Panasonic NV-VP60GC Service manual

ORDER NO. MAV0604001CE

DVD Player/ Video Cassette Recorder

NV-VP60GL

NV-VP60GC

NV-VP60GCS

R4-MECHANISM

© 2006 Matsushita Electric Industrial Co., Ltd. All rights reserved.

Unauthorized copying and distribution is a violation of law.

NV-VP60GL / NV-VP60GC / NV-VP60GCS

CONTENTS

Page

1 INTRODUCTION

2 SAFETY PRECAUTIONS

3 PREVENTION OF ELECTRO STATIC DISCHARGE (ESD) TO

ELECTROSTATICALLY SENSITIVE (ES) DEVICES

4 PRECAUTION OF LASER DIODE

5

6

4

5

4

4

5

5 PREVENTION OF STATIC ELECTRICITY DISCHARGE

6 GENERAL DESCRIPTION

Page

7

7

8

8

10

12

13

2


CASSETTE(POLISHING TYPE)

7 DISASSEMBLING THE CASING PARTS AND CIRCUIT

BOARDS

18

20

23

8 ASSEMBLING AND DISASSEMBLING THE MECHANISM UNIT

24

19

19

19

8.10. Disassembling the Spindle Motor Unit

8.11. VCR Mechanism Adjustment Procedures

9 SELF-DIAGNOSIS FUNCTION AND SERVICE MODES

26

27

28

32

24

24

24

25

33

33

34

34

32

32

32

10 SERVICE PRECAUTIONS

10.1. Recovery after the DVD player is repaired

10.2. Firmware version-up of the DVD player

11 ADJUSTMENT PROCEDURES

11.1. Service Tools and Equipment

11.2. Important points in adjustment

11.3. Storing and Handling Test Discs

40

40

11.4. DVD Optical adjustment 41

11.5. VCR ELECTRICAL ADJUSTMENT PROCEDURES 43

12 ABBREVIATIONS

13 INPUT/ OUTPUT CHART

13.1. INPUT/ OUTPUT CHART FOR IC6001

14 WAVEFORM TABLE & VOLTAGE CHART

14.1. WAVEFORM TABLE

14.2. VOLTAGE CHART

54

56

44

50

50

54

39

39

39

40

40

35

36

38

38

14

17

15 BLOCK DIAGRAMS

15.1. POWER BLOCK DIAGRAM

57

57

15.2. SYSTEM CONTROL & SERVO BLOCK DIAGRAM 58

15.3. LUMINANCE & CHROMINANCE BLOCK DIAGRAM 59

15.4. AUDIO BLOCK DIAGRAM

15.5. DVD INTERFACE BLOCK DIAGRAM

15.6. DVD (SERVO) BLOCK DIAGRAM

15.7. DVD (VIDEO/AUDIO) BLOCK DIAGRAM

16 SCHEMATIC DIAGRAMS

16.1. POWER SCHEMATIC DIAGRAM

16.2. POWER SUPPLY/RF SECTION IN MAIN SCHEMATIC

65

DIAGRAM 66

16.3. TIMER SECTION IN MAIN SCHEMATIC DIAGRAM 67

60

61

62

63

65

16.4. SYSTEM CONTROL & SERVO SECTION IN MAIN

SCHEMATIC DIAGRAM

16.5. LUMINANCE & CHROMINANCE/AUDIO SECTION IN

MAIN SCHEMATIC DIAGRAM

68

70

16.6. Hi-Fi AUDIO SECTION IN MAIN SCHEMATIC DIAGRAM

72

16.7. DECORDER SECTION IN MAIN SCHEMATIC DIAGRAM

(NV-VP60GL) 73

16.8. DVD INTERFACE SECTION IN MAIN SCHEMATIC

DIAGRAM

16.9. FRONT SW SCHEMATIC DIAGRAM

16.10. FRONT JACK SCHEMATIC DIAGRAM

16.11. DVD MODULE SCHEMATIC DIAGRAM

16.12. MOTOR SCHEMATIC DIAGRAM

17 CIRCUIT BOARD ASSEMBLIES

79

81

81

82

74

75

75

76

17.1. POWER C.B.A.

17.2. MAIN C.B.A.

17.3. FRONT SW C.B.A.

17.4. FRONT JACK C.B.A.

17.5. DVD MODULE C.B.A.

17.6. MOTOR C.B.A.

18 EXPLODED VIEWS

18.1. VCR MECHANISM CHASSIS PARTS SECTION

18.2. DVD MECHANISM CHASSIS PARTS SECTION

84

84

85

86

87

87

88

18.3. CASING PARTS SECTION

18.4. PACKING PARTS SECTION

89

90

19 REPLACEMENT PARTS LIST

19.1. VCR MECHANISM CHASSIS PARTS SECTION PARTS

91

LIST 91

19.2. DVD MECHANISM PARTS SECTION PARTS LIST 91

19.3. CASING PARTS SECTION PARTS LIST

19.4. PACKING PARTS SECTION PARTS LIST

19.5. ELECTRICAL PARTS LIST

92

92

93

3


1 INTRODUCTION

1.1. 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:

1. Adjustment procedures, Disassembly Procedures and Assembly Procedures for Mechanism Chassis are separate volume from this service manual.

Please refer to the service manual for R4-Mechanism Chassis. (Order No. VRD0202010C8)

2. The Model No. is indicated on the Schematic Diagram and Circuit Board Diagrams as follows.

NV-VP60GL

NV-VP60GC

NV-VP60GCS

Model No.

Indication Mark

(GL)

(GC)

(GCS)

1.2. ABOUT LEAD FREE SOLDER (PbF)

Distinction of PbF PCB:

PCBs (manufactured) using lead free solder will have a PbF stamp on the PCB.

Caution:

· Pb free solder has a higher melting point than standard solder, Typically the melting point is 50-70°F (30-40°C) higher.

Please use a high temperature soldering iron. In case of soldering iron with temperature control, please set it to 700±20°F

(370±10°C)

· Pb free solder will tend to splash when heated too high (about 1100°F/600°C).

When soldering or unsoldering, please completely remove all of the solder on the pins or solder area, and be sure to heat the soldering points with the Pb free solder until it melts enough.

4


2 SAFETY PRECAUTIONS

2.1. GENERAL GUIDELINES

1. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or damaged by the short circuit.

2. After servicing, confirm that all the protective devices such as insulation barriers, insulation papers shields are properly installed.

3. After servicing, do the following leakage current checks to prevent the customer from being exposed to shock hazards.

2.1.1. LEAKAGE CURRENT COLD

CHECK

1. Unplug the AC cord and connect a jumper between the two prongs on the plug.

2. Measure the resistance value, with an ohmmeter, between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between

1M

Ω and 5.2MΩ.

When the exposed metal does not have a return path to the chassis, the reading must be .

2.1.2. LEAKAGE CURRENT HOT CHECK

(See Figure 1 .)

1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.

2. Connect a 1.5k

Ω, 10 watts resistor, in parallel with a 0.15µF capacitors, between each exposed metallic part on the set and a good earth ground such as a water pipe, as shown in

Figure 1.

3. Use an AC voltmeter, with 1000 ohms/volt or more sensitivity, to measure the potential across the resistor.

4. Check each exposed metallic part, and measure the voltage at each point.

5. Reverse the AC plug in the AC outlet and repeat each of the above measurements.

6. The potential at any point should not exceed 0.75 volts

RMS. A leakage current tester (Simpson Model 229 or equivalent) may be used to do the hot checks, leakage current must not exceed 1/2 milliamp. In case a measurement is outside of the limits specified, there is a possibility of a shock hazard, therefore the equipment should be repaired and rechecked before it is returned to the customer.

Figure 1

3 PREVENTION OF ELECTRO STATIC DISCHARGE (ESD)

TO ELECTROSTATICALLY SENSITIVE (ES) DEVICES

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called

Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and semiconductor "chip" components. The following techniques should be used to help reduce the incidence of component damage caused by electro static discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as alminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

4. Use only an anti-static solder removal device. Some solder removal devices not classified as "anti-static (ESD protected)" can generate electrical charge sufficient to damage ES devices.

5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, alminum foil or comparable conductive material).

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed.

Caution

Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.

5


8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device).

4 PRECAUTION OF LASER DIODE

6


5 PREVENTION OF STATIC ELECTRICITY DISCHARGE

The laser diode in the traverse unit (optical pickup) may break down due to static electricity of clothes or human body. Use due caution to electrostatic break down when servicing and handling the laser diode.

5.1. Grounding for electrostatic breakdown prevention

Some devices such as the DVD player use the optical pickup (laser diode) and the optical pickup will be damaged by static electricity in the working environment. Proceed servicing works under the working environment where grounding works is completed.

5.1.1. Worktable grounding

1. Put a conductive material (sheet) or iron sheet on the area where the optical pickup is placed, and ground the sheet.

5.1.2. Human body grounding

1. Use the anti-static wrist strap to discharge the static electricity form your body.

5.1.3. Handling of optical pickup

1. In order to keep the optical pickup in good quality, during transporting and before installing, both ends of the laser diode are to be shortcircuited. After replacing the part with a new one, remove the short circuit according to the correct procedure. ( Refer to this Service manual )

2. Failure to do so will damage the laser diode due to the external current surge from the power supply in the tester.

5.2. Handling Precautions for Traverse Unit (Optical Pickup)

1. Do not give a considerable shock to the traverse unit (optical pickup) as it has an extremely high-precise structure.

2. When replacing the optical pickup, install the flexible cable and cut its short land with a nipper. Refer to the optical pickup replacement procedure in this Service Manual. Before replacing the traverse unit, remove the short pin for preventing static electricity and install a new unit. Connect the connector as soon as possible.

3. The flexible cable may be cut off if an excessive force is applied to it. Use caution when handling the cable.

4. The half-fixed resistor for laser power adjustment shall not be adjusted. Do not turn the resistor.

7


6 GENERAL DESCRIPTION

6.1. OPERATING INSTRUCTIONS

8

9



6.2. SERVICE CAUTION-1

When the Microprocessor IC6001 and/or Back-up battery

B7751 are replaced, read the following procedure carefully and proceed it.

[REASONS]

There is a RAM in the IC6001, which is backing up:

1. Programme Navigation Data [See NOTE1]

2. TV Tuning Data

3. PG Shifter Adjustment Data

4. Option Setting Data

When IC6001 are replaced, all above listed data become not available.

These data is backed up by using the power source of:

*AC Connected: AC Power source

*AC Disconnected: Back-up Battery (B7751) & Back-up

Capacitor (C7752)

[NOTE1]

As for your reference, without inserting a tape into a VCR, you can confirm that the NAVI data that is backed up by

IC6001 as shown in the following steps.

1. Press the Menu button and select the option, then set the "NAVI" to ON mode.

2. Turn on the Service Mode and press the "NAVI" button on the Remote Controller in more than 5 seconds. The

"NAVI" data list is displayed on the Monitor. (Press the

"MENU" button on the Remote Controller for cancellation.)

Although stored NAVI data can be confirmed on the monitor, there is no way to transfer the NAVI data to IC6001 which is newly mounted.

6.2.1. REPLACING PROCEDURE [IC6001]

[1.PREPARATION]

Before replacing IC6001:

1. Be noted that stored TV broadcast channels might be erased.

( Because the user may have stored TV broadcast manually rather than using "Auto Tuning". )

NOTE:

During servicing, do not make a short circuit between

IC6001-pin 37 (5V) with other line/Components otherwise IC6001 may be broken.

CAUTION:

*When replacing the B7751, be sure to read/follow the

"HOW TO REPLACE THE LITHIUM BATTERY" section.

[2.REPLACING PROCEDURE IN STEPS]

STEP1.PREPARATION

1. Disconnect the AC plug before removing the C.B.A.

with Mechanism unit by referring to the Disassembly procedure.

STEP2.REPLACE THE IC6001

1. Replace the IC6001. (Do not make a short circuit between IC6001-pin37 and other pins/Components.)

STEP3.RESET THE IC6001 AT ONCE

1. Connect the AC plug.

2. Connect a jumper wire between TL7510 (RESET) and TL7509 (GND) for a second to reset the

Microprocessor IC6001.

10

Note:

Since the resistance at pin 2 of IC6001 decides the model distinction, there is no need to set up the Model code, which is necessary in the previous models.

STEP4.LINE-IN SETTING & ACTIVATE PLUG-IN A.T.P.

1. Press the Channel up and down keys simultaneously for more than 3 seconds until the channel on the unit’s display changes to 1, under the condition of the no tape is in the unit.

2. Confirm that "A1" and "A2" can be displayed on the

FIP by pressing the CH UP and CH DOWN buttons.

3. Disconnect the AC plug for few seconds and connect it again, and press POWER button for turning the power to on from off to carry out the

"Plug in Auto Tuner Preset".

4. Since other than the channels that can be stored by

"Auto Tuning" operation are not available yet, preset manually by consulting the note of its available TV channels of which you took before.

STEP5.TAPE INTERCHANGEABILITY ADJUSTMENT

Refer to the Electrical Adjustment Procedures.


11


6.3. CAUTION FOR AC MAINS LEAD (NV-VP60GC)

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.

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.

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 .

How to replace the Fuse

¡

There are two types of the AC Mains Lead assembly:

A and B as shown below.

1

Open the fuse compartment with a screwdriver.

2

Replace the fuse and fuse cover.

TYPE A

1 2

TYPE B

1 2

12


6.4. HOW TO REPLACE THE LITHIUM BATTERY

6.4.1. GENERAL DESCRIPTION

There is a RAM in the IC6001, which is backing up the following data by using the power source of B7751 (Back-up Battery) and

C7752 (Back-up Capacitor: Back-up time is approximately 30 minutes).

1. Programme Navigation Data

2. TV Tuning Data

3. PG Shifter Adjustment Data

4. Option Setting Data

6.4.2. REPLACEMENT PROCEDURE

NOTE:

This work should be finished within 30 minutes so that the RAM data would not be lost as running out of current from the Back-up Capacitor C7752.

1. Remove the Top Panel and Mechanism unit with Main

C.B.A by referring to the Disassembling Procedure.

2. Unsolder the Lithium Battery: B7751 and then replace it with a new one (See Fig. B1).

NOTE:

The lithium battery is a critical component.

It must never be subjected to excessive heat or discharge.

It must therefore only be fitted in equipment designed specifically for its use.

Replacement batteries 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 battery or re-use it for any other purpose.

It should be disposed of in waste products destined for burial rather than incineration.

13


6.5. SERVICE CAUTION-2

6.5.1. CAUTION FOR AUTO TUNING

PROCEDURE

Auto Tuning will start by the following procedure.

1. Connect the DIN-RF Cable.

2. Connect the AC Mains Lead.

3. Turn on the VCR.

Auto Tuning will start.

Auto Tuning search for TV stations from VHS minimum to UHF maximum and memorizes every tuned program position. Other program positions are skipped.

Auto Tuning takes five or more minutes to complete its search.

Do not touch the VCR during Auto Tuning.

Auto Tuning will stop halfway, if the VCR is operated or the aerial lead and/or the mains lead are disconnected.

In case the VCR stopped during Auto Tuning, the VCR has to be reset and restarted. See the following item 2.

NOTE:

1. If the VCR is turned on with the antenna not connected, all channels are skipped. Therefore, firmly connect the antenna and then turn the VCR off and on again to execute Auto tuning.

2. When Auto Tuning is canceled halfway, Auto Tuning

is not execute even if the VCR is turned off and then turned on again,

In this case, Auto Tuning has to be restarted by the following procedures.

a. Press EJECT and remove the Videocassette.

b. Keep UP and DOWN on the VCR pressed

simultaneously for 3 seconds or more during the

VCR on.

The channel displayed on the VCR display disappears for moment then changes to 1.

c. Disconnect the AC mains lead and the reconnect

it.

d. Turn on the unit. Auto Tuning commences.

3. If you turn the VCR off during Auto Tuning, Auto Tuning will stop halfway.

The VCR should be reset and restarted by the item 2 in order to execute Auto Tuning.

4. If the VCR starts playback during Auto Tuning, Auto

Tuning will stop halfway.

The VCR should be reset and restarted by the item 2 in order to execute Auto Tuning.

5. To cancel Auto Tuning Mid-operation, press POWER

During Auto Tuning (The VCR is turned off).

6. When the VCR is moved to the other area or country,

TV broadcasts should be stored again.

6.5.2. REMOVAL OF CASSETTE TAPE

When the cassette tape could not be uninstalled from an electrical malfunction, There are 2 ways to remove a cassette tape.

1. Removal by compulsory unloading.

a. Press FF and EJECT button simultaneously for more than 3 seconds and set the Service Mode to 7.

b. Press STOP button in order to unload the mechanism.

(Pay attention to tape slack)

Service Mode Indication:

7 06:00 (STOP)

→ 7 0L:00 (EJECT)

2. Removal by manual operation by rotating the Loading

Motor with the batteries.

a. Disconnect the AC plug, and remove the Top Panel and the Front Panel by referring to the Disassembly

Procedures.

b. Connect five batteries (1.5V spec.) to the Loading Motor in series for supplying 7.5V to rotate the Loading Motor as shown in Fig. S1.

Fig. S1

14


c. Stop unloading just before unloading would be completed as shown in Fig. S2.

Fig. S2

d. Then the tape becomes slack as shown in Fig. S3.

shown in Fig. S6.

Fig. S5

Fig. S3

e. Rotate the S-Reel by a small minus screwdriver (Fig.

S4) to remove the slack tape as shown in Fig. S5.

Fig. S6

3. Removal by manual operations after uninstalling the mechanism,refer to the DISASSEMBLY METHOD of item

3.1.

a. Disconnect the AC plug, and remove the Top Panel,

Front Panel and the Mechanism by referring to the

Disassembly Procedures.

b. Remove the Screw (S1) and remove the Loading Motor both as shown in Fig. S7.

Fig. S4

15

Fig. S7


c. Rotate the Main Cam Gear counter-clockwise (Fig. S8) until just before the unloading would be completed as shown in Fig. S2.

d. Rotate the Capstan Motor clockwise (Fig. S8) to remove the slack tape as shown in Fig. S5.

6.5.3. CYLINDER UNIT REPLACEMENT

NOTE:

Since securing of RT gap is impossible to be done outside the factory, do not replace only replace the Upper Cylinder unit of R4 Mechanism, please replace the whole Cylinder

Unit with a new one. Perform the Compatibility adjustment after replacing the DD Cylinder Unit.

1. Remove the Mechanism Unit from Main C.B.A./Chassis by referring to "Disassembly Procedure".

2. Unlock 2 locking tabs on a side to release the Cylinder

Flexible Card as shown in Fig. S10.

CAUTION:

Handle the Cylinder Flexible Card with care. When it damaged, you should replace it with a new Cylinder

Unit.

3. Remove a black Screw (S2) and 2 silver Screws (S3) to remove the Cylinder Unit shown in Fig. S10.

Fig. S8

e. Rotate the Main Cam Gear counter-clockwise again

(Fig. S8) to remove the cassette-tape as shown in Fig.

S6.

as shown in Fig. S9.

Fig. S9

g. Install the Loading Motor and tighten screw (S1) as shown in Fig. S7.

Fig. S10

NOTE:

When reassembling, perform the steps in the reverse order, and perform the TAPE INTERCHANGEABILITY

ADJUSTMENT certainly after CYLINDER UNIT

REPLACEMENT.

16


6.5.4. ATTENTION FOR REPLACING THE

CYLINDER UNIT

CAUTION:

Handle the Cylinder Flexble Card with care. When it damaged, you should replace it with a new Cylinder Unit.

1. Put the gloves on your hands.

2. Turn the Cylinder Unit over.

3. Insert the FPC HOLDER to the Cylinder Unit.

NOTE:

1. When removing the FPC HOLDER, push stopper portion of the FPC HOLDER with a small minus screw driver and so on. And then pay attention for not to scratch the Cylinder and not to break the Head Chip.

2. FPC HOLDER is not reuseable.

If removed, install a new one.

Fig. S11

4. Hook the Flexible Card to the FPC HOLDER.

Fig. S13

6.5.5. FLAT CARD CABLE

INSTALLATION

When installing the Flat Card Cable on the connector, install the Flat Card Cable with the cable contacts facing the connector contacts.

Fig. S12

17

Fig. S14

6.6. SELF-DIAGNOSIS & SERVICE

INFORMATION DISPLAY

Refer to the Service Manual for R4 Mechanism Chassis.

(Order No.: VRD0202010C8).


6.7. INTRODUCTION OF VIDEO

HEAD CLEANING CASSETTE

(POLISHING TYPE)

1. We are pleased to introduce Panasonic Video Head

Cleaning Cassette, VFK0923FT [for service purposes] and

VFK0923FSE [ for end users] for all VHS/S-VHS VCP and

VCR.

2. These cleaning cassettes are exclusively to remove hard and sticky clogging on video heads.

3. These improve the efficiency of video head cleaning service and shortening cleaning time for end users.

Type of Cassette

Cleaning Time

Tape Length

Usability in a Path

VFK0923FT

(For Service usage)

Full VHS Cassette

10 Seconds/Time

20 m

180 Times

Type of Cassette

Cleaning Time

Tape Length

Usability in a Path

VFK0823FSE

(For end users)

Full VHS Cassette

10 Seconds/Time

3.34 m

30 Times

Note:

The tape material itself is the same in both types.

18


7 DISASSEMBLING THE CASING PARTS AND CIRCUIT

BOARDS

7.1. DISASSEMBLY FLOW CHART

This flow chart indicates disassembly steps of the casing parts and the circuit boards in order to find the necessary items for servicing.

When reassembling, perform the steps in the reverse order.

7.2. CIRCUIT BOARD LAYOUT

19


7.3. DETAIL OF THE

DISASSEMBLY

1. REMOVAL OF THE PANEL

Remove

Remove

2 Screws (A)

2 Screws (B)

3. REMOVAL OF THE BACK PANEL

Remove

Remove

Release

4 Screws (D)

Screw (E)

2 Bosses (F)

Fig. D1

2. REMOVAL OF THE FRONT PANEL UNIT

Unlock 9 Tabs (C)

Fig. D3

4. REMOVAL OF THE FRONT JACK C.B.A. AND FRONT

SW C.B.A.

REMOVAL OF THE FRONT JACK C.B.A.

Remove 4 Screws (G)

Unlock 3 Tabs (H)

REMOVAL OF THE FRONT SW C.B.A.

Remove 3 Screws (I)

Unlock 2 Tabs (J)

Fig. D2

20

Fig. D4

5. REMOVAL OF THE DVD MECHANISM UNIT

Remove 4 Screws (K)


6. REMOVAL OF THE VCR MECHANISM UNIT

Remove

Remove

Remove

Remove

Screw (L)

3 Screws (M)

Screw (N)

Screw (O)

Fig. D5

Fig. D6

21


7. REMOVAL OF THE DVD MODULE C.B.A.

Remove

Unlock

Unlock

Screw (P)

Tab (Q)

Locking Portion (R)

9. REMOVAL OF THE POWER C.B.A.

Remove

Unlock

2 Screws (T)

2 Tabs (U)

Fig. D7

8. REMOVAL OF THE MOTOR C.B.A.

Unsolder 4 Solder Points (S)

Fig. D9

10. REMOVAL OF THE MAIN C.B.A.

Remove 3 Screws (V)

Fig. D8

22

Fig. D10

7.4. SERVICE POSITION

7.4.1. SERVICE POSITION OF MAIN

C.B.A.


7.4.3. SERVICE POSITION OF DVD

MODULE C.B.A. & DVD

MECHANISM

7.4.2. SERVICE POSITION OF POWER

C.B.A.

7.4.4. EXTENSION CABLE LIST

23


8 ASSEMBLING AND

DISASSEMBLING THE

MECHANISM UNIT

8.1. Disassembly Procedure

8.2. Motor C.B.A.

1. Remove the solders.

8.3. Clamp Plate Unit

1. Spread the stopper by hand to slide the tabs and remove the clamp plate unit.

24


8.4. Tray

1. Lift the tray.

<Precautions in reassembling the tray>

lReassemble the tray so that it is in the backmost position.

1. Turn traverse gear until cam gear leaver comes to the lever adjusting position at the end of mechanical chassis unit.

a. Place the tray on the unit from rearward.

2. Check the position of convex phase on back of the tray, and that of concave phase on drive gear.

25


b. Inch the tray frontward until convex phase and concave phase mate.

8.5. Traverse Block

1. Lift the traverse block while spreading the hook of the mechanical chassis unit.

2. Disengage the tabs from the holes of the mechanical chassis unit.

Caution:

Make sure to match convex phase and concave phase properly, so that the gap between turntable and tray becomes 5mm or less.

26


8.6. Traverse Gear

<Precautions in reassembling the traverse block>

lTake the following precautions when reassembling the traverse block.

1. Turn traverse gear on the traverse block to let trigger lever turn rightward. (Front view)

2. Bring cam gear lever to the lever adjusting position at the end of mechanical chassis unit.

3. Put tabs A and B into slots A and B respectively.

Place tabs C into hooks to mount the traverse block on mechanical chassis unit. (Slot A... Mechanical chassis unit, Slot B... Cam gear)

1. Disengage the tabs from the traverse gear.

2. Remove the traverse gear B.

27


8.7. Optical Pickup Unit

1. Unscrew the screws.

2. Remove the spring holders and the springs.

3. Pull out the drive shaft and guide shaft.

8.7.1. Precautions in optical pickup replacement

The optical pickup can be damaged by static electricity from your body. Be sure to take static electricity countermeasures when working around the optical pickup.

(Refer to the related page in this Manual about the countermeasures.)

1. Do not touch laser diode, actuator and their peripheries.

2. Do not use tester to check laser diode. (Laser diode can be damaged easily.)

3. The use of soldering iron with anti-static feature is recommended when providing short-circuit to laser diode or when removing it.

4. Solder the land on flexible cable of optical pickup unit.

Caution

· When using the soldering iron without anti-static feature, short-circuit the flexible cable terminal with a clip before short-circuiting the land.

· After intended repair is finished, remove the solder for short-circuit of laser diode in a correct way by following the procedures described in this Manual.

28

8.7.2. Disassembling the Optical Pickup Unit

1. Remove the 2 screws A and remove the TRV feed rack.

2. Remove the screw B and remove the FFC fixed plate and the Terminal FPC.

3. Remove the optical pickup.


Fig. 1

8.7.3. Cautions to Be Taken When Replacing the Optical Pickup

· An antistatic flexible sheet (FPC) is connected with the new optical pickup.

Replace the optical pickup according to the following procedure.

1. Install the Terminal FPC, TRV feed rack on the optical pickup. (See Fig. 1)

2. Install the Terminal FPC in the connector on the Motor C.B.A..

Fig. 2

29


3. Install the optical pickup unit, spring, drive shaft, guide shaft, rubber cushion, and spring holder on the traverse block.

Fig. 3

Cautions to be taken when assembling the unit: Install the pickup unit so that it is located at the rear end of the guide shaft.)

30

4. Cut the antistatic flexible sheet for the optical pickup unit.


Fig. 4

31


8.8. Disassembling the Middle

Chassis

1. Remove the holder pins.

2. Remove the tab.

3. It lifts while pulling it in the direction of the arrow.

8.10. Disassembling the Spindle

Motor Unit

1. Remove the floating rubbers.

8.9. Disassembling the Traverse

Gear A

1. Remove the traverse gear A.

8.11. VCR Mechanism Adjustment

Procedures

Refer to the Service Manual for R4-Mechanism Chassis. (Order

No. VRD0202010C8)

32


9 SELF-DIAGNOSIS FUNCTION AND SERVICE MODES

9.1. Optical Pickup Breakdown Diagnosis

The optical pickup self-diagnosis function and tilt adjustment check function have been included in this unit. When repairing, use the following procedure for effective Self-diagnosis and tilt adjustment.Be sure to use the self-diagnosis function before replacing the optical pickup when "NO DISC" is displayed. As a guideline, you should replace the optical pickup when the value of the laser drive current is more than 70 (DVD), 55(CD).

Note:

Press the power button to turn on the power, and check the value within three minutes before the unit warms up. (Otherwise, the result will be incorrect.)

33


9.2. Service Mode Table 1

The service modes can be activated by pressing various button combination on the player and remote control unit.

Player buttons

PLAY (DVD)

+

OPEN/CLOSE

PLAY (DVD)+ REW

+

OPEN/CLOSE

Remote control unit buttons

0

5

6

7

9

DISPLAY

PAUSE

-----------

Application

Displaying the UHF display F_ _ _

Jitter check, tilt adjustment

*Display shows Jxxx/__yy

Note: By pressing “VHS STATUS“ button on the remote control,

Display contens can be changed.

"yy" shown to the right have nothing to do with the jitter value.

"yy" is the focus drive value.

Refer to section 11.4. for Optical Pickup Tilt Adjustment

Procedure.

Checking the region numbers and broadcast system

Checking the program version

Note

Refer to section 9.3. Self-

Diagnosis Function (UHF

Display).

Refer to section 11.4.

Optical Pickup Tilt

Adjustment

Check the IC8651 FLASH

ROM program.

Lighting Confirmation Function of Display Tube

Checking the laser drive current Refer to Optical Pickup

Replacement Procedure.

Writing the laser drive current value after replacing the optical pickup (do not use for anything other than optical pickup replacement)

Initializing the DVD player

(restoring factory preset settings)

Refer to section 9.5.

Initializing the DVD player.

