Sony GV-D800E, GV-D800, GV-D200E, GV-D200 Service Manual

GV-D200/D200E/D800/D800E

SERVICE MANUAL

Ver 1.0 2000. 09

Photo : GV-D800E

NTSC MODEL : GV-D200/D800 PAL MODEL : GV-D200E/D800E Function difference table

Model

Function

LCD

GV-D200/200E

—

VCR

System

Video recording system

2 rotary heads Helical scanning system

Audio recording system

Rotary heads, PCM system Quantization: 12 bits (Fs 32 kHz, stereo 1, stereo 2), 16 bits (Fs 48 kHz, stereo)

Video signal

GV-D200/D800: NTSC color, EIA standards GV-D200E/D800E: PAL colour, CCIR standards

Recommended cassette

Hi8

Recording/playback time (GV-D200/D800: using 120 min. Hi8 video cassette) (GV-D200E/D800E: using 90 min. Hi8 (PAL) video cassette)

SP mode: 1 hour LP mode: 1 hour and 30 minutes

Fastforward/rewind time (GV-D200/D800: using 120 min. Hi8 video cassette) (GV-D200E/D800E: using 90 min. Hi8 (PAL) video cassette)

Approx. 5 minutes and 15 seconds

/Digital8 video cassette

GV-D800/D800E

4.0 inches

SPECIFICATIONS

Input/output connectors

S video input

4-pin mini DIN Luminance signal: 1 Vp-p, 75 ohms, unbalanced GV-D200/D800: Chrominance signal: 0.286 Vp-p GV-D200E/D800E: Chrominance signal: 0.3 Vp-p, 75 ohms, unbalanced

S video output

4-pin mini DIN Luminance signal: 1 Vp-p, 75 ohms, unbalanced GV-D200/D800: Chrominance signal: 0.286 Vp-p GV-D200E/D800E: Chrominance signal: 0.3 Vp-p, 75 ohms, unbalanced

Audio/Video input

AV MINIJACK Video: 1 Vp-p, 75 ohms, unbalanced, sync negative Audio: 327 mV, input impedance more than 47 kiloohms

Video output

Phono jack, 1 Vp-p, 75 ohms, unbalanced, sync negative

Audio output

Phono jacks (2) 327 mV, output impedance less than 1 kiloohm

RFU DC OUT

Special minijack DC 5 V

DV input/output

4-pin connector

Headphone jack

Stereo minijack (ø 3.5 mm)

LANC

Stereo mini-minijack (ø 2.5 mm)

LCD screen (GV-D800/D800E)

Picture

4.0 type

80.6 × 60.5 mm (3 1/4 × 2 1/2 in.)

Total dot number

123,200 (560 × 220)

General

Power requirements

7.2 V (battery pack)

8.4 V (AC power adaptor)

Average power consumption (when using the battery pack)

GV-D800/D800E only During playback using LCD

4.9 W During playing back when you close the LCD panel

3.0 W

Operating temperature

0 °C to 40 °C (32 °F to 104 °F)

Storage temperature

–20 °C to +60 °C (–4 °F to +140 °F)

jack

US Model

Canadian Model

GV-D200/D800

AEP Model

UK Model

E Model

GV-D200E/D800E

B MECHANISM

For MECHANISM ADJUSTMENT, refer to the “8mm Video MECHANICAL ADJUSTMENT MANUAL

Dimensions (Approx.)

GV-D200/D200E: 148 × 50 × 135 mm (5 7/8 × 2 × 5 3/8 in.) GV-D800/D800E: 148 × 65 × 135 mm (5 7/8 × 2 5/8 × 5 3/8 in.) (w/h/d)

Mass (approx.)

GV-D200/D200E: 660 g (1 lb 7 oz) GV-D800/D800E: 930 g (2 lb) excluding the battery pack and cassette

Supplied accessories

See page 2.

AC power adaptor

Power requirements

100 - 240 V AC, 50/60 Hz

Power consumption

23 W

Output voltage

DC OUT: 8.4 V, 1.5 A in the operating mode

Operating temperature

0 °C to 40 °C (32 °F to 104 °F)

Storage temperature

–20 °C to +60 °C (–4 °F to +140 °F)

” (9-973-801-11).

— Continued on next page —

DIGITAL VIDEO CASSETTE RECORDER

Dimensions (approx.)

125 × 39 × 62 mm (5 × 1 9/16 × 2 1/2 in.) (w/h/d) excluding projecting parts

Mass (approx.)

280 g (9.8 oz) excluding power cord

Cord length (approx.)

Power cord: 2 m (6.6 feet) Connecting cord: 1.6 m (5.2 feet)

Design and specifications are subject to change without notice.

• SUPPLIED ACCESSORIES

Make sure that the following accessories are supplied with your VCR.

21

43

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY MARK 0 OR DOTTED LINE WITH MARK 0 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.

1 AC-L10A/L10B/L10C AC power adaptor (1),

Mains lead (1)

23A/V converting cable (1)

ATTENTION AU COMPOSANT AYANT RAPPORT

LES COMPOSANTS IDENTIFÉS P AR UNE MARQUE 0 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.

À LA SÉCURITÉ!

A/V connecting cable (1)

4 21-pin adaptor (1)

GV-D200E/D800E only

SAFETY CHECK-OUT

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

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 —

TABLE OF CONTENTS

SERVICE NOTE

1. POWER SUPPLY DURING REPAIRS ····························· 6

2. TO TAKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT) (1) ·························································· 6

3. TO TAKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT) (2) (TO TAKE OUT A CASSETTE WITHOUT HURTING THE TAPE) ······················································ 7

SELF-DIAGNOSIS FUNCTION

1. SELF-DIAGNOSIS FUNCTION······································· 8

2. SELF-DIAGNOSIS DISPLAY ·········································· 8

3. SERVICE MODE DISPLAY ············································· 8

3-1. Display Method ·································································· 8 3-2. Switching of Backup No. ··················································· 8 3-3. End of Display····································································8

4. SELF-DIAGNOSIS CODE TABLE ···································9

2-4. PD-130, LS-56 BOARDS (D800, D800E MODEL) ······2-4 2-5. LCD WINDOW CABINET ASSEMBLY (SP-901, 902)

(D800, D800E MODEL) ·················································2-5

2-6. BATTERY PANEL ASSEMBLY, BATTERY TERMINAL

BOARD, DC-IN CONNECTOR·····································2-6 2-7. VC-250, FU-145 BOARDS·············································2-6 2-8.

CONTROL SWITCH BLOCK (FK-78), LOADING LID ·· 2-9. MECHANISM DECK, MAIN FRAME ASSEMBLY ···2-7 2-10. CABINET (R) BLOCK ASSEMBLY, JACK FRAME

(IO-68, IR-38 BOARDS) ················································2-8 2-11. EX-36 BOARD, FP-570 FLEXIBLE BOARD···············2-9 2-12. UPPER CABINET ASSEMBLY,

LCD BLOCK ASSEMBLY (D800, D800E MODEL)····2-9 2-13. HINGE UNIT, FP-569 FLEXIBLE BOARD

(D800, D800E MODEL) ···············································2-10 2-14. CIRCUIT BOARDS LOCATION ·································2-12 2-15. FLEXIBLE BOARDS LOCATION ······························2-13

2-7

1. GENERAL

Getting started

Using this manual ··································································1-1 Checking supplied accessories ··············································1-1 Step 1 Preparing the power supply ········································1-1 Connecting to the mains ····················································· 1-1 Using with a battery pack (not supplied) ···························· 1-2 Step 2 Inserting a cassette····················································· 1-2

Basic operations

Playing back a tape ······························································· 1-3 Viewing the recording on TV ················································1-4 Recording from the other VCR or TV ···································1-5

Advanced operations

Enlarging playback images – PB ZOOM ······························1-6 Watching a tape with special effects – Picture effect·············1-7 Watching a tape with special performances – Digital effect··1-7 Quickly locating a scene – Zero set memory·························1-8 Searching with recording date – Date search ························1-8 Searching for a photo – Photo search/Photo scan··················1-9 Displaying recording data and screen indicators – Data code function ······························································1-9 Superimposing a title ···························································1-10 Making your own titles ························································1-10

Editing

Dubbing a tape ·····································································1-11 Dubbing only desired scenes – Digital program editing ·····1-12 Using with an analogue video unit and a personal computer – Signal convert function·····················································1-15 Inserting a scene from the other (playback) VCR – Insert Editing ····································································1-15

Customizing your VCR

Changing the menu settings·················································1-16 Resetting the date and time··················································1-17

Additional information

Digital8 About i.LINK·······································································1-19 Troubleshooting ···································································1-19 Self-diagnosis display ··························································1-20 Warning indicators and messages ········································1-20 Using your VCR abroad ······················································ 1-21 Maintenance information and precautions···························1-21

Quick reference

Identifying the parts and controls ········································ 1-22

system, recording, and playback·······················1-18

2. DISASSEMBLY

2-1. CASSETTE LID ASSEMBLY ········································2-2 2-2. BOTTOM CABINET ASSEMBLY, FP-571 FLEXIBLE

BOARD (LITHIUM BATTERY) ····································2-2

2-3.

LCD CABINET ASSEMBLY (D800, D800E MODEL)··

2-3

3. BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM (1/4) ···························3-1 3-2. OVERALL BLOCK DIAGRAM (2/4) ···························3-3 3-3. OVERALL BLOCK DIAGRAM (3/4) ···························3-5 3-4. OVERALL BLOCK DIAGRAM (4/4) ···························3-7 3-5. POWER BLOCK DIAGRAM (1/2)································3-9 3-6. POWER BLOCK DIAGRAM (2/2)······························3-11

4. PRINTED WIRING BOARDS AND

SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM (1/2)·······················4-1

FRAME SCHEMATIC DIAGRAM (2/2)·······················4-3 4-2. PRINTED WIRING BOARDS AND

SCHEMATIC DIAGRAMS ············································4-5

• VC-250 (REC/PB AMP, DAC, DV INTERFACE, AD CONVERTER, Y/C PROCESSOR, LINE A/D, LINE I/O, IR, AUDIO I/O, DRUM/CAPSTAN MOTOR DRIVE, MECHA CONTROL, HI CONTROL, DC/DC CONVERTER, CONNECTION)

PRINTED WIRING BOARD ·························4-7

• VC-250 (REC/PB AMP)(1/16)

SCHEMATIC DIAGRAM····························4-11

• VC-250 (PB AMP, DAC)(2/16)

SCHEMATIC DIAGRAM····························4-13

• VC-250 (DV INTERFACE)(3/16)

SCHEMATIC DIAGRAM····························4-15

• VC-250 (DV INTERFACE)(4/16)

SCHEMATIC DIAGRAM····························4-17

• VC-250 (AD CONVERTER)(5/16)

SCHEMATIC DIAGRAM····························4-19

• VC-250 (Y/C PROCESSOR)(6/16)

