Jvc SR-V10 Service Manual

SERVICE MANUAL

VIDEO CASSETTE RECORDER

SR-V10E,

SR-V10EK

Note:
Most of the schematic diagrams for this model are the same as for the HR-S7950EU model. The schematic
diagram and circuit boards that are different in the case of the HR-S7950EU model are described below.

.

MAIN(SYSCON) SCHEMATIC DIAGRAM page 4-57

.

MAIN(MAIN TERMINAL) SCHEMATIC DIAGRAM page 4-53

.

MAIN CIRCUIT BOARD page 4-55

SPECIFICATIONS

GENERAL

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

Power on : 18 W
Power off : 3.6 W

Temperature

Operating : 5°C to 40°C

Storage : –20°C to 60°C
Operating position : Horizontal only
Dimensions (WxHxD)

Weight : 3.4 kg
Format : S-VHS/VHS PAL standard
Maximum recording time

(SP) : 240 min. with E-240 video cassette

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

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

VIDEO/AUDIO

Signal system : PAL-type colour signal and CCIR

Recording system : DA4 (Double Azimuth) head helical
Signal-to-noise ratio: 45 dB

Horizontal resolution

(SP/LP) : 250 lines (VHS)

(EP) : 220 lines (VHS)
Frequency range : 70 Hz to 10,000 Hz (Normal audio)
Input/Output : RCA connectors:

(The specifications shown pertain specifically to the model SR-V10E.)

: 400 mm x 94 mm x 270 mm

monochrome signal, 625 lines
50 fields

scan system

400 lines (S-VHS)
350 lines (S-VHS)
20 Hz to 20,000 Hz (Hi-Fi audio)
VIDEO IN x 2, VIDEO OUT x 1,

AUDIO IN x 2, AUDIO OUT x 1
S-Video connectors:
IN x 2, OUT x 1

TUNER/TIMER

TV channel storage capacity
Tuning system : Frequency synthesized tuner

Channel coverage : VHF 47 MHz – 89 MHz/

Aerial output : UHF channels 22 – 69 (Adjustable)
Memory backup time

ACCESSORIES

Provided accessories

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

This service manual is printed on 100% recycled paper.

COPYRIGHT © 2002 VICTOR COMPANY OF JAPAN, LTD

: 99 positions (+AUX position)

104 MHz – 300 MHz/
302 MHz – 470 MHz
UHF 470 MHz – 862 MHz

: Approx. 6 months

Estimated figure based on provided
fresh battery; actual performance
may differ.

: RF cable,

S-video cable,
Audio/video cable,
Infrared remote control unit,
“R6” battery x 2,
Lithium battery CR2025,
BNC/RCA adapter x 2

SR-V10E, SR-V10EK V15S2

No.82945

October 2002

TABLE OF CONTENTS

Section Title Page Section Title Page

DIFFERENCE LIST
Important Safety Precautions
INSTRUCTIONS

1. DISASSEMBLY

1.1 Manually removing the cassette tape ........................................ 1-1

1.2 Removing the major parts .......................................................... 1-2

1.2.1 How to read the procedure table .......................................... 1-2

1.2.2 Disassembly procedure ....................................................... 1-2

1.3 Emergency display function ....................................................... 1-4

1.3.1 Displaying the EMG information .......................................... 1-4

1.3.2 Clearing the EMG history ..................................................... 1-4

1.3.3

Details of the OSD display in the EMG display mode

1.3.4 EMG content description ...................................................... 1-6

1.3.5 EMG detail information<1> .................................................. 1-7

1.3.6 EMG detail information<2> .................................................. 1-8

1.3.7 EMG detail information<3> .................................................. 1-8

1.4 Service position .......................................................................... 1-9

1.4.1 How to set the "Service position" ......................................... 1-9

1.5 Jig RCU mode ............................................................................ 1-9

1.5.1 Setting the Jig RCU mode ................................................... 1-9

1.5.2 Setting the User RCU mode ................................................ 1-9

1.6 Mechanism service mode .......................................................... 1-9

1.6.1 How to set the "Mechanism service mode" .......................... 1-9

1.6.2 How to exit from the "Mechanism service mode" ................. 1-9

1.7 Maintenance and inspection .................................................... 1-10

1.7.1 Cleaning ............................................................................. 1-10

1.7.2 Lubrication ......................................................................... 1-10

1.7.3

Suggested servicing schedule for main components

1.8 Sevicing items related to video navigation ............................... 1-10

2. MECHANISM

2.1. Before disassembling/assembling ............................................ 2-1

2.1.1 Notes .................................................................................... 2-1

2.1.2 Mechanism operation check ................................................ 2-1

2.1.3 Setting the mechanism assembling mode ........................... 2-1

2.1.4 Layout of the main mechanism parts ................................... 2-2

2.1.5 Disassembling procedure table ............................................ 2-3

2.2. Replacement of the main mechanism parts .............................. 2-4

2.2.1 Cassette holder .................................................................... 2-4

2.2.2 A/C head .............................................................................. 2-5

2.2.3 Guide arm, pinch roller arm ................................................. 2-6

2.2.4 Idler arm, idler gear 1/2 ........................................................ 2-6

2.2.5

Main brake(T), brake lever, tension arm,reel disk(S/T), Rec safety lever

2.2.6

Press lever, control cam, capstan brake assembly,loading motor assembly

2.2.7 Capstan motor, load gear, control plate ............................... 2-8

2.2.8 Clutch unit assembly, direct gear ......................................... 2-9

2.3. Mechanism timing chart .......................................................... 2-10

3. ADJUSTMENT

3.1 Before adjustment ...................................................................... 3-1

3.1.1 Precaution ............................................................................. 3-1

3.1.2 Required test equipments .................................................... 3-1

3.1.3 Required adjustment tools ................................................... 3-1

3.1.4 Color(colour) bar signal, color(colour) bar pattern ............... 3-1

3.1.5 Switch settings ..................................................................... 3-1

3.1.6

Manual tracking mode (Auto tracking ON/OFF) setting .................

3.1.7

EVR sdjustment .............................................................................

3.2 Mechanism compatibility adjustment ......................................... 3-2

3.2.1 Tension pole position............................................................ 3-3

3.2.2 FM waveform linearity .......................................................... 3-3

3.2.3 Height and tilt of the A/C head ............................................. 3-3

3.2.4 A/C head phase(X-value) ..................................................... 3-4

3.3 Electrical Adjustment.................................................................. 3-4

.................. 1-5

................. 1-10

.............. 2-6

.............. 2-7

3.3.1 Servo circuit ......................................................................... 3-4

3.3.1.1 Switching point ................................................................ 3-4

3.3.1.2 Slow tracking preset ........................................................ 3-5

3.3.2 Video circuit.......................................................................... 3-5

3.3.2.1 EE Y/PB Y(S-VHS/VHS)level.......................................... 3-5

3.3.3 Audio circuit.......................................................................... 3-5

3.3.3.1 Audio REC FM ................................................................ 3-5

3.3.4 Syscon circuit(EU/EK MODEL) ............................................ 3-6

3.3.4.1 Timer clock ...................................................................... 3-6

3.3.5 PAL/SECAM converter circuit(MS MODEL) ......................... 3-6

3.3.5.1 Colour difference level .................................................... 3-6

3.3.5.2 SECAM burst position ..................................................... 3-6

4. CHARTS AND DIAGRAMS

4.1 BOARD INTERCONNECTIONS ................................................ 4-3

4.2 MAIN(VIDEO/N.AUDIO) SCHEMATIC DIAGRAM..................... 4-5

4.3 MAIN(ON SCREEN) SCHEMATIC DIAGRAM........................... 4-7

4.4

MAIN(SECAM) SCHEMATIC DIAGRAM [HR-S6950MS/S7955MS] ...........

4.5 MAIN(FMA) SCHEMATIC DIAGRAM ........................................ 4-9

4.6 MAIN(SYSCON) SCHEMATIC DIAGRAM................................ 4-11

4.7 MAIN(SW.REG) SCHEMATIC DIAGRAM................................ 4-13

4.8 MAIN(TUNER) SCHEMATIC DIAGRAM.................................. 4-15

4.9 MAIN(FRONT) ,MINI FRONT, S-JACK AND ADV.JOG SCHEMATIC DIAGRAM

4.10

MAIN(MAIN TERMINAL) SCHEMATIC DIAGRAM

4.11

2D DIGITAL SCHEMATIC DIAGRAM [HR-S6950EU/S6955MS/S7955MS] ............

4.12

3D/TBC (2M) SCHEMATIC DIAGRAM [HR-S7950EU/S7955EK]

4.13

TERMINAL(S-SUB) SCHEMATIC DIAGRAM

4.14

TERMINAL(I/O) SCHEMATIC DIAGRAM ....................................

4.15

DEMODULATOR SCHEMATIC DIAGRAM ................................

4.16

S-P CONVERTER SCHEMATIC DIAGRAM [HR-S6955MS/S7955MS] .........

4.17 MAIN CIRCUIT BOARD ......................................................... 4-33

4.18 2D DIGITAL AND 3D DIGITAL/2M CIRCUIT BOARDS ......... 4-36

4.19 DEMODULATOR CIRCUIT BOARD ...................................... 4-37

4.20

S-P CONVERTER CIRCUIT BOARD[HR-S6955MS/S7955MS] ......

4.21

TERMINAL CIRCUIT BOARD ...........................................................

4.22

WAVEFORMS ...................................................................................

4.23

VOLTAGE CHARTS ..........................................................................

4.24

REMOTE CONTROLLER

4.25

FDP GRID ASSIGNMENT AND ANODE CONNECTION

4.26

CPU PIN FUNCTION

4.27

SYSTEM CONTROL BLOCK DIAGRAM

4.28

VIDEO BLOCK DIAGRAM

4.29

AUDIO BLOCK DIAGRAM

4.30

MAIN(MAIN TERMINAL) SCHEMATIC DIAGRAM [SR-V10E, SR-V10EK] .

4.31 MAIN CIRCUIT BOARD [SR-V10E, SR-V10EK] ................... 4-55

4.32

MAIN(SYSCON) SCHEMATIC DIAGRAM [SR-V10E, SR-V10EK]..

5. PARTS LIST

5.1 PACKING AND ACCESSORY ASSEMBLY<M1> ...................... 5-1

5.2 FINAL ASSEMBLY<M2> ............................................................ 5-2

5.3 MECHANISM ASSEMBLY<M4> ................................................ 5-4

5.4 ELECTRICAL PARTS LIST ........................................................ 5-6

3-1

MAIN BOARD ASSEMBLY<03> .................................................... 5-6

3-2

3D D/2M BOARD ASSEMBLY<05> ............................................. 5-12

TERMINAL BOARD ASSEMBLY<06> ......................................... 5-13

A/C HEAD BOARD ASSEMBLY<12> .......................................... 5-15

DEMOD BOARD ASSEMBLY<14> .............................................. 5-15

S.JACK BOARD ASSEMBLY<36>............................................... 5-15

ADV.JOG BOARD ASSEMBLY<38> ............................................ 5-15

LOADING MOTOR BOARD ASSEMBLY<55>............................. 5-15

SCHEMATIC DIAGRAM .................. 4-43

................................................................ 4-44

..................................... 4-45

......................................................... 4-47

......................................................... 4-51

.................... 4-23

........................... 4-25

................... 4-19

............... 4-43

...

4-8

4-17

4-21

4-27
4-29
4-31

4-37
4-38
4-39
4-41

4-53

4-57

The following table indicates main different points between models HR-S7950EU, SR-V10E and SR-V10EK.

ITEM

POWER PLUG CEE 3 PIN
BODY COLOR PURE SILVER DARK GRAY
REPEAT TIMES 100 NO LIMIT
MESECAM USED NOT USED
16:9 USED NOT USED
REAR L-1 INPUT USED(SCART) USED(S,V,LR)
REAR L-2 INPUT USED NOT USED
AV OUT S,LR S,V,LR
SATELLITE CONTROLLER TERMINAL
REMOTE PAUSE TERMINAL USED NOT USED
REMOTE TERMINAL NOT USED USED
BROADCASTING STANDARD B/G,D/K I
STEREO DECODER NICAM/A2 NICAM
LITHIUM BATTERY BACKUP NOT USED USED
VCR PLUS SHOVIEW DELUXE SHOWVIEW VCRplus
INSTANT REC MAX TIME 6H NO
REC LINK USED(L-2) USED(L-1)
VPS USED NOT USED
OSD LANGUAGE 13 LANGUAGES ENGLISH
PRESET DOWNLOAD USED NOT USED
DIRECT REC USED NOT USED
TV AUTO POWER ON USED NOT USED
NEXTVIEW LINK USED NOT USED
REPEAT REC, PLAY NOT USED USED
SELECT RETURN POINT (PLAYBACK)
SERIES REC, PLAY NOT USED USED
MODE LOCK NOT USED USED
DAY, TIME INSERT NOT USED USED
REC SAFETY ON/OFF NOT USED USED
LAST FUNCTION MEMORY NOT USED USED
OSD OFF(REC, PLAY) NOT USED USED
WIRED RCU NOT USED USED
DAILY TIMER RECORD NOT USED USED

Note: Mark is same as left.

Mark — is not used.

MODEL

HR-S7950EU

USED NOT USED

NOT USED USED

SR-V10E

SR-V10EK

1

Important Safety Precautions

Connector

Metal sleeve

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.

v

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.

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

1

S40888-01

v

d'

d

Chassis

Power cord,
primary wire

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

Z

V

Fig. 9

ab

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.

AC inlet

Earth pin

AC Line Voltage

100 V
100 to 240 V
110 to 130 V

110 to 130 V
200 to 240 V

Exposed accessible part

Milli ohm meter

Fig. 10

Region

Japan
USA & Canada

Europe & Australia R 10 MΩ/500 V DC

Region Load Z

Insulation Resistance (R)

≤

R 1 MΩ/500 V DC

≥≥

1 MΩ R 12 MΩ/500 V DC

≤

Table 1 Specifications for each region

Grounding Specifications

Region
USA & Canada
Europe & Australia

Dielectric Strength

AC 1 kV 1 minute
AC 1.5 kV 1 miute
AC 1 kV 1 minute

AC 3 kV 1 minute
AC 1.5 kV 1 minute

(Class 2)
(Class 1)

Grounding Impedance (Z)

≤

Z 0.1 ohm

≤

Z 0.5 ohm

Clearance Distance (d), (d')

≤

d, d' 3 mm

≤

d, d' 4 mm

≤

d, d' 3.2 mm

≤

d 4 mm

≤

d' 8 mm (Power cord)

≤

d' 6 mm (Primary wire)

a, b, cLeakage Current (i)AC Line Voltage

100 V

110 to 130 V

110 to 130 V
220 to 240 V

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

Japan

USA & Canada

Europe & Australia

Table 2 Leakage current specifications for each region

1 kΩ

0.15 µF

1.5 kΩ

2 kΩ

50 kΩ

2

≤

i 1 mA rms Exposed accessible parts

≤

i 0.5 mA rms

≤

i 0.7 mA peak

≤

i 2 mA dc

≤

i 0.7 mA peak

≤

i 2 mA dc

Exposed accessible parts

Antenna earth terminals

Other terminals

S40888-01

SECTION 1

DISASSEMBLY

1.1 Manually removing the cassette tape

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

(1) Unplug the power cord plug from the power outlet.
(2) Refer to the disassembly procedure of the VCR and perform

the disassembly of the major parts before removing the
mechanism assembly. (See Fig. 1-1a)

Fig. 1-1a

Tension arm assembly

Pole base assembly

Pinch roller arm assembly

(3) Unload the pole base assembly by manually turning the gear

of the loading motor until the pole base assembly is hidden
behind the cassette lid. In doing so, hold the tape by the hand
to keep the slack away from any grease. (See Fig. 1-1b.)
In case of mechanical failures, while keeping the tension arm
assembly free from tension, pull out the tape on the pole
base assembly. Take the spring(a) of the pinch roller arm

assembly off the hook, and detach it from the tape.
(4) Remove the screw (a) of the side frame (L/R).
(5) Hold the slack tape and cassette cover together, lift the

cassette tape, top frame, cassette holder and side frames

(L, R) together from the rear and remove them by dis-

engaging the hooks (a) and (b).

Screw(a)

Cassette tape

Hook(a)

Side frame(L)

Cassette holder

Top frame

Side frame(R)

Screw(a)

Hook(b)

Spring(a)

Fig. 1-1c

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

pletes removal of the cassette tape.

Direction of unloading

Fig. 1-1b

1-1

1.2 Removing the major parts

1.2.1 How to read the procedure table

This table shows the steps for disassembly of the externally
furnished parts and board assemblies. Reverse these steps
when re-assembling them.

<Example>

Step/

Loc No.

Part Name

[1] Top cover, 1-3a

Bracket 2(S1c)

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

Fig.
No.

Point Note

4(S1a),(S1b),3(L1a), <Note 1a>
2(SD1a),(P1a),(W1a),
CN1(WR1a),

----------------------------------------

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

(5) Adjustment information for installation

1.2.2

Disassembly procedure

Step/

Loc No.

Part Name

[1] Top cover

[2] Front panel

assembly CN7005(WR2a) <

--------------------------------------------------------------------------

[HR-S7955MS] CN7001(WR2c)
Mini front board assembly

--------------------------------------------------------------------------

(

ADV. Jog board assembly)2(S2b), Knob assembly

--------------------------------------------------------------------------

(Front S jack board assembly)

[3] Mechanism

assembly (S3a), (S3b) <

(Drum assembly) CN1(WR3b),

(Inertia plate) 4(L3b)

(Roller arm assembly) (S3g), (W3a), (P3a),

[4]

[HR-S6955MS, S7955MS]
S/P Converter board assembly

[5]

Main board assembly

[6] Bottom cover

Fig.
No.

1-2-2d

1-2-2d

--------------------------

Point Note

4(S1a), (S1b)

[HR-S7955MS] <

[HR-S6950EU, S6950MS
HR-S7950EU, S7955EK]
CN7001(WR2a),

--------------------------

CN916(WR2b),
2(S2a), 4(L2a), 3(L2b)

(L2c), (L2d),
PC Support

2(S2c)

1-2-2d

CN2001(WR3a), <

--------------------------

(S3c), (S3d), (S3e)

--------------------------

--------------------------

(L3c)

1-2-2d

CN511(WR4a)
2(S4a), (L4a)

1-2-2d

(S5a), 3(S5b), (L5a)

1-2-2d

3(L6a), 5(L6b), 2(L6c)

Note 2a
Note 2b

Note 2a
Note 3a

<

Note 3b

<

Note 3c

<Note 2a>

• Be careful not to damage the connector and wire etc. during
connection and disconnection.

• When connecting the flat wire to the connector, be careful with
the flat wire direction.

<Note 2b>

• When reattaching the Front panel assembly , make sure that
the door opener of the Side frame (R) is lowered in position
prior to the reinstallation.

• When reattaching the Front panel assembly, pay careful atten­tion to the switch lever of the Front panel assembly not to make
it touch the switch knob of the Main board assembly from the
side.

• When reattaching the Front panel assembly , lift the Cassette
door slightly.

Door
opener

Switch
knob

Switch
lever

<Note 3a>

Side
frame(R)

Fig. 1-2-2a

• When reattaching the Mechanism assembly, secure the screws
(S3a to S3b) in the order of a, b.

<Note 3b>

• When reattaching the Mechanism assembly , be sure to align
the phase of the Rotary encoder on the Main board assembly.

• When reattaching the Mechanism assembly, set the “Mecha­nism assembling mode”. (See “section 2 mechanism”.)

• When reattaching the Mechanism assembly to the Main board
assembly, take care not to damage the sensors and switch on
the Main board assembly.

(S3c)

(S3d)

Mechanism

>

assembly

(S3e)

(S3d)

>

Drum
assembly

<Note 3c>

<Note 3c>

<NOTE>
Attach the Drum assembly appropriately,
since the installation state of the Drum assembly
influences the FM WAVEFORM LINEARITY
greatly.

Fig. 1-2-2b

(S3c)

(S3e)

HOOK

• When reattaching the Drum assembly, secure the screws (S3c
to S3e) in the order of c, d, e.

• When handling the drum assembly alone, hold it by the motor
or shaft. Be careful not to touch other parts, especially the video

>
>
>
>

heads. Also take care not to damage the connectors.

Shaft

Motor

Video heads

Fig. 1-2-2c

1-2

NOTE) INERTIA PLATE should be attached so as to ser small

Roller arm assembly

(S4a)

k

h

ONLY USED FOR
HR-S6955MS,
HR-S7955MS

[2] Front panel

assembly

<Note 2b>

Cassette door

<Note 2b>

Knob assembly

The excessive length portion
of wire should be reat as figure.

diameter of central round hole above.

Inertia plate

(L3b)

(S3g)
(W3a)

(P3a)

<Note 3e>

NOTE) When attaching ROLLER ARM ASS'Y,

attach the hook(L3c) before the spring(P3a).

NOTE) After attached ROLLER ARM ASS'Y,
tighten screw(S3g) with slit washer(W3a).

(L3c)

g

(S4a)

(S5a)

h

[4] S/P conveter board

assembly

k

a

(L4a)

f

h

a

h

f

"Z"

ONLY USED
FOR HR-S7955MS

(L2a)

(L2b)

(L2c)

PC Support

(L2d)

[2]Mini front board

(L2a)

(L2b)

[6] Bottom cover

(L6b)

right side

CN1601

A

(S2a)

(S5b)

b

c'

(L6c)

assembly

f

<Note 2a>

<Note 3a>

Q3003

(L5a)

(WR3b)

(S3a)

e

b

f

DRUM

<Note 3c>

c

JS3001

(L6a)

Drum assembly

d

(S3c)

c'

(S5b)

D3001

Q3002

Switch knob
<Note 2b>

d'

c'

b

b

f

(L6a)

back side

CN916

g

a

<Note 3c>

(S3d)

<Note 3c>

c

d

d'

c'

b

e

Make a crease

A/C HEAD

(WR3a)

<Note 2a>

(S3b)
<Note 3a>

[3] Mechanism assembly

<Note 3b>

d

(S2a)

(S3e)

C

N5001

e

[5]Main board

Insert the bushing of POWER CORD
so as not to twist the cord.

assembly

REAR SIDE

(S5b)

JS3001

b

For the prevention of the DRUM FPC damage.
When you attach the Mechanism assembly on Bottom chassis.
Attach the Mechanism assembly after the positioning boss "z" of the
Bottom chassis is matched to the positioning hole of the Mehcanism assembly.

NOTE) INSERT FFC WIRE TO THE CONNECTOR BEFORE

f

ATTACHING JOG/SW PWB TO F.PANEL.

NOTE)INSERT FFC WIRE TO THE CONNECTOR
BEFORE ATTACHING JOG/SW PWB TO F.PANEL.

Back side

CN7003

(WR2a)
<Note 2a>

ADV. Jog board
assembly

(L6b)

(L6a)

(S2b)

f

f

<Note 2a>

(WR4a)

back side

Make a crease

(WR3a)
<Note 2a>

CN511

CN2001

<Phase alignment>
Accord the position of V gap on R. Encoder and PWB silk " ".
Accord the position of Boss on R. Encoder and PWB silk " ".

NOTE) WHEN YOU FIX FRONT S Jack PWB WITH THE SCREW.

PUT JIG UNDER FRONT PANEL ASS'Y.

Front panel assembly back side

Switch lever

<Note 2b>

CN5001

(S1a)

[1] Top cover

(S1a)

(S1b)

Front S Jack board assembly

CN7108

(WR2b)
<Note 2a>

(S2c)

NOTE

1. Insert direction of FFC WIRE as follows.

Right side Back side

electrode side

2. FFC WIRE and DRUM FPC WIRE should
be insert as follows.

OK

90°

CN

3. Insert direction of POWER CORD.

U/U(C)/JPN

WHITE LINE

supporting side

NG

CN CN

Except U/U(C)/JPN

BLUE

(WR2b)

<Note 2a>

To Front S Jack board assembly

Fig. 1-2-2d

CN7001

To Adv. Jog board assembly

right side

(WR2a)
<Note 2a>

B

DETAIL "A"

About 5cm

Make a crease

NEUTRAL

Make a crease

P/S CONV PWB

NEUTRAL

CN5001

ONLY USED
FOR HR-S7955MS

DETAIL "B"

FRONT PANEL

CN7002

CN7005

(WR2a)

Push the FFC wire from the FRONT PANEL
to rear side.

CN5001

(WR2c)

CN7001

1-3

1.3 Emergency display function

This unit saves details of the last two emergencies as the EMG
history and allows the status of the VCR and the mechanism
of each emergency to be shown both on the display and as
OSD information.
When using the emergency function, it is required to set the
VCR to the Jig RCU mode (the mode in which codes from the
Jig RCU can be received).

Jig RCU

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

CUSTOM CODE
43: A CODE

DATA CODE

INITIAL MODE

0 : 00 : 00

E:**:**

*1 : *2 : 34

*5: *6 : *7

*8: *9 : *10

Normal display (Counter or clock)

EMG content display (E:Latest:Previous) See 1.3.4.
[EMG code display mode]

EMG detail information <1> display See 1.3.5.
[Deck and other mode display mode]

EMG detail information <2> display See 1.3.6.
[Cassette display mode]

EMG detail information <3> display See 1.3.7.
[Deck mode history dispaly mode]

Fig. 1-3-1b EMG display of FDP display model

Fig. 1-3a Jig RCU [PTU94023B]

1.3.1 Displaying the EMG information

The EMG detail of information can be displayed by transmit­ting the code "59" from the Jig RCU.

Note:

•

The EMG detail information <1><2> show the information on
the latest EMG.
It becomes “ – – : – – : – –” when there is no latest EMG
record.

0: 00

E: **

1E: **

1: *1

2: *2

3: 34

4: *5

5: *6

6: *7

7: *8

8: *9

9: *10

Normal display

EMG content display (Latest) See 1.3.4.

EMG content display (Previous) See 1.3.4.

EMG detail information <1> See 1.3.5.
[Deck operation mode]
EMG detail information <1> See 1.3.5.
[Mechanism operation mode]
EMG detail information <1> See 1.3.5.
[Mechanism sensor information and Mechanism mode position]
EMG detail information <2> See 1.3.6.
[Type of the cassette tape in use <1>]
EMG detail information <2> See 1.3.6.
[Winding position of the cassette tape in use]
EMG detail information <2> See 1.3.6.
[Type of the cassette tape in use <2> (Winding area)]
EMG detail information <3> See 1.3.7.
[Previous deck operation mode]
EMG detail information <3> See 1.3.7.
[The deck operation mode of the one before the last]
EMG detail information <3> See 1.3.7.

[The deck operation mode of the one prior to one above]

Fig. 1-3-1a EMG display of 7segment LED display model

<Reference> EMG display of FDP display mode

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

The FDP shows the EMG content in the form of “E:**:**”.

<Example 1> E : 01 : 03

Previous EMG

Latest EMG

<Example 2> E : – – : – –

No EMG record

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

The FDP shows the EMG detail information <1> in the form
of “ * 1 : * 2 : 34 ”.

* 1 : Deck operation mode at the moment of EMG
* 2 : Mechanism operation mode at the moment of EMG
3– : Mechanism sensor information at the moment of

EMG

–4 : Mechanism mode position at the moment of EMG

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

The FDP shows the EMG detail information <2> in the form
of “ * 5 : * 6 : * 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)

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

The FDP shows the EMG detail information <3> in the form
of “*8 : *9 : *10”.

* 8 : Previous deck operation mode at the moment of

EMG

* 9 : The deck operation mode of the one before the last

at the moment of EMG

* 10 : The deck operation mode of the one prior to one

above at the moment of EMG

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

set the display.

1.3.2 Clearing the EMG history

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

1-4

1.3.3 Details of the OSD display in the EMG display mode

During the EMG display, the OSD shows the data on the deck
mode, etc. The details of the display contents are as follows.

Notes:

•

The display is variable depending on the part No. of the
System Control microcomputer (IC3001) built into the
VCR. In the following, refer to the figure carrying the same
two characters as the top two characters of the part
number of your IC.

•

The sensor information in the OSD display contents is par-

tially different from the mechanism sensor information in
EMG detail information <1>.

[For *HD only]

AA BB CC

DD EE FF

GGGG HHHH

I I JJJJ

KKKK LLLL MMMM

ROM No.

[For MN* only]

AA BB CC DD EE

FF GG HH I I J J

KK LL MM NN OO

PP QQ RR SS T T

UU VV WW XX YY

A A : Deck operation mode (See EMG detail information <1>.)
BB :

Mechanism operation mode (See EMG detail of information <1>.)
C C : Mechanism transition flag
D D : Capstan motor control status
E E : Loading motor control status
F F : Sensor information (See sensor information details.)
GG : Capstan motor speed
HH : Key code (JVC code)
I I : Supply reel winding diameter data, higher 8 bits.
J J : Supply reel winding diameter data, lower 8 bits.
KK : Mechanism sensor information & mechanism mode position

(See EMG detail of information <1>.)
L L : Tape speed data, higher 8 bits.
MM : Tape speed data, lower 8 bits.
N N : Cassette tape type <2>, higher 8 bits.

(See EMG detail of information <2>.)
OO : Cassette tape type <2>, lower 8 bits.

(See EMG detail of information <2>.)
P P : General data display area

Y Y : General data display area

*FF: Sensor information details

<Display>

** h

********

Encoder data
(See Mechanism mode sequence.)

Cassette tab present = 1
Cassette tab broken = 0

Cassette absent = 1
Cassette present = 0

Start sensor

End sensor

A A : Key code (JVC code)
B B : Deck operation mode (See EMG detail information <1>.)

Mechanism operation mode (See EMG detail information <1>.)

CC :
D D : Sensor information (See sensor information details.)
E E : Capstan motor speed (Search, double speed)
F F : Tracking value

GGGG: Cassette tape type <2>, 16 bits.

(See EMG detail information <2>.)

HHHH : Supply reel winding diameter data

I I : Capstan motor speed (FF/REW, double speed)
JJJJ: Tape speed data, lower 8 bits.
KKKK : General data display area
LLLL : General data display area

MMMM : General data display area

*DD: Sensor information details

<Display>

** h

********

Encoder data
(See Mechanism mode sequence.)

Remote pause

End sensor

Start sensor

Cassette tab present = 1
Cassette tab broken = 0

[For both MN*/HD*]

Mechanism mode sequence

Mechanism mode - Encoder data

LSA

LSB

LSC

LSD

No. Position Encoder data

21

Encoder output = Low

or

Trerminal - GND = SHORT

1
2
3
4
5
6
7
8

9
10
11
12

EJECT 0 h = 0000
EJECT1 1 h = 0001
EJECT2 2 h = 0010

ULSTOP 3 h = 0011

UPPER 4 h = 0100

ONSTOP(PLAY) 5 h = 0101

FWD/SS 6 h = 0110

REV/SS 7 h = 0111

OFFSTOP 8 h = 1000

FFREW-BRAKE 9 h = 1001

FFREW A h = 1010
MIDDLE F h = 1111

543

Encoder output = High

or

Trerminal - GND = OPEN

LSD

9876

LSC

LSB

LSA

12345

1110

GND

1-5

1.3.4 EMG content description

EMG 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

EU1:
Head clog warning
history

1-6

If the mechanism mode does not change to the next mode within 4 sec­onds after the loading motor starts rotating in the loading direction, while
the mechanism is in the after-loading position (with the tape up against
the pole base), [E:01] is identified and the power is switched OFF.
However, if the tape loading is not completed within 4 seconds after
the loading motor starts rotating in the loading direction, the tape is
simply unloaded and ejected. No EMG data is recorded in this case.

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 falling edje of 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. In this case, however, the mecha­nism should be in position after tape loading. Note that the reel
EMG is not detected during Slow/Frame advance operations.

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.

If the cassette does not reach the eject position within about 0.7
seconds after the cassette housing has started the cassette ejec­tion operation, [E:05] is identified, the drive direction is reversed
to load the tape, the mode is switched to STOP mode with the
pinch roller OFF, and the power is switched OFF.
During the cassette insertion process, the drive direction is reversed
and the cassette is ejected if the tape is not up against the pole
base within about 3 seconds after the start of the cassette pulling­in operation. If the cassette does not reach the eject position within
about 0.7 seconds after the drive mode reversal operation, [E:05]
is identified and the power is switched 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 SLOW/
STILL modes.
Note that, if the part number of the System Control IC begins with
“MN” or “M3”, the capstan EMG is not detected even during the
FF/REW operation.

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 falling edge of 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). In this case, however, the mechanism should be
in the position after tape loading (with the tape up against the pole
base). Also note that the reel EMG is not detected during Slow/
Frame advance operations.

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:U1] is identified and recorded in the emergency history.
During the period in which the head clog is detected, the FDP shows "U:01" and the OSD repeats the “3 seconds of warning display” and the “7 seconds of
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.

1. The mechanism is locked in the middle of the mode transition during a tape loading operation.

2.

The mechanism overruns during the tape loading operation because the SYSCON cannot recognize
the mechanism mode normally. This problem is due to a cause such as a rotary encoder failure.

3.

Power is not supplied to the loading MDA. (M12V/Vcc/Vref/ICP are disconnected in
the middle.)

1.

The mechanism is locked in the middle of mode transition.

2.

Without an eject signal being sent from the SYSCON, unloading is attempted (i.e. Ejec­tion is attempted while the tape is still inside the mechanism.) because the SYSCON
cannot recognize the mechanism mode normally. This is due to a cause such as a
rotary encoder failure. (Mechanism position: UPPER)

3.

Power is not supplied to the loading MDA. (M12V/Vcc/Vref/ICP are disconnected in the middle.)

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 because the mechanism mal­functions for some reason.

2)

The idler gear is meshed with the take-up reel gear, but incapable of winding due to

too large mechanical load (abnormal tension);

3)The reel is rotating normally but an FG pulse is not generated due to the take-up reel
sensor failure.

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 because the mechanism mal-

functions for some reason.

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 reel rotates normally but the FG pulse is not generated due to a supply reel
sensor failure.

3.

Power(SW5V) is not supplied to the reel sensor on the tape winding side.

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;

2)

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

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 (M12V) 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 (M12V) 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 (occur-

rence 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 (M12V, SW5V) are 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.

4.

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

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 (5V) to the sensor is not supplied. (Connection failure/soldering failure)

5. The FG pulse is not sent to the System Controller CPU.

6.

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

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.

1.

The supply reel pulse is not generated in the FWD transport mode (PLAY/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 reel is rotating normally but the FG pulse is not generated due to a supply reel

sensor failure.

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 take-up 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 reel is rotating normally but the FG pulse is not generated due to a take-up reel

sensor failure.

3.

The power (SW 5V) to a reel sensor is not supplied.

Table 1-3-4a

1.3.5 EMG 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 EMG can be confirmed based on the figure in EMG
detail information <1> .

[FDP/OSD display]

* 1 : * 2 : 34

* 1 : Deck operation mode at the moment of EMG
* 2 : Mechanism operation mode at the moment of EMG
3– : Mechanism sensor information at the moment of EMG
–4 : Mechanism mod

e position at the moment of EMG

Note:

•

For EMG detailed information <1>, the content of the code
that is shown on the display (or OSD) differs depending on
the parts number of the system control microprocessor
(IC3001) of the VCR. The system control microprocessor parts
number starts with two letters, refer these to the correspond­ing table.

*2 : Mechanism operation mode
[Table of MN*]

Display

00 Command standby (No command to be executed)
01 Immediate Power OFF after EMG occurrence
02 Loading from an intermediate position during mechanism initialization
03 Unloading due to EMG occurrence during mechanism initialization
04 Ejecting cassette (ULSTOP to EJECT)
05 Inserting cassette (EJECT to ULSTOP)
06 Loading tape (ULSTOP to PLAY)
07 Unloading tape (PLAY to ULSTOP)
08 Transition from pinch roller ON to STOP
09 Transition from pinch roller OFF to STOP (PLAY to OFFSTOP)
0A Transition from pinch roller OFF to STOP at power OFF
0B Transition from pinch roller ON to STOP at power ON
0C Transition to PLAY
0D Transition to Search FF
0E Transition to REC
0F Transition to FWD STILL/SLOW
10 Transition to REV STILL/SLOW
11 Transition to Search REV
12 Transition from FF/REW to STOP
13 Transition to FF
14 Transition to REW
15 Tape end detection processing during loading
16 Short FWD/REV at tape sensor ON during unloading
17 Transition to FF/REW brake mode

Mechanism operation mode

*1 : Deck operation mode
[Common table of MN* and HD]

Display

MN* HD*

00 - Mechanism being initialized
01 00 STOP with pinch roller pressure off (or tape present with P.OFF)
02 01 STOP with pinch roller pressure on
03 - POWER OFF as a result of EMG
04 04 PLAY (Normal playback)
0C 0E REC
10 11 Cassette ejected
20 22 FF
21 - Tape fully loaded, START sensor ON, short FF
22 - Cassette identification FWD SEARCH before transition to FF (SP

24 26 FWD SEARCH (variable speed) including x2-speed
2C 2E INSERT REC
40 43 REW
42 - Cassette identification REV SEARCH before transition to REW (SP

44 47 REV SEARCH (variable speed)
4C 4C AUDIO DUB
6C 6E INSERT REC (VIDEO + AUDIO)
84 84 FWD STILL / SLOW
85 85 REV STILL / SLOW
8C 8F REC PAUSE
8D - Back spacing
8E - Forward spacing (FWD transport mode with BEST function)
AC AF INSERT REC PAUSE
AD - INSERT REC back spacing
CC CD AUDIO DUB PAUSE
CD - AUDIO DUB back spacing
EC EF INSERT REC (VIDEO + AUDIO) PAUSE
ED - INSERT REC (VIDEO + AUDIO) back spacing

x7-speed)

x7-speed)

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 (Normal playback)
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 detec-

tion 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)
FF Tape being unloaded

Mechanism operation mode

1-7

3– : Mechanism sensor information
[Common table of MN* and HD*]

Display

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

REC safety SW

Tab broken = 0 Sensor ON = 0 Sensor ON = 0
Tab present = 1 sensor OFF = 1 Sensor OFF = 1

Mechanism sensor information

Start sensor End sensor

ON

OFF

OFF
OFF

ON

ON
OFF
OFF

ON
OFF
OFF

ON
OFF

ON
OFF
OFF OFF

Mechansim

position sensor

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

OFF

ON

*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.

–4 : Mechanism mode position
[Common table of MN* and HD*]

Mechanism

sensor

information

Dis-

play

Deck operation mode

-0 Not established

-1 EJECT EJECT position

-2 EJECT-EJECT1 Intermodal position

-3 EJECT1 EJECT1 position

-4 EJECT1-EJECT2 Intermodal position

-5 EJECT2 EJECT2 position

-6 EJECT2-ULSTOP Intermodal position

Even number
(0, 2, 4, 6, 8,
A, C, E)

-7 ULSTOP ULSTOP position

-8 ULSTOP-UPPER Intermodal position

-9 UPPER Loading (unloading) tape

-A UPPER-ONSTOP Intermodal position

-B ONSTOP PLAY position

-C PLAY-FWD/SS Intermodal position

-D FWD/SS

FWD (FWD Still/Slow) position

-E FWD/SS-REV Intermodal position

-F REV

REV (REV Still/Slow) position

-0 REV-OFFSTOP Intermodal position

-1 OFFSTOP Pinch roller OFF position
Odd number
(1, 3, 5, 7, 9,
B, D, F)

-2

OFFSTOP-FFREWB

Intermodal position

-3 FFREWB FF/REW Brake position

-4 FFREWB-FFREW Intermodal position

-5 FFREW FF/REW position

1.3.6 EMG 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/OSD display]

*5 : *6 : *7

* 5 : Type of the cassette tape in use <1>
* 6 : Winding position of the cassette tape in use
* 7 : Type of th

e cassette tape in use

<2>

(Winding area)

Note:

•

EMG detail information <2> is the reference information
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.

*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
21 sections using a hex number from “00” to “14”.

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

*7 : Cassette tape type <2> (Winding area)

Display

00
04 - 08
05 - 06
05 - 0C
06 - 0C
06 - 0C
07 - 08
09 - 0B
0C - 0D
0D - 0F
0E - 10
10 - 12
10 - 13
11 - 14
12 - 14
13 - 14
13 - 14
13 - 14
13 - 14
15 - 16
16 - 17
17 - 18
19 - 1B

Cassette tape type <2>

Cassette type not identified
C cassette, thick tape TC-10
Small reel, thick tape T-20
C cassette, thick tape TC-20P
C cassette, thin tape TC-40
C cassette, thin tape TC-30
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-90(DF-180)
Small reel, thick tape T-100
Small reel, thin tape T-140
Small reel, thick tape T-120(DF-240)
Small reel, thick tape T-130
Small reel, thin tape T-160
Small reel, thin tape T-210(DF-420)
Small reel, thin tape T-180(DF-360)
Small reel, thin tape T-168
Small reel, thick tape DF-300
Large reel T-20
Large reel T-30
Large reel T-40
Large reel T-60

(Reference) Word data
(Beginning) (End)

(0497 - 0506) (0732 - 0858)

(05A9 - 0661)
(0599 - 05FF) (0AA1 - 0C07)
(0623 - 063D) (0C41 - 0CC3)
(0611 - 0638) (0C0C - 0CB2)

(07CC - 08E5)

(09FD - 0B78)

(0C20 - 0DFC)

(0D31 - 0F3E)

(0E43 - 107F)

(10E1 - 120C)

(1073 - 1313)

(1185 - 1429)
(12D3 - 141F)
(1373 - 14C3)
(1357 - 14C0)
(1395 - 14EE)

(13A8 - 14CE)

(1536 - 1618)
(1647 - 175A)
(1759 - 189C)
(1989 - 1B2F)

Note:

•

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

1.3.7 EMG detail information <3>

Three deck operation modes preceding the deck operation
mode in which the EMG occurs may be confirmed based on
the figures in the EMG information detail <3>. For the contents
of the displayed information, see the table "Deck operation
mode" in section "1.3.5 EMG detail information <1>".

1-8

1.4 Service position

This unit has been designed so that the Mechanism and Main
board assemblies can be removed together from the chassis
assembly. Before diagnosing or servicing the circuit boards,
take out the major parts from the chassis assembly.

1.4.1 How to set the “Service position”

(1) Refer to the disassembly procedure and perform the dis-

assembly of the major parts before removing the Mecha­nism assembly.

(2) Remove the screws that fix the Mechanism assembly to the

Chassis assembly. If any other screws are used to fix the
boards, remove them also.

(3) Remove the combined Mechanism and Main board assem-

blies.
(4) If any other major parts are used, remove them also.
(5) Connect the wires and connectors of the major parts that

have been removed in steps (1) to (4). (Refer to Fig. 1-2-2d.)
(6) Place the combined Mechanism, Main board and other

board assemblies upside down.
(7) Insert the power cord plug into the power outlet and then

proceed with the diagnostics and servicing of the board as-

sembly.

Notes:

•

Before inserting the power cord plug into the power out­let, make sure that none of the electrical parts are able to
short-circuit between the workbench and the board as­sembly.

•

For the disassembly procedure of the major parts and de­tails of the precautions to be taken, see “1.2 Removing
the major parts”.

•

If there are wire connections from the Main board and
Mechanism assemblies to the other major parts, be sure
to remove them (including wires connected to the major
parts) first before performing step (2).

•

When carrying out diagnosis and repair of the Main board
assembly in the “Service position”, be sure to ground both
the Main board and Mechanism assemblies. If they are im­properly grounded, there may be noise on the playback
picture or FDP counter display may move even when the
mechanism is kept in an inoperative status.

•

In order to diagnose the playback or recording of the cas­sette tape, set the Mechanism assembly to the required
mode before placing it upside down. If the mechanism
mode is changed (including ejection) while it is in an up­side down position the tape inside may be damaged.

•

For some models, the mechanism and board assemblies
are attached by connectors only. When carrying out a di­agnosis or repair of the boards in the “Service position”,
make sure that the connectors are not disconnected.

ONLY USED FOR
HR-S6955MS,
HR-S7955MS

CN1601

CN916

CN511

1.5 Jig RCU mode

This unit uses the following two modes for receiving remote
control codes.

1) User RCU mode : Ordinary mode for use by the user.

2) Jig RCU mode : Mode for use in production and servic­ing.

When using the Jig RCU, it is required to set the VCR to the
Jig RCU mode (the mode in which codes from the Jig RCU
can be received). As both of the above two modes are stored
in the EEPROM, it is required to set the VCR back to the User
RCU mode each time that an adjustment is made or to check
that the necessary operations have been completed. These
modes can be set by the operations described below.

1.5.1 Setting the Jig RCU mode

(1) Unplug the power cord plug from the power outlet.
(2) Press and hold the “REC” and “PAUSE” buttons on the VCR

simultaneously, while plugging the power cord plug into the
power outlet.
When the VCR is set to the Jig RCU mode, the symbols
( “ : ” ) in the time display of the FDP are turned off.

1.5.2 Setting the User RCU mode

(1) Turn off the power.
(2) Press the “REC” and “PAUSE” buttons of the VCR simulta-

neously. Alternatively, transmit the code “80” from the Jig
RCU.

1.6 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”.

1.6.1 How to set the “Mechanism service mode”

(1) Set the VCR to the Jig RCU mode (the mode in which codes

from the Jig RCU can be received).
(2) Transmit the code “E5” from the Jig RCU.
(3) Release the lug of the Cassette holder and then slide the

Cassette holder toward the direction where the Cassette

holder is loaded by manually.
(4) The cassette holder lowers and, when the loading has com-

pleted, the mechanism enters the desired mode.
When the VCR is set to the Mechanism service mode, the

symbols (“Timer”) in the FDP (LED) are blinked.

1.6.2 How to exit from the "Mechanism service mode"

(1) Unplug the power cord plug from the power outlet.

VR1603

BURST

VR1601

R-Y

VR1602

B-Y

S/P converter
board assembly

VR2251
REC AGC ADJ

TP111

D.FF
TP4001
CTL.P

TP106
PB.FM

TP2253
A.PB.FM

C3025

Timer clock

Fig. 1-4-1a

Main board
assembly

CP3001

CP4001

CN7001

To Adv. jog board assemblyTo Front S jack board assembly

1-9

1.7 Maintenance and inspection

1.7.1 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.

Note:

Absolutely avoid sweeping the upper drum vertically as

•

this will cause damage to the video head.

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

soak a piece of closely woven cloth with alcohol and while
holding the cloth onto the upper drum by the fingers, turn
the upper drum counterclockwise.

(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 cassette tape.

A/C head

Video heads

Fig. 1-7-1a

1.7.2 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.

1.7.3 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

Drum assembly

A/C head

Pinch roller arm assembly

Tape transport

Drive

Other

Full erase head

Tension arm assembly

Capstan motor (Shaft)

Guide arm assembly

Capstan motor

Capstan brake assembly

Main brake assembly

Belt (Capstan)

Loading motor

Clutch unit

Worm gear

Control plate

Rotary encoder

Operation hours

1000H

C,X

C,X

C

C

C

C

C

X

2000H

X

C,X

C

C

C

C

C

X

X

X

X

X

X

X

X

X

C : Cleaning
X : Inspection or Replacement if necessary

1.8 Servicing items related to video navigation

The video navigation function built into this unit works by stor­ing the video navigation data in the internal EEPROM and writ­ing data in the cassette tape simultaneously.
The video navigation data stored in the EEPROM cannot be cop­ied to another EEPROM. Therefore, when the circuit board mount­ing the EEPROM is replaced, the original EEPROM should be
mounted on the new board. This will make the user’s video navi­gation data usable with the new circuit board after replacement.
However, the user’s data cannot be restored if the EEPROM on
the original circuit board is damaged.

Note:

• If the circuit board mounting the EEPROM or the EEPROM
alone has been replaced, it is required to perform confir­mation/re-adjustment on all of the adjustment items us­ing the EVR as well as those which are adjusted by trans­mitting adjustment codes from the Jig RCU.

1-10

SECTION 2

MECHANISM

2.1 Before disassembling

2.1.1 Notes

This model’s mechanism relates closely to the rotary encoder
and system control circuit (the rotary encoder is meshed with
the control cam).
The system control circuit detects the mechanism condition
using the rotary encoder’s phase (internal switch phase).
Therefore, the parts such as the rotary encoder, control plate,
loading gear and control cam need to be installed correctly in
order for the mechanism to operate properly. (For the mecha­nism phase adjustment, refer to the installation of each part.)

• For the disassembly procedure of the major parts of the main
unit and notes, refer to the “section 1 disassembly”.

• Before using a soldering iron, be sure to disconnect the
power plug from the AC outlet.

• Do not touch any of the adjustment points until a defect po­sition is specified.

• When plugging or unplugging the connector, be sure not to
damage the wire.

• Be sure the springs are hooked all the way around and in
the correct direction.

• When performing repairs, take care not to damage a catch,
etc.