9.3. DVD Self Diagnostic Function-Error Code

Error Code

U11

U15

H01

H02

H03

H04

H05

H06

H07

F500

F501

F502

F503

F505

F506

F600

F601

F602

F603

Error Content

U, H error

Focus error

Non finalized DVD-R disc playback error

Tray loading error

Spindle servo error

Additional error explanation

(Spindle servo, DV3.2 (IC8001) SP motor, CLV servo error)

Traverse servo error

Tracking servo error

Seek error

Power error Cannot switch off the power because of the panel and system computer communication error

Spindle motor drive error

DSC related

DSC error

DSC not Ready

DSC Time out error

DV3.2 (IC8001) stops in the occurence of servo error (starup, focus error, etc)

DSC-system computer communication error

(Communication failure caused by idling of DSC)

Similar disposal as F500

DSC

Failure communication

DSC Attention error

Communication error (result error occured although communication command was sent)

Similar disposal as F500

Defect 1

Spindle motor ass’y

Optical pickup

DV3.2

(IC8001)

Optical pickup

DV3.2

(IC8001)

Optical pickup

DISC Invalid media Disc is flipped over, TOC unreadable, incompatible disc

ODC related

Access failure to management information caused by demodulation error

Indeterminate sector ID requested

Access failure to LEAD-

IN caused by demodulation error

Access failure to

KEYDET caused by demodulation error

Operation stopped because navigation data is not accessible caused by the demodulation defect

Operation stopped caused by the request to access abnormal ID data

LEAD IN data unreadable

Access failure to CSS data of disc

DV3.2

(IC8001)

DV3.2

(IC8001)

Defect 2

DV3.2

(IC8001)

DV3.2

(IC8001)

DV3.2

(IC8001)

DV3.2

(IC8001)

Defect 3 servo drive servo drive servo drive

Defect 4

34


Error Code

F610

F611

F612

F630

F631

F632

F103

F4FF

F700

F701

F702

F880

F890

F891

F893

F894

F895

F896

F897

F898

F8A0

Error Content

ODC abnormality

Additional error explanation

No permission for command execution

6626 QCODE don’t read Error

No CRC OK for a specific time

No reply to KEY DET enquiry

CPPM KEY DET is not available till the FILE terminal

CPPM KEY DET is not available

Access failure to seek address in CD series

Access failure to ID data in DVD series

(for internal use only)

(CPPM file system is unreadable caused by scratches)

Been revoked or falsified

Disc code

Illegal highlight Position Big possibility of disc specification violation during highlight display

HIC Error

Force initialize failure

(time out)

Micro computer error

MBX overflow

Message does not end

Message changes command command

Task number is not appropriate

When replying message to disc manager

Next message is sent before replying to disc manager

Message is changed before it is sent as a reply to disc manager

Message coming from a non-existing task

Sending message when message is being sent to AV task

Message couldn’t be sent to AV task

FROM falsification

Sending message to AV task

Begin sending message to AV task

Defect 1

DV3.2

(IC8001)

DV3.2

(IC8001)

DV3.2

(IC8001)

DISC

DISC

DISC

DV3.2

(IC8001)

EEPROM abnormality

Language abnormality

No existence model area Firm version agreement check for factory preset setting failure prevention

Firm version agreement check for factory preset setting failure prevention

Initialize completed is not

Disagreement of hardware and software

Message command is not appropriate

Initialize completion check for factory preset setting failure prevention

Unsuitable combination of AV DECORDER,

SDRAM and FLASH ROM (firmware)

Begin sending message to AV task

FROM

(IC8651)

Serial communicat ion on lone

FROM

(IC8651)

Defect 2

CPPM

(*1)

CPPM

(*1)

DV3.2

(IC8001)

Note:

An error code will be canceled if a power supply is turned OFF.

*1: CPPM is the copy guard function beforehand written in the disk for protection of copyrights.

9.4. Last Error Code saved during NO PLAY

Error code

F0BF

F0C0

F0C1

F0C2

F0C3

F0C4

F0C5

Error Content

6) Cannot playback because physical layer is not recoginizable

8) DVD: Cannot playback because it is not DVD Video/Adio/VR

9) DVD: Prohibited by the restricted region code

A) DVD: PAL restricted playback

B) DVD: Parental lock setting prohibits the playback of the entire title

C) VCD: Prohibited because it is in PHOTO CD fromat

VCD/CD: Prohibited because it is CDROM without CD-DA

Defect 3 Defect 4

35


9.5. Service mode table 2

Pressing various button combinations on the player and remote control unit can activate the service modes.

36

37



9.6. VCR Self-Diagnosis Result Display

Refer to the Service Manual for R4-Mechanism CHassis. (Order No.: VRD0202010C8)

9.7. Handling After Completing Repairs

Use the following procedure after completing repairs.

9.7.1. Method

Confirm that the power is turned on:

1. Press the "OPEN/CLOSE" button to open/close the tray.

2. Press the "POWER" button to turn on/off the power.

3. Disconnect the power plug from the outlet.

9.7.2. Precautions

When disconnecting the power plug while the tray is still open, close the tray manually.

38


10 SERVICE PRECAUTIONS

10.1. Recovery after the DVD player is repaired

· When FROM and/or DVD module P.C.B. has been replaced, carry out the recovering process to optimize the drive.

Playback the recovery disk to process the recovery automatically.

· Recovery disc [Product number: RFKZD03R005] (RFKZD03R004 can not be used.)

· Performing recovery

1. Load the recovery disc RFKZD03R005 on to the player and run it.

2. Recovery is performed automatically. When it is finished, a message appears on the screen.

3. Remove the recovery disc.

4. Turn off the power.

Note:

This unit requires no initialization process carried out after the traditional DVD players were repaired.

When the recovery measures are taken, the customer setting will return to the factory setting as same as the procedure described in item of "Initialization" in 9.5. is carried out. Write down the contents of the setting before recovery processing, and reset the player.

10.2. Firmware version-up of the DVD player

· In order to optimize the drive operation, the firmware of the DVD player may be renewed to improve the quality including operationability and playerbility by updating the firmware onto the substandard disc.

· After version-up, recovery processing is executed automatically.

· Part number of the recovery disc for version-up will be noticed when it is supplied.

· Updating firmware

1. Load the recovery disc that is supplied to the player and run it.

2. Firmware version of the player is automatically checked. Appropriate message appears whenever necessary.

3. Using remote controller´s cursor key, select whether version updating is to be done or not. (Selection of Yes/No)

4. a. If Yes is selected, version updating is performed.

b. If No is selected, only recovery is performed.

5. a. When updating is finished, remove the disc according to the message appearing on the screen.

b. Remove the disc according to the message appearing on the screen.

6. Turn off the power.

Note:

If the AC power supply is shut out during version-up due to a power failure, the version-up is improperly carried out.

In such a case, replace the FROM and carry out the version-up again.

39


11 ADJUSTMENT PROCEDURES

11.1. Service Tools and Equipment

Application

Tilt adjustment

Inspection

Others

Confirmation

Name

DVD test disc

Hex wrench

Extension cable (MAIN C.B.A. to Power C.B.A.)

Extension cable (DVD Module C.B.A. to Main C.B.A.)

Grease 1

Grease 2

Oil (1)

CD test disc

VCD test disc

Recovery disc

Number

DVDR-S15 or DVDT-S01

Available on sales route.

VFK1729

RFKZ0318

RFKXGAK152

RFKXPG641

RFKXGA1280

PVCD-K06 or any other commercially available disc

PVCD-K06 or any other commercially available disc

RFKZD03R005

11.2. Important points in adjustment

11.2.1. Important points in optical adjustment

· Before starting optical adjustment, be sure to take anti-static measures.

· Optical pickup tilt adjustment is needed after replacement of the following components.

1. Optical pickup unit

2. Spindle motor unit

3. Optical pickup peripheral parts (such as rail)

Notes

Adjustment is generally unnecessary after replacing other parts of the traverse unit. However, do adjustment if there is a noticeable degradation in picture quality. Optical adjustments cannot be made inside the optical pickup. Adjustment is generally unnecessary after replacing the traverse unit.

11.2.2. Important points in electrical adjustment

· Follow the adjustment procedures described in this Manual.

11.3. Storing and Handling Test Discs

· Surface precision is vital for DVD test discs. Be sure to store and handle them carefully.

1. Do not place discs directly onto the workbench, etc., after use.

2. Handle discs carefully in order to maintain their flatness. Place them into their case after use and store them vertically. Store discs in a cool place where they are not exposed to direct sunlight or air from air conditioners.

3. Accurate adjustment will not be possible if the disc is warped when placed on a surface made of glass, etc. If this happens, use a new test disc to make optical adjustments.

4. If adjustment is done using a warped disc, the adjustment will be incorrect and some discs will not be playable.

40


11.4. DVD Optical adjustment

11.4.1. Optical pickup tilt adjustment

Measurement point Adjustment point

Tangential adjustment screw

Tilt adjustment screw

Measuring equipment

None (Main unit display for servicing is used.)

11.4.1.1. Adjustment procedure

1. Place the Unit in SERVICE POSITION

2. While pressing PLAY (DVD) and OPEN/CLOSE buttons on the main unit, press "5" on the remote control unit simultaneously.

3. Confirm that "Jxxx" is shown on the front display.

4. Play test disc T01 (inner periphery).

5. Adjust tangential adjustment screw so that the jitter value is minimized.

6. Play test disc T43 (outer periphery).

7. Adjust tilt adjustment screw 1 so that the jitter value is minimized.

8. Play test disc T43 (outer periphery).

9. Adjust tilt adjustment screw 2 so that the jitter value is minimized.

10. Repeat adjusting tilt adjustment screws 1 and 2 alternately until the jitter value is minimized.

11.4.1.2. Important points

1. Do tangetial adjustment first, then tilt adjustment.

2. Repeat adjusting two or three times to find the optimum point.

3. Finish the procedure with tilt adjustment.

Mode

T01 (inner periphery) play

T43 (outer periphery) play

Adjustment value

Adjust to the minimum jitter value.

Disc

DVDR-S15 or DVDT-S01

Note:

When adjust Tilt adjustment screw 2, turn the DVD unit slightly so that the Tilt adjustment screw 2 could be adjusted.

Jitter value depends on the model:

If the jitter value changes like B, the optimum point is easy to find.

middle.

41


11.4.1.3. Check after adjustment

Play test disc or any other disc to make sure there is no picture degradation in the inner, middle and outer peripheries, and no audio skipping. After adjustment is finished, lock each adjustment screw in position using screw lock.

11.4.1.4. Procedure for screw lock

1. After adjustment, remove top cover, tray, clamper base and traverse unit in this sequence.

2. Lay the traverse unit upside down, and fix adjustment screw with screw lock.

3. After fixing, reassemble traverse unit, clamper base, tray and top cover.

42


11.5. VCR ELECTRICAL ADJUSTMENT PROCEDURES

This section provides complete adjustment procedures required for electric circuits of VCR.

11.5.1. TEST EQUIPMENT

The following items will be required when performing electrical adjustment.

1. VHS Alignment Tape. (VFJ8125H3F)

2. Monitor

11.5.2. SERVO SECTION

PG SHIFTER ADJUSTMENT

PROCEDURE

1. Turn on the Service Mode

1.Press the FF key and the EJECT key simultaneously for more than 3 seconds.

2. Activate the Service Mode 2

While keep pressing FF key, press the

EJECT key in twice.

3. Activate the Entering Mode.

Press the EJECT key for more than 3 seconds.

F.I.P. DISPLAY

PG SHIFTER AUTOMATIC ADJUSTMENT SELF-DIAGNOSIS

INDICATION

F20

F21

F22

F23

NG1 in the PG Shifter Automatic Adjustment

(The cylinder rotation is unstable during the automatic adjustment.)


(The vertical sync signal is lacked while over 5 seconds on the alignment tape.)


(The installing position of Heads to the cylinder is our of specification.


(The servo is not locked to the cylinder for more than 10 sec.)

NOTE:

After replacing the DD Cylinder, the Tape Interchangeability adjustment (X-Value Adjustment, P2 and P3 Posts

Adjustment) should be performed after the PG Shifter

Automatic Adjustment.

4. Set the Mode 2.

Press the CH UP key once.

5. Insert the alignment cassette tape

(VFJ8125H3F)

The PG Shifter Adjustment starts automatically.

6. When the sequence of the automatic adjustment has been terminated, the following action has been made.

* SUCCEED: The cassette tape is ejected.

* ERROR: The "F20", "F21", "F22" or

"F23" is displayed. Refer to next PG

Shifter Adjustment Self-Diagnosis

Indication Table regarding the details of the indications.

7. Exit from Service Mode.

Press FF and EJECT keys simultaneously in 6 times.

Then the FIP becomes normal indication.

43


12 ABBREVIATIONS

[DVD SECTION]

INITIAL/LOGO

A A0~UP

ACLK

AD0~UP

ADATA

ALE

AMUTE

AREQ

ARF

ASI

ASO

ASYNC

B BCK

BCKIN

BDO

BLKCK

BOTTOM

BYP

BYTCK

C CAV

CBDO

CD

CDSCK

CDSRDATA

CDRF

CDV

CHNDATA

CKSL

CLV

COFTR

CPA

CPCS

CPDT

CPUADR

CPUADT

CPUIRQ

CPRD

CPWR

CS

CSYNCIN

CSYNCOUT

D DACCK

DEEMP

DEMPH

DIG0~UP

DIN

DMSRCK

DMUTE

DO

DOUT0~UP

DRF

DRPOUT

DREQ

DRESP

DSC

DSLF

DVD

ABBREVIATIONS

ADDRESS

AUDIO CLOCK

ADDRESS BUS

AUDIO PES PACKET DATA

ADDRESS LATCH ENABLE

AUDIO MUTE

AUDIO PES PACKET REQUEST

AUDIO RF

SERVO AMP INVERTED INPUT

SERVO AMP OUTPUT

AUDIO WORD DISTINCTION SYNC

BIT CLOCK (PCM)

BIT CLOCK INPUT

BLACK DROP OUT

SUB CODE BLOCK CLOCK

CAP. FOR BOTTOM HOLD

BYPATH

BYTE CLOCK

CONSTANT ANGULAR VELOCITY

CAP. BLACK DROP OUT

COMPACT DISC

CD SERIAL DATA CLOCK

CD SERIAL DATA

CD RF (EFM) SIGNAL

COMPACT DISC-VIDEO

CHANNEL DATA

SYSTEM CLOCK SELECT

CONSTANT LINEAR VELOCITY

CAP. OFF TRACK

CPU ADDRESS

CPU CHIP SELECT

CPU DATA

CPU ADDRESS LATCH

CPU ADDRESS DATA BUS

CPU INTERRUPT REQUEST

CPU READ ENABLE

CPU WRITE ENABLE

CHIP SELECT

COMPOSITE SYNC IN

COMPOSITE SYNC OUT

D/A CONVERTER CLOCK

DEEMPHASIS BIT ON/OFF

DEEMPHASIS SWITCHING

FL DIGIT OUTPUT

DATA INPUT

DM SERIAL DATA READ CLOCK

DIGITAL MUTE CONTROL

DROP OUT

DATA OUTPUT

DATA SLICE RF (BIAS)

DROP OUT SIGNAL

DATA REQUEST

DATA RESPONSE

DIGITAL SERVO CONTROLLER

DATA SLICE LOOP FILTER

DIGITAL VIDEO DISC

INITIAL/LOGO

E EC

ECR

F

ENCSEL

ETMCLK

ETSCLK

FBAL

FCLK

FE

FFI

FEO

FG

FSC

FSCK

G GND

H HA0~UP

HD0~UP

HINT

HRXW

I IECOUT

IPFRAG

IREF

ISEL

L LDON

LPC

LRCK

M MA0~UP

MCK

MCKI

MCLK

MDATA

MDQ0~UP

MDQM

MLD

MPEG

O ODC

OFTR

OSCI

OSCO

OSD

P P1~UP

PCD

PCK

PDVD

PEAK

PLLCLK

PLLOK

PWMCTL

PWMDA

PWMOA, B

ABBREVIATIONS

ERROR TORQUE CONTROL


REFERENCE

ENCODER SELECT

EXTERNAL M CLOCK (81MHz/40.5MHz)

EXTERNAL S CLOCK (54MHz)

FOCUS BALANCE

FRAME CLOCK

FOCUS ERROR

FOCUS ERROR AMP INVERTED INPUT

FOCUS ERROR AMP OUTPUT

FREQUENCY GENERATOR

FREQUENCY SUB CARRIER

FS (384 OVER SAMPLING) CLOCK

COMMON GROUNDING (EARTH)

HOST ADDRESS

HOST DATA

HOST INTERRUPT

HOST READ/WRITE

IEC958 FORMAT DATA OUTPUT

INTERPOLATION FLAG

I (CURRENT) REFERENCE

INTERFACE MODE SELECT

LASER DIODE CONTROL

LASER POWER CONTROL

L CH/R CH DISTINCTION CLOCK

MEMORY ADDRESS

MEMORY CLOCK

MEMORY CLOCK INPUT

MEMORY SERIAL COMMAND CLOCK

MEMORY SERIAL COMMAND DATA

MEMORY DATA INPUT/OUTPUT

MEMORY DATA I/O MASK

MEMORY SERIAL COMMAND LOAD

MOVING PICTURE EXPERTS GROUP

OPTICAL DISC CONTROLLER

OFF TRACKING

OSCILLATOR INPUT

OSCILLATOR OUTPUT

ON SCREEN DISPLAY

PORT

CD TRACKING PHASE DIFFERENCE

PLL CLOCK

DVD TRACKING PHASE DIFFERENCE

CAP. FOR PEAK HOLD

CHANNEL PLL CLOCK

PLL LOCK

PWM OUTPUT CONTROL

PULSE WAVE MOTOR DRIVE A

PULSE WAVE MOTOR OUT A, B

44

INITIAL/LOGO

R RE

RFENV

RFO

RS

RSEL

RST

RSV

S SBI0, 1

SBO0

SBT0, 1

SCK

SCKR

SCL

SCLK

SDA

SEG0~UP

SELCLK

SEN

SIN1, 2

SOUT1, 2

SPDI

SPDO

SPEN

SPRCLK

SPWCLK

SQCK

SQCX

SRDATA

SRMADR

SRMDT0~7

SS

STAT

STCLK

STD0~UP

STENABLE

STSEL

STVALID

SUBC

SBCK

SUBQ

SYSCLK

T TE

TIBAL

TID

TIN

TIP

TIS

TPSN

TPSO

TPSP

TRCRS

TRON

TRSON

ABBREVIATIONS

READ ENABLE

RF ENVELOPE

RF PHASE DIFFERENCE OUTPUT

(CD-ROM) REGISTER SELECT

RF POLARITY SELECT

RESET

RESERVE

SERIAL DATA INPUT

SERIAL DATA OUTPUT

SERIAL CLOCK

SERIAL DATA CLOCK

AUDIO SERIAL CLOCK RECEIVER

SERIAL CLOCK

SERIAL CLOCK

SERIAL DATA

FL SEGMENT OUTPUT

SELECT CLOCK

SERIAL PORT ENABLE

SERIAL DATA IN

SERIAL DATA OUT

SERIAL PORT DATA INPUT

SERIAL PORT DATA OUTPUT

SERIAL PORT R/W ENABLE

SERIAL PORT READ CLOCK

SERIAL PORT WRITE CLOCK

SUB CODE Q CLOCK

SUB CODE Q DATA READ CLOCK

SERIAL DATA

SRAM ADDRESS BUS

SRAM DATA BUS 0~7

START/STOP

STATUS

STREAM DATA CLOCK

STREAM DATA

STREAM DATA INPUT ENABLE

STREAM DATA POLARITY SELECT

STREAM DATA VALIDITY

SUB CODE SERIAL

SUB CODE CLOCK

SUB CODE Q DATA

SYSTEM CLOCK

TRACKING ERROR

BALANCE CONTROL

BALANCE OUTPUT 1

BALANCE INPUT

BALANCE INPUT

BALANCE OUTPUT 2

OP AMP INPUT

OP AMP OUTPUT

OP AMP INVERTED INPUT

TRACK CROSS SIGNAL

TRACKING ON

TRAVERSE SERVO ON


INITIAL/LOGO

V VBLANK

VCC

VCDCONT

VDD

VFB

VREF

VSS

W WAIT

WDCK

WEH

WSR

X X

XALE

XAREQ

XCDROM

XCS

XCSYNC

XDS

XHSYNCO

XHINT

XI

XINT

XMW

XO

XRE

XSRMCE

XSRMOE

XSRMWE

XVCS

XVDS

XVSYNCO

ABBREVIATIONS

V BLANKING

COLLECTOR POWER SUPPLY

VOLTAGE

VIDEO CD CONTROL (TRACKING

BALANCE)

DRAIN POWER SUPPLY VOLTAGE

VIDEO FEED BACK

VOLTAGE REFERENCE

SOURCE POWER SUPPLY VOLTAGE

BUS CYCLE WAIT

WORD CLOCK

WRITE ENABLE HIGH

WORD SELECT RECEIVER

X´ TAL

X ADDRESS LATCH ENABLE

X AUDIO DATA REQUEST

X CD ROM CHIP SELECT

X CHIP SELECT

X COMPOSITE SYNC

X DATA STROBE

X HORIZONTAL SYNC OUTPUT

XH INTERRUPT REQUEST

X´ TAL OSCILLATOR INPUT

X INTERRUPT

X MEMORY WRITE ENABLE

X´ TAL OSCILLATOR OUTPUT

X READ ENABLE

X SRAM CHIP ENABLE

X SRAM OUTPUT ENABLE

X SRAM WRITE ENABLE

X V-DEC CHIP SELECT

X V-DEC CONTROL BUS STROBE

X VERTICAL SYNC OUTPUT

45


[VCR SECTION]

443NT [L]

A. COMP

A. COMPO

A. D.P [L]

A. D/L [L]

A. DEF [S]

A. DEF [S] [L]

A. DUB P [L]

A. DUB [H]

A. ERASE

A. H. SW

A. HEAD [R]

A. HEAD [W]

A. IN [L]

A. IN [R]

A. MUT [H]

A. MUTE [H]

A. OUT [L]

A. OUT [R]

A. RF OUT

A/VS/S. DATA

AC ONLINE

AC. O/EE. H

AFC S C

AFC [S]

AFC. DEF

ARFC OUT

ART. V

ART. V. MM

ART. V/H/N

AT. V/H/N

ATSW/TEST/NOR/SE

AUDIO IN [L]

AUDIO IN [R]

AUDIO OUT [L]

AUDIO OUT [R]

AUDIO SELECT [H]

AUDIO. L

AUDIO. R

AV CNT

AV CTL

AV CTL/S. CLK

AV. C.M.

AVCNT/METER. R

AVSW/METER. L

B MODE. H

B.G.P

BACKUP 5V

BAND. U.E.

BANDVL. D

BI/MI [L]

4.43 NTSC

L

AUDIO COMPONENT SIGNAL

AUDIO COMPONENT SIGNAL

AUDIO DUBBING PAUSE

L

AUDIO DUBBING PAUSE

L

AUDIO DEFEAT

AUDIO DEFEAT

AUDIO DUBBING PAUSE

L

AUDIO DUBBING

H

AUDIO ERASE

AUDIO HEAD SWITCHING PULSE

AUDIO HEAD (REC)

AUDIO HEAD (PLAY)

AUDIO INPUT (L)

AUDIO INPUT (R)

AUDIO MUTE

H

AUDIO MUTE

H

AUDIO OUTPUT (L)

AUDIO OUTPUT (R)

AUDIO RF SIGNAL OUTPUT

AV SW/SERIAL DATA

AC ONLINE

AC ONLINE/EE

H

AFC S CURVE

AFC S CURVE

AFC DEFEAT

AUDIO RF SIGNAL OUTPUT

ARTIFICIAL VERTICAL SYNC SIGNAL

ARTIFICIAL VERTICAL SYNC

SIGNAL MONO MULTI

ARTIFICIAL VERTICAL SYNC

SIGNAL

H

/NORMAL

ARTIFICIAL VERTICAL SYNC SIGNAL

TEST/NORMAL/SERVICE

AUDIO INPUT (L)

AUDIO INPUT (R)

AUDIO OUTPUT (L)

AUDIO OUTPUT (R)

AUDIO SELECT

H

AUDIO (L)

AUDIO (R)

AV CONTROL

AV CONTROL

AV CONTROL/SERIAL CLOCK

AV CONTROL MODE

AV CONTROL/LEVEL METER (R)

AV SW/LEVEL METER (L)

B MODE

H

BURST GATE PULSE

BACK UP 5V

BAND U

BAND VL

BILINGUAL/MIX

L

BS/VTR [H]

BUS CLK

BUS LSN

BUS TLK

BUZZER

CAP EC

CAP M GND

CAP. ET

CAP. FG1

CAP. FG2

CAS. SW

CCN

CCP

CHM

CHP

CINEM [L]

CINEMA [L]

CINEMA/MIX

BIL

BIL [L]

BIL. [H]

BIL/M1 [L]

BS CLOCK

BS DATA

BS LCH IN

BS MIX [H]

BS MON [H]

BS MONI [H]

BS RCH IN

BS VIDEO

BS VIDEO/BS1

BS [H]

BS. LEVEL

BS. M [H]

CKL

CKS

CL

CLK

CLK (C.G)

CLOCK. IN

CLP

COL/B/W/NOR

COLOR [H]

CONV

CS

CTL GND

CTL HEAD [

+

]

CTL HEAD [

−

]

CTL [

+

]

CTL [

−

]

CUE BIAS

CURRENT LIM

CYL ET

BILINGUAL

BILINGUAL

L

BILINGUAL

H

BILINGUAL

L

BS CLOCK

BS DATA

BS L CHANNEL INPUT

BS MIX

H

BS MONITOR

H

BS MONITOR

H

BS R CHANNEL INPUT

BS VIDEO SIGNAL

BS VIDEO SIGNAL

BS

H

BS LEVEL

BS MONITOR

H

BS/VTR

H

BUS CLOCK

BUS LISTEN

BUS TALK

BUZZER

CAPSTAN TORQUE CONTROL

CAPSTAN MOTOR GND

CAPSTAN TORQUE CONTROL

CAPSTAN FG1 PULSE

CAPSTAN FG2 PULSE

CASSETTE SW

PLAYBACK CONTROL SIGNAL (

−

)

PLAYBACK CONTROL SIGNAL (

+

)

CONTROL SIGNAL (

CONTROL SIGNAL (

+

)

−

)

CINEMA

L

CINEMA

L

CINEMA/MIX

RATCH LOCK

SHIFT LOCK

CLOCK

CLOCK

CLOCK

CLOCK INPUT

CLAMP

COLOUR/BLACK & WHITE/NORMAL

COLOUR

H

CONVERTOR

CHIP SELECT

CONTROL GND

CONTROL HEAD (

CONTROL HEAD (

CONTROL HEAD (

CONTROL HEAD (

+

)

−

)

+

)

−

)

CUE BIAS

CURRENT LIMMITER

CYLINDER TORQUE CONTROL

46


CYL GND

D.F.M. REC [H]

D. FM REC [L]

D. GND

D. REC [H]

D4/S. LED

D4/STILLED

DAC [CLK]

DAC/FSCS

DAREC [H]

DATA

DECODER [L]

DECODER [R]

DEW

DEW SNS

DFMRE [H]

E. REC 5V

EC

ECR

EDT TRIG [L]

EDIT [H]

EE [H]

EE [H]/INS [M]

EE. VV. TR

EJECT. PO

EJECT/VDET

ENV. SEL

ENVE. OUT

ENVE. SEL

ENV SELECT

EP [H]

EP/LP [H]

EP/LP/SP

EP/SS [H]

EPROMCS

EX. REC 5V

FF/REW [L]

FG1 IN

FG2 IN

FILTER ADJUSTMENT

FLY ERASE [H]

FLY ON [H]

FLY. E [H]

FM MUT [H]

FM MUTE [H]

FM OUT [L]

FM OUT [R]

FM PACK OUT [L]

FM PACK OUT [R]

FM/BS SEL [L]

FM/BS SEL [R]

FS. CLK

FUL. E [H]

FULL. E [H]

CYLINDER GND

DELAIED FM RECORDING

H

DELAIED FM RECORDING

L

DIGITAL GND

DELAYED RECORDING

H

D4/STILL LED

D4/STILL LED

TUNER DAC (CLOCK)

TUNER DAC/FS CHIP SELECT

DELAYED AUDIO RECORDING

H

DATA

DECODER (L)

DECODER (R)

DEW

DEW SENSOR

DELAYED FM AUDIO RECORDING

H

EXCEPT RECORDING 5V



REFERENCE VOLTAGE

EDIT TRIGGER

L

EDIT

H

EE

H

EE

H

/INSERT

M

EE/VV/TRICK PLAY

EJECT POSITION

EJECT/REVERSE SLOW LOCK

ENVELOPE SELECT

ENVELOPE OUTPUT

ENVELOPE SELECT

ENVELOPE SELECT

LP

H

LP

H

LP/SP

LP/SLOW/STILL/STOP

H

EPROM CHIP SELECT

EXCEPT RECORDING 5V

FIRST FORWARD/REWIND

L

FG1 PULSE INPUT

FG2 PULSE INPUT

FILTER ADJUSTMENT

FLYING ERASE HEAD ON

H


H


H

FM AUDIO MUTE

H

FM AUDIO MUTE

H

FM OUTPUT (L)

FM OUTPUT (R)

FM PACK OUTPUT (L)

FM PACK OUTPUT (R)

FM/BS SELECT (L)

FM/BS SELECT (R)

FS CLOCK

FULL ERASE HEAD ON

H

FULL ERASE HEAD ON

H

FULL. E. 12V

GND [A]

GND [TU]

GND/N. SW. 12V

H. SYNC

H. AMP. SW

H. P <R>

H. P <L>

H. P GND

H. P OUT [L]

H. P OUT [R]

H. SW

HEAD PHONE [L]

HEAD PHONE [R]