SCHEMATIC DIAGRAM····························4-21

• VC-250 (LINE A/D)(7/16)

SCHEMATIC DIAGRAM····························4-23

• VC-250 (LINE IN/OUT)(8/16)

SCHEMATIC DIAGRAM····························4-25

• VC-250 (IR)(9/16)

SCHEMATIC DIAGRAM····························4-27

• VC-250 (MECHANISM CONTROL)(10/16)

SCHEMATIC DIAGRAM····························4-29

• VC-250 (AUDIO I/O)(11/16)

SCHEMATIC DIAGRAM····························4-31

• VC-250 (DRUM/CAPSTAN MOTOR DRIVE)(12/16)

SCHEMATIC DIAGRAM····························4-33

• VC-250 (MECHA CONTROL)(13/16)

SCHEMATIC DIAGRAM····························4-35

• VC-250 (HI CONTROL)(14/16)

SCHEMATIC DIAGRAM····························4-37

— 3 —

• VC-250 (DC/DC CONVERTER)(15/16) SCHEMATIC DIAGRAM····························4-39

• VC-250 (CONNECTION)(16/16) SCHEMATIC DIAGRAM····························4-41

• FP-575 (LANC), IO-68 (AV IN/OUT) PRINTED WIRING BOARDS ·····················4-43

• IO-68 (AV IN/OUT) SCHEMATIC DIAGRAM····························4-45

• FU-145 (DC/DC CONVERTER) PRINTED WIRING BOARD ·······················4-47

• FU-145 (DC/DC CONVERTER) SCHEMATIC DIAGRAM····························4-49

• PD-130 (LCD DRIVER, BACK-LIGHT) PRINTED WIRING BOARD ·······················4-51

• LS-56 (LCD SWITCH) PRINTED WIRING BOARD ·······················4-54

• PD-130 (LCD DRIVER, BACK-LIGHT)(1/2) SCHEMATIC DIAGRAM····························4-55

• PD-130 (BACK-LIGHT)(2/2) SCHEMATIC DIAGRAM····························4-57

• IR-38 (IR TRANSMITTER),

CONTROL SWITCH BLOCK (FK-78)

PRINTED WIRING BOARDS ·····················4-59

• CONTROL SWITCH BLOCK (FK-78) SCHEMATIC DIAGRAM····························4-61

• EX-36 (MULTI CONNECTOR) PRINTED WIRING BOARD ·······················4-63

• EX-36 (MULTI CONNECTOR) SCHEMATIC DIAGRAM····························4-65

• FP-571 (BATTERY), FP-249 (S/T REEL) PRINTED WIRING BOARDS ·····················4-67

4-3. WAVEFORMS ······························································4-68 4-4. MOUNTED PARTS LOCATION ·································4-70

5. ADJUSTMENTS

1. Before starting adjustment···············································5-1 1-1. Adjusting items when replacing main parts and boards.·5-2 5-1. ADJUSTMENT PREPARATIONS·································5-3 1-1. PREPARATIONS BEFORE ADJUSTMENT·················5-3 1-1-1.List of Service Tools ························································5-3 5-2. MECHANISM SECTION ADJUSTMENT····················5-4 2-1. Hi8/STANDARD8 MODE··············································5-4 2-1-1.OPERA TING WITHOUT CASSETTE ··························5-4 2-1-2.TAPE PATH ADJUSTMENT··········································5-4

1. Preparations for Adjustment············································ 5-4 2-2. DIGITAL8 MODE ··························································5-5 2-2-1.HOW TO ENTER RECORD MODE WITHOUT

CASSETTE ····································································· 5-5

2-2-2.HOW TO ENTER PLAYBACK MODE WITHOUT

CASSETTE ····································································· 5-5

2-2-3.OVERALL TAPE PATH CHECK ···································5-5

1. Recording of the tape path check signal·························· 5-5

2. Tape path check ······························································· 5-5 5-3. ELECTRICAL ADJUSTMENT······································5-6 3-1. PREPARATIONS BEFORE ADJUSTMENTS ·············· 5-6 3-1-1.Equipment to Required····················································5-6 3-1-2.Precautions on Adjusting·················································5-7 3-1-3.Adjusting Connectors ······················································5-7 3-1-4.Connecting the Equipment ·············································· 5-8 3-1-5.Alignment Tape ·······························································5-9 3-1-6.Input/output Level and Impedance ································5-10 3-2. INITIALIZATION OF C, D, E, F, 7, 8 PAGE DATA ···5-11 3-2-1.INITIALIZATION OF C, D, 8 PAGE DATA ················5-11

1. Initializing the C, D, 8 Page Data··································5-11

2. Modification of C, D, 8 Page Data ································5-11

3. C Page Table ··································································5-11

4. D Page Table··································································5-12

5. 8 Page Table···································································5-13 3-2-2.INITIALIZATION OF E, F, 7 PAGE DATA ·················5-14

1. Initializing the E, F, 7 Page Data ···································5-14

2. Modification of E, F, 7 Page Data ·································5-14

3. F Page Table ··································································5-14

4. E Page Table ··································································5-15

5. 7 Page Table···································································5-16 3-3. SYSTEM CONTROL SYSTEM ADJUSTMENT········5-17

1. Serial No. Input ·····························································5-17 1-1. Company ID Input·························································5-17 1-2. Serial No. Input ·····························································5-17

2. Battery End Adjustment ················································5-19 3-4. SERVO AND RF SYSTEM ADJUSTMENT ···············5-20

1. REEL FG Adjustment (VC-250 Board) ························5-20

2. PLL fo & LPF fo Pre-Adjustment (VC-250 Board)······5-20

3. Switching Position Adjustment (VC-250 Board)··········5-21

4. AGC Center Level and APC & AEQ Adjustment ·········5-21 4-1. Preparations before adjustments····································5-21 4-2. AGC Center Level Adjustment (VC-250 Board) ··········5-21 4-3. APC & AEQ Adjustment (VC-250 Board) ···················5-22 4-4. Processing after Completing Adjustments ···················· 5-22

5. PLL fo & LPF fo Final Adjustment (VC-250 Board) ···5-23

6. Hi8/Standard8 Switching Position Adjustment (VC-250 Board)·····························································5-23

7. CAP FG Offset Adjustment (VC-250 board) ················5-24

3-5. VIDEO SYSTEM ADJUSTMENTS·····························5-25

1.

27MHz Origin Oscillation Adjustment (VC-250 board) ··

2. Chroma BPF fo Adjustment (VC-250 Board)···············5-25

3. S VIDEO OUT Y Level Adjustment (VC-250 Board) ··5-26

4. S VIDEO OUT Chroma Level Adjustment (VC-250 Board)·····························································5-26

5.

VIDEO OUT Y, Chroma Level Check (VC-250 Board) ·· Hi8/Standard8 Y/C Output Level Setting (VC-250 Board)·

6.

7.

Hi8/standard 8mm AFC fo Adjustment (VC-250 board) ··

3-6. IR TRANSMITTER ADJUSTMENTS·························5-29

1.

IR Video Carrier Frequency Adjustment (VC-250 board)··

2. IR Video Deviation Adjustment (VC-250 board) ··········5-29

3. IR Audio Deviation Adjustment (VC-250 board) ·········5-30

3-7. AUDIO SYSTEM ADJUSTMENTS ····························5-31

1.

Hi8/Standard8 AFM BPF fo Adjustment (VC-250 board)··

2. Hi8/Standard8 AFM 1.5 MHz Deviation Adjustment (VC-250 board) ·····························································5-32

3. Hi8/Standard8 AFM 1.7 MHz Deviation Adjustment (VC-250 board) ·····························································5-32

4. Digital8 Playback Level Check ·····································5-32

5. Overall Level Characteristics Check ·····························5-32

6. Overall Distortion Check···············································5-32

7. Overall Noise Level Check············································5-33

8. Overall Separation Check·············································· 5-33

3-8. LCD SYSTEM ADJUSTMENT (GV-D800/D800E) ···5-34

1. LCD Initial Data Input (1)·············································5-34

2. LCD Initial Data Input (2)·············································5-35

3. VCO Adjustment (PD-130 board)·································5-35

4. RGB AMP Adjustment (PD-130 board)························5-36

5. Contrast Adjustment (PD-130 board)····························5-36

6. COM AMP Adjustment (PD-130 board)·······················5-37

7. V-COM Adjustment (PD-130 board) ····························5-37

8. White Balance Adjustment (PD-130 board)··················5-38

5-4. SERVICE MODE··························································5-39 4-1. ADJUSTMENT REMOTE COMMANDER ················5-39

1. Using the Adjustment Remote Commander··················5-39

2. Precautions Upon Using the Adjustment Remote Commander ··································································· 5-39

4-2. DATA PROCESS···························································5-40 4-3. SERVICE MODE··························································5-41

1. Setting the Test Mode ····················································5-41

2. Emergence Memory Address ········································5-41

5-25

5-27 5-27 5-28

5-29

5-31

— 4 —

2-1. C Page Emergence Memory Address ····························5-41 2-2. F Page Emergence Memory Address ····························5-42 2-3. EMG Code (Emergency Code) ·····································5-42 2-4. MSW Code ····································································5-43

3. Bit V alue Discrimination ···············································5-44

4. Switch check (1) ····························································5-44

5. Switch check (2) ····························································5-44

6. Switch check (3) ····························································5-44

7. Switch check (4) ····························································5-45

8. Record of Use check······················································5-45

9. Record of Self-diagnosis check ·····································5-46

6. REPAIR PARTS LIST

6-1. EXPLODED VIEWS ······················································6-1 6-1-1.OVERALL SECTION-1 ················································· 6-1 6-1-2.OVERALL SECTION-2 ················································· 6-2 6-1-3.LCD SECTION (D800/D800E MODEL) ·······················6-3 6-1-4.MECHANISM SECTION···············································6-4 6-1-5.CASSETTE COMPARTMENT ASSEMBLY ················6-5 6-1-6.LS CHASSIS ASSEMBLY ·············································6-6 6-1-7.MECHANISM CHASSIS ASSEMBLY ························· 6-7 6-2. ELECTRICAL PARTS LIST ··········································6-8

— 5 —

SERVICE NOTE

1. POWER SUPPLY DURING REPAIRS

In this unit, about 10 seconds after power is supplied (8.4V) to the battery terminal using the service power code (J-6082-223-A), the power is shut off so that the unit cannot operate. These following two methods are available to prevent this. Take note of which to use during repairs.

Method 1:

Connect the adjustment remote commander RM-95 (J-6082-053-B) to the LANC jack, and set the HOLD switch to the “ADJ” side.

Method 2:

Use the DC IN terminal. (Use the AC power adaptor. (AC-L10, AC-VQ800 etc.))

2. TO TAKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT) (1)

1 Remove the power supply (Battery or AC power adaptor). 2 Push the EJECT switch and open the cassette lid. 3 Refer to 2-2. to remove the cabinet (lid) assembly. 4 Refer to 2-2. to remove the cabinet (bottom) assembly. 5 Add 5V from the regulated power supply between Pin 5, 6 of CN4401 (ULD5V +) and Pin 7, 8 of CN4401 (ULD5V –), and unload

the cassette.

