Jvc SR-VS20-EK, SR-VS20-E Schematic

SERVICE MANUAL

Mini DV/S-VHS VIDEO CASSETTE RECORDER

VICTOR COMPANY OF JAPAN, LIMITED VIDEO DIVISION

S40894

SR-VS20E/EK

SPECIFICATIONS

GENERAL

Power requirement : AC 220 V – 240 V`, 50 Hz/60 Hz Power consumption

Temperature Operating : 5°C to 40°C Storage : –20°C to 60°C Operating position : Horizontal only Dimensions (WxHxD) : 435 mm x 124 mm x 391 mm Weight : 6.7 kg Input/Output : 21-pin SCART connectors :

VHS DECK VIDEO/AUDIO

Signal system : PAL-type colour signal and CCIR monochrome

Recording system : DA4 (Double Azimuth) head helical scan system Format : S-VHS/VHS PAL standard Signal-to-noise ratio : 45 dB Horizontal resolution

No. 82842

Frequency range : 70 Hz to 10,000 Hz (Normal audio)

Maximum recording time

SR-VS20E/EK

TV

VHS

DV

CABLE/SAT

– –:– –

LCD PROG

1

AUDIO

TV/VCR

2

123

3

456

DAILY/QTDN.

VPS/PDC

WEEKLY/HEBDO

4

789

4

0000

AUX

MENU

0

ENTER/ENTREE

OK

1

PROG

30

SEC

3

2

START

STOP

DATE

PR

DEBUT

FIN

EXPRESS

P

V

R

T

+

T

+

V

–

T

–

T

R

V

P

(The specifications shown pertain specifically to the model SR-VS20E)

Power on : 33 W Power off : 7.9 W

IN/OUT x 1, IN/DECODER x 1 RCA connectors: VIDEO IN x 1, AUDIO IN x 1, AUDIO OUT x 1 S-Video connectors: IN x 1, OUT x 1 DV connector: IN/OUT x 1 (4-pin, IEEE1394 conformity, digital input/output)

signal, 625 lines 50 fields

(SP/LP) : 250 lines (VHS)

400 lines (S-VHS)

(EP) : 220 lines (VHS)

350 lines (S-VHS)

20 Hz to 20,000 Hz (Hi-Fi audio)

(SP) : 240 min. with E-240 video cassette (LP) : 480 min. with E-240 video cassette (EP) : 720 min. with E-240 video cassette

DV IN/OUT

ENTREE/SORTIE DV

VHSDV

A.DUBINSERT

DUB

COPIE

PR

DV VHS

DV DECK VIDEO/AUDIO

Signal system : PAL-type colour signal, 625 lines 50 fields Recording system : Digital Component Recording Format : DV format (SD mode) Cassette : Mini DV Cassette Maximum recording time

(LP) : 90 min. with M-DV60ME cassette Audio recording system

TUNER/TIMER

TV channel storage capacity : 99 positions

Tuning system : Frequency synthesized tuner Channel coverage : VHF 47 MHz – 89 MHz/

Memory backup time : Approx. 60 min.

ACCESSORIES

Provided accessories : RF cable,

Specifications shown are for SP mode unless otherwise specified. E.& O.E. Design and specifications subject to change without notice.

S-VHS ET

STARTR.A.EDIT

IN/OUT

PULL-OPEN

(SP) : 60 min. with M-DV60ME cassette

: PCM 48 kHz, 16 bit (2 ch)/

32 kHz, 12 bit (4 ch)

(+AUX position)

104 MHz – 300 MHz/ 302 MHz – 470 MHz

UHF 470 MHz – 862 MHz

21-pin SCART/RCA cable, BNC/RCA adapter x 2, Satellite Controller RM-SD1, Infrared remote control unit, "R6" battery x 2

625

Printed in Japan

This service manual is printed on 100% recycled paper.

No. 82842

January 2001

Important Safety Precautions

Prior to shipment from the factory, JVC products are strictly inspected to conform with the recognized product safety and electrical codes of the countries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement the following precautions when a set is being serviced.

Precautions during Servicing

•

1. Locations requiring special caution are denoted by labels and inscriptions on the cabinet, chassis and certain parts of the product. When performing service, be sure to read and comply with these and other cautionary notices appearing in the operation and service manuals.

2. Parts identified by the ! symbol and shaded ( ) parts are critical for safety. Replace only with specified part numbers.

Note: Parts in this category also include those specified to com-

ply with X-ray emission standards for products using cathode ray tubes and those specified for compliance with various regulations regarding spurious radiation emission.

3. Fuse replacement caution notice. Caution for continued protection against fire hazard. Replace only with same type and rated fuse(s) as specified.

4. Use specified internal wiring. Note especially:

1) Wires covered with PVC tubing

2) Double insulated wires

3) High voltage leads

5. Use specified insulating materials for hazardous live parts. Note especially:

1) Insulation Tape 3) Spacers 5) Barrier

2) PVC tubing 4) Insulation sheets for transistors

6. When replacing AC primary side components (transformers, power cords, noise blocking capacitors, etc.) wrap ends of wires securely about the terminals before soldering.

12. Crimp type wire connector In such cases as when replacing the power transformer in sets where the connections between the power cord and power transformer primary lead wires are performed using crimp type connectors, if replacing the connectors is unavoidable, in order to prevent safety hazards, perform carefully and precisely according to the following steps.

1) Connector part number : E03830-001

2) Required tool : Connector crimping tool of the proper type which

will not damage insulated parts.

3) Replacement procedure

(1) Remove the old connector by cutting the wires at a point

close to the connector. Important : Do not reuse a connector (discard it).

cut close to connector

Fig.3

(2) Strip about 15 mm of the insulation from the ends of the

wires. If the wires are stranded, twist the strands to avoid frayed conductors.

15 mm

Fig.1

7. Observe that wires do not contact heat producing parts (heatsinks, oxide metal film resistors, fusible resistors, etc.)

8. Check that replaced wires do not contact sharp edged or pointed parts.

9. When a power cord has been replaced, check that 10-15 kg of force in any direction will not loosen it.

Power cord

Fig.2

10. Also check areas surrounding repaired locations.

11. Products using cathode ray tubes (CRTs) In regard to such products, the cathode ray tubes themselves, the high voltage circuits, and related circuits are specified for compliance with recognized codes pertaining to X-ray emission. Consequently, when servicing these products, replace the cathode ray tubes and other parts with only the specified parts. Under no circumstances attempt to modify these circuits. Unauthorized modification can increase the high voltage value and cause X-ray emission from the cathode ray tube.

Fig.4

(3) Align the lengths of the wires to be connected. Insert the

wires fully into the connector.

Metal sleeve

Connector

Fig.5

(4) As shown in Fig.6, use the crimping tool to crimp the metal

sleeve at the center position. Be sure to crimp fully to the complete closure of the tool.

1.25

2.0

5.5

Fig.6

(5) Check the four points noted in Fig.7.

Not easily pulled free

Wire insulation recessed

more than 4 mm

Fig.7

Crimping tool

Crimped at approx. center

of metal sleeve

Conductors extended

I

S40888-01

Safety Check after Servicing

•

Examine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts and wires have been returned to original positions, Afterwards, perform the following tests and confirm the specified values in order to verify compliance with safety standards.

1. Insulation resistance test

Confirm the specified insulation resistance or greater between power cord plug prongs and externally exposed parts of the set (RF terminals, antenna terminals, video and audio input and output terminals, microphone jacks, earphone jacks, etc.). See table 1 below.

2. Dielectric strength test

Confirm specified dielectric strength or greater between power cord plug prongs and exposed accessible parts of the set (RF terminals, antenna terminals, video and audio input and output terminals, microphone jacks, earphone jacks, etc.). See table 1 below.

3. Clearance distance

When replacing primary circuit components, confirm specified clearance distance (d), (d’) between soldered terminals, and between terminals and surrounding metallic parts. See table 1 below.

Fig. 8

4. Leakage current test

Confirm specified or lower leakage current between earth ground/power cord plug prongs and externally exposed accessible parts (RF terminals, antenna terminals, video and audio input and output terminals, microphone jacks, earphone jacks, etc.). Measuring Method : (Power ON) Insert load Z between earth ground/power cord plug prongs and externally exposed accessible parts. Use an AC voltmeter to measure across both terminals of load Z. See figure 9 and following table 2.

Externally exposed accessible part

Fig. 9

Z

V

ab

A

c

5. Grounding (Class 1 model only)

Confirm specified or lower grounding impedance between earth pin in AC inlet and externally exposed accessible parts (Video in, Video out, Audio in, Audio out or Fixing screw etc.).

Measuring Method:

Connect milli ohm meter between earth pin in AC inlet and exposed accessible parts. See figure 10 and grounding specifications.

Fig. 10

Table 1 Specifications for each region

Table 2 Leakage current specifications for each region

Note: These tables are unofficial and for reference only. Be sure to confirm the precise values for your particular country and locality.

II

S40888-01

SECTION 1

DISASSEMBLY

1.1 HOW TO REMOVE THE MAJOR PARTS

1.1.1 Introduction

This set is a double-deck video recorder integrating a Mini DV deck and a VHS deck. Its internal structure is divided into three sections that include the power supply, VHS and DV sections. Therefore, the removal of major parts will also be described under three separate sections as listed below.

1. COMMON section

2. VHS section

3. DV section

< TOP VIEW >

1. COMMON section

3. DV section

2. VHS section

Fig. 1-1-1

1.2 HOW TO READ THE DISASSEMBLY AND ASSEMBLY

Step/

Loc No.

1

Top cover, Bracket COM1

Front panel

2

assembly

Fig. No.

4(S1), 3(S2), 2(L1), (L2) 2(S3)

COM2 8(L3),

CN7507(WR1), CN3011(WR2)

Point NotePart name

—

§§ §§ §

(1) (2) (3) (4) (5)

(1) Order of steps in Procedure

When reassembling, perform the step(s) in the reverse order. These numbers are also used as the identification (location) No.

of parts Figures. (2) Part name to be removed or installed. (3) Fig. No. showing procedure or part location. (4) Identification of part to be removed, unhooked, unlocked,

released, unplugged, unclamped or unsoldered.

P= Spring, W= Washer, S= Screw, L= Locking tab, SD= Solder,

CN**(WR**)= Remove the wire (WR**) from the connector

(CN**).

Note:

• The bracketed ( ) WR of the connector symbol are as-

signed nos. in priority order and do not correspond to those on the spare parts list.

(5) Adjustment information for installation

1.3 DISCONNECTION OF CONNECTORS (WIRES)

FPC

CONNECTOR

FPC

CONNECTOR

Fig. 1-3-1 Fig. 1-3-2

FPC

CONNECTOR

FPC

CONNECTOR

Fig. 1-3-3 Fig. 1-3-4

FPC

CONNECTOR

Fig. 1-3-5

1.4 SCREWS USED CABINET COMPONENTS AND BOARD ASSEMBLIES

Table 1-4-1 below shows the symbols, shapes, colors and part numbers of screw that are used in the cabinet components and board assemblies and are appearing in the disassembling/reassembling diagrams in this manual. When screwing them again in reassembling, be sure to use them correctly referring to the following table.

Notes:

• Screw that are asterisked (marked with*) in the shape col-

umn are fixed with screw lock agent. If such the screw is once removed, never use it again.

• The Screw symbols are assigned nos. in priority order and

do not correspond to those on the spare parts list.

SYMBOL PARTS NO. COLOR

S1 QYTDST3006R SILVER BLACK

S2 QYTDST3006M BLACK

S3 QYTDSF3010Z GOLD

S4 QYTDSF2606Z GOLD

S5 QYTDST3006Z GOLD

S6 QYTDSF3008M BLACK

S7 QYTDST2610Z GOLD

S8 PQ21623-2-5 GOLD

S9 PQ40413 BLACK

S10 LP40700-001A BLACK S11 QYTDSP2004Z GOLD S12 QYTDST2004Z GOLD S13 YQ43893 SILVER

Table 1-4-1

1-1

HOW TO REMOVE THE MAJOR PARTS <COM section>

1.5

1.5.1 Disassembly flow chart

This flowchart shows the disassembly procedure for the exterior parts and electrical parts. Basically, reverse this procedure when assembling them.

1 Top cover, Bracket

When removing the SW REG board assembly or Regulator board assembly, unhook the several spacers connecting it with pliers from the top side.

Perform the work by leaving fan motor attached to the rear cover except when replacing the fan motor. When attaching the rear cover, please be careful with the wiring.

2 Front panel assembly

Display board assembly, Display/SW board assembly,

3

SW board assembly, LED1, 2 board assembly

4 SW REG board assembly

5 Regulator board assembly

6 Rear cover

Disassembly/assembly method <COM section>

1.5.2

Step/

Loc No.

Top cover, Bracket COM1

1

Front panel

2

assembly

Fig. No.

4(S1), 3(S2), 2(L1), (L2) 2(S3)

COM2 8(L3),

CN7507(WR1),

Point NotePart name

CN3011(WR2)

Display board assembly,

3

LED/SW board assembly, Eject SW board assembly, Jack board assembly, Jog board assembly

SW REG board

4

assembly

Regulator board

5

assembly

COM3 10(S4)

6(S4), Knob(Jog), Knob(Shuttle),

COM4 2(S5), 2(L4), (L5)

CN5301(WR3),

COM5 3(L6),

CN5322(WR4), CN5321(WR5),

CN5325(WR6), CN5324(WR7), CN5323(WR8)

6

COM6 4(S2), 6(S6),

Fan motor

<NOTE 6>Rear cover

When attaching the FPC, be sure to connect it in the correct orientation.

When attaching the front panel assy, make sure that the door openers of both decks (DV, VHS) are in the down position.

When attaching the front panel assy, be careful not to damage the DV terminals.

When attaching the FPC take care that it is not caught. Pass the DV-side FPC between the base (2) and DV Main board assy. Pass the two VHS-side FPCs below the base (1).

(S3)

6

(S2)

9

Bracket

1

5

(S2)

(S1)

7

(S2)

4

(S1)

3

Top cover

(L2)

8

(S3)

1

(S1)

(L1)

2

(S1)

—

Fig. COM1

FPC

DV SIDE

Base (2)

DV Main board assembly

(L3)

Base (1)

(L3)

CN3011

WR2

WR1

(L3)

CN7507

<Note 1> Supporting tape side

<Note 2> VHS SIDE

2

Fig. COM2

1-2

<Note 6> Fan Motor

6

28

(S2)

29

(S2)

33

(S6)

32

(S6)

35

(S6)

34

(S6)

36

(S6)

37

(S6)

30

(S2)

31

(S2)

22

5

CN5325

CN5324

WR8

WR5 Foil side <Note 1>

WR4 Foil side <Note 1>

WR6

WR7

CN5321

CN5322

(L6) Spacer <Note 5>

(L6)

Spacer

CN5323

(S4)

21

(S4)

2

Knob (Jog)

Knob (Shuttle)

3

Eject SW board assembly

Jack board assembly

11

(S4)

10

(S4)

Jog board assembly

LED/SW board assembly

Display board assembly

9

(S4)

20

(S4)

23

(S4)23(S4)

25

(S4)

24

16

(S4)

15

(S4)

14

(S4)

17

(S4)

18

(S4) 13

(S4)

12

(L5)

26

(S5)

Fig. COM3

27

(S5)

Fig. COM5

WR3 Supporting tape side <Note 1>

4

CN5301

Spacer

(L4)

Fig. COM4

Fig. COM6

1-3

HOW TO REMOVE THE MAJOR PARTS <VHS section>

1.6

1.6.1 Disassembly flow chart

This flowchart shows the disassembly procedure for the exterior parts and electrical parts. Basically, reverse this procedure when assembling them. However, it is required to remove the common section parts as far as 1 “Top cover Bracket” and 2 “Front panel assembly” in advance. (See section 1.5.)

1 Drum assembly

2 Mechanism assembly

3 Main board assembly / 4 Base (1)

4 Base (1)

Procedures for Lowering the Cassette holder assembly

As the mechanism of this unit is integrated with the Housing assembly, the holder must be lowered and the two screws unscrewed when removing the Mechanism assembly.

Fig. 2

Fig. 1

1.6.2 DIsassembly/assembly method <VHS section>

Step/

Loc No.

1

Drum assembly

(Inertia plate) (Roller arm assy)

2

Mechanism assembly

Main board

3 <Note 2>

assembly

Base (1) V4 (S3), 3(S5)4 —

Fig. No.

V1

Point NotePart name

3(S7), CON1(WR9), CN1(WR10)

4(L1)

(P1), (L2)

V2

2(S8), (S9), (S10), (L3), (L4), CN1(WR11),

V3 6(S6), 2(S3), (S5),

CN5321(WR12), CN5322(WR13), CN3014(WR14), CN703(WR15), CN2601(WR16)

When attaching or removing the FPC, take care not to disconnect any of the wires.

When attaching the FPC, be sure to connect it in the correct orientation.

When attaching wires, connect them in the correct orientation.

Fig. 3

Turn the loading motor pulley in the direction as indicated by Fig.2. As both A and B levers are lodged twice, push the levers in the direction as indicated by Fig.3 to release them. When pushing the levers, do it in the order of A , B , B , A . When the holder has been lowered, turn the pulley until the cassette holder is securely in place without allowing any up/ down movement.

Procedures for Lowering the Cassette holder assembly

Note: When installing the Drum assembly, secure the

screws (S7) in the order of a , b , c .

Roller arm assy

Inertia plate

(L1)

(P1)

(L2)

(S7)

1

a

2

(S7)

WR9 Foil side

c

CON1

3

(S7)

b

WR10 Foil side <Note 1,2>

1

Cleaner assy

• When it is required to remove the screws (S8) retaining the Mechanism assembly, please refer to the “Procedures for Lowering the Cassette holder assembly”(See on page 1-5).

• When removing the Mechanism assembly only, unhook the two spacers connecting it with the Main board assembly with pliers from the back side of the Main board assembly first, and then remove the Mechanism assembly.

• When reattaching the Mechanism assembly to the Main board assembly, take care not to damage the sensors on the Main board assembly (D3001: LED, Q3002: Start sensor, Q3003: End sensor, S3002: S cassette switch).

1-4

Not use

CN1

Fig. V1

Note: When installing the Mechanism assembly, secure

the screws (S8) in the order of a , b .

6

5

(S8)

Mechanism assy

Spacer

(S9)

(L3) Spacer <Note 4>

4

(S8)

S3002 S cassette switch <Note 4>

WR11 Foil side <Note 2>

(S10)

(L4) Spacer <Note 4>

7

2

15

(S3)

WR5 Foil side <Note 2>

14

(S3)

3

WR4 Foil side <Note 2>

CN3014

WR12 Foil side <Note 2>

16

(S5)

WR13

9

(S6)

CN2601

CN703

8

(S6)

CN5321

WR14 Foil side <Note 2>

CN5322

10

(S6)

11

12

(S6)

13

(S6)

Fig. V3

Fig. V2

17

(S3)

18

(S5)

19

(S5)

4

20

(S5)

Fig. V4

1-5

HOW TO REMOVE THE MAJOR PARTS <DV section>

1.7

1.7.1 Disassembly flow chart

This flowchart shows the disassembly procedure for the exterior parts and electrical parts. Basically, reverse this procedure when assembling them. However, it is required to remove the common section parts as far as 1 “Top cover, Bracket” and 2 “Front panel assembly” in advance. (See section 1.5.)

1

Mechanism assembly, P/R MDA board assembly

2 Cassette housing assembly

3 P/R MDA board assembly

4 Mechanism assembly

5 Drum assembly

6 DV Main board assembly

1.7.2 Disassembly/assembly method <DV section>

Step/

Loc No.

1

Mechanism assembly, P/R MDA board assembly

2

Cassette housing assembly

3

P/R MDA board assembly

4

Mechanism assembly

5

Drum assembly D5 3(S13)

6

DV Main board assembly

Fig. No.

D1 4(S5),

D2

D3 (S12),(S11),2(S5),

D4 3(S4), 2(L3)

D6 4(S5),

Point NotePart name

CN1502(WR17), CN5002(WR18), CN5506(WR19), CN5501(WR7)

2(S11),2(L1),2(L2), CN5507(WR20)

CN5502(WR21), CN5505(WR22), CN5503(WR23), CN5504(WR24), CN5001(WR25), Earth plate

CN1002(WR14), CN3701(WR16), CN1001(WR8), CN3501(WR15)

—

With due regard to operational considerations, remove the parts located on the base (2) (i.e. Mechanism assembly, P/R MDA board assembly etc.) together before removing the major parts.

Take care not to scratch or damage the drum assembly by the cleaner assembly when performing work.

Take care not to damage the board assembly when detaching parts.

When attaching the FPC, be sure to connect it in the correct orientation.

1

(S5)

WR17

CN1501

(L1)

2

(S5)

(L2)

2

3

(S5)

Base(2)

WR16

(S11)

CN5506

CN5502

Fig. D1

5

Fig. D2

4

(S5)

CN5501

1

WR7

WR17

6

(S11)

(L2)

WR18

CN5507

1-6

Earth

6

20

(S5)

WR13

CN3501

CN3701

CN1001

CN1002

WR12

Foil side <Note 4>

Supporting tape side <Note 3>

WR14

WR8

17

(S5)

19

(S5)

18

(S5)

plate

(

7

S12

)

(

S11

9

(S5)

8

)

10

(S5)

CN5505

CN5502

CN5001

5

15

(

S13

3

14

(

)

S13

16

)

(

S13

)

11

(S4)

WR20

WR19

WR23

Fig. D3

12

(S4)

CN5503

WR21

13

(S4)

CN5504

WR22

Fig. D5

(L3)

Fig. D4

4

Fig. D6

1-7

1.8 SERVICE POSITIONS

The servicing locations for use in troubleshooting or servicing of the set are provided separately for the VHS and DV.

I SERVICE POSITIONS <VHS SIDE>

II SERVICE POSITIONS <DV SIDE>

1.8.1 Service position <VHS SIDE>

(1) Remove the top cover and bracket. (2) Remove the front panel assembly. (3) Remove the MAIN board assembly together with the

mechanism assembly.

Fig. No.

(Page)

(1)

Top cover,

COM1 9 2 + 1

Bracket (1-3) (No.1-9) (L1,2)

(2) Front

panel

COM2 0 8 2

(1-3) (L3) (CN7507/ —

assembly

(3) Main

board

V2, V3 13 0 5

(1-6) (No.4-16) (CN5321/ assembly (etc.)

Screw Hook, etc. Connector Note

0 —

CN3011)

CN5322/ CN3014/ — CN703/ CN2601)

< Installation >

(1) Stand up the bottom chassis assembly so that the DV/

Regulator side is in the lower position.

(2) Connect the PATCH CORD to the three FPCs then con-

nect CN3014, CN7508 and CN7509.

(3) By connecting a total of two FPCs and wires (CN703/

CN2601), carry out the installation so that the Main board assembly comes in the upper position.

Point: • Take care that the FPCs and wires are not

subjected to stress in this positioning.

(4) Connect the PATCH CORDS to the two FPCs of the front

panel assembly, then connect the CORDS to the CN7507/CN3011.

For the PATCH CORD is required, see Table 1-8-3.

Table 1-8-1

PATCH CORD

PTU94017B

Main board assembly

CN7507

1

CN7508

6

7

CN2601

D

3

C

4

CN5322

5

CN5321

CN3501

CN7509

CN3011

CN703

CN3014

A

B

2

E

CN3701

1-8

Front panel assembly

Fig. 1-8-1 Service position <VHS side>

CN1002

1.8.2 Service position <DV SIDE>

(1) Remove the top cover and bracket. (2) Remove the front panel assembly. (3) Remove the mechanism assembly (DV side) together

with the base (2).

(4) Remove the DV Main board assembly.

Note:

Place an insulation sheet on the mechanism assembly

•

(VHS side), then remove the DV Main board assembly and place it on the insulation sheet. When removing the DV Main board assembly, only remove a connector CN1002 out of four. Take care not to damage the parts during operating.

(1)

Top cover,

Fig. No.

(Page)

COM1 9 2 + 1 0 —

Screw Hook, etc. Connector Note

Bracket (1-3) (No.1-9) (L1,2)

(2) Front

panel assembly

(3)

Mechanism D1 4 0 4

COM2 0 8 2

(1-3) (L3) (CN7507/ —

CN3011)

(DV SIDE)/ (1-7) (No.1-4) (CN1502/ BASE (2) CN5002/ —

CN5506/ CN5501)

(4) DV Main

board

D6 4 0 1

(1-8) (No.17-20) (CN1002)

Note

assembly

Table 1-8-2

< Installation >

For the PATCH CORDS, see Table 1-8-3. The patch cords that are indicated in Table 1-8-3 are in one package.

(1) Connect a PATCH CORD to the FPC, and connect the

end to the connector CN1002.

(2) Connect PATCH CORDS to the three connectors/FPCs

(CN5506/CN5002/CN1502).

(3) Place the mechanism assembly (DV side) on the origi-

nal position and connect the four wires/FPCs/connectors (CN5501/CN5506/CN5002/CN1502).

(4) Connect PATCH CORDS to the two FPCs of the FRONT

PANEL ASSEMBLY, and connect the ends to the CN7507 and CN3011.

Board to Board Wire

A PTU94022-16 QUQ112-1840CG B PTU94022-18 QUQ112-1640CG C PTU94022-13 QUQ212-1340CG D PTU94022-15 QUQ212-1540CG E YTU94072-06 QUQ210-0640CG F YTU94074-15 QUQ105-1540AA G YTU94074-26 QUQ105-2640AA H YTU94074-20 QUQ105-2040AA

Table 1-8-3

PATCH CORD

PTU94017B

Insulation sheet

CN5002

CN5501

DV mechanism assembly

BASE (2)

CN3011

Front panel assembly

CN5506

8

2

E

G

7

11

B

H

10

CN1002

CN1501

CN2001

9

F

A

1

DV Main board assembly

CN7507

7

CN1502

Fig. 1-8-2 Service position <DV side>

SYMBOL CONNECTOR (WIRE) CONNECTIONS

PIN No

PATCH CORD

I / II 1 MAIN CN7507 — JACK CN7002 16 A

I / II 2 MAIN CN3011 — DISPLAY CN7001 18 B

I 3 MAIN CN703 — DV MAIN CN3501 6 —

I 4 MAIN CN7508 — REGULATOR CN5322 13 C

I 5 MAIN CN7509 — REGULATOR CN5321 15 D

I 6 MAIN CN2601 — DV MAIN CN3701 8 —

I / II 7 MAIN CN3014 — DV MAIN CN1002 6 E

II 8 DV MAIN CN1502 — SENSOR 15 F

II 9 P/R MDA CN5002 — DV MAIN CN2001 26 G

II 10 P/R MDA CN5506 — DV MAIN CN1501 20 H

II 11 REGULATOR CN5324 — P/R MDA CN5501 5 —

Table 1-8-4 Connection of Connectors

1-9

1.9 MECHANISM SERVICE MODE

This model has a unique function to enter the mechanism into every operation mode without loading of any cassette tape. This function is called the “MECHANISM SERVICE MODE”.

1.9.1 How to set the "MECHANISM SERVICE MODE"

(1) Disconnect VCR from AC. (2) Connect TPGND and TP7001 (TEST) on the Display

board assembly with a jump wire. (3) Connect VCR to AC. (4) Press the POWER button.

(5) With lock levers A B on the left and right of the Cassette

holder assembly pulled toward the front, slide the holder in the same direction as the cassette insertion direction. (For the positions of lock levers A B , refer to the “Procedures for Lowering the Cassette holder assembly” on page 1-5 of 1.6 HOW TO REMOVE THE MAJOR PARTS <VHS section>

(6) The cassette holder lowers and, when the loading has

completed, the mechanism enters the desired mode.

Swithing regulator board assembly

DV Main board assembly

Fan

board assembly

P/R MDA board assembly

DV mechanism

Regulator

Main board assembly

TP GND

Terminal board assembly

S-Sub board assembly

VR701 DV AG C

TP701

On screen

D AGC

board assembly

TP106 PB FM

VHS mechanism

CN3011 CN7507

Supporting tape side

3D Digital /2M board assembly

VR401 D/A LEVEL ADJ

Demodulator board assembly

TP2253 A.PB FM

TP4001 CTL.P

TP111 D.FF

1-10

TP7001 TEST

TPGND

LED SW board assembly

PATCH COAD PTU94022-18 QUQ112-1840CG

Display board assembly

Fig. 1-9-1

Jack board assembly

Jog board assembly

Eject SW board assembly

PATCH COAD PTU94022-16 QUQ112-1640CG

1.10 CONNECTION

Treat the wire so as not to come to DV cassette housing when attaching the Front panel assembly.

Absorb the looseness of the 13 ,

14

wires in

the Main part.

Fix the wire by Style pin surely.

Foil side

Supporting tape side

Make a crease.

A

C

CN5325

CN5321 CN5322

CN5301 (Lower)CN5201

CN703

CN7506

CN512

CN7508

CN2601

CN3001

CN2001

CN1

CON1

CN7509

CN3014

6

3

14

16

17

4

9

5

8

7

12

13

24

11

18

22

20

19

23

15

12

21

10

Foil side

A/C HEAD

DRUM

Treat the wire according to the figure not to overlap in TP.

Make a crease.

Supporting tape side

B

Should be confirmed that wire not touch to IC of the Stator board assembly.

After attach the Mechanism assembly, treat the wire according to the figure.

The

21 , 22

wires should be treat under the P/R MDA board assembly.

CN1502

CN3501

CN1101

CN3701

CN1001

CN5505

CN5503

CN5504

CN5507

CN5506

CN5501

CN5502

CN5001

CN5002

CN2001

CN5323 (Middle)

CN5324 (Upper)

CN3011 CN7507

CN1501

CN1002

CN1

CN3014

CN3011 CN7507

B

DRUM

Main board

assembly

Main board

assembly

Main board

assembly

Chassis

Absorb the looseness of the wire in the B part.

Treat the front wires according to the figure.

Treat the wire through the hole.

DETALE "B"

DETALE "A" DETALE "C"

Base(1)

[CAUTION]

Insert the FPC wires as shown below.

Foil side Supperting tape side side

TOP VIEW

Fig. 1-10-1 Top view

1-11

Fig. No.

Symbol

Connection

Pin No.

Connected point ←→ Connected point

Type

(FPC/

WIRE)

1 WR1 MAIN CN7507 ←→ JACK CN7002 16 FPC

2 WR2 MAIN CN3011 ←→ DISPLAY CN7001 18 FPC

3 WR3 REGULATOR CN5301 ←→ SW REG CN5201 19 FPC

4 WR4 REGULATOR CN5322 ←→ MAIN CN7508 13 FPC

5 WR5 REGULATOR CN5321 ←→ MAIN CN7509 15 FPC

6 WR6 REGULATOR CN5325 ←→ FAN MOTOR – 2 WIRE

7 WR7 REGULATOR CN5324 ←→ PRE/REC MDA CN5501 5 WIRE

8 WR8 REGULATOR CN5323 ←→ DV MAIN CN1001 10 WIRE

9 WR9 DRUM MOTOR CON1 ←→ MAIN CN3001 5 FPC

10 WR10 MAIN CN1 ←→ UPPER DRUM – 13 FPC

11 WR11 A/C HEAD CN1 ←→ MAIN CN2001 7 FPC

12 WR12 MAIN CN3014 ←→ DV MAIN CN1002 6 FPC

13 WR13 MAIN CN703 ←→ DV MAIN CN3501 6 WIRE

14 WR14 MAIN CN2601 ←→ DV MAIN CN3701 8 FPC

15 WR15 DV MAIN CN1502 ←→ SENSOR – 15 FPC

16 WR16 PRE/REC MDA CN5002 ←→ DV MAIN CN2001 26 FPC

17 WR17 PRE/REC MDA CN5506 ←→ DV MAIN CN1501 20 FPC

18 WR18 PRE/REC MDA CN5507 ←→ DV HOUSING MOTOR – 4 WIRE

19 WR19 PRE/REC MDA CN5502 ←→ DV LOADING MOTOR – 2 WIRE

20 WR20 PRE/REC MDA CN5505 ←→ DV ENCODER – 4 WIRE

21 WR21 PRE/REC MDA CN5503 ←→ DV DRUM MOTOR – 11 FPC

22 WR22 PRE/REC MDA CN5504 ←→ DV CAPSTAN MOTOR – 18 FPC

23 WR23 PRE/REC MDA CN5001 ←→ DV VIDEO HEAD – 10 FPC

24 – MAIN CN7506 ←→ S-SUB CN512 14 FPC

–– DV MAIN CN1101 ←→ Jig CONN. CABLE – 26 –

Table 1-10-1 Connection

1-12

1.11 EMERGENCY DISPLAY FUNCTION

Example 1 E : 01 :

03

Previous emergency

Latest emergency

No emergency record

Example 2 E : –– :

––

This unit has a function for storing the history of the past two emergencies (EMG) and displaying them on each FDP. With the status of the VCR and mechanism at the moment an emergency occurred can also be confirmed.

FDP display switching [DV]

FDP display – : –– : –– Normal display

: **Emergency content display

E :

**

E :

**

[VHS]

FDP display

Notes:

•

The emergency detail display on the latest emergency. It becomes “ – – : – – : – –” when there is no latest emergency record.

•

When using the Jig RCU, set its custom code to match the custom code of the VCR.

Jig RCU

[Data transmitting method] Depress the “ ” ( 3 ) button after the data code is set.

0 : 00 : 00

E: **:

1: *2 : 34

*

5: *6 :

*

CUSTOM CODE 43: A CODE 53: B CODE

DATA CODE

Fig. 1-11-1 Jig RCU [PTU94023B]

(E:Latest:Previous)

: **Emergency content display

(E:Latest:Previous)

Normal display

Emergency content display

**

(E:Latest:Previous)

Emergency detail display

7

*

1 2

show the information

INITIAL MODE

1

2

1.11.1 Displaying the emergency information

(1) Transmit the code “59” from the Jig RCU.

The FDP shows the emergency content in the form of

:**”.

“E:

**

Note:

[DV]

For the emergency content, see “1.11.3 Emergency content description”.

[VHS]

For the emergency content, see “1.11.3 Emergency content description”.

(2) Transmit the code “59” from the Jig RCU again.

The FDP shows the emergency detail information 1 in the form of “

* *

3 – : Mechanism sensor information at the moment of

– 4 : Mechanism mode position at the moment of emer-

Note:

•

For the emergency detail information Emergency detail information

(3) Transmit the code “59” from the Jig RCU once again.

The FDP shows the emergency detail information 2 in the form of “

* *

*

Note:

•

For the emergency detail information 2 , see “1.11.5 Emergency detail information

1 : *2 : 34”.

*

1 : Deck operation mode at the moment of emergency 2 : Mechanism operation mode at the moment of emer-

gency

emergency

gency

1

, see “1.11.4

1

”.

5 : *6 :

*

5 : Type of the cassette tape in use 1 .

7 ”.

*

6 : Winding position of the cassette tape in use

7 : Type of the cassette tape in use 2 (Winding area)

2

”.

(4) Transmit the code “59” from the Jig RCU once again to re-

set the display.

1.11.2 Clearing the emergency history

(1) Display the emergency history. (2) Transmit the code “36” from the Jig RCU. (3) Reset the emergency display.

(Y292-03e)

1-13

1.11.3 Emergency content description

Emergency contents “E08/E09” are for the model with Dynamic Drum (DD).

Note:

FDP CONTENT CAUSE

E01: Loading EMG

E02:

Unloading EMG

E03: Take Up Reel

Pulse EMG

E04: Drum FG

EMG

E05: Cassette Eject

EMG

E06: Capstan FG

EMG

E07: SW Power

Short-Circuit EMG

E08:

DD Initialized (Absolute Position Sensor) EMG

E09: DD FG EMG

E0A:Supply Reel

Pulse EMG

EC1 or EU1: Head clog warning

When the mechanism mode cannot be changed to another mode even when the loading motor has rotated for more than 4 seconds in the loading direction, [E:01] is identified and the power is turned off.

When the mechanism mode cannot be changed to another mode even when the loading motor has rotated for more than 4 seconds in the unloading direction, [E:02] is identified and the power is turned off.

When the take-up reel pulse has not been generated for more than 4 seconds in the capstan rotating mode, [E:03] is identified, the pinch rollers are turned off and stopped, and the power is turned off. However, the reel EMG is not detected in STILL/SLOW modes.

When the drum FG pulse has not been input for more than 3 seconds in the drum rotating mode, [E:04] is identified, the pinch rollers are turned off and stopped, and the power is turned off.

When the eject operation does not complete in 3 seconds after the start, [E:05] is identified, the pinch rollers are turned off and stopped, and the power is turned off. When the cassette insertion operation does not complete in 3 seconds after the start, the cassette is ejected. In addition, when the operation does not complete within 3 seconds after the start, [E:05] is also identified and the power is turned off immediately.

When the capstan FG pulse has not been generated for more than 1 second in the capstan rotating mode, [E:06] is identified, the pinch rollers are turned off and stopped, and the power is turned off.However, the capstan EMG is not detected in STILL/SLOW/FF/REW modes.

When short-circuiting of the SW power supply with GND has lasted for 0.5 second or more, [E:07] is identified, all the motors are stopped and the power is turned off.

When DD tilting does not complete in 4 seconds, [E:08] is identified, the tilt motor is stopped and the power is turned off.

When the DD FG pulse is not generated within 2.5 seconds, [E:09] is identified, the tilt motor is stopped and the power is turned off.

When the supply reel pulse has not been generated for more than 10 seconds in the capstan rotating mode, [E:0A] is identified and the cassette is ejected (but the power is not turned off). However, note that the reel EMG is not detected in the SLOW/STILL mode.

Presupposing the presence of the control pulse output in the PLAY mode, when the value obtained by mixing the two V.FM output channels (without regard to the A.FM output) has remained below a certain threshold level for more than 10 seconds, [E:C1] or [E:U1] is identified and recorded in the emergency history. During the period in which a head clog is detected, the FDP and OSD repeat the “3-second warning display” and “7-second noise picture display” alternately.

EMG code : “E:C1” or “E:U1” / FDP : “U:01” / OSD : “Try cleaning tape.” or “Use cleaning cassette.” The head clog warning is reset when the above-mentioned threshold has been exceeded for more than 2 seconds or the mode is changed to another mode than PLAY.

The mechanism is locked in the middle of mode transition.

1 2

The mechanism is locked at the loading end due to the encoder position reading error during mode transition.

3

Power is not supplied to the loading MDA.

1

The mechanism is locked in the middle of mode transition.

2

The mechanism is locked at the unloading end due to the encoder position reading error during mode transition.

3

Power is not supplied to the loading MDA.

1

The take-up reel pulse is not generated in the FWD transport modes (PLAY/ FWD SEARCH/FF, etc.) because;

1) The idler gear is not meshed with the take-up reel gear; The idler gear is meshed with the take-up reel gear, but incapable of wind-

2)

ing due to too large mechanical load (abnormal tension);

3) The take-up reel sensor does not output the FG pulse.

2

The supply reel pulse is not generated in the REV transport modes (REV SEARCH/REW, etc.) because;

1) The idler gear is not meshed with the supply reel gear.

2) The idler gear is meshed with the supply reel gear, but incapable of winding due to too large a mechanical load (abnormal tension);

3) The supply reel sensor does not output the FG pulse.

3

Power is not supplied to the reel sensors.

1

The drum could not start or the drum rotation has stopped due to too large a load on the tape, because;

1) The tape tension is abnormally high; The tape is damaged or a foreign object (grease, etc.) adheres to the tape.

2)

2

The drum FG pulse did not reach the System controller CPU because;

1) The signal circuit is disconnected in the middle;

2) The FG pulse generator (hall device) of the drum is faulty.

3

The drum control voltage (DRUM CTL V) is not supplied to the MDA.

4

Power is not supplied to the drum MDA.

1

The cassette cannot be ejected due to a failure in the drive mechanism of the housing.

2

When the housing load increases during ejection, the loading motor is stopped because of lack of headroom in its drive torque.

Housing load increasing factors: Temperature environment (low temperature, etc.), mechanism wear or failure.

3

The sensor/switch for detecting the end of ejection are not functioning normally.

4

The loading motor drive voltage is lower than specified or power is not supplied to the motor (MDA).

5

When the user attempted to eject a cassette, a foreign object (or perhaps the user's hand) was caught in the opening of the housing.

1

The capstan could not start or the capstan rotation has stopped due to too large a load on the tape, because;

1) The tape tension is abnormally high (mechanical lock);

2) The tape is damaged or a foreign object (grease, etc.) is adhered to the

tape (occurrence of tape entangling, etc.).

2

The capstan FG pulse did not reach the System controller CPU because;

1) The signal circuit is disconnected in the middle;

2) The FG pulse generator (MR device) of the capstans is faulty.

3

The capstan control voltage (CAPSTAN CTL V) is not supplied to the MDA.

4

Power is not supplied to the capstan MDA.

1

The SW 5 V power supply circuit is shorted with GND.

2

The SW 12 V power supply circuit is shorted with GND.

1 The absolute value sensor is defective. (The soldered parts have separated.) 2 The pull-up resistor at the absolute sensor output is defective. (The soldered parts

have separated.)

3 Contact failure or soldering failure of the pins of the connector (board-to-board) to the

absolute value sensor. The absolute value sensor data is not sent to the System Controller CPU.

4

1 The FG sensor is defective. (The soldered parts have separated.) 2 The pull-up resistor at the FG sensor output is defective. (The soldered parts have

separated.) 3 Contact failure or soldering failure of the pins of the connector (board-to-board) to the FG sensor. 4 The power to the sensor is not supplied. (Connection failure/soldering failure) 5 The FG pulse is not sent to the System Controller CPU.

The tilt motor is defective. (The soldered parts have separated.)

6 7 The drive power to the tilt motor is not supplied. (Connection failure/soldering failure) 8 The tilt motor drive MDA - IC is defective. 9 Auto-recovery of the DD tilting cannot take place due to overrun.

The supply reel pulse is not generated in the FWD transport mode (PLAY/

1

FWD SEARCH/FF, etc.) because;

1) PLAY/FWD or SEARCH/FF is started while the tape in the inserted cassette is cut in the middle;

2) A mechanical factor caused tape slack inside and outside the supply reel side of the cassette shell. In this case, the supply reel will not rotate until the tape slack is removed by the FWD transport, so the pulse is not generated until then;

3) The FG pulse output from the supply reel sensor is absent.

2

The take-up reel pulse is not generated in the REV transport mode (REV SEARCH/REW, etc.).

1) REV SEARCH/REW is started when the tape in the inserted cassette has been cut in the middle;

2) A mechanical factor caused tape slack inside and outside the take-up reel side of the cassette shell. In this case, the supply reel will not rotate until the tape slack is removed by the REV transport, so the pulse will not be generated until that time;

3) The FG pulse output from the take-up reel sensor is absent.

3

The power to a reel sensor is not supplied.

1-14

Table 1-11-1

1.11.4 Emergency detail information 1

The status (electrical operation mode) of the VCR and the status (mechanism operation mode/sensor information) of the mechanism in the latest emergency can be confirmed based on the figure in EMG detail information 1 .

[FDP display]

1 : *2 : 34

*

1 : Deck operation mode at the moment of emergency

*

2 :

Mechanism operation mode at the moment of emergency

*

3 –

: Mechanism sensor information at the moment of emergency

– 4 :

Mechanism mode position at the moment of emergency

Note:

•

In the Deck operation mode/Mechanism operation mode/ Mechanism mode position, the contents of the code that is shown on the FDP differs depending on the parts number of the System Control microprocessor (IC3001) of the VCR. For the microprocessor parts number that starts with the two letters “MN”, refer to the Table of MN and for parts number with “HD”, refer to the Table of HD.