2.1.3 Setting the mechanism assembling mode

The mechanism-assembling mode is provided with this mecha­nism. When disassembling and assembling, it is required to
engage this mode.
Set the mode by adopting the following procedures.
(1) Remove the mechanism assembly using the disassembling

procedure.

(2) Turn gear (a) of the loading motor manually to set the mecha-

nism assembly to the eject end mode. Make sure that the
main deck is connected to the guide hole (a) of the drive
lever and the seal (a) of the main deck is connected to the
mark “E” of the control plate. This condition is called the
mechanism-assembling mode.

Seal (a)

“E” mark

CONTROL PLATE

Guide hole (a)

DRIVE LEVER

<Example>

OK NG

not hooked all the

()

way around

Fig. 2-1-1a

2.1.2 Mechanism operation check

When the mechanism is operated without a cassette loaded,
operate the mechanism in the mechanism service mode. (Re­fer to the "section 1 disassembly".)

LOADING MOTOR

Loading

Gear (a)

Unloading

Fig. 2-1-3a

2-1

2.1.4 Layout of the main mechanism parts

Full erase head

Pole base assy

(supply side)

Tension arm assy

Tension arm base

Rec safety lever

T17

T1

T16

T15

T14

T2

Reel disk

(supply side)

Pole base assy

(take-up Side)

T13

Load gear assy

(take-up side)

T12

Idler arm

T3

A/C head

B15

Fig. 2-1-4a

B1

Direct gear

Fixing plate

B2

Main brake assy

T4

(take-up side)

T11

Ider gear 1/2

T10

Load gear assy

B3

(supply side)

T5

Pinch roller arm assy

T6

Lid guide

Guide arm assy

T7

T8

Brake lever

T9

Drive lever

Reel disk
(take-up side)

Side frame(L)

Capstan motor

Capstan brake

Press lever

Control cam

L2

B11

Belt

B14

B13

B12

B10

Loading motor assy

B8

B9

Fig. 2-1-4b

Clutch unit assy

B7

Change lever

B4

Load gear

B5

Control plate

B6

Tension arm lever

Side frame(R)

R1

2-2

Earth spring(1)

Fig. 2-1-4c

L1

Fig. 2-1-4d

2.1.5 Disassembling procedure table

Front(T)/Back(B) of mechanism

Number of removal steps

Earth spring (1)

Top frame

Cassette holder

Side frame (L)

Drive arm

Side frame (R)

Lid guide

Idler arm

Idler gear 1/2

Main brake (T)

Reel disk (T)

Tension arm

Tension arm base

Press lever

Control cam

Capstan brake assy

Loading motor assy

Belt

Fixing plate

Load gear

Loading gear assy (S)

Loading gear assy (T)

Control plate

Clutch unit

Direct gear

Removal parts

Symbols and numbers

Symbols and numbers

(Reference items)
Replacement parts

2.1 Earth spring (1) T 1

2.1 Top frame T 2 1

2.1 Cassette holder T 3 1 2

2.1 Side frame (L) T 3 1 2

2.1Drive arm T51234

2.1 Side frame (R) T 3 1 2

2.2 A/C head T 1

- FE head T/B 1

2.3 Guide arm assy T 1

2.3 Lid guide T 1

2.3

Pinch roller arm assy

T2 1

2.4 Idler arm T 4123

2.4 Idler gear 1/2 T 5123 4

2.5 Main brake assy (T) T 6123 45

2.5 Reel disk (T) T 7123 456

2.5 Tension arm T 6123 45

2.5 Reel disk (S) T 7123 45

2.5 Tension arm base T 7123 45

-T-up head T 8123 45

-T-up lever T 8123 45

2.5Brake lever T8123

456

2.5 Rec safety le ver T 7 1 2 3456

2.6 Press lever B 1

2.6 Control cam B 2

2.6 Capstan brake assy B 3

2.6 Loading motor assy B 4

2.7 Belt B 1

2.7 Capstan motor T/B 2

- Wire holder T/B 1

2.7 Fixing plate B 1

2.7 Load gear B 2

2.7

Loading gear assy(S)

B3

2.7

Loading gear assy(T)

B4

- Pole base assy(S) T/B 4

- Pole base assy(T) T/B 5

- Load gear base B 5

2.7 Control plate B 6

-Drive lever T/B10123456

2.8 Clutch unit B 2

2.8 Direct gear B 3

- Change lever T/B 6 1 2

- Tension arm lever T/B 14 1 2 3 4 5

6

6

67

67

7

1

12

123

1

1

12

123

123

1234

1234

12 345

78 9

1

12

345

6789 101112 13

L1 - - L2 - R1 T6 T12 T11 T4 T10 T16 T15B12B11B13 B9 B10 B2 B4 B3 B1 B5 B8 B15

L1

-

-

L2

­R1
T3

T17

T7
T6
T5

T12
T11

T4

T10
T16
T13
T15

-

­T8

T14
B12
B11
B13

B9

B10
B14

­B2
B4
B3
B1
T1
T2

­B5
T9
B8

B15

B7
B6

This table shows the order of parts removal when replacing each part. For replacement, remove the parts in the order of 1 to 13
shown in the table and install the parts in the reverse order.
The symbol number before each part name shows the number in the figure “Layout of the main mechanism parts”. T and B on the
right of each part name show the side from which the part should be removed (T: From the front of the mechanism, B: From the
rear of the mechanism, T/B: From both sides).

2-3

2.2 Replacement of the main mechanism parts

2.2.1 Cassette holder

2.2.1.1 Removal

(1) Remove the screws (a) and (b).
(2) Hold up the top frame, cassette holder assembly, drive arm

assembly and side frames (L/R) all together and remove
them by releasing the hooks (a) and (b).

Screw (a)

Screw (b)

2.2.1.3 Disassembling

(1) Release hook (a) to remove the earth spring (1) from the

top frame.

(2) Release the catches (a) and (b) and pull the top frame in

the direction shown by the arrow (a) to remove it.
(3) Pull out the side frame (R).
(4) Pull out the cassette holder assembly and drive arm assem-

bly from the side frame (L).

Hook (a)

Catch (a)

Catch (b)

Hook (a)

Hook (b)

Fig. 2-2-1a

2.2.1.2 Installation (phase adjustment)

(1) Turn gear (a) of the loading motor assembly so that the main

deck connects to the guide hole (a) of the drive lever.
(2) Hook the main deck to hooks (a) and (b).
(3) Place the projection of the drive lever to section (a) of the

side frame (R) and install the cassette holder to the main

deck. Make sure that the bosses of the side frame (L/R) con-

nect with the holes (a) and (b) of the main deck.
(4) Secure screws (a) and (b).

Screw (a)

Screw (b)

Hook (a)

Hook (b)

Hole

(a)

Section
(a)

Hole (b)

Guide hole (a)

DRIVE
LEVER

EARTH SPRING(1)

Arrow (a)

TOP FRAME

SIDE
FRAME(L)

CASSETTE HOLDER
Assembly

DRIVE ARM Assembly

SIDE FRAME(R)

Fig. 2-2-1c

2.2.1.4 Assembling (installation and phase adjustment)

(1) Turn gear (a) of the loading motor assembly so that the main

deck connects to the guide hole (a) of the drive lever.

(2) Place the projection of the drive lever on section (a) of the

side frame (R) and install the side frame (R) to the main deck.
(3) Secure screw (b).
(4) Place section (b) of the drive arm on the gear of the side

frame (R). Make sure that the pin of the door opener con-

nects with section (c) of the drive arm.
(5) Place the drive arm on section (d) of the side frame (L) and

install the side frame (L) on the main deck. Be sure to con-

nect the earth spring (1) to the side frame (L).
(6) Secure screw (a).
(7) Turn gear (a) of the loading motor assembly until the drive

arm is vertical.
(8) Place the slit of the side frame (L/R) at the foot of the cas-

sette holder assembly and install the cassette holder.
(9) Place the top frame on the position guide (a) of the side

frame (L/R) and push it in the direction shown by the arrow

(a) for installation.
(10) Hook the earth spring (1) to the hook (a) of the top frame.

2-4

Gear (a)

Fig. 2-2-1b

SIDE FRAME(R)

(Temporary height)

11mm

HEAD BASE

A/C HEAD

Screw (b)

2.2.2 A/C head

2.2.2.1 Removal

(1) Remove screws (a) and (b).
(2) Remove the A/C head together with the head base.
(3) Remove the screws (c), (d) and (e) to remove the spring (a)

and the A/C head from the Head base.

Section (a)

DRIVE LEVER

Cassette Holder Assembly

Screw (a)

Guide hole (a)

Gear (a)

Section (c)

Section

(b)

Screw (e)

Screw (c)

Spring (a)

Screw (a)

HEAD BASE

Screw (d)

A/C HEAD

Screw (b)

Fig. 2-2-2a

2.2.2.2 Installation (initial setting)

To install the A/C head to the head base, secure the screws in
the order of (c), (d) and (e). To make the adjustment easy, tem­porarily elevate the A/C head.

SIDE FRAME(R)

DRIVE ARM(L)

Section (d)

Hook (a)

EARTH SPRING(1)

SIDE FRAME(L)

TOP FRAME

Fig. 2-2-1d

DRIVE ARM(R)

Position guide (a)

Arrow (a)

Fig. 2-2-2b

2-5

2.2.3 Guide arm, pinch roller arm

2.2.3.1 Removal

(1) Remove the spring (a) from the hook (a) and detach the

guide arm assembly.
(2) Release the catch (a) to remove the lid guide.
(3) Remove the spring (b) from the hook (b) and detach the

pinch roller arm assembly.

2.2.4 Idler arm, idler gear 1/2

2.2.4.1 Removal

(1) Release the catches (a) and (b) to detach the idler arm.
(2) Detach the idler gear 1/2.

IDLER ARM

Catch (b)

Pinch roller arm assembly

Hook (a)Guide arm assembly Spring (a)

Catch (a)

Spring (b)

PRESS
LEVER

Hook (b)

LID GUIDE

Catch

(a)

IDLER GEAR 1/2

IDLER ARM

IDLER GEAR 2

IDLER GEAR 1

LID GUIDE

Guide arm assembly

2-6

Fig. 2-2-3a

Pinch roller arm
assembly

PRESS
LEVER

Fig. 2-2-4a

2.2.5 Main brake (T), brake lever, tension arm,
reel disk (S/T), Rec safety lever

2.2.5.1 Removal

(1) Remove the spring (a). (Detach section (b) of the spring (a).)
(2) Release the catch (a) to detach the main brake (T).
(3) Release the catch (b) to detach the reel disk (T) and the

spacer.

(4)

Lift up and turn section (b) of the brake lever counterclockwise

to remove the brake lever.
(5) Remove the spring (b) from the hook (a).
(6) Release the catch (c) to detach the tension arm.
(7) Release the catch (d) to detach the reel disk (S) and the

spacer.
(8) Remove the spring (c) from the hook (b).
(9) Turn the tension arm base in the direction shown by arrow

(a) to release catch (e). Place the projections of the tension

arm base to the holes (a) to detach the tension arm base.
(10) While releasing the catch (f), turn the Rec safety lever

counterclockwise to remove it.

Tension arm assembly

Catch (d)

Catch (c)

Screw (a)

Screw (a)

Loading motor
assembly

Solder (a)

Slit washer (a)

Slit washer
(b)

Catch (b)

Capstan brake assembly

CONTROL CAM

Slit washer (b)

PRESS LEVER

Capstan
brake assembly

CONTROL
CAM

Loading
motor
assembly

Spring (b)

Catch (c)

Hook (a)

Catch (d)

REEL DISK(S)

Main brake (T) assembly

Section (b)

Spring (a)

Spring (a)

BRAKE
LEVER

2.2.6 Press lever, control cam, capstan brake assembly,
loading motor assembly

2.2.6.1 Removal

(1) Remove the slit washer (a) to detach the press lever.
(2) Release the slit washer (b) to detach the control cam.
(3) Release the catch (b) to detach the capstan brake assem-

bly.
(4) Remove the solder (a).
(5) Remove the screw (a).
(6) Release the catches (c) and (d) to detach the loading motor

assembly.

Tension arm base
assembly

REC SAFETY
LEVER

Tension arm base assembly

Arrow (a)

Hole (a)

Catch (e)

Hole (a)

Hook (b)

Catch (a)

Tension arm
assembly

Main brake (T)
assembly

REEL DISK(T)

REEL DISK(S)

SPACER

REEL DISK(T)

Catch (b)

BRAKE
LEVER

Spring (c)

REC
SAFETY
LEVER

Catch (f)

Fig. 2-2-5a

Fig. 2-2-6a

2-7

2.2.6.2 Installation (phase adjustment)

(1) Attach the loading motor assembly to the main deck.
(2) Secure the screw (a).
(3) Solder the wire to section (a).
(4) Arrange the wire along with the position guide (b).
(5) Attach the capstan brake assembly to the main deck.
(6) Place the main deck on the guide hole (a) of the control plate.
(7) Place the main deck on the guide hole (b) of the drive lever.
(8) Place the main deck no guide hole (c) of the control cam to

install the control cam.

(9) Move the capstan brake in the direction shown by the arrow

(a) to attach the press lever to the shaft (a). Make sure that
the boss of the press lever fits in the control cam, and that
the shaft (b) of the pinch roller arm assembly connects with
the hole of the press lever.

(10) Attach slit washer (a) to shaft (a).

Wire (black)Wire (red)

Section (a)

Capstan brake assembly

Note:

• When replacing the worm bearing of the loading motor as-

sembly, attach it according to the following specification.
If worm bearing is not attached correctly, a mechanism
noise may occur. (See Fig. 2-2-6c)

LOADING MOTOR

WORM BEARING

6.8 ± 0.2 mm

Fig. 2-2-6c

2.2.7 Capstan motor, load gear, control plate

2.2.7.1 Removal

(1) Detach the belt.
(2) Check that the FFC connector on the drum is disconnected.
(3) Release the catch (a) to remove the FFC wire.
(4) Remove the screws (a) to detach the capstan motor.
(5) Remove the screws (b) to detach the fixing plate.
(6) Release the catch (b) to detach the load gear.
(7) Turn the load gear (S/T) in the loading direction to detach it.
(8) Remove the control plate.

Screws (a)

Position
guide (b)

DRIVE
LEVER

Guide hole (b)

Arrow (a)

Screw (a)

CONTROL CAM

Shaft (a)

Guide hole (a)

Guide hole (c)

Loading motor assembly

Shaft (a)

Shaft (b)

CONTROL
PLATE

CONTROL
PLATE

Catch (b)

Load gear (T) assembly

Load gear (S) assembly

LOAD GEAR

FIXING PLATE

Capstan motor assembly

Screws (b)

BELT

2-8

PRESS LEVER

Fig. 2-2-6b

Slit washer (a)

LOAD GEAR

Catch (a)

Fig. 2-2-7a

FFC

2.2.7.2 Installation (phase adjustment)

(1) Place the main deck on the guide hole (a) of the tension arm

lever.

(2) Place the main deck on the guide hole (b) of the brake le-

ver.
(3) Attach the control plate to align with the position guide (a).
(4) Place the hole (c) of the load arm (T) on the pole base (T)

and the load gear (T) on the load gear base.
(5) Place the hole (d) of the load arm (S) on the pole base (S)

and the load gear (S) on the load gear base. Be sure to align

the guide mark (e) of the load gear (T) to that of the load

gear (S).
(6) Turn the load gear (S/T) in the unloading direction to place

the main deck on the guide hole (f) of the load gear (T).
(7) Place the main deck on the guide hole (g) of the control plate.
(8) Attach the load gear on the load gear base so that the con-

trol plate is placed on the edge (h) of the load gear.
(9) Place the fixing plate on the shaft of the load gear base and

secure the screws (b).

2.2.8 Clutch unit assembly, direct gear

2.2.8.1 Removal

(1) Remove the slit washer (a) to detach the clutch unit assem-

bly.

(2) Remove the spring (a) and the direct gear.

DIRECT GEAR

POLE
BASE(T)

Hole (c)

Load gear (T) assembly

Insertion direction

CONTROL PLATE

Guide hole (g)

Guide marks (e)

Load gear (T)
assembly

(From the top)

LOAD GEAR BASE

Edge (h)

Position guide (a)

Guide hole (f)

POLE
BASE(S)

Hole (d)

Load gear (S) assembly

Load gear (S)
assembly

Screws (b)

FIXING
PLATE

LOAD GEAR

Spring (a)

CLUTCH UNIT

Slit washer (a)

Fig. 2-2-8a

Guide hole (b)

BRAKE LEVER

Fig. 2-2-7b

Guide hole (a)

TENSION ARM LEVER

2-9

2.3 Mechanism timing chart

MECHANISM MODE

CONTROL PLATE
MARK

POLE BASE

REEL LOCK

TENSION ARM

TENSION
ARM LEVER

ON

OFF

LOCK

FREE

ON

OFF

PLAY

STOP

FF/REW

REV
OFF

REV
SERCH
/SLOW
/STILL

STOP

REEL
BRAKE

EJECT

PLAY

FOR
SLOW
/STILL

E P SL R ST B FR

FF
/REW

(STOP MODE PRESS UP)

ON

BRAKE
LEVER

GUIDE ARM

PINCH
ROLLER

CONTACT

CAPSTAN BRAKE

TU LEVER

DIRECT GEAR

Movements of a
CONTROL PLATE

ON

OFF

ON

OFF

ON

OFF

ON

OFF

OFF2
OFF1

ON

OFF

DIRECT

CLUTCH

(m/m)

0 5 15 20 25 30 35 40 45 50 5510

2-10

SECTION 3

0.3 Vp-p

0.7 Vp-p

R-Y

B-Y

R-Y

B-Y

Cyan

Carrier(4.250 MHz)

Horizontal sync

Blue

Red

Magenta

Green

White

(100%)

Yellow

White

(100%)

Carrier(4.406 MHz)

B-Y colour BAR

R-Y colour BAR

White

Yellow

Cyan

Green

Magenta

Red

Blue

B–Y Black

White
100%

R–Y

s

Colour bar signal [SECAM]s Colour bar pattern [SECAM]

ADJUSTMENT

3.1 Before adjustment

3.1.1 Precaution

• The adjustments of this unit include the mechanism
compatibility and electrical adjustments. During the
performance of this work, be sure to observe the pre­cautions for each type of adjustment.

• If there is a reference to a signal input method in the
signal column of the adjustment chart, “Ext. S-input”
means the Y/C separated video signal and “Ext. input”
means the composite video signal input.

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

3.1.2 Required test equipments

• Color (colour) television or monitor

• Oscilloscope:

• Signal generator: RF / IF sweep / marker

•

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

• Recording tape

• Digit-key remote controller(provided)

wide-band, dual-trace, triggered delayed sweep

3.1.5 Switch settings

When adjusting this unit, set the VCR mode and switches
as described below.

• When using the Jig RCU, it is required to set the VCR
to the Jig RCU mode (the mode in which codes from
the Jig RCU can be received). (See SECTION 1 DIS­ASSEMBLY.)

Jig RCU

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

3.1.3 Required adjustment tools

Machanism
compatibility

Roller driver
Jig RCU
Back tension cassette gauge
Alignment tape(MHPE)
Alignment tape(MHPE-L)

(LP, stairstep, PAL)

Burst

Blue

Jig RCU

PTU94023B

Alignment tape

MHPE-L

Color(colour) bar pattern [PAL]

•

(75%)

White

0.3 V

V

Roller driver

PTU94002

Alignment tape

(SP, stairstep, PAL)

MHPE

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

3.1.4

Color(colour) bar signal [PAL]

•

1V

Horizontal sync

White(75%)

0.7 V

0.3 V

White(100%)

Yellow

VU

Cyan

Green

Magenta

Red

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

: Used : Not used

Electrical

adjustment

Back tension cassette gauge

Yellow

U Black

adjustment

PUJ48076-2

Alignment tape

(EP, stairstep, NTSC)

MHP-L

Cyan

Green

Magenta

White
100%

Red

Blue

CUSTOM CODE
43: A 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

BLUE BACK OFF

3.1.6

Manual tracking mode (Auto tracking ON/OFF) setting

OFF

NORMAL/NATURAL

OFF

(1) In order to set to the manual tracking mode during tape

playback, press the "SP/EP(LP)" button on the remote
control unit.

• Each press of the button switches the auto tracking ON
or OFF.

• When the auto tracking is OFF, the monitor screen dis­plays “AT: OFF”.

• When the manual tracking mode is set, the tracking is
placed at the center position.

(2) Press "channel +/-" to adjust the tracking manually.

3-1

3.1.7 EVR adjustment

Some of the adjustments require the adjustment performed
by the EVR system. The main unit 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.

FDP

Fig. 3-1-7a EVR mode

3.2 Mechanism 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 A/C head,
drum assembly or any part of the tape transport system.

• To prevent damaging the alignment tape in the compatibility
adjustment, prepare a cassette tape (for self-recording/play­back), perform a test on it by transporting it and making sure
that the tape is not bent by the tape transport mechanisms
such as in the guide rollers.(See Fig.3-2-2a)

3.2.1 Tension pole position

Notes:

•

This adjustment must be performed every time the tension
band is replaced.

Signal (A) • Back tension cassette gauge

Mode (B1) • Play back position

(B2) • Eject end

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

[PUJ48076-2]

-3

Nm]

(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.(See
Fig.3-2-1a.)

1) Remove the top frame, cassette holder and side
frames (L/R) all together. (See “section 2 mecha­nism”.)

2) Rotate the loading motor gear to move the control plate
so that the triangular stamping to the left of the “P”
stamping is aligned with the stamping (a) on the main
deck. This positioning is mode (B1).

3) Adjust by turning the adjustment pin so that the tip of
the tension arm is aligned with the stamping (b) on
the main deck.

4) Rotate the reel disk (S) by about one turn clockwise
and make sure that the round hole of the adjustment
pin is located in the “OK” range.
If it is outside this range, restart the adjustment from
the beginning.

After completion of the adjustment, rotate the loading gear
motor to return it to the mode (B2) position.

TENSION ARM

3-2

Stamping(b)

OK

ADJUST PIN

CONTROL PLATE

Stamping(a)

NG

Fig. 3-2-1a

Head base

A/C head

AUDIO OUT

CTL. P

(1)

(2)

(3)

3.2.2 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) Set the VCR to the manual tracking mode.
(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. 3-2-2b.)
(5) Reduce the V.PB FM waveform by the tracking opera-

tion. 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. 3-2-2b.)
(6) Make sure that the V.PB FM waveform varies in parallel

and linearly with the tracking operation again. When re-

quired, 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. 3-2-2a.)

[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).

Improper

(a) GUIDE ROLLER

(b) GUIDE POLE

Proper

Fig. 3-2-2a

• Proper waveform variation

• Improper waveform variation

A

C

Up Down

B

D

Roller driver

Guide roller
(supply side)

Fig. 3-2-2b

3.2.3 Height and tilt of the A/C 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 “section 2 mechanism”.)

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

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

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

(D2) • TP4001 (CTL. P)

(1) Play back the alignment tape (A).
(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.
(3) Set the VCR to the manual tracking mode.
(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 azi-

muth.

Fig. 3-2-3a

3-3

3.2.4 A/C head phase (X-value)

Signal (A1) •

(A2) •
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) • Roller driver [PTU94002]

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

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

A/C head base [Mechanism assembly]

(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) Set the VCR to the manual tracking mode.
(4) Loosen the screws (4) and (5), then set the Roller driver

to the innermost projected part of the A/C head. (See Fig.

3-2-4a.)
(5) Rotate the roller driver so that the A/C head comes clos-

est to the capstan. From there, move the A/C head back

gradually toward the drum until the point where the FM

waveform is maximized for the second time, and then

tighten the screws (4) and (5) temporarily.
(6) Play an alignment tape (A2) and set to the manual-track-

ing mode.
(7) Fine-adjust A/C head base position to maximize the FM

waveform, and then tighten the screws (4) and (5) firmly.
(8) Play alignment tapes (A1) and (A2) and confirm that the

FM waveforms are maximized when the tracking is at the

center position.

To the drum

Toward the capstan

Toward the drum

A/C head

Screw (5)

Roller driver

Screw (4)

Head base

To the capstan

Fig. 3-2-4a

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

Waveform output

X-value adjustment point

Drum side Control head position Capstan side

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

3.3 Electrical adjustment
Note:

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.

3.3.1 Servo circuit

3.3.1.1 Switching point

Signal (A1) • Stairstep signal

(A2) •
(A3) •

Mode (B) • PB

Equipment (C) • Oscilloscope

Measuring point (D1) •

(D2) • TP106 (PB. FM)

External trigger (E) • TP111 (D.FF)

Adjustment part (F) • Jig RCU: Code “5A”

(F1) • Jig RCU: Code “51” or “52”

Specified value (G) • 7.5 ±0.5 H

(G) • 8.0 ±0.5 H (PAL)

Adjustment tool (H) • Jig RCU [PTU94023B]

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

• TBC:OFF

VIDEO OUT terminal (75Ø terminated)

• 7.5 ±0.5 H (NTSC)

[For the model without TBC function]
(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 meas-

uring points (D1) and (D2).
(3) Set the VCR to the manual tracking mode.
(4) Adjust tracking so that the V . PB FM waveform becomes

maximum.
(5) 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.
(6) If the VCR enters the eject mode, repeat steps (1) to (5) again.
(7) Play back the alignment tape (A2) again, confirm that the

switching point is the specified value (G).
[For the model equipped with TBC function]
Steps (1) to (4) are the same as previous steps (1) to (4).
(5) Transmit the code (F1) 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 (G1).
(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

3-4

Fig. 3-2-4b

Maximum

V. rate

Fig. 3-3-1-1a Switching point

3.3.1.2Slow tracking preset

H. rate

Y level

Signal (A1) • Ext. input

Mode (B1) • VHS SP

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]

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

(B2) • VHS LP

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

the recorded signal.
(2) Set the VCR to the manual tracking mode.
(3) Set the VCR to the FWD slow (+1/6x) 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 (–1/6x) mode.
(8) Repeat steps (1) to (7) in the mode (B2).

Note:

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

•

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

3.3.2 Video circuit

3.3.2.1 EE Y/PB Y (S-VHS/VHS) level

Signal (A1) • Ext. S-input

Mode (B1) • EE SP

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

EVR address (F2) • A : 11

Specified value (G) • 1.00 ± 0.05 Vp-p
Adjustment tool (H) • Jig RCU [PTU94023B]

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

(B2) • S-VHS SP
(B3) • VHS SP

(F3) • Jig code “21” twice
(F4) • Jig code “18” or “19” (Channel +/-)

(1) Input the signal (A3) from the input point (A1).
(2) Set the VCR to the mode (B1).
(3) Observe the Y OUT waveform at the measuring point (D).
(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 transmitting the code (F3)

from the Jig RCU.

(6) Transmit the code (F4) from the Jig RCU to adjust so that

the Y level of the Y OUT waveform becomes the speci­fied value (G).

(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) Input the signal (A3) from the input point (A2).
(9) Repeat steps (3) to (7) in the mode (B1).

(10) Record the signal (A3) in the mode (B2), and play back

the recorded signal.
(11) Set the VCR to the manual tracking mode.
(12) Repeat steps (3) to (7) in the mode (B2).
(13) Record the signal (A3) in the mode (B3), and play back

the recorded signal.
(14) Set the VCR to the manual tracking mode.
(15) Repeat steps (3) to (7) in the mode (B3).

Fig. 3-3-2-1a EE/PB Y level

3.3.3 Audio circuit
Notes:

• GND (Ground) should be taken from the Tuner shield

case.

3.3.3.1 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)
Adjustment part (F) • VR2251
Specified value (G1) • 600 ± 100 mVp-p

(A2) • Audio: No signal
(A3) •

(G2) • More than 400 mVp-p

Video: Color (colour) bar signal [PAL]

(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) Set the VCR to the manual tracking mode.
(4) If the A.PB FM level is not within the specified value (G1),

perform the adjustment in a following procedure.
(5) Adjust the Adjustment part (F) 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.)
(6) If the specified value (G1) is not obtained, adjust the Ad-

justment part (F) so that the waveform level of the lower

channel level becomes the specified value (G2). (Adjust

before recording, then confirm it by playing back.)

Specified
value (G2)

V. rate

Specified
value (G1)

Fig. 3-3-3-1a Audio REC FM

3-5

3.3.4 Syscon circuit [EU/EK MODEL]
Note:

•

When perform this adjustment, remove the Mechanism
assembly.

3.3.4.1 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

(D3) • C3026 + and –
Adjustment part (F) • C3025 (TIMER CLOCK)
Specified value (G) • 1024.008 ± 0.001 Hz

(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).

3.3.5

PAL/SECAM converter circuit [MS MODEL]

Note:

• Unless otherwise specified in this P/S Converter cir­cuit adjustments, all measuring points and adjustment
parts are located on the S-P Converter board.

3.3.5.2 SECAM burst position

Signal (A1) • Ext. input

Mode (B) • EE

Equipment (C) • Oscilloscope

Measuring point (D1) • CN1601 Pin 7

Adjustment part (F) • VR1603

Specified value (G) • Tr = 5.6 ± 0.1 µsec

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

(D2) • CN1601 Pin 3

(1) Observe the waveforms appeared at the measuring

points (D1) and (D2).

(2) Adjust the adjustment part (F) so that the waveforms tim-

ing width between the H-SYNC and the colour burst sig­nal becomes the specified value (G).

Colour burst signal

C
(Converted colour)

Y

H-SYNC

Specified value (G)

H.rate

Fig. 3-5-2a PAL burst position

3.3.5.1 Colour difference level

Signal (A1) • Color (colour) bar signal [SECAM]

Mode (B) • EE

Equipment (C) • Oscilloscope

Measuring point (D) • CN1601 Pin 7

Adjustment part (F1) • VR1602 (B-Y ADJ)

(F2) • VR1601 (R-Y ADJ)

Specified value (G1) • 460 ± 20 mVp-p (B-Y)

(G2) • 620 ± 20 mVp-p (R-Y)

(1) Observe the C (converted colour) waveform at the meas-

uring point (D).

(2) Adjust the adjustment part (F1) so that the higher level

of the Yellow and Blue of the C waveform becomes the
specified value (G1).

(3) Adjust the adjustment part (F2) so that the higher level

of the Green and Magenta of the C waveform becomes
the specified value (G2).

GREEN

Specified
value (G2)

Specified
value (G1)

BLUE

YELLOW

MAGENTA

H.rate

3-6

Fig. 3-5-1a Colour difference level

VICTOR COMPANY OF JAPAN, LIMITED

12,3-chome,Moriya-cho,Kanagawa-ku,Yokohama,Kanagawa-prefecture,221-8528,JapanHOME AV NETWORK BUSINESS UNIT.

Printed in Japan

0210 VP

SECTION 4

12 3

2.5

(5.0)

1.8

PB and REC modes
(Voltage of PB and REC modes
are the same)

PB mode

REC mode

CHARTS AND DIAGRAMS

NOTES OF SCHEMA TIC 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: KØ (1000Ø), M: MØ (1000KØ)

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.

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.

24

22201816

Measurement point

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

S40884-03

bar test charts in the E-E mode

C329

C330

0.1/50

R344
47K

R343
18K

0.1/50
C331

11/10

R345
10K

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

WF25

R346
15K

ALC OUT

Waveform number

Waveform name or
measurement point

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

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 6A

Note:

For general information in service manual, please refer
to the Service Manual of GENERAL INFORMA TION Edi­tion 4 No. 82054D (January 1994).

OPEN

4-2

S40884-03

BOARD INTERCONNECTIONS4.1

J922

J911

J912

J913

J914

J903

J904

S-IN

GND

A.IN1[L]

OPEN

A.IN1[R]

S-OUT

ONLY USED FOR
HR-S7955MS/
S7950EU/
S7955EK

A.IN2[L]

A.IN2[R]

A.OUT[L]

A.OUT[R]

DEC.OUT[L]

CN903 CN913

DEC.OUT[R]

J901

0

GND

C_TO_DIGI

Y/V_TO_DIGI

3D/TBC(2M)
(Page 4-23)

6

J902

AV2/DECODER

TERMINAL
(S-SUB Page 4-25)

(I/O Page 4-27)

CN914CN904

R.PAUSE

SAT_CTL_OUT

ONLY USED FOR HR-S6955MS/S7955MS

#

87

S-P CONVERTER
(Page 4-31)

CN1601

5

RF OUT RF IN

TU/MD/IF

(Page 4-15)

26

BB(AL5V)

27

AUDIO IN

28

MOD SDA

29

MOD B(AL5V)

30

MOD SCL

31

VIDEO IN

TU(30V)

32

33

RF AGC

NC

34

35

AS

36

SCL

37

4

38

39

40

41

42

43

44

45

46

47

48

49

SDA

NC

MB(SW5V)

NC

TU(30V)

TP

IF OUT

SW 1

SW 2

AUDIO OUT

SIF OUT

AFT

VIDEO OUT

CN511

SW5V

SW5V

TO_PS_C

GND

FROM_PS_C

GND

TO_PS_Y

GND

FROM_PS_Y

SW12V

SW12V

CN905 CN915

AV1 IN/OUT

Fsc

GND

GND

GND

Y_FROM_DIGI

C_FROM_DIGI

#

ONLY USED FOR HR-S7955MS

#

MINI FRONT2

8

(FOR 400HA2)

(Page 4-18)

3

CN7003
#

#

(FOR 400HA2)

b5/KEY OUT

JSB

GND

(FOR 400HA)

CN7002

CN7005

JSA

CN7003

#

#

b5/KEY OUT

JSA

GND

JSB

#

CN7001

#

(FOR 400HA2)

b6

b7

JSA

GND

JSB

b5/KEY OUT

#

CN7001

#

(FOR 400HA)

05

CN1401CN501

Fsc

GND

C TO DIGI

SW5V(2)

V/Y 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

TRIC(H)

SLOW PULSE

ONLY USED FOR
HR-S7950EU/S7955EK

V.IN

A.IN(L)

A.IN(R)

TU_VIDEO

CH+12V(OPEN)

SW12V

GND

I2C CLK2

I2C DATA2

P50_I/O

SCR[H]

LI_5V(OPEN)

3.58NTSC[H]/P.ON_P

03

(VIDEO/N.AUDIO
(ON SCREEN
(SECAM
(FMA
(SYSCON
(SW.REG
(TUNER
(FRONT
(MAIN TERMINAL

#

2D DIGITAL

05

(Page 4-21)

CN1201

CN501

Fsc

GND

C TO DIGI

SW5V(2)

V/Y TO DIGI

EE(L)

Y FROM DIGI

GND

C FROM DIGI

KILLER DET

I2C CLK A/V

I2C DATA A/V

CNR(H)/VPCTL

V.REF

D.FF

FH625(L)/TRICK(H)

3.58NTSC(L)/SLOW PULSE

ONLY USED FOR
HR-S6950EU/S6955MS/S7955MS

OPEN

CN902 CN912

V.OUT

OPEN

PB_COLOR

FRONT_Y_IN(ADJ)

SECAM_PB_COLOR

MAIN

J915

A.OUT(L)

P.MUTE[L]

Y_TO_SUB

FRONT_V_IN

MAIN_ALC_DET

GND

V_TO_OSD

J916

A.OUT(R)

GND

CHARA_DATA

V_FROM_OSD

Page 4-5)
Page 4-7)
Page 4-8)
Page 4-9)
Page 4-11)
Page 4-13)
Page 4-15)
Page 4-17)
Page 4-19)

J921

SAT. C TL

CN901 CN911

I2C CLK

CN6701

R.PAUSE

ONLY USED FOR
HR-S7955MS/
S7950EU/
S7955EK

GND

GND

EE[L]

Y_TO_AV

I2C DATA

F_FROM_AV

14

CN1501

NC
I2C

DATA

I2C

CLK

TU A

MUTE

DEMOD

(R)

DEMOD

(L)

SW5V

GND

COMP

SIF

CN916

GND

FRONT C

GND

FRONT Y

GND

SW5V

REC_COLOR

DEMODU
(Page 4-29)

CN7108

3

S JACK

6

[FOR_FRONT-S-IN]

(Page 4-18)

J7102

S IN

AC INPUT

LIVE

CN5001

NEUTRAL

QGA7901C1-02

J7105

FRONT
VIDEO

IN

IN(L)

FRONT
AUDIO

IN(R)

96

93

92

91

2

87 S-P CONVERTER

76

58

57

55

36

28 MINI FRONT

14

1

9

5 2D/3D DIGITAL

3 MAIN

NO NAME

DRUM MOTOR

3in1 MDA/CAP MOTOR

LOADING MOTOR

JOG39

ADV.JOG38

S JACK

DEMOD

A/C HEAD12

38

CN7004

#

#

(for 400EA)

b5/KEY OUT

#

ADV.JOG

(Page 4-18)

FULL ERASE

QGF1207C1-07

QGF1209C1-07

QGF1201C1-07

QGF1208C1-07

RECPBGND

AUDIO ERASE

CTL HEAD(-)

CN2001

CTL HEAD(+)

OPEN

JSA

GND

JSB

QGF1208F1-07

12

CTLR/P55A.E

#DIFFERENCE_TABLE

FRONT

400H

400HA

400HA2

GND

QGB2532J1-02

CN2002

A/C HEAD

F.E

: Used
: Not used

38 28

ADV_JOG MINI_FRONT

TYPE

XX

O

[TO_MAIN]

OO

[TO

MINI-FRONT]

QGF1201C2-09

CN1

LP/EP CH1

LP/EP

CH1

FULL ERASE HEAD

X

COMMON

LP/EP
CH2

LP/EP CH2

COMMON#SP CH1

SP CH2

SP SP

CH1 CH2

EU/EK

FRANCE-MS/EE

ASIA

COMMON

FMA CH1

FMA CH2

FLY. E

FMA

FMA

FLY. E

#

#

CH1 CH2

FLY.E MODELS

S-P_CONVERTER

[SECAM->PAL_CONVERTER]

FLY. E

87

CAP.M_FG

CAP.M_Vcc

Vcc5V

CAP.M_F/R

LM_VCTL

M_GND

S_GND

Vcc12V

CAP.M_VCTL

LM_F/R/S

DRUM_PG/FG

JS3001

GND

LSA

LSB

LSC

LSD

CN3001

QGB2032M4-12

DRUM_VCTL

ROTARY ENCODER

JP

D_PG+

D_PG-

M_GND

D_COM

8

5

DRUM MOTOR LOADING MOTOR

D_W OUT

D_V OUT

D_U OUT

57

3 in 1 MDA/

CAP MOTOR

MM

X

O

X

L1

L2

BLK

RED

M

p10437001a_rev0

4-44-3

EDCBA

HGF

MAIN (VIDEO/N.AUDIO) SCHEMATIC DIAGRAM4.2

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

TO FMA

2Fsc

RF_AUDIO

NA_PB

NA_REC

A.IN1[R]

A.IN1[L]

F.AUDIO[R]

F.AUDIO[L]

LINE_OUT[R]

LINE_OUT[L]

GND

DEC_OUT[L]

FLY.E

FMA_CH2

FMA_CH1

SP_CH2

SP_CH1

LP/EP_CH2

LP/EP_CH1

TO FULL ERASE HEAD

SECAM_REC_COLOR

DEC_OUT[R]

A.IN2[L]

A.IN2[R]

TO
MAIN TERMINAL

A.IN2[R]

A.IN2[L]

DEC_OUT[R]

DEC_OUT[L]

LINE_OUT[L]

LINE_OUT[R]

F.AUDIO[L]

F.AUDIO[R]

A.IN1[L]

A.IN1[R]

TO TUNER

RF_AUDIO

TU_AUDIO

TO SW.REG

SW12V

TO U.DRUM

TO FMA

FMA_CH1

FMA_COM

FMA_CH2

TO A/C HEAD

CN2001

AUDIO ERASE

GND(AUDIO)

TO SYSCON

CTL[+]

CN2002

FE

TO SYSCON

FULL_E.ON[H]

N.REC[H]

N.REC_ST[H]

VHS[H]

TO SECAM

SECAM_DET

PB_FM

C.SYNC

SECAM[H]

V_TO_OSD

SECAM_PB_COLOR

GND

GND

SW5V

GND

#

CN1

REC

PB

CTL[-]

CTL[+]

CTL[-]

EE[L]

Fsc

GND

SW5V

5

4

3

2

MAIN(VIDEO/N.AUDIO)

##

D2

K2003
NQR0403-003X

R2041

K2004

0µ

0Ω

#

B2051

EE[L]

B2001

B2002

SHORT

TO SHEELD

15k

R2005

OPEN

R2006

18k

L2001
SHORT

C2003

C2004

47

/6.3 OPEN

R84

180

C44

0.01

4.7

/50

C2007
22

Q2004
DTC144WUA
PDTC144WU
UN521E
RN1309

#

Q19
DTC144WUA
PDTC144WUA
UN521E
RN1309

10k

Q50
DTC144WUA
PDTC144WU
UN521E
RN1309

BDL GND

COMP

PRE/REC GND

SP2

SP

COMMON

##

C125

0.01

C2018
OPEN

OPEN

C2012

Q16
DTC144WUA
PDTC144WUA
UN521E
RN1309

SP1

LP/EP2

COMMON

LP/EP1

A.GND

IC1

JCP8051-MSA

4.7

/50

PRE/REC VCC

D.FF

DET

REC

TANK

DC PB

ENV OUT

C61

PRE/REC

LP/EP

PRE/REC

B10

AMP

AMP

C6

0.01

R2014
220k

R2013

6.8k

K2002

NQL103K-R10X

K2001

NQL103K-R10X

C2010
C2011R2017

4.718k

/50
1

C65

K2006
OPEN

#

C2013
15p

K2005

0.0015

/50

0.01

C43

##

Q17

##

DTA144WUADTA144WUA

B60

PDTA144WUAPDTA144WUA
UN511EUN511E
RN2309RN2309

##

R34
10k

#

Q18
DTC144WUA
PDTC144WUA
UN521E
RN1309

C2006

0.012

/16

#

C2016

220p

C2008

4.7

/50

C2017

0.0068

#

R30

10K

##

R401

C405

R402

220

680

D1

R22

#

1k

R21

#

1k

#

#

C70

C69

0.01

0.01

C2051

#

C2061

MY

10µ

L15

C60
47

/6.3

C402

#

0.22

C401

#

0.01

330p

#

PELN0861
QQR1083-001

###

C403
130p

R2051

T2052

#

R2053

3.9k

#

C2052

0.033

R2052
OPEN

OPEN

#

#

Q401

R403 R405
560 68k

C404

47p

#

Q1
2SC4081/S

Q4

#

2SC4081/S

#

Q3

2SC4081/S

OPEN

#

MY

#

C2062

#

R2061

#

C2064
10

/25

TP106
PB FM

C59

0.01

##

R404

47k

#

C406

#

0.001

#

L401

#

15µ

Q402

#

C407
15p

C1

#

#

Q2
2SC4081/S

C2

#

C3

#

#

C4

T2051

#

C2053

#

R2054

10

0.0033

27k

#

C2063

0.01

R85

##

1.8k

##

Q5
2SA1576A/QR/
2PA1576/R
2SB1218A/QR

R406

39k

#

Q403

0.01

0.01

0.01

0.01

/25

#

Q2061
2SC4081/QRS
2SD1819A/QRS/
2PC4081/R/

#

R2063
150

#

R2062

3.3

B5

C103

Q2051

2SC4081/QRS/

2SD1819A/QRS/

2PC4081/R/

#

C2054C2055

0.01

L402

#

#

Q405

SHORT

#

R408

47k

#

R407

4.7k

#

C409

#

OPEN

Q404

L1

10µ

C5
47
/6.3

0.001

0.1

C7

C8

R2057

47k

R2058
18k

Q2052
2SA1576A/QR/
2SB1218A/QR/
2PA1576/R/

R2059

47k

#

R2056

R2060
18k

Q2054

2SA1576A/QR/

R2055

2SB1218A/QR/

3.3
2PA1576/R/

#

R2064

#

47k

R2065
18k

#

Q2063
DTC144WUA
UN521E

#

Q2062

RN1309

2SA1576A/QR/

PDTC144WU

2SB1218A/QR/
2PA1576/R/

R27

10k

R26

6.8k

220

R28
220

Q7
2SC4081/QRS/
2SD1819A/QRS/
2PC4081/R/

C72 L18
47p 22

R29
560

µ

L19
12µ

C74

R31

1.5k

OPEN

Q8R25
2SC4081/QRS/
2SD1819A/QRS
2PC4081/R/

Q2053
DTC144WUA
UN521E
RN1309
PDTC144WU

Q2055
DTC144WUA
UN521E
RN1309
PDTC144WU

R32
470

C73
12p

TP111

D.FF

2SA1576A/QR/
2SB1218A/QR/

Q9
2SA1576A/QR/
2SB1218A/QR/
2PA1576/R

2PA1576/

R77

Q2003
DTA144WUA
UN511E
RN2309
PDTA144WU

#

Q14

22k

#

R68
1k

R2020

4.7k

2SC4081/QRS/

2SD1819A/QRS/

2PC4081/R/

R2018

4.7k

R2019

4.7k

2SC4081/QRS/

2SD1819A/QRS/

2PC4081/R/

#

C78

0.01

#

R76
10k

C2005

R2015

C2009

0.001

R2016
39k

Q2001

Q2002

#

R23

1.8k

#

R65
1k

OPEN

C75

R10
10k

A.Vcc

A.MUTE

MONO-DET

VCA

MUTE

SP

SP

CARREA

OFFSET

MAIN

EMPHA.

INT

W.C./D.C

P
D17
CTL

EXT

42PIN[L]

42PIN[L]

0.01

R1

6.2k

L20

SHORT

C10

150p

C84
15k

R35
47p

C11

0.1

R33
OPEN

R2

1.5k

/50
1

C51

##

R2007

R2009

R2008

R2010

10k

12k

OPEN

B75

##

OPEN

R71

Comb ctl

SECAM

D1∗D18

LPF

SECAM

D1∗D18

2M LPF

P

R

HPF

629TRAP

P

R

LPF

MOD

CARR./DEV.ADJ

S-DET

ET
FBC
ALC

ET

Y

BDL

R

MAIN

LPF

DE EMPH.

## ##

C136 C62

0.01

120µ

L2

C12
8p

OPEN

C14

C13

0.1

1.8k

R3

C2002
1

/50

INPUT_SEL

REC LEV.

R

CTL

TRAP

P

SECAM

SECAM

C.K.

CTL.P.TRAP

ACC

Fh TRAP

COMP

SEP

SUB LPF

N.L.

ET
LPF

YNR

DO DO

&REC

R

P

CLAMPCLAMP

Y GND

##

D5

C15

C16

C63

0.10.1

OPEN

R75

##

R104

6.8k

R93

2.2k

P

R

DE MOD D.LIM.

R

P

SQPB

SQPB
EQ

SQPB

P

Y-LPF

R

-10dB

C17

3.3
/50

C87

##

Q38
2SC4081/QRS/
2SD1819A/QRS/
2PC4081/R/

L24 L28

27µ 68µ

C106
820p

BPF

D.E.
N.C.

FM AGC

DET

DO DET

R

P

CH4

-10dB -10dB

C18

##

C88

C110

82p

PILOT

ADD

P.C .

AGC

C9
/50
1

R90
390

LEVEL DET1 LEVEL DET2

SQPB DL

SB GAIN

P

R

CH1

CH2CH3

##

/50

2.2

R2004

R2002

GND

HIFI

DL

C-LPF

C-LPF

MAIN

MAIN

CONV.2

CONV.1

PP

RR

BURST

EMPH./DE EMPH.

P EQ

SQPB SQPB

G EQ

NT on PAL

CNV.

C.K.

WHITE

LIM.

CLEAR

SYNC

ALC

FBC

AGC DET

PB ALC

SQUELCH

CLAMP

-10dB
SYNC SEP

Y VCC

D4

C23

0.01

C92
33p

1µ

L22

C21C20

C22

C19

/50

0.11
/6.3

/50

47

2.2

OPEN

OPEN

R2003

R2001

100

OPEN

C2001

4.7

/50

NC

BAND_GAP

HIFI

P

R

CCD LPF

C.KILLER

ID DET

APC SW

DISCRI

PULSE
GEN.

4PHASE GEN.

D4

D4

L3

10µ

BDL VCC

BDL DET

VCA

C

BDL

DATA

IIC LOGIC

CLK

LPF2FscVCO

D5

D5

C GND

Fh LOCK CTL

MESECAM

2Fsc OUT

DET

CR DET

X'tal

VCO/XO

1/2

PHASE SW.

DOWN CONV.

