560

2816

3072

3328

3584

3840

4096

4352

4608

4864

5120

5376

5632

5888

6144

6400

6656

6912

7168

7424

7680

7936

8192

8448

8704

8960

9216

9472

9728

9984

10240

10496

10752

11008

11264

11520

11776

12032

12288

12544

12800

13056

13312

13568

13824

14080

14336

14592

14848

15104

15360

15616

15872

16128

16384

16640

16896

17152

17408

17664

17920

18176

18432

18688

18944

19200

19456

19712

19968

20224

20480

20736

20992

21248

21504

21760

22016

22272

22528

22784

23040

23296

23552

23808

24064

24320

24576

24832

25088

25344

25600

25856

26112

26368

26624

26880

27136

27392

27648

27904

28160

28416

28672

28928

29184

29440

29696

29952

30208

30464

30720

30976

31232

31488

31744

32000

32256

32512

32768

33024

33280

33536

33792

34048

34304

34560

34816

35072

35328

35584

35840

36096

36352

36608

36864

37120

37376

37632

37888

38144

38400

38656

38912

39168

39424

39680

39936

40192

40448

40704

40960

41216

41472

41728

41984

42240

42496

42752

43008

43264

43520

43776

44032

44288

44544

44800

45056

45312

45568

45824

46080

46336

46592

46848

47104

47360

47616

47872

48128

48384

48640

48896

49152

49408

49664

49920

50176

50432

50688

50944

51200

51456

51712

51968

52224

52480

52736

52992

53248

53504

53760

54016

54272

54528

54784

55040

55296

55552

55808

56064

56320

56576

56832

57088

57344

57600

57856

58112

58368

58624

58880

59136

59392

59648

59904

60160

60416

60672

60928

61184

61440

61696

61952

62208

62464

62720

62976

63232

63488

63744

64000

64256

64512

64768

65024

65280

0000

0100

0200

0300

0400

0500

0600

0700

0800

0900

0A00

0B00

0C00

0D00

0E00

0F00

1000

1100

1200

1300

1400

1500

1600

1700

1800

1900

1A00

1B00

1C00

1D00

1E00

1F00

2000

2100

2200

2300

2400

2500

2600

2700

2800

2900

2A00

2B00

2C00

2D00

2E00

2F00

3000

3100

3200

3300

3400

3500

3600

3700

3800

3900

3A00

3B00

3C00

3D00

3E00

3F00

4000

4100

4200

4300

4400

4500

4600

4700

4800

4900

4A00

4B00

4C00

4D00

4E00

4F00

5000

5100

5200

5300

5400

5500

5600

5700

5800

5900

5A00

5B00

5C00

5D00

5E00

5F00

6000

6100

6200

6300

6400

6500

6600

6700

6800

6900

6A00

6B00

6C00

6D00

6E00

6F00

7000

7100

7200

7300

7400

7500

7600

7700

7800

7900

7A00

7B00

7C00

7D00

7E00

7F00

8000

8100

8200

8300

8400

8500

8600

8700

8800

8900

8A00

8B00

8C00

8D00

8E00

8F00

9000

9100

9200

9300

9400

9500

9600

9700

9800

9900

9A00

9B00

9C00

9D00

9E00

9F00

A000

A100

A200

A300

A400

A500

A600

A700

A800

A900

AA00

AB00

AC00

AD00

AE00

AF00

B000

B100

B200

B300

B400

B500

B600

B700

B800

B900

BA00

BB00

BC00

BD00

BE00

BF00

C000

C100

C200

C300

C400

C500

C600

C700

C800

C900

CA00

CB00

CC00

CD00

CE00

CF00

D000

D100

D200

D300

D400

D500

D600

D700

D800

D900

DA00

DB00

DC00

DD00

DE00

DF00

E000

E100

E200

E300

E400

E500

E600

E700

E800

E900

EA00

EB00

EC00

ED00

EE00

EF00

F000

F100

F200

F300

F400

F500

F600

F700

F800

F900

FA00

FB00

FC00

FD00

FE00

FF00

Table 5-3-3.

5-44

Fig. 5-3-4.

3. Battery End AdjustmentSet the battery end voltage.If the voltage is incorrect, the life of the battery will shorten.The image at the battery end will also be rough.

Mode Camera recording

Subject Arbitrary

Measurement Point Display data of page: 2, address: 5D


Adjustment Page D

Adjustment Address 48 to 4C

Switch setting1) AUTO FOCUS .................................................................OFF

Connection:1) Connect the regulated power supply and the digital voltmeter

to the battery terminal as shown in Fig. 5-3-4.

Preparations before adjustments:1) Adjust the output voltage of the regulated power supply so that

the digital voltmeter display is 6.1 ± 0.1Vdc.2) Turn off the power supply.3) Turn on the HOLD switch of the adjustment remote

commander.4) Turn on the power supply.5) Load a cassette, and set to the camera recording mode.

Adjusting method:



2 Decrease the output voltage ofthe regulated power supply sothat the digital voltmeter displayis 5.50 ± 0.01Vdc.

3 2 5D Read the data, and this data isnamed Dref.

