Sony DCR-PC10, DCR-PC10E Service Manual

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Page 1

DCR-PC10/PC10E

RMT-808/809

SERVICE MANUAL

D200 MECHANISM

NTSC model: DCR-PC10 PAL model: DCR-PC10E

Photo : DCR-PC10E

: RMT-808

SPECIFICATIONS

US Model

Canadian Model

DCR-PC10

AEP Model

UK Model

Australian Model

Chinese Model

DCR-PC10E

E Model

Hong Kong Model

Tourist Model

DCR-PC10/PC10E

For MECHANISM ADJUSTMENTS, refer to the “DV MECHANICAL ADJUSTMENT MANUAL

3 D200 MECHANISM ” (9-973-981-11),

“DV MECHANICAL ADJUSTMENT MANUAL

1 D MECHANISM ” (9-973-815-11).

MICROFILM

— Continued on next page —

DIGITAL VIDEO CAMERA RECORDER

Page 2

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY MARK ! OR DOTTED LINE WITH MARK ! ON THE SCHEMATIC DIAGRAMS AND IN THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.

SAFETY CHECK-OUT

After correcting the original service problem, perform the following safety checks before releasing the set to the customer.

ATTENTION AU COMPOSANT AYANT RAPPORT

À LA SÉCURITÉ! LES COMPOSANTS IDENTIFÉS P AR UNE MARQ UE ! SUR LES DIAGRAMMES SCHÉMA TIQUES ET LA LISTE DES PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE REMPLACER CES COMPOSANTS QUE PAR DES PIÈSES SONY DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU DANS LES SUPPÉMENTS PUBLIÉS PAR SONY.

1. Check the area of your repair for unsoldered or poorly-soldered connections. Check the entire board surface for solder splashes and bridges.

2. Check the interboard wiring to ensure that no wires are "pinched" or contact high-wattage resistors.

3. Look for unauthorized replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement.

4. Look for parts which, through functioning, show obvious signs of deterioration. Point them out to the customer and recommend their replacement.

5. Check the B+ voltage to see it is at the values specified.

6. Flexible Circuit Board Repairing

• Keep the temperature of the soldering iron around 270˚C during repairing.

• Do not touch the soldering iron on the same conductor of the circuit board (within 3 times).

• Be careful not to apply force on the conductor when soldering or unsoldering.

— 2 —

Page 3

TABLE OF CONTENTS

SERVICE NOTE

1. CABINET (L) ASSEMBLY REMOVAL WHEN THE CASSETTE HOLDER STOPS HALFWAY DURING LOADING OR UNLOADING ·········································· 6

2. HANDLING THE VC, MR BOARDS ······························ 6

3. SPECIAL PRECAUTIONS ON DISCONNECTION OF CONNECTOR A TTACHED TO THE FLEXIBLE BOARD ················································· 6

SELF-DIAGNOSIS FUNCTION

1. Self-diagnosis Function ······················································ 7

2. Self-diagnosis display························································· 7

3. Service Mode Display ························································ 7

3-1. Display Method ·································································· 7 3-2. Switching of Backup No. ··················································· 7 3-3. End of Display···································································· 7

4. Self-diagnosis Code Table ·················································· 8

1. GENERAL

Before you begin

Using this manual ··································································1-1

Getting started

Charging and installing the battery pack ·······························1-1 Inserting a cassette ·································································1-2

Basic operations

Camera recording···································································1-2 Hints for better shooting ························································1-5 Checking the recorded picture ···············································1-5 Playing back a tape ································································1-5 Searching for the end of the picture·······································1-6

Advanced operations

Using alternative power sources ············································1-7 Changing the mode settings···················································1-7 Fade-in and fade-out ······························································1-9 Photo recording······································································1-9 Enjoying picture effect ························································1-10 Using the wide mode function ·············································1-10 Using the PROGRAM AE function·····································1-11 Releasing the STEADYSHOT function ······························ 1-11 Focusing manually·······························································1-12 Adjusting the exposure ························································1-12 Adjusting the white balance·················································1-13 Watching on a TV screen ·····················································1-13 Searching for the boundaries of recorded data ····················1-14 Searching for the scene with title·········································1-15 Searching for a photo-photo search/photo scan···················1-15 Returning to a preregistered position···································1-16 Displaying recording data-data code function ·····················1-16 Editing onto another tape·····················································1-16 Replacing recording on a tape-insert editing ·······················1-17 Audio dubbing ·····································································1-17 Superimposing a title ···························································1-18 Making a custom title ··························································1-19 Labeling a cassette ·······························································1-19

Additional information

Usable cassettes and playback modes··································1-20 Charging the vanadium-lithium battery in the camcorder ···1-20 Resetting the data and time··················································1-20 Tips for using the battery pack ············································1-21 Maintenance information and precautions···························1-22 Using your camcorder abroad··············································1-24 Trouble check ······································································1-24 Self-diagnosis function ························································1-25 Identifying the parts ·····························································1-25 Warning indicators ·······························································1-28

2 DISASSEMBLY

2-1. CASSETTE (L) ASSEMBLY ·········································2-1 2-2. CONTROL SWITCH BLOCK (FK-4850) (1)················2-2 2-3. CONTROL SWITCH BLOCK (FK-4850) (2)················2-2 2-4. NOTES ON REPLACING CONTROL

SWITCH BLOCK (FK-4850) ·········································2-3 2-5. MECHANISM DECK BLOCK ······································2-4 2-6. LENS DEVICE (LSV-590A),

EVF BLOCK ASSEMBLY ·············································2-4 2-7. VC-199 BOARD ·····························································2-4 2-8. DD-103 BOARD ·····························································2-5 2-9. PD-97 BOARD, ND5500, LCD901································2-5 2-10. SERVICE POSITION-1

(MAINLY FOR VIDEO/AUDIO SYSTEM CHECKS OR

ADJUSTMENTS) ···························································2-6 2-11. SERVICE POSITION-2

(MAINLY FOR CAMERA SYSTEM CHECKS OR

ADJUSTMENTS) ···························································2-7 2-12. CIRCUIT BOARDS LOCATION···································2-8

3. BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM ····································3-1 3-2. POWER SUPPLY BLOCK DIAGRAM ·························3-6

4. PRINTED WIRING BOARDS AND

SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM ······························· 4-1 4-2. PRINTED WIRING BOARDS AND

SCHEMATIC DIAGRAMS ············································4-4

• CD-175 (CCD IMAGER) PRINTED WIRING BOARD ·························4-5

• CD-175 (CCD IMAGER) SCHEMATIC DIAGRAM ······························4-7

• VC-199 (MAIN) PRINTED WIRING BOARD ·······4-12

• VC-199 (CAMERA) SCHEMATIC DIAGRAM ······4-17

• VC-199 (LENS DRIVE) SCHEMATIC DIAGRAM ····························4-21

• VC-199 (I/O) SCHEMATIC DIAGRAM·················· 4-23

• VC-199 (BLOCKING) SCHEMATIC DIAGRAM ··4-26

• VC-199 (ECC, TBC, CHCD) SCHEMATIC DIAGRAM ····························4-29

• VC-199 (AUDIO SIGNAL PROCESS) SCHEMATIC DIAGRAM ····························4-32

• VC-199 (DV I/O) SCHEMATIC DIAGRAM ···········4-35

• VC-199 (IR TRANSMITTER) SCHEMATIC DIAGRAM ····························4-38

• VC-199 (RGB DECODER) SCHEMATIC DIAGRAM ····························4-41

• VC-199 (MODE CONTROL),

FK-4850, ME-4850 (FUNCTION SWITCH BLOCK)

SCHEMATIC DIAGRAM ····························4-45

• VC-199 (AUDIO CONTROL) SCHEMATIC DIAGRAM ····························4-49

• VC-199 (AUDIO) SCHEMATIC DIAGRAM ·········· 4-53

• MR-39 (REC/PB AMP, SERVO) PRINTED WIRING BOARD -11·················4-57

• MR-39 (REC/PB AMP, SERVO) PRINTED WIRING BOARD -12·················4-60

• CC-100 (TRANSLATION),

MR-39 (REC/PB AMP (1))

SCHEMATIC DIAGRAMS··························4-63

• CC-100 (TRANSLATION) PRINTED WIRING BOARD ·······················4-66

• MR-39 (REC/PB AMP (2)) SCHEMATIC DIAGRAM ····························4-67

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Page 4

• MR-39 (SERVO), FP-242/FP-584 (TAPE SENSOR)

SCHEMATIC DIAGRAM ····························4-71

• FP-242/FP-584 (TAPE SENSORS)

PRINTED WIRING BOARDS·····················4-75

• PD-97 (LCD DRIVER)

PRINTED WIRING BOARD ·······················4-77

• PD-97 (LCD RGB DRIVER)

SCHEMATIC DIAGRAM ····························4-81

• PD-97 (TIMING GENERATOR)

SCHEMATIC DIAGRAM ····························4-84

• PD-97 (LCD, POWER SUPPLY FOR LCD BACK LIGHT) SCHEMATIC DIAGRAM ·························· 4-87

• VF-117 (EVF) PRINTED WIRING BOARD ···········4-90

• VF-117 (EVF, POWER SUPPLY FOR EVF BACK LIGHT) SCHEMATIC DIAGRAM ·························· 4-93

• VF-117 (EVF RGB DRIVER)

SCHEMATIC DIAGRAM ····························4-96

• DD-103 (POWER SUPPLY)

SCHEMATIC DIAGRAM ····························4-99

• DD-103 (I/O) SCHEMATIC DIAGRAM ··············· 4-102

• DD-103 (POWER SUPPLY, I/O)

PRINTED WIRING DIAGRAM ················4-105

5. ADJUSTMENTS

5-1. CAMERA SECTION ADJUSTMENT ···························5-1 1-1. PREPARATIONS BEFORE ADJUSTMENT·················5-1 1-1-1.List of Service Tools ························································5-1 1-1-2.Preparations ·····································································5-3 1-1-3. Power Supply Procedure·················································5-3 1-1-4.Precautions ······································································5-4

1. Setting the Switches ························································5-4

2. Adjustment Sequence ······················································5-4

3. Subject ·············································································5-4 1-2. CAMERA SYSTEM ADJUSTMENTS ··························5-5 1-2-1.Adjustment Points When Major Parts

Have Been Replaced ······················································· 5-5 1-2-2.Initialization of Page F data·············································5-5 1-2-3.Modification of Page F data ············································5-6 1-2-4.PLL Adjustment (VC-199 Board)[Procedure-1]·············5-6 1-2-5.PLL Adjustment (VC-199 Board)[Procedure-2]·············5-7 1-2-6.Original Oscillation Adjustment (VC-199 Board) ·········· 5-7 1-2-7.HALL Adjustment ···························································5-8 1-2-8.Flange Back Adjustment (1)··········································5-10 1-2-9.Flange Back Adjustment (2)·········································· 5-11 1-2-10. Flange Back Check ·····················································5-12 1-2-11. Picture Frame Setting··················································5-13 1-2-12. Color Reproduction Adjustment·································5-14 1-2-13. Color Reproduction Check ·········································5-15 1-2-14. IRIS IN/OUT Adjustment ···········································5-16 1-2-15. MAX GAIN Adjustment·············································5-17 1-2-16. Auto White Balance Reference Data Input ·················5-18 1-2-17. Auto White Balance Adjustment································· 5-19 1-2-18. White Balance Check··················································5-20 1-2-19. Velocity Sensor Sensitivity Adjustment ······················5-21 1-3. COLOR ELECTRONIC VIEWFINDER SYSTEM

ADJUSTMENTS···························································5-22 1-3-1.EVR Initial Data Input ··················································5-22 1-3-2.VCO Adjustment (VF-117 Board) ································5-23 1-3-3.BRIGHT Adjustment (VF-117 Board) ··························5-23 1-3-4.CONTRAST Adjustment (VF-117 Board) ····················5-24 1-3-5.Backlight Current Consumption Adjustment

(VF-117 Board) ·····························································5-25 1-3-6.White Balance Adjustment············································5-26 1-4. LCD SYSTEM ADJUSTMENTS·································5-27 1-4-1.LCD Initial Data Input ··················································5-27 1-4-2.15.5 V Adjustment (PD-97 Board)································5-28

1-4-3.VCO Adjustment (PD-97 Board) ··································5-28 1-4-4.BRIGHT Adjustment (PD-97 Board)····························5-29 1-4-5.CONTRAST Adjustment (PD-97 Board)······················5-29 1-4-6.White Balance Adjustment············································5-30 1-5. ARRANGEMENT DIAGRAM FOR

ADJUSTMENT PARTS················································5-32 5-2. MECHANISM SECTION ADJUSTMENTS ···············5-37 2-1. OPERATING WITHOUT CASSETTE ························5-37 2-2. TAPE PATH ADJUSTMENT········································5-37

1. Preparations for Adjustment··········································5-37

2. Procedure after operation ··············································5-37 5-3. VIDEO SECTION ADJUSTMENTS ···························5-38 3-1. PREPARATIONS BEFORE ADJUSTMENT···············5-38 3-1-1.Equipments to be Used ··················································5-38 3-1-2.Power Supply Procedure ···············································5-38 3-1-3.Precautions in Adjustment·············································5-39 3-1-4.Adjusting Connectors ····················································5-39 3-1-5.Connection of Equipment··············································5-40 3-1-6.Output Level and Impedance ········································5-40 3-2. POWER SUPPLY SYSTEM ADJUSTMENTS············5-41

1. Power Supply Voltage Check (DD-103 Board)·············5-41 3-3. SYSTEM CONTROLLER SYSTEM

ADJUSTMENTS···························································5-42 3-3-1. Initializing the Page D Data··········································5-42 3-3-2.Modification of Page D Data·········································5-42 3-3-3.Initializing the Page C Data···········································5-43 3-3-4.Modification of Page C Data ·········································5-43 3-3-5.Battery Down Adjustment ·············································5-44 3-4. SERVO SYSTEM ADJUSTMENTS ····························5-45

1. T Reel FG Duty Adjustment and CSerr Adjustment

(MR-39 Board) ······························································5-45

2. Switching Position Adjustment (MR-39 Board) ···········5-46 3-5. VIDEO SYSTEM ADJUSTMENTS·····························5-47 3-5-1.RF Block Adjustment (MR-39 Board) ··························5-47

1. Record Current Adjustment/

Frequency Response Check···········································5-47

2. PLL fo Adjustment (MR-39 Board) ······························5-48

3. CLK DELAY Adjustment (MR-39 Board) ···················5-49

4. AGC Center Level Adjustment (VC-199 Board)··········5-50

5. PLL Capture Range Adjustment (VC-199 Board) ········5-51

6. AEQ Adjustment (VC-199 Board)································5-52 3-5-2.Base Band Block Adjustment········································5-53

1. Composite Output Y Level Adjustment

(VC-199 Board)·····························································5-53

2. Composite Output Chroma Level Adjustment

(VC-199 Board)·····························································5-53

3. S-Y Output Level Adjustment (VC-199 Board)············5-54

4. S-C Output Chroma Level Adjustment

(VC-199 Board)·····························································5-54 3-5-3.Clock Adjustment ··························································5-55

1. IC1900 27MHz XTAL fo adjustment

(VC-199 Board)·····························································5-55 3-5-4.BIST Check ···································································5-56 4-1. Playback System Check ················································5-56

1. IC1701 (D1) playback system check·····························5-56

2. IC1901(A1) playback system check······························5-57

3. IC1500 (U1) playback system check·····························5-57 4-2. Recording System Check ··············································5-58 3-6. IR TRANSMITTER ADJUSTMENTS·························5-60 3-6-1.Preparations ···································································5-60

1. Equipment Connection ··················································5-60 3-6-2.IR Video Carrier Frequency Adjustment ·······················5-60 3-6-3.IR Video Deviation Adjustment ····································5-61 3-6-4.IR Audio Deviation Adjustment ····································5-61 3-7. AUDIO SYSTEM ADJUSTMENTS ····························5-62 3-7-1.Preparations ···································································5-62 3-7-2.Playback Level Check ···················································5-63

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Page 5

3-7-3.EXT MIC Input Gain and L/R Balance Check ·············5-63 3-7-4.EXT MIC Input Separation Check ································5-63 3-7-5.EXT MIC Input Distortion Factor Check······················5-63 3-7-6.EXT MIC Input Noise Level Check······························5-64 3-8. ARRANGEMENT DIAGRAM FOR

ADJUSTMENT PARTS ················································5-65 5-4. SERVICE MODE··························································5-71 4-1. ADJUSTMENT REMOTE COMMANDER

(RM-95 UPGRADED) ··················································5-71

1. Using the Adjustment Remote Commander·················· 5-71

2. Precautions When Using the Adjustment

Remote Commander······················································5-72 4-2. SERVICE MODE··························································5-74 4-2-1.Setting the Test Mode····················································5-74 4-2-2.Use History Check·························································5-74 4-2-3.Emergency Memory Address ········································5-75 4-2-4.EMG Code (Emergency Code) ····································· 5-76 4-2-5.MSW Code ····································································5-76 4-2-6.Key Input Check (A/D Port) ·········································5-77 4-2-7.Page F Address List·······················································5-78 4-2-8.Page D Address List ······················································5-81 4-2-9.Page C Address List ······················································5-83

6. REPAIR PARTS LIST

6-1. EXPLODED VIEWS ······················································6-1 6-1-1.CABINET (L) ASSEMBLY SECTION ··························6-1 6-1-2.MAIN BOARDS SECTION ···········································6-2 6-1-3.CABINET (R) ASSEMBLY, LCD PANEL SECTION···6-3 6-1-4.EVF, ZOOM LENS SECTION ·······································6-4 6-1-5.CASSETTE COMPARTMENT BLOCK SECTION······6-5 6-1-6.LS CHASSIS BLOCK SECTION ··································6-6 6-1-7.MECHANISM CHASSIS BLOCK SECTION-1 ···········6-7 6-1-8.MECHANISM CHASSIS BLOCK SECTION-2 ···········6-8 6-2. ELECTRICAL PARTS LIST ··········································6-9

* There is the color reproduction standard frame at the back of

the book.