HEAD SW

HEATER [

HEATER [

+

]

−

]

HSS

HTR [

HTR [

+

]

−

]

I RFE

ICL

IF

IN SELA1

IN SELA2

IN SELA3

INS L/R [L]

INS. [H]

INSEL A1

INSEL A2

INSERT

INSERT [H]

IO CS

JOG1

JOG S3 LED/FOWRD

JOG/F. LED

JSB [H]

JST. CLCK

JST. CLK

JST. CLOCK

L. OUT

L. CH [H]

L. CH [L]

LED (MAIN)

LED (STEREO)

LED (SUB)

LED CKL

LED CKS

LED DATA

LINE IN 1 [L]

LINE IN 1 [R]

LINE IN 2 [L]

LINE IN 2 [R]

LINE IN V

LINE IN [L]

FULL ERASE 12V

GND (ANALOG)

GND (TUNER)

GND/NON SW 12V

HORIZONTAL SYNC

HEAD AMP SW PULSE

HEAD PHONE (R)

HEAD PHONE (L)

HEAD PHONE GND

HEAD PHONE OUTPUT (L)

HEAD PHONE OUTPUT (R)

HEAD SW PULSE

HEAD PHONE (L)

HEAD PHONE (R)

HEAD SW

HEATER (

+

)

HEATER (

−

)

HORIZONTAL SYNC SIGNAL

HEATER (

+

)

HEATER (

−

)

REFERENCE CURRENT

CONTROL AGC CIRCUIT

INTERMEDIATE FREQUENCY

INPUT SELECT A1 POSITION



INSERT Lch/Rch

L

INSERT

H



INSERT

INSERT

H

INPUT/OUTPUT CHIP SELECT

JOG1

JOG LED/FORWARD LED

JOG LED/FORWARD LED

JSB

H

JUST CLOCK

JUST CLOCK

JUST CLOCK

Lch OUTPUT

Lch

H

Lch

L

LED (MAIN)

LED (STEREO)

LED (SUB)

LED SERIAL CLOCK

LED SERIAL CLOCK

LED SERIAL DATA

LINE INPUT 1 (L)

LINE INPUT 1 (R)

LINE INPUT 2 (L)

LINE INPUT 2 (R)

LINE INPUT VIDEO

LINE INPUT (L)

47


LINE IN [R]

LINE OUT [L]

LINE OUT [R]

LP [H]

LPTRI [L]

Lch/A. DUB

M GND

M REG

MAIN OUT

MAIN [L]

MAIN/MONO

MAX IN

MES [H]

MESE [H]

MESE [L]

METER 5V

METER [L]

METER [R]

METER. L/AVS

METER. R/AVC

MI/BI [L]

MIC GND

MIC IN

MIC IN [L]

MIC IN [R]

MIC [H]

MIX [H]

MIX [H]/CINEMA [L]

MIX/CINE

MIX/CINEMA [L]

MN. H/M. L

MN. H/MAI. L

MN2/MES. L

MODE SEL

MODE SW

MODE. S. IN

MODE. S. OUT

MONO [H]

MONO [H]/MAIN [L]

MONO2 [L]

MONO2/MESE [FM(L)]

MOTOR GND

MUTE

N. A. REC [L]

N. SW 12V

N. SW. 5. DET

NICAM

NICAM [L]

NOL [H]

NOR/SOFT [H]

NORMAL [H]

NR BIAS

NTSC [L]

OCH

OUT

LINE INPUT (R)

LINE OUTPUT (L)

LINE OUTPUT (R)

LP

H

LP TRICK PLAY

L

Lch/AUDIO DUBBING

MOTOR GND

MOTOR REGULATOR

MAIN OUTPUT

MAIN

L

MAIN/MONAURAL

MAXIMAM INPUT

MESECAM

H

MESECAM

H

MESECAM

L

LEVEL METER 5V

LEVEL METER (L)

LEVEL METER (R)

LEVEL METER (L)

LEVEL METER (R)

MIX

H

/BILIGUAL

MIC GND

MIC INPUT

MIC INPUT (L)

MIC INPUT (R)

MIC

H

MIX

H

MIX

H

/CINEMA SOUND

L

MIX

H

/CINEMA SOUND

L

MIX

H

/CINEMA SOUND

L

MONAURAL

H

/MAIN

L

MONAURAL

H

/MAIN

L

MONAURAL 2/MESECAM

L

AUDIO MODE SELECT

AUDIO MODE SW

AUDIO MODE SELECT INPUT

AUDIO MODE SELECT OUTPUT

MONAURAL

H

MONAURAL

H

/MAIN

L

MONAURAL 2

MONAURAL 2/MESECAM (FM

L

)

MOTOR GND

MUTE

NORMAL AUDIO RECORDING

NON SW 12V

NON SW 5V DETECT

NICAM

NICAM

L

PAL

H

/4.43 NTSC

M

/3.58 NTSC

L

NORMAL/SOFT TAPE PLAY

H

NORMAL

H

NR BIAS

NTSC

L

CONTROL AGC CIRCUIT

OUTPUT

P-OFF [H]

P-OFF [L]

P. FAIL

P. OFF [H]

P. OFF [L]

PAL [H]

PAL [L]/NTSC [H]

PB ADJ OUT

PB OUT

PB. H

PFG

PHOTSN +B

PICT. CNT

PLAY LED/RVS LED

PLAY. PO

PLAY/R. LED

PLY/DEW

POWER OFF [L]

PREROLL [H]

PWRFAIL

R. CH [H]

R. CH [L]

R. ST

R/S/F

RCH [H]

REC 12V

REC CHROMA

REC H

REC IN

REC OUT [L]

REC START

REC VR [C]

REC VR [L]

REC VR [R]

REC Y

REC [H]

REC. C

REC. Y

REC/EE CTL

REEL-T

REEL-S

REGULATOR FILTER

RESET

REV M F/R

REV M V1

REV M V2

REV MOTOR F/R

REV MOTOR V1

REV MOTOR V2

REV MOTOR [

REV MOTOR [

+

]

−

]

REV. M. GND

RF. CHROMA

POWER OFF

H

POWER OFF

L

POWER FAILURE DETECT

POWER OFF

H

POWER OFF

L

PAL

H

PAL

L

/NTSC

H

PLAYBACK ADJUST OUTPUT

PLAYBACK OUTPUT

PLAYBACK

H

PG/FG

PHOTO SENSOR +B

PICTURE CONTROL

PLAY LED/REVERSE LED

PLAY POSITION

PLAY LED/REVERSE LED

PLAY/DEW

H

POWER OFF

L

PREROLL

H

POWER FAILURE DETECT

Rch

H

Rch

L

RESET

REVERSE

H

/STOP

M

/FORWARD

L

Rch

H

RECORDING 12V

RECORDING CHROMINANCE SIGNAL

RECORDING

H

RECORDING INPUT

RECORDING OUTPUT

L

RECORDING START

RECORDING VOLUME (COMMON)

RECORDING VOLUME (L)

RECORDING VOLUME (R)

RECORDING LUMINANCE SIGNAL

RECORDING

H

RECORDING CHROMINANCE SIGNAL

RECORDING LUMINANCE SIGNAL

RECORDING/EE CONTROL

REEL PULSE (TAKE-UP)

REEL PULSE (SUPPLY)

REGULATOR FILTER

RESET

REVIEW MOTOR

FORWARD/REVERSE

REVIEW MOTOR V1

REVIEW MOTOR V2

REVIEW MOTOR

FORWARD/REVERSE

REVIEW MOTOR V1

REVIEW MOTOR V2

REVIEW MOTOR (

REVIEW MOTOR (

+

)

+

)

REVIEW MOTOR GND

RF CHROMINANCE SIGNAL

48


RF OUT

RF Y

RF. Y. IN

RF. Y. OUT

ROTAR. SW

ROTARY

RST

RST [L]

Rch/INST

S IN

S OUT

S-PHOTO

S-RL. PLS

S. CLK

S. CLK/AV

S. DATA

S. DATA/A

S. PHOTO

S. TAB [L]

S/P/N

SC IN

SC OUT

SCK SELECT

SEL OUT [L]

SEL OUT [R]

SHUTTLE 1

SIF

SLMUT [H]

SLNID [

+

]

SLNID [

−

]

SLW TR. MM

SLW TR. REF

SNS. GND

SOFT [H]

SOFT [H]/NORMAL

SOLENOID ON [L]

SP [H]

SP/L/SLP

SSS [L]

STEREO LED

STEREO [H]

STEREO [L]

STOP. PO

STOP/5V

STOP1/TAPE SEL

STOP1/PAL:ST

STOP2. PO

STOP2/S-TAB

STREO [H]

SUB BIAS

SUB. SW

SVHS CAS [L]

SW. 5. DET

SYNC [L]

RF OUTPUT

RF LUMINANCE SIGNAL

RF LUMINANCE SIGNAL INPUT

RF LUMINANCE SIGNAL OUTPUT

ROTARY SW

ROTARY SW

RESET

RESET

L

Rch/INSERT

SERIAL DATA INPUT

SERIAL DATA OUTPUT

SUPPLY PHOTO TRANSISTOR

SUPPLY REEL PULSE

SERIAL CLOCK

SERIAL CLOCK/AV

SERIAL DATA

SERIAL DATA

SUPPLY PHOTO TRANSISTOR

SAFETY TAB SW ON

L

SECAM/PAL/NTSC

SERIAL CLOCK INPUT

SERIAL CLOCK OUTPUT

SERIAL CLOCK SELECT

SELECT OUTPUT (L)

SELECT OUTPUT (R)

SHUTTLE 1

SOUND INTERMEDIATE FREQUENCY

INPUT SELECT MUTE

H

SOLENOID (

+

)

SOLENOID (

−

)

SLOW TRACKING MONO MULTI

SLOW TRACKING REFERENCE

VOLTAGE

SENSOR GND

SOFT TAPE PLAY

H

SOFT TAPE PLAY

H

/NORMAL

H

SOLENOID ON

L

SP

H

SP/LP

SLOW/STILL/STOP

STEREO LED

STEREO

H

STEREO

L

STOP POSITION

STOP POSITION/5V

STOP1 POSITION/TAPE SELECT

STOP1 POSITION/PAL

STOP 2 POSITION

STOP 2 POSITION/SAFETY TAB SW

STEREO

H

SUB BIAS

SUB SW

S-VHS CASSETTE

L

SW 5V DETECT

SYNC

L

SYSCON 5V

SYSTEM

T-PHOTO

T-RL. PLS

T. BUSCLK

T. BUSLSN

T. BUSTLK

T. END [L]

T. PHOTO

TAPE END [L]

TAPE END [L]/CAM

TEST

TPZ

TRIC [L]

TRICK [L]

TRK. ENV

TU. AUDIO

TU. GND

TU. V. IN

TU. VIDEO

TUN NOR IN

TUN R

TUN. AUDIO IN

TUNER 12V

TUNER L

TUNER V IN

TUNER [L]

TUNER [N]

TUNER [R]

TUNER. 12

TUOFF [H]

TV. AUDIO

TV/VTR

TXTON [L]

U. REG45V

UNREG

UNREG19V

V. REF

V. EE [H]

V. EE [L]

VCO REF

VD. IN

VD. OUT

VIDEO EE [L]

VIDEO IN

VIDEO OUT

VM

VM DOWN [L]

VSS

VTR [H]

VTR. 12V

X IN

X OUT

SYSTEM CONTROL 5V

SYSTEM SW

TAKE-UP PHOTO TRANSISTOR

TAKE-UP REEL PULSE

TIMER BUS CLOCK

TIMER BUS LISTEN

TIMER BUS TALK

TAPE END

L

TAKE-UP PHOTO TRANSISTOR

TAPE END

L

TAPE END

L

/CAMERA PAUSE

TEST MODE

TRAPEZOIDAL WAVE CIRCUIT

TRIC PLAY

L

TRIC PLAY

L

AUTO TRACKING ENVELOPE DETECT

TUNER AUDIO

TUNER GND

TUNER VIDEO SIGNAL INPUT

TUNER VIDEO

TUNER NORMAL INPUT

TUNER AUDIO (R)

TUNER AUDIO INPUT

TUNER 12V

TUNER AUDIO (L)

TUNER VIDEO SIGNAL INPUT

TUNER AUDIO (L)

TUNER AUDIO (NORMAL)

TUNER AUDIO (R)

TUNER 12V

TUNER OFF

H

TV AUDIO

TV/VTR

TEXT ON

L

UNREGULATOR 45V

UNREGULATOR

UNREGULATOR 19V

REFERENCE VOLTAGE

VIDEO EE

H

VIDEO EE

L

REFERENCE OSCILLATER

VIDEO SIGNAL INPUT

VIDEO SIGNAL OUTPUT

VIDEO EE

L

VIDEO SIGNAL INPUT

VIDEO SIGNAL OUTPUT

MOTOR VOLTAGE

MOTOR VOLTAGE DOWN

L

VERTICAL SYNC SIGNAL

VTR

H

VTR 12V

OSCILLATOR INPUT

OSCILLATOR OUTPUT

49


13 INPUT/ OUTPUT CHART

13.1. INPUT/ OUTPUT CHART FOR IC6001

No.

Terminal Name

1 NC

2 CODE1

3 KEY1

4 KEY2

5 KEY3

6 KEY4

7

8

S-PHOT

T-PHOT

9 TRACKING ENVE

I/O Description

-

Unused terminal.

I

Model setting terminal.

I

AD Input terminal 1.

I


I

I

I


I


Tape end detection Input terminal

Input voltage:(1) >2.6V, Black tape (2) >2.4V, White tape

Tape beginning detection Output terminal

Input voltage: (1) >2.6V, Black tape (2) <2.4V, white tape

Normal head Video Envelope Detecting Input Terminal

I

Cylinder FG = 1 or 4 Base From Input time until PGMM time taken as reference time. Timing calculation is performed as follow.

Normal head Ref time + 90 degree time

*90 degree time is defined as :NTSC : 8400us,PAL: 10000 us

In

In

In

In

In

In

P. OFF

P.

failure

In

In

In

In

In

In

In

In

In

In

In

In

Reset/

Releas

In

In

In

In

In

In

In

In

In

10 PIC2

11 CURRENT LIMIT

12 EEPROM CS

13 ART V/H/N

O Unused terminal.

O

O

Capstan current limit control terminal

(Output inpedance: Min:1K, TYP:2.5K, Max: 4.0K)

Navigator back-up EE PROM Chip Select terminal

Active Low Output

O

Dummy V Output terminal

However,during Recording Program Navigator writing, Hi-Z = Fixed.

I Remote control input terminal

Low

In

DA=0V

Low

Low

14 REMOCON

15 OPECON CS O

CS(Chip Select) signal for TIMER micon

Active = " H " Non-active = "L"

16 CLOCK SLAVE (H) O

17 DVD OUT (H) O

1) In test mode:

Timer Clock Adj [transmit mode] : H --> L

Timer Clock Adj [receive mode] : L --> H

2) Other than test mode : always L

Common Output = For DVD, Output = High

Common Output = For VCR, Output = Low

As for DVD/VTR during P.Off, Output = Low

Video Head Switch Signal

( During L'/R = "H", during R'/L = "L" )

18 VIDEO H.SW

O

Cylinder FG= 1 or 4, Ref time taken as Input time until PGMM time.

Timing calculation is performed based on the following.

Normal Head Ref time

10 u Head Ref time + 120 degree time 1H (=64us)

19 AUDIO H.SW

20 D.REC (H)

21 TEST2 (L)

22

23

PROGRESSIVE_

TV(L)

ABS NORM (L)

/A.ADJ

24 AVR (L)

25 PAL 9H (H)

*120 degree time is defined as NTSC:11122us,PAL 13333us

O Audio head switch signal

O Video Record Current timing terminal

I

Test mode 2 setting terminal during test 2, Input = Low during normal, Input = High

I

Port for scanning line control:

Scanning line 628 = High

Scanning line 624 = Low

I

O

O

Serve as Forced Normal Selection Signal & Auto Adjustment Trigger Input Terminal

to switch to forced normal audio, Input = Low

(ADUBPS, during HiFi Audio Envelope decline

Other than that, Input = High

Simplified AI Playback Output terminal

Initial condition: Input setting

1st Step : "L" setting

Video circuit control signal output terminal.

PAL 9H : High output

In

(Normal

Operation)

Low

Normal

Operation

Low

Low

Low

In

In

In

Hi-Z

Low

Low

Low

Low

Low

In

Low

Low

Low

Low

Low

Low

In

In

In

Hi-Z

Low

Low

In

DA=0V

Low

Low

In

Low

Low

Low

Low

Low

Low

In

In

In

Hi-Z

Low

50


26 BIAS (H)

27 S.TAB (L)

28 FM MUTE (H)

29 SW1

30 POS.SW4

31 POS.SW3

32 POS.SW2

33 POS.SW1

34 RESET (L)

35 32KHz IN

36 32KHz OUT

37 5V (D)

38 12MHz IN

39 12MHz OUT

40 GND (OSC)

41 NC

42 NC

43 32K.START (L)

44 LC.OSC IN

45 LC.OSC OUT

46 GND

47 4FC LPF

48 FSC IN

49 GND (OSD)

50 CV IN

51 KILLER (H)

52 CV OUT

O

I

I

O

O

Linear Audio record timing terminal

When recording linear audio, take (H) as output

Output mode: REC,(ADUB,AV-INSERT)

When start recording, set BIAS(H), R.REC(H) output range 140~160msec recording time

When finish recording, BIAS(L) = Output, D.REC(L) Time = 0 ~ 20 msec

SAFETY TAB DETECTION INPUT

WITH Safety Tab: Input = Low

Without Safety Tab: Input = High

Audio Mute Output terminal

During P.Off,Head cleaning,Timer Standby,and VPS/PDC Standby,

(After canceling these modes,take (L) as the output after delayed time= 600msec.

During VV,when tape speed is not 1 time speed, Output = High.

(Take (L) as the output, after switching over to 1 time speed,and after delayed time = 600msec.

Take (H) as the output During switching over of EE/VV, Output = High after interposing the changing point.

(Take (L) as the output, after switching over of EE/VV, and delayed time= 600ms.

When J.CLK/A.DEF/NOR terminal is A.DEF, Output = High.

AUDIO SYSTEM (TUNER PRESET) select terminal.

AUDIO SYSTEM = BG, I: High is Output

AUDIO SYSTEM = DK, M: Low is Output

Mecha position Input

Refer to the mecha timing chart for Input result data control.

Low

In

High

Hi-Z

In

I

I

I

POS.SW1

1

1

1

1

1

1

1

1

0

0

0

0

0

0

0

0

POS.SW2

0

0

1

0

0

1

1

1

1

1

1

1

0

0

0

0

POS.SW3

1

1

0

0

0

0

1

1

1

1

0

0

1

1

0

0

POS.SW4

0

1

0

0

1

1

0

1

0

1

0

1

0

1

0

1

Position

DOWN

R-REW

LOAD

REV

PLAY

POFF

STOP_R

STOP_F

FF / REW

EJECT

In

In

In

Low Low

In

Hi-z

Hi-Z

In

In

In

In

In

High

Hi-Z

In

In

In

In

I Reset terminal

I Sub clock 32.768KHz osc.input

O Sub clock 32.768KHz osc.output

Digital port Power Vcc (5V)

I Main clock 12/16MHz osc.input.

O Main clock 12/16MHz osc.output.

OSC circuit Digital GND.

Unused terminal. Fixed Output = Low

Unused terminal.Fixed Output = Low.

I

Clock source selection terminal during reset start.

Connect Vcc(5V), when 12/16 MHz High speed mode

Connect to Vss(0V), when 32KHz low speed mode

I LC osc. Input terminal

O LC osc. Output terminal

Terminal B for testing. ( connected to GND )

I Internal OSC Connection terminal for sync generator circuit.

I Sub carrier (fsc) input terminal for sync generator circuit.

GND terminal for OSD circuit

I

I Composite Video signal input terminal

O

KILLER/COLOR Detection Input Terminal.

KILLER : High COLOR : Low

Composite Video Signal Output Terminal.(Do not use as common port)

In

In

Out

-

Low

Low

-

In

In

Out

In

In

Out

-

In

Out

-

Low

Low

In

In

Out

-

In

In

-

In

In

Out

In

In

Out

-

In

Out

-

Low

Low

In

In

Out

-

In

In

-

In

In

Out

In

In

Out

-

In

Out

-

Low

Low

51


53 5V (OSD)

54 HLF

55 V HOLD

56 CV IN (EDS)

57 GND

58 NC

59 SECAM MIX

60 NC

61 SW2

62 A.SEARCH (L)

63 VBI2

64 VBI1

65 EEPROM OUT

66 EEPROM IN

67 EEPROM CLK

OSD circuit Power supply Terminal

I Slicer LPF Connection Terminal

I Capacitor Connection terminal of Slicer Ref Voltage Generator Circuit

I Slicer Composite Video Signal Input Terminal.

Testing terminal A. ( Connected to GND )

Unused terminal

O SECAM CHROMA signal input terminal for SECAM SIGNAL SUPER IMPOSE.

O Unused terminal

O

I/O

AUDIO SYSTEM (TUNER PRESET) select terminal.

AUDIO SYSTEM = BG, DK: High is Output.

AUDIO SYSTEM = I, M: Low is Output.

AGC gain selection signal for tuner CH selection.

During digital AFC is working at TUNER PRESET mode: Low (AGC is high speed)

Other than above: Hi-Z (AGC is normal speed)

O Unused terminal

O Unused terminal

O

I

O

Used during Navi back-up mode

EEPROM control terminal: data output


EEPROM control terminal: data input


EEPROM control terminal: clock output

Low

Low

Hi-Z

Hi-Z

Low

In

Low

68 IC DATA OUT

69 IC DATA IN

70 IC DATA CLK

71 IIC CLK

72 IIC DATA

O Peripheral IC control Timer-Bus signal: data output

I Peripheral IC control Timer-Bus signal: data input

O Peripheral IC control Timer-Bus signal: clock output

O AV1 Chip/FM Audio IC serial communication terminal(IIC).

I/O AV1 Chip/FM Audio IC serial communication terminal(IIC).

73 125Hz/ROM CORE O

Since there are 2 function controls,port function is divided into 2 as shown below.

(1) Normal mode/Service mode : Fixed Output(NC) = L

(2) Test mode: Judge ROM core confirmation. Decide port function.

When ROM core confirm mode: ROM.CORE terminal

When other than ROM core confirm mode: Main clock Adjustment Internal

Osc. Output terminal

(3) Test 2 mode:Main clock Adjustment Internal Osc. Output terminal

Control method of each port function is shown as below.

[ROM .CORE terminal]When ROM collection setting bit = ON, Output = High

When ROM collection setting bit = OFF, Output = Low

[Main clock Adjuatment Internal Osc. Output terminal ]

Output : 125Hz

74 CAP R/F

75 POWER ON (H)

O

O

Capstan driver rotating direction control

RVS = "High", FWD = "Low"

VTR power control terminal.

When VTR = Power Off, and, DVD = Power Off, Ouput = Low

When VTR peripheral circuit = Power Off/ Timer Standby, Output = Low

Even when apparently Power is Off, if Mecha or Peripheral circuit operation is required, output = High

If required: Head cleaning, timer confirmation ( VPS/PDC standby, ACS )

When J.CLK Syscon serial is ON( during J.CLK mode ), even if power is off = High

(Normal

Operation)

Low

Low

(Normal

Operation)

(Normal

Operation)

(Normal

Operation)

(Normal

Operation)

(Normal

Operation)

-

Low

Low

Low

-

In

In

In

-

Low

Low

Low

-

In

In

In

Low

Low

Low

Low

Low

In

Low

Low

In

Low

Low

Low

Low

Low

Low

Hi-Z

In

Hi-Z

Hi-Z

Hi-Z

Low

Low

High

-

Low

Low

Low

-

In

In

In

Low

Low

Hi-Z

Hi-Z

Low

In

Low

52


76 CAP ET

77 CYL ET

78 P.FAIL (L)

79 S-REEL PULSE

80 T-REEL PULSE

81 VSS

82 EX.FF/REW (L)

83 UNLOADING (H)

84 LOADING (H)

85 SQPB (H)

86 FG.AMP.OUT

87 FG.AMP.IN

88 GND(A)

89 MESECAM (H)

90 CYL PFG

91 OREF

92 IREF

93 VSS

94 CTL HEAD (-)

95 CTL HEAD (+)

96 CTL AMP REF

97 PB CTL OUT

98 5V (A)

99 5V (AD)

100 T.S. CURVE

O

O

I

Capstan motor control voltage supply terminal

When higher than Drive Reference Voltage: Accelerated

When lower than Drive Reference Voltage : Current off

Cylinder Motor Control Voltage Supply terminal

When higher than Driver Reference Voltage: current off

When lower than Driver Reference Voltage: accelerated

However, during Cylinder Off, Max value of decelerated Voltage is as follow.

Normal Control : 3.150V

Cylinder Off: 5.000V

Power Failure Detection Input terminal

Input = "L", Power Failure Mode

I Pulse Input terminal from reel sensor

I Pulse Input terminal from reel sensor

GND

Control Signal Filter Selection Terminal during FF/REW

Control spec shall comply with Mecha FFREW(Hi-Z) output timing.

Set Input when deck enters FF/RRW mode.

During Stop, due to FF/REW stopping process, switch over to STOP3 first, then

STOP is canceled.

High

PWM=

0V

Low

PWM=

5.000V

In

In

In

Low

Low

Low

In

In

In

Low

High

PWM=

0V

Low

PWM=

5.000V

In

In

In

Low

I/O

Deck

Position

PNO

EX.FF/REW(

STOP

STOP

00 21

FF/RE

FF/RE

00

Lo

26

STOP

STO

27 28

Hi-Z

PLA

00

Lo

Low Low Low

O

O

However, when starting FF/REW, Filter C addition will be required until it become high speed. Then monitor the CTL Amp Gain(COH bit 0-2) setting value. When 5(

=60dB) or 7(=70dB), compulsorily, output = Low.

Loading Motor Control terminal

shall comply with R4 mecha control spec.

Loading Motor Control terminal

shall comply with R4 mecha control spec.

I

The distinction results wheter S-VHS or VHS of the playback tape is input in VV mode.

*Low is input: VHS tape playback.

*High is input: S-VHS tape playback.

Note: When the MESECAM (H) terminal receives "High", above result is invalidated

and the tape is judged to VHS tape playback.

O Capstan FG Amp Signal Output terminal.

I Capstan FG signal Input Terminal.

Analog GND.

I

Distinction terminal for the VDIEO SYSTEM.

1.In the VV mode.

*High is input: Playback of a MESECAM recorded tape.

*Low is input: Playback of other than MESECAM recorded tape.

2.In the EE mode.

*High is input: Receiving a SECAM broadcast, or SECAM signal is input.

I Cylinder P.FG signal Input Terminal.

O Analog Amp 1/2 Vdd Ref Power Output Terminal

I Analog Amp 1/2 Vdd Ref Power Input Terminal

Unused terminal. Connected to GND.

I/O Control head ( - )side Input/Output Terminal.

I/O Control head ( + )side Input/Output Terminal.

I Control Amp Ref Capacitor Connection Terminal

O Control Amp Output terminal.

Analog Amp Power Supply Terminal

AD/8 bit DA Ref Power Supply Terminal.

I

Input terminal for "S-Curve" of Tuner AFC at channel selecting.

Low

Low

In

Out

In

-

In

Low

Low

In

Out

In

-

In

Low

Low

In

Out

In

-

In

In

Out

-

-

In

In

Out

In

Out

In

Out

In In In

-

In/Out In/Out In/Out

In/Out In/Out In/Out

In

Out

-

-

In

In

Out

-

-

In

53


14 WAVEFORM TABLE & VOLTAGE CHART

14.1. WAVEFORM TABLE

T1150-2 STOP

3.8Vp-p (2msec.div.)

T1150-9 STOP

100Vp-p (5usec.div.)

T1150-10 STOP

40Vp-p (5usec.div.)

T1150-11 STOP

15Vp-p (5usec.div.)

T1150-15 STOP

10Vp-p (5usec.div.)

T1150-16 STOP

15Vp-p (5usec.div.)

IC2501-22,23,25 PLAY


IC6001-13 STILL


IC6001-18 REC


IC6001-50 REC/PLAY

2.0Vp-p (20usec.div.)

IC6001-52 REC/PLAY


IC6001-68,69 REC


IC6001-70 REC


IC6001-71 REC


IC6001-72 REC


IC6001-79,80 FF/REW


IC6001-90 REC


IC6001-94,95 REC


IC6001-97 PLAY


IC3001-6 REC/PLAY

0.4Vp-p (0.5msec.div.)

IC3001-17,21 REC

1.0Vp-p (20µsec.div.)

IC3001-26 REC


IC3001-29 REC/PLAY


IC3001-45,46 PLAY


IC3001-49 PLAY


IC3001-73 REC/PLAY


IC3001-74 REC/PLAY


IC3001-80 REC/PLAY


IC3001-85 PLAY

180mVp-p (20µsec.div.)

IC3001-86 REC


IC3001-87 PLAY

150mVp-p (20µsec.div.)

IC3001-96 PLAY


IC3001-98 REC


IC4501-2,4,9,14 REC


IC4501-21 REC


IC4501-22,24 PLAY


IC4501-53,57 REC/PLAY


IC33501-2 PLAY (DVD)






54


















IC34301-1,7 PLAY (DVD)


IC34301-3,5 PLAY (DVD)








IC8001-149,156 PLAY (DVD)









6Vp-p (10µsec.div.)

IC8420-5 PLAY (DVD)

0.7Vp-p (50nsec.div.)

IC8420-7 PLAY (DVD)

4.2Vp-p (0.2µsec.div.)

