PANASONIC NV-DV2000 Service Manual

http://cxema.ru

SPECIFICATIONS

ORDER NO. VRD0006016C2

Digital Video Cassette Recorder

NV-DV2000EC

DJ-MECHANISM

© 2000 Matsushita Electric Industrial Co., Ltd. All rights reserved. Unauthorized copying and distribution is a violation of
law.

http://cxema.ru

1. INTRODUCTION

This service manual contains technical information which will allow service personnel to understand and
service this model.
If the circuit is changed or modified, this information will be followed by supplementary service manual to be
filed with original service manual.

NOTE:

Adjustment procedures, Disassembly Procedures and Assembly Procedures for Mechanism Chassis are separated
volume from this Service Manual.
Please refer to the Service Manual for DJ-Mechanism Chassis. (Order No. VMD9706005A8)

1.1. CMPONENT REFERRENCE TABLE

If you have the reference number of each component and have no idea where it is, use the following table to
find out the C.B.A. and/or diagram.

Reference-Series- Located C.B.A. Name of Diagram Remarks
1000 Series VEP06D55A RF I/F SECTION IN MAIN

1100 Series
1200 Series

1100 Series
1200 Series
1500 Series VEP06D55A RF I/F SECTION IN MAIN
1500 Series VEP000D5B MOTOR DRIVE<DIGITAL (SYSTEM CONTROL&

2000 Series VEP03F39A DIGITAL (LSI MICON SECTION)
2500 Series VEP03F39A DIGITAL (SYSTEM CONTROL& SERVO SECTION)
3000 Series VEP03F39A DIGITAL (VIDEO 1 SECTION)
3100 Series VEP03F39A DIGITAL (VIDEO 1 SECTION)
3200 Series VEP03F39A DIGITAL (VIDEO 2 SECTION)
3600 Series VEP06D55A VIDEO SECTION IN MAIN
3700 Series VEP03F39A DIGITAL (DIGITAL I/F SECTION)
3900 Series VEP03F40A INPUT/OUTPUT
4000 Series VEP06D55A RF I/F SECTION IN MAIN
4200 Series VEP03F39A DIGITAL (VIDEO 1 SECTION)
4300 Series VEP06D55A AUDIO SECTION IN MAIN
4500 Series VEP03F39A DIGITAL (VIDEO 1 SECTION)
4700 Series VEP06D55A VIDEO SECTION IN MAIN
4800 Series VEP07A24A TIMER
4900 Series VEP06D55A RF I/F SECTION IN MAIN
4900 Series VEP03F40A INPUT/OUTPUT
4950 Series VEP06D55A RF I/F SECTION IN MAIN
5000 Series VEP05352A HEAD/ REC AMP

VEP06D55A POWER SECTION IN MAIN

VEP01868A SUB POWER<POWER SECTION IN MAIN>

SERVO SECTION)>

http://cxema.ru

6000 Series
6100 Series
6200 Series VEP06D55A RF I/F SECTION IN MAIN
7500 Series VEP07A24A TIMER
7600 Series VEP06D55A RF I/F SECTION IN MAIN
7650 Series VEP07A04A DV JACK<RF I/F SECTION IN MAIN>
ґ---- VEP000D6A SW<DIGITAL (SYSTEM CONTROL& SERVO

30000 Series VEP03F41A ANALOG Y/C

VEP03F39A DIGITAL (SYSTEM CONTROL& SERVO SECTION)

SECTION)>

2. GENERAL DESCRIPTIONS

2.1. SERVICE POSITION

2.1.1. Extension Cables

Use the following Extension Cables when checking individual circuit boards.

No. Part No. Part Name Connection

1 VFK1507P ANALOG Y/C Connection

C.B.A.

2 VFK1509 36P Flat Cable

3 VFK1508 32P Flat Cable

4 VFK1509 36P Flat Cable

5 VFK1174 30P Flat Cable

6 VFK1284 24P Flat Cable

7 VFK1292 9P Flat Cable

8 VFK1282 22P Flat Cable

9 VFK1446 32P Flat Cable

10 VFK1445 26P Flat Cable

11 VFK1527 3P Extension Cable

12 VFK1529 2P Extension Cable

13 VFK1530 30P Flat Cable Mech. Flex. (VES0914) 1 for Emagency Tape

Main C.B.A.→ Analog Y/C
C.B.A.

Main FP3401→ Digital FP3201

Main FP3402→ Digital FP3202

Main FP6201→ Digital FP6002

Digital FP6003→ Mech. Flex.
(VES0914)

Digital FP3203→ Mech. (Head
Amp)

Digital P2501→ Mech.
(Cylinder)

Digital P2502→ Mech.
(Capstan)

Main P7901→ Timer P7502

Main P7902→ Timer P7501

Digital P6001→ Switch P1502

Digital P6002→ Motor P1501

Q‘ty

1

1

1

1

1

1

1

1

1

1

1

1

Ejection

Remarks

Fig. 2-1 Extension Cable

2.1.2. Service Position

2.1.2.1. Service Position for Analog Y/C C.B.A.

Fig. 2-2 Service Position for Analog Y/C C.B.A.

http://cxema.ru

2.1.2.2. Service Position for Digital C.B.A.

When checking the Digital C.B.A., remove the Mechanism unit with Digital C.B.A. from the frame. Then,
connect the extension cables as shown in
Mechanism unit.

Fig. 2-3 Service Position for Digital C.B.A.

Fig. 2-3 Service Position for Digital C.B.A. and turn overthe

2.1.2.3. Service Position for Main C.B.A.

When checking the Main C.B.A., take out the Mechanism unit with Digital C.B.A. and Main C.B.A. from the
frame. Then, connect extension cables as shown in
Main C.B.A..

Fig. 2-4 Service Position for Main C.B.A. and turnover the

Fig. 2-4 Service Position for Main C.B.A.

http://cxema.ru

2.2. SERVICE MODE

e

a

e

S

2.2.1. Setting the Service Mode

This VTR is equipped with the Service Mode, which is effective for servicing.To turn on the Service Mode,
press FF and EJECT button simultaneously in 3 seconds.(Indication of Front Panel Display is changed as
shown in

2.2.2. How to use the Service Mode

There are 8 kinds of Service Mode and the subject of each Service Mode is listed below.
Mode 0: Mevhanism process/position
Mode 1: Tape Beg/End Sensor& Receiving key command
Mode 2: Mechanism position& slot mode
Mode 3: Self-Diagnosed record 1 (Latest)
Mode 4: Self-Diagnosed record 2 (2nd Latest)
Mode 5: Self-Diagnosed record 3 (3rd Latest)
Mode 6: Receiving command at LSI
Mode 7: Mechanism Manual operation
The following chart shows the meaning of the each code.
To read/decode the Service Mode, use following chart.

Fig.2-5 Service Mode (Sample).)

Fig. 2-5 Service Mode (Sample)

(1)
No.

0 Mechanism position. VCR (Deck) Mode [Real-time] Mechanism driving position

1 Tape Beg/End sensor

checkup& Receiving
key Command checkup

2 Mechanism position&

slot mode checkup

3 Self-Diagnosed record 1

(Latest)

Group (2) Data 1 (3) Data 2 Remarks

process code. [Real-time]

Tape Beginning/End Detection
data.
[Real-time]

Mechanism position
[Real-time]

Refer to the Fig. 2-8

Receiving Key command from
both Remote controller& VCR.
[Real-time]

Slot mode [Real-time]

These two digits (Data2) are
meaningless although it might
be changed.

At this mode, wh
the Eject key is
pressed mode th
3 seconds, it will
the Electrical
Adjustment Mod

Refer to the
SELFDIAGNOSI
MODE.

http://cxema.ru

(1)

S

S

Group (2) Data 1 (3) Data 2 Remarks

No.

4 Self-Diagnosed record 2

(2nd Latest)

5 Self-Diagnosed record 3

(3rd Latest)

(To be continued.)

Refer to the Fig. 2-8

Refer to the Fig. 2-8

These two digits (Data2) are
meaningless although it might
be changed.
These two digits (Data2) are
meaningless although it might
be changed.

Refer to the
SELFDIAGNOSI
MODE.
Refer to the
SELFDIAGNOSI
MODE.

(1)

Group (2) Data 1 (3) Data 2 Remarks

No.

6 LSI receiving command

Deck Mode LSI Mode [Real-time]

checkup

7 Mechanism Manual

operation

Mechanism Position
(Real-time) (Same data with

Slot mode (Real-time (Same
data with Service Mode 2)

Service Mode 2)

Fig. 2-6 Service Mode Decoding Table

2.2.3. Self- Diagnosis Mode

This VTR has a Self-Diagnosis function, which detects troubles when undesirable condition occurred.When
one of the following listed trouble is detected, Power is automatically turns off and its error is saved as the
"Error-Code" in Timer microprocessor (IC7501).(Threeerror codes can be memorized in historical order and
are backed up by the Lithium Battery;B7901.)

NOTE:

It is not automatically displayed on the Front Panel Display although trouble has been detected. (It means that user can
not be recognized what is happened.)

2.2.3.1. How To Confirm The "Error Code".

The Error Code can be confirmed on the Front Panel Display by placing the unit to the Service Mode 3, 4
and/or 5.

1. Turn on the Service Mode by pressing "FF" and "EJECT" buttons simultaneously in more than 3 seconds.

2. Select the Service Mode 3, 4 or 5 by pressing the "FF" and "EJECT" buttons simultaneously in certain time.The error
codes can be displayed Service Mode 3, 4 and 5 in historical order.
Service Mode 3 displays the last Error Code on the FIP.
Service Mode 4 displays the Error Code on the FIP, which is just before the error code displayed in Service Mode 3.
Service Mode 5 displays the Error Code on the FIP, which is just before the error code displayed in Service Mode 4.

NOTE:

Although same errors are occurred in several times, only first error code is memorized.(When the error is occurred, it is
compared with the memorized data. If the just occurred error is same as the memorized one, it is skipped to be
memorizing.)

Fig. 2-7 Error Code is displayed in F.I.P. (Example)

http://cxema.ru

Error
Code

01 Cylinder Lock The cylinder does not rotate or Cylinder lock has

02 Capstan Lock FG signal does not existed in the Cassette down

03 Loading Lock Mechanism Lock has been detected during

04 Unloading Lock Mechanism Lock has been detected during

05 Reel FG NG Abnormal Reel FG has been detected during

07 Slot Motor Lock Slot motor lock has been detected during slot

09 Communication Error

(Sys-Timer)
11 Head Clogging Head clogging has been detected. Head cleaning
14 Mode error Cassette down position has been detected during

17 S-Reel Lock S-Reel Lock has been detected during normal

18 T-Reel Lock T-Reel Lock has been detected during normal

19 Fan Motor Lock Fan motor does not rotate after turning power ON. Fan motor
51 S-Photo Tr Adj. Error

Condition Description Remedy/Check

Check the Cylinder

been detected during normal rotation.

position (Eject-Rev.).

loading operation.

unloading operation.

loading/unloading operation.

in/out operation.
"SYSCON-TIMER" Communication error has
been detected.

unloading operation.

rotation.

rotation.

Adjustment Error.
(Adjustment error of S-Photo Transistor sensitivity
Adjustment.)

Cylinder Drive IC

Check the Capstan
Capstan Drive IC
Loading Post

Loading Post

Reel FG line

Slot Motor

Communication-line

Loading Motor Drive
Mode Switch
S-Reel

T-Reel

Re-adjustment is required.
(Tape End Sensor
Adjustment.)

(To be continued.)

Error
Code

52 T-Photo Tr Adj. Error

53 S/T-Photo Tr Adj. Error

Fig. 2-8 Error Code (Displayed in Service Mode 3, 4 and 5)

2.2.4. Emergency Tape Ejection

If the electric circuit defects and no Tape ejection can be made in regular way, try following methods.There are
two methods to achieve the emergency tape ejection.

Condition Description Remedy/Check

Adjustment Error.
(Adjustment error of T-Photo Transistor sensitivity
Adjustment.)

Adjustment Error.
(Adjustment error of S/T-Photo Transistor
sensitivity Adjustment.)

Re-adjustment is required.
(Tape Beg. Sensor
Adjustment.)

Re-adjustment is required.
(Tape End/Beg. Sensor
Adjustment.)

http://cxema.ru

1. Utilizing the Service Mode 7.

2. Utilizing the Extra DC power (batteries).

2.2.4.1. Utilizing the Service Mode 7

Procedures:

1. Remove the Top panel.
[Refer to the "Disassembly Procedures" section.]

2. Turn on the Service mode and select mode 7.
[Refer to the "Service Mode" section.]
In this mode, when the "STOP" button is pressed, loading motor rotates unloading direction.
Also when the "PLAY" button is pressed, loading motor rotates loading direction.
This action is effective only while either "STOP" or "PLAY" button is being pressed.

NOTE:

While loading/unloading operation, pay attention to the tape slack.

3. Press the "STOP" button until "7 02 00"(Cassette Down position) is displayed on the F.I.P. display.

Fig. 2-9

4. Be sure to confirm no tape slack and take up the tape slack by rotating Capstan with hand if necessarily.

5. Press the "STOP" button until "7 02 03"(Cassette Eject position) is displayed on the F.I.P. display.

Fig. 2-10

6. Take out the tape carefully.

2.2.4.2. Utilizing the Extra DC power (batteries)

Procedures:

1. Remove the Mechanism unit from the chassis.
[Refer to the "Disassembly Procedures" section.]

2. Remove the Digital C.B.A. from the Mechanism unit.

3. Remove the shield case of capstan unit.

4. Connect the Flexible card (VFK1530).

5. Supply the+B (4.5V) to VFK1530 to activate the unloading operation.

Loading.............Pin25,26 (+4.5V) Pin27,28 (GND)

Unloading.........Pin25,26 (GND) Pin27,28 (+4.5V)

In this case, stop supplying the power at just before the mechanism to be the unloading complete position (Tension post
is not retracted fully), otherwise, the tape slack can not be taken although capstan is rotated with hand.

6. Confirm that no tape slack and supply the power again to make full unloading position (Tension post is retracted fully).
Take up the tape slack by rotating Capstan with hand if necessarily.

7. Rotate the worm wheel with hand in counterclockwise, then take out the tape carefully.

Fig. 2-11

http://cxema.ru

Fig. 2-12

Fig. 2-13

2.3. OPERATING GUIDE

2.4. CAUTION FOR AC MAINS LEAD (FOR UK)

2.5. HOW TO REPLACE THE LITHIUM BATTERY

http://cxema.ru

2.5.1. Backup Battery B7901

This VTR equipped with the Backup Battery (B7901) to backup the following memorized data in the Timer
microprocessor (IC7501).

1. Setting condition of "VCR Functions"
OSD(AUTO/ON/OFF)
VCR display(ON/OFF/DIMMED)
Colour Mode(COLOUR/ B/W)
Comb filter (ON/OFF)
E-TBC (ON/OFF)
REC-DNR (LEVEL1/LEVEL2)
PB-DNR (LEVEL1/LEVEL2)
Remote (VCR1/VCR2/VCR3)

2. Setting condition of "Edit Functions"
Search with Sound (OFF/EDIT ONLY/ALWAYS ON)
Audio Mode(12bit/16bit)
One-Touch-Edit(OFF/ON)
Still Album(3-20seconds adjustable)

3. Clock& Date data

4. Self-Diagnosed Result Record (3 records)

2.5.2. Replacement Procedure

1. Remove the Top Panel and Mechanism unit with DIGITAL C.B.A.(VEP03F39A).(Refer to Disassembly Procedures).

2. Unsolder the Lithium Battery;B7901"CR2354-1GUF" and then replace it into new one.(See

Fig. B1)

Fig. B1

CAUTION:

The lithium battery is a critical component (Type No.: CR2354-1GUF Manufactured by Panasonic.) / It must never be
subjected to excessive heat or discharge. / It must therefore only be fitted in equipment designed specifically for its use. /
Replacementbatteries must be of the same type and manufacture. / They must be fitted in the same manner and location
as the original battery, with the correct polarity contacts observed. / Do not attempt to re-charge the old battery or re-use it
for any otherpurpose. / It should be disposed of in waste products destined for burial rather than incineration.

http://cxema.ru

3. ADJUSTMENT PROCEDURES

3.1. DISASSEMBLY/ ASSEMBLY PROCEDURES FOR CABINET PARTS,

C.B.A. AND MECHANISM UNIT

3.1.1. Disassemble Flow Chart for cabinet parts, C.B.A. and Mechanism Unit.

This flow chart indicates the disassembly steps the cabinet parts, C.B.A. and Mechanism Unit in order to
access to items to be serviced. When reinstalling, perform the steps in reverse order.

Fig. 3-1 Flow Chart

Fig. 3-2

http://cxema.ru

3.1.2. Assemble/ Disassemble Procedures (for cabinet parts, C.B.A. and Mechanism

Unit)

No. ITEM/PART FIGURE REMARKS

1 Top Panel

2 Front Panel

3 Analog Y/C

C.B.A.

4 Timer C.B.A

5 DV Jack

C.B.A.

6 Mechanism

Unit

7 Digital C.B.A.

Fig. D1 2-Screws (A)

3-Screws (B)

Fig. D2

Fig. D3

Fig. D3 6-Screws (F) / 5-Tabs

Fig. D4 1-Connector (f) (P7602)

Fig. D3 3-Flexible Cable (g)

Fig. D5

Fig. D6

5-Tabs (a)

Note1:

2-Locking Tabs (b)

(d) / 2-Flexible Cable (e)
/ (P7901, P7902)

1-Screw (G)

(FP3401, FP3402,
FP6201)
1-Screw (C)
2-Screws (D)
1-Connector (h) (P7601)

3-Flexible Cable (i)
(FP3203, P2501, P2502)
2-Screws (H)
2-Screws (I)
1-Flexible Cable (j)
(FP6003)
2-Connectors (k)
(P6001, P6002)

http://cxema.ru

No. ITEM/PART FIGURE REMARKS

8 Head Rec

Amp C.B.A.

9 Rear Panel

and Fan Motor

10 Main C.B.A.

Fig. D7 1-Screw (J)

2-Screws (K)
1-Flexible Cable (l)
(FP5001)

Fig. D3
Fig. D8

Fig. D3 3-Screws (E)

1-Connector (m)
(P1001)
1-Screw (L)
7-Screws (M)
2-Tabs (n)
2-Tabs (p)

1-Tabs (o)

Fig. D1

Fig. D2

Fig. D3

http://cxema.ru

NOTE 1

NOTE 2

http://cxema.ru

Fig. D4

Fig. D5

Fig. D6

http://cxema.ru

Fig. D7

Fig. D8

http://cxema.ru

3.1.3. Assemble/ Disassemble Procedures of Slot-in Unit

3.1.3.1. Disassemble Section

Before proceeding the disassembling of the Slot-in unit, remove the mechanism unit from the chassis and
remove the DIGITAL C.B.A. from the mechanism by referring the disassemble procedure describing in the
previous section.

No. ITEM/PART FIGURE REMARKS

11 SLOT-IN

UNIT/MOTOR
ANGLE/WORM
WHEEL

12

INTERMEDIATE
GEAR

13 SYNCHRO

-GEAR

14 OUTER SIDE

PLATE-T

15 SUB

RACK/T-MAIN
RACK

16

INTERMEDIATE
GEAR

17 GUARD

BLOCK /
SPINDLE
SHAFT (I)

Fig.
D9-1
Fig.
D9-2

Fig. D10

Fig. D11

Fig. D12

Fig. D13

Fig. D14

Fig. D15

2-Screws (N-1)
4-Screws (N-2)

1-Cut washer (q)

1-Hook (r)

4-Screws (O)

1-Cut washer (s)

Slide the guard block to
arrow direction.

http://cxema.ru

No. ITEM/PART FIGURE REMARKS

18 OUTER SIDE

PLATE-S

19 SUB

RACK/S-MAIN

RACK
20 TOP PLATE

21 SIDE PLATE

S& T/GUARD

PANEL /

CASSETTE

HOLDER

UNIT/FRONT

GUIDE/BLIND

LEVER

Fig. D16

Fig. D17

Fig. D18

Fig. D19

2-Screws (P)

2-Screws (Q)

Fig. D9-1

Fig. D9-2

http://cxema.ru

Fig. D10

Fig. D11

http://cxema.ru

Fig. D12

Fig. D13

http://cxema.ru

Fig. D14

Fig. D15

Fig. D16

http://cxema.ru

Fig. D17

Fig. D18

Fig. D19

http://cxema.ru

3.1.3.2. Assemble Section

No. ITEM/PART FIGURE REMARKS

22 FRONT

GUIDE/SIDE

PLATE-S
23 CASSETTE

HOLDER

UNIT/GUARD

PANEL
24 "No.22"

unit/"No.23"

unit

25 SIDE

PLATE-T/BLIND

LEVER
26 "No.24"

unit/"No.25"

unit

27 "No.26"

unit/TOP

PLATE

28 "No.27"

unit/S-MAIN

RACK

29 "No.28"

unit/SUB

RACK
30 "No.29"

unit/OUTER

SIDE

PLATE-S

Fig. D20

Fig. D21

Fig. D22 4-Pins

Fig. D23 1-Pin

Fig. D24 4-Pins

Fig. D25 2-Hook (w)

Fig.
D26
Fig.
D27
Fig. D28

Fig. D29

Fig. D30 2-Hook (y)

Hook (t)

Upper groove
Lower groove

1-Hole

Upper groove
Lower groove

-----------------------------------------­Hook (u)
Groove (v)

2-Groove (x)

-----------------------------------------­2-Screws (R)
Gear Phase Alignment

Gear Phase Alignment

2-Groove (z)

-----------------------------------------­2-Screws (S)

http://cxema.ru

No. ITEM/PART FIGURE REMARKS

31 "No.30"

unit/T-MAIN

RACK

32 "No.31"

unit/SUB

RACK
33 "No.32"

unit/OUTER

SIDE PLATE-T
34 "No.33"

unit/SPINDLE

SHAFT (I)
35 "No.34"

unit/SYNCHRO-GEAR

36 "No.35"

unit/INTERMEDIATE

GEAR
37 "No.36"

unit/GUARD

BLOCK
38 "No.37"

unit/MOTOR

ANGLE/WORM

WHEEL

Fig.
D31
Fig.
D32
Fig. D33

Fig. D34

Fig. D35

Fig. D36

Fig. D37 1-Hook (a1)

Fig. D38 2-Cut washer (a3)

Fig. D39

Fig. D40

Gear Phase Alignment

Gear Phase Alignment

4-Screws (T)

1-Groove(a2)

Gear Phase Alignment

4-Screws (U)

Fig. D20

Fig. D21

http://cxema.ru

Fig. D22

Fig. D23

Fig. D24

http://cxema.ru

Fig. D25

Fig. D26

http://cxema.ru

Fig. D27

Fig. D28

Fig. D29

http://cxema.ru

Fig. D30

Fig. D31

http://cxema.ru

Fig. D32

Fig. D33

Fig. D34

http://cxema.ru

Fig. D35

Fig. D36

Fig. D37

http://cxema.ru

Fig. D38

http://cxema.ru

Fig. D39

Fig. D40

3.2. MECHANICAL ADJUSTMENT

Adjustment procedures, Disassembly Procedures and Assembly Procedures for Mechanism Chassis are
separated volume from this Service Manual.
Please Refer to the Service Manual for DJ-Mechanism Chassis.(VMD9706005A8)

3.3. ELECTRICAL ADJUSTMENT

As for this model, PC-EVR(Tatsujin) system is adopted for all Electrical Adjustments.
In achieving each adjustment, consult description in PC-EVR software for this model.
(All adjustments data is stored in IC2004 (EEPROM)).
Adjustment items are listed in the following table.

http://cxema.ru

Circuit/Section Adjustment item Major Relative Components
ADJUST
MENT

OTHERS All Ave/Fix data Saving IC2004(EEPROM)

AV REC/PB RF EQ/ VITERBI Adjustment

REC/PB PG Shifter Adjustment

VIDEO REC/PB Video VCO Adjustment IC2004(EEPROM)

REC/PB E-E Y Level Adjustment 1 IC2004(EEPROM)
REC/PB E-E Y Level Adjustment 2 IC2004(EEPROM)
REC Video-In (Y Level) Adjustment IC2004(EEPROM)
REC Video-In (C Level) Adjustment IC2004(EEPROM)
PB Playback Y Level Adjustment IC2004(EEPROM)
PB Playback C Level Adjustment IC2004(EEPROM)
REC/PB Horizontal Screen Position

Adjustment
AUDIO Audio Level Meter Adjustment IC2004(EEPROM)
SYSTEM CONTROL Tape End/Beg. Sensor

Adjustment

All Ave/Fix data Overwriting IC2004(EEPROM)

Unit Unique ID Writing IC2004(EEPROM)

Function check -----

IC2004(EEPROM)
DD Cylinder, Capstan
Motor,Components on the Tape
Transportation

IC2004(EEPROM)
DD-CYLINER, Components on the
Tape Transportation

IC2004(EEPROM)

IC2004(EEPROM)

Fig. E1 Electrical Adjustment item list

3.3.1. How To Connect The PC-EVR.

Refer to the following figure to connect the VCR unit (NV-DV2000) and PC (Personnel Computer).
Before starting adjustment , confirm that all of the switch set to Normal Position.

No. Part No. Part Name Qty

1 VFK1317 30 Pin Flat card 2
2 VFK1395 232C(M3) I/F Cable 1
3 VFK1409 Measuring Board 1
4 VFK1410 EVR Connection Board 1

Fig. E2 Cable list for PC-EVR Adjustment

3.3.2. Measuring Equipment

1. OSCILLOSCOPE
(0.005-5V/Div. DC-More than 60MHz)

2. FREQUENCY COUNTER
(0 - 50MHz)

Fig. E3 Necessary connection for PC& the unit

http://cxema.ru

3.4. SERVICING FIXTURES& TOOLS

http://cxema.ru

4. ABBREVIATIONS

http://cxema.ru

http://cxema.ru

http://cxema.ru

http://cxema.ru

http://cxema.ru

5. INPUT/OUTPUT CHART

5.1. INPUT/OUTPUT CHART FOR IC7501 [Timer Microprocessor]

http://cxema.ru

http://cxema.ru

5.2. INPUT/OUTPUT CHART FOR IC6001 [SYSCON/SERVO

Microprocessor]

http://cxema.ru

http://cxema.ru

http://cxema.ru

5.3. INPUT/OUTPUT CHART FOR IC2001 [LSI Microprocessor]

http://cxema.ru

http://cxema.ru

http://cxema.ru

For your safety please read the following text carefully

This appliance is supplied with a moulded three pin mains plug
for your safety and convenience.
A 5 amp fuse is fitted in this plug.
Should the fuse need to be replaced please ensure that the
replacement fuse has a rating of 5 amps and that it is approved
by ASTA or BSI to BS 1362.
Check for the ASTA mark or the BSI mark on the body of
the fuse.

How to replace the Fuse

¡There are two types of the AC Mains Lead assembly:

A and B as shown below.

1Open the fuse compartment with a screwdriver.
2Replace the fuse and fuse cover.

TYPE A

If the plug contains a removable fuse cover you must ensure
that it is refitted when the fuse is replaced.
If you lose the fuse cover the plug must not be used until a
replacement cover is obtained.
A replacement fuse cover can be purchased from your local
Panasonic Dealer.

IF THE FITTED MOULDED PLUG IS UNSUITABLE
FOR THE SOCKET OUTLET IN YOUR HOME THEN
THE FUSE SHOULD BE REMOVED AND THE PLUG
CUT OFF AND DISPOSED OF SAFELY.
THERE IS A DANGER OF SEVERE ELECTRICAL
SHOCK IF THE CUT OFF PLUG IS INSERTED INTO
ANY 13 AMP SOCKET.

If a new plug is to be fitted please observe the wiring code as
shown below.
If in any doubt please consult a qualified electrician.

IMPORTANT

The wires in this mains lead are coloured in accordance with
the following code:

Blue: Neutral

Brown: Live
As the colours of the wires in the mains lead of this appliance
may not correspond with the coloured markings identifying the
terminals in your plug, proceed as follows:
The wire which is coloured BLUE must be connected to the
terminal in the plug which is marked with the letter N or
coloured BLACK.

12

TYPE B

12

The wire which is coloured BROWN must be connected to the
terminal in the plug which is marked with the letter L or coloured
RED.

Under no circumstance should either of these wires be
connected to the earth terminal of the three pin plug, marked
with the letter E or the Earth Symbol .