2 : Mechanism Operation Mode

*

[Table of MN]

Display

00 Command standby (Status without executing command) 02 POWER OFF by EMG occurrence 04 Moving to the adjacent position in the LOAD direction 06 Moving to the adjacent position in the UNLOAD direction 08 Cassette ejection being executed 0A Cassette insertion being executed 0C Tape being loaded 0E Tape being unloaded 10 Mode transition to STOP with pinch roller compression ON 12 Mode transition to STOP with pinch roller compression OFF 14 Mode transition to STOP with pinch roller compression OFF as a result

of POWER OFF

16 Mode transition to STOP with pinch roller compression ON as a result of

POWER ON 18 Mode transition to PLAY 1A Mode transition to FWD SEARCH 1C Mode transition to REC 1E Mode transition to FWD STILL/SLOW 20 Mode transition to REV STILL/SLOW 22 Mode transition to REV SEARCH 24 Mode transition from FF/REW to STOP 26 Mode transition to FF 28 Mode transition to REW 2A 4 sec. of REV as a result of END sensor going ON during loading 2C Short FF/REV as a result of tape sensor going ON during unloading 2E Mechanism position being corrected due to overrun 80 Mechanism in initial position (Dummy command)

Mechanism Operation Mode

1 : Deck Operation Mode

*

[Table of MN]

Display

00 Mechanism being initialized 01 STOP with pinch roller pressure off (or tape present with P.OFF) 02 STOP with pinch roller pressure on 03 POWER OFF as a result of EMG 04 PLAY 0C REC 10 Cassette ejected 20 FF 21 Tape fully loaded, START sensor ON, short FF 22

Cassette identification FWD SEARCH before transition to FF (SP x7-speed) 24 FWD SEARCH (variable speed) including x2-speed 2C INSERT REC 40 REW 42

Cassette identification REV SEARCH before transition to REW (SP x7-speed) 44 REV SEARCH (variable speed) 4C AUDIO DUB 6C INSERT REC (VIDEO + AUDIO) 84 FWD STILL/SLOW 85 REV STILL/SLOW 8C REC PAUSE 8D Back spacing 8E Forward spacing (FWD transport mode with BEST function) AC INSERT REC PAUSE AD INSERT REC Back spacing CC AUDIO DUB PAUSE CD AUDIO DUB Back spacing EC INSERT REC (VIDEO + AUDIO) PAUSE ED INSERT REC (VIDEO + AUDIO) Back spacing

Deck Operation Mode

[Table of HD]

Display

00 STOP with pinch roller pressure off (or tape present with P.OFF) 01 STOP with pinch roller pressure on 04 PLAY 0E REC 11 Cassette ejected 22 FF 26 FWD SEARCH (variable speed) including x2-speed 2E INSERT REC 43 REW 47 REV SEARCH (variable speed) 4C AUDIO DUB 6E INSERT REC (VIDEO+AUDIO) 84 FWD STILL/SLOW 85 REV STILL/SLOW 8F REC PAUSE AF INSERT REC PAUSE CD AUDIO DUB PAUSE EF INSERT REC (VIDEO+AUDIO) PAUSE

Deck Operation Mode

[Table of HD]

Display

00 STOP with pinch roller pressure off 01 STOP with pinch roller pressure on 02 U/L STOP (or tape being loaded) 04 PLAY 05 PLAY (x1-speed playback using JOG) 0E REC 11 Cassette ejected 22 FF 26 FWD SEARCH (variable speed) including x2-speed 2E INSERT REC 43 REW 47 REV SEARCH 4C AUDIO DUB 6E INSERT REC (VIDEO + AUDIO) 84 FWD STILL/SLOW 85 REV STILL/SLOW 8F REC PAUSE AF INSERT REC PAUSE C7 REV SEARCH (x1-speed reverse playback using JOG) CD AUDIO DUB PAUSE EF INSERT REC (VIDEO + AUDIO) PAUSE F0 Mechanism being initialized F1 POWER OFF as a result of EMG F2 Cassette being inserted F3 Cassette being ejected F4 Transition from STOP with pinch roller pressure on to STOP with pinch

roller pressure off F5 Transition from STOP with pinch roller pressure on to PLAY F6 Transition from STOP with pinch roller pressure on to REC F7 Cassette type detection SEARCH before FF/REW is being executed F8 Tape being unloaded F9 Transition from STOP with pinch roller pressure off to STOP with pinch

roller pressure on FA Transition from STOP with pinch roller pressure off to FF/REW FB Transition from STOP with pinch roller pressure off to REC.P (T.REC,etc.) FC Transition from STOP with pinch roller pressure off to cassette type de-

tection SEARCH FD Short REV being executed after END sensor on during unloading FE Tension loosening being executed after tape loading (STOP with pinch

roller pressure on)

Mechanism Operation Mode

1-15

3 – : Mechanism Sensor Information

[Common table of MN and HD]

Display

0– VHS Tab broken ON ON 1– VHS Tab broken ON OFF 2– VHS Tab broken OFF ON 3– VHS Tab broken OFF OFF 4– VHS Tab present ON ON 5– VHS Tab present ON OFF 6– VHS Tab present OFF ON 7– VHS Tab present OFF OFF 8– S-VHS Tab broken ON ON 9– S-VHS Tab broken ON OFF A– S-VHS Tab broken OFF ON B– S-VHS Tab broken OFF OFF C– S-VHS Tab present ON ON D– S-VHS Tab present ON OFF E– S-VHS Tab present OFF ON F– S-VHS Tab present OFF OFF

– 4 : Mechanism Mode Position

Mechanism Sensor Information

S-VHS SW

REC SAFETY SW

START SENSOR

END SENSOR

[Table of MN]

Display

-0 Initial value

-1 EJECT position

-2 Housing operating

-3 U/L STOP position

-4

Tape being loaded/unloaded (When the pole base is located on the front side of the position just beside the drum)

-5 Tape being loaded/unloaded (When the pole base is located on the rear side of the position just beside the drum)

-6 Pole base compressed position

-7 FF/REW position

-8 Between FF/REW and STOP with pinch roller compression ON

-9 STOP with pinch roller compression OFF

-A Between STOP with pinch roller compression OFF and REV

-B REV (REV STILL/SLOW) position

-C Between REV and FWD

-D FWD (FWD STILL/SLOW) position

-E Between FWD and PLAY

-F PLAY position

Mechanism Mode Position

[Table of HD]

Display

–0 EJECT position –1 U/L STOP position –2 Tape being loaded/unloaded (When the pole base is located on the rear

side of the position just beside the drum)

–3 FF/REW position –4 STOP with pinch roller pressure off –5 REV (REV STILL/SLOW) position –6 FWD (FWD STILL/SLOW) position, PLAY position –7 Intermediate position during transition between other mechanism modes

Mechanism Mode Position

Note:

•

As the display is always “–7” at any intermediate position between mechanism modes, the position of transitory EMG may sometimes not be locatable.

1-16

1.11.5 Emergency detail information 2

The type of the cassette tape and the cassette tape winding position can be confirmed based on the figure in EMG detail information 2 .

[FDP display]

5 : *6 :

*

* *

*

Note:

•

EMG detail information 2 is the reference information

7

*

5 : Type of the cassette tape in use 1 6 : Winding position of the cassette tape in use

7 :

Type of the cassette tape in use

2

(Winding area)

stored using the remaining tape detection function of the cassette tape. As a result, it may not identify cassette correctly when a special cassette tape is used or when the tape has variable thickness.

5 : Cassette tape type 1

*

Display Cassette Tape Type 1

00 Cassette type not identified 16

Large reel/small reel (T-0 to T-15/T-130 to T-210) not classified 82 Small reel, thick tape (T-120) identified/thin tape (T-140) identified 84 Large reel (T-0 to T-60) identified 92

Small reel, thick tape (T-130) identified/thin tape (T-160 to T-210) identified 93

Small reel, thick tape/C cassette (T-0 to T-100/C cassette) not classified C3

Small reel, thick tape/C cassette (T-0 to T-100/C cassette) being classified D3

Small reel, thick tape/C cassette (T-0 to T-100/C cassette) being classified E1 C cassette, thick tape (TC-10 to TC-20) identified E2 Small reel, thick tape (T-0 to T-100) identified E9 C cassette, thin tape (TC-30 to TC-40) identified F1

C cassette, thick tape/thin tape (TC-10 to TC-40) not classified

Notes:

•

Cassette tape type 1 is identified a few times during mode transition and the identification count is variable depending on the cassette tape type. If an EMG occurs in the middle of identification, the cassette tape type may not be able to be identified.

•

If other value than those listed in the above table is displayed, the cassette tape type is not identified.

6 : Cassette tape winding position

*

The cassette tape winding position at the moment of EMG is displayed by dividing the entire tape (from the beginning to the end) in 22 sections using a hex number from “00” to “15”.

“00” : End of winding “15” : Beginning of winding “FF” : Tape position not identified

7 : Cassette tape type 2 (Winding area)

*

Display Cassette Tape Type 2

00

Cassette type not identified

07

Small reel, thick tape T-5

08 - 0E

C cassette, thick tape TC-10

09 - 15

0A - 16 0A - 16

11 - 14 15 - 18 17 - 1A

1F - 23 21 - 23 21 - 23 22 - 24 22 - 24 22 - 24 22 - 23 23 - 24 25 - 26 27 - 29 29 - 2B

C cassette, thick tape TC-20P Small reel, thick tape T-20 C cassette, thin tape TC-30 C cassette, thin tape TC-40 Small reel, thick tape T-40 Small reel, thick tape T-60 Small reel, thick tape T-80/DF-160 Small reel, thick tape T-80/DF-180 Small reel, thick tape T-100 Small reel, thick tape T-120/DF-240 Small reel, thin tape T-140 Small reel, thick tape T-130 Small reel, thin tape T-160 Small reel, thin tape T-168 Small reel, thick tape DF-300 Small reel, thin tape T-180/DF-380 Small reel, thin tape T-210/DF-420 Large reel T-5 Large reel T-10 Large reel T-20 Large reel T-30 Large reel T-40 Large reel T-60

0A - 0B

0D - 0F

19 - 1D 1D - 21 1E - 1F

2D - 2F

Note:

•

The values of cassette tape type 2 in the above table are typical values with representative cassette tapes.

SECTION 2

MECHANISM ADJUSTMENT (VHS)

2.1 BEFORE STARTING REPAIR AND ADJUSTMENT

2.1.1 Precautions

(1) Unplug the power cable of the main unit before using your

soldering iron.

(2) Take care not to cause any damage to the conductor

wires when plugging and unplugging the connectors.

(3) Do not randomly handle the parts without identifying

where the trouble is.

(4) Exercise enough care not to damage the lugs, etc. dur-

ing the repair work.

(5) When installing the front panel assembly, be sure to hook

the lug on the back side of the cassette door to the door opener of the cassette holder. If this operation is neglected it will not be possible to remove the cassette when ejecting because the housing door cannot be opened.

2.1.2 Checking for Proper Mechanical Operations

Enter the mechanism service mode when you want to operate the mechanism when no cassette is loaded. (See 1.5 MECHANISM SERVICE MODE.)

Loading motor

Pole base assembly

2.1.3 Manually Removing the Cassette Tape

1. In case of electrical failures

If you cannot remove the cassette tape which is loaded because of any electrical failure, manually remove it by taking the following steps.

(1) Unplug the power cable and remove the top cover,

bracket and front panel assembly. (See 1.3 DISASSEMBLY/ASSEMBLY METHOD.)

(2) Unload the cassette by manually turning the loading mo-

tor of the mechanism assembly toward the front. In doing so, hold the tape by the hand to keep the slack away from any grease. (See Fig.2-1-3a.)

(3) Bring the pole base assembly (supply or take-up side) to

a pause when it reaches the position where it is hidden behind the cassette tape.

(4) Move the top guide toward the drum while holding down

the lug A of the bracket retaining the top guide. Likewise hold part B down and remove the top guide. Section C of the top guide is then brought under the cassette lid. Then remove the top guide by pressing the whole cassette tape down. (See Fig.2-1-3b.)

(5) Remove the cassette tape by holding both the slackened

tape and the cassette lid.

(6) Take up the slack of the tape into the cassette. This com-

pletes removal of the cassette tape.

Fig. 2-1-3a

C

A

B

Press

Fig. 2-1-3b

2-1

2. In case of mechanical failure

If you cannot remove the cassette tape which is loaded because of any mechanical failure, manually remove it by taking the following steps.

(1) Unplug the power cable and remove the top cover, front

panel assembly and others so that the mechanism assembly is visible. (See 1.3 DISASSEMBLY/ASSEMBLY METHOD.)

(2) While keeping the tension arm assembly of the mecha-

nism assembly free from tension, pull the tape on the pole base assembly (supply or take-up side) out of the guide roller. (See Fig.2-1-3c.)

(3) Take the spring of the pinch roller arm assembly off the

hook of the press lever assembly, and detach it from the tape. (See Fig.2-1-3d.)

(4) In the same way as in the electrical failure instructions in

2.1.3-1(4), remove the top guide.

(5) Raise the cassette tape cover. By keeping it in that posi-

tion, draw out the cassette tape case from the cassette holder and take out the tape.

(6) By hanging the pinch roller arm assembly spring back

on the hook, take up the slack of the tape into the cassette.

Pole base assembly (take-up side)

2.1.4 Jigs and Tools Required for Adjustment

Roller driver

PTU94002

Back tension cassette gauge

PUJ48076-2

Alignment tape

(SP, stairstep, PAL)

MHPE

A/C head positioning tool

PTU94010

Jig RCU

PTU94023B

Alignment tape

(LP, stairstep, PAL)

MHPE-L

Torque gauge

PUJ48075-2

Pole base assembly

(supply side)

Tension arm assembly

Fig. 2-1-3c

Take the spring off the hook, and detach it from the tape.

Guide pole guard

2-2

Pinch roller arm assembly

Press lever assembly

Fig. 2-1-3d

2.1.5 Maintenance and Inspection

1. Location of major mechanical parts

In this chapter, the two mechanism speeds are described by comparing the speeds of the standard type and the high-speed FF/REW type. It is possible to distinguish between these two types of mechanism by the diameters of their capstan pulleys. The capstan pulley diameter for the standard type is approx. 32 mm. The capstan pulley diameter for the high-speed FF/REW type is approx. 43 mm. For information on the different parts used in the two mechanism types, please refer to the “Replacement of major parts”.

UV catcher2 (supply and take-up side)

Stator assembly

T2

Full erase head

T26

Pole base assembly

T25

(supply side)

Tension arm

T24

assembly

Adjust pin

T23

Tension brake

T22

assembly

T1

T3

Drum assembly

T5 T7

T6

Head base

Audio control head

Loading motor

Guide pole guard

T8

Pinch roller arm

T9

assembly

Lid guide

T10

Press lever

T11

assembly

Guide arm

T12

assembly

Reel disk

T13

(take-up side)

Sub brake assembly

T14

(take-up side)

Belt

B22

(loading motor)

B21

Control cam

B20

B19

Cassette gear

B18

Worm gear

Brake lever

Rec safety lever

B1

Reel disk

T20

(supply side)

Main brake assembly (supply side)

Idler lever

T17T19T21

Idler arm assembly

T16T18

Pole base assembly (take-up side)

Fig. 2-1-5a Mechanism assembly top side

Capstan motor

Belt (capstan)

B2

Capstan brake assembly

B3 B5

Loading arm gear (take-up side)

B4

Loading arm gear (supply side)

Main brake assembly

T15

(take-up side)

Plate

B6

(supply side)

Control

B7

bracket1

Control plate

B8

Tension arm

B9

bearing

Link lever

B17

Rotary encoder guide

B16

Rotary encoder

B15

B14

Direct gear

B13

Change lever assembly

B12

B10

Clutch unit

Take-up head

Fig. 2-1-5b Mechanism assembly bottom side

Take-up lever

B11

2-3

Guide rail Roller cam assembly

L2L1

Fig. 2-1-5c Mechanism assembly left side

R1

Opener guide

Door

R2

opener

Drive gear

R3

Cassette housing bracket

R4

R5

Limit gear

Loading motor

Worm gear

Belt (loading motor)

Fig. 2-1-5d Mechanism assembly right side

2. Cleaning

Regular cleaning of the transport system parts is desirable but practically impossible. So make it a rule to carry out cleaning of the tape transport system whenever the machine is serviced. When the video head, tape guide and/or brush get soiled, the playback picture may appear inferior or at worst disappear, resulting in possible tape damage.

(1) When cleaning the upper drum (especially the video

head), soak a piece of closely woven cloth or Kimu-wipe with alcohol and while holding the cloth onto the upper drum by the fingers, turn the upper drum counterclockwise.

Note:

• Absolutely avoid sweeping the upper drum vertically as this will cause damage to the video head.

(2) To clean the parts of the tape transport system other than

the upper drum, use a piece of closely woven cloth or a cotton swab soaked with alcohol.

(3) After cleaning, make sure that the cleaned parts are com-

pletely dry before using the video tape.

3. Lubrication

With no need for periodical lubrication, you have only to lubricate new parts after replacement. If any oil or grease on contact parts is soiled, wipe it off and newly lubricate the parts.

Note:

• See the “mechanism assembly” diagram of the parts list for the lubricating or greasing spots, and for the types of oil or grease to be used.

4. Suggested servicing schedule for main components

The following table indicates the suggested period for such service measures as cleaning,lubrication and replacement. In practice, the indicated periods will vary widely according to environmental and usage conditions.However, the indicated components should be inspected when a set is brought for service and the maintenance work performed if necessary. Also note that rubber parts may deform in time,even if the set is not used.

System Parts Name

Upper drum assembly

A/C head

Lower drum assembly

Pinch roller arm assembly

Full erase head

Tension arm assembly

Capstan motor (Shaft)

Guide arm assembly

Capstan motor

Capstan brake assembly

Main brake assembly

Belt (Capstan)

Belt (Loading motor)

Loading motor

Clutch unit

Worm gear

Control plate

Brush

Tension brake assembly

Other Drive Tape transport

Rotary encoder

: Cleaning

¤

: Inspection or Replacement if necessary

R

Operation Hours

~1000H ~2000H

¤R R ¤R ¤R

¤¤R ¤¤ ¤¤ ¤¤ ¤¤ ¤¤

R R R

RR

R R R R R

¤R ¤R

RR

R

Table 2-1-5a

5. Disassembling procedure table

The following table indicates the order in which parts are removed for replacement. To replace parts, remove them in the order of 1 to 18 as shown in the table. To install them, reverse the removal sequence. The symbols and numbers preceding the individual part names represent the numbers in the “Location of major mechanical parts” table. Also, the “T”, “B”, and “T/B” on the right of each part name shows that the particular part is removed from the front, from the back, and from both sides of the mechanism, respectively.

2-4

R4 R1 R3 T9 T12 T11 B15 B12 B14 B13 B17 B21 B7 B8 B5 B4 B11 T14 T15 T13 T22 T24 T18 B19

Symbols and numbers

Removal parts

(Reference items) Replacement parts

Symbols and numbers

2.2.3 Guide rail T 1

L2

2.2.3 Roller cam assembly T 1

R4

2.2.3 Cassette housing bracket T 1

R1

2.2.3 Opener guide T 2

R2

2.2.3 Door opener T 3

2.2.3 Relay gear T 3

R5

2.2.3 Limit gear T 3

2.2.3 Cassette holder assembly T 6

R3

2.2.3 Drive gear T 4

2.2.3 Drive arm T 8

T9

2.2.4 Pinch roller arm assembly T 1

T12

2.2.5 Guide arm assembly T 1

T11

2.2.5 Press lever assembly T 3

T6

2.2.6 Audio control head T 1

T7

2.2.7 Loading motor T 1

B1

2.2.8 Capstan motor T/B 1

T1

2.2.9 UV catcher2 T 1

T17

2.2.9

Pole base assembly (take-up side)

T25

2.2.9

Pole base assembly (supply side)

B15

2.2.10 Rotary encoder B 1

B12

2.2.11 Clutch unit B 1

B14

2.2.12 Change lever assembly B 3

B13

2.2.12 Direct gear B 4

2.2.12 Clutch gear B 5

2.2.12 Coupling gear (

B17

2.2.13 Link lever B 1

B18

2.2.14 Cassette gear B 2

B20

2.2.14 Control cam B 2

B21

2.2.14 Worm gear B 1

T10

- Lid guide T/B 5

B7

2.2.15 Control bracket1 B 1

B8

2.2.15 Control plate B 6

B5

2.2.16 Loading arm gear (supply side) B 7

B4

2.2.16

Loading arm gear (take-up side)

2.2.16 Loading arm gear shaft B 9

2.2.17 Take-up lever T/B 7

B11

B10

2.2.17 Take-up head T/B 8

2.2.17 Control plate guide T/B 8

B3

2.2.18 Capstan brake assembly T/B 7

T14

2.2.19

Sub brake assembly(take-up side)

T15

2.2.20

Main brake assembly(take-up side)

T19

2.2.20

Main brake assembly(supply side)

T13

2.2.20 Reel disk (take-up side) T/B 16

T22

2.2.21 Tension brake assembly T/B 9

T20

2.2.21 Reel disk (supply side) T/B 10

T24

2.2.21 Tension arm assembly T/B 10

B9

2.2.21 Tension arm bearing T/B 10

T18

2.2.22 Idler lever T/B 17

T16

2.2.22 Idler arm assembly T/B 18

B19

- Brake lever (

B16

- Rotary encoder guide T/B 19

2) B 6

*

1

) T/B 18

*

L1L1L2

Number of removal steps

Guide rail

Roller cam assembly

Cassette housing bracket

Opener guide

112 12

12

12 3

3

4 5

5 6

Relay gear

6 7

Front (T)/Back (B) of mechanism

1 2 3 4 5

12

T/B 2

B8

T/B 15

1 2 3 4

T/B 16

1 2 3 4 5 6 7 8

T/B 9

1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8

1 2 3 4 5 6 7 8

Cassette holder assembly

Drive gear

8

7

Table 2-1-5b

Note:

• The parts with marked ( nisms (standard type or high-speed FF/REW type).

1 : Uses the standard type mechanism only.

*

2 : Uses the high-speed FF/REW type mechanism only.

*

) have different types of mecha-

*

T1

Drive arm

Pinch roller arm assembly

Guide arm assembly

Press lever assembly

UV catcher2

Rotary encoder

1

2

1

1 12

12 1 2 3 4 5

12

3 4

1 2 3 4

1 2 3 4 5

1 2 3 4 5 6 1 2 3 4 5 6 7 1 2 3 4 5 6

1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6

9 10 11 12 13 14

9 10 11 12 13 14 15

9 10 11 12 13 14 15 16

9 10 11 12 13 14 15 16 17 9 10 11 12 13 14 15 16 17

9 10 11 12 13 14 15 16 17 18

Clutch unit

Change lever assembly

Direct gear

Clutch gear

Link lever

2

3

4

1

Worm gear

Control bracket1

Control plate

5

6

7

Loading arm gear (supply side)

Loading arm gear (take-up side)

Take-up lever

Sub brake assembly (take-up side)

Main brake assembly (take-up side)

Reel disk (take-up side)

Tension brake assembly

Tension arm assembly

8

7 7

9

) 1

*

(

Idler lever

Brake lever

2-5

g

2.2 REPLACEMENT OF MAJOR PARTS

2.2.1 Before Starting Disassembling (Phase matching between mechanical parts)

The mechanism of this unit is closely linked with the rotary encoder and system controller circuits. Since the system controller detects the status of mechanical operation in response to phases of the rotary encoder (internal switch positions), the mechanism may not operate properly unless such parts as the rotary encoder, control plate, loading arm gear, control cam, cassette gear, limit gear, relay gear and drive gear are installed in their correct positions. Especially, this model is not provided with any cassette housing assembly, so that cassette loading and unloading must be accomplished by operation of the cassette holder assembly. The latter is in turn driven by such parts as the drive gear, relay gear and limit gear. Exercise enough care, therefore, to have the phases of all this gear matching one another. (For information on phase matching of the mechanism, see the instructions on how to install individual parts.) This unit is provided with a mechanism assembly mode. It is therefore necessary to enter this mode for assembling and disassembling procedures. This mode is usually not in use, manually set it when it is required.

2.2.3 Cassette Holder Assembly

1. How to remove

(1) Remove the guide rail and roller cam assembly. (See

Fig.2-2-3a.) (3 lugs on the guide rail and one lug on the roller cam assembly)

Guide rail

Lugs

Roller cam assembly

Lug

Fig. 2-2-3a

(2) Remove the two slit washers and remove the cassette

housing bracket. (See Fig.2-2-3b.)

(3) Remove the opener guide, spring(A), door opener, relay

gear and limit gear. (See Fig.2-2-3b.)

2.2.2 How to Set the Mechanism Assembling Mode

Remove the mechanism assembly and place it bottom side up. (See SECTION 1 DISASSEMBLY.) Turn the worm gear toward the front so that the guide hole of the control cam is brought into alignment with the hole at the mechanism assembly chassis. This position renders the mechanism assembling mode operational. Make sure that the control plate is located in alignment with the mark E. (See Fig.2-2-2a.)

Worm gear

Chassis hole

Guide hole

Control cam

Limit gear

Spring(A)

Opener guide

Relay gear

Door opener

Cassette housing bracket

Slit washers

Fig. 2-2-3b

(4) While swinging the lock levers (R) and (L) of the cassette

holder assembly toward the front, slide the cassette holder assembly until its legs come to where the guide rail and the roller cam assembly have been removed (so that the drive arm is upright). (See Fig.2-2-3c.)

Lock lever (L)

Cassette holder assembly

Drive arm

(Upright)

2-6

Control plate

Fig. 2-2-2a

Mark E

Le

Fig. 2-2-3c

Legs

While holding the left side of the cassette holder, lift the

A

B

C

Cassette holder assembly

Drive arm

Lock lever (R)

Cassette holder assembly

(5)

cassette holder assembly so that the three legs on the left side are all released. Then pull the legs A and B on the right side out of the rail and also pull up the leg C . (See Fig.2-2-3d and Fig.2-2-3e.)

(6) Draw out the drive gear, and remove the drive arm.

Cassette holder assembly

Fig. 2-2-3d

Cassette holder assembly

A

2. How to install (Phase matching)

A

(1) Insert the section

of the drive arm into the section B

of the main deck.

(2) Insert the section 1 of the drive gear into the round hole,

and the section 2 into the square hole on the drive arm. (See Fig.2-2-3f.)

(3) Hold the drive arm upright and fit the leg C on the right

side of the cassette holder assembly into the groove. (See Fig.2-2-3g.)

(4) While swinging the lock lever (R) of the cassette holder

assembly toward the front, put the legs A and B into the rail. (See Fig.2-2-3g.)

(5) Drop the three legs on the left side of the cassette holder

assembly into the groove at one time. (See Fig.2-2-3h.)

(6) Slide the whole cassette holder assembly toward the front

to bring it to the eject end position.

(7) Install the limit gear so that the notch on the outer cir-

cumference of the limit gear is brought into alignment with the guide hole on the main deck. (See Fig.2-2-3i.)

(8) Install so that the notch on the periphery of the relay gear

is aligned with the notch of the main deck and that hole A of the relay gear is aligned with the hole A of the limit gear and that hole B of the relay gear is aligned with the hole B of the drive gear. (See Fig.2-2-3i.)

(9) Install the door opener, opener guide, spring(A) and cas-

sette housing bracket and fasten the two slit washers.

Fig. 2-2-3e

Main deck right side

Drive arm

Hole

B

C

Drive arm

Fig. 2-2-3g

Hole

Drive gear

1

2

A

B

Fig. 2-2-3h

Fig. 2-2-3f

2-7

Relay gear

B

Guide holeNotches Notch

2.2.6 Audio Control Head

1. How to remove

(1) Remove the two screws (A) and remove the audio con-

trol head together with the head base.

(2) When replacing only the audio control head, remove the

three screws (B) while controlling the compression spring.

Head base

B

AA

Drive gear Limit gear

Fig. 2-2-3i

2.2.4 Pinch Roller Arm Assembly

1. How to remove

(1) Remove the spring from the hook of the press lever as-

sembly.

(2) Remove the slit washer and remove the pinch roller seat

2. (See Fig.2-2-4a.)

(3) Remove the pinch roller arm assembly by pulling it up.

Slit washer

Pinch roller seat2

Spring

Pinch roller arm

Press lever assembly

Pinch roller arm assembly

assembly

Fig. 2-2-4a

2.2.5 Guide Arm Assembly and Press Lever Assembly

1. How to remove

(1) Remove the spring and expand the lug of the lid guide in

the arrow-indicated direction. Then remove the guide arm assembly by pulling it up.

(2) Remove the press lever assembly by pulling it up. (See

Fig.2-2-5a.)

Screws(A)

Audio control head

Fig. 2-2-6a

Screws(B)

Audio control head

Compression

Audio control head board assembly

Head base

springs

Fig. 2-2-6b

2. How to install

(1) To make the post-installation adjustment easier, set the

temporary level as indicated in Fig.2-2-6c. Also make sure that the screw center (centre) is brought into alignment with the center (centre) position of the slot.

A/C head

12.4 mm

Head base

Screw

2-8

Tension spring

LugLid guide

Fig. 2-2-5a

Press lever assembly

Guide arm assembly

Head base

Audio control head

Fig. 2-2-6c

2.2.7 Loading Motor

1. How to remove

(1) Remove the belt wound around the worm gear. (2) Open the two lugs of the motor guide and remove the

loading motor, loading motor board assembly and motor guide altogether by pulling them up.

(3) When replacing the loading motor board assembly, take

care with the orientation of the loading motor. (Install so that the loading motor label faces upward.)

(4) When the motor pulley has been replaced, choose the

fitting dimension as indicated in Fig.2-2-7a.

Loading motor board assembly

Loading motor

Lugs

Motor guide

6.5 ± 0.2 mm

LABEL

Motor pulley

Worm gear

Belt

Fig. 2-2-7a

2.2.8 Capstan Motor

1. How to remove

(1) Remove the belt (capstan) on the mechanism assembly

back side.

(2) Remove the three screws (A) and remove the capstan

motor.

Screws(A)

Screw(A)

Capstan motor

Belt

Fig. 2-2-8a

Spacer

2. How to install (Centering the mounting position)

When the capstan motor has once been removed and then reinstalled out of the initial correct position in the rotational direction, the capstan motor current may be unstable during operation in high or low temperatures. This may result in greater Wow & Flutter and occasionally in power breakdown because of current over - load. Install the capstan motor while following the procedure given below. (The capstan motor is centrally located when the unit is shipped from the factory.)

(1) Provisionally tighten the three screws (A) securing the

capstan motor.

(2) Install the mechanism assembly to which the capstan

motor is provisionally fastened on the bottom chassis which incorporates the Main board assembly. (No need to tighten the screws for mounting the mechanism.) Make sure that all the connectors for the mechanism assembly and the Main board assembly are correctly installed as indicated in Fig. 2-2-8b.

(3) Making sure that the connector for the capstan motor is

correctly mounted, and securely tighten the three screws (A).

Note:

• When the capstan motor has been replaced with a new one, perform recording in the EP(or LP) mode for at least 2 minutes at normal temperatures immediately before starting the FF/REW or SEARCH operations (Aging).

2.2.9 Pole Base Assembly (supply or take-up side)

1. How to remove

(1) Remove the UV catcher 2 on the removal side by loos-

ening the screw (A).

(2) Remove the pole base assembly on the supply side from

the mechanism assembly by loosening the screw (B) on the mechanism assembly back side and sliding the pole base assembly toward the UV catcher 2.

(3) As for the pole base assembly on the take-up side, turn

the pulley of the loading motor to lower the cassette holder because the screw (B) is hidden under the control plate. (See the “Procedures for Lowering the Cassette holder assembly” of 1.3 DISASSEMBLY/ASSEMBLY METHOD.) Further turn the motor pulley to move the cassette holder until the screw (B) is no longer under the control plate (in the half-loading position). Then remove it as done for the supply side by removing the screw (B).

Note:

• After reinstalling the Pole base assembly and the UV catcher2, be sure to perform compatibility adjustment.

Fig. 2-2-8b

Connector for the capstan motor

Screw(A)

UV catcher2

Screw(A)

UV catcher2

Screw(B)

Fig. 2-2-9a

2-9

2.2.10 Rotary Encoder

1. How to remove

(1) Remove the screw (A) and remove the rotary encoder

by pulling it up. (See Fig. 2-2-10a.)

Rotary encoder (Front side)

Screw(A)

Guide marks

2.2.12 Change Lever Assembly, Direct Gear, Clutch Gear and Coupling Gear

1. How to remove

(1) Release the two lugs of the rotary encoder guide in the

arrow-indicated direction and remove the change lever assembly.

(2) Remove the slit washer retaining the direct gear and re-

move the latter. Take care so as not to lose the washer and spring. (See Fig.2-2-12a.)

Rotary encoder (Back side)

Positioning pin of the rotary encoder

Fig. 2-2-10a

Mark E

Shaft of the rotary encoder guide

Control plate

Fig. 2-2-10b

2. How to install (Phase matching)

(1) Make sure that the mark E of the control plate is in align-

ment with the mark

of the loading arm gear shaft and bring the guide marks on the rotary encoder into alignment as indicated in Fig.2-2-10a. (See Fig. 2-2-10a and Fig. 2-2-10b.)

(2) Turn over the rotary encoder with its guide marks kept in

alignment and install it by fitting on the shaft of the rotary encoder guide and the positioning pin.

(3) Tighten the screw (A) to complete the installation.

2.2.11 Clutch Unit

(1) Remove the belt wound around the capstan motor and

the clutch unit.

(2) Remove the slit washer and remove the clutch unit.

Change lever assembly

Spring(B)

Lugs

Note:

• The parts with marked ( speed FF/REW type).

1 : Uses the standard type mechanism only.

*

2:

Uses the high-speed FF/REW type mechanism only.

*

Slit washer

Washer (*1)

Spacer

Direct gear

Spring(A) Position the projecting side down.

1)

Spacer (

*

) have different types of mechanisms (standard type or high-

*

Clutch gear

Spring (C)

Coupling gear (

2)

*

Fig. 2-2-12a

2. How to install

(1) Install the clutch gear, spring (A), spring (C), direct gear,

spacer and others to the individual shafts of the main deck, and finally the slit washer. (See Fig.2-2-12a.)

(2) Let the spring (B) drops into the rotary encoder guide hole

and install the change lever assembly.(Take care not to mistake a direction of the spring.) The point is to slightly lift the clutch gear and catch it from the both sides with the assembly. (See Fig.2-2-12b.)

Rotary encoder guide

Spring(B)

Change lever assembly

Clutch gear

2-10

Belt

Clutch unit

Fig. 2-2-11a

Slit washer

Main deck Main deck

Fig. 2-2-12b

2.2.13 Link Lever

1. How to remove

(1) Remove the two slit washers. (2) Remove the link lever by lifting it from the shaft retained

by the slit washers. Then swing the link lever counterclockwise and remove it from the locking section of the control plate.

Slit washers

2.2.14 Cassette Gear, Control Cam and Worm Gear

1. How to remove

(1) Remove the control cam by lifting it. (2) Open the two lugs of the cassette gear outward and pull

the latter off.

(3) Remove the belt wound around the worm gear and the

loading motor.

(4) Open the lug of the lid guide outward and remove the

worm gear.

Link lever

Locking section of the control plate

Fig. 2-2-13a

2. How to install (Phase matching)

(1) Slide the control plate so that its mark E is aligned with

the mark

on the loading arm gear shaft. (See Fig.2-2-

13b.)

(2) Rotate the worm gear until the guide hole of the control

cam is aligned exactly with the guide hole of the main deck. (See Fig.2-2-13c.)

(3) Insert the link lever into the locking section of the control

plate. (See Fig.2-2-13a.)

(4) Rotate the link lever clockwise so that it is installed on

the shafts in the center (centre) and on the left of the control cam.

(5) Fasten the slit washers at these two points.

Loading motor

Belt

Lug

Worm gear

Lugs

Cassette gear

Lid guide

Control cam

Fig. 2-2-14a

2.2.15 Control Plate

1. How to remove

(1) Remove the screw (A) retaining the control bracket 1 and

remove the latter.

(2) Slide the control plate as indicated by the arrow and re-

move the control plate. (See Fig.2-2-15a.)

Shaft of the rotary encoder guide

Fig. 2-2-13b

Worm gear

Main deck guide hole

Control cam guide hole

Cassette gear

Fig. 2-2-13c

Control plate

Control cam

Mark E

Screw(A)

Control bracket1

Control plate

Fig. 2-2-15a

2. How to install (Phase matching)

(1) Adjust the position of the idler arm assembly pin as indi-

cated in Fig.2-2-15b (to the left of center (centre) of the R section).

(2) Bring the guide hole of the take-up lever into alignment

with the hole at the control plate guide and fix the position by inserting a 1.5 mm hexagonal wrench.

2-11

(3) Install the control plate so that the section A of the load-

ing arm gear shaft fits into the hole (A) of the control plate, the section B of the control plate guide into the hole (B), and the control plate comes under the section C of the rotary encoder guide and the section D of the loading arm gear shaft while press-fit the pole base assmebly (supply side) as indicated by the arrow. It is important that the tension arm assembly shaft is positioned closer toward you than the control plate. (See Fig.2-2-15c.)

(4) Make sure that the mark E of the control plate is in align-

ment with the mark

of the loading arm gear shaft. (See

Fig.2-2-15c.)

(5) Pull off the hexagonal wrench for positioning.

(3) Turn the loading arm gear (take-up side) clockwise so

that the notch of the loading arm gear (take-up side) is in alignment with the projection of the loading arm gear shaft and lift it. Likewise, turn the loading arm counterclockwise so that the notch is in alignment with the projection and remove the loading arm gear (take-up side). (See Fig.2-2-16a and Fig. 2-2-16b.)

(4) When removing the loading arm gear shaft, be sure of

first removing the screw retaining the drum assembly (on the back side of the loading arm gear shaft). Then remove the screw (C) and remove the loading arm gear shaft by sliding it.

Idler arm assembly pin

R section

Guide hole of the control plate guide

Section D

1.5mm hexagonal wrench

Fig. 2-2-15b

Section A

Section D

Hole A

Pressfit

Insert

Take-up lever

Pole base assembly (supply side)

Section A

Hole A

Pole base assembly (take-up side)

Screw(B)

Torsion arm

Loading arm gear (take-up side)

Projection B

Guide marks

Projection A

Pole base assembly (supply side)

Screw(A)

Loading arm gear (supply side)

Fig. 2-2-16a

Loading arm gear shaft

Loading arm gear (take-up side)

Notch

Screw(C)

Loading arm gear shaft

Section C

Section B

Hole B

Section B

Control plate

Tension arm assembly shaft

Fig. 2-2-15c

2.2.16 Loading Arm Gear (supply or take-up side) and Loading Arm Gear Shaft

1. How to remove

(1) Remove the loading arm gear (supply side) by loosen-

ing the screw (A). (See Fig. 2-2-16a.)

(2) Remove the screw (B) and remove the torsion arm from

the pole base assembly (take-up side). (See Fig.2-2-16a.)

2-12

Fig. 2-2-16b

2. How to install

(1) Align the notch of the loading arm gear (take-up side) to

the projection B of the loading arm gear shaft and slip it over. Then rotate it clockwise for alignment with the projection A and slip it down to the bottom. (See Fig.2-216b.)

(2) Then turn the loading arm gear (take-up side)

counterclockwise. Hang the torsion arm on the pole base assembly (take-up side) and tighten the screw (B).

(3) Install the loading arm gear (supply side) so that the guide

mark of the loading arm gear (take-up side) is in alignment with the guide mark of the loading arm gear (supply side). Then hang the torsion arm on the pole base assembly (supply side) and tighten the screw (A). (See Fig.2-2-16a.)

2.2.17 Take-up Lever, Take-up Head and Control Plate

Lug(D)

Lug(C)

SpringLug(E)

Lug(A)

Lug(B)

Main brake assembly (take-up side)

Reel disk (take-up side)

Main brake assembly (supply side)

Notch

Guide

(1) Remove the spring of the take-up lever from the main

deck.

(2) Remove the lug (A) of the take-up lever from the main

deck and pull out the take-up lever and the take-up head

together. (3) Remove the screw (A). (4) Align the idler arm assembly pin in the center (centre) of

the R section of the control plate guide, remove the con-

trol plate guide lugs (B) and (C) from the main deck, and

remove the control plate guide.

Idler arm assembly pin

Lug(C)

Screw(A)

Take-up lever

Take-up head

Lug(A)

Lug(B)

Control plate guide

Fig. 2-2-17a

2.2.18 Capstan Brake Assembly

1. How to remove

(1) Move the lug (A) of the capstan brake assembly in the

arrow-indicated direction so that it comes into alignment

with the notch of the main deck. (See Fig. 2-2-18a.) (2) Remove the lug (B) of the capstan brake assembly from

the main deck and remove the capstan brake assembly.

Spring

Sub brake

Lug(A)

Lug(B)

assembly (take-up side)

Lug(C)

Fig. 2-2-19a

2.2.20 Main Brake Assembly (take-up side), Reel Disk (take-up side) and Main Brake Assembly (supply side)

1. How to remove

(1) Move the main brake assembly (take-up side) in the ar-

row-indicated direction and remove the reel disk (takeup side). Remove the spring attached to the main brake assembly.

(2) (3) Remove the lug (A) of the main brake assembly (take-

up side) and pull out the lug (B) after bringing it into alignment with the main deck notch.

(4) Remove the lugs (C), (D) and (E) of the main brake as-

sembly (supply side) from the main deck and pull them off. (See Fig.2-2-20a.)

(5) When installing the main brake assembly (take-up side),

slide the brake lever in the direction as indicated by the arrow to prevent it from hitting the projection of the main brake assembly (take-up side). (See Fig.2-2-20b.)

Lug(B)

Lug(A)

Capstan brake assembly

Fig. 2-2-18a

2.2.19 Sub Brake Assembly (take-up side)

1. How to remove

(1) Remove the spring attached to the lid guide and sub

brake assembly (take-up side).

(2) Bring the lug (A) of the sub brake assembly (take-up side)

into alignment with the notch of the main deck.

(3) Remove the lugs (B) and (C) of the sub brake assembly

(take-up side) from the main deck and remove the sub brake assembly (take-up side).

Fig. 2-2-20a

(

1)

*

Brake lever

Note:

• The parts with marked ( *) have different types of mechanisms (standard type or high-speed FF/REW type). 1 : Uses the standard type mechanism only.

*

Rotary encoder guide

Projection of the main brake assembly (take-up side)

Fig. 2-2-20b

2-13

2.2.21 Tension Brake Assembly, Reel Disk (supply side)

(

)

and Tension Arm Assembly

1. How to remove

(1) Remove the three lugs of the tension brake assembly

from the main deck and pull them off.

(2) Remove the reel disk (supply side) by loosening in the

arrow-indicated direction the main brake assembly (supply side).

(3) Remove the tension spring on the back of the main deck.

Then release the lug of the tension arm bearing in the arrow-indicated direction and draw out the tension arm assembly. (See Fig. 2-2-21a.)

Lug of the tension arm bearing

Tension arm assembly

Reel disk (supply side)

2.2.23 Stator Assembly

(1) Remove the flat cable. (2) Remove the two screws (A). (3) Remove the stator assembly by lifting in the arrow-indi-

cated direction. (Take care that the brush spring does not jump out.)

(4) After installation, be sure to perform the PB switching

point adjustment according to the electrical adjustment procedure.

Screws(A)

Tension brake assembly

Lugs

Tension spring Main brake assembly

supply side

Fig. 2-2-21a

2.2.22 Idler Lever, Idler Arm Assembly

1. How to remove

(1) Remove the lug of the idler lever from the main deck and

remove the hook fitted in the idler arm assembly hole by lifting it.

(2) Remove the slit washer and pull out the idler arm assem-

bly.

Lug Idler lever

Stator assembly

Flat cable (Take care not to mix up the polar faces when installing.)

Fig. 2-2-23a

2.2.24 Rotor Assembly

(1) Remove the stator assembly. (2) Remove the two screws (B) and remove the rotor assem-

bly.

Note:

• When installing the rotor assembly, note that a normal picture cannot be obtained without ensuring the phase matching as mentioned below.

(3) Match the phases of the upper drum assembly and the

rotor assembly as indicated in Fig.2-2-24a.