— 5 —

Page 6

SER VICE NOTE

1. CABINET (L) ASSEMBLY REMOVAL WHEN THE CASSETTE HOLDER STOPS HALFWAY DURING LOADING OR UNLOADING

(Do not remove cabinet (L) assembly in the state that the cassette holder stops halfway.)

Note 1: Unloading operation in the state that the tape is in the set causes tape damage. So do not perform the unloading operation. Note 2: Do not perform the following operation in the state that the unregulated power supply is connected.

(Disconnect battery or AC adapter)

1) Remove screws securing cabinet (L) assembly referring the “SECTION 2. DISASSEMBLY”.

2) Put cabinet (L) assembly up and apply power supply to loading motor with tester leads or the like from gaps.

+ –

Regulated Power Supply

4.0V

0.2V

Cabinet (L) Assembly

2. HANDLING THE VC, MR BOARDS

Never heat the VC and MR boards with hot air . (Malfunctions may result.) Also remove after dehumidifying.

: Loading

Loading Motor

3. SPECIAL PRECAUTIONS ON DISCONNECTION OF CONNECTOR A TT ACHED TO THE FLEXIBLE BOARD

Connector

• Apply force in the arrow (÷) direction and disconnect.

• Do not apply force in the * direction as this will cause the solder

(of the pin) to float easily.

• When touching the pins with the solder iron, do not touch other

parts. (Deformation may occur.)

• Ensure no folding lines are formed on the flexible board. (This

will cause the internal copper film to cut easily.)

— 6 —

Flexible board

Page 7

SELF-DIAGNOSIS FUNCTION

1. Self-diagnosis Function

When problems occur while the unit is operating, the self-diagnosis function starts working, and displays on the LCD window what to do. This function consists of two display; self-diagnosis display and service mode display. Details of the self-diagnosis functions are provided in the Instruction manual.

Blinks at 3.2Hz

3 1C

Repaired by:

C : Corrected by customer H : Corrected by dealer E : Corrected by service

engineer

Block

Indicates the appropriate step to be taken. E.g.

31 ....Reload the tape.

32 ....Turn on power again.

2. Self-diagnosis display

When problems occur while the unit is operating, the counter of the LCD window shows a 4-digit display consisting of an alphabet and numbers, which blinks at 3.2 Hz. This 5-character display indicates the “repaired by:”, “block” in which the problem occurred, and “detailed code” of the problem.

LCD screen/viewfinde

1 1

Detailed Code

Refer to page 8 Self-diagnosis Code Table.

3. Service Mode Display

The service mode display shows up to six self-diagnosis codes shown in the past.

3-1. Display Method

While pressing the “STOP” key , set the power switch from OFF to “VTR or PLAYER”, and continue pressing the “STOP” key for 5 seconds continuously. The service mode will be displayed, and the counter will show the backup No. and the 5-character self-diagnosis codes.

LCD screen/viewfinder

C : 3 1 : 1 1[3]

Backup No.

Order of previous errors

3-2. Switching of Backup No.

By rotating the control dial, past self-diagnosis codes will be shown in order. The backup No. in the [] indicates the order in which the problem occurred. (If the number of problems which occurred is less than 6, only the number of problems which occurred will be shown.) [1] : Occurred first time [4] : Occurred fourth time [2] : Occurred second time [5] : Occurred fifth time [3] : Occurred third time [6] : Occurred the last time

self-diagnosis codes

Control dial

3-3. End of Display

Turning OFF the power supply will end the service mode display.

Note: The self-diagnosis display data will be backed up by the coin-type lithium battery. When this coin-type lithium battery

(FK-4850 flexible board) is disconnected, the self-diagnosis data will be lost by initialization.

— 7 —

Page 8

4. Self-diagnosis Code Table

Self-diagnosis Code

Function

Repaired by:

C C C C

C C C C C C C C

Block

21 22 23 31

31 31 31 31 31 31 31 31

Detailed

Code

00 00 00 10

20 21 22 23 24 30 40 42

Symptom/State

Condensation. Video head is dirty. Non-standard battery is used. LOAD direction. Loading does not

complete within specified time UNLOAD direction. Loading does not

complete within specified time T reel side tape slacking when unloading S reel side tape slacking when unloading. T reel fault S reel fault T reel fault FG fault when starting capstan FG fault when starting drum FG fault during normal drum operations LOAD direction loading motor time-

out UNLOAD direction loading motor

time-out T reel side tape slacking when

unloading. S reel side tape slacking when

unloading. T reel fault

S reel fault

T reel fault FG fault during normal capstan

operations FG fault when starting drum

FG fault during normal drum operations

Difficult to adjust focus (Cannot initialize focus.)

Zoom operations fault (Cannot initialize zoom lens.)

Steadyshot function does not work well. (With pitch angular velocity sensor output stopped.)

Steadyshot function does not work well. (With yaw angular velocity sensor output stopped.)

Correction

Remove the cassette, and insert it again after one hour. Clean with the optional cleaning cassette. Use the info LITHIUM battery. Load the tape again, and perform operations from the beginning.

Load the tape again, and perform operations from the beginning.

Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Load the tape again, and perform operations from the beginning. Remove the battery or power cable, connect, and perform

operations from the beginning. Remove the battery or power cable, connect, and perform

operations from the beginning. Inspect the lens block focus reset sensor (Pin @¡ of CN100 of

CD-175 board) when focusing is performed when the focus button of the remote control (e.g. RM-95) is pressed in the focus fixing mode, and the focus motor drive circuit (IC204, IC404 of VC-199 board) when the focusing is not performed.

Inspect the lens block zoom reset sensor (Pin !¡ of CN100 of CD-175 board) when zooming is performed when the zoom lens is operated and the zoom motor drive circuit (IC204, 404 of VC199 board) when zooming is not performed.

Inspect pitch angular velocity sensor (SE501 of FP-615 flexible board) peripheral circuits.

Inspect yaw angular velocity sensor (SE500 of CD-175 board) peripheral circuits.

— 8 —

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Page 37

SECTION 2

DISASSEMBLY

NOTE : Follow the disassembly procedure in the numerical order given.

2-1. CASSETTE (L) ASSEMBLY

Two screws (K2 × 4)

Accessory shoe

Accessory plate (2)

!º

Screw (M1.7 × 2.5)

DCR-PC10/PC10E

!£

Cabinet (L) assembly

Open the cabinet (L) assembly halfway.

!¡

retainer plate in the arrow

Turn FK flexible

direction.

!™

FP-605 flexible board

Two screws (M1.7 × 2.5)

Screw (M1.7 × 2.5)

2-1

Screw

(M1.7

2.5)

Page 38

2-2. CONTROL SWITCH BLOCK (FK-4850) (1)

Three screws (M1.7 × 2.5)

Focus/zoom section of control switch block (FK-4850)

Cabinet (L)

Both sided adhesive tape (Peel off it not to break the flexible cable.)

Screw (M1.7 × 2.5)

G lock frame

Screw

(M1.7

Screw

(M1.7

2.5)

Door open/close detect switch section of control switch block (FK-4850)

2.5)

Two screws

(M1.7

Screw

(M1.7

2.5)

Open the cassette lid by sliding the cassette door open button in the arrow claws on two position.

2.5)

!º

direction to put off

To be continued to the item 2-3. CONTROL SWITCH BLOCK (FK-4850) (2).

2-3. CONTROL SWITCH BLOCK (FK-4850) (2)

!£

Two screws (TPM1.7 × 4)

!£

Screw

(see page 2-3)

!£

Screw (M2)

Grip arm assembly

Claw

!∞

Remove three claws and

pull off in the arrow

Claw

direction.

Claw

!§

Control switch block

Grip cabinet assembly

Claw

!¢

Screw (M1.7 × 2.5)

!¢

Three screws

(M1.7

2.5)

!¶

Control switch block

Pull it off in the arrow

direction.

2-2

!™

Lithium battery case lid

!¡

Screw (BTP2 × 5)

Page 39

2-4. NOTES ON REPLACING CONTROL SWITCH BLOCK (FK-4850)

There are two types of the control switch block (FK-4850), parts code suffix -11 and -12 (The supplied part for service is the suf fix 12 part only). When replacing it -11 to -12, also it is necessary to replace the grip arm assembly suffix -1 to -2 and screws suffix -11 to -31.

Discrimination between the suffix -11 and -12 of the control switch block (FK-4850).

TYPE A : Combination with the control switch block parts

code suffix -11.

TYPE B : Combination with the control switch block parts

code suffix -12.

Power supply Start/Stop

Grip cabinet assembly

TYPE A-1 TYPE A-2

Grip arm assembly X-3947-792-2

Screw (M1.7 3-713-791-01

TYPE A

Grip arm assembly X-3947-792-1

Screw (M1.7 3-713-791-01

Control switch block

Grip arm assembly

Control switch block (FK-4850) 1-475-331-11

TYPE B

Grip arm assembly X-3947-792-2

Control switch block (FK-4850) 1-475-331-12

Note: A screw used on TYPE B is longer than it used on TYPE A

to secure the grip arm assembly and the control switch block (FK-4850) together. Be sure to use a long screw (M1.7 × 6).

Screw (M1.7 3-713-791-31

2-3

Page 40

2-5. MECHANISM DECK BLOCK

Mechanism deck block

Two step screws (M2)

Two step screws

DD-103 board

CN3900

CC-100 board

CN6250

(M2)

Remote control

window (I)

2-6. LENS DEVICE (LSV-590A), EVF

BLOCK ASSEMBLY

Screw

(M1.7

Lens device

(LSV-590A)

2.5)

VF-117 board

CN4400

Screw

(M1.7

plate

2.5)

EVF section

Screw

(M1.7

VC shield

2.5)

Note on mechanism deck attaching:

First attach the remote control window (I). or check the remote control window (I) is already attached.

2-7. VC-199 BOARD

Connector

(From MIC1)

CN4700

Four screws

(M1.7

2.5)

(From PD-97 board)

VC-199 BOARD

!¡

CN2301

CN200

!º

DD-103 board CN3700 (Note)

!™

Open the DV terminal cover

in the arrow

CN1000

VC-199 board

Battery plate assembly

Two screws

(M1.7

direction.

2.5)

CN1002

CN1001

CN4701

!£

VC-199 board

Note: Be sure to connect first CN3700 before attaching the

battery plate assembly.

(ME-4850)

From SP901

2-4

Shift the cabinet (bottom) assembly in the arrow direction.

Two screws (M1.7 × 2.5)

From control switch block

Page 41

2-8. DD-103 BOARD

Screw

(M1.7

Two screws

(M1.7

(M2

Three screws

Battery terminal board

DD-103 board

Cabinet (bottom) assembly

2-9. PD-97 BOARD, ND5500, LCD901

Connector

!¡

Two screws (M1.7 × 2.5)

(From VC-199 board CN1001)

PD-97 BOARD

!™

PD-97 board

Plate (3), PD ground

!£

ND5500

Cold cathode fluorescent tube

Connector

(From VC-199 board CN1002)

LCD901 flexible board

!º

LCD901 LCD module

FP-484 flexible board

LCD case (L) assembly

Screw (M1.7 × 2.5)

2-5

Three screws

(M1.7

2.5)

Page 42

2-10.SERVICE POSITION-1

(MAINLY FOR VIDEO/AUDIO SYSTEM CHECKS OR ADJUSTMENTS)

Remove each board in the disassembly procedure.

Connect the specified jigs as shown in the figure. (Some connectors can be connected reversely b y its shape . So, note that its connection on removal.)

I/O board-1 jig (J-6082-372-C) DD-103: 26-pin MULTI connector

DD-103 board

Note: Do not apply excessive force to the flexible portion of DD-

103 board because of its shortness.

MR-39: CN3100↔Capstan motor flexible board extension cable (18P) (J-6082-374-A)

VIDEO AUDIO OUT/ HEADPHONES jack

Regulated dc power supply

(8.4V)

FK-4850 (Control switch block)

VC-199 board

MR-39 board

CPC terminal extension flexible board (CPC-6 jig) (J-6082-370-A) VC-199: CN6202

CPC-6 terminal board jig (J-6082-371-A)

2-6

Page 43

2-11.SERVICE POSITION-2

(MAINLY FOR CAMERA SYSTEM CHECKS OR ADJUSTMENTS)

Remove each board in the disassembly procedure.

Connect the specified jigs as shown in the figure. (Some connectors can be connected reversely b y its shape . So, note that its connection on removal.)

CPC-6 terminal board jig (J-6082-371-A)

CPC terminal extension flexible board (CPC-6 jig) (J-6082-370-A) VC-199: CN6202

MR-39 board

VC-199 board

Note: Do not apply excessive force to the flexible portion of DD-

103 board because of its shortness.

Mechanism deck block

Zoom lens

DD-103 board

FK-4850 (Control switch block)

Battery terminal

‘

Battery terminal board

’

Regulated power supply

Box or pedesta

(8.4 V)

2-7

Page 44

2-12.CIRCUIT BOARDS LOCATION

CD-175 (CCD IMAGER)

PD-97 LCD RGB DRIVER,

TIMING GENERATOR, LCD BACKLIGHT

MR-39 (REC/PB AMP, SERVO)

DD-103 (POWER SUPPLY, I/O)

VF-117 (EVF)

VC-199 CAMERA, LENS DRIVE,

I/O, BLOCKING, ECC, TBC, CHCD, AUDIO, DV I/O, IR TRANSMITTER, RGB DECODER, MODE CONTROL

CC-100 (TRANSLATION)

2-8E

Page 45

3-1. OVERALL BLOCK DIAGRAM

DCR-PC10/PC10E

SECTION 3

BLOCK DIAGRAMS

3-1 3-2 3-3 3-4

Page 46

DCR-PC10/PC10E

3-2. POWER SUPPLY BLOCK DIAGRAM

3-6 3-7 3-8 3-9 3-10E

Page 47

PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM

DCR-PC10/PC10E

SECTION 4

4-1 4-2 4-3

FRAME SCHEMATIC DIAGRAM

Page 48

DCR-PC10/PC10E

4-2. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

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

(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.

123

Transistor

321

543

Diode

132

(For schematic diagrams)

• All capacitors are in µF unless otherwise noted. pF : µ

µF . 50V or less are not indicated except for electrolytics

and tantalums.

• Chip resistors are 1/10W unless otherwise noted.

kΩ=1000Ω, MΩ=1000kΩ.

• 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, Because it is damaged by the heat.

• Some chip part will be indicated as follows.

Example C541 L452

22U 10UH TA A 2520

(Measuring conditions voltage and waveform)

• Voltages and waveforms are measured between the measurement points and ground when camera shoots color bar chart of pattern box. They are reference values * and reference waveforms. (VOM of DC 10 MΩ input impedance is used.).

• Voltage values change depending upon input impedance of VOM used.)