[ REF NO. 30000 SERIES ]

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

R18

Q2

R2

L2

C3

68u

18P

E

R1
820

R19
1K

4.8

1.4

2.1

1.4

D

C

B

0

Q5
2SB1218(AMP)

R29
1K

R301KL13

2.1

1.5

0

Q9
2SB1218 (AMP)

PS2

C SYNC
V PULSE
IIC DATA

IIC CLK

H BLK

GND (D)

DNR C OUT

GND (D)

DNR Y OUT

GND (D)
DNR C IN

GND (D)
DNR Y IN

YC REG 5V

HSS

V BLK

TO VIDEO SECTION
IN MAIN PP3502
( D-1 )

PS1
GND

COMB OFF (L)

YC REG 5V
C SEP OUT

GND

Y SEP OUT

I/O -5V

FSC

I/O 5V

GND

CPN C IN

CPN (L)
CPN Y IN

GND

CPS V IN

TO VIDEO SECTION
IN MAIN PP3501
( C-1 )

R21
220

C4
68P

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15

Q6
2SB1218
(AMP)

4.1

R20
100

C21
100PL95.6u

33u

C27
22P

LB4

LB5
LB6

L3
18u

L14
33u

C28
56P

LB4~6
VLP323A601T

A

1K

R3
1K

2.3

0

Q1
2SB1218(AMP)

R22
560

R24
33K

4.2

1.8

1.1

R23
240

R31
1K

C29
6V22

C30
22P

(A1)
(A2)

IC1

(A3)

MC14053BF

(A4)

(C/Y INPUT SELECT)

(A5)

(A6)

(A7)

(A8)

(A9)
(A10)
(A11)
(A12)

(A13)

2SB1218
(BUFFER)

R7

R5

33K

560

4.8

4.2

Q3

1.6

1.6

Q7
2SC3930
(BUFFER)

C22
6V22

R25
22K

R32
33K

R33
27K

0

VSS VEE INH

4.4 4.1 4.1 2.2 2.1 2.1 2.3 5.0

2SC3930
(AMP)

4.2

R4
180

1.1

R6
270

R26

C23

1100

22P

R35
560

2.0

L15
10u

C31
82P

R34
560

C2

0.1

-5.2

<0.2>

CBA

L10
33u

C5 0.1

1.8

4.1

1.3

R37
120

L

LH

R9

R8

1100

22K

L11
33u

C24
56P

4.8

4.1

2.3

Q10
2SC3930
(AMP)

R36
100

4 3 2 1

C

H

Y C VDD

1351261171089 14 15 16

L1
VLQ0319K330

C6
39P

L4
33u

Q8
2SC3930
(AMP)

R27
1k

L12
33u

C25

C26

56P

22P

Q11
2SB1218
(BUFFER)

2.3

Q12
2SB1218
(AMP)

2.300000

L

B

C7
33P

Q4
2SC3930
(AMP)

L5
39u

4.8

2.1

<2.6>

R38
1K

3.0

0

H

C1

0.1

4.8

2.0

<3.0>

2.8

<3.7>

R10
1K

R11
820

2.8<3.3>

R28
820

L17
VLP0319K
330

R44
5600

8 7

+V

1 2 3 41 2 3 4

4.5 0 0

R46

R51

100K

0

(A2) (A11) (A12)(A5)

VIDEO MAIN SIGNAL PATH IN REC MODE

C10

C8
6V100

C9

0.1

28 27 26 2552462372282192010191118121713161415

1 2 3 41234

3.3 0 0 0 0

TL1

L6
VLQ0319K
330

R45
22K

C38
1000P

X2
VSX1110

IC3
NJM2903M
(AMP)

65

2.9

R47
2700

D1
MA8027H

C32 0.01

R43
0

R95
470

0004.9

-V

C12
8200

2.8

<3.3>

VSS4

VDD4

VREF1

IC2
TC9090AF (3D IC INTERFACE)

VREFH

VSS1

ADIN

1.4

(1.5)

<1.9>

C33 50V0.47

C86
150P

R96
1M

C87
15P

C41

0.1

R48
390

C39

C40

0.1

6V47

0.01

R13

12K

C11 0.01

Y OUT

VDD1

1.44.8 4.8

C34 0.1

C35 16V10

L16
VLQ0319K
330

BIAS2

VREFL

D3
HVU17

R14 10K

C12 0.01

2.82.8

BIAS3

C OUT

BIASI

P/S

R39

C37 0.01

C36 0.01

47K

R97
100K

R98
33K

TL2

C89

0.1

C92

C93

0.1

0.1

C88

0.1

C100

0.1

16 15 14 1351261171089

VDD

IC4
TCHC4538AFEL (V PULSE MONO MULTI)

A

1 2 3 4

0 000 0

4.9 4.9 4.9

C43
470P

VR3
EVM7JSX30B54

H BLK

R15 10K

C13 0.01

C14 180P

1/2VDD

SDA

(TVSW1)

4.4 4.41.2

R40
3300

C90
470P

R63
0

B

R16 820

VFIL

SCL

(TVSW2)

C94

0.1

C16 120P

0

C15

0.01

C17
16V10

C18

0.1

00 0

CK IN

VDD2

RESET

(TVSW3)

TEST1

(VENH0)

00

QR1
UN5213

4.4

(COMP OFF L :OFF)

IC7
PST9142NR
(RESET)

R100
100K

4.94.94.9

L7
VLQ319K330L8VLQ319K330

C19
16V10

C20

0.1

4.84.84.8 2.32.33.4 1.91.6

VSS2

VSS3

VDD3

TEST2

(VENH1)

KILLER

PLLSEL

00.4

R42

0
R41
0

R17
0

000

3 2 1

SUB NC

GND

OUT

4.8 4.9

4 5

R101
150K

R99 1K

3

4.8

R109
0

IN

D2
MA142K

0000

VSS

LB2
VLP321A
300T

C57
6V22

R65
22K

1

2

R93
3300

R50
22K

R54
0

(A13)

(A6)

(A7) (A1) (A4)(A3)

LB7
VLP0321
A300T

C106
1u

(A8) (A15) (A16)

(A9) (A10) (A14)

C107
1u

C62

0.01

R64
33K

1.8

R66
560

4.2

1.1

R68
270

R74
33K

R75
22K

C63

0.1

LB1
VLP0321A300T

C84

0.1

C81 0.1

C82 0.1
C83 0.1

C97
6V100

Q15
2SB1218
(AMP)

4.2

Q14
2SC3930
(BUFFER)

R67
270

(2.0)
<1.7>

Q18
2SC3930
(BUFFER)

R55 0

C77 0.1

C78 0.1

C79 0.1

C80 0.1

R94
3300

C99

0.1

Q16
2SB1218
(AMP)

R76
560

1.8

R77
270

C56
6V47

C73

0.1

4.9

2.0

4.2
(0)

1.1

(2.6)

1.5(2.3)

1.5(2.3)

C85

0.1

C76

0.1

4.8

2.4

C61
50V1

C69

R80
10K

4.3
(2.3)
<2.5>

28 27 26 25 24 23 22 21 20 19 18 17 16 15

VDD

DIN4

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

0

0.1

(1.7)
<0>

(B11)

000000000

ADT2

ADT1

PST0

PST1

0.1

(B10) (B9) (B8) (B7)

2.6

2.5
(0)

2.9

(3.0)

<1.7>

<1.8>

<1.6>

DIN3

DIN2

DIN1

DIN5

DIN6

DIN7

0.1

0.1

00

(2.9)

(2.0)

<0>

<0>

(B12) (B13) (B14) (B1) (B2) (B18) (B17) (B16) (B15)

TL3

4.8

3.5(3.0)<3.2>

PWM

ADT0

RET0

POT7

D GND

PST2

PST3

PST4

PST5

PST6

L20
27u

C58
12P

R81
1K

R82
1K

2.5

0

4.9

0.9(1.3)<1.1>

1.1(2.3)<2.3>

VCXOVDD

A GND DA

0

1.6

2.2(3.1)

C98 0.1

R72
8200

R71
1K

C59
27P C60

Q21
2SD1819

(AMP)

R83
3300

C45
8P

L18
27u

C44
12P

IC8
MSM518221
(MEMORY)

C101

0.1

C91 0.01

4.9

0.8(1.2)

FS

DVDD

VCXOCK

(28) INV OUT
(29) INV IN
(30) VCXO GND

(51) C OUT
(52) AVDDDA
(53) VB1Y

Y OUT

AVSS

AVDD

000

4.8

R102 1K

R110
0

6V47

ADT7

D GND

BLNK

R103 1K

3.1

C46
12P

ADT6

PVPH

0

R111 0

Q17
2SD1819
(AMP)

4.8

2.5

ADT5

MOD0

MOD1

4.9

4.9

3.0

R79
10K

C64

0.01

R86
1K

C95
6V100

ADT4

IC6
TC90A11F
(3D Y/C SEP)

MOD2

R73
1K

(1.8)

ADT3

D GND

000000000

R69
1K

R70
820

2.6

2.0

0

4.9

4.2

Q19
2SB

1.9

1218
(AMP)

R78

1.9

270

Q20
2SB1218
(AMP)

0

2.3

30

4.8

4.8

3.4

1.4

1.3

4.9

1.4

2.4

3.4

3.3

1.6

2.4

29282726252423222120191817161514131211

VDD

31323334353637383940414244454647484950

0

VSS

0

LPH

0

FSC

0

AVSS
AVDD
CLAMP

0

A GND AD
V REF HY
A INY
V REF LY
BIAS
A VDD AD

43

V REF LC
A INC
V REF HC

0

A GND AD
VB2
VB1C
V REF

5152535455565758596061626364656667686970717273747576777879

3.5

4.9

LB3
VLP0321A300T

R84
1200

Q22
2SB1218

(2.5)

(AMP)

1.9

1.3

(1.8)

0

R88
1200

Q23
2SB1218
(AMP)

2.6

2.0

0

LB8
VLP0321A300T

(B19)

1.2

(1.1)

4.94.94.9

<0.9>

IE

NC

WE

DIN0

RSTW

SWCKNCREOEDOUT7

4.9

TL4

TL5

TL6

TL7

TL8

TL9

TL10

POT4

POT3

C SYNC

KILL

0

4.5

0(0.3)

R105 100

R106 100

R107 100

POT2

POT1

(1) WCK
(2) RSTW
(3) DVDD

(78) DVDD
(79) ATH
(80) RSTR

IICK

IIDT

4.2

R108 100

000000000

POT0

ACK

0

TL11

987654321

10

POT6

POT5

PST7

DOP

4.8

R104 10K

C67

R85

8P

1800

R90
4300

C71

R89

15P

10K

(B20) (B3) (B4) (B5) (B6)

2.9

1.4

2.0
(2.5)

(1.7)

(2.3)

00

<1.8>

<1.9>

<1.8>

RSTR

SRCK

DOUT0

DOUT1

DOUT6

0

1.3(1.1)<1.0>

D GND

FSC4

DVDD

0

TL13

MO0
MO1
MO2
MO3

MO4
MO5
MO6
MO7

RCK

0

DOUT5

1.9(2.3)<2.0>

MI0

1.8

MI1

2.2(2.5)<1.9>

MI2

3.3(1.6)<2.9>

MI3

2.5(2.8)<2.2>

2.4(2.8)<2.2>

3.1<2.6>

2.0(2.3)<3.9>

0
0

4.9

0.1(1.9)<0.4>

0.1(1.5)<0.4>

0.1(2.9)<0.4>

0.1(2.0)<0.4>
0(1.5)<0.1>

MI4

0(1.0)<0.1>

MI5

0(2.7)<0.1>

MI6

0(1.5)<0.1>

MI7

1.0

81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 10 0

80

0

(1.3)0(2.6)0(1.1)0(1.3)

4.9

4.9

L21
47u

C70
3P

L22
47u

3.3

(1.5)

<1.5>

DOUT2

DOUT4

TL12

R87
1200

C68
3P

R91
1K

C72
8P

DOUT3

VSS

01.1 4.9

(B1)

(B2)

(B3)
(B4)
(B5)
(B6)
(B7)
(B8)
(B9)

(B10)

C96

0.1

(B11)
(B12)
(B13)
(B14)
(B15)
(B16)
(B17)
(B18)
(B19)

(B20)

(A16)

(A15) (A14)

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

1

24

3

5

6789

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
AUDIO MAIN SIGNAL PATH IN REC MODE

(A1)
R4335
22K

E

V

A IN (L)

V

A IN (R)

V

SS ON (H)

C4311

0.1

04.9 0 0

16 15 14 13

8 7 6 5

1 2 3 4

1

2 3 4

000

R4315
12K

C4379
33P

C4317
12K

D

IF

D REG 5V

V

IF

GND (D)

IF

A REG 5V

V

AUDIO DATA

V

AUDIO CLOCK

V

AUDIO ST1

IF

PCM OUT (L)

V

AUDIO ST2

IF

PCM IN (R)

IF

PCM IN (L)

V

EE MON (H)

IF

MIX VV (L)

IF

METER (L)

IF

METER (R)

IF

LINE OUT (R)

IFVV

C

V

V
IF
IF
IF
IF

LINE OUT (L)

LCH (H)
RCH (H)

LCH (L)

RCH (R)

PCM OUT (R)

GND (A)

(A1)
(A2)
(A3)

(A4)
(A5)
(A6)
(A7)
(A8)

(A9)
(A10)
(A11)
(A12)
(A13)
(A14)
(A15)
(A16)

R4390
10K

R4305
10K

R4307
18K

C4371
33P

04.9 0 0

16 15 14 13

8 7 6 5

1 2 3 4

1 2 3 4

000

R4316
10K

R4319
100K

R4306
18K

C4378
33P

R4320
10K

R4321
100K

IC4305
NJM4558M

-5.0

C4319

0.1

C4309
33P

IC4302
NJM4558M

-5.0

C4372

0.1

C4304

0.1

C4335
50V2.2

C4325
50V2.2

R4328 200K

C4323
16V10

IC4308
M62409FP

R4325
200K

R4322
200K

C4316
16V10

IC4306
M62409FP

R4318
200K

C4324

0.068

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

VCC1

1/2VCC

AGND

1/2VCC

OUT

12345678910111213141516

0 3.9 0 03.9 3.9 3.9 3.9 3.9 3.9 3.9 3.9 7.9 0 4.9 4.9

C4327
6V47

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

VCC1

1/2VCC

AGND

1/2VCC

OUT

12345678910111213141516

0 3.9 0 03.9 3.9 3.9 3.9 3.9 3.9 3.9 3.9 7.9 0 4.9 4.9

C4320
6V47

TIM2

TIM1

TIM2

TIM1

C4331

0.068

C4322

0.068

ZERO2

ZERO1

ZERO2

ZERO1

LB2

LB1

C4318

0.068

LB2

LB1

C4340

C4343

50V2.2

16V10

HB2

HB1

C4341

C4336

50V2.2

C4329
50V2.2

C4330
50V2.2

C4344
16V10

C4332
16V10

C4333
16V10

50V2.2

HB2

HB1

C4326
50V2.2

C4348
16V10

5.000000 3.93.93.93.93.93.93.93.93.9 7.9

A0

A1

DGND

VCCSTCLOCK

C4350
16V10

C4337
16V10

5.005.0000 3.93.93.93.93.93.93.93.93.9 7.9

A0

A1

DGND

VCCSTCLOCK

C4334

0.1

C4349

0.1

VDO

DATA

C4339

0.1

VDO

DATA

C4351

0.1

C4346

0.1

C4342
16V10

(A3) (A6) (A7) (A8)(A5)

(A2)

R4312 100

R4310 100

R4308 100

(A4)

R4396 100

R4336
10K

C4353

0.1

R4347

R4345
22K

10K

C4345

0.1

R4343
22K

R4402
5600

16 15 14 13 12 11 10 9

VDD X2 X1 X X0 X3 A B

Y0 Y2 Y Y3 Y1 INH VEE VSS

1 2 3 4

000000 0

R4401
5600

R4332
22K

004.9 0000 0

5 6 7 8

-5.0

3.1

0

0

QR4303
UN5213(MIX VV L :OFF)

IC4310
NJM4558M

R4354
22K

R4405
5600

R4403
5600

Q4315

0

2SD1819
(SS H :ON)

00

C4355

0.1

IC4309
MC14052BF

C4384

0.039

IC4311
NJM4558M

8 7 6 5

1

000

R4351
3900

C4381
33P

0

Q4314
2SD1819

0

(SS H :ON)

0

C4356

0.1

0 0 0 -5.0

R4357
36K

C4374
33P

C4406
5600

R4353
3900

C4380
33P

04.9 0 0

2 3 4

-5.0

C4352
10K

C4385

0.039

R4360

R4373
33P

04.9 0 0

8 7 6 5

1 2 3 4

R4359

10K

36K

R4356
10K

R4407
5600

R4367
10K

C4360

C4358

0.1

0.1

(A9)

(A11)

(A10) (A12)

R4359

0.1

IC4313
MC14052BF

C4362

0.1

R4388
10K

R4373
51K

5 6 7 8

R4355
22K

R4323
47K

R4324
47K

5 6 7 8

004.9 0000 0

-5.0

C4364

0.1

-5.0

16 15 14 13 12 11 10 9

VDD X2

X1 X X0X3A B

Y0 Y2 Y Y3 Y1 INH VEE VSS

1 2 3 4

000000 0

R4369
51K

04.9 4.94.90000

16 15 14 13 12 11 10 9

VDD X2 X1 X X0 X3 A B

Y0 Y2 Y Y3 Y1 INH VEE VSS

1 2 3 4

000000 0

(A13) (A15) (A16)

(A14)

4.9

QR4304
UN5213
(R CH L :OFF)

0

4.9

QR4305
UN5213
(L CH L :OFF)

IC4314
MC14052BF

C4368

0.1

0

0

0

R4385
100

R4381
100

05.0 0 0

-5.0

R4382
0

IC4315
NJM4558M

C4367

0.1

R4374
100

0

0

Q4310
2SD1819

0

R4386
1K

R4389
4700

IF

A MUT (H)

IF

UNREG 6V

IF

-8V

IF

8V

IF

B

REG 12V

IC4316
UPC1093J

2.4 0 8.5

A

: TO POWER SECTION IN MAIN

P

: TO VIDEO SECTION IN MAIN

V

: TO RF I/F SECTION IN MAIN

IF

1

R4397
0

C4321

0.01

IC4303
UPC78L05J

OUT GND IN

4.9 0 7.6

C4308

C4310

0.1

0.1

C4313

R4311

16V10

C4307
6V220

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

1K

R4302
390

R4303
4700

Q4301
2SD1468
(REG)

8.5

R4301
10K

C4302
10V100

12.0

7.9

C4303

0.01

3

R4398
1K

ACR

24

C4306

0.1

IC4301
NJM79L05A

GND IN OUT

231 231

0 -7.5 -5.0

C4305
6V220

C4314

R43141KC4317

33P

C4313
18K

07.6 0 0

8 7 6 5

1 2 3 4

000

R4309
18K

C4312
33P

-7.5

5

16V10

IC4304
NJM4558M

C4315

0.1

C4352
16V100

R4348
680

D4302
MA153

3

21

QR4301
UN5119
(MUTE)

5.7 0

C4354
50V1

R4349
680

R4350
120K

5.7

5.7

0

0

QR4302
UN5212
(MUTE)

R4372
220

R4370
220

0

0

6789

R4366
10K

05.0 0

8 7 6 5

1 2 3 4

000

R4363
10K

R4364
10K

Q4305
2SD1819

0

R4368
1K

C4365
16V10

0

0

0

-5.0

C4361

0.1

Q4306
2SD1819

0

R4371
1K

IC4312
NJM4558M

C4366
16V10

0

0

R4377
10K

C4357

0.1

Q4307
2SD1819

0

R4375
1K

0

0

C4363

0.1

R4379
100

Q4308
2SD1819

0

R4387
4700

R4380
1K

8 7 6 5

1 2 3 4

000

R4376
0

Q4309

0

2SD1819

0

0

R4384
1K

(MUTE) (MUTE) (MUTE) (MUTE) (MUTE) (MUTE)

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

IC6001

(SYSCON SERVO MICON)

CAPSTAN
UNIT

T -PHOT O Tr .

SOLENOID

LOADING MOTOR

MIC & S-TAB SW

[ BOTTOM SIDE VIEW ]

S1501

S1502

(CASSETTE DOWN)

(SAFETY TAB)

M

HEAD AMP

T-REEL
SENSOR

S-REEL SENSOR

P1502

3

P1502

1

P6001

3

P6001

1

FP6003

2

FP6003

7

FP6003

FP6003

30

FP6003

12

FP6003

25,26

FP6003

27,28

PHOTO LED

20

MODE
SW

(LOADING MOTOR DRIVE)

1

7

LOADING MOTOR

S-PHOTO Tr.

DETECTION SW

IC2501

CONTROL
CIRCUIT

P.OFF(L)

(TO POWER CONTROL CIRCUIT)

2KEY 1

1KEY 2

84KEY 3

P2501

P2501

P2502

FG1

FG2

P2501

3

7

P2501

1
2
5
6
8
9

P2502

22

5

3

1

S4801-4805,
S7503-7514

FG

PG

L (11.2um)

CYL

M

CAP

M

FG

R (11.2um)

19

20

18

QR1001,
QR1006,1007

P7501

8

P7501

7

P7501

9

Q7502,

QR7502

QR7501

YFGIN

YPGIN

YM3

YM1

H1+

CM3

CFG IN

CFG OUT

Q7501,

2

64

15

17

39

30

4

3

IC7501

(TIMER MICON)

59 S.CLK

60 S.DATA OUT

61 S.DATA IN

FP6002

51P.OFF(L)

81S.CLK

82S.DATA OUT

83S .DATA I N

28 OPEN

15CYL.ON(L)

29 CLOSE

30 DOWN

31 S.TAB

Q6001Q6002

4

5

32 SEN.LED

S.PHOTO

T.PHOTO

33 M.LOAD

34 M.UNLOAD

54CYL.FG

92CYL.ET

96DRV CLK

16CAP T.LIM

17CAP R/S/F

93CAP ET

IC3201

(EDA)

HID

57

TSR TSR

56

HIDI

93

97

CYL FG

CYL PG

ATF

DT0

DT15

48

103

120

1

FP6002

4

FP6002

14

FP6002

15

FP6201

40

FP6201

33

FP6201

23

FP6201

22

IC2503

(CYL/CAP DRIVE)

5 YSTB

60 YFG

7 YEC

55 YCLK

46 CTL

49 CRFS

48 CEC

59 YPG

P7902

P7902

P7902

S.REEL
SENSOR

T.REEL
SENSOR

SLOT-IN MOTOR

4

4

IC6002

(MOTOR DRIVE)

P6002

SW+3V

P1501

1

1

P15012P6002

2

FP6003

14

FP6003

15

M

23

1

23

1

24

CONTROL
CIRCUIT

15

IC6003

(T./S. REEL DRIVE)

2

6

6

8

1

7

36 S.LOAD

37 S.UNLOAD

59 T.REEL

60 S.REEL

CPU DATA OUT

73CPU CLK

75CPU DATA IN

74

55CAP FG

64FRP

IC2001

(LSI MICON)

73 CPU CLK

74 CPU DATA OUT

75 CPU DATA IN

IC2502

4

HID

57

DT15

139
154

DT0

IC2504

(FG AMP)

7

2

1

1

6

IC2505

(FG AMP)

2

7

IC3203

(EQ IC)

9

6

IC5001

(H.AMP)

2

57

IC3001

(DV I/O)

58

FRP

P.B.SIGNAL
FROM CYLINDER

IC7501
(TIMER u-com)

IC6001
(SYSCON/SERVO u-com)

MAIN DATA / CLOCK TRANSMISSION

IC2001
(LSI u-com)

IC2004
(EEPROM)

SK

2

DO

DI

3

CS

1

4

IC2002
(DAC)

OSD CLK

62

D.OUT

64

S.CLK

S.DATA IN

S.DATA OUT

OSD

OSD CS

ON(H)

73

54

IC3606
(EDIT/OSD u-com)

IC3001

59

60

61

QR6020

81

S.CLK

82

S.DATA OUT

83

S.DATA IN

E.OSD

CLK

77

22

D.OUT

78

23

S.IN24CSCLK

CPU CLK

CPU D.OUT

CPU D.IN

CS
79

E.OSD

ON(L)

80

73

74

75

IC4701
(AY-u-com)

CPU CLK

73

75

CPU D.IN

74

CPU D.OUT

YC

CLK

77

64
YC

CLK

L YC

D.OUT

CYLINDER & CAPSTAN SERVO

YC
SBI

EE.CLK 99

EE.DI

100

EE.DO

103

EE.CS

104

106

DAC LD

69

com CLK

71

com D.IN

com RST

YC
CS

35

38

REM

CS

70

68

com D.OUT

L YC
D.IN

78

79

62

63

YC

SBO

CLK2

DI

1

LD3

IC2005
(com-u-com)

M.SCK

76

80

M.SDO

79

M.SDI

7

RST

DV-IN

A NA.Y-IN

INF

MCVS

REC.

V-Sync

COMPARISON

REFERENCE

COMPARISON

During Editing, Frame Servo is applied for Capstan Servo.

NOTE:

*

P.B.

25Hz

SPEED

ALL MODE

ROM DATACYLINDER REFERENCE

FG

ALL MODECAPSTAN

ROM DATA

FG

IC2001

V-PLL

PHASE

IC3005

VCO

(18MHz)

18MHz

IC3001 IC3003 IC3201

COUNT

DOWN

(25Hz)

FRP

COUNT
DOWN

SSP

(300Hz)

IC3201/IC2001

PHASE

REC/PB CUE/REV

TSR ROM

DATA

HID

PB REC/CUE/

REV/SLOW

ROM DATA

ATF INTERNAL

EFERENCE

FRP (25Hz)

COUNT

DOWN

REC./CUE/
REV/SLOW

IC6001

Over than

X1 tape speed

TSR(150Hz)

Less than

X1 tape speed

HID-3
HID-2
HID-1

AFT

AFT

(TRE)

P.B.

INT.REF.

ROM

ENVE

(Pilot f0-f2)

ROM Data

ROM CYL

FG-Pulse

TSR/ROM

IC3201

HID

GENERATOR

IC6001

ROM Data

ROM

FG-Pulse

ROM Data

ROM

(TRP0-3)

HID-1

(150Hz)

AFT

(TRE)

ENVE

FRP

SPEED

CYL

PHASE

CAP

SPEED

CAP

PHASE

FRAME
SERVO

(Other than Dubbing

(Copying)/Assemble.)

IC2503

CYL-ET

FG-Pulse (Normal P.B.:600Hz)

PG-Pulse (Normal P.B.:150Hz)

ENVE.OUT(TRP0-3/PILOT f0-f2)

CAP-ET

Normal

(Other than left)

EDIT

(Normal P.B.:1,760Hz)

CYL

DRIVE

IC2503

CAP

DRIVE

FG-Pulse

CYLINDER

MOTOR

CAPSTAN

MOTOR

FG1

FG2

(Normal P.B.:880Hz)

FG MIX

IC2502

7 8

FRONT

Í / I

¥

DV 2



AV4
IN

S-VIDEO

REAR

NORMAL

DV SELECT

2

VIDEO MAIN SIGNAL PATH IN REC MODE VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

AUDIO

STEREO

OUT

SERECT

EJECT

<

EDIT 8mm

1

2

VIDEO

L/MONO– AUDIO – R

RECORDER

PLAYER

PRINTER/
D.STILL PICTURE

EDIT CONTROL

PASSIVE

8mm

EDIT

DV

MIXING EDIT

SP/LP TBC 3D DNR PRINT

REW STOP

AUDIO REC LEVEL

010

S-VIDEO

STEREO1 STEREO2

VIDEO

STEREO1

AUDIO MIX

PLAY

100

STILL
ALBUM

INPUT SELECT

L– AUDIO – R

FF PAUSE

¥

REC/OTR

AV4
OUT

CPS-IN
(VIDEO)

IC3903 (VIDEO INPUT SELECT)

AV1-4

IC3002 (Y/C SEPA)

Y/C
SEPA

Y

C

9 10

Y

C

S-VIDEO OUT

AV1(TV

AV2(EXT

)

)

11 1

MONITOR OUT

R AUDIO L

VIDEO S-VIDEO

AV3 IN

6 5

CPN-IN
(S-VIDEO)

AC INT

SECTEUR

T

DIGITAL STILL

¥

DV1

PICTURE OUT

AV1-4Y

AV1-4C

IC3607 (S-VIDEO INPUT SELECT)

4 3

IC3001 (INPUT SEPA)

Y

C

IC3603 (EE/VV SELECT) IC30006 (3D-DNR) IC3601 (SELECTOR)

Y

C

P.B-Y

P.B-C

DV REC PB
PROCESS

DNR

Y

C

IC30008 (2MBF.MEMORY)

MEMORY

REC-Y

REC-C

IC3606 (EDIT/OSD) IC3610 (SELECTOR)

Y

(EDIT/OSD)

C

Y

C

Y

Y/C

C

4

1

2

5

6

8

3

7

9

10

AV3 V OUT

AV 1
NORMAL/

S-VIDEO

AV 2
NORMAL

AV 3 SV OUT
MONITOR OUT

AV 3 V OUT
MONITOR

AV 4 V IN

AV3 SV IN

AV4 SV IN

AV4 SV OUT

AV4 V OUT

AV3 VIDEO IN

JK3906

20

19

15

JK3901

JK3902

20

19

15

S OUT

JK3903

3 4

VIDEO OUT

JK3904

AV4 V IN

JK4851

JK3905

3 4

S IN
JK4852

3 4

S OUT
JK4853

3 4

JK4854

V IN

V OUT (Y.OUT)

C. OUT

V. IN

V. OUT

C

Y

C

Y

C

Y

C

Y

NORMAL

11

S-VIDEO
OUT SW

S3901

S-VIDEO NORMAL

Q3904,3905

Q3902,3903

Q3902 (AV2 OUT)

(H)

15

(L)

IC3901
(AV1 OUT)

(H)

15

(L)

1

2

11

10

9

1

2

11

10

9

IC7501
52 AV2 OUT

IC7501
51 TV (H)

PS3902 PP3402

19 19

PS3902 PP3402

17 13

PS3902 PP3402

13 17

PS3902 PP3402

15 15

P7502 P7901

27 6

PS3901 PP3401

18 18

PS3901 PP3401

16 16

P7502 P7901

29 4

P7502 P7901

31 2

P7501 P7902

21 6

P7501 P7902

20 7

P7501 P7902

23 4

IC3903 (VIDEO IN)

12

13

14

15

SW

AV4 V IN

AV3 S-C IN

AV3 S-Y IN

AV4 S-C IN

AV4 S-Y IN

CPN 2C OUT

CPN 2Y OUT

CPS 2V OUT

10

11

3

9

FRONT (H)

QR6202

QR6203

Q3907

IC3602 (AGC)

PS3901 PP3401

20 20

V IN

9

7

CLAMP

IC6001 45 A2 (L)

IC6001 44 A1 (L)

IC3607 (SELECTOR)

13

12

1

2

3

5

14

15

4

SELA

11

10

B/P (H)

9

C OUT
Y OUT
Y+C OUT

QR6203

IC6001
44 A1 (L)

IC7501
12 B/W (H)

IC3601 (SELECTOR)

3

Q3605

4

5

AV1-PIN 10

15

(H)

1

AV2-PIN 10

2

(L)

Q3606

IC7501 71
(QLINK ON H )

12

13

14

10

B

11

A

9

C

Q3610,3611 Q3617,3620,3622

11

12

14

Q3613,3614

Q3607

Q3623

IC4701
(AY-IN COM)

IIC CLK

IIC DATA

IC3603
(SELECTOR)

5

3

12

13

IC3606
(EDIT OSD CONTROLER)

C IN

2 27

1

Y IN

3 26

V IN

Q3608,3609

7

6

Q3604

4

Q3603

14

Y OUT

C OUT

PP3501 PS30001

PP3501 PS30001

PP3502

PP3502

Q3616,3618

Q3612,3615

15 15

13 13

PP3501

PS30001PP3501

PP3501

PS30002

4

PS30002

3

PP3502

PP3502

PP3502

PP3502

IC30002

Q30009-30012

CPS V IN

IC30001
(C/Y INPUT SELECTOR)

CPN Y IN

Y SEP OUT

6

CPN C IN

1111

C SEP OUT

4

4

3

DNR C IN

10

DNR Y IN

12

DNR Y OUT

8

DNR C OUT

6

IC3610
(IN/OUT SELECTOR)

1 14

3

11

12

Y IN

OSD Y IN

OSD C IN

C IN

CPN C OUT

CPN Y OUT

12 13

14

2

15

3

5

IC30006
(3D DIGITAL NOISE
REDUCTION)

75

IIC CLK

76

IIC DATA

45

A IN C

A IN Y

40

16

Y+C OUT

19

Q30005,30008

1

4

Q30004

100

MI 0

MI 17

82

51

C OUT

Y OUT

35

Q30001
Q30003

(DIGITAL Y/C SEPARA TOR)

3 AD IN

Y OUT

25

C OUT

23

IC30008
(2M BIT FIELD MEMORY)

Q3626

Q3625

Q3627

MEMORY

CPM 2C OUT

CPS 2V OUT

CPM 2Y OUT

VIDEO MAIN SIGNAL PATH IN REC MODE VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

FP3401 FP3201 Y

6 31

FP3401 FP3201

8 29

35

46

Q3002 Q3001

FP3401 FP3201

10 27

FP3401 FP3201

12 25

Q3005,
3006

X3152

IC4201

(OP-AMP)

6PCM IN (R) 7

9 8PCM IN (L)

IC4210
(OP-AMP)

7PCM OUT (R) 6

1 2PCM OUT (L)

IC3004(AV-I/F)

Y

C

IC3004
(AV I/F)

Y

IN

OUT

C

C

IN

OUT

Q3004

IC3153,3154

IC2004
(EEPROM)

IC3001(DVIO) IC3002

Y

Y IN

C IN

Y OUT

C OUT

X IN

X OUT

A/D.

C

CONV

Y

D/A.

C

CONV

CLK 18M1

CLK 18/8M

CLK 18M2

CLK 450K

CLK 18 IN

27MHz

Y/C
MULTI­PLEX.

68

DATA

IN/OUT

(8bit)

75

64 21

61

62

63

33

55

STP1

57

SDIO

56

SCLK

AV
I/F

IC3001
(DV I/O)

157

23

165

8

3

8

46

47

2

SK EE CLK

4

DO

3

DI

1

CS

(Shuffling Memory)

DV
TERMINAL

TO/FROM
AUDIO
SECTION

46
44
43
41
80
82
83
85

58

25

3

5

26

27

108

107

81

83

82

99

100

103

104

5Mb
MEMORY

IC4501
(PCM-AUDIO)

IC3002
(SHUFFLE MEMORY)

LBS
DATA
IN/OUT
(8bit)

SOC

SIC

IC3005
(VCO)

CLK 18

IC4501
(AUDIO I/F)

A IN R

A IN L

A OUT L

A OUT R

IC2001
(LSI MICON)

DCS STP2

DC STP1

DCS CLK

DCS DI

DCS DO

EE DI

EE DO

EE CS

LBS

DATA

IN/OUT

(8bit)

ADDRESS

IN

(8bit)

FS CLK
FS SEL 0
FS SEL 1

M CLK

LR CLK

S CLK

SDT 0

SDT 1

ADDRESS

COM CLK

COM DATA OUT

COM DATA IN

46
39
40

15

11

12

14

13

(15bit)

IC3003 (CAS) IC3201 (EDA)

DCT

Shuff.
MEMO.
CTL

IC3701
(DI/F)

35 12
33
32
30
91
93
94
96
97
98

1

9
67
79

154

DATA

139

69

70

71

IC3003
(CAS)

9

7

4

37

ADDRESS
IN
(18bit)

18

SHM225

1

CLK18

16

65

VCOI

68

FS0

67

FS1

79

SDIO

80

SCLK

78

STP2

95

DO MCK

94

DO LRCK

96

DO BCK

86

AI DAT

93

DO DATA

LBS
DATA
IN/OUT
(8bit)

VLC

IC3202
(EDA.M)

50

LBS

DATA

IN/OUT

(4bit)

47

ECC

EDA
MEMORY
(4M)

Desuf.
MEMORY
CTL

24-25
CONV.