(4) Place the upper drum assembly hole (a) over the rotor

assembly holes (b) (with three holes to be aligned) and tighten the two screws (B). (See Fig.2-2-24a.)

2-14

Fig. 2-2-22a

Hook

Idler arm assembly

Slit washer

Screws (B)

Screw holes

Upper drum assembly

Rotor assembly

Fig. 2-2-24a

Hole(a)

The hole is not in line but is offset toward the right.

Hole(b)

2.2.25 Upper Drum Assembly

1. How to remove

(1) Remove the stator assembly and rotor assembly. (2) Loosen the screw of the collar assembly using a 1.5 mm

hexagonal wrench and remove the collar assembly. Also remove the brush, spring and cap at one time.

(3) Remove the upper drum assembly and remove the

washer using tweezers.

Note:

• When replacement is required, control the up- down movement of the brush. Never apply grease.

Lower drum assembly

Coil parts

Upper drum assembly

Spring

Brush

Upper drum assembly

Washer

Collar assembly

Loosen

Cap

Shaft

1.5 mm hexagonal wrench

Lower drum assembly

Fig. 2-2-25a

2. How to install

(1) Clean the coil parts of the lower drum assembly and the

newly installed upper drum assembly with an air brush in advance. (See Fig.2-2-25b.)

(2) Install a new washer and upper drum assembly on the

drum shaft. (See Fig.2-2-25a.)

Note:

• When replacing the upper drum assembly, replace it the together with the washer.

(3) Install the cap to the upper drum assembly. (4) Position the collar assembly as indicated in Fig.2-2-25c

while controlling its up- down movement.

(5) Secure the collar assembly in position with a hexagonal

wrench while pressing its top with the fingers.

(6) After installation, gently turn the upper drum assembly

with your hand to make sure that it turns normally. Then install the brush and the spring.

(7) Install the rotor assembly and stator assembly according

to Fig 2-2-23a and 2-2-24a.

(8) When installation is complete, clean the upper drum as-

sembly and lower drum assembly and carry out the following adjustments.

• PB switching point adjustment

• Slow tracking adjustment

• Compatibility adjustment (Be sure to check for compat-

ibility for the EP (or LP) mode.)

Upper drum assembly

Collar assembly

Fig. 2-2-25b

Fig. 2-2-25c

Press

Fig. 2-2-25d

Collar assembly

Tighten

2-15

2.3 COMPATIBILITY ADJUSTMENT

Notes:

• Although compatibility adjustment is very important, it is not necessary to perform this as part of the normal servicing work. It will be required when you have replaced the audio control head, drum assembly or any part of the tape transport system.

• To avoid any damage to the alignment tape while performing the compatibility adjustment, get a separate cassette tape (for recording and play back) ready to be used for checking the initial tape running behavior.

• Unless otherwise specified, all measuring points and adjustment parts are located on the Main board.

• When using the Jig RCU, set its custom code to match the custom code of the VCR.

Jig RCU

[Data transmitting method] Depress the “ ” ( 3 ) button after the data code is set.

(6) Make sure that the V.PB FM waveform varies in parallel

and linearly with the tracking operation again. When required, perform fine-adjustment of the guide roller of the pole base assembly (supply or take-up side).

(7) Unload the cassette tape once, play back the alignment

tape (A1) again and confirm the V.PB FM waveform.

(8) After adjustment, confirm that the tape wrinkling does not

occur at the roller upper or lower limits. (See Fig. 2-31d.)

[Perform adjustment step (9) only for the models

equipped with SP mode and EP (or LP) mode.]

(9) Repeat steps (1) to (8) by using the alignment tape (A2).

CUSTOM CODE 43: A CODE 53: B CODE

DATA CODE

INITIAL MODE

Fig. 2-3a Jig RCU [PTU94023B]

2.3.1 Checking/Adjustment of FM Waveform Linearity

Signal (A1) •

(A2) • Mode (B) • PB Equipment (C) • Oscilloscope Measuring point (D) • TP106 (PB. FM) External trigger (E) • TP111 (D.FF) Adjustment part (F) • Guide roller [Mechanism assembly] Specified value (G) • Flat V.PB FM waveform Adjustment tool (H) • Roller driver [PTU94002]

Alignment tape(SP, stairstep, PAL) [MHPE] Alignment tape(LP, stairstep, PAL) [MHPE-L]

(1) Play back the alignment tape (A1). (2) Apply the external trigger signal to D.FF (E), to observe

the V.PB FM waveform at the measuring point (D).

(3) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(4) Make sure that there is no significant level drop of the

V.PB FM waveform caused by the tracking operation, with its generally parallel and linear variation ensured. Perform the following adjustments when required. (See Fig. 2-3-1a.)

(5) Reduce the V.PB FM waveform while pressing the chan-

nel buttons (+, –) during playback. If a drop in level is found on the left side, turn the guide roller of the pole base assembly (supply side) with the roller driver to make the V.PB FM waveform linear. If a drop in level is on the right side, likewise turn the guide roller of the pole base assembly (take-up side) with the roller driver to make it linear. (See Fig. 2-3-1c.)

Max level

Proper waveform variation

Improper waveform variation

Fig. 2-3-1a

Roller driver

Fig. 2-3-1b

Min level

Guide roller (supply side)

2-16

A

(2)

(3)

(1)

AUDIO OUT

Head base

Audio control head

CTL. P

Level drop at the guide roller (supply side)

C

Level drop at the guide roller (take-up side)

• Proper waveform variation: Always flat

B

the manual tracking mode. This also brings tracking to the center (centre).

(4) Adjust the AUDIO OUT waveform and Control pulse

waveform by turning the screws (1), (2) and (3) little by little until both waveforms reach maximum. The screw (1) and (3) are for adjustment of tilt and the screw (2) for azimuth.

D

(3) Press the channel buttons (+, –) simultaneously to enter

• Improper waveform variation: Higher Lower

Fig. 2-3-1c

Fig. 2-3-2a

2.3.3 Checking/Adjustment of the Audio Control Head

Improper

(a) Guide roller

(b) Guide pole

Fig. 2-3-1d

Proper

Phase (X-Value)

Signal (A1) • Mode (B) • PB Equipment (C) • Oscilloscope Measuring point (D) • TP106 (PB. FM) External trigger (E) • TP111 (D.FF) Adjustment part (F) • Specified value (G) • Maximum V.PB FM waveform Adjustment tool (H) • A/C head positioning tool [PTU94010]

Alignment tape(SP, stairstep, PAL) [MHPE]

A/C head base [Mechanism assembly]

(1) Play back the alignment tape (A1).

2.3.2 Checking/Adjustment of the Height and Tilt of the Audio Control Head

Note:

• Set a temporary level of the height of the A/C head in

advance to make the adjustment easier after the A/C head has been replaced. (See Fig.2-2-6c.)

Signal (A) • Mode (B) • PB Equipment (C) • Oscilloscope Measuring point (D1) • AUDIO OUT terminal

(D2) • TP4001 (CTL. P) External trigger (E) • TP111 (D.FF) Adjustment part (F) • A/C head [Mechanism assembly] Specified value (G) • Maximum waveform

(1) Play back the alignment tape (A).

Alignment tape(SP, stairstep, PAL) [MHPE]

(2) Apply the external trigger signal to D.FF (E), to observe

the AUDIO OUT waveform and Control pulse waveform at the measuring points (D1) and (D2) in the ALT mode.

(2) Apply the external trigger signal to D.FF (E), to observe

the V.PB FM waveform at the measuring point (D).

(3) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(4) Loosen the screws (4) and (5), then set the A/C head

positioning tool to the innermost projected part of the A/ C head. (See Fig. 2-3-3a.)

(5) Turn the A/C head positioning tool fully toward the cap-

stan. Then turn it back gradually toward the drum and stop on the second peak point position of the V.PB FM waveform output level. Then tighten the screws (4) and (5).

(6) Perform the tracking operation and make sure that the

V.PB FM waveform is at its maximum. If it is not at maximum, loosen the screws (4) and (5), and turn the A/C head positioning tool to bring the A/C head to a position, around where the waveform reaches its maximum for the first time. Then tighten the screws (4) and (5).

2-17

[Perform adjustment steps (7) to (10) only for 2 Head

models equipped with LP mode.]

(7) Then play back the alignment tape (A2). (8) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(9) Perform the tracking operation and make sure that the

V.PB FM waveform is at its maximum.

(10)

If it is not at maximum, loosen the screws (4) and (5), and turn the A/C head positioning tool to bring the A/C head to a position, around where the waveform reaches its maximum for the first time. Then tighten the screws (4) and (5).

Note:

• After adjusting, always perform the confirmation and re-adjustment of the item 2.3.4.

Toward the drum

A/C head positioning tool

To the drum

Audio control head

Toward the capstan

Head base

Screw

To the capstan

(4)

(5)

Fig. 2-3-3a

Alignment tape [SP, stairstep] played with the SP head

Alignment tape [EP(LP), stairstep] played with the EP(LP) head

(1) Play back the alignment tape (A). (2) Apply the external trigger signal to D.FF (E), to observe

the V.PB FM waveform at the measuring point (D).

(3) Confirm that the automatic tracking operation is com-

pleted.

(4) Set the VCR to the Auto adjust mode by transmitting the

code (F) twice from the Jig RCU. When the VCR enters the stop mode, the adjustment is completed.

(5) If the VCR enters the eject mode, perform adjustment for

the audio control head phase (X-value) again.

2.3.5 Checking/Adjustment of the Tension Pole Position

Signal (A) • Back tension cassette gauge

Mode (B) • PB Adjustment part (F) • Adjust pin [Mechansim assembly] Specified value (G) • 25 - 51 gf•cm (2.45 – 5 × 10-3 Nm]

[PUJ48076-2]

(1) Play back the back tension cassette gauge (A). (2) Check that the indicated value on the left side gauge is

within the specified value (G).

(3) If the indicated value is not within the specified value (G),

perform the adjustment in a following procedure.

1) Set the VCR to the mechanism service mode. (See

1.5 MECHANISM SERVICE MODE.)

2) Set the VCR to the play back mode and adjust by turning adjustment pin to align the tension arm assembly edge with the main deck hole (A) on the right edge marker. (See Fig. 2-3-5a)

Tension arm assembly

Hole (A)

Edge

Waveform output

X-value adjustment point

Drum side Control head position Capstan side

Maximum

Fig. 2-3-3b

2.3.4 Checking/Adjustment of the Standard Tracking Preset

Signal (A) • Mode (B) • PB ¥ Auto adjust Equipment (C) • Oscilloscope Measuring point (D) • TP106 (PB. FM) External trigger (E) • TP111 (D.FF) Adjustment part (F) • Jig RCU: Code “50” Specified value (G) • STOP mode

Adjustment tool (H) • Jig RCU [PTU94023B]

Alignment tape(LP, stairstep, PAL) [MHPE-L]

(Maximum V.PB FM waveform)

Marker

0.5 mm

Tension arm assembly

Tension brake assembly

Adjust pin

Fig. 2-3-5a

2-18

Mechanism Timing Chart

Mechanism mode

Control plate mark

Rotary encoder

Control cam angle

EJECT

END

E U CI

HIGH

C CH

LOW

HIGH

B CH

LOW

HIGH

A CH

LOW

0

CASS-

UP

69 136 370 412.

CASS-INS

FF/REW

FR

230

STOP

ST

264.

REV

R

7

318.

7

SLOW/STILLPPLAY

SL

42

Rotary encoder angle

Pole base

Pinch roller

Guide arm

Tension arm

Main brake S

Main brake T

Sub brake S

Sub brake T

Capstan brake

Direct gear

Change lever 2

Idler position

Take-up lever

Rec safety switch

Operation mode

HALF PRESS

CONTACT

ON PLAY

ON REV

CONTACT

(C-INS)

HALF REV

HALF FF/REW

CONTACT

IN FF/REW

OUT PLAY

SUPPLY

CENTER

TAKE-UP

READY

RESET

OFF

0

20 42.652.

ON

6

114.

150.4167.8178.

8

Timer REC

(drum at stop)

POWER OFF

(cassette loaded)

207.2218.2240.2251.

standby

STOP

Backspace Slow FOR

Search REW

Slow REW

2

293.2304.2320.4335

REC pause

REC

Search FF

STOP

(

drum

in motion)

2-19

2-20

MECHANISM ADJUSTMENT (DV)

2.9 PREPARATION

2.9.1 Precautions

(1) Observe the specified screw tightening torque when at-

taching parts. The torque should be 0.04 Nm (0.4 kgfcm) unless otherwise specified.

(2) Always disconnect the power supply unit before proceed-

ing to solder or attach parts.

(3) When plugging or unplugging a wire, be careful not to

damage the connector.

(4) When replacing a part, be careful not to damage other

parts or to mistakenly attach parts.

2.9.2 Tools Required for Adjustments

TORQUE DRIVER

12

YTU94088

Tool for replacing tip IC

4

PTS40844-2

BIT

YTU94088-003

Table 2-9-1 Tools Required for Adjustments

2.9.3 Disassembly and Assembly Procedures

The following table shows the steps for assembling or disassembling the mechanism parts. Read the following descriptions carefully before actual assembly/disassembly operations.

: Order of disassembly steps. Reverse this order when

(1)

assembling.

: Name of the disassembled/assembled part.

(2)

: Surface where the disassembled/assembled part is

(3)

mounted. T = Top. B: Bottom.

: Number of disassembly drawing.

(4)

Tool for installing slit washer

3

YTU94121A

: Parts to be removed in disassembly/assembly, such as

(5)

screws, washers and springs, and the points.

Symbol Name & Point

S Screw

W Washer

P Spring

*

Connector, lock(L), soldering(SD), shield, etc.

[Example] • (W1) = Remove the washer W1.

• (P1) = Remove the spring P1.

: Notes for disassembly/assembly.

(6)

: For the phase alignment in disassembly/assembly and

(7)

the parts which require phase adjustments after assembly, see “2.16 MECHANISM PHASE CHECK/ADJUSTMENT”.

2.9.4 Screws and Washers Used in Disassembly/Assembly of the Mechanism Assembly

Table 2-9-1 shows the symbols, designs, part numbers and colors of the screws and washers used in the mechanism assembly. When disassembling or assembling the mechanism assembly, be sure to attach screws and washers correctly by referring to the following table.

(S1)

(S2)

(S3)

Symbol

(W1)

(W2)

(W3)

Part numberSymbol

QYTDSP2004Z

YQ43893

YQ43893-7

Part number

YQ44246

YQ44246-3

YQ43933-2

Color

GOLD

SILVER

BLACK

Color

RED

BLACK

Table 2-9-2

Step

/Loc Part Name

No.

1

A Cassette housing assembly/ B Mechanism assembly T 1

Fig.

No.

2(S1),(L1) – (L5)

Point Note Discription

1

2 1 Drum assembly T 2 3(S2) 2,3

3 2 Motor bracket assembly T 2 4(S2) 2,4

4 3 Middle catcher assembly T 3 3(S2) —

§§ §§§§§

(1) (2) (3) (4) (5) (6) (7)

2-21

2.10 DISASSEMBLY/ASSEMBLY OF THE MECHANISM

ASSEMBLY

2.10.1 Introduction

The disassembly and assembly of the mechanism assembly should usually be performed in the ASSEMBLY mode. (Table 2-10-1) Note that the mechanism is in the cassette in (C-IN) mode when the mechanism assembly is taken out of the set and that the C-IN mode should be switched to the ASSEMBLY mode in this case.

To set the ASSEMBLY mode, apply 3 V DC to the electrodes on the upper part of the loading motor as shown in Fig. 210-7.

MODE

PARTS

1

ROTARY ENCORDER

R. ENC -20

MAIN CAM GEAR 0

2

3

36°

C-IN

ASSEMBLY

17°

S. FF

30.33°

36.33°

0

15

33.33

40

Table 2-10-1

2.10.2 Mechanism Modes

The mechanism has 6 modes as shown in Table 2-11-1. The current mode can be confirmed by the positioning of the “

” marking on the sub-cam gear and the “ ” marking on the mechanism. See the following figures (Figs. 2-10-1 to -6) for details.

Note:

•

This mechanism assembly has another ASSEMBLY mode. However, this mode cannot be identified from the markings because it corresponds to an intermediate position between the C-IN ( C ) mode and S-FF ( H ) mode. This mode can be confirmed by the rotary encoder phase. See Fig. 2-10-7.

LOADING END

87°

166.66

PLAY REV STOP FF/REW

223.66°

229.66°

226.66

185

140

190.33°

196.33°

169.66°

193.33

160

270.33°

273.33

220

276.33°

303.66°

306.66

245

1. Checking the mechanism mode

C H P

H

Fig. 2-10-1 Fig. 2-10-2 Fig. 2-10-3

R S F

Fig. 2-10-4 Fig. 2-10-5 Fig. 2-10-6

2-22

2. Setting/checking the ASSEMBLY mode

Wire (Brown)

Note:

• In this ASSEMBLY mode, only the 2 gear teeth of the rotary encoder are marked (red coloring).

Marking

Wire (Red)

(Colored red)

DC 3 V

Motor Bracket Assembly (Loading Motor)

Rotary Encoder

< ASSEMBLY >

C

H

Fig. 2-10-7

2-23

2.11 MECHANISM TIMING CHART

See following table (Table 2-11-1).

MODE

PARTS

36°

1

ROTARY ENCODER

2

3

ROTARY ENCODER

MAIN CAM 0

SUB CAM

POLE BASE

CTL PLATE

FF/REW

MAIN BRAKE(SUP)

MAIN BRAKE(TU)

SUB BRAKE

ON(REV MODE PRESS UP)

ON(PLAY MODE)

PINCH ROLLER

EXIT GUIDE ARM

HALF LOADING

TENSION ARM

BAND ARM PLATE

CLUTCH LOCK

SUP CENTRRING

OFF

S/REV

PLAY

ON 1

ON 2

OFF

ON 1

ON 2

OFF

ASSY

OFF

OFF 1

OFF 2

OFF

OFF 1

OFF 2

ASSEMBLY

C-IN

17°

-20

0

15

0

ON

S. FF

30.33°

33.33

40

4015

36.33°

87°

LOADING END

169.66°

166.66

140

PLAY REV STOP FF/REW

270.33°

276.33°

223.66°

226.66

185

229.66°

303.66°

273.33

220

306.66

245

190.33°

193.33

160

196.33°

CENTERRING ARM

2-24

S/REV

Table 2-11-1

2.12 MECHANISM ASSEMBLY/DISASSEMBLY PROCEDURE TABLE

Step

/Loc Part Name

No.

1 A Cassette housing assembly/ B Mechanism assembly

2 1

Drum assembly T 2-13-2 3(S2) 2,3

3

2 Motor bracket assembly T 2-13-2 4(S2) 2,4

4 3 Middle catcher assembly T 2-13-3 3(S2) —

5 4 Reel cover assembly T 2-13-3 (S2), 2(L6) 5

6 5 Pinch roller arm assembly T 2-13-4 (W1), (L7) 6

7 6 Sub brake assembly T 2-13-4 (P1), (W1), (L8) —

8 7 Band arm plate sub assembly T 2-13-4 (S3), (L9), (P2), (W2) 7,8

9 8 Tension arm sub assembly T 2-13-4 (P3) 8

10 9 EXIT guide arm assembly T 2-13-5 (W1) —

11 10 Swing arm assembly T 2-13-5 ——Position alignment

12 11 Sub deck assembly T 2-13-6 4(S2) 9 Position alignment

13 12 Main brake (Sup) assembly T 2-13-6 (P4), (L10) —

14 13 Main brake (Take up) assembly T 2-13-6 (P5), (L11) —

15 14 Reel disk assembly (Sup) T 2-13-7 ——

16 15 Reel disk assembly (Take up) T 2-13-7 ——

17 16 Prism T 2-13-7 (S2) —

18 17 Control plate T 2-13-7 2(L12) —

19 18 Guide rail (Take up) assembly T 2-13-8 4(S2) 10 Position alignment

20 19 Guide rail (Sup) assembly T 2-13-8 (S2), 2(L13) 10 Position alignment

21 20 Base plate assembly T 2-13-8 (S2), 2(L14) —

22 21 Ent. guide base assembly T 2-13-9 (S2) —

23 22 Worm wheel 2 T 2-13-9 — 11 Phase alignment

24 23 Timing belt T 2-13-9 ——

25 24 Center gear assembly T 2-13-9 ——

26 25 Reel drive pulley assembly T

27 26 Push plate T

28 27 Clutch lock gear(2) T

29 28 Clutch lock gear (1) T

30 29 Tension control arm assembly T

31 30 Brake control arm assembly T

32 31 Charge arm assembly T

33 32 Connect gear 2 T

34 33 Connect gear 2 T

35 34 Rotary encoder assembly T

36 35 Main cam T

37 36 Arm gear 1 assembly T

38 37 Centering arm assembly T

39 38 Sub cam T

40 39 Arm gear 2 assembly T

41 40 Clutch lock lever assembly T

42 41 Capstan motor T

43 42 Drum base deck T

Fig.

No.

T 2-13-1 2(S1),(L1) – (L5) 1

2-13-10

2-13-11

2-13-12

2-13-13

2-13-14

2-13-15

(W1) —

(W3) —

(P6) —

(L15) 12 Position alignment

(W1), (L16) 12 Position alignment

(L17) 13 Position alignment

(S2) — (Phase alignment)

2(S2) 14 Phase alignment

(W1) 15 Phase alignment

Collar 15,16 Position alignment

(L18) 15 Position alignment

(S2) 17 Phase alignment

— 17 Position alignment

(L19) 17,18 Position alignment

(P7), Adjust nut — Vertical adjustment

3(S2) —

Point Note Discription

Table 2-12-1

2-25

TOP VIEW

21

11

22

8

34

35

14

37

7

29

2 19 42 1 18 41 3

9

23

25

5

15

10

38

39

31

30

17 12 16 36 20 4 32 26

Fig. 2-12-1

6

40

–

33 24 1328

2-26

2.13 DISASSEMBLY/ASSEMBLY

1.

A Cassette Housing Assembly/ B Mechanism Assembly

1

(S1)

<Note 1> : If the wires for the cassette housing motor are

connected to the circuit board, remove them before disassembly.

(L3)

A

(L4)

(L1)

Fig. 2-13-1

(L5)

<Note1>

2

(S1)

(L2)

B

2. 1 Drum assembly / 2 Motor bracket assembly

3

4

(S2)

8

(S2)

<Note2>

9

(S2)

6

(S2)

7

(S2)

<Note4>

2

<Note3>

<Note2>

1

5

(S2)

<Note 2> : If wires are connected to the circuit board, re-

move them before disassembly.

<Note 3> : Be careful not to damage the drum assembly

when removing it.

<Note 4> : The bracket (DV) may come in the way of re-

moval of screw (7). Be sure to remove the bracket before proceeding to the screw removal.

Fig. 2-13-2

2-27

3. 3

Middle Catcher Assembly/

4

<Note5>

(L6)

4 Reel Cover Assembly

13

(S2)

Fig. 2-13-3

12

(S2)

10

(S2)

<Note 5> : Once the reel cover assembly has been re-

moved, the parts located below it tend to slip out easily: Be careful.

11

(S2)

3

4.

5 Pinch Roller Arm Assembly/ 6 Sub Brake Assembly/ 7 Band Arm Plate Sub Assembly/ 8 Tension Arm Sub Assembly

<Note 8>:

How to install the spring

Step 1

Hook a

8

Step 2

Hook b

(W1)

(P2)

14

(S3)

(P3)

(W2)

7

<Note7>

NOTE8

5

Step 3

<Note6>

(L9)

<Note 6> : When attaching this part, fit it in the boss (L7)

on the charge arm assembly.

<Note 7> : When attaching or removing this part, take care

of the handling of the band section.

<Note 8> : After fitting the spring on the shaft, engage it with

hook a first then with hook b . After attaching it, set it to the positioning shown in “Step 3” and confirm that band arm plate sub assembly 7 can be rotated in the direction of the arrow as shown below.

(W1)

2-28

6

(P1)

(L8)

Fig. 2-13-4

(L7)

Fig. 2-13-4A

5.

9 EXIT Guide Arm Assembly/ 10 Swing Arm Assembly

10

9

(W1)

Fig. 2-13-5

6.

11 Sub Deck Assembly/ 12 Main Brake (Sup) Assembly/ 13 Main Brake (Take up) Assembly

15

(S2)

(P4)

(P5)

13

12

(

L10

16

(S2)

)

(

L11

<Note9>

18

(S2)

)

17

(S2)

11

<Note 9> : When attaching the sub deck assembly, make

sure to adjust the phase of the control plate.

Fig. 2-13-6

2-29

7.

14 Reel disk assembly (Sup) / 15 Reel disk assembly (Take up) / 16 Prism / 17 Control plate

14

15

19

(S2)

17

(

)

L12

(

)

L12

Fig. 2-13-7

8.

18 Guide rail (Take up) assembly / 19 Guide rail (Sup) assembly / 20 Base plate assembly

11

16

20

(

L14

<Note 10> : When attaching, set the alignment markings of

the two gears so that the markings face oppo-

(

)

L13

24

(S2)

19

25

(S2)

)

21

(S2)

20

(S2)

22

(S2)

18

23

(S2)

site to each other.

19

18

Fig. 2-13-8A

2-30

Fig. 2-13-8

9.21 Ent. guide base assembly / 23

Timing belt / 24 Center gear assembly

26

(S2)

22

21

22

Worm wheel 2 /

23

24

<Note 11> : How to attach the worm wheel 2 22 .

22

34

Align the phase of the rotary encoder assembly 34 , then attach it by aligning the phase hole of the mechanism assembly.

Fig. 2-13-9A

Phase alignment

Mark (Red)

Fig. 2-13-9

10.

25

Reel drive pulley assembly / 26

27

Clutch lock gear(2) / 28 Clutch lock gear (1)

(W1)

26

27

(W3)

(P6)

28

Push plate

(W1)

25

Fig. 2-13-10

2-31

29 Tension control arm assembly/ 30 Brake control

11. arm assembly /

31

Charge arm assembly

(

)

L16

(W1)

30

(

(

)

L15

L17

)

29

31

<Note 12> : How to attach the tension control arm assem-

bly 29 / Brake control arm assembly 30 .

34

30

Boss

29

(Phase alignment)

35

Align the phase of the main cam 35 , then attach it by fitting the bosses into the cam slot.

Fig. 2-13-11A

<Note 13> : How to attach the charge arm assembly 31 .

Fig. 2-13-11

12. 32 Connect gear 2 / 33 Connect gear 2

27

(S2)

32

28

(S2)

33

31

39

38

Phase alignment

Boss (Phase alignment)

Align the phase of the sub cam 38 , then attach it by fitting the boss into the cam slot.

Fig. 2-13-11B

2-32

Fig. 2-13-12

13.

34 Rotary encoder assembly / 35 Main cam /

36

Arm gear 1 assembly / 37 Centering arm assembly

<Note 14> :

How to attach the rotary encoder assembly 34 .

COLLAR

36

34

(

)

L18

29

(S2)

37

Fig. 2-13-13

30

(S2)

(W1)

35

34

Mark (colored : red)

35

Phase alignment

Align the phase of the main cam 35 , then attach it by placing the (red) coloured markings (on 2 gear teeth) within the encircled area.

Fig. 2-13-13A

<Note 15> : How to attach the main cam 35 .

Boss

Phase alignment

35

Boss

36

Phase alignment

37

Phase alignment

Align the phases of the arm gear 1 assembly 36 and centering arm assembly 37 , then attach the arm gear 1 assembly 36 /centering arm assembly 37 by fitting the bosses into the lower cam slot, and fit the slit washer.

Fig. 2-13-13B

<Note 16> :

How to remove the centering arm assembly 37 The center arm assembly is located behind the mechanism assembly when the phase is aligned correctly. The center arm assembly can be removed by displacing it in the direction of the arrow.

L18

37

Phase alignment

Fig. 2-13-13C

2-33

14.38

Sub cam / 39

Arm gear 2 assembly /

40 Clutch lock lever assembly

<Note 17> : How to attach the sub cam 38 .

15.41

40

(

)

L19

Fig. 2-13-14

Capstan motor / 42

31

(S2)

38

Drum base deck

39

Boss

39

38

Phase alignment

40

Phase alignment

Align the phases of the arm gear 2 assembly 39 and clutch lock lever assembly 40 , then attach them by fitting the boss into the lower cam slot and tighten the screws.

Fig. 2-13-14A

<Note 18> :

How to remove the clutch lock lever assembly 40 L19 is located behind the mechanism assembly when the phase is aligned correctly. The clutch lock lever assembly can be removed by displacing it in the direction of the arrow.

Phase alignment

40

42

32

(S2)

33

(S2)

ADJUST NUT

Fig. 2-13-15

34

(S2)

L19

Fig. 2-13-14B

41

(P7)

2-34

2.14 LIST OF PROCEDURES FOR DISASSEMBLY

24

23

17

29

(S2)

34

(W2)

7

(P3)

12

29

30

(S2)

25

(S2)

20

COLOR

14(S3)

26

(S2)

21

8

(W1)

27

28

13

16

(S2)

35

37

26

(W3)

(P6)

(W1)

32

14

(S2)

30

22

15

11

33

(S2)

(W1)

15

27

(S2)

32

(S2)

ADJ.

NUT

(P7)

28

(S2)

33

19

(S2)

16

34

(S2)

(W1)

6

17

(S2)

42

18

(W1)

25

21

(S2)

31(S2)

19

41

38

10

20

(S2)

12

(S2)

31

22

23

4

24

9(S2)

8(S2)

5

10

(S2)

4

(S2)

6(S2)

11

(S2)

3

(W1)

13

(S2)

7(S2)

2

3

(S2)

5

(S2)

1

(W1)

9

36

40

Note :

• For the greasing and oiling locations, see “SECTION 5 PARTS LIST” (Page 5-6).

B

Fig. 2-14-1

39

2-35

2.15 MECHANISM DISASSEMBLY/ASSEMBLY SHEET

Fig. No.

No.

Type

A 1 2 3 4 7 11

1 18234567891011121314151617

S1

Attachin

Ref. Fig.

Screw Management Table

2-13-1 2-13-2 2-13-3

A Cassette housing assembly

1

(S1)

(L4)

(L1)

(L3)

(L5)

2

(S1)

(L2)

1 Drum assembly

3

(S2)

4

(S2)

5

(S2)

S2×3

2 Motor bracket assembly

9

(S2)

8

(S2)

6

(S2)

7

(S2)

S2×4

3 Middle catcher assembly

10

(S2)

12

(S2)

11

(S2)

S2 S2 S2

2-13-4

2-13-6

4 Reel cover assembly

13

(S2)

S2, L6×2

5

Pinch roller arm assembly

(W1)

W1, L7

6 Sub brake assembly

(W1)

S2S1 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S3

S1×2, L1-L5

S2×3

P1, W1, L8

17 Control plate 18 Guide rail (Take up) assembly 19 Guide rail (Sup)

assembly

(

)

L13

21

(S2)

20

(S2)

22

(S2)

23

(S2)

L12×2 S2×4 S2, L13×2

24 Center

gear assembly

25 Reel drive

pulley assembly

(W1)

26 Push

plate

(W1)

27 Clutch

lock gear (2)

(W3)

28 Clutch

lock gear (1)

(P6)

29 Tension control arm

assembly

(

)

L15

30

(

L16

W1 W1 W3 P6 L15 W1, L16

35 Main cam 36 Arm gear 1 assembly

(W1)

Collar

37

Centering arm assembly

(

)

L18

38 Sub cam

31

(S2)

(P1)

24

(S2)

Brake control arm assembly

) (W1)

2-36

W1 COLLAR L18 S2

Fig. 2-15-1A

16 18 19 20 21 32 33 34 38 42

19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34

S2 S2 S2 S2 S2 S2 S2 S2 S2

S2 S2 S2 S2 S2 S2 S2

2-13-7 2-13-9

7 Band arm plate sub

assembly

(P2)

14

(S3)

(W2)

11 Sub deck assembly

S3, P2, L9, W2

8 Tension arm sub

assembly

(P3)

P3

9

EXIT guide arm assembly

(W1)

S2×4

10 Swing arm assembly

16

(S2)

18

(S2)

2-13-14

17

(S2)

12

Main

Brake(Sup)

assembly

(P4)

13

Main

Brake(Take up)

assembly

(P5)

2-13-12 2-13-13 2-13-152-13-8

15

(S2)

P4, L10 P5, L11

14

Reel disk assembly (Sup)

15

Reel disk assembly (Take up)

16 Prism

19

(S2)

W1

20 Base plate assembly

21 Ent. guide base

22 Worm wheel 2 23 Timing belt

S2

assembly

25

(S2)

26

(S2)

S2, L14×2 S2

31 Charge arm assembly 32 Connect gear 2 33 Connect gear 2 34 Rotaly encoder

assembly

33

(S2)

29

(S2)

32

(S2)

(

L17

)

27

(S2)

L17 S2 S2

39 Arm gear 2 assembly 40 Clutch lock lever

41 Capstan motor 42 Drum base deck

assembly

(

)

L19

28

(S2)

S2×2

ADJUST NUT

(P7)

L19 S2×3ADJUST NUT, P7

30

(S2)

34

(S2)

Fig. 2-15-1B

2-37

2.16 MECHANISM PHASE CHECK/ADJUSTMENT

See Fig. 2-16-1.

Worm Wheel 2

22

See Fig. 2-13-9A.

Rotary Encoder Assembly

34

See Figs. 2-13-9A and 2-13-13A.

35

Main Cam See Figs. 2-13-13A and 2-13-13B.

Arm Gear 1 Assembly

36

See Fig. 2-13-13B.

Centering Arm Assembly

37

See Fig. 2-13-13B.

Arm Gear 2 Assembly

39

See Fig. 2-13-14A.

Sub Cam

38

See Fig. 2-13-14A.

Clutch Lock Lever Assembly

40

See Fig. 2-13-14A.

2-38

Fig. 2-16-1

2.17 POSITIONING THE TENSION POLE

See Fig. 2-17-1.

Tension Arm Sub Assembly

B section

C

D section

Fig. 2-17-1

Adjustment Method

Note:

•

Remove the cassette housing assembly in advance.

1. Set the mechanism mode to the PLAY mode. (See pages 2-20 and 21.)

2. Loosen a screw A .

3. Check the location of the tip (section B ) of the tension arm assembly to make sure that it is within area C . If it is located outside, turn part D to bring it within the specified area.

4. Tighten the screw A .

Note :

Tightening torque for the screw A : 0.06 Nm (0.6 kgfcm)

Screw A

2-39

2.18

COMPATIBILITY AND ERROR RATE ADJUSTMENTS

2.18.1 Preparation

Before disassembly and adjustment, back up the data stored in the EEPROM (IC1007 on the DV MAIN board) using the Service Support System Software (SSS software).

Table 2-18-1 shows the important service points for the compatibility and error rate adjustments.

Adjustment Item

Service Point

Drum replacement Required Required Required

Transport part Required Not Check replacement Note 1

Transport part Required Not Check (drum) repair Note 1

IC5001 (PRE/REC amp on Not Not Check PRE/REC MDA board) replacement

IC2001 (PB. EQ on DV Not Not Required MAIN board) replacement

DV MAIN board replacement Not Required Required Note 2

Linearity

Adjustment

Note 1

PB Switching

Point Adjustment

Adjustmenmt

Error Rate

Table 2-18-1

Note 1 :

• The linearity adjustment is required only after servicing or replacing the drum or the take up/supply guide rail.

Note 2 :

•

After replacing the DV MAIN board, write the original data in the EEPROM of the new board. If write communication is not possible, mount the original EEPROM on the new board.

When adjustments of more than one item are required, use the following order for the adjustments.

2.18.3 Linearity Adjustment

∫

2.18.4 PB Switching Point Adjustment

∫

2.18.5 Error Rate Adjustment

2.18.2 Adjustment

The actual adjustment requires the following preparation.

1. Tools required for adjustment

Alignment tape

US : MC-1

PAL : MC-2

Guide driver

YTU94085

Jig connector cable

PTU94018B

2. Procedure

1. Take out the 7 screws (1 to 7), then remove the top cover. (See Fig. COM1 on page 1-3 of section 1.5.)

2. Connect the jig connector cable to CN1101 on the DV MAIN board.

Jig Connector Cable

PTU94018B

CN1101

DV MAIN PWB

<Note> : Switch setting of the

Jig connector cable

Switch OFF

(UP)

Fig. 2-18-2

3. Setup for computer adjustment

– Setup by extending the jig connector –

When performing the adjustment by the SSS software, set the VCR to external communication mode by transmitting the code “6C” from the Jig RCU.

Jig RCU [PTU94023B]

[Data transmitting method] Depress the “ ” ( 3 ) button after the data code is set.

Switch

INITIAL MODE

DATA CODE

CUSTOM CODE

43: A CODE 53: B CODE

<JLIP>

PC Cable

QAM0099-002

<Note> : Switch setting of the

Service Support Software

RS-232C Port

Jig connector cable

Switch OFF

JVC

MENU

Personal Computer

(UP)

2-40

SSS software

PTU94016-3

PC cable US : QAM0099-002 PAL : QAM0099-005

Fig. 2-18-1

Jig RCU

PTU94023B

CN1101

DV MAIN PWB

Fig. 2-18-3

2.18.3 Linearity adjustment

The “PB Switching Point” in the Adjustment Utility of the SSS software is adjusted automatically.

Load the alignment tape.

The following flowchart shows the linearity check/adjustment procedure.

Connect an oscilloscope (CH: + Slope) and, while triggering it with the HID signal, observe the ENV OUT waveform.

Play the alignment tape, then set “ATF” (Auto Tracking Find) in “Deck Controller” of the SSS Software to ON. (Note 3)

2.18.4 PB switching point adjustment

The following flowchart shows the PB switching point adjustment procedure.

Ensure that the ENV OUT waveform is linear and parallel, without a noticeable drop or variation in the overall level. If the waveform linearity is poor or there is a noticeable drop in level, adjust the guide roller by turning it with the roller driver.

Set “ATF” (Auto Tracking Find) to OFF using “Deck Controller” of the SSS Software (Note 4). Observe the ENV OUT waveform to confirm that the overall waveform balance and linearity levels vary in accordance with the tracking variation as shown in Fig. 2-18-3.

Repeat above steps as required.

No

The linearity adjustment is complete if the PB ENV waveform is ideally stable and varies ideally according to the tracking variation. To close, play a prerecorded tape and check the audio and video.

Is the PB ENV waveform ideally stable and does it vary ideally according to the tracking variation?

Yes

2.18.5 Error rate adjustment

The following flowchart shows the error rate adjustment procedure.

Record a color bar signal for about 5 minute s. (Note 6)

While playing the recorded signal, adjust “ Frequency (ME SP) “Deck Section” of the Adjustment Utility.

To adjust VCO Center Frequency (ME SP) : Set Viterbi OFF.

To adjust VCO Center Frequency (ME LP) : Set Viterbi ON.

No

” or “

VCO Center Frequency (ME LP)

Is the obtained error rate minimum (almost the typical value)?

VCO Center

” in

Yes

The error rate adjustment is complete when the minimum error rate which is no higher than the typical value is obtained. (Note 5)

HID waveform

PB ENV waveform

Fig. 2-18-4 PB ENV Waveform

Note 3 :

• The VHS section has an A/C head, and the first tracking position can be locked using the CTL pulse and drum FF when AT is off. Therefore, the linearity of the VHS section can usually be adjusted with AT off. However, this adjustment method is not available with the DV section, which does not have the A/C head. If ATF is turned off, the DV section performs tracking only of the speed system. Therefore, as time passes, the servo will be lost and the linearity adjustment will become difficult.

Note 4 :

• Since the speed servo function is active when ATF is off, there will be no problem even if the DVC ATF function is off, provided that it is for a few minutes.

CH1

CH2

Adjust variation in the parallelism

Note 5 :

• The “typical value” refers to the following: CH1 or CH2: < 498.; with Viterbi OFF. Inter-channel difference: < 10 times between CH1 and CH2.

Note 6 :

• It is desirable to use a brand-new tape or an unused section of tape. This is to assure the adjustment reliability because using a damaged tape increases the error rate.

2.18.6 Error rate measuring method

It is not necessary to use the error rate jig (YTU93083) or a frequency counter. The Service Support System Software displays the error rates of video CH1, CH2 and totals. When measuring the error rate of a channel, be sure to total the values of the video and the audio errors.

2-41

2.19 TAPE EJECTION

If a loaded cassette tape cannot be ejected due to a failure in the electrical circuitry, take the cassette tape out using the following procedure. However, this method consists of a forced driving of the loading motor. Therefore, the following description assumes that there is no trouble in the mechanism operations.

1. Unplug the power plug from the power outlet, then remove the top cover.

2. Apply 3 V DC to the electrodes (Red wire: + pole. Brown wire: - pole) on the upper part of the loading motor to perform the unloading operation so that the pole base assemblies are returned on the inner side of the tape. At this time, the exit guide arm assembly should return toward the drum assembly and the mechanism should enter the C-IN mode. As the tape is left without winding, be careful not to damage the tape or leave grease on it.

–

DC 3 V

+

Motor Bracket Assembly (Loading Motor)

Wire (Brown)

3. If the tape is slack, wind it up by turning the shaft on the topside of the capstan motor in the direction of the arrow using a pointed tool (chip IC replacement jig). This operation may be difficult because the shaft is located below the housing motor of the cassette housing assembly. Be careful not to damage parts during it.

4. After confirming that the tape is fully wound up, take out the cassette tape by turning the gear of the cassette housing assembly in the direction of the arrow.

Note :

• After ejecting the tape, check that grease or similar for-

eign material is not attached to the wound tape. Also perform similar checking for the mechanism assembly, particularly the tape transport system.

Exit Guide Arm Assembly

Cassette Housing Motor

Wire (Red)

Pole Base Assembly (Supply)

Rotary Encoder Assembly

[3] Tape winding [4] Tape ejection

Capstan motor Cassette housing assembly, side view

A B

Chip IC replacement jig

Shaft

A

Pole Base Assembly (Take-Up)

B

Cassette Housing Assembly

Gear

2-42

Capstan motor

Ejection direction

Fig. 2-19-1

SECTION 3

ELECTRICAL ADJUSTMENT (VHS)

3.1 PRECAUTION

The following adjustment procedures are not only necessary after replacement of consumable mechanical parts or board assemblies, but are also provided as references to be referred to when servicing the electrical circuitry. In case of trouble with the electrical circuitry, always begin a service by identifying the defective points by using the measuring instruments as described in the following electrical adjustment procedures. After this, proceed to the repair, replacement and/or adjustment. If the required measuring instruments are not available in the field, do not change the adjustment parts (variable resistor, etc.) carelessly.

3.1.1 Required test equipments

• Color (colour) television or monitor

• Oscilloscope: wide-band, dual-trace, triggered delayed sweep

• Frequency counter

• Signal generator: RF / IF sweep / marker

• Signal generator: stairstep, color (colour) bar [PAL]

• Recording tape

• Digit-key remote controller(provided)

3.1.2 Required adjustment tools

Jig RCU

PTU94023B

Alignment tape

(SP, stairstep, PAL)

MHPE

Alignment tape

(LP, stairstep, PAL)

MHPE-L

Jig RCU

[Data transmitting method] Depress the “ ” ( 3 ) button after the data code is set.

CUSTOM CODE 43: A CODE 53: B CODE

DATA CODE

INITIAL MODE

Fig. 3-1-4a Jig RCU [PTU94023B]

• Set the switches as shown below unless otherwise specified on the relevant adjustment chart. The switches that are not listed below can be set as desired. If the VCR is not equipped with the functions detailed below, setup is not required.

AUTO PICTURE/VIDEO CALIBRATION/ B.E.S.T./D.S.P.C.

PICTURE CONTROL/SMART PICTURE

VIDEO STABILIZER OFF

TBC ON

Digital 3R ON

VIDEO NAVIGATION/TAPE MANAGER

OFF

NORMAL/NATURAL

OFF

• Unless otherwise specified, all measuring points and adjustment parts are located on the Main board.

