Page 1
VX-D2120
KAL
This SERVICE MANUAL is exclusive with KAL model.
The A is indicated for KAL model after the Model Name on the Spec. Plate.
The specification for KAL model and K model is common. But, there are slightly differences between the 2
models on the Electric Circuit and Structure Parts.
SERVICE MANUAL
INTEGRATED COLOR TV /VIDEO
CASSETTE RECORDER
POWER REQUIREMENTS............
POWER CONSUMPTION..............
WEIGHT .........................................
DIMENSIONS.................................
PICTURE TUBE .............................
TUNER SYSTEM ...........................
CHANNEL COVERAGE.................
TV SYSTEM ...................................
HORIZONTAL RESOLUTION .......
OPERATING TEMPERATURE......
VIDEO RECORDING SYSTEM .....
VIDEO SIGNAL SYSTEM ..............
VIDEO HEAD .................................
USABLE CASSETTES...................
230V AC, 50Hz
70W
Standby 6W
Approx.25 kg (55.12 lbs.)
574 mm (W) x 480 mm (D) x
502 mm (H)
(22 5/8 x 14 19 x 19 7/8 in.)
21 in. (50.8 cm “V”), 90 degree
deflection
Frequency synthesized tuners
UHF: 21 to 69
I
240 lines
5°C to 40°C
Rotary 2 head helical scanning system
PAL colour signal, 625 lines, 50 fields
Azimuth 2 heads
VHS video cassettes
SPECIFICATIONS
BASIC TAPE MECHANISM : OVD-6S
TAPE SPEED ...................................
RECORDING/PLAYBACK TIME .....
VIDEO INPUT...................................
VIDEO OUTPUT ..............................
VIDEO S/N .......................................
AUDIO INPUT ..................................
AUDIO OUTPUT ..............................
AUDIO TRACK .................................
PAL
SP: 23.39 mm/sec.
LP: 11.69 mm/sec.
NTSC (playback SP only)
33.35 mm/sec.
PAL
SP: 5 hours max. with E-300 tape
LP: 10 hours max. with E-300 tape
NTSC (playback SP only)
3 hours 30 minutes max. with T-210
tape
1.0Vp-p, 75 ohm, unbalanced
1.0Vp-p, 75 ohm, unbalanced
53dB (nominal)
SCART: –3.8 dBs, 50K ohm
RCA: –3.8 dBs, 50K ohm
SCART: –3.8 dBs less than 1K ohm
1 track (mono)
Design and specifications are subject to change without
•
notice.
S/M Code No. 09-005-345-4N2
DATA
Page 2
TABLE OF CONTENTS
SPECIFICATIONS ..............................................................................................................................................................
TABLE OF CONTENTS ......................................................................................................................................................
SERVICING NOTICES ON CHECKING .............................................................................................................................
DISASSEMBLY INSTRUCTIONS
REMOVAL OF MECHANICAL PARTS AND P.W. BOARDS ..........................................................................................
REMOVAL OF DECK PARTS .........................................................................................................................................
REMOVAL OF ANODE CAP ...........................................................................................................................................
KEY TO ABBREVIATIONS .................................................................................................................................................
SERVICE MODE LIST ........................................................................................................................................................
PREVENTIVE CHECKS AND SERVICE INTERVALS .......................................................................................................
NOTE FOR THE REPLACING OF MEMORY IC................................................................................................................
SERVICING FIXTURES AND TOOLS................................................................................................................................
PREPARATION FOR SERVICING .....................................................................................................................................
VCR TEST TAPE INTERCHANGEABILITY TABLE ...........................................................................................................
MECHANICAL ADJUSTMENTS
CONFIRMATION AND ADJUSTMENT ...........................................................................................................................
CONFIRMATION AND ADJUSTMENT OF TAPE RUNNING MECHANISM ..................................................................
MECHANISM ADJUSTMENT PARTS LOCATION GUIDE .............................................................................................
ELECTRICAL ADJUSTMENTS
ADJUSTMENT PROCEDURE.........................................................................................................................................
BASIC ADJUSTMENTS ..................................................................................................................................................
ELECTRICAL ADJUSTMENT PARTS LOCATION GUIDE.............................................................................................
PURITY AND CONVERGENCE ADJUSTMENTS ..........................................................................................................
TROUBLESHOOTING GUIDES .........................................................................................................................................
IC DESCRIPTIONS ............................................................................................................................................................
SERVO TIMING CHART ....................................................................................................................................................
SYSTEM SWITCH MODE ..................................................................................................................................................
SEMICONDUCTOR BASE CONNECTIONS......................................................................................................................
BLOCK DIAGRAMS
TV ....................................................................................................................................................................................
Y/C/AUDIO/HEAD AMP...................................................................................................................................................
MICON/OPERATION.......................................................................................................................................................
IF/21PIN/IN/OUT/POWER...............................................................................................................................................
T'TEXT.............................................................................................................................................................................
PRINTED WIRING BOARDS (OPERATION/AV/DECK) ....................................................................................................
OPERATION SCHEMATIC DIAGRAM ...............................................................................................................................
FRONT JACK SCHEMATIC DIAGRAM .............................................................................................................................
DECK SCHEMATIC DIAGRAM ..........................................................................................................................................
PRINTED WIRING BOARDS (SYSCON/REGULATOR/IF) ...............................................................................................
Y/C/AUDIO/HEAD AMP SCHEMATIC DIAGRAM ..............................................................................................................
MICON SCHEMATIC DIAGRAM ........................................................................................................................................
POWER SCHEMATIC DIAGRAM ......................................................................................................................................
21PIN IN/OUT SCHEMATIC DIAGRAM .............................................................................................................................
CHROMA/IF SCHEMATIC DIAGRAM ................................................................................................................................
SOUND AMP SCHEMATIC DIAGRAM ..............................................................................................................................
T'TEXT SCHEMATIC DIAGRAM ........................................................................................................................................
REGULATOR SCHEMATIC DIAGRAM..............................................................................................................................
IF SCHEMATIC DIAGRAM .................................................................................................................................................
PRINTED WIRING BOARDS (MAIN/CRT/POWER SW) ...................................................................................................
TV POWER SCHEMATIC DIAGRAM .................................................................................................................................
DEFLECTION SCHEMATIC DIAGRAM .............................................................................................................................
CRT SCHEMATIC DIAGRAM.............................................................................................................................................
INTERCONNECTION DIAGRAM .......................................................................................................................................
WAVEFORMS ....................................................................................................................................................................
MECHANICAL EXPLODED VIEW......................................................................................................................................
MECHANICAL REPLACEMENT PARTS LIST ...................................................................................................................
ACCESSORY REPLACEMENT PARTS LIST ....................................................................................................................
CHASSIS EXPLODED VIEW (TOP VIEW) ........................................................................................................................
CHASSIS EXPLODED VIEW (BOTTOM VIEW) ................................................................................................................
CHASSIS REPLACEMENT PARTS LIST...........................................................................................................................
ELECTRICAL REPLACEMENT PARTS LIST ....................................................................................................................
COVER
A1-1
A2-1
B1-1, B1-2
B2-1~B2-5
B3-1
C1-1, C1-2
C2-1
C3-1, C3-2
C4-1
C5-1
C5-2, C5-3
C6-1
D1-1, D1-2
D1-2, D1-3
D1-4
D2-1
D2-1~D2-4
D2-5, D2-6
D2-7
E-1~E-27
F1-1~F1-3
F2-1
F2-2
G-1, G-2
H-1
H-2
H-3
H-4
H-5
I-1
I-2
I-3
I-4
I-5~I-7
I-8
I-9
I-10
I-11
I-12
I-13
I-14
I-15
I-16
I-17
I-18
I-19
I-20
I-21
J-1~J-4
K1-1, K1-2
K1-3
K1-3
K2-1
K2-2
K2-3
K3-1~K3-5
A1-1
Page 3
SERVICING NOTICES ON CHECKING
1. KEEP THE NOTICES
As for the places which need special attentions, they are
indicated with the labels or seals on the cabinet, chassis
and parts. Make sure to keep the indications and notices
in the operation manual.
2. AVOID AN ELECTRIC SHOCK
There is a high voltage part inside. Avoid an electric
shock while the electric current is flowing.
3. USE THE DESIGNATED PARTS
The parts in this equipment have the specific
characters of incombustibility and withstand voltage for
safety. Therefore, the part which is replaced should be
used the part which has the same character.
Especially as to the important parts for safety which is
indicated in the circuit diagram or the table of parts as
a mark, the designated parts must be used.
4. PUT PARTS AND WIRES IN THE ORIGINAL
POSITION AFTER ASSEMBLING OR WIRING
There are parts which use the insulation material such
as a tube or tape for safety, or which are assembled in
the condition that these do not contact with the printed
board. The inside wiring is designed not to get closer to
the pyrogenic parts and high voltage parts. Therefore,
put these parts in the original positions.
5. TAKE CARE TO DEAL WITH THE
CATHODE-RAY TUBE
In the condition that an explosion-proof cathode-ray
tube is set in this equipment, safety is secured against
implosion. However, when removing it or serving from
backward, it is dangerous to give a shock. Take
enough care to deal with it.
6. AVOID AN X-RAY
Safety is secured against an X-ray by considering about
the cathode-ray tube and the high voltage
peripheral circuit, etc.
Therefore, when repairing the high voltage peripheral
circuit, use the designated parts and make sure not
modify the circuit.
Repairing except indicates causes rising of high
voltage, and it emits an X-ray from the cathode-ray tube.
PERFORM A SAFETY CHECK AFTER
7.
SERVICING
Confirm that the screws, parts and wiring which were
removed in order to service are put in the original
positions, or whether there are the
portions which are deteriorated around the serviced
places serviced or not. Check the insulation between the
antenna terminal or external metal and the AC cord plug
blades. And be sure the safety of that.
(INSULATION CHECK PROCEDURE)
1.
Unplug the plug from the AC outlet.
2.
Remove the antenna terminal on TV and turn on the
TV.
3.
Insulation resistance between the cord plug terminals
and the eternal exposure metal [Note 2] should be
more than 1M ohm by using the 500V insulation resistance meter [Note 1].
4.
If the insulation resistance is less than 1M ohm, the
inspection repair should be required.
[Note 1]
If you have not the 500V insulation resistance meter,
use a Tester.
[Note 2]
External exposure metal: Antenna terminal
Earphone jack
A2-1
Page 4
DISASSEMBLY INSTRUCTIONS
1. REMOVAL OF MECHANICAL PARTS
AND P.W. BOARDS
1-1: BACK CABINET (Refer to Fig. 1-1)
1.
Remove the 6 screws 1.
2.
Remove the 2 screws 2 which are used for holding the
Back Cabinet.
3.
Remove the AC cord from the AC cord hook 3.
4.
Remove the Back Cabinet in the direction of arrow.
Front Cabinet
1
1
1
1
1
2
2
1
1-2: CRT PWB (Refer to Fig. 1-2)
CAUTION: BEFORE REMOVING THE ANODE CAP,
DISCHARGE ELECTRICITY BECAUSE IT
CONTAINS HIGH VOLTAGE.
BEFORE ATTEMPTING TO REMOVE OR
REPAIR ANY PWB, UNPLUG THE POWER
CORD FROM THE AC SOURCE.
1.
Remove the Anode Cap.
(Refer to REMOVAL OF ANODE CAP)
2.
Disconnect the following connectors:
(CP801, CP804 and CP850).
3.
Remove the CRT PWB in the direction of arrow.
2
Back Cabinet
Fig. 1-1
1-3: TV/VCR BLOCK (Refer to Fig. 1-3)
1.
Remove the 2 screws 1.
2.
Disconnect the following connectors:
(CP351, CP755, CP354, CP401, CP501 and CP502).
3.
Unlock the support 2.
4.
Remove the TV/VCR Block in the direction of arrow.
1
Front Cabinet
1
2
UP TO
RELEASE
TV/VCR Block
1-4: MAIN PWB (Refer to Fig. 1-4)
1.
Remove the screw 1.
2.
Remove the Main PWB Holder.
3.
Remove the 2 screws 2.
4.
Remove the 3 screws 3.
5.
Disconnect the following connectors:
(CP810, CP403 and CP820).
6.
Remove the Main PWB in the direction of arrow.
2
2
Main PWB
Main PWB Holder
1
3
3
Fig. 1-3
3
Front Cabinet
CRT PWB
VCR Block
Fig. 1-4
Fig. 1-2
B1-1
Page 5
DISASSEMBLY INSTRUCTIONS
1-5: DECK SHIELD PLATE (Refer to Fig. 1-5)
1.
Remove the 2 screws 1.
2.
Remove the 4 screws 2.
3.
Remove the screw 3.
4.
Remove the Deck Shield Plate in the direction of arrow (A).
5.
Remove the screw 4.
6.
Remove the Shield Plate Bottom in the direction of arrow (B).
Deck Shield Plate
3
1
1
(A)
VCR Block
2
2
(B)
1
1
1
Deck Chassis
Syscon PWB
Fig. 1-6
1-7: JACK PLATE AND SYSCON PWB (Refer to Fig. 1-7)
1.
Remove the screw 1.
2.
Remove the Syscon PWB in the direction of arrow (A).
3.
Remove the 2 screws 2.
4.
Unlock the 2 supports 3.
5.
Remove the Jack Plate in the direction of arrow (B).
Jack Plate
Shield Plate Bottom
4
2
1-6: DECK CHASSIS (Refer to Fig. 1-6)
1.
Remove the 3 screws 1.
2.
Disconnect the following connectors:
(CP1004, CP1005, CP1006, CP4001, CP4004 and
CP4005).
3.
Remove the Deck Chassis in the direction of arrow.
2
Fig. 1-5
Syscon PWB
2
3
(B)
1
(A)
Deck Holder
2
3
Fig. 1-7
B1-2
Page 6
DISASSEMBLY INSTRUCTIONS
2. REMOVAL OF DECK PARTS
2-1: TOP BRACKET (Refer to Fig. 2-1)
Remove the 2 screws 1.
1.
Slide the 2 supports 2 and remove the Top Bracket.
2.
NOTE
When you install the Top Bracket, install the screw (1)
first, then install the screw (2).
(2)
1
Top Bracket
2
Main Chassis
• Screw Torque: 5 ± 0.5kgf•cm
Top Bracket
2
Main Chassis
2-2: FLAP LEVER/TAPE GUIDE R (Refer to Fig. 2-2)
Move the Cassette Holder Ass'y to the back side.
1.
Remove the Polyslider Washer 1.
2.
Remove the Flap Lever.
3.
Unlock the 3 supports 2 and remove the Tape Guide R.
4.
(1)
1
Fig. 2-1
NOTE
When you install the Tape Guide L, install as shown in the
circle of Fig. 2-3-B. (Refer to Fig. 2-3-B)
Tape Guide L
REC Lever
• The REC Lever is not installed on the Video Cassette Player.
Fig. 2-3-B
2-4: CASSETTE HOLDER ASS'Y (Refer to Fig. 2-4)
Move the Cassette Holder Ass'y to the front side.
1.
Push the Locker R to remove the Cassette Side R.
2.
Remove the Cassette Side L.
3.
Main Chassis
Cassette Side R
Locker R
Tape Guide R
Flap Lever
2
2
2
Main Chassis
1
Fig. 2-2
2-3: TAPE GUIDE L (Refer to Fig. 2-3-A)
Move the Cassette Holder Ass'y to the back side.
1.
Unlock the 2 supports 1 and remove the Tape Guide L.
2.
Remove the REC Lever. (Recorder only)
3.
REC Lever
Tape Guide L
1
Cassette Side L
Main Chassis
Fig. 2-4
2-5: CASSETTE SIDE L/R (Refer to Fig. 2-5)
Unlock the 4 supports 1 and then remove the Cassette
1.
Side L/R.
NOTE
When you install the Cassette Side R, be sure to move the
Locker R after installing.
1
1
Locker R
Cassette Side R
1
1
Cassette Side L
Fig. 2-5
1
Main Chassis
• The REC Lever is not installed on the Video Cassette Player.
Fig. 2-3-A
B2-1
Page 7
DISASSEMBLY INSTRUCTIONS
2-6: LINK ASS'Y (Refer to Fig. 2-6)
Set the Link Ass'y to the Eject position.
1.
Remove the (A) side of the Link Ass'y first, then remove
2.
the (B) side.
Link Ass'y
(A)
Main Chassis
(B)
Link Ass'y
Main Chassis
Fig. 2-6
2-7: LOADING MOTOR ASS'Y (Refer to Fig. 2-7)
Remove the Link Lever.
1.
Remove the Dumper Spring.
2.
Remove the 2 screws 1.
3.
Unlock the support 2 and remove the Loading Motor
4.
Ass'y.
Unlock the 2 supports 3 and remove the Deck PWB
5.
(BOT).
1
Dumper Spring
Loading Motor Ass'y
2
2-9: TENSION ASS'Y (Refer to Fig. 2-9-A)
Move the Inclined S Ass'y to the back side.
1.
Remove the Tension Spring.
2.
Unlock the support 1 and remove the Tension Arm
3.
Ass'y.
Remove the Tension Adjust.
4.
Unlock the 2 supports 2 and remove the Tension Band
5.
Ass'y.
Unlock the support 3 and remove the Tension Holder.
6.
Remove the SS Brake Spring.
7.
Remove the SS Arm Brake.
8.
Tension Adjust
2
Tension Spring
SS Brake Spring
SS Arm Brake
2
1
3
Tension Band Ass'y
Tension Arm Ass'y
Tension Holder
Inclined S Ass'y
Fig. 2-9-A
NOTE
When you install the Tension Adjust, install as shown in
Fig. 2-9-B. (Refer to Fig. 2-9-B)
3
Main Chassis
• Screw Torque: 5 ± 0.5kgf•cm
1
Deck PWB
(BOT)
2-8: SENSOR COVER L3 (Refer to Fig. 2-8)
Unlock the support 1 and remove the Sensor Cover L3.1.
Main Chassis
Sensor Cover L3
1
Link Lever
Fig. 2-7
Fig. 2-8
Adjust the direction of the Marker to inside.
2-10: T BRAKE ASS'Y (Refer to Fig. 2-10)
Remove the T Brake Spring.
1.
Remove the T Brake Ass'y.
2.
T Brake Ass'y
T Brake Spring
Fig. 2-9-B
Fig. 2-10
B2-2
Page 8
DISASSEMBLY INSTRUCTIONS
2-11: S REEL/T REEL (Refer to Fig. 2-11)
Remove the S Reel and T Reel.
1.
Remove the 2 Polyslider Washers 1.
2.
NOTE
Take care not to damage the gears of the S Reel and T
1.
Reel.
The Polyslider Washer may be remained on the back of
2.
the reel.
Take care not to damage the shaft.
3.
Do not touch the section "A" of S Reel and T Reel. (Use
4.
gloves.) (Refer to Fig. 2-11) Do not adhere the stains
on it.
When you install the reel, clean the shaft and oil it (FL
5.
OIL #6115). (If you do not oil, noise may be heard in FF/
REW mode.)
After installing the reel, adjust the height of the reel.
6.
(Refer to MECHANICAL ADJUSTMENT)
S Reel
(A)
1
T Reel
(A)
1
NOTE
Do not touch the Pinch Roller. (Use gloves.)
1.
When you install the Pinch Roller Block, install as shown
2.
in the circle of Fig. 2-12-B. (Refer to Fig. 2-12-B)
Fig. 2-12-B
2-13: A/C HEAD (Refer to Fig. 2-13-A)
Remove the screw 1.
1.
Remove the A/C Head Base.
2.
Remove the 3 screws 2.
3.
Remove the A/C Head and A/C Head Spring.
4.
NOTE
Do not touch the A/C Head. (Use gloves.)
1.
When you install the A/C Head Spring, install as shown
2.
in Fig. 2-13-B. (Refer to Fig. 2-13-B)
When you install the A/C Head, tighten the screw (1)
3.
first, then tighten the screw (2), finally tighten the screw
(3).
2-12: PINCH ROLLER BLOCK/P5-3 ARM ASS'Y
(Refer to Fig. 2-12-A)
Remove the P5 Spring.
1.
Remove the screw 1.
2.
Unlock the 2 supports 2 and remove the Cassette
3.
Opener.
Remove the Pinch Roller Block, Pinch Roller Arm
4.
Spring, Pinch Roller Lever Ass'y and P5-3 Arm Ass'y.
P5 Spring
P5-3 Arm Ass'y
1
2
Cassette Opener
2
Pinch Roller Block
Pinch Roller Arm Spring
Pinch Roller Lever Ass'y
Main Chassis
Fig. 2-11
(3)
(1)
2
2
(2)
1
• Screw Torque: 4 ± 0.5kgf•cm (Screw 1)
2
Spring Position
A/C Head
A/C Head Spring
A/C Head Base
Fig. 2-13-A
Fig. 2-13-B
2-14: FE HEAD (RECORDER ONLY) (Refer to Fig. 2-14)
Remove the screw 1.
1.
Remove the FE Head.
2.
• Screw Torque: 5 ± 0.5kgf•cm
Fig. 2-12-A
B2-3
FE Head
• The FE Head is not installed on the Video Cassette Player.
• Screw Torque: 4 ± 0.5kgf•cm
1
Fig. 2-14
Page 9
DISASSEMBLY INSTRUCTIONS
2-15: AHC ASS'Y/CYLINDER UNIT ASS'Y
(Refer to Fig. 2-15)
Unlock the support 1 and remove the AHC Ass'y.
1.
Remove the 3 screws 2.
2.
Remove the Cylinder Unit Ass'y.
3.
NOTE
When you install the Cylinder Unit Ass'y, tighten the
screws from (1) to (3) in order while pulling the Ass'y
toward the left front direction.
AHC Ass'y
Cylinder Unit Ass'y
2
(2)
• Screw Torque: 3 ± 0.5kgf•cm
(1)
2
2
(3)
1
Fig. 2-15
2-16: CAPSTAN DD UNIT (Refer to Fig. 2-16)
Remove the Capstan Belt.
1.
Remove the 3 screws 1.
2.
Remove the Capstan DD Unit.
3.
1
Middle Gear
E-Ring
Main Cam
Pinch Roller Cam
2
Joint Gear
P5 Cam
Fig. 2-17-A
NOTE
When you install the Pinch Roller Cam, P5 Cam and Main
Cam, align each marker. (Refer to Fig. 2-17-B)
Pinch Roller Cam
Check the hole of Main
Chassis can be seen.
Marker
Main Cam
P5 Cam
Capstan Belt
Capstan DD Unit
1
1
1
• Screw Torque: 5 ± 0.5kgf•cm
Fig. 2-16
2-17: MIDDLE GEAR/MAIN CAM (Refer to Fig. 2-17-A)
Remove the Polyslider Washer 1, then remove the
1.
Middle Gear.
Remove the E-Ring, then remove the Main Cam, P5
2.
Cam and Pinch Roller Cam.
Remove the Polyslider Washer 2, then remove the
3.
Joint Gear.
Fig. 2-17-B
2-18: CLUTCH ASS'Y (Refer to Fig. 2-18)
Remove the Polyslider Washer 1.
1.
Remove the Clutch Ass'y, Ring Spring and Coupling
2.
Gear.
Unlock the 2 supports 2 and remove the Clutch Lever.
3.
1
Clutch Ass'y
Ring Spring
Coupling Gear
Clutch Lever
2
2
Fig. 2-18
B2-4
Page 10
DISASSEMBLY INSTRUCTIONS
2-19: LOADING GEAR S/T ASS'Y (Refer to Fig. 2-19-A)
Remove the E-Ring 1 and remove the Main Loading
1.
Gear.
Remove the Capstan Brake Spring.
2.
Slide the Main Rod and remove the Capstan Brake
3.
Ass'y.
Remove the Main Rod, Tension Lever, Clutch Actuator,
4.
Idler Arm Ass'y.
Remove the screw 2.
5.
Remove the LED Reflecter.
6.
Remove the Loading Arm S Ass'y and Loading Arm T
7.
Ass'y.
8.
Remove the Loading Gear S and Loading Gear T.
9.
Remove the Loading Gear Spring.
Capstan Brake Spring
Main Rod
Idler Arm Ass'y
LED Reflecter
Clutch Actuator
Capstan Brake Ass'y
1
2
Main Loading Gear
Tension Lever
Loading Gear T
Loading Gear
Spring
Loading Arm T Ass'y
Loading Gear S
Loading Gear
Spring
2. When you install the Clutch Actuator, install as shown in
the circle of Fig. 2-19-C. (Refer to Fig. 2-19-C)
Clutch Actuator
Fig. 2-19-C
2-20: INCLINED S/T ASS'Y (Refer to Fig. 2-20)
Unlock the support 1 and remove the P4 Cover.
1.
Remove the screw 2.
2.
Unlock the support 3 and remove the Loading Gear
3.
Holder.
Remove the Inclined S.
4.
Remove the Inclined T.
5.
Remove the 2 screws 4, then remove the Guide Roller.
6.
NOTE
Do not touch the roller of Guide Roller.
2
Loading Gear Holder
Guide Roller
3
Loading Arm S Ass'y
• Screw Torque: 5 ± 0.5kgf•cm
Fig. 2-19-A
NOTES
1. When you install the Loading Arm S Ass'y, Loading Arm
T Ass'y and Main Loading Gear, align each marker.
(Refer to Fig. 2-19-B)
Marker
Main Loading Gear
Marker
Loading Arm T Ass'y
Loading Arm S Ass'y
4
Inclined S
• Screw Torque: 5 ± 0.2kgf•cm (Screw 2)
• Screw Torque: 0.7 ± 0.2kgf•cm (Screw 4)
Guide Roller
4
Inclined T
P4 Cover
1
Fig. 2-20
Fig. 2-19-B
B2-5
Page 11
DISASSEMBLY INSTRUCTIONS
3. REMOVAL OF ANODE CAP
Read the following NOTED items before starting work.
*
After turning the power off there might still be a potential
voltage that is very dangerous. When removing the
Anode Cap, make sure to discharge the Anode Cap's
potential voltage.
*
Do not use pliers to loosen or tighten the Anode Cap
terminal, this may cause the spring to be damaged.
REMOVAL
1. Follow the steps as follows to discharge the Anode Cap.
(Refer to Fig. 3-1.)
Connect one end of an Alligator Clip to the metal part of a
flat-blade screwdriver and the other end to ground.
While holding the plastic part of the insulated Screwdriver,
touch the support of the Anode with the tip of the
Screwdriver.
A cracking noise will be heard as the voltage is discharged.
GND on the CRT
3. After one side is removed, pull in the opposite direction to
remove the other.