151

154

103

120

MODU

VITERBI

(VITERBI-A/D)

IC3201
(EDA)

(REC DATA)

DATA
IN/OUT
(4bit)

ADDRESS
DATA
(15bit)

PB DATA IN

3

CLK 18M

2

CLK 450K

ATF 1

48

IC3202
(ECC MEMORY)

IC2005
(PC I/F)

76

M SCK

79

M SDI

80

M SDO

IC3204

HSE

REC CLK

REF CLK

PB CLK

PB DATA
(41.85M)

LSB

DATA IN

OUT

(15bit)

LSB

ADDRESS

OUT

(9bit)

LSB

ADDRESS

IN/OUT

(9bit)

LSB

DATA IN

IN/OUT

(15bit)

UART I

uART O

IC3203 (EQ)

A/D
CONV.

59

56

74

53

52

62

68
40

25
18

10

18

28

2

10
35

43

50

51

IC5001 (H.AMP)

TO RS-232C

CYLINDER

REC ONLY

PB ONLY

BOTH

IC3202
(EQ)

31 41.85M(REC)

41.85M/72

11

35

33

53 58

36

CLK

9

IC3701
(DIGITAL I/F)

130

DATA IN
(4bit)

133

102

ADDRESS
DATA
(15bit)

120

142

CLK 18M

VCO

LATCH

AGC IN
REF-EQ

LPF

TFIL

HD

ATF

BPF

ATF1

69

TPB-

70

TPB+

71

TPA-

72

TPA+

IC5001

FP3203 FP5002

13 12

62

17

18

59

2

4

5

FP3203 FP5002

16 9

FP3202 FP5002

14 11

7 29

64

57

HSE

AGC OUT
(PB DATA)

ATF OUT

AR 1
OUT

AR 2
OUT

HA 2

HA 1

PB H1

PB H2

MON 2

MON 1

31

36

IN

24

IN

Q5005

28

32

Q5006

34

IN

26

IN

(HR AMP)

RA 1 OUT

RA 2 OUT

Q5003

Q5002

FP5001

5

6

M CYL

7

4

IC3205 (GATE)

2

IC3204
(VITERBI A/D)

7

10

19

LBS
DATA
OUT
(7bit)

11

TO DV
TERMINAL

4

TO EVR

A/D

ANALOG Y/C C.B.A.

Transistor
Q30001 B-2 (C)
Q30002 B-2 (C)
Q30003 B-1 (C)
Q30004 D-3 (F)
Q30005 C-3 (F)
Q30006 C-3 (F)
Q30007 B-2 (C)
Q30008 D-3 (F)
Q30009 A-2 (C)
Q30010 A-2 (C)
Q30011 A-2 (C)
Q30012 A-2 (C)

D

C

Q30014 A-4 (C)
Q30015 C-1 (F)
Q30016 C-1 (F)
Q30017 C-2 (F)
Q30018 A-3 (C)
Q30019 A-3 (C)
Q30020 C-2 (F)
Q30021 C-2 (F)
Q30022 C-2 (F)
Q30023 A-3 (C)

Transistor & Resistor

QR30001 B-2 (C)

Integrated Circuit
IC30001 A-2 (C)
IC30002 D-3 (F)
IC30003 A-2 (C)
IC30004 B-2 (C)
IC30006 D-2 (F)
IC30007 B-4 (C)
IC30008 B-3 (C)

(FOIL SIDE)

B

A

Test Land
TL30001 D-3 (F)
TL30002 B-3 (C)
TL30003 B-3 (C)
TL30004 B-3 (C)
TL30005 B-3 (C)
TL30006 B-3 (C)
TL30007 B-3 (C)
TL30008 B-3 (C)
TL30009 D-2 (F)
TL30010 D-2 (F)
TL30011 D-2 (F)
TL30012 D-2 (F)
TL30013 D-2 (F)

Test Point

TP30001 B-2 (C)
TP30004 B-2 (C)
TP30005 A-2 (C)

Adjstment

VR30001 C-3 (F)
VR30003 C-3 (F)

Connector

PS30001 A-2 (C)
PS30002 A-3 (C)

ADDRESS INFORMATION
(C) : COMPONENT SIDE
(F) : FOIL SIDE

(COMPONENT SIDE)

1

2

3

Transistor Transistor & Resistor
Q2501 C-3 (F) QR2001 C-2 (F) QR6015 A-7 (C) IC2506 C-3 (F) IC4210 B-6 (C) TL6002 B-7 (C)
Q2502 C-3 (F) QR2002 C-2 (F) QR6016 A-7 (C) IC2507 C-3 (F) IC4501 B-6 (C) TL6003 B-7 (C)
Q2503 A-6 (C) QR2003 B-1 (F) QR6017 A-7 (C) IC2508 A-2 (F) IC6001 B-7 (C) TL6006 B-7 (C)
Q2504 A-6 (C) QR2501 A-6 (C) QR6019 A-7 (C) IC3001 B-4 (F) IC6002 A-2 (F) TL6007 B-7 (C)
Q3001 B-4 (F) QR2502 A-6 (C) QR6020 B-3 (F) IC3002 B-3 (F) IC6003 A-8 (C) TL6009 B-6 (C)
Q3002 B-4 (F) QR3001 C-6 (C) QR6021 A-3 (F) IC3003 B-3 (F) IC6004 A-8 (C) TL6010 B-6 (C)
Q3003 C-4 (F) QR3151 B-3 (F) QR6022 A-2 (F) IC3004 C-6 (C) IC6005 A-8 (C)
Q3004 B-4 (F) QR3152 B-3 (F) QR6023 A-7 (C) IC3005 C-3 (F)
Q3005 B-3 (F) QR3201 B-9 (C) QR6024 A-3 (F) IC3006 C-4 (F) FP3201 C-5 (F)
Q3006 B-4 (F) QR6001 A-2 (F) QR6025 A-3 (F) IC3007 C-4 (F) TL3002 B-7 (C) FP3202 B-5 (F)
Q3007 C-4 (F) QR6002 A-2 (F) IC3008 B-7 (C) TL3004 B-7 (C) FP3203 C-2 (F)
Q3151 B-3 (F) QR6003 A-2 (F) IC3009 C-4 (F) TL3006 B-8 (C) FP6002 A-5 (F)
Q3152 B-3 (F) QR6004 A-1 (F) IC2001 B-2 (F) IC3010 C-4 (F) TL3014 C-7 (C) FP6003 A-9 (C)
Q3201 B-9 (C) QR6005 A-1 (F) IC2002 B-1 (F) IC3011 C-6 (C) TL3020 B-4 (F) P2501 C-3 (F)
Q3202 B-9 (C) QR6006 B-7 (C) IC2003 C-2 (F) IC3012 C-5 (C) TL3024 B-4 (F) P2502 C-3 (F)
Q3203 B-8 (C) QR6007 B-7 (C) IC2004 B-1 (F) IC3153 B-3 (F) TL3026 C-6 (C) P3701 C-1 (F)
Q3204 B-9 (C) QR6008 B-7 (C) IC2005 B-2 (F) IC3154 B-3 (F) TL3027 C-6 (C) P6001 B-9 (C)
Q6001 A-2 (F) QR6009 B-7 (C) IC2006 A-1 (F) IC3201 B-8 (C) TL3028 C-6 (C) P6002 A-7 (C)
Q6002 A-2 (F) QR6010 B-3 (F) IC2501 A-2 (F) IC3202 A-8 (C) TL3201 B-9 (C) PS6001 C-4 (F)
Q6003 A-4 (F) QR6011 A-7 (C) IC2502 C-3 (F) IC3203 B-9 (C) TL3202 B-9 (C)
Q6004 A-3 (F) QR6012 A-3 (F) IC2503 C-7 (C) IC3204 B-8 (C) TL3207 B-8 (C)

QR6013 A-8 (C) IC2504 C-8 (C) IC3205 B-9 (C) TL3208 B-8 (C)
ADDRESS INFORMATION
(C) : COMPONENT SIDE
(F) : FOIL SIDE

QR6014 A-8 (C) IC2505 C-2 (F) IC3701 C-9 (C) TL6001 A-7 (C)

Integrated Circuit

DIGITAL C.B.A.

Connector

Test Land

C

B

A

(FOIL SIDE)

1

24

3

5

6789

(COMPONENT SIDE)

123456

JK7651

24

67

13

58

P7651

C5029

R5026

R5024

C5030

C5032

C5034

R5021

50

C5028

C5038

C5033

R5028

C5031

C5037

MR4

C5001

R5020

49

64

C5002

R5019

55

60

L5005

1

C5027

C5039

R5003

C5007

C5026

5

R5002

C5040

R5018

C5025

IC5001

C5004

R5004

R5005
R5025

10

Q5003

E

C

C5010

C5024

R5017

CKA7 CKA6

B

L5002

C5023

L5003

3335404548

32
30

25

C5019

C5014

20

17

15

16

MR1

L5007

C5036

R5015

R5014

R5016

Q5006

B

E

C5021

C5020

CKA5

Q5005

B

C5013

C5015

C5035

C

MR2

8

5

1

MR3

CKA2

R5010

CKA1

R5013

R5012

C5016

FP5001

C5018
C5017

C

B

CKA3

CKA4

Q5002

E

C

E

R5029

INPUT/OUTPUT C.B.A.

Transistor
Q3901 A-3 TP3002 B-2
Q3902 A-3 TP3021 B-2
Q3903 A-3 TP3030 B-2
Q3904 A-3 TP3031 B-1
Q3905 A-3 TP3032 B-1
Q3907 A-4 TP3901 B-2
Q3908 B-4
Q3909 B-4

Transistor & Resistor
QR3901 A-2 PS3903 A-3
QR3902 B-4
QR3903 C-1

Integrated Circuit
IC3901 B-2
IC3902 A-2
IC3903 A-4

ADDRESS INFORMATION

Test Point

Connector
PS3901 A-2
PS3902 A-3

C

B

(FOIL SIDE)

A

(COMPONENT SIDE)

1

2 4

3

MAIN C.B.A.

CAUTION

THE MARK INDICATES THE PRIMARY CIRCUIT TO
DISTINGUISH THE PRIMARY FROM THE SECONDARY CIRCUIT.
PAY ATTENTION NOT TO RECEIVE AN ELECTRIC SHOCK

E

DURING REPAIR AND SERVICE OF THE PRODUCTS.

HOT

D

C

B

(FOIL SIDE)

Transistor
Q1006 B-6
Q1009 C-3
Q1010 A-6
Q1011 A-6
Q3601 D-4
Q3605 D-4
Q3610 C-4
Q3611 C-4
Q3612 D-4
Q3615 D-4
Q3616 D-4
Q3618 D-4
Q3624 C-5
Q4004 C-6
Q4305 B-7
Q4306 B-7
Q4307 B-7
Q4308 B-7
Q4309 B-7
Q4310 B-8
Q4315 B-8

Transistor & Resistor

QR1002 B-6
QR1007 B-3
QR3601 D-4
QR3602 D-4
QR3606 D-6
QR4301 B-8
QR4302 B-8
QR4304 C-7
QR4305 C-7
QR6203 A-7
QR6210 A-5
QR6211 A-5
QR6212 A-5

Integrated Circuit
IC1005 B-3
IC3601 D-4
IC3603 D-3
IC3606 D-5
IC3607 D-5
IC3608 C-4
IC3609 C-5
IC3611 C-5
IC4304 A-7
IC4306 C-7
IC4308 D-7
IC4312 C-8
IC4315 B-7
IC4901 D-3

Test Land

TL7001 A-8

Adjstment
VC3601 C-5
VC3602 D-5

Connector
FP3401 C-7
FP3402 B-7
FP6201 B-7

ADDRESS INFORMATION

A

(FOIL SIDE)

1

24

3

5

678

MAIN C.B.A.(COMPONENT SIDE)

IMPORTANT SAFETY NOTICE:

COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS
FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE.

E

THE MARK INDICATES THE PRIMARY CIRCUIT TO
DISTINGUISH THE PRIMARY FROM THE SECONDARY CIRCUIT.
PAY ATTENTION NOT TO RECEIVE AN ELECTRIC SHOCK
DURING REPAIR AND SERVICE OF THE PRODUCTS.

HOT

R DV

232C

D

C

B

A

CAUTION

Transistor
Q1001 B-3 IC1001 D-5
Q1002 B-3 IC1002 B-3
Q1003 B-3 IC1003 C-5
Q1004 B-5 IC1004 A-4
Q1005 B-5 IC1006 A-3
Q1007 B-5 IC1150 C-7
Q1008 C-5 IC1200 B-8
Q1012 A-3 IC1501 B-3
Q1013 A-2 IC3602 D-2
Q1014 A-4 IC3604 D-2
Q1015 B-3 IC3605 D-3
Q1016 A-4 IC3610 C-3
Q1200 C-8 IC3612 D-4
Q1501 B-2 IC3613 D-3
Q3602 D-2 IC4301 B-1
Q3603 D-5 IC4302 C-1
Q3604 D-5 IC4303 B-2
Q3606 D-4 IC4305 D-1
Q3607 D-2 IC4309 B-1
Q3608 E-1 IC4310 C-2
Q3609 E-1 IC4311 C-1
Q3613 D-4 IC4313 B-2
Q3614 C-4 IC4314 C-1
Q3617 D-4 IC4316 B-1
Q3619 D-4 IC4701 A-5
Q3620 D-4 IC4702 B-5
Q3621 D-5
Q3622 C-4
Q3623 D-3 TL3601 C-4
Q3625 B-3 TL3602 C-4
Q3626 B-4 TL3603 D-4
Q3627 B-4 TL3604 C-4
Q3628 D-3 TL3605 D-5
Q4001 D-2 TL3606 D-4
Q4002 D-2
Q4003 D-2
Q4005 D-3 P1001 D-6
Q4301 B-1 P1101 E-7
Q4314 B-1 P7601 D-6
Q4701 A-5 P7602 D-6
Q4702 A-5 P7901 A-7
Q7601 D-6 P7902 A-1
Q7602 D-6 PP1101 A-7

Transistor & Resistor

QR1001 C-5 PP3402 E-3
QR1003 A-3 PP3403 E-2
QR1004 A-3 PP3501 D-5
QR1005 A-3
QR1006 A-3
QR3603 C-4
QR3604 C-4
QR3605 D-3
QR4001 B-2
QR4303 B-2
QR4701 A-5
QR4702 A-5
QR4703 B-5
QR4704 B-5
QR4705 B-5
QR4706 B-6
QR6202 A-2
QR6204 A-4
QR6205 A-4
QR6206 A-4
QR6207 A-4
QR6208 A-4
QR6209 A-4

ADDRESS INFORMATION

Integrated Circuit

Test Land

Connector

PP3002 D-4
PP3401 E-4

(COMPONENT SIDE)

1

24

3

5

678

MT1501

M

P1502

S1501

123

S1502

Precautions for maintenance of timer/main C.B.A.

Disconnection of the flexible cable between P7502 and P7901 for
maintenance or check of the timer/main C.B.A. without applying any voltage
will cause the loss of the back up +B of the timer microcomputer. Be sure to
apply a voltage of +4.5 V to the connector of P7503 before disconnecting the
flexible cable.
If the back up +B is lost, the CH setting and data of the timer will be initialized

D

TIMER C.B.A.

Transistor
Q7501 A-4
Q7502 A-3

Transistor & Resistor
QR7501 A-3
QR7502 A-3

Integrated Circuit
IC7501 B-5
IC7502 B-4
IC7503 B-2
IC7504 D-4

Test Land
TL4801 B-3
TL4802 B-2
TL7501 A-5
TL7502 B-5
TL7503 B-5
TL7505 A-6
TL7506 B-6
TL7509 B-6
TL7510 B-6

Adjstment
VR4801 B-3
VR4802 B-2

Connector

P7501 B-2
P7502 B-7
P7503 B-6

ADDRESS INFORMATION

C

(FOIL SIDE)

Back up battery terminal (1.5 X3)

STILL

B

A

REC

FF

PLAY

STILL

ALBUM

IN SEL

LINE OUT

MIX

STOP

REC

S OUT

REW

PRINT

3 DNR

TBC

SP/LP/ELP

MIX LED

EDIT MODE 2

EDIT MODE 1

AUDIO

OUT

8mm

CONTROL

STEREO

SELECT

LINE IN

EDIT

EJECT

DV F/R SW

POWER

S IN

(COMPONENT SIDE)

1

24

3

5

678

VIDEO MAIN SIGNAL PATH IN REC MODE

RHY RSTVI1

E

INTPLD1
ADDT0LD2
ADDT1LD3
ADDT2LD4
ADDT3LD5
ADDT4LD6
ADDT5LD7
ADDT6LD8
ADDT7LD9
ADDT8LD10
ADDT9LD11

ADDT10LD12
ADDT11LD13
ADDT12LD14
ADDT13LD15
ADDT14LD16

DT15LD17

ALELD18

DCLD19

D

C

BCLKLD20

RST DIFLD21

BD0VD1
BD1VD2
BD2VD3
BD3VD4

SMPVD5

CLK18M2VD6

SSPVD7

FRPVD8

INFVD9
TMSVD10
TCKVD11
GNDVD12

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

L1
L2
L3
L4
L5
L6
L7
L8

L9
L10
L11
L12
L13
L14
L15
L16
L17
L18
L19
L20

M1
M2
M3
M4
M5
M6
M7
M8

M9
M10
M11

2V 3V

C3701

C3702

C3715

C3716

C3717

GND

ADB4

C3718

0.1

0.1

AD14

AD13

AD12

ADB3

ADB2

VCCADB1

L1
L2
L3
L4
L5
L6
L7

L8
L9

L10
L11
L12
L13

L14
L15
L16
L17

L18
L19
L20

M1
M2
M3
M4
M5

R3721 10K
R3722 10K
R3723 10K
R3724 10K
R3725 10K

M6

M7

R3701

100K

0.1

0.1

0.1

0.1

108 107 106 105 104 103 102 101

AD11

0.1

0.1

2.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0
0

0.7

2.1
3

2.1

1.3

1.3

1.3

1.3

2.1

0
0
0
0

2.1

2.1

1.1
3
0

AD10

109

AD9

110

AD8

111

CC A (2/3)

V

112

AD7

113

AD6
AD5

114

AD4

115

GND

116

AD3

117

AD2

118

AD1

119

AD0

120

GND

121

/LCNTD

122

/RD

123

ALE

124

/DC

125

BCLK

126

V

127

CC B (2/3)

/V

128

CC

129

/VCC B (2/3)
AD15/DBA0

130

AD14/DBA1

131

AD13/DBA2

132

AD12/DBA3

133

ADB11/SMPA

134

GND

135

ADB10/DBB0

136

ADB9/DBB1

137

ADB8/DBB2

138

ADB7/DBB3

139

ADB6/SMPB

140
141

VCC B (2/3)
CLK18

142

V

143

CC

144

SSP

ADB5

GND

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36

AD15

VCC A (2/3)

ADB0

100

CC

V

ADEN

/INTP

BKRDY

NTZIHZ

CYCLEIN

GND

UPPEN

NTOUT

CYCLD

GND

NTCLK

RAMEZ

IC3701
TSB13LV11PBW

(DIGITAL INTERFACE)

CYCLS

CLK25

VCC/RST

LCNA

CC

V

LPWRDN

FRP

VFRP

C3703
1000P

R3703

10K

GND

TEST0

SS

D.V

GND

LPS

C/LKON

TEST1

S1/TEST2SOSCK

C3704

0.1

CNA

C3706

0.1

R3702

0

TESTM1

/RESET

TESTM2

VCC/SEN

FL3704
VLF1466B223T

1

3

2

3V

C3707
1000P

C3705

8191 8292 8393 8494 8595 8696 8797 8898 8999 90

CC

/ISD

A.V

TMS

TCK

0.1

PWRDN

/TRST

1.130.1 0.1 0.1 0.1 0.1 0.1 2.1 3 2.8 1.4 1.330333332.83330

PLL FLT

GND

C3727

DD

PLL V

TDI

0.1

PLL GND

TDO

PLL GND

/LISO

XI

LL REC

0333330.10.11.51.5330000300 3

7374757677787980

R3738

0

X3701
VSX0846
(24.578MHz)

XO

TPA+
TPA­TPB+
TPB-

CPS
A.VCC
A.V

A.GND
A.GND

TPBIAS

A.GND
A.GND
D.GND

D.V

SYSCLK

CTL1
CTL0

LREQ

PC2
PC1
PC0

D.V

D.GND

GND

V

LSYS CLK

LCTL0
LCTL1

LD0
LD1
LD2
LD3

CC

V

1.9

72

1.9

71

0

70

0

69

0

68

R0

1.2

67

R1

0

66

3

65

3

64

CC

63
62

1.9

61
60
59
58

3

57

CC

1.4

56

0

55

D1

0

54

D0

0

53

0

52

0

51
50
49
48

3

47

CC

46
45

3

44

CC

1.4

43

0

42

0

41

0

40

0

39

0

38

0

37

C3708

R3708

C3709

R3709 2700
R3710 3300
R3711 390K

C3710
1000P

R3739 10K
R3740 10K

3V

6P

1M

6P

R3715

56

R3716

56

R3717

56

R3718

56

1
2
3
4
5
6

R3719

390

P3701

C3713

1

C3714

270P

R3720

4700

TPA+
TPA -

DV GND

TPB+
TPB -

DV GND

TO RF I/F SECTION
IN MAIN
P7601 (D-4)

R3735 0

D REC 2VVI2

B

D REC 2VLD22

TDISD1

D REG 3VVI3

A

SL

: TO DIGITAL (SYSTEM CONTROL & SERVO)
: TO DIGITAL (VIDEO 1)

VD

VI

: TO DIGITAL (VIDEO 2)

LD

: TO DIGITAL (LSI MICON)

DIF TDOVI4

1

24

FL3701

VLF1466B223T

3

2

FL3702

VLF1466B223T

3

2

1

C3719

6V10

1

C3720

6V10

3V

M8
M9
M10
M11

3V

VLF1466B223T

3

R3737 27

FL3703

2

R3733 10K

R3732 10K

R3731 10K

R3730 10K

R3729 10K

R3728 10K

C3723

C3722

0.1

0.1

1

C3721

6V10

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

3

R3736

10K

C3724

0.1

5

6789

C3725

0.1

C3711 1000P

C3712 1000P

3V

3V3V

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

1.9

36

0

35

0

34

0

33
32

3

31
30

3

29

0

28

0

27

0

26

0

25

3V

3V

E47
E46
E17
E18

E2

E1
TL51
TL52
TL53

TL45

C2044

0.1

TL44
TL43
TL42

R2061 100
R2062 100

R2099 100

R2100 100
R2101 100
R2102 100

C2009 0.1

C2008

0.1

G1
G2
G3
G4

E20
E22

E7
E20
E21

H8

H9

E39
E38
E37
E36

H- LINE

H12

H13
H14

H1
H2
H3
H4

ALFA

VL1

BETA

VL2

V VCO

VL3

ATFG

VL4

COMP

VL5

DLADJ

VL6

CLK PH

E

D

C

B

VL7
VL8

VL9
VL10
VL11
VL12
VL13
VL14
VL15
VL16
VL17

LV19

L

LV2

LV3

LV4

LV5
LV16
LV17

LV9

LV6
LV14
LV13
LV15
LV18

LV7
LV10
LV20

SL40

SL1

SL2

SL3

SL4

SL5

SL6

SL7

SL8

SL9
SL10
SL11
SL12
SL13
SL14
SL15
SL16
SL41

LD22

LD1
LD21
LD20
LD19
LD18
LD17
LD16
LD15
LD14
LD13
LD12
LD11
LD10

LD9

LD8

LD7

LD6

LD5

LD4

LD3

LD2

VL18
VL19
VL20
VL21
VL22
VL23
VL24
VL25
VL26
VL27
VL28
VL29
VL30
VL31
VL32
VL33
VL34

V1

ERRDL

REC CADJ

BLW

RD

L VPP
C GCA ADJ
Y GCA ADJ

EE ADJ
REG 3V

N SW3V

VLP0145

G CTL PBY

V PLL

SYNC OFF

GCTLC
GCTLY

CTL 27M

MCVS

RST AD

AFRP
EE MUTE
DCS CLK

DCS DA

DC STP1

FS PLL

DC STP2

SSP

G CTL PBC

CPN IN (L)

NSWL 3V

SSP

V SYNC (L)

L MOD0
L MOD1

L VEE
L VPP2
L VCC

L SCLK

L SDA

L BUSY

LOE

L RESET

L VPP
L TEST

RST

CPN OUT (H)

D REG 2V

INTP

RST DIF

BCLK

DC
ALE

DT15
ADDT14
ADDT13
ADDT12
ADDT11
ADDT10

ADDT9
ADDT8
ADDT7
ADDT6
ADDT5
ADDT4
ADDT3
ADDT2
ADDT1
ADDT0

ALE

DT15
ADDT14
ADDT13
ADDT12
ADDT11
ADDT10

ADDT9
ADDT8
ADDT7
ADDT6
ADDT5
ADDT4
ADDT3
ADDT2
ADDT1
ADDT0

LB2002

C2018

1

R2003
100K

A

D2003

1SS355

R2020 10K

R2021 10K

E1
E2
E3
E4
E5
E6
E7
E8

E9
E10
E11

E12
E13
E14

3V

2V

LB2007 VLF1148A241

R2015 10K

R2016 10K

R2017 10K

R2018 10K

R2019 10K

C2016

R2112 22K

D2012 MA728

R2111 22K
D2013 MA728

D2011 MA728

R20390R2042

0

R2047 1K

R2001

0

R2010 10K

R2011 10K

R2012 10K

R2013 10K

R2014 10K

1

3V

3.5V

R2002

100K

R2009 10K

LB2001

VLP0145

R2038

LB2006

VLP0145

R2007 10K

R2008 10K

R2006 10K

100K

E46
E15
E16
E17
E18
E19
E20
E21
E22
E23
E24
E25
E26
E27
E28
E29
E47
E30
E31
E44

E32
E33
E34
E35

E36
E37
E38
E39

E45

R2028

47K

E40

E41
E42
E43

F1
F2
F3
F4
F5
F6
F7
F8

F9
F10
F11
F12
F13
F14
F15
F16

C2003

0.1

R2037

C2037

0.1

56

IC2003
PST7029-MT

(RESET)

RESET

123

33

R2046

10K

R2040

330

3V

E41
E42

TL12

E43
E11
E10

TL13

F1
F2
F3
F4
F5
F6
F7
F8
F9

F10

F11
F12
F13
F14
F15
F16

C2002

C2013

0.1

0.1

3.5V

3V

C2001

6V22

D2001
MA728

2.1

0.7

2.1

2.1

2.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

2.1

C2011

C2012

0.1

0.1

124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109

NC

NC

125

NC
NC

126

3

AVREF

127

3

A.V

128

CC

129

VCC2
V

130

SS

131

NC
BCLK

132

0

DC

133

0

R/W

134

0

ALE

135

RD

136

BLW

137

BHW

138

DT15

139

AD/DT14

140

AD/DT13

141

AD/DT12

142

AD/DT11

143

AD/DT10

144

AD/DT9

145

AD/DT8

146

AD/DT7

147

AD/DT6

148

AD/DT5

149

AD/DT4

150

AD/DT3

151

AD/DT2

152

AD/DT1

153

AD/DT0

154

V

155

SS

V

156

CC2

VSS

HLDA

1 2 3 4 5 6 7 8 9 11 12 13 14 15 16 17 18 19 21 22 23 24 25 26 27 28 29 31 32 33 34 35 36 37 38 39 41 42 43 44 45 46

3

C2030

0.1

NC

HOLD

2.8

R2036

47K

NC

RESET

NC

MOD0

330

E32

NC

MOD1

E33

3V

3V

QR2003
UN5113

(SWITCHING)

3

3

0

R2116

10K

C2027

C2010

0.1

6V100

NC

NC

NC

NC

NC

VCC

VSS

VCCNCCPN IN (L)NCCPN OUT (H)NCNC

10 20 30 40
0

0000330

<0> 3.2

TL18

R2117

LB2005

47K

VLP0145

C2042

0.1

E44

IC2004
S29L331AFS

(EEP ROM)

30

CC

1 2 3 4

0331.3

TL34

TL35

TL36

0

0

0

0

SS

NC

NC

NC

A.V

TL27

TL30

TL32

3V

E45

TL33

NC

L TEST

D2009

MA728

D2010

3

3

0

VCC

EE CS

EE DO

IC2001
M31020VLFP

(LSI MICON)

VSS

X OUT

OSC VSS

1.8

R2034

1M

R2035

22

X2001

VSX1061

C2006

5P

MA728

SS

V

VCC

3

R2066

47K

C2019

6V10

1.3

100108 107 106 105 104 103 102 101

EE DI

A MUT

0

H17

3

EE CLK

NCNCNC

D2004

1SS355

1SS355

H16

NC1

0

TL4

D2005

R2067

C2020

E31

0

V SYNC (L)

0

TL5

47K

1

R2032

47K

E15

E27

3

1 (0)

0 (1.6)

NC

NC

V PLL

VIDEO EE (L)

003

H10

NMI

NC

EE MUTE

COMRDY

TL9

E23

H24

NC3

FS PLL

NC

SYS VIDEO EE

(3) 0

(3) 0

H11

5678

GND

NCNCV

DO

DISKCS

E26

E28

0

2.6

3

NC

DAC LD

DC STP1

DCS STP2

SS

V

SYNC OFF

XIN

OSC VCC

1.7

(0) 3

C2005

5P

E34

E16

E3
E4
E5
E6
E7

C2045

0.1

E8
E9

TL54

E14
E13
E12

E29

E40

TL29

TL14

TL31

0

0

003

NC

NC

NC

YC CS

3

H15

SSP

DIF INT

NC

NCNCNC

CTL 27M

003

(3) 0

TL16

C2028

0.1

E19

1.7

0

1

DI

0

CLK

2

CLK PHASE

0

LD

3

DO

4

GND

5

CI

6

V

7

SS

3

V

8

DD1

2.2
ERRDL

9

1.7
REC CUR

10

0

11
12

13 14 15 16 17 18 19 20 21 22 23 24

E30

E25

3

3

3

CC

VSS

V

DCS DI

DCS DO

VCCVSS

VCC

VSSVCC

VCC

300

TL17

E35

1.3

1.3

2.3

DL ADJ

ATF GAIN

COMPLEV

IC2002
M62370

(EVR DAC)

EE ADJ

Y GCA ADJ

C GCA ADJ

0

1.9

1.5

E24

TL37

808191 8292 8393 8494 8595 8696 8797 8898 8999 90

NC

DCS CLK

CPU DATA IN

CPU DATAOUT

COM DATAIN

COM DATAOUT

CPU AOKI1

CPU WUPO1

C2004

0.1

TL49

1.5

V VCO

G CTL PBC

0

2.830
79

LYCDI
LYCDO

YC CLOCK

CPU CLK
RDY CTS

COM CLK
COM RST

VCC
V

FRP

MCVS

AFRP

SPA
CYL PG
CYL FG

HID

TSR

VSS
V

LOE

RST DIF

L SDA

L SCLK

RST LSI

3

D2014
MA728

R2104

100

R2105

100

C2007

0.1

1.701.8

4142434445464748 37383940

G CTL PBY

TL57

TL58

NC

NC

SS

NC

NC
NC

CC

NC

3V

TL46

0

1.9

GCTLC

TL38

78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47

H22

C2029

1.1

TL39

3
3
0

1.6
3
3
3

0.1
3
3
3
0
3

1.5

1.5

1.5
0
3 (1) (1)

1.5
0

1.5

1.5
0
0

3

3
3
3
3

H5

H6

0.1

GCTLY

TL40

0

BETA

ALFA

V

SS2

V

DD2

C2

V

CC

00000

TL41

TL47

TL26

TL23

TL22
TL21

SL

: TO DIGITAL (SYSTEM CONTROL & SERVO)

LD

: TO DIGITAL (DIGITAL I/F)

LV

: TO DIGITAL (VIDEO 1)

VL

: TO DIGITAL (VIDEO 2)

1

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

24

3

5

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

6789

IC2006
MM1320ENRE

(POWER SUPPLY)

C2026

6V10

5V

C2022
1000P

R2081

27K

5 3.3

V IN V OUT

THERMAL
PROTECT

45

R2082

18K

R2084

33K

3.3V

C2023

6V10

LB2004

VLP0145

L2003

10u

H10

H12
H13
H14
H15
H16
H17

H18
H19

H20
H21

H22

H23

H24

H1
H2
H3
H4

H5
H6
H7
H8
H9

H11

5V

S TEST (L)

CPU DATAIN

CPU DATAOUT

CPU RDY CTS

CPU WUPO 1

CPU ACKI 1

VIDEO EE (L)