VC-250 board

CN4401

8

ULD

5V

1

Regulated power supply (+5V)

— 6 —

3. TO TAKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT) (2) (TO TAKE OUT A CASSETTE WITHOUT HURTING THE TAPE)

1 Disconnect the power supply (Battery or AC adaptor) 2 Refer to 2-2. to remove the cabinet (lid) assembly. 3 Refer to 2-2. to remove the cabinet (bottom) assembly. 4 Refer to 2-1. to remove the Cassette (lid) assembly. 5 Refer to 2-6 to 2-8. to remove the LCD block (GV-D800/D800E only) and the cabinet (upper) assembly. 6 Remove the FU-145 board. 7 Refer to 2-9. to remove the lid frame assembly. 8 Add +5V from the regulated power supply and unload with a pressing the cassette lid.

9

Pull the timing belt in the direction of

A

arrow the cassette lid (take care not to damage) to adjust the bending of a tape.

with a pincette while pressing

Press the cassette lid not to rise the cassette compartment

0

Let go your hold the cassette lid and rise the cassette compartment to take out a cassette.

Timing belt

Pincette

Timing belt

Regulated

power supply

(+5V)

Loading motor

Adjust the bending of a tape

— 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 screen or monitor TV (Note) what to do. This function consists of two display; selfdiagnosis display and service mode display. Details of the self-diagnosis functions are provided in the Instruction manual.

LCD screen or monitor TV

C : 3 1 : 1 1

Repaired by:

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

engineer

Blinks at 3.2Hz

3 1C

Block

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

31 ....Reload the tape.

32 ....Turn o n power again.

1 1

2. SELF-DIAGNOSIS DISPLAY

When problems occur while the unit is operating, the counter of the viewfinder 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.

Note: Set the DISPLAY in the menu system to V-OUT/LCD only for the

model with LCD screen, and press the DISPLAY button.

Detailed Code

Refer to page 9. Self-diagnosis Code Table.

3. SER VICE 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 PO WER switch from OFF to ON, and continue pressing the “STOP” ke y for 10 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 or monitor TV

[3] C : 3 1 : 1 1

Lights up

[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

C : 3 1 : 1 1

Control dial

self-diagnosis codes

3-3. End of Display

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

Note: The “self-diagnosis displa y” data will be backed up by the coin-type lithium battery of FP-571 flexible board. When this coin-type lithium ba ttery

is removed, the “self-diagnosis display” data will be lost by initialization.

— 8 —

SECTION 2

DISASSEMBLY

The following flow chart shows the disassembly procedure.

2-1. Cassette Lid assembly

2-2. Bottom cabinet assembly, FP-571 flexible board (Lithium battery)

GV-D200/D200E/D800/D800E

2-3. LCD cabinet assembly (D800, D800E model)

2-6. Battery panel assembly, Battery terminal board, DC-IN connector

2-7. VC-250, FU-145 boards

2-9. Mechanism deck, Main frame assembly

2-10. Cabinet (R) block assembly, Jack frame (IO-68, IR-38 boards)

GV-D200/D200E/D800/D800E

[CONNECTION DIAGRAM FOR SERVICE POSITION (Mainly for voltage measurement and check)] (VC-250, FU-145, IO-68 boards, Mechanism deck)

PD-130 board service position (D800, D800E model)

2-4. PD-130, LS-56 boards (D800, D800E model)

2-5. LCD window cabinet assembly (SP-901,902) (D800, D800E model)

2-8. Control switch block (FK-78), Loading lid

2-11. EX-36 board, FP-570 flexible board

2-12. Upper cabinet assembly, LCD block assembly (D800, D800E model)

2-13. Hinge unit , FP-569 flexible board (D800, D800E model)

2-1

NOTE: F ollo w the disassembly procedure in the numerical order given.

2-1. CASSETTE LID ASSEMBLY

2

Two screws (M2 × 4),

lock ace, p2

1

Open the LCD panel in the direction of the arrow A. (GV-D800/D800E model)

A

4

Three dowels

6

Cassette lid

assembly

Push

5

Claw

Press the cassette EJECT knob to

3

open the cassette compartment.

2-2. BOTTOM CABINET ASSEMBLY, FP-571 FLEXIBLE BOARD (LITHIUM BATTERY)

7

Bottom cabinet assembly

3

2

Press the release button to remove the cabinet lid assembly in the direction of the arrow

A

0

FP-571 flexible board

(4P)

Three screws (M2 × 4),

lock ace, p2

A

.

Board

VC-250

4

Two screws (M2 × 4),

lock ace, p2

6

Open the jack lid assembly

in the direction of the arrow

B

5

Screw (M2 × 4),

lock ace, p2

B

.

8

T apping screw

×

(+k 2

5)

C

9

Remove the lithium lid in the

direction of the arrow

1

Open the LCD panel little.

(GV-D800/D800E model)

C

.

2-2

2-3. LCD CABINET ASSEMBLY (D800, D800E MODEL)

2

Two screws (M2 × 4),

lock ace, p2

3

Two screws (M2 × 3),

lock ace, p2

4

Two

claws

6

Remove the LCD cabinet assembly

in the direction of the arrow.

1

Two screws (M2 × 4),

lock ace, p2

5

Two

claws

[PD-130 BOARD SERVICE POSITION] (D800, D800E MODEL)

Touching here is safe when the machine is normal. However touching here can be dangerous if defective parts exist.

LANC jack

Adjustment remote commander (RM-95)

AC IN

AC POWER ADAPTOR

Multi-CPC jig (J-6082-311-A)

CN5607

PD-130

Board

Caution High voltage

1

2

9

10

PD-130 board

CN5502

When the hinge unit is closed to be laid down, remove CN01 (2P) on the LS-56 board. If not, the main power cannot be turned on.

LS-56 board CN01 (2P)

2-3

2-4. PD-130, LS-56 BOARDS (D800, D800E MODEL)

9

Three screws (M2 × 3),

lock ace, p2

6

Two tapping screws

(B2

×

5)

PD-130

Board

7

FP-569 flexible

board (26, 32P)

0

Remove the PD-130 board

in the direction of the arrow.

3

Harness (PL-53) (2P)

8

Harness (EP-51) (2P)

qs

LS-56 board, LS bracket

qa

Screw (M2 × 3),

lock ace, p2

1

SP902 (2P)

4

ND901 (10P)

5

LCD901 (24P)

2

SP901 (2P)

2-4

2-5. LCD WINDOW CABINET ASSEMBLY (SP-901, 902)(D800, D800E MODEL)

1

Two tapping screws

×

5)

2

Two tapping screws

(B2 × 5)

5

LCD ground plate

4

Screw (M2 × 3),

lock ace, p2

3

PD frame

6

LCD901

9

ND901

(B2

7

3

SP ground plate

4

Two claws

SP902

8

Two claws

REMOVING THE LCD WINDOW CABINET ASSEMBLY (SP901, 902)

1

Tapping screw

×

(B2

5)

5

Tapping screw

×

(B2

6

5)

SP ground plate

7

SP901

2

Remove the SP ground plate

in the direction of the arrow.

Dowel

Claw

2-5

8

LCD window cabinet

assembly

2-6. BATTERY PANEL ASSEMBLY, BATTERY TERMINAL BOARD, DC-IN CONNECTOR

7

Two tapping screws

×

5)

9

DC-IN connector (3P),

DC jack assembly

6

Battery panel assembly,

Battery terminal board

5

FP-247 flexible board

(50P)

3

FP-569 flexible board

(26, 32P)

0

Mechanism section

1

FP-570 flexible board

(40P)

(B2

Board

VC-250

8

Two screws (M2 × 4),

lock ace, p2

2-7. VC-250, FU-145 BOARDS

3

Three screws (M2 × 3),

lock ace, p2

VC-250

5

Mechanism deck

A

B

oard

C

D

E

4

VC-250 board

F

4

FP-572 flexible board

(6, 10P)

2

FP-602 flexible board

(5P)

A

Control switch block (FK-78) (10P)

B

Flexible board

(from loading motor, mode switch) (8P)

C

Flexible board (from video head) (16P)

D

Flexible board (from drum motor) (10P)

E

Flexible board (from capstan motor) (12P)

F

Flexible board (from S reel/T reel) (15P)

1

Two screws (M2 × 3),

lock ace, p2

2

FU-145 board

A

B

C

D

E

F

Battery panel assembly, Battery terminal board

2-6

2-8. CONTROL SWITCH BLOCK (FK-78), LOADING LID

2

Screw (M1.4 × 1.6)

7

Two screws (M2 × 4),

lock ace, p2

4

Dowel

1

Remove the control switch block

(FK-78) (10P) in the direction of the arrow.

6

Control switch block

(FK-78) (10P)

3

Screw (M1.4 × 1.6)

5

Dowel

8

Loading lid

9

Mechanism deck

2-9. MECHANISM DECK, MAIN FRAME ASSEMBLY

9

Mechanism deck

3

Two dowels

Board

VC-250

1

Two screws (M2 × 3),

lock ace, p2

5

Lid frame assembly

6

Open the VC-250 board in the

direction of the arrow .

8

Main frame assembly

2

Screw (M2 × 3),

lock ace, p2

2-7

4

Two dowels

7

Three screws (M2 × 3),

lock ace, p2

2-10.CABINET (R) BLOCK ASSEMBLY, JACK FRAME (IO-68, IR-38 BOARDS)

2

Cabinet (R)

block assembly

1

Three tapping

screws (B2

×

5)

3

Five tapping screws (B2 × 6)

REMOVING THE JACK FRAME

8

Screw (M2 × 3),

lock ace, p2

9

IR-38 board, FP-572 flexible board (6, 10P)

6

Three screws (M2 × 4), lock ace, p2

5

board (50P)

IR-38

FP-247 flexible

IO-68

Board

3

Screw (M2 × 3),

lock ace, p2

4

FP-575 flexible board (6P)

0

Jack frame

2

FP-246 flexible

board (16P)

FP-246

1

Two screws (M2 × 3),

lock ace, p2

7

IO-68 board

4

Cabinet (R)

2-8

2-11.EX-36 BOARD, FP-570 FLEXIBLE BOARD

)

1

Three tapping screws (B2 × 5)

EX-36 board

3

EX-36 board,

FP-570 flexible board (40P)

2-12.UPPER CABINET ASSEMBLY,

LCD BLOCK ASSEMBLY (D800, D800E MODEL)

2

FP-602 flexible board (5P),

Strap sheet metal (L)

4

Strap sheet metal (R)

2

Harness (EP-51) (2P

(GV-D800/D800E model)

8

Remove the LCD block assembly in the direction of the arrow

6

A

Claw

5

Upper cabinet assembly

3

Two screws (M2 × 4),

lock ace, p2

1

Two screws (M2 × 4),

lock ace, p2

7

A

.