NOTE
Take care not to damage the Rubber Cap.
INSTALLATION
1. Clean the spot where the cap was located with a small
amount of alcohol. (Refer to Fig. 3-3.)
Location of Anode Cap
Fig. 3-3
NOTE
Confirm that there is no dirt, dust, etc. at the spot where
the cap was located.
2.3.Arrange the wire of the Anode Cap and make sure the
wire is not twisted.
Turn over the Rubber Cap. (Refer to Fig. 3-4.)
Screwdriver
Alligator Clip
GND on the CRT
Flip up the sides of the Rubber Cap in the direction of the
2.
arrow and remove one side of the support.
(Refer to Fig. 3-2.)
Rubber Cap
CRT
Support
Support
CRT
Fig. 3-1
Fig. 3-2
Fig. 3-4
4. Insert one end of the Anode Support into the anode button,
then the other as shown in Fig. 3-5.
Support
CRT
5.6.Confirm that the Support is securely connected.
Put on the Rubber Cap without moving any parts.
Fig. 3-5
B3-1
Page 12
A
A/C
ACC
AE
AFC
AFT
AFT DET
AGC
AMP
ANT
A.PB
APC
ASS'Y
AT
AUTO
A/V
B
BGP
BOT
BPF
BRAKE SOL
BUFF
B/W
C
C
CASE
CAP
CARR
CH
CLK
CLOCK (SY-SE)
COMB
CONV
CPM
CTL
CYL
CYL-M
CYL SENS
D
DATA (SY-CE)
dB
DC
DD Unit
DEMOD
DET
DEV
E
E
EF
EMPH
ENC
ENV
EOT
EQ
EXT
F
F
FBC
FE
FF
FG
FL SW
FM
FSC
FWD
G
GEN
GND
H
H.P.F
KEY TO ABBREVIATIONS
:
Audio/Control
:
Automatic Color Control
:
Audio Erase
:
Automatic Frequency Control
:
Automatic Fine Tuning
:
Automatic Fine Tuning Detect
:
Automatic Gain Control
:
Amplifier
:
Antenna
:
Audio Playback
:
Automatic Phase Control
:
Assembly
:
All Time
:
Automatic
:
Audio/Video
:
Burst Gate Pulse
:
Beginning of Tape
:
Bandpass Filter
:
Brake Solenoid
:
Buffer
:
Black and White
:
Capacitance, Collector
:
Cassette
:
Capstan
:
Carrier
:
Channel
:
Clock
:
Clock (Syscon to Servo)
:
Combination, Comb Filter
:
Converter
:
Capstan Motor
:
Control
:
Cylinder
:
Cylinder-Motor
:
Cylinder-Sensor
:
Data (Syscon to Servo)
:
Decibel
:
Direct Current
:
Direct Drive Motor Unit
:
Demodulator
:
Detector
:
Deviation
:
Emitter
:
Emitter Follower
:
Emphasis
:
Encoder
:
Envelope
:
End of Tape
:
Equalizer
:
External
:
Fuse
:
Feed Back Clamp
:
Full Erase
:
Fast Forward, Flipflop
:
Frequency Generator
:
Front Loading Switch
:
Frequency Modulation
:
Frequency Sub Carrier
:
Forward
:
Generator
:
Ground
:
High Pass Filter
H.SW
Hz
I
IC
IF
IND
INV
K
KIL
L
L
LED
LIMIT AMP
LM, LDM
LP
L.P.F
LUMI.
M
M
MAX
MINI
MIX
MM
MOD
MPX
MS SW
N
NC
NR
O
OSC
OPE
P
PB
PB CTL
PB-C
PB-Y
P. CON
PD
PG
P-P
PWB
R
R
REC
REC-C
REC-Y
REEL BRK
REEL S
REF
REG
REW
REV, RVS
RF
RMC
RY
S
S. CLK
S. COM
S. DATA
SEG
SEL
SENS
SER
SI
SIF
SO
SOL
SP
STB
SW
:
Head Switch
:
Hertz
:
Integrated Circuit
:
Intermediate Frequency
:
Indicator
:
Inverter
:
Killer
:
Left
:
Light Emitting Diode
:
Limiter Amplifier
:
Loading Motor
:
Long Play
:
Low Pass Filter
:
Luminance
:
Motor
:
Maximum
:
Minimum
:
Mixer, mixing
:
Monostable Multivibrator
:
Modulator, Modulation
:
Multiplexer, Multiplex
:
Mecha State Switch
:
Non Connection
:
Noise Reduction
:
Oscillator
:
Operation
:
Playback
:
Playback Control
:
Playback-Chrominance
:
Playback-Luminance
:
Power Control
:
Phase Detector
:
Pulse Generator
:
Peak-to Peak
:
Printed Wiring Board
:
Right
:
Recording
:
Recording-Chrominance
:
Recording-Luminance
:
Reel Brake
:
Reel Sensor
:
Reference
:
Regulated, Regulator
:
Rewind
:
Reverse
:
Radio Frequency
:
Remote Control
:
Relay
:
Serial Clock
:
Sensor Common
:
Serial Data
:
Segment
:
Select, Selector
:
Sensor
:
Search Mode
:
Serial Input
:
Sound Intermediate Frequency
:
Serial Output
:
Solenoid
:
Standard Play
:
Serial Strobe
:
Switch
C1-1
Page 13
S
SYNC
SYNC SEP
T
TR
TRAC
TRICK PB
TP
U
UNREG
V
V
VCO
VIF
VP
V.PB
VR
V.REC
VSF
VSR
VSS
V-SYNC
VT
X
X'TAL
Y
Y/C
KEY TO ABBREVIATIONS
:
Synchronization
:
Sync Separator, Separation
:
Transistor
:
Tracking
:
Trick Playback
:
Test Point
:
Unregulated
:
Volt
:
Voltage Controlled Oscillator
:
Video Intermediate Frequency
:
Vertical Pulse, Voltage Display
:
Video Playback
:
Variable Resistor
:
Video Recording
:
Visual Search Fast Forward
:
Visual Search Rewind
:
Voltage Super Source
:
Vertical-Synchronization
:
Voltage Tuning
:
Crystal
:
Luminance/Chrominance
C1-2
Page 14
SERVICE MODE LIST
This unit provided with the following SERVICE MODES so you can repair, examine and adjust easily.
To enter SERVICE MODE, Unplug AC cord till lost actual clock time. Then press and hold Vol (-) button of main unit and
remocon key for more than 2 seconds.
The both pressing of set key and remote control key will not be possible if clock has been set. To reset clock, either unplug
AC cord and allow at least 30 minutes before Power On or alternatively, discharge backup capacitor.
Set Key Remocon Key Operations
VOL. (-) MIN 1
VOL. (-) MIN 2
VOL. (-) MIN
VOL. (-) MIN 4
VOL. (-) MIN 5
VOL. (-) MIN 6
VOL. (-) MIN 8
Initialization of the factory.
NOTE: Do not use this for the normal servicing.
Horizontal position adjustment of OSD.
NOTE: Also can be adjusted by using the Adjustment MENU.
Refer to the "ELECTRICAL ADJUSTMENT" (OSD HORIZONTAL).
3
Adjust the PG SHIFTER automatically.
Refer to the "ELECTRICAL ADJUSTMENT" (PG SHIFTER).
Adjust the PG SHIFTER manually.
Refer to the "ELECTRICAL ADJUSTMENT" (PG SHIFTER).
Adjusting of the Tracking to the center position.
NOTE: Also can be adjusted by pressing the ATR button for more tan 2 seconds
during PLAY.
POWER ON total hours and PLAY/REC total hours are displayed on the screen.
Refer to the "PREVENTIVE CHECKS AND SERVICE INTERVALS" (CONFIRMATION
OF USING HOURS).
Can be checked of the INITIAL DATA of MEMORY IC.
Refer to the "NOTE FOR THE REPLACING OF MEMORY IC".
Writing of EEPROM initial data.
NOTE: Do not use this for the normal servicing.
VOL. (-) MIN 9
Method Operations
Press the ATR button on the
remote control for more than
2 seconds during PLAY.
Make the short circuit between
the test point of SERVICE and
the GND.
Display of the Adjustment MENU on the screen.
Refer to the "ELECTRICAL ADJUSTMENT" (On-Screen Display Adjustment).
Adjusting of the Tracking to the center position.
Refer to the "MECHANICAL ADJUSTMENT" (GUIDE ROLLER) and "ELECTRICAL
ADJUSTMENT" (PG SHIFTER).
The EOT/BOT/Reel sensor do not work at this moment.
Refer to the "PREPARATION FOR SERVICING"
C2-1
Page 15
PREVENTIVE CHECKS AND SERVICE INTERVALS
The following standard table depends on environmental conditions and usage. Unless maintenance is properly
carried out, the following service intervals may be quite shortened as harmful effects may be had on other parts.
Also, long term storage or misuse may cause transformation and aging of rubber parts.
Time
Parts Name
Audio Control Head
Full Erase Head
(Recorder only)
Capstan Belt
Pinch Roller
Capstan DD Unit
Loading Motor
Tension Band
Capstan Shaft
Tape Running
Guide Post
Cylinder Unit
: Clean
: Replace
500
hours
1,000
hours
1,500
hours
2,000
hours
3,000
hours
Notes
Clean those parts in
contact with the tape.
Clean the rubber, and parts
which the rubber touches.
Replace when rolling
becomes abnormal.
Clean the Head
CONFIRMATION OF USING HOURS
POWER ON total hours and PLAY/REC total hours can be checked on the screen.
Total hours are displayed in 16 system of notation.
NOTE: The confirmation of using hours will not be possible if clock has been set. To reset clock, either unplug
AC cord and allow at least 30 minutes before Power On or alternatively, discharge backup capacitor.
1.
Set the VOLUME to minimum.
2.
While holding down VOLUME button on front cabinet, press key 6 on remote control for more than 2 seconds.
3.
After the confirmation of using hours, turn off the power.
INIT 00 83
POWER ON
PLAY/REC
(16 x 16 x 16 x thousands digit value) + (16 x 16 x hundreds digit value) + (16 x tens digit value) + (ones digit value)
0010
0003
Initial setting content of MEMORY IC.
POWER ON total hours.
PLAY/REC total hours.
C3-1
Page 16
PREVENTIVE CHECKS AND SERVICE INTERVALS
CLEANING
NOTE
After cleaning the heads with isopropyl alcohol, do not
run a tape until the heads dry completely. If the heads
are not completely dry and alcohol gets on the tape,
damage may occur.
1. AUDIO CONTROL HEAD
Wrap a piece of chamois around your finger. Dip it in
isopropyl alcohol and clean the audio control head by
wiping it horizontally. Clean the full erase head in the
same manner. (Refer to the figure below.)
2. TAPE RUNNING SYSTEM
When cleaning the tape transport system, use the
gauze moistened with isopropyl alcohol.
3. CYLINDER
Wrap a piece of chamois around your finger. Dip it in
isopropyl alcohol. Hold it to the cylinder head softly.
Turn the cylinder head counterclockwise to clean it (in
the direction of the arrow). (Refer to the figure below.)
NOTE
Do not exert force against the cylinder head. Do not move
the chamois upward or downward on the head.
Use the chamois one by one.
Audio Control Head
Cylinder Head
C3-2
Page 17
NOTE FOR THE REPLACING OF MEMORY IC
If a service repair is undertaken where it has been required to change the MEMORY IC, the following steps should be taken to
ensure correct data settings while making reference to TABLE 1.
NOTE: Initial Data setting will not be possible if clock has been set. To reset clock, either unplug AC cord and allow
at least 30 minutes before Power On or alternatively, discharge backup capacitor.
+0 +1 +2 +3 +4 +5 +6 +7 +8 +9
5C 1E 07 81 EA 80 03 07 C4 01
05
1A 63 65 66 46 1E 3B 2A 17
10
77 63 64 65 64 EA 00 F5 77 A0
20 68 5F 05 50 00 F0
30 15 28 A0 C4 20 08
5F 05 F0 05 F3 EE 91 6C 38 21
40 10 3A 60 27 04 06 15
BF 1B B5 C3 43 7D 8B 8B 0C
20 24 26 28 2B 2E 31 34 37
50
60 63 65 67 69 6B 6D
70 8B 8E 91 94 97 9A
80 A0 CD D2 D9 E1 F0 FF
Enter DATA SET mode by setting VOLUME to minimum.
1.
While holding down VOLUME button on front cabinet, press key 6 on remote control for more than 2 seconds.
2.
ADDRESS and DATA should appear as FIG 1.
22
4C 4F 52 55 57 59 5B 5D 5F 61
6F 71 73 76 79 7C 7F 82 85 88
9D
A5 AA AF B4 B9 BE C3 C8
Table 1
ADDRESS DATA
+A
+B +C +D +E +FINI
12 F1 67 6F 10 4300
1D 1B 3A 0F 4B 20
3A 3D 40 43 46 49
INIT 00 83
POWER ON
PLAY/REC
3.
ADDRESS is now selected and should "blink". Using the PLAY or STOP button on the remote, step through the
ADDRESS until required ADDRESS to be changed is reached.
4.
Press ENTER to select DATA. When DATA is selected, it will "blink".
5.
Again, step through the DATA using PLAY or STOP button until required DATA value has been selected.
6.
Pressing ENTER will take you back to ADDRESS for further selection if necessary.
7.
Repeat steps 3 to 6 until all data has been checked.
8.
When satisfied correct DATA has been entered, turn POWER off (return to STANDBY MODE) to finish DATA input.
The unit will now have the correct DATA for the new MEMORY IC.
0010
0003
Fig. 1
C4-1
Page 18
SERVICING FIXTURES AND TOOLS
(For 2 head 1 speed model,
4 head model)
VHS Alignment Tape
JG001E
JG001F
JG001U
(TTV-P2)
(TTV-P1L)
(VP S-X6 )
1
3
Screwdriver
JG154 Cable
Parts No. SJ-G15-400-000
(For 2 head 2 speed model)
VHS Alignment Tape
JG001C
JG001D
JG001V
JG162A Cable (8 Pins)
Parts No. SJ-G16-2A0-000
JG162G Cable (14 Pins)
Parts No. SJ-G16-2G0-000
JG162Y Cable (5 Pins)
Parts No. SJ-G16-2Y0-000
(TTV-P2)
(TTV-P1L)
2
(VP S-X6 )
3
JG002B
JG002E
Adapter
Dial Torque Gauge
(10~90gf•cm)
JG002F
JG024AJG022 Master PlaneJG153 X Value Adjustment
(60~600gf•cm)
Reel Disk Height
Adjustment Jig
Tentelometer
JG005 Post Adjustment
Screwdriver
Part No. SV-TG0-030-000
(small)
JG100A Torque Tape
(VHT-063)
Part No. Remarks
JG001E Stair Steps, 7KHz (For 2 head 1 speed model, 4 head model)
JG001F Color Bar, 1KHz (For 2 head 1 speed model, 4 head model)
JG001U X Value Adjustment (For 2 head 1 speed model, 4 head model)
JG001C Stair Steps, 7KHz (For 2 head 2 speed model)
JG001D Color Bar, 1KHz (For 2 head 2 speed model)
JG001V
X Value Adjustment (For 2 head 2 speed model)
JG002B VSR Torque, Brake Torque (S Reel/T Reel Ass'y)
JG002E Brake Torque (T Reel Ass'y)
JG002F
JG005
JG153
JG022/JG024A
VSR Torque, Brake Torque (S Reel)
Guide Roller Adjustment
X Value Adjustment
Reel Disk Height Adjustment
JG100A Playback Torque, Back Tension Torque During Playback
JG154
Used to connect the test point of SERVICE and GROUND
JG162A Used to connect the Ragulator PWB and Main PWB
Used to connect the Syscon PWB and Main PWBJG162G
JG162Y Used to connect the Syscon PWB and CRT PWB
C5-1
Page 19
PREPARATION FOR SER VICING
How to use the Servicing Fixture
1.
Unplug the connector CP351 and CP755 then remove the TV/VCR Block from the set.
2.
Unplug the connector CP810, CP820 and CP850, then remove the Main PWB from the VCR Block.
3.
Connect as shown in the below figure using the Service Fixture.
• Connect the Ragulator PWB to the Main PWB with the cable JG162A.
• Connect the Syscon PWB to the Main PWB with the cable JG162G.
• Connect the Syscon PWB to the CRT PWB with the cable JG162Y.
4.
Remove the Operation PWB from the set, then connect it with the Syscon PWB.
If necessary, connect CP351. (AV PWB)
5.
Short circuit between TP1001 and Ground with the cable JG154.
(Refer to MAJOR COMPONENTS LOCATION GUIDE)
The EOT, BOT and Reel Sensor do not work at this moment.
6.
At that time, the STOP/EJECT button is available to insert and eject the Cassette Tape.
Front Cabinet
To Ground
IF PWB
Syscon PWB
JG154
CD850
TP1001
Operation PWB
CRT PWB
CP850
Main PWB
CP755
CD751
CP820
JG162Y
CP810
JG162A
JG162G
CD820
CD9001
Ragulator PWB
C5-2
Page 20
PREPARATION FOR SER VICING
Servicing Position for Main PWB (In case of needing to check on Main PWB)
• It's possible to get the Servicing Position without the extension Jig if you arrange the unit as shown below.
(But L503 connection can not be done, Degauss circuit will not operate.)
L503 (2 Pin)
• Be careful for the short circuit.
Main PWB
VHS Tape
(Put the Tape under the FBT.)
C5-3
Page 21
VCR TEST TAPE INTERCHANGEABILITY TABLE
There are two types of the new alignment tape CH-1B (for NTSC) and CH-2 (for PAL). On each tape four signals (1) - (4) are
recorded for the times and in the order shown below.
(1) : 8min. ---> (2) : 2min. ---> (3) : 5min. ---> (4) : 5min.
The TTV-MP1 (for M-PAL), TTV-MS1 (for MESECAM) and TTV-S1 (for SECAM) alignment tapes have the same contents as
the previous tapes.
Method
NTSC
Now in use TYPE
Model Model Contents*1
TTV-N1
TTV-N1E
TTV-N2
TTV-N12
(SCV-1998)
TTV-N7A
Contents*1
NTSC, Color,
1kHz, SP
NTSC, Color,
1kHz, EP
NTSC, Stairsteps,
7kHz, SP
NTSC, Color,
1kHz, SP
NTSC, Stairsteps,
1kHz, SP, HiFi
400Hz
CH-1B(2)
CH-1B(4)
CH-1B(1)
CH-1B(4)
CH-1B(3)
New TYPE
NTSC, Stairsteps,
1kHz, SP
*2
NTSC, Stairsteps,
7kHz, SP
NTSC, Color, No
sound SP, HiFi
400Hz
NTSC, Color,
1kHz, EP
NTSC, Color,
1kHz, EP
Application
PB-Y Level/General electrical ADJ.
Head ACE Height/Tilt ADJ.
Switching position ADJ.
Head ACE Azimuth ADJ.
FM envelope ADJ.
X-Value ADJ.
HiFi Audio PB Level ADJ.
TTV-P1
TTV-P1L
PAL
TTV-P2
TTV-P7
TTV-P16
*1. Described in the order of color format. Video signal. Linear audio. Tape speed and Hi-Fi audio.
*2. Use CH-1B (1) - (3) with models used exclusively in the SP mode.
*3. Use CH-2 (3) and (4) when it is necessary to observe the chroma signal.
PAL, Color,
1kHz, SP
PAL, Color,
1kHz, LP
PAL, Stairsteps,
6kHz, SP
PAL, Stairsteps,
1kHZ, SP, HiFi,
1kHz
PAL, Color, 400Hz,
SP, HiFi 1kHz
CH-2(2)
*3
CH-2(4)
CH-2(1)
CH-2(3)
PAL, Stairsteps,
1kHz, SP
PAL, Color,
1kHz, LP
PAL, Stairsteps,
6kHz, SP
PAL, Color, No
sound SP, HiFi
400Hz
No Changed.
Switching position ADJ.
PB-Y Level/General electrical ADJ.
Head ACE Height/Tilt ADJ.
Switching position. (LP Model)
FM Envelope ADJ. (LP Model)
X-Value ADJ. (LP Model)
Head ACE Azimuth ADJ.
FM Envelope ADJ. (SP Model)
X-Value ADJ. (SP Model)
HiFi Audio PB Level ADJ.
FM Filter ADJ.
C6-1
Page 22
MECHANICAL ADJUSTMENTS
1. CONFIRMATION AND ADJUSTMENT
Read the following NOTES before starting work.
••Place an object which weighs between 450g~500g on
the Cassette Tape to keep it steady when you want to
make the tape run without the Cassette Holder. (Do not
place an object which weighs over 500g.)
When you activate the deck without the Cassette Holder,
short circuit between TP1001 and GND. (Refer to
ELECTRICAL ADJUSTMENT PARTS LOCATION
GUIDE) In this condition the BOT/EOT/Reel Sensor will
not function.
CONFIRMATION AND ADJUSTMENT OF REEL
1-1:
DISK HEIGHT
1.
Turn on the power and set to the STOP mode.
2.
Set the master plane (JG022) and reel disk height
adjustment jig (JG024A) on the mechanism framework,
taking care not to scratch the drum, as shown in Fig. 1-
1-A.
3.
Confirm that "A" of the reel disk is lower than "B" of the
reel disk height adjustment jig (JG024A), and is higher
than "C". If it is not enough height, adjust to 10(+0.2, -0)
mm with the height adjustment washer.
4.
Adjust the other reel in the same way.
Master Plane (JG022)
1-2: CONFIRMATION AND ADJUSTMENT OF TENSION
POST POSITION
1.
Set to the PLAY mode.
2.
Adjust the Tension Adjust until the edge of the Tension
Arm is positioning within 0.5mm range from the
standard line center of Main Chassis.
After this adjustment, confirm that the cut position is
located in "A" area as shown in Fig. 1-2-B. If it is
located in "B" area, adjust again.
3.
While turning the S Reel clockwise, confirm that the
edge of the Tension Arm is located in the position
described above.
Standard line of Main Chassis
Tension Arm
0.5mm (Adjusting range)
Standard line center of Main Chassis
Tension Adjust
Fig. 1-2-A
Master Plane (JG022)
10(+0.2, -0)mm
Reel Disk Height Adjustment Jig
(JG024A)
Reel Disk
Height Adjustment
Washer
2.6x4.7xT0.13
2.6X4.7xT0.25
Reel Disk Height
Adjustment Jig
(JG024A)
(B)
(A)
Fig. 1-1-A
(C)
Fig. 1-1-B
(A)
Cut Position
(B)
Tension Adjust
Fig. 1-2-B
1-3: CONFIRMATION OF PLAYBACK TORQUE AND
BACK TENSION TORQUE DURING PLAYBACK
Load a video tape (E-180) recorded in standard speed
1.
mode. Set the unit to the PLAY mode.
Install the tentelometer as shown in Fig. 1-3. Confirm that
2.
the meter indicates 20 ± 2gf in the beginning of playback.
• USING A CASSETTE TYPE TORQUE TAPE (JG100A)
1.
After confirmation and adjustment of Tension Post
position (Refer to item 1-2), load the cassette type
torque tape (JG100A) and set to the PLAY mode.
2.
Confirm that the right meter of the torque tape indicates
60~110gf•cm during playback in SP mode.
3.
Confirm that the left meter of the torque tape indicates
25~40gf•cm during playback in SP mode.
Tentelometer
Video Tape
D1-1
P1 Post
Guide Roller
Fig. 1-3
Page 23
MECHANICAL ADJUSTMENTS
1-4: CONFIRMATION OF VSR TORQUE
Operate within 4~5 seconds after the reel disk begins to
1.
turn.
Install the Torque Gauge (JG002F) and Adapter (JG002B)
2.
on the S Reel. Set to the Rewind mode. (Refer to Fig.1-4)
Then, confirm that it indicates 120~180gf•cm.
3.
NOTE
Install the Torque Gauge on the reel disk firmly. Press the
REW button to turn the reel disk.
1-5: CONFIRMATION OF REEL BRAKE TORQUE
(S Reel Brake) (Refer to Fig. 1-4)
Set to the STOP mode.
1.
Move the Idler Ass'y from the S Reel.
2.
Install the Torque Gauge (JG002F) and Adapter
3.
(JG002B) on the S Reel. Turn the Torque Gauge
(JG002F) clockwise.
Then, confirm that it indicates 60~100gf•cm.
4.
(T Reel Brake) (Refer to Fig. 1-4)
Set to the STOP mode.
1.
Move the Idler Ass'y from the T Reel.
2.
Install the Torque Gauge (JG002E) and Adapter
3.
(JG002B) on the T reel. Turn the Torque Gauge
(JG002E) counterclockwise.
Then, confirm that it indicates 45~70gf•cm.
4.
Torque Gauge/Adapter
(JG002F/JG002B)
2. CONFIRMATION AND ADJUSTMENT
OF TAPE RUNNING MECHANISM
Tape Running Mechanism is adjusted precisely at the
factory. Adjustment is not necessary as usual. When you
replace the parts of the tape running mechanism because
of long term usage or failure, the confirmation and
adjustment are necessary.
2-1: GUIDE ROLLER
Playback the VHS Alignment Tape (JG001C or JG001E).
1.
(Refer to SERVICING FIXTURE AND TOOLS)
Connect CH-1 of the oscilloscope to TP4002 (Envelope)
2.
and CH-2 to TP4001 (SW Pulse).
Press and hold the Tracking-Auto button on the remote
3.
control more than 2 seconds to set tracking to center.
Trigger with SW Pulse and observe the envelope. (Refer
4.
to Fig. 2-1-A)
When observing the envelope, adjust the Adjusting Driver
5.
(JG005) slightly until the envelope will be flat.
Even if you press the Tracking Button, adjust so that
flatness is not moved so much.
Adjust so that the A : B ratio is better than 3 : 2 as shown
6.
in Fig. 2-1-B, even if you press the Tracking Button to
move the envelope (The envelope waveform will begin to
decrease when you press the Tracking Button).
Adjust the PG shifter during playback.
7.
(Refer to the ELECTRICAL ADJUSTMENTS)
NOTE
After adjustment, confirm and adjust A/C head.
(Refer to item 2-2)
Torque Gauge/Adapter
(JG002E/JG002B)
S Reel
T Reel
Fig. 1-4
NOTE
If the torque is out of the range, replace the following
parts.