ACC DET

REC AFC

PB APC

C VCC

R

REC APC

P

1/2

2FL VCO

KILLER
DET OUT

C-SQUELCH

6dB

6dB

D1∗D24

D1∗D24

0.01

##

C81

0.01

C24

0.1

R5

SHORT

R49
OPEN

Q22
OPEN

#

R46

C80

L13
33µ

OPEN

R66

Q32

OPEN

Q23
OPEN

R50

OPEN

C2014
OPEN

R118

SHORT

##

C99

##

0.01

C97

##

0.01

C36

4.7

/25

C32

0.01

C25
6p

#

L12

QQR0967-001

R48
1k

B17

##

L27

33µ

C108

C64
22p

68p

R79

C35

0.01

C26

0.01

Q21
2SA1576A/QRS

C41
OPEN

C114
180p

Q41
DTC144WUA
PDTC144WU
UN521E
RN1309

10

C40

/16

C45

0.1

C39

0.1

##

/6.3

47

C38

C42
OPEN

#

X2

0.01µF

X1
QAX0576
QAX0579

#

R117
100K

#

Q25

C37
1

C120
OPEN

R38

R7

R6

DTC144WUA
PDTC144WU
UN521E
RN1309

QQR0657-019

L5

/50

1.8k

R36

Q24

R88

SHORT

2SA1576A/QR/
2SB1218A/QR/
2PA1576/R/

R39
OPEN

3.9K

680

27k

C29

C28

C27

R51

1.2k

100p

C53

0.1

C34

2.2

C33

/50

C31

47

/6.3

C30

0.47

0.033

/50

3.3

0.022

L4

10µ

#

B12

#

B13

R9
OPEN

R8

OPEN

TO
ON SCREEN

2Fsc

V_TO_OSD(NC)

CHARA_DATA

#

Q11
DTC144WUA
PDTC144WUA
UN521E
RN1309

#

R43
1k

#

Q40

DTC144WUA
RN1309
PDTC144WUA
UN521E

R41

R42

100K

680

Q10

R40

2SA1576A/QR/

47K

2SB1218A/QR/
2PA1576/R/

LH

#

C90

#

TC4W53F

IC2

#

B65

SP_SHORT[H]/FLY_ON[H]

C142L31
OPENOPEN

LP_SHORT[H]
/FLY_REC[H]

R52

NQR0360-003X

TO SYSCON

SEP[H]

ET_REC[H]

TRICK[H]

CTL2

CTL1

D.FF

VIDEO_ENV

SECAM_DET

A.MUTE[H]

I2C_DATA_A/V

I2C_CLK_A/V

V.PULSE

SB_GAIN

NORM/MESEC/S

SECAM[H]

MESECAM[H]/AGC_CTL

GND

C.SYNC/V.REF

SW5V

V.P.CTL

SLOW_PULSE

TO 2D DIGITAL
CN1201

CN501

FSC

GND

C_TO_DIGI

SE5V[2]

V/Y_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

TO 3D/TBC(2M)
CN1401

EE[L]

Fsc

GND

EE[L]

(S-SUB)

FRONT_V_IN

1

#DEFFERENCE TABLE

V15 SP LINEUP

S6950EU(S1)

"S7950EU,S7955EK(S2)"

S7955MS(S15)

S6955MS(S1)

S8955EE(S25)

FLY.ERASE

Q1-Q4

R401-R408

CN1

1-9

1-9

1-11

1-9

1-11

Q401-Q405
C401-C407
"L401,L402"
C409

"C69,C70"
"R21,R22"

PRE.IN

C1-C4

PAL_EP TRICKH.SHORT

C TRAP

R46

R43 R117
Q11

Q25

Q40

0.01

0.01

0.1

0.01

0.1

220

470

220

220

470

3D

for_MS

"Q14,Q18,Q19"

B12

X2

B13

"R23,R30R65"

0.01uF
"R66,R75,C78"

Function

T2051

PELN0832

PELN0832

PELN0860

PELN0832

PELN0860

AUDIO.DUBBING

R2053

B2051 R2054 R2056

12k

3.9k

12k

3.9k

15k

3.9k

12k

3.9k

15k

3.9k

82

82

100

82

100

C2053 C2054

0.0047

0.0047

0.0033

0.047

0.0033

TO MAIN TERMINAL

Q2061-Q2063

C2061

T2052
C2052
R2061-R2065
C2062-C2064

0.022

0.082

0.022

0.082

0.01

0.033

0.022

0.082

0.01

0.033

TO

TU_VIDEO

TU_VIDEO

TO TUNER

ABCD EFGH

Y_TO_AV

MAIN_ALC_DET

V_FROM_AV

CONNECTION

REC_COLOR/REAR_V_IN

## MARKS ARE NOT MOUNTED ALL MODELS

TITLE REC

: Used
: Not used

Y_TO_SUB

C_TO_DIGI

V_TO_OSD

PB_COLOR

Y/V_TO_DIGI

Y_FROM_DIGI

C_FROM_DIGI

SECAM_PB_COLOR

MY

B65 IC2

YES

NO

C90

2SC4081/QRS/ or 2SD1819A/QRS/ or 2PC4081/R/
2SA1576A/QR/ or 2SB1218A/QR/ or 2PA1576/R/

DTC144WUA or UN521E or RN1309 or PDTC144WU
DTA144WUA or UN511E or RN2309 or PDTA144WU

p10439001a_rev1

4-64-5

MAIN (ON SCREEN) SCHEMATIC DIAGRAM4.3

Note :

The Parts Number,value and rated voltage etc. in the Schematic Diagram are for references only.
When replacing the parts,refer to the Parts List.

MAIN (SECAM) SCHEMATIC DIAGRAM [HR-S6955MS/S7955MS]4.4

Note :

The Parts Number,value and rated voltage etc. in the Schematic Diagram are for references only.
When replacing the parts,refer to the Parts List.

TO MAIN TERMINAL

TO

5

VIDEO/N.AUDIO

CHARA_DATA

2Fsc

S.DATA_FRSYS

S.CLK

OSD_CS

SYNC_DET[H]

I2C_DATA2

I2C_CLK2

TO SYSCON

P.MUTE[L]

GND

SW5V

TO SW.REG

CHARA_DATA

V_FROM_OSD

V_TO_OSD

TO TUNER

RF_VIDEO

GND

0 3 MAIN

5

## MARKS ARE NOT MOUNTED ON EE MODELS

EE MODEL

MS MODEL

# DIFFERENCE TABLE

0 3 MAIN

C301

R304

C324

TO VIDEO/N.AUDIO

#

##

##

OPEN

Q312

100µ

2PA1576/R/

L304

##

OPEN

B301

R301

27k

120k

R302

C305

0.01

47

C323

/6.3

R305

47k

##

2SA1576A/QR/

2SB1218A/QR/

Q301

OPEN

Q303

##

##

OPENSHORT

R317B302

L301

10µ

p30087001a_rev1

(SECAM)

DTA144WUA

UN511E

RN2309

R316

MODE

CTL

TO

PB MUTE

REC MUTE

B

BGP

GEN

DET SENSE

CONTROL

GND

IREF

B

4.2V

REG

AGC

AMP DET

AGC

TO PHASE DET

TO

FILT.

FILT.

ADJ

1.1MHZ

OSC

MUTE

P

PB

HOLD

R

PDTA144WU

4.43MHZ

VCO

LIMITER

ADJ.

CA

VA

BPF

P

GATE

F0

1.1M

1/4

R

SYNC

Q302

LA7358

IC301

AFC

LOGIC

X2

2.2M

BPF

X2

4.3M

BPF

P

OPEN

Q311

OPEN

R321

GEN./V-SEP

SYNC GAIE

TO MUTE

SECAM

DET

FROM LIM

PHASE

DET

4.3MHZ

ADJ.

OSC

F0

R

CA

P

VA

IREF

R

MUTE

PB

B

LIM

4.3MHZ

BPF

R/P

SYNC

GATE

R

P

SECAM[H]

C306

1

VCC

C307

150p

C310

0.01

SECAM_REC_COLOR

GND

Fsc

PB_FM

C302

C303

C304

6.8µ

2.2k

SECAM_PB_COLOR

V_TO_OSD

L302

2.2k

R307

R308

SW5V

1

0.0068

0.0068

27k

0.1

820

EE[L]

#

R303

0.01

R306

C309

R318

##

C311

0.01

SECAM_DET

C.SYNC

150p

6.8k

C308

39p

R327

V14

D203

100

D202

100

D201

1.5k

B203

B204

SHORT

SHORT

SHORT

B214

V15

R303 C313

6.8k 0.01
27k 0.47

27k OPEN

(ON SCREEN)

R202

10k

R203

#

R209

R204

OPEN

OPEN

C201

/6.3

#
IC201

R226

1k

L203

22µ

2.2k

R208

OPEN

VSS1

XTAL_IN

MUTE

CHABLK

LN21

OSC_IN

OSC_OUT

SYNC_DET

CS

SCLK

SD ATA

VDD2

CR_OUT

VCO_IN1

VSS3

5.6K

0.22 0.22

OPEN

220

/10

220

C202

VDD1

RST

CDLR

I2C_DATA

SEP_OUT

SEP_C

SYNC_IN

VDD1

CVCR

CV_IN

VSS2

CVOUT

VDD3

NC

VCO_R

C214 C215

C216R211

C225

L201

1µ

Q208

2SC4081/QRS/

R224

100

2SA1576A/QR/

R212

100

Q207

C222

1

R216

10K

R220

OPEN

1

C218

0Ω

/50

C217

56p

R213

L206

22µ

0.47

C209

L204

10µ

OPEN

R225

470

B206

4

MY

3

2

4

OTHER

EE

LC74775-9750

LC74776-9791

5.1k

6.8k

# DIFFERENCE TABLE

IC201

R209

R201

0Ω

SHORT

L202

C204

0.01

3

OPEN

C211C210C208C207C206

100p100p33p33p

R210

1.8k

C213C212

/25

4.70.1

2

OPEN

±0.5%

R314

R315

0

680p

27µ 4.7k

R329

C317

L303 R311

24k

R312

2.7k

##

## ##

22k

C315

1

OPEN

C314R310

C313

560k

120k

R328

OPEN

##

R309

##

0Ω

#

##

C312

0.001

R326

OPEN

C322

0.47

±2%

C321

300p

R313

22k

C319

1

0.0220.01
C318C320

##

C316

0.01

p30088001a_rev0

1

ABCD

4-7 4-8

1

ABCD

MAIN (FMA) SCHEMATIC DIAGRAM4.5

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.

MAIN[FMA]0

3

C2222

0.01

5

TO SW.REG

TO SYSCON

4

TO VIDEO/N.AUDIO

3

SW5V

SW12V

GND

AL5V

2Fsc

LINE_OUT[R]

LINE_OUT[L]

DEC_OUT[R]

DEC_OUT[L]

RF_AUDIO

NA_REC

NA_PB

GND

A.IN1[R]

A.IN1[L]

F.AUDIO[R]

F.AUDIO[L]

A.IN2[R]

A.IN2[L]

B2222B2221
OPENSHORT

Q2201
DTA144WUA

Q2203
2SC4081/QRS/

R2211

2.7k

R2212

2.7k

Q2204
2SC4081/QRS/

R2215

180

C2216 C2217
47

/16 OPEN

R2218

R2235

R2237

R2236

R2238

R2209
680

R2210

4.7k

R2213

4.7k

R2214
680

OPEN

R2220

1k

3.3k

680

680

2.7k

2.7k

Q2202
DTC144WUA

D2201
OPEN

#

R2216

1.2k

R2217

#

4.7k

R2234C2228

100

R2219

1.2k

C2229
OPEN

C2232C2233
OPENOPEN

/6.3

C2211

33

27k

4.7k

0.047

C2224

R2225

510

R2224

R2255

MUTE_CTL

REC_AGC_ADJ

NR_DET2[L] NR_REF(L)

IN_REF(L)

TV_IN[L]

/50

4.7

C2203

/16
10

C2210

NR_DET2[R]

NR_DET1[R]

EXT1_IN(L)

EXT2_IN(L)

R2222

4.7k

C2209

/16

10

VR2251

QVP0039-103Z

AUDIO REC FM

NR

REF(R)

CCA_OUT(R)

NOISE_DET

PB_FM_IN

PRE_OUT

ENV

AFF

REC(-)DCF

Vcc(P/R)

CH2

GND(P/R)

CH1

COM

REC(+)DCF

CCA_OUT(L)

NR_DET1[L]

R2223
510

C2223

0.047

C2204
33

/6.3

CLK

IN_REF(R)

/6.3
47

OPEN

C2213

Vcc(1)

GND(LOGIC)

TV_IN[R]

EXT1_IN(R)

C2212

SHORT

L2201

PE

EXT2_IN(R)

GND1(R)

GND1(L)

OPEN

OPEN

C2227

/16

10

R2239

R2240

DATA

fsc_IN

OPEN

OPEN

OPEN

BS_IN(L)

C2226

/50

1

EXT3_IN(L)

B2201

LOGIC_REG

HiFi AGC DET

VREF

OPEN

/25
10

C2201

/50

4.7

C2202

LOG_OUT[R]

LOG_OUT[L]

EXT4_IN[R]

EXT4_IN[L]

/25

10

C2214

10

C2215

#

10

C2218

#

22

C2219

10

C2220

0.022

C2221

C2230

/25

10

C2231

/25

10

/25

/25

/16

/25

IC2201

AN3651FBP

R2230

R2232

47K

47K

LINE_OUT(R)

LOG_IN[R]

GND2

LOG_IN[L]

LINE_OUT(L)

Vcc2(12V)

RFC_OUT

RFC_AGC_DET

NORMAL_OUT

NORMAL_IN

DEC_OUT[R]

DEC_OUT[L]

C2225

/50

1

R2231

6.8K

BS_IN(R)

EXT3_IN(R)

R2233

6.8K

R2252
220

C2208

R2257

C2259

C2257

C2256

C2251

C2207

C2206

C2205

R2256

2.2K

C2261

100p

C2262

100p

Q2254

0.015

OPEN

0.33

0.01

0.01

C2254C2255

470.01

0.01

0.015

10

10

Q2253

DTC144WUA DTC144WUA DTC144WUADTC114EUA

TP2253

A.PB.FM

R2253
100

/50

R2251

4.7k

L2251

10µ

/6.3

K2251

NQR0007-001X

K2252
NQR0007-001X

/25

/25

L2252

150µ

C2258

180p

Q2252

D2251

1SS133

C2253

C2252

0.01

0.01

NQR0007-001X

R2254
10k

Q2251

Q2255
DTC114EUA

K2253

TP2254

A.REC_FM

TO SYSCON

S.CASS[H]

ET_REC[H]

I2C_DATA_A/V

I2C_CLK_A/V

A.MUTE[H]

H.REC_ST[H]

PAL_PB[H]

A.ENV/ND[L]

A.FF

TO
VIDEO/N.AUDIO

FMA_CH2

FMA_CH1

FMA_COM

2

R2208R2206R2204R2202

6.8k6.8k6.8k6.8k

TO TUNER

DEMOD[R]

DEMOD[L]

R2226

R2228

R2229R2227
39k39k

27k

27k

R2201

R2203

47k

47k

R2205

R2207

47k

47k

: Used

1#DIFFERENCE TABLE

: Not used

C2218 C2219 R2216 R2217

1

RF OUT

YES

NO

MY

p20281001a_rev0

ABCD EFGH

4-104-9

MAIN (SYSCON) SCHEMATIC DIAGRAM4.6

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.

D_G

D_F

D_E

D_D

D_C

D_B

TO FRONT

D_A

CP

C3071
33
/16

0

C4032

OPEN

C4031

/16

33

L4001
SHORT

CP

QMFZ050-1R5X-E

CP4001

R3252

CP

CP4002

TO
VIDEO/N.AUDIO

I2C_DATA_A/V

I2C_CLK_A/V

5

4

(NC)3.58NTSC[H]/P.ON_P

A.MUTE[H]

V.P.C T L

VHS[H]

SECAM[H]

SLOW_PULSE

TRICK[H]

C.SYNC/V.REF

ET_REC[H]

V.PULSE

CTL[+]

CTL[-]

MESECAM[H]/AGC_CTL

NORM/MESEC/S

SECAM_DET

VIDEO_ENV

SB_GAIN

TO
CAP MOTOR

CN3001

CAP.M_FG

CAP.M_Vcc

Vcc5V

CAP.M_F/R

LM_VCTL

M_GND

S_GND

Vcc12

CAP.M_VCTL

LM_F/R/S

DRUM_PG/FG

DRUM_VCTL

CTL1

CTL2

D.FF

GND

SP_SHORT[H]/FLY_ON[H]

LP/EP_SHORT[H]/FLY_REC[H]

CP3002
SHORT

CP

QMFZ050-1R5X-E

CP3001

C3004

0.047

3

TO
ROTARY ENCODER

JS3001

GND

LSA

LSB

LSC

LSD

TO
SW.REG

GND[M]

GND

M12V

SW12V

SW5V

48V

GND

P.CTL[H]

AL5.8V

2

TO
FRONT

DIG1

DIG2

DIG3

DIG4

DIG5

DIG6

DIG7

KEY1

KEY2

AL5V

JSA

JSB

RC

GND

D3004

D3005

11ES2

11ES2

MAIN (SYSCON)

3

R3253

15k

10k

R3254
OPEN

R3255
OPEN

OPEN

R3205

R3206 R3207
12k 18k

180
1/4W

Q3002 Q3003

PTZ-NV16A PTZ-NV16A

START

END

SENSOR SENSOR

R3215 R3216

10k

10k 10k

Q3004
2SD1819A/QRS/
2SC4081/QRS/
2PC4081/R/

D3003
RD39ES/B3

R3219

4.7k

R3237 R3238

10k 10k

/6.3

C3007

OPEN

Q3005
2SC4081/QRS/
2SD1819A/QRS/
2PC4081/R/

B4001
OPEN

C3008

R3217

10k

C3011
3300
/6.3

LNB2301L01VI

R3222

4.7k

D3001

R3218

4.7k

R3214

C3012
47

R3208 R3210

PC3001 PC3002

RPI-304 RPI-304
SUPPLY TAKE UP
REEL SENSOR REEL SENSOR

0.001

R3220
100k

JSA

JSB

D4001
SHORT

OPEN

1k

R3090

N.REC_ST[H]

I2C_CLK

DIG6

R3051

R3089

TRICK[H]

470

R3052

R3088

R3087

SEP[H]

H.REC_ST[H]

TU_V_MUTE[H]

SYNC_DET[H]

SP_FG

S.CLK

4701k1k

R3053

R3054

C3039
OPEN

R3086

R3085

SLOW_P

VHS[H]

SP_SHORT/FLY.ON[H]

LP_SHORT/FLY.REC[H]

V.P.C T L

PAL_PB[H]

P.ON_PULSE

SECAM[H]

I2C_DATA2

I2C_CLK2

A.MUTE[H]

MODE

VCC/VCL

OSC2

OSC1

REC_SAFTY

JSA

TU_FG

1k

C3017

R3055

R3056

C3018

C3020

C3021

R3236

R3235

FULL_E.ON[H]

C3038

OPEN

C3035

C3034
OPEN

1M

#

#

100

X3002

C3041

#

C3025

C3024

0

0

1k

1k

C3022

0.1

470

470

0

C3025

#

TIMER CLOCK

0

1k

C3037

12p

C3036

QAX0527

DTC144W

S3002

QSW0602-003

S.CASS

4.7k

4.7k

OPEN

C3032

0.1

C3031

0.1

C3030

47

/6.3

R3071

10k

R3231

1k

R3230

4.7k

OPEN

B3971

C3054

##

18p

R3066

RST

B3966

##

IC3002

S3001
REC_SAFETY
QSW0602-003

VCC

VSS

IC-PST3427U

C3027
10

GND

RESET

FWE

AL5V

SIO

SII

/25

10k1k

R3062R3061

OPEN

CN3901

##

4.7k

C3026

30p

0.01

B3962

Q3901

10k

R3225

##

10k

##

R3241

Vss

R3083

#

Vcc

[OUT]

Vss

[IN]

RES

X1

X2

NMI

FWE

DIG7

SW2

SW1

JSB

TP3906

1k

0

R3081

R3080

#

1k

R3079

0
0

R3078

0

R3077

R3076

R3075

R3074

R3073
R3072

TP3904

B3070

OPEN

R3069

C3050

0.1

R3229

TP3905

#

X3001

0

R3063

R3060

R3059

R3058

R3057

TP3903

TP3908

TP3907

IC3003

OPEN

OPEN

100p

100p

3.3k

3.3k

A1

A2

VSS

SDA

SCLWPVCC A0

R3223

R3224

ET_REC[H]

A.MUTE[H]

I2C_CLK_A/V

I2C_DATA_A/V

N.REC[H]

A.FF

TO FMA

N.REC_ST[H]

H.REC_ST[H]

SEP[H]

TO VIDEO/N.AUDIO

PAL_PB[H]

A.ENV/ND[L]

S.CASS[H]

P.MUTE[L]

I2C_DATA2

I2C_CLK2

S.CLK

S.DATA_FRSYS

SYNC_DET[H]

OSD_CS

TO TUNER

TU_V_MUTE[H]

I2C_CLK2

I2C_DATA2

SW2

SW1

AFC

RF_AGC

SCR[H]

3.58NTSC[H]/P.ON_P

I2C_CLK2

I2C_DATA2

AL5V

SAT_CTL

P50_I/O

R.PAUSE

TO VIDEO/N.AUDIO

TO FMA

TO FMA,
MAIN TERMINAL

TO VIDEO/N.AUDIO

TO VIDEO/N.AUDIO

TO FMA

TO FMA

TO ON SCREEN,
MAIN TERMINAL

TO
ON SCREEN

TO
MAIN TERMINAL

TO FMA,
MAIN TERMINAL

TO
MAIN TERMINAL

10k

R4016

OPEN

1

0.1

C4012

C4014

DFG

P50_OUT

0

R3033

D3008

C4011

100p

5.6K

0

0

0

0

2.7k

2.2k

SHORT

#

R3105

R4012

R4011

R3106

R3104

D4002 R4015

R3103

V.FF

N.REC[H]

CAPPWM

ET_REC[H]

P.MUTE[L]

DRUMPWM

HI_S_FF_REW

FULL_E_ON[H]

IC3001

HD6432194SBD30F

[HR-S6950EU/S7950EU/S7955EK]

HD6432194SAD32F

[HR-S6955MS/S7955MS]

LM_F/R/S

LSD

DIG3

DIG2

POWER_DET

SB_GAIN[PWM]

DIG4

P.CTL[H]

0

R3035

4.7k

R3036

1k

R3037

1.5k1k4.7k

R3038

R3039

C3040

0.01

Q3007
DTC144WU

R3040

0

R3041

1k

R3034

1SS355

0

10k1k00000000000

R4010

R4009

R3097

R3096

R3095

R3094

R3092

R3091

R3093

Df

Dc

Dg

Db

Da

De

Dd

A.FF

C.SYNC

Vss

Vcc

I2C_DATA

S.CASS[H]

OSD_CSRCS.DATA_FRSYS

SAT_CTL

0

R3044

C3016

TP3901

1k

R3046

0.1

TP3902

1k

R3047

0

R3048

MESECAM[H]/AGC_CTL

001k

R3049

R3050

DIG5

1k

R3042

1k

CTL[+]

SVss

CTL[-]

CTLBIAS

CTLFB

CTLAMPOUT

CTLSMTIN

CFG

SVcc

AVcc

NORM/MESEC/S

SECAM_DET

VIDEO_ENV

START_SENSOR

END_SENSOR

KEY1

PROTECT

SCR_ID/

KEY2

AFC

RFAGC

A.ENV/ND[L]

AVss

CTL_GAIN

LSA

LSB

LSC

CAP.M_F/R

R3029

1k

10k

10k

CTLREF

1k

R3030

0.1

C3033

0

R4013

Vcc

Vss

V.PULSE

DIG1

P50_IN

R.PAUSE

1k

1k

R3031

R3032

#

10K

OPEN

R4021

Q4002
DTC144W

C4006

47

/6.3
C4007

C4008

C4009

SHORT

R3011

R3012

R3013

R3014

R3015

R3016

R3017

R3019

R3020

R3021

R3022

R3025

R3026

R3027

R4008

R4017

C4016

680p

OPEN

C4015

0.001

560

R4003

R4004

560

R4006

OPEN

0.001
1

0.056

1k

1k

1k

1k

1k

1k

1k

1k

1k

1k

1k

4.7k

4.7k

4.7k

1k

C3049

OPEN

#

R3233

R3234

R4001

4.7k

OPEN

/6.3

C3014

47

OPEN

/6.3

C4001

47

DTC144W

OPEN

DTC114EU

C4002

C4003

R3251

C4004

R4005

R4007

C3015

OPEN

R3018

R3242

R3246

R3247

OPEN

0.1

0.001

22

5.6k

0.1

6.8k

4.7K

OPEN

OPEN

TP4001
CTL.P

Q4003

C4017

C4005

0.0022

C4010

0.022

R3211R3209

R3212

D3002

470k120 120

18k18k

R3213
330k

1SS133

Q4001

OPEN

10K

R4020

/10

OPEN

1k

1

## DIFFERENCE_TABLE#

S1EU

S2EU/EK

S1MS

S15MS

S25EE

R3032
R3233

X

X

R3012 R3080

R3083

XXX

X
X

R3104

##:FOR FLASH WRITE

X
X
X

: Used
: Not used

MY

4-124-11

EDCBA

p10438001a_rev0

HGF

MAIN (SW.REG) SCHEMAITC DIAGRAM4.7

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.

48V

BT2

TO SYSCON

TO TUNER

3

0

5

CN5001

BRN
LIVE

T2AL

F5001

MAIN[SW.REG]

B5002
SHORT

C5001

0.047

/250

/250

LF5002
QQR0978-001
QQR0608-001
QQR0609-001
QQR0610-001

D5001
S1WB/A/60-4102
S1WB/A/60-X
S1WB(A)60F4072X

T5001
QQS0083-001
QQS0084-001
QQS0093-001

R5302

1k

R5303

1.2k

BLU

NEUTRAL

VA5003

##

QAF0026-621

4

MY

##

LF5001
PELN1204-01-01
QQR0977-001

B5001
SHORT

MY

D

S

Q5101
2SK2632
2SK2129

C5006

/400

K5101
QQR0678-001
QQR0621-001

R5110
220k

##

C5002

0.033
/250

R5101
220k

68

R5102
220k

R5103
68k

C5104

/50

1

G

C5107

0.1

/50

MY

R5104 C5101
68k 0.0047
2W /1k

K5102
SHORT

D5101
AU01
1SR153-400
ERA18-04
10ELS4

D5102
AU01
1SR153-400
ERA18-04
10ELS4

R5112D5105

220

1SS133
1SS270A

R5107

330
1/2W

C5102

33p
/1k

D5210
AU01Z
1SR153-400
ERA18-02
10ELS2
PG104RS

C5204

4.7
/100

D5209
AK04
11EQS04
1S4
SBO40

D5207
AK04
11EQS04
1S4
SBO40

##

D5208
RK14
21DQ04
SB240

##

D5206
RK14
21DQ04
SB240

##

D5205
FMB-24
FSQ05A04B
YG801C04
SF5SC4
SB640FCT

L5202

33µ

C5203
2200

AL5.8V

TO SYSCON

Q5321

##

2SD1858/QR/

R5306

Q5303

2SC5739/QP/

C5206

/10

47

/10

180

##

R5305

220

D5305
MTZJ5.6C
RD5.6ES/B3/

C5301
100
/16

R5319

220

Q5307
2SD2144S/UV/

C5307
47

C5308
100
/16

/16

TO

SW5V

VIDEO/N.AUDIO,
ON SCREEN, FMA, SYSCON,
TUNER, MAIN TERMINAL

TO TUNER

RF5V

P.CTL[H]

D5203
AU01Z
10ELS2

R5111

R5109
560

390

C5106

270p
/50

##

C5103

MY

R5108

1.5k

D5103
1SS133
1SS270A

PC5101
PS2561L1-1/L/
PC123F2
ON3171/R/

R5304

470

D5204
AU01Z
10ELS2

D5301
MTZJ15C
RD15ES/B3/

2SC1740S/RS/-T
2SC3199/YG/-T

Q5301

3

GROUND POINT FOR
PRIMARY VOLTAGE

##

C5003
100p
/250

GROUND POINT FOR
SECONDARY VOLTAGE

C5004

0.0022
/250

R5106

0.39
1W

DANGEROUS VOLTAGE

MY

C5105

0.015
/50

Q5102
2SD2144S/UV/

2

C5202

680
/16

L5201

33µ

R5310
10k

Q5304

R5332

R5333

##

D5303
MTZJ5.6A
RD5.6ES/B1

390

2W

Q5306

DTC114EUA

R5313
1k

UN5211
RN1302
PDTC114EU

Q5305
DTA114EUA
UN5111
RN2302
PDTA114EU

D5302
MTZJ11C
RD11ES/B3/

390
2W

C5207
100
/16

C5305

0.1

MY

/50

R5312
1k

2SD2144S/UV/

##

C5302

/50

2.2

C5303
100
/16

TO SYSCON

M12V

TO

SW12V

VIDEO/N.AUDIO,
FMA, SYSCON,
TUNER, MAIN TERMINAL

GND

TO
VIDEO/N.AUDIO,
ON SCREEN, FMA, SYSCON,
TUNER, MAIN TERMINAL

## MARK ELEMENTS ARE NOT MOUNTED

1

MY

p20236001a_rev0

ABCD EFGH

4-144-13

MAIN (TUNER) SCHEMATIC DIAGRAM4.8

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 (TUNER)

L6001

C6007

C6008

C6012

C6013

C6016

C6005

C6006

R6051

C6053

R6052

C6052

R6056

C6056

R6050

C6055

C6020

C6021

C6027

C6028

R6032

R6033

C6032

Q6032

C6501

C6502

: Used
: Not used

FRANCE

EU/EK

MS

ALPS LG

QAU0261 QAU0266

10µ 10µ 10µ

0.01 0.01

0.01 0.01 0.01

100

100

100 100

4.7k

18k

1.8k

18k

10µ 10µ

0.01 0.01 0.01

ALPS

QAU0261

4.7k

1.8k

EE

100

100

10µ

ANT IN ANT OUT

#

TU6001

MATSUSHITA

KOREA

5

NC(GND)

AUDIO IN

MOD B(SW5V)

CONV_CTL

VIDEO IN

NC(GND)

(RF AGC)

MB(SW5V)

4

AUDIO OUT

VIDEO OUT

NC(OPEN)

3

2

TO

SYSCON

I2C_CLK2

I2C_DATA2

AFC

TU_V_MUTE[H]

SW1

SW2

RF_AGC

CH SW

TU(30V)

IF OUT

SIF OUT

PAL

BB(AL5V)

AUDIO IN

MOD SDA

MOD B(AL5V)

MOD SCL

VIDEO IN

NC

RF AGC

(BT)

BT

MB(SW5V)

TU(30V)

IF OUT

AUDIO OUT

SIF OUT

VIDEO OUT

MB(SW5V)

OPEN

AS

SCL

SDA

NC

NC

ANT IN ANT OUT

#

TU6001

IF IN

SW 1

SW 2

AFT

ALPS

BB(AL5V)

AUDIO IN

MOD SDA

MOD B(AL5V)

MOD SCL

VIDEO IN

TU(30V)

RF AGC

MB(SW5V)

TU(30V)

IF OUT

AUDIO OUT

SIF OUT

VIDEO OUT

NC

AS

SCL

SDA

NC

NC

TP

SW 1

SW 2

AFT

AS

SCL

SDA

NC

NC

IF IN

NC

NC

AFT

R6056

#

L6002

C6013

#

0.01

C6056

#

47p

R6051

#

R6052

#

#

C6016

#

#

R6080

1k

R6050

C6055

#

R6020

1k

C6020

#

R6021

1k

C6021

L6001

#

#

C6007

#

C6008

#

C6006

0.01

#

C6005

#

10

HZ30-2L

D6002

C6027

220p

#

C6028

220p

#

C6052

100

22p

/50

100p

C6053

#

C6012

#

100p

L6501

3.3µ

B6510

#

B6511

#

C6501

#

R6030
1k

R6031

270

R6032

#

C6037

10

R6033

#

Q6031

#

DTC144E

/50

0.047

C6032

#

DTC144E

#

C6038

Q6032

Q6030

2SB1218A/RS

TO

SW.REG

GND

RF5V

SW5V

SW12V

BT2

DEMOD[L]

TO FMA

PAL

/MS

TO
VIDEO/N.AUDIO

TO FMA
TO
VIDEO/N.AUDIO

TO
VIDEO/N.AUDIO

TO

ON SCREEN
TO
VIDEO/N.AUDIO
ON SCREEN

GND

DEMOD[R]

TU_AUDIO

RF_AUDIO

TO DEMOD
CN6701

CN6701

#

NC

I2C_DATA

I2C_CLK

TU_A_MUTE

DEMOD_[R]

DEMOD_[L]

C6502

#

SW5V

GND

COMP

SIF

TU_VIDEO

RF_VIDEO

GND

# DIFFERENCE TABLE

TUNER TU6001

ATS+ R6080 1kΩ 1kΩ

SW5V

RF5V

RF

CONV.

BT2

TUNER

RF

I2C

CONV.

AUDIO

IN

VIDEO

IN

TUNER I2C

SYSTEM SW

AUDIO OUT

VIDEO OUT Q6031

DEMOD

PASS CON

1

MY

4-164-15

EDCBA

p10436001a_rev0

HGF

MAIN (FRONT), MINI FRONT, S-JACK AND ADV.JOG SCHEMATIC DIAGRAMS4.9

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

Q7001

DI7001

DI7001

#

D1

D2

D3

D4

D5

Da/D6

NC/D7

4

NC/Da

Db

Dc

Dd

De

Df

Dg

(FRONT)MAIN03

Q7002

#

R7001

150

R7002

150

R7003

150

R7004

150

R7005

150

R7006

150

150

R7007

#

#

R7010

R7009

330

330

##

D7001 D7002

#

R7008
330

Q7014

Q7003

Q7013

Q7004

Q7012

Q7005

#

Q7011

Q7006

#

Q7010

Q7015

Q7009

#

Q7007

Q7008

0.0033

C7012

1SS133

D7003

###

IC7002

#

GP1U291Q

#

R7015

V.OUT

C7011
200

VCC

R7030
10k

#

C7014

C7013

0.01

/6.3

GND

10k

R7020

0.01

#

3

#

B7002

#

R7023 R7035

R7022R7021

1.8k1.2k

R7024

#

R7025

4.7k2.7k 2.7k2.2k 4.7k

#

B7001

R7033

R7032R7031

2.2k

1.8k1.2k

#

R7034

#

#

R7036

6.8k

TO
SYSCON

AL5V

DIG1

DIG2

DIG3

DIG4

DIG5

DIG6

DIG7

D_A

D_B

D_C

D_D

D_E

D_F

D_G

GND

RC

JSB

JSA

KEY1

KEY2

TO MINI FRONT
CN7002
TO ADV.JOG
CN7003

#

CN7001

b6

b7

JSA

GND

JSB

b5/KEY OUT

TO ADV.JOG
CN7003

CN7005

JSA

GND

JSB

b5/KEY OUT

TO MAIN (FRONT)
CN7001

CN7002

JSA

GND

JSB

b5/KEY OUT

TO MAIN (FRONT)
CN7001
TO MINI FRONT
CN7005

(for 400HA)

#

CN7003

OPEN

B.UP

JSA

GND

JSB

b5/KEY OUT

2 8 MINI FRONT

b6

b7

ADV.JOG

38

A

C

B

S7029

#

#

INSERTA.DUB

S7028

ONLY USED FOR HR-S7955MS

#

UN7001UN7001

UN7001UN7001UN7001UN7001UN7001

(for 400HA)

(for 400EA)

#

b5/KEY OUT

OPEN

CN7004

B.UP

JSA

GND

JSB

A

C

B

#

UN7002UN7002UN7002UN7002UN7002UN7002UN7002

(for 400EA)

POWER

DI7001

789

NC NC Da

Da D7 D6

S7016

R7001

Q7007

2

7seg LED

V14TYPE

V15NEW

#

S7008

LED

R7008Q7006

D7001

D7002

#

S7012

(ONLY USED BY V14TYPE 7segLED)

USED

NOT USED

USED

NOT USED

PAUSE

##

##

S7013 S7006S7002

S7015S7001 S7004

-

-

Q7007 Q7015

-

-

-

-

: Used
: Not used

400HA2

OTHERS

R7009 R7010

-

-

REW

## #

S7011S7010

S7014

# IC7042 /C7041 /C7042 /D7043 /R7046 USED BY 360H/K

CN7001TOOL

1-6

3-6

C7914 R7924
OPEN OPEN

#

6

3

R7925
OPEN

D7901

OPEN

S-JACK

S IN

J7102

TO TERMINAL(I/O)

CN916

CN7108

FRONT Y

GND

FRONT C

GND

1

MY

p20280001a_rev0

ABCD EFGH

4-184-17

MAIN (MAIN TERMINAL) SCHEMATIC DIAGRAM4.10

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

SCR[H]

TO TERMINAL (I/O)

CN913

CN903

P50_I/O

A.OUT[L]

A.OUT[R]

A.IN2[L]

A.IN2[R]

DEC.OUT[L]

GND

A.IN1[L]

A.IN1[R]

SAT_CTL_OUT

R.PAUSE

TO TERMINAL (I/O)

CN914

CN904

TO
VIDEO/N.AUDIO

A.IN1[L]

A.IN1[R]

LINE_OUT[L]

LINE_OUT[R]

A.IN2[L]

A.IN2[R]

DEC_OUT[L]

DEC_OUT[R]

F.AUDIO[L]

4

REC_COLOR/REAR_V_IN

TO VIDEO/N.AUDIO,
ON SCREEN

3

TO
ON SCREEN

F.AUDIO[R]

TU_VIDEO

C_FROM_DIGI

Y_FROM_DIGI

Y/V_TO_DIGI

C_TO_DIGI

PB_COLOR

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

EE[L]

Y_TO_AV

V_FROM_AV

FRONT_V_IN

V_TO_OSD

CHARA_DATA

V_FROM_OSD

Fsc

DEC.OUT[R]

OPEN

3.58NTSC[H]/P.ON_P

SW12V

TU_VIDEO

OPEN

I2C_CLK2

I2C_DATA2

GND

TO TERMINAL (S-SUB)

CN915

Fsc

CN905

GND

GND

C_FROM_DIGI

Y_FROM_DIGI

GND

Y/V_TO_DIGI

GND

C_TO_DIGI

TO TERMINAL (S-SUB)

CN912

PB_COLOR

CN902

FRONT_Y_IN(ADJ)

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

P.MUTE[L]

FRONT_V_IN

GND

V_TO_OSD

CHARA_DATA

GND

V_FROM_OSD

TO TERMINAL (S-SUB)

CN911

CN901

I2C_CLK

I2C_DATA

EE[L]

GND

GND

V_FROM_AV

Y_TO_AV

GND

SW5V

REC_COLOR

TO SW.REG

TO SYSCON

TO SW.REG

2

SW12V

SW5V

AL5V

GND

TO SYSCON

R.PAUSE

P50_I/O

SCR[H]

3.58NTSC[H]/P.ON_P

I2C_CLK2

I2C_DATA2

P.MUTE[L]

I2C_CLK_A/V

I2C_DATA_A/V

SAT_CTL

#

Q7201
2SC1317/RS/

R7202

#

220

#

R7203

4.7k

#

L7201

10µ

#

10

R7204

1/2W

#

C7202

470

R7160

100

#

C7165

C7160

#

OPEN

R7162

#

C7166
OPEN

/6.3

680p

R7161
100

100

#

C7167
680p

R7163
75

J7105

0 3 MAIN (MAIN TERMINAL)

# DIFFERENCE TABLE

Q7201
R7202
R7203
R7204

1

SAT CTL

C7202
L7201

YES YES

MY

NO NO

: Used
: Not used

CE

C7160
C7165
C7166
C7167

p30104001a_rev0

4-204-19

EDCBA

HGF

2D DIGITAL SCHEMATIC DIAGRAM [HR-S6950EU/S6955MS/S7955MS]4.11

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 2D DIGITAL

C1211
47

/6.3

5

4

R1210 R1211VR1201

39k 15k

0.5% 0.5%

L1204

220µ

LC1201

100µ

3

C1246
47

/6.3

TO MAIN (VIDEO/N.AUDIO)
CN501

2

CN1201

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

C1203

OPEN

R1206

560

C1204

OPEN

R1203

R1204

R1205

C1208

C1209

C1201

47

Q1201

2SC1317/RS/

R1201 R1202

120 100

/6.3

D1201

RD4.3ES/B3/

220

220

1k

100p

OPEN

C1243

C1244

4.7

C1220

47

/6.3

R1212

0.01

/25

1k

R1215

1k

Q1203

L1202

180Ω

L1203

330µ

D/A LEVEL ADJ

SHORT

R1223

OPEN

R1214

120

L1205

6.8µ

C1223

C1222R1213Q1202

82p330

L1206

6.8µ

C1226

C1225

R1216

82p

330

27p

27p

R1221

OPEN

C1215
47

/6.3

C1217

0.1

C1219

C1218

1

0.1

IC1201

JCP8036

R1217

100

0.5%

R1207

5.6k

IIC_DATA

IIC_CLK

RESET

CMUTE

VSS

VDD

VREF

COUT

IOB

COMP

YOUT

R1218

0.5%

300

R1220

560

C1248

OPEN

C1212

0.001

R1208

12k

SIMLD

IREF

R1225

OPEN

R1226

OPEN

PO

AVSS

C1228

4.7

C1227

/25

0.1

C1213

R1228
OPEN

0.1

R

AVDD

VCNT

CLP

Q1205

2SC4081/S/

R1227

OPEN

Q1206

OPEN

C1214R1209

118

C1216

0.1

AVSS

YVIN

AVDD

AVSS

R1224

560

C1245
15p

0.1

C1230

L1208

C1238

NC(TEST)

AVDD

C1229

0.01

15µ

18p

C1239

56p

NC(TEST)

VRL

0.1

C1231

0.1

C1232

NC(TEST)

VRH

Q1204

NC(TEST)

CIN

0.01

C1233

R1222

470

NC(TEST)

NC(TEST)

NC(TEST)

NC(TEST)

FSC_IN

NC(TEST)

NC(TEST)

NC(TEST)

NC(TEST)

AVDD

AVSS

VDD

VSS

C1237

0.1

C1234

0.1

C1236

0.1

L1207

220µ

C1235
47

/6.3

L1201 C1210

1µ 33p

1

ALL NPN TYPE TRANSISTORS ARE 2SC4081/QRS/.

ALL PNP TYPE TRANSISTORS ARE 2SA1576A/QR/.

MY

p20282001a_rev0

ABCD EFGH

4-224-21

3D/TBC (2M) SCHEMATIC DIAGRAM [HR-S7950EU/S7955EK]4.12

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/TBC(2M)

1k

R1447

R1448

5

R1449

LC1402

R1450

R1451

R1452

R1453

4

TO MAIN (VIDEO/N.AUDIO)
CN501

CN1401

SLOW_PULSE

TRICK[H]

D.FF

V.R E F

V.P_CTL

I2C_DATA_A/V

I2C_CLK_A/V

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

100µ

2

1k

1k

QQR0521-006Z

1k

OPEN

470

1k

OPEN

C1459

C1460

C1461

C1462

C1464

C1465

C1467

C1466

C1468

C1469

CH

OPEN

CH

OPEN

CH

OPEN

CH

OPEN

CH

OPEN

CH

OPEN

Q1419
DTC124TUA

C1463

/6.3

33

R1460
27k

OPEN

OPEN

100p

OPEN

R1446

1k

R1441

OPEN

R1442

OPEN

B1409

OPEN

Q1414

Q1401

2SC1317/RS/

R1401
120

R1402

100

C1401 C1402
33

/16

D1401
RD4.3ES/B3

OPEN

L1401

OPEN

SHORT

C1403

0.1

MCO0

VRBY

R1427

R1428
39k

0.1

C1473

33k

MCO1

VRTC

0.1

C1438

MCO2

VRBC

MCO3

IC1401
JCP8026

CIN

VSS

AVSS2

C1439

CWE

FSCIN

0.01

0.1

C1454

0.1

C1440

C1471

VDD33

AVDD3

0.1

MCO4

PFSC

MCO5

TCPOUT

C1425

0.01

MCO6

AVSS3

MCO7

RFSC

R1430

2.2k

R1429

1.8k

Q1412

0.1

C1441

C1453

VSS

RSTW

VDD33

RSTR

SWRCK

MCI7

MCI6

MCI5

MCI4

CRE

MCI3

MCI2

MCI1

MCI0

MINTEST

TCLK

CKMODE

MTO

VDD25

RST

VDD33

VSS

VOUT

VDD33

PVREF

PIREF

PCOMP

AVDD4

R1439

1

27k

D1402

C1445

0.1

C1444

0.1

B1412
0Ω

C1427
OPEN

CH

L1406

R1431

820

33µ

CHCH

C1428C1426
22p39p

C1442

OPEN

C1443

R1438

47k

3.9k

R1437

R1440
47k

R1433
51

C1452

C1451

C1450

C1449

C1447

0.1

4.7
/50

0.1

0.1

C1448
47

/6.3

0.1

C1446

/6.3

47

L1407
10µ

OPEN

C1455

TS1

MON3

VSS25

VDD25

MON2

DRAMTE

MON1

0.1

C1430

MON0

VDD33

SLOWP

TRICK

R1404

2.7k

R1411

1.5k

C1404

Q1402

0.1

Q1418

Q1406

R1459

CH

C1407
68p

R1405
OPEN

R1412
OPEN

CH

680

C1416

10

/25

R1416

100k

C1406

0.01

C1410

4.7
/50

C1411

0.1

330

/6.3

C1412
68p

C1405

C1408

0.1

CH

33p

220

R1406

L1402

6.8µ

C1409

CH

OPEN

C1413

33p

CH

L1403

6.8µ

R1421

220

R1413

CH

C1414
OPEN

C1415

0.1

Q1408

2SC4081/S/

R1417

100

R1418

470

C1421
33p

CH

L1404

6.8µ

330

CH

CH

C1420

OPEN

C1422

68p

Q1410

C1417

R1425
OPEN

0.1

R1426
560

Q1404
OPEN

R1408
OPEN

C1423

0.1

R1410
240

L1405

10µ

C1429

C1432

C1433

0.1

OPEN

C1434

R1415
220
±0.5%

R1434

15k
±0.5%

VR1401
D/A LEVEL ADJ.

330
/6.3

DFFI

VR

VPLS

VSS

SDATA

SCLK

KILLER

VDD25

COMP

1

AVDD1

COUT

AVSS1

YOUT

IREF

AVDD2

VREF

CLAMP

YVIN

VRTY

B1416
OPEN

R1435
±0.5%

R1436
±0.5%

47k

SHORT

VR1401

R1444

39k

R1445

27k

±0.5%

0.1

0.1

C1472

OPEN

C1436

0.1

0.1

C1437

C1435

C1424

0.01

CH

C1470

L1409

OPEN

OPEN

R1455
680

1

ALL DIODES ARE 1SS133 OR 1N4148.

MY

2SA1576A/QR/. OR 2PA1576/R/.

2SC4081/QRS/. OR 2PC4081/R/.

4-244-23

p10440001a_rev1

EDCBA

HGF

TERMINAL (S-SUB) SCHEMATIC DIAGRAM4.13

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
S-P CONVERTER

#

CN511

5

SW12V

SW12V

FROM_PS_Y

TO_PS_Y

FROM_PS_C

TO_PS_C

SW5V

SW5V

GND

GND

GND

4

3

TO I/O

SW12V

GND

REAR1_Y_IN

REAR1_C_IN

2

REAR2_Y_IN

REAR2_C_IN

FRONT_Y_IN

FRONT_C_IN

REAR_V_IN

Y_OUT

C_OUT

V_FROM_OSD

0 6 TERMINAL(S-SUB)

L501

10µ

C513

R525

1.2M

C516

C517

C518

C519

C520

C514

0.01

C515

0.01

R501
OPEN

C566

#

C512

4.7

0.01

/50

CR

ADJ

Pre LPF2

CL2

A7

Pre LPF1

Pre LPF1

ATT9

EXT PB Y

VCC1

A6

Pre LPF2

EXT PB C

EXT PB C

0.01

0.01

CL1 ATT7

OPEN

0.1

2.2

/50

4.7

/50

IC501

JCP8018

GCL

COMP IN

REC

AGC

Y/C IN

PB

AGC DET

S.SEP

ATT6

ATT1 ATT2 ATT3 ATT4 ATT5

R531 R534 R535

100 100 100

C569

C568

68p

68p

C553 C556 C559

C551
1

0.01 0.01 0.01

/50

CLK DATA

IIC LOGIC

DIGI/PB

EXT PB Y

V5

V3/V4

/6.3

47

0.01

C511

C510

GND1

PB

DIGI/PB

A9

REC

DIGI

A8

REC

DIGI

PB

REC

C1

Y1

Y3

Y2

R533R532

100100

C554 C557

/50 /50

11

C509

10

/16

BAND GAP

CONV

BF2

PB*CONV

C3

C2

S1/S2 DET

C564

0.01

#

C524

C525

±2

300p

CH

±2

300p

CH

1.2k

1.6k

±2

270p

R516

R517

±0.5

1k

±2

±0.5

300p

±2

CH

300p

±2

CH

TO MAIN(MAIN TERMINAL)
CN901

CN911

SW5V

REC_COLOR

GND

V_FROM_AV

GND

Y_TO_AV

GND

EE[L]

0Ω

I2C_DATA

0Ω

I2C_CLK

TO MAIN(MAIN TERMINAL)
CN902

CN912

V_FROM_OSD

GND
CHARA_DATA

V_TO_OSD

GND

FRONT_V_IN

P.MUTE[L]

Y_TO_SUB

MAIN_ALC_DET

SECAM_PB_COLOR

FRONT_Y_IN(ADJ)

PB_COLOR

TO MAIN(MAIN TERMINAL)
CN905

CN915

C_TO_DIGI

GND

Y/V_TO_DIGI

GND

Y_FROM_DIGI

GND

C_FROM_DIGI

GND

Fsc

#

R527 C535

3.3K 0.01
C508

L505
SHORT

0.47

/50

C575
100p

EE/PB SP/EP

BF1

CONV

VCA

PB*D15

C.K.