• In the Signal column of the adjustment chart, “Ext. Sinput” means the Y/C separated video signal and “Ext. input” means the composite video signal input.

Burst

LPF

PTU93006

0.3 V

Alignment tape

(S-VHS, SP/LP, color (colour) bar)

s

Colour bar pattern [PAL]

(75%)

White

U Black

V

Yellow

Cyan

White 100%

MH-2H

Green

Magenta

Red

Blue

Alignment tape

(SP stairstep, NTSC)

MHP

3.1.3

Color (colour) bar signal,Color (colour) bar pattern

s

Colour bar signal [PAL]

White(100%)

White(75%)

0.7 V

1V

0.3 V

Horizontal sync

Yellow

Cyan

Green

Magenta

Red

VU

V(R-Y) U(B-Y)

Blue

3.1.4 Switch settings and standard precautions

The SW settings of the VCR and the standard precautions for the electrical adjustments are as follows.

• When using the Jig RCU, set its custom code to match the custom code of the VCR.

3.1.5 EVR Adjustment

Some of the electrical adjustments require the adjustment performed by the EVR system. The Main board assembly have EEPROMs for storing the EVR adjustment data and user setups.

Notes:

• In the EVR adjustment mode, the value is varied with the channel buttons (+, –). The adjusted data is stored when the setting mode changes (from PB to STOP, when the tape speed is changed, etc.). Take care to identify the current mode of each adjustment item when making an adjustment.

• When changing the address setting in the EVR adjustment mode, use the Jig RCU or the remote controller having numeric keypad with which a numeric code can be directly input. The remote control code of the Jig RCU corresponds to each of the digit keys on the remote controller as follows.

Digit-key 0 1 2 3 4 5 6 7 8 9

Code 20 21 22 23 24 25 26 27 28 29

• As the counter indication and remaining tape indication are not displayed FDP during the EVR adjustment mode, check them on the TV monitor screen.

• When performing the EVR adjustment, confirm that the FDP indication is changed to the EVR mode, as shown below.

3-1

FDP

Fig. 3-1-5a EVR mode

3.2 SERVO CIRCUIT

3.2.1 Switching point

Signal (A1) • Stairstep signal

Mode (B) • PB

(A2) (A3) •

•

Alignment tape(SP, stairstep, PAL) [MHPE] Alignment tape(SP, stairstep, NTSC) [MHP]

• TBC: OFF

Equipment (C) • Oscilloscope Measuring point (D1) •

(D2) • TP106 (PB FM) External trigger (E) • TP111 (D.FF)/slope : – Adjustment part (F) • Jig RCU: Code “51” or “52” Specified value (G) • 8.0 ± 0.5H [MHPE]

VIDEO OUT terminal (75Ø terminated)

• 7.5 ± 0.5H [MHP]

Adjustment tool (H) • Jig RCU [PTU94023B]

(1) Play back the signal (A1) of the alignment tape (A2). (2) Apply the external trigger signal to D.FF (E) to observe

the VIDEO OUT waveform and V.PB FM waveform at the measuring points (D1) and (D2).

(3) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(4) Adjust tracking by pressing the channel buttons (+, –) so

that the V.PB FM waveform becomes maximum.

(5) Transmit the code (F) from the Jig RCU to adjust so that

the trigger point of the VIDEO OUT waveform is changed from the trailing edge of the V.sync signal becomes the

specified value (G). (6) Set the VCR to the stop mode or eject mode. (7) Play back the signal (A1) of the alignment tape (A3). (8) Repeat steps (2) to (6).

Trigger point

Switching point

V.sync

(1) Record the signal (A2) in the mode (B1), and play back

the recorded signal.

(2) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to

the center (centre). (3) Set the VCR to the FWD slow (+1/6×) mode. (4) Transmit the code (F) from the Jig RCU to adjust so that

the noise bar becomes the specified value (G) on the TV

monitor in the slow mode. (5) Set the VCR to the Stop mode. (6) Confirm that the noise bar is (G) on the TV monitor in

the slow mode. (7) Repeat steps (3) to (6) in the REV slow (–1/6×) mode. (8) Repeat steps (1) to (7) in the mode (B2).

Note:

• For FWD slow (+1/6×) playback, transmit the code “08”

from the Jig RCU to enter the slow playback mode, and transmit the code “D0” for REV slow (–1/6×) mode.

3.3 VIDEO CIRCUIT

3.3.1 D/A level

Signal (A1) • Ext. S-input / Ext. input

Mode (B) • S-VHS

(A2) • Color (colour) bar signal [PAL] (A3) • S-VHS tape

• EE

Equipment (C) • Oscilloscope Measuring point (D) • Adjustment part (F) • VR1401 (D/A LEVEL ADJ)

Specified value (G) • 1.00 ± 0.015 Vp-p (reference value) (Note)

(1) Insert the cassette tape (A3) to enter the mode (B). (2) Observe the Y OUT waveform at the measuring point (D). (3) Check the Y level value when the External S-input (Y/C

separated video signal). (4) Switch the input signal to the External input (composite

video signal), and adjust the adjustment part (F) so that

the Y level becomes the same value observed in step

(3).

Note:

• The specified value (G) is just a reference value to be

obtained when the External S-Video (Y/C separated video) signal is input. In actual adjustment, set it to the value observed in step (3).

Y OUT terminal (75Ø terminated)

[3D DIGITAL/2M board]

Fig. 3-2-1a Switching point

3.2.2 Slow tracking preset

Signal (A1) • Ext. input

(A2) • Color (colour) bar signal [PAL]

Mode (B1) • S-VHS SP

(B2) • S-VHS LP Measuring point (D) • TV-Monitor Adjustment part (F) • Jig RCU: Code “71“ or “72” Specified value (G) • Minimum noise Adjustment tool (H) • Jig RCU [PTU94023B]

3-2

V. rate

Specified value (G)

H. rate

Fig. 3-3-1a D/A level

1 kØ 39 µH 180 µH

120 pF 180 pF

PB. FM

629 [kHz] PB COLOR (PB COLOUR)

3.3.2 EE Y level

Signal (A1) • Ext. input

Mode (B) • EE Equipment (C) • Oscilloscope Measuring point (D) • Y OUT terminal (75Ø terminated)

EVR mode (F1) EVR address (F2) •

Specified value (G) • 1.00 ± 0.03 Vp-p Adjustment tool (H) • Jig RCU [PTU94023B]

(1) Observe the Y OUT waveform at the measuring point (D). (2) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.

(3) Set the EVR address to (F2) by pressing the button of

the digit-key remote controller.

(4) Adjust with the channel buttons (+, –) on the VCR (or on

the remote controller) so that the Y level of the Y OUT waveform becomes the specified value (G).

(5) Release the EVR mode of the VCR by transmitting the

code (F1) from the Jig RCU again. (When the EVR mode is released, the adjusted data is memorized.)

3.3.3 PB Y level (S-VHS / VHS)

Signal (A1) • Ext. input

Mode (B1) • S-VHS SP

Equipment (C) • Oscilloscope Measuring point (D) • Y OUT terminal (75Ø terminated) EVR mode (F1) • Jig RCU: Code “57”

EVR address (F2) • A:11 (Press remote controller

Specified value (G) • 1.00 ± 0.03 Vp-p Adjustment tool (H) • Jig RCU [PTU94023B]

(1) Observe the Y OUT waveform at the measuring point (D). (2) Record the signal (A2) in the mode (B1), and play back

the recorded signal.

(3) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(4) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.

(5) Set the EVR address to (F2) by pressing the button of

the digit-key remote controller.

(6) Adjust with the channel buttons (+, –) on the VCR (or on

the remote controller) so that the Y level of the Y OUT waveform becomes the specified value (G).

(A2) • Color (colour) bar signal [PAL]

• Jig RCU: Code “57”

A:11 (Press remote controller “1” key twice)

• Digit-key remote controller

Specified value (G)

H. rate

Fig. 3-3-2a EE Y level

(A2) • Color (colour) bar signal [PAL]

(B2) • VHS SP

“1” key twice)

• Digit-key remote controller

(7) Release the EVR mode of the VCR by transmitting the

code (F1) from the Jig RCU again. (When the EVR mode is released, the adjusted data is memorized.)

(8) Repeat steps (2) to (7) in the mode (B2).

Specified value (G)

H. rate

Fig. 3-3-3a PB Y level

3.3.4 REC color (colour) level

Signal (A1) •

(A2) • Ext. input (A3) • Color (colour) bar signal [PAL]

Mode (B1) • S-VHS SP

(B2) • S-VHS LP Equipment (C) • Oscilloscope Measuring point (D1) • TP106 (PB FM)

(D2) • PB color (colour) output of the LPF External trigger (E) • TP111 (D.FF) EVR mode (F1) • Jig RCU: Code “57”

EVR address (F2) • A:02 (Press remote controller

Specified value (G) • SP: “B” x 125 ± 5%

Alignment tape(S-VHS, SP/LP, Color(colour) bar) [MH-2H]

“0” and “2” keys)

• LP: “B” x 125 ± 5%

Adjustment tool (H1) • Jig RCU [PTU94023B]

(1)

Connect the adjustment tool (H3) to the measuring point (D1).

(2)

Apply the external trigger signal to D.FF (E) to observe the PB color (colour) waveform at the measuring point (D2).

(3) Play back the signal (A3) in the mode (B1) of the align-

ment tape (A1).

(4) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(5) Adjust tracking by pressing the channel buttons (+, –) so

that the PB color (colour) waveform becomes maximum. Make a note of the higher PB color (colour) level as “B” at this time.

(6) Record the signal (A3) in the mode (B1), and play back

the recorded signal.

(7) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.

(8) Set the EVR address to (F2) by pressing the button of

the digit-key remote controller.

(H2) • Digit-key remote controller

(H3) • LPF [PTU93006] (See Fig. 3-3-4a.)

Fig. 3-3-4a LPF

3-3

(9) Adjust with the channel buttons (+, –) on the VCR (or on

the remote controller) so that the higher level channel becomes the specified value (G) of the note "B" level as shown in Fig. 3-3-4b. (Adjust before recording, then confirm it by playing back.)

(10)

After adjustment, record the signal (A3) then playing it back again. At this time, confirm that there is no inverting phenomenon or noise appearing on the playback screen.

(11)

Release the EVR mode of the VCR by transmitting the code (F1) from the Jig RCU again. (When the EVR mode is released, the adjusted data is memorized.)

(12)

Repeat steps (3) to (11) in the mode (B2).

Note:

• After adjusting, always perform the confirmation and re-adjustment of the item 3.4.1.

Specified value (G)

V. rate

Fig. 3-3-4b REC color (colour) level

3.3.5 Video EQ (Frequency response)

Signal (A1) • Ext. S-input

Mode (B1) • S-VHS SP

Equipment (C) • Oscilloscope Measuring point (D1) • Y OUT terminal (75Ø terminated)

Frequency marker(D2) • 3 [MHz] External trigger (E) • TP111 (D.FF) EVR mode (F1) • Jig RCU: Code “57”

EVR address (F2) • A:03 (Press remote controller

Specified value (G) • SP: 3.6 ± 0.4 div. (–1 ± 1 dB)

(A2) • Video sweep signal

(B2) • S-VHS LP (B3) • Picture Control / Smart Picture

REC : Normal / Natural PB : Edit / Distinct

“0” and “3” keys)

• LP: 3.2 ± 0.4 div. (–2 ± 1 dB)

Adjustment tool (H) • Jig RCU [PTU94023B]

• Digit-key remote controller

(1) Apply the external trigger signal to D.FF (E) to observe

the Y OUT waveform at the measuring point (D1).

(2) Record the signal (A2) in the mode (B1), and play back

the recorded signal.

(3) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(4) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.

(5) Set the EVR address to (F2) by pressing the button of

the digit-key remote controller.

(6) Set the slope of the oscilloscope to the channel having

higher (D2) marker level of the Y OUT waveform [signal (A2)]. Then set the 100 kHz marker level to the “4” scale on the oscilloscope. In this condition, adjust with the channel buttons (+, –) on the VCR (or on the remote controller) so that the (D2) marker level reaches the specified value (G).

3-4

(7) Release the EVR mode of the VCR by transmitting the

code (F1) from the Jig RCU again. (When the EVR mode is released, the adjusted data is memorized.)

(8) Repeat steps (2) to (7) in the mode (B2).

Scale 4 (4 div.)

Specified value (G)

Four scale

100 kHz

1 MHz

2 MHz

Frequency marker (D2)

5 MHz

V. rate

Fig. 3-3-5a Video EQ (Frequency Response)

3.3.6 AUTO PICTURE initial setting

Signal (A1) • Ext. input

Mode (B) • Adjustment part (F) • Jig RCU : Code “58” Specified value (G) • STOP mode Adjustment tool (H) • Jig RCU [PTU94023B]

(A2)

• Video: Optional

(A3) • VHS tape

EE ¥ Auto adjust (SP/LP REC ¥ PB)

(1) Insert the cassette tape (A3). (2) Set the VCR to the Auto adjust mode by transmitting the

code (F) from the Jig RCU. When the VCR enters the stop mode, the adjustment is completed. When the VCR enters the eject mode, repeat steps (1) to (2) again.

3.3.7 DV EE Y level

Signal (A1) • Ext. input

Mode (B) • VHS

Equipment (C) • Oscilloscope

Measuring point (D) •

Adjustment part (F) • VR701 (DV AGC)

Specified value (G) • 1.02 ± 0.02 Vp-p

(A2) • Color (colour) bar signal [PAL]

• EE

TP701 (DV AGC)

(1) Observe the VIDEO OUT waveform at the measuring

point (D).

(2) Adjust the adjustment part (F) so that the Y level of the

VIDEO OUT waveform becomes the specified value (G).

Note:

•

After adjusting, always perform the confirmation and re-adjustment of the Electrical adjustment (DV).

Specified value (G)

H. rate

Fig. 3-3-7a DV EE Y level

3.4 AUDIO CIRCUIT

Notes:

• This adjustment should be done after the “REC color (colour) level adjustment” for the video circuit has been completed.

• GND (Ground) should be taken from the Tuner shield case.

3.4.1 Audio REC FM

Signal (A1) • Ext. input

Mode (B) • S-VHS LP Equipment (C) • Oscilloscope Measuring point (D) • TP2253 (A. PB FM) External trigger (E) • TP111 (D.FF) EVR mode (F1) • Jig RCU: Code “57”

EVR address (F2) • A: 30 (Press remote controller “3”

Specified value (G1) • 450 ± 100 mVp-p

Adjustment tool (H) • Jig RCU [PTU94023B]

• Audio: No signal

(A2) (A3) •

(G2) • More than 300 mVp-p

Video: Color (colour) bar signal [PAL]

and “0” keys.)

• Digit-key remote controller

(1) Apply the external trigger signal to D.FF (E) to observe

the Audio PB FM waveform at the measuring point (D).

(2) Record the signal (A3) with no audio signal input in the

mode (B), and play back the recorded signal.

(3) Press the channel buttons (+, –) simultaneously to enter

the manual tracking mode. This also brings tracking to the center (centre).

(4) If the A.PB FM level is not within the specified value (G1),

perform the adjustment in a following procedure.

(5) Set the VCR to the EVR mode by transmitting the code

(F1) from the Jig RCU.

(6) Set the EVR address to (F2) by pressing the button of

the digit-key remote controller.

(7) Adjust with the channel buttons (+, –) on the VCR (or on

the remote controller) so that the A.PB FM level of the higher channel level becomes the specified value (G1). (Adjust before recording, then confirm it by playing back.)

(8) If the specified value (G1) is not obtained, adjust with the

channel buttons (+, –) so that the waveform level of the lower channel level becomes the specified value (G2). (Adjust before recording, then confirm it by playing back.)

(9) Release the EVR mode of the VCR by transmitting the

code (F1) from the Jig RCU again. (When the EVR mode is released, the adjusted data is memorized.)

3.5 SYSCON CIRCUIT [SR-VS20E]

Note:

•

When perform this adjustment, remove the Mechanism assembly.

3.5.1 Timer clock

Signal (A) • No signal

Mode (B) • EE

Equipment (C) • Frequency counter

Measuring point (D1) • IC3001 pin 61 Short point (D2) • IC3001 pin 24

Adjustment part (F) • C3025 (TIMER CLOCK)

Specified value (G) • 1024.008 ± 0.001 Hz

(D3) • C3026 + and –

(976.5549 ± 0.0010 µsec)

(1) Connect the frequency counter to the measuring point

(D1).

(2) Connect the short wire between the short point (D2) and

Vcc (5V).

(3) Short the leads of capacitor (D3) once in order to reset

the microprocessor of the SYSCON.

(4) Disconnect the short wire between the short point (D2)

and Vcc then connect it again.

(5) Adjust the Adjustment part (F) so that the output fre-

quency becomes the specified value (G).

Specified value (G2)

V. rate

Fig. 3-4-1a Audio REC FM

Specified value (G1)

3-5

ELECTRICAL ADJUSTMENT (DV)

3.6 PREPARATION

3.6.1 Precautions

(1) The DV section of this model is based on a special ad-

justment method using a PC. However, ordinary adjustment is required only when the part listed below has been replaced. In this case, the adjustment should be performed by a service center equipped with the required facilities.

2

PROM (IC1007 on DV main board)

• E

In case of trouble with the electrical circuitry, First identify the faulty position with a measuring tool as described below. Proceed to repair, replacement and/or adjustment only after the troubleshooting.

(2) When observing a chip TP, use an IC clip or similar tool

to protect the chip against stress. When replacing a chip part (IC, particularly), remove solder completely before replacing. (This is to prevent separation of the pattern.)

(3) The connectors are fragile. Be careful when plugging or

unplugging a wire.

3.6.2 Equipment required for adjustment

1 Personal computer (Windows compatible) 2 Color monitor 3 Oscilloscope (2-CH, 100 MHz or more) 4 Frequency counter

3.6.4 Setup

1. Setup for computer adjustment

— Setup by extending the jig connector —

When performing the adjustment by the Service Support Software, set the VCR to external communication mode by transmitting the code “6C” from the Jig RCU.

Jig RCU [PTU94023B]

INITIAL MODE

DATA CODE

[Data transmitting method] Depress the “ ” ( 3 ) button after the data code is set.

Switch

DV MAIN PWB

CN1101

<JLIP>

CUSTOM CODE

43: A CODE 53: B CODE

PC Cable

QAM0099-002

<Note> : Switch setting of the

Service Support Software

RS-232C Port

Personal Computer

Jig connector cable

Switch OFF

(UP)

JVC

MENU

3.6.3 Tools required for adjustments

Alignment tape

US : MC-1 PAL : MC-2

PC cable US : QAM0099-002 PAL : QAM0099-005

Jig connector cable

PTU94018B

Jig RCU

PTU94023B

Fig. 3-6-3a

SSS software

PTU94016-3

Fig. 3-6-4a Setup for Computer Adjustment

3-6

SECTION 4

24

C331 11/10

22201816

WF25

C329

0.1/50

C330

0.1/50

R344 47K

R343 18K

R345 10K

R346 15K

Measurement point

Waveform number

CHARTS AND DIAGRAMS

NOTES OF SCHEMATIC DIAGRAM

Safety precautions The Components identified by the symbol are

critical for safety. For continued safety, replace safety critical components only with manufacturer's recommended parts.

1. Units of components on the schematic diagram

Unless otherwise specified.

1) All resistance values are in ohm, 1/6 W, 1/8 W (refer to parts list). Chip resistors are 1/16 W.

K or k: k (1000 ), M: M (1000k )

2) All capacitance values are in µF, (P: PF).

3) All inductance values are in µH, (m: mH).

4) All diodes are 1SS133, MA165 or 1N4148M (refer to parts list).

2. Indications of control voltage

AUX : Active at high

AUX or AUX(L) : Active at low

3. Interpreting Connector indications

1

2

Removable connector

3

1

2

Wire soldered directly on board

3

4) Indication on schematic diagram Voltage Indications for REC and PB mode on the schematic diagram are as shown below.

REC mode

12 3

2.5

(5.0)

PB mode

1.8

PB and REC modes (Voltage of PB and REC modes are the same)

Note: If the voltages are not indicated on the schematic

diagram, refer to the voltage charts.

5. Waveform measurement

1) Video circuits REC : Colour bar signal in SP mode, normal VHS mode PB : Alignment tape, colour bar SP mode, normal VHS

mode

2) Audio circuits REC : 1KHz, –8 dBs sine wave signal in SP mode, normal

VHS mode

PB : REC then playback it

3) Movie Camera circuits Measured using a correctly illuminated gray scale or colour bar test chatrs in the E-E mode

4) Indication on schematic diagram Waveform indications on the schematic diagram are as shown below.

1

Non-removable Board connector

2

3

1

2

4

Board to Board

3

Connected pattern on board The arrows indicate signal path

4. Voltage measurement

1) Video circuits REC : Colour bar signal in SP mode, normal VHS mode PB : Alignment tape, colour bar SP mode, normal VHS

mode

— : Unmeasurable or unnecessary to measure

2) Audio circuits REC : 1KHz, –8 dBs sine wave signal in SP mode, Nor-

mal VHS mode

PB : REC then playback it

3) Movie Camera circuits Measured using a correctly illuminated gray scale or colour bar test charts in the E-E mode

5) Waveform indications

Waveform number

WF25

REC/PB 1.2 Vp-p

50 mV/2 msec/DIV

Oscilloscope Volts and Time/Division, Probe 10 : 1

Mode : REC or PB modes

Waveform name or measurement point

ALC OUT

Level : 1.2 Vp-p

4-1

6. Signal path Symbols

The arrows indicate the signal path as follows.

Playback signal path

Playback and recording signal path

Recording signal path (including E-E signal path)

Capstan servo path

CIRCUIT BOARD NOTES

1. Foil and Component sides

1) Foil side (B side) : Parts on the foil side seen from foil face (pattern face) are indicated.

2) Component side (A side) : Parts on the component side seen from component face (parts face) indicated.

Drum servo path

(Example)

R-Y

Playback R-Y signal path

Y

Recording Y signal path

7. Indication of the parts for adjustments

The parts for the adjustments are surrounded with the circle as shown below.

8. Indication of the parts not mounted on the circuit board

“OPEN” is indicated by the parts not mounted on the circuit board.

R216

OPEN

2. Parts location guides

Parts location are indicated by guide scale on the circuit board.

REF No. LOCATION

Category: IC

Horizontal “A” zone

Vertical “6” zone

(A : Component side)

(D : Discrete component)

B : Foil side

C : Chip component

IC

IC101 B C 6 A

Note:

For general information in service manual, please refer to the Service Manual of GENERAL INFORMATION Edition 4 No. 82054D (January 1994).

4-2

4.1 BOARD INTERCONNECTIONS

5

4

3

2

1

87

S/P CONVERTER

85 JOG

DRUM MOTOR

5758CAP MDA

55

LOADING MOTOR

50 DV MAIN

LED/SW

47

U.DRUM

41

JACK

36

28

DISPLAY

27

EJECT SW

ON SCREEN

17

P/R MDA16

S-SUB

15

DEMOD.

14

12

A/C HEAD

06

TERMINAL

05

3D D/2M

MAIN

REGULATOR

02

SW REGULATOR01

NO NAME

LIVE

NEUTRAL

AC220V-240V

50/60Hz

CN5001

0 1 SW REGULATOR

J2001

DV IN/OUT

SENSOR

CN1502

CASSETTE SW

MIC 1

GND

TU REEL LED

TU REEL SENSOR

MIC 2

SUP REEL LED

SUP REEL SENSOR

END SENSOR

MIC 3

LED

GND

START SENSOR

GND

REC SAFETY SW

M

DV HOUSING MOTOR

CN5501

4.5V(M)

FF/REW 6V

AL5V(DV)

GND(M)

CN5507

GND

HOUSING SW

HOUSING MOTOR+

HOUSING MOTOR-

CN5505

R.ENC3

R.ENC2

R.ENC1

GND

DV ENCORDER

# MARK ELEMENTS ARE NOT MOUNTED

MDA 6V

DV VIDEO HEAD

CN1501

CN5506

CN5001

CN1101

(For ADJ.)

GND

13

25

26

GND

UNREG

SHG_STOP

LD ON

CAP FG

DRUM FG

DRUM PG

(GND)

(GND)1SGND

GND1F2F

CN5201

DC3.5V[-]

GND

DC3.5V[+]

GND

S.PROTECT

GND

48V

12V

4V

BT2

4V

-29V

6V[DV]

AUDIO[-]

6V

17V

10

12

11

23

24

HID

SPA

ATFI

FS_PLL

REC_MON

0

5

DV MAIN

(DV SYSCON Page 4-39) (DV MSD Page 4-41) (DV MAIN Page 4-43) (DV I/O Page 4-45) (DV V OUT Page 4-47) (AUDIO AD/DA Page 4-49) (DV DSP Page 4-51)

MDA IN

MDA CLK

MDA OUT

MDA CS

CAP BAK

1 6 P/R MDA

GND

2S

M

FAN MOTOR

CN5301

7

8

9

19

21

22

20

JLIP_TX

JLIP_RX

ENV_OUT

MAIN-VCO

AL_3VSYS

PB_VCO GND

MOTOR GND

HOUSING IN

CAP REF

DRUM REF

HOUSING OUT

HOUSING SW

GND

(MDA Page 4-31) (PRE/REC Page 4-33)

FG OUT

PG OUT

COIL U

CN5503

DV DRUM MOTOR

GND

CN5325

FAN12V

0032 REGULATOR

4.5V(M)

6V/3.2V(M)6VGND(M)

CN5324

3

4

5

6

17

18

16

SBT

RST

SBE

SBD

GND

VPPC_5V

D_REG_3V

CAM SW2

CAM SW3

CAM SW1

PB_ENV

CN2001

CN5002

COIL U

COIL V

COIL W

COIL COMMON

M

AL5V(DV)

1

2

15

14

JIG_SPT

JIG_SCK

JIG_MOD

VPPD_5V

REC_CTL

REC_H

PBH

HID1

GND(M)

PG/FG COMMON

MS MODEL ONLY

87

CN5321

AUDIO(-)7V

CN5323

CN1001

AGC_GAIN

HID3

GND

DUMP_CTL

VREF_1.1

LOAD.MOTOR+

LOAD>MOTOR-

CN5502

M

LOADING

MOTOR

S/P CONVERTER

GND

DRUM12V

GND

VRB_AGC

CN5504

M12/17V

AL3.3V

ATF_GAIN

AL3.3V

COIL V

VRB_ATF

COIL V

GND

AL2.5V

ATF_IN

COIL W

-29V

DC3.5V[-]

AL2.5V

REF_CLK

GND

COIL W

COIL U

GND

M12V

AL5V

AGC_OUT

DV CAPSTAN MOTOR

GND

DC3.5V[+]

FF/REW(H)

REC_CLK

REC_DATA

COIL U

MR VCC

V.UP[H]

P.CTL[H]

RECCADJ

MONI_CHG

HG IN+

HG V+

M

P.SAVE[L]

GND

HG V-

NC

AL6V

CN5322

CN3501

CN3701

CN1002

D_REG2.9

REG_5V

HG U+

HG IN-

NC

A_REG2.9

A_REG2.5

HG W-

HG W+

HG U-

OPEN

0

6 TERMINAL

(Page 4-25)

S-OUT

CN7103

CN7503

C_OUT

C_TO_DIGI

DC3.5V[+]

CH+12V

TUNER

GND

V_FROM_OSD

Y/V_TO_DIGI

Y_FROM_DIGI

LED1

-29V

J7102

AV1

J7103

AV2/DECODER

SYS_GND

I2C_CLK2

I2C_DATA2

SCR[H]

P50_I/O

SECAM/MESECAM[H]

OSD_P.CTL[L]

VIDEO OUT

4948474645444342414039383736353433323130292827

CN513

BAIS_FOR_C_OUT

PB_COLOR

V.PULSE

MAIN_ALC_DET

C_FROM_DIGI

SECAM_PB_COLOR

Y_TO_SUB

LED2

LED3

LED4

LED5

LED6

SW12V

B.BACK[H]

OUT1_L2[H]

OUT1_D[H]

C.BOX/SAT_CTL

SW5V

CN7104

CN7504

TU(30V)

MB(SW5V)

LOCK(L)

SW1

SW2

AFT

FROM PS Y

P.MUTE[L]

TP

IF OUT

AUDIO OUT

SIF OUT

GND

TO PS Y

FROM PS C

FRONT_V_IN

WIDE_DET

FRONT_Y_IN

FRONT_C_IN

FRONT_Y_IN

GND

CN7507

36

J7001 J7002 J7003J7004 J7005

GND

SW5V

TO PS C

V_TO_OSD

GND

REAR2_V_IN

FRONT_C_INNCGND

FRONT_V_IN

JACK

(Page 4-38)

SW5V

CHARA_DATA

PAUSE

Y_TO_V

NC

GND

FRONT_A[L]

GND

RCA_A.OUT[R]

PLL CLK

PLL DATA

REC_COLOR

V_FROM_A/V

GND

FRONT_A[R]

LINE_OUT[R]

A.IN1[R]

A.IN1[L]

RCA_A.OUT[L]

NC

RF AGC

TU CE

JSA/SHUTTLE_A

JSB/SHUTTLE_B

GND

SHUTTLE[L]/NC

L IN R IN R.PAUSES IN V IN

LINE_OUT[L]

TU(30V)

VIDEO IN

J2/JOG_A

A.IN2[R]

A.IN2[L]

MOD B(SW5V)

MOD SCL

V_FROM_OSD

REAR2_C_IN

REAR2_Y_IN

REAR1_C_IN

REAR1_Y_IN

CAP_CTL_V

CAP_REV[L]

FULL ERASE

CTL HEAD(-)

J1/JOG_B

CTL HEAD(+)

CN7002

DEC_OUT[R]

DEC_OUT[L]

AUDIO IN

MOD SDA

C_OUT

Y_OUT

TO PS C

FROM PS C

TO PS Y

FROM PS Y

CN3003

GND[C]

CAP_FG

SW5V

GND[M]

MOTOR12V

CN2002

GND(C)

A.ERASE

GND(C)

CN7003

#

FW7007

BB(AL5V)

26

NC

GND

CN702

SW5V

GND

NC

GND

CN2001

REC

PB

RF IN

RF OUT

CN7506

MS MODEL ONLY

57

CAP MDA

FULL ERASE HEAD

CN1

12

A/C HEAD

OPEN

85

FW7008

OPEN

M

JOG

(Page 4-38)

F.E

R/P

A.E

CTL

J7101

SW5VNCGND

GND

FROM PS

TO PS C Y

CN7509

NC

AL6V

P.SAVE[L]

V.UP[H]

P.CTL[H]

GND

DC3.5V[+]

-29V

DC3.5V[-]

GND

M12/17V

DRUM12V

M12V

CN7508

CH+12V

RF5V

BT2

GND

SW12V

AL12V

AUDIO(-)

SW5V

SW5V(2)

48V

AL5.8V

CN2601

GND

DV A PB(R)

GND

DV A PB(L)

GND

DV A REC (R)

GND

DV A REC(L)

CN3014

RXD

TXD

DAIL_PLAY

DIAL_OFF

DIAL_AUTO

HOUSING_SW

EP CH1

TO PS C

EP CH1

EP CH2

41

EP CH2

EP CH1

EP CH2

CN703

SP CH1

GND

D_C_IN

D_Y/V_IN

SP CH1

SP CH2

U.DRUM

SP CH2

SP CH1

GND

D_C_OUT

FMA CH1

COMMON

FMA CH1

D_Y_OUT

CN851CN704

FMA CH2

FLY. E

FMA CH2

2fsc

CN1401CN501

FLY. E

1

OSD_CS

0

fsc

CN1

FLY. E

CN701

S.CLK

GND

SW5V

7

S.DATA_ERSYS

5

C_TO_DIGI

EDS[H]/I2C_CLK2

SW5V[2]

NC

ON SCREEN

(Page 4-35)

GND

TO PS Y

TO PS C

FROM PS C

EDS_CS/I2C_DATA2

SWD_S.DATA

CHARA_DATA

P.MUTE[L]

V_FROM_OSD

SYNC_DET[H]

3D DIGITAL/2M

(Page 4-23)

Y_FROM_DIGI

GND

KILLER_DET

Y/V_TO_DIGI

EE[L]

C_FROM_DIGI

DRUM_12V

GND(M)

DRUM_CTL_V

D.PG

CN3001

58

DRUM MOTOR

M

OSD-IN

GND

V_TO_OSD

I2C_CLK_A/V

I2C_DATA_A/V

V.P.C T L

D.FG

TUNER_VIDEO

GND

CN7101

CN7501

1 4 DEMOD.

SW5V

OSD_C

OSD_Y

SW12V

D.FF

V.REF

TRICK[H]

SLOW_PULSE

CN3002

55

LOADING MOTOR

27

SWD_Y

D_P.MUTE[H]

LDM1

LDM2

M

GND

D_Y/V_IN

SWD_C

GND

TERM_D_C

GND

(Page 4-27)

CN3004

ROTARY ENCODER

FW7006

(Page 4-38)

EJECT SW

TERM_D_Y

GND

CN6701 CN6701

LSB

LSC

SIF

CN1

FG1

FG2

MR GND

TERM_C_OUT

GND

TERM_Y_OUT

GND

COMP

LSA

GND

SW5V

FW7005

CHARA_DATA

DEMOD(R)

DEMOD(L)

CN512

1

CN3011

CN7001

J7103

SAT CTL

CN7102

CN7502

I2C CLK

TU A MUTE

GND

REAR1_Y_IN

5

CN511

CN502

AL5V

RCU5V

FW7003

FW7004

4

J7105

AUDIO OUT(L/R)

REAR1_C_IN

GND

REAR1_V_IN

GND

REAR2_V_IN

I2C DATA

NC

03

MAIN

(VIDEO/AUDIO Page 4-7) (SYSCON Page 4-9) (SUB CPU Page 4-13) (TUNER Page 4-15) (VIDEO I/O SW Page 4-17) (AUDIO I/O Page 4-19) (CONNECTION Page 4-21)

GND

REAR2_Y_IN

REAR1_C_IN

REAR2_C_IN

S-SUB

(Page 4-29)

Fsc

SW5V

EE[L]

I2C_DATA_A/V

I2C_CLK_A/V

RC_IN

S.CLK

S.DATA_TOSYS

S>DATA_FRSYS

GND

STB

2 8 DISPLAY

(Page 4-37)

(Page 4-38)

LED/SW

7

Y_OUT

GND

B.UP_GND

GND

DC3.5V[-]

p10291001a_rev1

DCBA

4-3 4-4

HGFE

4.2 SWITCHING REGULATOR AND REGULETOR SCHEMATIC DIAGRAMS

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

##

ICP-N20

CP5324

REGULATOR02

5

220-240V

50Hz

CN5001

4

3

2

1

F5001 T2AL /250

0

##

VA5001

##

R5001

4.7M 1/2W

SW.REG

C5001 C5002

0.068 0.033 /250

##

SG5001 QAF0046-242

##

VA5002

IC5101

STR-F6552

OCP/FB S D VCC GND

C5104

470p

MY

/50

C5004

0.0022 /250

GROUND POINT FOR PRIMARY VOLTAGE

LF5001 PELN1204-01-01 QQR0977-001

##

B5002

MY

##

B5001

C5103

33p /1kV

K5101 QQR0678-001 QQR0621-001

R5104

680

D5103

R5103

1SS133

3.3k 1SS270A

R5105

0.47

1W

DANGEROUS VOLTAGE

LF5002

/250

R5101

2SD1819A/RS/ 2SC4081/RS/ 2PC4081/R/

68k

2W

Q5301

MY

R5302

4.7k

R5313

560

R5314

10k

C5007

/400

82

C5105

0.022 /50

PC5101 PC123F2 ON3171/R/ PS2561L-1(WL)

R5307

220

MY

IC5301 L5431 MM1431AT

C5304

47 /25

C5106

0.0047 /1k

R5108 47 1/2W

D5101 SARS01

D5102 AU01Z 1SR153-400 10ELS2 ERA18-02 PG104RS

R5305

22k

C5303

0.033

##

RD2.7ES/B2/ MTZJ2.7B

D5001

RBV-406

C5006

R5107

680k 1/4W

##

R5106

C5101

C5102

27 /35

C5302

0.047

/50

R5318

D5306

##

R5102

10

/50

MY

R5303 12k

##

R5312

R5304 3k

QQS0092-001

##

R5315

T5001

R5317

33k

Q5302

DTA114EUA UN5111 RN2302 PDTA114EU

C5305

0.01 /50

D5201 AK04 11EQS04 1S4

D5202 FML-12S FCF06A20 YG901C2

SF5LC20U ER602FCT

MY

D5206 FMB-24 FSQ05A04B YG801C04 SF5SC4 SB640FCT

##

D5203 FMB-24 FSQ05A04B YG801C04 SF5SC4 SB640FCT

##

D5205 FML-12S FCF06A20 YG901C2 SF5LC20U ER602FCT

D5204 1SR153-400 10ELS2 ERA18-02 PG104RS

D5308 1SS133 1SS270A

D5210 AU01Z 1SR153-400 ERA18-02 10ELS2 PG104RS

D5211 AU01Z 1SR153-400 ERA18-02 10ELS2 PG104RS

CP5301

ICP-N25

CP

D5207 FMB-24 FSQ05A04B YG801C04 SF5SC4 SB640FCT

C5202

820 /16

D5208 SHORT AK04 11EQS04 1S4

C5204

D5301 RD15ES/B1/ MTZJ15A

C5212

2200

/10

##

L5204

33µ

B5003

D5311 1SS133 1SS270A

C5206

D5310 1SS133 1SS270A

C5207

4.7 /100

C5208

/50

18

C5201 220 /6.3

2200 /10

180

/25

D5309 1SS133

1SS270A

R5306 47 1/4W

C5210

R5308 1k

R5311

680 /10

47k

FR

L5203

33µ

L5202 33µ

D5312 1SS133 1SS270A

L5201 33µ

C5203

R5309

1.2k

R5316

1k

C5211

220 /10

C5205

220 /10

220 /16

C5213

220 /10

L5205

33µ

D5307 1SS133 1SS270A

D5303

MTZA7.5A

RD7.5ES/B1/

D5304 1SS133 1SS270A

D5305 RD27ES/B3/ MTZJ27C

C5301

0.01 /50

R5310

820

2W

CN5201

DC3.5V[-]

GND

DC3.5[+]

GND

S.PROTECT

GND

48V

12V

4V

BT2

4V

-29V

6V[DV]

AUDIO[-]

6V

17V

CN5301

Q5326

2SD2375/QP/

Q5327

2SD1819A/RS/

2PC4081/R/ 2SC4081/RS/

##

B5303

R5351

2.2k

Q5340 UN5111 DTA114EUA RN2302 PDTA114EU

CP5322

CP

ICP-N25

Q5339 2SD2144S/UV/

D5333 1SS133 1SS270A

RD5.1JS/B2/

MA4051N/M/

R5327

470

R5347

4.7k

R5352

1k

Q5321

2SD2528/QP/

R5328

R5326

470

C5325

0.001 /50

D5327

##

B5301

Q5337

2SB1239

D5322 1SS133 1SS270A

R5323

470

Q5322 2SD1819A/RS/ 2SC4081/RS/

2PC4081/R/

1k

R5329 10k

R5348

2.2k

Q5341 UN5211 DTC114EUA RN1302 PDTC114EU

R5322 470

VR5321

C5324

0.001 /50

D5325

RD5.1JS/B2/

MA4051N/M/

SHORT

B5309

D5328 1SS133

1SS270A

C5326 100 /10

D5326

1SS133

R5324

1SS270A

1k

##

B5302 0Ø

C5321

R5325

100 /10

10k

##

IC5322

IN OUT GND REF ON/OFF

##

C5327

0.01 /50

R5345

4.7k

R5346

2.2k

##

D5321

R5340

100

Q5335

PQ5EV3

1W

R5341

510

R5342

470

##

R5335

4.7k

2SB1256

D5334

11ES2

ERA15-02

1A3G

Q5336 UN5215 DTC114TUA

2SD2144S/UV/

##

1SS133

1SS270A

##

R5334

Q5330

D5335

7.5k

R5338

10k

C5332

22 /16

Q5329 DTA114EUA UN5111 RN2302 PDTA114EU

0Ø

B5310

##

C5328 100 /10

CP

Q5331 2SB1068/KU/

R5339

1k

2SD1450/ST/

Q5328

2SD1302/ST/

R5330

470

C5322 C5323

R5331

10 100 /50 /16

47k

##

B5305

Q5334 UN5111 DTA114EUA

C5333

100 /10

RN2302 PDTA114EU

IC5321

SHORT

B5307

R5343

47k

PQ15RW11

R5344

C5334

IN OUT GND REF

C5329 C5330

0.01 100 /50 /10

R5336

4.7k

B5306 SHORT

2SD1450/ST/ 2SD1302/ST/

220

220 /16

1SS133

1SS270A

B5308

R5337

1k

Q5333

D5331

##

Q5332 DTC114EUA UN5211 RN1302 PDTC114EU

ICP-N25

C5335

100 /16

D5336 MTZJ12A RD12ES/B1/

D5330 1SS133 1SS270A

D5323 11ES2 ERA15-02

CP

CP5321

D5332

##

L5321 100µ

##

Q5338 DTC114EUA UN5211 RN1302 PDTC114EU

11ES2 ERA15-02 1A3G

D5324 11ES2 ERA15-02 1A3G

Q5323 2SA1267/YG/ 2SA933AS/RS/

R5332

10k

R5333

1k

##

B5304

D5329 1SS133 1SS270A

CP5323 ICP-N251A3G

CP

Q5324 DTC114EUA UN5211 RN1302 PDTC114EU

C5331

100 /10

TO MAIN (CONNECTION) CN7509

CN5321

NC

AL6V

P.SAVE[L]

V.UP[H]

P.CTL[H]

GND

DC3.5V[+]

-29V

DC3.5V[-]

GND

M12/17V

DRUM12V

M12V

TO FAN MOTOR

CN5325

FAN12V

GND

TO MAIN (CONNECTION)

CN5322

CN7508

CH+12V

RF5V

BT2

GND

SW12V

AL12V

AUDIO[-]

SW5V

SW5V[2]

48V

AL5.8V

##

CN5326

12V

GND

5V

OPEN

TO DV MAIN

CN5323

(DV SYSCON) CN1001

AUDIO[-]7V

AL5V

GND

AL3.3V

GND

AL3.3V

GND

FF/REW[H]

TO P/R MDA CN5501

CN5324

4.5V[M]

FF/REW_6V

6V[DV]

AL5V[DV]

GND[M]

GROUND POINT FOR SECONDARY VOLTAGE

## MARK ELEMENTS ARE NOT MOUNTED

p20189001a_rev1.1

1

DCBA

4-5 4-6

HGFE

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

4.3 VIDEO/AUDIO SCHEMATIC DIAGRAM

Note :

When replacing the parts, refer to the Parts List.