VIDEO EE (L)(A)

YC CLOCK

A MUT (H)(A)

CPU CLK

FRP

SPA
HID1
TSR
CN H

LYCDI

LYCDO

YC CS

A MUT (H)
232C VCC

UART O

UART I

TSR
HID1

SPA

CYL PG

CYL FG

D REG 5V

RST LSI

RST LSI

FRP

VCO (H)

GND

SL17
SL18
SL19
SL20
SL21
SL22
SL23
SL24
SL25
SL26
SL27
SL28
SL29
SL30
SL31
SL32
SL33
SL34
SL35
SL36
SL37
SL38
SL39

VL35
VL36
VL37
VL38
VL39
VL40
VL41

LV8
LV12
L

V11

LV21

L2001

10u

G3
G2
G1

G4

R2074

1K

C2014

0.01

X2002

VSX0990

14.748MHz

1 2 3

3 1.2

C2015

C2021

0.01

6V10

C2043

0.1

R2076

33K

3

S-SCK

TL59
TL60

123

1

0.8

S-SDO

2
3
4
5
6

3

RESET

7

3

V

8

DD

1.8
9

X2

1.7

X1

10

V

11

SS

12
13
14
15
16
17
18
19
20

3

330

0.1

S-SDI

M-SDI

M-SCK

M-SDO

NOISEGNDCONT

C2025

0.1

1.5

IN

IN

FRP

IC2005
D784037GK508

(PC INTERFACE)

3V

R2077

22K

3

3

6171 6272 6373 6474 6575 6676 677778 686979 7080

SS

DD

AVREF

DET

BACK

A.V

STANDBY

PC RESET

BACK RST

L TEST

PCOE

UARTO

UARTI

TEST

VDD

V

2.1

60
59
58
57

3

56

3

55

3

54
53

3

52

3

51

3

50
49
48
47
46
45

SS

44
43
42
41

R2080

1M

D2006
MA728

R2079

47K

C2024

0.01

D2007
MA728

R2085

8200

R2086

8200

D2008
MA728

R2088

100

R2087

100

H18

H19

A.V

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

H-LINE

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

10

11 13

VCO H

0

H23

SL

: TO DIGITAL (SYSTEM CONTROL & SERVO)

LD

: TO DIGITAL (DIGITAL I/F)

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

LV

: TO DIGITAL (VIDEO 1)

VL

: TO DIGITAL (VIDEO 2)

12

3V

3.5V

PS6001
1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60

GND

GND
GND
GND
GND
GND
GND

GND (D)

GND

GND (D)

GND

GND (D)

232C VCC

GND (D)

232C VCC

NSWL 3V
REC CUR
NSWS 3V

ENVELOPE

ATF1

T ERR

VIDEO VCO

S ERR

LVSS

L TEST

LVEE
L SCLK
UART I

L SDA
UART O
L BUSY

LVCC

LOE
RF GND
S MODE
L RESET
S MOD1

L MOD0
S SCLK
L MOD1

S SDA

L VPP

S BUSY

L VPP2

SOE
S RESET

SVCC

S VPP

MIC CLK

SVEE
S TEST
S VPP2

MIC DATA

SVSS

L SCLK

LV

EE

L TEST
NSWL 3V
232C V

SPA
HID1

L VPP2

L VPP
L MOD1
L MOD0

L RESET

LOE

LV

CC

L BUSY

L SDA

UART O

UART I

TDI
TDO
TCK

TMS

HID1

SPA

CC

SL9
SL6

SL15

SL1
SL37
SL25
SL26

SL7
SL14

SL5

SL4
SL13
SL12

SL8
SL11
SL10
SL38
SL39

TO EVR
CONNECTOR

TDO

SB1

TCK

SB7

TMS

SB8

S VPP

VS6

VIDEO VCO

E

S1502

VSP1130

S1501

VSP1130

P1502

CLOSE

1

GND

2

OPEN

3

SWITCH C. B. A.
(VEP000D6A)

VS5
VS16
VS18
VS19
VS12
VS13
VS14
VS17
VS10

VS1

VS2

SD1

ATFI

ENVE LOPE

REC CUR

N SW3V

SPA
HID1

RA STAB

FAN
Rch (L)
Lch (L)

P6001

CLOSE

GND12

OPEN

TDI

3

D

12S LOAD

S UNLOAD S UNLOAD

MT1501

PWM10AE10C

P6002

S LOAD 1

2

M

MOTOR DRIVE C. B. A.
(VEP000D5B)

C

TO RF I/F
SECTION
IN MAIN
FP6201 (C-1)

FP6002
P OFF (L)
INSEL A

CPN IN (L)

INSEL B

OSD SEL

INSIDE (H)

CPN OUT (H)

5P DATA

5P CLK

M GND

M GND

FRP

GND

LYCDI

LYCDO

YC CLOCK

YC CS

UART O

UART I

CN H

S D ATA I N

S D ATA O UT

V SYNC (L)

GND

LANC SERIAL

EDIT OSD CS

EDIT OSD DATA

EDIT OSD CLK

A MUT (H)
N SW5.2V

SIR CLOCK

MIX VV (L)

M VM
M VM

36
35
34
33
32
31
30
29
28
27

26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

C6029 1000P

C6030 1000P

C6032 1000P

C6033 1000P

C6034 1000P

R1
R2
R3

C6069 1000P

C6041 100P

C6042 100P

S1
S2
S3
S4

S5

S6

C6043 100P

3.5V

3V

R6022 47K

R6023

47K

C6044 100P

C6045 100P

C6046 100P

R6144

22K

C6047 33P

R6030 5600

5.2V

C6027

0.1

S10
S11
S12
S13
S14
S15
S16

S17

S18

S19
S20

S21

T10

S23
S24

LB6001

VLP0145

R6006

0

C6020

0.1

S7
S8
S9

T3
T4
T5
T6
T7

T8

3V

3V

R6120

22K

0

R6115

4700

5.6 (5.2) <5.2>

R6116

4700

5.1

QR6006
UN5211

(E .OSD DATA)

R6118

4700

5.1
0

QR6008
UN5211

(E .OSD CLK)

C6006

0.1

3

QR6020
UN5213

(EDIT OSD ON: )

0

QR6010
UN5213

(EDIT OSD CLK)

0

QR6007
UN5211

(E .OSD DATA)

S43

S44

R6117

4700

0

R6119

4700

0

H

3

R6103

1500

3

QR6009
UN5211

(E .OSD CLK)

3V

R6049

330

R6050

330

S45
S46

S47

S48

S31

S32

S33

S34

S35

S36
S37
S38

S39

S40
S41
S42

V1

V2

R4
R5
R6
R7

R8

C6036 100P

C6037 100P

3.5V

R8
R1
R2

R3

R7

R6
R5

R4

U1

U2
U3
U4

U5

U6

U7

U8

U9

3.3V

U9

3V
U8
U7
U6
U5
U4
U3
U2
U1

S-LINE

B

C6051 1000P

C6052 1000P

C6053 100P

C6054 0.1

C6055 1000P

C6057 100P

C6058 100P

C6059 100P

C6060 1000P

C6061 100P

C6063 1000P

C6064 100P

C6065 100P

C6066 1000P

C6067 33P

SL41

CPN OUT (H)

RST

SL16

VIDEO EE (L)(A)

SL30

A MUT (H) (A)

SL35

V SYNC (L)

SL3

A MUT (H)

SL36

CN H

SL28

YC CS

SL34

YC CLOCK

SL33

LYCDO

SL32

LYCDI

SL31

VIDEO EE (L)

SL29
SL40

CPN IN (L)

FRP

: TO DIGITAL ( DIGITAL I/F )

SD

: TO DIGITAL ( VIDEO 1 )

SB

: TO DIGITAL ( VIDEO 2 )

A

VS

: TO DIGITAL ( LSI MICON )

SL

1

SB6

24

S29
S30

T10

T8
T7
T6
T5
T4
T3

3

S14

S10

5.2V

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

5

0.1 0.1

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

0.1 14.8 0 0 14.8
R6040

C6012

3V

0

0.1

27

Shut Heat Off Circuit

CONTROLLER

26

3.2 0.1

S-LINE

6789

141516171819202122232425

IC6002
BA6219BFPY

(MOTOR DRIVE)

INPUT OUTPUT

6PIN

8PIN

IN2

L

24PIN

OUT1

OPENLOPEN

H

L L

IN1

L L
H
L L
HHH

C6013

0.1

C6014
35V10

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

15PIN
OUT2

H

REMARKS

STOP

FORWARD

REVERSE

BRAKE

S49
S50

3V

5.2V

V-LINE

14V

CAPSTAN SERVO SPEED AND PHASE LOOP CYLINDER SERVO SPEED LOOP CYLINDER SERVO PHASE LOOP

C2549
1000P

3V

6V

R2503

390K

CONTROL

LOGIC

C2503

0.1

12

3

3

SUPPLY CTL)

OUT

OUTPUT
CIRCUIT

RESISTOR

VREG

W- LINE

58

LINVCCVMOUT1

VLQ0894K331

D2502
MA736

D2501
MA721

VLQ0894K331

D2504

12

MA736

D2503

MA721

0

COMPARATOR

COMPARATOR

(1)

+-

IC2501
BA6289

Z22
Z23

LB2501

VLP0364

R2546

1K

LB2502

VLP0364

R2559

QR2501
UN5211

(POWER

SUPPLY CTL)

R2560

18K

1 2 3 4

RESISTOR

RESET CIRCUIT

WITH POWER

RESISTOR

CC

V

R2541 1K R2542 8200

(LOADING MOTOR DRIVE)

C2501

GND

DRIVER

1 4

C2504

C2546
10V47

10K

SUPPLY

14V

C2502

0.1

0.1

0.1

0 2.5 0

67

OUT2 VREF RIN

POWER

TSD

SAVE

2 3

6500

C2505

1

Q2503
2SB1073

(CYL VM)

R2537

R2538

Q2504
2SB1073

(CAP VM)

C2555
35V10

6V

TR

COMPARATOR

Z- LINE

V- LINE

2.66

1K

6

560

1.514.8

R2539

1K

14.8

R2540

560

14

0

QR2502
UN5212

(POWER

R2561

IC2508

10K

AN1555NS

(TRIANGLE OSC)

1.5 5

+-

(2)

FLIP-FLOP

W- LINE

L2501

L2502

3V

6V

5V

R2525

R2527

1K

W- LINE

C2534

0.01

C2532

3.3

Y- LINE

2.5V

C2533

0.01

R2526

0.27

C2531

0.01

4700

Y11

Y10

Y12

Y- LINE

X3
X4

X10

X9
X2
X8

2.5 2 1.2 1.2 1.222

IC2506
UN224

(CYLINDER

DRIVE)

8 9 10 12 1411 13

1.2 0.6 1.2 0.6 1.2 0.6 0

X7
X6
X5
X1

X17
X18
X16
X15
X19
X14

1.4 1.2 0.6 1.2 0.6 1.2 0.6

IC2507
UN224

(CAPSTAN

DRIVE)

8 9 10 12 1411 13

Y9

Y8

Y6

Y7

Y5

Y4

X13
X12

X11

W11

W10

0.6 0.4 0.6 0.4 0.6 0.4 0

R6075

4700

Z25

Z26

V2
V1

R6073

4700

3 0-2

1 2 3 4

0-2 0.2

-2.61-1.6

R6076

Q6003

100K

2SB970X

(POWER SUPPLY)

R6098

2200

0

R6099

1K

R6074

100K

0.2

-2.61-1.6

3

3

R2501

100K

W7

W6

C2545
10V47

C2547
35V10

4.2

R2547

1K

R2510

0

R2524 4700

C2507

RST

(3)

CTL

5678

2.51.51.55
C2550

0.01

5V

C2522

3.3

0.1

C2523

0.1

C2524

0.1

1.4V

3V

C2516

R2519

C2513
3300P

C2514

0.56

C2517

R2516

0.027

1K

R2520

6800

C2515

27P

R2517

220K

W4

W14

C2519

0.022

C2520

R2521

0.047

560

C2521
6V4.7

R2523

R2522

0.47

0.33

R2544

330

R2545

330

C2530

R2543

0.1

330

C2528

C2529

0.1

0.1

Y3 Y1 Y2

2.5V

1

470

IC2503
TB6519AF

(CYL/CAP DRIVE)

1.1

1.1

1.1

1.1

0

1.6

1.2

0.6
10

1.5
11

0

12

0

13

2.5
14

1.2
15

1.2
16

C2535

1

R2528

430

C2539

100P

R2533

100K

IN
YFG
OUT

1

YFG

IN

2

CFG
OUT

3

CFG

IN

4

YSTB

5

6

YSUL

EDGE DET

YEC

7

YECR

8

YPC1

9

YPCV

YPCS

YGND

YCS

YVM

YM3

YM2

VCE

DETECTOR

UPPER SIDE

YM1 YL3 YL2 YL1 YU1 YU2 YU3 CL3 CL2 CL1 CU1 CU2 CU3 CM3 CM2 CM1

17 30 31 32

18 19 20 21 22 23 24 25 26 27 28 29

1.2 0.6 0.6 0.6 2 2 2 0.4 0.4 0.4 1.2 1.2 1.2 0.6 0.6 0.6

X1
X2
X3
X4

X5 X6 X7 X8 X9 X10 X11 X12 X13 X14 X15 X16

YPG
OUT

C2538

3.3

VM

LIMITER

VOLTAGE

TERMINAL

COMPARATOR

W5

W13

W1

W12

W8

61

LOWER SIDE

C2506
1000P

VCE

DETECTOR

5960

SLOPE

SHARPING

DISRIBUTOR

AMP

C2536
1000P

57

58

LOGIC

PHASE

CHANGEOVER

VALUE

ABSOLUTE

C2537

3.3

56

ADD MINIMUM

DIRECTION

CHANGEOVER

LOWER SIDE
DISRIBUTOR

AMP

55

SHARPING

VUL

TSC

VUS

UPPER SIDE
DISRIBUTOR

5262

5363

5464

CCYCLKYT1YSFSCFGYPGYFGGNDREFYPG

FC- COP

VLLVIS

AMP

VALUE

ABSOLUTE

1/12MODULATION

PVC
AMP

(VLL)

VUL

LOWER SIDE (VLS)

51 50

VCE

DETECTOR

AMP

UPPER SIDE (VUS)

C2526

VCE

0.1

4.2 03.21.51.5 331.41.4 0.21.81.61.6

CSWYSWGSWFCV

AMP

(TSC)

LOGIC

DIRECTION

VM UNDER LIMIT

VM SHORT PROTECT

DETECTOR (VLL)

X17 X18 X19

49

RSF

3V

CRSF

CGND

CPCH

C2525

0.1

Z- LINE

V- LINE

R2530

1200

CEC

CECR

CTL

CPC1

CPCV

CPCS

CCS

CVM

HOLE MATRIX

R2529

27K

R2531

2200

1.6

48

1.6

47

0.4

46

1.3

45

0.6

44

1.8

43

42

0

41

2

40

H1

1.6

+

39

H1

1.6

­38

H2

1.6

+

37

H2

1.6

­36

H3

1.6

+

35

H3

1.6

­34

1.4

33

C2527

0.1

1.4V

5678

R6100

3300

3V

5V

24

24

IC6003
NJM2903M

(T.REEL/S.REEL

SENSOR)

R6078

56K

R6082

47K

R6101

3300

13567

13567

R6077

56K

R6081

47K

R6102

3300

R6079

47K

C6022

0.01

3V

R6080

47K

C6023

0.01

14V

A5
A1
A3
A4
A2

19

20 22

21

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

23

24 25 26 27

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

CAPSTAN SERVO SPEED AND PHASE LOOP CYLINDER SERVO SPEED LOOP CYLINDER SERVO PHASE LOOP

S17

R6135

R6136

R6013

47K

R6012

LB6002

VLP0145

R6131

0

R6133

22K

14V

10K

10K

47K

C6003

0.1

W- LINE

S- LINE

3V

S- LINE

C6068

0.1

C6001 5P

C6002

5P

3V

5.2V

S30
S31
S32
S39
S40

W1
W2
W3

S37

S29

S24

W4
W5

VSX1061

Z21
Z20
Z19

S6

S5
Z17
Z16

Z4

W6

W7

Z1
S50
S49

TL6001

S42

S9
S11
S13

6V

S1

X6001

R6145

22K

3.5V

R6004 56
R6002 0
R6003 0

3V

C6028 0.1
R6005 0
R6006 0
R6007 0

R6010 0

3900

R6011

R6001 0

R6014

22

R6016 0
R6017 0
R6018 0

R6112 0
R6113 0
R6114 0

IC6005
TA75S393F

(

BUFFER AMP

5.2 3

1 2 3

3 5.1

R6146

33K

Z- LINE

V- LINE

R6015

1M

)

45

R6033

47K

5.1

3
3

2.7
0
0
3

3.5

<3.5>

0

<0>3.5

0

3.5

0

0.4
0
0
3

1.8

1.8

3
0
0
0
3
0
0
0
3
0
0
0
0
0
0

3

3
0
3
3

0

QR6019
UN5213

(INV.)

1

GND

2

BUS SELECTA
BUS SELECTB

3

RESET

4

MOD0

5

MOD1

6

V

7

DD

8

GND

9

VDD (VPP)
VIDEO EE (L)

10

RA STAB

11

A MUTE (H)

12

MIX VV (L)

13

LSI RST (H)

14

CYL ON (L)

15

CAP T LIM

16

CAP R/S/F

17
18

GND
OSC V

19

27MHz IN

20

27MHz OUT

21

OSC GND

22

GND

23

V

24

DD

25

M POS1
M POS2

26

M POS3

27

OPEN

28

CLOSE

29

DOWN

30

STAB

31

SNS LED

32

M LOAD

33

M UNLOAD

34

SOL ON

35

S LOAD

36

S UNLOAD

37

NC

38

V CHANGE1

39

V CHANGE2

40

V

41

DD (VPP)

42

GND
V

43

DD

A1 (L)

44

A2 (L)

45

A3 (L)

46

3V

6V

R2509

100K

IC2504
NJM2903M

(

FG AMP

3

1.6

R2512

1800

C2512

3.3

SW LOGIC

EE VSSINH

14V

C2548 0.1

)

R2505

10K

Q2502
2SD2216

(SWITCHING)

C2509

0.56

R6130

47K

0

911121314 101516

R6124

10K

3

4.3

Z- LINE

V- LINE

QR6014
UN5213

(DATASELECT)

3

W3

W2
S21

S15

S16

R6128

2200

R6126

10K

QR6021
UN2213

(DATA CTL)

5.2V

R2502

0

W9

3

3

3V

R6109

22K

3

IC6004
BU4052BCF

(DATA

QR6025
UN5211

(DATA CTL)

IC2502
TC7S86FU

(

)

OR GATE

5

IC2505
TC75W54FUTL

(

)

CAP FG

R6110

3

3

4.7

C6007

0.1

SELECT)

R6141

4700

R2549

10K

34

1.6

2

2.9

1

C2511

R2556

3.3

0

22K

QR6012
UN5211

3

(SWITCHING)

D6004

3

MA728

D6005

MA728

VDD X2 X1 X X0 X3 A B

Y0 Y2 Y Y3 Y1 V

1 2 3 4 5 6 7 8

R6410

4700

3

0

0

QR6024
UN211K

(DATA CTL)

3

R2507

10K

3 1.6 1.6 1.6

1 2 3 4

2.9 1.6 1.6

R2550

56K

C2510
15P

R2514

22K

1

R251

390K

3 1.6 1.6 1.6

1 2 3 4

1.6 1.61.6

R2557

0

QR6013
UN5213

(DATASELECT)

R6127

4700

5.15 4.7 5.1 5.1 5.1 0 0

R6123

2200

D6003
MA728

R2508
33K

R2551

2200

R2504

10K

1.6

Q2501
2SB1462

(INV.)

R2515

22K

5.2V

3

5.14.334.33

R6125

3

W- LINE

S- LINE

R2548

2200

5678

C2551

3.3

R2563 0

2.2

R2513

10K

5678

R6129

47K

0

47K

0

Q6004
2SD601A

(DATACTL)

R6068 47K
R6139 0

S2

3

NC

NCNCNCNCNCNCNCNCNCNCNCNCNCNCNCNCNC

DD2

GND

V

DD

IC6001
M31020VLGN

(SYSTEM CONTROL)

S

SCLK

S SDA

S BUSY

SOE

P OFF (L)

VDDGND

CYL FG

CAP FG

TSR

HID

JUSTCLK

T REEL

S REEL

S2 (H)

LINE (H)

WIDE (H)

FRP

GND

51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 69 70 71 72 73 74 75 76 77 786847 48 49 50

3

300

2.8

2.4

R6024 0

S33

S34

S35

R6048 0

S36

C6004
6V100

S8

1.7

<1.4> (1.4) 0

<1.6> (2.9) 0

<1.6> (1.6) 0

R6027 0

R6028 0

R6025 0

R6026 0

Z9

S38

W8

W9

3

0 - 2

0 - 2

R6106 0

S12

W11

W10

VDDSTEST (L)

0

3

1.5

S18

C6005

0.1

TL6010

001.6

NC

FAN

GND

ED2 (H)

MIC AD2 : 125
MIC AD1 : 126

DATAINH (L) : 76

EDIT OSD CLOCK : 77

EDIT OSD DATA OUT : 78

CPU ACKO- 1

EDIT CLOCK

EDIT DATA OUT

3

0

0

2.8

R6031 0

R6032 2700

Z15

Z14

R6108

2200

2.9

33333

130 129 128 127 126144 143 142 141 140 139 138 137 136 135 134 133 132 131150 149 148 147 146 145154 153 152 151156 155 125

GND

VDD2

TL6010

V SYNC (L)

EDIT DATA IN

CPU RDY/CTS

CPU CLOCK

CPU DATAOUT

3

3

<1.8> (1.5) 3

Z11

Z13

Z12

D6006

1SS355TE

DD

V

A.VDD

ST/B/NOR/JST

MIC ON (H)

S MAIN OK (H)

CPU WUP1- 1

S D ATA O UT

SIRIAL CLOCK

EDIT OSD ON (L)

EDIT OSD CS

CPU DATAIN

3

0

3

R6034 150

Z10

MIC AD3

DEW SNS

T PHOTO
S PHOTO

L1 S1/S2
L2 S1/S2
L3 S1/S2

GND

STEST

NTSC (L)

A.GND

T1 ON
T2 ON
S1 ON
S2 ON

L CLK CTL

GND
R (L)

L (L)

MP C/R (L)

V

GND

TMI OK (H)

MIC CLK

MIC DATA

DRV CLK

TL6003
TL6002

CAP ET

CYL ET

GND

SSP

INPUT (H)

5P CLK

L CLK

GND

V

S D ATA I N

3

R6035 150

S48

S47

Z26

S7

S46

R6067

R6066

47K

1K

S41

3

124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
109
108
107
106
105
104
103
102

DD

101
100

99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84

DD

83
82
81
80
79

R6122

47K

0
0
0
0
0
0
0
3
3
0

0
3
0
3
3
0
0
0
3

3

1.6

0.4
3
3

1.5
0
0

1.6

1.8
0
0
0
3
3
3

3

2.7

2.4

2.8
3
0

R6104

1500

TL6003
TL6002

3

3

3

QR6016
UN5213

(DATA CTL)

R6065 0
R6064 1K
R6063 1K
R6062 0
R6061 0
R6060 0
R6143 0
R6111 0
R6059 0
R6019 0

TL6009

R6057 0
R6056 0
R6137 0
R6138 0

TL6007
TL6006

R6055

2200

R6054

10K

R6053 10K
R6052 0
R6051 0

R6038
R6037 150
R6036 150

C6009

100P

QR6017
UN5211

(DATA CTL)

3

QR6015
UN5212

(DATA CTL)

0

0

C6011

100P

150

3

S45

Z18
Z24

Z2
Z3
Z5
Z6

S3
S4

Z25

C6019

0.01

C6018

0.01

W12

W13
W14

Z7
Z8

R6142 10K

S19
S20
S23
S43
S44

C6010

100P

R6121

47K

0

3

QR6023
UN5213

(DATA CTL)

QR6011
UN5211

(SWITCHING)

10

11 13

12

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

14

15 16 17 18

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

CAPSTAN SERVO SPEED AND PHASE LOOP CYLINDER SERVO SPEED LOOP CYLINDER SERVO PHASE LOOP

3V

5V

QR6002
UN5115

(SOLENOID DRIVE)

3

Z1

Z2

Z3

QR6005
XP4213

(T1/T2 PHOTO)

14V

R6071

5600

R6070

22K

Z4

R6069

39K

Z5

QR6004
XP4213

(S1/S2 PHOTO)

Z6

3V

Z- LINE

R6085

680

3

00

4 5 6

3V

R6072

100

C6021

0.047

4.5

R6083

22K

00

4 5 6

Y- LINE

3

R6093

33K

123

30

R6095

100K

R6094

68K

Q6001
2SB1218

(SENSOR

LED DRIVE)

4.8

0.1

Q6002
2SD1820

(SENSOR

LED DRIVE)

R6090

33K

123

30

R6091

100K

R6092

68K

0.1

6V

3

QR6003
UN2130X

(SOLENOID

DRIVE)

0

D6001
1SS355TE

14.8

0.1

R6084

33

CYL FG

VS4

CYL PG

M2
M2

FG +

GND (FG/PG)4

M1
M1

PG +

M3
M3

AFG2

GND

AFG1

VMR

M3
M3
M2
M2

VH +

H2 +

VH -

H2 ­H1 -

VH +

H1+
VH ­VH -

H3 -

VH +

H3 +

M1

M1

M.GND

SSP

TSR

D.GND

DOWN

MIC VDD

MIC DT
MIC CLK
MIC GND

S.TAB
D.GND
D.GND

SOLENOID
SOLENOID

T.PHOTO

S.3V
T.REELIN
S.REEL IN

D.GND
S.REEL OUT
T.REELOUT

MOTOR GND

SNSLED

M.POS3

M.POS2

M.POS1

D.GND

LOAD

LOAD
UNLOAD
UNLOAD

S.3V

S.PHOTO

VS3

CYL

CAP

VS11

VS7
VS8

VS9
VS15
VS20

SL2
SL23
SL27
SL19
SL18
SL20
SL21
SL24
SL17

CASSETTE DOWN SW

VSH0066

SOLENOID

VSH0067

MIC
SW

T- PHOTO
SENSOR
VXA5422
PN166.VT

SENSOR LED

VXA5411

LN57- LF.VT

MODE SW

VSR0114

LOADING
MOTOR

M

VEM0474

S-PHOTO
SENSOR
VXA5421
PN166.VT

VES0914
(MECHA FLEX U)

T- REEL

SENSOR

ON2170- LM

S- REEL

SENSOR

ON2170- LM

C2542

1000P

Y1

Y2

Y3

C2543

C2540

6V47

R6096 270

R6097 270

R6089 47K

R6088 47K

C2541
1000P

R2535

470

1000P

R2536 100

Y4

Y5

Y6

Y7
Y8

Y9

R2534 470

Y10

Y11

Y12

5V

6V

14V

3V

Z7
Z8

Z9
Z10
Z11
Z12
Z13
Z14

D6007 MA728

Z15

A1
A2
A3
A4
A5

Z16

Z17
Z18

Z19
Z20
Z21

Z22

Z23

Z24

3V

R6087 47K

R6086 1K

P2501

1
2
3

5
6
7
8
9

P2502
1

2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22

D REG 5V

UNREG 6V

UNREG 14V

D REG 3V

N SW 3V (A)

CPU WUPO 1

CPU DATAOUT

CPU DATAIN

CPU CLK

CPU RDY CTS

CPU ACKI 1

S TEST (L)

FP6003

1

2

3

4

5

6

7

8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

28

29 31

NOTE : DO NOT USE ANY PARTS NUMBER
SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART,
PLEASE REFER TO PARTS LIST.

30

: TO DIGITAL ( DIGITAL I/F )

SB

: TO DIGITAL ( VIDEO 1 )

SB

: TO DIGITAL ( VIDEO 2 )

VS

: TO DIGITAL ( LSI MICON )

SL

VIDEO MAIN SIGNAL PATH IN REC MODE VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

2SD1819

(BUFFER)

5.0

1

C3103

0.01

3V

1.7

C3109

L3005
15u

15P

V4

V6
V1

V5

V3

V8

X5

V2

V7

R3006

10K

C3016

TL3026

C3059

0.01

R3067

<3.6>

(0.5)

C3015

16V3.3

0.01

C3018

0.01

R3088

10K

R3094

10K

0

4.3

0.1

IC3007
TC7SH00FUTL

(NAND GATE)

4

1

2

3 4

IC3010
TC7SH08FUTL

(AND GATE)

0

1

2

3 4

C3014

6V10

2.1
37

3.4
38

0

39

40

1.5
41

42

5

43

44

1.2
45

CIN

3.3
46

47

48

R3005

10K

Q3001
2SD1819

5

(Y AMP)

2.3

1.7

R3092

1K

R3124

33K

QR3001

3

UN5213

0

(TBC H:ON)

3

5

0

3

5

0

C3086

0.01

C3080

0.01

3.1 2.4 3 3 1.9 1.8 2

YIN

AGC
FLT

V BLK

GND1
FLT
CTL

CC1

V
(5V)

ACC
CTL

WIDE
DET

OFF

PWR

AGC
AMP

CLAMP

AGC

DET

ACC
DET

ACC

AMP

WIDE

W1W2ACCFLT
1 2 3 4 5 6 7 8 9 10 11 12

1.9 1.5 3 1.9 0 2

C30011C3003

C3002

0.01

5

3.5

2.9

R3004

1800

<3.6>

C3118

0.01

C3013

0.01

CTL

AGC

SYNC

TIP

SYNC
SEP1

/0.32

DLADJ

Q3005
2SD1819

(AMP)

IC3009
TC7SH08FUTL

(AND GATE)

0

1

0

2

3 4

313233343536

CC3

(3V)

OUT

AGC

V

LPF

KEYED
PULSE

PULSE

GEN

IC3004
M52387FP

0.15

(AVIF)

EE- AMP

CC2

V

CEE

OUT

6V10

L3001

10u

5

R3064

0

CLP IN

PEDESTAL

CLAMP

AMPBPF

C OUT

(3V)

C3006

3

0

C3012

0.1

SSP FLT

AMP

(BAND GAP)

0.01

I REG

IC3011

T74HC4066FTL

(S.SIGNAL SEL)

C3111

0.01

R3026

27K

CLP

Y EE OUT

AMP

CP SYNC

DC

CTL

BIAS

EE

MUTE

C3004

1

C3011

0.1

252627282930

FLT

VREF1

(BIAS)

VREF2

CTL

Y OUT

SYNC

GND3

GND2

(GND)
IREF1

BIAS

FLT

PD

TH

TL3028

33

1 2 3 4 5 6 7

00000

3V

C3010

D3003

0.1

MA151K

2

3

1

R3003

<1.2>

1K

0

24

23

22

21

20

19

18

17

16

15

14

13

TL3027

1.4

C3008

2.2

2

C3005

1

R3001

100K

2.4

C3007 1

2.4

C3081 0.1

2.3

3V

W- LINE

3V

5V

3V

C3119

0.01

R3123

560K

2V

811121314 910

X6
X7

X8

X10

X11
X12

X- LINE

3V

5V

2V

2.2

1.7 (2.1)

Q3007
2SD1819A

(LIM.)

R3069

10K

C3040

1

R3073

22K

W2

W3

W10

C3041

1

R3027

22K

R3028

18K

0.01

W4

TL3014

L3004

10u

L3151

22u

L3152

22u

C3151

1

C3154

1

QR3152
UN5211

(P.SUPPLY CONT.)