Check item
1-4
1-5
Replacement Part
Idler Ass'y/Clutch Ass'y
T Brake Spring/Tension Spring
Envelope
CH-3
Audio
Max
CH-1
Envelope
(TP4002)
CH-1
CH-2
Track
Track
CH-2
SW Pulse (TP4001)
(1)
(2)
Entrance Exit
A
B
Fig. 2-1-A
Max
D1-2
A : B ≥ 3 : 2
Fig. 2-1-B
Page 24
MECHANICAL ADJUSTMENTS
CONFIRMATION AND ADJUSTMENT OF AUDIO/
CONTROL HEAD
When the Tape Running Mechanism does not work well,
adjust the following items.
1.
Playback the VHS Alignment Tape (JG001C or JG001E).
(Refer to SERVICING FIXTURE AND TOOLS)
2.
Confirm that the reflected picture of stamp mark is
appeared on the tape prior to P4 Post as shown in Fig. 2-
2-A.
a)
When the reflected picture is distorted, turn the screw
1 clockwise until the distortion is disappeared.
b)
When the reflected picture is not distorted, turn the
screw 1 counterclockwise until little distortion is
appeared, then adjust the a).
3.
Turn the screw 2 to set the audio level to maximum.
4.
Confirm that the bottom of the Audio/ Control Head and
the bottom of the tape is shown in Fig. 2-2-C.
c)
When the height is not correct, turn the screw 3 to
adjust the height. Then, adjust the 1~3 again.
Audio/Control Head
Reflected picture of
Stamp Mark
P4 Post
2-3:2-2:
TAPE RUNNING ADJUSTMENT
(X VALUE ADJUSTMENT)
Confirm and adjust the height of the Reel Disk.
1.
(Refer to item 1-1)
Confirm and adjust the position of the Tension Post.
2.
(Refer to item 1-2)
Adjust the Guide Roller. (Refer to item 2-1)
3.
Confirm and adjust the Audio/Control Head.
4.
(Refer to item 2-2)
Connect CH-1 of the oscilloscope to TP4002, CH-2 to
5.
TP4001 and CH-3 to HOT side of Audio Out Jack.
Playback the VHS Alignment Tape (JG001U or JG001V).
6.
(Refer to SERVICING FIXTURE AND TOOLS)
Press and hold the Tracking-Auto button on the remote
7.
control more than 2 seconds to set tracking to center.
Set the X Value adjustment driver (JG153) to the 4 of
8.
Fig. 2-2-B. Adjust X value so that the envelope waveform
output becomes maximum. Check if the relation between
Audio and Envelope waveform becomes (1) or (2) of Fig.
2-1-A.
3
2
Audio/Control Head
Tape
Stamp Mark
Audio/Control Head
Fig. 2-2-A
1
4
Fig. 2-2-B
0.25±0.05mm
Fig. 2-2-C
D1-3
Page 25
MECHANICAL ADJUSTMENTS
3. MECHANISM ADJUSTMENT PARTS LOCATION GUIDE
4
3
2
5
6
7
1
10
1. Tension Adjust
2. Tension Arm
3. Guide Roller
4. P1 Post
5. Audio/Control Head
6.
X value adjustment driver hole
7.
P4 Post
8.
T Brake Spring
9.
T Reel
10.
S Reel
9
8
D1-4
Page 26
ELECTRICAL ADJUSTMENTS
1. ADJUSTMENT PROCEDURE
Read and perform these adjustments when repairing the
circuits or replacing electrical parts or PWB assemblies.
CAUTION
When replacing IC's or transistors, use only specified
silicon grease (G746).
(To prevent the damage to IC's and transistors.)
On-Screen Display Adjustment
1.2.Unplug the AC plug for more than 30 minutes to set the
clock to the non-setting state. (To release the Back-Up
immediately, take the short circuit between C1003 and
GND at the Power Off.) Then, set the volume level to
minimum.
Press the VOL. DOWN button on the set and the
channel button (9) on the remote control for more than 2
seconds to display adjustment mode on the screen as
shown in Fig. 1-1.
NOTE
Use the channel buttons (1-8) on the remote control to
select the options shown in Fig. 1-1.
Press the channel button (0) or MENU button on the
remote control to end the adjustments.
1. H/V
2. AKB
3. COLOR TEMP
4. PICTURE
5. OTHERS
6. TEST PATTERN
7.
8. 0. END
"The adjustment items 3 and 6 is not used for this
model."
2. BASIC ADJUSTMENTS
(VCR SECTION)
2-1: PG SHIFTER
1.
Connect CH-1 on the oscilloscope to TP4001 and CH-2
to TP4501.
2.
Playback the alignment tape. (JG001D)
3.
Press and hold the Tracking-Auto button on the remote
control more than 2 seconds to set tracking to center.
4.
Press the VOL. DOWN button on the set and the
channel button (3) on the remote control simultaneously
until the indicator REC disappears. If the indicator REC
disappears, adjustment is completed.
(If the above adjustments doesn't work well:)
5.
Press the VOL. DOWN button on the set and the
channel button (3) on the remote control simultaneously
until the indicator REC disappears.
6.
When the REC indicator is blinking, press both VOL.
DOWN button on the set and the channel button (4) on
the remote control simultaneously and adjust the
Tracking +/- button until the arising to the down of Head
Switching Pulse becomes 6.5 ± 0.5H.
(Refer to Fig. 2-1-A, B)
7.
Stop the alignment tape.
Fig. 1-1
CH-2
6.5H
CH-1
Fig. 2-1-A
CH-2
CH-1
6.5H
Fig. 2-1-B
2-2: VCO
(REC TUNER)
1.
Place the set with Aging Test for more than 10 minutes.
2.
Connect the oscillator (39.5MHz) to TP1002.
3.
Connect the digital voltmeter between the pin 8 of
CP603 and the pin 1 (GND) of CP603.
4.
Adjust the L6006 until the digital voltmeter is 2.4 ± 0.1V.
(MONITOR TUNER)
1.
Connect the oscillator (39.5MHz) to TUNER IF PIN.
2.
Connect the digital voltmeter between the pin 47 of
IC601 and the GND.
3.
Adjust the L608 until the digital voltmeter is 3.8 ± 0.1V.
2-3: RF AGC DELAY
(MONITOR TUNER)
1.
Receive the UHF (80dB).
2.
Connect the digital voltmeter between the pin 5 of
CP603 and the pin 1 (GND) of CP603.
3.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (5) on the remote control to
select "OTHERS". The Fig. 2-2 appears on the display.
4.
Press the channel button (1) on the remote control to
select "RF AGC DELAY".
5.
Press the PLAY or STOP button on the remote control
until the digital voltmeter is 1.7 ± 0.1V.
(REC TUNER)
Receive the UHF (80dB).
1.
Connect the digital voltmeter between the pin 7 of
2.
CP603 and the pin 1 (GND) of CP603.
Activate the adjustment mode display of Fig. 1-1 and
3.
press the channel button (5) on the remote control to
select "OTHERS". The Fig. 2-2 appears on the display.
Press the channel button (7) on the remote control to
4.
select "REC AGC DELAY".
Press the PLAY or STOP button on the remote control
5.
until the digital voltmeter is 1.6 ± 0.1V.
D2-1
Page 27
ELECTRICAL ADJUSTMENTS
1. RF AGC DELAY
2. VIDEO LEVEL
3. FM LEVEL
4. OSD H
5. CUT OFF
6. (VOL TEST)
7. REC AGC DELAY
8. 0. RETURN
"The adjustment item 6 is not used for this model."
Fig. 2-2
2-4: 21 PIN AUDIO OUT
Receive the color bar pattern.
1.
Connect the AC voltmeter to pin3 of J4501.
2.
Activate the adjustment mode display of Fig. 1-1 and
3.
press the channel button (5) on the remote control to
select "OTHERS". The Fig. 2-2 appears on the display.
Press the channel button (3) on the remote control to
4.
select "FM LEVEL".
Press the PLAY or STOP button on the remote control
5.
until the AC voltmeter is 500 ± 2.5dbm.
2-8: WHITE BALANCE
NOTE: Adjust after performing CUT OFF adjustment.
1.
Place the set with Aging Test for more than 15 minutes.
2.
Receive the white 100% signal from the Pattern
Generator.
3.
Using the remote control, set the brightness and contrast
to normal position.
4.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (2) on the remote control to
select "AKB". The Fig. 2-3 appears on the display.
5.
Press the channel button (2) on the remote control to
select the "R.BIAS".
6.
Using the PLAY or STOP button on the remote control,
adjust the R.BIAS.
7.
Press the CH. UP/DOWN button on the remote control
to select the "G.BIAS", "B.BIAS", "R.DRIVE", "G.DRIVE"
or "B.DRIVE".
8.
Using the PLAY or STOP button on the remote control,
adjust the G.BIAS, B.BIAS, R.DRIVE, G.DRIVE or
B.DRIVE.
9.
Perform the above adjustments 7 and 8 until the white
color is looked like a white.
2-5: 21 PIN VIDEO OUT
Receive the color bar pattern.
1.
Connect the synchro scope to TP4501.
2.
Activate the adjustment mode display of Fig. 1-1 and
3.
press the channel button (5) on the remote control to
select "OTHERS". The Fig. 2-2 appears on the display.
Press the channel button (2) on the remote control to
4.
select "VIDEO LEVEL".
Press the PLAY or STOP button on the remote control
5.
until the synchro scope is 1.0 ± 0.15V.
(TV SECTION)
2-6: CONSTANT VOLTAGE
1.
Using the remote control, set the brightness and contrast
to normal position.
2.
Connect the digital voltmeter to TP401.
3.
Set condition is AV MODE without signal.
4.
Adjust the VR502 until the digital voltmeter is 117 ± 0.5V.
2-7: CUT OFF
1.
Place the set with Aging Test for more than 15 minutes.
2.
Set condition is AV MODE without signal.
3.
Using the remote control, set the brightness and
contrast to normal position.
4.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (5) on the remote control to
select "OTHERS". The Fig. 2-2 appears on the display.
5.
Press the channel button (5) on the remote control to
select "CUT OFF".
6.
Adjust the Screen Volume until a dim raster is obtained.
1.
2. R.BIAS
3. G.BIAS
4. B.BIAS
5. R.DRIVE
6. G.DRIVE
7. B.DRIVE
8. 0. RETURN
2-9: FOCUS
1.
Receive a broadcast.
2.
Turn the Focus Volume fully counterclockwise once.
3.
Adjust the Focus Volume until picture is distinct.
2-10: HORIZONTAL PHASE
1.
Receive the center cross signal from the Pattern
Generator.
2.
Using the remote control, set the brightness and
contrast to normal position.
3.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
4.
Press the channel button (1) on the remote control to
select "H.PHASE".
5.
Press the PLAY or STOP button on the remote control
until the right and left screen size of the vertical line
becomes the same.
1. H.PHASE
2. H.BLK
3. V.SIZE 50/60
4. V.POSI 50/60
5. V.LIN 50/60
6. V.SC 50/60
7. V.COMP
8. (H. FREQ) 0. RETURN
"The adjustment item 8 is not used for this model."
Fig. 2-3
Fig. 2-4
D2-2
Page 28
ELECTRICAL ADJUSTMENTS
2-11: VERTICAL LINEARITY
NOTE: Adjust after performing adjustments in section 2-10.
1.
Receive the cross hatch signal from the Pattern
Generator.
2.
Using the remote control, set the brightness and
contrast to normal position.
3.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
4.
Press the channel button (5) on the remote control to
select "V. LIN 50/60".
5.
Press the PLAY or STOP button on the remote control
until the SHIFT quantity of the OVER SCAN on upside
and downside becomes minimum.
6.
Receive the cross hatch signal of NTSC. (Audio Video
Input)
7.
Press the AV button on the remote control to set to the
AV mode. Then perform the above adjustments 2~5.
2-12: VERTICAL POSITION
NOTE: Adjust after performing adjustments in section 2-11.
Receive the center cross signal from the Pattern
1.
Generator.
Using the remote control, set the brightness and
2.
contrast to normal position.
Activate the adjustment mode display of Fig. 1-1 and
3.
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
Press the channel button (4) on the remote control to
4.
select "V. POSI 50/60".
Press the PLAY or STOP button on the remote control
5.
until the horizontal line becomes fit to the notch of the
shadow mask.
Receive the center cross signal of NTSC. (Audio Video
6.
Input)
Press the AV button on the remote control to set to the
7.
AV mode. Then perform the above adjustments 2~5.
2-13: VERTICAL SIZE
NOTE: Adjust after performing adjustments in section 2-12.
1.
Receive the cross hatch signal from the Pattern
Generator.
2.
Using the remote control, set the brightness and
contrast to normal position.
3.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
4.
Press the channel button (3) on the remote control to
select "V. SIZE 50/60".
5.
Press the PLAY or STOP button on the remote control
until the rectangle on the center of the screen becomes
square.
6.
Receive a broadcast and check if the picture is normal.
7.
Receive the cross hatch signal of NTSC. (Audio Video
Input)
8.
Press the AV button on the remote control to set to the
AV mode. Then perform the above adjustments 2~5.
2-14: OSD HORIZONTAL
1.
Using the remote control, set the brightness and
contrast to normal position.
2.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (5) on the remote control to
select "OTHERS". The Fig. 2-2 appears on the display.
3.
Press the channel button (4) on the remote control to
select "OSD H".
4.
Press the PLAY or STOP button on the remote control
until the difference of A and B becomes minimum.
(Refer to Fig. 2-5)
[ TV ]
OSD H
AB
2-15: SUB BRIGHTNESS
1.
Receive the black pattern*. (RF Input)
2.
Using the remote control, set the brightness and
contrast to normal position.
3.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (4) on the remote control to
select "PICTURE". The Fig. 2-6 appears on the display.
4.
Press the channel button (1) on the remote control to
select "BRIGHT".
5.
Press the PLAY or STOP button on the remote control
until the screen begin to shine.
6.
Receive the black pattern*. (Audio Video Input)
7.
Press the AV button on the remote control to set to the
AV mode. Then perform the above adjustments 2~5.
*The Black Pattern means the whole black raster signal.
Select the "RASTER" of the pattern generator, set to
the OFF position for each R, G and B.
1. BRIGHT
2. CONTRAST
3. COLOUR
4. TINT
5. SHARPNESS
6. TEXT CONT
7.
8. 0. RETURN
"The adjustment item 4 is not used for this model."
Fig. 2-5
Fig. 2-6
D2-3
Page 29
ELECTRICAL ADJUSTMENTS
2-16: SUB CONTRAST
1.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (4) on the remote control to
select "PICTURE". The Fig. 2-6 appears on the display.
2.
Press the channel button (2) on the remote control to
select "CONTRAST".
3.
Press the PLAY or STOP button on the remote control
until the contrast step No. becomes "108"
4.
Press the AV button on the remote control to set to the
AV mode.
5.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (4) on the remote control to
select "PICTURE". The Fig. 2-6 appears on the display.
6.
Press the channel button (2) on the remote control to
select "CONTRAST".
7.
Press the PLAY or STOP button on the remote control
until the contrast step No. becomes "115"
2-17: SUB COLOR
Receive the color bar pattern. (RF Input)
1.
Using the remote control, set the brightness, contrast
2.
and color to normal position.
Connect the synchro scope to TP801.
3.
Activate the adjustment mode display of Fig. 1-1 and
4.
press the channel button (4) on the remote control to
select "PICTURE". The Fig. 2-6 appears on the display.
Press the channel button (3) on the remote control to
5.
select "COLOUR".
Adjust the VOLTS RANGE VARIABLE knob of the
6.
oscilloscope until the range between white 100% and
0% is set to 4 scales on the screen of the oscilloscope.
Press the PLAY or STOP button on the remote control
7.
until the red color level is adjusted to 95% of the white
level. (Refer to Fig. 2-7)
Receive the color bar pattern. (Audio Video Input)
8.
Press the AV button on the remote control to set to the
9.
AV mode. Then perform the above adjustments 2~7.
2-19: TEXT CONTRAST
1.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (4) on the remote control to
select "PICTURE". The Fig. 2-6 appears on the display.
2.
Press the channel button (6) on the remote control to
select "TEXT CONT".
3.
Press the PLAY or STOP button on the remote control
until the bar step is set to "20".
2-20: V. S-CORRECTION (V. SC)
Receive the color bar pattern.
1.
Activate the adjustment mode display of Fig. 1-1 and
2.
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
Press the channel button (6) on the remote control to
3.
select "V. SC 50/60".
Check if the step No. of V. SC is "0".
4.
Receive the color bar pattern of NTSC. (Audio Video
5.
Input)
Press the AV button on the remote control to set to the
6.
AV mode. Then perform the above adjustments 2~4.
2-21: H. BLK
1.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
2.
Press the channel button (2) on the remote control to
select "H.BLK".
3.
Switch the R/L by using the ENTER button on the
remote control and check if the H. BLK step No.
becomes "R2, L4".
2-22: V. COMP
1.
Activate the adjustment mode display of Fig. 1-1 and
press the channel button (1) on the remote control to
select "H/V". The Fig. 2-4 appears on the display.
2.
Press the channel button (7) on the remote control to
select "V.COMP".
3.
Check if the step No. of V. COMP is "7".
95%
100%
Fig. 2-7
2-18: SUB SHARPNESS
Activate the adjustment mode display of Fig. 1-1 and
1.
press the channel button (4) on the remote control to
select "PICTURE". The Fig. 2-6 appears on the display.
Press the channel button (5) on the remote control to
2.
select "SHARPNESS".
Check if the step No. of SHARPNESS is "24".
3.
Press the AV button on the remote control to set to the
4.
AV mode. Then perform the above adjustments 1~3.
D2-4
Page 30
ELECTRICAL ADJUSTMENTS
3. ELECTRICAL ADJUSTMENT PARTS LOCATION GUIDE
(VCR SECTION)
TP1001
C1003
TP4002
TP4001
TP4501
L608
IC601
J4501
J4501
3 pin
SYSCON PWB
TU601
IC6001
CP6001
TUNER IF PIN
(PATTERN SIDE)
CP603
TP1002
TU1001
L6006
IF PWB
D2-5
Page 31
(TV SECTION)
ELECTRICAL ADJUSTMENTS
J801
TP801
CRT PWB
VR502
T501
FOCUS VOLUME
SCREEN VOLUME
FB401
TP401
MAIN PWB
D2-6
Page 32
ELECTRICAL ADJUSTMENTS
4. PURITY AND CONVERGENCE
ADJUSTMENTS
NOTE
1.
Turn the unit on and let it warm up for at least 30
minutes before performing the following adjustments.
2.
Place the CRT surface facing east or west to reduce the
terrestrial magnetism.
3.
Turn ON the unit and demagnetize with a Degauss Coil.
4-1: STATIC CONVERGENCE (ROUGH ADJUSTMENT)
1.
Tighten the screw for the magnet. Refer to the adjusted
CRT for the position. (Refer to Fig. 4-1)
If the deflection yoke and magnet are in one body,
untighten the screw for the body.
2.
Receive the green raster pattern from the color bar
generator.
3.
Slide the deflection yoke until it touches the funnel side
of the CRT.
4.
Adjust center of screen to green, with red and blue on
the sides, using the pair of purity magnets.
5.
Switch the color bar generator from the green raster
pattern to the crosshatch pattern.
6.
Combine red and blue of the 3 color crosshatch
pattern on the center of the screen by adjusting the pair
of 4 pole magnets.
7.
Combine red/blue (magenta) and green by adjusting the
pair of 6 pole magnets.
8.
Adjust the crosshatch pattern to change to white by
repeating steps 6 and 7.
4-2: PURITY
NOTE
Adjust after performing adjustments in section 4-1.
1.
Receive the green raster pattern from color bar
generator.
2.
Adjust the pair of purity magnets to center the color on
the screen.
Adjust the pair of purity magnets so the color at the
ends are equally wide.
3.
Move the deflection yoke backward (to neck side)
slowly, and stop it at the position when the whole screen
is green.
4.
Confirm red and blue color.
5.
Adjust the slant of the deflection yoke while watching
the screen, then tighten the fixing screw.
DEFLECTION YOKE
DEFLECTION YOKE SCREW
MAGNET SCREW
4-3: STATIC CONVERGENCE
NOTE
Adjust after performing adjustments in section 4-2.
1.
Receive the crosshatch pattern from the color bar
generator.
2.
Combine red and blue of the 3 color crosshatch
pattern on the center of the screen by adjusting the pair
of 4 pole magnets.
3.
Combine red/blue (magenta) and green by adjusting the
pair of 6 pole magnets.
4-4: DYNAMIC CONVERGENCE
NOTE
Adjust after performing adjustments in section 4-3.
1.2.Adjust the differences around the screen by moving the
deflection yoke upward/downward and right/left.
(Refer to Fig. 4-2-a)
Insert three wedges between the deflection yoke and
CRT funnel to fix the deflection yoke.
(Refer to Fig. 4-2-b)
R G B
R
G
B
UPWARD/DOWNWARD SLANT RIGHT/LEFT SLANT
WEDGE
WEDGE POSITION
R
G
B
Fig. 4-2-a
WEDGE
WEDGE
Fig. 4-2-b
R G B
6 POLE MAGNETS
4 POLE MAGNETS
PURITY MAGNETS
Fig. 4-1
D2-7
Page 33
(TV SECTION)
TROUBLESHOOTING GUIDE
( 1 ) that a power supply doesn't
enter
Is there output on the
secondary of T501
dimensions or not?
Yes
Whether is POWER
FAIL normal?
Yes
(In case that there isn't a normal tension for time to do
standby CD9001 every terminal)
No
No
Voltage of C507 is
it normal?
Yes
Whether there is output
for IC501 3rd pin or not?
Yes
Investigate T501.
No
No
Investigate R501 and F501.
Investigate IC506 and IC501.
Investigate T501 and ICP502.
UNREG 8V is it normal?
Yes
AT13V is it normal?
Yes
+B is it normal?
No
No
No
Investigate D512.
Investigate ICP504.
Investigate F502 and D510.
E-1
Page 34
TROUBLESHOOTING GUIDE
( 2 ) that a power supply doesn't
enter
Is the voltage 5V for
IC1006 36th pin or not?
Yes
Is the voltage of IC1006
37th pin 5V or not?
Yes
Is there 10MHz OSC for
IC1006 78th pin and
80th pin or not?
Yes
(In case that there is a normal tension for time to do
standby CD9001 every terminal)
No
No
No
Investigate D1006 .
Investigate D1008.
Investigate X1001.
Is there 130V in the
2nd pin of FB401?
Yes
Is there horizontal out
for Q405 base or not?
Yes
Is there a heater
voltage or not?
Yes
Investigate CRT.
No
No
No
Is the 5V for IC601
8th pin or not?
Yes
Investigate IC601.
No
Investigate F502.
Investigate Q1010 and IC1005.
Investigate R450.
E-2
Page 35
A voice isn't though an image
appears
TROUBLESHOOTING GUIDE
Whether does a signal
come to IC352 6th pin
or not?
Yes
Is the voltage of IC352
1st pin DC 8.3V or not?
Yes
Does a signal come to
CP351 6th pin or not?
Yes
Investigate a speaker.
No
No
No
Whether does a signal
come to IC601 1st pin
or not?
Yes
Investigate IC601 peripheral
circui.
No
Investigate IC4001 11th pin.
Investigate R517, D505 and
D509.
Investigate headphone jack
(J351) or a peripheral circuit.
E-3
Page 36
A color doesn't adhere to it
TROUBLESHOOTING GUIDE
Whether is wave form of
IC601 38th pin normal or
not?
Yes
Whether is wave form of
IC602 19th pin,20th pin and
21th pin normal or not?
Yes
Investigate CRT PWB and a
peripheral circuit.
No
No
Investigate X601.
Investigate IC601.
E-4
Page 37
An image doesn't appear
TROUBLESHOOTING GUIDE
Is the voltage DC 5V for
IC601 43th pin or not?
Yes
Whether is a luminance
signal early in IC602
42th pin or not?
Yes
Whether is a luminance
signal early in IC4001
52th pin or not?
Yes
R, G, B signal out from
the 19th pin, the 20th
pin and 21th pin?
No
No
No
No
Investigate IC602 3rd pin.
Investigate IC601.
Investigate IC4001.
Investigate IC601 and a
peripheral circuit.
Yes
Investigate a transistor of CRT
PWB.
E-5
Page 38
An only horizontal line appears
TROUBLESHOOTING GUIDE
Is the voltage DC 25V for
IC401 6th pin or not?
Yes
Is the voltage DC 25V for
IC401 2nd pin or not?
Yes
Whether does a video
signal appear for IC601
42th pin or not?
OSD screen doesn't appear
No
No
No
Investigate C429 and D411 .
Investigate CRT, IC401 and a
peripheral circuit.
Investigate IC601.
The wave form of the 99th
pin, the 100th pin, the
101th pin, and also the
96th pin of IC1006
normal?
Yes
The wave form of the
D1014 , D1015 and D1016
normal?
No
No
investigate Q1015 and Q1016
Investigate the circuit of IC601
from IC1006.
E-6
Page 39
(VCR SECTION)
PLAY SHUTS OFF
Insert a cassette and push PLAY
button.
TROUBLESHOOTING GUIDE
Does Playback change to
Stop about 3 seconds
later?
No
Does Playback
change to Stop about
6 seconds later?
No
Check IC1006.
Yes
Yes
Check TAPE LOADING, CAPSTAN
DD UNIT and CYLINDER UNIT.
Check REEL SENSOR and
CAPSTAN BELT.
E-7
Page 40
NO PLAYBACK PICTURE
TROUBLESHOOTING GUIDE
Does E-E appear on the
Monitor TV?
Yes
Is there PB Y/C signal
at TP4002 ?
Yes
Is there FM Y signal at
pin 78 or 79 of IC4001?
Yes
Is there CHROMA
signal at pins 55, 54 of
IC4001?
No
No
No
No
Is there voltage at pins
12, 36 and 61of IC4001 5V?
Yes
No
Check Power circuit.
Check IC4001 and the connection of
the CYLINDER.
Check C4035 and the
peripheral circuit.
Check C4075, R4050 and the
peripheral circuit.
Yes
Is there VIDEO signal
at pin 52 of IC4001?
Yes
IC701 and Peripheral Circuit.
No
IC4001 and Peripheral Circuit.
E-8
Page 41
NO COLOR DURING PLAYBACK
TROUBLESHOOTING GUIDE
Does FM ENVELOPE
appear at TP4002?
Yes
Does CHROMA signal
appear at pin 52 of IC4001?
Yes
Does CHROMA
signal appear at pins
55 or 54 of IC4001?
Yes
pin 61 of IC4001?
No
No
No
NoIs there voltage at
Check IC4001.
Check R4040, Q4006 and
peripheral circuit.
Check C4075, R4050 and the
peripheral circuit.