1. Connection

Pattern box

1.5m

Front side of the lens

CD-175 (CCD IMAGER) PRINTED WIRING BOARD

— Ref. No.: CD-175 board; 1,000 series —

CD-175 BOARD

CN6250 A-4 CN6251 D-4

C102 A-2 C103 A-2 C104 A-2 C105 A-2 C106 A-2 C108 A-2 C109 A-2 C500 E-1 C501 E-1 C502 D-1 C503 E-1 C504 D-1 C505 E-1 C506 D-1 C507 D-1 C508 E-1 C509 E-1

CN100 E-4 CN101 D-2 CN102 D-3

FB100 A-3 FB101 B-1

IC100 A-2 Q100 B-2

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

Kinds of capacitor

Temperature characteristics

External dimensions (mm)

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

• Parts with ★ differ according to the model/destination. Refer to the mount table for each function.

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

• Signal name XEDIT → 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.

Note : Les composants identifiés par une marque

! sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifie.

Note : The components identified by mark ! or

dotted line with mark ! are critical for safety . Replace only with part number specified.

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

Yellow

Cyan

White

Magenta

Green

AABBA=B

Fig. a (Video output terminal output waveform)

Cyan

White

Green

Yellow

Fig.b (Picture on monitor TV)

Magenta

Red

Blue

Red

Blue

Electron beam scanned frame

CRT picture frame

When indicating parts by reference number, pleas include the board name.

R101 A-3 R103 A-2 R104 B-1 R500 E-1 R501 D-1 R502 E-1

SE500 B-1

CD-175 (CCD IMAGER)

PD-97 LCD RGB DRIVER,

TIMING GENERATOR, LCD BACKLIGHT

MR-39 (REC/PB AMP, SERVO)

DD-103 (POWER SUPPLY, I/O)

CCD IMAGER

CD-175

4-4 4-5 4-6

Page 49

DCR-PC10/PC10E

CD-175 (CCD IMAGER) SCHEMATIC DIAGRAM

— Ref. No.: CD-175 board; 1,000 series —

Precautions Upon Replacing CCD Imager

• The CD-175 board mounted as a repair part is not equipped with a CCD imager. When replacing this board, remove the CCD imager from the old one and mount it onto the new one.

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

• As the CCD imager may be damaged by static electricity from its structure, handle it carefully like for the MOS IC. In addition, ensure that the receiver is not covered with dusts nor exposed to strong light.

CD-175

BOARD

(CAMERA REC)

IC100 5,6

IC100 7,9

IC100 8,!º

IC101 1,2

IC101 3,4

IC101 8

IC101 !∞,!§

3.1Vp-p

6.5Vp-p

0.9Vp-p

6.9Vp-p

3.5Vp-p

VC-199 BOARD

C208 C-17 C209 C-17 C212 C-18 C215 C-18 C216 B-18 C222 C-19 C223 C-19 C229 A-17 C230 A-17 C231 B-10 C233 B-10 C234 B-10 C236 A-9 C237 A-9 C238 A-10 C241 B-9 C243 B-19 C257 D-19 C267 A-19 C268 A-18 C288 B-10 C293 B-12 C294 B-12 C295 B-12 C296 B-12 C297 B-12 C298 A-12 C300 A-12 C301 A-10 C302 A-11 C303 A-11 C304 A-10 C305 A-10 C307 B-11 C308 C-11 C309 B-7 C310 B-11 C311 A-12 C312 B-17 C313 C-17 C316 A-9 C317 C-19 C318 C-18 C401 C-14 C402 B-14 C403 B-14 C404 A-13 C405 A-13 C406 C-16 C407 C-16 C408 B-13 C409 C-15 C410 B-12 C411 B-15 C412 A-12 C413 A-13 C415 B-12 C416 A-12 C417 A-12 C418 A-12 C419 A-15 C420 A-16 C424 B-10 C425 D-10 C426 C-10 C427 C-10 C428 B-10 C429 D-10 C430 D-10 C1000 B-21 C1001 B-22 C1002 B-22 C1003 B-22 C1004 B-22

C1005 A-22 C1009 A-21 C1010 B-22 C1011 A-22 C1013 A-21 C1100 A-6 C1101 C-6 C1102 A-5 C1103 B-5 C1104 B-5 C1105 B-5 C1106 C-5 C1107 C-6 C1108 B-5 C1109 C-6 C1110 C-6 C1112 C-5 C1114 C-5 C1115 D-5 C1116 D-4 C1117 D-4 C1118 C-4 C1119 D-4 C1120 C-4 C1121 D-3 C1122 C-4 C1123 C-3 C1124 C-4 C1125 D-3 C1126 C-3 C1127 D-3 C1128 D-3 C1129 C-3 C1130 D-2 C1131 D-3 C1132 C-3 C1133 E-3 C1134 E-2 C1135 D-3 C1136 F-2 C1137 E-3 C1139 D-3 C1140 B-2 C1141 C-3 C1143 E-2 C1500 C-7 C1501 B-21 C1502 D-22 C1503 C-21 C1504 F-22 C1506 D-20 C1700 D-21 C1703 F-22 C1704 F-22 C1705 D-20 C1900 C-8 C1901 E-9 C1902 E-9 C1903 D-9 C1904 D-9 C1905 C-9 C1906 C-9 C1907 D-7 C1908 D-8 C1909 D-7 C1910 D-8 C1911 C-8 C1912 C-8 C1913 C-8 C1914 C-9 C1915 C-9 C1916 C-9 C1917 F-18 C2111 F-18

C2112 E-19 C2304 C-26 C2305 C-26 C2306 B-27 C2307 B-27 C2308 B-27 C2309 D-4 C2310 D-25 C2311 D-25 C2312 D-23 C2313 D-4 C2314 E-4 C2317 E-27 C2320 D-25 C2321 D-25 C2322 D-25 C2329 D-29 C2330 A-27 C2332 B-27 C2334 B-26 C2335 B-26 C2336 C-26 C2341 D-25 C2342 D-25 C2343 E-23 C2344 C-23 C2346 E-3 C2348 B-4 C2349 E-25 C2350 E-25 C2351 D-25 C2353 B-3 C2354 B-3 C2355 C-25 C2356 C-25 C2357 C-25 C3500 F-25 C3501 E-23 C3504 F-25 C3506 F-27 C3512 G-26 C3514 H-1 C3520 F-27 C3521 F-27 C3527 G-1 C3528 E-27 C3529 G-1 C3530 F-27 C3531 B-27 C4700 C-6 C4701 F-10 C4702 F-9 C4703 F-10 C4704 F-10 C4705 F-9 C4706 G-9 C4707 G-9 C4708 G-9 C4709 G-9 C4710 G-11 C4711 H-11 C4725 F-8 C4727 F-7 C4729 E-8 C4730 E-8 C4731 E-7 C4736 F-8 C4740 F-7 C4741 F-7 C4743 F-7 C4746 F-7 C4747 G-7 C4748 F-7 C4749 G-7

C4750 G-8 C4751 F-7 C4752 G-7 C4753 F-7 C4754 G-7 C4761 F-6 C4762 E-6 C4763 H-4 C4764 H-6 C4765 H-6 C4766 H-5 C4767 D-6 C4768 D-6 C4771 D-7 C4772 E-7 C4773 D-7 C4774 E-7 C4775 D-7 C4776 D-7 C4788 C-15 C4789 A-13 C4790 A-14 C4791 C-15 C4792 C-15 C4793 A-15 C4794 C-15 C4795 A-15 C4796 C-15 C4797 A-15 C4798 A-15 C4799 C-15 C4800 A-15 C4802 H-18 C4803 G-20 C4806 G-18 C4808 G-20 C4809 H-20 C4811 H-20 C4812 G-21 C4813 H-21 C4814 H-21 C4815 F-6 C4816 F-6 C4817 F-6 C4818 F-6 C4821 E-6 C4822 D-10 C4823 F-10 C4824 E-10 C4825 H-7 C4826 H-7 C4827 G-7 C4828 G-7 C4829 G-8 C4830 G-7 C4831 F-7 C4832 E-7 C4833 E-7 C4834 F-6 C4835 F-7 C4836 E-7 C4837 F-18 C4838 F-18 C4839 G-8 C4840 H-20 C4843 G-21 C4844 G-9 C4845 F-9 C4846 F-8 C4847 F-8 C4848 F-9 C4849 F-9 C4850 F-9 C4851 F-9

C4852 F-8 C8401 A-24 C8402 A-26 C8403 B-25 C8404 C-25 C8405 B-25 C8406 C-25 C8407 A-3 C8408 B-24 C8409 B-25 C8410 B-25 C8411 B-25 C8412 B-25 C8413 B-24 C8414 B-24 C8415 B-23 C8416 B-24 C8417 A-23 C8418 A-25 C8419 A-25 C8420 A-24 C8421 A-25 C8422 A-23 C8424 A-25 C8425 A-4 C8426 B-25 C8427 A-25 C8428 A-25 C8429 A-5 C8430 A-23 C8431 B-23 C8432 A-23 C8435 A-3 C8436 A-3

CN200 C-12 CN1000 A-13 CN1001 F-11 CN1002 D-11 CN2300 B-5 CN2301 H-10 CN3500 I-27 CN4700 B-14 CN4701 H-8 CN6200 D-26 CN6201 H-24 CN6202 H-21

D200 C-17 D202 A-10 D203 A-9 D1900 D-9 D1901 D-9 D1902 D-7 D1903 C-8 D1904 C-8 D2301 C-26 D2303 E-23 D2304 D-26 D2305 E-23 D2306 C-23 D2307 E-3 D2309 A-19 D4700 F-9 D4702 F-11 D4706 H-4 D4707 H-5 D4708 G-20 D4710 G-5 D4711 E-10 D4712 G-8 D4713 E-9 D4714 E-9 D4715 E-9

FB200 C-17 FB203 A-17 FB204 B-19 FB205 A-7 FB206 B-18 FB207 B-19 FB401 A-16 FB1100 C-6 FB1101 C-4 FB1500 C-7 FB1501 C-21 FB1900 D-7 FB2100 G-18 FB3501 E-27 FB3502 E-27 FB4702 H-9

FL1100 C-5 FL1101 D-5

IC200 B-17 IC202 D-18 IC205 D-19 IC206 A-19 IC207 A-10 IC208 A-17 IC211 B-20 IC214 B-8 IC216 B-11 IC401 B-13 IC402 B-16 IC403 B-12 IC404 A-16 IC405 C-10 IC406 B-10 IC407 C-10 IC1000 A-22 IC1001 B-22 IC1100 B-6 IC1101 B-2 IC1102 C-3 IC1103 C-2 IC1104 C-3 IC1105 E-2 IC1106 E-2 IC1500 E-22 IC1501 C-22 IC1502 D-20 IC1700 F-20 IC1701 F-22 IC1900 D-8 IC1901 G-19 IC2100 E-18 IC2300 E-3 IC2301 C-26 IC2302 D-24 IC2304 A-26 IC2305 B-26 IC3500 F-24 IC3501 F-26 IC3502 G-27 IC4700 G-10 IC4701 H-8 IC4703 E-10 IC4704 G-7 IC4705 H-6 IC4706 E-7 IC4707 E-6 IC4709 B-15 IC4710 H-19 IC4711 H-20 IC4712 H-21 IC4714 H-7 IC4715 G-7

IC4716 G-8 IC4717 G-8 IC4718 E-9 IC8401 B-24 IC8403 A-3

L203 C-19 L207 B-10 L209 B-18 L218 B-11 L401 A-12 L402 A-15 L403 D-10 L1000 B-21 L1100 C-6 L1101 C-6 L1102 C-4 L1103 D-4 L1104 F-2 L1500 C-7 L1501 C-21 L1900 C-7 L1901 D-9 L1902 C-8 L2100 G-18 L2301 B-3 L3504 D-27 L3505 F-2 L3506 D-27 L4700 D-6 L4701 D-6 L4702 D-7 L4703 H-9 L4705 H-9 L4706 H-7 L8402 A-23 L8403 B-23 L8404 B-23

Q203 C-11 Q204 C-11 Q205 C-11 Q207 C-11 Q209 C-16 Q401 C-14 Q402 B-13 Q403 C-19 Q1000 B-21 Q1001 A-21 Q1002 A-21 Q1007 A-21 Q1008 B-22 Q1009 B-21 Q1010 B-22 Q1100 C-5 Q1101 C-5 Q1102 C-4 Q1103 D-4 Q1104 F-2 Q1105 F-2 Q1107 E-3 Q1108 F-3 Q1109 C-5 Q1110 E-3 Q1111 E-3 Q2301 D-27 Q2302 C-27 Q2303 B-27 Q2305 C-4 Q2306 D-23 Q2307 E-23 Q2308 B-4 Q2309 C-3 Q2310 B-3

Q4701 H-5 Q4702 H-4 Q4703 H-4 Q4704 H-7 Q4711 G-6 Q4712 G-6 Q4713 G-5 Q4714 G-5 Q4715 G-6 Q4716 F-5 Q4717 F-6 Q4718 F-6 Q4719 G-6 Q4720 E-10 Q4721 E-10 Q4722 E-11 Q4723 E-11 Q4726 H-8 Q4727 F-5 Q4728 E-5 Q4729 F-10 Q8401 A-23 Q8402 A-4 Q8403 A-4 Q8404 A-4

R205 C-18 R210 E-18 R213 E-18 R223 C-18 R224 B-10 R225 A-10 R226 D-18 R227 D-18 R228 D-18 R234 B-9 R235 B-10 R236 B-10 R238 B-10 R240 A-9 R244 C-18 R245 C-18 R257 C-11 R283 C-7 R286 D-19 R295 A-10 R298 C-18 R299 D-18 R304 C-17 R305 B-17 R308 C-19 R309 C-19 R313 B-18 R314 B-19 R319 C-19 R321 D-19 R323 C-11 R324 C-11 R327 B-11 R328 C-15 R329 D-18 R330 E-18 R331 B-10 R332 D-10 R333 D-20 R401 C-13 R402 C-14 R403 B-13 R404 B-14 R405 B-14 R406 A-13 R407 B-13 R408 B-13 R409 B-13

R410 B-12 R411 B-12 R412 B-13 R413 B-13 R414 A-12 R415 B-13 R416 A-12 R417 B-12 R418 B-12 R419 A-19 R420 A-12 R421 A-16 R422 A-16 R423 C-19 R424 C-10 R425 C-11 R426 C-10 R427 C-10 R428 D-10 R429 C-10 R431 B-10 R432 C-11 R433 B-10 R434 C-10 R435 D-10 R436 D-10 R437 B-10 R438 D-10 R439 B-10 R440 C-15 R1000 B-22 R1001 A-22 R1002 A-22 R1003 A-21 R1004 A-21 R1005 A-21 R1006 B-21 R1007 A-21 R1008 A-21 R1029 B-21 R1030 B-21 R1031 B-22 R1032 B-21 R1033 A-21 R1034 A-21 R1035 A-21 R1036 D-10 R1100 B-5 R1101 B-5 R1102 B-7 R1103 B-7 R1104 B-5 R1105 C-7 R1106 B-5 R1107 C-7 R1108 B-7 R1109 C-7 R1110 C-7 R1111 B-5 R1112 C-5 R1113 C-5 R1115 C-7 R1116 A-7 R1117 C-5 R1118 C-5 R1119 D-5 R1122 C-4 R1123 C-4 R1125 C-4 R1126 C-4 R1127 C-4 R1128 C-4 R1129 C-3 R1130 B-3

R1132 D-4 R1133 F-2 R1134 F-2 R1135 F-2 R1136 E-2 R1137 F-2 R1138 D-2 R1139 D-2 R1140 D-2 R1141 E-2 R1142 E-2 R1143 E-2 R1144 D-3 R1145 E-3 R1149 D-3 R1150 D-3 R1152 D-3 R1153 C-3 R1154 C-7 R1155 C-5 R1157 A-6 R1158 D-3 R1159 B-5 R1160 B-5 R1161 C-4 R1162 C-4 R1163 D-3 R1502 E-23 R1900 E-8 R1901 E-8 R1903 D-9 R1904 C-9 R1905 D-9 R1906 D-9 R1907 D-9 R1908 D-7 R1909 D-7 R1911 D-7 R1912 D-7 R1914 C-8 R1916 C-9 R1917 C-7 R1918 C-9 R1919 C-8 R1920 D-9 R1921 C-9 R1922 C-9 R1924 F-18 R1925 F-18 R1926 E-8 R1927 D-9 R1928 E-9 R2119 E-18 R2120 E-18 R2121 E-19 R2122 E-19 R2123 E-19 R2124 E-19 R2125 F-19 R2126 F-19 R2127 F-18 R2128 F-18 R2129 F-19 R2130 E-19 R2131 E-18 R2132 E-18 R2133 E-19 R2172 F-18 R2180 F-18 R2184 F-18 R2185 E-19 R2304 E-24 R2305 C-24 R2306 C-24