3V

5

<1.1>

2.2

<0>

0.9

1.7
(2.1)

R3070

10K

37

38

3

39

0

40

41

0

42

3

43

0

44

45

2

46

47

48

W- LINE

1.1
(1.5)

R3010

1K

18AMP1

OUT

NC
FS

SEL0

FSSEL1

FSBFIN

FSBF
OUT

FSV

FSF0
ADJ

FSGND

FS
CLK

FS
GND

NC

1 2 3

R3020

X3004 VSX0932 C3024

0.01

6V10

C3033

C3032

5

Q3003
2SD1819A

(AMP)

C3021

16V3.3

R3017

100K

R3024

R3023

3300

6800

C3039

100P

<1.4> <0>

1.4 1.51 1.4 3 0 3 1.7 1.2 1.2

IN

18

18BF

AMP1IN

CC

V

CC

VCO

GND

1/2V

CC

27BFIN

27BF

OUT

1 3 5 7 8 9 10 12

2 4 6 11

2.2 0.1 0.1 0 0 33
<1.1>

3V

IC3153
TC7SHU04FUTL

(NOT GATE)

2.9 1.5
45

1.5

C3155

18P

R3018

470

C3023

C30371R3022

OUT

18BF

POWER
SAVE

27AMP1

IN

<0.7> <0.7>

X3152

VSX1109

26.997MHz

R3178

R3177

1M

10K

R3019

680P

120

C3038

100P

OUT

18AMP2IN18AMP2

CC

1/2V

MODE

SELECT

27AMP2

IN

27AMP1

OUT

R3011

300

C3156

15P

22K

270

1500P

3.1 2.9 2.1 2.1 5 2.6 4

1 2 3 4 5 6 7

0.7 1 1 2.5 0.2 4.3

L3008

10u

C3035

0.01

CC

18V

18SEL0

VCC

MODE

SELECT

IC3005
BH7086KV

(VCO)

GND

27GND

27AMP2

OUT

R3176 1K

R31791KR3180

2.9 1.5

1 2 3

1.5

IC3154
TC7SHU04FUTL

(NOT GATE)

L3009 VLQ0426J120

<3> <0>

IN

18OSC

18SEL1

POWER

SAVE

MODE

SELECT

27SEL0

27SEL1

C3030

0.01

1K

45

C3157

0.1

11121314 910

C3091

C3036

18P

VCXO

C3025

27P

0.01

18OSC

27OSC

OUT

GND

1/2V

POWER

SAVE

VCO

IN

C3031

R3097

47K

R3075

100

GND

VCO

27OSC

560

R3012

R3021

1

18GND

CC

V

GND

CC

GND

OUT

R3009

680

3.5

1.0

Q3006
2SC3930

(C BUFFER)

3300

V

1.7

C3026

2526272829303132343536 33

18CLK

CC

CC

27V

8

Y

SYNC

V

SYNC

C3092

1000P

33P

18GND

CGCLK

CC

CGV

CGF0

ADJ

CGGND

CGAMP

OUT

CGAMP

IN

CGBF

OUT

CGBFIN

CGSEL

27
GND

27
CLK

Q3004
2SD1819

(C AMP)

L3010

15u

C3110

15P

C3034

0.027

IC3006
M52684AFP

(SYNC SEP)

3V

X1

X2
X3
X4

24

23

3

22

21

20

0.1

19

0.1

18

17

1.5

16

15

14

13

L3006

10u

5V

R3099

1K

R3098

Q3008

0.7

0.1

(0.5)

R3008

680

R3013

270

X9

L3002

10u

C3019

6V10

C3020

2.4

R3068

1K

Q3002
2SB1218

(Y BUFFER)

5

2.3

1.7

1K

E

V PLL

LV1

SYNC OFFLV 2

GC TLCLV3
GC TLYLV4

CTL 27MLV 5

TDOSB1

VV1
VV2
VV3

VV5
VV6
VV7
VV8

VV10

VV11
VV12
VV32

VSYNC (L)SB2

TBC (H)

C
Y

DA Y
DL REG 3V (A)
D REG 2V (A)

DA C

V REG 5V
A REG 5V

GND

A GND

IC3012
RN5RZ30BA

(3V REG.)

5

GND VDD OUT

1 2 3

C3009

0.1

45

NC

3

5

C3022

6V10

D

C

B

X3151

VCR0505

A

D3152
MA728

V1
V2
V3

V4
V5

V6
V7
V8

1 2

34

C3095

1

VLP0364

LB3002

C3096

C3093

C3094

1

1

LB3001

VLP0364

1

C3158

1

3V

Q3152
2SB1218

(POWER SUPPLY)

03

2.9
R3171

2200

2.8

0

QR3151
UN5211

(P.SUPPLY CONT.)

C3027

6V10

D3151
MA729

R3002

27K

R3007

22K

R3072

100K

Q3151
2SB1218

(POWER SUPPLY)

2.93

2.3

R3172

2200

0

2.8

L3007

10u

C3017

6V10

R3043 100K

C3042

LB3003

VLP0145

R3173

2200

: TO DIGITAL ( SYSTEM CONTROL & SERVO )

SD

: TO DIGITAL ( DIGITAL I/F )

VD

: TO DIGITAL ( VIDEO 2 )

VV

: TO DIGITAL ( LSI MICON )

LV

1

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

24

3

5

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

6789

VIDEO MAIN SIGNAL PATH IN REC MODE VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE AUDIO MAIN SIGNAL PATH (REC or PLAYBACK MODE)

L4201

6.6u

A17
A18
A19
A20

A11
A12
A13
A14

A21
A22
A23
A24
A25
A26
A27

C1
C2
C3
C4
C5

B5
B2
B4
B3

R4233

B- LINE

5V

2V

3V

Y- LINE

C3078

7P

R3054

1M

C3079

7P

1.5

100

1

1

SHM225

0

HSP

2

1.1
VSP

3

1

DFD7

4

0.7
DFD6

5

0.6
DFD5

6

1.1
DFD4

7

V

8

0.6

9

DFD3

0.7
DFD2

10

0.9
DFD1

11

0.9
DFD0

12

2.1
V

13

2.1
V

2V

B1

0

14

2.1
V

15

1.1
CLK18

16

V

17

0.5

18

SMADD17

0.8
SMADD16

19

0.9
SMADD15

20

1

SMADD14

21

1

SMADD13

22

1.1
SMADD12

23

0.9
SMADD11

24

V

25

A- LINE

2V

W19

R4208

10K

W17

5V

W- LINE

VSS

SS

DATA

DDE2
DDE2
DDI2

SS

ADDRESS

SMA

DD10

SS

R4219 4700

SMADD9

0.9

0.9

A28

A29

5V

R4207 10K

R4203 10K

C4203

33P

<0.4>
(0.4)

1.5

1 2 3 4 5 6 7

<0.5>

C4211

33P

R4213

10K

X3003

VSX0846

R3053

24.576MHz

0

1.4 <0>

1.5

1.1(0.7)

1.9(1.5)<1.5>

FRP

DIBCK

DIMCK

DOBCK

DOMCK

DOLRCK

SMADD7

0.9

0.9

R4204

10K

R4214

10K

SMADD6

SMADD5

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 5026 27 28 29 30

0.9

0.9

R4205

1.51.5

R4215

VSS

SMADD4

0

11121314 8910

0

SMADD8

0.1

A7A6A5A4A3A2A1

R4223
10K

SS

V

DODATA

SMADD3

0.9

0.9

R4206

0

5

R4216

0

R4224
10K

C4212

6V10

1.4

1.433

XI

XO

IC3003
MN67373

(CAS)

SMADD2

SMADD1

0.9

0.9

A15

(0)

1.5

DDE2

VDDE3

V

DDE2VDDI2

SMADD0

V

2.1

2.1

A16

C4206 33P

C4213

0.1

2.1

DDI2

V

R4209

1.5

R4217

C4214

1.2

10K

10K

33P

C3106

1.1<0>

AIDAT

SMCE

SMRS

1.9

A8

A9

L4502 10u

0.1

R3120

1500

SS

V

RECMUT

VSS

1.4

1.5

1.51.51.51.51.51.5

C4217

6V10

R3122

1500

1.5

8191 8292 8393 8494 8595 8696 8797 8898 8999 90

DIDAT

LKFRP

DILRCK

SMWE

SMWS

SMDIOS

1.702.2

A31

A30

A10

IC4201
NJM2112V

(AMP)

R4231

330

2.8

SMP

D13

SCK

1.3

2.9

SDA

DATA

BD3

1.3

D12

R4230

2.8

STP

BD2

1.3

D11

C4218

0.1

R3121

1500

CLK246

BD1

1.3

D10

C4220

3V

B6

B7

3

7677787980

RST

TRST

PWM0

VCO I

VCO O

V

VDDI2

TINT0
TINT1
TINT2
TINT3
TINT4
TINT5
TINT6
TINT7

BD0

D9

330

0.1

VSS

TMS
TCK

TDO

FSO

V

DDE3

VSS

SSP

VSS

TDI

FSI

SS

C4220

4700

75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51

R4221

4700

C4219

6V10

R4222

4700

3

0.1
0
3
3

1.5
3
3 <0>

1.4

1.4 <3>
3

2.1

0

LB3011

VLP0145

<2.8>

R3052

1M

D2

R4232 330

C4221

0.1

R3084

1500

C3107

0.1

R3085

1K

C3090

0.01

C3075

0.01

D1
D8
D7
D6

C3077

0.01

C3076

0.01

R4229 330

W22

W2
W3

W4

W18

C4224 1500P

C4225
1500P

IC4210
NJM2115V

(AMP)

C4223
33P

R4226
10K

1.5 1.5 1.5

5

VCC

1 2 3 4

1.5
R4225
10K

C4222
33P

W16

1.5

C4215
1500P

1.5

2V

3V

EE MUTE
D C STP2

D1
D2

C4506

0.1

C4505 6V10

C4515 0.1

IC4501
AK4520A-VF

(PCM AUDIO A/D D/A CONV.)

5

1

VREFH

0

VREFL

2

1.5
AINR

3

(1.5) 0

<0.5>

<0.5>1.4

R4218
10K

<0.5>1.4

3

<0>

2.9
3

0.1
0

2.9

2.9

D4501 MA721

1
2

C3
C5
C2
C1

C4

Y26

R4227

0

5678

GND

R4228
0

VRADR

4

AINL

5

VRADL

6

5

VA

7

A GND

8

0

DIF0

9

0

DIF1

10

1.4
LRCK

11

1.4
SCLK

12

(0.7) 1.2

SDTI

13

<0>1.4

SDTO

14

36 35 34 33 32

37

SCANCLK

38

SCANT

39

SCANTDI
VSS

40

SCANTDO

41

TDO

42

VDD

43

TMS

44

TCK

45

TRST

46

TDI

47

VSS

48

TEST0

TEST1

1 2 3 4 5 6 7 8 9 10 11

0

0

0

Y21

Y22

2.8

NC

NCJ

(35)MODE0
(36)MODE1

IC3008
T200G52F0001

(DV I/O LSI)

TEST2

TEST3

0

0

Y19

Y20

VCOM

A OUT R

A OUT L

CMODE

PWAD
PWDA
D GND

TST 1
TST 2
TST 3
DEM1
DEM0
MCLK

3

1.8

2.7

0
31 30 29 28 27 26 25

STP

VSS

VDD

SDIO

SCLK

TEST4

TEST5

TEST6

TEST7

VSS

00000

Y16

Y15

Y17

Y18

28
27
26
25
24
23
22
21

VD

20
19
18
17
16
15

3

NC

NC

CLK135

EVFHD

DOMMYO

DUMMY1

12

3

Y24

Y23

VDD

VSS

RST

VDD

TEST9
TEST8

VDD

1.5

1.5

1.5
0

2.9

2.9
0
3

0
3

2.0(1.5)

NC
NC

NC
NC
NC

24
23
22
21
20

3

1919
18
17
16

2.7

15

0

14

0

13

C3114

C3115 0.1

C3105 0.1
C3113 0.1

C4502 0.1

C4504 6V10

C4501 0.1

C4503 6V10

C4207
1500P

0.1

R3082 0

R3083 0

L4501 10u

R4210 10K

Y25

R3102 1K

C3112

0.01

W23
Y13
Y14

W22

W24

2V

TL3006

W5
W6
W7
W8

W9
W10
W20
W21

W11

W12

W13
W14

W15

W16
W17
W18
W19

D10
D11
D12
D13

DCS CLK
DC STP1

G CTL PBY
G CTL PBC

D6
D7

CLK18M2

D8
D9

3V

CLK18M2
EDA TDO

DL REG 3V
D REG 2V

CLK 450K

PCM OUT (R)

PCM IN (R)

PCM OUT (L)

PCM IN (L)

RST LSI

AFRP

SSP

VCO (H)

FRP

DCS DA

MCVS

FS PLL

GND

FRP SB6
TCK SB7
TMS SB8

INF
TMS
TCK

FRP
BD0
BD1
BD2
BD3
SMP
SSP
GND

SSP

BD0
BD1
BD2
BD3
SMP

TCK
TMS

VCO (H)

LV6
LV7
LV8

LV9
LV10
LV11
LV12
LV13
LV14
LV15
LV16
L

V18
LV19
LV20
LV21

VD9
VD10
VD11

VD6

VD8

VD1

VD2

VD3

VD4

VD5

VD7
VD12

VV13
VV14
VV15
VV16
VV17
VV18
VV19
VV20
VV21
VV22
VV23
VV24
VV25
VV26

VV28
VV29
VV30
VV31

28

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

29 31

30

32

: TO DIGITAL ( SYSTEM CONTROL & SERVO )

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

SB

: TO DIGITAL ( DIGITAL I/F )

VD

: TO DIGITAL ( VIDEO 2 )

VV

: TO DIGITAL ( LSI MICON )

LV

33 34 35 36

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODEVIDEO MAIN SIGNAL PATH IN REC MODE

5V

3V

Y22
Y21

Y20
Y19

Y18
Y17
Y16
Y15
Y14
Y13

W11

Y1
Y2

Y26

Y3

X5
X6
X7
X9
X8

X10

C3062 0.1
C3063 0.1
C3064 0.1

L3003 10u

<1.4>

X12
X11

C3068 0.1
C3069 0.1
C3070 0.1

C3065

0.1

C3072

0.1

C3066

0.1

3V

C3045

0.1

W20

W21

3V

2V

<1.1> 0
<0.3> 1.4
<1.2> 0.8

<0.7> 0

C3067

6V22

C3100

C3099

0.01

0.01

2.1

3

0

0

132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109

TEST

0

TEST1

133

2

0

134

TEST3

0

135

TEST4

0

136

TEST5

0

137

TEST6

0

138

TEST7

0

139

TEST8

0

140

TEST9

141

SCAN

142

SS

V

3

143

VDD3V

2.1

144

DD2V

V

0

145

INF

3

146

TRST

0

147

TMS

0

148

TCK

2.8

149

TDI

0

150

TDO

151

SS

V

152

SHORTCUT

0

153

VMASK

0

154

SYNC

155

YADJ

156

CPSYNC
YIN

157

2

YADVREFH

158

0.8
YADVBS1

159

0

160

SS2

YAV

1.4
YADVREFM

161

0.9

162

YADVREFL

3

163

YAVDD1

164

SS1

YAV

0.7

165

CIN

2

166

CADVREFH

167

CADVBS1

0

168

SS2

CAV

1.4

169

CADVREFM

0.9

170

CADVREFL

3

171

DD2

CAV

172

SS1

CAV
CDV

173

SS2

3

174

DD2

CDV

175

SS1

YDV

3

YDV

176

DD1

YDA

VREF

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44

1.7

0.8

C3043

2V

DD2VVDD3V

V

TEST0

YDABIAS

YOUT

2.3

C3044

0.1

0.1

SS

V

DUMMY7

DUMMY6

DUMMY5

DD3

SS3

YCAV

CDAVREF

CDABIAS

YCAV

3

COUT

2.3

1.6

0.8

R3034

8200

R3035

22K

C3046

0.1

X- LINE

W- LINE W- LINE

DUMMY4

DD3

YCDV

3

C3047

0.1

DUMMY3

DUMMY2

SS3

YCDV

CRDAVREF

2.1

C3049

Y23

0

0

DUMMY1

CRDABIAS

0.7

C3050

0.1

0.1

Y24

INV

DUMMY0

DD4

CROUT

CCAV

3

R3036

8200

R3037

22K

2.1

2.1

INH

YS17

YS16

YS15

SS4

CBDAVREF

CBDABIAS

CBOUT

CCAV

3

2.1

0.7

C3053

0.1

C3052

0.1

YS14

DD4

CCDV

C3048

YS13

CCDVSS4

0.1

YS11

YS12

IC3001
T9P90EN

(DV I/O)

PWDNADDA

POFF27

3

C3051

0.1

C3054

0.1

X2
X3
X4
X1

<3> 0

YS10

POFF18

VDD2V

DD3/2V

V

POFFCG

FILSW27

C3055

0.01

SS

V

FILSW18

<0> 3

CS17

EVFHD

<0> 2.6

CS16

VBLK

C3057

3V

W23

0.01

CS15

CGHD

CS14

SS

V

3V

CS13

CLK27IN

R3039

1M

TL3024 TL3020

0

100108 107 106 105 104 103 102 101

CS11

CS12

CS10

CAMCLK

DD3VVDD2V

CLK27OUT

CLK18IN

CLK18OUT

V

3

2.1

1.3

1.3

C3056

0.01

REFCLK

PBY7

PBY6

CLKCGOUT

CLKCGIN

LB3006

VLP0145

C3102

0.1

Y25

PBY5

PBY4

VSSPC27C

PBY3

PBY2

SHUFFLE

MEMORY

DATA

PC27H

PC18C

1.5

90919293949596979899

PBY1

V

V

CLK18M1

CLK450K

CLK18M2

CLK18/8M

APCRST

PCCG

R3089

R3090

89

PBY0

V

DD2V

DD3/2V

PBC7
PBC6
PBC5
PBC4
PBC3
PBC2
PBC1

PBC0
PBVS
PBHS
DSF7
DSF6
DSF5
DSF4
DSF3
DSF2
DSF1
DSF0

DD2V

V

DD2/3V

CASVD
CASHD

SDIO
SCLK

LCDCK

DD2V

V

MCVS

X OUT

CLKCG

3900

3900

V

V

FRP

STP

V

RST

VSS

XIN

VDD

3V

2V

5V

2V

3V

A- LINE
Y LINE

Y7

Y6

Y5

2.1

0.1

SS

V

CC2

V

C3074

0.01

Y4

0.7

1.1

2.1

2.1

NC

NC

CC2

DI07

DI08

V

VCC2

SHUFFLE
DATA

SHUFFLE
DATA

DI03

DI01

NC

NC

VSS

VSS

0.8

0.7

Y9

Y8

2V

B1
B2
B3
B4
B5
B6

B7
W8
W7
W6
W5
W9

A15

A16

A17

A18

A19

A20

C3097

1.1

0.6

0.7

1

0.9

0.9

0.9
1

0.9
2

0.9
3

4

0.9
5

0.9
6

7

0.9
8

0.1
9

10
11
12
13

3

14

3

15
16
17

1.2

18
19

2.1

20

1.1

21
22

1.9

23
24
25

R3081 0

W24

A2
A3
A4
NC
A5
A6
NC
A7
A8
NC
V

SS

VSS
NC
V

CC1

V

CC1

NC
NC
/CE
NC
/RFSH
SOC
NC
/RS
/DOCTL
/DE

D3002

MA728

100

NC

NC

ADDRESS

NCNCV

A1

SS

TL3004

A0

/DIOS

0

A10

TL3002

NC

DO16

DO17

DO18

COMPRESSION
DATA

COMPRESSION
DATA

DO12

DO13

NC

DO14

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 5026 27 28 29 30

0.6

0.7

0.9

A11

A13

A12

SS

NC

V

DO15

IC3002
MN47V07AF

(SHUFFLE MEMORY)

DO11

NC

VCC2

0.9

2.1

A14

2.1

88

2.1

87
86

SS

85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65

SS

64
63
62
61
60
59
58
57
56
55
54
53

SS

52
51
50
49
48
47
46
45

3V

1

0.7

0.6

1.1

0.7

0.6

0.9

0.9

2.1

2.1

1.1

1.1

1.1

1.1

1.1
0

1.5

2.9

2.9

1.6

2.1
3
3

1.5

1.3

1.3
3

R3042

1M

C3101

0.1

Y12

Z1
Z2
Z3
Z4
Z5
Z6
Z7
Z8
Z9

C3087

0.01

Y10
Y11

A1
A2
A3

A4
A5

A6
A7

C3073

0.01

Y4
Y5
Y6
Y7
Y8
Y9

R3065

R3117

22K

A8

A9

1K

Z1
Z2

Z3
Z4
Z5
Z6
Z7
Z8
Z9

A22

A21

0.5

1.1

0.6
81828384858687888990 7677787980919293949596979899

NC

NC

NC

A16

A17

DI05

DI06

ADDRESS

TRSR

TDO

DI01

DI02

NC

3 0.8

0.7

0.9

0.1

R3044

220

Y11

Y10

0.9

75

A15

1

74

A14

1

73

A13

72

NC

1.1

71

A12

0.9

70

A11

69

NC

0.9

68

A10

0.9

67

A9

66

NC

3

65

CC1

V

3

V

64

CC1

63

NC

62

SS

V

61

VSS

60

NC

1.7

/WS

59

1.1

58

SIC

57

NC

1.4

56

/WE

2.1

55

CS

54

NC

0

53

TCK

0.1

52

TMS

0

51

TDI

NC

NC

R3046

220

R3048

220

Y3

B- LINE

C3098

0.1

R3051

470

R3049

220

A23
A24
A25

A26
A27

A28
A29

A30

A31

Y2
Y1

R3050

470

R3047

470

Y12

W13
W14
W15

W12

10

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

11 13

12

14

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

15 16 17 18

VIDEO MAIN SIGNAL PATH IN REC MODE VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE

AUDIO MAIN SIGNAL PATH IN REC MODE

E

D

C

B

A

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18

TO RF I/F SECTION

IN MAIN

FP3401(C-12)

19
20
21
22
23
24
25
26
27
28
29
30
31
32
33

34
35
36

VV11
VV30
VV28
VV31
VV12
VV29

VV8
VV5
VV2
VV3
VV3

VL15
VL14
VL13
VL35
VL34
VL33
VL32
VL31
VL30
VL29
VL28
VL27
VL26
VL25
VL24
VL23
VL22
VL21
VL20
VL19
VL10
VL11
VL18
VL38
VL39
VL41

VS1
VS2
VS3
VS4
VS5

VI4

VI2
VV32
VV25
VV24
VV23
VV15
VV13
VV16
VV17
VV18
VV19
VV20
VV26
VV14
VV22
VV21

VV10

VS
VI
VV
VL

FP3201

36

GND

35

EE ADJ

34
33
32

GND

31

Y

30

GND

29

C

28

GND

27

DA Y

26

GND

25

DA C

24

GND

PCM IN (R)

PCM IN (L)

PCM OUT (R)

PCM OUT (L)

H REG 3V
H REG 3V

H REG 5V
H REG 5V

V REG 3V
V REG 3V

V REG 5V
V REG 5V
A REG 5V
A REG 5V

: TO DIGITAL ( SYSTEM CONTROL & SERVO )
: TO DIGITAL ( DIGITAL I/F )
: TO DIGITAL ( VIDEO 1 )
: TO DIGITAL ( LSI MICON )

23
22

A.GND

21
20

A.GND

19
18

A.GND

17
16

GND

15
14
13

GND

12

11

10

GND

9
8
7

GND

6
5
4
3
2

Lch (L)

Rch (L)

1

A REG 5V
PCM OUT (L)
PCM OUT (R)

PCM IN (L)

GND

PCM IN (R)

DA C
DA Y

C
Y

A GND

EE ADJ
Y GCA ADJ
C GCA ADJ

TSR
ADDT0
ADDT1
ADDT2
ADDT3
ADDT4
ADDT5
ADDT6
ADDT7
ADDT8
ADDT9

ADDT10

ADDT11
ADDT12
ADDT13
ADDT14

DT15
BLW

RD

ALE
CYL PG
CYL FG
RST LSI

Rch (L)

Lch (L)
CYL PG
CYL FG

VIDEO VCO

IC3205
TC7SH08FUTL

(AND GATE)

DIF TDO

D REG 2V

A GND

VCO

(H)
TMS
TCK

EDA TDO

SSP

BD0
BD1
BD2
BD3

SMP

CLK450K

CLK18M2

D REG 2V

DL REG 3V

V REG 5V

C3285
1000P

C3282 0.1

C3281 0.1

C3279 0.1

C3270 0.1

C3283
1000P

1.4

1.4

1

C3284
1000P

I1
I2
I3

I4
I5
I6

I7

I8

I9

I10

I11

I12
I13

I11
I10

I9

I8
I7
I6
I5
I4

I1
I2

I3
J1
J2
J3
J4
J5
J6
J7
J8
J9

J10

J11
J12
J13
J14
J15
J16
J17
J18
J19
J20
J21
J22
J23

I13
I12

1

2

3 4

K1
K2
K3
K4
K5
K6
K7
K8

K9
K10
K11
K12

3V

3V

5V

2V

3V

J10

SSO

V

ADDT8

ADDRESS

1.4

L7

L6

NC

NC

J9

2.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

ADDT1

ADDT2

ADDT3

ADDT4

ADDT5

ADDT6

ADDT7

DDO2M

V

SSO

RAS

WE

V

1.3

2.6

0.7

1.2

1.6

1.5

1.4

L9

L8

/LCAS

NC

L10

/UCAS

/WE

L11

L12

/OE

/RAS

L13

L14

C3201

A8

NC

0.01

J11

J12

J13

J14

J15

J16

SSO

V

CLK18

1.3

DQ12

DQ5

2.1

2.1

DDO2M

V

C3258

DQ11

DQ6

0.1 <1.6>

0.1

J17

0.1

0.1

0.1

0.1

0.1

0.1

0.1

DT15

ADDT14

DDO3RVSSOVDDI2

V

3

DQ10

DQ7

ADDT13

LCAS

1.8

L1

1.8

DQ9

DQ8

ADDT9

ADDT11

ADDT10

ADDT12

ADDRESS / DATA

UCASOEA8A7A6A5A4A3A2A1A0

1.5

1.5

0.5

1.9

L5

L4

L3

L2

IC3202
MNV4260DTA7

(ECC MEMORY)

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... 400B 1kHz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... 400dB 1kHz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... 400dB 1kHz

J18

J19

2.1

2.1

J20

C3232 0.01

R3201 1K

J23
J22
J21

R3245

10K

K2
K1
K3
K4

K5

K6
K7
K8
K9

K10

K11

K12

L15

3

5

1.2

2V

VSSVCC

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22

L30

3V

L3208

22u

5V

24

0

2.1

3

3

1.7

0.2
0
3

2.1

3

0.1
3
0
3
3
0

2.1

1.3

1.3

1.3

1.3

1.3

2.1

L16 L17 L18 L19 L20 L21 L22 L1 L2 L3 L4 L5 L6 L7 L8

1.3 1.2 1.4 1.4 1.4 1.5 1.5 1.4 1.4 1.41.51.50.51.91.81.8

DQ16

DQ15

DQ14

DQ1

DQ2

DQ3

L29 L28 L27 L26 L25 L24 L23 L14 L13 L12 L11 L10 L9

3V

3

124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109

125

ALE

RD

126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156

C3208

0.1

DDI2M

V
V

SSI

V

DDI3

CS
RST
CYLFG
CYLPG
PTST0
PTST1
PTST2
PTST3
SCANM
SCANI
SCANO
V

DDI

V

SSI

TRST
TMS
TDI
TCK
TDO
V

DDI3

SSP
V

SSO

V

DDO2B

BD0
BD1
BD2
BD3
SMP
V

DDI2B

DLW

DATA

SSI

CLK450

V

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46

1.3

SS

V

DQ13

VCC

DQ4

C3257

6V47

0.01

0.1

2.1

2.1

100108 107 106 105 104 103 102 101

DDI

V

ADDT0

DDO2M

V

IC3201
M65501FP

(EDA IC)

SSIVDDI

V

VDDO3R

DQ15

3

1.3

2.1

C3202

0.01

A7

A6

A5

A0

A1

A2

5

C3259

J2

J3

J4

J5

J6

J7

J8

SSI

V

L15

1.2

SSO

V

DQ14

L16

3

1.4

A4

A3

DDO3

V

DQ13

L17

J1

0 <1.5>

TSR

DQ12

1.4

L18

23242526272829303132333435363738394041424344

SS

V

VCC

0

1.4

31.51.61.31.20.72.61.41.41.41.331.21.41.31.33

N7

TL3207

0

SPA

DQ11

1.5

L19

VSBST

MEMORY

DQ10

1.5

L20

N8

N14

1.5

3

3 <0>

FE

HID1

HID2

DATA

DQ9

DQ8

DQ7

1.4

1.4

1.4

L23

L22

L21

IC3204
AD9057BRS-60

(VITERBI

3V

5V

N- LINE

N12

N15

N16

N13

3

330 <2.9>

0 <3>

PBH

HID3

RECI

RECCTRL

DQ6

DQ5

DQ4

DQ3

1.3

1.4

1.2

1.4

L27

L26

L25

L24

A/D)

DO0

PWRDWN

1 2 3 4 5 6 7 8 9 10

0 1.452.52.552.52.5

N1

C3260

0.1

79

808191 8292 8393 8494 8595 8696 8797 8898 8999 90

IDECP

DDO3

V

IDEC01

IDEC02

IDEC03

SYNCNL

DQ2

DQ1

DQ0

1.3

1.3

L30

L29

L28

M8 M7 M6

1.4

DO1

REF OUT

C3241

0.1

IDEC04

PB DATA IN

DDO3RVSSO

A.GND

V

3

L3204

1.4 1.4 3 1.4 1.3 1.3 1.4

DO2

DO3

GND

REF IN

C3239

6V10

5V

VITON

IDEC05

IDEC06

IDEC07

TRICK
MEMP

REFCLK

CKPHASE

VCOCTL

ADSTB

DDO3

V

SSO

V
ADDAT6
ADDAT5
ADDAT4
ADDAT3
ADDAT2
ADDAT1
ADDAT0

DDI3

V

SSI

V
V

RECCLK

EQHLD

PBCLK

PBDAT

VDDI3
D.V
A.V

VTOP

D.GND

VBTM

1

C3203

0.1

M5 M4 M3 M2

CC

D.V

BIAS OUT

C3242

0.1

10u

V
HSE

DDO2
DDO3

SSD

V

CC3
CC3

ATFI

DO4

AIN

R3230

REC DATA

A.GND

10u

GND

CC

A.V

L3205

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47

C3243

0.01

<1.8> <1.8>

DO5

CC

A.V

C3240

0

3
0

1.5

1.4 <0.5>

1.6
0
3

1.4

1.3 <1.8>

1.3 <1.8>

1.4

1.4

1.4

1.4
3

01

2.1
3

1.4

1.4

2.9
3
3
3

1.5
2

3V

DO6

GND

0.01

C3204

0.1

L3201

C3206

0.01

2V

11121314151617181920

DO7ENCODE

M1

M2
M3
M4
M5
M6
M7
M8

10u

C3205

6V10

3V

M1

R3213

6800

3V

R3214

R3229

220K

R3248 1000

R3257 120K

C3207

0.01

N10

1K

TL3208

6789

VIDEO MAIN SIGNAL PATH IN REC MODE VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

3V

5V

N- LINE

D3201

N11

N4

N9

N3

N2

R3251

22K

R3250

47K

R3252

180

1.5

Q3202
2SC3931

(AMP)

0.7

L3209

10u

R3237

3900

R3235

3900

R3236

3900

3V

C3265

0.1

2.2

C3264

22P

0

Q3203
2SD1819A

(SWITCHING)

C3211

0.1

C3253

0.01

Q3201
2SB1218A-R

or 2SB1218A-S

(TRICK : ON)

3V

3

2.2

R3253

300

R3254

390

3V

2

2

2

R3220

560K

C3250

MA142WA

Q3204
2SD1819A

(BUFFER)

1.6

R3255

1500

C3262

6V10

R3234

4700

C3251

0.01

R3227

56K

2.2

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

R3217

100

C3254

0.1

C3236

0.1

R3238

100K

IC3203
AN3741FAP-A

(EQ IC)