V4

V3

N/S-LPF

PB

CONV

CONV

REC

PB*CONV

N.C.

PB

REC

TRAP

+-

A4

A5

BB

BB

BB

BB

VHS

CL3

S-VHS

REC

PB

EQ

V MUTEV FBC

C MUTE

Y MUTE

Y FBC

REC

A12

PB

A13

CL4

A10

A11

VCC2

A14

CL5

ATT8

CL6

A1

D7&D8

BIAS

A2

D16

A3

PB

REC

REC

#

C562

/50

1

C521

4.7

/50

C505

/50

4.7

C563

#

OPEN

L502

R503

C503

C502

220

OPEN

C504

0.1

/50

2.2

/50

4.7

C501

2.2

L503
10µ

/50

C523

C522

L504
10µ

IC502

VC2076DP

R

/50

2.2

2.2

/50

PP

NON LINEAR

PROCESS

R

C533

0.01

C534

47

R504

3.3k

R505

3.9k

R506

SP

SP

SP SP

/6.3

390

R508
150

R510

±0.5

1k

R

R511

±0.5

470

R515

3.3k

C529

3.3k

±0.5

R514

C526

C527

C530

R513

R507

100p

CH

R509

180p

CH

C528

CH

±2

82p

CH

R512

220p

CH

1.5k

±0.5

C531

C532

GND2

R536

100

C572 C573C570 C571
68p 68p68p 68p

C560 C561

/50 /50

11

C576
OPEN

C507

C506

47

/6.3

0.01

1

# DIFFERENCE TABLE

CN511
C562
C564
C566

C563
R527

: Used
: Not used

MS

OTHERS

p20213001a_rev0

ABCD EFGH

4-264-25

TERMINAL (I/O) SCHEMATIC DIAGRAM4.14

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

R916

1k

#

Q905

#

DTC144WU

MTZJ12C-T2

Q901

#

UN5211
DTC114EUA
RN1302
PDTC114EU

#

Q906

##

CE/V-OUT DRIVER

OPEN

OPEN

#

R901

75

D902

#

#

R903

68

OPEN

#

R902

75

#

B904

OPEN

R945

#

47
/16

#

#

Q907

#

Q908

R943

R946R947

Ω

5606.8k

C931

10/25

10/25

J901

#

PEMC1177
PEMC1019
PU59592

GNDV.GNDV.IN FUNC.SWP50

RAPID SW

AV1 IN/OUT

###

R942

4.7k01k

C927

R951

#

C949

#

Q912

DTC114TUA

#

Q911

DTC144WUA

BACK UP

R966
BT901

3.3k

#

R941

3.3k

#

R944

2.7k

OPEN

OPEN

100

R912

4.7µ

#

L917

CLAMP

DRIVER

6dB

##

C905 C906
330p 330p

[L]

#

C918

0.022

#

C922

#

#

4.7µ

L918

C938 C937

#

330p 330p

A.INA.IN A.GND

[R]

470p

A.OUT A.OUT

#

R934

100

#

C924

0.01

[L]

470p

[R]

C907

C908

#

#

#

L919

4.7µ

#
L920

4.7µ

R915

#

BUFFER

BUFFER

BUFFER

CURRENT

LIMITER

EXP1YEXP2

#

#

C923

C945

47

10

/25

/16

#

R938

#

R937

100

C915 C943 C928 C948

0.01

0.01

OPEN OPEN 0.01 47/16

R913

#

#

470p

470p

C939

C940

#

#

#

R914

10µH

CLK

I2C-BUS
CONTROL

#

C946

/25

10

#

100

SW12VDECUP

100/16

100/16

100

L902

#

1µ

10µH

#

R940

10k

DATA

R939

100

0Ω

R908

#

AV1_YCIN[H]

C929 L912

OPEN

0.01

0.01

OPEN

OPEN

OPEN

5.6k SHORT 220/6.3 220/6.3

#

Q902

RAPID SW

OPEN

C925

#

0.022

#

REAR IN/OUT

J911-J914
R927,R928
R961-R963
L921,L922
C960-C963

B903
OPEN

PEMC1177
PEMC1019
PU59592

GND

AV2/DECODER

#

R911

75

A.IN[L]

A.IN[R]

LINE_OUT[L]

LINE_OUT[R]

A.IN2[L]

A.IN2[R]

DEC_OUT[L]

DEC_OUT[R]

#

DRIVER

CLAMP

6dB

CLAMP CLAMP

R936

100

#

L910

1µ

J902

#

[H]

GB

IC901

BH7636S

BUFFER

BUFFER

#

C917

0.022

#

C921

33p

#

L911
OPEN

SAT CTL R.PAUSE

J921 J922
R964 R965

R909

#

75

2SB1218A/QR/

#

2SA1576A/QR/
2PA1576/R/

V.IN V.GND SCRAMBLE

GND GND GND

V.OUT V.GND R/C GND

D901

#

R966

#

MTZJ12C-T2

1K

#

R910

OPEN

C952

R931

#

Q909

#

R935

100

#

L909
OPEN

#

C915

0.01

J903
R925,R926

75

#

#

R932

100

510

#

#

C926

R933

OPEN

470

#

L908
OPEN

#

C916

0.022

#

C920
OPEN

S-IN

BT901

#

QVZ0032-001

TO MAIN(MAIN TERMINAL)

4

3

2

1

CN904

CN914

SAT_CTL_OUT

R.PAUSE

A.IN1[L]

A.IN1[R]

A.OUT[L]

A.OUT[R]

A.IN2[L]

A.IN2[R]

DEC.OUT[L]

DEC.OUT[R]

TO S-SUB

REAR2_Y_IN

REAR2_C_IN

REAR1_Y_IN

REAR1_C_IN

REAR_V_IN

C_OUT

Y_OUT

V_FROM_OSD

SW12V

FRONT_Y_IN

FRONT_C_IN

TO S-JACK
CN7108

CN916

FRONT_C

FRONT_Y

TO MAIN(MAIN TERMINAL)
CN903

CN913

I2C_DATA2

I2C_CLK2

SW12V

CH+12V

TU_VIDEO

3.58NTSC[H]/P.ON_P

LI_5V

SCR[H]

P50_I/O

# DIFFERENCE TABLE

EURO MODELS

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

OPEN

GND

GND

R929

WITHOUT
REAR S-OUT

WITH
REAR S-OUT

75

R930

75

: Used
: Not used

R901-R908,
R909-R916,
R931-R947,
R951,R953
L901,L902
L908-L911,
L913-L916,
L917-L920,
IC901
B903,B904
D901,D902
J901,J902

CH+

C901-C904,
C905-C908,
C916-C918,
C920-C927,
C933-C936,
C937-C940,
C945,C946
Q902
Q901,Q905
Q906-Q909,
Q911,Q912

GND

GND

GND

C959

C957

C958

L907

SHORT

REAR S-OUT

J904
R919-R924
C913,C914
C941,C942
C950
Q903,Q904
L906

C956

C955

C954

C953

2SB1218A/QR/
2SA1576A/QR/
2PA1576/R/

#

C943

100

/16

ARC MODELS

R953

5.6k

C951
47
/16

R952

5.6k

[L]

BG

##

C901 C902
330p 330p

A.OUT A.OUT

GNDGNDGNDR/CV.GNDV.OUTGND

[L]

R949

330

1/2W

#

C929

#

L912

L913

#
#

L914

A.INA.IN A.GND

#

[R]

[R]

L916

#

Q910

4.7µ

4.7µ

C934 C933

#

330p 330p

470p

C903

#

L915

#

4.7µ

4.7µ

C949

#

C931

R904

100

#

R905

100

#

#

#

L901

0.22µ

470p

470p

470p

C904

C936

C935

#

#

#

#

R906
10µH

R907

#

10µH

#

L906

SHORT

#

R919

100

#

C913 C942

#

#

C928

C948

0.01 47

#

R920

100

0

##

R921 R922

390 390

1/2W 1/2W

#

#

C941

220

/16

#

Q903

#

C950

220

2SB1218A/QR/
2SA1576A/QR/
2PA1576/R/

ALL NPN TYPE TRANSISTORS ARE 2SC4081/QRS/ or 2SD1819A/QRS/ or 2PC4081/R/.
ALL PNP TYPE TRANSISTORS ARE 2SA1576A/QR/ or 2SB1218A/QR/ or 2PA1576/R/.

TERMINAL(I/O)

6

Ω

R962

0

L922

#

#

SHORT

C962

#

OPEN

#

R961

0

#

Ω

L921

SHORT

C960

#

OPEN

C961

#

OPEN

R928

#

R918

0Ω

L904

15µ

C911

OPEN

R917

0Ω

L903

C909

15µ

OPEN

R964

#

100

#

R965

100

R925

#

75

#

#

R923

C914

0.01

#

#

Q904

/6.3

/6.3

R924

#

R927
75

#

C963
OPEN

#

R963

0

Ω

75

C912

0.001

C910

0.001

ONLY USED FOR
HR-S7955MS/S7950EU/
S7955EK

R926

#

75

#

75

Y

75

ONLY USED FOR
HR-S7955MS/S7950EU/
S7955EK

OPEN

J911

#

V.IN

J912

#

A.IN[L]

J913

#

A.IN[R]

#

J914

V.OUT

J915

A.OUT[L]

J916
A.OUT[R]

J921

#
SAT.CTL
PU60659

J922

#
R.PAUSE
PU60659

OPEN

C

43

21

J903

S-IN

C

3

4

2

1

J904

#

S-OUT

p20212001a_rev0

4-284-27

EDCBA

HGF

DEMODULATOR SCHEMATIC DIAGRAM

4.15

The Parts Number, value and rated voltage etc. in the Schematic Diagram are for references only.

5

Note :

When replacing the parts, refer to the Parts List.

14

4

TO MAIN (TUNER)

3

2

CN6701

CN6701

I2C_DATA

I2C_CLK

TU_A_MUTE

DEMOD_[R]

DEMOD_[L]

SW5V

GND

COMP

NC

SIF

C6732

0.01

R6722

4.7K

L6702

R6721

3.9k

C6733

0.0022

1µ

Q6701

2SC3354

R6723

47

DEMOD

#

R6726L6703

3.3µ

#

C6734

0.01

R6724

220

#

R6725

100

#

C6740

220p

R6719

3.3

#

R6720

10

C6728

C6729

CH

/50

EXTIR

TEST2

0.0012

C6714

#

MONOIN

ref

I

8.2k

R6711

0.01

K6707

600

#

R6712

2.7k

#

C6715

0.0047

P1

ADDR2

SSD4V

SSA2

V

C6730

/16

47

C6731

B6702

#

SSA3V

PCLK

R6709

0.01

P2

DDA3V

tune

ADDR1

V

#

R6708

10k

39k

L6701

#

###

0.0330.33

C6701

2.2

6800p

C6702

R6702

#

6800p

C6704

R6704

#

R6705

10

R6706

10

R6707

#

3.3

C6703

2.2

/50 /50

R6701

R6703

K6701

C6706

0.47

K6702

#

600

C6707

#

0.47

1k

1k

OUTL

OUTR

V

DDA1

V

SSA1

C6705

0.47

V

C6708

0.47

SSD1

V

DDD1

V

SSD2

V

DDD2

TP2

NICAM

TP1

#

C6709

0.047

600

#

2.2

ref2V

EXTIL

IC6701

#

XTALI

XTALO

CH

#

C6712

27p

X6701

24.576
MHz

27p

3.3µ

39k

R6710

#

C6713

#

#

B6701

D6701C6711C6710
1SV214/50

DDD4V

DDA2

V

C6716

0.47

#

R6713

10

#

C6727

SYSCLK

CRESET

TEST1

0.47

# DIFFERENCE TABLE

V12 EK/ARC

IC6701

TDA9874H TDA9874AH

R6707

SCK

WS

SDO

SDA

SCL

V

DDD3

SSD3V

SIF1

ref1

V

SIF2

#

C6726

0.47

#

C6725

0.47
R6718

3.3k

#

100p

C6724

100

R6717

100p

C6723

K6706

600

K6705

600

K6703

600

#

C6717

0.22

R6714

#

4.7k

R6716

#

CH

C6721

#

C6720

C6719

0.01

C6718

0.22

100

0.22

1

/50

C6722

0.47

R6715K6704

10600

#

R6727

1k

R6708

R6709

R6710

R6713

R6720

R6725

R6726 1k

C6707

C6710

C6711

C6712

C6713

C6714

C6734

C6740

L6701

D6701

K6702

R6702,R6704,

R6712,R6714,

R6717,R6718,

C6708,C6709,

C6715,C6717,

C6721,C6725,

C6726,C6727,

B6701

V12 EU/MS

10

10k 0Ω

39k

39k

10

10

100

NOT USED

2.2k

0.47

0.33/50

0.033

27p

27p

0.0012

0.01

NOT USED

NOT USED

NOT USED

220p

3.3µ

1SV214

600

V13/V14

NOT USED

NOT USED

NOT USED

NOT USED

NOT USED

100

1k

NOT USED

NOT USED

NOT USED

NOT USED

0Ω

NOT USED

0.01

NOT USED

NOT USED

NOT USED

NOT USED

1

p20130001a_rev1

ABCD EFGH

4-304-29

4.16

S-P CONVERTER SCHEMATIC DIAGRAM [HR-S6955MS/S7955MS]

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.

8 7 S-P CONVERTER

5

4

L1601

10µ

TO TERMINAL (S-SUB)
CN511

CN1601

FROM_PS_Y

FROM_PS_C

OPEN

##

SW12V

SW12V

TO_PS_Y

TO_PS_C

SW5V

SW5V

CN1602

##

SW12V

SW12V

CN1603

#

FROM/TO

MAIN

GND

GND

GND

GND

GND

GND

GND

R1631

560

R1632

3.3k

3

TO MAIN(CONNECTION)
CN6102

2

C1601
47

/16

2SC1740S(QR)

Q1606

C1602

L1605

#

10µ

C1660

#

GND

C1659

#

470

#

Q1603

#

R1606

680

TEST

n.c.

n.c.

GND

CLOCHEref

PLLref

OUT

XOUT

#

R1607

330

B1601

Ω

0

IC1605

TDA8395

0.01

R1662

#

10k

#

Q1618

C1664

#

0.01

C1663

#

R1663

470

#

10k

#

C1661

470

R1609

Q1604

1k

R1612

10k

R1608

2.2k

CVBSfref

SSC

n.c.Vp

n.c.

n.c.

n.c.

-(B-Y)

-(R-Y)

R1664

#

FL1601 FL1602

QQR1187-001EQQQR1187-001

EQ

C1637

0.01

C1638

47

/6.3

1.2k

C.SYNC

H.SYNC(-)

L1604

10µ

C1639

0.01

R1610

L1602

10µ

R1620

3.3k

IC1601

V.SEPA

H.OSC

SYNC

PHASE

SEPA

COMP

C1609

C1607

C1608

47

2200p

0.01

C1610

/50

1

/6.3

R1635

1.2k

Q1607

R1637
680

R1636

R-Y LEVEL

1k

ADJ.

R-Y_IND_VCC

B-Y_IND_GND

B-Y_OUT

R-Y_OUT

A_GND

A_VCC

R1615 C1605

330

C1606
1000p

NC.

NC.

C1640

/6.3

47

BA7046F

C1642

0.01

C1643

0.01

C1641

1

/50

R1616

470k

0.01

R1611

2.7k

Q1605

1k

NC.

IC.

SSC_IN

NC.

IC.

IC.

IC1606

TDA4665T

R1617

470k

C1611 R1619

100p 130k

R1618

10k

R1638
100

Q1608

Q1609

VR1601

470

R1639

C1612

0.1

R1640

1.2k

Q1610

R1641
1k

330

R1642

680

B-Y LEVEL

ADJ.

74HC132D

SSC

R1643
100

Q1611

Q1612

VR1602

470

H.SYNC(+)

IC1602

R1621

R1644

C1613

0.1

470p

R1623

12k

D1601

1SS133

R1622

10K

10K

R1658

1k

Q1615

Q1616

R1656

R1657

2.2k
560

C1656

330

0.01

R1659

R1645

1.5k

680

C/R1

RE1

A1

B1

Q1

Q1

GND

IC1603

74HC4538D

C1644

0.01

Q1613
2SC4083/NP/

C/R2

GND

RE2

R1646

C1615
470p

R1624

120k

A2

B2

Q2

Q2

WIDE_V.SYNC(-)

R1647

1.5k

100k

Q1617

R1660

R1661

C1616

0.1

C1645
1

/50

C1646

1

/50

R1648

1k

27k

Q1614

33k

VCC

GND

C1614

1CLR

1D

1CK

1PR

1Q

1Q

GND

IC1604

74HC74D

R1649

#

R1650

#

C1647

0.22

/6.3

C1650

0.22

VCC

2CLR

2D

2CK

2PR

2Q

2Q

fH/2

-(R-Y)

MCONTROL

-(B-Y)

H/2

Y

U_OFFSET

RED

VCC

GND

C1649C1648

0.0147

V_OFFSET VREF

GREEN

BLUE

IC1607

TDA8501T/N1-X

SYNC_IN

OSC

Y+SYNC_OUT

BURST_ADJ

Y+SYNC_IN

Y+SYNC_OUT

NOTCH

PAL/NTSC

CVBS

C_OUT

FLT

C1654 C1655

0.01 47

C1651

0.022

X1601

QAX0345-001Z

R1653

180k 100k

R1654

560

/6.3

POSITION

C1653

0.22

R1651

12k

VR1603

SECAM
BURST

R1652

C1652

C1662

R1655

1k

12p

1p

1.2k

#

IC1608

BA4432G

#

/6.3

#

R1603

#

R1602

56k

C1603
22

47k

C1634

/16

100p

#

R1634

Vcc

XIN

X1602

#

QAX0576-001Z

#

R1604

1.2k

Q1602

#

#

R1605

680

B1604

#

OPEN

B1602

B1603

B1605

#

OPEN

C1635

0.1

C1636

0.22

Ω

0

0

Ω

D1602

L1603

10µ

R1601

3.3k

Q1601

#

C1658

47

R1633

22k

C1632 C1633
47 0.01

/16

#

C1657

0.01

0.01

C1631
47

/16

#

MTZJ7.5A

# MARKED ELEMENTS ARE NOT MOUNTED.

1

ABOUT ## MARKED ELEMENTS

MODELS

HR-S6955MS
HR-S7955MS

VR1200/39

ELEMENTS

CN1601 CN1602

1pin-11pin

3pin-11pin

NOT USED

3pin-6pin

p20219001a_rev0

4-324-31

EDCBA

HGF

MAIN CIRCUIT BOARD4.17

<03> MAIN
LPB10170-001C

CN5001

12

NEUTRAL/BLU

K5102

C5206

Q5321

E

C5301

B7001

5

V2

R5104

C5004

14

6

R5106

1

LIVE/BRN

D5101

C5102

BE

CN7001

D5205

B

Q5303

B7002

C5101

R5306

2

1

R7025

FC5001

D5001

D5102

D5206

C5203

W15

D5305

R5305

R5319

S7014S7015

D5208

D5209

REWFF

C5001

K5101

D5207

L5202

VA5003

C5002

C5006

C5202

C5307

S7013

PAUSE

F5001

Q5101

B

S7012

D5301

C5207

Q5307

24H
EXP

R5107

C5308

R5110

D5105

D5203

Q5304

B5001

C5105

5

B

C5107

L5201

E

E

FC5002

R5103

R5109

R5112

D5204

R3222

R7035

C5204

D5303

C5302

D5302

R5332

Q3005

C3012

R7036

LF5001

E

7

R5310

C5303

CP4001

R5333

B4001

R5111

T5001

D5210

R5102

B

C5103

R5108

D5103

Q5102

C5106

R5312

Q5305

D3005

S7011

LF5002

4

3

R5313

CP4002

REC

C5003

B5002

R5101

C5104

PC5101

R5304

C5305

B

D3004

CP3002

Q3002

E

R7033

C3007

Q5306

R3241

Q5301

R5302

2

1

1

2

S7010
PLAY

R5303

S3002

ZZ1

ZZ4

ZZ7

R7024

R7032

DANGEROUS V OL T A GE

CN901 CN902 CN903

110

R2062

C2062

Q2061

T2052

W54

C319

R3218

R314

R315

R316

Q312

R3206

R3213

L301

R301

D3003

R3212

S7008
PAUSE

Q302

R321

R3219

C323

28

CP3001

D3002

C3011

W52

C320

R312

1

C318

R313

B301

Q311

C302

C306

C301

L4001

C4032

C4031

R3252

C3004

C3071

Q3004

REC SAT

C321

R302

C317

R329

C303

C305

12

R3253

R3254

R3255

R3220

L303

C322

C304

R317

W47

R327

S7004S7006

C2054

R2055

C2063

R2061

B2051

R311

2

C2055

C2053

Q2051

R2054

C2064

R2051

R2063

C315

C2052

C313

R328

C314

R326

C316

C308

R303

C307

11

14

R310

C309

R306

R305

R318

Q301

R304
CN3001

L304

B302

1

R3217
R3216

15

JS3001

R4020

R7023

R7034

R7022

T2051

L302

15

R308

W19

R3214
R3215

IC7002

W50

IC301

R309

C312

C310

Q303

R2053

W45

R2056

Q2062

C4016

6

R2064

R307

13

C311

C324

R2052

W60

Q2063

W62

C2051

R2065

B12

Q4002

K2004

K2003

W55

W26

PC3002

W4

R4015

R4021

Q4003

R3011

15

R4017

C4005

R4007

C4003

R3251

C7011

D7003

CN2001

R3210

R3012

3

R3211

R4001

R3013

W61

C90

B13

W63

4

C4014

C4017

R3014

R7015

112

W58

5

IC2

C4012

R3015

Q22

R50

4

D4001

D4002

R4005

C4008

C4009

R3016

W59

W31

R49

2

1

R3017

C7012

Q23

B65

Q32

W25

1

R4016

R4009

ZZ8

R3018

W46

8

Q7001

W66

W64

C92

L13

C108

C4007

R3242

R5

C64

C4011

R4012

R4006

Q7002

L15

C20

C114

R3019

Q18

C75

C18

C80

C81

Q21

B17

R3205

R4011

R3105

14

Q19

C33

L4

Q41

R4010

R3103

R3020

W65

R23

C63

C51

B10

R66

L22

L3

C28

R7

C29

W30
R46

R3094

C4015

C4004

C4006

C4001

R3247

Q7003

L27

W24

R2041

R34

R42

R3097

R3106

R3021

DI7001

Q16

W35

C35

R3096

R4013

Q7004

C60

C120

Q25

R48

R4004

R4003

R3022

R30

C21

C34

R41

C4010

Q7005

C78

C31

R117

Q10

R3090R3092

R3095

10

R68

R65

C59

R75

C9

C24

W29

R51

R3093

C3033

Q7006

R35

R33

W49

C19

R43

1

R32

R76

D4

C26

R38

R3091

R3104

112

C4002

C3014

R7008

Q14

B60

Q17

C88

L12

C30

Q24

R88

R3088

L28

R3

C23

X1
X2

C53

W17

R3089

R3026

Q7007

L24

C12

D5

R6

D3001

R3087

C3015

R3025

Q7008

Q8

C73

C3038

C3039

R3086

Q9

C106

C110

C84

C25

W36

C27

R39

R40

R8

R3085

Q7009

R7001

L19

L2

C17

C22
30

C42

Q11

Q38

C87

31

Q40

R3083

C3032

Q4001

R3027

7

C14

C15

C32

R79

R3081

W8

85

28

R31

R90

C41

C3049

Q7010

R7002

R104

C62

W48

R36

R3029

R4008

C36

C74

C136

L20

R9

W68

C16

R118

C2014

L5

R3080

R3079

R93

50

C37

84

R7003

C38

R3078

R3077

IC3001

29

R3030

R7004

C13

C10

R1

C125

C99

R3034

R28

C43

C3034

Q7011

C61

C45

C3035

R3076

R3036

R2020

R2058

R2

C11

W51

R3075

R27

1

C40

R2001

R3074

R3037

R7005

R7006

R2059

Q2053

51

R2003

W28

ZZ5

R3073

C3050

C3016

R7007

R2057

R2002

R2004

C39

W18

R3072

B3971

R3071

W3

R3039

1

W21

R29

Q7

Q2004

Q2054

Q2052

C2012

C2001

C97

B3070

X3001

R3047

R2060

Q2055

100

C2002

R2009
R2008

R3229

57

56

R3046

R3042

R3041

Q7014

C2017

R2005

C3030

C3031

C3036

Q7013

L18

Q2002

Q2003

C65

IC1

W10

R3063

Q7012

R2016

Q2001
R2019

R71

R2006

C7160

R3069

C3024

R3040

C72

C2018

81

80

R2010

R3053

R3052

R3038

R25

R2017

R2018

K2005

C6

B75
W33

Q50

R2007

W9

C3054

R3230

C3037

R3231

X3002

R3055

110

R26

C2009

C2011

K2006

C44

C2004

L2252

C2257

R3066

C3041

R3044

C3040

C5

R10

D2251

B3966

C3026

R3050

R3049

C103

C2003

R3062

C3025

R3057

R3056

C3021

ZZ2

Q5

W56

C2010

C2005

L2251
L2001

R84

W6

R3059

C3020

R85

K2001

W44

R3035

C2013

C2

W39

C2259

Q2255

R3209

IC3002

R3238

R3054

C3018

R3236

R3031

B5

C2016
K2002

L1

C3

W34

R2257

Q2252

C3027

C2006

R77

R2253

Q3901

B3962

R3060

R3058
R3237

C3017

R3235

R3032

C2007C2008

Q4

Q2254

C7

R2251

C2258

W43

R3234

R2013

C8

Q2

C2254

C2208

IC2201

Q2251

3

R3061

R3051

D3008

W67

W53

C403

Q1

C2256

R2252

C2209

R2224

C2224

R2256

R3233

R2015

Q3

C1

W38

C2255

32

33

Q2253

4

R2014

R401

C402

Q401

R22

C2261

R2225

D7001

Q403

C69

C4

10

W37

R2255

R2254

PC3001

1

R3048

CN904

11

D1

D2

C401

L401

C409

R402

R403

C407

C405

R404

Q402

R406

R405

C2206

C406

Q404

R21

C2210

C2232

L2201

2

R3208

Q3007

W1

C2223

R2223

C2251

C70

C2207

CN1

K2253

1

C2205

R2207

C2252

K2252

K2251

C2253

W40

11

C2262

17

48

C2233

C2227

C2213

R2239

C2211

R2240

R225

Q208

C216

C225

L204

C213

R202

R3033

CN3901

2

6

51

W2

S-ET/SAT

R7009

Q7015

D7002

C404

R407

R2222

R224

B206

D202

16

49

C2212

C2222

B214

16

R211

C212

D203

S7016

R7010

L402

Q405

R2205

R2206R2208

15

R203

R408

C2204

C2201

C2202

R2228

C2220

C2217

W23

D2201

L206

Q207

R2204

R2202

Q2202

R213

R204

R7021

R2229

64

C2215

C2216

R2220

B204

W12

C215

R209

R7031

C7014

W22

1

W69

C214

R210

R2203

1

C217

12

D201

C7013

R2201

C2203

R2231

C2218

Q2204

B2222

C218

R212

C211

R2233

R2230

C2230

R208

R7030

R2226

R2227

B2201

C2214

Q2201

C210

R2232

R2237

R2209

C208

S7002

ST/EJ

B2002

W42

R2235

R2212

L201

S3001

R2238

R2234

R2211

R2213

C207

C2231

W32

C222

R220

C2229
R2219

R2215

C206

5

R7160

R7020

C2226

C2225

C2221

R2218

R2217

R216

C7165

R2210

C3022

R7204

R2236

C2228

R2216
R2214

B2001

Q2203

L203

C201

C202

C204

1

R3225

R3223
R3224

IC3003

C2061

C2219

Q3003

30

1

6

CN905

19

1

26

R6052

R6050

32

R6080

R6020

R6032

R3246

2

R6056

TU6001

17 1

S7001
POWER

D7051

33

44

49

W13

W11 W7

43

CN501

C6016

19

C6007

C6013

C6056

C6052

C6055

8

C6008

C6027

C6028

C6053

C6020

C6021

C6006

18

D6002

25

ZZ3

C6032
R6033

REC-AGC

TP111
D.FF

TP4001
CTL.P

TP106

PB FM

TP2253
A.PB FM

TP2254
A.REC FM

3

10

CN6701

1

VR2251

5

L6501

R6051

C6502

B6510

B6511

R6030

Q6030

ZZ9

C6012

W57

C6501

C6038

Q6031

C6037

W27

R52

R7163

L6002

C6005

R6021

W41

Q6032

R6031

L6001

W16

W14

C142

L31

1

R7203

E

R7202

Q7201

L7201

B

C7202

1

CN2002

2

W20

R3207

C3008

ZZ6

C209

IC201

R201

W5

L202

R226

B203

58

4

7

C7166

J7105

4

8

R7162

C7167

R7161

4-344-33

COMPONENT PARTS LOCATION GUIDE <MAIN> LPB10170-001C

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION
CAPACITOR

C1 B C 15L
C2 B C 15M
C3 B C 15M
C4 B C 16M
C5 A D 14M
C6 A D 14M
C7 B C 15N
C8 B C 15N
C9 A D 11M
C10 B C 13N
C11 B C 13N
C12 B C 12N
C13 B C 13N
C14 B C 12N
C15 B C 12N
C16 B C 12N
C17 A D 12M
C18 A D 11N
C19 A D 11M
C20 A D 11M
C21 B C 11M
C22 A D 12M
C23 B C 12M
C24 A D 11L
C25 B C 12L
C26 B C 11L
C27 B C 12L
C28 A D 11L
C29 B C 11K
C30 B C 12L
C31 A D 11L
C32 B C 12L
C33 A D 11L
C34 B C 11K
C35 B C 11K
C36 A D 12K
C37 A D 12K
C38 A D 13K
C39 B C 13J
C40 A D 13K
C41 B C 12K
C42 B C 12K
C43 B C 13J
C44 B C 14M
C45 B C 13K
C51 A D 11N
C53 B C 12K
C59 B C 11P
C60 A D 11P
C61 B C 13N
C62 B C 12M
C63 B C 11N
C64 B C 10J
C65 A D 14N
C69 B C 16M
C70 B C 16M
C72 B C 14P
C73 B C 12P
C74 B C 12O
C75 B C 11P
C78 B C 11P
C80 B C 10K
C81 B C 10K
C84 B C 12N
C87 B C 12M
C88 B C 11M
C90 B C 9J
C92 B C 11M
C97 B C 13J
C99 B C 13J
C103 B C 14P
C106 B C 12O
C108 B C 10J
C110 B C 12N
C114 B C 10J
C120 A D 11K
C125 B C 13K
C136 B C 12N
C142 B C 21F
C201 A D 18F
C202 B C 19F
C204 B C 19E
C206 B C 18F
C207 B C 18F
C208 B C 18F
C209 B C 19F
C210 B C 18F
C211 B C 17F
C212 B C 17F
C213 A D 17E
C214 B C 17F
C215 B C 17F
C216 A D 16F
C217 B C 17G
C218 A D 17G
C222 A D 18G
C225 A D 16F
C301 B C 6L
C302 B C 6L
C303 B C 6M
C304 B C 7M
C305 B C 6L
C306 B C 6L
C307 B C 7L
C308 B C 7M

C309 B C 7M
C310 B C 8M
C311 B C 8L
C312 B C 8M
C313 B C 7N
C314 B C 7M
C315 B C 7N
C316 B C 7M
C317 B C 6N
C318 B C 6M
C319 B C 6N
C320 B C 6N
C321 B C 6M
C322 B C 7M
C323 A D 6N
C324 B C 8L
C401 B C 16O
C402 B C 16N
C403 B C 15N
C404 B C 17N
C405 B C 16N
C406 B C 16N
C407 B C 16N
C409 A D 16O
C2001 A D 13K
C2002 A D 14L
C2003 A D 14L
C2004 B C 14L
C2005 A D 15N
C2006 B C 15O
C2007 A D 15O
C2008 A D 15O
C2009 B C 14O
C2010 B C 15N
C2011 A D 14N
C2012 A D 13N
C2013 B C 15N
C2014 B C 12K
C2016 B C 15O
C2017 B C 14O
C2018 B C 14N
C2051 B C 8N
C2052 A D 7N
C2053 B C 7O
C2054 B C 7P
C2055 A D 8O
C2061 A D 19K
C2062 B C 7O
C2063 B C 7P
C2064 A D 7O
C2201 A D 17M
C2202 A D 17M
C2203 A D 17L
C2204 A D 17M
C2205 A D 16M
C2206 A D 16M
C2207 B C 16M
C2208 B C 15K
C2209 A D 15K
C2210 A D 16K
C2211 A D 16I
C2212 A D 16J
C2213 B C 16J
C2214 A D 18J
C2215 A D 17J
C2216 A D 17J
C2217 B C 17J
C2218 A D 18J
C2219 A D 18K
C2220 A D 18J
C2221 B C 18K
C2222 B C 17I
C2223 B C 16M
C2224 B C 15J
C2225 A D 18L
C2226 A D 18L
C2227 A D 16J
C2228 B C 18K
C2229 B C 18K
C2230 A D 18K
C2231 A D 18K
C2232 B C 16J
C2233 B C 16J
C2251 B C 16M
C2252 B C 16M
C2253 B C 16L
C2254 A D 15L
C2255 B C 15L
C2256 B C 15L
C2257 B C 15K
C2258 B C 15K
C2259 A D 15K
C2261 B C 16L
C2262 B C 16L
C3004 B C 6K
C3007 B C 4I
C3008 B C 19I
C3011 A D 6C
C3012 A D 3E
C3014 A D 11C
C3015 B C 11C
C3016 B C 13D
C3017 B C 15D
C3018 B C 15D
C3020 B C 15D
C3021 B C 14D

C3022 B C 18C
C3024 B C 14E
C3025 A D 15E
C3026 B C 14E
C3027 A D 14F
C3030 A D 14F
C3031 B C 14F
C3032 B C 12F
C3033 B C 11E
C3034 B C 13F
C3035 B C 13F
C3036 B C 14E
C3037 B C 14F
C3038 B C 12F
C3039 B C 12F
C3040 B C 14C
C3041 B C 14E
C3049 B C 12C
C3050 B C 13E
C3054 B C 14F
C3071 A D 6K
C4001 A D 10C
C4002 B C 11D
C4003 B C 9C
C4004 A D 11D
C4005 B C 9D
C4006 A D 11C
C4007 B C 10D
C4008 B C 10D
C4009 B C 10D
C4010 B C 11C
C4011 B C 10F
C4012 A D 9E
C4014 B C 9E
C4015 B C 11D
C4016 A D 8E
C4017 B C 9D
C4031 A D 6L
C4032 B C 6L
C5001 A D 2P
C5002 A D 2N
C5003 A D 4P
C5004 A D 1J
C5006 A D 2M
C5101 A D 2M
C5102 A D 1K
C5103 B C 3L
C5104 A D 4M
C5105 A D 3L
C5106 A D 3J
C5107 A D 3L
C5202 A D 2G
C5203 A D 2H
C5204 A D 3H
C5206 A D 1F
C5207 A D 3F
C5301 A D 1E
C5302 A D 3G
C5303 A D 3G
C5305 A D 4H
C5307 A D 2E
C5308 A D 3E
C6005 A D 21N
C6006 B C 22M
C6007 A D 21J
C6008 B C 22M
C6012 A D 21O
C6013 B C 22P
C6016 B C 22O
C6020 B C 22N
C6021 B C 22N
C6027 B C 22L
C6028 B C 22L
C6032 B C 20K
C6037 A D 21K
C6038 B C 21L
C6052 B C 22O
C6053 B C 22P
C6055 B C 22O
C6056 B C 22P
C6501 A D 21M
C6502 B C 21M
C7011 A D 9A
C7012 B C 10A
C7013 B C 17A
C7014 B C 17A
C7160 B C 14K
C7165 B C 18A
C7166 B C 19A
C7167 B C 20A
C7202 A D 19O

CONNECTOR

CN1 A D 16M
CN501 A D 21F
CN901 A D 6P
CN902 A D 10P
CN903 A D 14P
CN904 A D 17P
CN905 A D 20P
CN2001 A D 9O
CN2002 A D 19L
CN3001 A D 7L
CN3901 A D 16B
CN5001 A D 1P
CN6701 A D 20L

CN7001 A D 2C

DIODE

D1 A D 16P
D2 A D 16P
D4 A D 11M
D5 A D 12N
D201 A D 17E
D202 A D 17E
D203 A D 17E
D2201 A D 17I
D2251 A D 15J
D3001 A D 12H
D3002 A D 5E
D3003 A D 5C
D3004 A D 4E
D3005 A D 3E
D3008 B C 15C
D4001 A D 10F
D4002 A D 10E
D5001 B C 2M
D5101 A D 1M
D5102 A D 2K
D5103 A D 3K
D5105 A D 3K
D5203 A D 3I
D5204 A D 3I
D5205 A D 1H
D5206 A D 2H
D5207 A D 2I
D5208 A D 2I
D5209 A D 2H
D5210 A D 3I
D5301 A D 2H
D5302 A D 4G
D5303 A D 4G
D5305 A D 2F
D6002 A D 22N
D7001 A D 16A
D7002 A D 16A
D7003 A D 9A
D7051 A D 22B

IC

IC1 B C 13L
IC2 B C 10J
IC201 A D 19E
IC301 A D 6M
IC2201 B C 16K
IC3001 B C 12D
IC3002 B C 14F
IC3003 B C 19B
IC7002 A D 8A

JACK

J7105 A D 20A

COIL

L1 A D 15M
L2 A D 12N
L3 A D 10M
L4 A D 11L
L5 A D 13J
L12 A D 12L
L13 A D 10J
L15 A D 11P
L18 A D 14P
L19 A D 12P
L20 A D 12N
L22 A D 11M
L24 A D 12O
L27 A D 10J
L28 A D 12N
L31 A D 21F
L201 A D 18G
L202 A D 19E
L203 A D 19E
L204 A D 17E
L206 A D 17G
L301 A D 6M
L302 A D 7M
L303 A D 7N
L304 A D 8L
L401 A D 16N
L402 A D 17O
L2001 A D 14K
L2201 A D 16J
L2251 A D 14L
L2252 A D 15K
L4001 A D 6L
L5201 A D 3H
L5202 A D 2G
L6001 A D 21J
L6002 A D 21O
L6501 A D 21N
L7201 A D 20O

TRANSISTOR

Q1 B C 15M
Q2 B C 15M
Q3 B C 15M
Q4 B C 15M
Q5 B C 15P
Q7 B C 13P
Q8 B C 12P
Q9 B C 12O
Q10 B C 11K
Q11 B C 12J

Q14 B C 12O
Q16 B C 11O
Q17 B C 12N
Q18 B C 10P
Q19 B C 11P
Q21 B C 10J
Q22 B C 10J
Q23 B C 10J
Q24 B C 12K
Q25 B C 11K
Q32 B C 10M
Q38 B C 12O
Q40 B C 12J
Q41 B C 10J
Q50 B C 14L
Q207 B C 17G
Q208 B C 16G
Q301 B C 7L
Q302 B C 6M
Q303 B C 8L
Q311 B C 6M
Q312 B C 5L
Q401 B C 16N
Q402 B C 16N
Q403 B C 16N
Q404 B C 16N
Q405 B C 17N
Q2001 B C 14O
Q2002 B C 14O
Q2003 B C 14N
Q2004 B C 13O
Q2051 B C 7O
Q2052 B C 14N
Q2053 B C 13N
Q2054 B C 13O
Q2055 B C 14N
Q2061 B C 7O
Q2062 B C 8N
Q2063 B C 8N
Q2201 B C 18I
Q2202 B C 17I
Q2203 B C 18J
Q2204 B C 18J
Q2251 B C 15I
Q2252 B C 15J
Q2253 B C 15J
Q2254 B C 15J
Q2255 B C 15J
Q3002 A D 5I
Q3003 A D 19I
Q3004 B C 6C
Q3005 B C 3E
Q3007 B C 16C
Q3901 B C 15E
Q4001 B C 12C
Q4002 B C 9E
Q4003 B C 9D
Q5101 A D 2L
Q5102 A D 3M
Q5301 A D 4G
Q5303 A D 1F
Q5304 A D 3G
Q5305 B C 4G
Q5306 B C 4G
Q5307 A D 3E
Q5321 A D 1F
Q6030 B C 21K
Q6031 B C 21L
Q6032 B C 21L
Q7001 B C 10A
Q7002 B C 10A
Q7003 B C 11A
Q7004 B C 11A
Q7005 B C 11A
Q7006 B C 11A
Q7007 B C 12A
Q7008 B C 12A
Q7009 B C 12A
Q7010 B C 12A
Q7011 B C 13A
Q7012 B C 14B
Q7013 B C 14A
Q7014 B C 14A
Q7015 B C 16A
Q7201 A D 19P

RESISTOR

R1 B C 13M
R2 B C 13N
R3 B C 12N
R5 B C 10K
R6 B C 12L
R7 B C 11K
R8 B C 12J
R9 B C 12J
R10 A D 14K
R21 B C 16M
R22 B C 15M
R23 B C 11P
R25 B C 14P
R26 B C 14P
R27 B C 13P
R28 B C 13P
R29 B C 13P
R30 B C 11P
R31 B C 12O

R32 B C 11P
R33 B C 11N
R34 B C 11N
R35 B C 11N
R36 B C 12K
R38 B C 11K
R39 B C 12K
R40 B C 12K
R41 B C 11J
R42 B C 11J
R43 B C 11J
R46 B C 10K
R48 B C 11J
R49 B C 10K
R50 B C 10J
R51 B C 11J
R52 B C 21G
R65 B C 11P
R66 B C 11M
R68 B C 11P
R71 B C 14L
R75 B C 11N
R76 B C 11P
R77 B C 15N
R79 B C 12K
R84 B C 14J
R85 B C 15P
R88 B C 12J
R90 B C 12N
R93 B C 12O
R104 B C 12O
R117 B C 11K
R118 B C 13K
R201 B C 19F
R202 B C 17E
R203 B C 17E
R204 B C 17E
R208 B C 18E
R209 B C 17F
R210 B C 17E
R211 B C 17F
R212 B C 17F
R213 B C 17G
R216 B C 18F
R220 B C 18F
R224 B C 17G
R225 B C 16G
R226 B C 19E
R301 B C 6L
R302 B C 6L
R303 B C 7L
R304 B C 7L
R305 B C 8L
R306 B C 7M
R307 B C 8L
R308 B C 8L
R309 B C 8M
R310 B C 7M
R311 B C 7N
R312 B C 6N
R313 B C 6M
R314 B C 5M
R315 B C 5M
R316 B C 6M
R317 B C 7L
R318 B C 8L
R321 B C 6L
R326 B C 7M
R327 B C 7M
R328 B C 7N
R329 B C 6M
R401 B C 16O
R402 B C 16N
R403 B C 16N
R404 B C 16N
R405 B C 16N
R406 B C 16N
R407 B C 17N
R408 B C 17N
R2001 B C 13K
R2002 B C 13K
R2003 B C 13K
R2004 B C 13K
R2005 B C 14K
R2006 B C 14K
R2007 B C 14K
R2008 B C 14K
R2009 B C 14K
R2010 B C 14K
R2013 B C 15N
R2014 B C 15O
R2015 B C 15O
R2016 B C 14O
R2017 B C 14O
R2018 B C 14N
R2019 B C 14N
R2020 B C 13O
R2041 A D 11O
R2051 B C 8N
R2052 B C 8N
R2053 B C 8N
R2054 B C 7O
R2055 B C 7P
R2056 A D 8O
R2057 B C 13N
R2058 B C 13N

R2059 B C 13O
R2060 B C 14O
R2061 B C 7O
R2062 B C 7P
R2063 A D 7O
R2064 B C 8N
R2065 B C 8N
R2201 B C 17L
R2202 B C 17L
R2203 B C 17L
R2204 B C 17L
R2205 B C 17M
R2206 B C 17L
R2207 B C 17M
R2208 B C 17L
R2209 B C 18J
R2210 B C 18I
R2211 B C 18J
R2212 B C 18J
R2213 B C 18I
R2214 B C 18J
R2215 B C 18J
R2216 B C 18J
R2217 B C 18J
R2218 B C 18K
R2219 B C 18K
R2220 B C 17I
R2222 B C 17M
R2223 B C 16M
R2224 B C 15J
R2225 B C 15J
R2226 B C 18L
R2227 B C 18L
R2228 B C 17M
R2229 B C 17L
R2230 B C 18L
R2231 B C 17L
R2232 B C 18L
R2233 B C 17L
R2234 B C 18J
R2235 B C 18K
R2236 B C 18L
R2237 B C 18K
R2238 B C 18L
R2239 B C 16J
R2240 B C 17I
R2251 B C 15K
R2252 B C 15L
R2253 B C 15K
R2254 A D 16I
R2255 B C 16J
R2256 B C 15J
R2257 B C 15K
R3011 B C 9C
R3012 B C 9C
R3013 B C 9C
R3014 B C 9C
R3015 B C 9C
R3016 B C 10C
R3017 B C 10C
R3018 B C 10C
R3019 B C 10C
R3020 B C 10C
R3021 B C 11C
R3022 B C 11C
R3025 B C 12C
R3026 B C 12B
R3027 B C 12B
R3029 B C 12C
R3030 B C 13C
R3031 B C 15C
R3032 B C 15C
R3033 B C 16C
R3034 B C 13C
R3035 B C 14C
R3036 B C 13C
R3037 B C 13C
R3038 B C 14C
R3039 B C 13C
R3040 B C 14C
R3041 B C 14C
R3042 B C 14C
R3044 B C 14C
R3046 B C 14D
R3047 B C 14D
R3048 B C 15D
R3049 B C 14D
R3050 B C 14D
R3051 B C 15D
R3052 B C 14D
R3053 B C 14D
R3054 B C 15D
R3055 B C 14D
R3056 B C 14D
R3057 B C 14D
R3058 B C 15E
R3059 B C 15E
R3060 B C 15E
R3061 B C 15E
R3062 B C 15E
R3063 B C 14E
R3066 B C 14E
R3069 B C 14E
R3071 B C 13F
R3072 B C 13F
R3073 B C 13F

R3074 B C 13F
R3075 B C 13F
R3076 B C 13F
R3077 B C 13F
R3078 B C 13F
R3079 B C 13F
R3080 B C 13F
R3081 B C 12F
R3083 B C 12F
R3085 B C 12F
R3086 B C 12F
R3087 B C 12F
R3088 B C 12F
R3089 B C 11F
R3090 B C 11F
R3091 B C 11F
R3092 B C 11F
R3093 B C 11F
R3094 B C 11F
R3095 B C 11F
R3096 B C 11F
R3097 B C 11F
R3103 B C 11E
R3104 B C 11E
R3105 B C 11E
R3106 B C 11E
R3205 A D 10H
R3206 B C 5I
R3207 B C 19J
R3208 B C 16E
R3209 B C 15F
R3210 B C 9F
R3211 B C 9F
R3212 B C 5E
R3213 B C 5E
R3214 B C 7G
R3215 B C 7G
R3216 B C 7G
R3217 B C 7H
R3218 B C 5C
R3219 B C 6C
R3220 B C 6C
R3222 B C 3E
R3223 B C 19C
R3224 B C 19C
R3225 B C 18D
R3229 B C 14E
R3230 B C 14F
R3231 B C 14F
R3233 B C 15C
R3234 B C 15C
R3235 B C 15D
R3236 B C 15D
R3237 B C 15D
R3238 B C 15D
R3241 B C 4E
R3242 B C 10C
R3246 B C 21K
R3247 B C 11B
R3251 B C 9C
R3252 B C 6K
R3253 B C 6L
R3254 B C 6K
R3255 B C 6J
R4001 B C 9E
R4003 B C 11D
R4004 B C 11D
R4005 B C 10D
R4006 B C 10D
R4007 B C 9D
R4008 B C 12B
R4009 B C 10F
R4010 B C 11F
R4011 B C 10F
R4012 B C 10E
R4013 B C 11E
R4015 B C 9E
R4016 B C 10F
R4017 B C 9E
R4020 B C 7D
R4021 B C 9E
R5101 A D 4M
R5102 A D 4M
R5103 A D 3M
R5104 A D 1L
R5106 A D 2L
R5107 A D 3K
R5108 B C 3L
R5109 A D 3M
R5110 B C 3L
R5111 B C 3K
R5112 B C 3K
R5302 B C 4F
R5303 B C 4F
R5304 B C 4I
R5305 B C 2F
R5306 B C 1F
R5310 B C 3H
R5312 B C 4H
R5313 B C 4G
R5319 B C 2E
R5332 A D 3F
R5333 A D 3F
R6020 B C 21N
R6021 B C 21N
R6030 B C 21K