R2307 C-23 R2308 D-27 R2309 D-23 R2311 B-23 R2312 B-23 R2313 B-23 R2314 B-23 R2315 D-23 R2316 B-23 R2317 B-23 R2318 D-26 R2319 C-25 R2320 C-25 R2321 C-25 R2322 C-23 R2324 C-24 R2325 C-24 R2326 C-23 R2327 C-24 R2328 C-23 R2329 C-24 R2330 B-26 R2331 C-26 R2332 E-25 R2333 D-5 R2334 E-23 R2335 E-5 R2337 D-26 R2338 D-27 R2339 C-27 R2340 B-26 R2341 C-27 R2342 D-27 R2343 B-26 R2345 E-5 R2346 C-25 R2347 C-24 R2348 E-24 R2349 E-25 R2350 A-26 R2351 C-27 R2352 C-27 R2353 C-26 R2354 D-25 R2355 E-23 R2356 D-23 R2357 E-23 R2358 D-23 R2359 D-23 R2360 C-23 R2361 C-23 R2362 C-23 R2363 D-26 R2364 D-26 R2365 D-26 R2366 D-27 R2367 D-27 R2368 E-24 R2369 D-27 R2370 D-27 R2371 D-26 R2372 D-26 R2373 D-26 R2374 D-27 R2375 D-27 R2376 E-25 R2377 E-25 R2378 D-26 R2379 D-27 R2380 E-24 R2381 D-27 R2383 A-5 R2384 B-3 R2387 B-5

R2388 A-10 R2389 A-5 R2390 C-23 R2391 E-25 R2392 E-25 R2393 E-25 R2394 B-3 R2395 B-3 R2396 A-3 R2397 D-26 R2398 D-26 R2399 H-9 R2401 F-23 R2402 F-23 R2403 A-5 R2404 A-5 R2405 A-4 R2406 D-5 R3500 G-1 R3501 E-25 R3528 F-25 R3529 F-25 R3530 G-25 R3531 G-26 R3532 G-26 R3533 G-26 R3534 F-27 R3535 F-27 R3538 H-1 R3539 H-1 R3540 H-1 R3541 H-2 R3542 G-1 R3543 H-1 R3544 H-1 R3545 H-1 R3546 H-1 R3556 F-27 R3557 E-23 R3560 G-26 R3561 F-27 R3562 F-27 R4700 F-10 R4701 F-10 R4702 G-9 R4704 G-9 R4705 G-9 R4706 G-9 R4707 G-9 R4708 G-11 R4709 G-11 R4711 G-11 R4712 F-11 R4724 E-9 R4730 E-8 R4738 F-7 R4739 F-7 R4740 F-8 R4741 F-8 R4742 G-8 R4743 F-8 R4744 F-7 R4745 F-7 R4746 G-8 R4747 F-7 R4748 F-7 R4749 F-7 R4750 G-8 R4751 G-8 R4760 H-4 R4761 G-6 R4762 G-6 R4763 H-6 R4764 G-6

R4765 H-6 R4766 H-6 R4767 H-4 R4777 A-14 R4790 E-6 R4798 B-15 R4799 B-15 R4800 C-15 R4801 A-14 R4802 A-14 R4803 C-15 R4804 B-15 R4805 B-15 R4806 C-15 R4808 G-18 R4809 G-20 R4810 G-20 R4811 H-21 R4812 H-21 R4813 H-21 R4814 G-20 R4815 H-20 R4816 G-21 R4817 H-21 R4818 H-21 R4819 H-6 R4820 G-5 R4821 G-6 R4822 G-6 R4823 H-6 R4824 F-6 R4825 F-6 R4826 F-6 R4827 F-6 R4828 F-6 R4829 F-6 R4830 F-6 R4831 F-6 R4832 F-5 R4833 F-5 R4834 F-5 R4835 F-5 R4836 G-5 R4837 G-5 R4838 F-6 R4839 F-5 R4840 G-6 R4841 G-6 R4843 E-10 R4844 E-10 R4845 E-10 R4846 E-10 R4847 E-10 R4848 E-10 R4852 F-10 R4853 E-10 R4854 F-10 R4855 E-10 R4856 G-8 R4857 G-8 R4858 G-8 R4859 H-7 R4860 H-7 R4861 H-7 R4862 H-7 R4863 H-7 R4864 G-8 R4865 E-5 R4867 E-9 R4868 E-7 R4869 E-7 R4870 E-6 R4871 F-6 R4872 E-7

R4873 F-7 R4874 E-7 R4875 E-6 R4876 E-7 R4877 E-7 R4878 F-10 R4879 G-8 R4880 G-8 R4887 G-21 R4890 H-20 R4891 G-8 R4892 F-8 R4893 G-9 R4894 E-10 R4895 E-10 R4896 F-10 R4897 G-9 R4898 F-9 R4899 G-9 R4900 G-9 R4901 F-9 R4902 F-9 R4903 F-9 R4904 F-9 R4905 F-9 R4906 F-9 R4907 E-9 R4908 E-9 R4910 D-6 R6200 D-26 R8401 B-25 R8402 B-25 R8403 B-25 R8405 B-25 R8406 B-25 R8407 B-25 R8408 A-3 R8409 B-25 R8410 B-23 R8411 B-24 R8413 A-23 R8415 A-24 R8416 A-24 R8417 A-24 R8418 A-5 R8421 E-5 R8423 A-25 R8424 A-25 R8429 B-23 R8430 B-24 R8431 B-25 R8432 B-23 R8435 A-24 R8438 B-25 R8441 A-3 R8442 A-4 R8443 A-4 R8445 B-25 R8447 A-4 R8448 A-4

S2300 A-19 X200 C-18

X201 D-10 X1900 D-8 X2100 E-19 X2300 D-5 X2301 E-5 X3500 G-2 X4700 H-9 X8400 A-3

4-7 4-8

4-9 4-10 4-11

CCD IMAGER

CD-175

LOCATION

VC-199

Page 50

DCR-PC10/PC10E

CC-100 (TRANSLATION)

VF-117 (EVF)

VC-199 CAMERA, LENS DRIVE,

I/O, BLOCKING, ECC, TBC, CHCD, AUDIO, DV I/O, IR TRANSMITTER, RGB DECODER, MODE CONTROL

123

321

543

132

VC-199 (MAIN) PRINTED WIRING BOARD

— Ref. No.: VC-199 board; 20,000 series —

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

• See page 4-11for VC-199 BOARD printed wiring board.

• Chip parts.

Transistor

Diode

MAIN

VC-199

4-12 4-13 4-14 4-15 4-16

Page 51

VC-199 (CAMERA) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

VC-199

BOARD (1/12)

(CAMERA REC)

IC216 @§,@¶

DCR-PC10/PC10E

IC207 1

IC216 2 - !¡

40nsec

IC211 %§ (CL215)

IC211 %¶ (CL214)

0.9Vp-p

3Vp-p

2.8Vp-p

26MHz

IC200 @™

IC200 @•

18MHz

IC205 $º (R332)

36MHz

20MHz

4Vp-p

3.4Vp-p

4Vp-p

2.8Vp-p

4-17 4-18 4-19

CAMERA

VC-199 (1/12)

Page 52

DCR-PC10/PC10E

VC-199 (LENS DRIVE) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

LENS DRIVE

VC-199 (2/12)

4-21 4-22

VC-199

BOARD (2/12)

(CAMERA REC)

IC404 8

13.5MHz

2.8Vp-p

Page 53

DCR-PC10/PC10E

VC-199 (I/O) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

VC-199 BOARD (3/12)

!º IC1102 !ª (C1132)

CAMERA REC

1.2Vp-p

!º IC1102 !ª (C1132) PB

(NTSC)

1.1Vp-p

!¡ IC1102 @¢ (C1130)

CAMERA REC

2Vp-p

!™ IC1103 8 CAMERA

REC/PB

6.75MHz

!£ IC1102 $¡ (C1117)

CAMERA REC/PB

0.38Vp-p

!¢ IC1102 $£ (C1118)

CAMERA REC/PB

0.26Vp-p

3Vp-p

!¡ IC1102 @¢ (C1130) PB

(NTSC)

1.7Vp-p

4-23 4-24 4-25

I/O

VC-199 (3/12)

Page 54

DCR-PC10/PC10E

VC-199 (BLOCKING) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

BLOCKING

VC-199 (4/12)

4-26 4-27 4-28

Page 55

DCR-PC10/PC10E

VC-199 (ECC, TBC, CHCD) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

4-29 4-30 4-31

ECC, TBC, CHCD

VC-199 (5/12)

Page 56

DCR-PC10/PC10E

VC-199 (AUDIO SIGNAL PROCESS) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

VC-199

BOARD (6/12)

(CAMERA REC/PB)

!∞

IC1900 2,3 (R1901)

13.5MHz

!§

IC1900 !™ (C1908)

27MHz

!¶

IC1900 @∞ (C1913)

3.3Vp-p

NTSC : 3.1Vp-p

PAL : 2.9 Vp-p

• See page 4-12 for VC-199 BOARD printed wiring board.

13.5MHz

!•

IC1900 @ª (R1914)

13.5MHz

!ª

IC1900 %∞ (C1902)

36.2MHz

3Vp-p

3.2Vp-p

NTSC : 2.2Vp-p

PAL : 1.2Vp-p

AUDIO SIGNAL PROCESS

VC-199 (6/12)

4-32 4-33 4-34

Page 57

DCR-PC10/PC10E

VC-199 (DV I/O) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

VC-199 BOARD (7/12)

(CAMERA REC/PB)

@º IC3500 7

6MHz

2.1Vp-p

@¡ IC3502 #•

24.575MHz

0.72Vp-p

4-35 4-36 4-37

DV I/O

VC-199 (7/12)

Page 58

DCR-PC10/PC10E

VC-199 (IR TRANSMITTER) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

VC-199

BOARD (8/12)

(CAMERA REC/PB)

@™

IC8401 7

REC/PB, IR ON

3.58MHz

@£

IC8401 @™

REC/PB, IR ON

80nsec

@¢

IC8401 @∞

REC/PB, IR ON

0.6Vp-p

0.8Vp-p

• See page 4-12 for VC-199 BOARD printed wiring board.

@∞

IC8401 $¡

REC/PB, IR ON

0.25Vp-p

0.45Vp-p

IR TRANSMITTER

VC-199 (8/12)

4-38 4-39 4-40

Page 59

DCR-PC10/PC10EDCR-PC10/PC10E

VC-199 (RGB DECODER) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

VC-199

@§

@¶

@•

BOARD (9/12)

Q1000 B CAMERA REC

Q1001 B CAMERA REC

Q1002 B CAMERA REC

1.1Vp-p

0.8Vp-p

4-41 4-42 4-43

RGB DECODER

VC-199 (9/12)

Page 60

DCR-PC10/PC10E

VC-199 (MODE CONTROL), FK-4850, ME-4850 (FUNCTION SWITCH BLOCK) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

VC-199

@ª

#º

BOARD (10/12)

IC2302 $º

20MHz

IC2302 %£

32.768kHz

3.2Vp-p

3Vp-p

• See page 4-12 for VC-199 BOARD printed wiring board.

MODE CONTROL

VC-199 (10/12)

FUNCTION SWITCH BLOCK

FK-4850, ME-4850

4-45 4-46 4-47 4-48

Page 61

DCR-PC10/PC10EDCR-PC10/PC10E

VC-199 (AUDIO CONTROL) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

• See page 4-12 for VC-199 BOARD printed wiring board.

VC-199

#§

IC2100 $º (X2100)

BOARD (11/12)

20MHz

2.8Vp-p

4-49 4-50 4-51

AUDIO CONTROL

VC-199 (11/12)

Page 62

DCR-PC10/PC10E

VC-199 (AUDIO) SCHEMATIC DIAGRAM

— Ref. No.: VC-199 board; 20,000 series —

VC-199

#¡

CAMERA REC/PB

0.5µsec

#™

CAMERA REC/PB

#£

CAMERA REC/PB

BOARD (12/12)

IC4707 !•

IC4711 @¢ (R4809)

24.5MHz

IC4711 #§ (L4705)

27.4MHz (REC)

24.5MHz (PB)

2.8Vp-p

2.6Vp-p

2.4Vp-p

• See page 4-12 for VC-199 BOARDprinted wiring board.

#¢

IC4701 !¢

CAMERA REC

0.5µsec

#∞

IC4701 !•

CAMERA REC/PB

0.5µsec

2.8Vp-p

AUDIO

VC-199 (12/12)

4-53 4-54 4-55 4-56

Page 63

DCR-PC10/PC10E

MR-39 BOARD

C2700 E-3 C2701 E-2 C2702 E-3 C2703 E-3 C2704 E-3 C2708 A-1 C2709 A-1 C2712 E-1 C2713 A-1 C2714 A-1 C2715 A-1 C2718 A-1 C2720 A-1 C2721 E-1 C2724 A-1 C2725 E-1 C2726 E-1 C2727 A-2 C2728 A-2 C2731 A-1 C2732 A-1 C2733 D-1 C2735 B-2 C2736 A-3 C2737 A-2 C2738 A-3 C2744 A-2 C2745 A-2 C2747 A-3 C2749 A-3 C2750 A-3 C2751 A-3 C2752 D-1 C2753 A-2 C2754 A-3 C2755 A-4 C2757 A-3 C2758 A-4 C2759 A-2 C2763 A-3 C2769 A-1 C2770 A-1 C2771 A-1 C2772 A-1 C2773 D-2 C2774 E-2 C2799 E-2 C3100 E-6 C3101 A-5 C3102 E-6 C3103 B-3 C3104 B-3 C3105 B-3 C3106 A-5 C3107 B-3 C3108 B-3 C3109 B-3 C3110 B-5 C3111 B-5 C3112 B-5 C3113 B-5 C3114 B-5 C3115 B-5 C3116 A-4 C3117 A-4 C3118 A-4 C3119 A-4 C3120 A-4 C3121 A-4

C3123 B-4 C3124 B-4 C3125 B-4 C3126 B-5 C3127 A-5 C3128 B-4 C3129 B-4 C3130 A-6 C3131 A-5 C3132 A-6 C3133 D-6 C3134 A-6 C3135 D-6 C3136 D-6 C3137 D-6 C3138 B-4 C3139 E-4 C3140 D-3 C3141 E-6 C3142 D-6 C3143 D-6 C3144 A-7 C3145 A-7 C3146 D-6 C3147 A-7 C3148 B-5 C3149 D-3 C3150 E-4 C3151 E-4 C3152 D-3 C3153 A-6 C3154 A-6 C3155 B-3 C3157 B-5 C3158 B-5 C6100 A-4 C6101 A-4 C6102 D-5 C6103 A-5 C6104 E-5 C6105 A-4 C6106 A-5 C6107 B-5 C6108 E-5 C8601 B-1 C8603 B-2 C8605 D-1

CN2708 D-3 CN3100 A-7 CN3101 D-7 CN3102 D-5 CN3103 D-4 CN3104 B-1 CN6101 E-5 CN6102 E-7

D2700 E-1 D2701 A-3 D2702 D-3 D2703 D-3 D3100 E-5 D3101 D-5 D6100 D-5 D6101 A-5 D6102 E-1 D6103 E-4 D8602 E-2 D8603 D-2

FB3100 E-7 FB6100 E-6 FB6101 A-4

FL2700 A-1 FL2701 A-2

IC2700 B-2 IC2701 A-3 IC2702 A-2 IC2703 E-3 IC2704 A-1 IC3100 A-5 IC3101 B-3 IC3102 B-4 IC3103 B-6 IC3104 D-4 IC6101 A-5 IC6102 D-6 IC6103 E-4

L2700 E-1 L2703 D-1 L2704 D-1 L2705 B-2 L2707 A-3 L2708 D-1 L2709 A-3 L2710 A-3 L2711 B-2 L3100 A-7 L3101 A-7 L3102 A-7 L3103 B-7 L3104 B-5 L6100 A-4 L6101 D-5

PS8601 B-2 Q2701 B-1

Q2702 B-1 Q2703 A-1 Q2704 D-1 Q2705 D-1 Q2706 E-1 Q2707 E-1 Q2708 A-3 Q2709 A-3 Q2710 A-1 Q2711 D-1 Q3100 D-5 Q6100 E-4 Q8603 B-2 Q8604 B-2