Check L4013 or Replace IC4001.
Yes
Check TV Block.
E-9
Page 42
PLAYBACK PICTURE IS NOISY
(EVEN AFTER CLEANING HEADS)
TROUBLESHOOTING GUIDE
Is FM signal at TP4002
more than 200mVp-p?
Yes
Is VIDEO waveform at pin
52 of IC4001 1Vp-p and
are there any noise?
Yes
Is there FM signal at pin 79
of IC4001 200mVp-p?
Yes
Is there CHROMA signal
at pin 55 of IC4001
200mVp-p?
No
No
No
No
Replace CYLINDER UNIT.
Check pin 52 of IC4001 and
peripheral circuit.
Check pins 79 and 78 and
peripheral circuit.
Check C4075 and peripherai
circuite.
Yes
Replace IC4001.
E-10
Page 43
NO COLOR DURING SELF
RECORDING AND PLAYBACK
TROUBLESHOOTING GUIDE
Does VCR signal
appear at pin 31 or 30 or
28 of IC4001?
Yes
Refer to section "NO COLOR
DURING PLAYBACK".
No
Check J4501, J701 and VIDEO
input circuit.
E-11
Page 44
NO NORMAL AUDIO IN
PLAYBACK MODE
TROUBLESHOOTING GUIDE
Is sound head on E-E ?
Yes
Does Audio appear at
pin 11 of IC4001?
Yes
Does Audio signal
appear at pin 3 of
IC702?
Yes
Does Audio signal
appear at pin 7 of
IC702?
No
No
No
No
Refer to section "NO E-E".
Check AUDIO HEAD for debris of
stains.
Check that the connector from
AUDIO HEAD is fully inserted to
CP4005.
Check L4001, Q4007 and
peripheral circuit.
Check IC702.
Yes
Check sound AMP circuite.
E-12
Page 45
CAPSTAN DD MOTOR NOT
ROTATING
TROUBLESHOOTING GUIDE
In playback, is the
voltage at pin 5 of
CP1004 12V?
Yes
Is the voltage at pin 8
of CP1004 5V?
Yes
In playback, check the voltage
at pin 3 of CP1004 is 2V or at
pin 38 of IC1006 is normal?
Yes
In playback, is the
voltage at pin 4 of
CP1004 2.5V?
No
No
No
No
Check POWER circuit.
Replace IC1006.
Check pins between 72 and 108 of
IC1006 and peripheral circuit.
Yes
Replace DD MOTOR.
E-13
Page 46
AUDIO CAN NOT BE
RECORDED
TROUBLESHOOTING GUIDE
Is there BIAS at pin 4
of IC4001?
Yes
Is there AUDIO signal at
pins 7 or 8 or 9 of IC4001?
Yes
Is there signal at pin
11 of IC4001?
Yes
Check the lead wire and connector
to A/C HEAD.
No
No
No
Is the voltage at pin 2
of L4005 5V?
Yes
L4005 is broken or shorted.
Check peripheral circuit.
No
Check POWER BLOCK.
Check the circuit of 21 PIN and
TUNER.
Replace IC4001.
E-14
Page 47
CASSETTE IN AND DOWN BUT
UNIT HAS NO FUNCTIONS
TROUBLESHOOTING GUIDE
Does mode indicator
appear in Display?
No
Does VCR operate with
the remote control?
Yes
Check OPERATION PWB.
Yes
No
Check LOADING MOTOR and the
peripheral parts.
Check IC1006.
E-15
Page 48
RECORDING MECHANISM
WORKS, BUT NO VIDEO
RECORDED FROM INPUT
JACK OR TUNER
TROUBLESHOOTING GUIDE
Does video signal
appear at pin 28 or
30 or 31 of IC4001?
Yes
Does FM signal
appear at pin 86 or 89
of IC4001?
Yes
Does FM signal appear
at pin 2 or 4 of CP4001?
Yes
Check CYLINDER UNIT and IC4001.
No
No
No
Check the circuit from VIDEO input
jack to IC4001 and from Tuner Pack
to IC4001.
Check the peripheral circuit IC4001.
Check C4019, C4028 and the
peripheral circuit.
E-16
Page 49
NO E-E (NO VIDEO AND AUDIO
FROM TUNER)
TROUBLESHOOTING GUIDE
Is the voltage at pin
7 of TU601 5V?
Yes
Is the voltage at pin 9 of
TU601 30V?
Yes
Is there waveform at pins
4 and 5 of TU601?
Yes
No
No
Check Power PWB.
No
Check IC601.
Check TU601.
E-17
Page 50
CYLINDER NOT ROTATING
DURING PLAYBACK AND
RECORDING
TROUBLESHOOTING GUIDE
Is the voltage at pin 2 of
CP1005 about DC12V?
Yes
In playback, is the voltage
at pin 5 of CP1005 about
DC1.2V?
Yes
Check CYLINDER MOTOR.
No
No
Check P. CON 12V line and
POWER BLOCK.
Check IC1006.
E-18
Page 51
AUDIO SHAKES
TROUBLESHOOTING GUIDE
Is AUDIO HEAD scratched?
No
Does pin 9 of IC1006
output a 3.0Vp-p square
wave?
Yes
In playback, is the voltage
at pin 4 of CP1004 2.8V?
Yes
Check AUDIO BLOCK.
Yes
No
No
Replace AUDIO HEAD.
Replace CAPSTAN DD MOTOR.
Check peripheral components
of IC1006.
E-19
Page 52
CASSETTE TAPE IS NOT
ACCEPTED
TROUBLESHOOTING GUIDE
Does WORM GEAR of
CASSETTE LOADING
BLOCK activate?
Yes
When cassette is not
inserted ,is EOT BOT
PULSE at pin 2 of CP1006
and pin Q1017?
No
When a cassette is inserted,
is the voltage between pins
3 and 4 of CP1006?
No
When a cassette is
inserted, is the voltage at
pin 67 of IC1006 5V?
No
Yes
Yes
No
Check WORM GEAR of
CASSETTE LOADING BLOCK.
Check EOT, BOT, PHOTO
SENSOR, pins 25 and 26 of IC1006.
Replace LOADING MOTOR.
Replace IC1006.
Yes
Check circuit of LOADING MOTOR.
E-20
Page 53
WHEN INSERTING CASSETTE,
IT EJECTS IMMEDIATELY
TROUBLESHOOTING GUIDE
Does this same problem
appear when using
another cassette tape?
Yes
When inserting a cassette,
does Emitter of EOT return
to LOW?
Yes
Is pin 26 of IC1006 LOW?
Yes
Check IC1006 circuit.
No
No
No
Defective CASSETTE or
CASSETTE LOADING BLOCK.
Replace EOT PHOTO
TRANSISTORS.
Check R1056 circuit.
E-21
Page 54
FF/REW DO NOT WORK
TROUBLESHOOTING GUIDE
When the FF/REW is pushed,
does the PULSE appear at
pin 71 of IC1006?
Yes
Is the voltage change at
pin 7 of CP1004 when
you press FF/REW?
Yes
Check DECK MECHANISM.
No
No
Check pin 71 of IC1006 lines.
Replace IC1006.
Check pin 7 of CP1004 and
peripheal circuit.
E-22
Page 55
TAPE LOADING IS OK, BUT
UNLOADS IMMEDIATELY
TROUBLESHOOTING GUIDE
Does CYLINDER rotate ?
Yes
Does TP4001 feed
HEAD SWITCHING
PULSE signal 30Hz?
Yes
No
No
Is the voltage at pin 2 of
CP1005, UNREG 12V?
Yes
Replace CYLINDER UNIT.
No
Does PG PULSE
appear at pin 104 of
IC1006?
Yes
No
Check Power circuit.
Does REEL SENSOR
PULSE signal appear at
pins 69 and 70 of IC1006?
No
Check REEL SENSOR.
Replace IC1006.
Yes
E-23
Page 56
PLAYBACK PICTURE JITTERS
VERTICALLY
TROUBLESHOOTING GUIDE
No
Does tracking noise
appear in the picture?
Yes
By adjusting the manual
tracking UP/DOWN
buttons, will the noise
disappear in the picture?
Yes
Are GUIDE POSTS
the right height?
Yes
Is PG SHIFTER
Adjustment 6.5H?
No
No
No
Check P/B ENVELOPE.
Adjust GUIDE POST height.
Adjust PG SHIFTER.
Yes
Check YCA circuit.
E-24
Page 57
PLAYBACK PICTURE JITTERS
HORIZONTALLY
TROUBLESHOOTING GUIDE
Is FG output level at pin
3 of CP1005 5Vp-p?
Yes
Is the voltage at pin 5 of
CP1005 1.2V?
Yes
Replace CYLINDER UNIT.
AUTO TRACKING DOES NOT
OPERATE
By manual tracking, does
the DC level at pin 13 of
IC1006 change?
No
No
No
Replace CYLINDER UNIT.
Replace IC1006.
Check YCA, H/AMP circuit and
CYLINDER UNIT.
Yes
In auto tracking, is the
voltage at pin 13 of IC1006
more than DC0.7V?
Yes
Replace IC1006.
No
Does the CTL PULSE
(about 1.0Vp-p) appear at
pin 7 of IC1006?
1.0Vp-p
Yes
No
Check CONTROL HEAD.
E-25
Page 58
WHEN PLAYBACK, FAST
FORWARD OR REWIND MODE
IS ACTIVATED, UNIT STOPS
IMMEDIATELY
TROUBLESHOOTING GUIDE
Does CAPSTAN DD
MOTOR rotate?
Yes
Is CAPSTAN BELT normal?
Yes
Does REEL SENSOR PULSE
signal appear at pin 69 of
IC1006?
Yes
Does REEL SENSOR PULSE
signal appear at pin 70 of
IC1006?
No
No
No
No
Refer to section "CAPSTAN DD
MOTOR NOT ROTATING".
Replace CAPSTAN BELT.
Check Reel Sensor of Q1001 and
R1006.
Check Reel Sensor of Q1005 and
R1019.
Yes
Replace IC1006.
E-26
Page 59
PLAYBACK PICTURE SHAKES
TROUBLESHOOTING GUIDE
Is FG Pulse output
level at pin 3 of
CP1005 about 5Vp-p?
Yes
Does pin 104 of IC1006 output
a 5Vp-p square wave?
Yes
In playback, is the voltage
at pin 5 of CP1005 about 1.2V?
Yes
Replace CYLINDER MOTOR.
No
No
No
Replace CYLINDER MOTOR.
Replace IC1006.
E-27
Page 60
IC DESCRIPTIONS
OEC0096B(IC1006)
No. PORT PIN NAME I/O DESCRIPTION
1 SVSS SVSS - Ground.
2 CTLREF CTLREF OUT Output terminal for AMP REFERENCE.
3 CTL(+) CTL(+) I/O Input and output terminal of Control Head.
4 CTL(-) CTL(-) I/O Input terminal of Control Head.
5 CTLBIAS CTLBIAS IN Input terminal of Control Bias.
6 CTLFB CTLFB IN Input terminal for Control Feedback.
7 CTLAMP(O) CTLAMP(O) OUT Output terminal for Control Amp Output.
8 CTLSMT(I) CTLSMT(I) IN Input terminal for Control SMT Input.
9 CFG CFG IN Input terminal for Capstan FG input.
10 SVCC SVCC - P.CON +5 V.
11 AFCPC AFCPC I/O AFC oscillation terminal.
12 AFCOSC AFCOSC I/O AFC oscillation terminal.
13 AFCLPF AFCLPF I/O AFC LPF terminal.
14 CSYNC/HSYNC HSYNC IN input terminal of H.SYNC.
15 VLPF/VSYNC VSYNC IN input terminal of V.SYNC.
16 CVIN2 CVIN2 IN Not used.
17 CVIN1 CVIN1 IN Not used.
18 OSDVCC OSDVCC - P.CON +5 V.
19 CVOUT CVOUT OUT Not used.
20 OSDVSS OSDVSS - Ground.
21 4/2FSOUT 4/2FSOUT OUT Not used.
22 4/2FSCIN 4/2FSCIN IN Input terminal of 2FSC.
23 AVSS AVSS - Ground.
24 ANB VIDEO_ENV IN Input terminal of Video RF envelope.
25 ANA BOT IN Tape start sensor input signal.
26 AN9 EOT IN Tape end sensor input signal.
27 AN8 MSSEN_B IN Input terminal of mecha state sensor.
28 P07/AN7 MSSEN_A IN
29 P06/AN6 KEY_B IN Main unit key input.
30 P05/AN5 KEY_A IN
31 P04/AN4 Hi-Fi_ENV IN Input terminal of HIFI sound envelope signal.
32 P03/AN3 NC OUT Not used.
33 P02/AN2 AFT.S.CURVE IN AFT S.CURVE input for monitor tuner.
34 P01/AN1
35 P00/AN0 TUNER AGC IN Input terminal of Electric field strength for Auto setup.
36 AVCC AVCC - AT +5 V.
37 P10/IRQ0 POWER_FAIL IN input for AC power.
38 P11/IRQ1 MO SYNC IN IN Input terminal for Judgement of the presence of broadcast.
39 P12/IRQ2 SERVICE IN Input terminal for Service Mode.
40 P13/IRQ3 DEGAUSS OUT output terminal for Degauss.
41 P14/IRQ4 IIC OFF IN
42 P15/IRQ5 DEC TU SW OUT Output terminal for control DEC_SW_IC.(rec_tuner/moni_tuner)
43 P16/IC REMOCON IN IN Receive the remote control signal input.
44 P17/TMOW TUNER CTL OUT Output terminal of DATA for 2-tuner control.
45 P67/RP7/TMB T-REC LED OUT Output terminal control for T-REC-LED voltage drive.
46 P66/RP6/ADTRG REC LED OUT Output terminal control for REC-LED voltage drive.
47 P65/RP5 ON_TIMER LED OUT Output terminal control for ON_TIMER-LED voltage drive.
48 P64/RP4 PLAY LED OUT Output terminal control for PLAY-LED voltage drive.
49 P63/RP3 OTPB LED OUT Output terminal control for OTPB-LED voltage drive.
50 P62/RP2 TV POWER_ON-H OUT For control of the user TV-power switch ON/OFF.
REC AFT.S.CURVE
IN AFT S.CURVE input for rec tuner.
Input terminal to Communications of all the terminals are cut(for Factory adjustment)
F1-1
Page 61
IC DESCRIPTIONS
OEC0096B(IC1006)
No. PORT PIN NAME I/O DESCRIPTION
51 P61/RP1
52 P60/RP0 CENT_LED OUT Output terminal for center LED control.
53 P37/TMO TAB_SW IN Input terminal for judge the tape if it has TAB or not.
54 P36/BUZZ CTL_MONITOR OUT Output terminal for control Monitor.
55 P35/PWM3 MS_SENS_CTL OUT Output terminal to drive sensor control.
56 VCC VCC - AT +5V.(Back_up 5V)
57 VSS VSS - Ground.
58 P27/SYNC1 EXT IN-L IN Input terminal for Compulsion outside input.
59 P26/SCL0 IIC_CLK_0 OUT Output Clock terminal for I2CBUS communication.
60 P25/SDA0 IIC_DATA_0 I/O Output Data terminal for I2CBUS communication.
61 P24/SCL1 TEXT RESET OUT Output terminal of reset for TEXT_IC.
62 P23/SDA1 AV3 OUT Output terminal for control MONO_SW_IC.(TUNER,AV1,AV2)
63 P22/SCK1 SD-L OUT Output terminal of SD.
64 P21/SO1 SOD DATA OUT Output terminal of DATA FZTAT output.
65 P20/SI1 SI1 IN Input terminal of DATA FZTAT input.
66 P47/RPTRG PAL_H OUT Output terminal for judgement of colour system PAL/NTSC.
67 P46/FTOB LDM_FWD OUT Output signal to control the rotation direction of the loading motor.
68 P45/FTOA LDM_RVS OUT
69 P44/FTID REEL-S IN Input terminal of reel sensor SUPPLY.
70 P43/FTIC REEL-T IN Input terminal of reel sensor TAKE UP.
71 P42/FTIB CAP_FWD-L OUT Capstan forward and backward command.
72 P41/FTIA CAP_FULL OUT
73 P40/PWM14 VV-H OUT Output terminal for select Playback/Recording at the circuit of sound.
74 FWE FWE IN Input terminal of FZTAT signal( L: low signal input).
75 X2 X2 OUT Subclock pluse (32.768KHz).
76 X1 X1 IN Subclock pluse (32.768KHz).
77 /RES /RES IN RESET will be done when the voltage goes to HIGH after the restart signal.
78 OSC1 OSC1 IN Connect the main crystal (10MHz).
79 VSS VSS - Ground.
80 OSC2 OSC2 OUT Connect the main crystal (10MHz).
81 VCL VCL IN input terminal for Capacity.
82 MD0 MD0 IN Input terminal of FZTAT signal.
83 P34/PWM2 CAP_LIMIT OUT Switch the maximum out put current of the CAPSTAN Motor
84 P33/PWM1 REC AGC CONT. IN Input terminal of AGC adjustment for rec tuner.
85 P32/PWM0 VOLUME PWN OUT Output signal to PWM output for volume control
86 P31/SV2 STAND_BY-H OUT Mute signal of audio mute for tuner.
87 P30/SV1 AV1 OUT Output terminal for control AV_SW_IC(TUNER,AV1,AV2)
88 P70/PPG0 TV MUTE-H OUT Mute signal of TV mute.
89 P71/PPG1 VCR MUTE-H OUT Mute signal of VCR mute.
90 P72/PPG2 V.REC.START-H OUT Output terminal for REC signal when record.
91 P73/PPG3 TUNER MUTE OUT Mute signal of TUNER mute.
92 P74/PPG4/RP8 AV2 OUT Output terminal for control AV_SW_IC(TUNER,AV1,AV2)
93 P75/PPG5/RP9 TEXT_H OUT Output signal to TEXT/MIX mode.
94 P76/PPG6/RPA AFC OFF-H OUT Output signal to cut of AFC(chroma ic).
95 P77/PPG7/RPB FF/REW-L OUT Output signal to FF/REW.(high speed)
96 P80/YCO YCO OUT Output terminal of character data.
97 P81/YBO BB_L OUT Output signal to blue back mode.
98 P82/EXCTL DA RGB SW OUT Output signal to cut of RGB sync
99 P83/C.ROTARY/R R OUT Output signal of R for OSD.
100 P84/H.AMP.SW/G G OUT Output signal of G for OSD.
VCR POWER_ON-H
OUT For control of the user VCR-power switch ON/OFF.
Output the HIGH during the acceleration force of Capstan Motor at SLOW mode.
F1-2
Page 62
IC DESCRIPTIONS
OEC0096B(IC1006)
No. PORT PIN NAME I/O DESCRIPTION
101 P85/COMP/B B OUT Output signal of B for OSD.
102 P86/EZTTRG CYL_SPEED_UP OUT Output terminal for correct cylinder during SLOW.
103 P87/DPG DPG IN Input terminal for DRUM PG signal.
104 A.DFG DFG IN Input terminal for DRUM FG signal.
105 VIDEO_FF VIDEO_H.SW OUT Output terminal of signal Video head switching.
106 AUDIO_FF Hi-Fi_H.SW OUT Output terminal of signal HI-FI sound head switching.
107 DRMPWM DRUM_PWM OUT Output terminal for PWM of Drum Motor.
108 CAPPWM CAP_PWM OUT Output terminal for PWM of Capstan Motor.
109 V_PULSE DUMMY.V.SYNC OUT Output terminal of Video Pluse signal.
110 VSS VSS - Ground.
111 C.SYNC_IN C.SYNC IN Input terminal for composite C SYNC.
112 VCC VCC - AT +5V.(Back_up 5V)
F1-3
Page 63
IC1006 (OEC0096B)
DPG 103 PIN
DFG 104 PIN
SERVO TIMING CHART
24 Cycle
H. SW. P 105 PIN
V-SYNC (E-E) 15 PIN
REC CTL (REC)
7 PIN
V-SYNC (TRICK PB)
109 PIN
• WAVEFORM CHANGES DEPENDED ON THE TAPE SPEED
CH 1
CH 2
F2-1
Page 64
SYSTEM SWITCH MODE
LOADING DIRECTION
(FWD)
EJECTION
LIGHT
RECEIVING
EOT
BOT
MSSEN A
MSSEN B
LOADING ARM
PINCH ROLLER
TENSION
LIGHT
GUARD
LIGHT
RECEIVING
LIGHT
GUARD
LIGHT
RECEIVING(H)
LIGHT
GUARD (L)
LIGHT
RECEIVING
LIGHT
GUARD
FWD
: CAPSTAN FWD ROTATING
DIRECTION
: CAPSTAN RVS ROTATING
RVS
PB SLOW : SETTING SPEED TO SERVO
: MECHANICAL MOVEMENT AND CAPSTAN ROTATING
: MECHANICAL MOVEMENT (NO CAPSTAN ROTATING)
DIRECTION
UNLOADING STP3 VSR F. SLOW PB/STP STP2 FF/REW
HEAD CLEANING
OFF
STB
R. SLOW
CLUTCH
MAIN
SUB
Maintains the Direct
Connection for STOP2, too.
DIRECT
CONNECTION
OFF
T BRAKE
S BRAKE
TAPE IN
POWER OFF
STP FF/FWD
FF/REW STP
OFF
CASSETTE DOWN
FWD
TAPE LOADING
(WHEN MSSEN A IS CHANGED FROM LIGHT GUARD TO
LIGHT RECEIVING, CASSETTE IN WILL BE DETECTED)
RVS
(VCP)
(VCR)
STP3 PB
ON
FWD
PB/STP STP3
FWD
FF/REW
FF/REW
PB/STP
FWD
PB
F2-2
Page 65
DIODE
SEMICONDUCTOR BASE CONNECTIONS
CATHODE
CATHODE
ANODE
1SS133T-77 11E1-EIC 10ELS2N-TA1B2 SID1050CM EM-553-F1T GBL06L-6177
MTZJ33B T-77 11EQS04N-TA1B2 21DQ09N-TA2B1 EQ-552-F1T
MTZJ5.6B T-77 11EQS04N-TA2B5 EG-01C
RB721QT-77 11EQS04TA1B2 EG01Z-V0
SB10-03A3 11ES1N-TA1B2 RMPG06J-G3
1N4005E-6580-G23 RU2AM V1
RD12FB-T7
RU2YX-V1
ANODE
IC
1
28PIN 24PIN 100PIN 16PIN 8PIN 24PIN
ET106 LA7567B HA118217F MM1234 S-24C08ADPA-01 LC74793/JM
20PIN 112PIN
ET317 OEC0096B
54PIN
LA76812
1
1
1
1
1
1
1
8PIN 3PIN 3PIN 9PIN 9PIN 8PIN
NJM2533V(TE2) RE5VS31A KIA7805API AN7523 LA7956 BA6955N
NJM2534V(TE2) KIA7809API
1
5
5PIN 4PIN 7PIN
STR-F6707 TLP621(GRH) LA78040
2
3
1
1
2
3
1
7
1
1
1
G-1
Page 66
TRANSISTOR
C
E
C
CKA
E
C
AKC
SEMICONDUCTOR BASE CONNECTIONS
E
E
B
2SA1371(D,E)-AE DTC114TSTP 2SC2621(D,E)-RAC 2SC4217(D,E)-RAC 2SA1037AKT146R,S RPI-352Q01R
2SA608KF-NP-AA DTC114ESTP 2SC2412KT146 R,S
2SB698-AA DTC124EKT147
2SB892(S,T)-AE DTA124EKAT146
2SC1815Y(TPE2) DTC114EKAT146
2SC2909(S,T)-AA DTC114EKT147
2SC3000-AA DTC114TKAT146
2SC3331(S,T,U)-A DTC143TKAT146
2SC945(C)-T(P,Q) DTC144EKT147
2SD734(E,F)-AA
E
PNA2604M010R RPI-301 2SD2499
B
E
E
C
B
B
C
E
C
B
C
B
E
G-2
Page 67
IF/21PIN/
IN/OUT/
POWER
MICON/
OPERATION
MONITOR_V
TU_VIDEO
TU_AUDIO
TU601
SDA
SCL
AGC_M
AFT_M
11
TV BLOCK DIAGRAM
CHROMA
IC601
LA76812
X604
4.433619MHz
38
Q602
Q608
Q610
SAW FILTER
Q601
CF601
PRE AMP
1
4
5
BUFFER
BUFFER
AMP
154
44
42
H SYNC SEP
46
2
5
6
4
RF AGC IF AGC
12
11
10
AFT
APC
SW
SPLL BPF
BUS
PLL
AMP
TINTVCO
FM DET
ACC
VIDEO
AMP
VIDEO
DET
DELAY
SHARPNESS
BLACK
STRETCH
RGB
MATRIX
COLOP
CLAMP
V SYNC SEP
HOR
VCO
HOR
C/D
CONT
BRIGHT
OSD
SW
ABCL
FBC
AFC2
PH SHIFT
HOR
OUT
DRIVE
VER
C/D
V. OUTPUT IC401 LA78040
THERMAL
PROTECTION
5
23
13
28
27
19
20
CUT-OFF
21
17
14
15
CLAMP
16
RECORD LUMINANCE SIGNAL
PLAYBACK LUMINANCE SIGNAL
PUMP
-
UP
+
6
3
Q405
H. DRIVE
Q810, Q801
Q811, Q802
GREEN AMP
Q812, Q803
1
2
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
AUDIO SIGNAL(REC)
AUDIO SIGNAL (PB)
Q406
H. OUTPUT
FB401
HV
3
7
1
9
F
2
S
RED AMP
BLUE AMP
J801
F
7
8
6
11
R_OUT
TUNER VIDEO SIGNAL
DEFLECTION SIGNAL
TUNER AUDIO SIGNAL
R. SIGNAL
G. SIGNAL
B. SIGNAL
DY
V801
CRT
P. CON + 9V
G_OUT
B_OUT
VD
HD
MICON/
OPERATION
TEXT_Y
TEXT_Y
TEXT_G
TEXT_R
T'TEXT
TEXT_B
TEXT SYNC
VR502
+B ADJ.
AC IN
Q507
FEED BACK
SW.
Q506
5V SW.
Q513
5V SW.
L503
DEGAUSS COIL
F501
D501, D502, D503, D504
RECTIFIER
IC506 TLP621(GRH)
FEED BACK
RY501
Q504
13
34
POWER REG.
IC501 STR-F6707
RELAY
DRIVE
T501
8
4
16
14
12
10
F502
AT+30V
CD9001
5
6
7
9
3
5V REG.