C

qa

Shaft cover (L)

Claw

D

qs

Shaft cover (R)

0

Remove the shaft cover (R), shaft cover

(L) in the direction of the arrow

Claw

CD

.

2-9

B

9

Open the LCD block assembly in the direction of the arrow

B

.

2-13.HINGE UNIT, FP-569 FLEXIBLE BOARD (D800, D800E MODEL)

When attaching the hinge unit, wrap the FP-569 flexible board hinge shaft as shown while taking care so that the flexible board

must not be caught or pinched.

Hinge unit

FP-569 flexible board (26, 32P)

3

FP-569 flexible

Hinge shaft

Hinge unit

board (26, 32P)

4

Hinge unit

1

Two tapping screws

×

(B2

5)

LS-56 board

Harness (EP-51) (2P)

Hinge shaft

When attaching the hinge unit, route the harness through the notch as shown while taking care so that the harness must not be caught or pinched.

2

PD-130

Board

Harness (EP-51) (2P)

Harness (PL-53) (2P)

2-10

[CONNECTION DIAGRAM FOR SERVICE POSITION (Mainly for voltage measurement and check)] (VC-250, FU-145, IO-68 BOARDS, MECHANISM DECK)

Control switch block (FK-78) (10P)

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

VC-250 board

CN933

AC POWER

Mechanism deck

VC-250

Board

20

FU-145 board

ADAPTOR

1

DC-IN connector (3P), DC jack assembly

Battery panel assembly, Battery terminal board

FU-145

Board

FP-247 flexible board (50P)

AC IN

LANC jack

Adjustment remote commander (RM-95)

IO-68

Board

FP-575 flexible board (6P)

IO-68 board

FP-246 flexible board (16P)

2-11

)

2-14.CIRCUIT BOARDS LOCATION

FP-602 (DV IN/OUT)

EX-36 (MULTI CONNECTOR)

LCD DISPLAY MODULE (D800/D800E ONLY)

PD-130 LCD DRIVER, BACK LIGHT

LS-56 (LCD SWITCH

IR-38 (IR TRANSMITTER)

FP-575 (LANC)

FU-145

(DC/DC CONVERTER) IO-68 (AV IN/OUT)

FP-246 (REMOTE COMMANDER RECEIVER)

VC-250 REC/PB AMP, DAC, DV INTERFACE, AD CONVERTER, Y/C PROCESSOR, LINE A/D, LINE IN/OUT, IR, AUDIO IN/OUT, DRUM/CAPSTAN MOTOR DRIVE, MECHA CONTROL, HI CONTROL, DC/DC CONVERTER

2-12

9

2

7

2-15.FLEXIBLE BOARDS LOCATION

The flexible boards contained in the mechanism deck are not shown.

CONTROL SWITCH BLOCK (FK-78)

FP-570

FP-571

FP-56

FP-57

FP-24

2-13E

SECTION 3

BLOCK DIAGRAMS

GV-D200/D200E/D800/D800E

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

(SEE PAGE 4-45)

IO-68 BOARD VC-250 BOARD(1/4) (1/2)

13

1 2

5 7

CN104

L V R

HP L HP R

Y

C

Y

C

V

L

R

J001

AUDIO/VIDEO

IN

J002

(HEADPHONES)

J101

S VIDEO IN

J103 S VIDEO OUT

VIDEO OUT

AUDIO OUT

J102

CN001

L

R

1 2

13

5 7

FP-246(1/2)

(FLEXIBLE)

(SEE PAGE 4-45)

IR-38 BOARD

(SEE PAGE 4-27)

D362,363

(SUPER LASER LINK)

EX-36 BOARD(1/2)

(SEE PAGE 4-63)

3

1 2

CN5505

20 1 15 14 6 5

PD-130 BOARD(1/3)

(SEE PAGE 4-55)

(GV-D800/D800E)

SPEAKER(L)

SPEAKER(R)

16

CN204 MULTI

CONNECTOR

SP901

SP902

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

(4-25)

IC3702

CN924

29

31

35

19

17

15

11

9

37

39

43 41

43

CN922

EX Y/V IN

EX C IN

EX VIDEO OUT

EX AUDIO L OUT EX AUDIO R OUT

22

IR FSC

(IC3301)

11

14

16

1

8

9

IC3703

1

(4-27)

IC3901

IR

TRANSMITTER

18

7

(4-31)

3

5

3

6

(4-25)

41 46 48

Y C V

Y C

V

IR V

IR L IR R

L R HP L HP R

CN103

30

32

36

20

18

16

12

10

38

40

44 42

CN361

IC5703

CN203

CN5503CN5506

1

2 19 13

17 15

6

4

EX Y/V IN

2

EX C IN

19

EX VIDEO OUT

13

EX AUDIO L OUT

17

EX AUDIO R OUT

15

EX AUDIO L IN

6

EX AUDIO R IN

4

CN931

EX AUDIO L IN

EX AUDIO R IN

4

8

11

IC5704

25 26

1 2

SP L+,L-

SP R+,R-

CN923

2

1

26 25

13 16

7 4

SPEAKER

AMP

(4-31)

2 3

9

10

11

9

L R

L

R

(4-26)

IC3701

(TAKO)

LINE IN

LINE OUT

39

AGC

48

ACC

42

18 14

22

24

910

20 21 22

55 56

IC5701

AUDIO

57 58 52 54

64

3

I/O

8mm

PB AUDIO

PROCESS

Y

36

C

34

46

7

44

5

11

23

4 5

7 8

14

26

L R

(4-31)

(4-23)

IC3603

(ALIGN)

A/D

CONVERTER

2 6

66 64 63

XCS TAKO (IC4501)

XCS AU (IC4501)

(4-32)

IC5702

AUDIO

A/D CONV.

3

D/A CONV.

2

15 16

AFM FSC (IC2201)

59

Y0-Y7 52 49

C0-C7 42 38

HD,VD,DE 37

36

34

AFCK

68

SPCK

31

(IC1505)

XCS ALIGN

65

(IC4803)

HI SO,HI SI,XHI SCK

SIRCS PWM

CAIN Y

CAIN C

KINUTA Y KINUTA C

VSP SO,VSP SI,XVSP,SCK

DATA TO SFD

8

DATA FROM SFD

9

12

SFD BCK

PB RF

TO OVERALL BLOCK(2/4)

(SEE PAGE 3-3)

TO OVERALL BLOCK(4/4)

(SEE PAGE 3-8)

TO OVERALL BLOCK(2/4)

(SEE PAGE 3-3)

Y

3-1 3-2

GV-D200/D200E/D800/D800E

3-2. OVERALL BLOCK DIAGRAM (2/4)

VC-250 BOARD(2/4)

TO OVERALL BLOCK(1/4)

(SEE PAGE 3-2)

Y0-Y7

C0-C7

HD, VD, OE

CAIN Y CAIN C

KINUTA Y KINUTA C

Y0-Y7

C0-C7

HD,VD,OE

AFCK (IC2603) SPCK (IC1505)

IC3302

CHARACTER GENERATOR

(4-15)

13

XCS OSD OSD SO XOSD SCK

IR FCS

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

(4-15)

IC3301

199 201 203 205 207 211 213 215

13 57 916

8

HD VD

20 19

COL0

18

COL3

17 16 14

(CAIN)

DV SIGNAL

PROCESS

17 21 23

182

196 48

184 183

195 194 191 190

55 59

138

X3301

24.576MHz

139

142

L BUS

145

TRCK

51

LCK

141

VREF

151

152

PRRV,TRRV,TRRT

153 156

DATA TO SFD

133

DATA FROM SFD

132 127

99 97

83

88

81 79

170

179

159

161

163 162

75 73 71

105 106

SFD BCK

6 6

MC BUS

VSP SO, SI, SCK

PANEL G PANEL R

PANEL B

PANEL HD,VD

45

42

47 79

(4-17)

IC3303

(LIP)

DV INTERFACE

TPA+,-

6

TPB+,-

9

29

MC BUS

37

XCS SFD (IC4501) XCS VFD (IC4501)

CN929

REC CK REC DT

AD DT 6

PB CK ATF ERR

CN1104

2

4

5

1

FP-602

(FLEXIBLE) (SEE PAGE 4-17)

CN1105

DV IN/OUT

AD DT

PB CK

15

20

13

XCS TRF (IC4501)

(4-11)

IC3101

(TRF)

EQ

A/D CONV.

PLL

25 31

22 24

RF MON

16

CN933(1/2)

PB RF (IC3202 ) AFC FO (IC2201)

14

(4-12)

IC3103

40 42

27

29

(TRW)

REC/PB

AMP

35

4

12

6 7 2 1

Q3107 Q3109,3110 Q3112-3115

IC3102

(4-11)

ODD

EVEN 12

Q3104,3108 Q3111,3116

FLYING

FILTER

SW

ERASE

OSC

REC CK REC DT

34

PB Y OUT

42

DV PB RF

CN3101

FOR

5

ADJUSTMENTS

2

10

9

13

16

ERRV,TRRV,TRRT

DRP SO,XDRP SCK

(SEE PAGE 4-11)

XFE ON

DRUM 8PB

VC RF SWP DV RF SWP

ATF ERR

MC BUS

DRUM

ODD

EVEN

FLYING ERASE

TO OVERALL BLOCK(4/4)

(SEE PAGE 3-8)

16

DATA TO SFD DATA FROM SFD SFD BCK

PB RF

Y

XCS OSD OSD SO XOSD SCK

(4-21)

OSCI

IC2202

VCO (KINUTA)

AFC FO

AFM FSC

Y0-Y7

C0-C3

HD,VD,OE

Y C

MECHA HD MECHA VD MECHA FLD TBC VD

AMPO

67

53

79

139

122

112

199

146 144 142

4

213

93 94 89 168

(4-21)

IC2201

HI8/STD8

PB Y/C

PROCESS

9695 97

VSP SO,VSP SI,XVSP SCKVSP SO,VSP SI,XVSP SCK

9

7

DV PB RF

(4-13)

IC3201

HI8/STD8

PB RF

AMP

TO OVERALL BLOCK(3/4)

(4-13)

18

ADJUSTMENT

VOLTAGE

(4-13)

IC2291

3

DA STB

(IC4902)

D/A CONV.