R2701 A-1 R2703 A-1 R2704 D-1 R2705 A-1 R2706 B-1 R2707 A-1 R2709 A-1 R2711 A-1 R2712 A-1 R2713 D-1 R2714 D-1 R2717 D-1 R2718 A-1

R2719 A-1 R2720 D-1 R2721 C-1 R2727 B-1 R2735 E-1 R2737 E-1 R2738 A-2 R2740 A-2 R2741 A-3 R2743 A-3 R2744 A-3 R2747 A-3 R2748 A-2 R2749 A-2 R2750 A-3 R2751 A-3 R2752 D-2 R2753 D-3 R2754 D-3 R2755 D-3 R2756 D-2 R2757 E-2 R2758 E-2 R2759 E-2 R2760 E-2 R2761 E-2 R2765 A-2 R2766 A-1 R2767 B-1 R2768 A-2 R2769 A-1 R2770 A-1 R2817 A-2 R2818 A-2 R2819 A-2 R2820 A-1 R2821 A-1 R2822 D-1 R2823 D-1 R2824 D-1 R3100 D-7 R3101 D-7 R3102 D-7 R3103 D-7 R3104 D-7 R3105 D-7 R3106 D-7 R3107 D-7 R3108 E-6 R3109 E-6 R3110 E-6 R3111 E-6 R3112 E-6 R3113 A-6 R3114 E-4 R3115 E-4 R3116 A-5 R3117 A-5 R3118 A-5 R3119 A-5 R3120 B-3 R3122 B-3 R3123 B-3 R3124 B-3 R3125 E-4 R3126 E-4 R3127 A-4 R3128 A-4 R3129 A-4

R3130 B-5 R3131 A-5 R3132 A-4 R3133 B-5 R3134 A-5 R3138 A-5 R3139 A-5 R3140 B-5 R3141 A-4 R3142 A-4 R3143 A-5 R3144 B-5 R3145 B-5 R3146 B-4 R3147 B-4 R3148 B-4 R3149 A-6 R3150 A-6 R3151 A-6 R3152 D-6 R3153 D-6 R3154 B-3 R3155 B-3 R3156 B-3 R3157 B-3 R3158 D-6 R3159 B-7 R3160 B-7 R3161 B-7 R3162 B-7 R3163 D-6 R3164 E-5 R3165 D-5 R3166 D-6 R3167 B-3 R3168 A-6 R3169 A-6 R3173 B-4 R3174 B-5 R3175 B-5 R3176 A-4 R3177 A-5 R3178 B-3 R3181 A-5 R6100 D-5 R6101 E-5 R6102 A-5 R6103 A-5 R6104 A-5 R6105 A-5 R6106 E-1 R6107 E-6 R6111 A-4 R6112 A-4 R6113 A-4 R6114 A-4 R6115 A-4 R6116 A-4 R6117 A-4 R6118 E-4 R6119 E-3 R6120 E-4 R8607 B-2 R8608 B-2 R8609 B-2 R8610 B-2

X3100 A-6

MR-39 (REC/PB AMP, SERVO) PRINTED WIRING BOARD -11

— Ref. No.: MR-39 board; 10,000 series —

• See page 4-60 for the printed wiring board part number suffix -12.

• See page 4-63 for MR-39 BOARD schematic diagram.

• Chip parts.

123

CD-175 (CCD IMAGER)

Transistor

321

543

PD-97 LCD RGB DRIVER,

TIMING GENERATOR, LCD BACKLIGHT

MR-39 (REC/PB AMP, SERVO)

DD-103 (POWER SUPPLY, I/O)

Diode

132

4-57 4-58

4-59

REC/PB AMP, SERVO

MR-39

Page 64

DCR-PC10/PC10E

MR-39 BOARD

CN2708 D-3 CN3100 A-7 CN3101 D-7 CN3102 D-5 CN3103 D-4 CN3104 B-1 CN6101 E-5 CN6102 E-7

D2700 E-1 D2701 A-3 D2702 D-3 D2703 D-3 D3100 E-5 D3101 D-5 D6100 D-5 D6101 A-5 D6102 E-1 D6103 E-4 D8602 E-2 D8603 D-2

FB3100 E-7 FB6100 E-6 FB6101 A-4

FL2700 A-1 FL2701 A-2

IC2700 B-2 IC2701 A-3 IC2702 A-2 IC2703 E-3 IC2704 A-1 IC3100 A-5 IC3101 B-3 IC3102 B-4 IC3103 B-6 IC3104 D-4 IC6101 A-5 IC6102 D-6 IC6103 E-4

L2700 E-1 L2703 D-1 L2704 D-1 L2705 B-2 L2707 A-3 L2708 D-1 L2709 A-3 L2710 A-3 L2711 B-2 L3100 A-7 L3101 A-7 L3102 A-7 L3103 B-7 L3104 B-5 L6100 A-4 L6101 D-5

PS8601 B-2 Q2701 B-1

Q2702 B-1 Q2703 A-1 Q2704 D-1 Q2705 D-1 Q2706 E-1 Q2707 E-1 Q2708 A-3 Q2709 A-3 Q2710 A-1 Q2711 D-1 Q3100 D-5 Q6100 E-4 Q8603 B-2 Q8604 B-2

R2701 A-1 R2703 A-1 R2704 D-1 R2705 A-1 R2706 B-1 R2707 A-1 R2709 A-1 R2711 A-1 R2712 A-1 R2713 D-1 R2714 D-1 R2717 D-1 R2718 A-1

X3100 A-6

MR-39 (REC/PB AMP, SERVO) PRINTED WIRING BOARD -12

— Ref. No.: MR-39 board; 10,000 series —

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

• See page 4-57 for the printed wiring board part number suffix -1 1.

• See page 4-63 for MR-39 BOARD schematic diagram.

• Chip parts.

Transistor

123

321

CD-175 (CCD IMAGER)

543

PD-97 LCD RGB DRIVER,

TIMING GENERATOR, LCD BACKLIGHT

MR-39 (REC/PB AMP, SERVO)

DD-103 (POWER SUPPLY, I/O)

Diode

132

REC/PB AMP, SERVO

MR-39

4-60

4-61 4-62

Page 65

DCR-PC10/PC10E

CC-100 (TRANSLATION), MR-39 (REC/PB AMP (1)) SCHEMATIC DIAGRAMS

— Ref. No.: CC-100 board; 20,000 series, MR-39 board; 10,000 series —

CC-100 (TRANSLATION) PRINTED WIRING BOARD

— Ref. No.: CC-100 board; 20,000 series —

4-63 4-64 4-65

MR-39

!º

BOARD (1/3)

IC6101 !ª (L6101)

CAMERA REC/PB

41.85MHz

NTSC : 2.6Vp-p

PAL : 1Vp-p

4-66

• Chip parts.

123

VF-117 (EVF)

Transistor

321

543

VC-199 CAMERA, LENS DRIVE,

I/O, BLOCKING, ECC, TBC, CHCD, AUDIO, DV I/O, IR TRANSMITTER, RGB DECODER, MODE CONTROL

TRANSLATION

CC-100

CC-100 (TRANSLATION)

REC/PB AMP (1)

MR-39 (1/3)

Diode

132

Page 66

DCR-PC10/PC10E

MR-39 (REC/PB AMP (2)) SCHEMATIC DIAGRAM

— Ref. No.: MR-39 board; 10,000 series —

MR-39

20µsec

CAMERA REC

BOARD (2/3)

IC2701 2 - 8 PB

3.3Vp-p

IC2702 @£ PB

41.85MHz

IC2703 2,3,6,7

6.6msec

1.6Vp-p

3.6Vp-p

IC2703 @¶

CAMERA REC

3.3msec

IC2703 #¡

CAMERA REC

3.3msec

IC2704 2 PB

3.3msec

• See page 4-57 or 4-60 for MR-39 BOARD printed wiring board.

3.4Vp-p

0.3Vp-p

IC2703 !ª PB

6.6msec

IC2703 @™

CAMERA REC/PB

6.6msec

0.4Vp-p

2.8Vp-p

IC2704 @º PB

3.3msec

1.7Vp-p

REC/PB AMP (2)

MR-39 (2/3)

4-67 4-68 4-69 4-70

Page 67

DCR-PC10/PC10E

1-656-247-

S-

FP242

FP-584

1-666-100-

FP-242 BOARD

16 1

D901

H902

R904 R903

H901

R902

R901

1-656-247-14

FP-584 BOARD

Q901

S901 REC

PROOF

S903

CC DOWN

Q902

CN901

1-666-100-

MR-39 (SERVO), FP-242/FP-584 (TAPE SENSOR) SCHEMATIC DIAGRAM

— Ref. No.: MR-39 board; 10,000 series, FP-242 and FP-586 boards; 1,000 series —

• See page 4-62 for MR-39 BOARD printed wiring board.

MR-39

!¡

BOARD (3/3)

IC3100 $º (C3153)

CAMERA REC/PB

20MHz

!™

IC3101 !¢ PB

NTSC : 1.3Vp-p

13.4msec

!£

IC3101 !• PB

13.5MHz

PAL : 1.0Vp-p

2.6Vp-p

0.3Vp-p

!¶

IC3102 @∞,@¶,@¶

CAMERA REC/PB

1.1msec

!•

IC3102 $∞

CAMERA REC/PB

0.9sec

!ª

IC3102 $•

CAMERA REC/PB

1.5sec

2.3Vp-p

2.7Vp-p

@£

IC3103 !¶

CAMERA REC/PB

0.92msec

@¢

IC3103 !•,!ª

CAMERA REC/PB

0.92msec

@∞

IC3103 @¡ - @§

CAMERA REC/PB

80msec

FP-242 and FP-584 (TAPE SENSORS) PRINTED WIRING BOARDS

— Ref. No.: FP-242 and FP-584 boards; 1,000 series —

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

2.8Vp-p

30mVp-p

@º

!¢

IC3102 1 REC/PB

IC3102 %¢

CAMERA REC/PB

6.6msec

!∞

IC3102 4

CAMERA REC/PB

6.7msec

!§

IC3102 @™,@£,@¢

CAMERA REC/PB

1.1msec

20mVp-p

2.8Vp-p

0.1Vp-p

3µsec

@¡

IC3102 ^º

CAMERA REC/PB

1.1msec

@™

IC3102 ^£

CAMERA REC/PB

1.1msec

2.8Vp-p

0.23Vp-p

@§

IC3103 #¡,#£,#¢

CAMERA REC/PB

80msec

@¶

IC3104 2,!•,@£

CAMERA REC/PB

1.1msec

0.6Vp-p

2.4Vp-p

4-71 4-72 4-73 4-74 4-75

SERVO

MR-39 (3/3)

TAPE SENSOR

FP-242/FP-584

Page 68

DCR-PC10/PC10E

PD-97 (LCD DRIVER) PRINTED WIRING BOARD

— Ref. No.: PD-97 board; 30,000 series —

PD-97 BOARD

C5501 D-4 C5502 D-4 C5600 C-2 C5601 C-2 C5602 C-2 C5603 C-2 C5604 C-2 C5605 A-3 C5614 C-1 C5615 C-1 C5616 C-1 C5617 C-1 C5618 D-2 C5619 D-2 C5620 D-2 C5621 D-1 C5622 D-1 C5623 D-1 C5624 D-1 C5625 D-1 C5626 C-1 C5800 C-1 C5801 C-1 C5802 C-1 C5803 C-2 C5804 B-2 C5805 C-1 C5806 C-1 C5807 C-2 C5808 B-2 C5811 D-4 C5812 D-4 C6001 D-3 C6003 D-4 C6005 D-5 C6006 C-2 C6008 B-3 C6009 D-2 C6010 C-2 C6011 D-3 C6012 B-3 C6013 B-3

C6014 D-3 C6015 B-2 C6016 C-3 C6018 C-2 C6019 B-3 C6020 B-3 C6021 C-2 C6022 D-3 C6023 D-2 C6024(-12) D-3

CN5600 C-5 CN5601 C-6 CN5602 D-4 CN5801 B-6

D5502 A-4 D5600 C-5 D5800 C-1 D6001 B-3 D6002 D-3

FB5601 D-4 FB5602 D-3

IC5600 D-2 IC5601 A-3 IC5800 B-2 IC5801 B-1 IC6000 D-3 IC6001 B-3 L5500 D-5 L5600 C-2 L5800 B-2 L5801 C-1 L6000 D-5 L6001 C-3 L6002 B-3 L6003 C-3

ND5500 A-4

Q5513 A-4 Q5600 D-1 Q5601 C-1 Q5602 D-1 Q5603 C-2 Q5604 C-2 Q5605 C-2 Q5800 B-1 Q5801 B-1 Q5802 C-5 Q5803 C-1 Q6000 D-3 Q6001 D-3 Q6002 D-3 Q6004 D-3 Q6005 D-2 Q6006 B-3 Q6007 B-3 Q6008 C-3

R5501 A-4 R5502 D-4 R5601 A-2 R5602 A-2 R5603 A-2 R5604 A-2 R5605 A-2 R5606 A-2 R5607 A-2 R5623 D-1 R5624 D-1 R5625 D-1 R5626 D-1 R5628 D-1 R5629 D-1 R5630 C-1 R5631 D-1 R5632 D-1 R5633 D-1 R5634 C-1 R5635 C-1 R5636 D-1

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

R5637 C-2 R5638 C-2 R5639 C-2 R5641 D-4 R5800 C-1 R5801 C-1 R5802 C-1 R5803 C-1 R5804 C-1 R5805 C-1 R5807 A-1 R5808 A-1 R5809 C-1 R5810 B-2 R5811 B-2 R5812 B-2 R5813 B-2 R5814 C-5 R5815 C-1 R6000 D-3 R6001 D-3 R6002 D-3 R6003 C-3 R6004 B-3 R6005 C-3 R6006 B-3 R6007 C-3 R6008 D-3 R6009 B-3 R6010 D-3 R6011 B-3 R6012 C-2 R6013 C-2 R6014 C-2 R6015 B-2 R6016 B-2 R6017 B-2 R6019(-12) D-3

RV6000 D-2 T6000 B-4

• Chip parts.

CD-175 (CCD IMAGER)

123

LCD DRIVER

PD-97

Transistor

321

543

PD-97 LCD RGB DRIVER,

TIMING GENERATOR, LCD BACKLIGHT

MR-39 (REC/PB AMP, SERVO)

DD-103 (POWER SUPPLY, I/O)

Diode

132

4-77 4-78 4-79 4-80

Page 69

PD-97 (LCD RGB DRIVER) SCHEMATIC DIAGRAM

— Ref. No.: PD-97 board; 30,000 series —

DCR-PC10/PC10E

PD-97

BOARD (1/3)

(CAMERA REC/PB)

IC5600 $¡

IC5600 $º

IC5600 #ª

IC5600 !∞

1.1Vp-p

0.8Vp-p

IC5600 !¡

IC5600 9

8Vp-p

4-81 4-82 4-83

LCD RGB DRIVER

PD-97 (1/3)

Page 70

DCR-PC10/PC10E

PD-97 (TIMING GENERATOR) SCHEMATIC DIAGRAM

— Ref. No.: PD-97 board; 30,000 series —

PD-97

BOARD (2/3)

(CAMERA REC/PB)

IC5801 #∞

16.36MHz

2.8Vp-p

• See page 4-77 for PD-97 BOARD printed wiring board.

TIMING GENERATOR

PD-97 (2/3)

4-84 4-85 4-86

Page 71

DCR-PC10/PC10E

PD-97 (LCD, POWER SUPPLY FOR LCD BACK LIGHT) SCHEMATIC DIAGRAM

—Ref. No.: PD-97 board; 30,000 series —

• See page 4-77 for PD-97 BOARD printed wiring board.