MAIN (VIDEO/AUDIO)0 3

TO CONNECTION, AUDIO I/O

FMA_OUT[L]

FMA_OUT[R]

DEC_OUT[L]

DEC_OUT[R]

A.IN1[L]

FMA_CH2

FMA_CH1

LP/EP_CH2

LP/EP_CH1

NC

SP_CH2

SP_CH1

TO TUNER, AUDIO I/O

FLY.E

A.IN1[R]

A.IN2[L]

A.IN2[R]

A.SEL_IN[L]

A.SEL_IN[R]

TU_AUDIO

DEMOD[L]

DEMOD[R]

TO SYSCON

A.FF

A.ENV/ND[L]

A.MUTE[H]

H.REC_ST[H]

EDS_CS/PAL_PB[H]

TO CONNECTION

SW5V

SW12V

TO U. DRUM

TO A/C HEAD CN1

CN2001

P/R

A.E

CTL

TO SYSCON

CTL[+]

CTL[-]

TO FOLL ERASE HEAD

CN2002

FE

TO SYSCON

FULL_E_ON[L]

N.REC[L]

N.REC_ST[H]

TO SECAM

SECAM_DET

PB_FM

REC_COLOR

SECAM[H]

C.SYNC

SW5V

TO_PS_C

PB_COLOR

TO VIDEO I/O SW

TO_PS_C

GND

C402

0.022

C401

0.01

R401 R402 220 680

C403 130p 47p

GND

CN1

B42

SP_SHORT[H]

LP_SHORT[H]

R21 R22

2.2k 2.2k

Q1 2SC4081/S/

C69

0.1

C2051 330p

OPEN

R2052

GND

10µ

L15

#

B56

EE[L]

fsc

GND

#

B57

L26

SHORT

L25

#

SHORT

R61 OPEN

B22

#

Q31 OPEN

#

IC2 MM1113XF

#

C76

0.01

2Fsc

B44

OPEN

0Ø

Q2

2SC4081/S/

Q4 2SC4081/S/

Q3

2SC4081/S/

C70

0.1

OPEN

R2051

MY

R2053

C2052

4.7k

0.033

C2061

0.033

C59

C60

B4

OPEN

#

C77

#

0.01

C78

0.01

C129 OPEN

H

VHS[H]

B46

#

C75 OPEN

B2 OPEN

5

4

3

2

C405 OPEN

Q401

C406

R403 R405

0.001

560 68k

Q402

C404

D1

OPEN

0.01

C1

0.01

C2

0.01

C3

0.01

C4

T2051 PELN0860

MY

T2052

PELN0861

0.1

220

/6.3

Q14

#

EE[H]/5_PB[H]

FLY_ON[H]

R404 47k

L401 15µ

C2053

R2054

C2055

10

C2062

R2061

C2064

/16

10

EE[L]/5_PB[L]

C407 15p

/16

330

/6.3

0.0047

15k

R406 39k

Q403

L1 10µ

C5

Q2051

C2054

0.01

0.0033

27k

TP106

B49 B48 0Ø

#

R24 330

FLY_REC[H]

R409 10k

Q405

L402 SHORT

R408 47k

R407

4.7k C409 OPEN

Q404

Q2251

R2252

4.7k

C2003

C2256

/6.3 /16

47 47 0.010.01

TO SHEELD

TP111

0.001

0.1

D.FF

C7

C8

R2057

Q2052

R2056 100

R2055

3.3

R2064

Q2061

47k

R2063

Q2062

150

R2062

C2063

3.3

0.01

R65 OPEN

R23

1.8k B5

PB FM

B50

L17

5.6µ

C93 22p

OPEN

Q5

OPEN

B1

R68

2.2k

OPEN

L2251

10µ

L2001

10µ

R77 10k

47k

R2058 18k

Q2053

R2059 47k

R2060 18k

Q2054

R2065 18k

R113

100

C130 OPEN

C71 OPEN

C103

0.01

R2011 10k

R2020 1k

D2001 1SS355

Q2004

R25

R27

10k

220

R29 680

Q7

C72 L18 47p 22µ

R26 R28

6.8k 220

L19 12µ

C74 OPEN

L2252 150µ

C2255

180p

Q2252 DTC114EUA

Q2003

Q8

TP2253

R2251 1k

C2251 C2252C2004

Q2001

R2018

4.7k

R2019

4.7k

Q2002

B3

0Ø

R32 470

C73 12p

Q9

R30 0Ø

R31

1.5k

OPEN

C51

R2012 15k

C2227

0.1

C2253

K2251

0.1

K2252

0.1

C2254

K2253

C87 OPEN

C88 OPEN

C89

OPEN

C90

OPEN

4.7

C2005

/25

R2014 220k

R2015C2007 18022

/16

C2006

0.012

4.7 /25

C2008

C2009

0.001

R2016

39k

C2010

R2017

OPEN

0Ø

B2012

B2011

0.0015

18k

C2011

4.7

/50

C65

1

#

C2021

0.01

Q2011

#

5_PB[H]

VHS[H]

SHORT

C6

0.1

/25

IC1

JCP8020-MSD-2

R2207

R2217

R2218

R2219

R2220

/16

C2226

10

R2013

6.8k

C2013 OPEN

C61

Q16 OPEN

SP[H]

Q17

R34 39p

R92

1.5k

C109

0.22

R2003

0Ω

R2206

0Ω

R2208

100

R2209

R2004

R2005

0Ω

R2006

39k

R2007

39k

R2213

0Ω

39k

/25

C2225

4.7

R2226

R2222

R2223

R2224

R2225

12k

15k

C2224

0.01

R

R2227

12k

/50

/25

/16

C2223

C2222

C2220

C2219

0.47

4.7

10

C2221

0.01

L

R

L

R

Y

39k

12k

15k

12k

/50

12k

C2228

0.1

R2009

C2218

R2008

0.47

R2010

R2215

100p

C2230

/16

C2217

C2002

10

L

R

L

R

C

Y

C15

0.1

0.01

C84

R1

6.8k

L20 68µ

R35 OPEN

R33 8p

R93

2.2k

OPEN

6.8k

0.5

L2

C10 150p

C12 OPEN

2

OPEN

/25

C11

0.1

C13

4.7

OPEN

R2

1.5k

0.5

C2012

R3

R104

B54

6.8k OPEN

Q38

C110 82p

L24 27µ

C106

L28

820p

68µ

C62

OPEN

C91

OPEN

0.1

R75

C14

0.1

R90 390

C17 C52 C19C18

C63

R70

C16

3.3 2.21

0.1 0Ω

/50

B8

R62 100

ET_PB[H]

/50

C2216

0.47

C

OPEN

C82 OPEN

Q28 OPEN

R2210

R2211

C2213

C2214

C

C9

OPEN

2.2 /50/50

/50

R54

1.5k

Q18

10k

10

/16

10

/16

OPEN

100p

R2230

C2229

/25

C2215

4.7

L

R

HIFI MODEL HIFI MODEL

C

Ω

0

C23

0.1

R4

#

C92

OPEN

L22

OPEN

220

/6.3

C21C20

R69

0.11 OPEN

C22

/50

C.SYNC

#

D8 SHORT

C2208 C2001

4.7 4.7

/50 /50

R

C

Ω

R5

0

C24

0.1

R2121

B2101

150

0Ω

C2121

D2121

/16

MTZJ8.2C

47

R2231 OPEN

C2207

D2201

/16

47

11ES2

C2205

/50

L

L3

10µ

SB_GAIN

C81

OPEN

0.01

C80

820

#

L14 100µ

R47

#

R91 OPEN

1

C2204

C2203

/16

10

0.001

R2228 R2229

C2201

10k 56k

0.1

/16

10

C40

C2231

0.001

C2202

0.033

0Ω

R9

I2C _D ATA

0Ω

R8

I2C_CLK

R36

0Ø

C104 OPEN

B38

B18

0Ø

R80

R48

OPEN

1k

#

B26

Q34

Q21

OPEN

B35B55 OPEN

#

R73

C79 39p

OPEN

C95

V.PULSE

Q37 OPEN

SECAM[H]

C36

4.7 /25

C32 OPEN

6p

C25

D3 SHORT

R72

OPEN

C114 180p

B45 OPEN

1.8K

L11

L12 QQR0967-001

C96

R76

R114

L27 33µ

C108 68p

C113

OPEN

Q40

OPEN

R79

C37

OPEN

1

X2 OPEN

C35

0.01

OPEN

0.1

C26

OPEN

100k

L4

10µ

C105 OPEN

R46 270

C94

0Ω

L13 33µ

C64 22p

Q39 OPEN

Q41

MESECAM[H]

X1 QAX0576

B37

0Ø

M_TRICK[L]

R-Y_REV

EE[L]

R82

R84

R85

R40

2.2k

R41

3.9k

Q10

OPEN

ET_PB[H]/AGC_CTL

OPEN

R42 680

R81 OPEN

EE[L]/5_PB[L]

SP[H]

D6 MTZJ5.1C

3.58NTSC[H]

C41

C42

OPEN

R88 0Ω

Q24

B19 OPEN

2Fsc

R51

1.2k

Fsc

R44 OPEN

Q12 OPEN

R45

R43

OPEN

Q11 OPEN

3.58NTSC[H]

TO SYSCON, SUB CPU

LP_SHORT[H]

SP_SHORT[H]

D.FF

VIDEO_ENV

FLY.ON[H]/VHS[H]

FLY.REC[H]

I2C_DATA_A/V

I2C_CLK_A/V

3.58NTSC[H]

SEC.DET/KIL/BIT_IN

V.PULSE

NORM/MESEC/S

C.SYNC/V.REF

SB_GAIN

SP[H]

EE[L]/5_PB[L]

JUST/EDS[H]/SECAM

ET_PB[H]/AGC_CTL

BS_P.CTL/MESECAM[H]

5_PB[H]

TRICK[H]/M_TRICK[L]

B58 OPEN

L5 QQR0657-019

C45

C38

C39

0.1

OPEN

330 /6.3

OPEN

C54

R39

C131

0.01

C53

R38

1k

100p

0.1

C34

/50

680

2.2

C33

R7

/6.3

100

C31

27k

C30

0.033

3.3

0.022

R66 OPEN

C.SYNC/V.REF

0.47

/50

Q25

Q32 OPEN

AGC_CTL

R6

C29

C28

C27

OPEN

B59

V.REF C.SYNC

C112 OPEN

3.58NTSC[H]

DIFFERENCE TABLE

1

#

MODEL

HR-DVS2EU HR-DVS2EK

SYMBOL

: Used : Not used

IC2 Q14 D8 R4 R47 C76-C79 L14 L25 B22 B26 B46 B50 B55-B57

VHS[H]

TO SYSCON

FRONT_V_IN

TO CONNECTION

BS_VIDEO

REAR1_V_IN

TUNER_VIDEO

MAIN_ALC_DET

TO CONNECTION

fsc

REC_COLOR

Y_TO_AV

V_FROM_AV

C.SYNC/V.REF

SECAM_PB_COLOR

Y_TO_SUB

PB_COLOR

KILLER_DET

GND

2SC4081/QRS/.

2SA1576A/QR/.

DTC144WUA.

DTA144WUA.

p10304001a_rev0

HR-DVS2MS

DCBA

4-7 4-8

HGFE

4.4 SYSTEM CONTROL SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

TO CONNECTION

I2C_CLK_A/V

I2C_DATA_A/V

V.P_CTL

SLOW_P/CNR_CTL

TRICK[H]/M_TRICK[L]

D.FF

V.PULSE

TO VIDEO/AUDIO

N.REC_ST[H]

A.MUTE[H]

EDS_CS/PAL_PB[H]

JUST/EDS[H]/SECAM

SP[H]

3.58NTSC[H]

5

4

3

2

I2C_DATA_A/V

I2C_CLK_A/V

FULL_E_ON[L]

EE[L]/5_PB[L]

SP_SHORT[H]

LP_SHORT[H]

FLY.ON[H]/VHS[H]

H.REC_ST[H]

TRICK[H]/M_TRICK[L]

BS_P.CTL/MESECAM[H]

C.SYNC/V.REF

NORM/MESEC/S

SEC.DET/KIL/BIT_IN

ET_PB[H]/AGC_CTL

TO DRUM MOTOR

DRUM_12V

DRUM_CTL_V

TO LOADING MOTOR

CAP_CTL_V

CAP_REV[L]

TO

ROTARY ENCODER

TO CONNECTION

JSA/SHUTTLE_A

JSB/SHUTTLE_B

SHUTTLE[L]/NC

TO DISPLAY CN7001

S.DATA_TOSYS

S.DATA-FRSYS

B.UP_GND

TO DV MAIN (DV SYSCON) CN1002

RXD/KBUS_D

DIAL_PLAY[L]/KBUS_CLK

DIAL_OFF[L]/KBUS_REQ

DIAL_AUTO[L]/NC

HOUSING_SW/NC

FLY.REC[H]

VIDEO_ENV

A.ENV/ND[L]

GND[M]

CN3002

TO CAP MDA

CN3003

GND[C]

CAP_FG

GND[M]

M12/17V

CN3004

GND[C]

DRUM12V

DC3.5V[+]

J2/JOG_A

J1/JOG_B

DC3.5V[-]

DC3.5V[+]

TXD/NC

CN3001

SW5V

DC3.5V[-]

P.SAVE[L]

RCU5V

N.REC[L]

V.PULSE

SB_GAIN

D.PG

LDM1

LDM2

LSB

LSC

LSA

GND[M]

M12/17V

P.CTL[H]

V_UP[H]

CN3011

S.CLK

RC_IN

CN3014

VHS[H]

A.FF

D.FF

GND

CTL[+]

CTL[-]

D.FG

NC

AL5.8V

M12V

SW12V

SW5V

GND

48V

-29V

AL 5V

GND

#

AL5V

STB

GND

-29V

LED1

LED2

LED3

LED4

LED5

LED6

#

L3011 SHORT

L3012

C3001

SHORT

0.1

C3004

0.1 CP

CP3003 ICP-N25

GND[M]

COMMON_USE_M12/DRUM12V

D4001

1SS355

Q3011

Q3010

2SC4081/QRS/

DTC144WU

2SD1819A/QRS/

R4019

10K

R4021 10k

drum_ctl_v

dpg

dfg

B3004 OPEN

CP3002 ICP-N15

ICP-N25

CP

CP4001

C3010

QEZ0244-229

EDL

C3011

OPEN

CP

R3205 180

D3001

LNB2301L01VI

R3614 OPEN

R3201

R3206 R3207 18k 18k

Q3002 Q3003 PTZ-NV16 PTZ-NV16

START SENSOR SENSOR

[for_EDL]

#

D3011

1SS133

R3251

10k

ICP-N15

IC3004

10k

CP3004

CP

C3042

470

/6.3

#

BA6956AN

Vref

LDM1

LDM2

C3002

L3001 SHORT

C3003 10

END

C3007

OPEN

R3215 R3216

R3214

10k 10k

10k

D3004 D3005 11ES2 11ES2

R3237 R3238 R3239 10k 10k 10k

D3012

1SS133

#

B3003

B3002

B3001

VCC

GND

LMC1

LMC2

Q3001 2SD1819A/QRS/ 2SC4081/QRS/ 2PC4081/R/

0.01 R3202

4.7k 10k

/16

LMC1

LMC2

R3208 R3210

PC3001 PC3002

GP3S123 GP3S123 SUPPLY TAKE UP REEL SENSOR REEL SENSOR

C3008

OPEN

Q3005 2SD1819A/QRS/ 2SC4081/QRS/ 2PC4081/R/

R3222

4.7k C3012 100 /6.3

Q3004 2SD1819A/QRS/ 2SC4081/QRS/ 2PC4081/R/

D3003

##

RD33ES/B2

R3219R3218

4.7k4.7k

R3244 OPEN

OPEN

Q4003

#

DTC114EU

TP4001

C4017

CTL.P

#

R3204

2.2k LMC3

R3203

R3217

5.6k

R3212

R3211R3209

470k180 180

27k27k

D3002

1SS133

1N4148M

R3213 330k

B4001 OPEN

R3220 100k

JSA

JSB

STL[L]

#

R3247

4.7k

R3241

0.0022

Q4001

#

DTC114EU

#

C4010

0.022

C4005

#

0.0022

R4007

C3014

C3015

R3258

#

R3252

#

4.7K

OPEN

#

##

S3001

QSW0602-004

REC_SAFETY

100k

10K

R4020

OPEN

C4001

#

DTC114EU

0.1

C4002

C4003

0.001

C4004 22

/16

C4006

T

C4007

R4005

C4008

5.6k

C4009

1k

OPEN

0.1

R3011

R3012

R3013

R3014

R3015

R3016

R3245

#

R3017

OPEN

#

R3018 R3019

#

R3246

R3020

R3021

OPEN

R3022 C3024

R3025

R3026

R3027

R4008

R3233

10K

D3007

1SS355

# R3107

6.8k 100p

0.056

0.1

C4014

C4013

C3033

R4018

1k

R4017

1k

R4001

4.7k

#

C4016

560p

TP3910

#

C4015

0.001

Q4002

560

R4003

R4004

CTL[+]

SVss

CTL[-]

47

/6.3

CTLBIAS

T

0.01

CTLFB

CTLAMPOUT

1

CTLSMTIN

0.056

CFG

SVcc

AVcc

0

NORM/MESEC/S

0

SEC.DET/KIL/BIT_IN

0

PAUSE

OPEN

START_SENSOR

OPEN

END_SENSOR

0

TU_SYNC

4.7k

SUB_BUSY/WIDE_DET2

4.7k

RF_AGC/LED

SCR_ID[H]/WIDE_DET

OPEN

BS_ANT/AFC

0

VIDEO_ENV

0

A.ENV/ND[L]

AVss

CTL_GAIN

0

LSA

0

LSB

0

LSC

1k

CAP_REV[L]

TP3911

C3049

OPEN

R3234

#

10k

0

1k

R4013

R3105

R3106

R3104

#

Vcc

Vss

DFG

DPG

SP[H]

CTLREF

V.PULSE

P.MUTE[L]

/M_PULSE

P50_IN

P50_OUT

LMC1

LMC2

LOCK[L]

ET_PB[H]/AGC_CTL

FRONT[H]/EXP1_DATA

RC

0

OPEN

4.7k

R3030

R3031

R3029

R3035

R3036

R3033

R3034

R3032

#

10K

R3257

Q3007

#

DTC144WU

#

D3008

1SS355

R4016

10k

0.22

0.0047

B3025

#

C4011

C4012

0

R4014

#

22k

R4015

2.2k

4.7k1k1k00001k00000

1k

1SS355

R4012

R4011

R4010

R4009

R3097

R3096

R3095

#

CAPPWM

R3094

V.FF

A.FF

SHTL[L]

C.SYNC

JSA/STLA

S_CASS[H]

D4002

R3103

DRUMPWM

SUB_CS/EXP2_DATA

SUB_OSD_ON/V_UP[H]

IC3001

HD6432194BA21F

SP_CONV/BS/KBUS_REQ

JUST/EDS[H]/SECAM

KBUS_DATA_IN

Vss

SB_G[PWM]

1.5k00

OPEN

R3038

R3039

0.01

C3040

POWER_DET

STB/TEST

R3040

REC_SAFTY

0

R3042

R3041

COMPU_OUT

PROTECT

Vcc

RMO/ANT_CTL[H]

SUB_DATA_IN/

TP3901

1k1k220

R3044

#

R3046

0.1

C3016

SUB_DATA_OUT/

TP3902

R3047

LMC3

OPEN

R3090

R3092

R3091

R3093

OSD_CS

SYNC_DET[H]

JSB/STLB/S1_DC

BS_P.CTL[H]/MESECAM[H]

FLY.ON[H]/VHS[H]

KBUS_DATA_OUT

KBUS_CLK

I2C_DATA_A/V

I2C_CLK_A/V

SUB_CLK/

00470

R3049

R3050

R3051

R3048

#

R3089

R3088

R3087

R3086

# #

B.BACK[H]/P.SAVE[L]

TRICK[H]/M_TRICK[L]

SUB_RESET/

DV_P.MUTE[H]

DV_A.MUTE/FF/REW[L]

TU_V_MUTE[H]

TU_A_MUTE[H]

SP_SHORT[H]

LP_SHORT[H]

N.REC_ST[H]

SP_FG

S.DATA_TOSYS

S.DATA_FRSYS

S.CLK H.REC_ST[H]

0

470

R3052

R3053

R3054

R3055

R3085

# #

SLOW_P/

PAL_PB[H]

I2C_DATA2

I2C_CLK2

A.MUTE[H]

TU_FG

1k

R3056

#

OPEN

C3039

CNR_CTL

EDS_CS/

V.P.CTL

EXP_CLK

MODE

OSC2

OSC1

TU_DATA

TU_CLK

TU_CE

C3017

C3018

C3019

C3020

C3021

R3235

R3236

B3024

#

S3002

QSW0695-001

OPEN

10k

R3225

S.CASS

C3038

#

CNR_CTLSLOW_P/

#

BU2090FS

R3613

R3605

R3604

R3603

R3602

R3601

#

B3016

#

B3015

R3606 R3607 R3608 R3609 R3610 R3611 R3612

IC3601

#

C3602

0.1

0

OPEN

10k

OPEN

R3076

470

R3075

470

R3074

OPEN

R3073

0

R3072

0

R3069

X3002

100

QAX05271/4W

C3037

R3229

C3036

1M

#

C3041

X3001

C3025

#

10k 470

R3060

#

R3059

#

R3058

#

R3057

SDA

SCLWPVCCA0

A1A2VSS

IC3003

#

AT24C16-10PC 24LC16B/P

OPEN

R3255

#

R3254

#

C3054

0.1

12p

18p

R3066

4.7k

C3026 OPEN

IC3002

30p

S-80727AN-DQ-X

##

470

1k

R3259

OPEN

C3050

OPEN

R3260

C3032

OPEN OPEN

R3231R3230

C3031

1k4.7k

0.1

C3030 22

T

C3027 10 /6.3

C3028 C3029

100p 100p

VCCWPSCL

SDA

A0A1A2

VSS

IC3005 OPEN

0.1

T

/16

R3261

OPEN

R3262

OPEN

IC3006

#

TC7S04F

B3019

#

B3026

#

B3017

B3014

B3011

B3012

B3013

B3018

#

Vss

R3083

Vcc

R3081

R3080

R3079

#

R3078

#

R3077

TP3904

R3071

10k

Vcc

[OUT]

Vss

TP3905

[IN]

RES

#

X1

R3063

##

X2

4.7k

NMI

FWE

R3062 R3061

## #

TP3903

TP3908

TP3907

R3223

4.7k

TP3906

R3224

4.7k

OPEN

0.1

OPEN

C3022

OPEN

1k

C3035

C3034

OPEN

Q3009 DTC144WU

R3256

10K

C3603

10k

2.2k

2.2k 10k

OPEN#OPEN

MAIN (SYSCON)0 3

B3022

#

B3021

#

B3023

#

B3020

#

IC3651

#

BU2090FS

VCC

D_YV

D_VHS

DEC[H]

OUT1D

OUT2D

OUT1L2

AUDIO/VIDEO

BIL_SEL/

CONTROL

VSS

CLK

DATA1

FRONT

SPCONV/BS

D_VHS/SEP

D_R2/R1Y/FV

SPCONV/DBS/DF D_TU

C3604

#

0.1

VCC

LED1

LED2

LED3

LED4

LED6

TUNER/REG

C3652

#

CONTROL

FULL_E_ON

VSS

CLK

DATA2

N.REC[L]

EE[L]/5PB[L]

SW1

SW2

P.CTL[H] LED5

OPEN#OPEN

C3653

C3654

#

TO SUB CPU, CONNTRTION

B.BACK[H]/P.SAVE

P.MUTE[L]

PAUSE

SCR_ID[H]/WIDE_DET

SUB_BUSY/WIDE_DET2

OUT1_D[H]

OUT1_L2[H]

I2C_CLK2

I2C_DATA2

EDS_CS/PAL_PB[H]

JUST/EDS[H]/SECAM

FF/REW[L]

S1_DC

S2_DC

SECAM/MESECAM[H]

P50_I/O

ANT_CTL[H]/RMO

SUB_CPU

TO

OSD_CS2 (NC)

SECAM/MESECAM[H]

S2_DC

S1_DC

3.58NTSC[L]

FLY.REC[H]

VHS[H]

BIL_SEL/DEC[H]

OUT2_D[H]

OUT1_D[H]

OUT1_L2[H]

D_VHS[H]

D_TU[H]

SP_CONV/D_BS/D_F

D_R2/D_R1Y/D_FV

D_VHS[H]/D_SEPA[H]

SP_CONV[H]/BS[H]

TO VIDEO_I/O,

CONNECTION D_P.MUTE[H]

SYNC_DET[H]

OSD_CS

S.CLK2

S.DATA_FRSYS

SWD_S.DATA

OUT2_D[H]

D_YV[H]

D_VHS[H]

D_TU[H]

SP_CONV/D_BS/D_F

D_R2/D_R1Y/D_FV

D_VHS[H]/D_SEPA[H]

SP_CONV[H]/BS[H]

FROM/TO BS_TUNER

BS_P.CTL/MESECAM[H]

ANT_CTL[H]/RMO

SEC.DET/KIL/BIT_IN

BS_ANT/AFC I2C_DATA2

I2C_CLK2

FROM/TO TUNER JUST_CLK

LOCK[L]

SW1

SW2

RF_AGC/LED

BS_ANT/AFC

TU_SYNC[H]

I2C_DATA2

I2C_CLK2

BIL_SEL/DEC[H]

TU_V_MUTE[H]

TU_A_MUTE[H]

TU_DATA

TU_CLK

TU_CE AL5V

TO AUDIO_I/O

BIL_SEL/DEC[H]

OUT2_D[H]

OUT1_D[H]

D_A.MUTE[H]

D_YV[H]

D_VHS[H]

D_TU[H]

SP_CONV/D_BS/D_F

D_R2/D_R1Y/D_FV

SP_CONV[H]/BS[H]

FRONT[H]

TO_SUB_CPU

SW2

SW1

EE[L]/5_PB[L]

N.REC[L] (NC)

SUB_RESET/EXP_CLK

SUB_CS/EXP2_DATA

SUB_CLK/KBUS_CLK

SUB_OUT/KBUS_OUT

SUB_IN/KBUS_IN

SUB_OSD_ON

SUB_BUSY/WIDE_DET2

AL5V

S.CLK

D.A MUTE(H)

S.DATA2_FRSYS(NC)

GND

B_UP5V

P.DOWN

LED1

LED2

LED3

LED4

LED5

FULL_E_ON[H]

P.CTL[H]

P.SAVE[L]

V_UP[H]

RXD

TXD

DIAL_PLAY[L]

DIAL_OFF[L]

DIAL_AUTO[L]

HOUSING_SW

NC

1

## Marked elements may differ depending on the model.

Be sure to check the Parts List.

p10290001a_rev3

DCBA

4-9 4-10

HGFE

#DIFFERENCE TABLE

ITEM

JOG/S

CTL_GAIN

SEC.DET/KIL/BIT_IN

SUB_BUSY/W.DET2

RF_AGC/LED

SCR_ID/WIDE

P50_IN

RMO/ANT_CTL

JUST/EDS/SECAM

EEPROM

TU_CE/CLK/DATA

SP_CONV/BS/KBUS_REQ

TU_CLK

TU_DATA

CRYSTAL

EXPANDA

FRONT[H]/EXP1_DATA

SP_CONV/BS/KBUS_REQ

JUST_CLK

BS_P.CTL

SUB_D.IN/KBUS

D.IN/RXD

SUB_D.OUT/KBUS

D.OUT/TXD

SUB_CLK/KBUS

CLK/DIAL_PLAY

SP_CONV/BS/KBUS_REQ

/DIAL_OFF

CN3014

KBUS_DATA

SUB_OSD_ON/V.UP

D_P.MUTE

D_A.MUTE/FF/REW

EDS

OSD

JBS/STLB/S1_DC

CN3011

SUB_RESET/EXP.CLK

FF/REW

SUB_CLK/KBUS_CLK

B.BACK/P.SAVE

IN_SELA/EXP1_DATA

SUB_CS/EXP2_DATA

M_PULSE

P50_OUT/M_PULSE

V.FF

B3003

D3011

D3012

C4010

Q4001

R3252

R3245

R3017

R3018

R3247

R3019

R3258

R3234

Q3007

D3008

R3257

R3044

R3056

IC3003

R3057

R3060

R3061

R3059

C3028

C3029

X3001

C3025

C3041

C3024

IC3601

IC3651

C3602

C3603

C3604

C3652

C3653

C3654

B3015

B3016

B3020

R3256

B3011

B3019

B3012

B3013

B3014

CN3014

IC3006

B3026

B3017

R3078

R3255

R3254

B3024

Q3009

B3021

B3022

B3023

B3025

CN3011

R3079

C4015

Q4002

C4016

Q4003

C4017

C4005

R3048

B3018

R3033

R3104

Q3010

Q3011

R3107

R3034

R4011

R4014

: Used

X : Not used

SD1EU/EK SD1MS

OPEN

X

4.7k

X

6.8k

4.7k

10k

X

0Ω

1k

16k

1k

OPEN

QAX0445

X

22p

X

1-6pin

X

1k (10kΩ)

OPEN

X

1-18pin

1k

680p (330p)

X

220

X

0Ω

4.7k

X

0Ω 0Ω 4.7k 4.7k

4.7k (2.2k) 4.7k 1k 1k

0Ω (2.2k) 0Ω 1.8k 1.8k

OPEN OPEN OPEN

XXX

4.7k

4.7k 4.7k

X

6.8k X 4.7k

4.7k X X

10k X X

XXX

0Ω X1k

16k 8k 8k

1k 1k 1k

OPEN OPEN OPEN

QAX0444 QAX0444 QAX0444

XXX

10p 10p 10p

12p 12p 12p

XXX

XX

XXX

1-6pin 1-6pin 1-6pin

XXX

1k 1k 1k

OPEN OPEN OPEN

XXX

XX

XXX

1-18pin 1-18pin 1-18pin

1k 1k 1k

680p 680p0.001

XXX

220 220 220

XXX

0Ω 0Ω 0Ω

4.7k 4.7k 4.7k

X XX

SD1US SD1DOM

4.7k

XX

X

HV4DOM HV4PAL HV4MS HV4US

XXXX

OPEN OPEN OPEN OPEN

XXXX

4.7k

XXX

1k1k1k

XXXX 1k 1k 1k 1k

4.7k 4.7k 4.7k 4.7k

4.7k 4.7k 4.7k

4.7k 6.8k 6.8k X

XX10k 10k

XX

XXXX

1k 0Ω 0Ω X

1k 1k 1k 1k

8k

470 470 470 470

OPEN

QAX0444 QAX0445 QAX0444 QAX0444

10p X 10p 10p

12p 22p 12p 12p

X

XXXX

1-6pin 1-6pin 1-6pin 1-6pin

XXXX

1k 1k 1k 1k

OPEN

OPEN OPEN OPEN OPEN

1-18pin 1-18pin 1-18pin 1-18pin

1k 1k 1k 1k

680p 680p 680p 0.001

220

1k

4.7k

2.7k

0Ω

8k 8k 8k

OPEN OPEN OPEN

XXX

OPEN OPEN OPEN

XXX

XXXX

220 220 220

1k 1k 1k

0Ω 0Ω

2.7k 2.7k

0Ω 0Ω

X

XXX

p10290001a_rev3

4.7k

2.7k

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

XX 4.7k 4.7k

X

XXX

X

0Ω

4-11 4-12

4.5 SUB CPU SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

0 3 MAIN(SUB CPU)

TO

4.7k47k

R3425R3424

5

R3419

Q3302 DTC144WUA

Q3304 DTC144WUA

R3417

/50

R3360

1k

NC

P.DOWN

NC

SUB_CS

NC

GND

VDD

X2

X1

GND

XT2

XT1

VDD

AVREF

NC

SW1

SW2

V.UP[H]

EE[L]

1K

R3358

SUB_RESET

NC

FF/REW[L]

1k1k1k1K1k

1k

1K

R3357

HOUSING_SW

DIAL_AUTO[H]

DIAL_OFF[H}

DIAL_PLAY[H]

NCNCGND

R3416

#

1k

R3355

NC

OPEN

1k

1k1k1k

R3354

R3353

NC

BUCKUP5V

1k1k1k

1k

R3352

R3351

R3350

NC

IN_SEL_B

SP_CONV[H]/D_BS[H]/DV_F[H]

D_VHS[H]/D_SEPA[H]

SECAM/MESECAM[H]

NC

RXD

TXD

1k

Q3303

TP3303

DTC144WUA

R3402 47k

R3369

CF3301

QAX0227-001

UPD780053GC042

R3361

R3362

R3363

R3364

R3365

R3366

TP3301

R3371

1k

L3301

R3376

R3377

R3378

R3379

R3380

C3312

C3311

IC3301

10µ

0.01

3.3

C3313

0.047

1M

TO_AUDIO_I/0

IN_SEL_A

IN_SEL_B

4

3

TO SYSCON

BIL_SEL/DEC[H]

EE[L]/5_PB[L]

FF/REW[L]

SYSCON

B_UP5V

NC

SUB_OSD_ON

GND

S.CLK

S. DATA

CSB

SW1

SW2

TP3302

TP3306

VDD Y X X1TOX0

IC3302 TC74HC4053AF

A

B

C

R3412

1k

1k1k1k

1k

R3349

R3348

R3346

R3347

R3343

R3344

NC

IN_SEL_A

NC

BIL_SEL/DEC[H]

5_PB[H]

FLY_REC[H]

FULL_E_ON[H]

OUT1_L2[H]

OUT1_D[H]

OUT2_D[H]

D_R2[H]/D_R1Y[H]/D_FV[H]

VHS[H] S1_DC

3.58NTSC[L]

OSD_CS

SO1

SCK1NCSUB_BUSY

SUB_IN

SUB_OUT

1k

1k1k1k

1k

#

1k

R3342

N.REC[H]

D_VHS[H]

D_TU[H]

SUB_CLK

P.CTL[H]

0

R3418

R3411

LED4

LED3

LED2

LED1

LED5

S2_DC

P.SAVE[L]

0

R3341 1k

GND

100

10k

B3301

OPEN

Q3308 DTC144WUA

Q3307

R3340

R3339

R3338

R3337

R3336

R3335

R3334

R3332

R3331

R3330

R3329

R3328

R3327

R3326

R3325

R3324

R3323

R3322

R3321

1k

0

0 0

1k

1K

1k

1K

0

4.7K

SHORT

D3301

DTC144WUA

SYSCON

RXD

TXD

DIAL_PLAY[L]

DIAL_OFF[L]

DIAL_AUTO[L]

HOUSING_SW

LED4

LED3

LED2

LED1

LED5

D_A MUTE[H]

TO VIDEO/AUDIO

5_PB[H]

TO

SYSCON, VIDEO I/O

FULL_E_ON[H]

FLY_REC[H]

S2_DC

S1_DC

DV_SEPA[L] (NC)

OUT1_L2[H]

GND

OUT1_D[H]

OUT2_D[H]

D_VHS[H]

D_TU[H]

SP_CONV/D_BS/D_F

D_A2/D_R1Y/D_FV

VHS[H]

VHS_DV[H]

3.58NTSC[L]

SECAM/MESECAM[H]

TO VIDEO_I/O

OSD_CSB

OSD_CLK

OSD_DATA

VSSVEEINHZ0ZZ1Y0Y1

C3310 R3401

0.01 10k

2

TO SYSCON

SUB_BUSY

SUB_CLK

SUB_RESET

P.DOWN

SUB_CS

SUB_OUT

SUB_IN

1

# MARK ELEMENTS ARE NOT MOUNTED.

DCBA

4-13 4-14

R3301

R3302

TP3305

TP3304

R3303

R3305

R3306

#

C3302 OPEN

R3308

R3309

R3310

R3311

R3312

R3313

#

C3301

OPEN

C3303

OPEN

R3314

R3315

R3316

R3317

R3318

R3319

R3320

Q3305 DTC144WUA

R3403 10k

Q3306

DTC144WUA

p20174001a_rev1

TO SYSCON

AL5V

P.SAVE[L]

P.CTL[H]

V_UP[H]

HGFE

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

4.6 TUNER SCHEMATIC DIAGRAM

0

3 MAIN (TUNER)

# TU6001

ANT IN ANT OUT

MATSUSHITA

5

4

OPEN

3

2

TO

SYSCON

LOCK [L]

TU_CE

TU_DATA

TU_CLK

I2C_CLK2

I2C_DATA2

BS_ANT/AFC

TU_A_MUTE[H]

TU_V_MUTE[H]

BIL_SEL/DEC/[H]

RF_AGC/LED

JUST_CLK

SW1

SW2

TU_SYNC[H]

PAL/MS

BB(AL5V)

AUDIO IN

MOD SDA

MOD B(AL5V)

MOD SCL

VIDEO IN

RF AGC

PLL CLK

PLL DATA

MB(SW5V)

LOCK(L)

TU(30V)

IF OUT

AUDIO OUT

SIF OUT

VIDEO OUT

MB(SW5V)

TU CE

IF IN

NTSC

NC(GND)

AUDIO IN

CH SW

MOD B(SW5V)

CONV.CTL(H)

VIDEO IN

NC

NC(GND)

(RF AGC)

(BT)

TU CE

PLL CLK

PLL DATA

NC

NC(5V)

MB(SW5V)

LOCK(L)

TU(30V)

IF OUT

IF IN

SW 1

NC

SW 2

NC

AUDIO OUT

(SIF OUT)

AFT

VIDEO OUT

NC(OPEN)

ANT IN ANT OUT

#

TU6001

ALPS

PAL/MS NTSC

BB(AL5V)

MOD SDA CH SW

MOD B(AL5V)

MOD SCL CONV.CTL(H)

VIDEO IN VIDEO IN

TU(30V)

RF AGC (RF AGC)

NC

MB(SW5V)

SW 1

SW 2

AUDIO OUT AUDIO OUT

SIF OUT SIF OUT

AFT AFT

AUDIO INAUDIO IN

MOD B(SW5V)

TU CETU CE

PLL CLKPLL CLK

PLL DATAPLL DATA

MB(SW5V)

LOCK(L)LOCK(L)

TU(30V)TU(30V)

IF OUTIF OUT

VIDEO OUTVIDEO OUT

#

B6001

NC

NCNC

TPTP

L6002

#

10

#

L6005

10

#

R6025

10k

#

C6014

#

R6024

#

R6023

R6022

#

0

R6020

#

0

#

R6021

L6001

#

10

#

C6027

220p

CH

#

C6028

220p

CH

#

R6060

10k

#

R6061

10k

0

#

C6023

#

C6006

D6002

Note :

When replacing the parts, refer to the Parts List.

# DIFFERENCE TABLE

TUNER

OPEN

TUNER

ATS+ K6080

VIDEO BUFFER

TU_V_MUTE

TU_A_MUTE

AUDIO OUT

AFC

MB(SW5V)

PLL CLK

PLL DATA

TU CE

SYSTEM SW R6060,R6061

SYNC DET

DEMOD

DEMOD PWB ASSY

9V REG

DEMOD REG

PASS CON

SW12V B6607

DEMOD OUT

MUTE Q6501,Q6502

TUNER MONO B6510

DEMOD

SELECTION

TO CONNECTION

GND

RF5V

SW5V

SW12V

#

C6555

SIF

COMP

B6035

R6601

BT2

TO SYSCON

AL5V

TO VIDEO/AUDIO, AUDIO I/O

DEMOD[L]

GND

DEMOD[R]

TO VIDEO/AUDIO

TU_AUDIO

TO DEMOD CN6701

CN6701

##

PAL/MS

/ARC

US JPN

NC

JUST _CLK

I2C

LED

_DATA

I2C

BIL

_CLK

_SEL

TU

_MUTE

DEMOD

_[R]

DEMOD

_[L]

SW5V

SW9V

GND

COMP

SIF

TO CONNECTION

TU_VIDEO

GND

KOREA

NC

LED

MODE _SEL

NC

DEMOD _[R]

DEMOD _[L]

SW12V

GND

SIF

Q6551

#

2SC3243/DE

#

C6551

/16

47

R6508

#

R6509

L6032 SHORT

C6040

0.1

#

R6511

R6510

#

CF6031

OPEN

5.07MHz

#

C6037

/16

10

#

B6034

R6044

#

8.2k

#

Q6040

2SC4081/RS

#

R6043

22k

0.01

#

C6022

#

C6020

#

C6021

C6007

#

C6008

#

0.01

#

C6005

/50

10

HZ30-2L

#

R6038

5.6k

#

C6024

0.056

R6031

0

#

B6033

#

B6032

R6040 R6041

##

470 180k

#

C6041

#

R6551

R6552

270

100

##

D6551C6552

MTZJ10B

0.01

#

Q6501

DTC143T

#

C6519

#

Q6502

DTC143T

#

C6520

#

K6080

600

#

R6034 R6030

1M 1k

#

C6033

#

Q6031

DTC144E

2SB1218A/QR 2SA1576A/QR 2PA1576/R

#

R6032

#

R6033

R6042

#

2.7k

#

R6045

470

Q6041

#

2SA1576/RS

#

C6042

T6040

#

PELN0806

470p

#

B6030

#

Q6030

#

Q6032

DTC144E

C6032

#

0.047

#

C6043

0.022

#

C6554

0.01

#

B6607

B6566

#

B6510

#

R6553

I2C _ DATA

470

LED/RF_AGC

#

B6552

#

R6554

I2C_CLK

470

BIL_SEL

#

B6554

#

C6553

#

B6563

#

B6565

#

R6046

10k

#

Q6042

#

D6040

DTC114EU

DA204U

#

C6044

/50

2.2

Used

Not Used

SYMBOL EU/EK

TU6001

R6025,B6035

R6030,Q6030

B6030

Q6031

R6034

C6033

B6032

Q6032

B6033

R6032

R6033

R6038

C6032

B6034

C6037

B6001

C6024

C6027,C6028CENELEC

C6005

C6006TU(30V)

L6005 10 10

C6007

C6008

L6001

C6014,L6002BB(AL5V)

R6020

R6023

C6020

R6024

C6021

R6022

C6022

C6023LOCK

R6040~R6046,

C6040~C6044,

Q6040~Q6042,

D6040,T6040

SYMBOL EU/EK

CN6701 LPA10094* LPA10094* PB11087* PB11087* PB11076* PB11076*

R6551,R6552,

Q6551,D6551

C6551,C6552

C6553

C6554

C6555

R6508,R6510

R6509,R6511

C6519,C6520

R6553,R6554

B6552,B6554

B6563

B6565

B6566

R6601

FRANCE

ALPS ALPS MATSUSHITA MATSUSHITA

QAU0151 QAU0152 QAU0198 QAU0198

00

3.9k

3.3k

1.8k

0.047

330/10 330/10

470 470

470 470R6021

470 470

FRANCE

33/16 33/16

0.01 0.01

00

JAPAN

MS

DVS2 PVS100USDVS2 PVS100

0.0047

00

SHORT SHORT

1k 1k

JAPAN

MS

DVS2 PVS100USDVS2 PVS100

00 0

QAU0216

12k

SHORT

1k

1

DCBA

4-15 4-16

p10306001a_rev0

HGFE

4.7 VIDEO I/O SWITCH SCHEMATIC DIAGRAM

0 3 MAIN (VIDEO I/O SW)

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

B701

0Ø

IC706

PQ05TZ1U

ON/OFF

OUTNCGND

IC711 OPEN

C792 OPEN

C793 C796 OPEN OPEN

B735 OPEN

MM1113XF

C795 OPEN

HH

Vcc GND

5

TO CONNECTION[MAIN]

REAR2_Y_IN/TERM_D_Y

V_FROM_OSD

TERM_Y_OUT

REAR2_C_IN/TERM_D_C

TERM_C_OUT

Y_OUT

C_OUT

CHARA_DATA

V_TO_OSD

GND

4

3

2

TO

CONNECTION[MAIN]

OUT2_D[H]

B.BACK[H]

I2C_DATA2

I2C_CLK2

P.MUTE[L]

TO ON SCREEN CN851

CN704

OSD_CS

S.CLK

S.DATA_FRSYS

EDS[H]/

I2C_CLK2

EDS_CS/

I2C_DATA2

SWD_S.DATA

CHARA_DATA

P.MUTE[L]

V_FROM_OSD

SYNC_DET[H]

OSD_IN

V_TO_OSD

SW5V

OSD_C

OSD_Y

SW12V

D_P.MUTE[H]

D_Y/V_IN

TO SYSCON

D_P.MUTE[H]

SWD_S.DATA

SYNC_DET[H]

OSD_CS

S.CLK2

S.DATA_FRSYS

D_YV[H]

S2_DC/A_SEARCH[H]

TO SUB_CPU

OSD_CSB

OSD_CLK

OSD_DATA

TO VIDEO/AUDIO

TO_PS_C

TO

S/P_CONV.