3

C3209

0.01

C3210

0.01

C3212

0.1

C3213

0.1

C3214

0.1

C3252

0.01

1

1.2
2

3

2

4

1.2
5

3

6

1.3
7

1.9
8

1.3
9

1.2

10

1.2

11

0

12

1.9

13

1.5

14

1.8

15

16

2

3

1

3V

<2.2>

EQHLD

VITERB1

ATF IN

GND1

BP OUT

AMP IN

VCC1

ATFC

ATFGAIN

ATF1 OUT

REF
DET

REFCLK

TRICK H

TRICK
L

BETA

ALFA

MON1

PRE

C3216

0.01

EQ

17

PBH

LOGIC

BPF

AMP

GCA

REFF

MON2

TFIL

IN

1.1 1.1 2.2 2.1 2 2 2.9 3 2 3 2 1.3 3

C3217 0.01

C3218 0.01

C3219 0.027

C3220 0.01

N5 N6

R3239

10K

C3235

680P

R3240

C3256

3900

0.01

DL

ADJ

DELAY

CONT

DET2
21 22 23 24 25 26 27 28 29 30 31 3218 19 20

TFIL

OUT

DET3

C3237

0.01

1+DIN

DET4

ERROR SIGNAL

C3238

0.01

GND7

AGC
IN

PRE- EQ

LPF

DET1

<1.5> <1.6> <1.7>

VCC7

1+D

DETECTION

TOP COUNT
DETECTION

TFIL

GND2

<2.5>

R3249

68K

C3215

6V10

1+DOUT

BUFF

VCO

CTL

R3203

5600

AMP

PLLIN

VCC2

AMP

C3221

0.1

R3241

ERROL

AMP

R3205

5600

L3207

10u

3900

OUT

C3255

0.01

535659

1+DOUT

VCC8

R3212

GND6

PS

R3233 330

C3222

C3247

6V10

0.1

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

R3221

6V10

C3224

390

3V

1.8

R3228

C3231

3900

1500P

C3230

C3244

0.01

R3207

120

R3206

120

C3225

0.1

TL3202

10u

L3202

0.1

R3209

5600

R3226

220K

C3228

R3218

3900

TL3201

C3226

0.1

C3249

0.01

R3211

68

0.1

R3210

560

3V

1.3

3

1.9

1.9

1.9

1.9

1.3

1.5

3

1.4

1.4

2.8

0

51525455575860 495061626364

ERR2

DATA

DETECTION

VCO

OUTPUTVCO

GND3

VCO IN

C3223

0.01

C3248

0.1

R3204

470

0.01

C3234

ERR1

PC

OUTPUT

OUTPUT

OUTPUTLATCH

RECCLK

1

C3233

31.830 1 1.8 1.1 3 1.5 2.4 1.1 1.6 1.1 1.1

VCC6

S DET2

GND5

S DET1

VCC5

PC OUT

AMP IN

AMP

OUT

AMP

VCO IN

PHASEADJ

MON3

CKPHASE

VCC4

ADCLK

PBCLK

GND

4

PBDAT

VCC3

<0.1><1.6>

R3219

2200

10u

L3203

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

C3229

330P

R3208

8200

C3227

0.01

C3245

6V10

3V

L3206

10u

R3222

220

R3223

2200

R3224

10K

N- LINE

5V

R3225

3900

C3246

0.01

3V

C3267

0.01

C3261

0.01

C3291 0.1

C3293 0.1

C3299
1000P

C3297

0.1

C3287
1000P

N1

N2
N3
N4
N5
N6

N7
N8

N9

N10

N11

N12
N13
N14

N15
N16

C3298
1000P

C3288

0.1

C3289

0.1

C3290

0.1

C3292

0.1

C3294

0.1

C3295

0.1

C3296

0.1

C3280
6V100

3.5V

3V

3.5V

3V

3V

3V

3V

3V

3.5V

5V

3V

R3263

1K

5V

3V

: TO DIGITAL ( SYSTEM CONTROL & SERVO )

VS

: TO DIGITAL ( DIGITAL I/F )

VI

: TO DIGITAL ( VIDEO 1 )

VV

: TO DIGITAL ( LSI MICON )

VL

S VPP

UNREG 6V

M.GND

UNREG 14V

FAN

FP3202

32

UNREG 14V

31

UNREG 14V

30

M.GND

29

M.GND

28

UNREG 6V

27

UNREG 6V

26

UNREG 6V

25

FAN

24

GND

23

NSW3V

22

NSW3V

21

GND

20

S VPP

19

L VPP

18

REG 3V

17

REG 3V

16

GND

15

D REG 3V

14

D REG 3V

13

GND

12

D REG 5V

11

D REG 5V

10

GND

9

DL REG 3V (A)

8

DL REG 3V (A)

7

DL REG 3V (A)

6

GND

5

D REG 2V (A)
D REG 2V (A)

4

N SW3V

3

TBC (H)

2

GND

1

D REG 2V (A)
DL REG 3V (A)

TBC (H)
REG 3V

RHY RST

D REG 3V

D REG 5V VL40

REG 3V
N SW3V

L VPP

ALFA
BETA

ATFG
DL ADJ
ERRDL

COMP
V VCO

CLK PH

REC CADJ

SPA

HID1

N SW 3V(A)
D REG 5V VS1

N SW 3V VS12

SPA VS13

HID1 VS14

D REG 3V VS15

ATFI VS16

RA STAB VS17

ENVELOPE VS18

REC CUR VS19

FP3203

RF GND1

2

RF GND

3

RF GND

4

RF GND

5

RF GND

6

RF GND

7

HRA5V

8

A3V

9

REC CUR

10

REC CADJ

11

RF GND

12

HA OUT

13

HSE

14

A TF OUT
15
16

RF AGC OUT

17

EQHLD

18

RA STAB
19

REC CTL

20

HID3

21

HID2

22

HID1

23

PB (H)

REC I

24

VS6
VS7
VS8
VS9

VS10

VV7
VV6

VV1
VV9

VI1
VI3

VL16
VL17
VL12

VL1
VL2
VL4
VL6
VL8
VL5
VL3
VL7

VL9
VL37
VL36

VS20

10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32

1

24
23
22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

1
2
3
4
5
6
7
8
9

TO RF I/F SECTION

TO HEAD/REC

IN MAIN

FP3402 (E-1)

AMP

FP5002 (E-1)

10

11 13

12

14

15 16 17 18

MAIN SIGNAL PATH IN REC MODE

FP5001

GND

8

CH2F

7

CH2S

6

CH1S

CYL

E

FP5002

TO DIGITAL
(VIDEO 2 SECTION)
FP3203 (B-18)

RFAGC OUT

REC CADJ

D

3V

CH1F
GND

CH3S

CH3F

RECI
PB
HID1
HID2
HID3

REC CTL

RA STAB
EQHLD

A TF OUT

HSE

HA OUT

RF GND

REC CUR

A3V

HRA5V
RF GND
RF GND
RF GND
RF GND
RF GND

5
4
3
2
1

1

H

2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24RF GND

C5028
1200P

C

R5024

C5030

10K

1000P

R5028

1500

L5005

4.7u

B

L5007

4.7u

C5037

6V10

C5038

0.01

C5034

0.01

A

3V

NOTE : DO NOT USE ANY PARTS NUMBER
SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART,
PLEASE REFER TO PARTS LIST.

MAIN SIGNAL PATH IN PLAYBACK MODE

5V

0 <2.9>

RCTL

<0> 3.4

ST AB

49

R5026

0

50

PBEN

0

MMC

51

<2.2> 0

INSRH

52

EQHLD

C5029

C5031

IC5001
AN3731FHQ

(HEAD/REC AMP)

C5039

0.01

53

1

<2.7> 2

ENV DET

54

ENV OUT

55

<0> 1.1

TRICK H

56

<1.2> 2.3

ATF OUT

57

0.01

2.3
58

ENV CTL

1.9

HA OUT

59

3

VCC 3V

60

C5032

47P

1.8

PB OUT

61

C5032

680P

2.5

AGC IN

62

GND

63

1.1

AGC OUT

64

R5005

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

ENV
DET

AGC
DET

AGC CTL

1 2 3 4 5 6 7 8 9

2.3

C5001 0.01

C5002 0.01

R5002 470

R5003 10K

1K

333

H1D3

H1D2

LOGIC

VCC 3V

AGC DET

300

1.9

AMP

C5035

6V10

C5015

0.01

RA2 OUT

VCC 5V

RA1 OUT

MONI IN

VCC 3V

HA1 IN

PBSW1

HA1 ACFB

HA1 FB

VCC 5V

RA3 OUT

Q5006
2SD1819A

(PB HEAD2 CTL)

3V

PBH2

PB H1

GND

HA1

DET

PBH3

<0> 0.7

R5017

1K

<0>

1.8

32

5

31

5

30

5

29

<0>

1.8

28

27

0

26

3

25

1.1

24

0

23

<2.5>

2.1

22

0.7

21

1.4

20

5

19

18

17

R5012

1500

Q5002
2SC3937

(AMP)

0

Q5005
2SD1819A

(PB HEAD1 CTL)

<0 > 0.7

R5016

1K

5V

L5003

R5015

270

R5014

270

C5014

6V10

C5013
1500P

R5010

1.1

22u

0.7

C5020

6V10

L5002

68

C5018

22P

C5021

22u

0

6V10

R5013

12K

C5016

33P

C5017

0.01

Q5003
2SC3937

(AMP)

1.130

HA2 IN

HA3IN

C5036

6V10

C5010

0.01

C5019

0.01

C5023

0.01

1.1

R5018

R5029

68

0

VCC 3V

VCC3V

3

0.7

MON2 IN

RA2

RA1

HA1

RA3

MON3IN

0

C5024

0.01

0

GND

GND

C5027

33P

R5020

1500

C5026
1500P

R5021

10

0 <3>

3

001.4
4142434445464748 3334353637383940

PB H

H1D1

REC I

RCUR

REC R

MONITOR

3rd

LPF

AGC
AMP

GCA

EVR

HSE

GND

REC R1

REC R2

1.7

<2.6> 3

C5004

R5025

0.01

R5004

0

R5019

12K

C5025

6V10

2.1 <2.5>

0.7

0

HA2FB

PBSW2

HA2AFB

HA2DET

HA2

HSW

VREF

HA3

PBSW3

HA3ACFB

HA3FB

HA3DET

10 11 12 13 14 15 16

C5040

0.01

270

C5007

0.01

1

2 4

3

2

1

D15 D14 D13 D12 D11 D10 D9 D8 D7 D6

16 BIT SHIFT REGISTER

4

D5 D3 D1D4 D2 D0

(8)

1

130

8 BIT LATCH 8 BIT LATCH

8 BIT

D-A CONVERTER

DAC

ADDRESS DECODER

234

31 36

8 BIT LATCH 4

SEL

DAC

(4)

8 BIT LATCH 4

SEL

8 BIT

D-A CONVERTER

37282738

3

6

DATA

CONTROL

30

SECAM

19

3

ADC

CLAMP

4fsc

fsc

LINE

MEMORY

PLL

VERTICAL

ENHANCE CIRCUIT

4.43 NTSC

BPF

BPF

BPF

DYNAMIC

COM

FILTER

4fsc

CORING

CIRCUIT

COLOR KILLER CIRCUIT

BPF

1-LINE DOT

IMPROVEMENT

CIRCUIT

BPF

I2C BUS

8/9

PEDESTAL

CLIP

Y DAC

C DAC

25

23

40

A/D

LPF

YNR

(DOC)

OUTLINE EMPHASIS

D/A

55

45

73

H-PLL

V-PLL

IIC BUS

75 76

BPF DEMODULATIONA/D

MEMORY
CONTROL

80

CNR

(DOC)

SYSTEM

CLOCK

82-85

97-100

2M BIT MEMORY

MODULATION

86-89
93-96

NTSC

PA L

OUTLINE

EMPHASIS

PLL

VCXO

28

29

D/A

PLL
4fsc

51

24

SMADD[17:0]
(18-37)
SMCE (40)
SMRS (41)
SMWE (43)
SMWS (44)

SHUFFLING BLOCK

SHUFFLING ADDRESS

GENERATOR

MEMORY

SDA (79)
STP (78)
SCK (80)

UCOM I/F

TIMING

CONTROLLER

GRAPHIC DATA COMPRESSION BLOCK

DFD[7:0]
(4-12)

AIDAT (86)
DODAT (93)
DOLRCK (94)
DOMCK (95)
DOBCK (96)

DCT/IDCT

ADC,DAC I/F

DATA AMOUNT

CONTROLLER

MEMORY MEMORYMEMORY

QUANTIZE/

DEQUANTIZE

INTERPOLATION

SAMPLE CONVERTER

AF SIZE CONTROL

PWM GENERATOR

PWM0 (69)

VLC/VLD BUS I/F

INTERLEAVE/

DEINTERLEAVE

MEMORY

FORMATTER/

DEFORMATTER

AUDIO BLOCK

BD[3:0]
(47-50)
SMP (46)
SSP (52)

MEMORY

SYNCHRONOUS

SEPARATE INPUT

14 13 12 11 10 9 8

HORIZONTAL

SYNCHRONOUS

SIGNAL OUTPUT

HORIZONTAL OSCILLATION

SYNCHRONOUS

SIGNAL SEPARATION

1 3 4 5 6 7

SYNCHRONOUS

SEPARATE

OUTPUT

32fH

HORIZONTAL COUNTDOWN

VERTICAL SYNCHRONOUS SEPARATION

AFC

VERTICAL

SYNCHRONOUS

SIGNAL OUTPUT

7 T/H

6

3

1k

ADC

0

11-14
17-20

2

+2.5V

10

5

5

Modulator

Decimation

Filter

Clock

Divider

15

25

28

26

27

3

LPF

LPF

Modulator

24

Common Voltage

Modulator

Modulator

23

3

1

2

Decimation

Filter

8x

Interpolator

8x

Interpolator

Serial I/O

Interface

11

12

14

13

9

10

36

1

2

4

16-bit TIMER/
EVENT COUNTER

PORT 0

8-bit TIMER/
EVENT COUNTER 1

36

37 39

45

62

63

64

57

58

59

60

61

47
54

55

46

56

36
39

3

5

7

6

8-bit TIMER/
EVENT COUNTER 2

WATCHDOG TIMER

WATCH TIMER

SERIAL
INTERFACE 0

SERIAL
INTERFACE 1

A/D CONVERTER

INTERRUPT
CONTROL

BUZZER OUTPUT

CLOCK OUTPUT
CONTROL

78K/0
CPU
CORE

RAM

ROM

PORT 1

PORT 2

PORT 3

PORT 4

PORT 5

PORT 6

EXTERNAL
ACCESS

SYSTEM
CONTROL

47 54

57 64

1 8

10 17

18 23 25 26

27 34

10 17

18 23 25 26

31

32

33

34

35

42

41

45

44

E

D

C

B

A

PS3901

LINE OUT (L)
LINE OUT (R)

GND (A)

AV3 A IN (L)

AV3 A IN (R)

GND (A)

AV1 A IN (L)

AV1 A IN (R)

GND (A)

AV2 A IN (L)

AV2 A IN (R)

GND (A)
INSEL A
INSEL B

RGB

AV3 S-Y IN

GND (V)

AV3 S-C IN

GND (V)

V IN

TO VIDEO SECTION
IN MAIN
PP3401 (C-13)

PS3902

GND (V)

AV2 OUT

TV
AV2 PB (H)
AV1 PB (H)

AV3 S IN (L)

I/O -5V

GND

I/O 5V

GND

UNREG 14V

GND (V OUT)

C OUT

GND (S OUT)

Y+C OUT

GND (S OUT)

Y OUT

GND

AV4 V IN

GND

TO VIDEO SECTION
IN MAIN
PP3402 (D-13)

PS3903

GND

AV1 CTL

GND

AV2 CTL
WIDE (H)

TO VIDEO SECTION
IN MAIN
PP3403 (D-13)

VIDEO OUT

JK3904

AUDIO OUT

JK4901

(L)

JK4902

(R)

AV3 AUDIO IN

JK4903

(L)

JK4904

(R)

AV3 VIDEO IN

JK3906

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
AUDIO MAIN SIGNAL PATH IN REC MODE

R3904
75

LB4901
VLP0335

LB4902
VLP0335

R4903
100

R4904
100

(A1)

(A2)
(A3)
(A4)
(A5)

(A6)

(A7)
(A8)
(A9)

(A10)
(A11)

(A12)

(A13)

(A14)
(A15)
(A16)

(A17)

(A18)
(A19)

(A20)

(A22)

(A23)

(A24)
(A25)

C4901
470P

C4902
470P

C4903
470P

C4904
470P

R3908
75

(A19)

(A1)

(A2)

(A3)

(A4)

(A26)

(A9)
(A8)

(A22)

(A13)

L3901
68u

R3903
75

C4906

0.1

C3907
6V47

C3908

0.1

L3902
68u

R3931
2200

-0.6

<0.1>

4.9

0

Q3907
2SD1819
(AMP)

C4905
10V47

0

0

(1.8)

(1.8)

<1.8>

04.9

16

15 14 13 12 11 10 9

VDD TV

H

L

1

2 3 4 5 6 7 8

00

(1.8)

<1.8>

C4911
470P

1.8

04.9

16

15 14 13 12 11 10 9

16

15 14 13 12 11 10 9

VDD

H

L

1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8

1.8 0

00

R3905
75

04.9

16 15 14 13 12 11 10 9

16

15 14 13 12 11 10 9

VDD

AV2

AV4

AV2

1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8

00

0

0

<1.8>

<1.8>

AV1

(1.8)

0

<0.7>

L

H

L

H

0

0

1.8

H

1.8

0

<1.8>

0.2

<0.1>

H

L

L

0

(0.2)

<0.5>

C4912
470P

00

0

INSAINS

AV3

AV4

AV1

AV3

0

0

0

4.64.6

(AV1 OUT)

VEE

4.64.6

(AV2 OUT)

VEE VSS

00

B

VEE

4.6

VSS

00.2

4.6

AV2

OUT

00.2

0

FRONT

(H)

VSS

00.2

IC3902
MC14053BF
(AV2 OUT)

IC3903
MC14051BF
(VIDEO IN)

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20

1

2

3

4

5

6

7

8

9
10
11
12
13
14
15
16
17
18
19
20

1

2

3

4

5

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE
VIDEO MAIN SIGNAL PATH IN REC MODE

C4907

C3901

470P

R3919
110

1.7

-0.6

(13.9)

(13.9)

R3912
33K

14.5

16V10

R3915
22K

R3920
120

1.1

4.1

R3917
330

D3903
MA165TA5VT

R3911

4.1

R3913
120

R3932
2700

R3933
3300

(13.9)

0

330

4.1

1.7

1.1

Q3903
2SB1819
(AMP)

R3914
110

Q3904
2SB1819

R3918
22K

(AMP)

14.5

14.5
(13.9)

6 5 4

1

0 14.5

(13.3)

0

Q3908
2SD602

0

(REG.)

D3904
MA165TA5VT

R3924
560

R3925
4100

2 3

4.8

2.1

Q3902

IC3901
MC14053BF
(AV1 OUT)

14.5
(13.9)

0

(A26) (A27) (A25) (A17)

2SB1218
(AMP)

C3903
6V100

C3906
16V10

C3902
1

R3916
33K

C3905
6V100

C3904
1

R3929
3300

R3930
5600

Q3909
XN4402
(WIDE L :ON)

QR3902
UN5211
(INV.)

0

C4908
470P

R3921
75

2.1

4.1

4.8

Q3905
2SB1218
(AMP)

QR3903
XN1211

(AV 1 PB H :ON)

1

S3901
VSS0513

7

R3909
75

R3934
3300

R3935
22K

14 2

1

5 4 3

S-VIDEO
OUT

D3902
MA165TA5VT

6

NORMAL

12

R3926
75

(WIDE H :ON)

QR3901
UN5211
(INV.)

D3901
MA165TA5VT

R3922
75

Q3901
2SD1328
(SWITCHING)

0<1.0>

4.4

00

R3936
10K

R3923
75

0<1.0>

0

R3910
4700

(A10)

(A15)

JK3901
VJS1470

AV1

TV

LB4905
VLP0335

LB4904
VLP0335

21 19 17 15 13 11 9 7 5 3 1

20 18 16 14 12 10 8 6 4 2

LB4903

VLP0335

R4907

(A23)
(A27)

(A5)

21 19 17 15 13 11 9 7 5 3 1

20 18 16 14 12 10 8 6 4 2

(A24)
(A14)

(A6)
(A7)

(A18)
(A20)

(A12)
(A11)

(A16)

COM

INH
VEE
VSS

4
6

7

5

TC4051B

1 2 3 4 5 6 7 8

1

2

3

4

5

6

7

8

16 15 14 13 12 11 10 9

16

VDD
2

15

14

1

13

0
3

12

A

11

B

10

C

9

Y-COM

INH
VEE
VSS

0Y
2Y

3Y
1Y

TC4052B

1 2 3 4 5 6 7 8
1

2

3

4

5

6

7

8

LB4907
VLP0335

R3927

R3928
4700

100

8200

C4909
470P

R4911

100

R3907
75

16 15 14 13 12 11 10 9
16

15

14

13

12

11

10

9

LB4906

VLP0335

C4913
470P

VDD
2X
1X
X-COM
0X
3X
A
B

R4908

C4910
470P

LB4908
VLP0335

R3906
75

C3909

0.1

100

Z-COM

"ON" CHANNELCONTROL INPUTS

INHIBIT C B A TC4051B TC4052B TC4053B

L L L L 0 0X, 0Y 0X, 0Y, 0Z
L L L H 1 1X, 1Y 1X, 0Y, 0Z
L L H L 2 2X, 2Y 0X, 1Y, 0Z
L L H H 3 3X, 3Y 1X, 1Y, 0Z

R4912
100

C4914
470P

INH
VEE
VSS

1Y
0Y

1Z

0Z

JK3902
VJS1470

AV2
(DECODER)

R3901
75

TC4053B

1 2 3 4 5 6 7 8
1

2

3

4

5

6

7

8

JK3901 (AV1)
JK3902 (AV2)

21

VIDEO OUT19

BLANKING16

-/CONTROL

10

(FOLLOW TV)

PB +12V (D LINK)8

AUDIO IN CH1 (L)6

AUDIO OUT CH1 (L)3

AUDIO IN CH2 (R)2

AUDIO OUT CH2 (R)1

YC

4

3

5 6

2

1

YC

4

3

5 6

2

1

16 15 14 13 12 11 10 9

16

15

14

13

12

11

10

9

GND

VIDEO IN20

GND18
GND17

RED15
GND14
GND13

-/DATA12
GREEN11

GND9

BLUE7

GND5

GND (A)4

R3902
75

S OUT

JK3903

AV3 S IN

JK3905

VDD
Y-COM
X-COM
1X
0X
A
B
C

L H L L 4 --- 0X, 0Y, 1Z

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

L H L H 5 --- 1X, 0Y, 1Z
L H H L 6 --- 0X, 1Y, 1Z
L H H H 7 --- 1X, 1Y, 1Z
H

* : Don't Care Except TC4052B

***

NONE NONE NONE

1

24

3

5

6789

Controls and Connection Sockets

This section gives a detailed explanation of the function of each button, switch and connection socket.

<

EJECT

DV SELECT

1

2

EDIT 8mm

VIDEO

STEREO
SERECT

L/MONO– AUDIO – R

12

13

14

AV4
IN

15

Í / I

¥

DV 2

S-VIDEO

Front

1 VCR-ON/OFF button (]/I)
2 EJECT button (<)
3 STEREO SELECT button
4 AUDIO OUT button
5 Infra-red receiver window
6 Cassette compartment
7 Rewind button (6)
8 STOP button (∑)
9 PLAY button (!)

10 Fast Forward button (5)

;;

11 PAUSE/SLOW button (
12 DV Input/Output socket [DV2 (¥)]
13 DV SELECT (DV1/DV2) switch
14 EDIT socket
15 8mm socket
16 Display
17 AUDIO REC LEVEL knob
18 AUDIO MIX knob
19 STILL ALBUM button

;/

;;

DD

D)

DD

AUDIO

2

OUT

3

RECORDER

PLAYER

PRINTER/
D.STILL PICTURE

16

4

EDIT CONTROL

PASSIVE

5

8mm

EDIT

DV

MIXING EDIT

6

SP/LP TBC 3D DNR PRINT

19

18

17

REW STOP

AUDIO REC LEVEL

010

S-VIDEO

20

STEREO1

AUDIO MIX

STEREO1 STEREO2

VIDEO

21

71

PLAY

100

8

STILL

ALBUM

INPUT SELECT

L– AUDIO – R

¥

FF

REC/OTR

9

PAUSE

AV4
OUT

10

11

20 REC/OTR button (¥)
21 INPUT SELECT button
22 S-Video Input socket [S-VIDEO IN (AV4)]

23 Video Input socket [VIDEO IN (AV4)]
24 Audio Input socket [AUDIO IN (AV4)]

25 Edit Mode switch
26 Edit Terminal switch
27 MIXING EDIT button
28 SP/LP button
29 Time Base Corrector button (TBC)
30 3 Dimentional Digital Noise Reduction button

(3D DNR)
31 PRINT button
32 S-Video Output socket [S-VIDEO OUT (AV4)]
33 Video Output socket [VIDEO OUT (AV4)]
34 Audio Output socket [AUDIO OUT (AV4)]

22

23

STEREO

Í / I

EJECT

<

¥

DV 2

DV SELECT

1

2

AV4
IN

S-VIDEO

VIDEO

24

AUDIO

SERECT

OUT

EDIT 8mm

L/MONO– AUDIO – R

25

RECORDER

PLAYER

PRINTER/
D.STILL PICTURE

26

EDIT CONTROL

8mm

PASSIVE

EDIT

DV

28 29 30 31

27

MIXING EDIT

SP/LP TBC 3D DNR PRINT

32

33

REW STOP

AUDIO REC LEVEL

010

S-VIDEO

34

STEREO1

AUDIO MIX

STEREO1 STEREO2

VIDEO

PLAY

100

STILL

ALBUM

INPUT SELECT

L– AUDIO – R

¥

FF

REC/OTR

PAUS E

AV4
OUT

Front (Explanation)
VCR-ON/OFF button (

]]

]/I)

]]

Press to switch the VCR from on to standby mode or
vice versa. In standby mode, the unit is still connected
to the mains.

The scart terminal is also called “Peritel”, “Euro
Connector” or “Euro AV”.

135791113151719

21

Edit Terminal switch

By connecting a video movie camera or VCR with an
EDIT socket via an Edit cable, various kinds of editing
functions can be performed more quickly and
efficiently between two VCRs or between a VCR and
a video movie camera.

DV Input/Output socket [DV1/DV2(¥)]

To connect the DV cable to digital video equipment
with iEEE 1394-1995.
“¥” is the logo marked on products conforming with
the “i.LINK” specifications. For further details on the
DV terminal.

Edit Mode switch

PLAYER: When this VCR is used as the playback

VCR during editing operations.

RECORDER:When this VCR is used as the recording

VCR during editing operations.
≥ Normally set at this position.

PASSIVE: When operating this VCR using another

VCR or an editing controller.

AV1 21-pin Scart socket [AV1 (TV)]

This 21-pin scart terminal carries input and output
signals for both picture and sound. TV sets equipped
with a similar socket can be connected here.

2468101214161820

NORMAL (AV1/AV2) S-VIDEO (AV1)

1 AUDIO OUTPUT 1 AUDIO OUTPUT

CH2 (R) CH2 (R)

2 AUDIO INPUT 2 AUDIO INPUT

CH2 (R) CH2 (R)

3 AUDIO OUTPUT 3 AUDIO OUTPUT

CH1 (L) CH1 (L)
4 AUDIO GND 4 AUDIO GND
5 BLUE GND 5 No connection
6 AUDIO INPUT 6 AUDIO INPUT

CH1 (L) CH1 (L)
7 BLUE 7 No connection
8

SWITCHING VOLTAGE
9 GREEN GND 9 No connection

10 Connection 10 Connection

(Only when NV-DV2000 is off)

11 GREEN 11 No connection
12 No connection 12 No connection
13 RED GND 13 C OUT GND
14 BLANKING GND 14 No connection
15 RED 15 C OUT
16 BLANKING 16 No connection
17 VIDEO OUTPUT GND 17 Y OUT GND
18 VIDEO INPUT GND 18 VIDEO INPUT GND
19 VIDEO OUTPUT 19 Y OUT
20 VIDEO INPUT 20 VIDEO INPUT
21 GND 21 GND

8 SWITCHING VOLTAGE

Caution: RGB reservation for only E/E operation when

connecting the Pay TV decoder.

35

36

(TV)

NORMAL

40

AV1

S-VIDEO OUT

AV2(EXT

41

)

42

MONITOR OUT

R AUDIO L

43

Rear

35 NORMAL/S-VIDEO OUT switch for AV1 only
36 AV1 21-pin Scart socket [AV1 (TV)]

37 Audio Monitor Output sockets [AUDIO OUT (AV3)]
38 Video Monitor Output socket [VIDEO OUT (AV3)]
39 S-Video Output socket (S-VIDEO OUT)
40 AV2 21-pin Scart socket [AV2 (EXT)]

37

VIDEO S-VIDEO

AV3 IN

44

38

45

39

¥

DV1

46

SECTEUR

DIGITAL STILL
PICTURE OUT

AC INT

41 Audio Input sockets [AUDIO IN (AV3) ]
42 Video Input socket [VIDEO IN (AV3)]
43 S-Video Input socket [S-VIDEO IN (AV3)]
44 DV Input/Output socket [DV1(¥)]

45 DIGITAL STILL PICTURE OUT socket
46 AC Input socket (AC IN)

T

Editing Controller

3

2

DIGITAL VCR

10

1 SET UP button

To make the SET UP screen appear on the TV
screen. When the SET UP screen is displayed, use
this button to return to the previous screen.

2 CURSOR button (

To make selections from the SET UP or EDIT
MENU screen. (When the SET UP or EDIT MENU
screen is displayed.)

3 EXIT button

To exit the SET UP or EDIT MENU screen.

4 EDIT MENU button

To make the EDIT MENU screen appear on the TV
screen, and to return to the previous screen. This
button is also used to stop editing functions using
the EDIT MENU screen.

5 DISPLAY button

To change the VCR display indication as follows:

34213421

3421)

34213421

11

12

4

14 15 16

13

61

57

10 REC button (¥)

11 R ewind button (6)

12 S TOP button (∫)

13 PLAY button (1)

14 Fast Forward button (5)

8

To start recording.

In the stop mode: To rewind the tape.
In the playback mode: To search backward for a

In the rewind mode: To view the video.

To stop playback or recording.

To start playback. “!” is lit during playback.

In the stop mode: To fast forward the

In the playback mode: To search forward for a

In the fast forward mode: To view the video.

9

scene.

“&”

tape.

scene.

“%” is lit during fast
forward.

is lit during rewind.

Note:

The VCR display cannot be switched between the
Time code display and the tape counter display while
editing is in progress.

6DATE button

When pictures are recorded using the NV-DV2000
or a Panasonic Digital Video Camera, the date and
time of the recording are automatically recorded
onto the tape’s sub code track.
This button is used to select the information to be
displayed on the On Screen Display.

Date
Time

7 VCR-ON/OFF button (Í)

8 MARK IN button

To set edit start points for Programme Editing.

9 MARK OUT button

To set edit end points for Programme Editing.

Date

OFF

Time

15 PAUSE/SLOW button (;/D)

During playback:

≥ When pressed once:Still picture. “+” is lit.
≥ When pressed for 2 seconds or more:

Slow playback. “-” is lit.

During recording: To pause recording.

16 Jog Dial/Shuttle Ring

Jog Dial (inner dial):

Operate after pressing JOG/SHUTTLE to switch
to the Jog/shuttle mode.
To locate any desired field with utmost precision.

Shuttle Ring (outer ring):

Operate after pressing JOG/SHUTTLE to switch
to the Jog/shuttle mode.
To adjust playback speed backward or forward.

17

DIGITAL VCR

25 26 27 28 29 30 31

24

18 19

20

21

22

17

23

17 Infra-red T ransmitter window

18 OK button

To start Manual editing and to store the selection
on the SET UP or EDIT MENU screen.

19 VIDEO INSERT button

For the Video Insert function and the AV Insert
function.

20 AUDIO INSERT button

For the Audio Insert function and the AV Insert
function.

21 AUDIO DUB button

For the Audio Dubbing function or the Audio Mixing
function.

22 JOG/SHUTTLE button and lamp

To switch to the Jog/Shuttle mode. When the button
is pressed, it lights and the VCR enters the Jog/
Shuttle mode.
In the stop mode: Still picture (Jog/Shuttle mode).
During playback: Still picture (Jog/Shuttle mode).

23 INPUT SELECT button

To select the A1, A2, A3, A4 or DV IN (DV1 or DV2)
external recording source.

24 COUNTER RESET button

To reset the tape counter (elapsed time) to
“0:00.00”.
≥ The tape counter is automatically reset to

“0:00.00”. when a video cassette is inserted.

≥ It is not possible to reset the Time code to

“0h00m00s00f” using COUNTER RESET.

28 RECORDER button

To operate this VCR as the recording unit for
editing.

29 INDEX/PHOTO buttons

For the index/photoshot index search function.