4 D 48 Dref Set the data, and press PAUSEbutton.

5 Convert Dref to decimalnotation, and obtain Dref'.(Note1)

6 Calculate D49', D4A', D4B' and D4C'using following equations.(decimal calculation)D49' =Dref' + 7D4A' =Dref' + 25D4B' =Dref' + 29D4C' =Dref' + 37

7 Convert D49', D4A', D4B' and D4C'to decimal notation, and obtainD49, D4A, D4B and D4C. (Note1)

8 D 49 D49 Set the data, and press PAUSEbutton.

9 D 4A D4A Set the data, and press PAUSEbutton.

10 D 4B D4B Set the data, and press PAUSEbutton.

11 D 4C D4C Set the data, and press PAUSEbutton.


Note1: Refer to Table 5-4-1. “Hexadecimal-decimal conversion table” of“5-4.Service mode”.

+

+

Regulated power supply

Digital volt meter

5.5 ± 0.01 Vdc

+

5-45

3-3. SERVO AND RF SYSTEM ADJUSTMENTBefore perform the servo and RF system adjustments, check thatthe specified value of “27 MHz Origin Oscillation Adjustment” of“CAMERA SYSTEM ADJUSTMENT” is satisfied.

Adjusting Procedure:1. Cap FG duty adjustment2. T-reel FG duty adjustment3. PLL f0 & LPF f0 adjustment4. Switching position adjustment5. AGC center level6. APC & AEQ adjustment7. PLL f0 & LPF f0 final adjustment

1. Cap FG Duty Adjustment (VC-242 Board)Set the Cap FG signal duty cycle to 50% to establish an appropriatecapstan servo. If deviated, the uneven rotation of capstan and noisecan occur.



Adjustment Page C


Specified Value 00

Adjusting method:


1 Close the cassette compartmentwithout inserting a cassette.


3 3 01 1B Set the data, and press PAUSEbutton.

4 3 02 Check that the data changes inthe following order.“1B” → “2B” → “00”

5 3 03 Check that the data is “00”.(Note)


Note: If the data is “01”, adjustment has errors or the mechanism deck isdefective.

2. T reel FG Duty Adjustment (VC-242 Board)Adjust the take-up reel FG signal duty cycle to an appropriate valueso that the correct T-reel FG signal is obtained.



Adjustment Page C


Specified Value 00

Adjusting method:




3 3 01 1C Set the data, and press PAUSEbutton.

4 3 02 Check that the data changes inthe following order.“1C” → “2C” → “00”



Note: If the data is “02”, adjustment has errors or the mechanism deck isdefective.

3. PLL f 0 & LPF f 0 Adjustment (VC-242 Board)

Mode VTR stop



Adjustment Page C

Adjustment Address 1F, 20, 22, 29

Specified Value Bit2, bit3 and bit6 are “0”

Adjusting method:







Note: If the data is other than “00”, there are errors.For the error contents, see the following table. (For the bit values,refer to “5-4. SERVICE MODE”, “4-3. 3. Bit value discrimination”.)

Bit value of page: 3, Error contents

address: 03 data

bit 4 = 1 PLL f0 even channel is defective

bit 5 = 1 PLL f0 odd channel is defective

bit 6 = 1 LPF f0 is defective

bit 3 = 1 PLL f0 final adjustment is defective

bit 2 = 1 PLL f0 final adjustment time-out

5-46

4. Switching Position Adjustment (VC-242 Board)

Mode VTR playback

Signal SW/OL reference tape (XH2-3)



Adjustment Page C


Specified Value 00

Adjusting method:


1 Insert the SW/OL reference tapeand enter the VTR STOP mode.


3 3 21 Check that the data is “02”.(Note1)





Note1: If the data of page: 3, address: 21 is “72”, the tape top being played.After playing the tape for 1 to 2 seconds, stop it, perform step 4and higher.

Note2: If bit 0 of the data is “1”, the even channel is defective. If bit 1 is“1”, the odd channel is defective. Contents of the defect is writteninto page: C, addresses: 10 and 12. See the following table. (Forthe bit values, refer to “5-4. SERVICE MODE”, “4-3. 3. Bit valuediscrimination”.)

When the even channel is defective

Data of page: C, Contents of defect

address: 10

EE Writing into EEPROM (IC502) is defective

E8 Adjustment data is out of range

E7 No data is returned from IC301 (CAIN)

When the odd channel is defective

Data of page: C, Contents of defect

address: 12

EE Writing into EEPROM (IC502) is defective

E8 Adjustment data is out of range

E7 No data is returned from IC301 (CAIN)

5. AGC Center Level and APC & AEQ Adjustment

5-1. Preparations before adjustments

Mode Camera recording

Subject Arbitrary

Adjusting method:



2 Record the camera signal forthree minutes.

5-2. AGC Center Level Adjustment (VC-242 Board)

Mode Playback

Signal Recorded signal at “Preparationsbefore adjustments”

Measurement Point Pin 2 of CN007 (RF MON) (Note 1)Ext. trigger: Pin 3 of CN007 (SWP)


Adjustment Page C

Adjustment Address 1E

Specified Value The data of page: 3, address: 03 is“00”

Note 1: Connect a 75Ω resistor between Pin 2 and Pin 1 (GND) ofCN007.75Ω resistor (Parts code: 1-247-804-11)

Adjusting method:


1 Playback the recorded signal at“Preparations beforeadjustments”



4 Confirm that the playback RFsignal is stable. (Fig. 5-3-5.)




8 Perform “APC & AEQAdjustment”.

Note2: If the data of page: 3, address: 03 is other than “00”, adjustmenthas errors. (Take an appropriate remedial measures according tothe errors referring to the following table.)