IC8420-8 PLAY (DVD)


IC8420-14,15 PLAY (DVD)


55


14.2. VOLTAGE CHART

SYSTEM CONTROL & SERVO ICs DC VOLTAGE CHART (SP MODE)

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

REC

F.F

REW

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

STOP

PLAY

REC

F.F

REW

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

Ref. No.

MODE

STOP

PLAY

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

Ref. No.

MODE

STOP

PLAY

REC

F.F

REW

Ref. No.

MODE

1

5.1

5.2

5.1

5.2

5.1

0

0

0

81

0

0

61

4.9

4.9

4.9

4.9

4.9

41

0

0

0

0

0

21

4.9

4.9

4.9

4.9

4.9

0

0

1

0

0

0

21

12.2

12.2

12.2

12.2

12.2

1

12.2

12.2

12.2

12.2

12.2

1

1.3

1.3

1.3

1.3

1.3

2

5.1

5.1

5.1

5.2

5.2

0

0

0

82

0

0

62

0.7

0.7

0.7

0.7

0.7

42

0

0

0

0

0

0

0

0

22

0

0

0

0

2

0

0

0

22

3.5

3.6

3.6

3.5

3.6

2

0.3

0.3

0.3

0.3

0.3

IC1511

2

2.4

3

5.0

2.4

2.4

2.4

2.4

3.5

3.5

2.4

2.3

23

4.4

4.4

4.4

4.4

4.4

3

4.9

4.9

4.9

4.9

4.9

23

3.5

3.6

3.5

3.5

3.8

0

0

3

0

0

0

83

0

0

0

0

0

IC6201

0

0

0

63

0

0

43

0

0

0

0

0

0

0

0

3

0

0

-

-

4

-

-

-

0

0

0

84

0

0

0

0

0

64

0

0

44

4.6

4.6

4.6

4.6

4.6

24

2.0

2.0

2.0

2.0

2.0

4

4.9

4.9

4.9

4.9

4.9

0

0

0

24

0

0

4

0.3

0.3

0.3

0.3

0.3

0

0

4

0

0

0

-

-

5

-

-

-

0

0

0

85

0

0

0

0

0

65

0

0

45

4.6

4.6

4.6

4.6

4.6

0

0

0

25

0

0

5

5.0

5.0

5.0

5.0

5.0

25

3.5

3.6

3.6

3.5

3.6

0

0

0

5

0

0

86

2.6

2.6

2.6

2.6

2.6

0

0

0

66

0

0

46

0

0

0

0

0

26

0

0

4.9

0

0

6

5.0

5.0

5.0

5.0

5.0

0

0

0

6

0

0

0

0

1

0

0

0

1

5.0

5.0

5.0

5.0

5.0

87

2.6

2.6

2.6

2.6

2.6

0

0

0

67

0

0

47

1.7

1.7

1.7

1.7

1.7

0

0

0

27

0

0

7

4.9

4.9

4.9

4.9

4.9

7

16.2

16.3

16.3

16.2

16.2

IC1512

2

1.3

3

5.0

1.3

1.3

1.3

1.3

5.0

4.9

2.5

2.4

68

4.6

4.6

4.6

4.6

4.6

48

2.2

2.2

2.2

2.2

2.2

28

0.1

0.1

0.1

0.1

0.1

8

4.9

4.9

4.9

4.9

4.9

0

0

0

8

0

0

0

0

2

0

0

0

88

0

0

0

0

0

IC6301

0

0

0

89

0

0

3

4.7

4.7

4.7

4.7

4.7

69

3.3

3.2

3.2

3.3

3.3

49

0

0

0

0

0

29

4.9

4.9

4.9

4.9

4.9

9

3.3

4.0

3.3

3.3

3.3

9

2.9

2.8

2.9

2.9

2.8

0

0

4

0

0

0

4

6.0

6.0

6.0

6.0

6.0

10

IC2501

11

1.7

1.7

1.6

1.7

1.7

1.7

IC2501

1.6

1.7

1.7

1.7

IC6001

90

1.3

1.3

1.3

1.3

1.3

70

4.6

4.6

71

4.0

4.0

4.6

4.6

4.0

4.0

4.6

4.0

IC6001

91

2.6

2.6

2.6

2.6

2.6

10

4.9

4.9

4.9

4.9

4.9

IC6001

4.9

4.9

11

0

4.9

4.9

30

0

0

31

4.9

4.9

0

4.9

4.9

4.9

4.9

4.9

IC6001

50

1.7

1.7

1.7

1.7

1.7

IC6001

0

0

51

0

4.9

0

1

5.1

5.1

5.1

5.1

5.1

92

2.6

2.6

2.6

2.6

2.6

72

3.9

3.9

3.9

3.9

3.9

52

1.7

1.7

1.7

1.7

1.7

32

4.9

4.9

4.9

0

0

12

0

0

0

4.9

4.9

12

0.7

0.7

0.7

0.7

0.7

0

0

2

0

0

0

93

0

0

0

0

0

IC7552

0

0

0

73

0

0

53

5.1

5.2

5.1

5.2

5.2

0

0

0

33

4.9

0

13

0

0

0

0

0

13

1.5

1.4

1.5

1.5

1.5

3

5.1

5.1

5.1

5.1

5.1

94

2.5

2.5

2.3

2.5

2.5

0

0

0

74

0

0

54

2.1

2.1

2.1

2.1

2.1

34

4.9

5.0

4.9

4.9

4.9

14

5.1

5.1

5.1

5.1

5.1

14

2.4

2.4

2.4

2.4

2.4

95

2.5

2.5

2.7

2.5

2.5

75

4.9

4.9

4.9

4.9

4.9

55

3.3

1.6

2.8

3.2

3.4

-

-

-

35

-

-

15

3.0

3.0

3.0

3.0

3.0

15

2.5

2.5

2.5

2.5

2.5

16

2.5

2.5

2.5

2.5

2.5

56

2.0

2.0

2.0

2.0

2.0

76

0

2.5

2.5

2.8

4.9

96

2.5

2.6

2.5

2.6

2.6

16

0

0

0

0

0

-

-

-

36

-

-

17

2.5

2.5

2.5

2.5

2.5

SYSTEM CONTROL & SERVO TRs DC VOLTAGE CHART (SP MODE)

Ref. No.

MODE

STOP

+

4.9

Q1501

−

0

+

5.1

Q1502

−

0

E

2.3

Q7701

C

0

B

1.7

PLAY

REC

F.F

REW

4.9

4.9

4.9

4.9

0

0

0

0

5.1

5.1

5.1

5.1

0

0

0

0

2.3

2.3

2.3

2.3

0

0

0

0

1.7

1.7

1.7

1.7

NOTE:Circuit voltage and waveform described herein shall be regarded as reference information when probing defect point,because it may differ

from an actual measuring value due to difference of Measuring instrument and its measuring condition and product itself.

77

2.4

2.4

2.4

2.4

2.4

57

0

0

0

0

0

97

2.5

2.6

2.5

2.5

2.7

37

4.9

5.0

4.9

4.9

4.9

17

0

0

0

0

0

18

1.3

1.3

1.3

1.3

1.3

78

5.1

5.2

5.1

5.1

5.1

58

0

0

0

0

0

98

5.1

5.1

5.1

5.1

5.2

-

-

-

38

-

-

18

2.5

2.5

2.5

2.5

2.5

19

5.0

5.0

5.0

5.0

5.0

20

3.5

3.6

3.5

3.5

3..9

80

0.2

4.2

5.0

2.4

2.4

60

0

0

0

0

0

100

2.5

2.5

2.5

2.5

2.5

0

0

0

40

0

0

20

0

0

4.9

0

0

79

5.0

0.1

3.8

2.4

2.4

59

0

0

0

0

0

99

5.1

5.2

5.1

5.1

5.2

-

-

-

39

-

-

19

0

2.5

0

0

0

56


15 BLOCK DIAGRAMS

15.1. POWER BLOCK DIAGRAM

P1101

AC

INLET

L1120

D1140,

C1142

F1101

D1110

SURGE

KILLER

LINE

FILTER

RECTIFIER

2

POWER

TRANSFORMER

T1150

16

15

IP1280

IC PROTECTOR

IP1240

IC PROTECTOR

IC1150

(CONSTANT VOLTAGE)

5

DRAIN

4

DRAIN

3 CS

VCC

7

FB 2

4

7

11

10

9

POWER C.B.A.

Q1200

FEED

BACK

IC1200

1

SHUNT

REG.

2

PRIMARY SECONDARY

TL1008

UNREG

LED 6V

P1103

1

P31001

TL1016

UNREG 13V P1103

4

P31001

TL1036

UNREG 36V P1103

8,9

P31001

TL1004

UNREG 4V P1103

13

P31001

TL1006

UNREG 6V P1103

5,6

P31001

IC1290

2

9V

SW REG.

1

4

TL1034

M9V P34301

1

P8003 TO DVD

MODULE

NP OFF L FROM IC36001

Q1341

12V REG.

UNREG 13V

SERVO 12V

REG 12V

TO

CAPSTAN UNIT

TO IC2501

TO Hi-Fi AUDIO/

DVD INTERFACE

SW 36V TO TUNER

QR1342

36V SW VG TO IC2501

Q1342

Q1240-Q1242

1.2V REG.

Q1371

3.3V REG.

Q1360

5V REG.

TL1033

D 1.2V

P34301

3

P8003

TL1032

D 3.3V

P34301

5

P8003

TL1031

TL1030

A5V/D5V P34301

7

P8003

ADAC 5V P34301

9

P8003

TO DVD

MODULE

Q33001

5V REG.

ADAC 5V

TO DVD

INTERFACE

Q36330,

QR1361

5V SW REG.

QR1363

LED 5V TO TIMER

P.SAVE

L FROM IC36001

Q1351

5V REG.

Q1352

5V REG.

Q1354

5V REG.

Q6305

5V REG.

Q36360

3V REG.

UNREG 6V

VIDEO 5V

AUDIO 5V

TUNER 5V

TO VIDEO/

DVD INTERFACE

TO VIDEO/

SYSTEM CONTROL

TO VIDEO/

Hi-Fi AUDIO/

DECODER

TO TUNER

REG 5V

TO SYSTEM

CONTROL

TIMER 3V TO TIMER

Q6306

5V REG.

AD 5V

TO SYSTEM

CONTROL

B7751

IC6301

4

5V SW

REG.

3

1

TW1004

BACK UP 5V

TO SYSTEM

CONTROL

REG 5V TO IC2501

POWER ON H FROM IC6001

NV-VP60GL/GC/GCS

POWER BLOCK DIAGRAM

57


15.2. SYSTEM CONTROL & SERVO BLOCK DIAGRAM

+

LOADING

MOTOR

M

CYLINDER

MOTOR COILS

PG COIL

-

HALL

CAPSTAN

MOTOR

COILS

HALL

P2501

4

P2501

7

P2501

6

P1531

1

P1531

2

P2501

1

P2501

2

P2501

3

CONTROL

HEAD P4002

5

P4002

6

MODE

SW

S1532

Q1501

TAKE-UP

PHOTO

SENSOR

3

4

5

1

2

HALL

+5V

15

16

17

IC0201

(CAPSTAN MOTOR DRIVE)

15

16

17

A1

A2

A3

22 H3-

23 H3+

24 H1-

25 H1+

26 H2-

27 H2+

21

VH+

MOTOR

DRIVE

DEF

AMP

HALL

POWER

DIFFERENTIAL

AMPLIFIRE

POSITION

SIGNAL

PROCESS

TORQUE

CONTROL

TORQUE

DIRECTION

SELECT

VM

19

TL

AMP

TL

9

EC

AMP

EC

10

ED/S

11

UNREG

13V

P0201

2

P2571

TL2502

IC6001

(SYSTEM CONTROL & SERVO)

P0201

5

P2571

11 CURRENT LIMIT H

P0201

6

P2571

76 CAP ET

P0201

7

P2571

74 CAP R/F

32KHz IN 35

32KHz OUT 36

12MHz IN 38

12MHz OUT 39

TW2015

86 CAP FG OUT

87 CAP FG IN

RESET 34

D VDD 37

CAPSTAN

FG

HEAD

P0201 P2571

3

IC2501

(LOADING MOTOR & CYLINDER MOTOR DRIVE)

2

OUT 1

4

OUT 2

22

23

25

M1

M2

M3

AMP

AMP

PRE-DRIVE

MOTOR

DRIVE

PRE-DRIVE

CONTROL

LOGIC

MOTOR

DRIVE

SIGNAL

GENERATOR

SELECTOR

20

COM

+ + +

DIFFERENTIAL

AMPLIFIRE

-

F IN

5

R IN

6

84 LOADING H

83 UNLOADING H

91 O REF

96 CTL AMP REF

IIC CLOCK 71

IIC DATA 72

IR 14

DIFFERENTIAL

AMPLIFIRE

FG/PG

COMPOSER

DIFFERENTIAL

AMPLIFIRE

P.FAIL

L 78

IC DATA OUT 68

IC DATA IN 69

IC CLOCK 70

CS 15

14 77 CYL ET

18 90 CYL PFG

TW2002

TL6001

73 125Hz

94 CTL HEAD (-)

95 CTL HEAD (+)

82 EX.FF/REW L

97 PB CTL OUT

33 POSITION SW1

32 POSITION SW2

31 POSITION SW3

30 POSITION SW4

KEY 1 3

KEY 2 4

+5V

+5V

X6002

X6001

TL7510 TL7509

PS33001

6

PP4802

PS33001

7

PP4802

+5V

D1501

SENSOR

LED

Q1502

SUPPLY

PHOTO

SENSOR

S1531

SAFETY

TAB SW

IC1512

(S-REEL SENSOR)

1

4

2

3

8 T.PHOTO

7 S.PHOTO

27 SAFETY TAB L

IC1511

(T-REEL SENSOR)

1 2

4 3

+5V

TL6012

TL6013

80 T-REEL

79 S-REEL

KEY 3 5

KEY 4 6

+5V

PS7502

2

PP7581

PS7502

3

PP7581

IC7552

(IR RECEIVER)

1 IR 3

+5V

FF

S7565

PLAY

S7561

OPEN/CLOSE

S7585

DVD

STOP

S7581

DP37501

VDD

1

(TIMER DISPLAY)

DIN

4

CLK

5

STB

6

+5V

REW

S7566

STOP

S7562

DVD

PLAY

S7582

BACK UP 5V

IIC CLOCK

IIC DATA

FROM

POWER

TO/FROM

LUMINANCE &

CHROMINANCE/

AUDIO/TUNER/

DECODER

IC6201

(RESET)

1 OUT 2

+5V

IC36002

(RESET)

+5V

2 OUT 1

X36001

QR36002 QR36001

CH DOWN

S7567

CH UP

S7563

DVD-RAM

COPYING

S7583

REC/OTR

S7568

TIMER

REC

S7564

AV

ENHANCER

S7584

QR36008

BUFFER

QR36007

BUFFER

POWER

S7569

EJECT

S7570

IC36001

(SUB CPU)

32 CS

34 CLOCK

33 DATA

8 OSC2

9 OSC1

14 RESET L

19 LSN

18 TALK

20 CLOCK

29 CS

NV-VP60GL/GC/GCS

SYSTEM CONTROL & SERVO BLOCK DIAGRAM

58


15.3. LUMINANCE & CHROMINANCE BLOCK DIAGRAM

FROM TUNER

TUNER VIDEO

FROM DVD INTERFACE

DVD VIDEO IN

AV2 IN

JK4801

(FRONT JACK)

VIDEO

IN

7

FROM DVD INTERFACE

DVD VIDEO OUT

AV1 IN

VHS/DVD OUT

JK33001

(REAR JACK)

VIDEO

OUT

2

VIDEO

IN

TO TUNER

RFC VIDEO OUT

TO SYSTEM CONTROL/

Hi-Fi AUDIO

FSC

TO SYSTEM CONTROL

S-VHS PB H

3

Q7601

AMP

PP4802

1

PS33001

TL3711

IC3701

6

L

4

H

1

DVD OUT H

2

TL3712

Q3003

BUFFER

L3001,

C3007

PEAKING

FILTER

X3001

X3002

67

69

71

63

65

53

20

IC3001

(AUDIO/VIDEO SIGNAL PROCESSOR)

33

9

8

19

21

23

15

17

26

35

37

38

40

49

51

36

12

VIDEO MAIN SIGNAL PATH IN REC MODE

ATT

-6dB

ATT

-10dB

ATT

-10dB

ATT

-10dB

ATT

-4dB

VIDEO

AGC

SVHS

SVHS

R

ATP

VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

R

P

HPF

P

R

FEED BACK

CLAMP

VIDEO ALC

2MHz

LPF

ACC

CLEAR

SYNC

EXT

INT

GCL

GCL

LPF

GCL

R

P

Y-LPF

R(SVHS)

R(SVHS)

DO/REC

DO

Y-NOISE

REDUCTION

SVHS+L SECAM

SECAM DELAY

+SSEQ

SVHS+L SECAM

R

P

HP-NC

TRAP-NC

PHASE

COMPARATOR

DEH

NON-LINEAR

EMPHASIS

NON-LINEAR

DE-EMPHASIS

SQPB

SQPB

SQPB

EQ

PB APC

KILLER

REC APC

APC SW

Y-CCD

DELAY

ACC SW

ET LPF

MAIN

DE-EMPHASIS

REC FBC+ALC

PB AGC+APL

ACC DET

CHROMA

ACC DET

MAIN EMPHASIS

CARRIER OFFSET

W.C/D.C

fo/DEVIATION

ADJUSTMENT

FM

MODULATION

REC

FILTER

FIXED TO INT IN

THES MODELS BY

PIN53

B.D

PILOT

ERASE

R

BPF

SQUELCH

P

PILOT

ADD

R

P

NTSC/PAL

CONVERTER

R

P

R

P

EXT

INT

6dB

AMP

C-

SQUELCH

V-AMP

COLOUR

KILLER

MAIN

CONV 2

+

MAIN

CONV 1

R P

C LPF2

R

P

VCA

C CCD

CCD

LPF

4.43PAL MPAL

CONV DELAY

C LPF1

+

29

Q3001

BUFFER

57

55

46

45

73

74

IC6001

52

OSD

SIGNAL

PROCESS

59

50

(GC/GCS)

Q7701

BUFFER

L7702,

C7714

BPF

TO/FROM SYSTEM CONTROL

IIC CLOCK

IIC DATA

B.E

NO

FREC

TRAP

FREC TRAP

L SECAM

L SECAM

LPF

MIX

LEVEL

ADJUST

P

R

L SECAM

CHROMA

ACC

C-ACC:ON

L SECAM

THROUGH

REC TRAP/

Hi-Fi TRAP

+

REC

MUTE

VCA fh HPF

CTL TRAP

C-

DELAY

SP2

CH2

CH1

SP1

COLOUR

KILLER

SP2

SP1

80

85

86

87

FROM SYSTEM CONTROL

HEAD SW

SP L

SP COM

SP R

P5001

6

P5001

5

P5001

4

TO/FROM

DD CYLINDER

VIDEO HEAD

SUB

LPF

DEMO DLIM G-EQ

X'TAL

VCO

OSCILLATOR

SQPB

SQPB

DL

SQPB

2FSC

C CLOCK

DRIVER

TO C CCD

S-VHS

DET

P-EQ

FM

AGC

629MHz

TRAP

R

P

INT

EXT

EXTERNAL PB LUMINANCE

SIGNAL INPUT LINE

(NOT USED IN THESE MODELS)

SP

SP

SP2

CH2

CH1

SP1

SP2

SP1

89

90

91

76

TW3001

LP/EP L

LP/EP COM

LP/EP R

P5001

3

P5001

2

P5001

1

TO/FROM

DD CYLINDER

VIDEO HEAD

NV-VP60GL/GC/GCS

LUMINANCE & CHROMINANCE BLOCK DIAGRAM

59


15.4. AUDIO BLOCK DIAGRAM

MAIN SIGNAL PATH IN REC MODE

AV2 IN

JK4801

(FRONT JACK)

IN

(R)

IN

(L)

3

5

FRONT AUDIO (R)

FRONT AUDIO (L)

PP4802

4

PS33001

PP4802

3

PS33001

MAIN SIGNAL PATH IN PLAYBACK MODE

IC4501

10

15

FROM

DVD

INTERFACE

MIX OUT (R)

MIX OUT (L)

AV1 IN

VHS/DVD OUT

JK33001

(REAR JACK)

IN

(R)

IN

(L)

9

6

OUT

(R)

OUT

(L)

8

5

TO

TUNER

RFC AUDIO OUT

(GL)

FROM

DECODER

TUNER AUDIO (R)

TUNER AUDIO (L)

FROM

TUNER/

DECODER

TUNER AUDIO (N)

AUDIO

HEAD

FROM

SYSTEM

CONTROL

FM MUTE H

P4002

4

P4002

3

AUDIO IN (R)

AUDIO IN (L)

AUDIO OUT (R)

AUDIO OUT (L)

(GC/GCS)

1

3

TL4406 TL4506

9

TL4405 TL4505

14

TL4404

TL4403

TL4504

TL4503

QR4406

MUTE

QR4405

MUTE

53

57

2

4

+

OUTPUT

SELECT

SWITCH

RCH

QR4651

MUTE 59

8

13

IC3001

MUTE 6 62

1

98

96

REC

EQ

MUTE fh

TRAP

VCA

R

P

2

MUTE

CTL

79

61

36

MUTE

CTL

OUTPUT

SELECT

SWITCH

LCH

NORMAL

SELECT

SWITCH

INPUT

SELECT

SWITCH

RCH

INPUT

SELECT

SWITCH

LCH

PNR RCH

PNR LCH

60

IIC BUS

INTERFACE

42

43

TL4501 TL4502

IIC CLOCK

IIC DATA

TO/FROM

SYSTEM

CONTROL

AGC

&

SWITCH

VCO

F0

45 FSC

FROM

LUMINANCE &

CHROMINANCE

TL4511

27 AUDIO H.SW

FROM

SYSTEM

CONTROL

FM MODULATOR/

DEMODULATOR

LPF

BPF

BPF

+

AGC

LPF

FM MODULATOR/

DEMODULATOR

AGC

&

SWITCH

TW4502

30

PREAMP

&

SWITCH

29

24

21

22

TW4501

P5001

7

P5001

8

P5001

9

D.REC

H

FROM

SYSTEM

CONTROL

L

R

Hi-Fi

AUDIO

HEAD

NV-VP60GL/GC/GCS

AUDIO BLOCK DIAGRAM

15.5. DVD INTERFACE BLOCK DIAGRAM

VCR VIDEO MAIN SIGNAL PATH IN REC MODE

VCR AUDIO MAIN SIGNAL PATH IN REC MODE

P8003

13

P34301

C OUT

IC33501

(VIDEO DRIVER)

2 BIAS

DVD VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

DVD AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE

6.75MHz

LPF

32

+

30

FROM

DVD MODULE

(VIDEO/AUDIO)

P8003

11

P34301

P8003

16

P34301

P8003

17

P34301

P8003

15

P34301

Y OUT

Y/CY/G OUT

PB/CB/B OUT

PR/CR/R OUT

6

12

14

16

CLAMP

CLAMP

BIAS

BIAS

6.75MHz

LPF

13.5MHz

LPF

6.75MHz

LPF

6.75MHz

LPF

27

24

21

18

TO

DVD MODULE

(SERVO)

TO/FROM

DVD MODULE

(VIDEO/AUDIO)

FROM

TRAY SW

P8003

P8003

P8003

P34301

22

P34301

25

24

P34301

P8003

19

P34301

P8003

20

P34301

P8003

21

P34301

PP6101

2

TRAY/TRV

TRAY MUTE

TRAY DRV

CPU CMD

CPU STATUS

CPU CLOCK

TRAY SW

IC36001

(SUB CPU)

43 TRAY/TRV SW

25 TRAY MUTE

41 F IN

42 R IN

15 CMD

16 STATUS

17 DSPCLK

30 TRAY OPEN

FROM

DVD MODULE

(VIDEO/AUDIO)

P8003

29

P34301

P8003

27

P34301

AUDIO (L)

AUDIO (R)

3

IC34301

1

5 7

QR34410

MUTE

QR34419

MUTE

61


DVD VIDEO OUT

DVD VIDEO IN

TO LUMINANCE

& CHROMINANCE

TL33371

DVD OUT

JK34301

9 Y OUT

TL33372

6 PB OUT

TL33373

3 PR OUT

TL34371

TL34372

5

8

AUDIO

(L) OUT

AUDIO

(R) OUT

TL33376

TL33375

DVD S VIDEO OUT

JK34302

C

4

Y

3

MIX OUT (L)

MIX OUT (R)

TO

AUDIO

NV-VP60GL/GC/GCS

DVD INTERFACE BLOCK DIAGRAM


15.6. DVD (SERVO) BLOCK DIAGRAM

RF SIGNAL MOTOR DRIVE SIGNAL

OPTICAL PICK UP UNIT

PHOTO DETECTOR

B1

A1

B4

A4

A2

A3

B2

B3

HEAD

AMP

P8001

21

TA(DVD)

P8001

20

TB(DVD)

P8001

18

TC(DVD)

P8001

19

TD(DVD)

P8001

4

SUB1

P8001

5

SUB2

P8001

16

FE1(DVD/CD)

P8001

17

FE2(DVD/CD)

LASER

DIODE

(DVD)

LASER

DIODE

(CD)

ACTUATOR

TRACKING

COIL

FOCUS

COIL

P8001

13

RFN

P8001

14

RFP

P8001

9

LD+(DVD)

P8001

12

PIN(DVD)

P8001

11

LD+(CD)

P8001

3

PIN(CD)

P8001

26

T+

P8001

23

T-

P8001

25

F+

P8001

24

F-

Q8551,Q8552

LD DRIVE

Q8561,Q8562

LD DRIVE

TRACKING ERROR SIGNAL

IC8001

(DV LSI)

138

VIN1

137

VIN2

135

VIN3

136

VIN4

131

VIN5

132

VIN6

133

VIN7

134

VIN8

130

VIN9

129

VIN10

113

RFINN

114

RFINP

124

LPCO1

123 LPC1

126 LPCO2

125 LPC2

DRV3 88

DRV4 87

DRV0 91

PWM0 145

PWM1 144

DRV1 90

AD1 140

FOCUS ERROR SIGNAL

9

27

IC8251

(MOTOR DRIVE)

CH1,2

MUTE

CH3

MUTE

26

TRIN

BIAS1

3

VIN2

2

VIN1

23

VIN3

6

OPOUT

14

VO1+

CH1

+

-

13

VO1-

CH1

+

-

12

VO2+

CH2

+

-

11

VO2-

CH2

+

-

VCC1

2

-

+

-

+

-

+

-

+

LEVEL

SHIFT

LEVEL

SHIFT

62

LDIN

24

-

+

BIAS2

LEVEL

SHIFT

+

-

CH4

VO4+

15

+

CH4

-

VCC2-Vf

2

VO4-

16

LEVEL

SHIFT

+

CH3

-

VO3+

17

+

CH3

-

VO3-

18

VCC2-Vf

2

-

+

OPIN-

5

OPIN+

4

TRAY DRV

P8003

24

P34301

FROM DVD

INTERFACE

(VCR MAIN)

P8201

6

FP2601

P8201

5

FP2601

M

M2602

TRAVERS

MOTOR

P8201

4

FP2601

P8201

3

FP2601

M

M2601

SPINDLE

MOTOR

CH4

MUTE

LD CNT

20

28

TRAY MUTE

P8003 P34301

25

TRAY/TRV

P8003

22

P34301

FROM DVD

INTERFACE

(VCR MAIN)

NV-VP60GL/GC/GCS

DVD (SERVO) BLOCK DIAGRAM


15.7. DVD (VIDEO/AUDIO) BLOCK DIAGRAM

RF SIGNAL PATH

VIDEO MAIN SIGNAL PATH

AUDIO MAIN SIGNAL PATH

IC8001

(DV LSI)

OPTICAL PIC-UP UNIT

P8001

13

RFN

P8001

14

RFP

113 RFINN

114

RFINP

IC8611

(EEP ROM)

SCL 6

SDA 5

IC8651

(16M FLASH MEMORY)

DATA

DQ0 29

DQ1

DQ2

31

33

DQ3 35

DQ4 38

DQ5 40

DQ6 42

DQ7 44

DQ8 30

DQ9 32

DQ10 34

DQ11 36

DQ12 39

DQ13 41

DQ14 43

DQ15 45

ADDRESS

ADDRESS

A0 25

A1 24

A2 23

A3 22

A4 21

A5 20

A6 19

A7 18

A8 8

A9 7

A10 6

A11 5

A12 4

A13 3

A14 2

A15 1

A16 48

A17 17

A18 16

A19 9

A20 10

XWE 11

XCE 26

XOE 28

XRST 12

IC8606

(RESET)

OUT 1

IC8601

(RESET)

OUT 1

TO/FROM DVD

INTERFACE

(VCR MAIN)

P34301

21

P34301

P34301

20

19

P8003

P8003

P8003

CPU CLOCK

CPU STATUS

CPU CMD

67 SCL

66 SDA

75 CLK

74 STATUS

73 CMD

26

28

30

37

39

24

29

31

33

23

25

27

32

36

38

40

EXDT0

EXDT1

EXDT2

EXDT3

EXDT4

EXDT5

EXDT6

EXDT7

EXDT8

EXDT9

EXDT10

EXDT11

EXDT12

EXDT13

EXDT14

EXDT15

DATA

51

50

49

60

59

58

18

64

63

62

61

48

47

46

43

42

EXADT0

EXADT1

EXADT2

EXADT3

EXADT4

EXADT5

EXADT6

EXADT7

EXADT8

EXADT9

EXADT10

EXADT11

EXADT12

EXADT13

EXADT14

EXADT15

41

57

56

54

65

EXADR16

EXADR17

EXADR18

EXADR19

EXADR20

ADDRESS

ADDRESS

55

19

20

84

NEXWE

NEXCE

NEXOE

NRST

SRCK 168

LRCK

167

ADOUT3 169

STBDAC

76

SBT3 78

SBO3 77

DACCK

166

IECOUT 173

BCK

7

LRCK

8

DATA

6

XMS

2

MC

3

MD

4

SCK

5

IC8420

(AUDIO D/A CONVERTER)