30 STEREO SELECT button

To select the audio track (STEREO1 audio and/or
STEREO2 audio) on a tape which was recorded in
the 12bit audio mode. During playback, each time
the button is pressed, the sound changes as
follows:

STEREO1

≥ The audio track cannot be selected during the

playback of a tape recorded in the 16bit audio
mode.

≥ When INPUT SELECT is set to DV1 or DV2, the

audio track can be selected by STEREO
SELECT at any time: it does not have to be
during playback.

31 VCR1/2/3 switch

Set the switch on the side panel of the editing
controller to the appropriate position when more
than two or three Panasonic VCRs is being used.
VCR1: Select this position on both the

VCR2: Select this position when using two

VCR3: Select this position when using

STEREO2

VCR and editing controller for
normal use with one VCR.

Panasonic VCRs.

three Panasonic VCRs.

STEREO1
STEREO2

(MIX)

25 COUNTER ZERO STOP button

To use the zero stop function at the tape counter
display.

26 PLAYER button

To operate this VCR as the playback unit for
editing.

27 SEARCH SELECT button

To search for a recorded programme using the
index/photoshot index search.

!" Child Lock buttons

To set the child lock function when you keep
pressing OK and MARK IN for more than five
seconds.

11EQS09TA1

ECKR2H101KB5

or VCK0266K101T

VCEA1HJH101B

VCEA1HJH101B

VCEA1EJH821B

VCEA1AJH182B

5.9

1

4.8

2

R1202

270

C1240

D1280

C1283

C1230

C1250

C1260

C1270

D1241

C1280
VCEA1AJH471B

R1203

560

C1271

0.01

C1231

0.01

C1251
VCEA1EJH821B

C1261
VCEA1AJH122B

C1241
VCEA1AJH122B

RL2ZPLF-C4

C1281

0.01

C1282

0.01

TL431CLP-Z

or UPC1093J-T

C

ECQV1H104JM2

or ECQV1H104B46

L1270

ELESN101KA

or VLQEL05T101K

L1230

ELESN101KA

or VLQEL05T101K

L1250

VLQ0655K220T

or VLQ0775K220T

L1260

VLQ0655K220T

or VLQ0775K220T

L1240

VLQ0655K220T

or VLQ0775K220T

IC1200

4.5

C1202

A R

0

R1204

2700

2.4

R1207

2700

R1205

9100

R1206

2400

C1201

IP1280

VSF0015A10T

1 2

ECKR2H101KB5

or VCK0266K101T

ECKR2H101KB5

or VCK0266K101T

ECKR2H101KB5

or VCK0266K101T

31DQ10-FC9

ECKR2H221KB5

or VCK0266K221T

PC123ZY2

16.1
4

1.0
3

C1242

D1240

C1272

D1270

ERA22-04V5

C1290

D1290

ERA22-04V5

C1252

D1251

RL2ZPLF-C4

D1260

C1262

Q1200

ECKR2H101KB5
or VCK0266K101T

31DQ10-FC9

VCEA1AJH182B

CAUTION

THE MARK INDICATES THE PRIMARY CIRCUIT TO
DISTINGUISH THE PRIMARY FROM THE SECONDARY CIRCUIT.

E

HOT

P1101

VSF0243C16

or VSF0244C16

D

CHASSIS

PAY ATTENTION NOT TO RECEIVE AN ELECTRIC SHOCK
DURING REPAIR AND SERVICE OF THE PRODUCTS.

L1121

ELF18D222F

F1101

C1120

ECQU2A823MVA

1 2

4 3

LB1121

VLP0196-T

C1123

ECKMNA101MBV

LB1120
VLP0196-T

C1122
ECKMNA101MBV

R1157

ERDS2TJ225T

D1140
S1WBA80-4062

4

3

1

2

R1156

ERDS2TJ225T

C1140

ECEC2GG680B

R1154

ERDS2TJ225T

R1153

ERDS2TJ225T

R1200

ERDS1VJ100T

C1114

VCEA1VJC470B

R1184

220K

R1185

220K

ERA22-06V5

R1158

ERG1SJ223E

R1155

ERG1SJ223E

D1150

AP01CV2

D1200

C1151

ECKW2H103PU8

2NC

P1

3

4

P2

5

PT

V1

6

7

8

NC

VLP0196-T

LB1124

T1150

ETE28K128AZ

ECKMNA102MEV

C1124

S9

18

S8

17

S7

16

S3

15

S4

14

S6

13

S1

12

S2

11

S5

10

C

R1180

or STRM6559LF14

7

0.1

B

A

: TO VIDEO SECTION IN MAIN

V

: TO RF I/F SECTION IN MAIN

IF

: TO AUDIO SECTION IN MAIN

A

D1180

10K

MA4220N-HTA

IC1150

STRM6559LF

R1182

120K

18.1

5

START O.V.P

REG.

T.S.D

TRIGER

R1

R1181

100

C1180
VCEA0JJC331B

6

LATCH

O.S.C

1.0

C1181

1000P

R1201

2200

D1183

D1182

MA7300B-TR

283

1

DRIVE

O.C.P

C2R2C1C4

D1181

MA700-TA

C1182

100P

R4

C3

R1183

1500

2

4

3

VLP0196-T

0

0

0

LB1150

C1152
ECCZ3A101KGE

R1150

ERX1SJR82E

R1151

150

R1152

390

NOTE: THE MEASUREMENT MODE OF THE DC VOLTAGE ON THIS DIAGRAM IS STOP

MODE.

NOTE1:WHEN MEASURE THE VOLTAGE OR WAVEFORM ON THE POWER TRANSFORMER

CIRCUIT, SET THE GND TERMINAL OF MEASURING POINT AS FOLLOWS.

PRIMARY SIDE. . . . . .

SECONDARY SIDE. . .

NOTE2:THE DC VOLTAGE INDICATED IN PRIMARY SIDE IS SHOWN THE VOLTAGE WHEN

INPUT AC IS 220V.

NOTE: DO NOT USE ANY PART NUMBER SHOWN ON THIS SCHEMATIC DIAGRAM FOR

ORDERING. WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

IMPORTANT SAFETY NOTICE:

COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS
FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE.

MA165TA5VT

ECQB1H822JF4

or ECQB1H822JM4

CHASSIS

GND IF

GND(MOTOR)

HEATER(-)

HEATER(+)

UNREG 4V

UNREG 14V

UNREG 6V
UNREG -29V
UNREG -12V

PP1101

GND

1

SMOOTH 14V2

3

SMOOTH 6V4

SMOOTH 4V5
SMOOTH -12V6
SMOOTH -29V7

HEATER(+)8

HEATER(-)9

GND10
UNREG -12V11
UNREG -29V12

UNREG 6V13

UNREG 14V14

UNREG 4V15

HEATER(+)16

HEATER(-)

17

TO SUB POWER PS1101

SUB POWER C. B. A.

(VEP01868A)

PS1101

GND

1

SMOOTH 14V2

3

SMOOTH 6V4
SMOOTH 4V5

SMOOTH -12V6
SMOOTH -29V7

HEATER(+)8

HEATER(-)9

GND10
UNREG -12V11
UNREG -29V12

UNREG 6V13

UNREG 14V14

UNREG 4V15

HEATER(+)16

17

HEATER(-)

TO POWER SECTION

IN MAIN PP1101

IF
IF
IF
IF
IF
IF
IF
IF

1

24

3

5

6789

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE
VIDEO MAIN SIGNAL PATH IN REC MODE

REG 12V

VVAA

D REG 5V

V

REG 5V

V

D REG 3V

V

N SW 3V

V

YC REG 5V

V

E

P

V
V

UNREG 14V

I/O 5V
I/O -5V

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
AUDIO MAIN SIGNAL PATH IN REC MODE

<12V>

<5V>

<5V>

<3V>

<3V>

<5V>

<5V>

<14V>

<12V>

<5V>

<3V>

<14V>

(E16)

R7603
4700

R7604
4700

Q7602
2SD1996
(DRIVE)

Q1010
2SD601A
(REG.)

Q1015
2SD1996
(5V REG.)

5.7

5.5

D1001
11ES1TA1

<E-LINE>

<C-LINE>

5.8

0

-29.5

-29.5

5.2

(5.0)

<4.8>

C1034
10V22

D1017
MA165TA5VT

D7904
RB441PT

R7901
1K

B7901
CR2354

2

D1014
MA720

D1002
11ES1TA1

(C1) (C5) (C6) (C2) (E17)

2SD1996

(DRIVE)

-11.1-11.2

Q1011
2SD601A
(POWER
CONV.)

R1030
33K

0

QR1006
UN5213(INV.)

-17.3

Q1013
2SD602A

-17.3

(HEATER REG.)

R1033
10K

3.0

0

R1020
1K

IC1005
RN5RG22AA

R7601
4700

5.8

0

0

R7602
4700

Q7601

3.0

0

0

R1034
10K

(G7)

0

QR1001
UN5213
(P OFF L :ON)

0

R1019
10K

3.7

3.1

Q1009

2.1

2SB956
(REG.)

<2V>

RY7602
VSY2179

D7602
11ES1TA1

(F12)

(F13)

(F14)

C7601
10V47

RY7601

1 3 4 5 6

VSY2179

S2+

0

<14V>

R1031
820

-28.9

R1025
33K

C1033
6V100

3

D1003
11ES1TA1

S1

S1
S2­12 10 9 8 7

-5.3

-11.3

C1028

0.01

-5.8

C1029
10V47

D1013
MA165TA5VT

D1011

R1026

MA165TA5VT

33K

5.2

5.2

QR1003
UN5111
(SLEEP H :ON)

D7901
MA165TA5VT

C7902
10V100

1

2

D1015
MA720

D1004
11ES1TA1

Q1012
2SB956
(-5V REG.)

D1012
MA4051N

0

3

R1028
5600

<5V>
<4V>

S2

S2

QR1007
UN5213
(INV.)

R1018
10K

S1+

S1-

R1032 5600

0

C1027
6V100

-10.5

R1029
33K

C1030
6V100

QR1005
UN5113
(P OFF L :ON)

-16.7

QR1004
UN5213
(INV.)

0

4.5

0

<5V>

<5V>

3.0

0

2.50

2.1

3.7

5.2

5.2

45

321

(C3) (C7) (C8)

1 3 4 5 6

S2+

S1

S1

S2-

12 10 9 8 7

<5V>

(A6)

(A7)

(E2)
(E1)

IMPORTANT SAFETY NOTICE:

COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS
FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE.

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

S2

S2

<E-LINE>
<F-LINE>

D7601
11ES1TA1

S1+

S1-

<5V>

IP1012
UNH000300A

(C4)

(A2)

21

IC1004
TL431CLP

R1035

C A R

150

4.1 0 2.4

C1025
10V22

IC1006
TL431CLP

C A R

3.9 0 2.4

R1037
150

C1036
10V22

Q1501 2SD1273 (VOLTAGE CONT.)

R1502

R1501

27K

330K

R1506
33K

IC1501
NJM2904M

IC1001
PQ20VB2E

<12V>

1 2 3 4

14.1 12.0 0 1.1

D1009

C1004

AK04V2

16V47

D1010
11ES1TA1

D4005
MA152K

1

3

2

(A4)

Q1014
2SD1996(REG.)

C1031

4.1

0.01

R1015
2200

C1026

0.01

3.9

R1038 560

R1039

R1040

2700

4700

R1503
1800

3.1 3.1 3.1

C1035
6V100

3.2

15.2

3.4

R1504

3.415.2 3.2 3.1

8 7 65

1 2 3 41 2 3 4

R1003 13K
R1001
56K

R1004 13K

R1002

47K

QR4001
UN5113
(MUTE)

15.2

3.54.0

R1016
560

R1017
2700

4.0

Q1016
2SD1996
(REG.)

3.2

ERSF30JR90U

0

R1507
6800

D1005
MA165TA5VT

0

15.1

C4015

0.22

C1037
6V100

<3V>

R1505
2400

<3V>

(A23)

(A25)

<5V>

FP3402

N SW 3V
D REG 2V(A)
D REG 2V(A)

DL REG 3V(A)
DL REG 3V(A)
DL REG 3V(A)

D REG 5V
D REG 5V

D REG 3V

M

D REG 3V

N SW 3V

N SW 3V

UNREG 6V
UNREG 6V
UNREG 6V

UNREG 14V
UNREG 14V

UNREG -12V

P

UNREG -29V

P

UNREG 6V

P

UNREG 4V

P

HEATER (+)

P

HEATER (-)

P

GND MOTOR

P
VAA
V
V
P

FP6201

P OFF (L)

IN SEL A

CPN IN (L)

IN SEL B

OSD SEL

INSIDE (H)

CPN OUT (H)

5P DATA

L YC DO

YC CLOCK

S DATA IN

S DATA OUT

V SYNC (L)

LANC SERIAL

EDIT OSD CS

EDIT OSD DATA

EDIT OSD CLK

A MUT (H)
N SW 5.2V
SIR CLOCK
MIX VV (L)

V
V
A
A

P1001

FAN MOTOR +B

TO DIGITAL

D

(VIDEO 2 SECTION)
FP3202 (E-18)

C

TO DIGITAL
(SYSTEM CONTROL
& SERVO SECTION)
FP6002 (C-2)

B

A

FAN MOTOR

: TO POWER SECTION IN MAIN

P

: TO VIDEO SECTION IN MAIN

V

: TO AUDIO SECTION IN MAIN

A

GND

TBC(H)

GND

GND

GND

GND
REG 3V
REG 3V

L VPP
S VPP

GND

GND

FAN

GND(M)
GND(M)

GND (D)

GND (I/O)

GND (V)

GND

5P CLK
M GND

M GND

FRP

GND
L YC DI

YC CS
UART O
UART I

CN H

GND

M VM
M VM

INSEL B

INSEL A
A MUT (H)
MIX VV (L)

FAN
GND

32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36

1
2
3

<3V>

(A1)

(A2)

<2V>

<3V>

(A3)

<3V>

(A4)

R1024

8200

(A8)
(A9)

(A10)
(A11)

(A12)
(A13)

(A14)
(A15)
(A16)
(A17)
(A18)

(A19)

(A20)
(A21)
(A22)
(A23)

(A24)

(A25)

(A26)
(A27)

(A5)

<A6>
<A7>

R1022
56K

<14V>

R1023

8200

(B1)

(B2)
(B3)

(B4)

(B5)
(B6)
(B7)
(B8)

(B9)

<A-LINE>

JK7651
VJJ0666

7
8

DV JACK C.B.A. (VEP07A04A)

<6V>

<6V>
<4V>

R1021
56K

<3V>

<5V>

<A-LINE>

<B-LINE>

1 2 3 4

6
5

IP1001
UNH00300A

1 2

IP1002
UNH1000300A

1 2

1 2

IP1003
UNH000300A

1 2

IP1004
UNH000300A

1 2

IP1005
UNH001200A

1 2

IP1008
UNH00300A

P7651

6
5
4
3
2
1

TO DIGITAL
(DIGITAL I/F
SECTION)
P3701 (E-9)

DV GND

TPB ­TPB +

DV GND

TPA ­TPA +

C1005

0.01

Q1003 2SD1996

C1009

R1009
2200

0.01

R1005
560

(3V REG.)

4.0

C1012

0.01

Q1005 2SD1996(5V REG.)

C1014

0.01

C1015
10V47

Q1008 2SD1996

R1011
820

P7601

DV GND

DV GND

P7602

DV GND

DV GND

(5V REG.)
Q1001 2SD1996

C1007

0.01

5.6

(5V REG.)
Q1002
2SD1996

5.6

4.95.7

5.05.7

C1008
6V100

(5V REG.)

5.7 4.9

IC1002 TL431CLP

5.6

C1010
10V47

Q1004 2SD1996

2.9

3.6

5.9

C1022

0.01

C1013
6V100

5.25.7

C1016

D1006

6V100

MA405
6N

C1019

D1007

6V100

MA165
TA5VT

4.0

C1020

0.01

3.6

2.94.0

IC1003 TL431CLP

3.6

C1023
10V22

TPB ­TPB +

TPA ­TPA +

TPB ­TPB +

TPA ­TPA +

<6V>

<14V>

C1006
6V100

C A R

5.6 0 2.4

D1008

RB441PT

3.0

Q1007
2SD1996
(3V REG.)

(3V REG.)

C A R

3.6 0 2.4

6
5
4
3
2
1

6
5
4
3
2
1

<12V>

(C1)
(C2)

(C3)
(C4)

(C5)
(C6)

(C7)
(C8)

R1006
5600

0

0

R6201 2200

R6202 2200

R1012
5100

<6V>

<14V>

JK7601
VJJ0666 R DV

7
8

1 2 3 4

<5V>

<4V>

C1001

0.1

<G-LINE>

R1036
2700

D7902
RB441
PT

<12V>

C1002
16V47

L1001
68u

6
5

1 2

IP1009
UNH001200A

IP1011
UNH001200A

1 2

C1032

0.01

D1016
MA4051N

D7903
RB441PT

C7901
6V330

IP1010
UNH00300A

1 2 1

C1003
16V47

(A5)

<5V>

<5V>

<5V>

<5V>

<3V>

R1007

C1011

2700

6V100

R1008
5100

<3V>

<5V>

(A27)

0<3.1>

(A9)

QR6203
UN5213
(SWITCHING)

0

0

(A26)

3.1
(A10)

QR6202
UN5213

(SWITCHING)

(G6)

C1021
6V100

R1013
560

C1024
6V100

R1014
5100

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

(A8)

1

24

3

5

6789

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE
VIDEO MAIN SIGNAL PATH IN REC MODE

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
AUDIO MAIN SIGNAL PATH IN REC MODE

<12V>

<5V>

: TO POWER SECTION IN MAIN

P

: TO VIDEO SECTION IN MAIN

V

: TO AUDIO SECTION IN MAIN

A

<E-LINE>

5.2

0

QR6210
UN5211
(DRIVE)

2SD1819

R4008
1K

C4007

16V22

1

<A-LINE>

<5V>

R6206
4700

1.0

1.0

4.4

0

0

QR6212

UN5211

(SWITCHING)

-7.5

-8.2

-10.9

9.9

L4001
100u

9.9

R4009

200

C4008

16V100

R4955 0

R4954 100

<G-LINE>

<B-LINE>

QR6211
UN5213
(INV.)

Q4004

10.5

232C

JK4951
VJJ0627

2 3 4

R4957 0

LB4951

VLP0145

1.0

0

R4956 0

R4958 100

11 13

<5V>

D6021
RB441PT

(D11)

R6204

(A21)

QR6204
UN5211
(DRIVE)

QR6205
UN5213
(INV.)

(A11)
(A22)
(A20)

R4001
2200

C4001
16V100

R4002
4700

(A16)

IC4901
UPD4721GS

(A14)

(A15)

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

4700

5.2

0.4

0.4

0

0.4
0

0

(SWITCHING)

R4003
1M

C4002

0.022

C4003
16V22

20 19 18 17 16 15 14 13 12 11

C4+

VDD

1

9.6

9.8

D4001

MA165TA5VT

8.0

8.2

Q4001

2SK170

(VOLT.DET)

C4952
50V3.3

3.2 3.2

C4-

VSS

GND

C1+

VCC

C1-

2 3 4 5 6 7 8 9 10

2.4 3.2 3.2 3.2 3.2

-0.7 -2.20.9

C4956
50V3.3

C4951
50V3.3

C4955
50V3.3

0

(D10) (D12)

(E9) (E10) (E12)

3.2

QR6207

QR6206

UN5211

UN5211

(DRIVE)
QR6208

UN5213 (INV.)

R4006

R4004

1K

470

9.8

Q4002
2SB1218
(VOLT.CONT)

R4005
2K

C4953
1000P

9.6

STBY

VCHA

DOUT1

CS+

CS-

DIN

0

C4957
50V3.3

0

10.4

-9.4

8.2

C4004
16V22

5.2

11.1

C4954
6V22

DOUT2

7.6

0.2

0.2

0

D4002
MA165TA5VT

IP4001
UNH001200A

2 1

Q4003
2SD1992
(8V REG.)

C4005

0.022

R4951
56K

00-9.7-9.70.704.0

RIN1

ROUT

R4952
8200

D4951
MA728

R6205
4700

0.2

0

0

(SWITCHING)

MA4075N

C4006
16V1000

3.6

QR6209
UN5211

Q4005
2SB1320A (-8V REG.)

(VOLT.CONT)

D4003

D4004

R4007

MA165T

68K

A5VT

L4951
10u

10

C4010

0.022

C4009 16V1000

(D1)
(D2)
(D3)
(D4)
(D5)
(D6)
(D7)
(D8)
(D9)

(D8)
(D9)

(G1)

(G2)

(G3)

(G4)

(G5)

(D7)

(D6)

(D5)

(D4)

(G6)

(G7)

(A3)

(D3)

(D2)

(D1)

(G5)
(G4)
(G3)
(G2)
(G1)

(B9)
(B8)
(B7)
(B6)
(B5)
(B4)
(B3)
(B2)
(B1)

C4011 16V10

16V10

C4012

16V10

C4013

16V10

C4014

R4010
27K

<5V>

<12V><12V>

FP3401

1

GND

2

EE ADJ
3
4
5

GND

6

Y

7

GND

8

C

9

GND

10

DA Y

11

GND

12

DA C

13

GND

14

PCM IN (R)

15

GND (A)

16

PCM IN (L)

17

GND (A)

18

PCM OUT (R)

19

GND (A)

20

PCM OUT (L)

21

GND

22

H REG 3V

23

H REG 3V

24

GND

25

H REG 5V

26

H REG 5V

27

GND

28

V REG 3V

29

V REG 3V

30

GND

31

V REG 5V

32

V REG 5V

33

A REG 5V

34

A REG 5V

35

L CH (L)

36

R CH (L)

(A1)

DA C
DA Y

C

Y

EE ADJ

V SYNC(L)

YC CS

YC CLOCK

L YC DO
L YC DI

FRP

CPN OUT(H)

INSIDE(H)
CPN IN(L)

IMPORTANT SAFETY NOTICE:

COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS
FOR SAFETY.
WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY THE SAME TYPE.

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

V
V
V
V
V

V
V
V
V
V
V
V
V
V

<E-LINE>
<F-LINE>

R4011
27K

TO DIGITAL

(VIDEO 2 SECTION)

FP3201 (E-1)

<A-LINE>

(D10)
(D11)
(D12)

(E1)
(E2)
(E3)
(E4)
(E5)
(E6)
(E7)
(E8)
(E9)

(E10)
(E11)

(E12)
(E13)
(E14)
(E15)
(A12)
(A13)
(A19)
(E16)
(E17)

(F1)
(F2)

(F3)

(F4)
(F5)

(F6)
(F7)
(F8)

(F9)
(F14)
(F10)
(F11)

(A17)
(A24)
(A18)

(F12)
(F13)

(F5)

(F4)

(F3)

(F2)

(F1)
(F11)
(F10)

(F9)

(F8)

(F7)

(F6)

(E18)
(E19)

(E20)

(E21)

(E22)
(E23)

(E4)

(E3)
(E15)
(E14)
(E13)
(E11)

(E8)

(E7)

(E6)

(E5)
(E23)
(E22)
(E21)
(E20)
(E19)
(E18)

TL7001

PCM OUT (L)
PCM OUT (R)

EDIT OSD CLK

EDIT OSD DATA

EDIT OSD CS

P7901
32
31
30
29
28

QLINK ON(H)

27

COMB OFF(L)
26
25
24
23
22
21
20
19
18
17
16
15
14
13

LANC SERIAL
12
11
10

9
8
7
6
5
4
3
2
1

RGB OFF (H)

COMB OFF (L)
QLINK ON (H)

AV4 S IN (L)

AV4 A IN(R)

P7902

1

LINE2 OUT(R)

2

LINE2 OUT(L)

3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26

CPN 2Y OUT

CPN 2C OUT

CPS 2V OUT
LINE OUT(L)
LINE OUT(R)

RCH (L)
LCH (L)

A REG 5V

PCM IN (L)

PCM IN (R)

8V

-8V

GND (A)

BACK UP 5V

N SW 5V
METER(R)
METER(L)

AV1 PB(H)

RGB OFF(H)

DATA OUT

GND

OSD CLK

WIDE(H)

5V(5P)

OSD CS

TV(H)

DV IN(H)
AV2 OUT
5P DATA

5P CLK

RELAY F(H)
RELAY R(H)

GND
AV4 A IN(R)
AV4 A IN(L)

GND

AV4 V IN

GND
AV4 S-C IN

GND
AV4 S-Y IN
AV4 S IN(L)

METER (L)

METER (R)

AV2 OUT
DV IN (H)

TV (H)

WIDE (H)

AV1 PB (H)

AV4 S-Y IN
AV4 S-C IN

AV4 V IN

AV4 A IN(L)

GND

CPS 2V OUT

GND

CPN 2C OUT
CPN 2Y OUT

TBC(H)

AV2 PB(H)

B/W(H)

OSD ON(H)

GND(AD)

REC VR(C)

SLEEP(L)

AD VCC

MIX VR(C)

GND

S DATA IN

SIR CLOCK

S DATA OUT

128Hz

REG 12V

UNREG -29V

HE(+)

GND(M)

HE(-)

MIX VR(C)

AD VCC
REC VR(C)
OSD ON(H)

B/W(H)

AV2 PB(H)

A
A
A
A
A
A
A
A
A
V
V
V
A

V

TO TIMER
P7502 (C-2)

A
A
V
V
V
V
V
V
V
V
V
V
V
V
V
V

TO TIMER
P7501 (C-8)

V
V
V
A
A
V
V
V
V
V
V

12

VIDEO MAIN SIGNAL PATH IN REC MODE

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE AUDIO MAIN SIGNAL PATH IN PLAYBACK MODEAUDIO MAIN SIGNAL PATH IN REC MODE

Precautions for maintenance of
timer/main C.B.A.

Disconnection of the flexible cable between P7502 and P7901
for maintenance or check of the timer/main C.B.A. without
applying any voltage will cause the loss of the back up +B of
the timer microcomputer. Be sure to apply a voltage of +4.5 V

E

D

C

B

A

to the connector of P7503 before disconnecting the flexible
cable.
If the back up +B is lost, the CH setting and data of the timer
will be initialized (reset).

JK4851
VJJ0639

C4851

0.01

7

6

5

4

3

2

1

6

1
2
3
4
5
6
7
8
9

10

11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32

2

3

1

1 2

C7517

0.1

12

5

34

R4851

75

C4852 0.1

R4852

75

P7502

AV4 S IN (L)

AV4 S-Y IN

GND

AV4 S-C IN

GND

AV4 V IN

GND

AV4 A IN (L)

AV4 A IN (R)

GND
RELAY R (H)
RELAY F (H)

LANC SERIAL

5P CLK
5P DATA
AV2 OUT
DV IN (H)

TV (H)

OSD CS

5V (5P)
WIDE (H)

OSD CLK

GND

DATA OUT

RGB OFF (H)

AV1 PB (H)
COMB OFF (L)
Q LINK ON (H)

METER (L)

METER (R)

NSW5V

BACK UP 5V

5.2V

45

3

P7503

GND

LB4805
VLP0145

(VIDEO)

LINE IN

Back up battery terminal (1.5 V x 3)

(L)

(AUDIO)

(R)

JK4852

VJJ0574

SIN

TO RF I/F SECTION
IN MAIN P7901 (D-13)

JK4801

VJJ0169

8mm
CONTROL

JK7501

VJJ0597

EDIT

R4853 75

R4822 100

R4821

C4810
470P

C4811
470P

LB4804
VLP0145

32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

MA165TA5VT

1BACK UP 4.5V
2

100

D7503

EDIT MODE2

S7502

VSS0405

DV 5P 8mm

15

LB4803
VLP0145

R7545

3300

TL7502

C7507

0.1

R7556
4700

B1
B2

B3
B4
B5
B6

B7
B8

B10
B11
B12
B13
B14

DP7501

VSL0539-B

R7504

10K

R7505

10K

IC7504
RN5VS23AA

NC NC

VDD

4.5

4.9

C7520

0.1

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54

C7501
50V10

C7502

0.01

C7503

0.1
D7501

MA4068

R7558
10K

R7523 100

R7524 100

R7557 100

3300

TL7505

TL7506

45

GNDOUT

321

R7555 100

R7544 100

R7516

220

R7518

220

R7519
100

R7531
100

R7551
47K

5V

IR4851
RPM6937-V11

321

4.6

C4854
6V47

R4857
33

B12

B5
B3
B4
B6

B7

R7520

B8

TL7503

B10

B2
B1

B11

B13
B14

REC REMAIN SP LP AV INSERT

D1D2D3D4D5D6D7D8D9

R7549
10K

3.6

- 28.8

- 28.8

0
0

4.6

4.6
0

4.8

4.8

4.9

4.9

4.2

4.8

4.6

4.8

R7543

100

R7537

10K

EDIT MODE1

S4852

VSS0405

PB

REC

1513

R4858

100K

5

TL7501

C1

R7532

100

DV

43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63

R4824

R4859

100K

10K

EXT

TC

R

S

D11

D10

D12

- 29.6V

R7550
10K

D1D2D3D4D5D6D7D8D9

-28 .8

P85

MIX LED
P83
P82
DNR OFF (H)
B/W (H)
128Hz
AV1 PB(H)

TV (H)
AV2 OUT
DV IV (H)
OSD CS
P11
WIDE (H)
RST (L)
EDIT SW
S CLK
SDATAIN
S DATA OUT
OSD CLK

DATA OUT

64 65 66 67 69 70

3.3

C2

h

msf

- 26.2

- 26.2

- 26.2

P86

P87

P70

DV SW

RELAY F (H)

RELAY R (H)

0

4.9

4.9

R7507 10K

DV F/R SW

S7501

VSS0404

DV2 DV1

R7546
10K

- 26.2

- 26.2

- 26.2

P71

P72

P73

IC7501
MN1874823YA

(TIMER MICON)

TBC (H)

RGB OFF (H)

71 72 73 74 75 76 77 78 79 80 81 82 83 8468

0

4.4

C6

R7522

3300

- 26.2

P74

Q LINK ON (H)

0

D13

- 26.2

4.9

R7547
10K

D11

D10

D12

D13

-25

-25

- 26.2

- 26.2

- 26.2
3141 223242 2333 2434 2535 2636 2737 2838 2939 3040

P75

P76

P77

P50

P51

EDIT SW

OSD ON (H)

P33IRP30

0

5

4.9

C4

IC7502
RN5VS43AA

NC NC

5

4.9

C7508

0.1

D14

-28

P52

C7516

GND

45

321

REC DNR

R7548
10K

D15

D16

- 28.7

P53

P54

VREFL

AV2 PB (H)

000

C5

0.1

A DUB

PB DNR

D17

-19

-22

P55

D18

P56

AUDIO R

dB- 30 20 15 10 0 OVER

E-TBC

L

ST 1 2

16bit

R

ST 1 2

R7506 8.2

D14

D15

D16

D17

D18

D19

D20

D21

D22

D23

D24

D25

D26

D27

R7521

270

D19

D20

D21

-25

-19

- 28.5

P57

P60

P61

-25

21

P62

-22

P63

20

- 28.5

P64

19

- 28.3

P65

18

- 18.4 -

P66

17

- 28.3

P67

16

- 29.6

VPP

15

B/W (H)

VSS
OSC1
OSC2

VDD

VREFH

KEY1
KEY2

R7559
1K

C7514

C7515

0.01

R4809

0

R4817

10K

METER (L)

P93

0.01

4.5

14

0

13

0

12
11

CM

10

2.2

XO

9

1.7

XI

8
7

2.2

6

2.2

5

5

4

5

3

4.9

2

4.9

1

R7561
1K

C7512

0.01

0.7

R4818

47K

SLEEP (L)

COMB OFF (L)

EDIT SW2

KEY3

4.9

4.9

R7517

1K

1 2 3 4 5 6 7 8 9

R4820

10K

D22

D23

D24

D25

D26

D27

R7512

R7544 100

R7502 100

R7525

330K

C7511 0.1

R7560
1K

R7508 10K

R7528 10K

R7530 10K

C7513

0.01

R7553 100

IC7503
BA6138

(AUDIO METER)

METER

DRIVE

1.4 2 2 1.8 0.7 12

C4806

R4810

25V

4.7

TL4801

100

C7509

27P

X7501

VSX0666

R7513
0

X7502

VSX1053

C7534
18P

METER

DRIVE

R4812

0

0

R48110R4819

METER (R)

TL4802

E1
E3
E2

EVQ11L07B

C7510

10P

R7501
0

C7504
18P

47K

S7504

C4807

25V

4.7

REC

VR4801

EVJ021F1554J

R4801

1600

R4802

470

R4803

0

E5
E6
E7
E4

EVQ11L07B

EVQ11L07B

EVQ11L07B

- 29.6V

R7538

2700

4.8

Q7501
2SD1819A

(S DATA)

REC SP/LP/ELP STILL ALBUMSTILL AUDIO OUT

S4805

R4814

3300

STEREO
SELECT

S4801

R7509

2200

S7509

R7527

2200

C1

C2

C4

C5
C6

Q7502
2SD1819A

(SIR CLK)

R7540

2700

4.2

R7539

10K

0.7

12V

S4804

EVQ11L07B

R4813

2200

STOP

S7503

EVQ11L07B

REW PLAY PRINT IN SEL EJECT POWER

S7510

EVQ11L07B

5V5V

C4809
16V10

1234 1234

C4802

0.01

C4801

0.1

S4803

EVQ11L07B

R4815

S7508

EVQ11L07B

R7510

S7511

EVQ11L07B

R7533

E1
E2
E3

E4
E5

E6
E7

0.7

QR7502
UN5213

0.7

1.2

C4803

0.1

R4804

100

S4802

EVQ11L07B

5600

3300

3300

(SIR CLK)

R4816

10K

FF 3 DNR TBC

S7505

EVQ11L07B

R7511

5600

S7512

EVQ11L07B

R7534

5600

D7507
RB441P

R7541

10K

0.7

1.2

QR7501
UN5213

(S DATA)

MIX

VR4802

EVJ021F1554J

R4806

R4807

TL7509 TL7510

R7526

33K

S7506

EVQ11L07B

R7514

10K

S7513

EVQ11L07B

R7535

10K

R4856

75

LB4802
VLP0335

LB4801
VLP0335

R4860

R4861

R4805

1600

470

0

C4813
470P

R7542

75

75

R7515

33K

P7501
1

2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26

C4804

0.01

S7514

EVQ11L07B

R7536

33K

HE (- )

M.GND

HE (+)

UNREG - 29.6V

REG 12V

128 Hz

S DATA OUT

SIR CLOCK

SDATAIN

GND

MIX VR (C)

AD VCC

SLEEP (L)

REC VR (C)

AD GND

OSD ON (H)

B/W (H)

AV2 PB (H)

TBC (H)

CPN 2Y OUT

CPN 2C OUT

GND

CPS 2V OUT

GND

LINE2 OUT (L)

LINE2 OUT (R)

C4812
470P

0

C4808 0.1

MIX LED

S7507

VSP1131

5

3

7

6

5

4

3

2

1

6

26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

241

C4805

R4808

100

C7518

56

34

12

JK4854

VJJ0639

ZB4802
VGU8212

0.1

0.1
D7504

ENC221D5ATHB

TO RF I/F SECTION
IN MAIN P7902 (B-13)

(VIDEO)

LINE OUT

(L)

(AUDIO)

(R)

JK4853

VJJ0574

S OUT

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

1

24

3

5

6789

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE
VIDEO MAIN SIGNAL PATH IN REC MODE

16
15
14
13
12
11
10

15
14
13
12
11
10

R3602
1K

9
8
7
6
5
4
3
2
1

9
8
7
6
5
4
3
2
1

<5V>

<12V>

<3V>

K3601

<5V>

<5V>

<5V>

(A10)

(A11)

(A12)
(A13)
(A14)
(A15)

(A16)

(A7)

(A8)

(A9)

(A17)
(A18)
(A19)
(A20)
(A21)
(A22)
(A23)
(A24)
(A25)
(A26)
(A27)

<5V>

L3601
33u

L3602
33u

(A1)
(A2)
(A3)
(A4)
(A5)
(A6)

IC3602
AN3916-LF

Q3602

<5V>

2SD1819
(AMP)

0

<3.5>

4.8

(A11)

IC3601
MC14053BF

<A-LINE>

<A-LINE>

LPF

B.G
REF

H SYNC
SEP.