Data Contents of defect

20 Perform re-adjustment. (Note 3)

30 The machine is defective



Note 3: If this data is displayed twice successively, the machine is defective.

6.7 msec

PB RF signal is stable

Pin 3

Pin 2

Fig. 5-3-5.

5-47

5-3. APC & AEQ Adjustment (VC-242 Board)

Mode Playback

Signal Recorded signal at “Preparationsbefore adjustments”

Measurement Point Pin 2 of CN007 (RF MON) (Note 1)Ext. trigger: Pin 3 of CN007 (SWP)


Adjustment Page C

Adjustment Address 18, 19, 1B, 1C, 21, 2C

Specified Value The data of page: 3, address: 03 is“00”

Note 1: Connect a 75Ω resistor between Pin 2 and Pin 1 (GND) ofCN007.75Ω resistor (Parts code: 1-247-804-11)

Note 2: The “AGC Center Level Adjustment” must have already beencompleted before starting this adjustment.

Adjusting method:


1 Playback the recorded signal at“Preparations beforeadjustments”



4 Confirm that the playback RFsignal is stable. (Fig. 5-3-6.)


6 3 02 Check that the data changesfrom “07” to “00” in about 20seconds after pressing PAUSEbutton.


8 Perform “Processing afterCompleting Adjustments”.

Note3: If the data is other than “00”, adjustment has errors. Take anappropriate remedial measures according to the errors referring tothe following table.

Data Contents of defect






Note 4: If this data is displayed twice successively, the machine is defective.

5-4. Processing after Completing Adjustments





6. PLL f 0 & LPF f 0 Final Adjustment (VC-242 Board)

Mode VTR stop

Signal Arbitrary



Adjustment Page C

Adjustment Address 1F, 20, 22, 29

Specified Value Bit2, bit3 and bit6 are “0”

Adjusting method:





4 3 03 Check that bit2, bit3 and bit6 ofthe data are “0”. (Note)


Note: If bit2, bit3 or bit 6 of the data is “1”, there are errors.For the error contents, see the following table. (For the bit values,refer to “5-4. SERVICE MODE”, “4-3. 3. Bit value discrimination”.)

Bit value of page: 3, Error contents

address: 03

bit 4 = 1 PLL f0 even channel is defective

bit 5 = 1 PLL f0 odd channel is defective

bit 6 = 1 LPF f0 is defective

bit 3 = 1 PLL f0 final adjustment is defective

bit 2 = 1 PLL f0 final adjustment time-out

6.7 msec

PB RF signal is stable

Pin 3

Pin 2

Fig. 5-3-6.

5-48

3-4. VIDEO SYSTEM ADJUSTMENTSBefore perform the video system adjustments, check that thespecified value of “27MHz Origin Oscillation Adjustment” of“CAMERA SYSTEM ADJUSTMENT” is satisfied.

3-4-1. Base Band Block Adjustments

1. Chroma BPF f 0 Adjustment (VC-242 Board)Set the center frequency of IC1301 chroma band-pass filter.

Mode Camera

Subject All black(Cover the lens with the lens cap)

Measurement Point CH1: Chroma signal terminal ofS VIDEO jack (75Ω terminated)CH2: Y signal terminal of S VIDEOjack (75Ω terminated)


Adjustment Page C


Specified Value A = 100mVp-p or lessB = 200mVp-p or more

Adjusting method:



2 Check that the burst signal (B) isoutput to the chroma signalterminal of S VIDEO jack.


4 C 28 Change the data for minimumamplitude of the burst signallevel (A).(The data should be “00” to“07”.)

5 C 28 Press PAUSE button.


7 Check that the burst signal level(B) satisfies the specified value.


2. S VIDEO OUT Y Level Adjustment (VC-242 Board)

Mode Camera

Subject Arbitrary

Measurement Point Y signal terminal of S VIDEO jack(75Ω terminated)


Adjustment Page C


Specified Value A = 1000 ± 14mV

Adjusting method:



2 2 35 Note down the data.



5 C 25 Change the data and set the Ysignal level (A) to the specifiedvalue.



8 2 35 Set the data that is noted down atstep 2.


CH1

CH2

A

H

CH1

H

B

When the data of page: 3, address: 0C, is 04:

When the data of page: 3, address: 0C, is 00:

Fig. 5-3-7.

H

Center of luminance line

A

Fig. 5-3-8.