(EVR)

12

(SEE PAGE 3-5)

IC3202

RF ENV

DET

3

5

4

RF ENV DET

MECHA HD MECHA VD

MECHA FLD

TBC VD

XCS CH

CH SO

XCH SCK

VC SO,VC SI,XVC SCK

PANEL R PANEL G PANEL B

PANEL HD,VD

4

IC1502

A/D

REC

(4-19)

46 48

(4-19)

IC1504

27MHz

PB

XTAL

OSC

X1501 27MHz

4

2

PB C RF

36

34

PB RF

DOP

11

14

SPCK

81

VCK

198

101 100

RF AGC OUT

51

196

187

AD CK

185

PB C RF

49

77

98

XCS KINUTA(IC4902)

(4-19)

IC1505

5 1

CK CONT 1,2(IC4902)

AD1-AD10

1/2

2

11

16

3-3 3-4

GV-D200/D200E/D800/D800E

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

VC-250 BOARD(3/4)

DRP SO,DRP SI,XDRP SCK

VSP SO,VSP SI,XVSP SCK

MC BUS

FRRV,TRRT,TRRV

ATF ERR

XCS VFD (IC3301) XCS SFD (IC3301) XCS TAKO (IC3701)

XCS EEP

1

XCS AU (IC5701) XCS TRF (IC3101)

VREF (IC3301)

XCS MECHA (IC4803)

HI SO,HI SI,XHI SCX

LINE OUT V (IC3301)

XCS KINUTA (IC2201) DA STRB (IC2291)

CK CONT 1,2 (IC2201)

HI SO,HI SI,XHI SCX

XCS VC (IC4803)

X4901

20MHz

XCS EEPROM

16

TO OVERALL BLOCK(2/4)

(SEE PAGE 3-4)

TO OVERALL BLOCK(4/4)

(SEE PAGE 3-8)

32 4

IC4502

EEPROM

(4-36)

DV RF SWP XFE ON DRUM 8 PB RF ENV DET

(4-29)

IC4901

EEPROM

1

32 4

VC SO,VC SI,XVC SCX VC SO,VC SI,XVC SCX

MECHA FLD MECHA HD MECHA VD TBC VD

VC RF SWP

XCS CH,CH SO,XCH SCK

PANEL R PANEL G PANEL B PANEL HD,VD

XCC DOWN

HI SO,HI SI,XHI SCK

BL CONT

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

(4-35)

78

IC4501

79 80

DIGITAL8

MECHA

74

CONTROL

SIGNAL

75

PROCESS

76

CONTROL

26

38

106 107 108

95

17 28 18

88

21 23

112 62

59 111 99

72

81 82 83

1

DRUM PWM DRUM PWM

68

CAP PWM

69

DRUM FG

116

DRUM PG

117

115

CAP FG

110 109

DEW DET

96 39

MODE SW A-C

40 41

LOAD UNLOAD

49 50

TAPE END

54

TAPE TOP

53

T REEL FG

114

S REEL FG

113

TAPE LED ON

55

REC PROOF

44

CAP PWM

(4-33)

IC4401

28

25

(3/3)

LPF

DRUM ERROR

29

CAP ERROR

27

(4-29)

2

IC4902

HI8/STD8

1

MECHA

CONTROL

114

39

78 79 80

19 21

27

111 112 113 118

47 83

82 81

104 110

74 75 76

78

DRUM PWM

69

CAP PWM

68

DRUM FG

116

DRUM PG

117

CAP FG

115 109

35

MODE SW A-C

36 37

LOAD UNLOAD

32 33

TAPE END

42

TAPE TOP

41

T REEL AFG

96

S REEL AFG

95

TAPE LED ON

31

ME SW

38

HI8 MP SW

40

DV RF SWP (IC4501 )

VC RF SWP (IC4902 )

62

47

8 13 15

CN933(2/2)

FOR ADJUSTMENTS

PANEL R PANEL G PANEL B

XCS LCD (IC4803)

HI SO,XHI SCK

PANEL HD PANEL VD

BL CONT

FU-145 BOARD(1/2)

IC1301

15

9109

10

11

CN1301CN921

PD-130 BOARD(2/3)

5

22

6

21

7

20

14

13

14

15

12

10

17

11

16

23

4

CN923

CN5503

PWM

DRIVE

(4-49)

HD OUT

(1/2)

(4-57)

58

64

IC5601

48 47 46

41 40

39

44 46

45 42

1

48

Q1306

SWITCHING

Q1305

GENERATOR

CN1301

RGB

20 22 24

27

35

10

24

IC5501

DRIVE

(4-55)

IC5502

TIMING

(4-55)

8

2 5

5 2

1

3 4 1 2

9

CN921

3 4 1 2

VR,VG,VB

COM

DA

Q5601

DRUM YS

DRUM FG

DRUM PG

LOAD UNLOAD

TAPE END

TAPE TOP

T REEL FG T REEL AFG

S REEL FG S REEL AFG

TAPE LED ON

HD OUT

PANEL COM

VR,VG,VB

VCOM

VGLAC

CN5501

7

6

PANEL 2.8V

3-5 3-6

(4-33)

IC4401

6

(1/3)

DRUM

MOTOR

DRIVE

FG AMP

16

PG AMP

22

(4-33)

IC4401

LED DRIVE

8 4

CN5502 FOR

5

ADJUSTMENTS

3 1

19 20 21

11

4 5

10 12

18

(2/3)

LOADING

MOTOR

DRIVE

TAPE END

DETECT

TAPE TOP

DETECT

T REEL FG AMP

S REEL FG AMP

Q4401

LCD

UNIT

55 56

47 46

44

41 39

33 34

61 59 57

17

20

53 51

45

38 39

36 35

MODE SW A-C

LM(+),LM(-)

TAPE END(C)

TAPE TOP(C)

T REEL(+),(-)

S REEL(+),(-)

REC PROOF

HI8 MP SW

XCC DOWN

ND901

BACKLIGHT

CN4402

U, V, W

CN4403

CAP VS

CAP FG

DEW DET

CN4401

ME SW

CN4404

BL HIGH

BL LOW

CN5604

B710-MECHA DECK

(SEE PAGE 4-56)

M901

10

5

3

1

8 7

1

12

2 3 4

5

8

2

12 11

5 4

14

7 6 3

15

10

DRUM MOTOR

DRUM FG

DRUM PG

CAPSTAN MOTOR

CAPSTAN FG

DEW SENSOR

MODE SWITCH

LOADING MOTOR

Q002

TAPE END

Q001

TAPE TOP

S001

S002

T5601

Q5602

INVERTER

BACK LIGHT DRIVE

M

M902

M

S901

M903

M

SENSOR

T REEL

SENSOR

S REEL

SENSOR

IC5602

CURRENT

3

BL DET

REC PROOF ME/MP HI8 MP CC DOWN

BL REG

(4-57)

DET

D001 TAPE

H001

H002

(GV-D800/D800E)

4

LED

GV-D200/D200E/D800/D800E

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

FK-78 BOARD VC-250 BOARD (4/4)

(SEE PAGE 4-61)

S001–016

FUNCTION

SWITCH

D001 (REC)

D002 (PAUSE)

D003 (CAUTION)

(SEE PAGE 4-37)

FP-571

(FLEXIBLE)

VANADIUM

LITHIUM BATTERY

IO-68 BOARD (2/2)

S101, 102, 104, 105

EXEC

S. LASER LINK SW

CN001

8

10

14

121

VOLUME SW

MENU SW

CN104

X POWER LED

8

X CHARGE LED

10

SIRCS SIG

14

LANC SIG

2

CN105

J001

(LANC)

(SEE PAGE 4-45)

S103

FP-246 (2/2)

(FLEXIBLE)

COMMANDER

(SEE PAGE 4-45)

(POWER)

(CHARGE)

IC001

REMOTE

RECEIVER

FP-575

(FLEXIBLE)

OFF ON

(SEE PAGE 4-45)

SEL/PUSH

EXEC DIAL

1

S001

POWER

D001

EX-36 BOARD(2/2)

CN204

MULTI

CONNECTOR

11, 17

18, 19

8

(SEE PAGE 4-65)

16

BZ201

BUZZER

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

CN001

6

BT001 1

CN103 CN922

23

26

•

25

46 43

45

2

1

10

•

11 23

|

CN203

26

8

39

•

40

LANC SIG

6

•

• 5

5

•

• 7

7

2

4

3

CN926

• 2

24

25

•

26

45 44

46

1

2

10

•

11 23

|

26

8

39

•

40

X REC LED

X PAUSE LED

X CAUTION LED

BATT LI 3V

VTR UNREG

BATT UNREG

Q4808–4810

DRIVE

EX UNREG

BEEP

CN931

LED

Q906–908

LED

DRIVE

3 7

(4-37)

IC4801

RESET

VDD SWITCH

LANC SIG

5

6

IC4802

X4801

20MHz

X4802

32.768kHz

S4801 RESET

S4802

EJECT SW

(4-37)

LANC I/O11

93

•

94

•

95

6

8

55

40 41 52 53

38 42

•

51

•

77

•

87

98

67

•

68

5

57

4

17

14

72

•

73

48

•

49

10

•

12

(4-37)

IC4803

HI CONTROL

KEY AD0 KEY AD1 KEY AD2

X REC LED

X PAUSE LED

X CAUTION LED

20MHz OUT 20MHz IN 32kHz IN 32kHz OUT

XRESET

VDD

KEY AD5

DIAL A DIAL B

X POWER LED X CHARGE LED

SIRCS SIG

X EJECT SW

X VTR MODE SW

ID1 ID2

IB SI IB SO

XCS MECHA

XCS ALIGN

XOSD SCK

SIRCS ENV

MELODY ENV

BATT/EXT SW

FAST CHARGE

VTR DO ON

LANC OUT

Q4804

XCS VC

XCS LCD

HI SO

HI SI

HI SCK

XCS OSD

OSD SO

MELODY

SHOE ON

LANC IN

IF

99KEY AD6

80

3 58 27

18XCC DOWN

33

•

34

•

35

44

•

45

•

46

59 36 56

66 50 29 81

1

•

2

BATT SIG

XCS MECHA (IC4501) XCS VC (IC4902) XCS ALIGN (IC3603) XCS LCD (IC5501, 5502)

HI SO, HI SI, XHI SCK

Q4802, 4805

MOD

Q4803

MOD

XCC DOWN

BL CONT

SIRCS, PWM

XCS OSD

OSD SO

XOSD SCK

(GV-D800/D800E)

CN923

TO OVERALL BLOCK(3/4)

(SEE PAGE

3-5)

TO OVERALL BLOCK(1/4)

(SEE PAGE

3-2)

TO OVERALL BLOCK(2/4)

(SEE PAGE

3-3)

(GV-D800/D800E)

BL CONT

BL REG

PANEL –15V

PANEL 13V

1.5V

2.8V

4.75V

RP UNREG

MT 5V

EX UNREG

SHOE ON

VTR DO ON

VTR UNREG

BATT UNREG

PD-130

LS-56 BOARD

BOARD (3/3)

S5601, 5602

23 4 11

LCD BRIGHT

CN5503

(SEE PAGE 4-57)

AD6

SW

CN001CN5608

(SEE PAGE 4-56)

FU-145 BOARD (2/2)

(4-49)

IC1301

DC-DC CONVERTER

(2/2)