CN701

#

TO_PS_C

TO_PS_Y

FROM_PS_C

SW5V

TO S_SUB

CN702 CN513

FROM_PS_Y

TO_PS_Y

FROM_PS_C

TO_PS_C

SW5V

2Fsc

GND

2Fsc

CN1

GND

N.C

GND

L701

4.7µ IC701

OPEN

Vcc NC

12dB

C701 OPEN

GND

C702 C703 OPEN OPEN

0Ø

B707

B734

OPEN

B710

OPEN

B740

OPEN

1212

B741

0Ø

B731

B732

B733

0Ø

L712

#

4.7µ

#

Q726

R779

#

1k

#

R778 1k

R701 OPEN

Q702 OPEN

R702 OPEN

Q701 OPEN

R703 OPEN

#

FL701 FL702

PELN1199#PELN1198

R716

1.5k

±0.5%

Q708

±0.5%

N

C759

2.2

H

Vcc GND

C760

0.01

B724

OPEN

H

Vcc GND

C787 C788 OPEN OPEN

R720 R721

2.2k 2.2k

R717 0Ω

R718

Q709

270

R719 470

R767

0Ω

/50

Q710

R768

0Ω

C761

/50

2.2

C789 OPEN

C790 OPEN

#

R780

1.2k

Q704

#

Q727

R708 R709 R710 10k 0Ω 560

C705

0.01

#

R781

Q728

1k

#

R782 100

#

R783 1k

R712

6.8k

Q706

Q705

C706 47

R713

/6.3

3.9k

R714

R711 82

680

#

C780 C781

0.01 47

#

C783

/6.3

10

#

C782

0.01

R715 OPEN

Q707

Vcc

6dB

GND

/16

#

R784

0Ω

C708 C709

0.01 47 /6.3

C707 OPEN

IC705

MM1117XF

B721

0Ø

C756 C762 OPEN

C757

/50

2.2

C758 100p

B723 OPEN

C784 OPEN

IC710 OPEN

#

IC709

MM1031XM

C785 OPEN

C786 OPEN

R704 33k

C704

Q703

0.01

R706 270 ±0.5%

R705 22k

R707 560 ±0.5%

#

C779 15p

##

L713 100µ

R722 470 ±0.5%

Q712

R723 470 ±0.5%

Q711

B713

OPEN

IN

D706

1SS355

100p

C763 C764

/50 /6.3

1100

OPEN

B725

B726 0Ø

C791 47 /6.3

L714

4.7µ

R724 1k

C712 C714

IC702

0.01 0.01

H

Vcc GND

C710

C713

OPEN

C711

0.01

LPF

H.Sync

Sep.

0.0033

0.01

TPGND

C765

C766

B727

0Ø

C797 OPEN

H

C794 OPEN

C715L702

224.7µ

IC707

AN3916

B.G.

KEYED/

Ref

PEAK Def.

Sync

LH

Clamp

C767

0.047

/16

/6.3

C768

C769

C770

22

10

C807

C798 OPEN

/16

GCA Amp

Di

Clamp

C771

4.7 /25

/16OPEN

R769

1.2k

10

IC703

MM1228XF

C716R725 OPEN

1M

H

Vcc GND

R726 390k

C717

/50

1

TP701

R772

1k

R773

R770

22k

470

R775

18k

Q725

R774

C772

0.01

R771

#

IC712

L715

4.7µ

270k

C773 47p

470

C801 C803

0.01 0.01

H

Vcc GND

C802

0.01

#

C799

C800

/6.3

47

0.01

OPEN

C720C718

2.22.2 /50/50

Q730

R786 OPEN

DTA144WUA

0Ø

OPEN

B715

#

C778 OPEN

DTA144WUA

R785

Q729

B738

B739

OPEN

B718

B717

B716

#

Q731 OPEN

470

TO DV MAIN

(DV V OUT) CN3501 CN703 D_C_IN

GND

D_Y/V_IN

D_C_OUT

GND

D_Y_OUT

B737

OPEN

TO SYSCON

D_R2/D_R1Y/D_FV

D_TU[H]

SP_CONV[H]/BS[H]

SP_CONV/D_BS/D_F

D_VHS[H]

0Ø

D_VHS[H]/D_SEPA[H]

TO CONNECTION

SW5V

SW12V

AL5.8V

SWD_C

SWD_Y

BS_VIDEO

REAR1_Y_IN

REAR2_V_IN

REAR1_V_IN

TUNER_VIDEO

FRONT_Y_IN

FRONT_V_IN

REAR1_C_IN

FRONT_C_IN

H

C721

6dB

100p

C719

0.01

C774

/16#

10

#

C775 OPEN

VR701 50k

D AGC

B728

#

Q713

R730

R727 1M

±0.5%

C722

0.01

R776

#

0Ω

#

IC708

MM1115XF

NC

#

B722

NC

C804 OPEN

IC713

OPEN

NC

C805 OPEN

B729

0Ø

B730 OPEN

1k

R728

Q714

270

±0.5%

R729

270

B714

OPEN

C777

#

/16

10

H

R777

0Ω

#

C776

0.01

C806 OPEN

H

1

# DIFFERENCE TABLE

S.NO

MODEL

HR-DVS2EU/EK

HR-DVS2MS

IC708,

IC709 B722

Q726~

Q728

R776,

R778~ R784 C778, C779~ C783, C800

C774~ L712

B728

B716,

FL702

FL701, CN701

X

DCBA

IC712

MM1111XF

MM1113XFX

4-17 4-18

## Marked elements may differ depending on the model.

Be sure to check the Parts List.

Used Not used

X

2SC4081/QRS/.

2SA1576A/QR/.

p10305001a_rev1

HGFE

4.8 AUDIO I/O SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

03

MAIN (AUDIO I/O)

TO SYSCON, SUB CPU

DV_A.MUTE[H]

IN_SEL_B

B2607

#

B2608

R2691

R2692

#

B2609

#

B2610

D2602 OPEN

/50

C2607

1

C2606

/50

R2626 22k

C2610 100p

R2624

5.6K

C2611 100p

R2625

5.6K

#NAME?

1

#

R2636 10k

BAX2 X1 X X0 X3VDD

/16

#

IC2604 BA15218F

C2604 47 /16

#

R2640

#

R2622 22k

100k

R2621

#

5.6K

#

C2609 100p

R2618 1k

VCC

#

R2619 22k

#NAME?

#

C2608 100p

#

R2639

R2620

5.6K

100k

Y0 Y2 Y Y3 Y1 INH VEE VSS

IC2603 BU4052BCF

R2611 R2614

R2610 R2613

1k 10k1k 1k

#

R2612 1k

#

R2615

R2616R2617

1k

1k1k

BAX2 X1 X X0 X3VDD

VCC

IC2602 BA15218F

C2605

/16

10

C2602 100p

C2603 100p

R2637

100k

#NAME?

R2638 100k

C2683 47

IC2601 BU4052BCF

/16

R2609 1k

R2607R2608 1k1k

Y0 Y2 Y Y3 Y1 INH VEE VSS

R2602

R2601 R2604 1k 1k

R2603 1k

1k

C2682 47

R2606 1k

R2605 10k

/16

C2601 10

BAX2 X1 X X0 X3VDD

Y0 Y2 Y Y3 Y1 INH VEE VSS

IC2606 BU4052BCF

R2628

R2627 R2630

1k1k1k 1k

0Ω

R2689

R2690

/16

D2601 OPEN

OPEN

R2629 1k

R2632R2635

R2633R2634

1k1k

R2631

C2612

10k

10

5

B2604 OPEN

VDD Y

XX1X0ABC

TO DV MAIN (AUDIO AD/DA) CN3701

CN2601

DV_A_REC[L]

GND

DV_A_REC[R]

4

DV_A_PB[L]

DV_A_PB[R]

GND

B2603

R2684 10k

IC2610 BU4053BCF

OPEN

R2685

2.2k

Q2601 2SC4081/QRS/

220

R2681

10k

R2682

Q2602 2SC4081/QRS/

R2683

2.2k

10k

R2686

C2681 10

R2687 220

VSSVEEINHZ0ZZ1Y0Y1

R2688 220

/16

IC2605 BA15218F

VCC

R2623 22k

IN_SEL_A

D_R2/D_R1Y/D_FV

SP_CONV/D_BS/D_F

D_VHS[H]

D_TU[H]

FRONT[H]

SP_CONV[H]/BS[H]

OUT1_D[H]

OUT2_D[H]

BIL_SEL/DEC[H]

D_YV[H]

TO CONNECTION

AL5.8V

0Ω

AL12V

220

AUDIO[-]

GND

11

3

TO

CONNECTION

GND

RCA_A.OUT[R]

RCA_A.OUT[L]

A.IN1[R]

A.IN1[L]

LINE_OUT[R]

LINE_OUT[L]

A.IN2[R]

A.IN2[L]

DEC_OUT[R]

DEC_OUT[L]

2

TO CONNECTION

F.AUDIO[R]

F.AUDIO[L]

TO

TUNER

DEMOD[R]

DEMOD[L]

FROM

BS_AUDIO[R]

BS_AUDIO[L]

NC

BS

R2661 10k

10k

R2665

10k

R2667

R2660 220

R2662 220

R2663

R2664

10k

220

R2666 220

#

C2614

1

#

C2613

1

#

C2660

#

C2661

##

B2602 B2601

00

#

IC2609 LA7151

/16

10

C2656

C2657

/16

10

#

/16

10

VccGND NC

/16

10

C2658

#

C2659 10

R2659

C2655 10

/16

C2654 100p

VCC

C2652 10

IC2608 BA15218F

/16

C2653 100p

–VCC

Y0 Y2 Y Y3 Y1 INH VEE VSS

IC2607 BU4052BCF

R2652

R2651 R2654

1k1k 1k

R2656

R2657R2658

1k

1k1k

BAX2 X1 X X0 X3VDD

#

C2651 10

R2668

/16

10k

TO VIDEO/AUDIO

A.SEL_IN[R]

A.SEL_IN[L]

FMA_OUT[R]

FMA_OUT[L]

GND

DEMOD[R]

DEMOD[L]

A.IN1[R]

A.IN1[L]

DEC_OUT[R]

DEC_OUT[L]

A.IN2[R]

A.IN2[L]

R2655R2653

10k1k

p10336001a_rev0

1

B2601,B2602

B2607,B2608

Used

Not used

IC2609 C2656-C2661

MODEL

NTSC

PAL/MS

SYMBOL

B2609 B2610

R2636R2668

MODEL

With BS

W/O BS

IC2604

,R2612,R2615SYMBOL R2619-R2622,R2639,R2640 C2608,C2609,C2613,C2614

DCBA

4-19 4-20

HGFE

# DIFFERENCE TABLE

SYMBOL

MODEL

With DVC

With HDD

4.9 CONNECTION SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

GND

DET_OUT[W]

GND

DET_IN

GND

OPEN

DET_OUT[M-N]

TO

BS

GND

DET_OUT[M-N]

DET_IN

DET_OUT[W]

AFC_IN

BIT_IN

BIT_OUT

BS_VIDEO

BS_SW5V

AL17V

AL6V

AUDIO I/O

TO

GND

RCA_A.OUT[R]

RCA_A.OUT[L]

A.IN1[R]

A.IN1[L]

LINE_OUT[R]

LINE_OUT[L]

A.IN2[R]

A.IN2[L]

DEC_OUT[R]

DEC_OUT[L]

F.AUDIO[L]

F.AUDIO[R]

AUDIO[-]

TO

TUNER

TUNER_VIDEO

RF5V

BT2

SW12V

SW5V

GND

TO VIDEO/AUDIO

TUNER_VIDEO

REAR1_V_IN

BS_VIDEO

fsc

KILLER_DET

C.SYNC/V.REF

PB_COLOR

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

Y_TO_AV

V_FROM_AV

REC_COLOR

SW5V

SW12V

FRONT_V_IN

GND

AL5V(NC)

TO SYSCON

JUST/EDS[H]/SECAM

EDS_CS/PAL_PB[H]

S1_DC

S2_DC

PAUSE

I2C_CLK2

I2C_DATA2

SCR_ID[H]/WIDE_DET

P50_I/O

SECAM/MESECAM[H]

B.BACK[H]/P.SAVE

OUT1_L2[H]

OUT1_D[H]

AL5V

ANT_CTL[H]/RMO

OUT2_D[H]

TO SYSCON, AUDIO I/O

GND

I2C_CLK_A/V

I2C_DATA_A/V

V.P_CTL

D.FF

TRICK[H]/M_TRICK[L]

SLOW_P/CNR_CTL

V.PULSE

P.MUTE[L]

SUB_BUSY/WIDE_DET2

P.SAVE[L]

V_UP[H]

P.CTL[H]

DC3.5V[+]

-29V

DC3.5V[-]

GND[M]

M12/17V

DRUM12V

M12V

SW12V

AL12V

SW5V

48V

AL5.8V

Used

X

# DIFFERENCE TABLE

HR-DVS2

B7501

B7502

B7503

B7504

B7505

B7506

B7507

B7508

B7509

NC

B7510

B7511

B7512

B7513

B7514

B7515

B7516

B7517

B7518

B7519

R7513

R7501

R7502

R7503

R7504

C7501

C7502

D7501

D7502

C7505

~C7514

C7515

Q7501

R7505

R7506

R7507

L7501

C7503

R7508

Q7502

R7512

Q7503

R7509

R7510

R7511

C7504

CN7510

D7503

CN7501

CN7502

CN7503

CN7505

CN7507

CN7508

CN7509

D7505

R7514

## Marked elements may differ depending on the model.

Be sure to check the Parts List.

Not used

EK

EU MS

XXX

XXXXX

X

XXXX

X

XXXX

XXXXXXX

XXX

XXXXXX

1 -15 1 -15X1 -15 3 -15

1 -5X1 -5X1 -5X1 -7X1 -7 1 -7

1 -14 1 -14 1 -14 7 -16 7 -16 8 -15

X X X 1 -11 1 -11X

1 -16 1 -16 1 -16 1 -16 1 -16 1 -10

1 -13 1 -13 1 -13 3 -13 3 -13 3 -13

3 -15 3 -15 3 -15 1 -15 3 -15 1 -15

DOM US

XX

XXX

X

XXXXX

HR-PVS100

XX

X

XX

XXX

3 -15 3 -6

X

OPEN

REC_COLOR

TO S_SUB CN511

CN502

#

R7513

5

B7516

#

TO

VIDEO_I/O SW

TERM_Y_OUT

TERM_C_OUT

REAR2_Y_IN/TERM_D_Y

REAR2_C_IN/TERM_D_C

REAR1_Y_IN

REAR1_C_IN

REAR1_V_IN

REAR2_V_IN

SWD_C

SWD_Y

BS_VIDEO

TUNER_VIDEO

B.BACK[H]

P.MUTE[L]

SW12V

AL5.8V

SW5V

FRONT_V_IN

FRONT_C_IN

4

3

2

1

FRONT_Y_IN

CHARA_DATA

V_TO_OSD

V_FROM_OSD

I2C_CLK2

I2C_DATA2

OUT2_D[H]

S-SUB CN512

TO

CN7506

REAR1_Y_IN

REAR1_C_IN

REAR2_Y_IN

REAR2_C_IN

Y_OUT

C_OUT

V_FROM_OSD

OPEN

TO JACK CN7002

#

FRONT_Y_IN

FRONT_C_IN

FRONT_V_IN

PAUSE FRONT_A(L) FRONT_A(R)

J1/JOG_B J2/JOG_A

SHUTTLE[L]/NC

GND/NC JSB/SHUTTLE_B JSA/SHUTTLE_A

TO SYSCON

JSA/SHUTTLE_A

JSB/SHUTTLE_B

SHUTTLE[L]/NC

J2/JOG_A

J1/JOG_B

TO REGULATOR CN5321

#

BS_SW5V

AL17V

P.SAVE[L]

V.UP[H]

P.CTL[H]

DC3.5V[+]

DC3.5V[-]

M12/17V DRUM12V

TO REGULATOR CN5322

#

CH+12V

AUDIO[-]

SW5V[2]

AL5.8V

C_OUT

Y_OUT

#

CN7510

CN7507

CN7509

AL6V

-29V

M12V

CN7508

RF5V

SW12V AL12V

SW5V

GND

NC

GND

##

D7504

GND

1SS355

#

D7503 1SS355

#

GND

GND GND

BT2 GND GND GND

48V

R7510

75

#

R7511C7504

75

SHORT

#

R7509

75

#

C7515

0.1

B7501

#

B7519

#

B7512

##

#

B7502

2.2k

B7513

# B7518

B7517 OPEN

TO 3D DIGITAL/2M CN1401

CN501

TO TERMINAL CN7101

#

D7501

#

1SS355

R7501

B7508

10k

##

C7501 C7502

0.01 0.01

R7503 D7502

10k

##

R7502 R7504

100k 100k

CN7501

GND

CARA_DATA

fsc

GND

C_TO_DIGI

SW5V[2]

Y/V_TO_DIGI

EE[L]

Y_FROM_DIGI

GND

C_FROM_DIGI

KILLER_DET

I2C_CLK_A/V

I2C_DATA_A/V

V.P.CTL

V.REF

D.FF

TRICK[H]

SLOW_PULSE

EE[L]

I2C_DATA_A/V

I2C_CLK_A/V

Fsc

SW5V

GND

C_TO_DIGI

Y/V_TO_DIGI

Y_FROM_DIGI

C_FORM_DIGI

PB_COLOR

V.PULSE

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

P.MUTE[L]

WIDE_DET

FRONT_Y_IN

FRONT_C_IN

FRONT_V_IN

REAR2_V_IN

GND

V_TO_OSD

CHARA_DATA

Y_TO_AV

GND

V_FROM_AV

GND

TERM_C_OUT

TERM_Y_OUT

GND

TERM_D_Y

#

1SS355

TERM_D_C

GND

SW'D_C

GND

SW'D_Y

GND

CN7502

TUNER_VIDEO

TO TERMINAL CN7102

#

D7505 1SS355

#

B7510

B7509

#

B7504

#

B7505

#

GND

REAR1_C_IN

REAR1_Y_IN

B7503

#

##

B7506 B7507

GND

REAR2_V_IN

REAR1_V_IN

##

B7515B7514

OPEN

CN7503

S1_DC

S2_DC

TO TERMINAL CN7103

#

SW12V

SYS_GND

SW5V

#

R7506

4.7k

OUT1_D[H]

C.BOX/SAT_CTL

#

R7507 10

1/2W

OSD_P.CTL[L]

B.BACK[H]

OUT1_L2[H]

R7514

#

Q7501 2SC1317/RS/

#

R7505

220

CH+12V

I2C_CLK2

I2c_DATA2

SCR[H]

P50_I/O

SECAM/MESECAM[H]

6.8k

#

L7501

100µ

#

C7503 470 /6.3

TO TERMINAL

CN7104

CN7504

A.IN2[L]

DEC_OUT[R]

DEC_OUT[L]

#

R7508

5.6k

A.IN2[R]

#

A.IN1[L]

LINE_OUT[R]

LINE_OUT[L]

Q7502 DTC144WU

RCA_A.OUT[L]

A.IN1[R]

GND

RCA_A.OUT[R]

C7505

#

C7506

#

C7507

#

C7508

#

C7509

#

C7510

#

C7511

#

C7512

#

C7513

#

C7514

#

R7512

5.6k

CN7505

GND

AFC_IN

BIT_IN

BIT_OUT

TO TERMINAL

#

OPEN

#

B7511

#

Q7503 DTC144WU

0

3 MAIN(CONNECTION)

DCBA

4-21 4-22

p10308001a_rev0

HGFE

4.10 3D DIGITAL/2M SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

0 5 3D DIGITAL/2M

1k

R1447

R1448

R1449

5

LC1402

R1450

##

R1451

R1452

R1453

4

TO MAIN(CONNECTION) CN501

CN1401

SLOW_PULSE

TRICK[H]

D.FF

V.REF

V.P_CTL

I2C_DATA

I2C_CLK

KILLER_DET

C_FROM_DIGI

GND

Y_FROM_DIGI

EE[L]

V/Y_TO_DIGI

SW5V[2]

C_TO_DIGI

GND

Fsc

R1454

3

LC1401

QQR0657-013

2

1k

QQR0657-010

1k

470

##

1k

C1459

C1460

C1461

C1462

C1464

C1465

C1467

C1466

C1468

##

C1469

CHCHCHCH

CH

Q1419 DTC124T

C1463 33

/6.3

R1460 27k

47p

100p

47p

R1446

1k

6.8k

R1441

R1442

6.8k

##

B1409

Q1414

Q1401

2SC1317(RS)

R1401

180

R1402

100

C1401 C1402 33

/16

D1401 RD4.3ESB2 MTZJ4.3B-T2

MCO0

VRBY

R1427

R1428 39k

0.1

C1473

33k

MCO1

VRTC

0.1

C1438

MCO2

VRBC

MCO3

CIN

VSS

IC1401 JCP8026

AVSS2

C1439

0.1

C1454

CWE

FSCIN

0.1

C1440

1

0.1

C1455

TS1

MON3

VSS25

VDD25

MON2

DRAMTE

MON1

0.1

C1430

MON0

##

D1404

##

D1403

1SS355

C1403

330

/6.3

L1401

10µ

0.01

1SS355

R1404

1.8k

##

R1405

2.2k

C1406

0.01

Q1422

##

DTC124T

C1410

4.7 /25

C1411

0.1

R1459

680

Q1420 Q1421

R1463

100

Q1418

Q1402

C1404

0.1

R1411

1.5k

##

R1412

2.2k

Q1406

##

R1461 R1462

1K 10K

CH

C1407 68p

CH

C1412 68p

C1416

/16

10

R1416

100k

Q1417

R1458 680

C1405

0.1

C1415

0.1

Q1408

R1418

470

C1421 33p

L1404

CH##CH

6.8µ

C1422

R1407

2.7k

Q1403

C1423

0.1

#

R1410

L1405

C1432

C1433

0.1

##

R1415

C1434

R1434

15k

VR1401 D/A LEVEL ADJ.

0.1

220

10µ

C1429

330 /6.3

#

R1408

#

Q1404

R1414

820

Q1407

C1417

0.1

CH

Q1410

##

R1425

R1426

68p

560

C1408

CH

33p

R1406

470

L1402

6.8µ

##

C1409

CH

39p

C1413

33p

CH

L1403

R1413

#

6.8µ

##

CH

C1414 39p

2SC4081(S)

R1417

100

R1421

#

C1420

VDD33

SLOWP

TRICK

DFFI

VR

VPLS

VSS

SDATA

SCLK

KILLER

VDD25

COMP

1

AVDD1

COUT

AVSS1

YOUT

IREF

AVDD2

VREF

CLAMP

YVIN

VRTY

##

B1416

0.1

C1435

0.1

C1436

C1424

0.01

0.1

C1472

0.1

C1437

R1435

R1436

22k

10k

VR1401

6.8k

VDD33

AVDD3

MCO4

PFSC

MCO5

TCPOUT

C1425

0.01

C1471

0.1

C1453

VSS

RSTW

MCO7

MCO6

VDD33

SWRCK

RSTR

MCI7

MCI6

MCI5

MCI4

CRE

MCI3

MCI2

MCI1

MCI0

MINTEST

TCLK

CKMODE

MTO

VDD25

RST

VDD33

VSS

VOUT

VDD33

AVSS3

PVREF

PIREF

PCOMP

RFSC

AVDD4

R1439

1

27k

47k

R1438

C1445

C1442

0.1

C1444

0.1

3.9k

0.1

R1437

C1443

C1441

##

R1430

2.2k

##

C1427 6p

CH

Q1412

L1406

0.1

R1429

1.5k

R1431

820

33µ

CHCH

C1428C1426 22p39p

Q1413

R1432

1.8k

1SS133

D1402

B1412

C1452

0.1

4.7

C1451

/25

C1450

0.1

C1449

0.1

C1448

/6.3

330

R1440 47k

C1447

0.1

C1446

/6.3

100

L1407

10µ

0Ø

R1433 51

#

CH

C1470

#

L1409

33p

1µ

R1455 680

p10276001a_rev1

1

## MARK ELEMENTS ARE NOT MOUNTED.

ALL SINGLE DIODE:1SS133 OR 1N4148.

ALL PNP TRANSISTOR:2SA1576A(QR) OR 2SB1218A(QR) OR 2PA1576(R)

ALL NPN TRANSISTOR:2SC4081(QRS) OR 2SD1819A(QRS) OR 2PC4081(R)

ALL NPN DIGITAL TRANSISTOR:DTC144WUA OR UN521E OR RN1309

DCBA

4-23 4-24

# DIFFERENCE TABLE

Q1404 R1408 R1410 R1421

PAL/MS

NTSC

Used Not used

R1413

1.2k 390 390

330 33p 1u

470

330240OPEN

C1470 L1409

OPEN OPEN

HGFE

4.11 TERMINAL SCHEMATIC DIAGRAM

TERMINAL

06

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

C7104 C7108

0.01 0.01

L7101

5

TO CONNECTION CN7501

CN7101

CHARA_DATA

GND

TERM_Y_OUT

GND

TERM_C_OUT

GND

TERM_D_Y

GND

TERM_D_C

GND

SWD_C

GND

SWD_Y

GND

TUNER_VIDEO

4.7µ

Q7102

R7102 1k

R7105

±0.5%

R7104 560 ±0.5%

470

Q7103

R7107 10k

Q7104

R7108 820

R7109

1k

Q7105 Q7106

DTC144WU DTC144WU

D7101

DA204U

R7110

3.9k

R7111

4.7k

R7112

1.5k

R7113

270 2SC4226/4/

Q7107 2SC4226/4/

R7114

Q7108

1.5k

R7115

3.9k

R7116

5.6k

R7117

1.5k

R7118

270

2SC4226/4/

Q7109 2SC4226/4/

Q7110

R7119

1.5k

R7120

R7121

560

±0.5%

3.3k

Q7111

DTC144WU

R7169

6.8k

R7122

±0.5%

Q7113

470

Q7112

R7123 1k

C7101 C7102

0.01 47

L7102

4.7µ

/6.3

C7103 47

/16

R7136

75

4

IC7103

C7120

2.2 /50

CLAMP

C7140

0.1

REG_2.5V

R7126

270

C7121

27p

C7123

0.01

C7122

0.01

C7142 C7150

0.1 0.01

DRIVER

CLAMP

6dB 6dB

CLAMP CLAMP CLAMP

IC7104

BH7636S

C7143

0.1

C7141

C7144

OPEN

L7112

L7111 OPEN

OPEN

R7143 100

V

Y

6dB

12dB6dB

Y/C_MIC-6dB

4dB

C

R7145

100

BUFFER

DRIVER

BUFFER

C7147

C7145 C7148

0.1 0.1

0.1

C7146

33p

L7113

1µ

R7144 R7146 100 100

C7149

L7114

OPEN

R7127 560 ±0.5%

R7167

4.7k

C7124 C7168

0.01 47

Q7115

R7128 470 ±0.5%

C7151 10

/16

R7168 270

BUFFER

Q7114

BUFFER

CURRENT LIMITER

EXP1

C7152 C7153

/16 /16

10 10

R7147

100

CLK

I2C-BUS CONTROL

R7148

R7129 1k

DATA

EXP2

100

G

R7130 Q7116

/6.3

C7125 C7126 47 0.01

/16

Q7122

C7154

L7115

0.01

4.7µ

0Ω

C7127 33p

L7104 SHORT

Q7118

R7149 R7151

6.8k 560

R7131 15k

R7132 10k

Q7123 Q7124

R7150 R7153

1k 4.7k

Q7119

Q7120

R7152

2.7k

R7154 0Ω

R7133 330 1/2W

C7129 100 /16

R7134

68

Q7117

DTC114EU ±0.5%

R7170

4.7k R7171 33k

R7172 10k

C7155

R7155

47

3.3k

V.GNDY/V.IN

Y/V.OUT

GND

R7135

75

±0.5%

D7103

OPEN

R7158

C7169

0.01

/6.3

1k

R7157

75

Y.IN V.GND

GND GND GND

V.OUT V.GND

R7156

75

D7104

OPEN

L7103

4.7µ

C7119C7118

0.01100

/6.3

MM1024AF

TO MAIN (CONNECTION) CN7502

CN7102

REAR1_C_IN

GND

REAR1_V_IN

GND

REAR2_V_IN

3

TO MAIN (CONNECTION) CN7503

CN7103

SYS_GND

SW12V

SW5V

C.BOX/SAT_CTL

OUT1_D[H]

OUT1_L2[H]

B.BACK[H]

OSD_P.CTL[L]

SECAM/MESECAM[H]

P50_I/O

SCR[H]

I2C_DATA2

I2C_CLK2

CH+12V

2

L7110 SHORT

C7139C7138 100100 /16/16

H

6dB

H

Vcc GND

IC7101

MM1224XF

C7105

C7106

0.01

0.1

C7107

0.01

L7105

0.22µ

J7102

AV1

GND

V.GND

Q7121

L7116

1µ

J7104

AV2/DECODER

GND

RAPIO SW

C/R G B GND

R7159

75

±0.5%

R7124

75

R7137

0Ω

FUNC.SWRAPIO SW

SCRAMBLE

(H)

C7109 C7115 10 1

/16 /50

H

IC7102

MM1228XF

C7112C7111C7110

10100p

C7130 680p

C7156

(L)

GNDBGNDGGNDC/R

680p

(L)

C7132 680p

A.INA.IN A.GND

(R)

A.OUT A.OUT

(L) (R)

C7133C7131

0.0010.001

C7158 680p

A.INA.IN A.GND

(R)

A.OUT A.OUT

(L) (R)

C7134

C7136

OPEN OPEN

L7106

4.7µ

L7107

4.7µ

L7108

4.7µ

L7109

4.7µ

C7137C7135 OPENOPEN

C7160

C7162

OPEN OPEN

L7117

4.7µ

L7118

4.7µ

L7119

4.7µ

L7120

4.7µ

C7163C7161C7159C7157

0.0010.001

OPENOPEN

H

6dB

Vcc GND

C7113

0.01

/16OPEN

R7138

100

R7139

100

R7140

100

R7141

100

R7160

100

R7161

100

R7162

100

R7163

100

C7114 100p

R7125

±0.5%

C7116

330

/6.3

75

C7117

330

/6.3

R7142

100

L7121

R7164

4.7µ

100

R7165

100

L7123 SHORT

C7164 OPEN

C7165 OPEN

L7122

C7166

0.001

4.7µ

C7167

0.001

J7101 S-OUT

34

12

J7103 SAT_CTL

RCA_A.OUT[R]

J7105J7105

RCA_A.OUT[L]

TO MAIN (CONNECTION) CN7504

CN7104

GND

RCA_A.OUT[R]

RCA_A.OUT[L]

A.IN1[R]

A.IN1[L]

LINE_OUT[R]

LINE_OUT[L]

A.IN2[R]

A.IN2[L]

DEC_OUT[R]

DEC_OUT[L]

YC

p10293001a_rev0

1

2SC4081/QRS/.

2SA1576A/QR/.

DCBA

4-264-25

LAST NO VACANT NO

7101~

R

7172

7101,

C

L

D

Q

IC

J

7103, 7106, 7166

7169

7128

7123

7104

7102

7124

7101

7104

7105

HGFE

4.12 DEMODULATOR SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

5

4

TO MAIN (TUNER) CN6701

CN6701

NC

I2C_DATA

I2C_CLK

3

TU_A_MUTE

DEMOD_[R]

DEMOD_[L]

SW5V

GND

COMP

SIF

2

1 4 DEMOD

L6701

C6701

0.01

R6702

6.8k

R6701

3.9k

1µ

Q6701

2SC3936/BC

R6703

47

C6702

0.0022

L6702

3.3µ

#

C6705

0.001

R6705

270

R6704

# DIFFERENCE TABLE

SYMBOL

R6713R6715

22k22k

C6714C6716 C6715C6717

DACM_L

R6719

R6712R6714

DACM_R

10k

0.00680.0068 2.22.2

1k1k

VREF2

D_CTR_OUT0

#

C6719

R6720

10

5.6k

/16

R6721

5.6k

#

C6706

0.01

CAPL_M

AHVSS

AGNDC

NC

SC1_IN_L

SC1_IN_R

VREFTOP

MONO_IN

AVSS

C6720

/16

10

0.01

#

C6722

/16

10

#

C6703

C6704

0.01

#

2.2600

R6718

C6724

A GND

D GND

C6723

0.01

/50

#

K6707

1k

#

R6706

150

K6701

600

R6716C6718

470.01

K6706

600

AHVSUP

AVSUP

K6702

#

R6707

NC

ANA_IN1+

600

SC1_OUT_L

ANA_IN-

CH CHCH

C6707

47p

VREF1

SC1_OUT_R

MSP34VCDT

TESTEN

XTAL_IN

C6708

8p

IC6701

TP

XTAL_OUTTPD_CTR_OUT1

X6701

18.432MHz

C6709

1p

TP

ADR_SEL

/50/50

TP

RESETQ

DVSUP

I2C_DA

I2C_CL

STANDBYQ

DVSS

R6711

680k

C6713

0.22

TP

K6705

K6704

600

K6703

600

D6701 1SS133 1N4148M

#

R6710C6721

600

#

C6712

0.01

#

C6711

100p

CH

R6709

100

R6708

100

CH

#

C6710

100p

PRE AMP

MONO IN

ANALOG

Vcc

I2C_bus

DIGITAL

Vcc

DAC Vcc C6718

R6706

C6705

C6703

C6724

K6707

R6718

R6707

C6706

C6710

C6711

R6710

C6712

C6722

STEP UP EU/EK

Used

Not used

FRANCE MS

22 47 47 47

10 12 12 12

BASIC

EU/EK

3SYSTEM 4SYSTEM

180p 220p

ARC

p20162001a_rev2

1

DCBA

4-27 4-28

HGFE

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

4.13 S-SUB SCHEMATIC DIAGRAM

TO MAIN (CONNECTION) CN502

5

4

3

CN511

EE[L]

I2C_DATA

I2C_CLK

SW5V

C_TO_DIGI

Y/V_TO_DIGI

Y_FROM_DIGI

C_FROM_DIGI

PB_COLOR

V.PULSE

SECAM_PB_COLOR

MAIM_ALC_DET

Y_TO_SUB

P.MUTE[L]

WIDE_DET

FRONT_Y_IN

FRONT_C_IN

FRONT_V_IN

REAR2_V_IN

V_TO_OSD

CHARA_DATA

Y_TO_AV

V_FROM_AV

REC_COLOR

Fsc

GND

B503

0Ø

R516

0Ø

R517

L501

10µ

#

R527 C535

C512

0.01

/25

0Ø

R501 OPEN

Pre LPF2

C514

0.01

CL2

Pre LPF1

A7

OPEN

C536

C537

CR

CLK DATA

ADJ

IIC LOGIC

ATT9

DIGI/PB

EXT PB Y

220

C509

/6.3

10

/16

0.01

C511

C510

GND1

BAND GAP

CONV

DIGI/PB

PB

A9

REC

A8

DIGI

BF2

CONV

DIGI

REC REC

PB*CONV

VCC1

C3

C2

S1/S2 DET

CONV

VCA

REC

PB*D15

C.K.

V4

V3

C572 C573C570 C571 100p 100p100p 100p

Pre LPF2

C515

0.01

C566

#

0.01

R526

Q501

OPEN

R525

1.2M

C538 OPENOPEN

C516

C517

C518

C519

C520

0.01

0.1

2.2 /50

4.7

0Ø

R518B501

OPEN

IC501 JCP8018

A6

CL1 ATT7

REC

PB

AGC

GCL

EXT PB C

COMP IN

Y/C IN

PB

V5

V3/V4

AGC DET

S.SEP

ATT6

/25

ATT1 ATT2 ATT3 ATT4 ATT5

R531 R534 R535

100 100 100

C569

C568

100p

Y1

R533R532

100100

REC

C1

Y3

Y2

3.3K 0.01

BF1

CONV

PB*CONV

N.C.

PB

+-

BB

C508C513

0.474.7 /50

EE/PB SP/EP

PB

N/S-LPF

REC

PB

TRAP

A4

A5

BB

R536

100

CL3

Note :

When replacing the parts, refer to the Parts List.

1 5 S-SUB

C564

#

0.01

N

L505

OPEN

REC

GND2

C575

VHS

S-VHS

PB

EQ

V MUTEV FBC

C MUTE

Y FBC

Y MUTE

REC

A12

A13

A10

A11

VCC2

A14

ATT8 CL6

D16

L503 10µ

C521

4.7

PB

CL4

#

1

CL5

L502

R503

C503

C502

A1

D7&D8

BIAS

A2

C501

2.2

A3

C507

220

/6.3

C506

0.1

/25

C505

4.7

/25

/50

C563

#

0.01

C504

OPEN

0.01

220

2.2

/50

4.7

/25

C522C562

C523

/50

L504 10µ

C524

R507

R509

300p

CH

C525

300p

CH

1.2k

1.6k

270p

±2

CH

3.3k

R504

3.9k

IC502

VC2076DP

SP

R

2.2

/50

2.2

PP

NON LINEAR

PROCESS

R505

R510

1k

R506

390

R508

150

±0.5

C526

C527

100p

180p

CH CH

C528

R

C534

C533

C529

R

SP SP

470

R511

±0.5

3.3k

0.01

470

/6.3

R515

3.3k

±0.5

R514

C530

R513

±2

82p

CH

R512

1k

±0.5

220p

±2

CH

1.5k

±0.5

C531

300p

±2

CH

C532

300p

±2

CH

±2

TO MAIN (P/S CONV)

#

CN513

SW5V

TO_PS_C

GND

FROM_PS_C

GND

TO_PS_Y

GND

FROM_PS_Y

OPEM

C553

C551 C554 C557 C560 C561 11111

/50 /50 /50 /50 /50

0.01

10K

## ## ##

R522

TO MAIN (CONNECTION) CN7506

2

BIAS_FOR_C_OUT

CN512

REAR1_Y_IN

GND

REAR1_C_IN

GND

REAR2_Y_IN

GND

REAR2_C_IN

GND

Y_OUT

GND

C_OUT

GND

V_FROM_OSD

C552

0.01

C556

0.01

C555

0.01

10K

R523

C559

0.01

C558

0.01

10K

R524

C576

OPEN

p20168001a_rev0

Used

DIFFERENCE TABLE

1

#

CN513

C562 C563 C564 C566

Not used

R527

MS

OTHERS

## Marked elements may differ depending on the model.

Be sure to check the Parts List.

DCBA

4-29 4-30

HGFE

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

0.022

C5531

C5532

22

470K

2K

0Ω

150K

0.1

Note :

When replacing the parts, refer to the Parts List.