5-49

3. S VIDEO OUT Chroma Level Adjustment(VC-242 Board)

Mode Camera

Subject Arbitrary

Measurement Point Chroma signal terminal of S VIDEOjack (75Ω terminated)External trigger: Y signal terminal ofS VIDEO jack


Adjustment Page C


Specified Value Cr level: A = 714 ± 14mV(NTSC)A = 700 ± 14mV(PAL)

Cb level: B = 714 ± 14mV(NTSC)B = 700 ± 14mV(PAL)

Burst level:C = 286 ± 6mV(NTSC)C = 300 ± 6mV(PAL)

Adjusting method:






5 C 26 Change the data and set the Crsignal level (A) to the specifiedvalue.


7 C 27 Change the data and set the Cbsignal level (B) to the specifiedvalue.


9 Check that the burst signal level(C) is satisfied the specified value.




4. VIDEO OUT Y, Chroma Level Check (VC-242 Board)

Mode Camera

Subject Arbitrary

Measurement Point VIDEO jack (75Ω terminated)


Specified Value Sync level: A = 286 ± 18mV(NTSC)A = 300 ± 18mV(PAL)

Burst level:B = 286 ± 18mV(NTSC)B = 300 ± 18mV(PAL)

Adjusting method:





4 Check that the sync signal level(A) satisfies the specified value.

5 Check that the burst signal level(B) satisfies the specified value.




H

C

A

0.28 µsec (NTSC)0.23 µsec (PAL)

B

0.28 µsec (NTSC) 0.23 µsec (PAL)

H

B

A

Fig. 5-3-9.

Fig. 5-3-10.

5-50

3-4-2. BIST Check

Switch setting:LCD panel ...................................................................... Open

1. Playback System Check

1-1. Preparations for Playback


1 Set the POWER switch to VCRposition.

2 Connect the adjustment remotecommander and set the HOLDswitch to ON (SERVICE)position.


4 C 42 00 Set the data, and press PAUSEbutton.

5 Playback the BIST check tape.(XH5-6 (NTSC), XH5-6P (PAL))

Note1: Perform the following checks in the playback mode.Note2: Use the AC power adaptor or the battery (Info LITHIUM L series).

1-2. IC301 TRX (RF) PB BIST Check




3 3 73 Check that the data is equal toeither of the following values.And memorize the case numberof the value.NTSC model:

63 (Case1), C5 (Case2),75 (Case3), D3 (Case4),59 (Case5), FF (Case6)

PAL model:86 (Case1), AA (Case2),90 (Case3)

4 3 74 Check that the data is equal tothe following value which casenumber is equal to that ofaddress 73.NTSC model:

84 (Case1), 55 (Case2),07 (Case3), D6 (Case4),01 (Case5), D0 (Case6)

PAL model:35 (Case1), 33 (Case2),B6 (Case3)

5 3 If the data of address 73 andaddress 74 are correct, IC301TRX (RF) playback system isnormal.

1-3. IC301 AUD (ABUS) PB BIST Check






5 3 14 Check that the data is thefollowing value.NTSC model: 41PAL model: 2D

6 3 15 Check that the data is thefollowing value.NTSC model: 81PAL model: 7C

7 3 If the data of address 14 andaddress 15 are correct, IC301AUD (ABUS) playback systemis normal.

1-4. IC301 VFD PB BIST Check• EX Y BIST Check





4 3 14 Check that the data is thefollowing value.NTSC model: FBPAL model: 54

5 3 15 Check that the data is thefollowing value.NTSC model: F4PAL model: ED

6 3 If the data of address 14 andaddress 15 are correct, IC301EX Y playback system isnormal.

5-51

• EVF Y BIST Check






5 3 14 Check that the data is thefollowing value.NTSC model: 9BPAL model: 20

6 3 15 Check that the data is thefollowing value.NTSC model: C3PAL model: F8

7 3 If the data of address 14 andaddress 15 are correct, IC301EVF Y playback system isnormal.

• EVF Cr BIST Check






5 3 14 Check that the data is thefollowing value.NTSC model: 2EPAL model: 33

6 3 15 Check that the data is thefollowing value.NTSC model: 34PAL model: DD

7 3 If the data of address 14 andaddress 15 are correct, IC301EVF Cr playback system isnormal.

• EVF Cb BIST Check


1 3 10 8A Set the data, and press PAUSEbutton.




5 3 14 Check that the data is thefollowing value.NTSC model: A9PAL model: AA

6 3 15 Check that the data is thefollowing value.NTSC model: 39PAL model: 03

7 3 If the data of address 14 andaddress 15 are correct, IC301EVF Cb playback system isnormal.

• PANEL Y BIST Check






5 3 14 Check that the data is thefollowing value.NTSC model: 9BPAL model: 20

6 3 15 Check that the data is thefollowing value.NTSC model: C3PAL model: F8

7 3 If the data of address 14 andaddress 15 are correct, IC301PANEL Y playback system isnormal.

5-52

• PANEL Cr BIST Check






5 3 14 Check that the data is thefollowing value.NTSC model: 2EPAL model: 33

6 3 15 Check that the data is thefollowing value.NTSC model: 34PAL model: DD

7 3 If the data of address 14 andaddress 15 are correct, IC301PANEL Cr playback system isnormal.

• PANEL Cb BIST Check


1 3 10 9A Set the data, and press PAUSEbutton.




5 3 14 Check that the data is thefollowing value.NTSC model: A9PAL model: AA

6 3 15 Check that the data is thefollowing value.NTSC model: 39PAL model: 03

7 3 If the data of address 14 andaddress 15 are correct, IC301PANEL Cb playback system isnormal.

1-5. IC301 ENCODER BIST Check• Preparations




• ENCODER Ya BIST Check


1 3 10 8B Set the data, and press PAUSEbutton.