R6031 B C 21K
R6032 B C 21L
R6033 B C 20K
R6050 B C 21O
R6051 A D 21P
R6052 B C 21O
R6056 B C 21P
R6080 B C 21N
R7001 B C 12A
R7002 B C 12A
R7003 B C 13A
R7004 B C 13A
R7005 B C 13B
R7006 B C 13A
R7007 B C 13A
R7008 B C 12A
R7009 B C 16A
R7010 B C 17A
R7015 B C 9A
R7020 B C 18A
R7021 B C 17B
R7022 B C 7A
R7023 B C 7B
R7024 B C 5B
R7025 B C 1B
R7030 B C 17B
R7031 B C 17B
R7032 B C 5B
R7033 B C 4B
R7034 B C 7B
R7035 B C 3A
R7036 B C 3A
R7160 B C 18B
R7161 B C 19A
R7162 B C 19B
R7163 B C 21B
R7202 B C 20O
R7203 B C 19P
R7204 A D 19P

SWITCH

S3001 A D 18C
S3002 A D 4E
S7001 A D 22B
S7002 A D 18B
S7004 A D 7B
S7006 A D 6B
S7008 A D 5B
S7010 A D 4B
S7011 A D 4B
S7012 A D 3B
S7013 A D 2B
S7014 A D 2B
S7015 A D 1B
S7016 A D 17B

TESTPOINT

TP106 A D 19E
TP111 A D 19F
TP2253 A D 19E
TP2254 A D 19E
TP3901 B C 14D
TP3902 B C 13D
TP3903 B C 15E
TP3904 B C 13E
TP3905 B C 14E
TP3906 B C 14D
TP3907 B C 14D
TP3908 B C 15E
TP4001 A D 20F

OTHER

CP3001 A D 6K
CP3002 B C 6K
CP4001 A D 3G
CP4002 B C 4G
DI7001 A D 12A
F5001 A D 2P
FC5001 A D 2P
FC5002 A D 3P
JS3001 A D 8G
K2001 B C 15O
K2002 B C 15O
K2003 B C 9N
K2004 B C 9O
K2005 B C 14N
K2006 B C 14N
K2251 B C 16L
K2252 B C 16M
K2253 B C 16M
K5101 A D 2K
K5102 A D 1N
LF5001 A D 4P
LF5002 A D 3N
PC3001 A D 15F
PC3002 A D 9F
PC5101 A D 4K
T2051 A D 7O
T2052 A D 6O
T5001 A D 1K
TU6001 A D 22P
VA5003 A D 2O
VR2251 A D 20H
X1 A D 12K
X2 A D 12K
X3001 A D 14E
X3002 A D 14E

4-35

2D DIGITAL AND 3D DIGITAL/2M CIRCUIT BOARDS4.18

<05> 2D DIGITAL
LPB10162-001C

L1202

C1215

W1206

R1445

VR1201

W1214

W1205

R1204

R1205

R1203

R1436

C1407 C1408

R1413

LC1402

R1223

R1405

C1404

C1415

L1205

LEVEL

Q1402

C1414

LPB10162

W1203

C1223

R1213

C1243

R1212

C1204

R1444

D/A

ADJ

Q1404

C1405

L1402

R1404

L1403

C1459

R1447

R1209

C1214 C1216

C1213

34

C1217

W1251

R1211

R1221

C1222

Q1203

R1215

C1203

VR1401

R1408

R1406

C1409

L1406

C1412C1413

C1460

C1461

R1448

R1449

17

-001C

R1208

R1214

W1202

W1210

L1206

C1226

R1435

R1429

Q1412

C1425

33

W1212

C1428

C1426

R1430

C1212

44

C1218

R1217

12

05

R1410

R1412

C1462

C1219

Q1202

R1216

CN1201

B1416

3D DIGI/2M

C1424

R1428

C1427

R1431

R1433

R1411

Q1406

R1450

Q1419

C1220

R1210

LPA10105

R1427

W1402

C1463

D/A LEVEL ADJ

05

C1211

R1207

LPA10162-

<05> 3D DIGITAL/2M
LPB10105-002B

COMPONENT PARTS LOCATION GUIDE <2D DIGITAL>
LPB10162-001C

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

CAPACITOR

C1201 A D 4C
C1203 B C 2A
C1204 B C 1A
C1208 B C 3A
C1209 B C 4A
C1210 B C 5A
C1211 A D 1D
C1212 B C 2D
C1213 B C 2D
C1214 B C 2D
C1215 A D 1C
C1216 B C 2D
C1217 B C 2C
C1218 B C 2C
C1219 B C 2C
C1220 A D 3B
C1222 B C 2B
C1223 B C 1B
C1225 B C 2A
C1226 B C 2A
C1227 B C 3C
C1228 A D 3B
C1229 B C 4C
C1230 B C 3C

C1231 B C 3C
C1232 B C 4C
C1233 A D 4C
C1234 B C 4D
C1235 A D 4D
C1236 B C 3D
C1237 B C 3D
C1238 B C 3B
C1239 B C 4B
C1243 B C 2B
C1244 A D 3A
C1245 B C 4B
C1246 A D 4B
C1248 B C 4A

CONNECTOR

CN1201 A D 4A

DIODE

D1201 A D 4C

IC

IC1201 B C 3D

COIL

L1201 A D 4B
L1202 A D 1D

L1203 A D 4D
L1204 A D 3B
L1205 A D 1B
L1206 A D 2A
L1207 A D 4D
L1208 A D 3B

TRANSISTOR

Q1201 A D 4C
Q1202 B C 2B
Q1203 B C 3A
Q1204 B C 3B
Q1205 B C 3C
Q1206 B C 3B

RESISTOR

R1201 B C 4C
R1202 B C 4B
R1203 B C 1B
R1204 B C 1B
R1205 B C 1B
R1206 B C 4A
R1207 B C 1D
R1208 B C 2D
R1209 B C 2D
R1210 B C 2B

23

C1227

C1208

C1225

C1244

IC1201

C1238

2D DIGITAL PWB

22

1

W1208

C1228

Q1206

L1204

C1236

C1230

R1224

R1218

Q1204

R1227

C1237

W1215

Q1205

L1208

12

11

C1234

W1211

C1231

C1229

W1216

C1232

LC1201

L1203

L1207

D1201

C1233

EB

C1246

R1225

R1226
C1209

R1220

C1248

R1206

1

W1213

C1235

R1201

Q1201

W1209

W1204

W1207

C1201

R1202

R1222
C1239
C1245

R1228

L1201

C1210

W1201

2D DIGITAL PWB ASS'Y

- FOIL SIDE (B) - - COMPONENT SIDE (A) -

C1432

C1471

C1440

C1411

R1460

R1451

C1441

C1464

C1435

C1472

C1444

R1452

R1415

C1436

C1437

C1473

C1438

C1465

R1453

C1433

PWB Ass'Y

R1434

B1412

W1401

C1406

C1466

C1434

C1439

R1418

C1467

IC1401

20

21

C1429

C1442

C1410

Q1414

B1409

R1416

C1430

C1417

Q1408

C1455

1

80

41

40

C1445

C1449

R1438

C1450

R1437

R1439

C1443

R1417

R1459

C1416

Q1418

R1441

R1454

R1442

C1468

C1469 C1470

CN1401

C1446

L1405

C1454

R1446

C1402

C1447

L1404

LC1401

E

B

R1455

1

C1452

C1421

R1402

LPB10105

-002B
3D DIGI/2M PWB

61

60

C1420

L1407

Q1401

R1401

B1401

R1456

C1453

C1448

R1425

D1401

Q1410

C1422

R1421

Q1415

C1451

R1440

R1426

C1403

D1402

C1423

L1401

L1409

C1401

C1403

C1401

C1451

C1446

L1401

L1409

D1402

L1404

D1401

C1448

L1405

L1407

Q1401

LC1401

BE

1

L1406

C1429

C1410

C1416

CN1401

R1211 B C 2C
R1212 B C 2B
R1213 B C 2B
R1214 B C 2C
R1215 B C 3A
R1216 B C 2A
R1217 B C 2C
R1218 B C 3C
R1220 B C 3A
R1221 B C 2C
R1222 B C 4B
R1223 B C 1C
R1224 B C 3C
R1225 B C 3A
R1226 B C 4B
R1227 B C 3A
R1228 B C 4B

OTHER

LC1201 A D 4A
VR1201 A D 1E

D/A LEVEL ADJ

VR1401

L1402

L1403

C1463

LC1402

17

4-36

COMPONENT PARTS LOCATION GUIDE <3D DIGITAL/2M> LPB10105-002B

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

CAPACITOR

C1401 A D 6A
C1402 B C 5A
C1403 A D 6B
C1404 B C 1C
C1405 B C 1D
C1406 B C 3B
C1407 B C 1C
C1408 B C 2C
C1409 B C 2C
C1410 A D 3B
C1411 B C 3B
C1412 B C 2B
C1413 B C 2B
C1414 B C 2B
C1415 B C 1B
C1416 A D 4A
C1417 B C 4B
C1420 B C 5B
C1421 B C 5C
C1422 B C 5B
C1423 B C 6B
C1424 B C 2D
C1425 B C 2C
C1426 B C 2C

C1427 B C 2C
C1428 B C 2C
C1429 A D 3C
C1430 B C 4E
C1432 B C 3D
C1433 B C 3D
C1434 B C 3D
C1435 B C 3D
C1436 B C 3C
C1437 B C 3C
C1438 B C 3C
C1439 B C 3C
C1440 B C 3C
C1441 B C 3B
C1442 B C 4B
C1443 B C 4B
C1444 B C 3B
C1445 B C 4C
C1446 A D 5C
C1447 B C 5C
C1448 A D 5C
C1449 B C 4C
C1450 B C 4C
C1451 A D 6D
C1452 B C 5C

C1453 B C 5D
C1454 B C 5D
C1455 B C 4E
C1459 B C 1B
C1460 B C 2B
C1461 B C 2B
C1462 B C 2A
C1463 A D 2B
C1464 B C 3B
C1465 B C 3B
C1466 B C 3A
C1467 B C 3B
C1468 B C 4A
C1469 B C 4A
C1470 B C 6A
C1471 B C 3D
C1472 B C 3C
C1473 B C 3C

CONNECTOR

CN1401 A D 5A

DIODE

D1401 A D 6A
D1402 A D 6C

IC

IC1401 B C 4D

COIL

L1401 A D 5B
L1402 A D 2C
L1403 A D 2B
L1404 A D 5C
L1405 A D 4B
L1406 A D 2C
L1407 A D 5B
L1409 A D 5A
LC1401 A D 4A
LC1402 A D 2A

TRANSISTOR

Q1401 A D 5B
Q1402 B C 1C
Q1404 B C 1D
Q1406 B C 2B
Q1408 B C 4B
Q1410 B C 5C
Q1412 B C 2C
Q1414 B C 3B
Q1415 B C 5A

Q1418 B C 4B
Q1419 B C 2A

RESISTOR

R1401 B C 5A
R1402 B C 5A
R1404 B C 2C
R1405 B C 1D
R1406 B C 2D
R1408 B C 2D
R1410 B C 2D
R1411 B C 2B
R1412 B C 2B
R1413 B C 2B
R1415 B C 3D
R1416 B C 3B
R1417 B C 4B
R1418 B C 3B
R1421 B C 5B
R1425 B C 5C
R1426 B C 6C
R1427 B C 2D
R1428 B C 2D
R1429 B C 2D
R1430 B C 2C

R1431 B C 2C
R1433 B C 2C
R1434 B C 3D
R1435 B C 2E
R1436 B C 1E
R1437 B C 4B
R1438 B C 4C
R1439 B C 4B
R1440 B C 5C
R1441 B C 4A
R1442 B C 4A
R1444 B C 2E
R1445 B C 1E
R1446 B C 4B
R1447 B C 1A
R1448 B C 2A
R1449 B C 2A
R1450 B C 2A
R1451 B C 3A
R1452 B C 3A
R1453 B C 3A
R1454 B C 4A
R1455 B C 5A
R1456 B C 5A
R1459 B C 4B

R1460 B C 2A

OTHER

VR1401 A D 2E

<14> DEMODULATOR
LPB10094-001C

COMPONENT PARTS LOCATION GUIDE
<DEMODULATOR> LPB10094-001C

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

R1509 A D 3B
R1510 A D 4B
R1511 A D 3A
R1514 A D 2B
R1515 A D 2C
R1517 A D 2C

R6704
R6707

K6707

W6701

C6701

R6718

L6701

C6724

L6702
C6703

R6701

C6722

Q6701

41

IC6701

K6701

C6704

R6703

10

C6705

C6702

R6702

C6723

C6706

R6706

R6705

44

K6702

LPA10094

R6721

C6721

1

C6707

C6708

CN6701

34

11

C6709

R6720

C6720

X6701

R6719

K6706

R6708

12

K6703

C6719

C6718

33

DEMOD PWB ASS'Y

C6716

R6715

C6715

R6714

R6712

R6713

23

22

K6705

C6712

R6710

R6709

1

C6717

K6704

R6716

C6714

C6710

C6711

C6713

D6701

R6711

DEMOD PWB

LPB10094 -001B

CAPACITOR

C1501 A D 4C
C1502 A D 3D
C1503 A D 4D
C1504 A D 4C
C1505 A D 3D
C1506 A D 3C
C1507 A D 2C
C1508 A D 1D
C1509 A D 2C
C1510 A D 1B
C1511 A D 1A
C1512 A D 2A
C1513 A D 2B
C1514 A D 2A
C1515 A D 3B
C1516 A D 3C
C1517 A D 3B
C1518 A D 3A
C1519 A D 3B

C1520 A D 3A
C1521 A D 2C

CONNECTOR

CN1501 A D 3A

IC

IC1501 B C 2C

TRANSISTOR

Q1501 A D 3B
Q1502 A D 3B

RESISTOR

R1501 A D 4C
R1502 A D 2C
R1503 A D 2C
R1504 A D 2B
R1505 A D 2B
R1506 A D 2B
R1507 A D 2B
R1508 A D 3B

S-P CONVERTER CIRCUIT BOARD [HR-S6955MS/S7955MS]4.20

<87> S-P CONVERTER
LPB10144-001B

LPB10144 -001B S-P CONVERTER PWB

R1633

C1634

1

C1637

16 9

Q1612

R1642

C1643

C1642

16

IC1606

1

C1639

W3

B-Y

Q1610

C1638

CN1603

C1636

R1634

IC1605

VR1602 VR1603

R1644

R1640

R1643

L1604

C1635

R1637

Q1607

9

8

Q1609

R1636

Q1608Q1611
R1635

C1641

R1649

C1640

R1632

1

8

C1631

C1633

R1652

R-Y

VR1601

R1653

R1639R1641

R1638

X1601

IC1607

24

C1645C1646

1

R1650

8 7

S-P CONV. PWB AY

2

C1632

BURST

C1651

Q1606

C1652

B

E

C1662

C1647

R1651

C1653

R1631

L1603

R1661

R1645

C1650

D1602

15

2

CN1602

C1644

R1647

R1646

Q1617

R1660
R1658

Q1613

Q1615

R1657

Q1616

C1656

R1659

R1655

R1654

Q1614

R1648

C1654

C1655

13

12

C1648

C1649

LPA10144 -

6

R1656

IC1602

14

1

COMPONENT PARTS LOCATION GUIDE <S-P CONVERTER> LPB10144-001B

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION

CAPACITOR

C1601 A D 7E
C1602 B C 8E
C1603 A D 8D
C1605 A D 9C
C1606 B C 9C
C1607 B C 9C
C1608 A D 9B
C1609 B C 10C
C1610 A D 10C
C1611 B C 9D
C1612 B C 6B
C1613 B C 7B
C1614 B C 7C
C1615 B C 7B
C1616 B C 8B
C1631 A D 4E
C1632 A D 4E
C1633 B C 4E
C1634 B C 2E

C1635 B C 3E
C1636 B C 3E
C1637 B C 2E
C1638 A D 2B
C1639 B C 2B
C1640 A D 3B
C1641 B C 3C
C1642 B C 2C
C1643 B C 2C
C1644 B C 6D
C1645 A D 4B
C1646 A D 4C
C1647 B C 4B
C1648 A D 5B
C1649 B C 5B
C1650 B C 5B
C1651 B C 4D
C1652 B C 4C
C1653 B C 5C
C1654 B C 5C

C1655 A D 5C
C1656 B C 5D
C1657 B C 9B
C1658 A D 9B
C1659 B C 9B
C1660 B C 9B
C1661 B C 9B
C1662 B C 5D
C1663 B C 8B
C1664 B C 8B

CONNECTOR

CN1601 A D 7F
CN1602 A D 5F
CN1603 A D 4F

DIODE

D1601 A D 7C
D1602 A D 4E

IC

IC1601 B C 9C

IC1602 B C 6C
IC1603 B C 7B
IC1604 B C 8C
IC1605 A D 2E
IC1606 B C 3C
IC1607 B C 4C
IC1608 B C 9B

COIL

L1601 A D 7E
L1602 A D 8A
L1603 A D 5E
L1604 A D 3B
L1605 A D 10B

TRANSISTOR

Q1601 B C 8E
Q1602 B C 8D
Q1603 B C 9E
Q1604 B C 9D
Q1605 B C 9E

Q1606 A D 4E
Q1607 B C 3C
Q1608 B C 3C
Q1609 B C 3D
Q1610 B C 2C
Q1611 B C 3C
Q1612 B C 2D
Q1613 B C 5D
Q1614 B C 5C
Q1615 B C 5D
Q1616 B C 5C
Q1617 B C 5D
Q1618 B C 8B

RESISTOR

R1601 B C 8D
R1602 B C 8E
R1603 B C 8D
R1604 B C 8D
R1605 B C 9E
R1606 B C 8D

R1622

C1612

IC1603

B1603

CN1601

1

2

B1602

C1601

L1601

C1603

W2

D1601

R1621

8

R1623

8

7

R1624

C1615

9

C1613

R1607 B C 9D
R1608 B C 9E
R1609 B C 9D
R1610 B C 9D
R1611 B C 10D
R1612 B C 9D
R1615 B C 9C
R1616 B C 9C
R1617 B C 10C
R1618 B C 10C
R1619 B C 10D
R1620 B C 9C
R1621 A D 7C
R1622 A D 7C
R1623 B C 7C
R1624 B C 7B
R1631 B C 4E
R1632 B C 4E
R1633 B C 3E
R1634 B C 3E

C1614

1

16

L1602

Q1601

C1602

R1601

14

C1664

R1603

1
C1616

IC1604

R1664

Q1618

R1602

R1604

10

R1663

11

Q1602

B1601

C1663

R1662

R1606

8

W1

7

C1605

C1660

R1605

Q1604

R1607

R1615

C1606

X1602

4

R1635 B C 3C
R1636 B C 3D
R1637 B C 3D
R1638 B C 3C
R1639 B C 4C
R1640 B C 3C
R1641 B C 2D
R1642 B C 2D
R1643 B C 3C
R1644 B C 3D
R1645 B C 5C
R1646 B C 5D
R1647 B C 5D
R1648 B C 5C
R1649 B C 4B
R1650 B C 4B
R1651 B C 5D
R1652 B C 4D
R1653 B C 4D
R1654 B C 5C

Q1603

C1608

IC1608

FL1601

R1608

R1609

R1620

R1616

C1661

5

C1659

R1612

IC1601

4

5

C1658

L1605

FL1602

Q1605

R1610

C1611

1

8

C1607

R1611

R1617

C1657

R1619

C1610

R1618

C1609

R1655 B C 5C
R1656 B C 6D
R1657 B C 5C
R1658 B C 5D
R1659 B C 5C
R1660 B C 5D
R1661 B C 5D
R1662 B C 8A
R1663 B C 8B
R1664 B C 8B
VR1601 A D 3D
VR1602 A D 3D
VR1603 A D 4D

OTHER

FL1601 A D 9D
FL1602 A D 10E
X1601 A D 4C
X1602 A D 9B

TERMINAL CIRCUIT BOARD4.21DEMODULATOR CIRCUIT BOARD4.19

<06> TERMINAL

LPB10138-001B

C563

C562

10

11

R527

W15

R501

3

1

R930

R941

C927

R951

R949

LPB10138 -001B

TERMINAL PWB

R525

L906

R921

C951

C948

2

W13

W14

2

R944

C928

C931

C949

W11

C535

W12

C510

C515

4

C941

C950
Q907

R942

Q908

C929
R953

C933

C508

C509

C513

R922

Q912

R904

R928

L505

C516

C566

C519

C942

R952

Q901

L901

J914

J911

C514

R903

C934

V.OUT

V.IN

W9

C511

C517

C913

L913

L914

R905

IC501

42

43

C520

6

R945

L912

1

C564

L501

R947

R946

R943

CN511

1

C512

W10

R929

CN916

TERMINAL PWB ASS'Y

L503

C506

29

C575

56

C518

W8

C568

R531

C551

Q903

Q904

C914

R923

2

4

3

1

5

Q906

S-IN

4

2

R925

3

6

1

Q910Q911

R901

20

15

AV1

10

J901

C901

5

2

C902

C904

1

2

R927

2

C553

S-OUT

R924

J903

R926

5

21

C903

SAT.CTL

A.OUT[L]

1

C962

R962

06

C521

C504

C570

J904

B903

1

C936

L922

C507

28

1

C569

D902

R906

J921

1

C505

L502

R532

W7

L916

C935

R919

B904

R937

R902

C938

L915

1

2

J915

LPA10138-

C522

1

R509

18

C501

R503

15

14

C573

C571

R533

C554

R935

R916

R908

Q902

BT901

L902

C937

C906

R907

R912

R964

2

C911

C912

L904

C963

2

J912

A.IN[L]

C523

R508

C576

R920

C945

C920

3

R918

3

IC502

R510

C527

C503

C526

W6

W5

R536

R534

C556

W3

C923

C922

L909

R909

C905

L917

C908

R913

R.PAUSE

A.OUT[R]

1

R963

L504

R506

C561

C572

Q905

2

J922

R507

C525

C559

R938

C946

C916

L910

L918

1

C532

C528

W2

W4

C560

R535

C557

R939

C918

L911

1

20

15

10

J902

AV2

1

1

R917

J916

C961

J913

A.IN[R]

12

C533

R504

W1

R934

R940

C915

21

R965

2

C910

2

C960

R505

D901

C939

5

C940

C958

3

2

C921

R915

L919

C534

R517

R515

R512

C529

C524

C502

C943

C924

C917

L908

R936

R911

C907

3

C909

R516

R511

13

24

C953

L920

9

C531

R514

R513

R931
Q909

R933
R932

C925

C926

R910

R966

C952

C954
C955

C957

R914

C959

L903

R961

L921

10

L907

IC901

CN915

10

CN911

1

12

CN912

10

CN913

1

11

C956

CN914

1

9

1

C530

1

COMPONENT PARTS LOCATION GUIDE

<TERMINAL> LPB10138-001B

REF.NO . LOCA TION REF.NO. LOCA TION REF.NO. LOCA TION

CAPA CITOR

C501 A D 14B
C502 A D 14A
C503 A D 14B
C504 B C 15C
C505 A D 15C
C506 B C 15C
C507 A D 15C
C508 A D 15D
C509 A D 14E
C510 A D 13D
C511 B C 13D
C512 B C 14E
C513 A D 14D
C514 B C 13D
C515 B C 12D
C516 B C 13D
C517 B C 12D
C518 B C 13D
C519 A D 12D
C520 A D 13D
C521 A D 16C
C522 A D 16C
C523 A D 16B
C524 B C 14A
C525 B C 14A
C526 B C 15B
C527 B C 15B
C528 B C 15B
C529 B C 14A
C530 B C 15A
C531 B C 15A
C532 B C 15B
C533 B C 16B
C534 A D 16A
C535 B C 14D
C551 A D 12C
C553 A D 12C
C554 A D 12C
C556 A D 12B
C557 A D 12B
C559 B C 13B
C560 A D 13B
C561 A D 13B
C562 A D 16D
C563 B C 16D
C564 B C 14E
C566 B C 12D
C568 B C 12C
C569 B C 12C
C570 B C 13C
C571 B C 13B
C572 B C 13B
C573 B C 13B
C575 B C 14D
C576 B C 13B
C901 B C 5D
C902 B C 5D
C903 B C 5C
C904 B C 5C
C905 B C 6B
C906 B C 5B
C907 B C 5A
C908 B C 5B
C909 B C 3A
C910 B C 3B
C911 B C 2B
C912 B C 2C
C913 B C 11D
C914 B C 11D
C915 B C 9A
C916 B C 9B
C917 B C 9A
C918 A D 9B
C920 B C 8B
C921 B C 9A
C922 B C 9B
C923 A D 9B
C924 B C 10A
C925 B C 9A
C926 B C 9A
C927 A D 9E
C928 B C 8D
C929 B C 9D
C931 A D 7E
C933 B C 5D
C934 B C 5D
C935 B C 5C
C936 B C 5C
C937 B C 5B
C938 B C 5B
C939 B C 6A
C940 B C 5A
C941 A D 11D
C942 A D 11D
C943 A D 11A
C945 A D 10B
C946 A D 10B
C948 A D 8E
C949 A D 6E
C950 A D 10D
C951 A D 9E
C952 B C 6A
C953 B C 6A

C954 B C 6A
C955 B C 5A
C956 B C 5A
C957 B C 5A
C958 B C 4A
C959 B C 4A
C960 B C 2B
C961 B C 1B
C962 B C 1C
C963 B C 1C

CONNECTOR

CN511 A D 15E
CN911 A D 15A
CN912 A D 12A
CN913 A D 7A
CN914 A D 4A
CN915 A D 1A
CN916 A D 10E

DIODE

D901 A D 8A
D902 A D 7C

IC

IC501 B C 14C
IC502 A D 15B
IC901 A D 9B

JACK

J901 A D 6C
J902 A D 6B
J903 A D 9D
J904 A D 10D
J911 A D 2D
J912 A D 2C
J913 A D 2B
J914 A D 3D
J915 A D 3C
J916 A D 3B
J921 A D 4C
J922 A D 4B

COIL

L501 A D 14E
L502 A D 14C
L503 A D 15D
L504 A D 16B
L505 A D 15D
L901 A D 5D
L902 A D 5C
L903 A D 3A
L904 A D 2B
L906 A D 12E
L907 A D 10A
L908 A D 8A
L909 A D 8B
L910 A D 8A
L911 A D 9B
L912 A D 8D
L913 A D 6D
L914 A D 5D
L915 A D 5C
L916 A D 5C
L917 A D 6B
L918 A D 5B
L919 A D 5B
L920 A D 5A
L921 A D 2A
L922 A D 1C

TRANSISTOR

Q901 B C 7D
Q902 B C 7C
Q903 B C 11D
Q904 B C 11D
Q905 B C 7B
Q906 B C 10D
Q907 B C 10D
Q908 B C 9E
Q909 B C 10A
Q910 B C 8D
Q911 B C 8D
Q912 B C 8D

RESISTOR

R501 B C 13D
R503 B C 14C
R504 B C 14A
R505 B C 15B
R506 B C 14B
R507 B C 15B
R508 B C 15B
R509 B C 15C
R510 B C 15B
R511 B C 15A
R512 B C 15A
R513 B C 15A
R514 B C 15A
R515 B C 15A
R516 A D 16A
R517 A D 16A
R525 A D 13E
R527 B C 15E
R531 B C 12C
R532 B C 12C
R533 B C 12C
R534 B C 12B

R535 B C 13B
R536 B C 13B
R901 B C 8D
R902 B C 7C
R903 A D 7D
R904 B C 4D
R905 B C 4D
R906 A D 4C
R907 A D 4C
R908 B C 7B
R909 B C 7B
R910 B C 7A
R911 B C 7A
R912 B C 4B
R913 B C 4B
R914 A D 5A
R915 A D 6A
R916 B C 7C
R917 B C 3B
R918 B C 3B
R919 A D 11B
R920 A D 11B
R921 A D 11E
R922 A D 11D
R923 B C 11D
R924 B C 10C
R925 B C 9D
R926 B C 9C
R927 B C 2D
R928 A D 2D
R929 B C 11E
R930 B C 10E
R931 B C 10A
R932 B C 9A
R933 B C 9A
R934 A D 11B
R935 A D 9B
R936 A D 8A
R937 A D 9B
R938 A D 11B
R939 A D 11B
R940 B C 10B
R941 B C 9E
R942 B C 9D
R943 B C 9E
R944 B C 10E
R945 B C 9D
R946 B C 10E
R947 B C 10E
R949 A D 8E
R951 B C 8E
R952 B C 9D
R953 B C 8D
R961 B C 2A
R962 B C 1C
R963 B C 1B
R964 B C 4C
R965 B C 4B
R966 A D 7A

OTHER

BT901 A D 6B

4-384-37

WAVEFORMS4.22

< SYSCON >

WF1

CN3001-1

CAP.M_FG

WF2

CN3001-11

DRUM_PG/FG

WF3

TP4001

CTL.P

WF4

IC3001-1

CTL(+)

WF5

IC3001-98

C.SYNC

WF21

CN902-1

WF22

CN902-5

WF23-1

CN902-9

WF23-2

CN902-9

WF24

IC301-15

WF25

IC30-17

REC/PB 4.6 Vp-p

0.1 V/0.5 msec/DIV

< S-P CONVERTER >

WF1-1

SECAM REC 0.46 Vp-p

10 mV/20 µsec/DIV

CN1601-9

< VIDEO >

WF1

PB 2.1 Vp-p

50 mV/20 µsec/DIV

WF7

PB 0.5 Vp-p

20 mV/20 µsec/DIV

WF11-2

IC1-27

IC1-14

IC201-21

CV_IN

REC/PB 5 Vp-p

0.1 V/5 msec/DIV

WF1-2

SECAM PB 0.4 Vp-p

10 mV/20 µsec/DIV

WF2

PAL PB 0.68 Vp-p
20 mV/20 µsec/DIV

WF8

REC/PB 0.5 Vp-p

20 mV/20 µsec/DIV

WF12-1

CN1601-9

IC1-30

IC1-13

IC201-19

CVOUT

PB 2.7 Vp-p

50 mV/5 msec/DIV

WF2-1

SECAM REC 0.52 Vp-p

10 mV/20 µsec/DIV

WF3

20 mV/5 msec/DIV

WF9

REC/PB 0.5 Vp-p

20 mV/20 µsec/DIV

WF12-2

CN1601-7

PB 0.3 Vp-p

IC201-19

IC1-1

IC1-11

CVOUT

REC 4.2 Vp-p

0.1 V/5 msec/DIV

WF2-2

SECAM PB 0.68 Vp-p

10 mV/20 µsec/DIV

WF4

20 mV/5 msec/DIV

WF10-1

PAL REC 0.58 Vp-p

20 mV/20 µsec/DIV

WF13

CN1601-7

PB 0.5 Vp-p

CN901-5

TP106

PB.FM

IC1-16

REC/PB 2.2 Vp-p

0.1 V/20 µsec/DIV

WF3

SECAM REC/PB 1.0 Vp-p

20 mV/20 µsec/DIV

WF5

REC/PB 3.4 Vp-p

0.1 V/10 msec/DIV

WF10-2

SECAM REC 0.46 Vp-p

10 mV/20 µsec/DIV

WF14

CN1601-5

TP111

D.FF

IC1-16

CN901-7

WF4

SECAM REC/PB 1.5 Vp-p

10 mV/20 µsec/DIV

WF6

0.1 V/1 msec/DIV

WF11-1

PAL REC/PB 2.2 Vp-p

50 mV/20 µsec/DIV

WF15-1

CN1601-3

IC1-185

REC 1.8 Vp-p

CN903-1

CN901-9

PAL PB 0.6 Vp-p

20 mV/20 µsec/DIV

WF26

SECAM REC 0.44 Vp-p

10 mV/20 µsec/DIV

IC301-11

< AUDIO >

WF1

REC 0.2 Vp-p

5 mV/0.5 msec/DIV

WF7

REC 0.7 Vp-p

20 mV/0.5 msec/DIV

IC2201-9

IC1-99

PB 2.2 Vp-p

50 mV/20 µsec/DIV

WF27

SECAM PB 0.36 Vp-p

20 mV/1 msec/DIV

WF2

REC/PB 0.9 Vp-p

20 mV/0.5 msec/DIV

IC301-13

IC2201-53

PAL REC/PB 2.2 Vp-p

50 mV/20 µsec/DIV

WF3

0.1 V/5 msec/DIV

IC2201-21

REC 1.1 Vp-p

SECAM REC/PB 2.4 Vp-p

50 mV/20 µsec/DIV

WF4

PB 0.5 Vp-p

50 mV/5 msec/DIV

TP2253

A.PB.FM

SECAM REC/PB 2.4 Vp-p

50 mV/20 µsec/DIV

WF5

PB 0.58 Vp-p

10 mV/0.5 msec/DIV

IC1-53

SECAM PB 0.44 Vp-p
20 mV/20 µsec/DIV

WF6

REC 0.11 Vp-p

2 mV/0.5 msec/DIV

IC1-63

SECAM REC/PB 2.3 Vp-p

50 mV/20 µsec/DIV

WF15-2

SECAM REC 0.46 Vp-p

10 mV/20 µsec/DIV

WF18

REC/PB 0.76 Vp-p
20 mV/20 µsec/DIV

CN901-9

CN905-5

PAL REC/PB 2.2 Vp-p

50 mV/20 µsec/DIV

WF16-1

PAL PB 1.3 Vp-p

50 mV/20 µsec/DIV

WF19-1

PAL REC 0.48 Vp-p

20 mV/20 µsec/DIV

CN905-9

CN905-3

SECAM REC/PB 2.3 Vp-p

50 mV/20 µsec/DIV

WF16-2

SECAM PB 0.9 Vp-p

50 mV/20 µsec/DIV

WF19-2

PAL PB 0.7 Vp-p

20 mV/20 µsec/DIV

CN905-9

CN905-3

REC/PB 0.52 Vp-p
20 mV/20 µsec/DIV

WF17-1

PAL REC 1.7 Vp-p
50 mV/20 µsec/DIV

WF19-3

SECAM REC 0.36 Vp-p

10 mV/20 µsec/DIV

CN905-7

CN905-3

PB 0.5 Vp-p

20 mV/20 µsec/DIV

WF17-2

SECAM REC 1.8 Vp-p

50 mV/20 µsec/DIV

WF19-4

SECAM PB 0.46 Vp-p

10 mV/20 µsec/DIV

CN905-7

CN905-3

PAL REC 0.6 Vp-p
20 mV/20 µsec/DIV

WF17-4

REC/PB 1.7 Vp-p

50 mV/20 µsec/DIV

WF20

SECAM PB 0.38 Vp-p

10 mV/20 µsec/DIV

CN905-7

CN902-3

4-404-39

4.23 VOLTAGE CHARTS

MODE
PIN NO.

IC1

1 1.5 2.3
2 2.8 2.8
3 2.6 2.6
4 1.9 1.5
5 1.9 1.5
6 2.4 2.1
7 1.4 0.8
800
9 2.6 3.1
10 2.3 2.3
11 3.1 3.1
12 2.8 2.8
13 3.1 3.1
14 2.3 2.3
15 0 0
16 2.8 2.8
17 1.4 1.4
18 2.8 2.8
19 2.8 2.8
20 2.8 2.8
21 2.0 2.0
22 2.8 2.8
23 2.8 2.8
24 5.0 5.0
25 0.4 0.4
26 0 0
27 2.3 2.3
28 2.3 2.3
29 1.9 1.9
30 2.1 2.1
31 0 0
32 2.5 2.5
33 5.0 5.0
34 2.7 2.3
35 5.0 5.0
36 2.5 0
37 2.3 2.3
38 - ­39 1.2 1.2
40 - ­41 2.5 2.5
42 - ­43 0 0
44 2.2 2.2
45 4.6 4.6
46 4.9 4.6
47 2.9 2.9
48 2.6 2.6
49 5.0 5.0
50 2.5 2.5
51 2.8 2.8
52 0 0
53 2.6 2.6
54 0 0
55 0 0
56 0 0
57 0 0
58 0 0
59 0 0
60 0 0
61 0 0
62 0 0
63 0 0
64 0 0
65 2 2
66 0 0
67 0 0
68 0 0
69 0 0
70 0 0
71 0 0
72 0 0
73 3.1 3.1
74 0 0
75 0 0
76 0 0
77 0 0
78 0 0
79 5.0 5.0
80 5.0 5.0
81 0 0
82 0 0
83 0 0
84 2.2 2.2
85 2.4 2.4
86 2.2 2.2
87 5.0 5.0
88 0 0
89 0 0

REC PLAY

MODE
PIN NO.

90 0 0
91 0 4.0
92 2.6 2.6
93 0.8 0.5
94 0 0
95 2.5 2.5
96 2.5 2.5
97 2.5 2.5
98 0 0
99 2.5 2.5
100 0 0

IC201

100
2 2.5 2.5
3 4.9 4.9
400
5 4.4 4.4
6 2.4 2.4
7 2.4 2.4
8 4.9 4.9
9 3.3 3.3
10 4.2 4.2
11 1.6 1.6
12 4.9 4.9
13 2.7 2.7
14 2.7 2.7
15 0 0
16 1.2 1.2
17 0 0
18 4.9 4.9
19 2.3 2.3
20 0 0
21 2.3 2.3
22 0.5 0.5
23 4.9 4.9
24 2.9 2.9
25 2.5 2.5
26 4.9 4.9
27 4.6 4.6
28 3.5 3.5
29 4.9 4.9
30 4.9 4.9

IC301[HR-S6955MS/S7955MS

1 0.2 0.2
2 1.9 1.9
3 3.8 3.8
4 0.4 0.4
500
6 3.1 3.1
700
8 2.4 2.4
9 2.4 2.4
10 2.2 2.2
11 2.4 0
12 4.4 4.4
13 2.4 2.4
14 3 1.9
15 2.7 2.7
16 0.3 4.9
17 0.2 2.5
18 2.2 2.2
19 2.3 2.3
20 2.4 2.4
21 2.4 2.4
22 4.8 4.8
23 3.1 3.1
24 3.1 3.1
25 2.7 2.7
26 0 0
27 0.4 0.4
28 0.3 0.3

IC2201

1 2.3 2.3
200
3 2.3 2.3
400
500
6 2.4 2.4
7 2.0 2.0
800
900
10 0 0
11 0 0
12 2.0 2.0
13 0 0
14 0 0
15 0 0
16 2.4 2.4
17 0.5 0.5
18 2.4 2.4

REC PLAY

]

MODE
PIN NO.

19 2.4 2.4
20 2.4 2.4
21 2.4 0
22 2.5 0.7
23 0 0
24 2.5 0.7
25 4.8 4.8
26 2.5 0
27 0 ­28 4.1 2.8
29 4.3 1.7
30 4.4 1.6
31 1.1 1.8
32 2.4 2.4
33 2.4 2.4
34 0.8 0.8
35 2.4 2.4
36 0 0.2
37 1.6 1.6
38 0 0
39 0 0
40 4.8 4.8
41 0 0
42 4.8 0
43 4.7 4.7
44 3.3 3.3
45 0 0
46 4.7 4.7
47 2.4 2.4
48 2.4 2.4
49 0.4 0.4
50 0.2 0.2
51 0 0
52 0 0
53 4.3 4.3
54 0 0
55 0 0
56 0 0
57 4.4 4.4
58 9.6 9.6
59 4.4 0
60 0.8 0.8
61 2.4 2.4
62 2.4 2.4
63 4.2 4.2
64 4.3 4.3

IC3001

1 2.5 2.5
200
3 2.5 2.5
4 2.4 2.4
5 0 1.5
6 2.4 2.6
7 2.4 2.4
8 2.4 2.4
9 4.8 4.8
10 4.8 4.8
11 0 0
12 0 0.2
13 0 2.0
14 4.4 4.6
15 4.9 4.6
16 0.6 0.6
17 4.0 4.0
18 0 0
19 3.1 3.1
20 4.5 4.5
21 3.8 3.8
22 0.2 1.9
23 0 0
24 4.8 4.8
25 0 0
26 4.9 4.9
27 4.9 4.9
28 4.9 4.9
29 4.9 4.9
30 0 0
31 4.9 4.9
32 4.9 4.9
33 0 0
34 4.9 4.9
35 0 0
36 0 0
37 0 0
38 0 4.9
39 4.0 4.0
40 0 0
41 4.8 4.8
42 4.8 4.8
43 0 0

REC PLAY

MODE
PIN NO.

44 0 0
45 4.9 4.9
46 0 0
47 2.8 2.8
48 0 0
49 4.1 4.1
50 4.6 4.6
51 1.3 1.3
52 1.3 1.3
53 4.2 4.2
54 5.0 5.0
55 5.0 5.0
56 4.9 4.9
57 0 0
58 4.9 4.9
59 0 0
60 4.9 4.9
61 4.9 4.9
62 0 0
63 0 0
64 - ­65 - ­66 - ­67 - ­68 0 0
69 - ­70 3.3 3.3
71 4.9 4.9
72 4.9 4.9
73 4.9 4.9
74 0 0
75 4.4 4.4
76 4.4 4.4
77 4.9 0
78 0 0
79 0 0
80 0 0
81 4.9 4.9
82 4.9 4.9
83 2.4 2.4
84 0 0
85 0 0
86 4.9 4.9
87 4.9 0
88 4.9 4.9
89 0 0
90 0 0
91 0 0
92 4.9 4.9
93 0 0
94 0 0
95 4.9 4.9
96 0 0
97 4.9 0
98 0.8 0.8
99 0 2.2
100 2.4 2.4
101 2.4 2.4
102 1.4 1.4
103 4.9 4.9
104 4.9 0
105 4.9 0
106 0 0
107 0 0
108 1.2 1.2
109 4.9 4.9
110 0 0
111 0 0
112 2.4 2.4

IC3002

1 4.9 4.9
2 4.9 4.9
300
400

IC3003

100
200
300
400
5 4.5 4.5
6 4.5 4.5
700
8 4.9 4.9

IC7002

1 4.9 4.9
2 4.9 4.9
300

REC PLAY

MODE
PIN NO.

CN1 [Except HR-S7955MS]

CN1 [HR-S7955MS]

CN501

CN901

CN902

CN903

CN904

CN905

REC PLAY

100
200
300
4 2.3 2.3
5 2.3 2.3
6 2.3 2.3
7 2.6 2.3
8 2.6 2.3
9 2.6 2.3

100
200
300
4 2.3 2.3
5 2.3 2.3
6 2.3 2.3
7 2.6 2.3
8 2.6 2.3
9 2.6 2.3
10 0 0
11 0 0

1 2.4 2.4
200
3 2.3 2.3
4 4.9 4.9
5 2.1 2.1
6 0.3 4.5
7 3.3 3.3
800
9 2.8 2.8
10 0 0
11 4.6 4.6
12 4.1 4.1
13 0 0
14 0 0
15 2.5 2.5
16 0 0
17 0 0

1 4.6 4.6
2 4.1 4.1
3 0.3 0.3
400
5 2.5 2.3
600
7 3.5 2.4
800
9 2.8 2.8
10 4.9 4.9

1 2.8 2.8
200
300
4 2.4 2.1
5 1.3 2.3
6 4.9 4.9
700
800
9 2.3 2.3
10 0 0
11 0 0
12 2.4 2.1

1 4.7 4.7
200
300
400
5 0.8 0.8
6 10.1 10.1
7 10.1 10.1
8 4.5 4.5
9 4.5 4.5
10 0 0

100
2 4.9 4.9
300
4 0.2 0.2
5 0 0.2
600
700
800
900
10 0 0
11 0 0

1 2.4 2.4
200

MODE
PIN NO.

3 2.8 2.8
400
5 3.3 3.3
600
7 2.1 2.1
800
9 2.3 2.3

CN2001

100
200
300
400
5 2.3 2.3
6 2.2 2.2

CN2002

100
200

CN3001

1 2.6 2.7
2 13.5 13.5
3 6.0 6.0
400
5 0 8.0
600
700
8 13.3 13.3
9 3.0 3.1
10 3.0 3.0
11 1.5 1.5
12 3.0 3.1

CN6701

100
2 4.6 4.6
3 4.5 4.5
4 4.8 4.8
5 0.3 0.3
6 0.3 0.3
7 5.0 5.0
800
900
10 0.1 0

CN7001

1-­2-­3 5.6 5.6
400
5 5.8 0
6 5.8 5.8

<2D DIGITAL>
[HR-S6950EU,HR-S6955MS,
HR-S7955MS]

MODE
PIN NO.

IC1201 - ­CN1201

1 2.4 2.4
200
3 2.3 2.3
4 4.9 4.9
5 2.1 2.1
6 0.3 4.5
7 3.3 3.3
800
9 2.8 2.8
10 0 0
11 4.6 4.6
12 4.1 4.1

<3D/TBC (2M)>
[HR-S7950EU,HR-S7955EK]

MODE
PIN NO.

IC1401 - ­CN1401

1 2.4 2.4
200
3 2.3 2.3
4 4.9 4.9
5 2.1 2.1
6 0.3 4.5
7 3.3 3.3
800
9 2.8 2.8
10 0 0
11 4.6 4.6
12 4.1 4.1
13 0 0

REC PLAY

REC PLAY

REC PLAY

MODE
PIN NO.

14 0.8 0.8
15 2.5 2.5
16 0 0
17 2.5 2.5

<TERMINAL>

MODE
PIN NO.

IC501 - ­IC502

1 2.0 2.0
2 0.1 4.9
3 3.3 3.3
4 3.4 3.4
5 4.9 4.9
6 2.2 2.2
7 2.0 2.0
8 4.9 0
9 1.4 0
10 2.9 2.9
11 2.9 2.9
12 2.9 2.9
13 0 0
14 2.8 2.8
15 2.8 2.8
16 1.9 1.9
17 2.0 2.0

18 1.9 1.9
IC901 - ­CN511

1 4.9 4.9

2 4.9 4.9

3 2.8 2.8

400

5 1.8 1.8

600

7 2.8 2.8

800

9 2.1 2.1

10 12.0 12.0

11 12.0 12.0
CN911

1 4.6 4.6

2 4.1 4.1

3 0.3 0.3

400

5 2.5 2.3

600

7 3.5 2.4

800

9 2.8 2.8

10 4.9 4.9
CN912

1 2.8 2.8

200

300

4 2.4 2.1

5 1.3 2.3

6 4.9 4.9

700

800

9 2.3 2.3

10 0 0

11 0 0

12 2.4 2.1
CN913

1 4.7 4.7

200

300

400

5 0.8 0.8

6 10.1 10.1

7 10.1 10.1

8 4.5 4.5

9 4.5 4.5

10 0 0
CN914

100

2 4.9 4.9

300

4 0.2 0.2

5 0 0.2

600

700

800

900

10 0 0

11 0 0

REC PLAY

REC PLAY

MODE
PIN NO.

CN915

1 2.4 2.4
200
3 2.8 2.8
400
5 3.3 3.3
600
7 2.1 2.1
800
9 2.3 2.3

CN916

100
200
300
400

<DEMOD>

MODE
PIN NO.

IC6701

1 4.3 4.3
2 1.5 1.5
3 1.5 0
400
5 2.0 2.0
6 1.9 1.9
7 0.2 0.2
800
900
10 3.6 3.6
11 3.6 3.6
12 4.5 4.5
13 4.5 4.5
14 2.2 2.2
15 2.1 2.2
16 0 0
17 0.3 0.3
18 0.3 0.3
19 4.5 4.5
20 0 0
21 0.3 0.3
22 4.7 4.7
23 0 0
24 0 0
25 0 0
26 0 0
27 0 0
28 0 0
29 0 0
30 2.4 2.4
31 2.4 2.4
32 0 0
33 4.7 4.7
34 3.8 3.8
35 0 0
36 2.4 2.4
37 0 0
38 0 0
39 0 0
40 0 0
41 0 0
42 2.5 2.5
43 2.4 2.4
44 0 0

CN6701

100
2 4.6 4.6
3 4.5 4.5
4 4.8 4.8
5 0.3 0.3
6 0.3 0.3
7 5.0 5.0
800
900
10 0.1 0

<MINI FRONT>[HR-S7955MS]

MODE
PIN NO.