IC9003 KIA7805API
31
AT+12V
9V REG.
IC9001
KIA7809API
Q9003
DRIVER
AT+5.6V
31
AT+9V
Q9001
DRIVER
P.CON+9V
5V REG.
IC9002 KIA7805API
31
P.CON+9V
SOUND AMP
IC352 AN7523
6
9
5
1
4
2
Q9004
DRIVER
P.CON+8V
Q9002
SW
H-1
MONITOR_A-L
1
2
7
POWER_FAIL(DC)
VOL_CTL
TV_POWER_H
VCR_POWER_H
DEGAUSS_H
IF/21PIN/
IN/OUT/
POWER
SP351
SPEAKER
SP352
SPEAKER
J351
HEAD PHONE
MICON/
OPERATION
Page 68
VPS/PDC
IC4002
LC74793/JM
Y/C/AUDIO/HEAD AMP BLOCK DIAGRAM
CYL.
MICON/
OPE.
AC HEAD
FE HEAD
CP4001
4
SP-CH1(R)
3
SP COM
2
SP-CH2(L)
1
ENV.DET
VCR_A_MUTE
V.REC_ST_H
CP4005
1
AE HEAD (+)
2
AE HEAD (-)
CTL-
3
4
CTL+
5
AUDIO REC
AUDIO PB6
CP4004
FE HEAD (HOT)
1
FE HEAD (GND)
2
X'tal IN
SDA
SCL
V.SYNC
VV_H
SCL
SDA
2FSC_A
H.SW
CTL+
CTL-
16SYNC IN
2
6
7
Q4002
OSC
Q4001
NORMAL A
REC ST SW
Q4003
V.REC
ST SW
1
3
Q4015
L4005
Q4008
PB SW
Q4004,Q4005
PB SW
6
5
4
Y/C/AUDIO/CCD/H.AMP
IC4001
HA118217F
BUFFER
89
88
87
86
29
62
63
81
84
99
2
4
79
H.AMP
2MLPF
AGC
REC
MUTE
SERIAL CONT
INTERFACE
ENV
DET
PRE
AMP
REC
EQ
8
7
P
HPF
R
R
HPF
REC
MUTE
9
RECORD LUMINANCE SIGNAL
PLAYBACK LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
TUNER VIDEO SIGNAL
AUDIO SIGNAL(REC)
AUDIO SIGNAL (PB)
TUNER AUDIO SIGNAL
Q4006
BUFFER
X4001
4.433619MHz
CTL TRAP
LEVELADJ
629
TRAP
7M LPF
1M HPF
LINE
MUTE
LINE
AMP
11
73
fh HPF
MIX
B.E
C.K
P
P
R
FM AGC
LAG LEAD
FM MOD
F0/DEV ADJ
S-DET
LPF
75
R
DELAY
+
P.EQ S DL
L4001
15.6KHz
TRAP
VCA
CLPF
R
P
MAIN EMPH
CARRIER
OFFSET
W.C/DC
FBC
ALC
MAIN
CONV1
SQPB
SQPB
+
RP
DE-EMPH
Q4007
AMP
CLPF
MAIN
CONV2
R
P
R
G EQ
D LIM
DEMO
SLPF
MAIN
5860
CCD
LPF
BPF
P
55
C SQUELCH
C.K
N-->P
B.D
NL EMPH
NL DE EMPH
RP
YLPF
P
18
54
6dB AMP
R
P
CLAMPR
Y APA
D.E
N.C
YNP
23
78
P
VCA
69
ACC
TRAP
LPF
+
P
R
52
6dB AMP
CLEAR
SYNC
SQUELCH
FBC
VIDEO ALC
VIDEO
AGC
21
P
R
CLAMP
24
SYNC
SEP
C CCD
Y CCD
ATT
ATT
ATT
LPF
19
50
46
35
42
39
28
30
31
26
REC_TU_V
FRONT_V_IN
REAR_VIDEO
Y/C_VIDEO
Y/C_AUDIO
IF/21PIN/
IN/OUT/
POWER
IF/21PIN/
IN/OUT/
POWER
REC_TU_AU
FRONT_AU_IN
REAR_AUDIO_IN
H-2
Page 69
SW1001
23
1
MICON/OPERATION BLOCK DIAGRAM
SYSCON/TIMER/SERVO
IC1006 OEC0096B
DEGAUSS_H
TAB SW
4
53
POWER FAIL
40
37
DEGAUSS_H
POWER_FAIL (DC)
TV
TV
CAPSTAN
DD UNIT
MICRO
MOTOR
DECK
IF/21PIN/
IN/OUT/
POWER
AT+5.6V
P. CON+5V
AT+12V
VCR_POWER_H
CP1004
4CTL
5VCO
6
FG
7
CAP/M/F/R
CP1005
1 CYL PG
3 CYL FG
5 CYL DRIVE
CP1006
BOT
2
LDM-
3
4
LDM+
AV_3
SYSTEM RESET
IC1002
RE5VS31A
3
OUT
Q1017
1
2
14
2
1
234
1
2
Q1021
VCR POWER
SW
D1003
P. CON+5V
LOADING MOTOR DRIVER
IC1001 BA6955N
POWER
SAVE
EOT
2
CONTROL LOGIC
STD
5
4
3
3
Q1002
SENSOR SW
3
4
X1002
32.768KHz
X1001
10MHz
7
MS_SEN A
Q1009
MS_SEN B
Q1003
REEL SENS.
Q1005
REEL SENS.
Q1001
4
MS SEN-A
28
27
MS SEN-B
55
MS SENS CTL
REEL T
70
REEL S
69
76
X1
75
X2
/RES
77
80
OSC2
78 OSC1
51
VCR_POWER_ON-H
CAP FULL
72
9
CFG
CAP FWD-L
71
DPG
103
104
DFG
DRUM PWM
107
108
CAP PWM
68
LDM_RVS
67
LDM_FWD
BOT
25
EOT
26
AV3
62
SCL
SDA
EXT_IN_L
MO_SYNC IN
TUNER_MUTE TU_AUDIO_MUTE_H
C SYNC
VCR_MUTE VCR_A_MUTE
CTL(+)
CTL(-)
V.REC.START-H
TUNER_AGC
VIDEO H.SW
4/2FSCIN
IIC_DATA_0
IIC_CLK_0
58
38
AV1 AV_1
87
AV2
92
91
111
89
3
4
90
VV-H
73
35
105
24 VIDEO_ ENV
22
EEP ROM
SDA
60
59
5
6
IC1099
S-24C08ADPA-01
SCL
EXT_IN_L
MO_SYNC
AV_2
V.SYNC
CTL+
CTLV. REC_ST_H
VV-H
2FSC_A
H. SW
ENV_DET
SCL
SDA
SDA
SCL
TEXT_RESET
61TEXT_RESET
SDA
Q1016
14HSYNC
15VSYNC
B
101
G
100
99R
96YCO
HD SW
Q1012
BUFFER
Q1015
VD SW
SCL
HD_A
VD_A
B.OUT
G.OUT
R.OUT
TEXT_Y
AGC_M
VOLUME PWM
AFT S.CURVE
KEY-A
TV_POWER_ON-H
KEY-B
REMOCON IN
REC/OTR_LED
T-REC_LED
ON_TIMER_LED
OTPB LED
STANDBY_H
85
33
30
50
29
43
46
45
47
49
86
Q1014
TV POWER
SW
OS753
D793
321
D796
POWER
ON/OFF
CH DOWN
D794
D795
CH UP
REC/OTR
D791
VOL. UP
STOP/EJECT PLAY FF/CUE
Q4201
POWER ON SW
VOL. DOWN
AT + 5V
PLAY BACK
VOL_CTL
AFT_M
TV_POWER_H
REW
R. SIGNAL
G.SIGNAL
B. SIGNAL
CAPSTAN AFC SIGNAL
CYLINDER AFC SIGNAL
CYLINDER APC SIGNAL
H-3
IF/21PIN/
IN/OUT/
POWER
Y/C/AUDIO/
HEAD AMP
T'TEXT
TV
Page 70
RECORD LUMINANCE SIGNAL
PLAYBACK LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
TUNER VIDEO SIGNAL
AUDIO SIGNAL(REC)
AUDIO SIGNAL (PB)
TUNER AUDIO SIGNAL
R. SIGNAL
G. SIGNAL
B. SIGNAL
V TRAP
CF6001
1
3
L6006
S TRAP
CF6005
VIF
IC6001 LA7567B
1
LIM
MAP
3
MIX
HPF
12
VCO
11
10
VIDEO
8
DET
PLL
IF
AGC
FM DEM
MIX
HPF
VIF
AMP
RF
AGC
24
18
19
14
IF/21PIN/IN/OUT/POWER BLOCK DIAGRAM
TU1001
5
4
1
11
MO_SYNC
SDA
5
4
1
CF6002
Q6005
PRE AMP
CP6001
11
IF
9
AGC
6
TU AUDIO
3
TU VIDEO
SCL
REC_TU_V
REC_TU_AU
FRONT_AU_IN
Q6001
6
BUFFER
REAR_AUDIO_IN
MICON/
OPERATION
Y/C/AUDIO/
HEAD AMP
MICON/
OPERATION
T'TEXT
TV
EXT_IN_L
TU_AUDIO_MUTE_H
21_B
21_G
21_R
21_Y
MONITOR_V
MONITOR_V
Q4511
MUTE SW
Q4507
PERI SW
J4501
TU_AUDIO
MONITOR_A_L
NC
57
2
6
8
1
3
7
11
16
15
20
19
Q4501, Q4502
BUFFER
1
2 3 4
AUDIO SW
IC5502
NJM2534V
7
1
2 3 4
5
NC
AUDIO SW
IC702
NJM2533V
Y/C_AUDIO
TV
Y/C/AUDIO/
HEAD AMP
VIDEO SW
Q4504, Q4508
Y SW
Q1022, Q1023, Q1024
BUFFER
Q701
BUFFER
IC701 LA7956
AMP
DRIVER
CONTROL
21
3
SWITCH
4
VIDEO
J701
4
2
86
9
AV_3
AV_1
AV_2
REAR_VIDEO
FRONT_V_IN
Y/C_VIDEO
TU_VIDEO
AUDIO L
3
VIDEO
1
MICON/
OPERATION
Y/C/AUDIO/
HEAD AMP
TV
H-4
Page 71
MONITOR_V
T'TEXT BLOCK DIAGRAM
Q861
BUFFER
IF/21PIN/
IN/OUT
/POWER
TV
21_B
21_R
21_G
21_Y
TEXT_B
TEXT_R
TEXT_G
TEXT_Y
TEXT_SYNC
D852
D861
1
IN1B
OUT1
3
16
OUT2
5
IN1A
14
9
IN3B
IN2B
11
6
OUT3
IN2A
TRIPLE ANALOG MPXER
IC853
MM1234
8
IN3A
SW2
12
7
SW3
SW1
2
Q853
SYNC
BUFFER
Q855
BUFFER
Q852
BUFFER
Q851
BUFFER
Q862
BUFFER
RED
GREEN
BLUE
BLK
DECODER
IC851 ET106
RED
23
GREEN
22
BLUE
20
19
BLANK
SYNC
2
VIDEO
TDATA
TCLK
WIND
10
11
12CSB
15
DATA SLICER
IC852
ET317
3
TDATA
13
TCLK
12
SYNC
19
WIND
17
TSIG
SSIG
OSC1
OSC2
1
2
3CSIG
X851
13875KHz
5
6
MICON/
OPERATION
SDA
SCL
TEXT_RESET
H-5
18
17
SDA
SCL
RSTB
5
TUNER VIDEO SIGNAL
RECORD LUMINANCE SIGNAL
PLAYBACK LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
R. SIGNAL
G.SIGNAL
B. SIGNAL
Page 72
PRINTED WIRING BOARDS
OPERATION/AV
SOLDER SIDE
ABCDE
W805
D792
R761
C384
R380
R753
D794
J351
1
D791
W803
C382
W806
R381
B351
C386
2
C385
W807
R794
W813
OS753
C751
C752
R752
SW797
B701
R777 R776
C707
J701_1
W820
C779
W004
C755
SW798SW799SW796
R780
R758
CD353_1
W811
SW750
D795
W816
W002
W003
SW795
D793
R754
B352
R760
SW794
R771
R759
R774
W001
SW792
CD751_1
SW793
R773
R772
SW791
1
SW751
C781
2
ABCDE
S101
S102
DECK
SOLDER SIDE
CP101
S104
S103
S105
S106
Q101
I-1
Page 73
ABC D E F GH
8
(OPERATION PWB)
7
6
PLAY BACK
D795
EM-553-F1T
R752
C755
SKHVBED010
100 1/2W
2206.3V KA
5
4
FROM/TO 21PIN I/O
CD751_1
(CP755)
CH2A014A
1
REMOCON OUT
GND
2
AT+5V
3
4
POWER ON LED
5
OTPB LED
6
KEY A
7
T-REC LED
8
REC LED
9
KEY B
ON TIMER LED
10
L005
HF57T18.5*10*10
C781
0.001 B
C779
CH DOWN
SW751
SKHVBED010
POWER ON/OFF
0.001 B
SW799
SKHVBED010
CH UP
R759
SW798
820
820
R760
R7761KR777
SW796
VOL UP
SKHVBED010
SW795
REC/OTR
1.5K
SW797
VOL DOWN
SKHVBED010
R7711KR772
1.5K
SW791
SKHVBED010
SKHVBED010
STOP/EJECT
R780
2.7K
SW750
PLAY BACK
SKHVBED010
PLAY
SW792
SKHVBED010
SKHVBED010
R773
2.7K
SW793
FF/CUE
R774
5.6K
REW
SW794
SKHVBED010
C752
R758
270
0.1 F
T-REC
D791
R753
270
EQ-552-F1T
R754
D793
REC/OTR
270
EQ-552-F1T
0
3
5.1
2
5.1
1
OS753
PIC-28143TH5
GND
B+
Vout
W805
R761
POWER
STAND_BY
270
D792
EQ-552-F1T
270
R794
D794
EQ-552-F1T
ON TIMER/ST-BY
8
7
6
5
4
OPERATION SCHEMATIC DIAGRAM
C751
100P B
3
2
THE DC VOLTAGE AT EACH PART WAS MEASURED
1
NOTE:
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
W807
PWB030
TEXA17
3
2
1
ABC D E F GH
I-2
Page 74
ABC D E F GH
8
FRONT JACK SCHEMATIC DIAGRAM
8
(AV PWB)
7
6
J351
HSJ2630-010070
1
NC
5
C386
4
3
2
6
7
0.001 B
R380
W806
C382
B352
5
BL01RN1-A63
W803
4716V KA
R381
220 1/2W
B351
BL01RN1-A63
C384
4716V KA
220 1/2W
C385
0.001 B
7
6
5
4
3
2
FROM/TO 21PIN I/O
CD353_1
(CP351)
CH27087A
1
FRONT VIDEO IN
2
GND
3
FRONT A IN L
4
SOUND GND
5
SOUND OUT L
6
SP OUT L
7
GND
L004
HF57T18.5*10*10
W816
W811
B701
BL01RN1-A63
W813
E
JPJ3811-01-430
123
J701_1
C707
0.0022
M
W820
HEH
4
4
3
2
AUDIO SIGNAL(REC)
AUDIO SIGNAL(PB)
RECORD LUMINANCE SIGNAL
RECORD COLOR SIGNAL
TUNER AUDIO SIGNAL
THE DC VOLTAGE AT EACH PART WAS MEASURED
NOTE:
1
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
ARESINCE THESE PARTS MARKED BYCAUTION:
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
PWB250
TEXA18
1
ABC D E F GH
I-3
Page 75
ABC D E F GH
8
DECK SCHEMATIC DIAGRAM
8
(DECK PWB)
LOADING MOTOR
M101
7
S105
S106
5.1
0
BOT SENSOR
Q101
RPT-38PB113
6
S103 S104S101 S102
7
6
5
FROM/TO
MICON
(CP1006)
CP101
52044-0445
LDM+
4
LDM-
3
2
BOT
1
VCC
4
PWB550
VE8851
3
5
4
3
2
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
THE DC VOLTAGE AT EACH PART WAS
ARESINCE THESE PARTS MARKED BYCAUTION:
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
NOTE:
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
1
2
1
ABC D E F GH
I-4
Page 76
PRINTED WIRING BOARDS
SYSCON/REGULATOR
ABCDEFG
W936
C4201
5
C604
C637
R647
R1102
R1091
R1112
R1097
4
3
W963
C4515
B4502
2
R4516
W964
B4501
R619
1
C1088
R1099
W918
W833
C4530
R4522
R4523
R4521
W205
W372
C1096
Q4511
R4508
Q4501
Q4502
R1110
R606
R4502
R4528
R4505
W107
IC853
W156
R4512
C4505
C4502
R4506
W952
W953
Q4507
R627
C673
R4539
C4508
Q614
W142
C4113
R682
R628
C359
Q610
R678
W843
Q603
W108
R358
C696
R660
R676
R605
R625
W383
R681
C662
R626
W126
W016
Q351
R351
C647
R616
R673
C646
C694
R674
R657
C697
IC702
R680
W958
W887
R702
R609
C640
W212
W959
R607
C643
C370
C702
C608
C602_1
C648
C607
R655
W283
Q4510
R610
C641
C644
W923
R863
C650
R661
C610
R636
C665
R705
C701
Q701R707
R669
C653
C649
R663
Q4508
Q4504
R4504
R4503
R356
C706
L610
R638
Q607
C364
R889
Q356
R608
R644
R622
C366
R706
C606
C682
R668
C654
R624
Q608
R708
C657
W943
C661
C621
R704
R646
R683
R631
R630
R639
R361
R632
W975
R701
R662
R665
C655
C615
C624
R618
R677
Q602
C1068
R633
W972
R664
R1065
C627
C633
R1068
C686
C676
Q1007
C668
W912
R658
C1036
R670
R4054
C4033
R4055
Q4007
W968
R4072
R4053
C4101
S819X
R4070
C4122
R4052
C4107
C4002
R4001
W101
R4068
C691
C4119
R4017
S805X
S805Y
C4037
C4032
R4057
C4016
C4023
R4016
R4011
W284
R4015
S819Y
W966
C4047
W965
R4005
R4004
C4006
C4019
R4014
C4125
C4045
R4013
R1088
C4027
C4098
C4025
C4026
C4043
C4126
R4012
C4007
C4020
C4097
R4031
C4013
R4002
C4028
R4033
R1008
C4052
C4056
C4005
W990
1
R4032
C4053
C4100
R4051
R4035
Q4003
R4056
C1057
C4018
C4014
C4058
R4073
C1006
C1007
C1002
C4010
C4070
W890
R1003
W915
C4035
81
IC4001
C4060
C5536_1
W947
31
C4062
R4010
R1024
C5531_1
51
C4068
R1010
C1066
R354
Q353Q352
W862_1
IC5502_1
C5527_1
R4022
C4044
C4059
C4054
C4061
C4038
C4042
C4121
R4034
C4083
R1042
C1009
R1032
C1054
C5535_1
C5533_1
R5519_1
R4026
C4048
C4046
C4110
C4012
C4064
C4082
R4061
R4007
R1038
C1065
C1080
R4074
C4124
C4075
R4050
C4080
R1036
C4115
C1089
Q1012
C4072
Q4015
R1053
C1063
C4111
R1074
Q1010
R1025
C1022
R1014
Q4008
C1058
R1012
R4201
R4024
C4099
C4076
R4042
C1034
R1037
C4079
C4011
C4094
C1025
C1023
R1023
R1009
R1011
C1005
C1092
C4063
C4003
R4059
C1026
C1024
C1028
C4103
Q4006
C1082
C1004
Q1004
C4090
C4095
R1006
85
R1054
R1057
W230
R1039
C4120
R860
C4089
R4040
R1064
R1001
C1008
C1073
C4093
IC4002
C889
C1081
W229
R1022
Q4201
R4047
C853
C887
C1061
R1007
C1018
C888
C4109
IC1006
C1067
R1067
C1010
W865
C851
C866
C890
R4044
57
1
R1017
R1020
C1019
R1027
R4046
C4087
C886
W811
C1060
C1012
R4043
C855
C4104
R1021
C1038
C1035
C1027
C1015
R4045
C893
R881
C4117
C4118
Q611
29
R667
C869C868
R882
C1029
W954
R1030
C1040
R659
C876
R1077
C1078
R1059
Q1016
R1028
R1063
Q861
C1043
R1026
Q1015
C9001
R1056
R1055
C1079
C1069
C1055
C1049
R1013
C1044
R1082
C1052
R1062
W385
R1002
R1094
C1056
C859
R862
R1083
C1050
R911
R853
R854
Q853
R1085
R1087
R1073
Q1021
R879
Q1022
R1071
Q1024
R1019
R897
Q862
C1084
Q1023
C1059
C1085
R1111
Q1002
R1078
Q851
R1105
R1109
R1080
R865
R1070
C1075
R1108
W955
R1046
C862
R902
C1083
R1107
R1096
C1017
R1035
Q1014
R1090
R905
R851
Q855Q852
R1033
R1049
C1074
R896
R1045
C1071
C1014
C1062
R1018
C1072
R1044
C861
R910
R887
R856
W386
R880
C4204
C4203
C1030
5
4
3
2
1
2
W008
C6005
C6009
AB
2
W010
R6020
R6016
R6011
C6010
C6007
R6003
IF
C6013
W804
R6002
1
C6006
R6028
C6001
1
W819
W806
C6015
R6027
W811
C6022
R6025
W803
R6022
R6014
R6024
R6013
C6019
R6021
C6023
AB
ABCDEFG
I-5
Page 77
PRINTED WIRING BOARDS
ABCDEFG
C1091
W111
W113
C669
D1022
IC1004
W104
W105
W114
C634
R656
W369
Q1006
C354
S822X
W120
R634
W077
CP810
W924
W149
W151
W939
W160
W123
X601
W078
W124
D1019
IC1003
C1042
W091
W080
W083
W830
W158
HS1001
W130
W131
R4064
W898
R4071
W103
R4067
W109
D1018
W071
R4003
D611
L4001
W115
C693_1
W097
W129
C5539_1
W086
W090
W092
W093
W094
W095
W073
R621
0
2
8
CP603
TU1001
W063
W065
TP1002
C356
C1086
L1003
L1002
W856
R359
W056
W057
C372
W058
W810
5
C605
W059
W062
W029
C1033
C1087
W031
W033
W812
W060
R353
W064
IC352
W055
CP6001
W061
C352
W145
W153
C368
SH601
W147
W894
W159
W146
W150
W148
W157
HS352
4
C707
W046
W047
W038
W045
L4503
C883
D4510
L4502
S101Y
D609
W006
W043
C4509
D605
W044
S822Y
ANT601
C4526
C623
R4509
W957
S823X
L613
R4525
D4503
D602
C613
S102Y
D608
W035
W042
W041
W049
W051
W053
W817
CD651
W013
R691
W019
W020
W022
L4504
R4501
W015
3
C4501
2
J4501
C882
C881
R4507
R4524
R4540
C4503
S820Y
W373
C611
W820
W861
W002
W823
D863
W009
D851
TP4501
1
W982
W027
C677_1
D603
C612
W374
W286
W844
W021
W901
C678
C884
W014
D607
W004
W050
W007
R604
L609
C616
C617
W010
R654
R615
W012
W001
C614
S823Y
W003
W048
W054
L701
C667
W011
C642
W381
W040
C713
IC701
W026
W028
TU601
CF601
L603
W005
C705
C708
W025
L606
R637
C639
C652
W813
W821
W883
C618
W134
C656
R642
W138
Q601
C659
C636
D601
W137
W139
C711
W802
R4510
W140
C619
R623
W127
C703
CF605
C658
S820X
W096
W098
R641
W979
C709
L604
C645
C620
W974
W082
D861
C1037
L605
IC601
C622
D852
W106
CF604
C626
L601
D604
W117
W075
W081
D1021
L608
C632
R666
C687
W074
SYSCON/REGULATOR
W216
C710
W217
W218
W219
W222
C1047
L5503_1
C4108
L4008
C4024
W214
CP4001_1
W180
C4031
C4039
Q4004
L4005
W191
W806
C4015
Q4002
W189
W186
CP1006
W173
C4051
Q4005
W209
W187
W174
W215
W198
C4055
W185
W176
C4041
R4049
L4012
C1076
D1020
W110
W112
S101X
W118
W121
W122
W084
W085
W087
W088
W099
W072
D
C
L4004
L4006
R653
W066
W067
W068
W070
W199
C4001
CP4005
W100
W069
CD850
C4017
C4036
R4008
R4021
L4003
CP1005_1
D610
S102X
W934
W089
W179
W911
C4049
W941
C4009
W169
W223
L4009
R4058
Q4001
W181
W166
W204
W182
R1004
W168
W177
W224
L1005
W192
W193
W178
W988
W201
W208
C4008
W170
W832_1
C4077
C4071
W188
W194
0
C1046
4
W171
W172
C4073
W190
P
10
W818
W196
C
W163
W203
W197
X4001
W202
W207
W184
4
0
0
4
P
C
W213
W200
W977
X1002
W195
W165
W232
W175
L4015
W275
R1081
D1008
D1016
W258
W162
W267
W240
W161
C1090
C5538_1
W291
R4065
C4040
C4050
C4057
L4011
C4069
C4074
W247
D1009
D1015
R1029
C1016
W378
W231
IC1001
R1005
W306
W307
R4076
W274
W243
D1014
W228
D4202
CP351