5 3 14 Check that the data is thefollowing value.NTSC model: FDPAL model: 58

6 3 15 Check that the data is thefollowing value.NTSC model: 3EPAL model: BE

7 3 If the data of address 14 andaddress 15 are correct, IC301ENCORDER Ya playbacksystem is normal.

• ENCODER Yb BIST Check






5 3 14 Check that the data is thefollowing value.NTSC model: 94PAL model: A1

6 3 15 Check that the data is thefollowing value.NTSC model: D6PAL model: ED

7 3 If the data of address 14 andaddress 15 are correct, IC301ENCORDER Yb playbacksystem is normal.

5-53

• ENCODER Ca BIST Check







11 (Case1), 4E (Case2)PAL model:

E8 (Case1), 7B (Case2)


FD (Case1), 3B (Case2)PAL model:

62 (Case1), B0 (Case2)

7 3 If the data of address 14 andaddress 15 are correct, IC301ENCODER Ca playback systemis normal.

• ENCODER Cb BIST Check


1 3 10 8E Set the data, and press PAUSEbutton.





5C (Case1), BC (Case2)PAL model:

96 (Case1), 35 (Case2)


20 (Case1), A8 (Case2)PAL model:

79 (Case1), 7C (Case2)

7 3 If the data of address 14 andaddress 15 are correct, IC301ENCODER Cb playback systemis normal.

1-6. Processing after Completing Playback System Check



2 C 42 0A Set the data, and press PAUSEbutton.




5-54

2. Recording System Check

2-1. Preparations for recording


1 Playback the BIST check tape.(XH5-6(NTSC), XH5-6P(PAL))

2 3 10 C0 Set the data, and press PAUSEbutton.


4 Enter the stop mode.

5 While keep the HOLD switch ofthe adjustment remotecommander at ON (SERVICE)position, eject the BIST checktape.


7 Set the power switch to“CAMERA”.


2-2. IC301 TRX (RF) REC BIST Check





26 (Case1), 5E (Case2)PAL model:

53 (Case1), 77 (Case2)


95 (Case1), E3 (Case2)PAL model:

DF (Case1), D5 (Case2)

5 3 If the data of address 71 andaddress 72 are correct, IC301TRX (RF) recording system isnormal.

2-3. Processing after Completing Recording System Check




5-55

3-5. AUDIO SYSTEM ADJUSTMENTS

Switch setting:MIC/LINE .............................................................................. MICMIC LEVEL (Menu) ........................................................... AUTO

[Connection of Audio System Measuring Devices]Connect the audio system measuring devices as shown in Fig. 5-3-11.

Fig. 5-3-11.

Recording (Camera mode)

Audio oscillator

Attenuator

600 Ω Left

Right

Main unit

MIC

600 Ω: 270 Ω (1-249-410-11) + 330 Ω (1-249-411-11)

Main unit

47k Ω

47k Ω

Video Video jack

Audio jack

L

R

TV monitor

Audio level meteror Distortion meter

47k Ω (1-249-437-11)

Playback

5-56

1. Playback Level Check

Mode VTR playback

Signal Alignment tape:For audio operation check(XH5-3 (NTSC))(XH5-3P (PAL))

Measurement Point Audio left or right terminal of AUDIOjack

Measuring Instrument Audio level meter and frequencycounter

Specified Value 32 kHz mode: 1 kHz, +2.2 ± 2.0dBs48 kHz mode: 1 kHz, +2.2 ± 2.0dBs44.1 kHz mode:The 7.35kHz signal level during EMPOFF is +2.2 ± 2.0dBs.The 7.35kHz signal level during EMPON is –6.2 ± 2 dB from the signallevel during EMP OFF.

Checking Method:1) Check that the playback signal level is the specified value.

2. Overall Level Characteristics Check

Mode Camera recording and playback

Signal 400Hz, –66 dBs signal: MIC jack leftand right


Measuring Instrument Audio level meter

Specified Value –7.5 ± 3.0dBs

Checking Method:1) Input the 400Hz, –66dBs signal in the MIC jack.2) Record in the camera mode.3) Playback the recorded section.4) Check that the 400Hz signal level is the specified value.

3. Overall Distortion Check


Signal 400Hz, –66dBs signal: MIC jack leftand right


Measuring Instrument Audio distortion meter

Specified Value Below 0.4%(200Hz to 6kHz BPF ON)

Checking Method:1) Input the 400Hz, –66dBs signal in the MIC jack.2) Record in the camera mode.3) Playback the recorded section.4) Check that the distortion is the specified value.

4. Overall Noise Level Check


Signal No signal: Insert a shorting plug in theMIC jack



Specified Value Below –45dBs(IHF-A filter ON, 20kHz LPF ON)

Checking Method:1) Insert a shorting plug in the MIC jack.2) Record in the camera mode.3) Playback the recorded section.4) Check that the noise level is the specified value.

5. Overall Separation Check


Signal 400Hz, –66dBs signal: MIC jack<right> [left](Connect the MIC jack <left> [right]to GND)

Measurement Point Audio <left> [right] terminal ofAUDIO jack


Specified Value Below –40dBs (IHF-A filter ON)

< > : Left channel check[ ] : Right channel check

Checking Method:1) Input the 400Hz, –66dBs signal in the <right> [left] terminal

of the MIC jack only.2) Record in the camera mode.3) Playback the recorded section.4) Check that the signal level of the audio <left> [right] terminal

is the specified value.