42

46

•

45

44

43

26

•

25

22

|

19

16

•

15

•

14

13

8

•

7

32

•

31 30

29

35 36 39 38 37

Q507

VTR UNREG BATT UNREG FAST CHARGE BATT/EXT SW BATT SIG

CN1301CN921

32

•

31 30

29

35 36 39 38 37

Q502

S001

LCD ON/OFF

SW

CN502

CN501

+

S

–

J902

DC IN

J901

BATTERY

TERMINAL

1 2 3

1 5 4

3-7 3-8

GV-D200/D200E/D800/D800E

S

7

31

28

2

6

5 1

57

54

18

41

45

42

40

49

50

34

27

6

7

2

3

46

37

21

22

29 30

64

10

11

58

14

15

1

4

5

8

4

3

1 2 3 4 5

1 2 3

1 5

IC1301

IC1303

IC1302

J901

BATTERY

TERMINAL

J902 DC IN

CN501

BATT (+) BATT SW(+) BATT SW(–) BATT(–) BATT SIG

Q501, 502

Q506, 507

ACV UNREG

BATT/XEXT SW

CN502

FAST CHARGE

SHOE ON

DC PACK SW

F501

F502

F504

F505

F503

Q503–505

CHARGE SWITCH

INIT CHARGE ON

(GV–D800/D800E)

C/D VS D1.5V

BL UNREG

VTR UNREG

BL CONT

VC–250 BOARD(1/2)FU–145 BOARD

DC/DC CONVERTER

(4–39)

(4–49)

NONINV INPUT–7

STANDBY–7

OUTPUT–7

MONITOR-7

OUTPUT

OUTPUT VCC–7

OUTPUT VCC–4,5,6

OUTPUT–4

MOS GATE–4

OUTPUT

MONITOR–4

OUTPUT–1

MOS GATE–1

OUTPUT

MONITOR–1

VCC

COMP

VREF

VTR DD ON

16

VREF

OUTPUT VCC–1,2,3

OUTPUT–3

OUTPUT MONITOR–3

RT

CT

OUTPUT–2

OUTPUT

MONITOR–2

OUTPUT–6

OUTPUT MONITOR–6

NONINV INPUT–6

OUTPUT–5

OUTPUT MONITOR–5

NONINV INPUT–5

STANDBY–3 STANDBY

VTR DD ON

SHOE ON BATT SIG

BATT/XEXT SW

FAST CHARGE

INIT CHARGE ON

DC PACK SW

29 30 37 38 39 40 41

1 2

10

3 4 9

1 2

10

3 4 9

44 44

14 15 16

43 13

19 20 21 22

2.8V

PANEL 13V

RP UNREG

25 26

1.5V

BL CONT

BL REG

BATT UNREG

MT 5V

VTR UNREG

42

45 46

42

45 46

31 32

36

7 8

35

31 32

36

7 8

35

CAP VS

CAP ERROR

DRUM VS

DRUM ERROR

PANEL –15V

4.75V

5.9V REG

2 5

BL REG

PANEL 2.8V

PANEL 13.3V

PANEL –15.3V

PANEL 4.75V

A 4.75V

A 2.8V

AU 2.8V

D 1.5V

D 1.9V

1.9V REG

TO POWER BLOCK(2/2)

L1313

AV 4.75V

(GV–D800/D800E)

–15.3V

REG

L1309 L1320

L1315

Q1322,1324,1326

L1311

L1316

CAP VS

CAP ERROR

DRUM VS

DRUM ERROR

RP 4.75V

RP 6.0V

L1314

L1306

L1321

D 2.8V

L1307

L1308

Q1303

SWITCHING

Q1308

SWITCHING

Q1307

SWITCHING

Q1304

SWITCHING

Q1301

SWITCHING

Q1302

SWITCHING

Q1305

SWITCHING

Q1306

SWITCHING

L1305 L1310

L302

T1301

Q1314

D1302 (1/2)

RECT

D1306

RECT

D1302

RECT

EMERGENCY

DETECT

RECT

D1301,305

L1301

L1303

L1304

CAP VS

CAP ERROR

DRUM VS

DRUM ERROR

BATT UNREG

(GV–D800/D800E)

L501

L1317

L1318

Q1309

SWITCHING

EX UNREG

DC PACK SW

SHOE ON

BATT SIG

INIT CHARGE ON

VTR DD ON

FAST CHARGE

BATT/XEXT SW

BATT UNREG

MT 5V

VTR UNREG

EX UNREG

BL CONT

CN921

CN1301

5V REG

Q1310–1313

EX UNREG

14 15 16

(SEE PAGE 3-11)

3-5. POWER BLOCK DIAGRAM (1/2)

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

3-9 3-10

GV-D200/D200E/D800/D800E

3-6. POWER BLOCK DIAGRAM (2/2)

VC-250 BOARD(2/2)

DC PACK SW SHOE ON BATT SIG INIT CHARGE ON VTR DD ON

FAST CHARGE

16

TO POWER BLOCK (1/2)

(SEE PAGE 3-10)

BATT XEXT SW

BATT UNREG

MT 5V

VTR UNREG

EX UNREG BL CONT BL REG

PANEL 2.8V PANEL 13.3V PANEL -15.3V PANEL 4.75V

AU 4.75V

D 1.9V A 2.8V A 2.8V

AU 2.8V

D 1.5V

A 4.75V A 4.75V

D 2.8V D 2.8V

CAP VS CAP ERROR DRUM VS DRUM ERROR

RP 4.75V

RP 6.0V

D4802

D4801

VTR UNREG MT 5V

AU 4.75V

AU 2.8V D 2.8V

FB3601

L3602

IC3603

(ALIGN)

A/D CONV.

A 2.8V MT 5V

D 1.5V

L3707

IC3703

VIDEO OUT

AMP

RP 4.75V A 2.8V D 2.8V

FB1501

IC1504

XTAL

OSC

(4-19) (4-19)

LANC DC

IC5701

AUDIO I/O

(4-23)

(4-25)

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

(4-37)

IC4803

HI CONTROL

INIT CHARGE ON

XVTR MODE SE

XCHARGE LED

FB4501

L2201-2203, L2208

SHOE ON

IB SO

IB SI

VTR DD ON

FAST CHARGE

CHARGE INH

BATT/XEXT

XPOWER LED

FB1504

(4-37)

IC901

REG

1

14

(4-31)

FB3701

L3701, 3705

L3706

IC4802

LANC I/O

UNREG

LANC DC

L5701

IC3701

(TAXO) VIDEO

LINE IN/OUT

AMP

(4-26)

IC3702

VIDEO INPUT

SELECT

(4-25)

IC1505

FREQUENCY

DIVIDER

IC4801

D901

3 32

Q4806

IC5704

SPEAKER

(GV-D800/D800E)

REG 1.5V

(LIP)

DV

(4-17)

IR DRV

RF ENV

DET

(4-14)

AMP

L2209

L3102

BATTER IN

DETECT

(4-31)

L2204

REG

DV

7

(4-31)

IC5703

AUDIO INPUT

SELECT

IC3303

INTERFACE

POWER

VCC

IC5702

AUDIO

ADC&DAC

(4-37)

(4-31)

FB3303

FB3370

4

8

IC3301

(CAIN)

SIGNAL

PROCESS

(4-15)

L3901

(4-27)

IC3901

TRANSMITTER

L3201 L3104 L3103

IC3201

IR

HI8/STD8

PB RF

AMP

24

Q3903

IC3202

(4-13)

(4-37)

RESET

CHARACTER

IC3103

(TRW)

REC/PB

5

6

4

8

EVER 3.0V

IC3302

GENERATER

(4-15)

FB2202

IC2201

RF 1.9V

AMP

42 51 86 87

S4801

RESET

(4-36) (4-35)

IC4502

EEPROM

IC2291

D/A CONV.

L2291

FB2204

HI8/STD8

PB Y/C

PROCESS

IC3101

(TRF)

EQ.

A/D CONV.

PLL

90 91

38

61

12

(EVR)

FB2203, FB2205

(4-11)(4-12)

BATT SENS ACV SENS

XRESET

VDD

BATT IN

XLANC ON

IC4501

DIGITAL8

MECHA

CONTROL

FB2291

(4-13)

(4-21)

81

49 48

25 29

50 47 66

14

5

57

Q904,905 CURRENT

LIMITER

IC1502

AGC,

A/D CONV.

(4-19)

Q4804

I/F

DC PACK SW

Q4809,4810 LED DRIVE

Q4808 LED DRIVE

L1501

BATT LI3V

BATT SIG

CN926

PANEL 4.75V PANEL -15.3V PANEL 13.3V PANEL 2.8V BL CONT

D 2.8V

CN927

BL REG

EX UNREG

CN931

(4-29) (4-29)

IC4901

EEPROM

D 2.8V VTR UNREG MT 5V

IR DRV

1 2

1 5

22

45 44

47

12

9 5

6

10

4

CN923

1 1

34

36 23

26

FB4901

2 6

21

46 43

48

11

34

36 23

26

IC4902

HI8/STD8 CONTROL

Q901-903

BT001

VANADIUM

LITHIUM BATTERY

(SEE PAGE 4-45)

IO-68 BOARD

XVTR MODE SW LANC SW

CN105

LED

EVER 3.0V

XPOWER LED XCHARGE LED

A 4.75V

CN104

RFU DC OUT

CN103

(SEE PAGE 4-61)

FK-78 BOARD

CN001

LED

EX-36 BOARD

18 19

CN203

MECHA

1

IR 5V

2

FP-571

(SEE PAGE 4-37)

1 6

6

8

10

12

1

CN205

CAP VS

DRUM ERROR

CAP ERROR

DRUM VS

1 2

CN361CN924

(FLEXIBLE)

S001

POWER

CN001

6

8

10

12

RFU DC OUT

J102

(CHARGE)

PD-130 BOARD

PANEL 4.75V

18

PANEL -15.3V

22

PANEL 13.3V

6

PANEL 2.8V

17

BL CONT

23

CN5503

BL REG

2

CN5607

CN204 MULTI

CONNECTOR

(SEE PAGE 4-65)

(4-33)

IC4401

(RABI)

DRUM

MOTOR DRIVE

29

DRUM FG,PG AMP

27

LOADING

MOTOR DRIVE

6

REEL FG AMP

TAPE TOP,END DET

DRUM,CAP ERROR AMP

D362,363

F361

OFFON

D001

(POWER)

L5501

IR LED SUPER

LASER

LINK

FP-575

IC001

REMOTE

COMMANDER

RECEIVER

L5504

L5503

IC5501

RGB DRIVE

(4-55)

IC5601,5602

INVERTER

BACKLIGHT

R4407

R4411

IR-38 BOARD

(SEE PAGE 4-27)

(FLEXIBLE)

(SEE PAGE 4-45)

(4-45)

FP-246

(SEE PAGE 4-45)

L5502

(4-55)

IC5502

TIMING

GENERATOR

DRIVE

CN4403

SENSOR VCC

TAPE LED(A)

CN4404

(FLEXIBLE)

Q5502-5506

28

IC5503

(4-57)

7 8 9

10

13

9

B710 MECHA DECK

(SEE PAGE 4-33)

5

(4-56)