PD-97 BOARD (3/3)

(CAMERA REC/PB)

8 IC6000 1

NTSC : 394kHz PAL : 384kHz

NTSC : 6.4Vp-p

PAL : 6.1Vp-p

4-87 4-88 4-89

LCD, POWER SUPPLY FOR LCD BACK LIGHT

PD-97 (3/3)

Page 72

DCR-PC10/PC10E

CC-100 (TRANSLATION)

VF-117 (EVF)

VC-199 CAMERA, LENS DRIVE,

I/O, BLOCKING, ECC, TBC, CHCD, AUDIO, DV I/O, IR TRANSMITTER, RGB DECODER, MODE CONTROL

VF-117 (EVF) PRINTED WIRING BOARD

— Ref. No.: VF-117 board; 30,000 series —

VF-117 BOARD

C4400 F-6 C4401 F-6 C4402 F-6 C4403 E-7 C4404 E-6 C4405 E-6 C4406 F-6 C4407 E-6 C4408 F-7 C4409 F-6 C4410 E-7 C4411 F-7 C4412 E-6 C4413 D-6 C4500 C-6 C4501 C-6 C4502 C-6 C4503 C-4 C4504 D-4 C4505 D-4 C4506 D-4 C4507 D-6 C4508 C-6 C4509 D-6 C4510 D-6 C4511 E-3 C4512 E-3 C4513 F-4 C4514 F-4 C4515 F-4 C4516 F-4 C4517 F-4 C4519 E-3 C4523 D-4 C4524 D-4 C4525 D-4 C4527 F-3 C4528 D-5 C4531 C-6 C4533 F-4 C4535 C-6 C4536 C-4 C4600 E-7 C4601 F-8 C4602 E-8 C4603 E-8 C4604 F-8 C4605 E-8

CN4400 A-3 CN4500 F-9

D4400 F-7 D4500 F-4 D4501 C-6 D4600 F-3 D4601 E-1

IC4400 F-6 IC4500 D-4 IC4501 D-6 IC4502 D-4 IC4504 F-3

L4402 E-4 L4403 D-5 L4500 C-5 L4503 F-4 L4506 E-4 L4600 F-8

Q4400 E-7 Q4401 F-7 Q4402 D-6 Q4501 C-6 Q4502 D-6 Q4503 D-6 Q4504 C-6 Q4505 D-6 Q4506 D-6 Q4507 E-3 Q4508 E-3 Q4600 F-7

R4400 E-7 R4401 E-7 R4402 F-6 R4403 F-6 R4404 F-6 R4405 F-6 R4406 F-6 R4407 F-6 R4408 F-6 R4410 F-6 R4412 E-6 R4414 F-6 R4415 F-6 R4416 E-6 R4417 F-6 R4418 F-7 R4419 F-7 R4420 E-7 R4421 E-7

R4422 E-7 R4423 D-6 R4424 E-4 R4425 E-6 R4426 D-6 R4500 D-6 R4503 D-6 R4504 D-6 R4505 D-6 R4506 D-6 R4507 F-4 R4508 F-4 R4509 F-4 R4510 F-4 R4511 F-4 R4512 F-4 R4513 F-4 R4515 E-4 R4517 E-3 R4518 E-3 R4519 E-3 R4520 F-3 R4522 D-4 R4523 E-4 R4524 E-4 R4525 E-4 R4536 F-4 R4541 D-6 R4542 D-6 R4543 D-6 R4544 C-4 R4545 D-6 R4546 C-4 R4547 E-3 R4548 E-3 R4549 D-4 R4550 D-4 R4551 C-6 R4552 C-6 R4553 D-6 R4554 F-6 R4600 F-8 R4601 F-7 T4600 F-9

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

• Chip parts.

123

Transistor

321

543

Diode

132

EVF

VF-117

4-90 4-91 4-92

Page 73

VF-117 (EVF, POWER SUPPLY FOR EVF BACK LIGHT) SCHEMATIC DIAGRAM

— Ref. No.: VF-117 board; 30,000 series —

DCR-PC10/PC10E

4-93 4-94 4-95

EVF, POWER SUPPLY FOR EVF BACK LIGHT

VF-117 (1/2)

Page 74

DCR-PC10/PC10E

VF-117 (EVF RGB DRIVER) SCHEMATIC DIAGRAM

— Ref. No.: VF-117 board; 30,000 series —

VF-117

BOARD

(CAMERA REC/PB)

IC4502 6

7.4Vp-p

IC4502 8

IC4502 !º

• See page 4-90 for VF-117 BOARD printed wiring board.

IC4502 @∞

IC4502 @§

IC4502 @¶

6.7Vp-p

0.8Vp-p

1.1Vp-p

IC4504 $¡

11MHz

EVF RGB DRIVER

VF-117 (2/2)

2.2Vp-p

4-96 4-97 4-98

Page 75

DCR-PC10/PC10E

DD-103 (POWER SUPPLY) SCHEMATIC DIAGRAM

— Ref. No.: DD-103 board; 30,000 series —

• See page 4-105 for DD-103 BOARD printed wiring board .

DD-103

IC3900 4 REC/PB

IC3900 ^¢ REC/PB

BOARD

440kHz

1.2Vp-p

4-99 4-100 4-101

POWER SUPPLY

DD-103 (1/2)

Page 76

DCR-PC10/PC10E

DD-103 (I/O) SCHEMATIC DIAGRAM

— Ref. No.: DD-103 board; 30,000 series —

I/O

DD-103 (2/2)

4-102 4-103 4-104

Page 77

DCR-PC10/PC10E

DD-103 (POWER SUPPLY, I/O) PRINTED WIRING DIAGRAM

— Ref. No.: DD-103 board; 30,000 series —

MULTI

CONNECTOR

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

S-VIDEO

OUT

DD-103 BOARD

C3700 G-2 C3701 G-10 C3702 G-11 C3703 G-11 C3704 G-2 C3900 H-2 C3901 G-2 C3902 G-2 C3903 G-2 C3904 G-2 C3905 G-3 C3906 H-3 C3907 G-3 C3908 H-3 C3909 H-3 C3910 G-3 C3911 H-3 C3912 H-3 C3913 H-3 C3914 G-3 C3915 H-3 C3916 G-9 C3917 G-3 C3918 H-3 C3919 G-4 C3920 H-12 C3921 G-4 C3922 G-4 C3923 G-4 C3924 H-4 C3925 G-11 C3926 H-10 C3927 G-9 C3928 G-9 C3929 G-10 C3930 H-10 C3931 G-10 C3932 G-9 C3933 G-11 C3934 G-11 C3935 H-9 C3936 G-11 C3937 G-11 C3938 G-9

C3939 G-3 C3940 G-11 C3941 H-6 C3942 G-12 C3943 H-6 C3945 H-9 C3946 H-10 C3955 G-8 C3956 H-8 C3957 H-9 C3959 G-8

CN3700 A-11 CN3701 C-4 CN3900 G-1

D3700 B-10 D3701 B-9 D3702 C-5 D3704 C-10 D3706 I-9 D3707 C-11 D3708 C-6 D3710 C-11 D3711 C-4 D3713 B-5 D3714 B-5 D3717 C-12 D3718 C-12 D3719 B-6 D3723 B-10 D3900 G-12 D3901 G-12 D3902 G-13 D3905 G-10 D3906 G-6 D3907 H-7 D3909 H-12 D3910 H-6 D3911 H-12 D3912 H-12

IC3900 G-3 IC3901 G-13

IC3902 G-10 IC3904 H-8

J3700 I-7 J3701 C-5

JS3701 B-11 JS3712 C-11 JS3713 C-11 JS3714 C-10 JS3715 C-10

L3900 G-4 L3901 G-6 L3902 G-5 L3904 G-7 L3905 G-5 L3906 G-4 L3907 G-5 L3908 G-5 L3909 H-9 L3910 G-7 L3911 G-10 L3912 G-4 L3913 H-6 L3914 H-10 L3915 G-6 L3916 G-10

PS3700 B-12 PS3701 B-12 PS3702 B-12 PS3703 B-12 PS3900 G-2

Q3700 B-6 Q3901 H-13 Q3902 H-13 Q3903 H-12 Q3904 H-11 Q3905 G-12 Q3906 B-13 Q3907 G-11 Q3910 H-10

Q3911 G-10 Q3912 G-9 Q3913 G-11 Q3914 H-12 Q3915 H-11 Q3916 G-9 Q3917 G-13 Q3918 H-8 Q3919 C-12 Q3920 H-12 Q3921 G-12 Q3922 H-12 Q3923 H-12

R3900 H-2 R3902 H-2 R3903 G-2 R3904 G-10 R3905 G-2 R3906 G-2 R3907 H-2 R3908 H-2 R3909 H-3 R3910 H-3 R3911 G-3 R3912 H-3 R3913 H-3 R3914 G-10 R3915 H-12 R3916 G-3 R3917 H-3 R3918 H-3 R3919 H-13 R3920 H-13 R3921 H-3 R3922 H-13 R3923 H-13 R3924 G-13 R3925 H-13 R3926 G-12 R3927 G-12 R3928 G-4 R3929 H-4 R3930 H-4

R3931 G-4 R3932 H-4 R3933 G-4 R3934 H-4 R3935 G-4 R3936 H-4 R3937 H-4 R3938 H-4 R3939 H-4 R3940 H-4 R3941 G-12 R3942 G-4 R3943 G-4 R3944 H-4 R3945 H-4 R3946 G-12 R3947 G-13 R3948 G-13 R3949 C-13 R3950 B-12 R3951 C-12 R3952 G-8 R3953 G-8 R3954 G-8 R3955 H-8 R3956 H-8 R3957 H-8 R3959 G-9 R3960 H-9 R3961 G-9 R3962 H-9 R3963 G-9 R3964 G-9 R3965 G-9 R3966 H-8 R3967 H-8 R3969 H-2 R3970 G-14 R3971 G-8 R3973 H-13 R3975 G-12 R3979 G-10

T3900 H-6

AUDIO VIDEO

OUT

4-105 4-106 4-107E

• Chip parts.

123

CD-175 (CCD IMAGER)

Transistor

321

543

PD-97 LCD RGB DRIVER,

TIMING GENERATOR, LCD BACKLIGHT

MR-39 (REC/PB AMP, SERVO)

DD-103 (POWER SUPPLY, I/O)

POWER SUPPLY, I/O

DD-103

Diode

132

Page 78

DCR-PC10/PC10E

SECTION 5

ADJUSTMENTS

5-1. CAMERA SECTION ADJUSTMENT

When performing adjustments, refer to the layout diagrams for adjustment related parts beginning from page 5-32.

NTSC model : DCR-PC10 PAL model : DCR-PC10E

1-1. PREPARATIONS BEFORE ADJUSTMENT

1-1-1. List of Service Tools

• Oscilloscope • Regulated power supply • Vectorscope • Pattern generator

• Adjustment screw driver • Color monitor • Digital voltmeter

Ref. No.

J-1

J-2 J-3

J-4 J-5 J-6 J-7

J-8

J-9 J-10 J-11 J-12

Name

Filter for color temperature correction (C14) ND filter 1.0

ND filter 0.3 Pattern box PTB-450 Color chart for pattern box Siemens star chart Adjustment remote commander (RM-95 upgraded). Note Clear chart

CPC-6 jig

CPC-6 terminal board jig I/O board-1 jig Extension cable (18P, 0.5 mm) IR receiver jig

Parts Code

J-6080-058-A J-6080-808-A

J-6080-818-A J-6082-200-A J-6020-250-A J-6080-875-A J-6082-053-B J-6080-621-A

J-6082-370-A

J-6082-371-A J-6082-372-C J-6082-374-A J-6082-383-A

Usage

Auto white balance adjustment/check White balance adjustment/check

White balance check White balance check

Camera adjustment in general Camera adjustment in general For checking the flange back Camera recorder adjustment in general GAIN, AUTO and white balance adjustments For adjusting the video section

For adjusting the viewfinder For adjusting the video section

For adjusting the viewfinder For connecting the adjustment remote commander For extension between the MR-39 board (CN3100) and

the capstan motor For adjusting the IR transmitter

Note: If the microprocessor IC in the adjustment remote

commander is not the new microprocessor (UPD7503GC56-12), the pages cannot be switched. In this case, replace with the new microprocessor (8-759148-35).

J-1 J-2

J-6

J-11 J-12

J-7 J-8

J-3

J-4 J-5

J-9 J-10

Fig. 5-1-1.

5-1

Page 79

LCD block

Lens block

MIC

ME-4850 block

Speaker

Cabinet (R)

MR-39 board

CPC-6 terminal board jig

(J-6082-371-A)

CPC-6 jig

CN3104

CN2708 CN3103 CN3102

Extension cable (18P)

(J-6082-374-A)

CN3101

CN6101

CN6102

connector

26-pin

MULTI connector

LANC

terminal

I/O board-1 jig

(J-6082-372-C)

Must be connected when

performing adjustments.

Adjustment remote commander

DD-103 board

View finder

FK-4850 operation switch block

Battery terminal

Zoom/

Focus

Color monitor

Vector scope

Terminated

Ω

Regulation power supply

(8.4

0.1Vdc)

AUDIO VIDEO OUT/

HEADPHONES jack

CN6251

CN6201

CN6202

CN1001

CN4701

CN1002

VC-199 board

CN200

CN4700

CN2300

FP-605

CN6200

CN1000

CN2301

CN6250

CC-100 board

CN3100

CN3500

AUDIO L

VIDEO

AUDIO R

(J-6082-370-A)

Must be connected

when changing the

mode settings in the

menu system.

B to B

–

Short (pin

!¢

to pin

!§

)

Fig. 5-1-2

5-2

Page 80

1-1-2. Preparations

Note 1: For details of how to remove the cabinet and boards, refer

to “2. Removal”.

Note 2: When performing only the adjustments, the lens block

and boards need not be disassembled. (Except for the GUM PLL adjustment and the original oscillation adjustment)

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

2) By setting the “Forced Camera Power ON” mode, the camera power can be turned on with the FK-4850 operation switch block (power switch, start/stop switch, VTR function switch) removed. If removing the FK-4850 operation switch block, remove the following connector.

1. VC-199 board CN2300 (20P, 0.5 mm) After completing adjustments, be sure to exit the “Forced Camera Power ON” mode.

Note 1: Setting the “Forced Camera Power ON” Mode

1)Set page: 0, address: 01, data: 01.

2)Set page: D, address: 10, data: 01 and press the PAUSE button of the remote commander. To use the “Forced Camera Power ON” Mode and

 

“DDS’ display of EVF and LCD” Mode together, set

 

page: D, address: 11, data: 02 .

To release the mode by setting page: D, address: 1 1, data: 00 and pressing the PAUSE button.

Pattern box

1.5m

Front of the lens

Fig. 5-1-3

Note 2: Exiting the “Forced Camera Power ON” Mode

1)Set page: 0, address: 01, data: 01.

2)Set page: D, address: 10, data: 00 and press the PAUSE button of the remote commander.

3)Set page: 0, address: 01, data: 00.

1-1-3. Power Supply Procedure

Apply power voltage via I/O board-1 jig (J-6082-372-C) to 26-pin MULTI connector on the set as shown in Fig. 5-1-4. Short-circuit between pins !¢ and !§.

This unit

26-pin MULTI

connector

LANC terminal

I/O board-1 jig (J-6082-372-C)

–

Short (pin !¢ to pin !§)

Regulation power suppl

(8.4 ± 0.1Vdc)

Adjustment remote commander

Fig. 5-1-4

5-3

Page 81

1-1-4. Precautions

1. Setting the Switches

Unless otherwise specified, set the switches as follows and perform adjustments without loading the cassette.

1. Camera/VTR (or Player) Power Switch

(FK-4850 block) ........................................................... Camera

2. Digital Zoom (Menu Screen) .............................................. Off

3. STEADY SHOT Switch (Menu Screen) ............................. Off

2. Adjustment Sequence

Adjust in the given order.

3. Subject

1) Color bar chart (Standard picture frame)

• Adjust the picture frame as shown in Fig. 5-1-5.

• Adjust camera zooming and direction until the camera output

waveform on the oscilloscope shown in Fig. 5-1-5 (a) and the color picture on the monitor TV shown in Fig. 5-1-5 (b) have been acquired.

• Maintain this setup until adjustment is complete.

4. Focus Switch (FK-4850 block) .....................................Manual

5. White balance Switch (Menu Screen) ............................... Auto

6. Program AE Switch (Menu Screen) .................................. Auto

7. 16 : 9 WIDE Switch (Menu Screen).................................... Off

2) White pattern (Standard picture frame) Remove the color bar chart from the pattern box and adjust the camera setup until the white pattern picture frame is the same size and same position as the color bar chart (the standard picture frame).

Color bar chart standard picture frame

Cyan

White

Yellow

Fig. a (Video I/O terminal output waveform)

Green

A=B

Magenta

Red

Blue

Enlargement

Fig. 5-1-5

3) Chart for flange back adjustment

Join together a piece of white A0 size paper (1189 mm × 841 mm) and a piece of black paper to make the chart shown in Fig. 5-1-6.

Note: Use a non-reflecting and non-glazing vellum paper. The

size must be A0 or larger and the joint between the white and black paper must not have any undulations.

0 ± 0.1msec

Difference in level

Electron beam scanning frame

ellow

Cyan

Green

Fig. b (Picture on monitor TV)

Adjust camera zooming and direction to obtain the output wavef orm shown in Fig. “a” and the TV monitor displa y shown in Fig. “b”.