AUDIO

DATA

INTERFACE uP

INTERFACE

ATT

ATT

8X

INTERPOLATOR

8X

INTERPOLATOR

MODULATOR

MODULATOR

SCF

LPF

SCF

LPF

CLOCK

DIVIDER

DE-EMPHASIS

CONTROL

15

VOUTL

14

VOUTR

DIGITAL AUDIO

TO VCR MAIN

P8003

30

P34301

DAC1OUT 149

DAC2OUT 148

DAC3OUT

147

DAC4OUT 156

DAC5OUT 157

MEMORY

DATA

211

213

217

216

212

210

199

201

203

207

209

208

206

202

200

198

MDQ0

MDQ1

MDQ2

MDQ3

MDQ4

MDQ5

MDQ6

MDQ7

MDQ8

MDQ9

MDQ10

MDQ11

MDQ12

MDQ13

MDQ14

MDQ15

MEMORY

ADDRESS

MA6

MA7

MA8

MA9

MA10

MA11

MA0

MA1

MA2

MA3

MA4

MA5

241

243

245

247

246

244

242

240

236

232

237

230

NCSM

NRAS

NCAS

NWE

MCK

229

228

227

221

223

AUDIO(L) P8003

29

P34301

AUDIO(R) P8003

27

P34301

TO DVD

INTERFACE

(VCR MAIN)

IC8051

(64M SDRAM)

8

10

11

13

42

44

45

47

48

50

51

53

2

4

5

7

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9

DQ10

DQ11

DQ12

DQ13

DQ14

DQ15

MEMORY

DATA

23

24

25

26

29

30

31

32

33

34

22

35

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

MEMORY

ADDRESS

19

18

17

16

38

CS

RAS

CAS

WE

CLK

Q34701

AMP 2

DVD OUT

JK34301

COAXIAL

OUT

Y/PY/G OUT

CB/PB/B OUT

CR/PR/R/OUT

Y OUT

C OUT

P8003

P8003

P8003

P8003

P8003

P34301

16

P34301

17

P34301

15

P34301

11

13

P34301

TO DVD

INTERFACE

(VCR MAIN)

NV-VP60GL/GC/GCS

DVD (VIDEO/AUDIO)

BLOCK DIAGRAM

63


64


16 SCHEMATIC DIAGRAMS

16.1. POWER SCHEMATIC DIAGRAM

HOT

F

E

P1101

K2AA2B000009

AC INLET

C1120

0.1

D1110

ERZVA5V471

F1101

K5D162BLA013

C1122

100P

L1120

ELF18N005A

4 3

C1125

0.1

R1120

1M

R1121

1M

C1123

100P

1 2

D1140

B0KB00000054

4

+

1

3

-

2

C1142

400V33

LB1216

0

T1150

ETS29AK7W6AC

1

2

3

16

15

14

IP1280

K5G102A00039

1 2

IP1240

K5G252AA0020

1 2

TL1008

D1280

B0JAME000025

C1280

10V220

D1240

B0JAME000025

D1241

B0JAME000025

C1240

10V1000

L1240

22u

TL1004

C1241

10V220

R1280

5600

R1240

1K

E

D

C

B

C1151

4700P

R1151

100K

R1155

100K

C1126

100P

D1151

B0HAMP000073

IC1150

C0DABYY00003

-456

5

DRAIN

POWER

MANAGEMENT

6

13.8

7

VCC

8 GND

STARTUP

CELL

PWM

CONTROLLER

PRECISE LOW

TOLERANCE

PEAK CURRENT

LIMITATION

C1152

0.1

R1152

1K

D1153

B0BA02300005

C1155

35V33

D1152

B0JAMK000015

LB1217

0

DRAIN

4

-456

CS

3

0

C1105

470P

R1153

0.47

R1154

10

C1124

1000P

FB

2

1.6

VOLTAGE

CONTROL

SOFTS

1

1.6

C1153

1

C1154

1000P

4

5

6

7

8

13

12

11

10

9

C1263

1000P

R1263

0

D1260

B0JAPG000019

D1230

MA2C18500E

C1253

1000P

C1260

10V1200

R1253

0

D1250

B0JAMK000015

D1251

B0JAMK000015

C1250

25V820

L1260

22u

TL1006

C1261

10V330

L1250

22u

TL1016

C1251

25V100

C1230

50V22

D1180

MAZ751000C

TL1036

R1230

47K

9.5

4

Q1200

B3PBA0000402

1

6.0

3 2

4.9

R1206

680

R1205

1500

IC1200

C0DAEJC00003

1

4.4

3

R1204

12K

C1201

0.47

C1200

680P

C1202

1

2

2.4

R1207

18K

R1208

56K

R1200

10K

R1202

2200

R1203

22K

A

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 240V.

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.

1 2 3

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

NOTE:CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION

WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER FROM AN ACTUAL MEASURING VALUE DUE

TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

4 5 6 7

R1250

8200

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

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

8 9

65

P1103

1

2

3

4

5

6

9

10

7

8

11

12

13

UNREG LED 6V

GND(M)

GND(M)

UNREG 13V

UNREG 6V

UNREG 6V

UNREG 36V

UNREG 36V

GND(A)

GND(D)

GND(D)

UNREG 4V

NV-VP60GL/GC/GCS

POWER SCHEMATIC DIAGRAM

10


16.2. POWER SUPPLY/RF SECTION IN MAIN SCHEMATIC DIAGRAM

G

F

T :TO TIMER SECTION

S :TO SYSTEM CONTROL & SERVO SECTION

V :TO LUMINANCE & CHROMINANCE/AUDIO SECTION

A :TO Hi-Fi AUDIO SECTION

I :TO DVD INTERFACE SECTION

D :TO DECODER SECTION

E

T

A

S T V

I

I

I

I

NP OFF L

REG 12V

M 9V

UNREG 6V

D 1.2V

D

C

B

S POWER ON H

T

S

UNREG LED 6V

SW 36V

P31001

UNREG LED 6V

GND (M)

GND (M)

UNREG 13V

UNREG 6V

UNREG 6V

UNREG 36V

UNREG 36V

GND (A)

GND (D)

GND (D)

UNREG 4V

3

4

5

6

1

2

7

8

9

10

11

12

13

S

T

V

A

I

D

GND

GND

GND

GND

GND

GND

V

A

V

S

S

S

S

A

D

V

RFC AUDIO OUT

RFC VIDEO OUT

AUDIO SW

IIC CLOCK

IIC DATA

AFC S-CURVE

TUNER AUDIO (N)

SIF

TUNER VIDEO

I

T S

D 3.3V

UNREG 13V

A1

A2

A3

A4

A5

A6

A7

A8

A9


VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

R1342

100K

0.6

QR1342

UNR211200L

(POWER ON:ON)

34.9

34.9

0.1

Q1342

2SD0601A0L

IC1290

C0CBCHG00005

(9V SWITCHING REG.)

11.6

2 VCC GND 3

5.0

1 CTL

OUT 4

9.0

REF 5

9.0

D1291

B0EAKM000117

D1292

B0EAKM000117

D1293

B0EAKP000012

C1341

0.01

Q1341

B1AAGD000016

(12V REG.)

13.4

12.1

12.8

C1342

25V4.7

D1341

MAZ4130NLF

R1341

10K

C1295

16V220

D1241

B0EAKM000117

D1242

B0EAKP000012

Q1240

B1BCCG000002

(1.2V REG.)

2.0

1.2

1.4

D1243

MA165

R1240

3900

R1241

1500

C1372

0.1

C1370

6V47

1.1

TL1033

Q1241

2SD0601A0L

(VOLTAGE CONTROL)

0.6

Q1242

2SD0601A0L

(VOLTAGE CONTROL)

1.2

0.6

Q1371

2SD199600A

(3.3V REG.)

3.6

3.4

3.9

D1370

MAZ4039MF

R1372

100

R1371

0

C1371

6V100

TL1032

1.2

R1242

120

D6302

1SS254

TL1034

C6301

0.01

R6307

4700

AUDIO MAIN SIGNAL PATH IN REC MODE

AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE

C1351

0.01

R1351

470

C33001

0.01

R33001

270

R1360

470

R6309

820

Q1354

B1AAGD000016

(5V REG.)

6.1

5.1

5.9

Q1352

B1AAGD000016

(5V REG.)

6.1

5.1

5.9

Q1351

B1AAGD000016

(5V REG.)

6.1

5.1

5.9

D1351

MAZ4056NHF

Q33001

B1AAGD000016

(5V REG.)

6.1

5.1

C1352

10V47

5.7

C33014

6V220

C1363

0.01

D33001

MAZ4056NHF

Q1360

B1AAGD000016

(5V REG.)

6.1

5.0

5.7

C1362

16V47

D1360

MAZ4056NHF

C1360

6V220

TL1031

Q6305

2SD0601A0L

(5V REG.)

6.1

5.1

5.7

C6302

0.01

C6303

10V47

D6306

MAZ4056NHF

L7601

10u

C7605

6V47

C7608

0.01

R6310

1800

C6310

0.01

C6309

10V47

Q6307

B1AAGD000016

(5V REG.)

6.1

5.0

5.7

D6307

MAZ4056NHF

R7601

1K

L7603

0

LB7602

0

A1

LB7601

J0JBC0000015

A2

R7617

0

L7608

27u

C7610

1000P

TU7601

ENG57D03G1F:GL

ENG57D04G1F:GC/GCS

1 N.SW 5V

2 AUDIO OUT

3 DATA

4 N.SW 5V

5 CLOCK

6 VIDEO OUT

7 N.SW 5V

C7601

50V1

D7602

MAZ4300NMF

A4

A5

A6

A7

A8

A3

(GC/GCS)

C7625

16V10

C7622

470P

R7612

0

R7613

0

8

9

10 SW2

R7606

J0JCC0000124

11 IIC CLOCK

R7607

J0JCC0000124

12 IIC DATA

13 AFC S-CURVE

14 TUNER AUDIO

15 SIF OUT

16 BTL

17 VB

18 TUNER VIDEO

TW1004

C7603

0.01

Q6306

2SD0601A0L

(5V REG.)

6.1

5.6

6.3

D7751

1SS254

D6305

MAZ4062NLF

D7753

1SS254

D7754

1SS254

C7752

6V330

D7752

MA2C700A0F

R7751

1K

B7751

CR2354-1GUF

A9

Q7601

2SB0709A0L

(AMP)

3.8

0

R7614

680

3.2

R7616

0

R7615

0

S

S

S

V A

A

S

I

I

V

D

AD 5V

BACK UP 5V

N.SW 5V

REG 5V

A 5V/D 5V

ADAC 5V

VIDEO 5V

AUDIO 5V

A



WHEN REPLACING ANY OF THESE COMPONENTS,USE ONLY THE SAME TYPE.

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

1 2 3




4 5 6 7

NOTE:DO NOT USE ANY PART NUMBER SHOWN ON THIS

SCHEMATIC DIAGRAM FOR ORDERING.WHEN YOU

ORDER A PART,PLEASE REFER TO PARTS LIST.

8 9 10

NV-VP60GL/GC/GCS

POWER SUPPLY/RF SECTION

SCHEMATIC DIAGRAM

11

66


16.3. TIMER SECTION IN MAIN SCHEMATIC DIAGRAM

P :TO POWER SUPPLY/RF SECTION



G

F

P

P

UNREG LED 6V

GND

L36000

33u

DP37501

B3CZS0000004

(TIMER LED DISPLAY)

R36307

3900

C36301

0.01

C36302

10V47

Q36330

2SD199600A

(5V REG.)

5.5

5.0

5.8

D36301

MAZ4051NMF

VDD

1

GND

2

OSC

3

D IN

4

CLK

5

STB

6

P37501 1 2 3 4 5 6

R36001

33K

R36003

0

R36004

0

R36005

0

R36002

18K

C36004

0.1

C36005

6V470

P UNREG 13V

E

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

D

C

B

A

PS7502

GND

KEY 3

KEY 4

GND

S

S

P

KEY 4

KEY 3

UNREG 6V

PP6101

(TO TRAY SW)

TRAY SW (-)

TRAY SW (+)

1

2

3

4

5

6

1

2

A1

R36360

390

C36363

0.1

C36364

6V47

Q36360

2SD0601A0L

(3V REG.)

6.1

3.1

3.7

D36365

MAZ40390MF

IC36002

C0EBE0000198

(RESET)

3.1

2 VCC

4 GND

OUT 1

3.2

NC

X36001

H2B800400007

3

3 2 1

C36003

0.1

C36021

0.1

1

2

3

4

3.1

5

3.1

6 VREF

3.1

7 VDD

1.4

8 OSC2

1.5

9 OSC1

10 VSS

C36001

6V47

11 X1

12 X0

13 MMOD

3.2

14 RESET

2.9

15 CMD

2.8

16 STATUS

L

IC36001

MN101C77CDB1

48

47

46

45

44

TRAY/TRV SW 43

RIN 42

1.6

FIN 41

1.6

3.1

R36022 47K

R36021 30K

40

39

D-WIDE2 38

0

D-WIDE1 37

0

NP OFF L 36

3.2

35

CLOCK 34

0.7

DATA 33

2.4

A13

A12

I

I

S

CPU CMD

CPU STATUS

DATA IN

I

I

S

I

P

I

I

I

I

I

I

CPU CLOCK

POWER MUTE

TRAY MUTE

WIDE

CS

TRV I SW

NP OFF L

D-WIDE 1

D-WIDE 2

TRAY DRV

TRAY/TRV

S

S

DATA OUT

CLOCK

A2

A3

A5

A6

A7

A8

A9

A10

A11

A12

A13

R36075

10K

2.9

QR36008

B1GBCFJJ0025

(BUFFER)

3.9

3.1

R36074

10K

3.0

QR36007

B1GBCFJJ0025

(BUFFER)

3.9

3.1




1 2 3 4

R36024

10K

R36023

10K

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

4.5

QR36002

B1GBCFLL0032

(INV.)

0

QR36001

B1GBCFLL0032

(INV.)

0

2.4

5

A2 A3 A5 A6 A7 A1 A8

NOTE:

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

ORDERING.

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


6 7 8

R36057

47K

R36058

47K

C36058

22P

R36011

2200

R36014

2200

R36017

2200

9

A11

A10

A9

67

NV-VP60GL/GC/GCS

TIMER SECTION

SCHEMATIC DIAGRAM

10


16.4. SYSTEM CONTROL & SERVO SECTION IN MAIN SCHEMATIC DIAGRAM

G

F

E

D

C

B

A


T :TO TIMER SECTION




V

V

V

V

FSC

Y/C VIDEO OUT

KILLER

VIDEO OUT

D

D

P

P

T

T

P

T

V

V

A

A

AUDIO SW

DATA OUT

DATA IN

CLOCK

IIC CLOCK

IIC DATA

P

P

P

REG 5V

AD 5V

GND

MODE SW

S1532

K0ZZ00000598

V CTL HEAD (-)

V

V

V

P

CTL HEAD (+)

S-VHS PB H

MESECAM

AFC S-CURVE

H

T

T

V

V

KEY 1

KEY 2

KEY 3

KEY 4

T

V

V

A

V A

CS

DVD OUT

HEAD SW

A.HEAD SW

H

D.REC

H

A

V

V

V

A V

ABS NORMAL

AVR L

PAL 9H

BAIS H

H

FM MUTE H

V

V

TRACKING ENV.

ART V/H/N

P BACK UP 5V

1

1

2

3

4

5

C6113

33P

C6112

33P

A7

A6

A5

A4

A3

A2

A12

A11

A10

A9

2

B1

B2

B3

B4

B5

B6

B7

B8

B17

B18

B19

B20

B21

B11

B12

B13

B14

B15

CAPSTAN SERVO SPEED LOOP CAPSTAN SERVO PHASE LOOP

A19 A20 A21 A22

CYLINDER SERVO SPEED LOOP

A2 A3 A4 A5 A6

CYLINDER SERVO PHASE LOOP

A9 A7

R1513

120

C6102

0.01

IC7552

IC6201

C0EBH0000172

(RESET)

1 OUT 5

2 VDD

3 GND 4

PNA4618M09VT

(IR RECEIVER)

R6006

18K

IC1511

B3NAA0000049

(T-REEL SENSOR)

2

1

1

C2099

680P

R2099

6800

OUT

1

R7552

220

GND

2

C7552

0.1

VCC

3

C6005

50V3.3

3

4

IC1512

B3NAA0000049

(S-REEL SENSOR)

2 3

4

SENSOR

D1501

B3EA00000072

R1512

27K

R1511

27K

R6022

1K

C2055

0.1

A18

C2003

1

R2001

3900

R2563

1K

C2561

0.056

R2561

1K

C2562

0.056

TL6013 TL6012

R6029

10K

R6028

10K

R6005

10K

R6009

10K

R6010

10K

R6032

470

C6022

0.01

(GC/GCS)

C7714

100P

L7702

10u

C6017

470P

R6015

0

R6012

560

C6013

1

R6013

1M

L6004

0

C6011

0.01

(GC/GCS)

Q7701

2SB0709A0L

(BUFFER)

R7707

1K

R7706

100

(GL)

C7709

1800P

C6014

1000P

TL6001 TW6002 TW6001

TW2002

C2054

3900P

TW2015

TL2015

D2001

1SS254

D2002

1SS254

C2001

33P

R2002

1M

A17

A16

80

C2053 16V10

C2051 6V22

N

81 VSS

82 EX.FF/REW L

83 UNLOARD H

84 LOARD H

85 SQPB H

86 CAP FG OUT

87 CAP FG IN

88 GND(A)

89 MESECAM H

90 CYL PFG

91 O REF

92 I REF

93 GND

94 CTL HEAD (-)

95 CTL HEAD (+)

96 CTL AMP REF

97 PB CTL OUT

98 A VDD

99 AD VDD

100 T S-CURVE

79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62

IC6001

C2CBYY000036:GL

C2CBYY000061:GC/GCS

61 60 59 58 57 56 55 54 53 52 51

CV IN 50

OSD GND 49

FSC IN 48

FSC LPF 47

GND 46

LC.OSD OUT 45

LC.OSD IN 44

32K START L 43

42

41

GND 40

12MHz OUT 39

12MHz IN 38

D VDD 37

32KHz OUT 36

32KHz IN 35

RESET L 34

POSI.SW1

33

POSI.SW2

32

POSI.SW3

31

R6017

2200

C6016

1000P

C6015

0.033

L6002

0

C6010

0.01

A10

A11

A12

L6001

5.6u

R6002

2200

C6007

82P

C6006

100P

C6002

22P

X6001

H0D120-

500021

C6001

33P

R6001

1K

C6008

470P

C6009

0.01

R6003

0

X6002

H0A327-

200098

C6004

18P

C6003

22P

K6015

0.01

TL7509

Q1501

PNA2604M01

(T-PHOTO)

R1501

27K

R1503

150

R1502

27K

Q1502

PNA2604M01

(S-PHOTO)

C6111

0.1

(GC)

R6023

10K

R6016

10K

TL7512

R6019

10K

(GL/GCS)

TL7511

R7571

27K

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

C6021

0.01

TL6005

TL6014

TW2001

R6020

18K

R6021

18K

R6011

18K

R6007

18K

TL2502

SAFETY

TAB

S1531

K0C111A00006

C6101

0.1

TL6010

NC

R6201

3300

TL7510

C6103

0.01

B25 B26 B27 B28 B29 B30 B5 B6 B7 B8 B29 B27 B28

3 4 5 6 7

B25 B26 B11 B12 B13 B14 B15

8

B17 B18 B19 B20 B21 B4 B3 B2 B1 B30

NV-VP60GL/GC/GCS

SYSTEM CONTROL & SERVO SECTION SCHEMATIC DIAGRAM

9 10 11

68


A21

C2520

0.1

R2519

8200

D2503

MAZ4160NMF

A17 A16

C2507

1000P

C2515

0.01

C2505

0.022

C2504

0.022

C2506

0.22

13

CNF

12

PCI

11

CT2

10

CT1

9

CST

8

GND

7

VG

LOWER

SATURATION

PREVENT

CIRCUIT

SOFT

SWITCH

STARTING

CONTROL

LOGIC

26

TSD

R6401

100

R6400

100

6

R IN

5

F IN

4

OUT2

3

L GND

CONTROL

LOGIC

2

OUT1

1

VM2

AMP AMP

RRE-DRIVE

DIFFERENTIAL

AMP

DIFFERENTIAL

AMP

SELECTOR

MOTOR

DRIVE

SIGNAL

GENERATOR

PRE-DRIVE

MOTOR

DRIVE

C2519

0.01

IC2501

C1AB00001767

DIFFERENTIAL

AMP

PG/FG

COMPOSER

14

EC

R2551

10K

R2552

10K

C2551

0.056

C2552

0.056

15

PG+

16

PG-

R2520

18K

17

PG OUT

18

PFG VCC

19

C2518

1000P

C2508

1800P

R2522

100

R2521

1K

C2501

0.1

C2513

1

C2502

6V220

27 20

COM

21

VM

22

M1

23

M2

24

RNF

25

M3

R2501

1.2

R2503

1.5

R2523

100

C2511

0.1

C2510

0.1

R2515

220

R2514

220

C2509

16V22

C2512

0.1

R2516

220

IC6301

C0CBC0C00020

(5V SWITCHING REG.)

2 GND SW 3

C6308

6V47

1 OUT IN 4

D2502

B0EAKP000012

A22

VIDEO 5V

SW 36V

P

P

P1531

(TO LOADING MOTOR)

1

2

LOAD MOTOR (-)

LOAD MOTOR (+)

UNREG 6V P

A19

A20

A18

R2562

47K

5

6

7

8

P2571

(TO CAPSTAN UNIT)

1

2

3

4

5V

UNREG 13V

CAP FG1

GND

CURR LIMIT

CAP ET

CAP R/F

GND

C2571

25V220

POWER ON H

UNREG 13V

P

P

P2501

(TO CYLINDER UNIT)

1

2

3

4

M1

M2

M3

COM

5

6

7

GND

PG (-)

PG (+)

NV-VP60GL/GC/GCS

SYSTEM CONTROL & SERVO SECTION SCHEMATIC DIAGRAM

12 13 14 15 16



17

69

18

19

20 21

NV-VP60GL/GC/GCS

SYSTEM CONTROL & SERVO

SECTION SCHEMATIC DIAGRAM

22


16.5. LUMINANCE & CHROMINANCE/AUDIO SECTION IN MAIN SCHEMATIC DIAGRAM

H

G

F

E

D

C

B


T :TO TIMER SECTION





J1

(TO R4 MECHANISM CHASSIS)

GND

S

S

S

S

S

S

I

S

S

IIC CLOCK

IIC DATA

FM MUTE

HEAD SW

H

MESECAM H

TRACKING ENV.

DVD VIDEO OUT

VIDEO OUT

DVD OUT H

P RFC VIDEO OUT

A AUDIO IN(R)

A AUDIO OUT(R)

A AUDIO IN(L)

A AUDIO OUT(L)

P4002

(TO A/C HEAD)

GND

GND

AUDIO HEAD (R)

AUDIO HEAD (W)

CTL HEAD (-)

CTL HEAD (+)

S

S

CTL HEAD (+)

CTL HEAD (-)

P4001

(TO FULL ERASE HEAD)

FULL ERASE IN

FULL ERASE GND

1

2

P UNREG 6V

P GND

P5001

(TO CYLINDER UNIT)

LP/EP R

LP/EP COM

LP/EP L

SP R

SP COM

SP L

AUDIO HEAD L

AUDIO HEAD COM

AUDIO HEAD R

6

7

4

5

8

9

1

2

3

A AUDIO HEAD R

A AUDIO HEAD COM

A AUDIO HEAD L

S

S

S

BIAS

PAL 9H

D.REC

H

H

H

P D

A

A

TUNER AUDIO (N)

AUDIO IN (N)

AUDIO OUT (N)

3

4

5

6

1

2

A9

A8

A7

A6

A5

A4

A3

A2

A1

B1

B2

B3

B4

B5

B6

B7

B8

B9

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

A1 A2 A3


A4 A5


A6 A7 A8

AV1 IN

VHS/DVD OUT

JK33001

K2HA306B0071

AUDIO

IN (R)

AUDIO

OUT (R)

9 8

TL4406 TL4404

LB4406

0

LB4404

0

R4406

0

R4404

470

7 6

AUDIO

IN (L)

AUDIO

OUT (L)

5

TL4405 TL4403

LB4405

0

LB4403

0

R4405

0

R4403

470

R4081

10K

C4082

470P

C4084

1800P

0

0

(4.8)

C4081

0.033

4

C4066

2200P

0

QR4061

B1GBCFJJ0044

5.1

QR4081

B1GDBEJJ0002

5.1

(0)

3

VIDEO

IN

VIDEO

OUT

TL3712 TL3711

R3711

75

T4081

G2A472000003

3

2

1

2

R4084

1K

R4085

1K

C3715

6V470

1

4

6

0

(4.8)

R4086

2200

R4087

2200

5.3

(0)

QR4082

B1GBCFNN0016

5.3

(4.4)

5.3

Q4084

2SB0710A0L

(ERASE HEAD

DRIVE)

0.3

(4.9)

L4081

470u

0.7

(-24.5)

0.7

(-24.0)

0

R3705

510

C4083

6V47

C4085

0.022

IC3701

C1AB00001935

R4082

3300

0.3

(-0.8)

0.3

(4.6)

Q4085

2SD1992A0A

(OSC)

R4088

0

R3703

1M

75

1

0

R3712

C3713

1

C3714

1

R3706

10K

6

2.2

L

5

H

4

1.8

2

2.2

3

5.1

C3712

0.1

C3711

6V100

R4071

15K

C4065

1800P

L5001

68u

R4063

330

C4062

6V22

(GL)

R3038

2200

C5006

0.1

C5005

6V100

R4061

470K

C4061

6800P

R4062

15K

C4063

50V3.3

C3046

1

(GC/GCS)

B6

B5

B4

B3

B2

B1

C3047

0.1

C5001

0.01

C5002

0.01

C5003

0.01

C5004

0.01

C4064

1800P

C4041

50V4.7

88

2.3

(0)

89

2.3

(0)

90

2.3

(0)

91

5.1

92

(GC/GCS)

4.9

81 TANK

80

2.5

R3018

15K

79

0

R4002

10K

78

0

B-Y

INVERT

77

2.8

TW3001

76

2.3

C3042

50V4.7

75

2.7

74

2.8

CR DET

COME

MESECAM

DET

0

82

1.3

(3.3)

83

5.1

84

R

COLOR

LEVEL

DETECTOR

P

ENVDET HPF

DET DET

2.4

85

2.4

86

2.4

87

SP2

SP2

CH2

CH1

SP1

SP2

SP1

SP1

SP2

VCA

CH2

CH1

SP

SP

EXT

SP1

EXT

INT

INT

REC

MUTE

0.5

93

2.5

94

2.5

95

2.5

96

0

97

2.6

98

SP ON

PREAMP

REC ON

EP ON

REC

EQ

FH

TRAP

R

VCA

P

DET

R4015

20K

C4042

50V4.7

C4018

6V22

99

2.6

100

Q4082

2SD114900L

(PB:ON)

0

(-15.9)

Q4083

2SD0601A0L

(PB:ON)

IC3001

C1AB00002084

R4017

56K

R4016

47K

1

0

2

0

3

R4011

4700

R4012

15K

4

5.1

5

2.1

C4010

16V10

6

2.6

BAND

GAP

7

2.8

C3062

16V10

A

P

P

AUDIO 5V

VIDEO 5V

B11

NOTE:THE MEASUREMENT MODE OF THE DC VOLTAGE IN THE BRACKETS( )ON THIS DIAGRAM IS RECORD MODE

WITH PAL COLOUR SIGNAL.(SP MODE)

1 2 3

THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS PLAYBACK MODE


4 5 6 7

B7 B8 B9

NV-VP60GL/GC/GCS

LUMINANCE & CHROMINANCE/AUDIO SECTION SCHEMATIC DIAGRAM

8 9 10 11

70


+

A9

73

2.9

A11

72

0.1

X3002

H0D443400039

71

C3041

0.022

R3013

27K

2.2

70

1.0

(2.7)

69

2.0

68

1.3

67

2.2

66

2.5

65

2.2

A12

C3040

0.47

C3039

0.033

X3001

H0D357400067

C3038

4700P

R3012

680

C3037

50V2.2

C3036

50V3.3

64

2.5

63

2.2

A13

C3035

0.1

62

2.3

61

4.2

60

5.1

59

5.1

C3033

1

58

2.2

57

2.2

56

GND

X-TAL

VCO/OSC

DOWN

CONV

LCVCO

C3030

0.01

55

2.1

54

R3011

3300

C3029

0.01

53

2.7

52

5.1

51

2.2

CLOCK

DRIVER

2FSC

Y-CCD

CCD

CONT

REC

APC

KILLER

PB

APC

APC

SW

REC

AFC

DISCRI

ACC

DET

ACC

SW

CHROMA

ACC DET

VCA

MODE

CONTROL

CLPF1 CLPF2

P

R

P

R

L-SECAM

L-SECAM

B.E

LPF

2MLPF

HPF

P

R

MIX LEVEL

ADJUST

L-SECAM

L-SECAM

FEC

TRAP

C-ACC

CHROMA

ACC

C-ACC

C.K

+

ACC

FH HPF

CTL TRAP

R

P

REC TRAP

HiFi TRAP

C-D

DELAY

P

MAIN

CONV1

+

MAIN

CONV2

P

4.43PAL

MPAL

DELAY

R

R

4PHASE

R

P

L-DET

P

R

R

PILOT

ADD

BPF

P

CCD

LPF

PILOT

ERASE

B.D

NP

CONV

CCD SECTION

C.K

C-CCD

P

R*L-SECAM

INT EXT

REC

FILTER

FM MOD

FO/DEVADJ

MAIN EMPHASIS

CARRIER OFFSET

W.C/D.C

P

R

629

TRAP

DELAY

P-EQ

R

REC FBC+ALC

PB AGC+APL

MAIN

FM

AGC

DET

P

SQPB

DE EMPHASIS

G-EQ

DLIM

DEMO

SUB

LPF

P

SQPB

S-DET

DO

DET

R

ATT

-4dB

ATT

-6dB

SD SD

ATT

-10dB

ET LPF

VIDEO AGC

PC

ATT

-10dB

P

R

Y-LPF

N.L.