CN7002

1 5.8 5.8
2 5.8 0
300
4 5.6 5.6
5-­6--

REC PLAY

REC PLAY

REC PLAY

MODE
PIN NO.

CN7005

1 5.6 5.6
200
3 5.8 0
4 5.8 5.8

<S-JACK>

MODE
PIN NO.

CN7108

100
200
300
400

<ADV.JOG>

MODE
PIN NO.

CN7003

1 5.8 5.8
2 5.8 0
300
4 5.6 5.6

<S-P CONVERTER>

MODE
PIN NO.

IC1601

1 2.0 2.0
2 4.4 4.4
3 0 0.9
4 4.8 4.1
500
6 2.1 4.9
7 4.9 4.9
8 2.2 2.2

IC1602

1 4.9 4.9
2 4.4 4.4
3 0.4 0.4
4 0.4 0.4
5 0.4 0.4
6 4.4 4.4
700
8 0.5 0.5
9 4.4 4.4
10 0 4.7
11 0 4.4
12 0 4.7
13 0.4 0.4
14 4.9 4.9

IC1603

100
2 4.6 4.6
3 4.9 4.9
400
5 0.4 0.4
6 0.3 0.3
7 4.5 4.5
800
9 1.5 1.5
10 3.3 3.3
11 4.9 4.9
12 0 0.9
13 4.9 4.9
14 2.3 2.3
15 0 0
16 4.9 4.9

IC1604

1 4.9 4.9
2 3.3 3.3
3 0.9 0.9
4 4.9 4.9
5 0.1 0.1
6 4.7 4.7
700
8 2.4 2.4
9 2.4 2.4
10 4.9 4.9
11 0 4.4
12 2.4 2.4
13 4.9 4.9
14 4.9 4.9

REC PLAY

REC PLAY

REC PLAY

REC PLAY

MODE
PIN NO.

IC1605

1 8 8.1
2 1.1 1.1
3 8.1 8.1
400
500
600
7 3.2 3.2
8 4.2 4.1
9 2.8 2.8
10 2.9 2.8
11 0 0
12 0 0
13 0 0
14 0 0
15 0.5 0.5
16 0 0

IC1606

1 4.8 4.8
200
300
4 0.1 0.4
5 0.5 0.5
600
7 0.1 0.4
800
9 4.8 4.8
10 0 0
11 3.0 3.0
12 3.0 3.0
13 0.5 0
14 1.5 1.4
15 0.6 0
16 1.5 1.4

IC1607

1 2.5 2.5
200
3 2.5 2.5
4 2.4 2.4
5 2.1 2.1
6 2.0 2.0
7 2.3 2.2
8 4.8 4.8
9 2.3 2.2
10 0 0
11 2.3 2.2
12 2.0 2.0
13 2.5 2.5
14 0 1.7
15 0 0.8
16 0.6 0.6
17 0 0
18 0 0
19 0 0
20 0 0.1
21 2.5 2.5
22 0 1.9
23 1.2 1.2
24 0 2.1

CN1601

1 12.0 12.0
2 12.0 12.0
3 2.1 2.1
400
5 2.8 2.8
600
7 1.8 1.8
800
9 2.8 2.8
10 4.9 4.9
11 4.9 4.9

REC PLAY

4-41 4-42

REMOTE CONTROLLER SCHEMATIC DIAGRAM4.24 CPU PIN FUNCTION4.26

(LP20878-016#)

R2

X1

VSS

XI

XO

P00

P01

P02

P03

P10

P11

P33

IC1

VDD

KI/04

TST

P21

P22

P23

P24

P30

P31

P32

46

48

R1

1

9

18

26

34

42

27

35

43

44

45

47

28

36

29

37

30

38

31

32

40

10

2

19

11

3

12

20

21

22

23

24

4

13

5

14

6

15

7

16

8

9+27

9+32

1+30

1+36

1+26

1+37

1+38

1+40
1+23

1+22

FDP GRID ASSIGNMENT AND ANODE CONNECTION4.25

GRID ASSIGNMENT ANODE CONNECTION

J4 J5 J6 J7 H1 H2

J3

S-VHS

J2

H8

J1

H3

DIG1 DIG2 DIG3 DIG4 DIG5

H4,H5 H6 H7

No. CONNECTION

1

2

3

4

5

6

7

8

9

10

11

12

13

14

CATHODE G, J7, H8

CATHODE F, J6, H7

CATHODE E, J5, H6

CATHODE D, J4, H4, H5

CATHODE C, J3, H3

CATHODE B, J2, H2

CATHODE A, J1, H1

COMMON ANODE H1-H8

COMMON ANODE J1-J7

COMMON ANODE (DIGIT 5)

COMMON ANODE (DIGIT 4)

COMMON ANODE (DIGIT 3)

COMMON ANODE (DIGIT 2)

COMMON ANODE (DIGIT 1)

TV

PROG

?(PROG CHECK

ENTER/ENTREE

30 SEC

PR

DATE

--:-­ (

REC

PR
START/DEBUT
STOP/FIN

DATE

START/DEBUT

STOP/FIN

MENU

0/AUX

8 / DAILY/QTDN.
4

+

AUDIO/

(

PLAY

X/0000(CANCEL

7 / VSP/PDC

/

5

(

PAUSE

2

6

TV/VCR

/

-

42

3

43

(

44

STOP

45

RE-VIEW

1

46

9 / WEEKLY/HEBDO

47

48

OK

REC START

REC PAUSE

POWER

TV/VCR

MUTE

MAIN/SUB
TV

TV PR

TV

TV PR

)

(

POWER

(

SP/LP

(

)

(FF)

)

REW

/

)

)

)

(

MUTE

)

<SYSCON IC3001>

PIN NO. LABEL IN/OUT FUNCTION

1 CTL(+) IN/OUT CTL(+) SIGNAL

2 SVSS - GND

3 CTL(-) IN/OUT CTL(-) SIGNAL

4 CTLBIAS - CTL BIAS VOLTAGE

)

5 CTLFB IN CTL PULSE FEEDBACK

6 CTLAMPOUT OUT CTL PULSE OUTPUT

7 CTLSMTIN IN CTL PULSE INPUT

8 CFG IN CAPSTAN FG PULSE INPUT

9 SVCC - SYSTEM POWER

10 AVCC - SYSTEM POWER FOR ANALOG CIRCUIT

11 NORM/MESEC/S IN (NORM MODE: L/MESECAM MODE: M/SVHS MODE:H)

12 SECAM_DET IN SECAM COLOR DETECT (SECAM:H)

13 VIDEO_ENV IN

AUTO TRACKING DETECT/INPUT THE AVERAGE OF PLAYBACK VIDEO SIGNAL

14 START_SENSOR IN START SENSOR

15 END_SENSOR ININEND SENSOR

16 KEY1 OPERATION CONTROL SIGNAL

)

)

17 PROTECT IN DETECTION SIGNAL FOR SW POWER SUPPLY

18 SCR_ID/ IN SCRAMBLE CONTROL INPUT (SCRAMBLE:H)

19 KEY2

OPERATION CONTROL SIGNAL

IN

20 AFC IN TUNING CHECK

21 RF AGC IN

CHANGES IN ATS+IC OUTPUT AS CAUSED BY CHANGES IN RECEIVER SENSITIVITY
WHEN THE SAME CHANNEL IS RECEIVED MORE THAN ONCE ARE INPUT.

22 A.ENV/ND(L) IN AUDIO PB FM ENV.INPUT/NON HiFi MODE:L

23 AVSS - GND FOR ANALOG CIRCUIT

24 CTL_GAIN OUT

CONTROL AMP OUT FREQUENCY RESPONSE SWITCHING

25 LSA IN MECHANISM MODE DETECT(A)

26 LSB IN MECHANISM MODE DETECT(B)

27 LSC IN MECHANISM MODE DETECT(C)

28 CAP.M F/R

CAPSTAN MOTOR FORWARD/REVERSE CONTROL

OUT

29 RC IN REMOTE CONTROL DATA INPUT

30 DIG1 OUT LED DRIVE

31 P50_IN

ININCONTROL SIGNAL FOR TV LINK

32 R.PAUSE REMOTE PAUSE CONTROL

33 P50_OUT OUT CONTROL SIGNAL FOR TV LINK

34 DIG2 OUT LED DRIVE

35 LM_F/R/S OUT LOADING MOTOR DRIVE

36 LSD OUT MECHANISM MODE DETECT (D)

37 DIG3 OUT LED DRIVE

38 SB_GAIN(PWM) OUT

VOLTAGE CONTROL SIGNAL FOR VIDEO FREQUENCY RESPONSE

39 DIG4 OUT LED DRIVE

40 POWER_DET IN DETECTION SIGNAL FOR POWER DOWN OF AC POWER SUPPLY

41 P.CTL(H) OUT CONTROL SIGNAL FOR SWITCHING POWER SUPPLY

42 DIG5 OUT LED DRIVE

43 VSS - GND

44 SAT_CTL CONTROL SIGNAL FOR SATELLITE RECEIVER

OUT

45 VCC - SYSTEM POWER

46 S.CASS(H) IN DETECTION SIGNAL FOR SVHS CASSETTE (SVHS:H)

47 OSD_CS OUT

48 MESECAM(H)/AGC_CTL MESECAM: H/AGC CONTROL INPUT

CHIP SELECT FOR THE ON-SCREEN IC

OUT

49 I2C_DATA IN/OUT SERIAL DATA TRANSFER OUTPUT FOR THE VIDEO/AUDIO IC

50 I2C_CLK OUT

51 DIG6

52 S.DATA_FRSYS OUT

53 S.CLK OUT

SERIAL DATA TRANSFER CLOCK FOR THE VIDEO/AUDIO IC

OUT

LED DRIVE

SERIAL DATA TRANSFER OUTPUT FROM THE FDP DRIVER TO THE ON-SCREEN IC

SERIAL DATA TRANSMISSION CLOCK FROM THE FDP DRIVER TO THE ON-SCREEN IC

54 SP_FG IN DETECTION SIGNAL FOR SUPPLY REEL ROTATION/TAPE REMAIN

55 TU_FG IN

DETECTION SIGNAL FOR TAKE-UP REEL ROTATION/TAPE REMAIN

56 JSA IN INPUT FOR THE JOG SHUTTLE

PIN NO. LABEL IN/OUT FUNCTIONPIN NO. LABEL IN/OUT FUNCTION

57 JSB IN INPUT FOR THE JOG SHUTTLE

58 REC_SAFETY IN REC SAFETY SWITCH DETECT (SW ON:L)

59 SW1 OUT TUNER SYSTEM MODE:H

60 SW2 OUT TUNER SYSTEM MODE:L

61 DIG7 OUT LED DRIVE

62 FWE

OUT

FLASH WRITE ENABLE

63 NMI(L) - CONNECT TO GND

64 X2 - TIMER CLOCK (32.768KHz)

65 X1 - TIMER CLOCK (32.768KHz)

66 RES - RESET TERMINAL (RESET ON:L)

67 OSC1(IN) - MAIN SYSTEM CLOCK(10MHz)

68 VSS - GND

69 OSC2(OUT) - MAIN SYSTEM CLOCK(10MHz)

70 VCC/VCL - SYSTEM POWER

71 MODE IN

FWE MODE

72 SYNC DET(H) IN DETECTION OF VIDEO SYNC SIGNAL(DETECTED:H)

73 TU_V_MUTE(H) OUT TUNER VIDEO CONTROL (MUTE:H)

74 A.MUTE(H) OUT AUDIO MUTE CONTROL (MUTE:H)

75 I2C_CLK2 OUT

SERIAL DATA TRANSFER CLOCK FOR MEMORY IC

76 I2C_DATA2 IN/OUT SERIAL DATA TRANSFER OUTPUT FOR MEMORY IC

77 SECAM(H) SECAM MODE:H

78 P.ON_PULSE OUT

79 PAL PB(H) PAL FM(PB ON:H)

80 V.P.CTL

81 VHS(H) OUT

OUT

P.ON_PULSE(H)

OUT

OUT

V.PULSE CONTROL, V COMPENSATION DURING SPECIAL PLAYBACK

VHS MODE(H)

82 VCC - SYSTEM POWER

83 SLOW_P MEMORY TIMING CONTROL IN THE SLOW MODE

OUT

84 VSS - GND

85 SP_SHORT(H)/FLY.ON(H) OUT MODE SELECT/FLYING ERASE ON:H

86 LP_SHORT(H)/FLY.REC(H) OUT MODE SELECT/FLY REC START:H

87 SEP(H)

88 H.REC_ST(H) OUT

89 TRICK(H) SPECIAL PLAYBACK:H

90 N.REC_ST(H) NORMAL AUDIO SOUND RECORDING START

91 Da OUT

92 Db LED DRIVE

93 Dc OUT

94 Dd LED DRIVE

OUT SEP PB:H

HIFI AUDIO SOUND RECORDING START

OUT

OUT

LED DRIVE

OUT

LED DRIVE

OUT

95 De OUT LED DRIVE

96 Df OUT

LED DRIVE

97 Dg OUT LED DRIVE

98 C.SYNC IN COMPOSITE SYNC

99 A.FF OUT AUDIO FF OUTPUT

100 V.FF OUT

ROTATION DETECTION SIGNAL FOR DRUM MOTOR/TIMING CONTROL SIGNAL FOR REC

101 CAPPWM OUT CAPSTAN MOTOR CONTROL

102 DRUMPWM OUT DRUM MOTOR CONTROL

103 P.MUTE(L) OUT

104 FULL_E_ON(H) FULL ERASE ON:H

PICTURE MUTE CONTROL(MUTE:L)

OUT

105 N.REC(H) OUT NORMAL AUDIO REC MODE CONTROL SIGNAL (REC:H)

106 ET_REC(H) OUT

107 HI_S_FF_REW HIGH SPEED FF/REW CONTROL

ET REC MODE:H

OUT

108 DFG IN DRUM FG PULSE INPUT

109 VCC - SYSTEM POWER

110 V.PULSE OUT V.PULSE ADDITION TIMING CONTROL

111 VSS - GND

112 CTLREF - CTL REFERENCE VOLTAGE

4-444-43

SYSTEM CONTROL BLOCK DIAGRAM4.27

5

4

3

HEADA/C

2

CTL

1

DRUM MOTOR

58

M

D PG+

12

57

3in1MDA
CAP MOTOR

M

L1

LOADING MOTOR

55

M

2

1

HEADA/C

D PG-

21

4

10

11

12

L2

ROTARY
ENCODER

CN1

2

1

TO
VIDEO/N. AUDIO

CAP.M_FG

1

CAP.M_F/R

CAP.M_VCTL

9

LM_F/R/S

DRUM_PG/FG

DRUM_VCTL

LSA
LSB
LSC

LSD

CN2001

(-)HEADCTL
(+)HEADCTL

D.FF

VIDEO_ENV

C.SYNC

SECAM_DET

SECAM(H)

)

28

101

35
108
102

4

10

12

CN3001

1

9

11

MAIN(SYSCON, MAIN TERMINAL

30

WF1

WF2

3

5

JS3001

2

4

5

6

PC3001

PHOTO

SENSOR

PC3002

PHOTO

SENSOR

WF3

TP4001

CTL. P

54

55

25

26

27

36

WF4

100

110

WF5

Note : For the waveforms in this block diagram, refer to page 4-39.

IC3001
(

SYSTEM CONTROL MICRO PROCESSOR

OSC2(OUT)

OSC1(IN)

8

CFG
CAP.M F/R
CAPPWM
LM_F/R/S
DFG
DRUMPWM

SP FG

TU FG

LSA
LSB
LSC
LSD

6

CTLAMPOUT

3

CTL(-)

1

CTL(+)

11

NORM/MESEC/SNORM/MESEC/S
V.FF
V. PULSEV. PULSE

13

VIDEO_ENV

98

C.SYNC
SECAM_DET

12

SECAM(H)

77

REC_SAFETY

S.CASS(H)

START_SENSOR

END_SENSOR

PAL_PB(H

H.REC_ST(H

I2C_DATA

I2C_CLK

A.MUTE(H

N.REC ST(H

N.REC(H

FULL_E_ON(H) FULL_E_ON(H

I2C_DATA2

I2C_CLK2

SYNC_DET(H)

SAT_CTL

R. PAUSE

X1

X2

JSA
JSB

)

69

67

65

64

58

46

14

15

79

)

88

)

49
50

74

)

90

)

105

)

104

76

75

72

56
57

44
32

+5V

Q7201

BUF

START

SENSOR

SENSOR

X3002
MAIN SYSTEM
CLOCK
(10MHz)

X3001
TIMER CLOCK
(

)

32kHz

Q3002

END

Q3003

IC3003

(

SERIAL MEMORY

6

SCL

5

SDA

CN7001

3

5

CN9042CN914

1

C3025
TIMER CLOCK

REC SAFETY SWS3001

S.CASS SWS3002

)

CN7005

1

3

TERMINAL(I/O)

60

ONLY USED FOR
HR-S6950EU/S7950EU/S7955EK

CN7002

4

2

MINI FRONT

82

ONLY USED FOR
HR-S7955MS

3
2
1

3
2
1

ONLY USED FOR

J921

SAT.CTL

J922

R.PAUSE

CN7003

4

2

ADV. JOG

83

4
6

UN7001

I2C_DATA_A/V
I2C_CLK_A/V
A.MUTE(H

PAL_PB(H)
H.REC_ST(H)

I2C_DATA_A/V
I2C_CLK_A/V
A.MUTE(H
N.REC_ST(H)
N.REC(H

I2C_DATA2
I2C_CLK2

TO TERMINAL(S-SUB)

CN901

CN911

2

I2C_DATA

1

I2C_CLK

I2C_DATA2

I2C_CLK2

SYNC_DET(H)

)

)

)

TO
FMA

TO
VIDEO/N. AUDIO

)

TO
TUNER

TO
ON SCREEN

HR-S7955MS/S7950EU/S7955EK

4-464-45

EDCBA

HGF

VIDEO BLOCK DIAGRAM

4.28

(

IC1401

FSCIN

29

REC

CIN

Q1410

Y/C SEP & MIX

com/CNRPS

YVIN

24

87

S-P CONVERTER

VR1601

R-Y LEVEL

ADJ

1

3

VR1602

B-Y LEVEL

ADJ

IC1601­IC1604

SYNC

SEP.

Q1607­Q1609

AMP

AMP

Q1610­Q1612

IC1606

11

R-Y

R-Y

12

B-Y

B-Y

DL

Q1604

BUF

IC1605

16

9

R-Y

16

14

CVBS

10

B-Y

MULTI

COLOR

DECODER

C

Q1601

C

Y

BUF

Q1605

Y

BUFEQ

CN1601

9

7

5

3

WF1

WF2

TO_PS_C

FROM_PS_C

TO_PS_Y

FROM_PS_Y

WF3

31

WF4

IC1607

R-Y

14

BUF

C OUT

PAL

ENCODER

24

B-Y

Q1614

5

BUF

CN511

3

9

5

7

TERMINAL(S-SUB)06

4

C

Y

C

Y

C

Y

Y

3

C

Y

C

C

C

2

Y

Y

PRE LPF

43

CLAMP

45

47

48

49

50

51

CLAMP

52

53

REC

54

PB

ATT

56

IC501
(

Y/C

SWITCH

)

C

42

PRE LPF

PRE LPF

PRE LPF

ATT

GCL

AGC

AGC DET

S.SEP

ATT

1

Y

NOT

USED

+

41

CR

ADJ

EXT PB C

EXT PB C

2

CLK40DATA

ATT

DIGI/PB

EXT PB Y

EXT PB Y

C

COMP IN

Y/C IN

Y

34

C

39

IIC LOGIC

V5

V3/V4

Y1

38

PB

DIGI/PB

REC

DIGI

PB

Y

REC

DIGI

C

REC

C

C1

Y3

Y2

ATT

6

5

NOT

USED

36

CONV

CONV

PB*CONV

C3

C2

S1/S2 DET

7

NOT

USED

VCA

PB*D15

C.K.

V4

V3

8

Y

C

34 33

CONV

REC

REC

ATT

9

N.C.

PB

NOT

USED

CONV

PB*CONV

EE/PB

N/S-LPF

PB

TRAP

BB

BB

BB

10 11

32

CLAMP

PB

REC

REC

V FBC

BB

C

Y

31 30 29

SP/EP(LP

REC

ATT

12

VHS

S-VHS

PB

EQ

V MUTE

C MUTE

Y FBC

Y MUTE

)

ATT

D16

USED

NOT

C

Y

C

REC

28

PB

27

CLAMP

25

CLAMP

24

23

FILTERFILTER

21

CLAMP

20

19

D7&D8

18

BIAS

ATT

14

NOT

USED

17

15

1

(Only used for HR-S7950EU/S7955EK) (Only used for HR-S6950EU/S6955MS/S7955MS)

COMB3L

Y COMB

PB

BPF

REC

)

DFFI

SD ATA

SCLK

COUT

PB

REC

YOUT

PB

VREF

VR

LPF

7

8
11

12

17

19

21

AVDD

05

Q1419

ES

3D/TBC(2M)

BPF

Q1402

Q1406

LPF

Q1418

BUF

BUF

BUF

(

Y/C

IC1201

PS

com/CNR

COMB

C

Y

C

CN1401

15

14

12

11

9

7

Y

5

3

1

D.FF

V.REF

I2C_DATA

I2C_CLK

C_FROM_DIGI

Y_FROM_DIGI

V/Y_TO_DIGI

C_TO_DIGI

Fsc

1

2

3

4

5

6

7

8

9

FSC_IN

10

19

3L

Y

REC

CIN

COMB

PB

YVIN

5

Q1204

C

&SEP MIX

REC

PB

BUF

REC

PB

)

IIC_DATA

IIC_CLK

COUT

YOUT

VREF

34

35

41

44

AVDD

40

Y

HR-S6955MS/S7955MS

EE(L

IC502

&

SVHS-ETS-VHS

)

REC

NON LINEAR
PROCESSOR

PB

REC

PB

(

1

2

5

6

C

Y

SWITCH

SP

SP

SP

SP

)

18

EQ

17

EQ

16

12

11

EQ

10

EQ

BPF

05

BPF

LPF

Q1205

BUF

Y

Y

C

C

Y

Q1202

C

C

BUF

BUF

Q1203

DIGITAL2D

C

CN1201

I2C_DATA_A/V

12

Y

Y

CN911

Y

C

CN915

C

Y

CN912

C

Y

C

Y

11

9

7

5

3

1

3

2

1

5

7

9

1

9

7

5

3

SECAM_PB_COLOR

3

V_FROM_OSD

12

1

MAIN_ALC_DET

4

5

6

7

9

10

V_FROM_OSD

I2C_CLK_A/V

C_FROM_DIGI

Y_FROM_DIGI

V/Y_TO_DIGI

C_TO_DIGI

Fsc

EE(L)

I2C_DATA

I2C_CLK

Y_TO_AV

V_FROM_AV

REC_COLOR

Fsc

C_TO_DIGI

Y/V_TO_DIGI

Y_FROM_DIGI

C_FROM_DIGI

PB_COLOR

Y_TO_SUB

P.MUTE(L

FRONT_V_IN

V_TO_OSD

CHARA_DATA

FRONT_Y_IN

FRONT_C_IN

C_OUT

Y_OUT

REAR2_C_IN

REAR2_Y_IN

REAR1_C_IN

REAR1_Y_IN

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

)

26

27

28

29

30

31

32

33

34

35

36

37

38

Note : For the waveforms in this block diagram, refer to page 4-39.

4-47 4-48

HGFEDCBA

5

4

3

2

1

J7102
FRONT_S_IN

Y

C

P

5

J902

Phase

COMP

SQPB

DL

Q903

BUF

C

Q11, Q40

X2

42 40

PB/REC
Discri

1/2

2FL VCO

629

AGC

TRAP

Main Emph

Offset

.C/D.CW

ES

X-tal

VCO/OSC

REC

MUTE

FM

fo/Dev

2Fsc

Q24

BUF

44

LPF

Det.

CR

2fsc

R

REC

REC

AFC

APC

1/2

DOWN
Conv.

SW.

4Phase

Gen.

P

ACC

2M LPF

R

HPF

L-SECAM

LPF

L-SECAM

.SEP

P

FM

EQ

DET

Carrier

HR-S6950EU/S6955MS/S7955MS

Q10

P

R

REC
Filter

S-DET

BUF

X1

38

SP

EP
(LP)

YCA

MOD

Adj

Head

Head

Fsc

SW1

D.FF

SW2

HPF

ME

SECAM

DET

DET

DET

SP2

CH2

CH1

SP1

LP2

CH2

CH1

LP1

D.FF

+

-

-

+

+

-

-

+

DETENV

TANC

Comp

C.SYNC

WF5

TP111

D.FF

92

CTL

91

100

81

84

SP2

85

SP1

WF6

86

88

LP2

89

LP1

90

SECAM SECTION

SECAM_PB_COLOR

27

SYNC GATE

C

Fsc

EE(L)

V_TO_OSD

IC301

GEN
/V-SEP

R/P

16

CN1

X2

IC301

6

5

4

3

2

1

MUTE
SYNC
GEN

MUTE

2.2MHz

VCA

REC

MUTE

C

C

WF25

PB

VCA

X2

BPF

1.1MHz
BPF

AGC
DET

14

AGC

FILTER

WF27

WF26

HR-S6955MS/S7955MS

WF24

4.3MHz

4.3MHz

17

BPF

REC

PB

BPF

REC

PB

AGC
AMP

13

LIM

SYNC

1/4

GATE

REC/PB

MUTE

MODE

CTL

1

VIDEO
HEAD

SP CH2

SP CH1

LP/EP CH2

LP/EP CH1

26112

SYNC
GATE

SECAM

15

REC

PB

DET

SECAM_DET
SECAM(H)
D.FF
VIDEO_ENV

TO
SYSCON

IC1
(

VIDEO

8

3

21

19

27

5

SIGNAL

(

ON

DISPLA

SYNC_DET

MUTE

CV_IN

CVOUT

I2C_DATA

LN21

BUF

Q207, Q208

8

P. MUTE(L)

J904
REAR
S-OUT

7

SWQ16

1
3

Y

4
2

C

HR-S7955MS
HR-S7950EU
HR-S7955EK

BUF

Q904

WF11

WF12

V_TO_OSD

IC201

SCREEN

Y

CHABLK

SD ATA

XTAL_

AUDIO&

PROCESSOR

)

4

9

CS

10

SCLK

11

2

IN

2Fsc

)

NORM/MESEC/S
SYNC_DET(H

)

VHS(H
I2C_DATA2
I2C_CLK2
OSD_CS
S.CLK
S.DATA_FRSYS

)

TO
SYSCON

2

C

Y
BDL

BDL

10

Y

WF2

BDL
LPF

C

PILOT

ADD

REC

AGC Det

D.E.
N.C.

YNR

Clamp

LPF

11

FILTER

Q906-Q908

AV1_YCIN(H

Q14

BUF

1

LEVEL
Det1

LEVEL
Det2

CLPF

Main

Conv2

P

R

BPF

ALCPB

Y

DO

R

612

AMP

MAIN(VIDEO, ON SCREEN, SECAM, MAIN TERMINAL)

WF22

CN501

CN901

CN905

CN902

CN916

Y

)

15

14

12

11

9

7

5

3

1

3

2

1

5

7

9

1

9

7

5

3

3

12

1

4

5

6

7

9

10

1

3

03

HR-S7950EU
HR-S7955EK

Y

Y

C

C

Y

WF20

C

Y

WF23

2

1

06

Y

C

B13

D.FF

C

C

Y

EE(L)

Y

Fsc

Y

C

SECAM_PB_COLOR

TERMINAL(I/O)

Y

C

Clamp

AMP6dB

C.SQUELCH

SQUELCH

CLEAR
SYNC

WF1

6dBAMP

Sync.Sep.

Y

WHITE

LIMITER

L-SECAM

Q21

BUF

30

C.K

PN

B.E
B.D

C

EXT

INT

C.K

L-SECAM

MIX

LEVEL

ADJ

B12

C

C

Y

Y

HR-S6950EU
HR-S6955MS
HR-S7955MS

C.SYNC

26 29 27

25

21

P

APT

22

ATT

)(

-10dB

20

NOT

USED

NOT

USED

Y

C

WF10

ATT

)

(

-10dB

18

ATT

))(

-10dB

16

ATT

(

-10dB

I2C
LOGIC

46

DATA

45

CLK

CTL

R

Video
AGC

C

P. MUTE(L)

Y

Y

Y

IC901

Q909

24

Q910
Q911,Q912

BUF

NOT

USED

C

USED

AV1
_YCIN(H

NOT

23

22

21

20

18

17

16

15

13

)

14

6dB&

BUF

BUF

BUF

BUF

6dB&

BUF

BUF

BUF

BUF

BUF

DATA

CTLI2C BUS

CLK

1

CLAMP

3

CLAMP

5

CLAMP

7

9

11

12

EXP2EXP1

C

C

SW

I2C_DATA_A/V

TO
SYSCON

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

SECAM_PB_COLOR

I2C_CLK_A/V

C.SYNC/V.REF

TO
TUNER

HR-S7950EU
HR-S7955EK

D.FF

V.REF
I2C_DATA_A/V

I2C_CLK_A/V

C_FROM_DIGI

Y_FROM_DIGI

V/Y_TO_DIGI

C_TO_DIGI

Fsc

WF14

EE(L)

I2C_DATA

I2C_CLK

Y_TO_AV

V_FROM_AV

REC_COLOR

WF16

WF17

Fsc

C_TO_DIGI

Y/V_TO_DIGI

Y_FROM_DIGI

C_FROM_DIGI

WF18

V_FROM_OSD

PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

)

P.MUTE(L

FRONT_V_IN

V_TO_OSD

CHARA_DATA

P.MUTE(L

V.PULSE

TU_VIDEO

WF13

WF15

WF19

WF21

J7105
FRONT
VIDEO IN

63

S-JACK

1

3

4

2

30

31

32

33

34

35

36

37

38

CN7108

4

2

FRONT_Y_IN

FRONT_C_IN

V_FROM_OSD

C_OUT

Y_OUT

REAR2_C_IN

REAR2_Y_IN

REAR1_C_IN

REAR1_Y_IN

FRONT_Y

FRONT_C

BDL

Y

DO
/REC

Y

)

C

C

R

P

SQPB

EQ

WF3

VCA

R

P

R

SQPB

RP

WF9

SECAM_REC_COLOR

TP106
PB.FM

BUF

EQ&

P

CLPF

RP

Main

Conv1

P

R

C

N.L.

N.L.

De.Emph

Emph

SQPB

ET

FBC/ALC

Y

P

Clamp

13

Y

Y

Y

Y

HR-S7950EU/S7955EK

WF4

PB_FM

34

2fsc VCO

LOCKfH CTL

PB

Killer

Color

APC

ID Det.

Delay

C

ET
LPF

ET

Y

14

20

Y/V.IN

20

Y/V.IN

TRAP

DO
Det

WF8

V.OUT

V.OUT

APC
SW

Pulse

Gen.

G

EQ

DLIM

DeMOD

Main

De.Emph

R

Y LPF

PR

WF7

CN903

CN913

C

18

V.GND

19

18

V.GND

19

Det

ACC

TRAP

CTL

HPF

fH

P

R

SQPB

SQPB

LPFSub

P

9

8

AV2 IN/DECODER

C/R

11

15

J901

AV1 IN/OUT

C/R

11

15

BG

7

BG

7

Note : For the waveforms in this block diagram, refer to page 4-39.

ABCD EFGH

4-49 4-50

AUDIO BLOCK DIAGRAM4.29

J7105
FRONT

AUDIO IN(R

5

AUDIO IN(L

ANT IN

ANT OUT

4

TO DEMODULATOR
CN6701

3

2

REAR OUT

AUDIO(R

AUDIO(L

1

)

)

TU6001

AUDIO IN

SIF OUT

AUDIO OUT

COMP

DEMOD (L)

DEMOD (R)

J916

)

J915

)

SIF

27

47

46

9

5

8

7
6

5

4
3

CN6701

10

6

2

1

2

1

30

MAIN(VIDEO/N. AUDIO,FMA, MAIN TERMINAL, TUNER

IC2201

8

R

A.IN(L)

A.GND

A.IN(R)

A.IN(L)

A.GND

A.IN(R)

L

6

4

2

6

4

2

10

EXT2_IN(R)

15

EXT2_IN(L)

59

RFC_OUT

13

TV_IN(L)

8

TV_IN(R)

63

DEC_OUT(R)

64

DEC_OUT(L)

53

LINE_OUT(R)

57

LINE_OUT(L)

14

EXT1_IN(L)

9

EXT1_IN(R)

4

EXT3_IN(L)

2

EXT3_IN(R)

PB_FM_IN

MUTE_CTL

NORMAL_OUT

NORMAL_IN

53 6364 62 61 78 44

CN904

11

CN914

R

L

60

TERMINAL(I/O

CONTROL

(Q2201­ Q2204)

1067

R

L

WF1

MUTE

(AV2 IN/DECODER)

)

WF2

549

J901

(AV1 IN/OUT)

A.OUT(L)

L

3

A.OUT(R)

R

1

J902

A.OUT(L)

3

A.OUT(R)

1

CH1

COM

CH2

PRE_OUT

CLK

DATA

fsc_IN

WF5

)

22
21

24

WF3

TP2253

A.PB.FM

30

29

42

43

45

36

61

62

R

P

NOT

USED

A.MUTE

SP ON

PRE AMP

REC ON

EP(LP)ON

X1

WF6

NOT

USED

40 38

DET

VCA

REC

EQ

IC1
(

VIDEO/N.AUDIO SIGNAL PROCESSOR

WF4

-

+

BUF

)

Q24

CN1

7

8

9

AUDIO HEAD

FMA CH1

FMA CH2

Q2255

SW

TO
SYSCON

PAL_PB(H)
H.REC_ST(H)
I2C_CLK_A/V
I2C_DATA_A/V
A.MUTE(H)
N.REC_ST(H)
N.REC(H)
FULL_E_ON(H)

ONLY USED FOR

Q2062
Q2063

Q2061

6
4

HR-S7955MS

CN2002

CN2001

FULL ERASE HEAD

2

1

CN1

3

4

2

1

21

A/C HEAD

5

4

6

7

F. ERASE

A. ERASE

REC/PB

POWER

SW

POWER

SW

Q2052-Q2055

OSC

TRANS

OSC

TRANS

T2051

Q2051

5

T2052

B2051

6

ONLY USED FOR
HR-S6950EU/S6955MS

95

FILTER

96

97

+

HR-S7950EU/S7955EK

98

99

FILTER

WF7

Note : For the waveforms in this block diagram, refer to page 4-40.

ABCD EFGH

4-524-51

E. & O. E. No. 82923 (VP)

-V15S1/S2/S15

4.30 MAIN(MAIN TERMINAL) SCHEMATIC DIAGRAM [SR-V10E, SR-V10EK]

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

TO VIDEO/N.AUDIO

SW12V

TO SW.REG

ONSCREEN

TO ONSCREEN

TO

ON SCREEN

V_FROM_OSD

CHARA_DATA

V_TO_OSD

REC_COLOR/REAR_V_IN

FRONT_V_IN

V_FROM_AV

Y_TO_AV

EE[L]

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

PB_COLOR

C_TO_DIGI

Y/V_TO_DIGI

C_FROM_DIGI

Y_FROM_DIGI

Fsc

F.AUDIO[R]

TU_VIDEO

DEC_OUT[R]

F.AUDIO[L]

DEC_OUT[L]

A.IN2[R]

A.IN2[L]

LINE_OUT[R]

LINE_OUT[L]

A.IN1[R]

A.IN1[L]

VIDEO/AUDIO

TO

TO TERMINAL(I/O) CN914

CN904

REMOTE_OUT

REMOTE_IN

GND

A.IN1[L]

A.IN1[R]

A.OUT[L]

A.OUT[R]

A.IN2[L]

A.IN2[R]

DEC.OUT[L]

DEC.OUT[R]

TO TERMINAL(I/O) CN913

CN903

P50_I/O

SCR[H][NC]

LI_5V

3.58NTSC[H]/P.ON_P

TU_VIDEO

OPEN

SW12V

I2C_CLK2

I2C_DATA2

GND

MY

TO SYSCON

TO SW.REG

TO SYSCON

GND

TO SW.REG

SW5V

AL5V

4

REMOTE_OUT

2SC1317/RS/

Q7201

R7202

220

R7203

2.2k

L7201

10

10^

R7204

1/2W

470

C7202

/6.3

3.58NTSC[H]/P.ON_P

I2C_CLK2

LI_5V

P50_I/O

REMOTE_IN

I2C_DATA2

P.MUTE[L]

I2C_DATA

I2C_CLK

3

TO TERMINAL(S-SUB) CN915

CN905

Fsc

GND

C_FROM_DIGI

GND

Y_FROM_DIGI

GND

Y/V_TO_DIGI

GND

C_TO_DIGI

TO TERMINAL(S-SUB) CN912

CN902

PB_COLOR

FRONT_Y_IN(ADJ)

0 3 MAIN TERMINAL

2

C7160

C7166

OPEN

OPEN

680p

C7167

75

R7163

R7162

100

R7160

100

C7165

680p

100

R7161

J7105

SECAM_PB_COLOR

MAIN_ALC_DET

Y_TO_SUB

P.MUTE[L]

FRONT_V_IN

GND

V_TO_OSD

CHARA_DATA

GND

V_FROM_OSD

TO TERMINAL(S-SUB) CN911

CN901

I2C_CLK

I2C_DATA

EE[L]

GND

Y_TO_AV

GND

V_FROM_AV

GND

REC_COLOR/REAR_V_IN

SW5V

1

p30106001a_rev0

DCBA

4-53

4-53

COMPONENT PARTS LOCATION GUIDE <MAIN> LPB10170-002A

REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO. LOCATION REF.NO.

CAPACITOR

C1 B C 15L
C2 B C 15M
C3 B C 15M
C4 B C 16M
C5 A D 14M
C6 A D 14M
C7 B C 15N
C8 B C 15N
C9 A D 11M
C10 B C 13N
C11 B C 13N
C12 B C 12N
C13 B C 13N
C14 B C 12N
C15 B C 12N
C16 B C 12N
C17 A D 12M
C18 A D 11N
C19 A D 11M
C20 A D 11M
C21 B C 11M
C22 A D 12M
C23 B C 12M
C24 A D 11L
C25 B C 12L
C26 B C 11L
C27 B C 12L
C28 A D 11L
C29 B C 11K
C30 B C 12L
C31 A D 11L
C32 B C 12L
C33 A D 11L
C34 B C 11K
C35 B C 11K
C36 A D 12K
C37 A D 12K
C38 A D 13K
C39 B C 13J
C40 A D 13K
C41 B C 12K
C42 B C 12K
C43 B C 13J
C44 B C 14M
C45 B C 13K
C51 A D 11N
C53 B C 12K
C59 B C 11P
C60 A D 11P
C61 B C 13N
C62 B C 12M
C63 B C 11N
C64 B C 10J
C65 A D 14N
C69 B C 16M
C70 B C 16M
C72 B C 14P
C73 B C 12P
C74 B C 12O
C75 B C 11P
C78 B C 11P
C80 B C 10K
C81 B C 10K
C84 B C 12N
C87 B C 12M
C88 B C 11M
C90 B C 9J
C92 B C 11M
C97 B C 13J
C99 B C 13J
C103 B C 14P
C106 B C 12O
C108 B C 10J
C110 B C 12N
C114 B C 10J
C120 A D 11K
C125 B C 13K
C136 B C 12N
C142 B C 21F
C201 A D 18F
C202 B C 19F
C204 B C 19E
C206 B C 18F
C207 B C 18F
C208 B C 18F
C209 B C 19F
C210 B C 18F
C211 B C 17F
C212 B C 17F
C213 A D 17E
C214 B C 17F
C215 B C 17F
C216 A D 16F
C217 B C 17G
C218 A D 17G
C222 A D 18G
C225 A D 16F
C301 B C 6L
C302 B C 6L
C303 B C 6M
C304 B C 7M
C305 B C 6L
C306 B C 6L
C307 B C 7L
C308 B C 7M
C309 B C 7M
C310 B C 8M
C311 B C 8L
C312 B C 8M
C313 B C 7N
C314 B C 7M
C315 B C 7N
C316 B C 7M
C317 B C 6N
C318 B C 6M
C319 B C 6N
C320 B C 6N

C321 B C 6M
C322 B C 7M
C323 A D 6N
C324 B C 8L
C401 B C 16O
C402 B C 16N
C403 B C 15N
C404 B C 17N
C405 B C 16N
C406 B C 16N
C407 B C 16N
C409 A D 16O
C2001 A D 13K
C2002 A D 14L
C2003 A D 14L
C2004 B C 14L
C2005 A D 15N
C2006 B C 15O
C2007 A D 15O
C2008 A D 15O
C2009 B C 14O
C2010 B C 15N
C2011 A D 14N
C2012 A D 13N
C2013 B C 15N
C2014 B C 12K
C2016 B C 15O
C2017 B C 14O
C2018 B C 14N
C2051 B C 8N
C2052 A D 7N
C2053 B C 7O
C2054 B C 7P
C2055 A D 8O
C2061 A D 19K
C2062 B C 7O
C2063 B C 7P
C2064 A D 7O
C2201 A D 17M
C2202 A D 17M
C2203 A D 17L
C2204 A D 17M
C2205 A D 16M
C2206 A D 16M
C2207 B C 16M
C2208 B C 15K
C2209 A D 15K
C2210 A D 16K
C2211 A D 16I
C2212 A D 16J
C2213 B C 16J
C2214 A D 18J
C2215 A D 17J
C2216 A D 17J
C2217 B C 17J
C2218 A D 18J
C2219 A D 18K
C2220 A D 18J
C2221 B C 18K
C2222 B C 17I
C2223 B C 16M
C2224 B C 15J
C2225 A D 18L
C2226 A D 18L
C2227 A D 16J
C2228 B C 18K
C2229 B C 18K
C2230 A D 18K
C2231 A D 18K
C2232 B C 16J
C2233 B C 16J
C2251 B C 16M
C2252 B C 16M
C2253 B C 16L
C2254 A D 15L
C2255 B C 15L
C2256 B C 15L
C2257 B C 15K
C2258 B C 15K
C2259 A D 15K
C2261 B C 16L
C2262 B C 16L
C3004 B C 6K
C3007 B C 4I
C3008 B C 19I
C3011 A D 6C
C3012 A D 3E
C3014 A D 11C
C3015 B C 11C
C3016 B C 13D
C3017 B C 15D
C3018 B C 15D
C3020 B C 15D
C3021 B C 14D
C3022 B C 18C
C3024 B C 14E
C3025 A D 15E
C3026 B C 14E
C3027 A D 14F
C3030 A D 14F
C3031 B C 14F
C3032 B C 12F
C3033 B C 11E
C3034 B C 13F
C3035 B C 13F
C3036 B C 14E
C3037 B C 14F
C3038 B C 12F
C3039 B C 12F
C3040 B C 14C
C3041 B C 14E
C3049 B C 12C
C3050 B C 13E
C3054 B C 14F
C3071 A D 6K
C4001 A D 10C
C4002 B C 11D
C4003 B C 9C

C4004 A D 11D
C4005 B C 9D
C4006 A D 11C
C4007 B C 10D
C4008 B C 10D
C4009 B C 10D
C4010 B C 11C
C4011 B C 10F
C4012 A D 9E
C4014 B C 9E
C4015 B C 11D
C4016 A D 8E
C4017 B C 9D
C4031 A D 6L
C4032 B C 6L
C5001 A D 2P
C5002 A D 2N
C5003 A D 4P
C5004 A D 1J
C5006 A D 2M
C5101 A D 2M
C5102 A D 1K
C5103 B C 3L
C5104 A D 4M
C5105 A D 3L
C5106 A D 3J
C5107 A D 3L
C5202 A D 2G
C5203 A D 2H
C5204 A D 3H
C5206 A D 1F
C5207 A D 3F
C5301 A D 1E
C5302 A D 3G
C5303 A D 3G
C5305 A D 4H
C5307 A D 2E
C5308 A D 3E
C6005 A D 21N
C6006 B C 22M
C6007 A D 21J
C6008 B C 22M
C6012 A D 21O
C6013 B C 22P
C6016 B C 22O
C6020 B C 22N
C6021 B C 22N
C6027 B C 22L
C6028 B C 22L
C6032 B C 20K
C6037 A D 21K
C6038 B C 21L
C6052 B C 22O
C6053 B C 22P
C6055 B C 22O
C6056 B C 22P
C6501 A D 21M
C6502 B C 21M
C7011 A D 9A
C7012 B C 10A
C7013 B C 17A
C7014 B C 17A
C7160 B C 14K
C7165 B C 18A
C7166 B C 19A
C7167 B C 20A
C7202 A D 19O

CONNECTOR

CN1 A D 16M
CN501 A D 21F
CN901 A D 6P
CN902 A D 10P
CN903 A D 14P
CN904 A D 17P
CN905 A D 20P
CN2001 A D 9O
CN2002 A D 19L
CN3001 A D 7L
CN3901 A D 16B
CN5001 A D 1P
CN6701 A D 20L
CN7001 A D 2C

DIODE

D1 A D 16P
D2 A D 16P
D4 A D 11M
D5 A D 12N
D201 A D 17E
D202 A D 17E
D203 A D 17E
D2201 A D 17I
D2251 A D 15J
D3001 A D 12H
D3002 A D 5E
D3003 A D 5C
D3004 A D 4E
D3005 A D 3E
D3006 A D 7H
D3008 B C 15C
D4001 A D 10F
D4002 A D 10E
D5001 B C 2M
D5101 A D 1M
D5102 A D 2K
D5103 A D 3K
D5105 A D 3K
D5203 A D 3I
D5204 A D 3I
D5205 A D 1H
D5206 A D 2H
D5207 A D 2I
D5208 A D 2I
D5209 A D 2H
D5210 A D 3I
D5301 A D 2H
D5302 A D 4G

D5303 A D 4G
D5305 A D 2F
D6002 A D 22N
D7001 A D 16A
D7002 A D 16A
D7003 A D 9A
D7051 A D 22B

FUSE

F5001 A D 2P

IC

IC1 B C 13L
IC2 B C 10J
IC201 A D 19E
IC301 A D 6M
IC2201 B C 16K
IC3001 B C 12D
IC3002 B C 14F
IC3003 B C 19B
IC7002 A D 8A

COIL

L1 A D 15M
L2 A D 12N
L3 A D 10M
L4 A D 11L
L5 A D 13J
L12 A D 12L
L13 A D 10J
L15 A D 11P
L18 A D 14P
L19 A D 12P
L20 A D 12N
L22 A D 11M
L24 A D 12O
L27 A D 10J
L28 A D 12N
L31 A D 21F
L201 A D 18G
L202 A D 19E
L203 A D 19E
L204 A D 17E
L206 A D 17G
L301 A D 6M
L302 A D 7M
L303 A D 7N
L304 A D 8L
L401 A D 16N
L402 A D 17O
L2001 A D 14K
L2201 A D 16J
L2251 A D 14L
L2252 A D 15K
L4001 A D 6L
L5201 A D 3H
L5202 A D 2G
L6001 A D 21J
L6002 A D 21O
L6501 A D 21N
L7201 A D 20O

TRANSISTOR

Q1 B C 15M
Q2 B C 15M
Q3 B C 15M
Q4 B C 15M
Q5 B C 15P
Q7 B C 13P
Q8 B C 12P
Q9 B C 12O
Q10 B C 11K
Q11 B C 12J
Q14 B C 12O
Q16 B C 11O
Q17 B C 12N
Q18 B C 10P
Q19 B C 11P
Q21 B C 10J
Q22 B C 10J
Q23 B C 10J
Q24 B C 12K
Q25 B C 11K
Q32 B C 10M
Q38 B C 12O
Q40 B C 12J
Q41 B C 10J
Q50 B C 14L
Q207 B C 17G
Q208 B C 16G
Q301 B C 7L
Q302 B C 6M
Q303 B C 8L
Q311 B C 6M
Q312 B C 5L
Q401 B C 16N
Q402 B C 16N
Q403 B C 16N
Q404 B C 16N
Q405 B C 17N
Q2001 B C 14O
Q2002 B C 14O
Q2003 B C 14N
Q2004 B C 13O
Q2051 B C 7O
Q2052 B C 14N
Q2053 B C 13N
Q2054 B C 13O
Q2055 B C 14N
Q2061 B C 7O
Q2062 B C 8N
Q2063 B C 8N
Q2201 B C 18I
Q2202 B C 17I
Q2203 B C 18J
Q2204 B C 18J
Q2251 B C 15I
Q2252 B C 15J