Black

White

Magenta

Red

CRT picture frame

Blue

White

841mm

5-4

1189mm

Fig. 5-1-6

Page 82

1-2. CAMERA SYSTEM ADJUSTMENTS

1-2-1. Adjustment Points When Major Parts Have

Been Replaced

When the CCD imager or lens block is replaced, adjust the items indicated by ® in the following table.

When the CCD

imager is replaced

HALL adjustment Flange back adjustment IRIS IN/OUT adjustment MAX GAIN adjustment Color reproduction

adjustment Auto white balance

reference data input Auto white balance

adjustment

1-2-2. Initialization of Page F data

Note 1: Execute the initialization of page F only when the non-

volatile memory (VC-199 board IC202 EEPROM) is replaced.

Note 2: If the page F data has been initialized, all adjustment items

of the camera section must be executed again.

® ® ®

When the lens

block is replaced

® ® ®

Note: Check that the following adjustment has been completed

before performing “Camera Check Adjustments”.

1. “Initializing the Page D Data” and “Changing the Page D Data” of “System Control System Adjustments” of “Video Section Adjustments”.

2. “Base Band Block Adjustment” and “Clock Adjustment” of “Video System Adjustments” of “Video Section Adjustments”.

Initializing procedure:

Order Page Address Data Procedure

1 Turn OFF and ON the main power supply. (Preparation) 2 6 00 01 Set the data. 3 6 01 2D:NTSC After setting the data, press the PAUSE button.

2F:PAL 4 6 03 01 After setting the data, press the PAUSE button. 5 6 02 Confirm that the data is 01.

Works required after initialization

Order Page Address Data Procedure

1 6 00 00 Set the data. 2 Turn off the main power supply. (End) 3 Perform the next item “1-2-3. Page F Data Modifications”, then execute all adjustment

items of the camera section.

5-5

Page 83

1-2-3. Modification of Page F data

If the F page data has been initialized, change the data as shown in the following table by manual input. Note 1: The fixed values in the table are not shown because they

are different in destination. When changing the data of page F, copy the data built in the same model.

Note 2: Before changing the data, set page : 6, address: 00, data :

01.

Note 3: To write in the non-volatile memory (EEPROM) after

changing the data, press the PAUSE button of the adjustment remote commander each time to set the new data.

Note 4: After changing the data, set page : 6, address : 00, data :

00. Also perform Camera System Adjustments , Servo System Adjustments, Video System Adjustments, and Audio System Adjustments.

1-2-4. PLL Adjustment (VC-199 Board)[Procedure-1]

Address

00 18 50 51 53 56

63 71 72 73

76 7E 80 81 82 83 84 85 86 87 88 89

Data

Fixed

03 Fixed Fixed Fixed

0A 0C

Address

8F 90 91

92 A4 A6

CA CB CC CD CE

D0 D1 D2 D3 D4 D5 D6 D7 FC

No mark: Common ( ): NTSC model [ ]: PAL model

(F0)[EE]

Data

3B FF

Fixed Fixed

C2 A0 F2 EE CE E8

52 10 74 20

Subject Arbitrary Measurement Point DDS display of EVF or LCD, or Measuring Instrument page: A display data of adjustment

remote commander Adjustment Page F Adjustment Address 4D Specification 87–(8F)–97

( ) : Center value

Adjustment procedure:

Order Page Address Data Procedure

1 0 01 01 Set the data. (Preparation) 2 D 11 02 After setting the data, press the PAUSE button. 3 6 00 01 Set the data. 4 6 04 17 Set the data. 5 F 4D Change the data until of DDS display on page: A display data to the specified value. 6 6 04 00 Set the data. 7 6 00 00 Set the data. 8 D 11 00 After setting the data, press the PAUSE button. 9 0 01 00 Set the data. (End)

5-6

Page 84

1-2-5. PLL Adjustment (VC-199 Board)[Procedure-2]

Subject Arbitrary Measurement Point R244 (CL207), GND (CL211) Measuring Instrument Digital voltmeter Adjustment Page F Adjustment Address 4D Specification 1.6 ± 0.1V

Adjustment procedure:

Order Page Address Data Procedure

1 6 00 01 Set the data. (Preparation) 2 F 4D Change the data of page: F, address: 4D, and set the DC voltage to the specified value. 3 Press the PAUSE button. 4 6 00 00 Set the data. (End)

1-2-6. Original Oscillation Adjustment (VC-199 Board)

Purpose: Adjusts 36 MHz crystal controlled oscilloscope

for synchronizing clock.

Adjustment error: Loss of synchronization or loss of color.

Subject Arbitrary Measurement Point Pin @• of IC200 (CL200) Measuring Instrument Frequency counter Adjustment Page F Adjustment Address 1C Specified Value f = 18000000 ± 90Hz (NTSC)

f = 18000000 ± 90Hz (PAL)

Note: “PLL adjustment” has already been done.

Adjusting method:

Order Page Address Data Procedure

1 6 00 01 Set the data. (Preparation) 2 8 1C Change the data of page: F, address: 1C, and set the clock frequency (f) to the specified

value. 3 Press the PAUSE button. 4 6 00 00 Set the data. (End)

5-7

Page 85

1-2-7. HALL Adjustment

Purpose: Variation of the HALL element outputs is

removed by adjusting amplifier gain and offset. The HALL elements detect the lens iris position.

Adjustment error: Oscillation of lens iris, or incorrect white

balance indoor and outdoor. Subject Not required Measurement Point DDS display of EVF or LCD, or Measuring Instrument page: A display data of adjustment

remote commander Adjustment Page F Adjustment Address 1E, 1F Specification

Note 1: Set page : 6, address : 01, data : 01, and press the PAUSE

button of the adjustment remote commander.

Note 2: Set page : 6, address : 01, data : 03 and press the PAUSE

button of the adjustment remote commander.

Adjustment procedure:

Order Page Address Data Procedure

1 0 01 01 Set the data. (Preparation 1) 2 D 11 02 After setting the data, press the PAUSE button. 3 6 00 01 Set the data. (Preparation 2) 4 6 04 03 Set the data. 5 6 01 03 After setting the data, press the PAUSE button. 6 F 1E 40 After setting the data, press the PAUSE button. Read the data appearing on the DDS

7 F 1E 30 After setting the data, press the PAUSE button. Read the data appearing on the DDS

8 6 01 01 After setting the data, press the PAUSE button. 9 F 1E 30 After setting the data, press the PAUSE button. Read the data appearing on the DDS

10 F 1E 40 After setting the data, press the PAUSE button. Read the data appearing on the DDS

11 Convert the data W1, W2, K1 and K2 into the decimal numbers. The result decimal numbers

12 A' = W2' + K1' – W1' –K2' ........................................... equation 1

13 Convert the decimal number X1' to the hexadecimal number to obtain X1. (Round the

14 F 1E Set the data X1 (obtained at step 13). 15 Press the PAUSE button. 16 F 1F Change the data until 17 appears on the DDS display. 17 Press the PAUSE button. 18 6 01 03 After setting the data, press the PAUSE button. 19 If the DDS display shows the data in the range from 88 to 8C, it indicates the end of

15 to 19h when iris is opened. (Note 1)

88 to 8Ch when iris is closed. (Note 2)

display (Note 3). The read-out data is W2.

display (Note 3). The read-out data is W1.

display (Note 3). The read-out data is K1.

display (Note 3). The read-out data is K2.

are W1', W2', K1' and K2'. (Use page 5-73 “Hexadecimal-Decimal Conversion Table”.)

B' = W1' –K1' ..................................................... equation 2

1840 + (48×A' )–(16×B' )..................................

number X1 to count fractions of 0.5 and over as a unit and cut away the rest.)

adjustment, and proceed to the item “Processing after Adjustments”. If it is not, use the DDS display data as W0 and proceed to step 20 and followings.

equation 3

Note 3: Lower two digits of the data which is displayed at the

right bottom of he EVF or TV monitor, or the lower 2 digits of the 4 digit display data of page A of the adjustment remote commander.

A : XX : XX

W1, W2, ......

5-8

Page 86

Order Page Address Data Procedure

20 Convert the value W0 to a decimal value to obtain the value W0'. 21 Calculate the value X2' from the following equation (decimal calculation).

C' = W0'–B' .................................................. equation 4

(115–B' ) × (X

2' =

1'–48) + 48 × (C'–21) .................

(C'–23)

equation 5

(The values X1' and B' are obtained from the equations 2 and 3 in step 12.)

22 Convert the value X2' to a hexadecimal number to obtain X2. (Round the number X2 to count

fractions of 0.5 and over as a unit and cut away the rest.) 23 F 1E Set the data X2 (which is the result of calculation in step 22). 24 Press the PAUSE button. 25 F 1F Change data until 8A appears on the DDS display. 26 Press the PAUSE button. 27 6 01 01 After setting the data, press the PAUSE button. 28 Confirm that the DDS display shows the data in the range from 15 to 19.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button. 2 6 04 00 After setting the data, press the PAUSE button. 3 6 00 00 Set the data (End 2) 4 D 11 00 After setting the data, press the PAUSE button. 5 0 01 00 Set the data (End 1)

Related adjustments:

“IRIS IN/OUT adjustment”

5-9

Page 87

1-2-8. Flange Back Adjustment (1)

Purpose: Automatic flange back adjustment of inner

focus lens.

Adjustment error: Loss of focus when switched between auto

focus and manual focus.

Chart for flange back adjustment

Subject (Placed 2000 mm in front of the lens

with illumination of 300 ± 50 lux.) Measurement Point Measuring Instrument

Confirm the focus on monitor TV

Adjustment Page F Adjustment Address 24 to 29, 38 to 3C

Note 1: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Note 2: Perform the “temperature data reading” immediately after

(Chart for flange back adjustment)

(See page 5-4)

Fig. 5-1-7

completion of flange back adjustment without elapse of time.

Adjustment procedure:

Order Page Address Data Procedure

1 Check that the center of the flange back adjustment chart coincides with that of the display

on the monitor at both ends : TELE end and the WIDE end of the zoom lens. 2 6 00 01 Set the data. (Preparation) 3242C

25 17 26 78 27 1D 28 FB

F 29 12 Confirm data of each address.

38 23

39 00 3A 19 3B 00 3C 27

4 6 02 Confirm that the data is 00. 5 6 01 13 After setting the data, press the PAUSE button. 6 6 01 15 After setting the data, press the PAUSE button.

The adjustment data is automatically input to page : F, addresses : 24 to 29, 38 to 3C.

7 6 02 Confirm that the data is 01.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 00 00 Set the data. 2 Turn the main power supply (8.4 V) OFF, then ON.

(If this step is not performed, the camera will be out of focus.)

3 Perform “1-2-9. Flange Back Adjustment (2)”.

5-10

Page 88

1-2-9. Flange Back Adjustment (2)

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

Subject Subject more than 500 m away

(In case of a subject less than 500 m away, that should be subjects with clear contrast such as most distant

buildings, etc.) Adjustment Page F Adjustment Address 24 to 29, 38 to 3C

Adjusting Method:

Order Page Address Data Procedure

1 Set the IRIS to open. (Use a ND filter) 2 Set the zoom lens to the TELE end and expose a subject that is more than 500 m away

(Subject s with clear contrast such as buildings, etc.). (Nearby subjects less than 500 m

away should not be in the screen.) 3 6 00 01 Set the data. 4 6 02 Confirm the data is 00. 5 6 01 13 After setting the data, press the PAUSE button. 6 6 01 29 After setting the data, press the PAUSE button.

(Adjustment data will automatically be input to page: F, address: 24 to 29, , 38 to 3C.) 7 6 02 Confirm that the data is 01.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 00 00 Set the data. 2 Turn the main power supply (8.4 V) OFF, then ON.

(If this step is not performed, the camera will be out of focus.) 3 Perform “1-2-10. Flange Back Check”.

5-11

Page 89

1-2-10. Flange Back Check

Siemens star Subject Measurement Point

Measuring Instrument Specification Value Picture must have good focus at both

Note 1: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Note 2: When the auto focus is ON, the lens can be checked if it

is focused or not by observing the data on page A of the adjustment remote commander.

1)Set page: 6, address: 04, data: 0F.

2)Page A shows the state of the focus.

Adjustment procedure:

Order Page Address Data Procedure

1 Place a Siemens star at 2 m in front of lens. 2 Set the AUTO FOCUS to OFF. 3 To open the IRIS, decrease the luminous intensity to the Siemens star up to a point before

4 6 40 02 After setting the data, press the PAUSE button. 5 6 41 01 After setting the data, press the PAUSE button. 6 Shoot the Siemens star at TELE end. 7 Set the AUTO FOCUS to ON. 8 Confirm that the image is in focus.

9 6 21 10 Set the data. 10 Shoot the Siemens star at WIDE end. 11 Confirm that the image is in focus. 12 6 21 00 After setting the data, press the PAUSE button. 13 6 04 00 After setting the data, press the PAUSE button. 14 6 40 00 After setting the data, press the PAUSE button. 15 6 41 00 After setting the data, press the PAUSE button.

(Placed 2000 mm in front of the lens with illumination of about 200 lux.)

Confirm focus on monitor TV

TELE and WIDE ends.

A : 00 : XX

01 : Focused



00 : Unfocused



noise appears on the image.

5-12

Page 90

1-2-11. Picture Frame Setting

Subject Color bar chart standard picture frame

(1.5 m from the front of the lens)

Measurement Point VIDEO output terminal

(Terminated in 75 ) Measuring Instrument Oscilloscope and monitor TV Specification Value A=B, C=D, t=0 ± 0.1msec

Note: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Setting procedure:

Order Procedure

1 Turn OFF the auto focus. 2 Adjust the focus using the focus knob. 3 Adjust direction and ZOOM of camera so that the

picture frame is adjusted as specified by Fig. 5-1-8, Fig. 5-1-9 and Fig. 5-1-10.

4 Write down markings on the picture frame on

the monitor screen. If the “color bar chart standard picture frame” or “white pattern standard picture frame” is specified in the following adjustment items, obtain this picture frame.

Confirm with an oscilloscope

1. Horizontal rate

A=B C=D

Fig. 5-1-8

2. V ertical rate

t=0±0.1mse

Confirm on TV monitor (underscanned display)

Color bar chart picture frame

TV monitor picture fram

Fig. 5-1-10

Fig. 5-1-9

5-13

Page 91

1-2-12. Color Reproduction Adjustment

Purpose: Adjust the three primary color matrix

coefficients for correct color reproduction.

Adjustment error: Poor color reproduction.

Subject Color bar chart standard picture frame Measurement Point VIDEO output terminal

(Terminated in 75Ω)

Measuring Instrument Vectorscope Adjustment Page F Adjustment Address 2E, 30, 8F, 90 Specification Value Each spot must be located within the

specified color reproduction zone on a vectorscope display.

Note: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Adjustment procedure:

Order Page Address Data Procedure

1 6 00 01 Set the data. (Preparation) 2 6 01 3D After setting the data, press the PAUSE button. 3 F 16 3F After setting the data, press the PAUSE button. (Setting)

F 2E, 30 Change the data so that red, yellow, spot must be located within the specified color

4 8F, 90 reproduction zone on a vectorscope display. Press the PAUSE button for each address.

Burst position

R-Y

B-Y

Burst position

R-Y

Fig. 5-1-11 (a) PAL MODEL Fig. 5-1-11 (b) NTSC MODEL

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button. 2 6 00 00 Set the data. (End)

Related Adjustments:

“Auto White Balance Reference Data Input” “Auto White Balance Adjustment”

B-

5-14

Page 92

1-2-13. Color Reproduction Check

Purpose: Adjustment error: Poor color reproduction.

Subject Color bar chart standard picture frame Measurement Point VIDEO output terminal

(Terminated in 75Ω) Measuring Instrument V ectorscope Specification Value Each spot must be located within the

specified color reproduction zone on a

vectorscope display.

Note: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Adjustment procedure:

Order Page Address Data Procedure

1 6 01 3D After setting the data, press the PAUSE button. 2 Each spot must be located within the specified color reproduction zone on a vectorscope

display.

3 6 01 00 After setting the data, press the PAUSE button.

Burst position

Fig. 5-1-12 (a) PAL MODEL

R-Y

Burst position

B-Y

R-Y

B-

Fig. 5-1-12 (b) NTSC MODEL

5-15

Page 93

1-2-14. IRIS IN/OUT Adjustment

Purpose: Measure the light level and write into

EEPROM for indoor/outdoor identification in auto white balance.

Adjustment error: Incorrect white balance.