BL HIGH

CAPSTAN

TAPE LED

CN5501

4

2

CN5604

MOTOR

T REEL, S REEL

SENSOR

J001

24

3 18 23

10

(LANC)

(GV-D800/D800E)

LCD UNIT

ND901

BACKLIGHT

3-11 3-12E

SECTION 4

PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS

4-1. FRAME SCHEMATIC DIAGRAM (1/2)

GV-D200/D200E/D800/D800E

10

CN922

1 XVTR_MODE_SW

1XVTR_MODE_SW

2 LANC_SIG

2LANC_SIG

3 XLANC_JACK_IN

3XLANC_JACK_IN

4 REG_GND

4REG_GND

5 LANC_DC

5LANC_DC

6 REG_GND

6REG_GND

7RCH_DET

7 RCH_OUT_DET

8LCH_DET

8 LCH_OUT_DET

9AUDIO_R_OUT

9 AUDIO_R_OUT

10AUDIO_GND

10 REG_GND

11AUDIO_L_OUT

11 AUDIO_L_OUT

12RF_DC_OUT

12 RF_DC_OUT

13 V_JACK_OUT_DET

13V_JACK_DET

14 VIDEO_OUT_GND

14VIDEO_OUT_GND

15 VIDEO_OUT

15VIDEO_OUT

16 S_C_GND

16S_C_GND

17 S_C_OUT

17S_C_OUT

18 S_Y_GND

18S_Y_GND

19 S_Y_OUT

19S_Y_OUT

20 REG_GND

20REG_GND

21 XS_JACK_OUT_DET

21XS_JACK_OUT_DET

22 EVER_3.0V

22EVER_3.0V

23 XIR_LED_ON

23XIR_LED_ON

24 KEY_AD5

24KEY_AD5

25 DIAL_A

25DIAL_A

26 DIAL_B

26DIAL_B

27 XS_JACK_IN_DET

27XS_JACK_IN

28 S_Y_GND

28S_Y_GND

29 S_Y_IN

29S_Y_IN

30 S_C_GND

30S_C_GND

31 S_C_IN

31S_C_IN

32 REG_GND

32REG_GND

33 AV_JACK_IN_DET

33AV_JACK_IN

34 VIDEO_GND

34VIDEO_GND

35 VIDEO_IN

35VIDEO_IN

36 REG_GND

36REG_GND

37 AUDIO_L_IN

37AUDIO_L_IN

38 AUDIO_GND

38AUDIO_GND

39 AUDIO_R_IN

39AUDIO_R_IN

40 XHP_SENS

40XHP_SENS

41 HP_R

41HP_R

42 HP_GND

42HP_GND

43 HP_L

43HP_L

44 XCHARGE_LED

44XCHARGE_LED

45 XPOWER_LED

45XPOWER_LED

46 XSIRCS_SIG

46XSIRCS_SIG

47 A_4.75V

47A_4.75V

48 REG_GND

48REG_GND

49 REG_GND

49REG_GND

50 REG_GND

50REG_GND

50P

CN001

924 7

50P

1

38

5 13

A

J102

VIDEO

OUT

RFU

DC OUT

L

(MONO)

AUDIO

B

C

D

0UT

J103

S VIDEO

J101

S VIDEO

R

C

Y

S

OUT

G

S

IN

G

S

G

C

Y

S

G

IO-68 BOARD

D109

(SUPER LASER LINK)

S103

SEL/PUSH EXEC

S101

E

S102

S104

S105

F

J001

G

LANC

H

FP-575

FLEXIBLE

POWER OFF-ON

S001

1 XVTR_MODE_SW

2 LANC_SIG

3 REG_GND

4 REG_GND

5 REG_GND

6 LANC_DC

6PCN105

16PCN104

6

SUPER LASER LINK

MENU

VOLUME+

VOLUME-

50PCN5713

AV_JACK_IN_DET

FP-247

FLEXIBLE

1LANC_SIG

1 LANC_SIG

2XVTR_MODE_SW

2 XVTR_MODE_SW

3REG_GND

3 REG_GND

4XLANC_JACK_IN

4 XLANC_JACK_IN

5REG_GND

5 REG_GND

6LANC_DC

6 LANC_DC

7LCH_OUT_DET

7 LCH_DET

8RCH_OUT_DET

8 RCH_DET

9REG_GND

9 AUDIO_GND

10AUDIO_R_OUT

10 AUDIO_R_OUT

11RF_DC_OUT

11 RF_DC_OUT

12AUDIO_L_OUT

12 AUDIO_L_OUT

13VIDEO_OUT_GND

13 VIDEO_OUT_GND

14V_JACK_OUT_DET

14 V_JACK_OUT_DET

15S_C_GND

15 S_C_GND

16VIDEO_OUT

16 VIDEO_OUT

17S_Y_GND

17 S_Y_GND

18 S_C_OUT

18S_C_OUT

19 REG_GND

19REG_GND

20 S_Y_OUT

20S_Y_OUT

21 EVER_3.0V

21EVER_3.0V

22 XS_JACK_OUT

22XS_JACK_OUT_DET

23 KEY_AD5

23KEY_AD5

24 XIR_LED_ON

24XIR_LED_ON

25 DIAL_B

25DIAL_B

26 DIAL_A

26DIAL_A

27 S_Y_GND

27S_Y_GND

28 XS_JACK_IN

28XS_JACK_IN_DET

29 S_C_GND

29S_C_GND

30 S_Y_IN

30S_Y_IN

31 REG_GND

31REG_GND

32 S_C_IN

32S_C_IN

33 VIDEO_GND

33VIDEO_GND

AV_JACK_IN

34

35 REG_GND

35REG_GND

36 VIDEO_IN

36VIDEO_IN

37 AUDIO_GND

37AUDIO_GND

38 AUDIO_L_IN

38AUDIO_L_IN

39 XHP_SENS

39XHP_SENS

40 AUDIO_R_IN

40AUDIO_R_IN

41 HP_GND

41HP_GND

42 HP_R

42HP_R

43 XCHRGE_LED

43XCHRGE_LED

44 HP_L

44HP_L

45 XSIRCS_LED

45XSIRCS_LED

46 XPOWER_LED

46XPOWER_LED

47 REG_GND

47REG_GND

48 A_4.75V

48A_4.75V

49 REG_GND

49REG_GND

50 REG_GND

50REG_GND

CN002

50P

11 1514

12

VC-250 BOARD(1/2)

REC/PB ANP

1/16

2/16

PB AMP,DAC

DV INTERACE

3/16

DV INTERACE

4/16

5/16

AD CONVERTER

Y/C PROCESSOR

6/16

LINE A/D

7/16

LINE IN/OUT

8/16

IR

9/16

MECHANISM CONTROL

10/16

AUDIO I/O

11/16

DRUM/CAPSTAN MOTOR DRIVE

12/16

MECHA CONTROL

13/16

HI CONTROL

14/16

DC/DC CONVERTER

15/16

CONNECTION

16/16

CN921

48P 1 CAP_VS

3 DRUM_VS

5 MT_GND

7 MT_5V

9 DRUM_ERROR

11 REG_GND

13 RP_UNREG

15 4.75V

17 REG_GND

19 2.8V

21 2.8V

23 REG_GND

25 1.5V

27 REG_GND

29 VTR_DD_ON

31 SHOE_UNREG

33 REG_GND

35 VTR_UNREG

37 BATT_SIG

39 FAST_CHARGE

41 DC_PACK_SW

43 PANEL_13V

45 BL_REG

47 REG_GND

2CAP_VS

4DRUM_VS

6MT_GND

8MT_5V

10CAP_ERROR

12REG_GND

144.75V

164.75V

18REG_GND

202.8V

222.8V

24REG_GND

261.5V

28REG_GND

30SHOE_ON

32SHOE_UNREG

34REG_GND

36BATT_UNREG

38BATT/XEXT_SW

40INIT_CHARGE

42BL_CONT

44PANEL_-15V

46BL_REG

48REG_GND

B TO B

1 CAP_VS

3 DRUM_VS

5 MT_GND

7 MT_5V

9 DRUM_ERROR

11 REG_GND

13 RP_UNREG

15 4.75V

17 REG_GND

19 2.8V

21 2.8V

23 REG_GND

25 1.5V

27 REG_GND

29 VTR_DD_ON

31 SHOE_UNREG

33 REG_GND

35 VTR_UNREG

37 BATT_SIG

39 FAST_CHARGE

41 DC_PACK_SW

43 PANEL_13V

45 BL_REG

47 REG_GND

TO(2/2)

FU-145 BOARD

CN1301

1716 18 19

48P

2CAP_VS

4DRUM_VS

6MT_GND

8MT_5V

10CAP_ERROR

12REG_GND

144.75V

164.75V

18REG_GND

202.8V

222.8V

24REG_GND

261.5V

28REG_GND

30SHOE_ON

32SHOE_UNREG

34REG_GND

36BATT_UNREG

38BATT/XEXT_SW

40INIT_CHARGE

42BL_CONT

44PANEL_-15V

46BL_REG

48REG_GND

CN501

CN502

5P

3P

1 BATT(+)

1BATT(+)

2 BATT_SW(+)

2BATT_SW(+)

3 BATT_SW(-)

3BATT_SW(-)

4 BATT(-)

4BATT(-)

5BATT_SIG

5 BATT_SIG

1ACV_UNREG

1 ACV_UNREG

2ACV_GND

2 ACV_GND

3BATT/XEXT

3 BATT/XEXT

5PCN901

BATTERY TERMINAL

S

3PCN902

DC IN

IR-38 BOARD

6PCN361

(SUPER LASER LINK)

S001~S016

FLAME+/SLOW/DATE CODE/DISPLAY/

D001~D003

D362,363

(SUPER LASER LINK)

CN927

10PCN924

1IR_5V

2IR_5V

3IR_CL_OUT

4IR_EM_OUT

FP-572

5IR_GND

6IR_GND

7IR_GND

8KEY_AD3

9REG_GND

10REG_GND

10P

1D_2.8V

2XREC_LED

3XCAUTION_LED

4XPAUSE_LED

5KEY_AD1

6KEY_AD0

7KEY_AD2

8REG_GND

9REG_GND

10REG_GND

FLEXIBLE

1 IR_5V

2 IR_CL_OUT

3 IR_ME_OUT

4 IR_GND

5 KEY_AD3

6 REG_GND

CONTROL SWITCH BLOCK (FK-78)

STOP/

PLAY/REC / FF/ REW/PAUSE/X2/

FRAME-/

DIGITAL EFFECT/TITLE/PB ZOOM

REC/CAUTION/PAUSE

1 AUDIO_L_IN

2 VIDEO_IN

3 AV_GND

4 AV_JACK_IN_DET

5 HP_L

6 EVER_3.0V

7 HP_R

8 XPOWEER_LED

9 XHP_SENS

10 XCHARGE_LED

11 HP_GND

12 A_4.75V

13 AUDIO_R_IN

14 XSIRCS_SIG

15 AV_GND

16 GND

I

VIDEO_IN 2

AUDIO_L_IN 1

16P

J

J002

(HEADPHONES)