Q2253 B C 15J
Q2254 B C 15J
Q2255 B C 15J
Q3002 A D 5I
Q3003 A D 19I
Q3004 B C 6C
Q3005 B C 3E
Q3007 B C 16C
Q3901 B C 15E
Q4001 B C 12C
Q4002 B C 9E
Q4003 B C 9D
Q5101 A D 2L
Q5102 A D 3M
Q5301 A D 4G
Q5303 A D 1F
Q5304 A D 3G
Q5305 B C 4G
Q5306 B C 4G
Q5307 A D 3E
Q5321 A D 1F
Q6030 B C 21K
Q6031 B C 21L
Q6032 B C 21L
Q7001 B C 10A
Q7002 B C 10A
Q7003 B C 11A
Q7004 B C 11A
Q7005 B C 11A
Q7006 B C 11A
Q7007 B C 12A
Q7008 B C 12A
Q7009 B C 12A
Q7010 B C 12A
Q7011 B C 13A
Q7012 B C 14B
Q7013 B C 14A
Q7014 B C 14A
Q7015 B C 16A
Q7201 A D 19P

RESISTOR

R1 B C 13M
R2 B C 13N
R3 B C 12N
R5 B C 10K
R6 B C 12L
R7 B C 11K
R8 B C 12J
R9 B C 12J
R10 A D 14K
R21 B C 16M
R22 B C 15M
R23 B C 11P
R25 B C 14P
R26 B C 14P
R27 B C 13P
R28 B C 13P
R29 B C 13P
R30 B C 11P
R31 B C 12O
R32 B C 11P
R33 B C 11N
R34 B C 11N
R35 B C 11N
R36 B C 12K
R38 B C 11K
R39 B C 12K
R40 B C 12K
R41 B C 11J
R42 B C 11J
R43 B C 11J
R46 B C 10K
R48 B C 11J
R49 B C 10K
R50 B C 10J
R51 B C 11J
R52 B C 21G
R65 B C 11P
R66 B C 11M
R68 B C 11P
R71 B C 14L
R75 B C 11N
R76 B C 11P
R77 B C 15N
R79 B C 12K
R84 B C 14J
R85 B C 15P
R88 B C 12J
R90 B C 12N
R93 B C 12O
R104 B C 12O
R117 B C 11K
R118 B C 13K
R201 B C 19F
R202 B C 17E
R203 B C 17E
R204 B C 17E
R208 B C 18E
R209 B C 17F
R210 B C 17E
R211 B C 17F
R212 B C 17F
R213 B C 17G
R216 B C 18F
R220 B C 18F
R224 B C 17G
R225 B C 16G
R226 B C 19E
R301 B C 6L
R302 B C 6L
R303 B C 7L
R304 B C 7L
R305 B C 8L
R306 B C 7M
R307 B C 8L
R308 B C 8L
R309 B C 8M

R310 B C 7M
R311 B C 7N
R312 B C 6N
R313 B C 6M
R314 B C 5M
R315 B C 5M
R316 B C 6M
R317 B C 7L
R318 B C 8L
R321 B C 6L
R326 B C 7M
R327 B C 7M
R328 B C 7N
R329 B C 6M
R401 B C 16O
R402 B C 16N
R403 B C 16N
R404 B C 16N
R405 B C 16N
R406 B C 16N
R407 B C 17N
R408 B C 17N
R2001 B C 13K
R2002 B C 13K
R2003 B C 13K
R2004 B C 13K
R2005 B C 14K
R2006 B C 14K
R2007 B C 14K
R2008 B C 14K
R2009 B C 14K
R2010 B C 14K
R2013 B C 15N
R2014 B C 15O
R2015 B C 15O
R2016 B C 14O
R2017 B C 14O
R2018 B C 14N
R2019 B C 14N
R2020 B C 13O
R2041 A D 11O
R2051 B C 8N
R2052 B C 8N
R2053 B C 8N
R2054 B C 7O
R2055 B C 7P
R2056 A D 8O
R2057 B C 13N
R2058 B C 13N
R2059 B C 13O
R2060 B C 14O
R2061 B C 7O
R2062 B C 7P
R2063 A D 7O
R2064 B C 8N
R2065 B C 8N
R2201 B C 17L
R2202 B C 17L
R2203 B C 17L
R2204 B C 17L
R2205 B C 17M
R2206 B C 17L
R2207 B C 17M
R2208 B C 17L
R2209 B C 18J
R2210 B C 18I
R2211 B C 18J
R2212 B C 18J
R2213 B C 18I
R2214 B C 18J
R2215 B C 18J
R2216 B C 18J
R2217 B C 18J
R2218 B C 18K
R2219 B C 18K
R2220 B C 17I
R2222 B C 17M
R2223 B C 16M
R2224 B C 15J
R2225 B C 15J
R2226 B C 18L
R2227 B C 18L
R2228 B C 17M
R2229 B C 17L
R2230 B C 18L
R2231 B C 17L
R2232 B C 18L
R2233 B C 17L
R2234 B C 18J
R2235 B C 18K
R2236 B C 18L
R2237 B C 18K
R2238 B C 18L
R2239 B C 16J
R2240 B C 17I
R2251 B C 15K
R2252 B C 15L
R2253 B C 15K
R2254 A D 16I
R2255 B C 16J
R2256 B C 15J
R2257 B C 15K
R3011 B C 9C
R3012 B C 9C
R3013 B C 9C
R3014 B C 9C
R3015 B C 9C
R3016 B C 10C
R3017 B C 10C
R3018 B C 10C
R3019 B C 10C
R3020 B C 10C
R3021 B C 11C
R3022 B C 11C
R3025 B C 12C
R3026 B C 12B
R3027 B C 12B
R3029 B C 12C

R3030 B C 13C
R3031 B C 15C
R3032 B C 15C
R3033 B C 16C
R3034 B C 13C
R3035 B C 14C
R3036 B C 13C
R3037 B C 13C
R3038 B C 14C
R3039 B C 13C
R3040 B C 14C
R3041 B C 14C
R3042 B C 14C
R3044 B C 14C
R3046 B C 14D
R3047 B C 14D
R3048 B C 15D
R3049 B C 14D
R3050 B C 14D
R3051 B C 15D
R3052 B C 14D
R3053 B C 14D
R3054 B C 15D
R3055 B C 14D
R3056 B C 14D
R3057 B C 14D
R3058 B C 15E
R3059 B C 15E
R3060 B C 15E
R3061 B C 15E
R3062 B C 15E
R3063 B C 14E
R3066 B C 14E
R3069 B C 14E
R3071 B C 13F
R3072 B C 13F
R3073 B C 13F
R3074 B C 13F
R3075 B C 13F
R3076 B C 13F
R3077 B C 13F
R3078 B C 13F
R3079 B C 13F
R3080 B C 13F
R3081 B C 12F
R3083 B C 12F
R3085 B C 12F
R3086 B C 12F
R3087 B C 12F
R3088 B C 12F
R3089 B C 11F
R3090 B C 11F
R3091 B C 11F
R3092 B C 11F
R3093 B C 11F
R3094 B C 11F
R3095 B C 11F
R3096 B C 11F
R3097 B C 11F
R3103 B C 11E
R3104 B C 11E
R3105 B C 11E
R3106 B C 11E
R3205 A D 10H
R3206 B C 5I
R3207 B C 19J
R3208 B C 16E
R3209 B C 15F
R3210 B C 9F
R3211 B C 9F
R3212 B C 5E
R3213 B C 5E
R3214 B C 7G
R3215 B C 7G
R3216 B C 7G
R3217 B C 7H
R3218 B C 5C
R3219 B C 6C
R3220 B C 6C
R3222 B C 3E
R3223 B C 19C
R3224 B C 19C
R3225 B C 18D
R3229 B C 14E
R3230 B C 14F
R3231 B C 14F
R3233 B C 15C
R3234 B C 15C
R3235 B C 15D
R3236 B C 15D
R3237 B C 15D
R3238 B C 15D
R3241 B C 4E
R3242 B C 10C
R3246 B C 21K
R3247 B C 11B
R3251 B C 9C
R3252 B C 6K
R3253 B C 6L
R3254 B C 6K
R3255 B C 6J
R4001 B C 9E
R4003 B C 11D
R4004 B C 11D
R4005 B C 10D
R4006 B C 10D
R4007 B C 9D
R4008 B C 12B
R4009 B C 10F
R4010 B C 11F
R4011 B C 10F
R4012 B C 10E
R4013 B C 11E
R4015 B C 9E
R4016 B C 10F
R4017 B C 9E
R4020 B C 7D
R4021 B C 9E

R5101 A D 4M
R5102 A D 4M
R5103 A D 3M
R5104 A D 1L
R5106 A D 2L
R5107 A D 3K
R5108 B C 3L
R5109 A D 3M
R5110 B C 3L
R5111 B C 3K
R5112 B C 3K
R5302 B C 4F
R5303 B C 4F
R5304 B C 4I
R5305 B C 2F
R5306 B C 1F
R5310 B C 3H
R5312 B C 4H
R5313 B C 4G
R5319 B C 2E
R5332 A D 3F
R5333 A D 3F
R6020 B C 21N
R6021 B C 21N
R6030 B C 21K
R6031 B C 21K
R6032 B C 21L
R6033 B C 20K
R6050 B C 21O
R6051 A D 21P
R6052 B C 21O
R6056 B C 21P
R6080 B C 21N
R7001 B C 12A
R7002 B C 12A
R7003 B C 13A
R7004 B C 13A
R7005 B C 13B
R7006 B C 13A
R7007 B C 13A
R7008 B C 12A
R7009 B C 16A
R7010 B C 17A
R7015 B C 9A
R7020 B C 18A
R7021 B C 17B
R7022 B C 7A
R7023 B C 7B
R7024 B C 5B
R7025 B C 1B
R7030 B C 17B
R7031 B C 17B
R7032 B C 5B
R7033 B C 4B
R7034 B C 7B
R7035 B C 3A
R7036 B C 3A
R7160 B C 18B
R7161 B C 19A
R7162 B C 19B
R7163 B C 21B
R7202 B C 20O
R7203 B C 19P
R7204 A D 19P

SWITCH

S3001 A D 18C
S3002 A D 4E
S7001 A D 22B
S7002 A D 18B
S7004 A D 7B
S7006 A D 6B
S7008 A D 5B
S7010 A D 4B
S7011 A D 4B
S7012 A D 3B
S7013 A D 2B
S7014 A D 2B
S7015 A D 1B
S7016 A D 17B

TEST POINT

TP106 A D 19E
TP111 A D 19F
TP2253 A D 19E
TP2254 A D 19E
TP3901 B C 14D
TP3902 B C 13D
TP3903 B C 15E
TP3904 B C 13E
TP3905 B C 14E
TP3906 B C 14D
TP3907 B C 14D
TP3908 B C 15E
TP4001 A D 20F

OTHER

B5 B C 15P
B10 B C 11N
B12 B C 9G
B17 B C 10J
B60 B C 11O
B65 B C 10J
B75 B C 14L
B203 A D 19D
B204 A D 17H
B206 B C 17G
B214 B C 17G
B301 B C 6M
B302 B C 8L
B2001 B C 18J
B2002 B C 18M
B2051 A D 7N
B2201 B C 18L
B2221 A D 19I
B2222 B C 17I
B3070 B C 13F
B3962 B C 15E

B3966 A D 14G
B3971 B C 13F
B4001 B C 3E
B5001 A D 3P
B5002 A D 4P
B6510 B C 21L
B6511 B C 21L
B7001 B C 1C
B7002 B C 1C
CP3001 A D 6K
CP3002 B C 6K
CP4001 A D 3G
CP4002 B C 4G
DI7001 A D 12A
FC5001 A D 2P
FC5002 A D 3P
J7105 A D 20A
JS3001 A D 8G
K2001 B C 15O
K2002 B C 15O
K2003 B C 9N
K2004 B C 9O
K2005 B C 14N
K2006 B C 14N
K2251 B C 16L
K2252 B C 16M
K2253 B C 16M
K5101 A D 2K
K5102 A D 1N
LF5001 A D 4P
LF5002 A D 3N
PC3001 A D 15F
PC3002 A D 9F
PC5101 A D 4K
T2051 A D 7O
T2052 A D 6O
T5001 A D 1K
TU6001 A D 22P
VA5003 A D 2O
VR2251 A D 20H
X1 A D 12K
X2 A D 12K
X3001 A D 14E
X3002 A D 14E

4-54

4.31 MAIN CIRCUIT BOARD [SR-V10E, SR-V10EK]

<03> MAIN
LPB10170-002A

CN5001

12

NEUTRAL/BLU

K5102

C5004

14

C5206

Q5321

E

C5301

B7001

5

V1

R5104

R5106

6

1

LIVE/BRN

D5101

C5102

BE

CN7001

B

Q5303

D5205

R5306

2

B7002

R7025

FC5001

D5001

C5101

D5102

D5206

C5203

W15

D5305

R5319

1

D5209

R5305

S7014S7015

REWFF

C5001

K5101

D5208
D5207

L5202

VA5003

C5002

C5006

S7013
PAUSE

C5202

B

C5307

S7012

F5001

Q5101

D5301

C5207

24H
EXP

R5107

Q5307

R5110

D5105

C5308

DANGEROUS V OL T A GE

5

D5203

B

Q5304

B5001

C5105

L5201

E

FC5002

R5103

R5109

C5107

R5112

D5204

D5303

E

R5332

R3222

C3012

R7035

LF5001

E

C5204

C5302

D5302

R5333

Q3005

R7036

B

D5103

R5111

T5001

7

D5210

R5310

C5303

CP4001

B4001

R5102

C5103

R5108

C5106

LF5002

Q5102

4

3

R5312

Q5305

D3005

S7011

REC

C5003

PC5101

R5313

CP4002

D3004

R5101

C5104

C5305

B

B5002

Q3002

R5304

E

R7033

CP3002

C3007

Q5301

Q5306

R5302

R3241

1

2

1

2

S7010
PLAY

R5303

S3002

ZZ1

ZZ4

ZZ7

R7024

R7032

R3218

R23

C63

B10

R66

L3

C28

R7

C29

R3094

C4004

C4006

C4001

R2041

L22

W30
R46

L27

W24

R3097

C4015

Q16

R34

R42

R3106

R4013

R3021

DI7001

Q7004

W35

C120

C35

Q25

R3096

R4004

R4003

R3022

R30

C60

C21

C34

R48

C78

C31

R41

R3090R3092

R3095

C4010

Q7005

R117

Q10

10

R65

R75

W29

R51

R3093

C3033

Q7006

R68

Q8

C73

R76

C59

Q14

B60

R35

R33

C9

W49

C19

D4

C24

C26

C30

R38

R43

R3091

R3104

112

1

C4002

C3014

R7008

Q17

R3

C88

C23

L12

X1
X2

C53

Q24

R88

W17

R3088

R3089

R3026

Q7007

L28

D5

R3087

C3015

R3025

Q7008

L24

C12

R6

D3001

C3038

C3039

R3086

Q9

C106

C110

C84

C25

C27

R40

R8

R3085

Q7009

R7001

C22
30

W36

R39

L19

L2

C17

C42

Q11

Q38

C87

31

Q40

R3083

C3032

Q4001

R3027

85

7

R31

C14

C15

R90

C32

R79

C41

R3081

W8

28

R7002

R104

C62

W48

R36

R3029

C3049

R4008

Q7010

C74

C36

Q23

B65

W46

Q32

W25

1

8

R4016

R4009

ZZ8

R3018

W66

W64

C92

L13

C108

C4007

R3242

Q7001

L15

C20

R5

C64

C114

C4011

R4012

R4006

Q7002

Q18

C75

C18

C80

C81

R4011

R3105

R3019

14

Q19

C33

Q21

B17

Q41

R3205

R4010

R3103

R3020

W65

C51

L4

R3247

Q7003

W26

15

R4017

C4005
R4007
C4003

R3251

C7011

D7003

CN2001

R3210

R3211

R3012

3

R4001

R3013

W61

C90

B13

W63

4

C4014

C4017

R3014

R7015

W58

5

IC2

C4012

112

Q22

R50

4

D4001

D4002

R3015

R4005

C4008

C4009

R3016

W59

W31

R49

2

1

R3017

C7012

CN901 CN902 CN903

R314

R315

R316

Q312

R3206

R3213

L301

R301

D3003

R3212

S7008

PAUSE

C323

Q302

R321

CP3001

D3002

R3219

Q2061

T2052

C319

W52

C320

R312

1

C318

R313

B301

Q311

28

C302

C306

C301

L4001

C4032

C4031

R3252

C3004

C3071

Q3004

C3011

REC SAT

C321

W54

R302

110

C317

R329

C303

C305

12

R3253

R3254

R3255

R3220

L303

C322

C304

R317

R2062

C2054

R2055

C2063

C2062
R2061

C2053

Q2051

R2054

C2064

R2063

C315

B2051

R311

R328

C314

W47

C316

R310

R326

C309

R306

C308

R327

R303

C307

Q301

11

R304

CN3001

L304

1

2

D3006

15

W71

R7023

S7004S7006

R7022

C313

R4020

C2055

R2051

R318

B302

JS3001

R7034

C2052

14

R305

R3217
R3216

L302

15

W19

R3214
R3215

W70

IC7002

T2051

R308

Q303

W50

IC301

R309

C312

C310

W45

R2056

R2053

Q2062

6

R307

C4016

13

R2064

C311

C324

R2052

W60

Q2063

W62

C2051

R2065

B12

Q4002

K2004

K2003

W55

PC3002

W4

R4015

R4021

Q4003

R3011

R32

C136

L20

C2014

L5

R9

W68

C16

R118

R93

50

C37

R3080

R3079

84

R7003

C38

R3078

R3077

IC3001

29

R3030

R7004

C13

C10

R1

C99

R3034

R28

C125

C43

C3034

R3076

Q7011

C61

C3035

R2020

R2

C11

C45

R3075

R3036

R27

R2058

W51

1

C40

R2001

R7006

R2059

51

W28

ZZ5

R3074

R3073

C3050

C3016

R3037

R7005

R2057

Q2053

R2003

R2004

R3072

B3971

R3071

R3039

1

R7007

Q2054

Q2052

R2002

C97

C39

W18

B3070

W3

R3047

W21

R29

Q7

Q2004

C2012

C2001

R3229

X3001

R2060

Q2055

100

C2002

R2009
R2008

C3036

57

56

R3046

R3042

R3041

Q7014

C2017

Q2002

C65

IC1

R2005

C3030

C3031

Q7013

L18

Q2003

C7160

W10

C3024

R3063

Q7012

R2016

Q2001

R2019

C2018

R71

R2010

R2006

R3069

R3052

R3040

C72

C6

81

80

R2007

C3037

X3002

R3055

R3053

R3038

R25

R2017

R2018

K2005

B75
W33

Q50

W9

C3054

R3230

R3231

110

R26

C2009

C2011

K2006

C44

C2004

L2252

C2257

R3066

C3026

C3041

R3044

C3040

C5

R10

D2251

B3966

R3057

C3021

R3050

R3049

C103

C2003

R84

W6

R3062

C3025

R3059

R3056

ZZ2

Q5

W56

C2010

C2005

L2251
L2001

C3020

R85

K2001

W44

R3035

C2016

K2002

C2013

C3

C2

W39

C2259

Q2255

R3209

IC3002

R3238

R3054

C3018

R3236

R3031

B5

L1

W34

R2257

Q2252

C3027

B3962

R3058

C3017

R3235

R3032

C2007C2008

C2006

R77

R2253

Q2254

Q3901

R3060

R3237

Q4

R2251

C2258

W43

R3234

R2013

C7

Q2

C2254

C2208

IC2201

3

R3061

R3051

C8

C403

R2252

C2209

R2224

Q2251

R3233

D3008

R2015

W67

W53

Q3

Q1

C1

W38

C2256

C2224

R2256

R2014

R401

C402

Q401

R22

C2255

32

33

R2225

Q2253

4

Q403

C69

C4

10

W37

C2261

R2255

R2254

PC3001

R3048

D7001

1

R406

R405

Q404

R21

C2210

L2201

R3208

W1

11

R402

C2232

2

Q3007

CN904

D1

D2

C401

L401

C409

R403

C407

C405

C70

1

C2262

C2213

R3033

6

R7009

C404

R404

Q402

C2206

C406

R407

C2223

R2222

R2223

C2251

C2207

CN1

K2253

C2205

R2207

C2252

K2252

K2251

C2253

16

W40

11

17

48

49

C2233

C2227

C2212

R2239

C2222

C2211

R2240

R225

B214

R224

Q208

B206

C216

16

R211

C225

C212

L204

15

C213

R202

D203

D202

CN3901

2

51

S7016

W2

S-ET/SAT

Q7015

R7010

D7002

L402

Q405

R2205

R2206R2208

Q207

R203

R408

C2204

C2201

C2202

R2228

C2220

C2217

W23

D2201

L206

R2204

R2202

Q2202

R213

R204

R7021

R2229

C2215

B204

W12

C215

R209

1

W69

1

64

C2216

W22

R2220

C214

R210

R7031

C7014

R2203

Q2204

C217

12

D201

C7013

R2201

C2203

R2231

C2218

B2222

C218

R212

C211

R208

R2227

B2201

R2233

R2230

C2230

C2214

Q2201

C210

R7030

R2226

R2232

R2237

R2209

S7002

ST/EJ

B2002

W42

R2212

C208

S3001

R2238

R2235

R2234

R2211

R2213

L201

C207

C2231

W32

C222

R220

C2229

R2215

C206

R7020

C2226

R2219

C2221

R216

5

R7160

C7165

C2225

R2218

R2217

R2210

C3022

R7204

R2236

C2228

R2216
R2214

B2001

Q2203

L203

1

C201

C202

C204

R3225

Q3003

1

R3223
R3224

IC3003

C2061

C2219

30

6

CN905

19

1

26

R6052

R6050

32

TU6001

R6080

R6020

R6032

R3246

2

R6056

17

1

S7001
POWER

D7051

33

44

49

W13

W11

W7

43

CN501

C6016

19

C6007

C6013

C6056

C6053

C6052

C6055

8

C6020

C6021

C6008

C6006

C6027

C6028

D6002

18

25

ZZ3

C6032
R6033

REC-AGC

TP111
D.FF

TP4001
CTL.P

TP106

PB FM

TP2253
A.PB FM

TP2254
A.REC FM

3

10

CN6701

1

VR2251

5

L6501

R6051

C6502

B6510

B6511

R6030

ZZ9

C6501

Q6030

W27

C142

C6012

W57

C6038

Q6031

C6037

R7163

L6002

C6005

R6021

W41

Q6032

R6031

L6001

W16

W14

R52

L31

1

R7203

E

R7202

Q7201

L7201

B

C7202

1

CN2002

2

W20

R3207

C3008

ZZ6

C209

IC201

R201

W5

L202

R226

B203

58

4

7

C7166

J7105

4

8

R7162

C7167

R7161

4-55 4-56

The Parts Number,value and rated voltage etc. in the Schematic Diagram are for references only.

4.32 MAIN(SYSCON) SCHEMATIC DIAGRAM [SR-V10E, SR-V10EK]

TO FRONT

D_G

D_E

D_D

D_F

Note :

When replacing the parts,refer to the Parts List.

D_C

D_B

D_A

0 3 MAIN[SYSCON]

TO VIDEO/N.AUDIO

I2C_DATA

I2C_CLK

5

4

3

2

3.58NTSC[H]/P.ON_P

A.MUTE[H]

V.P.CTL

VHS[H]

SECAM[H]

SLOW_PULSE

CTL1

CTL2

TRICK[H]

D.FF

C.SYNC/V.REF

ET_REC[H]

V.PULSE

CTL[+]

CTL[-]

GND

MESECAM[H]/AGC_CTL

NORM/MESEC/S

SECAM_DET

VIDEO_ENV

SB_GAIN

TO
CAPSTAN MDA

CN3001

CAP.M_FG

CAP.M_Vcc

Vcc5V

CAP.M_F/R

LM_VCTL

M_GND

S_GND

Vcc12

CAP.M_VCTL

LM_F/R/S

DRUM_PG/FG

DRUM_VCTL

TO
ROTARY ENCODER

JS3001

GND

LSA

LSB

LSC

LSD

TO

SW.REG

GND

M12V

SW12V

SW5V

GND

P.CTL[H]

AL5.8V

TO

FRONT

DIG1

DIG2

DIG3

DIG4

DIG5

DIG6

DIG7

KEY1

KEY2

AL5V

GND

SP_SHORT[H]/FLY_ON[H]

LP/EP_SHORT[H]/FLY_REC[H]

!

GND[M]

48V

JSA

JSB

RC

CP3002

SHORT

CP

QMFZ050-1R5X-E

CP3001

C3004

0.047

D4001
SHORT

OPEN

1k

0

0

R3089

R3090

R3088

TRICK[H]

N.REC_ST[H]

DIG6

S.DATA_FRSYS

1k

470

470

R3051

R3052

R3053

0

0

R3087

R3086

SEP[H]

LP_SHORT

H.REC_ST[H]

P.ON_PULSE

TU_V_MUTE[H]

SYNC_DET[H]

REC_SAFTY

SP_FG

TU_FG

S.CLK

1k

1k

R3054

R3055

C3039
OPEN

0

R3085

SP_SHORT

SLOW_P

VHS[H]

V.P.CTL

PAL_PB[H]

SECAM[H]

I2C_DATA2

I2C_CLK2

A.MUTE[H]

MODE

VCC/VCL

OSC2

OSC1

JSA

1k

C3017

R3056

C3018

C3020

C3021

R3236

R3235

Vss

Vcc

[OUT]

Vss

[IN]

RES

NMI

FWE

DIG7

SW2

SW1

JSB

C3038
OPEN

X1

X2

TP3906

TO FMA

FULL_E.ON[H]

ET_REC[H]

A.MUTE[H]

I2C_CLK

I2C_DATA

N.REC[H]

A.FF

N.REC_ST[H]

H.REC_ST[H]

SEP[H]

PAL_PB[H]

A.ENV/ND[L]

S.CASS[H]

C3035

C3034
OPEN

100

#

C3041

#

C3025

#

C3024

0

0

1k

1k

0

0

1k

X3002

C3022

0.1

QSW0602-003

4.7k

4.7k

470

470

C3037

12p

C3036
QAX0527

18p

30p

DTC144W

S3002

S.CASS

##

R3241

Q3901

10k

R3071

OPEN

C3032

0.1

C3031

0.1

C3030

/6.3

47

10k

R3231

1k

R3230

4.7k

OPEN

B3971

C3054

##

R3066

RST

B3966

##

IC3002

S3001
REC_SAFETY
QSW0602-003

VCC

VSS

C3027

IC-PST3427U

10

GND

RESET

FWE

AL5V

SIO

SII

/25

10k1k

R3062R3061

CN3901

##

C3026

0.01

R3225

4.7k

B3962

##

10k

TO OSD

P.MUTE[L]

I2C_DATA2

I2C_CLK2

S.CLK

S.DATA_FRSYS

SYNC_DET[H]

OSD_CS

TO TUNER

TU_V_MUTE[H]

I2C_CLK2

I2C_DATA2

SW2

SW1

AFC

RF_AGC

TO TERMINAL

3.58NTSC[H]/P.ON_P

I2C_CLK2

I2C_DATA2

AL5V

REMOTE_OUT

P50_I/O

REMOTE_IN

LI_5V

R3083

1k

R3081

0

R3080

1k

R3079

0
0

R3078

0

R3077

R3076

R3075

R3074

R3073
R3072

TP3904

B3070

OPEN

R3069

C3050

0.1

1M

R3229

TP3905

0

X3001

R3063

#

R3060

R3059

R3058

R3057

TP3903

TP3908

TP3907

IC3003

OPEN

OPEN

100p

100p

3.3k

3.3k

A2

A1

VSS

SDA

SCL

WP

VCC A0

R3223

R3224

TO VIDEO/N.AUDIO

TO FMA

TO FMA,
MAIN TERMINAL

TO VIDEO/N.AUDIO

TO FMA

TO VIDEO/N.AUDIO

TO FMA

TO VIDEO/N.AUDIO

TO FMA

TO ON SCREEN,
MAIN TERMINAL

TO
ON SCREEN

TO
MAIN TERMINAL

TO FMA,
MAIN TERMINAL

TO
MAIN TERMINAL

10k

R4016

OPEN

100p

0

R3106

DFG

HI_S_FF_REW

DIG2

P50_OUT

0

1k

R3035

R3034

1SS355

0

R3105

N.REC[H]

ET_REC[H]

LM_F/R/S

LSD

4.7k

R3036

1

C4012

R4015

OPEN

0

0

SHORT

D4002

R3103

R3104

P.MUTE[L]

FULL_E_ON[H]

IC3001

HD6432194SB***F
HD64F2194CF***

DIG3

SB_GAIN[PWM]

1k

1k

1.5k

R3037

R3038

R3039

C3040

0.01

Q3007
DTC144WU

C4011

5.6K

2.2k

R4012

CAPPWM

DRUMPWM

DIG4

POWER_DET

4.7k

R3040

0.1

2.7k

R4011

0

R3041

10k

R4010

V.FF

P.CTL[H]

1k

R3042

0

1k

0

0

0

0

0

0

R3092

R3093

R3096

Dg

REMOTE_OUT

C3016

R3095

Df

Vcc

TP3901

1k

R3046

0.1

R3094

Dd

De

S.CASS[H]

OSD_CS

TP3902

1k

R3047

0

R3048

Dc

MESECAM[H]/AGC_CTL

0

R3049

Db

I2C_DATA

R3091

Da

I2C_CLK

0

R3050

R4009

R3097

A.FF

C.SYNC

Vss

DIG5

0

R3044

1k

CTL[+]

SVss

CTL[-]

CTLBIAS

CTLFB

CTLAMPOUT

CTLSMTIN

CFG

SVcc

AVcc

NORM/MESEC/S

SECAM_DET

VIDEO_ENV

START_SENSOR

END_SENSOR

KEY1

PROTECT

SCR_ID/

KEY2

AFC

RFAGC

A.ENV/ND[L]

AVss

CTL_GAIN

LSA

LSB

LSC

CAP.M_F/R

R3029

1k

10k

10k

CTLREF

RC

1k

R3030

0.1

C3033

C4014

0

R4013

Vss

Vcc

V.PULSE

DIG1

P50_IN

REMOTE_IN

1k

0

1k

R3033

R3032

R3031

D3008

10K

OPEN

R4021

OPEN

Q4002
DTC144W

47

C4008

C4009

SHORT

R3011

R3012

R3013

R3014

R3015

R3016

R3017

R3019

R3020

R3021

R3022

R3025

R3026

R3027

R4008

C4006

/6.3
C4007

R4017

C4016

680p

OPEN

C4015

0.001

560

R4003

R4004

560

R4006

OPEN

0.001
1

0.056

1k

1k

1k

1k

1k

1k

1k

1k

1k

1k

1k

4.7k

4.7k

4.7k

1k

C3049

OPEN

R3233

R3234

C3071
33
/16

R3253

15k

R3252

10k

R3254
OPEN

R3255
OPEN

C4032

OPEN

C4031

/16

33

L4001
SHORT

CP

QMFZ050-1R5X-E

CP4001

!

D3004

D3005

11ES2

11ES2

CP

OPEN

CP4002

R3211R3209

R3212

D3002

470k120 120

18k18k

R3213
330k

1SS133

C3011
3300
/6.3

LNB2301L01VI

R3222

4.7k

D3001

R3218

4.7k

R3205
180
1/4W

R3206 R3207
12k 18k

Q3002 Q3003

PTZ-NV16A PTZ-NV16A

START
SENSOR SENSOR

R3215 R3216

R3214

10k

10k 10k

Q3004
2SD1819A/QRS/
2SC4081/QRS/
2PC4081/R/

D3003
RD39ES/B3

R3219

4.7k

R3237 R3238

10k 10k

C3012

47

/6.3

END

C3007

OPEN

Q3005
2SC4081/QRS/
2SD1819A/QRS/
2PC4081/R/

B4001
OPEN

C3008

R3208 R3210

PC3001 PC3002

RPI-304 RPI-304
SUPPLY TAKE UP
REEL SENSOR REEL SENSOR

0.001

R3217

10k

R3220
100k

JSA

JSB

!

D3006
RB721Q-40

CP

TP4001

CTL.P

C4017

C4010

0.022

C4005

Q4001

0.0022

Q4003

DTC144W

OPEN

R4001

C3014

C4001

C4002

C4003

DTC114EU

R3251

R4005

C4004

R4007

C3015

OPEN

R3018

R3242

R3246

R3247

4.7k

OPEN

/6.3

47

OPEN

/6.3

47

0.1

0.001

22

OPEN

10K

OPEN

R4020

/10

OPEN

5.6k

1k

0.1

OPEN

OPEN

OPEN

1

##:FOR FLASH WRITE

4-57 4-58

MY

E. & O. E. No. 82945 (VP)

p10455001a_rev0.1

-V15S2

HGFEDCBA

SECTION 5

PARTS LIST

SAFETY PRECAUTION

Parts identified by the symbol are critical for safety. Replace only with specified part numbers.

5.1 PACKING AND ACCESSOR Y ASSEMBLY <M1>
The instruction manual to be provided with this product will differ according to the destination.

309

302

306

306A

FINAL ASSY <M2>

ADHESIVE TAPE

308

303

311

307

312

313

320

314

310

302

301

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

******************************

P ACKING AND ACCESSOR Y ASSEMBLY <M1>

301 LP30855-005A PACKING CASE,V10E

LP30855-006A PACKING CASE,V10EK
302 LP30909-001C CUSHION ASSY
303 PQM30021-93 POLY BAG
306 LP20878-016A REMOTE CONTROLLER
306A LP40610-003A COVER(BATTERY)
307 — BATTERY,X2
308 QPC02202230P POLY BAG

SPEC OF BARCODE

!

309 PECA0903 LI BATTERY

!

310 LPT0720-001A INST.BOOK(EN),V10E

!
!
!
!
!

LPT0720-002A INST.BOOK(GE),V10E
LPT0720-003A INST.BOOK(FR),V10E
LPT0720-004A INST.BOOK(SP),V10E
LPT0720-005A INST.BOOK(IT),V10E

LPT0721-001A INST.BOOK(EN),V10EK
311 QPC02503530P POLY BAG
312 PEAC0300-02 RF CABLE
313 QAM0310-005 A/V CABLE
314 QAM0246-001 S CABLE
320 QAM0259-001 ADAPTOR PLUG,X2

5-1

5.2 FINAL ASSEMBLY <M2>

520

522
521

BEWARE OF BOGUS PARTS

Parts that do not meet specifications may cause trouble in regard to safety
and performance. We recommend that genuine JVC parts be used.

515

505

519A

519

g

NOTE) AFTER ATTACHED ROLLER ARM ASS'Y,
TIGHTEN SCREW WITH SLIT WASHER.

3D D/2M BOARD ASSY<05>

k

a

f

f

h

"Z"

501

501A

501B

516

532

511

h

e

DEMOD BOARD
ASSY<14>

a

b

c'

f

510

Q3003

f

d

a

510

533

c

b

c'

D3001

JS3001

MAIN BOARD
ASSY<03>

d'

c'

b

g

525

MECHANISM ASSY<M4>

d

516

510

TERMINAL BOARD ASSY<06>

517

c

533

d

533

Q3002

d'

b

NOTE)CP3001 must stand vertically
at the Mechanism Assembly installation.

e

b

f

e

CN5001

c'

b

For the prevention of the DRUM FPC damage.
When you attach the Mechanism assembly on Bottom chassis.
Attach the Mechanism assembly after the positioning boss "z" of the
Bottom chassis is matched to the positioning hole of the Mehcanism assembly.

f

ADV. JOG BOARD
ASSY<38>

503

REAR SIDE

Insert the bushing of POWER CORD
so as not to twist the cord.

JS3001

<Phase alignment>
Accord the position of V gap on R. Encoder and PWB silk " ".
Accord the position of Boss on R. Encoder and PWB silk " ".

NOTE) INSERT FFC WIRE TO THE CONNECTOR BEFORE

ATTACHING JOG/SW PWB TO F.PANEL.

NOTE)INSERT FFC WIRE TO THE CONNECTOR
BEFORE ATTACHING JOG/SW PWB TO F.PANEL.

Back side

NOTE) WHEN YOU FIX FRONT S Jack PWB WITH THE SCREW.

WR4

PUT JIG UNDER FRONT PANEL ASS'Y.

Front panel assembly back side

CN7003

502

504

540

S JACK BOARD ASSY<36>

CN7108

503

534

The excessive length portion
of wire should be reat as figure.

5-2

529

CN1601

WR5

To Front S Jack board assembly

512

DRUM

back side

CN916

Make a crease

A/C HEAD

f

f

530

531

WR5

NOTE

1. Insert direction of FFC WIRE as follows.

CN2001

CN511

CN5001

2. FFC WIRE and DRUM FPC WIRE should

3. Insert direction of POWER CORD.

CN7001

right side

To Adv. Jog board assembly

WR4

Right side Back side

electrode side

be insert as follows.

OK

90°

CN

U/U(C)/JPN

WHITE LINE

NEUTRAL

CN CN

Except U/U(C)/JPN

NEUTRAL

CN5001

supporting side

NG

BLUE

CN5001

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

******************************

FINAL ASSEMBLY <M2>

!

501 LP10427-028A FRONT PANEL ASSY,V10E

!

501A LP20961-030A CASSETTE DOOR
501B PQ46448 TOR.SPRING

!

502 LP10013-063B TOP COVER
503 QYTDSF3010R TAP SCREW,X4,TOP COVER(SIDE)
504 QYTDSF3010M TAP SCREW,TOP COVER(REAR)
505 PDV2544A DRUM FINAL ASSY
510 QYSPSPD3008Z SCREW,X3,DRUM

!

511 LP10108-016G BOTTOM CHASSIS

!

512 LP10014-002C BOTTOM COVER
515 QYTDSF4012Z TAP SCREW,MECHA
516 QYSPSFG3010Z TAP SCREW,X2,MECHA

!

517 QMP4A10-170 POWER CORD,V10E

!

519 LP40370-001F ROLLER ARM ASSY
519A PDM4311A-1 ROLLER ASS’Y
520 PQ45160 INERTIA PLATE
521 PQM30017-51 SLIT WASHER
522 QYSLSF2060D TAP SCREW
525 LP40700-001A SPECIAL SCREW,MECHA
529 LP31019-007A KNOB ASSY
530 QYTPSFG2608Z TAP SCREW,X2,ADV.JOG
531 QYTDSF2608Z TAP SCREW,X2,S JACK
532 QYTDSF3010Z TAP SCREW,MAIN
533 DPSF3010Z SCREW,X3,MAIN
534 LP30871-006A CAP(JACK)
540 LP30336-001A CAP
WR4 QUQ212-0414CG FFC WIRE,ADV.JOG CN7003
WR5 QUQ212-0456CG FFC WIRE,S JACK CN7103

LP10427-029A FRONT PANEL ASSY,V10EK

QMP51K0-170-K POWER CORD,V10EK

5-3

5.3 MECHANISM ASSEMBLY <M4>

112

AA

124

127

128

138

126

5-4

AA

110

AA

118

77

76

AA

134

AA

69

70

Classifi­cation drawing

AA

122

130

121

74

BB

90

72

71

73

75

37

AA

36

78

AA

89

38

AA

107

AA

102

Part No.

88

BB

4

105

BB

BB

AA

95

96

93

94

Symbol in

90

89

21

AA

BB

15

AA

18B

18A

22

KYODO-SH-P

Grease

or

AA

KYODO-SH-JB

137

138

123

125

131

126

119

120

79

82

31

30

AA

19

20

LOADING MOTOR
BOARD ASSY <55>

16

111

115

WR3

AA

52

58

3

AA

67

62

59

55

53

91

1

39

68

AA

61

60

63

66

AA

80

105

23B

117

26

86

AA

40

AA

AA

64

65

23A

23

83

81

107

24

18

NOTE:The section marked in AA and BB

indicate lubrication and greasing areas.

151

113

112

116

114

A/C HEAD
BOARD ASSY <12>

WR2

57

58

42

84

48

50

44

49

WR1

51

85

87

AA

AA

46

47

Oil COSMO-HV56 BB

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

******************************

1 LP21039-001R MAIN DECK ASSY
3 LP40097-002D GUIDE POLE CAP
4 QAH0082-001 FULL ERASE HEAD
15 LP30958-001B LOAD.GEAR BASE
16 QYTPST2620Z SCREW,X2
18 LP40798-001A LOAD.GEAR(SUPPLY)ASSY
18A LP21040-001A LOAD.GEAR(SUPPLY)
18B LP40799-001A LOAD.ARM(SUPPLY)ASSY
19 LP40837-001A TORSION SPRING(SUPPLY)
20 LP40903-001A FIXING PLATE
21 LP40806-001D POLE BASE ASSY(SUPPLY)
22 LP30959-002A LOAD GEAR
23 LP40802-001B LOAD.GEAR(TAKE UP)ASSY
23A LP21041-001B LOAD.GEAR(TAKE UP)
23B LP40803-001A LOAD.ARM(TAKE UP)ASSY
24 LP40838-001A TORSION SPRING(TAKE UP)
26 LP40808-001E POLE BASE ASSY(TAKE UP)
30 LP31020-004A ARM BASE
31 QYTDST2606Z SCREW
36 LP21055-001E TU LEVER
37 LP40943-001A TENSION SPRING
38 LP40859-001D T-UP HEAD
39 LP30961-001C LID GUIDE
40 LP30002-0B7A SPACER
42 LP40810-001A PINCH ROLLER ARM ASSY
44 LP40840-001D TORSION SPRING
46 LP30963-001B PRESS LEVER
47 PQM30017-24 SLIT WASHER
48 LP40930-002E S-SWITCH
49 LP40813-001D GUIDE ARM ASSY
50 LP40841-001A TORSION SPRING
51 LP30002-090A SPACER
52 QAH0081-001 AC HEAD
53 LP30965-001A HEAD BASE
55 LP40842-001A COMPRESSION SPRING
57 QYTSST2010Z SCREW,X3
58 QYTDST2606Z SCREW,X2
59 QAR0023-001 LOADING MOTOR
60 QYTPSP3003Z SCREW,X2
61 LP21056-002G MOTOR BRACKET
62 QYTPST2620Z SCREW
63 LP40814-001B WORM BEARING
64 LP21044-001D CONTROL CAM
65 PQM30017-24 SLIT WASHER
66 LP40815-001A WORM GEAR
67 LP40816-001B HELICAL GEAR
68 LP40817-001A CONNECT GEAR
69 LP10400-001H CONTROL PLATE
70 LP40843-001A TORSION SPRING
71 LP40818-001B TENSION ARM ASSY
72 LP40844-001D TENSION SPRING
73 LP21045-001D TENSION ARM BASE
74 LP40821-001A TENSION BAND ASSY
75 LP30967-001B BAND HOLDER-1
76 LP30968-001C BAND HOLDER-2
77 LP40822-002B ADJUST PIN
78 LP31000-005E TENSION ARM LEVER
79 LP21046-001C MAIN BRAKE(TAKE UP)

MECHANISM ASSEMBLY <M4>

80 LP40824-001A BAND BRAKE ASSY
81 LP30969-002A BRAKE LEVER
82 LP30003-033B TENSION SPRING
83 LP30003-035B TENSION SPRING
84 LP40825-001B CAPSTNAN BRAKE ASSY

!

85 QAR0224-001 CAPSTAN MOTOR
86 QYTDSF2606M SCREW,X3
87 LP30005-010A BELT,CAPSTAN MOTOR
88 LP30970-001A IDLER ARM
89 LP40828-004A IDLER GEAR 1,X2
90 LP40829-001B IDLER GEAR 2,X2
91 LP31014-001A WIRE HOLDER
93 LP40934-001B CLUTCH UNIT
94 PQM30017-47 SLIT WASHER
95 LP30973-001A DIRECT GEAR
96 LP40939-001A COMP. SPRING
102 LP30974-001B CHANGE LEVER
105 LP21049-001A REEL DISK,X2
107 LP30017-004A SPACER,X2
110 LP10401-001F SIDE FRAME(L)
111 LP10402-001G SIDE FRAME(R)
112 QYTDST2606Z SCREW,X2
113 LP40917-001D TORSION SPRING
114 LP30976-001E SIDE PLATE
115 LP30977-002D LIMIT PLATE
116 LP40846-001C LIMIT SPRING
117 LP31100-001B DRIVE LEVER
118 LP30978-001B DRIVE ARM(L)
119 LP30979-001H DRIVE ARM(R)
120 LP40847-001B TORSION SPRING
121 LP30980-001B CONNECT PLATE
122 LP10403-001C SIDE HOLDER(L)
123 LP10404-001E SIDE HOLDER(R)
124 LP30983-001A LOCK LEVER(L)
125 LP30984-001A LOCK LEVER(R)
126 LP40924-001D TENSION SPRING,X2
127 LP40856-001B EARTH SPRING(1)
128 LP40857-001B EARTH SPRING(2)
130 LP30981-001F CASETTE HOLDER ASSY
131 LP31135-001A C.H STOPPER
134 LP21051-002C REC.SAFETY LEVER
137 LP21052-001H TOP FRAME
138 LP30002-0A7A SPACER,X2
151 LP30985-001G DOOR OPENER
WR1 WJT0059-001D E-CARD WIRE,DRUM
WR2 WJT0067-001B E-CARD WIRE,A/C HEAD CN2001
WR3 WJS0022-001A E-FL/RB WIRE,LOADING MOTOR

5-5

5.4 ELECTRICAL PARTS LIST

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

or 2PC4081/R/-X TRANSISTOR

******************************

MAIN BOARD ASSEMBLY <03>

PW1 MAIN BOARD ASS’Y<03> includes the parts shown in the following.

PW1 3D D/2M BOARD ASS’Y<05>
PW1 TERMINAL BOARD ASS’Y<06>
PW1 DEMOD BOARD ASS’Y<14>

PW1 LPA10170-06A MAIN BOARD ASSY
IC1 JCP8051-MSA IC
IC2 TC4W53F-X CHIP IC
IC201 LC74775-9750 IC
IC2201 AN3651FBP IC
IC3001 HD6432194SAD34F IC(MCU)

or HD64F2194CFD34 IC(MCU)
IC3002 IC-PST3427U-X IC
IC3003 *(
IC7002 GP1U291Q IR DETECT UNIT

Q1 2SC4081/QRS/-X TRANSISTOR

Q2 2SC4081/QRS/-X TRANSISTOR

Q3 2SC4081/QRS/-X TRANSISTOR

Q4 2SC4081/QRS/-X TRANSISTOR

Q7 2SC4081/QRS/-X TRANSISTOR

Q8 2SC4081/QRS/-X TRANSISTOR

Q9 2SA1576A/QR/-X TRANSISTOR

Q10 2SA1576A/QR/-X TRANSISTOR

Q16 DTC144WUA-X DIGI TRANSISTOR

Q21 2SA1576A/QR/-X TRANSISTOR

Q24 2SA1576A/QR/-X TRANSISTOR

Q25 DTC144WUA-X DIGI TRANSISTOR

Q38 2SC4081/QRS/-X TRANSISTOR

Q41 DTC144WUA-X DIGI TRANSISTOR

Q50 DTC144WUA-X DIGI TRANSISTOR

Q207 2SA1576A/QR/-X TRANSISTOR

Q208 2SC4081/QRS/-X TRANSISTOR

* SR-V10E : LPN0771-002A-03 The VCR goes to jig RCU mode after replacing the EEPROM and the VCR does not accept some RCU command.

SR-V10EK : LPN0772-002A-02 Therefore please set the VCR to the user RCU mode after replacing the EEPROM.

5-6

REFER TO BELOW)

or PNA4652M00YC IR DETECT UNIT

or GP1UA291QK IR DETECT UNIT

or 2PC4081/R/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

or UN521E-X DIGI TRANSISTOR

or RN1309-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

or UN521E-X DIGI TRANSISTOR

or RN1309-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR

or 2PC4081/R/-X TRANSISTOR

or UN521E-X DIGI TRANSISTOR

or RN1309-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR

or UN521E-X DIGI TRANSISTOR

or RN1309-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

IC(EEPROM)

The method of setting the VCR to the user RCU mode is written on the service manual.