Subject Clear chart

(Color bar standard picture frame) Measurement Point DDS display on the EVF or monitor Measuring Instrument TV, or the page A data display on the

adjustment remote commander. Adjustment Page F Adjustment Address 36, 37

Adjustment procedure:

Order Page Address Data Procedure

1 0 01 01 Set the data. (Preparation 1) 2 D 11 02 After setting the data, press the PAUSE button. 3 6 00 01 Set the data. (Preparation 2) 4 6 04 06 Set the data. 5 6 40 02 After setting the data, press the PAUSE button. 6 6 01 0B After setting the data, press the PAUSE button. Read the data appearing on the DDS

display (Note 2), or the display data of page A on the adjustment remote commander (Note 3). The upper 2 digits are D1 data while the lower 2 digits are D2.

7 Convert the data D1 into the decimal numbers. The result decimal number is D1'

(Use page 5-73 “Hexadecimal-Decimal Conversion Table”.)

8 Calculate the following equation (decimal number calculation) to obtain D3'.

When D2 D0h,

D3' = D1' – 21 ·····························equation 1.

When D2 < D0h,

D3' = D1' – 22 ·····························equation 2.

9 Convert the decimal number D3' to the hexadecimal number to obtain D3. 10 F 36 Set the data D3 (obtained at step 9), and press the PAUSE button. 11 6 01 09 After setting the data, press the PAUSE button. Read the data appearing on the DDS

display (Note 2), or the display data of page A on the adjustment remote commander (Note 3). The uppers 2 digits are D4 data while the lower 2 digits are D5.

12 Convert the data D4 into the decimal numbers. The result decimal number is D4'

(Use page 5-73 “Hexadecimal-Decimal Conversion Table”.)

13 Calculate the following equation (decimal number calculation) to obtain D6'

When D5 F0h,

D6' = D4' – 13 ·····························equation 3.

When D5 < F0h,

D6' = D4' – 14 ·····························equation 4. 14 Convert the decimal number D6' to the hexadecimal number to obtain D6. 15 F 37 Set data D6 (obtained at step 14), and press the PAUSE button.

Note 1: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Note 2: The lower 4 digit data shown on the right bottom of EVF

or monitor display. If the values in the lower digit change rapidly and cannot read it, record the data on tape once.

Play it back in STILL mode and take an average value.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button. 2 6 40 00 After setting the data, press the PAUSE button. 3 6 04 00 Set the data. 4 6 00 00 Set the data. (End 2) 5 D 11 00 After setting the data, press the PAUSE button. 6 0 01 00 Set the data. (End 1)

Note 3: The 4 digit data display on page : A of adjustment remote

commander. A : XX : XX

5-16

Lower 2 digits Upper 2 digits

Page 94

1-2-15. MAX GAIN Adjustment

Purpose: Sets the minimum illumination level. Adjustment error: Normal video level cannot be obtained at low

illumination (dark).

Subject Clear chart

(Color bar standard picture frame) Measurement Point DDS display of EVF or LCD, or Measuring Instrument page: A display data of adjustment

remote commander Adjustment Page F Adjustment Address 2C Specification Value 70 to 78 (NTSC)

6C to 74 (PAL)

Note: Set the STEADY SHOT switch (MENU display) to OFF

and the D ZOOM (MENU display) to OFF.

Adjustment procedure:

Order Page Address Data Procedure

1 0 01 01 Set the data. (Preparation 1) 2 D 11 02 After setting the data, press the PAUSE button. 3 6 00 01 Set the data. (Preparation 2) 4 6 04 01 After setting the data, press the PAUSE button. 5 6 40 02 After setting the data, press the PAUSE button. 6 6 56 40 After setting the data, press the PAUSE button. 7 6 01 19 After setting the data, press the PAUSE button. 8 F 2C Change the data of page: F, address :2C and adjust so that the DDS display data lies within

the specified value.

9 Press the PAUSE button.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button. 2 6 56 00 After setting the data, press the PAUSE button. 3 6 40 00 After setting the data, press the PAUSE button. 4 6 04 00 Set the data. 5 6 00 00 Set the data. (End 2) 6 D 11 00 After setting the data, press the PAUSE button. 7 0 01 00 Set the data. (End 1)

5-17

Page 95

1-2-16. Auto White Balance Reference Data Input

Purpose: Adjust the reference white balance at 3200K,

and calibrate the camera from white balance variations.

Adjustment error: The pre-set white balance will become poor.

Subject Clear chart

(Color bar standard picture frame) Adjustment Page F Adjustment Address 20 to 23

Note 1: Perform “Color Reproduction Adjustment” before this

adjustment.

Note 2: Check that the of page: 6, address: 02 is 00. If not, turn

the power of the unit OFF/ON.

Adjustment procedure:

Order Page Address Data Procedure

1 Turn OFF the main power of the unit then back ON. 2 Shoot a Clear chart with the standard picture frame. 3 6 00 01 Set the data. (Preparation) 4 Wait for 2 seconds. 5 6 01 11 After setting the data, press the PAUSE button. 6 6 01 0D After setting the data, press the PAUSE button. (When the standard data is taken in, the

data will be automatically input to addresses 20 to 23 of page F.) 7 6 02 Confirm that the data is 01. 8 Perform “Auto White Balance Adjustment”.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button. 2 6 00 00 Set the data. (End)

5-18

Page 96

1-2-17. Auto White Balance Adjustment

Purpose: Adjust the outdoor auto white balance output

data for the correct value.

Adjustment error: Poor white balance at outdoor.

Subject Clear chart

(Color bar standard picture frame) Filter Measurement Point DDS display on the EVF or monitor Measuring Instrument TV, or the page A data display on the

Adjustment Page F Adjustment Address 34, 35 Specification Value R ratio = 2C40 h to 2CC0 h

Note 1: Make this adjustment after “Auto White Balance

Reference Data Input” is completed.

Note 2: Use the pattern box adjusted correctly.

Adjustment procedure:

Order Page Address Data Procedure

1 Put on the color temperature correction filter C14 on the lens. 2 0 01 01 Set the data. (Preparation 1) 3 D 11 02 After setting the data, press the PAUSE button. 4 6 00 01 Set the data. (Preparation 2) 5 6 01 3F After setting the data, press the PAUSE button. 6 6 04 04 Set the data. 7 F 34 Change data until the R ratio data on the DDS display becomes the specification value. 8 Press the PAUSE button.

9 6 04 05 Set the data. 10 F 35 Change data until the B ratio data on the DDS display becomes the specification value. 11 Press the PAUSE button.

Color temperature correction filter C14

adjustment remote commander.

B ratio = 6040 h to 60C0 h

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button.

2 6 04 00 Set the data.

3 6 00 00 Set the data. (End 2)

4 D 11 00 After setting the data, press the PAUSE button.

5 0 01 00 Set the data. (End 1)

5-19

Page 97

1-2-18. White Balance Check

Subject White pattern standard picture frame Filter Color temperature correction filter

C14 ND filter 1.0 and 0.3

Measurement Point VIDEO output terminal

(Terminated in 75Ω)

Measuring Instrument Vectorscope Specification Value Fig. 5-1-13. A ~ C

Check procedure:

Order Page Address Data Procedure Condition

1 Check that the lens is not covered by either filter. 2 6 01 0F After setting the data, press the PAUSE button. 3 Check that the white luminance point is located within the circle Without filter

shown in Fig. 5-1-13 (A). 4 6 01 23 After setting the data, press the PAUSE button. 5 Put the C14 filter on the lens. 6 Check that the white luminance point is located within the circle C14 filter

shown in Fig. 5-1-13 (B). 7 Remove the C14 filter and put ND filter 1.3 (1.0+0.3) on the lens. ND Filter 1.3 8 Check that the white luminance point stopped moving, and then Without filter

remove the ND filter 1.3. 9 Check that the white luminance point is located within the circle

shown in Fig. 5-1-13 (C).

∅

2mm less

2mm

R-Y

2mm

B-Y

3mm

∅

3mm less

1mm

3mm

R-Y

1mm

B-Y

∅

3mm less

3mm

1mm

Fig. 5-1-13 (A) Fig. 5-1-13 (B) Fig. 5-1-13 (C)

Processing after Adjustments:

Order Page Address Data Procedure

1 6 01 00 After setting the data, press the PAUSE button.

R-Y

3mm

2mm

B-Y

5-20

Page 98

1-2-19. Velocity Sensor Sensitivity Adjustment

The “Velocity Sensor Sensitivity Adjustment” is necessary only when the gyro sensor is replaced. If microprocessors or circuit board is not replaced, this adjustment is not necessary. Make operation check only.

Subject CAMERA standby Adjustment page F Adjustment address 41, 42 Specified value Shoot an arbitrary object at TELE

end, and confirm that the STEADY

Note 1: Record the sensitivity data which is indicated on the

replacement gyro sensor before installing it. Record not only the sensitivity data but also where (horizontal correction must be installed to the horizontal correction circuit and the vertical correction sensor must be installed to the vertical correction circuit) the replacement sensor is attached. If different type of sensor is used, picture can vibrate vertically or horizontally during camera-shake correction. After replacement, make adjustment as described below.

SHOT function works correctly.

Note 2: Caution on gyro sensor

Setting the Switches:

STEADY SHOT swtich (MENU display)................................ ON

D ZOOM switch (MENU display) ..........................................OFF

The gyro sensor has the high precision vibrator inside. If the sensor is dropped, balance of the vibrator is lost resulting in faulty operation. Handle the sensor carefully.

Adjustment procedure:

Order Page Address Data Procedure

1 6 00 01 Set the data. (Preparation) 2 Read the sensor sensitivity written on SE500 of the CD-175 board, and take this as S500. 3

Read the sensor sensitivity written on SE501 of the FP-615 flexible board, and take this as S

4 Calculate D41' and D42' using the following equation (decimal calculation).

NTSC model

D41' =

D42' =

PAL model

D41' =

D42' =

S501 110

S500

S501 130

S500

501

5 Convert D41' and D42' into hexadecimal digits, to obtain D41 and D42. (Round off decimal

points)

6 F 41 Set page: F, address: 41, data: D41, and press the PAUSE button of the adjustment remote

commander.

7 F 42 Set page: F, address: 42, data: D42, and press the PAUSE button of the adjustment remote

commander.

Processing after Adjustments:

Order Page Address Data Procedure

1 6 00 00 After setting the data, press the PAUSE button. (End) 2 Shoot an arbitrary object at TELE end, and confirm that the steady shot function works

correctly.

5-21

Page 99

1-3. COLOR ELECTRONIC VIEWFINDER

SYSTEM ADJUSTMENTS

Note 1: The backlight (fluorescent tube) is driven by a high

voltage AC power supply. Therefore, be careful not to touch the backlight holder as you will receive an electric shock.

Note 2: When replacing the LCD unit, ensure there will be no

damages by static electricity.

Switch setting:

PANEL OPEN switch

(S2300 on VC-199 board) ..................................Pressed condition

Power Supply Voltag e

Adjust the power supply so that the battery terminal voltage becomes

8.4 ± 0.1 Vdc, unless specified otherwise.

1-3-1. EVR Initial Data Input

Adjusting connector:

Some measuring points for adjusting the viewfinder are concentrated at CN6202 of the VC-199 board. Connect the measuring equipments via CPC-6 jig (J-6082-370-A) and CPC-6 terminal board jig (J6082-371-A). The following table lists the pin numbers and signal names of CN6202.

CN6202 of VC-199 board

Pin No.

1 3 5 7

9 11 13 15 17 19

Signal Name

GND ENV OUT JSWP EQ IN AGC IN GND TRACK ID FLTD TMS EVF VG

Pin No.

2 4 6

8 10 12 14 16 18 20

Signal Name

RF MONITOR REF OUT LOCK VCC1 VCC2 C1ERP TDOB EVF CHECK1 TCK TDI

Mode VTR stop Signal Any video signal Adjustment page D Adjustment address 70 to 7E, 87 to 8F, 99

Input procedure:

Order Page Address Data Procedure

1 0 01 01 Set the data. 270A8

71 BD 72 61 73 93 74 93 75 BB 76 6F 77 70 78 70 79 77

7A 8A

D 7B 00 To write in the non-volatile memory (EEPROM), press the PAUSE button of the

7C 00 adjustment remote commander each time to set the data. 7D 00 7E 88

7F 00 87 Fixed 88 2B

89 00 8A 25 8B 1A 8C 00 8D 00 8E 12

8F 00

99 3A

3 0 01 00 Set the data.

Note: The fixed values in the table are not shown because they

are different in destination. When inputting the EVR initial data, copy the data built in the same model.

5-22

Page 100

1-3-2. VCO Adjustment (VF-117 Board)

Pedestal level

Purpose: To make the TG frequency constant

(amplitude).

Adjustment error: VF picture will lose sync when error is large.

Mode VTR stop Signal No signal Measurement Point VC-199 board CN6202 pin !§

(EVF CHECK1)

Measuring Equipment Oscilloscope (DC range) Adjustment Page D Adjustment Address 76 Specification Value A=1.80 ± 0.05V

Fig. 5-1-14

Adjustment procedure:

Order Page Address Data Procedure

1 0 01 01 Set the data. (Preparation) 2 Check the GND level on an oscilloscope in DC mode. 3 D 76 Change the data until the VCO voltage (A) becomes the specification value. 4 Press the PAUSE button. 5 0 01 00 Set the data. (End)

VCO

GND leve (0Vdc)

1-3-3. BRIGHT Adjustment (VF-117 Board)

Purpose: Adjust brightness of EVF screen (appearance). Adjustment error: The EVF picture will be close to saturated

picture (white washing) or black compression. Mode VTR stop Signal Absolutely black signal Measurement Point CN6202 pin !ª (EVF VG) on

VC-199 board Measuring Equipment Oscilloscope Adjustment Page D Adjustment Address 7A Specification A=7.1 ± 0.1Vp-p

Connection:

1) Connect CN6202 pin !ª and pin 1 (EVF GND) using a 680Ω

resistor (1-249-415-11).

Fig. 5-1-15

Adjustment Procedure:

Order Page Address Data Procedure

1 2 11 04 Set the data. 2 2 10 03 Set the data. 3 0 01 01 Set the data. (Preparation) 4 D 7A Change the data until the voltage difference (A) between the inverted waveform's pedestal

and the non-inverted waveform's pedestal satisfies the specification. 5 Press the PAUSE button. 6 2 10 00 Set the data. 7 2 11 00 Set the data. 8 0 01 00 Set the data. (End) 9 Check that the specified value of “CONTRAST Adjustment” is satisfied, if not, perform

“CONTRAST Adjustment”.

Related adjustment items:

“CONTRAST Adjustment”

5-23

Sony DCR-PC10, DCR-PC10E Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SER VICE NOTE

SELF-DIAGNOSIS FUNCTION

DISASSEMBLY

3-1. OVERALL BLOCK DIAGRAM

BLOCK DIAGRAMS

3-2. POWER SUPPLY BLOCK DIAGRAM

PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM

4-2. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

CD-175 (CCD IMAGER) PRINTED WIRING BOARD

CD-175 (CCD IMAGER) SCHEMATIC DIAGRAM

VC-199 (MAIN) PRINTED WIRING BOARD

VC-199 (CAMERA) SCHEMATIC DIAGRAM

MR-39 (REC/PB AMP, SERVO) PRINTED WIRING BOARD -11

MR-39 (REC/PB AMP, SERVO) PRINTED WIRING BOARD -12

CC-100 (TRANSLATION), MR-39 (REC/PB AMP (1)) SCHEMATIC DIAGRAMS

MR-39 (REC/PB AMP (2)) SCHEMATIC DIAGRAM

FP-242 and FP-584 (TAPE SENSORS) PRINTED WIRING BOARDS

PD-97 (LCD DRIVER) PRINTED WIRING BOARD

PD-97 (LCD RGB DRIVER) SCHEMATIC DIAGRAM

PD-97 (TIMING GENERATOR) SCHEMATIC DIAGRAM

PD-97 (LCD, POWER SUPPLY FOR LCD BACK LIGHT) SCHEMATIC DIAGRAM

VF-117 (EVF) PRINTED WIRING BOARD

VF-117 (EVF, POWER SUPPLY FOR EVF BACK LIGHT) SCHEMATIC DIAGRAM

DD-103 (POWER SUPPLY) SCHEMATIC DIAGRAM

DD-103 (POWER SUPPLY, I/O) PRINTED WIRING DIAGRAM

ADJUSTMENTS

5-1. CAMERA SECTION ADJUSTMENT

1-1. PREPARATIONS BEFORE ADJUSTMENT

1-2. CAMERA SYSTEM ADJUSTMENTS