W301
R4075
W276
W244
D1012
D1005
W309
W948
W297
C4088
W249
W225
W287
L4016
W282
W370
D1001
W296
W298
C4116
W246
W227
C1013
W305
W970
C4096
W294
C1093
L4019
D4003
W248
C1020
D1004
W304
W290
L4013
C4078
W280
W253
W302
W292
W277
W226
W235
Q1017
L4018
W295
R4041
L4007
C867
W264
W272
W279
C1001
W299
TP4001
L4010
W308
C4084
W236
X1001
CP354
W265
L4002
D1003
W281
L851
R1016
W238
TP4002
C4092_1
C4085
IC852
W262
W241
W234
W260
W250
C852
C9002
C9008
C4091
W949
W261
W237
W255
W256
CP755
IC9001
W300
W288
C856
X851
W239
L1001
C894
W242
R9005
L852
W892
W233
C9004
W293
C896
W899
W252
D1007
W257
W364
W313
W321
IC9002
R9007
R876
C854
W268
W273
W357
D9007
Q9002
R9013
W905
L857
W266
W326
W251
W822
R9011
W366
R877
W886
W359
W328
W336
C9003
Q1001
Q1005
W338
W340
D9001
W367
B851
W853
W346
W347
W263
W350
W351
W857
W847
C863
W361
W337
R9010
D9002
D9003
Q9004
CP9002
W358
W335
R1058
Q1009
W312
W317
R9009
R9004
C865
W384
W333
W345
W311
W314
W315
R9002
R9003
C895
W325
W331
D1002
W342
R9001
Q9003
W876
W354
W332
R9008
W355
W330
W344
C9007
C9006
W848
C857
W353
W334
IC1002
C1021
Q1003
D1006
Q9001
W362
W324
R1050
W310
R1079
C9005
W368
W363
W341
R1031
CD9001
D9004
IC9003
W880
W914
W845
IC851
W851W850
C873
R878
W375
W352
W356
R1040
R1041
R1051
W343
C1070
D1010
W319
W320
W322
W348
D854
C872
IC1099
C1032
C874
W327
W329
D1017
SW1001
W339
C1003
TP1001
W316
C1048
2
L6007
R6019
L6006
5
C6004
CF6001
C6002
CD9003
CD9002
AB
W817R6043
4
2
3
2
1
CF6005
C6011
C6028
IF
IC6001
W003
Q6001
R6001_1
1
W009
L6003
C6003_1
Q6005
L6011
1
L6001
C6014
CF6002
R6023
CF6007
L6008
CF6008
W005
W004
W821
CP6001_2
AB
W001
ABCDEFG
I-6
Page 78
PRINTED WIRING BOARDS
SYSCON/REGULATOR
ABCDEFG
CP351
R666
D1022
C1091
W111
W113
C627
C633
C669
R1068
IC1004
W104
W105
W114
C686
C676
C634
R656
W369
CP810
Q1007
Q1006
C354
S822X
W120
C668
R634
W077
W924
W149
W151
W939
W160
W123
X601
W912
W078
D1019
C1042
W091
R658
C1036
R670
W080
W083
W124
HS1001
W898
R4071
W109
IC1003
W830
W158
W130
W131
R4064
W103
R4067
D1018
W071
R4054
C4033
R4055
Q4007
R4003
W968
R4072
D611
L4001
C4101
S819X
R4070
C4122
W115
C693_1
W097
R4052
C4107
R4053
W129
W101
C5539_1
W086
W090
W092
W093
W094
W095
W073
R621
C691
0
2
8
C4108
C4002
R4001
W110
W112
R4068
S101X
W118
W121
W122
W084
W085
W087
W088
W099
W072
D
C
L4008
C4119
L4004
L4006
R653
W066
W067
W068
W070
C1047
R4017
W199
S805X
S805Y
C4001
CP4005
W100
W069
CD850
C4017
C4037
C4036
C4032
R4008
R4021
L4003
R4057
CP1005_1
D610
S102X
C4016
C4023
R4016
W934
R4011
W089
W179
W284
W217
L5503_1
W911
R4015
S819Y
W966
C4125
C4047
C4049
W965
W941
R4005
R4004
C4009
C4006
W180
W169
W218
C4027
C4019
C4097
CP4001_1
C4098
C4025
C4026
R4014
C4031
C4043
C4039
C4045
R4031
C4126
R4013
Q4004
R4012
C4013
L4005
C4007
Q4002
R4002
W191
R1088
CP1006
W806
C4020
C4015
Q4005
W209
W189
W186
R1008
W173
W216
W219
C4024
C4028
C4051
R4033
C4005
W187
W174
W214
W215
W198
C4053
C4052
C4055
C4056
R4051
C1057
W176
C710
W222
W990
1
C4041
R4032
C4058
C4100
R4035
Q4003
R4056
W185
C1002
D1020
W223
C4018
C4014
R4049
L4012
R4073
L4009
W181
C1076
C1006
C1007
W166
R1003
C4010
C4070
W204
W890
R4058
Q4001
R1004
W177
W915
C4035
81
IC4001
C4060
W182
W192
W168
W224
W201
C4008
L1005
W193
W178
C5536_1
W988
W947
31
C4077
C4062
W208
R4010
R1024
W188
W194
C1046
W170
W171
W172
C5531_1
W832_1
C4073
C4068
C4071
W190
C
P
100
4
R1010
C1066
W163
W818
R354
Q353Q352
W862_1
IC5502_1
C5527_1
R4022
C4044
C4059
C4054
C4061
51
W203
W207
W197
W196
X4001
C4038
C4042
C4121
C4083
W202
W184
C1009
C1054
4
0
0
4
P
C
C5535_1
W213
R4034
C4012
C4064
W200
W977
X1002
R1042
W195
R1032
W165
W232
C5533_1
R5519_1
W175
R4026
C4048
C4046
C4110
C4124
R4050
L4015
C4082
R4061
W275
R4007
W240
R1081
D1008
R1038
C1065
D1016
C1080
W258
W161
W162
C1090
C4201
C5538_1
R4065
C4040
C4050
C4057
W267
R4074
C4069
C4075
C4080
W247
R1036
D1009
C1089
D1015
R1029
C1016
W378
IC1001
R1005
W306
W307
W291
L4011
C4074
C4115
W274
W243
C1063
Q1012
D1014
W228
W231
C4072
R4076
Q4015
W276
W244
R1053
C1022
D4202
W301
R1014
Q4008
R4075
C4088
C4111
R1074
W249
Q1010
C1058
R1025
D1012
R1012
W225
D1005
W309
W948
W287
W297
L4016
R4042
W282
W370
R4201
W296
W298
R4024
C4099
C4076
C4094
C1034
R1037
C1013
D1001
C4079
C4011
L4019
R4059
C4116
C1025
C1023
W246
R1023
R1009
W227
R1011
C1005
W305
W970
C4096
C4103
C1092
W290
W294
C1093
C4063
C4003
D4003
C1026
C1024
C1028
W248
W253
C1020
D1004
W302
W304
Q4006
L4013
C4078
W280
C1082
C1004
W226
Q1004
W235
CP603
TU1001
C1096
R1110
W063
W065
TP1002
C356
C1086
L1003
L1002
W856
R359
W056
C4113
C359
W057
R358
W058
W810
C372
Q351
R351
C604
C1033
C1087
C605
W059
C637
R647
W062
R1091
R1097
W031
W033
W029
R1112
C1088
R1102
R1099
5
W812
W060
R353
W064
IC352
W055
CP6001
W061
C352
C370
W153
R356
W145
C368
C364
SH601
Q356
C366
W147
W894
W159
W146
R361
W150
W148
C1068
W157
HS352
4
C707
R4512
W035
W042
W041
W049
W051
W053
W918
W817
W833
C4530
R4521
J4501
R4522
R4523
W373
W820
W002
CD651
C882
C881
W205
W372
W009
W022
R606
R4502
R4528
Q4511
R4508
R4505
R4524
Q4501
R4540
Q4502
S820Y
W107
D863
IC853
W156
W013
R691
W019
W020
L4504
R4501
C4502
R4507
R4506
C4503
C611
W861
W823
W952
W953
L4503
C883
D4510
L4502
C4505
R627
S101Y
D609
C673
Q4507
C4509
R4539
D605
W006
W015
3
C4501
W963
C4515
B4502
2
R4516
W964
B4501
R619
D851
TP4501
1
W043
C4526
C4508
C613
Q614
W142
S822Y
ANT601
R682
Q610
R678
R4509
Q603
R628
W108
W045
W044
C696
C623
R660
R676
W957
S823X
L613
R4525
D4503
R605
W843
D602
R625
S102Y
D608
W383
R681
C662
D603
C612
R626
W126
W016
W374
W286
W046
W982
W021
W901
W027
C678
C647
C677_1
R616
C884
W047
W844
W014
R673
C646
C694
R657
D607
W004
W038
R674
R604
R654
R680
S823Y
W003
W050
C697
IC702
W007
L609
C616
C617
W010
R615
W012
W001
C614
L701
W958
C667
W048
W887
W054
W011
C640
W212
W381
IC701
W959
R702
R609
L603
C643
C642
W040
C713
C702
C705
W026
W028
TU601
R607
CF601
C602_1
C607
W283
W005
W025
L606
C608
R637
C648
C644
R655
C639
Q4510
C708
R610
C650
C641
R661
C652
W923
R863
W813
C610
R636
C665
R4504
W134
C706
R705
C701
C656
Q701R707
R669
W821
W883
C653
C649
C618
R663
R642
Q4508
Q4504
R4503
W138
L610
R638
Q607
R889
W137
Q601
R608
R644
R622
C659
C636
D601
R4510
W139
C711
R706
C606
C682
R668
C654
R624
W802
Q608
R708
C657
W943
C661
C621
R623
W127
W140
R704
CF605
R646
C619
C703
C658
W096
W098
R641
W979
S820X
C709
L604
R683
C645
R631
R630
C620
R639
D861
W974
R632
W975
W082
C1037
R701
L605
R662
IC601
R665
C622
D852
W106
CF604
C655
C615
C624
R618
C626
R677
Q602
L601
D604
W117
R633
W972
W075
W081
D1021
R664
L608
C632
C687
W074
R1065
Q1017
C4090
L4018
W292
W295
C4095
R4041
W277
R1006
85
R1054
R1057
W230
R1039
C4120
C867
R860
W264
C4089
R4040
W272
W279
R1064
R1001
C1008
C1073
C4093
L4007
IC4002
C889
C4084
X1001
C1081
W229
R1022
Q4201
C1001
CP354
W299
TP4001
L4010
R4047
W308
C853
C887
W281
W236
C1061
R1007
C1018
W865
C888
W265
C4109
L4002
D1003
57
IC1006
C1067
R1067
R1017
R1020
C1010
C1019
W936
C851
L851
C866
C890
R4044
R1016
W238
1
R1027
TP4002
C4092_1
R4046
C4087
C4085
IC852
C886
W262
W811
W241
C1060
C1012
W234
R4043
C852
W260
C4104
W250
C1015
R4045
C855
C893
C4117
W261
C4118
W256
R1021
C1038
C1035
C1027
Q611
CP755
C9002
C9008
C4091
W949
R881
W237
W255
R667
IC9001
W300
W288
C856
X851
W239
29
L1001
C1040
C869C868
W892
C894
R882
W242
C1029
W954
R1030
R1028
R1063
R659
C9004
R9005
L852
C876
W293
C896
R1077
W252
C1043
D1007
C1078
W257
Q1015
R1059
Q1016
W233
W364
W899
Q861
R1026
C1069
W313
W321
C9001
IC9002
R9007
R876
C854
R1056
W268
W273
W357
W251
R1055
C1079
C1055
D9007
Q9002
R9011
R9013
W366
W905
L857
W266
W326
W336
C1049
R1013
C1044
R1082
W822
C9003
R877
W886
W359
W328
W338
W340
C1052
R1062
D9001
W367
W853
Q1001
W385
W346
W347
R1002
W350
Q1005
R1094
B851
W847
C863
W263
W351
W361
W337
C1056
W857
R9010
D9002
D9003
Q9004
R9009
R9004
CP9002
C859
R862
R854
Q853
W358
W335
R1058
R1083
C1050
Q1009
W312
W317
R9002
C865
R911
R853
W384
R1085
W333
W345
R1087
W311
W314
Q1021
W315
R9003
C895
W876
R1073
R1019
W325
W331
D1002
W342
R9001
Q9003
R879
Q1022
R1071
Q1024
W354
W332
W344
R9008
R897
Q862
C1084
Q1023
C1059
C1085
R1111
W355
W330
IC1002
Q1002
R1078
D1006
C9007
C9006
Q851
W848
C857
R1105
C1075
R1109
W353
W334
C1021
Q1003
R1080
Q9001
R865
R1070
R1108
R1107
W955
W362
W324
R1046
R1050
W310
R1079
C9005
W368
C862
R902
C1083
R1096
W341
C1017
R1035
Q1014
CD9001
W880
W845
W363
IC851
R905
R851
R896
Q855Q852
W851W850
C873
R878
R1018
W375
W352
W356
R1045
C1071
R1033
R1044
R1040
R1041
R1031
R1051
R1049
C1014
W343
C1062
C1070
R1090
C1074
D1010
W319
W320
W322
D9004
IC9003
W914
C861
R910
W348
C1072
D854
R887
R856
IC1099
W386
C1032
C872
D1017
R880
W327
W329
C4204
C4203
SW1001
C874
C1030
W339
C1003
TP1001
5
4
3
2
C1048
W316
1
2
L6007
R6019
L6006
W008
C6005
W817R6043
CD9003
CD9002
C6004
C6009
CF6001
C6002
AB
2
W010
R6020
R6016
C6028
CF6005
C6011
R6011
C6007
Q6001
R6001_1
IC6001
C6010
R6003
W003
IF
1
W009
C6013
W804
L6003
C6006
R6002
C6003_1
Q6005
1
L6001
R6028
C6001
L6011
R6027
W819
W806
C6015
C6022
C6014
CF6002
W811
R6025
R6023
W803
R6022
R6014
R6024
C6019
R6013
CF6007
L6008
CF6008
W005
W004
R6021
C6023
W821
CP6001_2
AB
W001
ABCDEFG
I-7
Page 79
ABC D E F GH
Y/C/AUDIO/HEAD AMP SCHEMATIC DIAGRAM
BUFFER
Q4008
2FSC
2SC2412K
8
H.SW
ENV_DET
FROM/TO POWER
Y/C_VIDEO
REC_TU_V
REC_TU_AU-L
Y/C_AUDIO
GND
7
P.CON+9V
L4008
1mH
C4119
1F
C4107
Y/C_AUDIO
10016V KA
C4108
0.022 B
P.CON+5V_C
FROM/TO CYL/MOTOR
CP4001_1
TOC-C04X-B1
4
SP-CH1 (R)
3
SP COM
2
6
1
SP-CH2 (L)
NC
C4033
R4052
0.0018 B
1K
R4053
560K
AMP
Q4007
2SC2412K
6.3 1.4
2.0
C4101
15.6KHZ TRAP
4
R4054
330K
0.1 B
R4001
1.5K
C4002
0.033 B
L4001
2623003
NC
R4055
470
123
6
V.ENV
TP4002
JWF-50K-1
H.SW
TP4001
JWF-50K-1
12
11
R4065
1K 1/4W
C4010
0.001 B
C4018
0.033 B
C4014 0.1 B
NC
1K 1/4W
R4003
C4015 2206.3V
C4001
3316V KA
R4017
0.0012 CH
R4021
18K +-1%
C4007
R4005
L4004
100uH 0305
L4006
1mH0607
R4008
1K 1/4W
47K +-1%
L4005
1626008
1
2
0.01 B
34
150
L4003
100uH 0607
P.CON+5V_C
C4016 0.1 B
6
5
C4017
W911W970
5
P.CON+5V_C
FROM/TO F/E HEAD
CP4004 TMC-T02X-E1
2
FE HEAD(GND)
1
FE HEAD(HOT)
FROM/TO A/C HEAD
CP4005
(CD4001)
IMSA-9604S-06Z14
1
AE HEAD(+)
2
AE HEAD(-)
3
476.3V KA
C4103
10P CH
C4092_1
C4093
R4047
R4046
5.6K
4
5
6
476.3V KA
10K
1F
CTLCTL+
AUDIO REC
AUDIO PB
L4018
22uH
5.3
VDD1
5.3
RST
4.0
COLR
0
CTRL2
5.3
V OUT
20 21 22 23 24
NC
5.3
SEP IN
4.9
SEP OUT
NC
2.7
SEP C
NC
3.1
SYNC IN
5.3
VDD2
0
DAV
14 15 16 17 18 19
NC
VCOR
13
L4010
100uH
VPS/PDC
IC4002 LC74793/JM
4
C4096
3
2
1
X’tal IN
X’tal OUT
CP.OUT
VCO IN
R4044
VSS1
CTRL1
SDA
SCL
SYNC
H.OUT
VSS2
20
VCR_A_MUTE
CTLCTL+
R4057
390
EE/VV
47K +-1%
P.CON+5V_C
0607
L4007
100uH
4716V KA
C4091
0
1101112
0.2
2
5.3
3456789
NC
0
C4090
C4095
0.01 B
2FSC
1F
C4120
0.01 B
19
C4032
18
0
NC
0
4.9
W949
5.3
NC
5.0
NC
0
3.0
R4045
10K
3.11.4
C4087
R4043
C4085
SDA
SCL
V.REC_ST_H
R4056
NORMAL AUDIO
REC ST SW
0.056 B
3.3K
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
4.750V KA
THE DC VOLTAGE AT EACH PART WAS
NOTE:
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
2.2K
Q4001
2SD734
R4002
4.6 4.9
3.3
4.7
0
0
OSC
4.9
Q4002
2SD734
R4004
10K
C4006
0.0047 B
C4005
0.01 B
W988
W990
2.250V KA
C4042
C4040
1B
C4035
W947
0.01 B
Y/C/AUDIO/CCD/HEAD AMP
IC4001
HA118217F
2.5
1.2
C4024
2.6
3.350V KA
1.5
C4019 0.01 B
C4020 0.01 B
C4027 0.01 B
C4028 0.01 B
476.3V KA
KA
C4098
0.01 B
C4025
1B
C4023
C4097
0.01 B
2.2
2.2
2.1
2.2
4.8
0.5
4.8
NC
0.1 B
4.8
2.5
2.5
270K
R4014
C4026
0.01 B
S819X S819Y
C4038
NC
818283848586878889
0
90919293949596979899
0
0
0
0
HA GND
HA VCC
AVCC
LIMITTER
KILLER
DET OUT
ENV
DET
HPF
SW32
SW33
SW34
SW35
SW36
SW37
SW38
SW39
DET
HEAD SW1
HEAD SW2
COMP
SP2
SP1
EP2
EP1
+
SP1
+
EP2
+
-
EP1
+
0
MUTE
100
R4015
10K
C4031
SW1EP ON
REC EQ
110
R4016
C4036
220
1050V KA
1016V KA
C4037
4
C4039
0.001 B
DET
DET
R4022
SP2
CH1
SW40
A.GND
4.750V KA
1K
TANC
SW30
CH2
VCA
SW31
CH2
CH1
FROM
MESECAM
DET
+
PRE
AMP
SP ON
BAND
5
C4041
C4125
C4044
P
R
GAP
17
EP
SW2
SW29
SP
SW3
0.1 B
R4026
VCA
REC ON
4.750V KA
0.001 B
W966
0.7
PB SW
Q4004
2SC3331
0.7
PB SW
Q4005
2SC3331
R4068
12K
R4070
0
10K
C4122
0.01 B
W968
R4064
27K 1/4W
0
0
0
REC_TU_AU-L
C4013
C4009
220P CH
V.REC ST SW
Q4003
DTA124EKA
4.8 4.8
0.022100V TF
P.CON+5V_C
0
R4058
V.REC_ST_H
56K 1/4W
S805YS805X
R4011
2.2K +-1%
R4012
4.7K
R4013
4.7K
W941
THE RESISTOR MARKED F IS FUSE RESISTOR.NOTE:
THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP
IS NON POLAR ONE.
0.47 B
X4001
27K
REC
MUTE
P SW7
R
SW4
3
2
C4045
C4043 0.1 B
W934
R4067
FRONT_AU_IN-L
1B
C4121
0.1 B
C4046
C4048
0.022 B
C4050
4.433619MHz
NC
CR DET 2FSCX TAL VCO/OSD
ME
SECAM
DISCRI AFC
DET
DOWN1/2 1/2
CONV.
2FL VCO
4PHASE GEN
SW28
2M LPF
L SECAM
L SECAM
629
TRAP
SW6
1
SEP
SW27
LPF
+
AGCFMEQ
DET
SW5
11 12 13 14 15 16 17 18 192 20 21 22 23 24 25 26 27 28 293 30
9
226.3V KA
0.1 B
C4049
0.1 B
C4047
C4051
560P CH
C4126
4.7K
R4031
W965
12K
R4072
39K 1/4W
R4071
39K1/4W
W915
REAR_AUDIO_IN-L
CAUTION: DIGITAL TRANSISTOR
2.8
13
4.750V KA
C GND
RECPB/REC
PHASE SW
SW20
P
R
SW19COMP
MIX
LEVEL
ADJ
P
1M HPF
7M HPF
LAG LERD
LPF
FM MOD
FO/DEV
ADJ
S-DET
YVCC
R4032
1016V KA
C4052 150P CH
R4033 1.5K
C4053
L4009
100uH
P.CON+5V_C
2FSCVCO
REC
APC
ACC
HPF
S
DL
SQPB
0607
R4024
C4054
C4110 0.1 B
DO
PB
APC
SQPB
MAIN
EMPH
CARRIER
OFFSET
W.C/DC
6.8K
C4100 27PCH
R4051 10K
0.1 B
C4055
5.2
2.2
1K
3P CH
L4011
C4056
476.3V KA
L4019
C4057
12uH
R4034
FH SYNC
COLOR
KILLER
ID DET
CTL TRAP
HPF
FHTRAP
B.EC.K
P
R
EQ
DLIM
DEMO
SUB LPF
MAIN
DE EMPH
0.1 B
C4058
R4035
L4012
2FSC_A
100uH
C4011
ACC
DET
G
4.750V KA
C4059
4.7K
KIL
SW18
SW9
NC
39P CH
5.6K
220uH
SDA
1B
0.001 B
SERIAL CONT
INTERFACE
SW26
APC
SW
TRAP
DO
DET
NL
EMPH
FBC/ALC
SW10
P
Y LPF
RP
SW11
R4049
2.2M
1/4W
W890
C4060
C4008
SCL
P.CON+5V_C
0607
L4013
100uH
0.1 B
W948
C4069
C4063
1B
C4064
4.7K1/4W
R4075
C4061 0.022 B
0.01 B
C4124
R4074
CVCC
VCA
LEVEL DET1
P
-
R
LEVEL DET2
SW25
R
CLPHDELAY
P
MAIN
CONV1
SW23
P
PR
C4062
SW12
SW24
R
R
SW16
R
P
SW14
REC
DO
0.1 B
C4071
+
CLPH
MAIN
CONV2
+
SW22
R
R
P
SW21
BPF
DO
SW15
RP
1016V KA
DL
EDGE
DELAY
NL
DE EMPH
R
0.1 B
CLAMP
C4068
1006.3V KA
CAUTION: DIGITAL TRANSISTOR
4.7M
D.E.
YNR
CLAMP
C4070
0.1 B
476.3V KA
NTSC/PAL
N-P CONT
CCD
LPF
P
Y APA
C4109
OUT
N P
0.1 B
C.K
B.D
0.1 B
C4104
C4072
P
R
REC
AGC DEL
PB ALC
VIDEO AGC
LPF
C4073
0.1 B
C4111
0.1 B
C4099
L4016
C4075
C SQUELCH
PULSE
GEN
LMIT
WHAITH
SW17
C4115
3.350V KA
R4073
P.CON+9V
0.1 B
68P CH
39uH
0.01 B
C
CCD
SW115
CH2
47P CH
2.2M
C4076
R4050 330
CLEAR SYNC
SQUELCH
FEED BACK
VIDEO ALC
CLOCK
DEIVER
MODE
CONT
VCC=5VN.C.
16
(SYSCON PWB)
EE/VV
D_V_SYNC
L4002
100uH
0305
R4040
100
0.1 B
0.42.52.82.02.12.80.13.02.92.14.84.84.8002.44.84.82.82.72.12.21.71.02.12.64.52.82.10
515253545556575859660616263646566676869770717273747576777879880
50
6dB AMP6dB AMP
SYNC.SEP.