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

0

3.0 4.8 1.7 1.2 1.1

<3.6>

C3606

0<3.6>

C3695

0.1

QR3601 UN5111
(VIDEO EE

C3604

0.1

Q3601
2SD1819(AMP)

TL3606

4.8

R3601
100K

C3607

0.1

<5V>

C3601

0.1

C3605

0.1

-0.3

0

<0.1>

8 7 6 5 4 3 2 1

VSS VEE INH

CBA

9 10 11 12

00 0

R4706
0

(A17)

3300P

2.4
(0)

C3603
6V100

SYNC
CLAMP

C3611

0.01

C3609
6V100

L :ON)

4.8 0

C3608
6V47

1.8

(4.1)

R3606
150K

R3603
100K

R3604
150K

2.60

2.6

C

L

L

1.9

1.5 0 4.9

(2.4)

(A10) (A8)

IF

YC REG 5V

IF

I/O 5V

IF

I/O -5V

IF

REG 5V

IF

REG 12V

IF

INSEL A

IF

INSEL B

IF

E

D

C

IF
IF
IF

CPN OUT(H)

IF

COMB OFF(L)
IF
IF

TO ANALOG Y/C

TO ANALOG Y/C

B/W (H)

DV IN (H)

N SW 3V

GND (V)

GND (I/O)

ANALOG Y/C

PP3502

Y BLK

YC REG 5V

DNR Y IN

GND(D)

DNR C IN

GND(D)

DNR Y OUT

GND(D)

DNR C OUT

PS30002(C-1)

GND(D)

H BLK

IIC CLK
IIC DATA
V PULSE
C SYNC

PP3501

CPS V IN

CPN Y IN

CPN(L)

CPN C IN

I/O 5V

I/O -5V

PS30001(B-1)

Y SEP OUT

C SEP OUT
YC REG 5V

COMB OFF(L)

HSS

GND

GND

FSC

GND

GND

B

IF

QLINK ON(H)

IF

Y

IF

C

IF

INSIDE(H)

IF

DA Y

IF

EE ADJ

IF

CPN IN (L)

IF

DA C

IF

EDIT OSD CLK

IF

EDIT OSD DATA

IF

EDIT OSD CS

A

P

TO POWER SECTION IN MAIN

V

TOVIDEO SECTION IN MAIN

IF

TO RF I/F SECTION IN MAIN

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
AUDIO MAIN SIGNAL PATH IN REC MODE

KEYED/PEAK
DET.

ML

2.9 0 2.8 4.0 2.5 2.8 3.0 1.4

<2.1>

C3615

50V 3.3

C3617

C3619

16V10

16V10

D3601

MA165TA5VT

R3609

<-0.6>

18K

4.9
(0)

-0.3

<0.1>

<0>

8 7 6 5 4 3 2 1

VSS VEE INH

CCBHAL

9 10 11 12 13 14 15 16

4.9

4.9

4.9
(0)

(0)

(0)

R3605
1K

13

L3604
33u

H

H

Y

14 15 16

1.9

(2.5)

N

R3617
150K

C3622
6V47

Q3603
2SD1819
(AMP)

C3612

0.1

0.3

(0.4)

01.8
<0.6>

L

B

VDD

16V10

C3614

R3616
100K

2.1

R3620
470

2.1

R3607
470

H

4.9

1.5

(A18)

R3615
150K

Q3606
2SD1819
(AMP)

C3618 6V47

D3602

RB441P

0.2

1.8

(0)

(0)

L

4.9

1.5

DI
CLAMP

1.8

(4.1)

H

(2.3)

N

C3602
16V10

Q3605
2SD1819
(AMP)

AMPGCA

<2.0>

C3624 50V4.7

C3623 0.01

L

H

B

Y VDD

C3621

0.1

C3616

0.1

R3613
150K

R3614
100K

2.4

(A19)

4.902.1 2.1 2.0

0000

R3622
3900

4.8

1.8

R3612
100K

2.4

R3618
1K

R3619
1K

Q3609

2SB1218

2.5

(2.1)

(AMP)

1.8

(1.5)

0

R3627

R3625 1K

2200

Q3608
2SB1218
(AMP)

R3623
820

Q3607
2SD1819
(AMP)

IC3603
MC14053BF

4.9

1.9

C3620

0.1

1.8

(1.5)

1.2

(0.8)

0

R3626
1300

1.84.8

2.5

(A21)

Q3604
2SD1819
(AMP)

<5V>

(A9) (A28) (A29)

L3603 33u

(B17)

(B18)

<5V>

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

IC3604

NJM2904M

(Y/C GCA ADJ)

3.0 1.8

R3628
220

C3625
6V22

C3627
6V100

A OUT

R3610
22K

<5V>

R3630
22K

(A20)

8 7

1

L3605
33u

C3613 0.1

VCC

B OUT

2 3 4

L3606
33u

C3629
6V47

C3628

0010.711.9

6 5

B -IN

A -IN

A +IN

1.8 0

(A22)

R3611
33K

C3630

0.01

R3629
33K

1.7

Q3610
2SC3930
(AMP)

4.8

1

2.8

R3637
1K

(A6) (A5) (A13)

R3639 470

AV4

(L)

AV3

<5V>

TL3603

CGROM

Signal
generator

4.4 4.8 4.4

TL
3604TL3605

R3657
1K

2.1

R3662
47K

<3.1>

1.0

(2.0)

<0>

(B22) (B23) (B25)

R3643

R3644 470

03.23.23.23.23.24.9 0

INS

VEE GND

2.5

R3658
390

D3604
MA29W-A

4.8

3.0

(3.6)

R3638

(A23)

B +IN

VSS

QR3606
UN5213
(CPN OUT
H :ON)

1.0

(2.0)

28 27 26 25 24 23 22 2192010191118121713161415

Analog SW

1 2 3 4 5 6 7 8

1.0

1.4 1.0

(2.0)

R3631
330

4.1

Q3611
2SB1218
(AMP)

1.0

R3633
120

R3632
100

Q3612
2SD1819 (AMP)

3.4

0

QR3602
UN5213

(INSIDE H :ON)

R3621
4700

C3696

0.1

4.0

0

0

IC3605
MC14052BF

R3652
560

1.0

(2.0)

Video
Signal

4Fsc clock
generator

4.8 0 2.3

(2.0)

R3651
2200

4.8

4.1

2.1

2.1

R3642

1.4

4700

0

Q3615

2SB1218

(AMP)

1.4

10K

R3634
10K

16

15 14 13 12 11 10 9

VDD AV2 AV1 CPN

1 2 3 4 5 6 7

00000000

(A25)

(A27)

(A26)

R3661
10K

R3660 100

R3656 100

R3655 100

Q3620

C3631
16V10

R3646
470

R3647
470

2.1

0

VRAM

4.8
(2.1)

<1.9>

1.6

(2.6)

<1.0>

0

Q3616

2SB1218

(AMP)

Output Control

2.3

(1.1)

<0.7>

4.8

2.6

R3648
470

R3649
390

Serial input
control

4.4

(4.8)

<4.8>

(LIMITER)

2.7

Q3617

0

2SB1218
(AMP)

2SD1819

10K

INS

A

B

8

L3608
ELESN
220GA

1.4

(2.0)

<2.0>

4.84.84.84.84.85.25.35.31.40

Dot clock
generator

Display Memory
Control

H/V SEP.

4.8 0

C3634

6V100

4.8

1.9

R3663
330

Q3618
2SD1819
(AMP)

2.4

(2.9)

R3650
1K

(A30)

(A12) (A2) (A1)

L3607

R3669

68u

10K

C3633

0.1

C3632

6V47

16

15 14 13 12 11 10 9

VDD Y C H L

HL H L

1

23456

X3601
VSX1009

C3635
18P

R3635
33K

R3653
470

4.1

Q3621

2SD1819

(AMP)

Q3613
2SD1819
(AMP)

R3636
22K

00000

C3636

22P

R3640
560

4.2

Q3614
2SB1218

1.8

(AMP)

1.2

R3641
270

4.8

3.5

R3659
2200

C3640
36P

2.0

Q3622

2SD1819

Q3619
2SB1218
(AMP)

C3641
36P

IC3606
MB90089WVAS

(AMP)

C3626

0.01

2.7

R3654
470

3.40

IC3607
MC14053BF

(A10)

(A4)

0.1
(0)

BG
FIL

BGP
GEN

ACC APCI

ACC
FIL

4.8 1.8 2.0 2.0

(A9)

<5V>

L3615
33u

4FSC

APC

OSC

OUT

FIL

C

APC2

APC

XTAL GND1 NCGND2

FIL

3.2 0 0 00.7

X3602
VSX1030

C3694
100P

C3693 0.01

C3646
50V1

R3673
100

2.5

4.84.4

(2.9)

8 7 6 5

Vertical
Sync Sep.

VCO

1 2 3 4

C3645
560P

R3668
10K

0000004.9

INH VEE VSS

7 8

-0.3

0

<0.1>

R3533
22K

2.5

Q3628

(AMP)

4.8

2.2

C3643

0.01

C3638

0.01

R3665
6800

BW

(H)

C3639

0.1

(A3)

0

0

4.8

1.9

R3667
2200

0

-5.3

Q3623

2SB1218(AMP)

C3642
6V47

R3524
390

C3684
50V1

R3523
1K

R3528
390

0

4.9(0)

0

QR3603
UN521L
(VIDEO
EE H :ON)

C3685
560P

MM1093PFB

C3689
56P

L3609
33u

R3666
1K

0

0

QR3605
UN5212
(CPN L :OFF)

0(2.6)

R3526

C3686

15K

390P

R3525
1M

IC3613

L3616
22u

4.0

4.9(0)

0

0

QR3604
UN521L
(DV IN H :ON)

2.2
<0.9>

(1.8)

16 15 14 13 12 11 10 9

CPS
IN

CIN

1 2 3 4

C3690

3.4 2.3 2.3

0.01

(0.3)

C3691
50V4.7

R3672
100

R3670
2200

C3671
2200

3V

IC3608
MM1108

C3644
6V100

(A11)

(B24)

(A24)

C3637 0.1

C3683
6V22

2SD1819

R3522
33K

<5V>

4.2

R3645
270

R3664
6800

R3698
5600

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

(A7)

(A8)

(B31)

(B29)

R3519 22K

C3697

0.1

04.9 0 0

16

15 14 13 12 11 10 9

VDD AV2 AV1 R AV4 AV3

IC3612

MC14052BF

AV4 AV2 L AV3 AV1 VEE VSS

1 2 3 4 5 6 7 8

00 0000 0

R3521

(B30) (B34) (B32)

22K

3.44.84.84.8 3.30

VCC2 VCC1

4FSC VCO

1/4

FSO
VCXO

FSC
OUT

5 6 7 8

R3530
1K

C3692
50V2.2

C3648
560P

R3678
330K

0

Sync Sep.

Phase
comparator

R3676
82K

R3677
1K

R3675

C3647

100K

50V3.3

R3627
4300

OSC
R

R3529
10K

R3674
560

C3649
3900P

R3518 33K

000

R3520 33K

R3532
10K

(A16)

R3531
1K

(B33)

(A30)

(A29)
(A28)

(A15)

(B28)

-5.2

C3687

0.1

C3688
6V47

(B55)

(B27)

0

INSAINS

C3698

0.1

R3683
47K

B

1

24

3

5

6789

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE
VIDEO MAIN SIGNAL PATH IN REC MODE

<5V>

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE
AUDIO MAIN SIGNAL PATH IN REC MODE

<12V>

<5V>

L3612
33u

C3660

C3661

0.01

L3614
VLQ0398

6 4

1 2 3

C3653
50V1

0

1

5

4.3
2

0

3

4

IC3609
TC7SH04FUTL

IC3611
AN3296S (SYNC SEP)

R3685
820K

0

2.9

(3.2)

2

C3655
6V33

4.0
3

3.4

(4.0)

<4.0>

TL3601

C3658
1500P

4

2.8

(0)

5

2.8
6

R3687
100K

0

7

2.8 2.1

R3688
15K

C3654
3900P

C3659

0.68

NOTE: THE MEASURMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS ( ) ON THIS DIAGRAM IS PLAYBACK MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz
THE MEASURMENT MODE OF THE DC VOLTAGE IN THE BRACKETS < > ON THIS DIAGRAM IS RECORD MODE
WITH PAL COLOUR SIGNAL. (MINI DV:SP MODE) ·LINE IN SIGNAL LEVEL... -6dB 400Hz

4.8

C3657
16V10

0 (0.3)

R3681
0

SYNC

AFC

H.OSC

P.COM

R3679
1K

SEPA

CONTROL

IC3610
AN3581S

<5V>

R3693
10K

2.3

R3694
10K

R3695
2200

NO SYNC

DETECTOR

HALF-H

KILLER

V-SYNC

SEPA

V.OSC

R3682

10V220

1K

22

100IRE
50IRE
THROUGH

OSD

M H

VV

OSD

CL

1

2.4 0 2.4 0 0 0 1.8

Q3624
2SD1819

4.8

(AMP)

R3501

1.8

68K

(0)

C3675

C3670

1500P

25V4.7

R3505
330

4.3

161

C3674

0.068

0

(3.7)

<2.2>

R3503 680K

15

C3671 470P

0

(1.6)

<1.2>

14

R3504 75K

C3668
560P

0

13

R3697
10K

0.6

12

4.7

11

TL3602

C3667

4.9
10V220

10

C3672

0.01

98

C3673

0.33

R3699
47K

R3684
820

C3656
6V330

R3680

C3652

220K

16V10

2.21.7

21 20 19 1891710161115 14 13 12

LET

CL

L3610
68u

C3663

0.01

Q4701
2SD1819
(DRIVE)

<5V>

R4704 0

(A13) (A7)

3.3V

IC4701

R4705 0

(A12)

6dB

S2

OSD

1.9 4.8 2.4 4.9

R4701
10K

D78011FGCVBB

(YC AUDIO MICON)

4.3 <4.9>

R4732 0

2.0V

S1

EE

Y.GND

2 3 4 5 6 7 8

L3613
33u

C3651

0.1

R3691
1K

C3662
R3689
560

D.GND D.Vcc

-3.5dB

VV

CL

R3686
47K

QR4701
UN5213
(INV.)

R4713
2200

004.8

0

0

0
0

0

4.7

0.4 (0)

0

0

10

0

11

0

12

0

13

0

14

0

15

0

16

C3664

16V10

6V330

R3692
470K

0dB

9.5dB

LET

-9.5dB

EE

Vcc

00

(B49)

REM OUT

1

REM START

2

NC

3

NC

4

NC

5

IIC SDA

6

IIC SCL

7

V BLK

8

VSS

9

TEST AD0
TEST AD1
TEST AD2
TEST AD3
TEST AD4
TEST AD5
TEST AD6

0000 000 04.8

S3

YC MIX

EE.CPS.OSD

FULL
OSD
THROUGH

CL

(0)

C3650
50V1

C3665
6V100

Q4702
2SD1819
(DRIVE)

(B48)

(B46)

(B47)

R4716 0

R4717 0

YC READY

AUDIO ST1

AUDIO CLK

(62)YC SBI
(63)YC SBO
(64)YC CLK

(17)TEST AD7
(18)TEST A8
(19)MODE2

MODE0

MODE1

DATA LOAD

4.9 0

R4720 47K

0

0

R4702

(B45)

R4718 0

R4719 0

AUDIO SB0

ADD LOAD

4.8(4.5)<4.4>

2.9

R4714 0

R4715 2200

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

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

C3666
50V1

0000

2.0V

KILLER

S5

EE

C.GND

R3500
1K

00

10K

L4701 10u

C4702
16V10

4.94.94.84.8

AVDO

AVREF

AUDIO ST2

(47)REC VR L
(48)REC VR R
(49)MIX VR
(50)NC
(51)NC

(30)SS ON (L)
(31)OUT EXT4
(32)OUT EXT5

VSS

ADD MODE

NT/PAL

4.9 4.9 0 0

R3507
470

12dB

S4

OSD

(B44)

1.82.34.82.31.6

OSD
OFF

VV

R3502
560

2.8

C4703

0.01

NC

NC

EE MON (H)

DNR OFF (H)

0

(2.6)

(0)

C3669

0.01

QR4702
UN5213
(INV.)

REM CS

V PULSE

VIDE0 EE (L) NC

Q3626
2SB1218
(AMP)

(B42)

(B43)

C4701

0.01

00000004.34.44.7 0

1.0

AVSS

XT1
XT2

IC
X1
X2

VD0
FRP

NC

RESET

EXT7
EXT6

R4722 47K

R4723 4700

R4730
0

<B-LINE>

<A-LINE>

(B20)(B21)

C3677
6V330

R3506
22K

C3676
6V330

R3510
470

4.5

5.10

Q3625
2SB1218
(AMP)

C3682
6V330

2.3

3.00
C3678
50V1

(B15)

(B16)

(B41)

C4704
16V10

1.0

48

1.0

47

0

46

0

45

4.9

44

0

43

2.6

42

2.6

41

4.9

40

4.8 (3.4) <4.9>

39

1.8 (1.5) <1.6>

38

0

37

0 (4.4)

36

4.9

35

0

34

0

33

R4733 0

(B54)

(A14)

<A-LINE>

NOTE : DO NOT USE ANY PARTS NUMBER SHOWN ON THIS SCHEMATIC
DIAGRAM FOR ORDERING.
WHEN YOU ORDER A PART, PLEASE REFER TO PARTS LIST.

(B19)

R3515
47K

Q3627
2SB1218

R3516

(AMP)

470

4.6

0

R3513
47K

R3508
22K

R3514
470

R3512
470

(B40)

L4702
10u

0

4.4

(4.5)

<4.9>
R4724

1500

C4706
16V10

C4705

0.01

R4725

56

R4726

10K

4.9

4.9
0

(B53) (B52)

<B-LINE>

C3679
16V47

5.2

R3517
470

C3681
6V330

C3680

0.01

(B14)

IC4702
PST5910

1

2 3

4.9 4.90

(B39)

3

D4701
MA720

QR4703
UN5213
(FRP ON: H )

2.0

(2.4)

<2.3>

3

1

R4728
2700

QR4705
UN5211

1.5

(SWITCHING)

<1.9>

2.3

(2.0)

0

QR4704
UN5211
(SS L :ON)

P

TO POWER SECTION IN MAIN

V

TOVIDEO SECTION IN MAIN

IF

TO RF I/F SECTION IN MAIN

L3611
33u

1

2

X4701
VSX0934

C4707

0.1

R4731
2200

(B51) (B50)

(B38)

2

132

<5V>

(B37)

R4703
3300

K3602

D4702
MA151WK

(A7)
(A8)
(A9)
(A10)
(A11)
(A12)
(A13)
(A14)
(A15)
(A16)
(A17)
(A18)
(A19)
(B14)
(B15)
(B16)

(B35)
(B36)

(B26)
(B35)
(B36)
(B37)
(B38)
(B39)
(B40)
(B41)
(B42)
(B43)
(B44)
(B45)
(B46)
(B47)
(B48)
(B49)

(A19)

(B19)

(B20)

(B21)

(A14)

(B22)
(A15)
(A16)
(A17)
(A18)

(B23)

(B29)
(B30)

(B31)
(B32)

(B33)
(B34)

(B17)

(B18)

(B24)

(B25)
(B26)
(B27)
(B28)

(B50)
(B51)
(B52)
(B53)
(B54)
(B55)

AV4 A IN(R)
AV4 A IN(L)

AV4 S-C IN

AV4 S-Y IN
AV4 S IN (L)
UNREG 14V

AV1 PB (H)

AV2 PB (H)

AV2 OUT

AV 4 V IN
CPN 2Y OUT
CPS 2V OUT
CPS 2C OUT

PP3403
5

WIDE(H)

4

AV2 CTL
3
2

AV1 CTL
1

PP3402

20
19
18
17
16

GND (S OUT)
15
14

GND (S OUT)
13
12

GND (V OUT)
11

UNREG 14V

10

9
8
7
6

AV3 S IN (L)

5

AV1 PB (H)

4

AV2 PB (H)
3
2
1

PP3401

20
19
18

AV3 S-C IN

17
16

AV3 S-Y IN

15
14
13
12
11

AV2 A IN (R)

10

AV2 A IN (L)
9
8

AV1 A IN (R)
7

AV1 A IN (L)
6
5

AV3 A IN (R)
4

AV3 A IN (L)
3
2

LINE OUT (R)

1

LINE OUT (L)

RGB OFF (H)
LINE OUT (R)
LINE OUT (L)

D REG 3V

D REG 5V

REC VR (C)

MIX VR (C)

AUDIO ST2

AUDIO DATA

AUDIO CLOCK

AUDIO ST1

YC CLOCK

SS ON (H)

EE MON (H)

V SYNC (L)

WIDE(H)

A IN (R)

A IN (L)

TV (H)

GND(A)

I/O

GND

GND

GND

AV4 V IN

GND

Y OUT

Y+C OUT

C OUT

GND

I/O 5V

GND

I/O -5V

TV

AV2 OUT

GND (V)

V IN

GND (V)

GND (V)

RGB
INSEL B
INSEL A
GND (A)

GND (A)

GND (A)

GND (A)

L YC DI

FRP

AD VCC

L YC DO

LCH (H)
RCH (H)

YC CS

GND (A)
GND (D)

IF

A
IF
IF

A
IF
IF
IF
IF
IF
IF
IF
IF
IF
IF
IF
IF
IF

TO INPUT/OUTPUT

PS3903(C-1)

TO INPUT/OUTPUT

PS3902(D-1)

TO INPUT/OUTPUT

PS3901(E-1)

IF

A

A
IF
IF
IF
IF
IF
IF
IF
IF

A

A

A

A
IF

A

A
IF

A

A
IF

A

IF

A

10

11 13

12

Q1200- 2 STOP
250mVp-p ( 5usec. div.)

Q1200- 3,4 STOP

2.2Vp-p ( 5usec. div.)

T1105- 3 STOP

5.0Vp-p ( 2msec. div.)

T1105- 4 STOP
400Vp-p ( 5usec. div.)
IC1150- 1 STOP
400Vp-p ( 5usec. div.)

T1105- 7 STOP
140Vp-p ( 5usec. div.)

IC1150- 2 STOP

4.5Vp-p ( 5usec. div.)

IC3601- 3,4,5 REC

0.65Vp-p ( 20usec. div.)
IC3603- 4 PLAY/REC

0.5Vp-p ( 20usec. div.)

IC4302- 1,7 PLAY/REC

0.5Vp-p ( 0.5msec. div.)
IC4306- 7,26 PLAY/REC

0.5Vp-p ( 0.5msec. div.)

IC1150- 4 STOP

0.6Vp-p ( 10usec. div.)

IC3603- 5 PLAY

0.5Vp-p ( 20usec. div.)
IC3606- 2,26 PLAY/REC

1.3Vp-p ( 20usec. div.)

IC4306- 9,10,23,24
PLAY/REC
200mVp-p ( 0.5msec. div.)
IC4306- 11,21 PLAY/REC
140mVp-p ( 0.5msec. div.)

IC3601- 12,13,14

1.1Vp-p ( 20usec. div.)
IC3603-12,14 PLAY/REC

1.0Vp-p ( 20usec. div.)

IC3610- 11 PLAY/REC
250mVp-p ( 20usec. div.)
IC3610- 14 PLAY/REC

1.4Vp-p ( 20usec. div.)

IC4309- 1,3,12,13
PLAY/REC
140mVp-p ( 0.5msec. div.)
IC4311- 1,7 PLAY/REC

0.6Vp-p ( 0.5msec. div.)

PLAY/REC

IC3606- 1 PLAY/REC

2.5Vp-p ( 20usec. div.)
IC3606- 27 PLAY

2.25Vp-p ( 20usec. div.)

IC3610- 16 PLAY/REC

2.0Vp-p ( 20usec. div.)

IC4311- 3,5 PLAY/REC
140mVp-p ( 0.5msec. div.)
IC4314- 2,4,5,11,13,15
PLAY/REC

0.6Vp-p ( 0.5msec. div.)

IC3610- 3 PLAY/REC

1.2Vp-p ( 20usec. div.)
IC3610- 19 PLAY/REC

2.0Vp-p ( 20usec. div.)

IC3601- 3,5 PLAY

0.6Vp-p ( 20usec. div.)
IC3601- 4 PLAY

0.45Vp-p ( 20usec. div.)

IC4315- 1,2,3,5,7
PLAY/REC

0.65Vp-p ( 0.5msec. div.)

IC6001- 54 PLAY/REC

3.0Vp-p ( 0.5msec. div.)

IC3001- 3 PLAY/REC

1.1Vp-p ( 20usec. div.)
IC3001- 157 PLAY/REC

1.5Vp-p ( 20usec. div.)

IC6001- 55 PLAY/REC

3.0Vp-p ( 0.2msec. div.)

IC3004- 23 PLAY

1.2Vp-p ( 20usec. div.)
IC3004- 29,30 PLAY

0.5Vp-p ( 20usec. div.)

IC6001- 92 PLAY/REC

3.0Vp-p ( 0.5usec. div.)

IC3004- 35 PLAY

1.0Vp-p ( 20usec. div.)

IC6001- 93 PLAY/REC

3.0Vp-p ( 0.5usec. div.)

IC3001- 8 PLAY

0.4Vp-p ( 20usec. div.)
IC3004- 46 PLAY/REC

0.65Vp-p ( 20usec. div.)

IC2503- 3 PLAY/REC

1.4Vp-p ( 0.5msec. div.)

IC3001­68,69,70,71,72,73,74,75
PLAY

2.0Vp-p ( 5msec. div.)

IC3002- 43 PLAY/REC

2.25Vp-p ( 5msec. div.)

IC3003- 4,5,6,7,9,10,11,12
PLAY/REC

2.0Vp-p ( 1msec. div.)

IC3201- 59 REC

2.0Vp-p ( 1msec. div.)

IC3001- 165 PLAY/REC

0.6Vp-p ( 20usec. div.)
IC3004- 8 PLAY/REC

0.6Vp-p ( 20usec. div.)

IC3002- 44,46,80,82,83,85
PLAY/REC

2.0Vp-p ( 2msec. div.)

IC3201- 62,63 REC

4.0Vp-p ( 5msec. div.)
IC3201- 67 REC

3.0Vp-p ( 0.5msec. div.)

IC3001­68,69,70,72,73,74,75 REC

2.0Vp-p ( 20usec. div.)

IC3003- 47,48,49,50
PLAY/REC

2.0Vp-p ( 1msec. div.)

IC3201- 64 REC

3.5Vp-p ( 5msec. div.)

IC3002- 30,32,33,35
PLAY/REC

2.0Vp-p ( 1msec. div.)

IC3004- 23 REC

1.2Vp-p ( 20usec. div.)
IC3004- 29,30 REC

0.5Vp-p ( 20usec. div.)

IC3201- 65,66 REC

3.0Vp-p ( 1msec. div.)

IC3002- 41 PLAY/REC

2.0Vp-p ( 5msec. div.)
IC3002- 91,93,94,96
PLAY/REC

2.0Vp-p ( 1msec. div.)

IC3004- 35 REC

1.0Vp-p ( 20usec. div.)

IC3201- 151,152,153,154
REC

2.0Vp-p ( 20usec. div.)

IC3203- 59 REC
350mVp-p ( 0.5msec. div.)

IC3203- 58,59,62 PLAY
250mVp-p ( 0.5msec. div.)

IC2001- 71 PLAY

3.0Vp-p ( 5msec. div.)

IC3001- 8 REC

0.45Vp-p ( 20usec. div.)

IC2001- 20 PLAY/REC
150mVp-p ( 0.1msec. div.)
IC2001- 21 PLAY/REC

0.6Vp-p ( 0.1msec. div.)

IC2001- 74 PLAY

3.0Vp-p ( 5msec. div.)

IC3201- 62,63,64,65,
66,67,68 PLAY

3.0Vp-p ( 20usec. div.)

IC2001- 59 PLAY/REC

3.0Vp-p ( 0.5msec. div.)

IC2001- 75 PLAY/REC

4.0Vp-p ( 10msec. div.)

IC3201- 151,152,153,154
PLAY

2.0Vp-p ( 1msec. div.)

IC2001- 60 PLAY/REC

3.0Vp-p ( 2msec. div.)

IC2001- 70 REC

0.2Vp-p ( 5msec. div.)

IC3203- 17,18 PLAY
150mVp-p ( 0.5msec. div.)
IC3203- 53 PLAY

0.4Vp-p ( 0.5msec. div.)

IC2001- 70 PLAY

3.0Vp-p ( 5msec. div.)

IC3701- 130,131,132 PLAY

2.0Vp-p ( 1msec. div.)
IC3701- 130,131,132,133
REC

2.0Vp-p ( 0.5msec. div.)