EMPH

DEH

R

HP-NC

TRAP-NC

P

R

ATP

SECAM

DELAY

+SSEQ

SVHS+L-SECAM

SVHS+L-SECAM

N.L

DE-EMPH

FEED BACK

CLAMP

VIDEO ALC

SQPB

SQPB

EQ

SQPB

CLEAR

SYNC

P

R

6dBAMP

C-

SQUELCH

LPF

GCL

YNR

DO

R*SDECK

GCL

DO/REC

R*SVHS

GCL

AGC

DET

PG

R*SDECK

R*SDECK

R*SDECK

PG

SQUE-

LCH

V-AMP

ATT

-10dB

R*SDECK

GCL GCL

SYNC

SEP

8

1.5

(1.9)

R3001

6200

9

1.4

(1.8)

C3004

150P

10

1.9

(2.4)

C3002

0.1

R3020

1500

11

1.9

(2.5)

C3003

0.1

12

0.8

(1.7)

C3007

39P

13

L3001

270u

R3002

8200

14

2.2

(2.7)

C3005

0.1

15

2.7

C3006

1

16

1.4

17

2.7

18

2.0

C3010

1

C3008

50V4.7

19

2.7

C3009

1

20

0

21

2.7

C3064

1

22

5.1

23

2.3

24

2.9

25

C3013

0.1

26

2.9

27

1.6

28

0

R3043

220

R3044

220

29

2.4

30

2.9

C3015

0.1

A11

50

5.1

49

3.4

48

0.1

47

5.1

46

3.2

45

3.2

C3025

330P

44

43

2.1

42

2.0

41

2.6

40

2.1

C3021

16V10

C3020

50V3.3

39

1.4

38

2.2

37

36

3.0

2.3

35

3.1

34

3.0

33

0

(2.0)

C3019

0.1

C3053

0.1

C3017

0.1

C3016

1

32

2.6

31

0.4

A12 A13

L3004

12u

C3034

3P

C3052

0.1

C3031

0.1

L3303

27u

C3032

6V47

C3027

0.1

L3302

68u

C3028

6V47

2.2

5.1

Q3003

2SD1819A0L

(BUFFER)

1.5

R3024

1K

R3033

3.3M

R3032

6.8M

C3022

0.01

4.2

R3042

47K

0

QR3001

B1GBCFNN0016

(INV.)

C3065

0.1

2.4

5.1

Q3001

2SD1819A0L

(AMP)

1.7

R3021

330

R3004

6800

R3003

1500

R3005

4700

C3012

0.1

L3301

27u

C3011

6V47

B14

B12

B15

B16

B17

B12 B13 B11 B14 B15

NV-VP60GN/EE

LUMINANCE & CHROMINANCE/AUDIO SECTION SCHEMATIC DIAGRAM

12 13 14 15

B16 B17




16 17 18

B13



19 20 21

71

FSC S A

KILLER S

5

6

7

8

PS33001

1

2

FRONT VIDEO

GND (AV)

3

4

FRONT AUDIO (L)

FRONT AUDIO (R)

GND

KEY 1

KEY 2

GND

KEY 2

KEY 1

FRONT AUDIO (R)

FRONT AUDIO (L)

S

S

A

A

TUNER VIDEO

S-VHS PB

DVD VIDEO IN

ART V/H/N

H

Y/C VIDEO OUT

P

S

I

S

S

AVR L S

22

NV-VP60GL/GC/GCS

LUMINANCE & CHROMINANCE/AUDIO

SECTION SCHEMATIC DIAGRAM

23


16.6. Hi-Fi AUDIO SECTION IN MAIN SCHEMATIC DIAGRAM

G

F

E

D

C

B






S

S

S

V

FM MUTE

IIC CLOCK

IIC DATA

FSC

H

P N.SW 5V

V AUDIO OUT (R)

V AUDIO OUT (L)

P

P

P

AUDIO 5V

REG 12V

GND

V AUDIO IN (N)

V AUDIO OUT (N)

P RFC AUDIO OUT

P TUNER AUDIO (N)

V

S

S

V

V

V

S

I

I

MIX OUT (R)

MIX OUT (L)

D TUNER AUDIO (R)

V AUDIO IN (R)

V FRONT AUDIO (R)

D TUNER AUDIO (L)

V AUDIO IN (L)

FRONT AUDIO (L)

AUDIO HEAD COM

AUDIO HEAD R

AUDIO HEAD L

A.HEAD SW

ABS NORMAL

D.REC

H

TL4501 TL4502

(GC/GCS)

A3

A2

A1

TL4504

TL4503

L4501

1.2u

B5

B6

B7

B8

B9

B10

B1

B2

B3

B4

B11

B12

B13

B14

C4536

0.01

C4517

6V22

QR4404

B1GDBFNN0001

(BUFFER)

-0.4

0

-0.4

-0.4

R4425

470

0

QR4406

B1GBCFGA0019

(MUTE)

R4424

470

0

QR4405

B1GBCFGA0019

(MUTE)

C4601

16V10


R4601

39K

5.1

QR4401

B1GBCFGA0019

0

C4603

1500P

C4538

0.01

C4525

16V22

-0.4

R4651

680

0

QR4651

B1GBCFGA0019

(MUTE)

R4513

2200

0

A4

TL4551

C4519

16V10

5.8

52

5.8

53

0

54

0.2

49

0.5

50

5.1

51

55 GND

TL4552

C4520

16V10

0

56

5.8

57

12.3

58 VCC2

C4527

16V10

6.0

59

R4602

6800

C4522

6V22

0.7

60

C4521

16V10

2.4

61

C4524

0.1

2.4

62

63

DET

64

SWITCH

RCH

SWITCH

LCH

NORMAL

OUTPUT

SWITCH


A1 A2 A3

48

2.5

47

2.5

46

4.7

45

2.0

44

3.2

C4516

16V10

43

4.2

R4539

330

R4540

330

42

4.3

41

+

OUTPUT

SELECT

SWITCH

RCH

OUTPUT

SELECT

SWITCH

LCH

IIC BUS

INTERFACE

INPUT SWITCH RCH

40

5.1

39

0

A4

R4530

4700

R4585

510

C4581

0.047

C4515

6V33

37

1.7

R4538

33K

36

0

R4525

1K

35

2.4

C4514

16V10

0.3

34

(0.7)

C4513

6V22

33

2.5

38

R4534

120K

FM

MODULATOR/

DEMODULATOR

BPF

BPF

FM

AGC &

SWITCH

LPF

LPF

MODULATOR/

DEMODULATOR

+

INPUT SWITCH LCH

AGC

AGC &

SWITCH

PNR RCH

PREAMP

&

SWITCH

PNR

LCH

32

2.5

REC AGC

DET

31

2.4

(1.0)

30

1.7

(4.1)

29

1.8

(4.3)

ENV.DET

OUT

28

0.1

(4.1)

27

2.4

(0)

REC

DC2

26

0

(2.0)

C4511

0.1

C4535

0.015

C4512

0.22

R4500

1K

VCC 25

5.1

24

0.7

(2.0)

C4510

0.01

C4530

150P

GND 23

22

0.7

(2.0)

21

0

(1.8)

20

0

(1.9)

C4508

0.033

19

2.5

C4534

0.015

18

2.5

C4507

16V22

17

0.3

(0.7)

C4506

16V10

C4531

150P

TW4501

C4509

0.01

L4502

390u

C4537

56P

R4527

680

TW4502

D4501

MA165

TL4507

TL4511

B14

B13

B12

B11

B10

B9

IC4501

AN3656NFBPBV

1

0

C4303

50V0.22

2

0

3

0

C4304

50V0.22

4

0

5

0

6

2.4

C4502

16V10

7

2.0

C4503

16V10

8

0

9

0

10

0

11 12

2.0

C4504

16V10

13

0

14

0

15

0

16

2.4

R4532

4700

R4586

510

C4582

0.047

C4505

6V33

TL4506 TL4505

A

NOTE:THE MEASUREMENT MODE OF THE DC VOLTAGE IN THE BRACKETS( )ON THIS DIAGRAM IS RECORD MODE


THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS PLAYBACK MODE


1 2 3 4

B1 B2 B3 B4 B5




5 6 7

B6 B7

8

B8



ORDER A PART,PLEASE REFER TO PARTS LIST.

9 10

NV-VP60GL/GC/GCS

Hi-Fi AUDIO SECTION

SCHEMATIC DIAGRAM

11

72


16.7. DECORDER SECTION IN MAIN SCHEMATIC DIAGRAM (NV-VP60GL)

F





S

S

IIC CLOCK

IIC DATA

R7310

220

IC7301

C0ZBZ0001081

44

2.4

43

TL7303

0

42

2.4

41

C7317

16V47

2.4

40

2.4

39

2.4

38

TL7302

0

37

0

36

2.5

35

C7316

4700P

2.5

34

C7315

0.47

AUDIO SIGNAL PATH

E

A TUNER AUDIO (L)

D

V TUNER AUDIO (N)

AF

AMPLIFIER 1

POWER

SUPPLY

AF SWITCH

C

A TUNER AUDIO (R)

R7319

4300

R7320

3300

C7313

16V10

R7312

6800

C7321

1500P

R7317

4300

R7318

3300

C7312

16V10

R7313

6800

C7320

1500P

L7302

0

R7315

4300

R7316

3300

C7318

16V10

R7314

6800

C7319

1500P

C7326

0.47

2.4

1

2.4

2

C7324

0.01

2.4

3

4

5

C7325

0.01

2.4

6

7

2.4

8

9

2.4

10

11

STEREO

DECODER

STEREO

ADJUST

FM DEMODULATOR

NARROW-BAND

PLL SC1

AF

AMPLIFIER 2

FM DEMODULATOR

NARROW-BAND

PLL SC2

DIGITAL

IDENTIFICATION

PILOT

NARROW-BAND PLL

IIC BUS

TRANSCEVER

B

A

0

12

0

13

2.9

14

2.6

15 16

L7602

0

P AUDIO 5V

C7303

6V100

C7304

0.1

R7321

5600

C7329

0

P GND

C7328

680P

C7327

0.012

X7301

H0H400400006

L7301

0

C7301

0.01

P SIF

NOTE:CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER

FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.


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

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

1 2 3 4 5

17

2.8

18

R7323

9100

C7331

0.012

19

C7330

680P

6

20

2.3

21 22

7

26

1.4

25

2.4

24

1.5

23

0

33

2.4

C7337

0.47

32

2.4

31

2.9

C7336

0.1

30

5.0

R7325

100

29

5.0

R7324

100

R7308

7500

28

5.0

C7305

6V100

L7303

0

C7335

0.1

27

C7333

0.47

C7338

0.47

R7306

3900

R7307

4700

R7305

100

NV-VP60GL

DECODER SECTION SCHEMATIC DIAGRAM

8 9

73


16.8. DVD INTERFACE SECTION IN MAIN SCHEMATIC DIAGRAM

G

F


T :TO TIMER SECTION


V DVD VIDEO OUT

V DVD VIDEO IN

P ADAC 5V

P A 5V/D 5V

P D 3.3V

P D 1.2V

P M 9V

P GND

R33004

220

R33005

220

L33501

22u

L34001

100u

TL1030

C34010

6V220

L34701

22u

C33002

22P

C34701

50V4.7

VCR VIDEO MAIN SIGNAL PATH IN REC MODE

VCR AUDIO MAIN SIGNAL PATH IN REC MODE

DVD VIDEO MAIN SIGNAL PATH IN PLAYBACK MODE

DVD AUDIO MAIN SIGNAL PATH IN PLAYBACK MODE

C34707

0.1

B1 B3 B4 B5

C33515

6V330

C33531

0.01

R33511

10K

C33503

0.01

C33509

6V220

C33510

6V22

C33516

0.01

C33511

6V220

C33512

6V22

32

2.4

31

0

30

2.0

(2.3)

29

2.0

(2.3)

28

0

C33513

6V220

C33514

6V22

27

1.8

(2.1)

26

1.8

(2.1)

25

5.0

24

1.8

(2.1)

23

1.8

(2.1)

22

5.0

21

2.4

20

2.4

19

B6

C33517

6V330

18

2.4

17

2.4

C34706

25V47

R34706

1K

+ + -

+

+ + + + -

LPF

6.75MHz

SDC

LPF

6.75MHz

LPF

6.75MHz

LPF

6.75MHz

LPF

6.75MHz

IC33501

AN13330A-VF

BIAS CLAMP CLAMP BIAS BIAS

E

C33501

6V220

C33502

0.1

1

5.0

2

2.4

3 4

4.2

5

2.3

6

1.6

7

0

8

SELECTOR

9

2.3

10

1.3

11

1.0

12

1.6

13

4.8

14

2.4

15 16

2.4

D

C

B

P34301

M 9V

GND (M)

D 1.2V

GND (D)

D 3.3V

GND (D)

A 5V/D 5V

GND (A)

ADAC 5V

GND (V)

Y OUT

GND (V)

C OUT

GND (V)

PR/CR/R OUT

Y/CY/G OUT

PB/CB/B OUT

GND (D)

CPU CMD

CPU STATUS

CPU CLOCK

TRAY/TRV

TRV I SW

TRAY DRV

TRAY MUTE

A MUTE

AUDIO (R)

GND (A)

AUDIO (L)

DIGITAL AUDIO

23

24

25

26

27

28

29

30

16

17

18

19

20

21

22

10

11

12

13

14

15

7

8

9

5

6

3

4

1

2

T

T

T

T

WIDE

D-WIDE1

D-WIDE2

CPU CMD

T CPU STATUS

T CPU CLOCK

T TRAY/TRV

T TRV I SW

T TRAY DRV

T TRAY MUTE

LB33010 J0JCC0000188

LB33011 J0JCC0000188

LB33012 J0JCC0000188

LB33013 J0JCC0000188

LB33001 J0JCC0000188

LB33004 J0JBC0000015

LB33003 J0JBC0000015

LB33002 J0JBC0000015

A4

A5

A6

A7

A8

A9

A10

LB34701 J0JBC0000011

A4

A5

A6

A7

A1

A2

A3

A8

A9

A10

A1

A2

A3

C33504

0.01

C34302

16V47

R34307

6200

R34303

11K

C34309

470P

C34308

47P

R34304

12K

C34307

0.1

C34310

16V100

12.2

8

VCC

7

6.1

6

6.1

5

6.1

-

+

IC34301

C0ABBB000230

C34303

16V47

R34305

6200

R34301

11K

+

-

1

6.1

C34305

47P

2

6.1

R34302

12K

C34306

470P

3

6.1

R34310

10K

VEE

4

C34311

6V47

R34309

10K

C33505

0.1

C33522

6V22

R33501

10K

R33502

10K

C33506

0.1

C33507

1

C34415

16V47

R34429

820

R34423

47K

C34405

1000P

4.6

(-0.7)

0

QR34419

B1GBCFJA0020

(MUTE)

C34414

16V47

R34428

820

R34422

47K

C34427

1000P

R34403

1K

0

QR34304

B1GDBEJJ0002

(BUFFER)

4.6

(-0.7)

4.6

(0)

QR34303

B1GBCFJJ0045

(INV.)

0

(4.1)

QR34302

B1GBCFJA0020

(SWITCHING)

C34402

0.1

0

QR34410

B1GBCFJA0020

(MUTE)

C33508

1

A

P REG 12V

P UNREG 6V

T POWER MUTE




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


1 2 3 4

NOTE:THE MEASUREMENT MODE OF THE DC VOLTAGE IN THE BRACKETS( )ON THIS DIAGRAM IS DVD PLAYBACK MODE.

THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE.

5 6 7 8

B6

TL33374

R34703

75

C34705

25V47

R34704

220

R34702

10K

TL33373

R33373

75

R34371

220

R33372

75

TL34371

TL33372

B5

B4

B1

B3

R34372

220

R33371

75

R33376

75

R33375

75

R34701

1K

2.4

R34705

1K

4.9

Q34701

2SC22950BL

(AMP)

1.6

TL34372

TL33371

TL33376

TL33375

7

8

9

4

5

6

DVD OUT

JK34301

K2HA612B0049

1

COAXIAL

OUT

2

PR OUT

3

AUDIO

(L) OUT

PB OUT

AUDIO

(R) OUT

Y OUT

C

Y

DVD S VIDEO OUT

JK34302

K1CB105B0041

4

3

5

1

2

MIX OUT (R)

MIX OUT (L)

A

A

NV-VP60GL/GC/GCS

DVD INTERFACE SECTION SCHEMATIC DIAGRAM

9 10

74

16.9. FRONT SW SCHEMATIC DIAGRAM

B

OPEN/CLOSE

S7585

EVQ11L07B

A

PP7581

GND

KEY 3

KEY 4

GND

GND

GND

1

2

3

4

5

6

D.STOP

S7581

EVQ11L07B

R7581

1800

D.PLAY

S7582

EVQ11L07B

R7582

3300

DVD-RAM

COPYING

S7583

EVQ11L07B

R7583

4700

AV ENHANCER

S7584

EVQ11L07B

2



ORDER A PART,PLEASE TO PARTS LIST.

3 1

16.10. FRONT JACK SCHEMATIC DIAGRAM

4

NV-VP60GL/GC/GCS

FRONT SW SCHEMATIC DIAGRAM

5



D

AV2

JK4801

K2HA306A0030

VIDEO

IN

AUDIO

IN (L)

AUDIO

IN (R)

C

PP4802

FRONT VIDEO

GND (AV)

FRONT AUDIO (L)

FRONT AUDIO (R)

GND

KEY 1

KEY 2

1

2

3

4

5

6

7

8

B

A

1

FF

S7565

EVQ11L07B

R7565

1800

REW

S7566

EVQ11L07B

R7566

3300

CH DOWN

S7567

EVQ11L07B

R7567

4700

REC/OTR

S7568

EVQ11L07B

PLAY

S7561

EVQ11L07B

STOP

S7562

EVQ11L07B

CH UP

S7563

EVQ11L07B

T.REC

S7564

EVQ11L07B

R7561

1800

R7562

3300

R7563

4700

2 3 4

7 6 5 4 3 2 1

LB4801

0

LB4802

0

R4801

0

R4802

0

R4803

75

JW7560

3

2

1

GND

POWER

EJECT

GND

POWER

EJECT

3

2

1

POWER

S7569

EVQ11L07B

R7568

6800

R7564

6800

EJECT

S7570

EVQ11L07B




5 6

NV-VP60GL/GC/GCS

FRONT JACK SCHEMATIC DIAGRAM

7 8

75



16.11. DVD MODULE SCHEMATIC DIAGRAM

G

F

E

TO MOTOR

FP2601)

(B-1)

P8201

TRV INNER SW

GND (FG)

SPD MOTOR (-)

SPD MOTOR (+)

TRV MOTOR (+)

TRV MOTOR (-)

1

2

3

4

5

6

D

C

B

TO DVD

INTERFACE

SECTION

P34301

(D-1)

P8003

M 9V

MGND

D 1.2V

DGND

D 3.3V

DGND

A 5V/D 5V

AGND

ADAC 5V

VGND

Y OUT

VGND

C OUT

VGND

CR/PR/R OUT

Y/PY/G OUT

CB/PB/B OUT

DGND

CPU CMD

CPU STAT

CPU CLK

TRAY/TRV

TRV I SW

TRAY DRV

TRAY MUTE

A MUTE

AUDIO (R)

ADGND

AUDIO (L)

A DIGITAL

21

22

23

24

25

18

19

20

15

16

17

26

27

28

29

30

10

11

12

13

14

7

8

9

4

5

6

1

2

3

P8001

(TO OPTICAL PICKUP)

GND (VRCD)

SUBSEL

PIN (CD)

SUB1

SUB2

VCC 5V

VREF1

GND (OEIC)

LD+ (DVD)

GND (LD)

LD+ (CD)

PIN (DVD)

RFN

RFP

GND

FE1 (DVD/CD)

FE2 (DVD/CD)

TC (DVD)

TD (DVD)

TB (DVD)

TA (DVD)

HFN

T-

F-

F+

T+

3

4

1

2

5

6

7

11

12

13

8

9

10

14

15

16

17

18

19

20

21

22

23

24

25

26

C8533 0.1

LB8530

J0JHC0000045

C8530

0.1

1

3

RX8531

56x2

2

4

C8532 220P

R8533 0

R8532 2200

A1

A2

A3

A4

LB8531 0

LB8551 J0JBC0000042

LB8561 J0JBC0000042

R8531 1500

C8531 100P

A5

A6

A7

A8

VIN5

VIN6

VIN7

VIN8

VIN3

VIN4

VIN2

VIN1

C8571

1

C8572

0.1

LB8571 J0JBC0000042

LB8560 0

LB8258 0

LB8259 0

LB8257 0

A9

A10

A11

A12

R8214

4.7K

LB8263 0

A13

A14

A15

A16

A17

LB8301 J0JBC0000014

LB8302 J0JBC0000014

LB8305 J0JBC0000014

LB8303 J0JBC0000015

LB8304 J0JBC0000014

LB8691 100

LB8693 100

LB8692 100

LB8255 0

LB8256 0

LB8261 0

LB8262 0

LB8424 0

LB8422 0

LB8421 0

LB8491 J0JCC0000119

QR8420

B1GBCFJJ0047

(INV.)

0(4.1)

3.2(0)

A18

A19

A20

A21

A22

A23

A24

A25

A26

A27

A28 VIN1

VIN2

VIN4

VIN3

VIN5

VIN6

A

VIN7

VIN8

1 2 3 4

2

4

6

8

RX8532

56x4

1

3

5

7

1

3

RX8533

56x2

2

4

1

3

RX8534

56x2

2

4

D8571

MA2J72800L

QR8571

B1GDCFEC0001

(SWITCHING)

0.5

(3.1)

3.2

3.2

(0)

LB8550 0

A29

R8271 2K

C8255

16V47

C8209

16V47

C8256

0.1

C8207

0.1

C8210 0.1

R8270 1K

R8273 47K

R8274 47K

28 27 26 25 24 23 22 30 21 20 19 18 17 16 15

C8252

0.1

C8251

6V220

C8271 0.1

A21

A50

A51

R8219

7500

A22

A52

R8220

7500

C8270 0.1

A23 A14

A15

A16

A17

R8262

15K

C8261

0.1

1 2 3 4 5 6 7 29 8 9 10 11 12 13 14

A30

A31

A32 A33

A42

LB8307

J0JBC0000014

R8321

68

R8322

0

A34 A10

A11

A9

A12

A43

LB8306

J0JBC0000014

R8325

68

R8326

0

IC8251

C0GBG0000048

(MOTOR DRIVE)

C8257 0.1

R8263 82K

R8261 82K

A44

LB8310

J0JBC0000014

R8341

68

R8420

2200

A24

A26

A25

A

LB8011

J0JHC0000045

LB8001

J0JHC0000045

B

C8001

6V100

C8011

6V100

C

D

C8422

0.1

C8421

6V100

C8426

47P

16 15 14 13 12 11 10 9

C8425

22P

1 2 3 4 5 6 7 8

A45

A35

A36

A37

A38

A39

A40

A41

A46

LB8308

J0JBC0000015

R8331

68

R8332

0

IC8420

C0FBBK000049

(AUDIO D/A CONVERTER)

C8424

0.1

LB8309

J0JBC0000014

R8335

68

VIN1

VIN2

VIN4

VIN3

VIN5

VIN6

VIN7

VIN8

5

A7 A47

C8541

4700P

R8541

15K

TL8521

R8568

47K

R8567

51

R8566

56

C8563

6V47

5.0

(4.6)

Q8562

2SB09700RL

(LD DRIVE)

0

(2.2)

5.0

(3.9)

R8565

2.2

R8564

22

5.0

(3.9)

0

(0.4)

R8562

1K

C8564

10

R8563

1K

C8561

0.1

0(1.2)

Q8561

B1ABDF000018

(LD DRIVE)

R8561

0

A48 A6

A49

R8559 15K

TL8510

CL8561 TL8511

R8558

47K

R8557

51

R8556

56

C8553

6V47

C8554

10

R8553

1K

C8551

0.1

Q8552

2SB09700RL

(LD DRIVE)

5.0

0

5.0

R8555

2.2

R8554

68

R8552

1K

0

5.0

0

Q8551

B1ABDF000018

(LD DRIVE)

R8551

0

6 7 8 9

CL8551

NV-VP60GL/GC/GCS

DVD MODULE SCHEMATIC DIAGRAM

10 11

F

E

76


A

B

C

D

C8652

0.1

EXADR16

CL8654

C8651

0.1

48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25

CL8651

CL8653

IC8651

RFKWVPA0S160:GL/GC

RFKWVPA0T160:GCS

(16M FLASH MEMORY)

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

C8606

0.1

3

VSS

2

VDD

3.2

3.2

1

OUT

IC8606

C0EBE0000456

(RESET)

NC

4

CD

5

R8601

100K

C8602

0.015

4

GND

3

NC

3.2

OUT

1

VDD

2

1.2

IC8601

C0EBA0000029

(RESET)

C8601

0.1

E

F

NV-VP60GL/GC/GCS


12 13 14

A53 A54

MDQ15

MDQ0

MDQ14

MDQ1

MDQ13

MDQ2

MDQ12

MDQ3

MDQ11

MDQ4

MDQ10

MDQ5

MDQ9

MDQ6

MDQ8

MDQ7

1

3

5

7

RX8011

82x4

2

4

6

8

1

3

5

7

RX8012

82x4

2

4

6

8

1

3

5

7

RX8013

82x4

2

4

6

8

1

3

5

7

RX8014

82x4

2

4

6

8

C1

C2

C3

C4

C5

C6

C7

C8

C9

C10

C11

C12

C13

C14

C15

C16

BA0

BA1

MA11

MA9

MA8

MA10

DQM0

DQM1

NCAS

NRAS

MA7

MA0

MA6

MA1

MA5

MA2

MA4

MA3

1

3

RX8019

22x2

2

4

1

3

RX8018

22x2

2

4

1

3

RX8020

22x2

2

4

1

3

5

7

RX8015

82x4

2

4

6

8

1

3

5

7

RX8016

82x4

2

4

6

8

1

3

5

7

RX8017

82x4

2

4

6

8

C17

C18

C19

C20

C21

C22

C23

C24

C25

C26

C27

C28

C29

C30

C31

C32

C33

C34

3

1

RX8611

4700x2

4

2

A55

A56

A57

CL8612 CL8611

R8611

100

C8611

0.1

8

3.2

7 6

3.2

5

3.2

IC8611

(EEP ROM)

1 2 3 4

A58

C8057

1

DQM1

54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

C8056

1

C8058

10

IC8051

C3ABPG000133

(64M SDRAM)

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

C8059

10

C8055

1

A59

A60

A61

NOTE:CIRCUIT VOLTAGE AND WAVEFORM DESCRIBED HEREIN SHALL BE REGARDED AS REFERENCE INFORMATION WHEN PROBING DEFECT POINT,BECAUSE IT MAY DIFFER

FROM AN ACTUAL MEASURING VALUE DUE TO DIFFERENCE OF MEASURING INSTRUMENT AND ITS MEASURING CONDITION AND PRODUCT ITSELF.