CLAMP
Y
CCD
CH1CH3
(-10dB)(-10dB)(-10dB)
0.4
0
0
0
0
CCD
GND
0
2.5
4.8
1.8
4.8
40 41 42 43 44 45 46 47 48 49
4.8
3.0
4.8
0.1
CCD
4.8
3.0
0
0
ATTATTATT
0
31 32 33 34 35 36 37 38 39
AGCYGND
2.8
2.81.92.802.11.42.13.12.12.42.73.12.10.60.73.11.41.44.82.52.52.52.52.52.902.502.52.5
C4074
1016V KA
C4077
150V KA
150V KA
150V KA
C4116
C4078
RECORD LUMINANCE SIGNAL
PLAYBACK LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
BUFFER
Q4006
2SA1037AK
2.5
C4080
0.01 B
560
R4007
R4041
R4059
2.3
3.1
0
100
0
220 1/2W
R4076
C4117
R4061
100
W977
C4084
D4003
RB721Q
R4042
10K
C4083
4.7K1/4W
C4082
100P CH
100P CH
C4118
DTC144EK
0
22010V RZ
220P CH
PB SW
Q4015
C4089
0.01 B
R4010
560
0.1 B
15
C4094
47P CH
476.3V KA
C4088
L4015
100uH 0607
W924
C4012
C4079
Y/C_VIDEO
B
0.1
C4113
1B
14
1B
C4003
W898
V.SYNC
P.CON+5V_C
0.1 B
REAR_VIDEO
FRONT_V_IN
REC_TU_V
VV_H
FROM/TO 21PIN I/O
FRONT_V_IN
REAR_VIDEO
FRONT_AU_IN-L
REAR_AUDIO_IN-L
FROM/TO MICON
VCR_A_MUTE
H.SW
V.SYNC
SCL
SDA
D_V_SYNC
V.REC_ST_H
ENV_DET
CTL+
CTL2FSC_A
VV_H
GND
AUDIO SIGNAL(REC)
AUDIO SIGNAL(PB)
TUNER VIDEO SIGNAL
TUNER AUDIO SIGNAL
PWB010
VMX199
8
7
6
5
4
3
2
1
ABC D E F GH
I-8
Page 80
ABC D E F GH
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
8
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
FROM/TO POWER
AT+5.6V
GND
SCL
SDA
MO_SYNC
VCR_POWER_H
AV_1
7
LOADING MOTOR DRIVER IC
6
AV_2
AV_3
P.CON+5V_C
REC_AFT
CAP_VCO
REC_AGC_CTL
P.CON+5V[SENSOR]
AT+12V
MOTOR_GND
(LDM)
IC1001 BA6955N
CONTROL LOGIC
POWER
SAVE
12345678
0 0.111.5 0 0.3 0.1 0.3 11.5
R1005
2.7 1W
LM-
5
LDM_F
FROM/TO DECK
CP1006
(CP101)
IMSA-9604S-04Z14
1
VCC
2
4
BOT
3
LDM-
4
LDM+
3
FROM/TO MICRO MOTOR
(CD2001)
CP1005_1
IMSA-9604S-05Z14
5
2
1
CYL DRIVE
4
CYL GND
3
CYL FG
2
CYL +B
1
CYL PG
FROM/TO CAPSTAN DD UNIT
CP1004 TMC-J08P-B1
1
GND
2
MOTOR GND
I LIMIT
3
CTL
4
VCO
5
FG
6
CAP.M/F/R
7
VCC(5V)
8
0.1
PNA2604M010R
5.0
R1016
R1032
LDM_R
270 1/4W
W811
C1046
22025V RS
10K
C1057
0.1 B
EOT
Q1017
D1003
SID1050CM
ARESINCE THESE PARTS MARKED BYCAUTION:
ETANTLES PIECES REPAREES PAR UNATTENTION:
D1006
D1010
SB10-03A3
SB10-03A3
C1076
1006.3V
KA
P.CON+5V_D
L1005 100uH
C1047
1016V KA
TSD
10016V KA
C1001
LM+
D1001
1N4005E
EOT
BOT
D1004
82K
2.2K
R1011
R1003
C1093
4
1006.3V KA
1
23
CYL_DRIVE
CYL_FG G.OUT
W806
C1066
0.1 B
0.022 B
CONTROL_IN
CAP_VCO
CAP_FG
R1010
CAP_F/R
3.3K
RD12FB
D1005
1N4005E
LMLM+ CONTROL_IN AFT_M
C1002
0.001 B
C1005
0.001 B
C1092
1F
SW1001
TAB SW
SPVF130100
1B
C1054
CAP_FG
CYL_PG
C1061
FF/REW-L REC_LED
CYL_DRIVE
29
CYL_PG MO_SYNC
30
CYL_FG POWER_FAIL[DC]
C1007
0.0047 B
CYL_DRIVE
C1008
0.18 B
CAP_LIMIT
C1009
0.022 B
SENSOR SW
Q1002
2SC2412K
MS_SEN B
RPI-352Q01R
TEXT-H
5.1
C1063
220P CH
D1012
1SS133
R1001
R1014
R1067
R1007
FF/REW-L
KA
33K
C1050
1M
1K
56K
C1067
0.1 B
C1081
0.001 B
10K
5.2
MS_SEN-B
100P CH
R1024
15K
R1064
56K
C1010
0
0
0.9
23
1
R1050
100 1/4W
VOL_CTL
STANDBY_H SEN_LED
AV_1
TV_A_MUTE TAB_SW
VCR_A_MUTE
V.REC_ST_H
TU_AUDIO_MUTE_H
AV_2 OTPB_LED
AFC_OFF
TEXT_Y T-REC_LED
D1009
1SS133
TUNER_ON/OFF REMOCON_IN
BB_L
B.OUT_B
R.OUT_A
G.OUT_A IIC_OFF
C1006
B.OUT_A DEGAUSS_H
0.022 B
R1004
1K 1/4W
R1008 1K
H.SW
R1057
5.6K
D_V_SYNC
V.SYNC KEY_A
TAB_SW
CTL+
CTL-
2206.3V
C1032
SEN_LED
R1079
R1058
22 1/4W
1K 1/4W
5.0
1.2
1.3
23
1
4
1.4
0.9
Q1003
R1083
0.1 B
C1023
C1058
220P CH
R1053
10K
R1017
560
R1020
0.001 B
560
SW
Q1004
DTC124EK
MS_SEN A
RPI-352Q01R
5.1
4
1.40.5
R1087
C1065
28
27
Q1009
33K
R1038
0.1 B
5.2
5.2
5.2
1.3
2.2
2.6
2.6
NC
1.9
2.6
0.4
5.2
C1090
0.0039 B
C1056
MICON SCHEMATIC DIAGRAM
(SYSCON PWB)
22K
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
226.3V KA
C1012
MS_SEN-A
R1031
CAP_LIMIT
REC_AGC_CTL
22K
100
R1023
R1036
R1037
6.8K
8586878889
CAP_LIMIT
REC_AGC_CTL
AV1
TV_MUTE
VCR_MUTE
V.REC.START-H
90919293949596979899
TUNER MUTE
AV2
B.B_H
AFC OFF
FF/REW-L
BB_L
DA RGB SW
R
G
100
B
CYL_SPEED_UP
DPG
DFG
VIDEO_H.SW
HIFI_H.SW
DRUM_PWM
CAP_PWM
DUMMY.V.SYNC
VSS
110 101102103104105106107108109112 111
SVSS
CTLREF
110
3
0 2.6 2.6 2.6 2.6 0.2 2.7 2.6 2.6 5.2 22 1.7 5.1 5.1 2.1 1.5 5.2 1.6NC0 2.6 0 1.2 0 0 1.4 1.4
C1016
226.3V KA
C1013
C1015
0.0018 B
R1002
2.4 1.2
2
1
34
0 5.1
REEL SENSOR
Q1001
RPI-301
100P CH
22K 1/4W
C1004 0.1 B
MDO
CTL(+)
476.3V KANP
120
R1006
VCL
85
VOLUME_PWM
STANDBY_H
86
111
112
CTL(-)
4
5
REEL-S
47K
C1082
C1026
X1001
10MHz
21
OSC2
C.SYNC
VCC
CTLBIAS
R1022
C1018
25
REEL-T
18P CH
VSS
CTLFB
R1019
C1028
OSC1
CTLAMP(0)
68K
220P CH
C1019
R1027
47K
18P CH
/RES
CTLSMT(I)
9
C1020
0.1 B
10K
C10220.0039 B
REEL SENSOR
RPI-301
1
C1024 15P CH
22
26
Q1005
RESET
0.1 B
VV_H
CAP_F/R
C1025
X1002
32.768KHz
X1
CFG
4.750V KA
R1029 1K1/4W
1.2 0
0 5.1
CONTROL_IN
12P CH
22K
R1033
REEL-T
REEL-S
X2
FWE
VV-H
CAP_FULL
SYSCON/TIMER/SERVO IC
SVCC
AFCPC
AFCOSC
AFCLPF
11 12 13 14 15 16 17 18 192 20 21 22 23 24 25 26 27 28
R1021
470
L1001
R1028
C1027 0.1 B
12uH
C1038
C1048
15P CH
1B
C1040
0.0068 B
C1035
SYSTEM RESET IC
IC1002 RE5VS31A
2
34
IN OUTGND
123
REEL-T
CAP_FWD-L
IC1006
OEC0096B
HSYNC
VSYNC
6.8K
4.750V KA
V.SYNC_A
H.SYNC
REEL-S
CVIN2
R1026
D1007 1SS133
B.OUT_C
C1017
10K
R1030
5.105.1
LDM_R
LDM_RVS
CVIN1
10K
RESET
0.1 B
LDM_F
NC
LDM_FWD
OSDVCC
C1078 0.1 B
R1049
4.7K
D1002
D1017
1SS133
R1040
PAL-H
CVOUT
R1051
1SS133
C1021
22K 1/4W
R1041
SI1
OSDVSS
NC
C1079 100P CH
5.6K 1/4W
3316V KA
22K 1/4W
NC
0
S01
SD-L
56
4/2FSCOUT
4/2FSCIN
C1049
R1046
2FSC_A
C1014
VCC
MS_SENS_CTL55
30
29
28
0.01 B
100
0.1 F
C1003
AV_3
TEXT_RESET
AV3
KEY_A
KEY_B
MSSEN_A
AVSS
ENV_DET
0.1F5.5V
SDA
W955
TEXT RESET
IIC_DATA_0
VCR_POWER_ON-H
TV_POWER_ON-H
ON_TIMER_LED
REC.AFT.S.CURVE
VODEO_ENV
BOT
10K
R1055
R1056
R1094 1K
C1052 0.1 B
BOT
SCL
EXT_IN_L
R1074 22K
57585966061626364656667686977071727374757677787988081828384
EXT_IN-L
IIC_CLK_0
CTL_MONITOR
TAB_SW
CENT LED
OTPB_LED
PLAY_LED
REC/OTR_LED
T-REC_LEDYC0
TUNER_CTL
REMOCON IN
DEC_TU_SW
IIC_OFF
DEGAUSS
SERVICE
MO_SYNC IN
POWER_FAIL
AVCC
TUNER AGC
AFT.S.CURVE
HIFI ENV
EOT
MSSEN_B
10K
MS_SEN-B
EOT
SCL_B
C1060
0.1 B
05.32.83.63.53.5005.20.605.25.202.65.201.61.55.22.502.63.35.22.20.5
VSS
C1062 0.1 B
MS_SEN-A
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
3.3K
3.3K
R1044
C1072
R1096
1K
C1030
0.1 F
5.1 0
VCC
EEP ROM IC
A0
1234
IC1099 S-24C08ADPA-01
0000
5.2
1.3
NC
3.1
5.3
NC
52 53 54 55 56
5.2
51
5.2
50
5.2
5.2
NC
0
5.2
5.2
5.2
5.2
4.7
NC
5.2
5.3
40 41 42 43 44 45 46 47 48 49
0
5.3
0.3
4.9
5.2
2.3
1.5
2.5
0
NC
0.6
30 31 32 33 34 35 36 37 38 39
5.3
29
5.3
R1078
C1070 2206.3V KA
BB_L
R1025
33K
4.7K
R1080
W954
4.7K
KEY_B
B.OUT_A
G.OUT_A
W865
R1077 10K
P.CON+5V_D
R.OUT_A
R1009
R1012
R1054
R1045
68P CH
4.8 4.8
5678
SCL
TEST
A1
270
270
4.7K
SDA
VSS
A2
R1018
4.7K
ON_TIM/PLAY_LED
R1082
22K
R1088
10K
C1029 0.01 B
R1059
1K
4.2
HD SW
Q1016
2SC2412K
0
5.3
0
0
R1042
THE DC VOLTAGE AT EACH PART WAS
NOTE:
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
C1071
68P CH
SDA
SCL_B
5.1
4.4
TUNER_CTL
C1043
0.1 B
AGC_M
REC_AFT
R1013
10K
0.2
BUFFER
Q1012
2SC2412K
C1055
330P CH
1.2K
R1063
MAIN POWER OFF MUTE SW
Q1010
DTA124EKA
4.6
C1034
0.1 B
D1008
MTZJ5.6B
R1081
18K 1/4W
C1080
150P CH
220
5.1
5.1
TV POWER SW
Q1014
2SC2412K
4.7 0
4.9
0
C1089
150P CH
5.1
4.4
R1090
1K
C1069
22P CH
R1035
22K
0
D1014
1SS133
D1015
1SS133
D1016
1SS133
VCR POWER SW
Q1021
2SC2412K
VCR_POWER_H
R1039
1K
TV_POWER_H
C1074
0.01 B
SERVICE
TP1001
JWF-50K-1
C1044
0.01 B
R1062
4.7K
VD SW
Q1015
2SC2412K
V.SYNC_A
24
23
D1021
1SS133
R.SIGNAL
G.SIGNAL
B.SIGNAL
CYLINDER AFC SIGNAL
CYLINDER APC SIGNAL
CAPSTAN AFC SIGNAL
C1073
0.01 B
VD_A
HD_A
H.SYNC
M.P.OFF_H_A
R.OUT
CAUTION: DIGITAL TRANSISTOR
B.OUT
CAUTION: DIGITAL TRANSISTOR
B.OUT_B
B.OUT_C
FROM/TO Y/C/A/H.AMP
D_V_SYNC
V.REC_ST_H
VV_H
2FSC_A
GND
SCL
SDA
H.SW
ENV_DET
VCR_A_MUTE
CTL+
CTLV.SYNC
FROM/TO 21PIN I/O
AV_1
AV_2
ON_TIM/PLAY_LED
KEY_B
KEY_A
T-REC_LED
REC_LED
OTPB_LED
STANDBY_H
REMOCON_IN
EXT_IN_L
TU_AUDIO_MUTE_H
TUNER_ON/OFF
GND
FROM/TO CHROMA/IF
TEXT-H
AFC_OFF
VCR_POWER_H
TV_POWER_H
HD_A
VD_A
R.OUT
G.OUT
B.OUT
TEXT_Y
SDA
SCL
IIC_OFF
AFT_M
AGC_M
TUNER_CTL
POWER_FAIL[DC]
GND
DEGAUSS_H
M.P.OFF_H_A
FROM/TO T’TEXT
TUNER_ON/OFF
SCL
SDA
TEXT_RESET
FROM/TO SOUND AMP
TV_POWER_H
TV_A_MUTE
VOL_CTL
M.P.OFF_H
PWB010
VMX199
8
7
6
5
4
3
2
1
ABC D E F GH
I-9
Page 81
ABC D E F GH
POWER SCHEMATIC DIAGRAM
8
7
6
5
4
3
2
FROM/TO REGULATOR
CP810
(CP9002)
IMSA-9130B-12
12
11
10
MOTOR+12V
9
MOTOR GND
8
P.CON+8V[VCR]
7
P.CON+8V
6
P.CON+5V A
5
AT+5.6V
4
VCR POWER H
3
P.CON+9V
2
AT+30V
1
FROM/TO IF
CP6001
(CP6001)
6035B-13Z002-T
1
P.CON+5V
2
GND
3
REC TU VIDEO
4
AFT
5
6
REC TU AUDIO
7
P.CON+5V
8
REC SIF/AGC CTL
9
AGC
10
GND
11
IF
12
13
GND
GND
(SYSCON PWB)
5V REG.
P.CON+5V DRIVER
Q1006
R1065
10K
P.CON+5V SW
Q1007
DTC114TKA
REC IF
TP1002
1K
R1110
R1099
2SB698
5.0 4.9
4.2
R1068
14 15
0
NC
0
29.8
NC
0.1
4.7
NC
0.1
4.6
4.6
0.3
NC
10K
18.5
4.2
12 13
AT+5.6V
W818
D1022
11EQS04N
NC
W830
31
NC
NC
NC
W894
C1068
0.1 B
32
L1002
100uH
0607
REC_TU_AU
REC_TU_AU-L
REC_TU_V
REC_AFT
REC_TU_AU
P.CON+5V_B
REC_AGC_CTL
AGC_R
AT+30V
P.CON+5V_B
SDA
SCL
ANTENNA
SH601
CAP_VCO
AT+12V
MOTOR_GND
(LDM)
P.CON+5V_A
AT+5.6V
VCR_POWER_H
P.CON+9V
AT+30V
150V KA
C1086
L1003
100uH
1B
0607
C1096
R1097
100
C1087
R1091
1006.3V KA
R1112
100
560K
C1088
R1102
C1033
JWF-50K-1
0.1 B
56K
4.750V KA
D1020
11EQS04
820
0
4.6
0
11
IF
10
9
+30V
8
7
+5V
6
5
SDA
4
SCL
3
2
1
AGC
MONITOR_A-L_B
W959
TU1001 TUWOF4EK-771F2REC TUNER
P.CON+5V[SENSOR]
MONITOR_A-L_A
C713
P.CON+8V
VCR_POWER_H
S822X S822Y
1F
IC702
AUDIO SW
NJM2533V(TE2)
IC1003 KIA7805API
C701
0.1 B
AV_3
D1018
GND
11EQS04
Y/C_AUDIO
C706
OUT
C1042
1F
BAIAS
IN
123
8.1 0.2 5.2
MONITOR_A-L
4.9 5.2 4.8 0
1234
BUFFER
0 4.1 9.4 0
4706.3V YK
SIF
MONITOR_V
R702
NC
5678
NC
P.CON+5V_B
HS1001
763WAA0046
100
R1105
330K
C1084
1F
5V REG.
IC1004 KIA7805API
IN
123
8.2 0.2 5.2
10016V YK
C1091
R1108
820K
BUFFER
Q701
2SA1037AK
4.2
P.CON+5V_C
OUT
GND
4706.3V YK
D1019
0
R707
11EQS04
3.5
390
C1037
C1083
VIDEO SW
100
33
100P CH
5.2
R1107
5.6K
6dB
4.8
0.6
BUFFER
2SA1037AK
control
Q1022
R1071
12K
C1059
R1070
1.5K
IC701 LA7956
driver
123456789
4.4 7.4 4.3 0 4.47.4 9.4
R704
R1073
1F
video switch
3.3K
C705
R1109
0.1 B
C1075
P.CON+5V_C
2.7K
45
R1085
Q1023
C710
1016V KA
R705
560
560
R708
560
0.6
R701
L701
100uH
0607
C707
C708
560
1016V KA
2206.3V YK
0.2
BUFFER
Q1024
2SC2412K
0
C709
2206.3V YK
R1111
4.7K
2.8
BUFFER
-0.2
2SC2412K
0
12K
C1085
330PCH
(VIDEO)
3.83.8
C711
4716V KA
R706
C703
1016V KA
10016V YK
C702
0.01 B
THE RESISTOR MARKED F IS FUSE RESISTOR.NOTE:
THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP
IS NON POLAR ONE.
MO_SYNC
1B
C1036
REAR_VIDEO
FRONT_V_IN
Y/C_VIDEO
TU_VIDEO
AV_1
AV_2
P.CON+9V
FROM/TO Y/C/A/H.AMP
P.CON+5V_C
GND
P.CON+9V
Y/C_VIDEO
REC_TU_V
Y/C_AUDIO
REC_TU_AU-L
FROM/TO MICON
P.CON+5V[SENSOR]
P.CON+5V_C
AT+5.6V
AT+12V
CAP_VCO
GND
(LDM)
MOTOR_GND
VCR_POWER_H
MO_SYNC
AV_1
AV_2
AV_3
REC_AFT
REC_AGC_CTL
SCL
SDA
FROM/TO 21PIN I/O
SIF
MONITOR_A-L
FRONT_V_IN
REAR_VIDEO
MONITOR_A-L_B
P.CON+5V_A
P.CON+5V_C
P.CON+9V
AT+5.6V
GND
FROM/TO CHROMA/IF
P.CON+5V_A
P.CON+9V
AT+30V
TU_VIDEO
MONITOR_V
AGC_R
REC_AFT
AT+5.6V
ANTENNA
GND
FROM/TO SOUND AMP
GND
MONITOR_A-L_A
AT+12V
FROM/TO T’TEXT
P.CON+9V
AT+5.6V
P.CON+5V_A
MONITOR_V
P.CON+5V_C
GND
PWB010
VMX199
8
7
6
5
4
3
2
THE DC VOLTAGE AT EACH PART WAS
NOTE:
1
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
ABC D E F GH
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
ARESINCE THESE PARTS MARKED BYCAUTION:
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
CAUTION: DIGITAL TRANSISTOR
TUNER VIDEO SIGNAL
TUNER AUDIO SIGNAL
AUDIO SIGNAL(REC)
AUDIO SIGNAL(PB)
RECORD LUMINANCE SIGNAL
PLAYBACK LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
1
I-10
Page 82
ABC D E F GH
21PIN IN/OUT SCHEMATIC DIAGRAM
8
FROM/TO OPERATION
FROM/TO MICON
ON_TIM/PLAY_LED
KEY_B SP_OUT_L
7
6
5
4
REC_LED
T-REC_LED
KEY_A
OTPB_LED
STANDBY_H
REMOCON_IN
TUNER_ON/OFF
AV_1
AV_2
EXT_IN_L
TU_AUDIO_MUTE_H
GND
W822
P.CON+5V_A
21_Y
REAR_VIDEO
TUNER_ON/OFF
0.7
R4503
0
2SC2412K
R4510
10K1/4W
10K
Y SW
Q4504
2SC2412K
0
Y SW
Q4508
2SC2412K
R4504
0
SW
Q4510
W857
VIDEO OUT
TP4501
JWF-50K-1
R4524
75 1/4W
B4501
21PIN JACK
0
0
J4501
035_0_9985_05
1K 1/4W
75
R4512
10K
0.7
0
0.7
BLM21A601SPT
2.5
19
21 3456789
20
00 0 000
R4540
W964
21_R
46
15
17
16
18
R4516
75
R4523
14
13
21_G
75
11
12
B4502
BLM21A601SPT
R4522
10
NCNC
R4508
82
6.8K
R4501
21_B
R4521
00000000
0000
C4515
0.001 CH
W918
56K 1/4W
R4528
82
120K
W817
L4503
10uH
L4504
10uH
52
W833
2
C4509
00
1016V KA
1
C4530
R4502
100
470PCH
REAR_AUDIO_IN-L
(SYSCON PWB)
9
(CD751)
CP755
KEY B
KEY A
REC LED
T-REC LED
ON TIMER LED
8283_1012_00_000
C4204
0.1 B
C4203
0
MUTE SW
Q4511
2SC2412K
0
OTPB LED
POWER ON LED
0.1 B
0.7
D4510
AT+5V
1SS133
1102345678
GND
REMOCON OUT
POWER ON SW
Q4201
DTC114EK
1234567
(CD353)
GND
SP OUT L
CP351
8283_0712_00_000
FROM/TO OPERATION
0.1
4.8
0
D4202
11ES1N
P.CON+9V
MONITOR_A-L
TU_AUDIO-L_A
R4509
680 1/4W
W832_1
C5531_1
R5519_1
C5535_1
C5533_1
1F
100
0.1 B
1F
C4526
1016V KA
L5503_1
C5538_1
1mH
33016V YK
SOUND OUT L
SOUND GND
C5539_1
5678
4.89.34.10
BUFFER
NJM2534V
GND
FRONT A IN L
R4201
2206.3V KA
BAIAS
AUDIO SW
IC5502_1
FRONT VIDEO IN
75
R.SIGNAL
G.SIGNAL
B.SIGNAL
AUDIO SIGNAL(REC)
AUDIO SIGNAL(PB)
TUNER VIDEO SIGNAL
TUNER AUDIO SIGNAL
0.001 CH
5.24.904.8
C5536_1
W862_1
1F
1234
C5527_1
1F
C4201
FRONT_AU_IN-L
FRONT_AU_IN-L
REAR_AUDIO_IN-L
AV_1
AV_2
RECORD LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK LUMINANCE SIGNAL
PLAYBACK COLOR SIGNAL
FROM/TO SOUND AMP
SOUND_L+
SOUND_GND
FROM/TO POWER
FRONT_V_IN
AT+5.6V
GND
P.CON+9V
MONITOR_A-L_B
P.CON+5V_C
MONITOR_A-L
P.CON+5V_A
REAR_VIDEO
SIF
FROM/TO Y/C/A/H.AMP
FRONT_V_IN
FRONT_AU_IN-L
REAR_VIDEO
REAR_AUDIO_IN-L
8
7
6
5
4
W843
R4539
4.7K
0
0
C4505
0.018 B
CAUTION: DIGITAL TRANSISTOR
5.1
PERI SW
Q4507
2SC2412K
C4508
3
W982
W958
0.1 B
W957
SIF
FROM/TO CHROMA/IF
TU_AUDIO-L_A
GND
2
FROM/TO T’TEXT
21_Y
21_R
21_G
21_B
1
P.CON+9V
MONITOR_A-L_B
PWB010
VMX199
3
C4503
33016V YK
C4502
L4502
100uH
1F
R4507
150 1/2W
22K
8.5
BUFFER
Q4501
2SC2412K
2
1
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
BUFFER
Q4502
2SA1037AK
0
1.8
0
1.8
R4505
R4506
0.5
R4525
100 1/4W
12K
NOTE:
C4501
1006.3V KA
D4503
1SS133
THE DC VOLTAGE AT EACH PART WAS
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
ABC D E F GH
I-11
Page 83
FROM/TO MICON
8
7
TEST POINT
CP603 8283_0912_00_000
9
8
7
6
5
4
3
2
6
1
TO DECK SHIELD
CD651 CH01408A
1
W901
5
4
MONITOR TUNER
TEXT-H
M.P.OFF_H_A
AFC_OFF
TEXT_Y
VCR_POWER_H
TV_POWER_H
HD_A
VD_A
R.OUT
G.OUT
B.OUT
DEGAUSS_H
POWER_FAIL[DC]
TUNER_CTL
AGC_M
SDA
SCL
IIC_OFF
AFT_M
GND
B.OUT
REC AFT
AGC R
AFT
AGC
IIC OFF
SDA
SCL
GND
GND
W963
1213
AGC
1
0.2
2
NC
7.2
3
1.3
SCL
4
4.8
SDA
5
4.8
6
NC
0.1
+5V B.OUT
7
5.0
8
NC
0.2
+30V
9
29.9
NC
10
0
TU601 TUWOF4EK-771F2
IF
11
0
1415
W953
ANT601
BT15-0006
W883
R669 100
W952
C604
0.01 B
C673
W821
3
ABC D E F GH
W979
FROM/TO POWER
AT+30V
2
NOTE:
1
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
P.CON+9V
P.CON+5V_A
GND
MONITOR_V
TU_VIDEO
ANTENNA
AGC_R
REC_AFT
THE DC VOLTAGE AT EACH PART WAS MEASURED
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
C655
0.1 F
ABC D E F GH
0.1 B
C6H14002
CF604 MKT31.5MA110P
CF605 MKT41.5MA110P
FILTER
CERAMIC TRAP
FILTER
CERAMIC TRAP
W943
CD6001
C605
0.22uH
R667 27K
C637
0.1 B
C696
0.1 B
KA
L604
150V
R606
NC
22010V YK
C656
120K
L605
100uH 0607
6.8K
R607
C606
0.022 B
2.2K
R608
W923
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
CHROMA/IF SCHEMATIC DIAGRAM
R659 220
C657
0.1 B
W974
7.2
1.6
0.8
L613
100uH
0607
R609
R610
HD
VD
P.CON+5V_A
B.OUT
REC_AFT
AGC_R
C641
0.015 B
SAW FILTER
CF601 SAF39.5MZL220ZL
ANTENNA
R683
150
P.CON+5V_A B.OUT
P.CON+9V
R604
C602_1
100 1/2W
0.1 F
330
1uH
L606
C608
0.001 B
AMP
Q601
2SC3000
120
C662
0.1 B
2345
R638
C650
0.01 B
34
NC
2.3 2.4 0 0 2.9 2.9 0 5.0 2.6 4.8 4.8 4.8 4.0 1.1 1.1 1.1 0 7.8 1.8 1.7 1.8 0 2.1 2.6 5.1 2.6 0.4
1 101112131415161718192 20 21 22 23 24 25 26 27
VOL
DC
SW
DET
FM
AMP
CHROMA/IF IC
LIM
IC601 LA76812
BPF
SPLL
BPF
3.1 2.0 2.5 2.5 4.3 4.3 3.7 3.5 2.5 2.6 4.9 2.7 0 2.0 3.5 2.8 3.9 0.9 0 0 0 8.5 4.9 0.9 0 1.1
C607
C610
47P CH
C648
L603
15uH
47P CH
R636
560
R678
R660
270K
C678
1
F
R676
33016V YK
C677_1
ARESINCE THESE PARTS MARKED BYCAUTION:
4.9
1.3
2SC2412K
0.7
330K
100
R681
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
AMP
Q610
R637
C649
0.022 B
4
RF AGC
IF AGC
2.1
NC
1F
560
R661
1K
C644
0.001 B
0
4.0
150
R682
TU_AUDIO
TU_VIDEO
L609
C694
0.1 B
L610
2.2uH
120K
R644
C653
0.01 B
10K 1/4W
5
6789
VIF
DET
VIDEO
TRAP
AMP
VIDEO
PLL
A2C
5051525354
0.3350V KA
C652
1234
6
330
R663
COIL VIDEO IFT
L608
360K043
3.5
BUFFER
Q608
2SA1037AK
R670
560
ETANTLES PIECES REPAREES PAR UNATTENTION:
(SYSCON PWB)
DTC143TKA
R673 220
R674 220
R647
0607
100uH
C654
5.6K
0.01 B
120K
150V KA
C645
C661
0.1 B
R646
C682
100K
0.1 B
C658
1006.3V
KA
100K
R668
AFT
IDENT
IF
C659 0.4750V KA
W802
CAUTION: DIGITAL TRANSISTOR
2.6
0
SW
Q611
0
100
R662
C646
BUS ABL CLAMP
CORING
PEAKING
LINE
DELAY
TRAP
SW
VIDEO
CLMP CLMP
1
50V KA
C618 150V KA
R622 680K
C619
44
R624 1K
R623
1K 1/4W
L601
100uH 0607
P.CON+5V_A
TEXT_SYNC
I-12
BUFFER
2SC2412K
5.2
2.0
100P CH
STRETCH
43
C620
W912
P.CON+9V
Q603
2.6
1K
R627
R619 1K
22K
R680
D602
R625
C647
100P CH
BLACK
SEP
SYNC
BAF SW
42
150V KA
C622
476.3V KA
R677
C621 0.01 B
1.5K
R639
9.4
3.6
2SC2412K
1K 1/4W
R641
W975
MONITOR_V
TEXT_R
1SS133
18K
C611
ACC
1K
3.0
BUFFER
Q602
TEXT_G
1K
R605
D603
1SS133
18K
R626
C612
1016V KA
CONTRAST
OSD
APC1
40414243444546474849
C626
1K
R665
TEXT_B
TEXT_Y
1SS133
6.8K
C614
CONTRAST
C627
X601
BRIGHT
R615
22016V YK
C615
CLAMP
VCO
APC2
KILLER
CW
16PCH
41
1050V KA
C669
4.433619MHz
D605
R628
0.4750V KA
R630 24K
D601
1SS133
18K
R616
1016V KA
1016V KA
C613
DEMO
SW
PAL
TINT
VCO
2.2M
R618
C624 0.047 B
R631 24K
AUDIO SIGNAL(REC)
AUDIO SIGNAL(PB)
TUNER AUDIO SIGNAL
TUNER VIDEO SIGNAL
R.OUT
G.OUT
B.OUT
37
36
35
100
R633
SW
OSD
MATRIX
RGB
3536373839
C667
100
SW
DC ADS.