TO DV CAPSTAN MOTOR

CN5504

QGF0501F1-18X

COIL_V

COIL_W

COIL_U

MR_VCC

HG_IN+

R5510 1K

R5511

0.1

/6.3

33k

R5548

270K

OPEN

C5537

/6.3

LC5503

PELN1148-223X

OPEN

C5546C5545

R5513

C5540

0.01

0.1

R5535

OPEN

R5536

82k

R5546

R5537

39k

Q5501

DTA114EUA-X

10K

R5544R5543 33k33K

R5545 33K

C5541

0.1

R5512

C5534

L5501

0Ω

1K

D5504 DAP222-X

2.7K

C5521

1

C5552 10

LC5501

PELN1148-223X

C5539

0.01

C5535 1022

PELN1148-223X

FIN

VCC

RIN

VREF

/16

LC5502

VM

OUT 2

OUT 1

GND

BA6417F-X

C5551

0.01

IC5502

C5536

/16/16

10

LC5505

PELN1148-223X

C5547

0.1

D5503

DAP222-X

HG_V+

HG_V-

HG_U+

HG_IN-

HG_W-

HG_W+

HG_U-

FG1

MR_GND

FG2

TO REGULATOR CN5324

CN5501

QGA2001F2-05V

MDA_4.5V

FF/REW_6V

MDA_6V

AL_5V[DV]

MOTOR_GND

TO DV ENCODER

CN5505

QGA1201C2-04X

R.ENC3

R.ENC2

R.ENC1

GND

TO DV MAIN (DV MSD) CN1501

CN5506

QGF0503F2-20X

CAM_SW3

CAM_SW2

CAM_SW1

GND

HOUSING_SW

HOUSING_OUT

HOUSING_IN

CAP_REF

DRUM_REF

MOTOR_GND

NC

MDA_IN

MDA_CLK

MDA_CS

CAP_BRK

LD_ON

CAP_FG

DRUM_FG

DRUM_PG

GND

TO HOUSING MOTOR

CN5507

QGA1201C2-04X

GND

HOUSING_SW

HOUSING_M

TO PRE/REC

REG_5V

4.14 MDA SCHEMATIC DIAGRAM

1 6 P/R MDA (MDA)

10K

D1

D2

L.REV

C.UNCC.RNF

R5547

1.8

R5509

0.68 1/2W

C5517 C5516

OPEN

R5520

R5521

D0

DOUT

0.1 0.1

DIN

C.V

R5522

CS

C.FGSOUT

C.VM

R5523

NC

CLK

C.BRK

C.RCC

C.EC

C.ECR

C.PCI

C.PCV

C.VS

Vcc

C.FG+

C.FG-

C.FGOUT

C.HU+ C.HU-

C.HV+

C.HV-

C.HW+

C.HW-

C.WH

C.VH

C.W

C.UH

Q5502

2SB1302/T/-X

C5515

0.1

Q5503

2SB1302/T/-X

R5515

R5516

R5530

R5514

C5523

C5522

C5520

C5519

C5518

Q5504

2SB1302/T/-X

20K

39K

0.022

47K

5

C5530

OPEN

T

R5529

1M

C5529

OPEN

C5502

/16

10

C5503 10

/10

T

C5505

0.1

C5512

4

TO LOADING MOTOR

CN5502

QGA1201C2-02X

LOAD_M

C5501

0.01

C5513

C5511

C5510

D5502

DAP222-X

R5534

0Ω

0.01

510

R5526

R5527

R5501

R5503

4.7K

510

R5528

680

510

R5525

R5504

0Ω

R5533

C5504

OPEN

R5502

120K

C5506

0.0015

100k

C5507

C5508

C5509

R5505

TEST2

D.PGSOUT

D.PGOUT

D.PG -

D.FGPG+

D.FG -

D.FGOUT

D.FGSOUT

GND1

D.UI N

D.VIN

D.WI N

0.01

D.COM

DCC3

DCC2

DCC1

22k

DCC

D.UH

D.VH

D.WH

R5506

0.22 1/4W

3

TO DV DRUM MOTOR

CN5503

QGF0504C1-11X

FG_OUT

PG_OUT

COIL_U

COIL_V

COIL_W

COIL_COMMON

PG/FG_COMMON

MOTOR_GND

R5551

R5552

R5553

R5554

R5555

R5556

R5557

R5558

R5559

R5560

R5561

0Ω

C5544

0.1

QA5501

BA6254FS-X

2

C5548

0.22

C5549

0.22

C5550

0.22

0.1

C5528

TEST1

GND1

0.047

C5527

START

DETECT

D.U

D.VM

R5519

D.OSC

D.V

C5526

0.1

C5525

D.PCV

D.RNF

C5524

D.PCI

L.REF

R5518

OPEN

D.ECR

D.W

R5517

0Ω

R5531

NC

GND2

D.EC

IC5501

BA6865KV

L.FWD

GND2

L.GNDNCUNREG

C5514

/16

10

2SC4097/QR/-X

D4

R5549

1k

R5550 10k

D3

Q5505

1

DCBA

4-31 4-32

p20172001a_rev0

HGFE

4.15 PRE/REC SCHEMATIC DIAGRAM

1

6

P/R MDA (PRE/REC)

L5005

NQL144K-100X

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

10µ

HID3

VCC3

22

C5037

/6.3

C5035

C5036

0.1

VDD2.8

MONI_CHG

0.1

DUMP

HEAD_VCC

PBIN_R

REC_R

22k

R5035

HEAD_GND

DX3

DY3

HEAD_GND

DX2

DY2

HEAD_GND

DX1

DY1

HEAD_GND

X3

Y3

R5026

240

0Ω

TO DV VIDEO HEAD CN5001

QGF0501F1-10X

GND

2S

2F

GND

1S

1F

GND

(GND)

GND

X2

Y2

R5023

240

R5021

240

X1

Y1

R5018

240

R5020

R5019

C5047

C5048

TP5009

REC_CLK

C5049

C5054

OPEN

TP5007

REC_DATA

0.1

C5050

0.1

C5055

0.1

C5062

0.1

/6.3

22

PB_OUT

AGC_IN

AGC_CTL

AGC_DET

PB_GND

AGC_OUT

AGC_BUFF_IN

REG_1.1V

AGC_BUFF_OUT

VRB_AGC

MAIN_GND

ATF_GAIN

VCA_OUT

ATF_IN

VRB_ATF

ATF_OUT

C5003

0.1

R5058

10K

C5051

C5052

C5053

0.1

1000p

C5056

C5058

C5060

C5063

0.1

4.7

0.1

4.7

5

R5056

OPEN

R5057

22K

TP5001

R5101

R5102

R5111

R5112

R5114

R5115

R5117

R5118

R5119

R5121

PB_ENV

0Ω

L5004

10µ

NQL144K-100X

C5034

0.1

R5006

OPEN

IC5002

TC7SH00FU-X

TP5011

AGC_OUT

R5059 R5060

OPEN OPEN

TP5010

ATF_OUT

4

3

TO DV MAIN CN2001

CN5002

QGF0503F2-26X

PB_ENV

REC_CTL

REC_H

PBH

HID1

HID3

GND

DUMP_CTL

AGC_GAIN

VREF_1.1

AGC_OUT

VRB_AGC

ATF_GAIN

VRB_ATF

ATF_IN

GND

REF_CLK

REC_CLK

REC_DATA

RECCADJ

MONI_CHG

GND

D_REG_3V

REG_5V

A_REG_3V

A_REG_2.5V

0.047

PB_MONI

ATF_GNDTCPB_GND

C5046

0.047

DCS_C3

DCS_C2

MUSIN_EVR

C5045

0.047

DCS_C1

C5042

C5044

OPEN

R_CTL

VCC5

OPEN

REC_H

C5041

OPEN

IC5001

JCY0132

REF_CLK

ADREF

REC_DATA

C5040

C5039

OPEN OPEN

HID1

PB_H

REC_GND

REC_CLK

0.1

HID2

REC_GAIN

C5038

2

TO MDA

REG_5V

L5001

NQL144K-100X

C5064

0.1

R5003

0Ω

C5005

R5002

R5001

OPEN

10µ

/6.3

220.1

C5002

0.1

C5004

0.022

0.047

R5007

R5004

470

100k

L5002

NQL144K-100X

C5007

0.1

10µ

C5008C5066C5065 C5006

C5010

0.1

L5003

NQL144K-100X

0.1

10µ

C5009

/6.3 /6.3

22

C5011

1k

R5014

C5012

22

0.1

p20171001a_rev0

1

DCBA

4-33 4-34

HGFE

4.16 ON SCREEN SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

1 7 ON SCREEN

5

B856

OPEN

C855 OPEN

0Ø

B851

CDLR

SEO_OUT

(BEP_C)

OSC_IN

L858

22µ

C867 C868 33p 33p

R857

0Ø

C856

L852

1

C857

0Ø

OPEN

B852

SYN_IN

(SYN_IN)

OSC_OUT

22µ

56p

B853

VDD1

(VDD1)

SYNC_DET

CS1

R875 OPEN

B861 0Ø

C869 C870 C871 OPEN

B854

(CVCR)

OPEN

C858

0.47

CV_IN

SCLK

100p 100p

C859 OPEN

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

VSS2

CVOUT

SD ATA

VDD2NCNC

R876

5.1k

C872 R877

0.1 1.8k

NC

L853 10µ330

IC851

LC74775-9750

NC

C873

4.7 /25

C874

0.22

5.6k

R878

0.22

C875

B862 0Ø

/6.3

220

C876

R889

4.7k

C877 C878 47 0.01 /16

B863 OPEN

R856 OPEN

C851

C852 C853 R853

0.22 1 10k

R852 OPEN

R890

330

C864

/6.3

RST

VDD1

CPDT

VSS1

XTAL_IN

R891

1k

L857R873

C865

33µ0Ø

10p

C866 OPENOPEN

L851

D852

D853

D854

1µ

R851 OPEN

D851

SHORT

10k

OPEN

R870

R869

R868

1.5k

100

Q856 OPEN

B860

0Ø

R871

DTA144WU

R872

Q861

4

TO MAIN (VIDEO I/O SW) CN704

EDS_CS/

3

OSD_CS

S.DATA_FRSYS

EDS[H]/

I2C_CLK2

I2C_DATA2

SWD_S.DATA

CHARA_DATA

P.MUTE[L]

V_FROM_OSD

SYNC_DET[H]

V_TO_OSD

D_P.MUTE[H]

D_Y/V_IN

CN851

2Fsc

S.CLK

OSD_IN

GND

SW5V

OSD_C

OSD_Y

SW12V

(CDLR)

MUTE

R854 R855 OPEN OPEN

CS2

SEP_IN

(BEP_IN)

CHABLK

C854 OPEN

(SEP_OUT)

LN21

R874 0Ø

C860

0.01

R858 OPEN

Q851 OPEN

R888

4.7k

R880

0Ø

B855

0Ø

Q852 OPEN

L854 R860

SHORT

0Ø 1k

R859 OPEN

C884

0.1

R879

3.3k

R881 470

Q857

B857 OPEN

B858

OPEN

Q853

C885

0.1

R883 R884

8.2k 2.7k

Q858

R882 180k

C879

0.1

C880 OPEN

R885 15k

C886

0.1

B859

OPEN

R863 1k

R861

R862

NC

1k

IC852

MM1115XF

Q859

C881 470p

L855

C862

C861 L856 15p 82µ

27µ

C863

47p

100p

R886 680

C882

0.022

T851

PELN0806

Q854

L859

4.7µ

D855

DA204U

R864

1.8k

R865 680

Q855

R866 680 1.8k

Q860

DTC114EU

C883

2.2

/50

R867

R887 10k

2

p20192001a_rev0

1

DCBA

4-35 4-36

2SC4081/QRS/.

2SA1576A/QR/.

HGFE

4.17 DISPLAY, EJECT SW, LED/SW, KACK AND JOG SCHEMATIC DIAGRAMS

D7017

OPEN

CN7002

CN7003

(CONNECTION)

MAIN

TO

##

C7022

#

0.01

OPEN

GND

TO MAIN (CONNECTION)

D7061

##

D7062

##

#

CN7507

Y1_IN

GND

C1_IN

GND

C7061 R7063

0.01 75

V1_IN

GND

R7061 75

R7062

R.PAUSE

0Ω

FRONT_A[L]

FRONT_A[R]

GND

L7064 SHORT

J2/JOG_A

J1/JOG_B

D7066

JSB/SHUTTLE_B

GND/NC

SHUTTLE[L]/NC

D7065

D7064

JSA/SHUTTLE_A

#

FW7007

C7063 OPEN

C7065 OPEN

D7063

L7061

L7062

#

FW7008

10

#

8 5 JOG

PEMC0786-02

B7094

#

C7062 680p

C7064 680p

#

L7063 SHORT

UN7091

####

B7092B7093

JOG/SHUTTLE

UNIT

J7001 S_IN

J7005 R.PAUSE

J7004 L_IN

J7003 R_IN

J7002 V_IN

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

DISPLAY28

DI7001

QLF0031 QLF0033

F+

5

4

F+

NP

NC

P1

P2

P3

P4

P5

P6

P7

P8

P9

P10

P11

NC

P12

P13

P14

P15

P16

1G

2G

3G

4G

5G

6G

NC

NP

F-

D7002 RD9.1ES/B2/ MTZJ9.1B

G5

G4

G3

G2

G1

S1

S2

S3

S4

S5

S6

R7013 10k

G6

G7

S7S8S9

LED3

LED2

C7020

##

S11

S10

AN0

AN1

AN2

AN3

AN4

AN5

RESET

Xin

VSS

C7021

##

Xout

VDD

S16

VDD

S15

S14

S13

S12

CS

Sin

VEE

Sout

SCLK

LED1

33p

C7006 ##

IC7001 M35500BGP

D7006

D7005

D7004

R7001

R7002

R7003

R7004

33p

C7004

C7005

##

C7010

0.1

C7013

C7009

15p

######

##

C7008

0.022

C7014

D7011

D7010

D7009

470

33p

C7003

/50

C7002

C7001

10

0.001

##

10k

R7040

R7020

R7030

C7016

C7017

C7018

C7015

##

10k

R7006

15k

R7010

###

VHS-REC

VHS-PLAY

VHS

10k

R7007

R7008

15k

R7011

R7012

R7059

R7058

R7057

330

TO MAIN (SYSCON) CN3011

CN7001

RCU_5V

AL5V

S_CLK

S_DATA_TOSYS

S_DATA_FRSYS

STB

RC_IN

GND[C]

BU_GND

#

Q7001 DTC114E

OPEN

DC[-]

DC[+]

-28V

LED1

LED2

LED3

LED4

LED5

LED6

#

R7060 10K

9 0 LED#

#

FW7001

FW7002

#

HDR-LED

SELU5E20C

#

R7056 100

#

D7019 10kΩ

4 7 LED/SW

D7018

#

RECLINK

D7012

#

FW7003

#

FW7004

DV/HDR

D7001

##

11ES2

R7051

L7001 SHORT

D7013

D7014

D7015

#

C7007C7019

/6.3

470.022

#

D7016

330

D/H PLAY

R7052 330

D/H REC

R7053 330

DV

VHS

R7054 330

VHS

DV

#

R7055 330

0Ω

R7014 0Ω

D7003

R7015

C7012

C7011 10

##

/6.3

VCC

GND

V.OUT

IC7002

PNA4652M00XB

R7064

75

S7017

TP7001 TEST

39k

TPGND

#

S7010

DV/HDR RECLINK

S7028

36JACK

2 7 EJECT SW

FW7005

FW7006

VHS EJECT

S7011

3

S7001

POWER

R7023

R7024 R7025 R7026

2.2k

2.7k 4.7k 6.8k 39k1.8k1.2k

#

S7002 S7007

CH+

PAUSE STOP CH- REC PLAY

S7012S7005 S7014

DV

S-VHS

EJECT

ET

R7027 R7038

R7028R7022R7021

15k

S7013

VHS

S7004 S7015

S7003

R7041

1.2k

S7022

S7021

DV VHS DUB/OK

VHS DV

/LEFT

/RIGHT

R7033

R7034

2.2k 2.7k

S7006

RAE IN.OUT START INSERT A.DUB /REW

#####

R7042

R7043 R7044 R7045 R7046 R7047

1.8k

2.2k 2.7k 4.7k 6.8k 15k

S7023

R7035

4.7k

S7018

/A.DUB /FF /MENU /NAVI

R7037R7032R7031

R7036

15k1.8k1.2k

6.8k

S7016

S7019

##

S7026 S7027

UP DOWN

2

p10309001a_rev1

Used

Not used

# DIFFERENCE TABLE

HR-DVS2 EU/EK/MS

1

/DOM/U

HR-PVS100

8 UN7091 B7094 FW7007 FW7008

5

JOG

X

CN70029D7017

FW7001 FW7002 R7060 S7028 R7046 Q7001

1-16

1-10

0

LED

D7018 R7043 S7026 R7044 S7027 R7045

R7047

X

S7014 D7015 D7016 R7055

FW7003 FW7004

1-4

1-6

X

##:NOT USED

1N4148M OR 1SS133

DCBA

4-37 4-38

HGFE

4.18 DV SYSTEM CONTROL SCHEMATIC DIAGRAM

TO DV MSD, DV MAIN, AUDIO AD/DA, DV V OUT

AL_5V

REG_5V

A_REG_5V

AL_5V[–]

TO REGULATOR CN5323

CN1001

QGA2001F2-10V

AL_5V[-]

AL_5V

GND

AL_3V

GND

AL_3V

MDA_CTL

TO DV MAIN

FF REW_H

TO DV MAIN, AUDIO AD/DA

A_REG_3V

TO DV MAIN

REG_1.8V

TO DV DSP

REG_1.80V

AL_3V

GND

5

4

TO MAIN (SYSCON) CN3014

CN1002

QGF1016F2-06W

HOUSING_SW

DIAL_AUTO

DIAL_OFF

DIAL_PLAY

TXD

RXD

3

2

TO DV DSP

DSP_RST

TO

DV DSP

BUS15

BUS14

BUS13

BUS12

BUS11

BUS10

TO

DV DSP

RWSEL

TO

DV I/O

CRE

CHWE

CLWE

CALE

BUS9

BUS8

BUS7

BUS6

BUS5

BUS4

BUS3

BUS2

BUS1

BUS0

MFLD

OSD_VD

CLR

MVD

OMT

L1011

L1012

L1013

L1015

K1012

NQR0129-002X

C1068

0.1

C1070 22

/6.3

R1100 0Ω

TXD RXD

TP1001 TP1002

2SC4617/RS/-X

R1036

OPEN

10µ

39µ

C1055

100

Q1002

0

/6.3

NQL144K-100X

NQL17CM-390X

C1056

0.1

NCOUT

GND

Q1001

2SC4617/RS/-X

R1064

R1065

10K

IN CONT

22

4.7K

C1069

/6.3

DV MAIN (DV SYSCON)5

LC1003

LC1005

IC1009

MM1426CN-W

R1062

4.7K

R1063

10K

LC1002

PELN1148-223X

C1057

100

/6.3

C1067

0.1

4.7K

R1061

D1002

SB007W03Q-X

PELN1148-223X

C1058

0.1

NCOUT

GND

RA1006

100K

IN CONT

IC1010

MM1426CN-W

RA1005

100K

NRZ0040-104XNRZ0040-104X

IC1002

TC7W04FU-X

C1063

100 0.1

/6.3

C1064

Q1011

2SB1302/ST/-X

R1092

DTC144EE-X

C1053

/6.3

22

R1091 10K

1k

Q1012

C1021

0.1

R1051

R1052

C1054

0.1

2SB1302/ST/-X

Q1013

R1093

10K

R1094

270

0.1

C1062

Q1014 DTC144EE-X

NRZ0040-102X

22k

33k

0.1

C1061

C1010

RA1003

1K

RA1004

1K

R1045

R1046

R1047

R1048

C1011

0.1

D1001 SB007W03Q-X

R1049

R1050

2SB1302/ST/-X

Q1015

0.1

R1095

10K

R1096

270

Q1016 DTC144EE-X

1K

10K

0Ω

1K

R1053

C1051

/6.3

22

CALE

VDD

VSS

DIAL_DSCPB

DIAL_ST

DIAL_MANU

DIAL_AUTO

DIAL_OFF

DIAL_PLAY

CAS_SW

HOUSING_SW

MONITOR_SW

VF_SW

DSP_RST_1

CLR

RWSEL

F/Z_RST

CDS_RST

CDS_STBY

V_MUTE

JLIP_ENABLE

VDD

IRIS_O/C

M32_WKUP

F_LED

SMUTE

A_P_CTL

L_MUTE

MMC_L

DSC_RFLS

A_MUTE

R1002

R1097

OPEN

C1052

0.1

1K

R1043

CRE

CLWE

CHWE

RTC_CS

DAC_CS

STO_OPEN

BATT_SW

BUS0

BUS1

BUS2

BUS3

M32_STS

1K

0Ω0Ω0Ω0Ω0Ω0Ω0Ω

#########

R1003

R1004

R1005

R1006

Q1017

0.1

C1008

SRV_RST

WB_IR_DET

2SB1302/ST/-X

R1098

10K

R1099 1k

DTC144EE-X

Q1018

1K

R1041

AVDD

VRefH

MONI_RVS

L_OPEN

L_CLOSE

NRZ0040-102X

TG_CS

AVH_DET

CDS/AGC_CS

K1011

IC1005

NQR0129-002X

S-80823ANNP-W

RA1002

1K

NRZ0040-102X

OP_SERMO

IC1001

MN1021617FN

PWR_CTL

0Ω

R1012

BUS7

0Ω0Ω0Ω

R1013

BUS8

#

R1014

BUS9

BUS10

###

R1015

SRV_RDY

BUS11

BUS12

BUS13

0Ω

###

R1018

R1019

R1020

VDD

C1001

VSS

BUS4

BUS5

BUS6

R1009

R1010

R1011

0.1

VDD

NC VSS

RA1001

STRB_AD

BUS14

0Ω

R1021

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

R1083

10k

2.2K

IC1007

25LC160-I/SN-X

L1018

39µ

10K

R1038

CS

SO

WP

VSS

NQL17CM-390X

10K

R1037

HOLD

22

C1059

C1071

R1085

100K

IC1008

VCC

SCK

SI

C1045

0.1

C1060

0.1

/6.3

#

R1073

47K

#

NQL024J-390X

R1074

1K

#

OPEN

TC7W08F-X

PWR_CTL

#

R1075

0Ω

SBT2

#

R1076

0Ω

#

L1001

39µ

#

C1073C1072

C1075

OPEN

33P0.1

#

C1074

18P

R1079

OPEN

HD

CS

VD

DATA

PCL

VDD

CKO

OSCO

VC2

OSCI

BLK2

TEST

VC1

VSS BLK1

#

IC1003 UPD6461GS-921-X(DOM) UPD6461GS-946-X(EU/EK/US)

R1077

1K

F_PTR_AD

BUS15

0Ω

R1022

OUT

HALL_AD

Z_PTR_AD

MODE0

MODE1

NQR0129-002X

C1041

BATT_CHK

MODE2

0.1

VRefL

SRV_CS

K1001

C1002

R1081

C1007

0.1

0Ω

0.1

AVSS

CLK_4MHz

R1082

D1003

VDD

VSS

M32_CLK

M32_DT_OUT

F/Z_CS

VDD

OPEN

RESERVE4

AFZ_DATA

M32_DT_IN

S_DT_OUT

SDRAM_PWR

STOROBE_CHG

TIMER_OUTNR_DET

EEPROM_CS

ODD_EVEN

MENU_P_A

JLIP_INT

GATE_PULSE

OSCI

OSCO

0Ω

R1026

R1025

C1003

NAX0294-001X

AFZ_CLK

S_CLK

S_DT_IN

MVD0

DSC_PS

SCR_LR

SCR_UD

M32_CS

RTC_INT

VDIN

STO_OFF

FLD_FMC

VSS

X1001

24MHz

RS5C314-X

CLKCSXin

SIO

VSS

Xout

INTR

R1035

R1033

R1084

100K

C1042

X1002

32KHz

C1043

C1044

0.1

12P

VDD

NAX0005-001X

1K

SBT

SBD

0Ω

C1006

0.1

IC1006

TXD

RXD

VDD

FRP

R1032

OPEN

C1004

TL1038

R1031

R1030

1K

R1029

0Ω

R1027

100K

R1028

0Ω

OMT

MVD

RST

OPEN

TO

DV I/O

DAC_CS

AFZ_DATA

AFZ_CLK

TO DV MSD

AL_3VSYS

TO

DV MAIN

PWR_CTL

MAIN_VCO

PB_VCO

ENV_OUT

MONI_CHG

ATFI

FS_PLL

SBE

SPA

JIG_CONN

CN1101

QGB0801L1-26X

UNREG

1K

R1126

R1125

#

0Ω

#

IC1004

TC7ST32F-X

R1078

GND

CHG_STOP

1K

SPA

HID

FS_PLL

ATFI

REC_MON

ENV_OUT

PB_VCO

GND

MAIN_VCO

JLIP_RX

AL_3VSYS

JLIP_TX

SBT

SBD

RST

VPPC_5V

SBE

GND

D_REG_3V

JIG_MOD

VPPD_5V

JIG_SPT

JIG_SCK

TO

DV MSD

JIG_SCK

JIG_SPT

VPPD

JIG_MOD

HTD1

SRV_RST

S_CLK

S_DT_OUT

S_DT_IN

MVD0

EEPROM_CS

SRV_CS

SRV_RDY

CAS_SW

HOUSING_SW

TO DV MAIN, DV DSP

D_REG_3V

TO

DV MSD

ODD_EVEN

SCR_LR

SCR_UD

V_MUTE

OSD_DATA

OSD_CS

OSD_CLK

TO

DV I/O, DV V OUT

OSD_HD

OSD_VD

IND

FRG

#

0Ω

TO

DV I/O

CLKOSD

p10285001a_rev0

1

DCBA

4-39 4-40

HGFE

4.19 DV MSD SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

R1501

L1501

NQL144K-100X

TAPE_LED

VDD

VSS

TBC_VD

VDDH

TBC_CLK

TBC_IN

TBC_OUT

TBC_CS

VPP

ANA_CS

VSS

EEP_CLK

EEP_IN

EEP_OUT

MDA_CLK

MDA_IN

VDD

MDA_CS

SYS_CLK

SYS_IN

SYS_OUT

READY

VSS

TXD

RXD

OSD_CLK

OSD_DATA

OSD_CS

MIC_SCL

VDDH

0Ω

10µ

C1522 C1523

0.1 0.1

0Ω

R1563

TSR

T_REEL

VDD

S_REEL

D.FG

DRUM_FG

HID_IN

C.FG

SRV_FRP

FRP

VSS

SPA

TSR

REMOTE

VSS

MIC_SDA

MIC_CTL

C.BRK

LD_ON

TBC_RST

PHY_PD

PHY_CNA

PHY_RST

EXT_IN_L

HOUSING_OUT

HOUSING_IN

HOUSING_SW

0Ω

R1503

R1502

CASETTE_SW

C.SD

VSS

NOINT

0Ω

R1562

R1560

R1558

VD

SRV_TRK

CAP_REF

DRUM_REF

PWM27O

HID

VDDH

0Ω

R1553

S_IN_L

0Ω

R1552

ASPECT1

ASPECT2

ADC_DEM0

ADC_DEM1

VSS

ADC_PWD0

ADC_PWD1

IC1501

MN103004KFB(PAL)

ADM12

ADM13

ADM14

0Ω

R1514

SCR_UD

0Ω

R1515

SCR_LR

0Ω

R1516

ODD_EVEN

VDDB

RA1501

NRZ0040-0R0X

ADM15

0Ω

NRZ0040-0R0X

VDDH

V_MUTE

EEPROM_CS

1k

R1504

R1505

RWSEL

VSS

AS

R1506

1k

0Ω

R1546

R1547

AGC_RST

VDD

MSELECT

DRUM_FG

DRUM_PG

CMODE

VSS

VREFH

WE1

ADM3

ADM4

ADM5

ADM6

ADM7

ADM8

ADM9

ADM10

ADM11

VSS

RA1502 RA1503 RA1504

0Ω 0Ω 0Ω

NRZ0040-0R0X

C1501

0.1

NMI

AVDD

MMOD0

MMOD1

PVSS

PVDD

WE0

ADM2

ADTRG

ADM1

VDDB

REC_SAFE

REEL_LED

MONI_CHG

REDKADM0

0Ω

R1517

S_SENS

E_SENS

BCID1

BCID2 BCID3

S_DC_IN

AVSS

CAM0

CAM1

CAM2

VDDH

REC_H

HID3

CLK27SEL

DV_RST

D_GAIN

FFREW_H

DV_CS

EQ_CS

SYSCLK

VDDH

OSCO

OSCI

EXMOD0

EXMOD1

FRQS

RESET

0Ω

R1518

R1519

T_REEL

S_REEL

IC1502

TC7W14FK-X

TAPE_LED

Q1603

UMC3N-W

REEL_LED

0.1

0.01

C1508

C1506

C1507

C1505

3.3k

2k

R1535

R1536

RA1505

NRZ0040-102X

1k

NRZ0040-102X

RA1506

1K

NRZ0040-102X

RA1507

1K

RA1508

1K

NRZ0040-102X

PBH

R1528

R1527

R1540

R1526

R1525

R1524

R1520

R1522

R1521

C1502

0.1

0Ω

C1504

0.1

R1523

C1503

OPEN

EXT_IN_L

EXT_IN_H

0Ω

2.2k

1k

VSS

VDD

CS0

CS1

VSS

4.7k

RA1510 47K

NRZ0040-473X

3.3k

R1537

R1538

Q1501

DTA114EE-X

RA1509

1k

NRZ0040-102X

3.3k

R1539

L1502 10µ

NQL144K-100X

C1510

47

/6.3

47

SCK

SPT

R1531 OPEN

OPEN

R1631

Q1602

UMC3N-W

330

R1632

IC1601 TC4W53FU-X

100

R1661

68k

R1665

47K

R1634

68k

R1666

330

R1635

OPEN

R1662

R1667

33

R1663

R1668

1k

330

R1636

R1655C1509

R1653

R1651

R1650

R1649

R1648

R1647

R1646

R1645

R1644

R1642

R1641

0Ω

TO

AUDIO AD/DA

CMODE

TO

SENSOR

CN1502 QGF0503C1-15V

REC_SAFTY_SW

GND

START_SENSOR

GND

LED

MIC_3

E_SENSOR

SUP_REEL_SENSOR

SUP_REEL_LED

MIC_2

TU_REEL_SENSOR

TU_REEL_LED

GND

MIC_1

CASETTE_SW

TO DV SYSCON

CAS_SW

TO DV MAIN, DV SYSCON

PBH

REC_H

HID3

MONI_CHG

CLK27SEL

TO

DV MAIN

FFREW_H

TO

DV MAIN

DV_CS

DV_RST

DV_WAIT

DWE

DALE

DRWSEL

DRE

ADDT00

ADDT01

ADDT02

ADDT03

ADDT04

ADDT05

ADDT06

ADDT07

ADDT08

ADDT09

ADDT10

ADDT11

ADDT12

ADDT13

ADDT14

ADDT15

TO

DV SYSCON

JIG_SCK

JIG_MOD

JIG_SPT

VPPD

TO

DV SYSCON

AL_3VSYS

GND

TO AUDIO AD/DA

ADC_PWD1

ADC_PWD0

ADC_DEM1

ADC_DEM0

TO DV V OUT

AGC_RST

ASPECT1

5

4

3

ASPECT2

TO

DV SYSCON

TO

DV DSP

TO

DV MAIN

SRV_TRK

SRV_FRP

TO DV SYSCON

HOUSING_SW

TO P/R MDA (MDA) CN5506

QGF0508F1-20X

CAM_SW3

CAM_SW2

CAM_SW1

HOUSING_SW

HOUSING_OUT

HOUSING_IN

CAP_REF

DRUM_REF

MOTOR_GND

MDA_CLK

CAP_BRK

DRUM_FG

DRUM_PG

TO DV DSP

NTSC_L

TO DV I/O

TBC_VD

TBC_CLK

TBC_SDI

TBC_SDO

TBC_CS

TBC_RST

EXT_IN_L

CLK27A

TO

DV SYSCON

EEPROM_CS

S_DT_OUT

SRV_RDY

SRV_RST

OSD_CLK

OSD_DATA

OSD_CS

V_MUTE

SCR_UD

ODD_EVEN

PWM27O

AL_5V

MDA_IN

MDA_CS

LD_ON

CAP_FG

SRV_CS

S_CLK

S_DT_IN

SCR_LR

MVD0

MVD

HID1

CN1501

R1564

0Ω

R1594

OPEN

FRP

SPA

TSR

R1566 R1565

TP1507

TP1509

TP1501

TP1504

R1582

R1583

R1584

R1585

R1586

R1578

R1579

R1580

R1581

0Ω

R1588

R1589

R1590

3.3k 3.3k

C1516 C1515

0.022 0.022

C1521

0.1

OPEN

1k

0Ω

OPEN

R1568 R1567

3.3k 3.3k

C1517C1518

0.0220.022

R1601

0Ω

R1602

0Ω

R1603

GND

R1605

0Ω

R1606

0Ω

R1607

0Ω

R1608

0Ω

R1609

0Ω

R1611

NC

GND

R1612

R1613

R1614

R1615

R1616

R1617

R1618

R1619

TL1801

0Ω

TBC_VD

R1591

R1592

R1593

R1569

TP1508

10K

TP1510

10K

TP1503

TP1505

R1587

R1575

R1576

R1577

D1501

0Ω

OPEN

SB007W03Q-X

R1570

2

5

0

DV MAIN (DV MSD)

1

p10286001a_rev0

DCBA

4-424-41

HGFE

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

EXTDATA0

HSP

0Ω

R2015

330P

EXTFRP

RECDATA

VCC

AMP+

TL2021

EXTREQ

EXTACCESS

RECCLK

RECCTL

X2001

NAX0141-001X

NORI1

NORI2

AMP-

GND

VSS

SPA

42M

TRICSW

AMPO

C2103

R2145

2.2k

Note :

VSS

VDDL

VSS

VDDH1

0.1

C2007

R2016

R2017

C2008 12P

0.01

When replacing the parts, refer to the Parts List.

0.1

C2031

AD4

AD5

AD6

AD7

AD8

AD9

VSS

ADRS10

VSS

0Ω

12P

ADRS8

ADRS9

OSC4185I

OSC4185O

C2104 1000p

C2009

R2146

ADRS7

DISCRI

10k

ADRS6

REFCLK

5.6k

R2018

VSS

ADRS5

BUSCLK

ADVIN1

ADAVD1

ADAVS1

0.1

C2010

2.2k

R2019

R2148

K2002

NQR0129-002X

C2116

0.1

R2149

0Ω

VDDL

ADVRH1

VSS

VDDL

VDDH6

ADRS0

ADRS1

ADRS2

ADRS3

ADRS4

VDDH6

ADVRL1

VSS

PWM27O

VDDH1

OSC27I

OSC27O

CLK27I

CLK27O

CLK27SEL

0.1

L2009

2.2µ

C2014

C2011

NQL024J-2R2X

C2015

33P

1000P

R2027

220K

10k

R2022

D2002

UV007ECB-X

C2020

0.1

22k

R2023

OPEN

C2118

IC2006 OPEN

VSS

VSSVDD2

CLK41MVSS2

VSS

VSS VSS

C2117

AD10

AD11

AD12

AD13

AD14

AD15

VSS

CLK135O

VDDL

FRRES

FRREF

TRKREF

SERVOFRREF

SERVOTRKREF

PHYTPA

PHYTPB

PHYTPBIAS

PHYXTPA

PHYXTPB

10k

0.1

R2020

C2016

1K

R2021

0.1

VSS

DVSS

DVDD

AVSS

AVDD

XI

0.1

512FS

XO

C2017

1

2.4k

R2033

AD1

AD2

AD3

CPUBUSTYPE

CPUDSLOGIC

CPUWAITLOGIC

VCO

PHYFIL

PHYRO

PHYRF

PHYFIL

3.9k R2035

R2034

C2018

AD0

CPUWAIT

XINT

XCPUCS

XCPURW

XCPUDSTB1

XCPUDSTB0

CPUALE

OUTV

OUTH

BRSI3

BRSI2

BRSI1

BRSI0

YSI3

YSI2

YSI1

YSI0

BRSO3

BRSO2

BRSO1

BRSO0

YSO3

YSO2

YSO1

YSO0

AODAT0

AODAT1

VSS

AOBCK

AOLRCK

DODAT

VDDL

DOBCK

DOLRCK

AIDAT0

AIDAT1

AIMCK

AIBCK

AILRCK

DIDAT

DIMCK

DIBCK

DILRCLK

OSC11O

OSC11I

OSC24O

OSC24I

VCXO12O

VCXO12I

VCXO11O

VCXO11I

VAUDAVD

VCIAUD

VAUDAVS

VDDH2

PWMAUDIO

VDDH1

VDDH7

PHYAVS3

PHYVSR

PHYVSA

PHYVDR

PHYVDA

XRESET

3.9k4700p

ADDT15

ADDT14

ADDT13

ADDT12

ADDT11

ADDT10

ADDT09

ADDT08

ADDT07

ADDT06

ADDT05

ADDT04

TO

ADDT03

DV MSD

ADDT02

ADDT01

ADDT00

TL2018

INV

INH

VSS

565656

56

R2038

R2039

R2036

R2037

TL2017

TL2016

TL2015

TL2014

TL2013

TL2012

5.1k

R2040

TL2009

TL2008

TL2007

C2019

270p

R2049

R2042

R2032

0Ω

5TO0

R2062

0Ω

R2061

0Ω

R2060

0Ω

R2059

0Ω

R2058

0Ω

R2057

0Ω

R2056

0Ω

R2055

0Ω

R2054

0Ω

R2053

0Ω

R2052

0Ω

R2051

OPEN

0Ω

C2025

R2041

0Ω

R2044

X2003

24.576M

C2023

C2022

10K

R2046

C2024

6p

0.1

OPEN

C2026

1000P

D2003

NQL024J-100X

UV007ECB-X

NQR0276-001X

L2011

R2043

1M

NAX0206-001X

10K

DV MAIN (DV MAIN)

4.7K

R2050

10µ

NQL024J-100X

C2028

C2027

15P

R2047

1000P 15P

220K 220K

D2004

UV007ECB-X

L2015

L2010

10µ

C2029

R2048

R2098

DV_WAIT

DV_CS

DRWSEL

DRE

DWE

DALE

INV

INH

OUTV

OUTH

DCO3

DCO2

DCO1

TO

DCO0

DV DSP

DYO3

DV I/O

DYO2

DYO1

DYO0

DCI3

DCI2

DCI1

DCI0

DYI3

DYI2

DYI1

DYI0

TO

AUDIO AD/DA

AODAT

AIDAT

AIMCK

AIBCK

AILRCK

TO DV SYSCON

FS_PLL

TO

DV MSD

DV_RST

CLK27SEL

TO

DV DSP DV I/O

CLK135O

CLK27A

0Ω

J2001

QNZ0097-001

TPA+

TPA-

TPB+

TPB-

DV MSD, DV SYSCON

SRV_FRP

SRV_TRK

TSR

M_VCO CTL

FRP

FSPLLCTL

SPA

PWM27O

FFREW_H

TO DV IO

M_VCOCTL

FSPLLCTL

4.20 DV MAIN SCHEMATIC DIAGRAM

TO DV SYSCON

DSP_RST

TL2028

TL2029

5

L2007

IN

CONT

NQL144K-100X

C2108

22

OUT

GND

L2008

/6.3

NOISE

10µ

C2109

/6.3

22

MM1385JN-X

NQL144K-100X

10µ

IC2004

C2111

1

REF_CLK

REC_CLK

C2110 22

C2112

/6.3

22

/6.3

A_REG_2.5V

D_REG_2.5V

NQL144K-100X

A_REG_2.5V

D_REG_2.5V

NQL144K-100X

L2001

L2002

10µ

C2051

TL2041

TL2042

TL2043

TL2044

C2036

0.1

C2037

0.1

TL2045

TL2046

TL2047

TL2048

TL2049

TL2050

TL2051

TL2052

TL2053

TL2054

TL2055

C2038

0.1

TL2056

TL2057

TL2058

TL2059

TL2060

TL2061

TL2062

TL2063

TL2064

TL2065

TL2066

TL2067

TL2068

TL2069

TL2070

TL2071

0.1

C2039

TL2072

TL2073

C2040

0.1

C2041

0.1

TL2074

TL2075

TL2076

TL2077

TL2078

C2042

0.1

C2043

C2044

0.1

10µ

C2052

C2054

C2053

L2003

/6.3

22

L2004

10µ

NQL144K-100X

C2055 22

10µ

NQL144K-100X

/6.3

C2056

L2005

10µ

NQL144K-100X

L2006

10µ

NQL144K-100X

C2059

22

/6.3

C2058

C2057

0.1

1

22

/6.3

1

0.1

22

/6.3

C2060

MON0

MON1

VDDH4

VDDL

MON2

MON3

MON4

MON5

VSS

MON6

MON7

MON8

MON9

MON10

MON11

MON12

VDDH4

VDDL

MON13

MON14

MON15

MON16

MON17

MON18

MON19

VSS

MON20

MON21

MON22

MON23

VDDH4

MON24

MON25

MON26

MON27

VDDH1

PLLAVD

PLLAVS

VDDA

VSS

VDDH3

VSS

VDDH3

VDDL

VSS

VDDH2

VDDL

VSS

MTEST

PHYAVD2

BUSRST

PHYAVS2

PMODE

PWR3

PWR1

PWR2

VDDL

PHYAVS1

PHYAVD3

PHYAVD1

VSS

VDDH0

VDDL

VSS

K2001

NQR0129-002X

C2061

C2062

22

/6.3

0.1

1

TO DV SYSCON TO DV MAIN, DV DSP

TO

DV SYSCON

AL_3V

PWR_CTL

GND

MM1385NN-X

C2106

10.1

IC2003

C2107

4

TO

DV SYSCON

SBE

PB_VCO

MAIN_VCO

ATFI

frTOom

DV I/O

TO

DV MSD

TO P/R MDA (PRE/REC) CN5002

QGF0508F1-26X

TO

DV SYSCON

TO DV MAIN

TO DV SYSCON

ENV_OUT

RECCADJ ATF_GAIN

AGC_GAIN

DUMP_CTL

MONI_CHG

REC_H

CN2001

PB_ENV

REC_CTL

REC_H

DUMP_CTL AGC_GAIN VREF_1.1

AGC_OUT VRB_AGC

ATF_GAIN

VRB_ATF

ATF_IN

REF_CLK REC_CLK

REC_DATA

RECCADJ

MONI_CHG

D_REG2.9

REG_5V A_REG2.9 A_REG2.5

REG_5V

A_REG_3V

D_REG_3V

A_REG_2.5V

D_REG_2.5V

REG_1.8V

HID1

HID3

PBH

0Ω

R2126

R2125

0Ω

R2124

R2123

R2122

R2121

R2119

R2118

R2117

R2116

R2115

R2114

R2113

R2112

R2110

R2109

R2108

R2107

R2106

R2104

R2103

R2102

R2101

0Ω

PBH HID1 HID3

GND

3

2

1

C2113

R2087

0.1

1M

TL2025TL2026

R2088

0Ω

TL2027

R2089

0Ω1M0Ω

0Ω

R2086

R2085

R2084

TL2024

VSS

TDI

TCK

TMS

TDO

TRST

DCTEST0

DCTEST1

VPD

TBST

TL2023

TTST

TL2022

PBI

0.1

C2033

DRAMVCC12

DRAMVCC21

DRAMVCC22

0.1

C2032

DRAMVCC02

DRAMVCC01

DRAMVCC11

VSS

VDDH5

EXTDATA1

EXTDATA2

EXTDATA3

EXTDATA4

EXTDATA5

EXTDATA6

EXTDATA7

IC2001

JCY0133

VCO D/AA/D A/DD/A

ADVIN0

ADAVD0

ADAVS0

ADVRH0

ADVRL0

EXDATAI7

EXDATAI6

EXDATAI5

EXDATAI4

EXDATAI3

EXDATAI2

EXDATAI1

EXDATAI0

PBCLKO

V4185AVS

VCI4185

V4185AVD

DAAOUT0

DAVRO0

DAVREF0

DAAVS0

DAAVD0

DAAOUT1

DAVR01

DAVREF1

DAAVS1

DAAVD1

SBE

R2141

R2142

560

R2013

10K

R2014

C2101

HID

0.1

C2005

C2006

IC2002

JCY0136-X

0.1

0Ω

C2102

0.1

C2001

0.1

C2002

IC2007

TLC2940IPW-X

PBCLKI

TL2002

0Ω

560

0.1

10K

R2140

C2003

R2011

R2012

R2010

R2150

2.2K

VCO

C2114

C2115

0.011M0.1

p10287001a_rev0

DCBA

4-43 4-44

HGFE

4.21 DV I/O SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

TO DV V OUT

C_GCTL

5 0 DV MAIN (DV I/O)

5

AO4

AO5

AO6

AO7

AO8

AO9

AO10AO11

VrefUVcc

AO12DOLD

L3151

10µ

C3011

NQL144K-100X

C3132

C3131

22

/6.3

2.7k

Q

GND

1.5k

R3078

AVSS(D/A)

AVDD(D/A)

IREF1

YCOUT

ABAR1

COMP1

YSOUT

VREF1

AVSS(D/A)

AVDD(D/A)

CLPY

VYIN

AVSS(A/D)

AVDD(A/D)

VRM

VRL

VRH

CIN

AVSS(A/D)

SCANMODE

COUT

SCANEN

OPEN

R3168

VREF2

VSS

0.1

100

0.1

C3016

C3017

R3076

OPEN

R3081

R3075

CROUT

ABAR2

COMP2

CBOUT

VDD(CORE)

OUTH

OUTV

CSO0

0Ω0Ω0Ω0Ω0Ω0Ω0Ω0Ω0Ω

R3024

R3025

R3026

0.1

C3009

C3012

0.1

/6.3

22

R3079

R3080

0Ω

R3008

0Ω

2.7k

1.5k

R3073

0.1

820

270

100

0.1 R3007

0Ω

0.1

VCC

IC3103 OPEN

CK

D

TO DV V OUT

DAC 3V

DV_Y

DV_C

680

OPEN

4.7

R3104

R3122

R3121 820

10µ

Q3102

CH

R3140

R3138

C3126

R3139

*

47k

OPEN

39k

0Ω

820

680

R3105

1k

2SC4081/RS/-X

HN1B04FU/YG/-X

Q3112

R3123

270

*

CH

R3142

1.5k

R3141 820

C3108

/6.3

22

R3106

270

Q3113

C3118

4.7

R3124

470k

Q3132C3125

HN1B04FU/YG/-X

R3143

270

C3109

0.1

Q3114

R3125

270

2SC4081/RS/-X

Q3133

C3127

0.1

C3101

0.1

C3119

2SC4081/S/-X

C3128

C3001

R3003

R3004

R3005

C3002

C3003

C3004

C3005

C3006

C3007

C3008

0.1

R3163

R3102

1k

R3101

0Ω

4

R3114

680

R3111

C3111

56k

0.1

Q3111

C3112

C3121

R3113

22

/6.3

47

R3112 47k

2SA1576A/RS/-X

R3131

R3134

56k

680

Q3131

R3133

0.1 22

R3132

47k

2SA1576A/RS/-X

PELN0969-04Y

TO DV V OUT

Y_OUT

C_OUT

TO DV MSD

EXT_IN_L

3

C3103

0.1

/6.3

TO DV SYSCON

A_REG_5V

D_REG_3V

REG_1.80V

C3102

22

GND

L3103

NQL144K-100X

22

C3106

2SA1576A/RS/-X

R3115

820

R3116

18k

C3114 C3115

Q3115

DTC144EE-X

R3135

10µ

K3101LC3101

NQR0129-002X

Q3101

NQL024J-150X

C3113

8p

CH

L3111

15µ

CH CH

8p 12p

NQL024J-150X

C3124

12p

820

R3136

L3131

18k

15µ

CH CH

C3122 C3123

8p

C3107

CH

OPEN

0.1

C3116

R3118

R3103

330

R3117

2.2k

47k

4.7

2SA1576A/RS/-X

R3120

C3117

R3119

56k

R3137

2.2k

L3104

NQL144K-100X/6.3

2

C3140

C3141

0.1

IC3101 IC3102 TC7SH04F-X

R3161

R3162

C3142 8P

1M

270

NAX0218-001X

X3101 27MHz

TC7SH04F-X

C3143

8P

C3144

OPEN

VrefL

IC3151

M62366GP-X

GND

AO1

AO2 AO 3

CLK

DI

0Ω

820

0.1

R3069

R3071

R3070

C3015

R3074

OPEN

VRVGVB

BLK1

BLK2

VBLK

AVSS

AVDD

IREF2

IC3001

JCP8029

CSO1

CSO2

CSO3

VSS

VDD(I/O)

YSO0

YSO1

YSO2

YSO3

0Ω

R3027

R3028

R3029

R3032

R3033

R3034

R3035

0.1

C3010

0Ω

R3065

0Ω

C3014

0.1

R3062

R3063

R3072

R3077

VSS

CLKOSD

VDOUT

HDOUT

CSYNC

AMUTE

VDD(CORE)

SDOUT

ADDATEST

RAMTEST

CSI1

CSI2

OPEN

R3061

OPEN

R3056

0Ω

OPEN

R3060

OPEN

R3059

R3058

0Ω

R3057

C3013

R3048

R3054

0Ω

0.1

0Ω

R3164

0Ω

ZCNT

RST

CLK

VSS

CS

SCLK

SDIN

YSI3

YSI2

YSI1

YSI0

CSI3

R3064

VC1

VC2

VDD(I/O)

INH

INV

CSI0

Y_GCTL

TO

DV MAIN

FSPLLCTL

M_VCOCTL

TO

DV MAIN

AGC_GAIN

DUMP_CTL

ATF_GAIN

RECCADJ

TO

DV SYSCON

AFZ_DATA

AFZ_CLK

DAC_CS

FRG

IND

CLKOSD

OSD_VD

OSD_HD

TO

DV MSD

TBC_VD

TBC_RST

TBC_CS

TBC_CLK

TBC_SDI

TBC_SDO

TO

DV MAIN/DV DSP/DV MSD

CLK27A

ANACTL

AYO3

AYO2

AYO1

AYO0

ACO3

ACO2

ACO1

ACO0

INVA

INHA

TO

DV DSP/DV MAIN

DYO3

DYO2

DYO1

DYO0

DCO3

DCO2

DCO1

DCO0

INV

INH

DV DSP

TO

CLK27B

CLK135

p10288001a_rev0

1

DCBA

4-45 4-46

HGFE

4.22 DV V OUT SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

TO

DV SYSCON

A_REG_5V

C3521

22

/6.3

5

GND

IC3502

MM1385HN-X

5

0 DV MAIN (DV V OUT)

TO DV I/O

DAC_3V

IN

CONT

C3522

0.1

4

C3537

15p

CH

R3527

4.7k

TO

DV I/O

R3526

680

DV_C

3

TO

DV I/O

DV_Y

R3521

680

L3533

12µ

NQL024J-120X

C3532

15p

CH

R3522

4.7k

L3531

12µ

NQL024J-120X

TO

DV I/O

C_GCTL

Y_GCTL

TO

2

DV SYSCON

IND

FRG

TO

DV MSD

ASPECT1

C3538C3536

47p12p

C3533C3531

47p12p

[POST FILTER]

NQL024J-270X

L3534

27µ

CHCH

C3539

[POST FILTER]

NQL024J-270X

L3532

27µ

CHCH

C3534

GND

2SA1576A/RS/-X

CH

39p

2SA1576A/RS/-X

CH

39p

OUT

NB

C3524

0.1

R3531

R3533

R3529

Q3503

R3528

3.3k

R3524

Q3502

R3523

3.3k

2.2k

OPEN

C3523 22

/6.3

R3532

R3534

C3540

C3535

0.1

C3515 22

/6.3

C3513

0.1

0Ω

C3512

0.1

C3510

220k

R3509

10k

R3510

0.1

C3511

C3509

0.1

IC3501

NJM2538V-X

[VIDEO_AMP]

Ref.