15 16 17 18 19 20

77

NV-VP60GL/GC/GCS


21 22

H

I

A

D

E

F

G

B

C


A

E

F

G

B

C

D

A61

R8013

22

A58 A60

R8012

22

C8004

0.1

C8003

0.1

C8014

0.1

C8015

0.1

RF SIGNAL PATH

VIDEO MAIN SIGNAL PATH

AUDIO MAIN SIGNAL PATH

MOTOR DRIVE SIGNAL PATH

TRACKING ERROR SIGNAL PATH

FOCUS ERROR SIGNAL PATH

C8019

0.1

C8017

0.1

C8016

0.1

C8012

0.1

C8013

0.1

C34

C33

C32

C31

C30

C29

C28

C27

C26

C25

C22 C24

C21

C23 C20

C19

C18

C17

C16

C15

C14

C13

C12

C11

C10

C9

C8

C7

C6

C5

C4

C3

C2

C1

C8007

0.1

EXADR 0

A54

A53

A55

EXADR 19

EXADR 18

EXADR 17

EXADR 7

EXADR 6

EXADR 5

EXADR 4

EXADR 3

EXADR 2

EXADR 1

EXDT 13

EXDT 6

EXDT 14

EXDT 7

EXDT 15

EXADR 16

EXADR 15

EXADR 14

EXADR 13

EXADR 12

EXADR 11

EXADR 10

EXADR 9

EXADR 8

EXDT 0

EXDT 8

EXDT 1

EXDT 9

EXDT 2

EXDT 10

EXDT 3

EXDT 11

EXDT 4

EXDT 12

EXDT 5

C8020

0.1

C8021

0.1

C8006

0.1

C8018

0.1

256 255 254 253 252 251 250 249 248 247 246 245 244 243 242 241 240 239 238 237 236 235 234 233 232 231 230 229 228 227 226

VSS

VDD33

EXADT0

NEXCE

NEXOE

VSS

VDD12

EXDT0

EXDT8

EXDT1

EXDT9

EXDT2

EXDT10

EXDT3

EXDT11

EXDT4

EXDT12

EXDT5

VSS

VDD33

EXDT13

EXDT6

EXDT14

EXDT7

EXDT15

EXADR16

EXADT15

EXADT14

VSS

VDD12

EXADT13

EXADT12

EXADT11

EXADT10

EXADT9

EXADT8

VSS

VDD33

EXADR19

NEXWE

EXADR18

EXADR17

EXADT7

EXADT6

EXADT5

EXADT4

EXADT3

EXADT2

EXADT1

MDQ18

VSS

VDD33

MDQ28

MDQ19

MDQ27

MDQ20

VDD33

VSS

MDQ26

MDQ21

MDQ25

MDQ22

MDQ24

MDQ23

3.2

1

2

3

4

5

3.2

8

9

10

6

7

11

12

3.2

16

17

18

13

14

15

1.2

3.2(1.2)

44

45

46

0(1.0)

3.2(1.2)

0(1.3)

47

48

0(1.3)

0(0.8)

49

50

51

3.2

0(1.2)

52

53

54

3.2

0(0.1)

0(0.3)

55

56

57

0(1.0)

3.2(1.8)

3.2(1.1)

58

59

0(1.4)

3.2(2.1)

3.2(2.0)

60

61

62

3.2(1.5)

63

64

19

20

21

1.2

0.4(0.9)

0(0.8)

22

23

0.4(0.9)

0.7(1.2)

1.8(1.6)

24

25

26

1.0(1.2)

1.6

27

28

29

1.3(1.7)

1.6

1.5(1.1)

30

31

32

1.5(1.3)

33

3.2

34

35

1.6

1.5(1.3)

0.4(1.9)

36

37

1.8

0.4(2.2)

0(1.7)

38

39

40

3.2(0.8)

3.2(1.0)

41

42

43

225 224 223 222 221 220 219 218 217 216 215 214 213 212 211 210 209

IC8001

MN2DS0009VP

(DV LSI)

208 207 206 205 204 203 202 201 200 199 198 197 196 195

(192)TRCDATA1

194 193 2 4

1 3

RX8031

4700X2

TRCDATA0

TRCCLK

EXTRG0

192

191

190

189

SDATA

SCLOCK

EXTRG1

VSS

VDD33

VDIO0

VDIO1

VDIO2

182

181

188

187

186

185

184

183

VDIO3

VDIO4

VDIO5

180

179

178

VDIO6

VDIO7

VDD33

VSS

IECOUT

ADOUT0

177

176

175

174

173

172

ADOUT1

ADOUT2

171

170

ADOUT3

SRCK

LRCK

DACCK

VDD12

VSS

169

168

167

166

165

164

OSCO

OSCI

AVSSG

AVDDG

AVSSE

AVDDE

DAC5OUT

DAC4OUT

157

156

163

162

161

160

159

158

AVSSF

COMP2

IREF1

155

154

153

VREF

COMP1

AVDDF

DAC1OUT

DAC2OUT

DAC3OUT

AVDDH

PWM0

146

145

152

151

150

149

148

147

PWM1

AVSSH

AD4

144

143

142

AD2

AD1

AD0

VIN1

VIN2

VIN4

VIN3

VIN8

135

134

141

140

139

138

137

136

VIN7

VIN6

VIN5

133

132

131

VIN9

VIN10

130

129

0

3.2

3.2

3.2

3.2

1.6

0(0.7)

1.6

1.6

1.6

1.2

-

-

3.2

3.2

0.8

0.4

2.2

2.2

2.2

2.2

2.2

2.2

1.7

1.7

1.7

2.3

2.2

2.2

2.2

2.2

1.8

1.0

1.0

1.8

3.2

0.3 (0.5)

0.4

0.4

3.2

1.6

1.6

C8025 0.1

C8005 0.1

C8026 0.1

R8026 100

C8313 1

R8313 9.1K

R8311 2400

C8312 1

1

3

RX8401

100x2

C8302 6V33

C8304 0.1

C8305 0.1

2

4

R8401 100

LB8401 J0JBC0000042

C8401 15P

L8302

10u

C8301 6V220

R8314 0

C8303 0.1

L8201 10u

L8301 10u

D8211 MA2J11100L

VIN1

VIN2

VIN4

VIN3

VIN8

VIN7

VIN6

VIN5

C8008

0.1

RX8691

10Kx2

3

1

2

4

RX8001

10Kx2

1

3

4

2

C8023

0.1

R8002

47K

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128

A57

A56

A18

A19

A20

A35

A37

A36 A28

A29 A59

A62

A3

A50

A34

A13

A52

A51

CL8232

C8024 0.1

CL8231

R8230

1.5K

C8505 0.1

A1 A2

C8512 1

C8511 1

CL8512

CL8511

A8

A49

A4

A48

A5

A30

A62

TL8201

C8515 0.1

C8516 0.1

C8514 0.1

C8513 0.1

C8529 1

C8528 1

H

I

NV-VP60GL/GC/GCS


23 24 25

NOTE:THE MEASUREMENT MODE OF THE DC VOLTAGE IN THE BRACKETS( )ON THIS DIAGRAM IS DVD PLAYBACK MODE.

THE MEASUREMENT MODE OF THE DC VOLTAGE OUT OF THE BRACKETS ON THIS DIAGRAM IS STOP MODE.

26 27 28 29

C8501

6V100

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

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

30 31

A63

A64

A65

A27

A39

A40

A41

A38

A43

A42

A45

A46

A44

A33

A47 A32

A31

A64

A63

A65

C8203

0.1

C8306

0.1

R8612 1M

X8621

H0J270500085

C8621

12P

R8622

1K

C8622

15P

R8225

8200

CL8226

C8225

1000P

C8226

1000P

R8221

8200

CL8222

C8221

1000P

C8222

820P

3 1

RX8032

4700x2

4 2

NV-VP60GL/GC/GCS

9

10

6

7

8

PS8003

(TO TEST TERMINAL

FOR PROGRAM)

1

2

DGND

SDATA

3

4

5

KMODE

EXTRG0

DGND

SCLOCK

DGND

NRESET

VDD

VDD


32 33

78

16.12. MOTOR SCHEMATIC DIAGRAM

B

A

TRV INNER SW

GND (FG)

SPD MOTOR (-)

SPD MOTOR (+)

TRV MOTOR (-)

TRV MOTOR (+)

FP2601

1

2

3

4

5

6

TC2603 TC2604 TC2605

TRAVERS

INNER

SW2601

K0L1BB000026

-

SPINDLE

MOTOR

M2601

M

+

C2601

0.1

-

TRAVERS

MOTOR

M2602

M

+

C2602

0.1

TC2606 TC2607 TC2608




1 2

NV-VP60GL/GC/GCS

MOTOR SCHEMATIC DIAGRAM

3 4

79



80


17 CIRCUIT BOARD ASSEMBLIES

17.1. POWER C.B.A.

(VEPV0049A)

E

E

D

F1101

C

B

A

1

HOT

2 3


COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL

CHARACTERISTICS FOR SAFETY.

WHEN REPLACING ANY OF THESE COMPONENTS, USE ONLY THE

SAME TYPE.

CAUTION

THE STRIPED FRAME 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.

Transistor

Q1200

Integrated Circuit

POWER C.B.A.

Test Point

C-5 TL1004

TL1006

TL1008

IC1150 C-3

IC1200 B-5

TL1016

TL1036

Connector

P1101

P1103

ADDRESS INFORMATION

E-4

D-5

E-5

E-5

E-5

C-1

E-5

4

81

5 6 7

NV-VP60GL/GC/GCS

POWER C.B.A.

8


17.2. MAIN C.B.A.

(VEPV0069A: NV-VP60GL)(VEPV0069C: NV-VP60GC)(VEPV0069D: NV-VP60GCS)

F

E

IC33501

IC2501

IC6301

D

(GCS/GL)

IC6001

C

IC34301

IC1290

B

A

1 2 3

P37501

IC1511

IC36001

IC7552

4 5

82

IC3001

6

IC4501

IC1512

(GL)

(GL)

(GL)

(GL)

(GL)

(GL)

(GL)

(GL)

(GL)

IC7301

(GL)

(GL)

(GL)

(GL)

7

NV-VP60GL/GC/GCS

MAIN C.B.A.

8



WHEN REPLACING ANY OF THESE COMPONENTS, USE ONLY THE SAME TYPE.

Transistor

Q1240 C-2

MAIN C.B.A.

Test Point

TL1030 B-2

Q1241 C-2

Q1242 C-2

Q1341 B-2

Q1342 D-3

TL1031 C-2

TL1032 D-2

TL1033 C-2

TL1034 A-2

Q1351 B-6

Q1352 B-7

Q1354 B-7

Q1360 A-2

Q1371 C-2

Q1501 C-3

Q1502 C-8

Q3001 D-6

Q3003 D-6

TL2015 D-4

TL2502 D-3

TL3711 F-5

TL3712 F-5

TL4403 F-5

TL4404 F-5

TL4405 F-5

Q4082 E-6

Q4083 E-6

Q4084 B-8

Q4085 B-8

Q6305 B-3

Q6306 C-3

Q6307 A-2

Q7601 E-8

Q7701 C-4

Q33001 A-2

Q34701 E-4

Q36012 A-4

Q36014 A-4

Q36016 A-4

Q36330 A-4

Q36360 B-5

Transistor & Resistor

TL4406 F-5

TL4501 D-8

TL4502 D-7

TL4503 F-6

TL4504 F-5

TL4505 E-5

TL4506 E-5

TL4507 C-6

TL4511 D-7

TL4551 D-8

TL4552 F-8

TL6001 D-4

TL6005 C-4

TL6010 C-4

TL6012 B-5

TL6013 B-7

TL6014 C-5

TL7301 B-8

TL7302 C-8

TL7303 C-7

TL7509 C-4

TL7510 C-4

TL7511 B-4

QR1342 C-3

QR3001 C-5

QR4061 E-6

QR4081 E-6

QR4082 E-6

QR4401 F-8

QR4404 F-8

QR4405 F-6

QR4406 F-5

QR4651 F-8

QR34302 B-3

QR34303 B-3

QR34304 B-3

QR34410 F-3

QR34419 F-3

QR36001 B-5

QR36002 B-5

QR36007 B-5

QR36008 B-5


IC1290 C-1

IC1511 B-5

IC1512 B-6

IC2501 E-3

IC3001 D-6

IC3701 F-4

IC4501 E-7

IC6001 C-4

IC6201 B-4

IC6301 D-3

IC7301 B-7

IC7552 A-5

IC33501 E-3

IC34301 C-3

IC36001 B-5

IC36002 A-5

TL7512 B-4

TL33371 F-3

TL33372 F-4

TL33373 F-4

TL33374 F-4

TL33375 F-4

TL33376 F-4

TL33571 F-3

TL33572 F-2

TL33573 F-2

TL34371 F-3

TL34372 F-3

TW1004 A-6

TW2001 D-8

TW2002 E-3

TW2015 E-4

TW3001 D-8

TW4501 E-6

TW4502 D-8

TW6001 B-8

TW6002 B-8

Connector

P1531 E-3

P2501 E-4

P2571 D-4

P4001 D-7

P4002 E-5

P5001 E-6

P31001 C-1

P34301 B-2

P37501 A-4

PP6101 A-1

PS33001 A-6

PS7502 A-1

T4081 B-8

TU7601 E-8

ADDRESS INFORMATION

NV-VP60GL/GC/GCS

MAIN C.B.A.

83



17.3. FRONT SW C.B.A.

C

(VEPV0059A)

FRONT SW C.B.A.

Connector

PP7581 B-1

ADDRESS INFORMATION

B

A

1

17.4. FRONT JACK C.B.A.

C

(VEPV0050A)

FRONT JACK C.B.A.

Connector

PP4802 B-2

ADDRESS INFORMATION

2 3 4 5

NV-VP60GL/GC/GCS

FRONT SW C.B.A.

6

B

A

1 2 5

NV-VP60GL/GC/GCS

FRONT JACK C.B.A.

6 3

84

4


17.5. DVD MODULE C.B.A.

(REPV0084B: NV-VP60GL/GC)(REPV0084C: NV-VP60GCS)

E

IC8611

IC8606

IC8651

D

IC8251

IC8051

C

IC8420

B

A

1 2 3

(FOIL SIDE)

4

(COMPONENT SIDE)

5 6

85

IC8001

7 8

NV-VP60GL/GC/GCS

DVD MODULE C.B.A.

9


17.6. MOTOR C.B.A.

NV-VP60GL/GC/GCS

DVD MODULE C.B.A.

Transistor

Q8551

Q8552

Q8561

Q8562

QR8420

QR8571


IC8001

IC8051

IC8251

IC8420

IC8601

IC8606

Test Point

B-3

B-3

B-3

A-3

Transistor & Resistor

DVD MODULE C.B.A.

Test Point

B-2

B-4

D-6

D-2

D-4

B-2

D-4

E-4

F

F

F

F

F

F

F

F

C

F

F

F

IC8611 E-4 F

IC8651 E-3 F

CL8511 D-3 F

CL8512 D-3 F

CL8551

CL8554

CL8561

CL8611

CL8612

CL8651

CL8652

CL8653

E-3

E-4

E-3

CL8654 D-2 F

TL8201 D-4 F

F

F

F

TL8510

TL8511

B-3

B-3

F

F

TL8521 B-3 F

Connector

P8001

P8003

P8201

B-3

D-2

B-3

E-4

E-4

B-5

B-7

B-5

C

C

C

F

F

F

F

F

CL8001

CL8002

CL8010

CL8011

D-3

D-5

D-3

D-3

F

CL8012 D-3 F

CL8013 D-3 F

C

F

F

CL8014

CL8015

CL8016

CL8017

CL8029

D-3

D-3

D-3

D-3

E-6

F

F

F

F

C

CL8030

CL8031

CL8222

CL8226

CL8231

CL8232

E-5

E-5

D-3

D-3

D-4

D-4

F

F

F

C

C

F

ADDRESS INFORMATION

86

B

A

D

(REP3606A-1C)

C

1 2 3

NV-VP60GL/GC/GCS

MOTOR C.B.A.

4

18 EXPLODED VIEWS

18.1. VCR MECHANISM CHASSIS PARTS SECTION


87


18.2. DVD MECHANISM CHASSIS PARTS SECTION

88

18.3. CASING PARTS SECTION


89


18.4. PACKING PARTS SECTION

90


B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B12

21

22

23

24

25

26

27

15

17

18

19

20

5

6

7

1

2

3

4

8

9

10

11

12

14

33

34

35

36

39

40

28

29

30

31

41

50

51

52

53

54

55

19 REPLACEMENT PARTS LIST

19.1. VCR MECHANISM CHASSIS

PARTS SECTION PARTS LIST

Ref.

No.

B13

B14

B15

Note:

*All parts except parts mentioned [PAVC-CSG] in the

Remarks column are supplied by PAVCSG.

Parts mentioned [PAVC-CSG] are supplied by PAVC-CSG.

Ref.

No.

Part No.

Part Name & Description

VXL3108

VXL3109

VXL3110

VXL3111

VXL3252

VXL3113

VMB3548

VXL3124

VXP2133

VXP2168

VMD4983

VMA0L25

VMD4255

VMD4254

VML3706

VXA8265

VXL3160

VEG1697-DKIT CYLINDER UNIT

VEM0800T CAPSTAN MOTOR

L1AZ00000004 FE HEAD

VDG1686 INTERMEDIATE GEAR

VDG1511

VDG1512

VDG1512

MAIN CAM GEAR

IDLER GEAR

IDLER GEAR

VDG1514

VDR0372A

VDR0372A

VDV0391

VMB3550A

VMD5466

CHANGE GEAR

REEL TABLE

REEL TABLE

CAPSTAN BELT

CHANGING GEAR SPRING

OPENER PIECE

VMD4253

VML3624

VML3626

VML3632

VMX3092

LED PRISM

MAIN LEVER

PINCH CHARGE ARM

IDLER ARM

P4 CAP

VDB1431

VEM0797A

VXA7105

VXA7106

TENSION ARM BOSH

LOADING MOTOR UNIT

SUPPLY SHAFT HOLDER

TAKE UP SHAFT HOLDER

L1AE00000044 AC HEAD

VDG1684 SECTOR GEAR

VXL3107 SUPPLY LOADING ARM

TAKE UP LOADING ARM

PINCH ARM

P5 ARM

TENSION ARM

SUPPLY BRAKE ARM

TAKE UP BRAKE ARM

TAKE UP BRAKE SPRING

CHANGING LEVER

CENTER CLUTH

TORQUE CLUTCH

FLAT CABLE HOLDER

TOP PLATE

SIDE PLATE (L)

SIDE PLATE (R)

OPENER LEVER

CASSETTE HOLDER

WIPER ARM

Remarks

W1

W2

W3

W4

Part No.

VHD1117

VHD1117

VHD1117

VMX2208

VMX3114

VMX2699

VMX3196


SCREW

SCREW

SCREW

WASHER

WASHER

WASHER

WASHER

Ref.

No.

101

102

103

104

105

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

124

128

129

130

131

132

134

135

138

139

143

145

Part No.


RXQ1465

RMR1654-K

RMS0712-1

RMS0712-1

RMN0771

RMG0689-A

RMG0689-A

RMG0689-A

RMG0689-A

RDGC0499-J

RMC0415-1

RMC0415-1

RMC0415-1

RMEC0320

RMEC0320

RMEC0320

SPINDLE MOTOR ASSY

MIDDLE CHASSIS

FIXED PIN

FIXED PIN

FFC HOLDER

FLOATING RUBBER

FLOATING RUBBER

FLOATING RUBBER

FLOATING RUBBER

TRV GEAR(A)

ADJUST SP. HOLDER(A)



ADJUST SPRING

ADJUST SPRING

ADJUST SPRING

RMM0260

RMSC0710

RMSC0711

REZ1706-1

RDG0500

RGQ0280-K4

RXQ0748

JSMC0048

RMR1445-K

RMR1447-X

TRV DRIVE RACK

GUIDE SHAFT (1)

GUIDE SHAFT (2)

6P FFC

TRV GEAR(B)

TRAY

MECHA CHASSIS UNIT

MAGNET

CLAMP PLATE

MAGNET HOLDER

RMR1446-X CLAMP

K0F111E00093 OPEN SW

RAF3114A-CG

REZ1616-3

RQLCA0141

RMQ1280

OPU

INTERFACE FFC 26P

LASER CAUTION LABEL

FFC FIX PLATE

Remarks

19.2. DVD MECHANISM PARTS

SECTION PARTS LIST

Note:




Remarks

VHD1044

XYN3+C4FJ

XTN26+7JFJ

XTN26+7JFJ

XTN26+7JFJ

XTV26+5FFJ

XTV26+5FFJ

XTV26+8FFJ

XTV26+8FFJ

VHD1066

VHD1066

VHD1185

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

B101

B102

B103

B105

B106

B107

B109

W101

XTW3+12SFJ

RHD17045-1

RHD17045-1

VHD1224-1

VHD1224-1

VHD1224-1

RHD14112-J

XWG6FFJ

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

SCREW

WASHER

91


19.3. CASING PARTS SECTION

PARTS LIST

Note:




RWJV0039

VMX3402

RWJV0045

VHD1094

VHD1094

VHD0690

VHD0690

RHD26045

RHD26045

RHD26045

RHD26045

XSN3+4FJK

VHD0690

VHD0690

VHD0690

VHD0690

VHD0690

RHD30090

RHD30090

RHD30090

RHD30090

RHD30090

RHD30111

VHD1770

VHD1770

VHD1770

VHD1770

XTV26+5FFJ

XTW3+10PN

VHD1452

VHD1453

VHD1453

VHD1453

231

238

239

B213

B214

B215

B216

B217

B218

B219

B220

B222

B223

B224

B225

B227

B228

B229

B230

B231

B232

B201

B202

B203

B204

B205

B206

B207

B208

B209

B210

B211

B212

Ref.

No.

208

210

211

212

213

215

216

201

202

203

204

206

207

220

221

222

223

224

225

226

230

Part No.

VGM2051

RMKV0039

RMPV0001A

RYPV0145

RKFV0050A

VMB2521

REXDV0001

RMPV0017

RGKV0114A

VMC1887

RMZV0005

RMN0091

VMX3277

VMX3115

VMX3229

RMXV0026

RMXV0027

VKA0364

VKA0364

RMZV0025

RWJV0040


TOP PANEL

CHASSIS FRAME

BACK PANEL

FRONT PANEL U

BLINDER PANEL

BLINDER SPRING

WIRE CABLE (2P)

FRONT ANGLE

TRAY ORNAMENT

EARTH SPRING

BARRIER (DVD)

SPACER

SPACER

MECHA SPACER ( F )

MECHA SPACER (R)

DVD SPACER (L)

DVD SPACER (R)

FOOT

FOOT

BARRIER (FRAME)

FLAT CARD CABLE (7P)

Remarks

P2501 -

CYLINDE

R

P4002 -

AC HEAD

FLAT CARD CABLE (6P)

SPACER

30P FFC

SCREW TOP

SCREW TOP

SCREW ( REAR P )


SCREW

SCREW

SCREW

SCREW

SCREW






SCREW (PCB)

SCREW (PCB)

SCREW (PCB)

SCREW (PCB)

SCREW (PCB)

SCREW

SCREW (DL1)

SCREW (DL1)

SCREW (DL1)

SCREW (DL1)

SCREW

SCREW (MECHA)

SCREW(L)

SCREW(S)

SCREW(S)

SCREW(S)

Ref.

No.

B234

B235

B236

Part No.

RHD26045

RHD26045

RHD26045


SCREW

SCREW

SCREW

Remarks

19.4. PACKING PARTS SECTION

PARTS LIST

Note:


Remarks column are supplied by PAVCSG


310

311

312

315

315

315

305

306

307

308

Ref.

No.

301

Part No.

RQTV0115


O/I BOOK (ENG/ARAB)

301

302

303

305

RQTV0114 O/I BOOK (ENG)

N2QAYB000006 REMOTE CONTROL

ETR51-52011 BATTERY COVER

K2CQ2CA00006 AC CORD

Remarks

NV-

VP60GC/

GCS

NV-

VP60GL

NV-

VP60GC/

GCS

NV-

VP60GL

K2CJ2DA00008 AC CORD

VJA1124 RF CABLE

K2KA6BA00003 PHONE CABLE

K2CT3CA00004 AC CORD

RPKV0001

VPN6084

VPN6085

RPGV0297

RPGV0312

RPGV0296

ACCESSORY BOX

CUSIHON [L]

CUSHION (R)

PACKING CASE

PACKING CASE

PACKING CASE

VP60GC

NV-

NV-

VP60GC

NV-

VP60GCS

NV-

VP60GL

VFJ8125H3F

VKF0335

VFK0329

VFK0326

VFK0132

VFK27

VFK1024

VFK0330

VFK1301

VFK1298A

VFK1729

RFKZ0318

SERVICE FIXTURES & TOOLS

VHS ALIGNMENT TAPE (PAL)

RETANING

(3mm/4mm)

RING REMOVER

POST ADJUSTMENT SCREWDRIVER

HEX WRENCH SET

BACK TENSION METER

HEAD CLEANING STICK

MOLYTONE GREASE

FINE ADJUSTMENT GEAR DRIVER

SILICONE GREASE

FLOIL GREASE

EXTENSION CABLE (13P)

FLAT CABLE (30P)

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

[PAVC-

CSG]

92


19.5. ELECTRICAL PARTS LIST

Note1:

All parts except parts mentioned [PAVC-CSG] in the



Note2:

"*1","*2","*3" in the Remarks column shows the models as follow.

"*1" : NV-VP60GC-S

"*2" : NV-VP60GCS-S

"*3" : NV-VP60GL-S

Ref.

No.

Part No.

VEPV0069C

VEPV0069D

VEPV0069A

VEPV0049A

VEPV0050A

VEPV0059A

REPV0084B

REPV0084C

Part Name & Description Remarks

MAIN C.B.A.

MAIN C.B.A.

MAIN C.B.A.

POWER C.B.A

FRONT JACK C.B.A

FRONT SW C.B.A

DVD MODULE C.B.A


REP3606A-1C

VEPV0069C

VEPV0069D

VEPV0069A

MOTOR C.B.A.

MAIN C.B.A.

MAIN C.B.A.

MAIN C.B.A.

B7751

C1295

C1341

C1342

C1351

C1352

C1360

C1362

C1363

C1370

C1371

C1372

C2001

C2003

C2051

C2053

C2054

C2055

C2099

CR2354-1GUF BATTERY

ECA1CHJ221B E-CAP

F1H1H103A220 CHIP CAPASITOR

ECEA1EKA4R7B ELECTROLYTIC CAPACITOR


ECA1AAK470XB ELECTROLYTIC CAPACITOR

ECA0JM221B E-CAP

ECEA1CKA470B ELECTROLYTIC CAPACITOR

F1H1H103A219 CHIP CAPACITOR

F2A0J470A013 E-CAP

F2A0J101A013 E-CAP

ECJ2VB1E104K CHIP CAPACITOR

ECJ1VC1H330J CHIP CAPACITOR

ECJ1VF1A105Z CHIP CAPACITOR

ECEA0JKN220B E-CAP

F2A1C1000018 E-CAP


F1H1C104A008 CHIP CAPASITOR


(RTL)

(RTL)

*1 *3

(RTL)

*2

(RTL)

(RTL)

*1

(RTL)

*2

(RTL)

*3

(RTL)

*1

(RTL)

*2

(RTL)

*3

(RTL)

(RTL)

C3004

C3005

C3006

C3007

C3008

C3009

C3010

C3011

C3012

C3013

C3015

C3016

C3017

C3019

C3020

C3021

C3022

C3025

C2508

C2509

C2510

C2511

C2512

C2513

C2515

C2518

C2519

C2520

Ref.

No.

C2501

C2502

C2504

C2505

C2506

C2507

C2551

C2552

C2561

C2562

C2571

C3002

C3003

Part No.

F1H1C104A008

ECEA0JKA221B

F1H1E223A002

F1H1H102A219

ECJ1VB1H182K

ECEA1CKA220B

F1H1C104A041

F1H1C104A041

F1H1H103A220

F1H1C104A041

ECA1CM221B

F1H1C104A041

ECJ1VC1H151J

F1H1C104A041

F1H0J1050010

ECJ1VC1H390J

F2A1H4R7A014

F1H0J1050010

F1H0J1050010

F2A0J470A013

F1H1C104A041

F1H0J1050010

F1H1C104A041

F1H1C104A041

F2A1H3R3A013

F2A1C1000018

F1H1H103A219

ECJ1VC1H331J


CHIP CAPASITOR

ELECTROLYTIC CAPACITOR

CHIP CAPACITOR

F1H1E223A002 CHIP CAPACITOR

ECJ1VB1A224K CHIP CAPACITOR

CHIP CAPASITOR

CHIP CAPACITOR


CHIP CAPACITOR

CHIP CAPACITOR

F1H1C104A041 CHIP CAPACITOR


CHIP CAPASITOR



CHIP CAPACITOR

ECJ1VB1C563K CHIP CAPACITOR






CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAP

E-CAP

CHIP CAPACITOR

CHIP CAPACITOR

E-CAP



CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

E-CAP

E-CAP

CHIP CAPACITOR

CHIP CAPACITOR

C3027

C3028

C3029

C3030

C3031

C3032

C3033

C3034

C3035

C3036

C3037

C3038

C3039

C3040

C3041

C3042

C3046

ECJ2VB1C104K

F2A0J470A013

F1H1H103A220

F1H1H103A220

F1H0J1050010

F2A1H3R3A013

F2A1H2R2A013

ECJ1VB1H472K

F1H1C333A071

ECJ1VB1A474K

F1H1E223A002

F2A1H4R7A014

F1H0J1050010

CHIP CAPACITOR

E-CAP

CHIP CAPASITOR

CHIP CAPASITOR


F2A0J470A013 E-CAP

CHIP CAPACITOR

ECJ1VC1H030C CHIP CAPACITOR


E-CAP

E-CAP

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

E-CAP

CHIP CAPACITOR

C3047

C3052

C3053

C3062

C3064

C3065




F2A1C1000018 E-CAP

F1H0J1050010 CHIP CAPACITOR


C33001 F1H1H103A220 CHIP CAPASITOR

C33002 F1H1H220A230 CHIP CAPACITOR

C33014 ECA0JM221B

C33501 ECA0JM221B

E-CAP

E-CAP




C33505 F1H1C104A041 CHIP CAPACITOR


Remarks

*1,*2

93


C3711

C3712

C3713

C3714

C3715

C4010

C4018

C4041

C4042

C4061

C4062

C4063

C4064

C4065

C4066

C4081

C4082

C4083

C4084

C4085

C4303

C4304

C4502

C4503

C4504

C4505

C4506

C4507

C4508

C4509

C4510

C4511

Ref.

No.

Part No.