5-57

5-4. SERVICE MODE

4-1. ADJUSTMENT REMOTE COMMANDERThe adjustment remote commander is used for changing thecalculation coefficient in signal processing, EVR data, etc. Theadjustment remote commander performs bi-directionalcommunication with the unit using the remote commander signalline (LANC). The resultant data of this bi-directional communicationis written in the non-volatile memory.

1. Using the adjustment remote commander1) Connect the adjustment remote commander to the LANC

terminal.2) Set the HOLD switch of the adjustment remote commander to

“HOLD” (SERVICE position). If it has been properlyconnected, the LCD on the adjustment remote commander willdisplay as shown in Fig. 5-4-1.

Fig. 5-4-1

3) Operate the adjustment remote commander as follows.• Changing the page

The page increases when the EDIT SEARCH+ button ispressed, and decreases when the EDIT SEARCH– button ispressed. There are altogether 16 pages, from 0 to F.

• Changing the addressThe address increases when the FF (M) button is pressed,and decreases when the REW (m) button is pressed. Thereare altogether 256 addresses, from 00 to FF.

• Changing the data (Data setting)The data increases when the PLAY (N) button is pressed,and decreases when the STOP (x) button is pressed. Thereare altogether 256 data, from 00 to FF.

• Writing the adjustment dataThe PAUSE button must be pressed to write the adjustmentdata (B, C, D, F, 8 page) in the nonvolatile memory. (Thenew adjusting data will not be recorded in the nonvolatilememory if this step is not performed.)

4) After completing all adjustments, turn off the main powersupply once.

HexadecimalnotationLCD DisplayDecimal notationconversion value

0 1 2 3 4 5 6 7 8 9 A B C D E F

0 1 2 3 4 5 6 7 8 9 A b c d E F

0 1 2 3 4 5 6 7 8 9 101112131415

2. Precautions upon usingthe adjustment remote commander

Mishandling of the adjustment remote commander may erase thecorrect adjustment data at times. To prevent this, it is recommendedthat all adjustment data be noted down before beginning adjustmentsand new adjustment data after each adjustment.

Page Data Address

5-58

4-2. DATA PROCESSThe calculation of the DDS display and the adjustment remotecommander display data (hexadecimal notation) are required forobtaining the adjustment data of some adjustment items. In this case,after converting the hexadecimal notation to decimal notation,calculate and convert the result to hexadecimal notation, and use itas the adjustment data. Indicates the hexadecimal-decimalconversion table.

Hexadecimal-decimal Conversion TableLower digit ofhexadecimal

Upper digit of hexadecimal

0 1 2 3 4 5 6 7 8 9 A(A)

B(b)

C(c)

D(d)

E(E)

F(F)

0

1

2

3

4

5

6

7

8

9

A (A)

B (b)

C (c)

D (d)

E (E)

F (F)

0 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 27 28 29 30 31

32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47

48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

64 65 66 67 68 69 70 71 72 73 74 77 76 77 78 79

80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95

96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111

112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127

128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143

144 145 146 147 148 149 150 151 152 153 154 155 156 157 158

174

159

175160 161 162 163 164 165 166 167 168 169 170 171 172 173

177176 178 179 180 181 182 183 184 185 186 187 188 189 190 191

192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207

208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223

224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239

240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255

0

1

Note: The characters shown in the parenthesis ( ) shown the display on the adjustment remote commander.(Example) If the DDS display or the adjustment remote commander shows BD (bd);

Because the upper digit of the adjustment number is B (b), and the lower digit is D (d), the meeting point “189” of 1 and 2 in the above table is the corresponding decimal number.

0

2

Table. 5-4-1.

5-59

4-3. SERVICE MODE

1. Setting the Test Mode

Page D Address 10

• Before setting the data , select page: 0, address: 01, and set data:01.

• For page D, the data set is recorded in the non-volatile memoryby pressing the PAUSE button of the adjustment remotecommander. In this case, take note that the test mode will not beexited even when the main power is turned off.

• After completing adjustments/repairs, be sure to return the dataof this address to 00, and press the PAUSE button of the adjustmentremote commander.Select page: 0, address: 01, and set data: 00.

2. Emergence Memory Address

Page C Address F4 to FF

When no error occurs in this unit, data “00” is written in the aboveaddresses (F4 to FF). when first error occurs in the unit, the datacorresponding to the error is written in the first emergency address(F4 to F7). In the same way, when the second error occurs, the datacorresponding to the error is written in the second emergency address(F8 to FB). Finally, when the last error occurs, the data correspondingto the error is written in the last emergency address (FC to FF).

Note: After completing adjustments, be sure to initialize the data ofaddresses F4 to FF to “00”.

Initializing method:1) Select page: 0, address: 01, and set data: 01.2) Select page: 3, address: 01, set data: 37, and press the PAUSE

button.3) Select page: 0, address: 01, and set data: 00.