K

J001

AUDIO/VIDEO IN

CN001

FP-246

L

M

16

B to B

4PCN1105

1NTPB

DV

HP_L 5

HP_R 7

AV_GND 3

EVER_3.0V 6

AV_JACK_IN_DET 4

D001

POWER/ CHARGE

HP_GND 11

XHP_SENS 9

XPOWER_LED 8

XCHARGE_LED 10

GND 16

A_4.75V 12

XSIRCS_SIG 14

AUDIO_R_IN 13

IC001

IN/OUT

AV_GND 15

FLEXIBLE

2TPB

3NTPA

4TPA

FP-571

FLEXIBLE

FP-602

FLEXIBLE

BT001 LITHIUM BATTERY

1 GND

2 NTPA

3TPA

4 TPB

5 NTPB

1 LI_3V

2 LI_3V

3 GND

4 GND

CN926

5PCN929

4P

FRAME SCHEMATIC DIAGRAM (1/2)

4-1 4-2

GV-D200/D200E/D800/D800E

FRAME SCHEMATIC DIAGRAM (2/2)

VCOM

8 REG_GND

22PANEL_R

VCC_1

10

3

VCC_1

VBC

CLS

7 PANEL_B

23AD_6

REG_GND

11

264

REG_GND

STBYB

RES

6 PANEL_G

DEW

12

1

DEW

SRT

PSS1

5 PANEL_R

24REG_GND

25SP_L_+

924 7

OE

CLR

MCLK

HCNT

SPD

PSS2

CLD

CTR

1 SP_L_-

2 SP_L_+

3 REG_GND

4 AD_6

26SP_L_-

27NC

28NC

29NC

15P

CN4404

1

GV-D800/D800E MODEL

38

5 13

A

10P

B

LS-56 BOARD

2P

CN01

C

S001

(LCD ON/OFF)

D

SPEAKER L

SPEAKER R

SP901

SP902

1AD_6

2GND

PL-53

HARNESS

1 AD_6

2 GND

1 SP_L_+

2 SP_L_-

1 SP_R_+

2 SP_R_-

CN5604

1 LED_GND

2PCN5608

2PCN5506

2PCN5505

E

1

2

3

4

F

G

TO(1/2)

H

I

J

8P

CN4401

M-SW(C)

M-SW(B)

M-SW(A)

COM_GND

1234567

FP-220

FLEXIBLE

5

6

8

7

M-SW(A)

M-SW(C)

M-SW(B)

COM_GND

LM(+)

LM(-)

8

2

4

3

1

LM(-)

LM(+)

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

16P

CN3101

LP2Y2LP2X3GND4LP1X5LP1Y6GND7GND8GND9XODD10YODD11GND12XEVEN13YEVEN14GND15FEY16FEX

1

3

2

4

1

GND

LP1X

LP2X

LP2Y

M

K

S901

MODE

SWITCH

M903 LOADING

MOTOR

20PCN933 SWP

AFC_FO

BPF_MONI

F0_ADJ_RF_IN

PB_RF

REG_GND

RF_AGC_OUT

VC_RF_SWP

NC(EVF_BL)

NC(EVF_BL_4.6V)

NC(VCO)

NC(EVF_VG)

DV_RF_SWP

RF_IN

CAP_FG

RF_MON

TMS

TCK

TDO

TDI

8

6

9

7

5

GND

LP1Y

SP1Y

ODD EVEN

CPC

(FOR CHECK)

10

11

14

12

16

15

13

FEX

FEY

GND

SP1X

SP2X

SP2Y

FE

VIDEO HEAD

6

2 LED

3 BL_LOW

4 N.C

5 N.C

6 N.C

7 N.C

LCD

26P

CN5503

1SP_R_+

2SP_R_-

3REG_GND

32P

CN923

CN4402 10P

PG

FG-PG_COM

FG

COMWWVVUU

123456789

8

7

9

10

FG

PG

COM

FG-PG_COM

FG

PG

DRUM MOTOR

26 SP_R_+

M901

8 N.C

S5601

BLIGHT+

S5602

BLIGHT-

25 SP_R_-

4BL_CONT

6

W

9 N.C

10 BL_HIGH

20 REG_GND

21 PANEL_13.3V

22 PANEL_-15.3V

23 BL_CONT

24 REG_GND

5PANEL_-15.3V

6PANEL_13.3V

7REG_GND

8REG_GND

9PANEL_4.75V

VC-250 BOARD(2/2)

10

5

4

2

3

1

V

U

W

M

24P

CN5501

VSS

VGL

VDD

N.C.

VGH

GND

VDD3V

SPS

VGH

VGL

123456789

14 XCS_LCD_DA

15 XVC_SCK

16 REG_GND

17 PANEL_2.8V

18 PANEL_4.75V

19 REG_GND

FP-569

10PANEL_2.8V

11REG_GND

12XVC_SCK

13XCS_LCD_DA

14VC_SO

15REG_GND

12P

CN4403

FRC

STAND_BYVSMT_GND

FG_OUT

OFFSET_ADJ

123456789

9

12

10

11

FRC

FG_OUT

STAND_BY

OFFSET_ADJ

FG

CAPSTAN MOTOR

ND901 BACK LIGHT

LCD 901

4 INCH COLOR LCD UNIT

STBYB

RESET

GRES

GPCK

GSRT

MO1

EX2

MO2

EX1

MO3

101112131415161718192021222324

PD-130 BOARD

LCD DRIVER(1/2)

BACK LIGHT(2/2)

9 PANEL_HOLD

10 C-SYNC/XHD

11 PANEL_XVD

12 REG_GND

13 VC_SO

FLEXIBLE

16PANEL_XVD

17

18PANEL_-HOLD

19REG_GND

20PANEL_B

21PANEL_G

C-SYNC/XHD

MT_GND

VCC_2

VS

FP-433

FLEXIBLE

5

8

7

VS

VCC_2

MT_GND

M

M902

DEW

SENSOR

10

VSS

VDD

VG

30NC

TAPE_TOP(C)

14

TAPE_TOP(C)

VSH

VB

VSH3V

VB

GND

VSH5V

2P

CN5607

1 BL_LOW

31NC

32NC

HI8_MP

S_REEL(+)

ME/MP

REC_PROOF

S_REEL(-)

FP-221

FLEXIBLE

9

13

12

10

ME/MP

HI8_MP

S_REEL(-)

S_REEL(+)

REC_PROOF

VR

REG_GND

123456789

15

REG_GND

FP-249

Q002 TAPE END

FP-355

FLEXIBLE

D001 TAPE LED

2 BL_HIGH

TAPE_END(C)

8

TAPE_END(C)

11 1514

10P

CN5502

C_LOCK_SW

TAPE_LED(K)

SENSOR_VCC

T_REEL(+)

T_REEL(-)

HALL_COM

TAPE_LED(A)

1011121314

6115

7

HALL_COM

TAPE_LED(A)

4

T_REEL(-)

3

T_REEL(+)

2

TAPE_LED(K)

SENSOR_VCC

15

1

C_LOCK_SW

1VB

2XVD_OUT

3VG

4PANEL_COM

5VR

6SHARP/XCASIO

7C-SYNC/XHD

8XHD_OUT

9GND

10GND

CPC

(FOR CHECK)

EP-51

CN931

12

HARNESS

40P

1VIDEO_GND

2V/Y_IN

3V/Y_IN_GND

4AUDIO_R_IN

5AUDIO_R_IN_GND

6AUDIO_L_IN

7AUDIO_L_IN_GND

8LANC_SIG

9LANC_GND

10ID1

11ID2

12VIDEO_GND

13VIDEO_OUT

14VIDEO_OUT_GND

15AUDIO_R_OUT

16AUDIO_R_OUT_GND

17AUDIO_L_OUT

18AUDIO_L_OUT_GND

19C_IN

20VIDEO_GND

21IO_GND

22IO_GND

23EX_UNREG

24EX_UNREG

25EX_UNREG

26EX_UNREG

27REG_GND

28REG_GND

29REG_GND

30REG_GND

31BL_GND

32BL_GND

33BL_GND

34BL_REG

35BL_REG

36BL_REG

37REG_GND

38REG_GND

39BEEP

40BEEP

FP-570

FLEXIBLE

H001,002

S/T REEL SENSOR

FP-356

FLEXIBLE

Q001 TAPE TOP

FLEXIBLE

1

BL_HIGT

2

BL_LOW

1 VIDEO_GND

2 V/Y_IN

3 V/Y_IN_GND

4 AUDIO_R_IN

5 AUDIO_R_IN_GND

6 AUDIO_L_IN

7 AUDIO_L_IN_GND

8 LANC_SIG

9 LANC_GND

10 ID1

11 ID2

12 VIDEO_GND

13 VIDEO_OUT

14 VIDEO_OUT_GND

15 AUDIO_R_OUT

16 AUDIO_R_OUT_GND

17 AUDIO_L_OUT

18 AUDIO_L_OUT_GND

19 C_IN

20 VIDEO_GND

21 IO_GND

22 IO_GND

23 EX_UNREG

24 EX_UNREG

25 EX_UNREG

26 EX_UNREG

27 REG_GND

28 REG_GND

29 REG_GND

30 REG_GND

31 BL_GND

32 BL_GND

33 BL_GND

34 BL_REG

35 BL_REG

36 BL_REG

37 REG_GND

38 REG_GND

39 BEEP

40 BEEP

CN205

CN203

2P

40P

EX-36 BOARD

BZ201

BUZZER

CN204

20P

1VIDEO_OUT

2VIDEO_OUT_GND

3V/Y_IN

4VIDEO_IN_GND

5AUDIO_R_IN

6AUDIO_L_IN

7AUDIO_IN_GND

8LANC_SIG

9IO_GND

10LANC_GND

11ID1

12EX_GND

13EX_GND

14AUDIO_R_OUT

15AUDIO_L_OUT

16AUDIO_OUT_GND

17ID2

18EX_UNREG

19EX_UNREG

20C_IN

MULTI CONNECTOR

1716

MECHANISM DECK(B710 MECHA)

L

16

FRAME SCHEMATIC DIAGRAM (2/2)

4-3 4-4

GV-D200/D200E/D800/D800E

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)

GV-D200/D200E/D800/D800E

(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.

C

BE

5

64

2

13

Transistor

5

46

2

31

45

2

31

12

4

53

Diode

3

21321321

(For schematic diagrams)

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

µF. 50V or less are not indicated except f or 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 composite video signal is REC or PB. They are reference values and reference waveforms. * (VOM of DC 10 MΩ input impedance is used.).

• V oltage v alues change depending upon input impedance of VOM used.)

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

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 :

The components identified by mark 0 or dotted line with mark 0 are critical for safety. Replace only with part number specified.

Note :

Les composants identifiés par une marque 0 sont critiques pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié.

4-5