Q2001 2SC4081/QRS/-X TRANSISTOR

or 2SD1819A/QRS/-X TRANSISTOR
or 2PC4081/R/-X TRANSISTOR

Q2002 2SC4081/QRS/-X TRANSISTOR

or 2SD1819A/QRS/-X TRANSISTOR
or 2PC4081/R/-X TRANSISTOR

Q2003 DTA144WUA-X DIGI TRANSISTOR

or UN511E-X DIGI TRANSISTOR
or RN2309-X DIGI TRANSISTOR
or PDTA144WU-X DIGI TRANSISTOR

Q2004 DTC144WUA-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR
or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR

Q2051 2SC4081/QRS/-X TRANSISTOR

or 2SD1819A/QRS/-X TRANSISTOR
or 2PC4081/R/-X TRANSISTOR

Q2052 2SA1576A/QR/-X TRANSISTOR

or 2SB1218A/QR/-X TRANSISTOR
or 2PA1576/R/-X TRANSISTOR

Q2053 DTC144WUA-X DIGI TRANSISTOR

or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR
or PDTC144WU-X DIGI TRANSISTOR

Q2054 2SA1576A/QR/-X TRANSISTOR

or 2SB1218A/QR/-X TRANSISTOR
or 2PA1576/R/-X TRANSISTOR

Q2055 DTC144WUA-X DIGI TRANSISTOR

or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR
or PDTC144WU-X DIGI TRANSISTOR

Q2201 DTA144WUA-X DIGI TRANSISTOR

or PDTA144WU-X DIGI TRANSISTOR
or UN511E-X DIGI TRANSISTOR
or RN2309-X DIGI TRANSISTOR

Q2202 DTC144WUA-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR
or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR

Q2203 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR
or 2SD1819A/QRS/-X TRANSISTOR

Q2204 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR
or 2SD1819A/QRS/-X TRANSISTOR

Q2251 DTC144WUA-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR
or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR

Q2252 DTC144WUA-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR
or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR

Q2253 DTC144WUA-X DIGI TRANSISTOR

or PDTC144WU-X DIGI TRANSISTOR
or UN521E-X DIGI TRANSISTOR
or RN1309-X DIGI TRANSISTOR

Q2254 DTC114EUA-X DIGI TRANSISTOR

or PDTC114EU-X DIGI TRANSISTOR
or UN5211-X DIGI TRANSISTOR

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

or RN1302-X DIGI TRANSISTOR

Q2255 DTC114EUA-X DIGI TRANSISTOR

or PDTC114EU-X DIGI TRANSISTOR
or UN5211-X DIGI TRANSISTOR

or RN1302-X DIGI TRANSISTOR
Q3002 PTZ-NV16A IC(PHOTO SENSOR)
Q3003 PTZ-NV16A IC(PHOTO SENSOR)
Q3004 2SD1819A/QRS/-X TRANSISTOR

or 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR
Q3005 2SD1819A/QRS/-X TRANSISTOR

or 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR
Q4001 UN5211-X DIGI TRANSISTOR

or DTC114EUA-X DIGI TRANSISTOR

or RN1302-X DIGI TRANSISTOR

or PDTC114EU-X DIGI TRANSISTOR
Q5101 2SK2632-CB14 POWER MOS FET

or 2SK2129-LT POWER MOS FET

or 2SK2632 POWER MOS FET

or 2SK2129 POWER MOS FET
Q5102 2SD2144S/UV/-T TRANSISTOR
Q5301 2SC1740S/RS/-T TRANSISTOR

or 2SC3199/YG/-T TRANSISTOR
Q5303 2SC5739/QP/ TRANSISTOR
Q5304 2SD2144S/UV/-T TRANSISTOR
Q5305 DTA114EUA-X DIGI TRANSISTOR

or UN5111-X DIGI TRANSISTOR

or RN2302-X DIGI TRANSISTOR

or PDTA114EU-X DIGI TRANSISTOR
Q5306 DTC114EUA-X DIGI TRANSISTOR

or UN5211-X DIGI TRANSISTOR

or RN1302-X DIGI TRANSISTOR

or PDTC114EU-X DIGI TRANSISTOR
Q5307 2SD2144S/UV/-T TRANSISTOR
Q6030 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q6031 DTC114EUA-X DIGI TRANSISTOR

or UN5211-X DIGI TRANSISTOR

or RN1302-X DIGI TRANSISTOR

or PDTC114EU-X DIGI TRANSISTOR
Q6032 DTC114EUA-X DIGI TRANSISTOR

or UN5211-X DIGI TRANSISTOR

or RN1302-X DIGI TRANSISTOR

or PDTC114EU-X DIGI TRANSISTOR
Q7001 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q7002 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q7003 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q7004 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q7005 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

Q7006 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR
or 2PA1576/R/-X TRANSISTOR

Q7007 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR
or 2PA1576/R/-X TRANSISTOR

Q7008 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR

Q7009 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR

Q7010 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR

Q7011 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR

Q7012 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR

Q7013 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR

Q7014 DTC143TUA-X DIGI TRANSISTOR

or UN5216-X DIGI TRANSISTOR
Q7201 2SC1317/RS/-T TRANSISTOR
D1 QUY153-050Y IM BUS WIRE
D201 QRE141J-152Y RESISTOR 1.5kØ,1/4W
D202 QRE141J-101Y RESISTOR 100Ø,1/4W
D203 QRE141J-101Y RESISTOR 100Ø,1/4W
D2251 1SS133-T2 DIODE
D3001 LNB2301L01VI LED
D3002 1SS133-T2 DIODE
D3003 RD39ES/B3/-T2 ZENER DIODE
D3004 11ES2-T2 DIODE
D3005 11ES2-T2 DIODE

!

D3006 RB721Q-40-T2 SB DIODE
D4001 QUY153-050Y IM BUS WIRE
D4002 QUY153-050Y IM BUS WIRE
D5001 S1WB/A/60-4102 BRIDGE DIODE
D5101 AU01-T2 DIODE
D5102 AU01-T2 DIODE
D5103 1SS133-T2 DIODE
D5105 1SS133-T2 DIODE
D5203 AU01Z-T2 FR DIODE
D5204 AU01Z-T2 FR DIODE
D5207 AK04-T2 SB DIODE
D5209 AK04-T2 SB DIODE
D5210 AU01Z-T2 FR DIODE
D5301 MTZJ15C-T2 ZENER DIODE
D5302 MTZJ11C-T2 ZENER DIODE
D5303 MTZJ5.6A-T2 ZENER DIODE
D5305 MTZJ5.6C-T2 ZENER DIODE
D6002 HZ30-2L-T2 ZENER DIODE
D7051 1SS133-T2 DIODE
R1 NRSA02J-622X MG RESISTOR 6.2kØ,1/10W
R2 NRSA02J-152X MG RESISTOR 1.5kØ,1/10W
R3 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R5 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R6 NRSA02J-273X MG RESISTOR 27kØ,1/10W
R7 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R10 QRE141J-103Y RESISTOR 10kØ,1/4W
R21 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R22 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R25 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R26 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W

5-7

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

R27 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R28 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R29 NRSA02J-561X MG RESISTOR 560Ø,1/10W
R31 NRSA02J-152X MG RESISTOR 1.5kØ,1/10W
R32 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R35 NDC21HJ-470X CAPACITOR 47pF,50V
R36 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R38 NRSA02J-392X MG RESISTOR 3.9kØ,1/10W
R40 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R41 NRSA02J-104X MG RESISTOR 100kØ,1/10W
R42 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R46 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R48 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R51 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R52 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R77 NRSA02J-223X MG RESISTOR 22kØ,1/10W
R84 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R88 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R90 NRSA02J-391X MG RESISTOR 390Ø,1/10W
R93 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R104 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R117 NRSA02J-104X MG RESISTOR 100kØ,1/10W
R118 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R201 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R202 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R208 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R209 NRSA02J-512X MG RESISTOR 5.1kØ,1/10W
R210 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R211 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
R212 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R213 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R216 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R224 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R225 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R226 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R2003 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R2005 NRSA02J-153X MG RESISTOR 15kØ,1/10W
R2007 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R2008 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R2010 NRSA02J-123X MG RESISTOR 12kØ,1/10W
R2013 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R2014 NRSA02J-224X MG RESISTOR 220kØ,1/10W
R2015 NRSA02J-181X MG RESISTOR 180Ø,1/10W
R2016 NRSA02J-393X MG RESISTOR 39kØ,1/10W
R2017 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R2018 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2019 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2020 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2041 QRE141J-0R0 RESISTOR 0Ø,1/4W
R2053 NRSA02J-392X MG RESISTOR 3.9kØ,1/10W
R2054 NRSA02J-123X MG RESISTOR 12kØ,1/10W
R2055 NRSA02J-3R3X MG RESISTOR 3.3Ø,1/10W
R2056 QRE141J-820Y RESISTOR 82Ø,1/4W
R2057 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2058 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R2059 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2060 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R2201 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2202 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R2203 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2204 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W

R2205 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2206 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R2207 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2208 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R2209 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R2210 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2211 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R2212 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R2213 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2214 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R2215 NRSA02J-181X MG RESISTOR 180Ø,1/10W
R2216 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R2217 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2218 NRSA02J-332X MG RESISTOR 3.3kØ,1/10W
R2219 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R2220 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R2222 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2223 NRSA02J-511X MG RESISTOR 510Ø,1/10W
R2224 NRSA02J-511X MG RESISTOR 510Ø,1/10W
R2225 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2226 NRSA02J-273X MG RESISTOR 27kØ,1/10W
R2227 NRSA02J-393X MG RESISTOR 39kØ,1/10W
R2228 NRSA02J-273X MG RESISTOR 27kØ,1/10W
R2229 NRSA02J-393X MG RESISTOR 39kØ,1/10W
R2230 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2231 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R2232 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R2233 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R2234 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R2235 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R2236 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R2237 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R2238 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R2251 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R2252 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R2253 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R2254 QRE141J-103Y RESISTOR 10kØ,1/4W
R2255 NRSA02J-273X MG RESISTOR 27kØ,1/10W
R2256 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R3011 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3013 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3014 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3015 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3016 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3017 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3019 NRSA02J-102X MG RESISTOR 1kØ,1/10W

R3020 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3021 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3022 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3025 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3026 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3027 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3029 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3030 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3032 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3034 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3035 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3036 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3037 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3038 NRSA02J-152X MG RESISTOR 1.5kØ,1/10W
R3039 NRSA02J-102X MG RESISTOR 1kØ,1/10W

5-8

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

R3040 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3041 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3042 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3044 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3046 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3047 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3048 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3049 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3050 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3051 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3052 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R3053 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R3054 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3055 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3056 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3057 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3058 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3059 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3060 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3061 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3062 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3063 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3066 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3069 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R3071 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3072 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3073 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3074 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3075 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R3076 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R3077 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3079 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3080 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R3081 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3083 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3085 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3086 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3087 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3088 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3089 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3090 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3091 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3092 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3093 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3094 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3095 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3096 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3097 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3103 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3105 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3106 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R3205 QRE141J-181Y RESISTOR 180Ø,1/4W
R3206 NRSA02J-123X MG RESISTOR 12kØ,1/10W
R3207 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R3208 NRSA02J-121X MG RESISTOR 120Ø,1/10W
R3209 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R3210 NRSA02J-121X MG RESISTOR 120Ø,1/10W
R3211 NRSA02J-183X MG RESISTOR 18kØ,1/10W
R3212 NRSA02J-474X MG RESISTOR 470kØ,1/10W
R3213 NRSA02J-334X MG RESISTOR 330kØ,1/10W
R3214 NRSA02J-103X MG RESISTOR 10kØ,1/10W

R3215 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3216 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3217 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3218 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3219 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3220 NRSA02J-104X MG RESISTOR 100kØ,1/10W
R3222 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3223 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3224 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3225 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3229 NRSA02J-105X MG RESISTOR 1MØ,1/10W
R3230 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3231 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R3233 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3235 NRSA02J-332X MG RESISTOR 3.3kØ,1/10W
R3236 NRSA02J-332X MG RESISTOR 3.3kØ,1/10W
R3237 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3238 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3241 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R3242 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R3252 NRSA02J-153X MG RESISTOR 15kØ,1/10W
R3253 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R4003 NRSA02J-561X MG RESISTOR 560Ø,1/10W
R4004 NRSA02J-561X MG RESISTOR 560Ø,1/10W
R4005 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
R4007 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R4008 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R4009 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R4010 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R4011 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R4012 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R4013 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R4015 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
R4017 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R5101 QRE141J-224Y RESISTOR 220kØ,1/4W
R5102 QRE141J-224Y RESISTOR 220kØ,1/4W
R5103 QRE141J-683Y RESISTOR 68kØ,1/4W
R5104 QRG02GJ-683 OMF RESISTOR 68kØ,2W
R5106 QRT01DJ-R39X MF RESISTOR 0.39Ø,1W
R5107 QRE121J-331Y RESISTOR 330Ø,1/2W
R5108 NRSA02J-152X MG RESISTOR 1.5kØ,1/10W
R5109 QRE141J-561Y RESISTOR 560Ø,1/4W
R5110 NRSA02J-224X MG RESISTOR 220kØ,1/10W
R5111 NRSA02J-391X MG RESISTOR 390Ø,1/10W
R5112 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R5302 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R5303 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R5304 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R5306 NRSA02J-181X MG RESISTOR 180Ø,1/10W
R5310 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R5312 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R5313 NRSA02J-102X MG RESISTOR 1kØ,1/10W

R5319 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R5332 QRL02DJ-391X OMF RESISTOR 390Ø,2W
R6020 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R6021 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R6030 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R6031 NRSA02J-271X MG RESISTOR 270Ø,1/10W
R6032 NRSA02J-472X MG RESISTOR 4.7kØ,1/10W
R6033 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R6050 NRSA02J-101X MG RESISTOR 100Ø,1/10W

5-9

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

R6051 QRE141J-101Y RESISTOR 100Ø,1/4W
R6052 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R6056 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R6080 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R7001 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7002 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7003 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7004 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7005 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7006 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7007 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R7015 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R7020 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R7021 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R7022 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R7023 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R7024 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R7030 NRSA02J-103X MG RESISTOR 10kØ,1/10W
R7031 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R7032 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R7033 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R7034 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R7160 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R7161 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R7162 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R7163 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R7202 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R7203 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R7204 QRE121J-100Y RESISTOR 10Ø,1/2W
VR2251 QVP0039-223Z TRIM RESISTOR,AUDIO REC FM 22kØ
B5 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
B10 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
B13 QUY160-180Y IM BUS WIRE
B203 QUY160-100Y IM BUS WIRE
B204 QUY160-080Y IM BUS WIRE
B214 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
B2051 QUY160-060Y IM BUS WIRE
B2221 QUY160-140Y IM BUS WIRE
B5001 QUY160-100Y IM BUS WIRE
B5002 QUY160-100Y IM BUS WIRE
B7001 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
C1 NCB21HK-103X CAPACITOR 0.01µF,50V
C2 NCB21HK-103X CAPACITOR 0.01µF,50V
C3 NCB21HK-103X CAPACITOR 0.01µF,50V
C4 NCB21HK-103X CAPACITOR 0.01µF,50V
C5 QEKC0JM-476Z E CAPACITOR 47µF,6.3V
C6 QDYB1CM-103Y CAPACITOR 0.01µF,16V
C7 NCB21HK-102X CAPACITOR 0.001µF,50V
C8 NCB21EK-104X CAPACITOR 0.1µF,25V
C9 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C10 NDC21HJ-151X CAPACITOR 150pF,50V
C11 NCB21EK-104X CAPACITOR 0.1µF,25V
C12 NDC21HJ-8R0X CAPACITOR 8pF,50V
C14 NCB21EK-104X CAPACITOR 0.1µF,25V
C15 NCB21HK-103X CAPACITOR 0.01µF,50V
C16 NCB21EK-104X CAPACITOR 0.1µF,25V
C17 QEKJ1HM-335Z E CAPACITOR 3.3µF,50V
C19 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C20 QEPF1HM-105Z NP E CAPACITOR 1µF,50V
C21 NCB21EK-104X CAPACITOR 0.1µF,25V
C22 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V

C23 NCB21HK-103X CAPACITOR 0.01µF,50V
C24 QCBB1HK-104Y CAPACITOR 0.1µF,50V
C25 NDC21HJ-6R0X CAPACITOR 6pF,50V
C26 NCB21HK-103X CAPACITOR 0.01µF,50V
C27 NCB21HK-223X CAPACITOR 0.022µF,50V
C28 QEKJ1HM-335Z E CAPACITOR 3.3µF,50V
C29 NCB21EK-333X CAPACITOR 0.033µF,25V
C30 NCB21CK-474X CAPACITOR 0.47µF,16V
C31 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C32 NCB21HK-103X CAPACITOR 0.01µF,50V
C33 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C34 NCB21EK-104X CAPACITOR 0.1µF,25V
C35 NCB21HK-103X CAPACITOR 0.01µF,50V
C36 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C37 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C38 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C40 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C44 NCB21HK-103X CAPACITOR 0.01µF,50V
C45 NCB21HK-103X CAPACITOR 0.01µF,50V
C53 NDC21HJ-101X CAPACITOR 100pF,50V
C59 NCB21HK-103X CAPACITOR 0.01µF,50V
C61 NCB21HK-103X CAPACITOR 0.01µF,50V
C63 NCB21EK-104X CAPACITOR 0.1µF,25V
C64 NDC21HJ-220X CAPACITOR 22pF,50V
C65 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C69 NCB21HK-103X CAPACITOR 0.01µF,50V
C70 NCB21HK-103X CAPACITOR 0.01µF,50V
C72 NDC21HJ-470X CAPACITOR 47pF,50V
C73 NDC21HJ-120X CAPACITOR 12pF,50V
C80 NCB21HK-103X CAPACITOR 0.01µF,50V
C84 NRSA02J-153X MG RESISTOR 15kØ,1/10W
C92 NDC21HJ-330X CAPACITOR 33pF,50V
C103 NCB21HK-103X CAPACITOR 0.01µF,50V
C106 NCB21HK-821X CAPACITOR 820pF,50V
C108 NDC21HJ-680X CAPACITOR 68pF,50V
C110 NDC21HJ-820X CAPACITOR 82pF,50V
C114 NDC21HJ-181X CAPACITOR 180pF,50V
C201 QEKJ0JM-227Z E CAPACITOR 220µF,6.3V
C204 NCB21HK-103X CAPACITOR 0.01µF,50V
C206 NDC21HJ-330X CAPACITOR 33pF,50V
C207 NDC21HJ-330X CAPACITOR 33pF,50V
C209 NCB21CK-474X CAPACITOR 0.47µF,16V
C210 NDC21HJ-101X CAPACITOR 100pF,50V
C211 NDC21HJ-101X CAPACITOR 100pF,50V
C212 NCB21EK-104X CAPACITOR 0.1µF,25V
C213 QERF1EM-475Z E CAPACITOR 4.7µF,25V
C214 NCB21CK-224X CAPACITOR 0.22µF,16V
C215 NCB21CK-224X CAPACITOR 0.22µF,16V
C217 NDC21HJ-560X CAPACITOR 56pF,50V
C218 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C222 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C225 QERF1AM-227Z E CAPACITOR 220µF,10V
C2001 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C2002 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C2003 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C2005 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C2006 NCB21HK-123X CAPACITOR 0.012µF,50V
C2007 QEKJ1CM-226Z E CAPACITOR 22µF,16V
C2008 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C2009 NCB21HK-102X CAPACITOR 0.001µF,50V
C2010 NCB21HK-152X CAPACITOR 0.0015µF,50V

5-10

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

C2011 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C2012 QEKC1HM-475Z E CAPACITOR 4.7µF,50V
C2013 NCB21HK-331X CAPACITOR 330pF,50V
C2017 NCB21HK-682X CAPACITOR 0.0068µF,50V
C2051 NCB21HK-331X CAPACITOR 330pF,50V
C2053 NCB21HK-472X CAPACITOR 0.0047µF,50V
C2054 NCB21EK-223X CAPACITOR 0.022µF,25V
C2055 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2061 QFV91HJ-823Z F CAPACITOR 0.082µF,50V
C2201 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2202 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C2203 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C2204 QEKJ0JM-336Z E CAPACITOR 33µF,6.3V
C2205 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2206 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2207 NCB21HK-153X CAPACITOR 0.015µF,50V
C2208 NCB21HK-153X CAPACITOR 0.015µF,50V
C2209 QERF1CM-106Z E CAPACITOR 10µF,16V
C2210 QERF1CM-106Z E CAPACITOR 10µF,16V
C2211 QEKJ0JM-336Z E CAPACITOR 33µF,6.3V
C2212 QERF0JM-476Z E CAPACITOR 47µF,6.3V
C2214 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2215 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2216 QEKJ1CM-476Z E CAPACITOR 47µF,16V
C2218 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2219 QEKJ1CM-226Z E CAPACITOR 22µF,16V
C2220 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2221 NCB21EK-223X CAPACITOR 0.022µF,25V
C2222 NCB21HK-103X CAPACITOR 0.01µF,50V
C2223 NCB21EK-473X CAPACITOR 0.047µF,25V
C2224 NCB21EK-473X CAPACITOR 0.047µF,25V
C2225 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C2226 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C2227 QERF1CM-106Z E CAPACITOR 10µF,16V
C2230 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2231 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C2251 NCB21HK-103X CAPACITOR 0.01µF,50V
C2252 NCB21HK-103X CAPACITOR 0.01µF,50V
C2253 NCB21HK-103X CAPACITOR 0.01µF,50V
C2254 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C2255 NCB21HK-103X CAPACITOR 0.01µF,50V
C2256 NCB21HK-103X CAPACITOR 0.01µF,50V
C2257 NCB21HK-103X CAPACITOR 0.01µF,50V
C2258 NDC21HJ-181X CAPACITOR 180pF,50V
C2259 QEKJ1HM-334Z E CAPACITOR 0.33µF,50V
C2261 NDC21HJ-101X CAPACITOR 100pF,50V
C2262 NDC21HJ-101X CAPACITOR 100pF,50V
C3008 NDC21HJ-101X CAPACITOR 100pF,50V
C3011 QETL0JM-338 E CAPACITOR 3300µF,6.3V
C3012 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C3014 QERF0JM-476Z E CAPACITOR 47µF,6.3V
C3015 NCB21EK-104X CAPACITOR 0.1µF,25V
C3016 NCB21EK-473X CAPACITOR 0.047µF,25V
C3020 NDC21HJ-101X CAPACITOR 100pF,50V
C3021 NDC21HJ-101X CAPACITOR 100pF,50V
C3022 NCB21EK-104X CAPACITOR 0.1µF,25V
C3024 NDC21HJ-220X CAPACITOR 22pF,50V
C3025 QAT3725-300Z TRIM CAPACITOR,TIMER CLOCK
C3026 NCB21HK-103X CAPACITOR 0.01µF,50V
C3027 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C3030 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V

C3031 NCB21EK-473X CAPACITOR 0.047µF,25V

C3033 NCB21EK-473X CAPACITOR 0.047µF,25V

C3036 NDC21HJ-180X CAPACITOR 18pF,50V

C3037 NDC21HJ-120X CAPACITOR 12pF,50V

C3040 NCB21HK-103X CAPACITOR 0.01µF,50V

C3050 NCF21EZ-104X CAPACITOR 0.1µF,25V

C3071 QEKJ1CM-336Z E CAPACITOR 33µF,16V

C4002 NCB21EK-104X CAPACITOR 0.1µF,25V

C4004 QEKJ1AM-226Z E CAPACITOR 22µF,10V

C4005 NCB21HK-222X CAPACITOR 0.0022µF,50V

C4006 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V

C4008 NCB21AK-105X CAPACITOR 1µF,10V

C4009 NRSA02J-0R0X MG RESISTOR 0.0Ø,1/10W

C4010 NCB21EK-223X CAPACITOR 0.022µF,25V

C4011 NCB21EK-104X CAPACITOR 0.1µF,25V

C4012 QERF1HM-105Z E CAPACITOR 1µF,50V

C4014 NDC21HJ-101X CAPACITOR 100pF,50V

C4015 NCB21HK-102X CAPACITOR 0.001µF,50V

C4031 QEKJ1CM-336Z E CAPACITOR 33µF,16V

!

C5001 QFZ9072-473 F CAPACITOR 0.047µF,250V

!

C5004 QCZ9071-222 CAPACITOR 0.0022µF,400V

C5006 QEZ0375-686 E CAPACITOR 68µF,400V

C5101 QCZ0212-472 CAPACITOR 0.0047µF

C5102 QCZ0302-330Z CAPACITOR 33pF

C5104 QEKJ1HM-105Z E CAPACITOR 1µF,50V

C5105 QFN31HJ-153Z M CAP. 0.015µF,50V

C5106 QCBB1HJ-271Y CAPACITOR 270pF,50V

C5107 QFV91HJ-104Z F CAPACITOR 0.1µF,50V

C5202 QETN1CM-108Z E CAPACITOR 1000µF,16V

C5203 QEMT1AM-128 E CAPACITOR 1200µF,10V

C5204 QETJ2AM-475Z E CAPACITOR 4.7µF,100V

C5206 QEKJ1CM-476Z E CAPACITOR 47µF,16V

C5207 QEKJ1CM-107Z E CAPACITOR 100µF,16V

C5301 QEKJ1CM-107Z E CAPACITOR 100µF,16V

C5303 QEKJ1CM-107Z E CAPACITOR 100µF,16V

C5305 QFVF1HJ-274Z F CAPACITOR 0.27µF,50V

C5307 QEKJ1CM-476Z E CAPACITOR 47µF,16V

C5308 QEKJ1CM-107Z E CAPACITOR 100µF,16V

C6013 NCB21HK-103X CAPACITOR 0.01µF,50V

C6032 NCB21EK-473X CAPACITOR 0.047µF,25V

C6037 QEKJ1EM-106Z E CAPACITOR 10µF,25V

C6055 NDC21HJ-220X CAPACITOR 22pF,50V

C6056 NDC21HJ-470X CAPACITOR 47pF,50V

C6501 QEKJ1EM-106Z E CAPACITOR 10µF,25V

C6502 NCB21HK-103X CAPACITOR 0.01µF,50V

C7011 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V

C7165 NCB21HK-681X CAPACITOR 680pF,50V

C7167 NCB21HK-681X CAPACITOR 680pF,50V

C7202 QETJ0JM-477Z E CAPACITOR 470µF,6.3V

L1 QQL29BJ-100Z COIL 10µF

L2 QQL071J-121Y COIL 120µF

L3 QQL29BJ-100Z COIL 10µF

L4 QQL29BJ-100Z COIL 10µF

L5 QQR0521-012Z NOISE FILTER

L12 QQR0967-001 CHOKE COIL

L13 QQL071J-330Y COIL 33µF

L15 QQL29BJ-100Z COIL 10µF

L18 QQL071J-220Y COIL 22µF

L19 QQL071J-120Y COIL 12µF

L20 QUY153-050Y IM BUS WIRE

L22 QQL231J-1R0Y COIL 1.0µF

5-11

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

L24 QQL071J-270Y COIL 27µF
L27 QQL071J-330Y COIL 33µF
L28 QQL071J-680Y COIL 68µF
L201 QQL29BK-1R0Z COIL 1.0µF
L202 QUY153-050Y IM BUS WIRE
L203 QQL29BJ-220Z COIL 22µF
L204 QQL29BJ-100Z COIL 10µF
L206 QQL071J-220Y COIL 22µF
L2001 QUY153-050Y IM BUS WIRE
L2201 QUY153-050Y IM BUS WIRE
L2251 QQL29BJ-100Z COIL 10µF
L2252 QQL29BJ-151Z COIL 150µF
L4001 QUY153-050Y IM BUS WIRE
L5201 PELN1184 CHOKE COIL 33µH
L5202 PELN1184 CHOKE COIL 33µH
L6001 QQL29BJ-100Z COIL 10µF
L6002 QQL29BJ-100Z COIL 10µF
L6501 QUY153-050Y IM BUS WIRE
L7201 QQL29BJ-100Z COIL 10µF
T2051 PELN0832 OSC TRANS

!

T5001 QQS0083-001 SW TRANSF
CN1 QGF1201C2-09 FPC CONNECTOR,(1-9)DRUM
CN901 QGB2024K1-10S CONNECTOR,(1-9)TERMINAL
CN902 QGB2024K1-12S CONNECTOR,(1-12)TERMINAL
CN903 QGB2024K1-10S CONNECTOR,(1-10)TERMINAL
CN904 QGB2024K1-11S CONNECTOR(,(1-11)TERMINAL
CN905 QGB2024K1-09S CONNECTOR,(1-9)TERMINAL
CN2001 QGF1207C1-06 FPC CONNECTOR,(1-6)A/C HEAD
CN2002 QGB2532J1-02 CONNECTOR,(1-2)FE HEAD
CN3001 QGB2032M4-12 CONNECTOR,(1-12)CAPSTAN MOTOR

!

CN5001 QGA7901C3-02 CONNECTOR,(1-2)AC IN
CN7001 QGF1207C1-04 FPC CONNECTOR,(3-6)ADV.JOG
S3001 QSW0602-004 PUSH SWITCH,REC SAFETY
S3002 QSW0602-004 PUSH SWITCH,S CASS
S7001 QSW0456-002Z TACT SWITCH,STAND-BY
S7002 QSW0456-002Z TACT SWITCH,STOP/EJECT
S7004 QSW0456-002Z TACT SWITCH,SAT
S7006 QSW0456-002Z TACT SWITCH,REC
S7008 QSW0456-002Z TACT SWITCH,PAUSE
S7010 QSW0456-002Z TACT SWITCH,PLAY
S7012 QSW0456-002Z TACT SWITCH,24H EXP.
S7016 QSW0456-002Z TACT SWITCH,S-ET

!

CP3001 QMFZ050-1R5X-E FUSE T1.5A

!

CP4001 QMFZ050-1R5X-E FUSE T1.5A
DI7001 LTG-0126M-03J LED
ET1 PQ21623-2-5 EARTH PLATE(RF)

!

F5001 QMF51E2-2R0J1 FUSE T2.0A,AC250V
FC5001 QNG0006-001Z FUSE CLIP
FC5002 QNG0006-001Z FUSE CLIP
HS1 LP40090-001A HEAT SINK,Q5101
J7105 QNN0381-002 PIN JACK
JS3001 QSW0954-002 ROTARY ENCODER
K2001 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K2002 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K2003 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K2004 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K2251 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K2252 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K2253 NQR0007-001X FERRITE BEAD
K5101 QQR0678-001Z FERRITE BEAD
K5102 QUY153-050Y IM BUS WIRE

!

LF5002 QQR0978-001 LINE FILTER
OT1 QYTDSF3010Z TAP SCREW,X2,TERMINAL
OT2 PU59915-110 #500SPACER0.014
OT3 QYTDST3006Z TAP SCREW,Q5101
PC3001 RPI-304J IC(PHOTO SENSOR)
PC3002 RPI-304J IC(PHOTO SENSOR)

!

PC5101 PS2561L1-1/L/ IC(PHOTO COUPLER)
SD1 LP21105-001A SHIELD CASE
TP106 QUY160-100Y IM BUS WIRE,PB FM
TP111 QUY160-100Y IM BUS WIRE,D.FF
TP2253 QUY160-100Y IM BUS WIRE,A.PB.FM
TP2254 QUY160-100Y IM BUS WIRE,A.REC.FM
TP4001 QUY160-100Y IM BUS WIRE,CTL.P
TU6001 QAU0261-002 TUNER
X1 QAX0576-001Z CRYSTAL
X2 QCBB1HK-103Y CAPACITOR 0.01µF,50V
X3001 QAX0445-001 CRYSTAL
X3002 QAX0527-001 CRYSTAL

******************************

3D D/2M BOARD ASSEMBLY <05>

PW1 LPA10105-07A 3D D/2M BOARD ASSY
IC1401 JCP8026 IC

!

Q1401 2SC1317/RS/-T TRANSISTOR
Q1402 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR

Q1406 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q1408 2SC4081/S/-X TRANSISTOR
Q1410 2SC4081/QRS/-X TRANSISTOR

or 2PC4081/R/-X TRANSISTOR
Q1412 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q1418 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q1419 DTC124TUA-X DIGI TRANSISTOR
D1401 RD4.3ES/B3/-T2 ZENER DIODE

or MTZJ4.3B-T2 ZENER DIODE
D1402 1SS133-T2 DIODE
R1401 NRSA02J-121X MG RESISTOR 120Ø,1/10W
R1402 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R1404 NRSA02J-272X MG RESISTOR 2.7kØ,1/10W
R1406 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R1410 NRSA02J-391X MG RESISTOR 390Ø,1/10W
R1411 NRSA02J-152X MG RESISTOR 1.5kØ,1/10W
R1413 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R1415 NRVA02D-221X CMF RESISTOR 220Ø,1/10W
R1416 NRSA02J-104X MG RESISTOR 100kØ,1/10W
R1417 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R1418 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R1421 NRSA02J-331X MG RESISTOR 330Ø,1/10W
R1426 NRSA02J-561X MG RESISTOR 560Ø,1/10W
R1427 NRSA02J-333X MG RESISTOR 33kØ,1/10W
R1428 NRSA02J-393X MG RESISTOR 39kØ,1/10W
R1429 NRSA02J-182X MG RESISTOR 1.8kØ,1/10W
R1430 NRSA02J-222X MG RESISTOR 2.2kØ,1/10W
R1431 NRSA02J-821X MG RESISTOR 820Ø,1/10W

5-12

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

R1433 NRSA02J-510X MG RESISTOR 51Ø,1/10W
R1434 NRVA02D-153X CMF RESISTOR 15kØ,1/10W
R1435 NRVA02D-473X CMF RESISTOR 47kØ,1/10W
R1436 NRVA02D-393X CMF RESISTOR 39kØ,1/10W
R1437 NRSA02J-392X MG RESISTOR 3.9kØ,1/10W
R1438 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R1439 NRSA02J-273X MG RESISTOR 27kØ,1/10W
R1440 NRSA02J-473X MG RESISTOR 47kØ,1/10W
R1445 NRVA02D-393X CMF RESISTOR 39kØ,1/10W
R1446 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R1447 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R1448 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R1449 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R1450 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R1452 NRSA02J-471X MG RESISTOR 470Ø,1/10W
R1453 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R1455 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R1459 NRSA02J-681X MG RESISTOR 680Ø,1/10W
R1460 NRSA02J-273X MG RESISTOR 27kØ,1/10W
VR1401 QUY153-050Y IM BUS WIRE
B1401 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
B1412 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
C1401 QEKJ1CM-336Z E CAPACITOR 33µF,16V
C1403 QEKJ0JM-337Z E CAPACITOR 330µF,6.3V
C1404 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1405 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1406 NCB21HK-103X CAPACITOR 0.01µF,50V
C1407 NDC21HJ-680X CAPACITOR 68pF,50V
C1408 NDC21HJ-330X CAPACITOR 33pF,50V
C1410 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C1411 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1412 NDC21HJ-680X CAPACITOR 68pF,50V
C1413 NDC21HJ-330X CAPACITOR 33pF,50V
C1415 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1416 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C1417 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1421 NDC21HJ-330X CAPACITOR 33pF,50V
C1422 NDC21HJ-680X CAPACITOR 68pF,50V
C1423 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1424 NCB21HK-103X CAPACITOR 0.01µF,50V
C1425 NCB21HK-103X CAPACITOR 0.01µF,50V
C1426 NDC21HJ-390X CAPACITOR 39pF,50V
C1428 NDC21HJ-220X CAPACITOR 22pF,50V
C1429 QEKJ0JM-337Z E CAPACITOR 330µF,6.3V
C1430 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1432 NCF21CZ-105X CAPACITOR 1µF,16V
C1433 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1435 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1436 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1437 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1438 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1439 NCB21HK-103X CAPACITOR 0.01µF,50V
C1440 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1441 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1442 NCF21CZ-105X CAPACITOR 1µF,16V
C1444 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1445 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1446 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C1447 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1448 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C1449 NCF21EZ-104X CAPACITOR 0.1µF,25V

C1450 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1451 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C1452 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1453 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1454 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1463 QEKJ0JM-336Z E CAPACITOR 33µF,6.3V
C1468 NDC21HJ-101X CAPACITOR 100pF,50V
C1470 NDC21HJ-330X CAPACITOR 33pF,50V
C1471 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1472 NCF21EZ-104X CAPACITOR 0.1µF,25V
C1473 NCF21EZ-104X CAPACITOR 0.1µF,25V
L1401 QUY153-050Y IM BUS WIRE
L1402 QQL071J-6R8Y COIL 6.8µF
L1403 QQL071J-6R8Y COIL 6.8µF
L1404 QQL071J-6R8Y COIL 6.8µF
L1405 QQL29BJ-100Z COIL 10µF
L1406 QQL071J-330Y COIL 33µF
L1407 QQL29BJ-100Z COIL 10µF
L1409 QQL071J-1R0Y COIL 1.0µF
CN1401 QGG2502K1-17 HEADER PIN,(1-17)MAIN

!

LC1401 QQL29BJ-101Z COIL 100µF
LC1402 QQR0521-006Z NOISE FILTER
SD1 LP30706-001C S.FRAME(S-VHS)
SD2 LP30684-001A S.CASE(S-VHS)

******************************

TERMINAL BOARD ASSEMBLY <06>

PW1 LPA10138-12A TERMINAL BOARD ASSY
IC501 JCP8018 IC

or JCP8028 IC
or JCP8028-01 IC

or JCP8038 IC
IC502 VC2076DP IC
Q903 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q904 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
Q910 2SB1218A/QR/-X TRANSISTOR

or 2SA1576A/QR/-X TRANSISTOR

or 2PA1576/R/-X TRANSISTOR
R503 NRSA02J-221X MG RESISTOR 220Ø,1/10W
R504 NRSA02J-332X MG RESISTOR 3.3kØ,1/10W
R505 NRSA02J-392X MG RESISTOR 3.9kØ,1/10W
R506 NRSA02J-391X MG RESISTOR 390Ø,1/10W
R507 NRSA02J-122X MG RESISTOR 1.2kØ,1/10W
R508 NRSA02J-151X MG RESISTOR 150Ø,1/10W
R509 NRSA02J-162X MG RESISTOR 1.6kØ,1/10W
R510 NRVA02D-102X CMF RESISTOR 1kØ,1/10W
R511 NRVA02D-471X CMF RESISTOR 470Ø,1/10W
R512 NRVA02D-102X CMF RESISTOR 1kØ,1/10W
R513 NRVA02D-152X CMF RESISTOR 1.5kØ,1/10W
R514 NRVA02D-332X CMF RESISTOR 3.3kØ,1/10W
R515 NRVA02D-332X CMF RESISTOR 3.3kØ,1/10W
R516 QUY160-100Y IM BUS WIRE
R517 QUY160-100Y IM BUS WIRE
R525 QRE141J-125Y RESISTOR 1.2MØ,1/4W

5-13

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

R527 NRSA02J-332X MG RESISTOR 3.3kØ,1/10W
R533 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R534 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R535 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R536 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R917 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R918 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R919 QRE141J-101Y RESISTOR 100Ø,1/4W
R920 QRE141J-101Y RESISTOR 100Ø,1/4W
R921 QRE121J-331Y RESISTOR 330Ø,1/2W
R922 QRE121J-331Y RESISTOR 330Ø,1/2W
R923 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R924 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R925 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R926 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R927 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R928 QRE141J-750Y RESISTOR 75Ø,1/4W
R929 NRSA02J-820X MG RESISTOR 82Ø,1/10W
R930 NRSA02J-750X MG RESISTOR 75Ø,1/10W
R949 QRE121J-331Y RESISTOR 330Ø,1/2W
R952 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
R961 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R962 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R963 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R964 NRSA02J-101X MG RESISTOR 100Ø,1/10W
R965 NRSA02J-101X MG RESISTOR 100Ø,1/10W

!

R966 QRE141J-102Y RESISTOR 1kØ,1/4W
B904 QUY160-100Y IM BUS WIRE
C501 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C502 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C503 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C504 NCB21EK-104X CAPACITOR 0.1µF,25V
C505 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C506 NCB21HK-103X CAPACITOR 0.01µF,50V
C507 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C508 QEKJ1HM-474Z E CAPACITOR 0.47µF,50V
C509 QEKJ1CM-106Z E CAPACITOR 10µF,16V
C510 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V
C511 NCB21HK-103X CAPACITOR 0.01µF,50V
C512 NCB21HK-103X CAPACITOR 0.01µF,50V
C513 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C514 NCB21HK-103X CAPACITOR 0.01µF,50V
C515 NCB21HK-103X CAPACITOR 0.01µF,50V
C516 NCB21HK-103X CAPACITOR 0.01µF,50V
C518 NCB21EK-104X CAPACITOR 0.1µF,25V
C519 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C520 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C521 QEKJ1HM-475Z E CAPACITOR 4.7µF,50V
C522 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C523 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C524 NDC21HG-301X CAPACITOR 300pF,50V
C525 NDC21HG-301X CAPACITOR 300pF,50V
C526 NDC21HJ-101X CAPACITOR 100pF,50V
C527 NDC21HJ-181X CAPACITOR 180pF,50V
C528 NDC21HG-271X CAPACITOR 270pF,50V
C529 NDC21HG-820X CAPACITOR 82pF,50V
C530 NDC21HG-221X CAPACITOR 220pF,50V
C531 NDC21HG-301X CAPACITOR 300pF,50V
C532 NDC21HG-301X CAPACITOR 300pF,50V
C533 NCB21HK-103X CAPACITOR 0.01µF,50V

C535 NCB21HK-103X CAPACITOR 0.01µF,50V
C554 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C556 QCBB1HK-103Y CAPACITOR 0.01µF,50V
C557 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C559 NCB21HK-103X CAPACITOR 0.01µF,50V
C560 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C561 QEKJ1HM-105Z E CAPACITOR 1µF,50V
C563 NCB21HK-103X CAPACITOR 0.01µF,50V
C570 NDC21HJ-680X CAPACITOR 68pF,50V
C571 NDC21HJ-680X CAPACITOR 68pF,50V
C572 NDC21HJ-680X CAPACITOR 68pF,50V
C573 NDC21HJ-680X CAPACITOR 68pF,50V
C575 NDC21HJ-101X CAPACITOR 100pF,50V
C910 NCB21HK-102X CAPACITOR 0.001µF,50V
C912 NCB21HK-102X CAPACITOR 0.001µF,50V
C913 NCB21HK-103X CAPACITOR 0.01µF,50V
C914 NCB21HK-103X CAPACITOR 0.01µF,50V
C928 NCB21HK-103X CAPACITOR 0.01µF,50V
C929 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
C931 QEKJ0JM-227Z E CAPACITOR 220µF,6.3V
C941 QEKJ0JM-227Z E CAPACITOR 220µF,6.3V
C942 QEKJ1CM-476Z E CAPACITOR 47µF,16V
C948 QEKJ1CM-476Z E CAPACITOR 47µF,16V
C949 QEKJ0JM-227Z E CAPACITOR 220µF,6.3V
C950 QEKJ0JM-227Z E CAPACITOR 220µF,6.3V
C951 QEKC1CM-476Z E CAPACITOR 47µF,16V
C961 NCB21HK-681X CAPACITOR 680pF,50V
C963 NCB21HK-681X CAPACITOR 680pF,50V
L501 QQL29BJ-100Z COIL 10µF
L503 QQL29BJ-100Z COIL 10µF
L504 QQL29BJ-100Z COIL 10µF
L505 QUY153-050Y IM BUS WIRE
L903 QQL071J-150Y COIL 15µF
L904 QQL071J-150Y COIL 15µF
L906 QUY153-050Y IM BUS WIRE
L907 QUY153-050Y IM BUS WIRE
L912 QUY153-050Y IM BUS WIRE
L921 QUY153-050Y IM BUS WIRE
L922 QUY153-050Y IM BUS WIRE
CN911 QGB2024J1-10S CONNECTOR,(1-10)MAIN
CN912 QGB2024J1-12S CONNECTOR,(1-12)MAIN
CN913 QGB2024J1-10S CONNECTOR,(1-10)MAIN
CN914 QGB2024J1-11S CONNECTOR,(1-11)MAIN
CN915 QGB2024J1-09S CONNECTOR,(1-9)MAIN
CN916 QGF1208F1-04 FPC CONNECTOR,(1-4)FRONT S IN
J903 QND0084-001 S JACK,S IN
J904 QND0084-001 S JACK,S OUT
J911 QNN0418-004 PIN JACK,V.IN
J912 QNN0418-003 PIN JACK,A.IN(L)
J913 QNN0419-002 PIN JACK,A.IN(R)
J914 QNN0418-004 PIN JACK,V.OUT
J915 QNN0418-003 PIN JACK,A.OUT(L)
J916 QNN0418-002 PIN JACK,A.OUT(R)
J921 PU60659 MINI JACK,SAT.CTL
J922 PU60659 MINI JACK,PAUSE,RAE
BT901 QNZ0032-001 BATTERY HOLDER
ET1 LP30918-001A EARTH PLATE
ET2 LP30915-001A EARTH PLATE
OT1 QYTDSF3008Z TAP SCREW,X2

!

TB1 LP21028-004A TERMINAL BOARD

C534 QEKJ0JM-476Z E CAPACITOR 47µF,6.3V

5-14

# REF No. PART No. PART NAME, DESCRIPTION # REF No. PART No. PART NAME, DESCRIPTION

--------------- ----------------------- ----------------------------------------------------- ---------------- ----------------------- ------------------------------------------------------

******************************

A/C HEAD BOARD ASSEMBLY <12>

PW1 LPA10158-01A1 A/C HEAD BOARD ASSY

******************************

DEMOD BOARD ASSEMBLY <14>

PW1 LPA10094-09A DEMOD BOARD ASSY
IC6701 MSP3417D-X IC

or MSP3417DG3-X IC

or MSP3417G-X IC
Q6701 2SC3936/BC/-X TRANSISTOR
D6701 1SS133-T2 DIODE
R6701 NRSA02J-392X MG RESISTOR 3.9kØ,1/10W
R6702 NRSA02J-682X MG RESISTOR 6.8kØ,1/10W
R6703 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
R6704 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R6705 NRSA02J-271X MG RESISTOR 270Ø,1/10W
R6707 NQR0200-003X FERRITE BEAD
R6708 NQR0200-003X FERRITE BEAD
R6709 NQR0200-003X FERRITE BEAD
R6710 NQR0200-003X FERRITE BEAD
R6711 NRSA02J-474X MG RESISTOR 470kØ,1/10W
R6712 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R6713 NRSA02J-123X MG RESISTOR 12kØ,1/10W
R6714 NRSA02J-102X MG RESISTOR 1kØ,1/10W
R6715 NRSA02J-123X MG RESISTOR 12kØ,1/10W
R6716 NQR0200-003X FERRITE BEAD
R6719 QRE141J-103Y RESISTOR 10kØ,1/4W
R6720 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
R6721 NRSA02J-562X MG RESISTOR 5.6kØ,1/10W
C6701 NCB21HK-103X CAPACITOR 0.01µF,50V
C6704 NCB21HK-103X CAPACITOR 0.01µF,50V
C6707 NDC21HJ-470X CAPACITOR 47pF,50V
C6708 NDC21HJ-7R0X CAPACITOR 7pF,50V
C6709 NDC21HJ-3R0X CAPACITOR 3pF,50V
C6713 NCF21CZ-224X CAPACITOR 0.22µF,16V
C6714 NCB21HK-222X CAPACITOR 0.0022µF,50V
C6715 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C6716 NCB21HK-222X CAPACITOR 0.0022µF,50V
C6717 QEKJ1HM-225Z E CAPACITOR 2.2µF,50V
C6719 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C6720 QEKJ1EM-106Z E CAPACITOR 10µF,25V
C6721 NCB21HK-103X CAPACITOR 0.01µF,50V
C6723 NCB21HK-103X CAPACITOR 0.01µF,50V
L6701 QUY153-050Y IM BUS WIRE
CN6701 QGG2502K1-10 HEADER PIN,(1-10)MAIN
K6701 NRSA02J-330X MG RESISTOR 33Ø,1/10W
K6702 NQR0200-003X FERRITE BEAD
K6703 NRSA02J-103X MG RESISTOR 10kØ,1/10W
K6704 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K6705 NRSA02J-0R0X MG RESISTOR 0Ø,1/10W
K6706 NRSA02J-470X MG RESISTOR 47Ø,1/10W
BK1 LP40425-001A BRACKET(PWB)
X6701 QAX0443-001 CRYSTAL

******************************

S JACK BOARD ASSEMBLY <36>

PW1 LPA20009-02B S JACK BOARD ASSY
CN7108 QGF1209F1-04 FPC CONNECTOR,(1-4)TERMINAL
J7102 QND0084-001 S JACK

******************************

ADV .JOG BOARD ASSEMBLY <38>

PW1 LPA20013-05A ADV.JOG BOARD ASSY
CN7003 QGF1209F1-04 FPC CONNECTOR,(1-4)MAIN
UN7001 QSW0905-001 ROTARY ENCODER

******************************

LOADING MOTOR BOARD ASSEMBLY <55>

PW2 LPA10158-01A2 LODING MOTOR BOARD ASSY

E. & O.E. No.82945 (VP)-V15S2

5-15