FunctionNormal

Forced camera power ON

Forced VTR power ON

Forced camera + VTR power ON

Forced memory power ON

Data00

01

02

03

05

ContentsEMG code when first error occurs

Upper: MSW code when shift starts when firsterror occursLower: MSW code when first error occurs

Lower: MSW code to be moved when first erroroccurs

EMG code when second error occurs

Upper: MSW code when shift starts when seconderror occursLower: MSW code when second error occurs

Lower: MSW code to be moved when second erroroccurs

EMG code when last error occurs

Upper: MSW code when shift starts when last erroroccursLower: MSW code when last error occurs

Lower: MSW code to be moved when last erroroccurs

AddressF4

F6

F7

F8

FA

FB

FC

FE

FF

2-1. EMG Code (Emergency Code)Codes corresponding to the errors which occur are written inaddresses F4, F8 and FC. The type of error indicated by the codeare shown in the following table.

Emergency TypeNo error

Loading motor emergency during loading

Loading motor emergency during unloading

T reel emergency during normal rotation

S reel emergency during normal rotation

T reel emergency (Short circuit between S reelterminal and T reel terminal)

FG emergency at the start up of the capstan

FG emergency at the start up of the drum

FG emergency during normal rotation of the drum

Code00

10

11

22

23

24

30

40

42

5-60

2-2. MSW CodeMSW when errors occur:Information on MSW (mode SW) when errors occurMSW when movement starts:Information on MSW when movements starts when the mechanism position is moved (When the L motor is moved)MSW of target of movement:Information on target MSW of movement when the mechanism position is moved

11

10

=7

11

11

=F

← UNLOAD

Lock releasedCassette compartment

LS Chassis movement sectionPinch roller pressing

Tension regulator

EJECT BL

10

10

=5

11

11

=F

ULE BL

10

11

=D

11

11

=F

SR BL

10

01

=9

11

11

=F

HL BL

01

11

=E

11

11

=F

LE BL

00

11

=C

11

11

=F

STOP BL

11

01

=B

11

11

=F

RP BL1

10

0=

3

11

11

=F

REW BL

LOAD →Mechanical Position

A (LSB)

B

C

D (MSB)

Position

EJECT

BL

USE

SR

HL

LE

STOP

RP

REW

Code

7

F

5

D

9

E

C

B

3

ContentsPosition at which the cassette component lock is released, at the farthest unload side mechanicallyat which the mechanism can move no further in the UNLOAD direction.

BLANK code, at the boundary between codes.

EJECT completion position. When the cassette is ejected, the mechanism will stop at this position.Cassette IN standby. The guide will start protruding out as the mechanism moves towards theLOAD position.

Code during loading.

Guide loading are performed here.

Current limiter turned off.

Stop position in the loading state. The pinch roller separates, the tension regulator returns, and thebrake is imposed on both reels.

PB, REC, CUE, PAUSE positions. When pinch roller is pressed, and the tension regulator is ON,the mechanism is operating at this position in modes in which normal images are shown.

REW position. The tension regulator is half on. This position is not used except for the REWmode.

5-61

Display on theadjustment

remotecommander

0

1

2

3

4

5

6

7

8

9

A (A)

B (b)

C (c)

D (d)

E (E)

F (F)

Bit valuesbit3or

bit70

0

0

0

0

0

0

0

1

1

1

1

1

1

1

1

bit2or

bit60

0

0

0

1

1

1

1

0

0

0

0

1

1

1

1

bit1or

bit50

0

1

1

0

0

1

1

0

0

1

1

0

0

1

1

bit0or

bit40

1

0

1

0

1

0

1

0

1

0

1

0

1

0

1B

Example: If “8E” is displayed on the adjustment remote commander, thebit values for bit7 to bit4 are shown in the A column, and thebit values for bit3 to bit0 are shown in the B column.

Page

Address

bit3 to bit0 discrimination

bit7 to bit4 discrimination

Display on the adjustment remote commander

3. Bit value discriminationBit values must be discriminated using the display data of theadjustment remote commander for following items. Use the tablebelow to discriminate if the bit value is “1” or “0”.

4. Switch check (1)

Page 2 Address 43

Bit0

1

2

3

4

5

6

7

FunctionVTR MODE SW (CF-4980 block)

CAM STBY SW (CF-4980 block)

START/STOP SW (CF-4980 block)

EJECT SW (CF-4980 block)

CC DOWN SW (Mechanism chassis)

PHOTO FREEZE SW (CF-4980 block)

PHOTO STBY SW (CF-4980 block)

When bit value=1OFF

OFF

OFF

OFF

OFF (UP)

OFF

OFF

When bit value=0ON

ON

ON

ON

ON (DOWN)

ON

ON

Using method:1) Select page: 2, address: 43.2) By discriminating the bit value of display data, the state of the switch can be discriminated.

5-62

Page 2 Address A2 to AA

AddressA2

A3

A4

A5

A6

A7

A8

A9

AA

Remarks

10th place digit and 1st place digit of counted time (decimal digit)

1000th place digit and 100th place digit of counted time (decimal digit)

After setting the clock, set the date of power on next.