C33507 F1H0J1050010 CHIP CAPACITOR

C33508 F1H0J1050010 CHIP CAPACITOR

C33509 ECA0JM221B E-CAP

C33510 ECEA0JKA220B ELECTROLYTIC CAPACITOR











C34302 ECEA1CKA470B ELECTROLYTIC CAPACITOR



C34306 ECJ1VC1H471J CHIP CAPACITOR



C34309 ECJ1VC1H471J CHIP CAPACITOR


C34311 F2A0J470A013 E-CAP

C34402 F1H1C104A008 CHIP CAPASITOR





C34701 F2A1H4R7A014 E-CAP

C34705 ECA1EAK470XB ELECTROLYTIC CAPACITOR

C34706 ECA1EAK470XB ELECTROLYTIC CAPACITOR


C36001 F2A0J470A013 E-CAP


C36004 ECJ1VF1H104Z CHIP CAPACITOR




C36302 ECA1AAK470XB ELECTROLYTIC CAPACITOR


C36364 F2A0J470A013 E-CAP

F2A0J101A013

F1H1C104A041

F1H0J1050010

F1H0J1050010

ECA0JM471B

F2A1C1000018 E-CAP

ECEA0JKA220B

F2A1H4R7A014 E-CAP


ECJ1VB1H682K

ECEA0JKA220B

F2A1H3R3A013

ECJ1VB1H182K

ECJ1VB1H182K

F1H1H222A013

ECQB1H333JF3

F1H1H471A219

F2A0J470A013

ECJ1VB1H182K

F1H1C223A001

ECEA1HKAR22B

ECEA1HKAR22B

F2A1C1000018

F2A1C1000018

F2A1C1000018

F1H1C333A071

F1H1H103A220

F1H1H103A220

F1H1C104A041

E-CAP

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

E-CAP


CHIP CAPACITOR


E-CAP

CHIP CAPACITOR

CHIP CAPACITOR

CHIP CAPACITOR

POLYESTER CAPACITOR

CHIP CAPACITOR

E-CAP

CHIP CAPACITOR

CHIP CAPACITOR



E-CAP

E-CAP

E-CAP

ECEA0JKA330B E-CAP

F2A1C1000018 E-CAP

ECEA0JKA220B ELECTROLYTIC CAPACITOR

CHIP CAPACITOR

CHIP CAPASITOR

CHIP CAPASITOR

CHIP CAPACITOR

Remarks Part No.


ECJ1VB1A224K CHIP CAPACITOR


F2A1C1000018 E-CAP

ECEA0JKA330B E-CAP

F2A1C1000018 E-CAP


F2A1C1000018 E-CAP

F2A1C1000018 E-CAP

F2A1C1000018 E-CAP




F2A1C1000018 E-CAP



ECQB1H153JF3 POLYPROPYLEN CAPACITOR

ECQB1H153JF3 POLYPROPYLEN CAPACITOR


ECJ2VC1H560G CHIP CAPACITOR


ECQB1H473JF3 AXIAL CAPACITOR

ECQB1H473JF3 AXIAL CAPACITOR

F2A1C1000018 E-CAP






F2A0J101A013 E-CAP








ECJ1VC1H820J CHIP CAP












F1J1H1030006 CHIP CAPASITOR

F1J1H104A578 CHIP CAPACITOR








ECA1AAK470XB ELECTROLYTIC CAPACITOR

F2A0J470A013 E-CAP

ECEA1AKA470B ELECTROLYTIC CAPACITOR



F2A0J101A013 E-CAP


F2A0J101A013 E-CAP

F2A1C1000018 E-CAP

F2A1C1000018 E-CAP

F1H1A4740009 CHIP CAPACITOR

ECJ1VB1H472K CHIP CAPACITOR


F2A1C1000018 E-CAP



C6013

C6014

C6015

C6016

C6017

C6020

C6021

C6022

C6101

C6102

C6103

C6111

C6112

C6113

C6301

C6302

C6303

C6308

C6309

C6310

C7301

C7303

C7304

C7305

C7312

C7313

C7315

C7316

C7317

C7318

C7319

C7320

C4603

C5001

C5002

C5003

C5004

C5005

C5006

C6001

C6002

C6003

C6004

C6005

C6006

C6007

C6008

C6009

C6010

C6011

C4519

C4520

C4521

C4522

C4524

C4525

C4527

C4530

C4531

C4534

Ref.

No.

C4512

C4513

C4514

C4515

C4516

C4517

C4535

C4536

C4537

C4538

C4581

C4582

C4601

Remarks

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

94


C7329

C7330

C7331

C7333

C7335

C7336

C7337

C7338

C7552

C7601

C7603

C7605

C7608

C7610

Ref.

No.

C7321

C7324

C7325

C7326

C7327

C7328

C7622

C7625

C7709

C7714

C7752

Part No.








ERJ3GEY0R00V CHIP JUMPER









ECEA1HKA010B ELECTROLYTIC CAPACITOR


F2A0J470A013 E-CAP




F2A1C1000018 E-CAP



ECEA0JKA331Q ELECTROLYTIC CAPACITOR

D1241

D1242

D1243

D1291

D1292

D1293

D1341

D1351

D1360

D1370

D1501

D2001

D2002

D2502

D2503

B0EAKP000012

B0EAKM000117

MAZ4056NHF

MAZ4056NHF

MAZ40390MF

DIODE

B0EAKM000117 RECTIFIER

MA2C165001VT DIODE


RECTIFIER

B0EAKP000012 DIODE

MAZ4130NLF DIODE

DIODE

DIODE

DIODE

B3EA00000072 PHOTO DIODE




MAZ4160NMF DIODE

D33001 MAZ4056NHF

D36301 MAZ4051NMF

DIODE

DIODE

D36365 MAZ40390MF

D4501 MA2C165001VT

DIODE

DIODE

D6302

D6305

D6306

D6307

D7602

D7751

D7752

D7753

D7754


MAZ4062NHF

MAZ4056NHF

MAZ4056NHF

MAZ4300NMF

ZENER

DIODE

DIODE

DIODE


MA2C700A0F

MA2C165001VT

MA2C165001VT

DIODE

DIODE

DIODE

DP37501 B3CZS0000004 LED DISPLAY

IC1290 C0CBCHG00005 IC

IC1511 B3NAA0000049 REEL SENSOR

IC1512 B3NAA0000049 REEL SENSOR

IC2501 C1AB00001767 CYL DRIVE IC

IC3001 C1AB00002084 AV IC

IC33501 AN13330A-VF 75 OHM DRIVER IC

IC34301 C0ABBB000230 IC

IC36001 MN101C77CDB1 MICRO PROCESSOR

IC36002 C0EBE0000198 RESET IC

IC3701 C1AB00001935 VIDEO IC

IC4501 AN3656NFBPBV HI FI IC

IC6001 C2CBYY000060 FL MICRO P

IC6001 C2CBYY000036 FL MICRO P

IC6201 C0EBH0000172 RESET IC

IC6301 C0CBCDC00020 POWER SUPPLY IC

IC7301 C0ZBZ0001081 IC

Remarks

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*1,*2

*1,*2

*1,*2

*3

*3

Ref.

No.

Part No.


IC7552 PNA4618M09VT IR RECEIVER

Remarks

J1 VEE0X50 EARTH WIRE

JK33001 K2HA306B0071 I/O JACK

JK34301 K2HA608B0011 RCA JACK

JK34302 K1CB105B0041 S-JACK

K3004 ERJ3GEY0R00V CHIP JUMPER








K6012

K6015

K7302

K7306

K7616

K7619

K7621

K7626

ERJ3GEY0R00V

F1H1H103A220

ERJ3GEY0R00V

ERJ3GEY0R00V

ERJ3GEY0R00V

ERJ3GEY0R00V

ERJ3GEY0R00V

ERJ3GEY0R00V

CHIP JUMPER

CHIP CAPASITOR

CHIP JUMPER

CHIP JUMPER

CHIP JUMPER

CHIP JUMPER

CHIP JUMPER

CHIP JUMPER

L4081

L4501

L4502

L5001

L6001

L7601

L7608

L7702

L3001

L3004

L3301

L3302

G0C271JA0019 CHOKE COIL

G1C120JA0036 CHIP COIL

G0C270JA0019 COIL

G0C680JA0019 COIL

L3303 G0C270JA0019 COIL

L33501 G0C220JA0019 COIL

L34001 G0C101JA0019 RF CHOKE COIL

L34701 G0C220JA0019 COIL

L36000 G0C330JA0052 COIL

G0C471KA0065 COIL

G0C1R2J00004 COIL

G0C391JA0019 COIL

G0C680JA0019 COIL

G0C5R6JA0019 COIL

G0C100JA0052 INDUCTOR

G0C270JA0052 COIL

G0C100JA0019 COIL

LB33001 J0JCC0000188 CHIP COIL

LB33002 J0JBC0000015 CHIP INDUCTOR







LB34701 J0JBC0000011 CHIP COIL

LB4403 ERJ6GEY0R00V CHIP JUMPER






P1531

P2501

K1KA02A00375 LOADING MOTOR WIRE CONNECTOR

K1MN07A00017 7 PIN CONNECTOR

P2571 K1KA08A00290 CONNECTOR

P31001 K1KB13AA0032 CONNECTOR

P34301 K1MN30AA0004 CONNECTOR

P37501 K1YF06000002 6P WIRE HOLDER

P4001 K1MZ02A00003 CONNECTOR

P4002

P5001



*1,*2

*1,*2

*3

*3

*3

PP6101 K1KA02AA0193 2P CONNECTOR

PS33001 K1KB08A00046 BOAD IN CONNECTOR

PS7502 K1KB06A00051 ANT TERMINAL

95


Ref.

No.

Part No.

Part Name & Description Remarks

Q1240

Q1241

Q1242

Q1341

Q1342

Q1351

Q1352

Q1354

Q1360

B1BCCG000002 TRANSISTOR

2SD0601A0L CHIP TRANSISTOR


B1AAGD000017 TRANSISTOR






Q1371

Q1501

Q1502

2SD199600A TRANSISTOR

PNA2604M01VT PHOTO TRANSISTOR

PNA2604M01VT PHOTO TRANSISTOR

Q3001

Q3003

2SD1819A0L

2SD1819A0L

CHIP TRANSISTOR

CHIP TRANSISTOR

Q33001 B1AAGD000017 TRANSISTOR

Q34701 2SC22950BL

Q36330 2SD199600A

Q36360 2SD0601A0L

Q4082 2SD114900L

Q4083

Q4084

Q4085

2SD0601A0L

2SB0710A0L

2SD1992A0A

Q6305

Q6306

Q6307

Q7601

Q7701

TRANSISTOR

TRANSISTOR

CHIP TRANSISTOR

CHIP TRANSISTOR

CHIP TRANSISTOR

CHIP TRANSISTOR SI 220MH 0.4W

TRANSISTOR

2SD0601A0L

2SD0601A0L

CHIP TRANSISTOR

CHIP TRANSISTOR


2SB0709A0L TRANSISTOR

2SB0709A0L TRANSISTOR *1,*2

R2001

R2002

R2099

R2501

R2503

R2514

R2515

R2516

R2519

R1240

R1241

R1242

R1341

R1342

R1351

R1360

R1371

R1372

R1501

R1502

R1503

R1511

R1512

R1513

QR1342 B1GDCFLL0027 DIGITAL TRANSISTOR

QR3001 B1GBCFNN0016 DIGITAL TRANSISTOR

QR34302 B1GBCFJA0020 DIGITAL TRANSISTOR

QR34303 B1GBCFJJ0045 DIGITAL TRANSISTOR

QR34304 B1GDBEJJ0002 DIGITAL TRANSISTOR



QR36001 B1GBCFLL0032 DIGITAL TRANSISTOR

QR36002 B1GBCFLL0032 DIGITAL TRANSISTOR




QR4081 B1GDBEJJ0002 DIGITAL TRANSISTOR

QR4082 B1GBCFNN0016 DIGITAL TRANSISTOR

QR4401 B1GBCFGA0019 DIGITAL TRANSISTOR

QR4404 B1GDBFNN0001 DIGITAL TRANSISTOR




ERJ6GEYJ392V CHIP RESISTOR

D0GB152JA007 CHIP RESISTOR


D0AE103JA048 CARBON RESISTOR















ERJ6GEYJ1R2V CHIP RESISTOR






R2561

R2562

R2563

R3001

R3002

R3003

R3004

R3005

R3011

R3012

Ref.

No.

R2520

R2521

R2522

R2523

R2551

R2552

R3013

R3018

R3020

R3021

R3024

R3032

R3033

Part No.

D0GB183JA007

D0GB102JA007

D0GB101JA007

D0GB102JA007

D0GB473JA041

D0GB102JA007

ERJ3GEYJ622V


CHIP RESISTOR

SMT CHIP RESISTOR

CHIP RESISTOR


D0GB103JA007 SMT CHIP RESISTOR



CHIP RESISTOR


CHIP RESISTOR

D0GB822JA007 THICK FILM CHIP RESISTOR













R3038

R3042

R3043

R3044

D0GB222JA041

D0GB473JA041

D0AE221JA048

D0AE221JA048

CHIP RESISTOR

CHIP RESISTOR

CARBON RESISTOR

CARBON RESISTOR

R33001 D0AE271JA048 CARBON RESISTOR

R33004 D0GB221JA007 CHIP RESISTOR


R33371 ERJ3GEYJ750V CHIP RESISTOR







R33511 D0GB103JA007 SMT CHIP RESISTOR









R34371 D0HB221ZA002 CHIP RESISTOR















R36003 ERJ3GEY0R00V CHIP JUMPER












Remarks

*3

96


R4503

R4505

R4506

R4507

R4508

R4509

R4510

R4511

R4512

R4513

R4515

R4525

R4527

R4530

R4532

R4534

R4538

R4539

R4540

R4581

R4582

R4583

R4584

R4585

R4586

R4601

R4602

R4651

R6001

R6002

R6003

R6004

R4084

R4085

R4086

R4087

R4088

R4301

R4302

R4303

R4304

R4403

R4404

R4405

R4406

R4424

R4425

R4500

R4501

R4502

R3703

R3705

R3706

R3711

R3712

R4002

R4011

R4012

R4015

R4016

Ref.

No.

Part No.








R4017

R4061

R4062

R4063

R4071

R4081

R4082

D0GB105JA007

ERJ3GEYJ511V

ERJ3GEYJ103V

ERJ3GEYJ620V

D0GB563JA007

D0GB474JA041

D0GB153JA007

D0GB331JA007

D0GB153JA007

D0GB103JA007

D0GB332JA007

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR







CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR


CHIP RESISTOR

D0GB102JA007

D0GB102JA007

D0GB222JA007

D0GB222JA007

ERJ6GEY0R00V

D0GB683JA007

D0GB683JA007

D0GB472JA007

D0GB471JA007

ERJ3GEY0R00V

ERJ3GEY0R00V

D0GB471JA007

D0GB471JA007

D0GB102JA007

ERJ3GEYJ513V

ERJ3GEYJ513V





CHIP JUMPER

CHIP RESISTOR

CHIP RESISTOR





CHIP JUMPER

CHIP JUMPER




CHIP RESISTOR

CHIP RESISTOR

ERJ3GEYJ513V

D0GB392JA007

D0GB392JA007

ERJ3GEYJ513V



D0GB392JA007



D0GB222JA007

D0GB392JA007

D0GB102JA007

ERJ3GEYJ681V

D0GB472JA007

D0GB472JA007

D0GB124JA007

D0GB333JA007

D0GB331JA007

D0GB331JA007

D0GB333JA007

D0GB333JA007

D0GB563JA007

D0GB563JA007

ERJ3GEYJ511V

ERJ3GEYJ511V

D0GB102JA007

D0GB222JA007

ERJ3GEY0R00V

D0GB221JA007

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR


CHIP RESISTOR


CHIP RESISTOR



CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR






CHIP JUMPER

CHIP RESISTOR

Remarks Part No.











ERJ3GEYG103V CHIP RESISTOR



















ERDS2TJ821T CARBON RESISTOR
























ERDS2TJ102T CARBON RESISTOR

J0JCC0000124 CHIP COIL

J0JCC0000124 CHIP COIL










R6105

R6106

R6107

R6201

R6307

R6309

R6310

R6400

R6401

R7305

R7306

R7307

R7308

R7310

R7312

R7313

R7314

R7315

R6012

R6013

R6015

R6016

R6017

R6019

R6019

R6020

R6021

R6022

Ref.

No.

R6005

R6006

R6007

R6009

R6010

R6011

R6023

R6028

R6029

R6031

R6032

R6102

R6104

R7571

R7601

R7606

R7607

R7612

R7613

R7614

R7615

R7616

R7617

R7706

R7707

R7751

R7316

R7317

R7318

R7319

R7320

R7321

R7323

R7324

R7325

R7552

S1531

S1532

T4081

K0C111A00006

K0ZZ00000598

G2A472C00003

TU7601 ENG57D04G1F

TU7601 ENG57D03G1F

TAB SWITCH

MODE SWITCH

VARIABLE COILS

TUNER PACK

TUNER PACK

Remarks

*2

*3

*1

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*3

*1,*2

*1,*2

*1,*2

*3

97


Part No.





























































W723

W724

W725

W726

W727

W728

W729

W730

W731

W732

W733

W734

W735

W736

W737

W738

W739

W740

W706

W707

W708

W709

W710

W711

W712

W713

W714

W715

W716

W717

W718

W719

W720

W721

W722

Ref.

No.

W700

W701

W702

W703

W704

W705

W741

W742

W743

W744

W745

W746

W747

W748

W750

W752

W753

W755

W757

W758

W759

W760

W761

W762

X3001

X3002

H0D357400067

H0D443400040

CRYSTAL OSCILLATOR

CRYSTAL OSCILLATOR

X36001 H2B800400007 CRYSTAL OSCILLATOR

X6001 H0D120500021 CRYSTAL OSCILLATOR

X6002

X7301

H0A327200098 CRYSTAL OSCILLATOR

H0H400400006 CRYSTAL OSCILLATOR

MISCELLANEOUS

VMD4258

VMD4258

PHOTO TRANSISTOR HOLDER

PHOTO TRANSISTOR HOLDER

Remarks

*3

VEPV0049A POWER C.B.A

(RTL)

D1110

D1140

D1151

D1152

D1153

D1180

D1230

D1240

D1241

D1250

D1251

D1260

D1280

F1101

Ref.

No.

C1151

C1152

C1153

C1154

C1155

C1200

C1201

C1202

C1230

C1240

C1241

C1250

C1251

C1260

C1261

C1263

C1280

C1105

C1106

C1120

C1122

C1123

C1124

C1125

C1126

C1142

Part No.


F1B3A471A009 CERAMIC CAPACITOR

F1B3A471A009 CERAMIC CAPACITOR

ECQU2A104MLC FILM CAPACITOR

F1BAF101A013 CERAMIC CAPACITOR


F1BAF1020020 CERAMIC CAPACITOR

ECQU2A104MLC FILM CAPACITOR


F2B2G3300002 E-CAP

ECQP6472JUB FILM CAPACITOR


F1H1A105A036 CHIP CAPACITOR


F2A1V3300027 E-CAP



F1H1C105A097 CERAMIC CONDENSER

F2A1H2200032 E-CAP

F2A1A1020056 E-CAP

F2A1A2210063 E-CAP

F2A1E8210009 E-CAP

F2A1E1010067 E-CAP

F2A1A1220007 E-CAP

ECA1AHJ331B E-CAP

F1J2A102A023 CONDENSER

F2A1A2210063 E-CAP

ERZVA5V471 ZNR

B0KB00000054 FULL BRIDGE DIODE

B0HAMP000073 POWER DIODE

B0JAMK000015 DIODE

B0BA02300005 DIODE

MAZ751000C DIODE

MA2C18500E DIODE

B0JAME000025 HIGH SPEED DIODE




B0JAPG000019 SHOTKEY DIODE


K5D162BLA013 FUSE

IC1150 C0DABYY00003 SWITCHING IC

IC1200 C0DAEMB00003 IC

IP1240 K5G252A00020 FUSE PROTECTOR

IP1280 K5G102A00039 FUSE PROTECTOR

L1120

L1240

L1250

L1260

ELF18N005A LINE FILTER

G0A220GA0026 COIL

G0A220GA0026 COIL

G0A220GA0026 COIL

P1101

P1103

K2AA2B000015 AC INLET

K1KA13A00074 CONNECTOR

Q1200

R1120

R1121

R1151

R1152

R1153

R1154

R1200

R1201

R1202

R1203

R1204

R1205

R1206

B3PBA0000402 PHOTO COUPLER

ERDS2FJ105T

ERDS2FJ105T

CARBON RESISTOR

CARBON RESISTOR

ERG2SJ104E RESISTOR


ERX1SZGR47E RESISTOR

ERJ6ENF10R0V CHIP RESISTOR








Remarks

98


R4801

R4802

R4803

R7561

R7562

R7563

R7564

R7565

R7566

R7567

R7568

S7561

S7562

S7563

S7564

S7565

S7566

S7567

S7568

S7569

S7570

Ref.

No.

R1207

R1208

R1230

R1240

R1250

R1251

R1280

R7581

R7582

R7583

Part No.






D0GB822JA007 THICK FILM CHIP RESISTOR

ERDS1FVJ681T 1/2W RESISTOR

ERDS2TJ621T CARBON FILM RESISTOR




S7581

S7582

S7583

S7584

S7585

T1150

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

ETS29AK7W6AC TRANSFORMER

ZA1103 EYF52BCY

ZA1104 EYF52BCY

FUSE CLIP

FUSE CLIP

Remarks

JK4801 K2HA306A0030 I/O JACK

JW7560 RWJV0030



PP4802 K1KA08C00002 8P CONNECTOR

PP7581

C8001

C8003

C8004

C8005

C8006

VEPV0050A FRONT JACK C.B.A

WIRE












EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

EVQ11L07B

VEPV0059A

K1KA06C00009

REPV0084B

REPV0084C

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

TACK SWITCH

FRONT SW C.B.A

CONNECTOR



F2G0J101A066 E-CAP

ECJ0EF1C104Z CHIP CAPACITOR




(RTL)

(RTL)

(RTL)

*1 *3

(RTL)

*2

Part No.




F2G0J101A066 E-CAP
















ECJ1VB0J105K CHIP CAPACITOR



ECJ0EC1H221J CHIP CAPACITOR




F1H0J106A009 CHIP CAPACITOR

F1H0J106A009 CHIP CAPACITOR

F2G0J101A066 E-CAP

F1G1A1040006 CHIP ERAMIC CAPACITOR



F2G1C470A076 E-CAP


ECJ0EB1E122K Capacitor Part

ECJ0EB1E102K CHIP CAPACITOR




F2G0J221A065 E-CAP


F2G1C470A076 E-CAP






F2G0J221A031 E-CAP

F2G0J330A031 E-CAP









F2G0J101A083 ELECTROLYTIC CAPACITOR


F2G0J330A083 E CAP




F2G0J101A031 E-CAP











C8256

C8257

C8261

C8270

C8271

C8301

C8302

C8303

C8304

C8305

C8306

C8311

C8312

C8313

C8401

C8421

C8422

C8423

C8424

C8425

C8426

C8501

C8502

C8503

C8504

C8505

C8511

C8512

C8513

C8514

C8515

C8516

C8056

C8057

C8058

C8059

C8201

C8202

C8203

C8207

C8209

C8210

C8211

C8221

C8222

C8225

C8226

C8251

C8252

C8255

C8015

C8016

C8017

C8018

C8019

C8020

C8021

C8022

C8023

C8024

Ref.

No.

C8007

C8008

C8011

C8012

C8013

C8014

C8025

C8026

C8051

C8052

C8053

C8054

C8055

Remarks

99


C8527

C8528

C8529

C8530

C8531

C8532

C8533

C8541

C8551

C8553

Ref.

No.

C8521

C8522

C8523

C8524

C8525

C8526

C8554

C8561

C8563

C8564

C8571

C8572

C8601

C8602

C8606

C8611

C8621

C8622

C8651

C8652

Part No.






ECJ0EB1C562K CHIP CAPACITOR

ECJ0EB1C183K CHIP CAPACITOR

ECJ0EB1A333K CHIP CAPACITOR









F2G0J470A031 E-CAP

ECJ2FF1A106Z CERAMIC CAPACITOR


F2G0J470A031 E-CAP

ECJ2FF1A106Z CERAMIC CAPACITOR

F1K1A1060017 MULTILAYER CHIP CAP



ECJ0EB1C153K SMT CHIP CAPACITOR



ECJ0EC1H100D CHIP CAPACITOR




D8211

D8571

MA2J11100L

MA2J72800L

DIODE

CHIP DIODE

Remarks

IC8001 MN2DS0009VP DV3.2 LSI VIDEO ONLY VERSION

IC8051 C3ABPG000133 64 SDRAM

IC8251 C0GBG0000048 DRIVER IC

IC8420 C0FBBK000049 2 CHANNEL DAC IC

IC8601 C0EBA0000029 RESET IC

IC8606 C0EBE0000456 IC

IC8611 REPV0084B DVD MODULE C.B.A

IC8611 REPV0084C DVD MODULE C.B.A

IC8651 RFKWVPA0S160 16M FLASH ROM IC

IC8651 RFKWVPA0T160 16M FLASH ROM IC

*1 *3

*2

[PAVC-

CSG]*1

*3

[PAVC-

CSG]*2

K8101

K8103

K8104

K8105

K8204






L8201

L8301

L8302

L8501

G1C100K00019 CHIP COIL




LB8001 J0JHC0000045 CHIP INDUCTOR







LB8261 ERJ2GE0R00X CHIP JUMPER








P8001

P8003

P8201

Q8551

Q8552

Q8561

Q8562

Ref.

No.

Part No.







LB8401 J0JBC0000042 CHIP BEAD

LB8421 ERJ2GE0R00X

LB8422 ERJ2GE0R00X

CHIP JUMPER

CHIP JUMPER


LB8491 J0JCC0000119 FERRITE BEAD








LB8691 ERJ2GEJ101X CHIP RESISTOR

LB8692 ERJ2GEJ101X

LB8693 ERJ2GEJ101X

CHIP RESISTOR

CHIP RESISTOR

K1MN26AA0041

K1MN30AA0046

K1MN06AA0046

CONNECTOR

CONNECTOR

CONNECTOR

B1ABDF000018 CHIP TRANSISTOR

2SB09700RL CHIP TRANSISTOR

B1ABDF000018 CHIP TRANSISTOR

2SB09700RL CHIP TRANSISTOR

QR8420 B1GBCFJJ0047 DIGE TRANSISTOR

QR8571 B1GDCFEC0001 DIGE TRANSISTOR

R8263

R8264

R8265

R8270

R8271

R8272

R8273

R8274

R8311

R8312

R8313

R8314

R8321

R8322

R8325

R8326

R8331

R8332

R8335

R8341

R8401

R8420

R8002

R8003

R8011

R8012

R8013

R8026

R8210

R8211

R8214

R8217

R8218

R8219

R8220

R8221

R8225

R8230

R8261

R8262

ERJ2GEJ473X

ERJ2GEJ473X

ERJ2GEJ220X

ERJ2GEJ220X

ERJ2GEJ220X

ERJ2GEJ101X CHIP RESISTOR


ERJ2GEJ103X

ERJ2GEJ472X

ERJ2GE0R00X

ERJ2GE0R00X

ERJ2GEJ752X

ERJ2GEJ752X

ERJ2GEJ822X

ERJ2GEJ822X

ERJ2GEJ152X

ERJ2GEJ823X

ERJ2GEJ153X

ERJ2GEJ823X

ERJ2GE0R00X

ERJ2GEJ153X

ERJ2GEJ102X

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP JUMPER

CHIP JUMPER

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP JUMPER

CHIP RESISTOR

CHIP RESISTOR




ERJ2GEJ473X

ERJ2RHD242X

ERJ2RHD102X

ERJ2RHD912X

ERJ2GE0R00X

ERJ3RED680V

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

Resistor Part

CHIP JUMPER

CHIP RESISTOR


ERJ3RED680V CHIP RESISTOR


ERJ3RED680V CHIP RESISTOR


ERJ3RED680V

ERJ3RED680V

ERJ2GEJ101X

ERJ2GEJ222X

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

Remarks

100

R8552

R8553

R8554

R8555

R8556

R8557

R8558

R8559

R8561

R8562

Ref.

No.

R8421

R8531

R8532

R8533

R8541

R8551

R8563

R8564

R8565

R8566

R8567

R8568

R8601

R8611

R8612

R8622

R8722

Part No.


ERJ2GE0R00X

ERJ2GEJ152X

ERJ2GEJ222X

ERJ2GE0R00X

ERJ2GEJ153X

ERJ2GE0R00X

ERJ2GEJ102X

ERJ2GEJ102X

ERJ2GEJ680X

ERJ2GEJ2R2X

CHIP JUMPER

CHIP RESISTOR

CHIP RESISTOR

CHIP JUMPER

CHIP RESISTOR

CHIP JUMPER

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR




ERJ2GEJ153X

ERJ2GE0R00X

ERJ2GEJ102X

CHIP RESISTOR

CHIP JUMPER

CHIP RESISTOR

ERJ2GEJ102X

ERJ2GEJ220X

CHIP RESISTOR

CHIP RESISTOR

ERJ2GEJ2R2X CHIP RESISTOR





ERJ2GEJ101X

ERJ2GEJ105X

ERJ2RHD471X

ERJ2GEJ473X

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

CHIP RESISTOR

RX8001 D1H410320002 PARALLEL CHIP RESISTOR

RX8011 D1H88204A024 PARALLEL CHIP RESISTOR












RX8401 D1H410120001 CHIP RESISTOR







X8621 H0J270500085 CRYSTAL

Remarks

REP3606A-C MOTOR C.B.A.

C2601

C2602

F1E1H104A001

F1E1H104A001

CAPACITOR

CAPACITOR

SW2601 K0L1BB000026 TRV INNER SWITCH

(RTL)

101


No results