0.1

LPF

-12dB

C3501

0.1

0Ω

C3502

0.1

C3514

GCA

6±3dB

CLAMP

2.2M

LOGIC

VCC1VCC2CLAMP

CHA BLK

R3511

C3504 22

75 Buf.

Comp.

20k

R3502

/6.3

Ω

10k

+12dB

6dB

10k

R3512

GND

220k Ω

C3505

75

Ω

Buf.

+18dB

-6dB

+12dB

75

Ω

Buf.

/6.3

100

R3503 10k

Q3501 DTC144EE-X

R3504

120

C3506

22 R3505

/6.3

68

R3506

TL3502

C_OUT

R3507

68

TL3501

Y_OUT

TO

MAIN (VIDEO I/O SW) CN703

CN3501

QGA2001F2-06V

Y_PB[DV]

GND

R3508

75

22p

C3507

22p

C3508

C_PB[DV]

Y/V_REC[DV]

GND

C_REC[DV]

TO

DV I/O

C_OUT

Y_OUT

-12dB

ATT

BPF

PWR

SAVE

ATTATT

GCA

6±3dB

-12dB

0.1

C3503

ATT

CLAMP

-12dB

R3501

ASPECT2

AGC_RST

p30073001a_rev0

1

DCBA

4-47 4-48

HGFE

4.23 AUDIO AD/DA SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

50

5

4

TO MAIN (AUDIO I/O) CN2601

CN3701 10

QGF1016F4-08W

DV_A_REC[L]

GND

DV_A_REC[R]

GND

DV_A_PB[L]

GND

3

DV_A_PB[R]

GND

2

R3731

R3732

R3733

R3734

0Ω

DV MAIN (AUDIO AD/DA)

R3735

0Ω

R3736

C3721

C3738

R3728

R3722

OPEN

220

R3721

220

2.2k

R3726

1k

R3727

2.2k

C3737

OPEN

C3736

OPEN

VCC

IC3703 IC3702

BA15218F-XE BA15218F-XE

C3722

C3723

OPEN

R3723

1k

R3724

VEE

R3725

OPEN

R3711

3k

R3712

3k

VCC

C3724

C3725

0.0033

OPEN

C3733

0.0033

C3735

C3731

0.1

C3734

0.0068

OPEN

VEE

R3713 R3715

1k 0Ω

C3726

0.0068

C3728

0.1

R3719

1k

R3714

1k

C3729

47

/16

L3702

NQL144K-100X

C3730

/16

47

R3717

10k

C3732

OPEN

R3718R3720

0Ω1k

C3727

OPEN

10µ

R3701

R3702

R3716

10k

220

R3740

18K

C3717

C3718

10

C3703

0.1

C3701

C3702

R3703 R3704

8.2K 8.2K

/16

1.0

C3715

C3704

10

L3701

10µ

NQL144K-100X

C3714

/16

10

0.1

C3716

0.1

VA

VB

AGND

VRDA

VRAD

AINR

/16

C3706 C3707

C3705 C3708

150P 150P

C3712

/16

10

VCOM

IC3701

AK4518-VF-X

VCMR

0.1 0.1

C3713

AOUTR

VCML

0.1

R3707

OPEN

AOUTL

AINL

R3706

OPEN

DEM0

PWAD

C3709

/16

10

DEM1

PWDA

R3709

R3708

R3710

OPEN

CMODE

MCLK

10

OPEN

SDTI

LRCK

VD

SCLK

C3711

/16

10

C3710

0.1

DGND

SDTO

R3705

0Ω

TO

DV SYSCON

AL_5V

A_REG_8V

GND

AL_5V [–]

TO

DV_MSD

ADC_DEM0

ADC_DEM1

CMODE

ADC_PWD0

ADC_PWD1

TO

DV_MAIN

AODAT

AIBCK

AILRCK

AIMCK

AIDAT

p30074001a_rev0

1

DCBA

4-49 4-50

HGFE

4.24 DV DSP SCHEMATIC DIAGRAM

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

Note :

When replacing the parts, refer to the Parts List.

TL4035

RAE1

DSCO7

FMRE1

CLKDSC

RAD

HDDSC

WAD

#

VDDSC

FMWE1

FLDDSC

#

22

TL4034

R4035

TL4033

#

0.1

C4023

IE1

VDDE

MCLK

OUTV

OUTH

VSS

DYI3

DYI2

DYI1

VDDI

DCI0

DCI1

DCI2

DCI3

DVC_I/O_IF

&EVR

DSYI0

DSYI1

DSYI2

DSYI3

DSYI4

DSYI5

DSYI6

DSYI7

DSCI0

DSCI1

DSCI2

VDDE

ADDVSS

DSCI3

TO

DV I/O

CLK27B

5

4

CLK135

TO

DV MAIN

CLK135O

TO DV SYSCON, DV MSD

CHWE

CLWE

CALE

BUS15

BUS14

BUS13

BUS12

BUS11

BUS10

BUS9

BUS8

BUS7

BUS6

BUS5

BUS4

BUS3

BUS2

BUS1

BUS0

MFLD

RWSEL

CRE

CLR

MVD

OMT

3

TO

DV I/O

ANACNT

INHA

INVA

ACO3

ACO2

ACO1

ACO0

AYO3

AYO2

AYO1

AYO0

0Ω

R4001

R4002

2

TO

DV MSD

NTSC_L

R4037

R4039

R4038

NRZ0040-0R0X

0Ω0Ω0Ω

RA4002

NRZ0040-0R0X#NRZ0040-0R0X

RA4001

#

RA4004

RA4003

R4003

R4004

R4005

5

0Ω

OPEN

#

0Ω

#

0Ω

NRZ0040-0R0X

0

TL4036

C4027

#

0.1

TL4041

R4006

R4007

R4008

C4030

C4031

R4036

C4032

C4033

C4034

#

C4001

#

0.1

#

0.1

#

0Ω

#

0.1

#

0.1

#

0.1

TL4042

TL4043

0Ω

TL4044

0Ω

TL4045

TL4046

0Ω

TL4047

TL4048

#

0.1

R4009

1k

VDDI

VSS

ADDVDDE

CLK27

CLK18

CLK13

ID

VDTG

HDTG

LHFO

ADDVDDE

VSS

ADIN9

ADIN8

ADIN7

ADIN6

ADIN5

ADIN4

ADIN3

ADIN2

ADIN1

ADIN0

VDDI

ADDVSS

ADDVDDE

RE

HWE

LWE

ALE

BUS15

BUS14

BUS13

BUS12

BUS11

BUS10

BUS9

BUS8

BUS7

BUS6

BUS5

BUS4

BUS3

BUS2

BUS1

BUS0

VSS

CLR

VDCPU

HDCPU

FRP

OMT

AFBEND

FLDCPU

BEND

VSS

DSTB

VPD

CS

RWSEL

VDDI

CLKOSD

HDOSD

VDOSD

BLK1

BLK2

VC1

VC2

VR

VG

VB

VBLK

ADDVSS

#

VDDI

VDDE

FMC3

FMC2

FMC1

FMC0

FMY7

TG_IF

AD_CONV_IN

OSD_IF CPU_IF

VDMDA

PWM

CLK45

VSS

CSYNCI

HDANA

VDDE

DV MAIN (DV DSP)

FMY6

VDANA

FMY5

ANACNT

FMY4

AYO0

FMY3

AYO1

FMY2

AYO2

FMY1

FMY0

#

0.1

C4026

TMY2

TMY3

TMY4

TMY5

TMY6

TMY7

TMC0

TMC1

TMC2

TMC3

ADDVSS

ADDVDDE

TMY1

TMY0

0.1

#

0.1

C4025

C4024

VSS

IE2

FMWR

WAE1

VDDI

RAE2

WAE2

FMWE2

FMRE2

ADDVDDE

MEMORY_I/O

IC4001

OPEN

[CAMERA_DSP]

YCA&IWD&DVIF&FMC&SSG&DAC&ENC

DSC_OUT DSC_INANALOG_IN

DSCO6

DSCO5

DSCO4

DSCO3

DSCO2

DSCO1

DSCO0

DSYO7

DSYO6

DSYO5

DSYO4

DSYO3

DSYO2

DSYO1

DSYO0

ADDVDDE

AYO3

ACO0

ACO1

ACO2

VSS

ACO3

INHA

INVA

VDDE

ADDVSS

C4002

#

0.1

DYI0

DSCI4

0Ω

#

R4034

INV

DSCI5

0Ω

R4033

INH

DSCI6

0Ω

###

R4032

TL4032

#

R4031

DCO3

DSCI7

R4011

R4030

DCO2

DCO1

[L:N_H:M]

[L:NT_H:PS]

CPUSEL0

TVSEL

#

R4010

1M 0Ω

0Ω0Ω0Ω

###

R4029

1M

#

R4012

#

0.1

C4022

VSS

DCO0

VDDI

[L:MN2_H:MN3]

CPUSEL1

VDDI

ADDVDDE

#

C4003

0.1

0Ω

#

R4027

R4028

DYO3

TCK

0Ω

#

1K

#####

R4013

R4041

DYO2

TMS

C4004

0Ω

#

R4025

R4026

TL4031

DYO1

DYO0

CSYNC

ADDVSS

VDDI

VSS

ADDVDDE

NAND1_A

NAND1_B

R4020

NAND1_O

0Ω

NAND2_A

R4021

NAND2_B

0Ω

NAND2_O

ADDVDDE

ADDVSS

ADDVDDE

VSS

VDDE

VSS

VDDE

VSS

ADDVDDE

ADDVSS

ADDVDDE

EOUT12

EOUT11

EOUT10

TL4025

EOUT9

TL4024

EOUT8

EOUT7

EOUT6

EOUT5

EOUT4

EOUT3

TL4023

EOUT2

TL4022

EOUT1

TL4021

AVDDE1

VREFH1

VREFL1

AVSSE1

EVR

NC

AVDDE2

VREFH2

VREFL2

AVSSE2

DVDDM

AVDDE3

VREFH3

VREFL3

AVSSE3

NC

AVDDV1

AVSSV1

Y2_OUT

Y_OUT

VREFY

IREFY

C_OUT

VREFC

IREFC

R-Y_OUT

B-Y_OUT

VREFVF

IREFVF

K_OUT

VREFLK

VREFHK

AVSSV2

DAC_ENC_OUT

AVSSA

AVDDV2

DVDDM

AVDDA

DACTEST

VSS

ADDVSS

VDDI

TDOUT

TDIN

TRST

ADDVSS

1M

1K

R4042

0.1

R4043

R4044

C4007

22

R4046

1K

#

R4045

#

/6.3

#

C4020

0.1

#

R4022

0Ω

C4005

0.1

1M

#

L4001

NQL144K-100X

C4008

0.1

C4021

10µ

#

C4009

0.1

#

100

RA4006

#

NRZ0040-101X

#

C4013

0.1

#

C4012

0.1

##

R4015

1M 0Ω

#

C4011

0.1

R4016

0Ω

#

L4002

#

C4010

0.1

/6.3

22

IC4002

[FILED_MEMORY]

C4040

R4017

R4018

C4015

0.1

10µ

NQL144K-100X

0.1

##

1M

#

OPEN

VSS

DIN5

DIN4

DIN3

DIN2

DIN1

DIN0

RCLK

RXAD

WADE/RX

RADE/RX

RR

RXINC

RE

OE

DO0

DO1

VCC

DO2

DO3

VSS

DO4

DO5 VCC

#

C4017

22

/6.3

##

C4016

0.1

DIN6

DIN7

DIN8

DIN9

DIN10

DIN11

WCLK

WXAD

WR/TR

WXINC

DO11

DO10

VCC

DO9

DO8

VSS

DO7

DO6

L4003

WE

IE

C4018

10µ

0.1

#

NQL144K-100X

C4042

C4041

0.1

TO

DV MAIN

OUTH

OUTV

DYI3

DYI2

DYI1

DYI0

DCI3

DCI2

DCI1

DCI0

#

RA4008

100

NRZ0040-101X

#

0.1

#

RA4007

100

NRZ0040-101X

#

10µ

L4004

NQL144K-100X

#

C4046

0.1

C4045

#

22

/6.3

INH

INV

DYO3

DYO2

DYO1

DYO0

DCO3

DCO2

DCO1

DCO0

TO

DV MAIN

A_REG_2.5V

TO

DV SYSCON

TO

DV SYSCON

REG_1.80V

D_REG_3V

GND

DSP_RST

1

DCBA

4-51 4-52

p10289001a_rev0

HGFE

4.25 SWITCHING REGULATOR AND REGULATOR CIRCUIT BOARDS

<01> SW REG, <02> REGULATOR LPB10119-001D

02

LPA10119

REGURATOR PWB ASS'Y

CP5323

SW.REG PWB

LPB10119 -001D

D5333

19

D5310

ST2

C5205

D5309

L5202

V1

C5331

10

2

1

L5205

C5211

Q5324

18

L5203

4

Q5323

B

D5324

D5331 D5335

D5307

C5213

1

L5201

CN5326

CN5324

R5333

CN5323

CN5301

C5202

C5204

1

R5332

R5309

CN5201

L5204

B5003

C5212

C5210

E

B5303

B5307

R5351

B

Q5339

5

D5301

CP5321

1

C5203

D5204

D5312

D5206

D5205

18

2

C5206

C5326

D5323

D5321

19

R5308

1

CP5301

B5309

D5201

D5208

D5311

C5305

D5203

E

B5310

R5316

D5303

R5345

Q5340

R5329

C5328

D5202

R5311

E

D5328

D5327

R5328

R5317

R5327

C5304

C5301

C5201

D5207

C5207

B

9

R5352

Q5327

C5327

D5330

D5210

Q5335

R5315

18

R5347

C5325

R5335

1

D5329

D5306

D5308

R5310

E

R5326

R5349

5

3

C5302

D5334

B

IC5322

R5303

R5307

C5208

1

E

Q5326

B

R5334

R5312

R5318

R5302

4

2

L5321

Q5302

R5304

R5306

D5304

Q5337

CP5322

B5304

R5353

R5314

3

R5305

R5348

D5211

D5322

R5336

R5350

C5329

2

1

IC5301

C5303

Q5330

Q5301

D5305

E

C5330

R5313

PC5101

1

R5346

B5301

R5341

B

R5337

4

IC5321

1

T5001

C5101

7

D5101

SOLDERED

SIDE

2

3

4

R5102

1

B5308

D5332

D5102

W5383

C5332

R5342

C5333

C5105

D5103

C5103

D5104

01

LPA10119

Q5336

CN5321

Q5341

SW REG PWB

R5104

R5103

1

3

5

C5106

R5106

SW REG PWB ASS'Y

B

C5104

R5107

14

K5101

15

C5321

Q5321

4

CP5324

R5323

E

LPB10119 -001D

C5102

R5105

2

IC5101

R5101

LF5002

2

R5340

1

D5336

C5334

C5324

W5384

R5322

CN5322

D5001

C5002

R5343

C5322

Q5322

D5325

W5382

Q5334

C5323

Q5332

B5306

D5326

R5324

R5325

LPA10119

13 1

12

C5335

B

R5344

E

R5331

R5330

D5337

Q5328

B

E

VR5321 SW5V

ADJ

C5004

C5007

SW.REG PWB ASS'Y

W5381

CN5325

2

B5305

Q5333

Q5329

E

Q5331

B

R5338 R5339

Q5338

B5302

C5006

B5002

R5001

VA5001

LF5001

SG5001

B5001

VA5002

CN5001

LIVE

BRN

C5001

NEUTRAL

BLU

F5001

FC5001FC5002

DANGEROUS VOLTAGE

COMPONENT PARTS LOCATION GUIDE

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION RE

CAPACITOR

C5001 A D 11D C5002 A D 8C C5004 A D 9E C5006 A D 8D C5007 A D 9D C5101 A D 6C C5102 A D 7E C5103 A D 6C C5104 A D 7E C5105 B C 6E C5106 A D 6B C5201 A D 4E C5202 A D 2B C5203 A D 3E C5204 A D 2B C5205 A D 1D C5206 A D 3A C5207 A D 4A C5208 A D 4B C5210 A D 3A C5211 A D 2D C5212 A D 2D C5213 A D 2E C5301 A D 4F C5302 A D 5E C5303 A D 5E C5304 A D 4F C5305 A D 3F

CONNECTOR

CN5001 A D 11B CN5201 A D 3F

DIODE

D5001 A D 7C D5101 A D 6B D5102 A D 6E D5103 A D 6E D5104 A D 6C D5201 A D 4E D5202 A D 4C D5203 A D 3D D5204 A D 4B D5205 A D 3A D5206 A D 3B D5207 A D 4B D5208 A D 4E D5210 A D 4B D5211 A D 5B D5301 A D 3C D5303 A D 4A D5304 A D 5A D5305 A D 5A D5306 A D 4F D5307 A D 2F D5308 A D 4F D5309 A D 1C D5310 A D 1E

COMPONENT PARTS LOCATION GUIDE

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO.

CAPACITOR

C5321 A D 7B C5322 A D 9C C5323 A D 9C C5324 A D 8A C5325 A D 4D C5326 A D 3D C5327 B C 4B C5328 A D 3C C5329 B C 5B C5330 A D 5C C5331 A D 2D C5332 A D 6D C5333 A D 6C C5334 A D 8C C5335 A D 9D

CONNECTOR

CN5301 A D 1B CN5321 A D 6E CN5322 A D 8E CN5323 A D 3C CN5324 A D 2D CN5325 A D 9E CN5326 A D 2D

DIODE

D5321 A D 4B D5322 A D 5D

D5323 A D 3C D5324 A D 2C D5325 A D 9B D5326 A D 9B D5327 A D 4D D5328 A D 4D D5329 A D 4A D5330 A D 4A D5331 A D 1C D5332 A D 6A D5333 A D 1A D5334 A D 4E D5335 A D 1C D5336 A D 8C D5337 A D 9C

IC

IC5321 A D 5B IC5322 A D 4B

COIL

L5321 A D 4A

TRANSISTOR

Q5321 A D 7A Q5322 B C 8B Q5323 A D 2D Q5324 B C 2C Q5326 A D 4D Q5327 B C 4C

D5311 A D 3C D5312 A D 3C

IC

IC5101 A D 7E IC5301 A D 5F

COIL

L5201 A D 2C L5202 A D 2B L5203 A D 2A L5204 A D 3E L5205 A D 2E

TRANSISTOR

Q5301 B C 5F Q5302 B C 5F

RESISTOR

R5001 A D 9B R5101 A D 8C R5102 A D 6E R5103 B C 7E R5104 A D 7E R5105 A D 7E R5106 A D 5B R5107 A D 7B R5302 B C 4D R5303 B C 4E R5304 B C 5F R5305 B C 5E

Q5328 A D 9C Q5329 B C 9C Q5330 A D 5C Q5331 A D 9B Q5332 B C 9C Q5333 A D 9C Q5334 B C 9D Q5335 A D 4E Q5336 B C 7E Q5337 A D 5E Q5338 B C 9B Q5339 A D 3D Q5340 B C 4D Q5341 B C 7D

RESISTOR

R5322 B C 8B R5323 B C 8A R5324 B C 9B R5325 B C 9A R5326 B C 4C R5327 B C 4C R5328 B C 4C R5329 B C 3C R5330 B C 9C R5331 B C 9C R5332 B C 2C R5333 B C 2C R5334 B C 4C

R5306 A D 5A R5307 B C 4D R5308 B C 3F R5309 B C 3F R5310 A D 4A R5311 B C 4A R5312 B C 5F R5313 B C 5F R5314 B C 5F R5315 B C 4F R5316 B C 4E R5317 B C 4F R5318 B C 5E

OTHER

CP5301 A D 3E F5001 A D 11C FC5001 A D 11C FC5002 A D 11D K5101 A D 7E LF5001 A D 10C LF5002 A D 8B PC5101 A D 5F SG5001 A D 9B T5001 A D 5D VA5001 A D 10C VA5002 A D 10A

R5335 B C 4C R5336 B C 5B R5337 B C 5C R5338 B C 9B R5339 B C 9B R5340 A D 8B R5341 B C 6D R5342 B C 6C R5343 B C 8C R5344 B C 9C R5345 B C 4E R5346 B C 6E R5347 B C 4E R5348 B C 5D R5349 B C 4C R5350 B C 5B R5351 B C 3D R5352 B C 4D R5353 B C 5C VR5321 A D 9B

OTHER

CP5321 A D 3D CP5322 A D 5D CP5323 A D 1C CP5324 A D 8E

4-53 4-54

4.26 3D DIGITAL/2M AND S-SUB CIRCUIT BOARDS

<05> 3D DIGITAL/2M LPB10105-001B

COPMONENT PARTS LOCATION GUIDE <3D DIGITAL/2M>

REF.NO.

CAPACITOR

C1401 C1402 C1403 C1404

C1406 C1407 C1408 C1409 C1410

C1412 C1413 C1414 C1415 C1416

C1420 C1421 C1422 C1423 C1424

C1426 C1427 C1428 C1429 C1430 C1432 C1433 C1434 C1435 C1436 C1437 C1438 C1439 C1440 C1441 C1442 C1443 C1444 C1445 CB

LOCATION

DA CB

A

CDB

B

CCB CB

B

DCA CBC1411

B

CCB CB

B

DCA CBC1417

B

CCB CB

B

CCB CBC1425

B

CCB CB D

A

C

B

C

B B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

6A 5A

5B 1C 1DCBC1405

3B 1C 1C 2C

3B

2B

1B

4A

4B

5B 5C

5B

6B 2D 2D 2C 2C 2C 3C

4E 3D 3D 3D 3D 3C 3C 3C 3C 3C

3B

4B

3B 4C

REF.NO.

C1446 C1447 C1448 C1449 C1450

C1452 C1453 C1454 C1455 C1459 C1460 C1461 C1462 C1463 C1464 C1465 C1466 C1467 C1468 C1469 C1470 C1471 C1472 C1473

CONNECTOR

CN1401

D1401 D1402 D1403 D1404

IC1401

L1401 L1402 L1403 L1404 L1405

DIODE

COIL

D

BAC

DA C

BBC

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

D

A

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B

C

B BC

DA

AD

D

A

C

B

C

B

BICC

D

AAD

DA D

AAD

REF.NO. LOCATION

L1407 L1409

TRANSISTOR

Q1401 Q1402

Q1404 Q1406 Q1407 Q1408 Q1410

Q1413 Q1414 Q1417 Q1418 Q1419

Q1421 Q1422

RESISTOR

R1401 R1402 R1404 R1405 R1406 R1407 R1408 R1410 R1411 R1412 R1413 R1414 R1415 R1416

R1418 R1421 R1425 R1426 R1427

LOCATIONLOCATION

A A

A B

B B B B B BQ1412 B B B B B BQ1420 B B

B B B B B B B B B B B B B B BR1417 B B B B B BR14282CDAL1406

5C 5C 5C 4C 4C 5DDAC1451 5C 5D 5D 4E 1B 2B 2B 2A 2B 3B 3B 3A 3B 4A 4A 5A 2D 3C 3C

5A

5A 6C 3B 2E

4D

5B 2C 2B 5C 4B

REF.NO.

B

R1429

5B

D

R1430

5A

D

R1431 R1432

5B

D

R1433

1C

C

2DCBQ1403

R1435

1D

C

R1436

2B

C

R1437

1C

C

R1438

4B

C

R1439

5C

C

R1440

2C

C

R1441

2C

C

R1442

3B

C

R1446

5B

C

R1447

4B

C

R1448

2A

C

R1449

4B

C

R1450

5B

C

R1451

4E

C

R1452 R1453

5A

R1454

C

5A

R1455

C

2C

R1458

C

2C

R1459

C

2D

R1460

C

1D

R1461

C

2D

R1462

C

2D

R1463

C

2B

VR1401

C

2B

C

1B

C

LC1401

1B

C

LC1402

3D

C

3B

C

4B

C

3B

C

5B

C

5C

C

5C

C

2D

C

2D

C

B B B B

B B B B B B B B B B B B

OTHER

B B B B B B B B B B B B A

A A

CC2C

C C C C C C C C C C C C C C C C C C C C C C C C D1E

D2A

2C

2CC 2C

3DCBR1434 2E 1E 4B 4C 4B 5C 4A 4A 4B 1A 2A 2A 2A 3A 3A 3A 4A 5A 5B 4B 2A 5B 5B 4B

4AD

<15> S-SUB LPB10103-001A

COPMONENT PARTS LOCATION GUIDE <S-SUB>

REF.NO.

C501 C502

C504 C505 C506 C507 C508

C510 C511 C512 C513 C514

C516 C517 C518 C519 C520

C522 C523 C524 C525 C526

C528 C529 C530 C531 C532

C534 C535 C536 C537 C538

C552 C553 C554

LOCATION

CAPACITOR

A A AC503 B A B A A

A B B A B BC515 B B B A A

A A B B B BC527 B B B B B

A B B B B AC551 B B A

D

5D

D

5D

D

4D

C

4E

D

1D

C

4E

D

4E

D

2E

2DDAC509

D

2C

C

3C

C

2D

D

2D

C

3C

C

3B

C

4B

C

4B

C

3C

D

4B

D

3C 1DDAC521

D

2B

D

2B

C

1C

C

1C

C

1C

C

1B

C

1B

C

1B

C

1A

C

1A

C

1B 2ACBC533

D

2A

C

2D

C

2D

C

2D

C

3B

D

4B

C

4B

C

4B

D

5B

REF.NO.

C555 C556 C557

C559 C560 C561 C562 C563

C566 C568 C569 C570 C571

C573 C575 C576

CONNECTOR

CN511 CN512 CN513

IC501 IC502

L501 L502 L503 L504 L505

TRANSISTOR

Q501

RESISTOR

R501 R503 R504 R505 R506 R507

LOCATION

B B A BC558 B A A A B BC564 B B B B B BC572 B B B

A A A

IC

B A

COIL

A A A A A

B

B B B B B B

5CC 5B

DC6C

5C

DC6D

6DD 4E

CD4D

3B

CC4B

4BC 5B

CC5C

5C

CC3D

5DC

D3A

5E

DD1E

4D

DC1C

2B DD5E D

3E D

2A D

3E

C3B

3C CC4E C

1C C

1C C1C

REF.NO.

R508 R509 R510 R5115CC R512 R513 R514 R515 R516

R518 R522 R523 R524 R525 R5266CC R527 R531 R532 R533 R534

R536 5CCB

LOCATION

CB

B

CCB

B

CCB CB

B

CCB

B

CCB CB

B

CCB

B

CCB CB

B

CCB

1C 1C 1B 1BCB 1B 1A 1A 1B 2D 2DCBR5172DC 3B 4B 5C 5C 3B 3BCB 3D 4B 4B 5B 6C 5CCBR535

4-55

4.27 TERMINAL CIRCUIT BOARD

F

<06> TERMIANL LPB10114-001C

R7140

R7141

C7127

Q7116

C7125

C7106

C7113

R7105

C7120

C7169

R7171

R7170

W7218

R7132

R7131

C7168

4 3

5

8

W7219

R7130

W7221

J7101

C7111

R7104

W7220

16

R7134

S-OUT

9

C7133

C7131

L7105

J7102

D7103

R7135

W7223

L7104

Q7122

L7111

2

1

4

IC7101

14

C7112

1

C7114

W7206

L7102

C7119

C7118

LPB10114 -001C

R7102 R7129

C7124

W7208

R7127

C7135

L7108

L7109

C7137

TERMINAL PWB ASS'YLPA10114

R7172

Q7124

Q7123

Q7117

C7129

C7126

06

R7124

W7209

W7207

W7210

R7125

C7103

Q7103

Q7114

Q7115

R7128

R7133

C7107

Q7102

W7213

1

L7106

2

C7134

C7132

C7136

C7130

R7137

AV1

20

21

R7173

L7113

L7112

24

C7142

C7140

IC7104

W7204

C7147

C7150

R7145

C7141

13

W7222

R7168

C7117

C7116

C7104

C7108

C7101

C7110

C7109

R7123

IC7102

C7105

C7115

8

C7123

IC7103

C7121

R7126

1

W7203

C7122

L7101

L7103

RCA A.OUT RCA A.OUT

L7122

C7165

R7165

TERMINAL PWB

R7139

R7136

W7205

C7102

R7138

L7107

C7144

C7143

Q7112

W7217

Q7104

R7109

Q7106

C7161

C7163

R7163

1

C7138

12

R7167

R7122

Q7105

R7112

D7101

R7162

C7145

C7139

C7153

R7121

Q7113

2

L7120

R7143

C7146

R7108

L7119

L7116

R7159

D7104

R7156

W7202

R7107

R7110

R7144

C7148

1

C7157

J7104

L7114

R7146

Q7108

R7113

C7167

C7149

W7216

R7148

R7114

Q7107

J7105

21

R7115

C7159

2

C7170

AV2/DECODER

20

C7151

W7215

L7110

C7152

R7147

J7103

SAT-CTL

R7116

Q7109

R7117

R7119

R7111

C7166

L7117

Q7121

Q7118

W7214

2

C7158

L7118

1

R7120

R! L!

C7156

R7157

R7169

W7212

R7118

1

R7158

R7151

R7142

2

Q7111

C7164

R7160

R7154

Q7120

W7201

Q7110

L7121

C7160

R7161

C7162

R7149

3

R7164

R7155

Q7119

R7150

W7211

L7123

R7152

C7154

R7153

C7155

5

CN7102

14

CN7103

11

15

CN7101

11

CN7104

L7115

1

COPMONENT PARTS LOCATION GUIDE <TERMINAL>

REF.NO.

LOCATION

CAPACITOR

C7101 B C 5C C7102 A D 5C C7103 A D 5D C7104 B C 6D C7105 B C 5C C7106 B C 6E C7107 B C 7E C7108 B C 6D C7109 A D 6D C7110 B C 5D C7111 B C 6E C7112 A D 6D C7113 B C 6E C7114 B C 5D C7115 A D 5D C7116 A D 7D C7117 A D 7D C7118 A D 3D C7119 B C 3D C7120 A D 4E C7121 B C 4D C7122 B C 3D C7123 B C 4D C7124 B C 4E C7125 A D 9E C7126 B C 9E C7127 B C 10E C7129 A D 10E C7130 B C 13C C7131 B C 13D C7132 B C 13C C7133 B C 14D C7134 B C 13C C7135 B C 14E C7136 B C 13C C7137 B C 13E C7138 A D 10C C7139 A D 9C C7140 B C 10C C7141 B C 9D C7142 B C 10D C7143 B C 10C C7144 B C 10C C7145 B C 10C C7146 B C 10C C7147 B C 9C C7148 B C 10C C7149 B C 10B C7150 B C 9D C7151 A D 10B C7152 A D 9B C7153 A D 9C C7154 B C 11A C7155 A D 12A C7156 B C 13B C7157 B C 13C C7158 B C 13B C7159 B C 14B C7160 B C 13A C7161 B C 14C C7162 B C 13A C7163 B C 13C C7164 B C 1B C7165 B C 1C C7166 B C 1B C7167 B C 1C C7168 A D 9E C7169 B C 11E C7170 B C 13B

CONNECTOR

CN7101 A D 3A CN7102 A D 9A CN7103 A D 6A CN7104 A D 1A

DIODE

D7101 B C 3C D7103 A D 12D D7104 A D 12C

IC

IC7101 B C 6D IC7102 B C 5D IC7103 B C 4D IC7104 A D 10C

JACK

J7101 A D 7E J7102 A D 12D J7103 A D 7B J7104 A D 12B J7105 A D 2B

COIL

L7101 A D 3C L7102 A D 4D L7103 A D 3D L7104 A D 10D L7105 A D 13D L7106 A D 14C L7107 A D 13C L7108 A D 14D L7109 A D 13D L7110 A D 9B L7111 A D 9D L7112 A D 10C L7113 A D 11C L7114 A D 10C L7115 A D 11A L7116 A D 13C L7117 A D 14B L7118 A D 13B L7119 A D 14C L7120 A D 13C

REF.NO.

LOCATION

L7121 A D 1A L7122 A D 1C L7123 A D 1A

TRANSISTOR

Q7102 B C 5E Q7103 B C 5E Q7104 B C 4C Q7105 B C 3C Q7106 B C 3C Q7107 B C 3C Q7108 B C 4C Q7109 B C 3B Q7110 B C 3B Q7111 B C 3B Q7112 B C 6C Q7113 B C 5C Q7114 B C 4E Q7115 B C 4E Q7116 B C 10E Q7117 B C 10E Q7118 B C 11A Q7119 B C 11A Q7120 B C 11A Q7121 B C 12B Q7122 B C 9D Q7123 B C 11E Q7124 B C 11E

RESISTOR

R7102 B C 5E R7104 B C 5E R7105 B C 5E R7107 B C 4C R7108 B C 3C R7109 B C 4C R7110 B C 3C R7111 B C 3B R7112 B C 3C R7113 B C 3C R7114 B C 3B R7115 B C 3B R7116 B C 3B R7117 B C 3B R7118 B C 3B R7119 B C 3B R7120 B C 3B R7121 B C 5C R7122 B C 6C R7123 B C 5D R7124 B C 7E R7125 B C 5E R7126 B C 3D R7127 B C 4E R7128 B C 4E R7129 B C 5E R7130 B C 10E R7131 B C 10E R7132 B C 10E R7133 A D 9E R7134 A D 12D R7135 B C 11D R7136 B C 11C R7137 B C 13C R7138 B C 14C R7139 B C 13C R7140 B C 14E R7141 B C 13E R7142 B C 7A R7143 B C 11C R7144 B C 10C R7145 B C 9D R7146 B C 10B R7147 B C 8B R7148 B C 8B R7149 B C 11A R7150 B C 11A R7151 B C 11A R7152 B C 11A R7153 B C 11A R7154 B C 12A R7155 B C 12A R7156 B C 11C R7157 B C 11B R7158 B C 12B R7159 B C 12C R7160 B C 14A R7161 B C 13A R7162 B C 14C R7163 B C 13C R7164 B C 1A R7165 B C 1C R7167 B C 8C R7168 B C 8D R7169 A D 6B R7170 B C 11E R7171 B C 11E R7172 B C 11E R7173 B C 11D

REF.NO.

LOCATION

RE

4-56

4.28 DISPLAY,EJECT SW, JACK, LED/SW AND JOG CIRCUIT BOARDS

27 EJECT SW, 28 DISPLAY, 36 JACK, 47 LED/SW, 85 JOG

LPB10126-001C

CN7003

2

R7033

2

J7005

R.PAUSE

R7037

R7038

R7058

R7059

C7002

1

L7061

5

R7063

R7064

R7057

D7010

VHS-

CN7001

3

R7062

D7009

PLAY

J7004

1

C7061

VHS

D7006

D7011 VHSREC

L IN

3

2

4

21

D7004

S7013

VHS

B

2

6

D7005

Q7001

R7060

1

C7065

D7066

D7065 D7061

L7062

R7061

E

2

1

J7002

V IN

D7062 D7064

D7063

R7003

R7004

3435

S7004

REC

R7001

2

1

C5

FRONT PWB

LPA10126 -

16

15

S7005 PAUSE

22

C7001

2530

-

LPA10126

EJECT SW AS.

63

JACK PWB ASS'Y

CN7002

C7020

12

23

IC7001

33

21

DI7001

FW7006

72

EJECT VHS

S7011

LPB10126 001C

1

FW7007

6

R7032

R7031

R7002

C7005

C7006

C7003

C7004

32

C7064

FW7005

21

S7012 S-VHS

ET

R7036

R7035

S7019 START

/FF

S7018 IN.OUT /A.DUB

J7003

R IN

3

L7063

1

C7062 C7063

3

1

L7064

R7028

R7027

S7015

RAE/REW

R7034

18

17

LPB10126 -001C

B7094

16 FW7008

B7092

C2

B7093

2

1

R7022

S7006

PLAY

C7021

11

C7010

1

44

34

15

R7010

R7023

C7009

C7008

10

R7011

R7012

R7051 R7026

R7025

R7024

C7018

R7008

R7007

R7054

R7006

FRONT PWB

85

LPA10126 -

JOG PWB ASS'Y

UN7091

8

FW7003

61

R7021

S7007

STOP

C7014

C7015

C7016

C7017

R7041

C7013

R7040

2

1

4

5

D7002

R7020

R7030

1

FW7004

6

D7012

S7010

DV/

C7019

C6

1

LPA10126 LED/SW PWB ASS'Y

DV/ HDR

HDR

D7013

D/H PLAY

D7014

D/H REC

C7007

D7001

R7013

L7001

LPA10126 C4 LED PWB ASS'Y

90

LPB10126 -001C

C3

47

S7028

RECLINK

R7052

R7053

C7022

FRONT PWB

S7017

D7019

FW7002

LPB10126 -001C FRONT PWB

2

A.DUB

FW7001

/NAVI

S7002

CH+

D7017

HDR-LED

12

D7018

RECLINK

1

R7056

VHS DV

S7016

INSERT

/MENU

S7003

CH-

D7016

VHS

R7042

S7022

DV

/RIGHT

R7043

S7023

DUB/OK

S7027

DOWN

S7026

D7015

UP

VHS

S7021

VHS DV

/LEFT

3

R7015

IC7002

D7003

C7012

S7001 POWER

C1

C7011

1

S7014

DV EJECT

R7014

82

DV

R7046

R7045

R7055

R7047

R7044

TPGND

TP7001

TEST

LPA10126 -

DISPLAY PWB ASS'Y

4-57 4-58

Jvc SR-VS20-EK, SR-VS20-E Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

Important Safety Precautions

DISASSEMBLY

1.1 HOW TO REMOVE THE MAJOR PARTS

1.2 HOW TO READ THE DISASSEMBLY AND ASSEMBLY

1.3 DISCONNECTION OF CONNECTORS (WIRES)

1.4 SCREWS USED CABINET COMPONENTS AND BOARD ASSEMBLIES

HOW TO REMOVE THE MAJOR PARTS <COM section>

HOW TO REMOVE THE MAJOR PARTS <VHS section>

HOW TO REMOVE THE MAJOR PARTS <DV section>

1.8 SERVICE POSITIONS

1.9 MECHANISM SERVICE MODE

1.10 CONNECTION

1.11 EMERGENCY DISPLAY FUNCTION

MECHANISM ADJUSTMENT (VHS)

2.1 BEFORE STARTING REPAIR AND ADJUSTMENT

2.2 REPLACEMENT OF MAJOR PARTS

2.3 COMPATIBILITY ADJUSTMENT

2.9 PREPARATION

2.11 MECHANISM TIMING CHART

2.12 MECHANISM ASSEMBLY/DISASSEMBLY PROCEDURE TABLE

2.13 DISASSEMBLY/ASSEMBLY

2.14 LIST OF PROCEDURES FOR DISASSEMBLY

2.15 MECHANISM DISASSEMBLY/ASSEMBLY SHEET

2.16 MECHANISM PHASE CHECK/ADJUSTMENT

2.17 POSITIONING THE TENSION POLE

COMPATIBILITY AND ERROR RATE ADJUSTMENTS

2.19 TAPE EJECTION

ELECTRICAL ADJUSTMENT (VHS)

3.1 PRECAUTION

3.2 SERVO CIRCUIT

3.3 VIDEO CIRCUIT

3.4 AUDIO CIRCUIT

3.5 SYSCON CIRCUIT [SR-VS20E]

3.6 PREPARATION

CHARTS AND DIAGRAMS

4.1 BOARD INTERCONNECTIONS

4.2 SWITCHING REGULATOR AND REGULETOR SCHEMATIC DIAGRAMS

4.3 VIDEO/AUDIO SCHEMATIC DIAGRAM

4.4 SYSTEM CONTROL SCHEMATIC DIAGRAM

4.5 SUB CPU SCHEMATIC DIAGRAM

4.6 TUNER SCHEMATIC DIAGRAM

4.7 VIDEO I/O SWITCH SCHEMATIC DIAGRAM

4.8 AUDIO I/O SCHEMATIC DIAGRAM

4.9 CONNECTION SCHEMATIC DIAGRAM

4.10 3D DIGITAL/2M SCHEMATIC DIAGRAM

4.11 TERMINAL SCHEMATIC DIAGRAM

4.12 DEMODULATOR SCHEMATIC DIAGRAM

4.13 S-SUB SCHEMATIC DIAGRAM

4.14 MDA SCHEMATIC DIAGRAM

4.15 PRE/REC SCHEMATIC DIAGRAM

4.16 ON SCREEN SCHEMATIC DIAGRAM

4.17 DISPLAY, EJECT SW, LED/SW, KACK AND JOG SCHEMATIC DIAGRAMS

4.18 DV SYSTEM CONTROL SCHEMATIC DIAGRAM

4.19 DV MSD SCHEMATIC DIAGRAM

4.20 DV MAIN SCHEMATIC DIAGRAM

4.21 DV I/O SCHEMATIC DIAGRAM

4.22 DV V OUT SCHEMATIC DIAGRAM

4.23 AUDIO AD/DA SCHEMATIC DIAGRAM

4.24 DV DSP SCHEMATIC DIAGRAM

4.25 SWITCHING REGULATOR AND REGULATOR CIRCUIT BOARDS

4.26 3D DIGITAL/2M AND S-SUB CIRCUIT BOARDS

4.27 TERMINAL CIRCUIT BOARD

4.28 DISPLAY,EJECT SW, JACK, LED/SW AND JOG CIRCUIT BOARDS