FunctionMinutes

Drum rotation counted time (BCD code) Hour (L)

Hour (H)

Year

User initial power on date (BCD code) Month

Day

Final condensation occurrence dateYear

(BCD code)Month

Day

Address

5F(KEY AD8)(IC1104 os)

60(KEY AD0)(IC1104 od)

61(KEY AD1)(IC1104 of)

62(KEY AD2)(IC1104 og)

63(KEY AD3)(IC1104 oh)

64(KEY AD4)(IC1104 oj)

65(KEY AD5)(IC1104 ok)

66(KEY AD6)(IC1104 ol)

67(KEY AD7)(IC1104 <z// )

00 (00 to 0A)PHOTO

(PHOTO REC)(CF-4980)

STOP(FK-076)(S500)

PAUSE(FK-076)(S501)

FADER(FP-189)

REC LEVEL(MK-014)

(S001)

TITLE(CK-093)

(S250)

DISPLAY(CK-093)

(S251)

MEMORYINDEX

(CK-093)(S252)

VOLUME –(FP-196)

19 (0B to 24)CUSTOM PRESET

(MA-386)(S1100)

REW(FK-076)(S502)

FF(FK-076)(S503)

BACK LIGHT(FP-189)

WHITEBALANCE

(MK-014)(S002)

DIGITALEFFECT

(CK-093)(S255)

SELF TIMER(CK-093)

(S253)

MEMORY +(CK-093)

(S254)

VOLUME +(FP-196)

32 (25 to 44)EXECUTE(KP-010)(S550)

PLAY(FK-076)(S504)

SLOW(FK-076)(S505)

SPOT LIGHT(FP-189)

SHUTTER(MK-014)

(S003)

PICTUREEFFECT

(CK-093)(S258)

EXPOSURE(ED-4980)

MEMORY –(CK-093)

(S257)

LCD BRIGHT –(FP-196)

59 (45 to 6E)

REC(FK-076)

(S506,507)

AUDIO DUB(FK-076)(S508)

INDEX(FP-188)

PROGRAM AE(MK-014)

(S004)

MEMORY MIX(CK-093)

(S260)

MENU(FP-194)

MEMORYDELETE

(CK-093)(S259)

LCD BRIGHT +(FP-196)

85 (6F to 9F)

EDITSEARCH+

(FK-076)(S509)

END SEARCH(FK-076)(S510)

FOCUS(INFINITY)

(FP-188)

AUTO LOCK(HOLD)

(MK-014)(S005)

ZEBRA (100%)(CK-093)

(S263)

DATA CODE(CK-093)

(S261)

MEMORYPLAY

(CK-093)(S262)

B8 (A0 to D4)

EDITSEARCH–

(FK-076) (S511)

FOCUS (AUTO)(PUSH AUTO)

(FP-188)

AUTO LOCK(AUTO LOCK)(MK-014)(S005)

ZEBRA (OFF)(CK-093)

(S263)

PANEL CLOSE(FP-197)

PANELREVERSE(FP-197)

DataEE (D5 to FF)

No key input

No key input

No key input

FOCUS(MANUAL)

(FP-188)

AUTO LOCK(OFF)

(MK-014)(S005)

ZEBRA (70%)(CK-093)

(S263)

PANEL OPEN(FP-197)

PANELNORMAL(FP-197)

No key input

5. Switch check (2)

Page 2 Address 5F to 67

Using method:1) Select page: 2, address: 5F to 67.2) By discriminating the display data, the pressed key can be discriminated.

6. Record of Use checkNote: When replacing the drum assembly, initialize the data of address: A2 to AA.

Using method:1) The record of use data is displayed at page: 2, addresses: A2 to AA.

Note: This data will be erased (reset) when the cabinet (R) assy (CK-093 board) is removed.

Initializing method:1) Using the adjustment remote commander, select the object address and set data: 00.

5-63E

7. Record of Self-diagnosis check

Page 2 Address B0 to C6

Address Self-diagnosis code

B0 “Repaired by” code (Occurred 1st time) *1

B1 “Block function” code (Occurred 1st time)

B2 “Detailed” code (Occurred 1st time)

B4 “Repaired by” code (Occurred 2nd time) *1

B5 “Block function” code (Occurred 2nd time)

B6 “Detailed” code (Occurred 2nd time)

B8 “Repaired by” code (Occurred 3rd time) *1

B9 “Block function” code (Occurred 3rd time)

BA “Detailed” code (Occurred 3rd time)

BC “Repaired by” code (Occurred 4th time) *1

BD “Block function” code (Occurred 4th time)

BE “Detailed” code (Occurred 4th time)

C0 “Repaired by” code (Occurred 5th time) *1

C1 “Block function” code (Occurred 5th time)

C2 “Detailed” code (Occurred 5th time)

C4 “Repaired by” code (Occurred the last time) *1

C5 “Block function” code (Occurred the last time)

C6 “Detailed” code (Occurred the last time)

*1 : “01” → “C”, “03” → “E”

Using method:1) The past self-diagnosis codes are displayed at page: 2, addresses: BC to C6. Refer to “SELF-DIAGNOSIS FUNCTION” for detail of

the self-diagnosis code.Note: This data will be erased (reset) when the cabinet (R) assy (CK-093 board) is removed.

Documents

Diagramasde.comdiagramas.diagramasde.com/camaras/SONY DCR-VX2000.pdfSERVICE MANUAL DIGITAL VIDEO CAMERA RECORDER C MECHANISM SPECIFICATIONS DCR-VX2000 : NTSC model DCR-VX2000E : PAL