CLAMP
2.250V KA
R664
39 1/4W
0.01 B
R632
DRIVE/OUT-OFF B.AKB
NC NC
V_OUT
R657
1.5K+-1%
38
CLAMP
COLOR
1H DELAY
C676
220P CH
1050V KA
C632
P.CON+5V_A
R642
22K 1/4W
C616
C617
0.22 TF
RAMP
C/D
VER
SEP
VER
+
R666
C633 0.01 B
0.33 TF
C686
476.3V KA
C639
VCC
HDRVER
ALC
LPF
100 1/4W
2206.3V KA
C634
C668
P.CON+5V_A
C636
0.001 CH
C640
C687
R654
220P CH
150 1/2W
AFC1
1/256
VCO
HDR
R634
2216V KANP
0.01 B
C/D
HDR
2206.3V KA
R655
C642
SHIFTER
PHASE
AFC2
4.7K +-1%
P.CON+9V_A
100
W972
RECORD LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
PLAYBACK LUMINANCE SIGNAL
OUT
HDR
FBP
H_OUT
R658
12K
3.350V KA
282933031323334
100
39
40
C643
C623
0.0039 B
C665
1F
SW
Q614
DTC114EKA
33016V YK
SW
Q607
2SC2412K
0.3
0
S823Y S823X
0
0
R.SIGNAL
G.SIGNAL
B.SIGNAL
D604
11ES1N
0
4.7K 1/4W
R691
220 1/2W
D607
3.2
S102Y
S102X
S101Y
S101X
D611
1SS133
R656
3.3K 1/4W
R621
1K 1/4W
1SS133
W856
R653
1SS133
D610
+-1%
AFC_OFF
P.CON+8V
D608
1SS133
TV_POWER_H
M.P.OFF_H_A
D609
1SS133
HD
47025V YK
C693
H_OUT
P.CON+5V_A
V_OUT
HD
TV_POWER_H
POWER_FAIL[DC]
VD
VCR_POWER_H
DEGAUSS_H
G.OUT
R.OUT
TU_AUDIO
W844W887
C697
FROM/TO POWER
AT+5.6V
FROM/TO SOUND AMP
POWER_FAIL[DC]
SOUND+B
SOUND_GND
8
7
FROM/TO DEFLECTION
CD820
(CP820)
TO CRT
(CP850)
GND
CUT OFF
G.OUT
R.OUT
CH2E014A
POWER FAIL[DC]
NC
SOUND +B
SOUND GND
H.OUT
GND
P.CON+5V A
V.OUT
ACL
H.PULSE
TV POWER H
V.PULSE
VCR POWER H
DEGAUSS H
5
L001
KR16TT281807D
4
3
2
1
1
2
6
3
4
5
6
7
8
9
10
11
12
13
14
5
C691
330PCH
CD850
CH25090A
4
1B
3
FROM/TO 21PIN I/O
TU_AUDIO-L_A
21_Y
(S820)
GND
FROM/TO T’TEXT
GND
TEXT_B
TEXT_G
TEXT_R
TEXT_Y
TEXT_SYNC
PWB010
VMX199
2
1
Page 84
ABC D E F GH
SOUND AMP SCHEMATIC DIAGRAM
8
SOUND AMP
IC352 AN7523
(SYSCON PWB)
8
7
89
0.1 0.3 3.9 3.4 3.5 8.200NC
HS352
763WAA0014
FROM/TO CHROMA/IF
6
SOUND+B
SOUND_GND
POWER_FAIL[DC]
FROM/TO POWER
MONITOR_A-L_A
R351
2.2K
W813
C359
B
0.056
R358
680
C356
2216V KA
C370
0.001 CH
5
W939
W810
4
FROM/TO MICON
TV_A_MUTE
M.P.OFF_H
VOL_CTL
TV_POWER_H
3
R359
10K 1/4W
R353
68K 1/4W
C354_1
100025V MHE
MUTE
Q351
2SC2412K
R361
8.2K
R356
1K
6.6
0
0
C366
0.01 B
-+
1234567
7
C372_1
100025V MHE
W812
FROM/TO 21PIN I/O
SOUND_L+
SP_OUT_L
SOUND_GND
6
5
50
C368
W936
100016V YK
1B
C364
0
MUTE
Q356
0
DTC114TKA
0
L002
HF57T18.5*10*10
TO SPEAKER
CP354
TID-X02P-M1
SP OUT
SOUND GND
4
CD354_2
CH12442A
1
1
2
2
SPEAKER
SPEAKER
SP351
S0410J05A
4 OHM
SP352
S0410J05A
4 OHM
3
1016V KA
C352
2
1
FROM/TO POWER
GND
AT+12V
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
ARESINCE THESE PARTS MARKED BYCAUTION:
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
SW
Q352
2SC2412K
0.5
0
0
ETANTLES PIECES REPAREES PAR UNATTENTION:
R354
0
10.0
0
SW
Q353
2.7K
DTC114EK
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
THE DC VOLTAGE AT EACH PART WAS MEASURED
NOTE:
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
CAUTION: DIGITAL TRANSISTOR
TUNER AUDIO SIGNAL
AUDIO SIGNAL(REC)
AUDIO SIGNAL(PB)
PWB010
VMX199
2
1
ABC D E F GH
I-13
Page 85
ABC D E F GH
T’TEXT SCHEMATIC DIAGRAM
8
(SYSCON PWB)
8
7
6
5
4
3
FROM/TO CHROMA/IF
TEXT_SYNC
FROM/TO POWER
MONITOR_V
P.CON+9V
AT+5.6V
P.CON+5V_C
P.CON+5V_A
GND
FROM/TO CHROMA/IF
TEXT_B
TEXT_R
TEXT_G
TEXT_Y
GND
21_Y
FROM/TO MICON
SDA
SCL
TEXT_RESET
TUNER_ON/OFF
FROM/TO 21PIN I/O
21_Y
21_R
21_G
21_B
C884
W820
W876
1006.3V KA
W861
0
1.6 0.80.80.8 00
1
2345678
SW1
IN1B
MM1234
GND1
IN1A
TRIPLE ANALOG MPXER
IC853
1.5
W823
OUT1
IN2B
L857
100uH
4716V KA
W905
D854
11EQS04N
C851
C872
10016V KA
C873
10016V KA
C874
10016V KA
1006.3V KA
C852
0.01 B
12K
R853
SYNC BUFFER
Q853
2SC2412K
4.8
3.6
6.8K 1/4W
R862
RED BUFFER
Q855
2SC2412K
4.3
R851
GREEN BUFFER
1K
2SC2412K
R878
4.8
1.7
BLUE BUFFER
2.3
150
R854
Q852
Q851
2SC2412K
B851
LFP3A-M3R2TA
C857
1006.3V KA
22K
4.8
3.6
4.8
3.6
C859
330P CH
1.5
1SS133
OUT3
IN2A
SW3
IN3A
GND3
IN3B
10111213141516
9
1.61.6 1.5
000
4.8
0.3
0
BLK
R879
BUFFER
Q862
2SC2412K
1K
D863
R889
D861
11EQS04N
2.2K
C883
1SS133
3.350V KA
GND2
OUT2
SW2
VCC
5.1
D851
4.3
R856
4.3
R880
1K
L851
10uH
2206.3V KA
C853
C862
DECODER
IC851 ET106
FRAG2
FRAG1
REF.
RGB SET
AGND
RED
GREEN
AVCC
BLUE
BLANK
SDA
SCL
TEST3
WIND
C854
0.022 B
0.1 B
4.8
11011121314
TEST5
3.5
2
SYNC
3.5
3456789
VIDEO
4.8
DVCC
5.1
RSTB
CLK.IN
DGND
TEST1
4.8
TEST4
TDATA
TCLK
4.4
CSB
4.8
MUTE
NC
TEST2
L852
10uH
1006.3V
0.01 B
W914
C856
R865
390
R897
2.2K
W845
R905
KA
R887
10K
1.0
NC
28
0
C861
0.01 B
15K
R896
390
R902
R877
100 1/4W
R876
100 1/4W
2.1
2.1
0
390
4.3
4.3
4.8
4.3
20 21 22 23 24 25 26 27
0.3
4.8
4.8
4.8
0.1
15 16 17 18 19
C855
1K
C896
W850
56K
R910
2.4
0
W848
0
W851
0.1 MMTV
0
0
0
C863
C895
0.1 TF
W853
C865
4.5
2216V KANP
R911
150K
3.9
5.0
W899
R882
R881
BUFFER
Q861
2SC2412K
220
220
W880
C866
0.01 B
W886
C867
0.1 MMTV
C894
2216V KA
0.1
4.8
2.4
0
4.4
0
0
0
0
0
20
11 12 13 14 15 16 17 18 19
SCAN-0
SYNC
DGND
WIND
DVCC
OSC OUT
DGND
TADATA
TCLK
TSTAPLB
DATA SLICER
IC852 ET317
TSIG
SSIG
CSIG
AGND
OSC1
OSC2
AVCC
CREF
AGND
BIAS
7
6
5
4
X851
13875KHz
15P CH
C888
220P CH
C876
0.022 B
C868
0.022 B
C889
0.01 B
C893
C890
15P CH
0.1 B
R860
10P CH
1K
2.6
110
W892
2.8
2
C869
1.0
3456789
220P CH
0
51
2.3
2.5
C886
4.8
1.5
C887
0
1.7
3
W847
3.350V KA
C881
C882
3.350V KA
S820XS820Y
D852
1SS133
2
RECORD LUMINANCE SIGNAL
1
THE RESISTOR MARKED F IS FUSE RESISTOR.NOTE:
THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP
IS NON POLAR ONE.
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
THE DC VOLTAGE AT EACH PART WAS MEASURED
NOTE:
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
PLAYBACK LUMINANCE SIGNAL
RECORD COLOR SIGNAL
PLAYBACK COLOR SIGNAL
TUNER VIDEO SIGNAL
R.SIGNAL
G.SIGNAL
B.SIGNAL
PWB010
VMX199
2
1
ABC D E F GH
I-14
Page 86
ABC D E F GH
8
REGULATOR SCHEMATIC DIAGRAM
8
(REGULATOR PWB)
FROM/TO DEFLECTION
CD9002
7
6
5
4
3
(CP403)
CH01814A
1
GND
CD9003
CH01011A
GND
1
FROM/TO TV POWER
(CP810)
CD9001
CH28112A
GND
1
GND
2
AT+12V
3
MOTOR GND
4
UNREG+8V
5
UNREG+8V
6
AT+13V
7
AT+30V
8
R9003
10K 1/4W
IC9001 KIA7809API
IN GND OUT
123
47016V YK
C9001
C9002
DRIVER
Q9003
2SB892
8.4 8.3
7.7
D9002
1SS133
9V REG
0.1 B
R9008
560 1/4W
D9007
1SS133
7
R9001
18K 1/4W
2SC1815Y
2SB892
9.6 9.5
SW
Q9002
DRIVER
Q9001
R9002
D9001
0
8.9
0
1.8K 1/4W
1SS133
0.8
R9005
10K 1/4W
R9007
2.2K 1/4W
5V REG.
IC9002
KIA7805API
IN GND OUT
123
8.3 0.2 5.2
R9011
R9010
220 1/4W
33 1W
221/4W
R9013
33016V YK
C9003
C9004
4706.3V YK
5V REG.
IC9003
KIA7805API
IN GND OUT
123
8.5 0.6 5.6
D9004
1SS133
33016V YK
C9005
C9006
6
YK
470
C9008
16V
FROM/TO POWER
(CP810)
CP9002
IMSA-9130S-12L
GND
12
GND
AT+5.6V
AT+30V
11
10
9
8
7
6
5
4
3
2
1
MOTOR+12V
NC
MOTOR GND
P.CON+8V[VCR]
P.CON+8V
P.CON+5V A
VCR POWER H
P.CON+9V
C9007
47016V YK
4706.3V YK
5
4
3
9.60.612.0
DRIVER
Q9004
2SB892
8.4 8.3
R9004
10K 1/4W
2
1
THE DC VOLTAGE AT EACH PART WAS
NOTE:
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
7.7
R9009
390 1/4W
D9003
1SS133
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
2
PWB120
VEX920
ARESINCE THESE PARTS MARKED BYCAUTION:
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
1
ABC D E F GH
I-15
Page 87
ABC D E F GH
IF SCHEMATIC DIAGRAM
8
(IF PWB)
8
7
C6004
10016V
KA
CF6001
SFSH6.0MCB-TF21
C6002
C6005
0.01 B
150V KA
39K
R6016
6
C6028
100P CH
2.22.1 8.5 2.0 3.0 2.0 8.0
1 101112
LIM
AMP
VIF
FM
DET
5
R6001_1
560 1/4W
2.4
0
BUFFER
Q6001
2SA608KF-NP
IC6001 LA7567B
1.8
48
R6003
3.6 4.3 1.8 1.9 4.7
2
3456789
MIX
HPF
RF
AGCIFAGC
2021222324
C6006
0.01 B
3.9K
R6002
2.2K
C6003_1
C6007
L6001
22uH
68P CH
150V KA
W817
47
C6009
R6043
AMP
HPF
HPF
VIDEO
DET
VIF
AMP
0
L6003
2.7uH
C6011
27P CH
R6011
3.3K 1/4W
EQ
AGC
C6010
0.01 B
4
C6001_1
560P CH
0.2250V KA
330
W804
IST
DET
IST
AMP
1516171819
NC
CF6005
TPS6.0MB
L6007
15uH
1.7
R6013
VCO
12K
C6019
0.01 B
6
1234
AFT
1314
1.80.51.92.52.92.92.21.92.72.5
C6013
360K042
W806
0.01 B
R6019_1
330 1/4W
L6006
R6014
C6014
68K
W819
0.33 TF
R6022
R6020
330
100K
7
6
5
4
R6023_1
100 1/4W
W811
CF6002
12345
(CP6001)
P.CON+5V
CP6001_2
6035B-13Z002-T
1
FROM/TO POWER
GND
REC TU VIDEO
234
AFT
REC TU AUDIO
56789
AGC
P.CON+5V
REC SIF/AGC CTL
GND
10
NCNC NC NC
IF
11
OUTOUT G IN IN
3
W821
W803
SAF39.5MZL220ZL
2
1
THE DC VOLTAGE AT EACH PART WAS
NOTE:
MEASURED WITH THE DIGITAL TESTER
DURING PLAYBACK
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
L6008
0.22uH
CF6007
MKT41.5MA110P
12
13
C6015
0.01 B
CF6008
MKT31.5MA110P
0.0022 B
R6021
C6022
150
R6024
R6025
820
6.8K
L6011
R6027
1.2uH
4.5
1.4
PRE.AMP
0.6
Q6005
2SC3000
120
3.3K
R6028
C6023
0.001 B
TUNER VIDEO SIGNAL
AUDIO SIGNAL(REC)
PWB350
VE6778
3
2
1
ABC D E F GH
I-16
Page 88
PRINTED WIRING BOARDS
MAIN/CRT/POWER SW
SOLDER SIDE
ABCDE
D410
R423
W817
HS402
W024
R412
W020
Q513
S101
W017
W018
Q504
W019
VR502
W026
R529
R513
R460
CP403
R553
R514
R516
W028
R420
CP804
W823
C422
R427
C
P
C424
R425
W027
8
01
Q406_1
C410
CC001
1
R447
FB401
C430_1
D411
2
D413
R450
R808
TP802
C431
CD803
CP803A
CC004
0
8
R
TP803
5
Q805_1
R815
C805
3
4
C810
C432
R820
Q806_1
R816
R812
W035
R490
W814
C421
TP801
R
C811
C429_1
W034
R453
R417
R419
R421
C403
R408
R407
W037
C809
W040
CP850
R807
R814
8
R
R811
W023
0
2
C819
CC002
0
81
R813
W832
C411
C405
R418_2
W036
W877
Q804_1
C801
R448
W805
R414
R416
C407
R801
C450_1
W031
HS401
W029
C414
C406
D401
W032
S801
C423
J801_1
W030
L402
CP401
R411
C404
CP803B
L401
IC401
R413
C409
R456
W816
D523
C417
C438
T401
R515
D529
W022
D516
C554
CP504
S102
Q405
C416
C418
C549
Q507
R523
R552
R507
W012
W010
R532
SW501
D505
RY501
W016
W803
W013
C520
C516
W810
R501
R554
D509
R449
Q502
R538
W830
TP401
R508
R504
FH503
F502
FH504
D501
W038
D528
R509
C522
C502
TH501
W002
Q501
W007
D510
C507
C503
L502
C530
R533
CP820
W008
W009
R518
R512
Q503
C517_1
B504
IC501_1
C512
CP502
C515_1
R505
W015
FH501 FH502
C506
D526
C528
R528
D518
F501
D515
C521_1
T501
W039
C510_1
R506
R524
R519
5
D
D508
HS501
W042
W044
4
2
W818
D521
L501
B505
Q509
D536
D534
W841
R543
D533
C527_1
D502
CP501
Q508
R521
C519
W004
C514_1
R542
D531
C513
Q505
D519
W801
D506
D517
C524
W001
C518
CP810_1
C523
ICP502
R502
C529
C509
C505
R520
R503
IC506
D512
W824
D511
C525
C537_1
C531_1
W825
1
2
3
4
CD502
ABCDE
I-17
Page 89
ABC D E F GH
TV POWER SCHEMATIC DIAGRAM
8
R515
Q504
0.6
C554
0.0022 M
FEED BACK
SWITCHING
R553
135.2
135.8
10K
R509
TV.POWER_H
R523
R552
10K 1/4W
Q507
2SC945
39K 1/2W
1/4W
AT+125V
10K 1/4W
10K 1/4W
45
NC
6.3
6.0
5.4
R554
22K 1/2W
D528
P.CON+125V
12
L501
RB-20871
3
7.3
1
2
6.3 6.4
R533
4.7K 1/4W
R532
5.6K 1/4W
MTZJ5.6B
C530
0.001250V KX
34
C506
R505
FEED BACK
IC506
TLP621
(D4-GRHLF2)
12
0.1250V ECQUL
L502
SS28H-08350
POWER REG.
IC501_1 STR-F6707
27K 3W
10.1
34
DRIVER
FB/
OCP
S D VCC
12345
1.7 0.2 100.5 18.5 0
R503
4.7K 1/4W
C509
0.0056 M
IS THE LIVE CONNECTIONCAUTION:
R501
2250V MHE
0.00222KV B
0.00222KV B
C510_1
4
C512
0.001 M
D506
RMPG06J
33025V MHE
D521
EG01Z
HS501
763WAA0175
W810
2
GBL06L-6177
1
3
B505
BL02RN2-R62T2
0.00222KV YR
C514_1
R502
56 1/2W
D501
GND1
C507
D502
220400V USP
344.5
344.5
397.2
EG-01C
308.3
16.5
8
6
5
4
2
0
1
T501 8140062W
DC IN
COL
ADJ
GND
135V
12V
25V
15.5
SB
16
0
SG
15
135.7
14
0
HG
13
16.5
5V
12
0
LG
11
20.3
10
19.8
9
2.2 7W
C503
R538
1.5M 1/2W
CONT
GND
1
10
D518
C515_1
R543
680 1/2W
EG01Z
B
0.0027500V
D517
EG01Z
D531
R542
C529
R528
0.33 1W
C513
RU2YX
R506
1.8K 1/4W
0.33 1W
0.0022250V KX
C502
RELAY DRIVE
D516
1SS133
2SC1815Y
0.2
0
7
DEGAUSS
COIL
L503
8H210005
21
CP502
TV-50P-02-A1
1
2
RY501
SDT-S-112LMR
TH501
PTH451A140M21
12
3
4
6
C505
FH501
EYF-52BC
D529
560 1/4W
330 1/4W
SWITHING
2SC2909
UNREG+8V
0.033 M
1SS133
R504
0
0
Q501
0.22250V ECQUL
C549
SWITHING
Q502
2SA1371
134.9
R508
270K 1/2W
1M 1/4W
0.7
F501
5
CD502
CPU2012A
12
12
CP501
THL-P03P-B1
S102 S101
4
2
BLUE
12
BROWN
CP504
THL-P03P-B1
4
CD501
AC230V 50HZ
1206635823
BLUE
BROWN
21
3
(POWER SW PWB)
1
3
PWB340
TEXA36
SW501
SDDFC30200
+B ADJ
2
FH502
EYF-52BC
BROWN
BLUE
VR502 330
560 1/4W
R514
R529
2.7K 1/4W +-1%
5VSWITCHING
Q513
DTC114ES
T4A_L_250V
D523
1SS133
0
4.6
0
218004
R513
R516
TV.POWER_H
(MAIN PWB)
W830
B504
BL01RN1-A63
ICP502
251005
5A125V
W818
W841
W801
D511
10ELS2N
C518
470P500V B
D512
21DQ09N
D508
21DQ09N
C527_1
470P2KV YR
D519
21DQ09N
C519
470P500V B
C516
470P500V B
D505
21DQ09N
D509
21DQ09N
D510
RU2AM
C517_1
0.00182KV YR
C523
C524
100025V MHE
100025V MHE
W803
C537
D527
F502
T1.6A_L_250V
C520_1
100025V MHE
220200V YXF
C521_1
150V YK
SWITHING
2SB892
13.9 13.9
R521
1SS133
10K 1/4W
SWITHING
Q509
DTC114TS
21801.6
Q508
13.1
11.6
0
R524
9
S802X S802Y
C504_1
1SS133
4.8
330 1/2W
FH504
EYF-52BC
FH503
EYF-52BC
R512
22K 2W
W824W825
220200V YXF
C531_1
D533
D530
R507
1.5K 1/4W
R518
10K 1/4W
SWITHING
Q503
2SA1371
SWITHING
Q505
2SC2909
220016V MHE
1SS133
D524
31.3
30.6
R519
0
1SS133
D534
1SS133
D526
1SS133
DEGAUSS_H
+B
AT+125V
SOUND+B
FROM/TO DEFLECTION
+B
DEGAUSS_H
SOUND+B
TV.POWER_H
P.CON+125V
POWER_FAIL
VCR.POWER_H
GND
SOUND_GND
7
6
8
AT+30V
31.3
D515
C528
0.022 F
MTZJ33B
POWER_FAIL
10K 1/4W
R520
0.7
10K 1/4W
0
UNREG+8V
5
4
FROM/TO REGULATOR
CP810_1
(CD9001)
8283_0812_00_000
C525
47025V YK
UNREG+8V
AT+13V
AT+30V
GND
GND
AT+12V
MOTOR GND
UNREG+8V
UNREG+8V
AT+13V
AT+30V
1
2
3
4
5
3
6
7
8
2
SOUND+B
PWB070
TMX473
1
THE RESISTOR MARKED F IS FUSE RESISTOR.NOTE:
THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP
IS NON POLAR ONE.
THE DC VOLTAGE AT EACH PART WAS MEASURED
NOTE:
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
ARESINCE THESE PARTS MARKED BYCAUTION:
1
ABC D E F GH
I-18
Page 90
ABC D E F GH
8
7
6
5
4
3
2
FROM/TO CHROMA/IF
CP820
(CD820)
8283_1412_00_000
1
SOUND +B
SOUND GND
2
3
H.OUT
4
GND
5
P.CON+5V A
6
V.OUT
7
ACL
8
H.PULSE
9
TV POWER H
10
POWER FAIL[DC]
11
V.PULSE
12
VCR POWER H
13
DEGAUSS H
14
FROM/TO TV POWER
P.CON+125V
TV.POWER_H
VCR.POWER_H
SOUND+B
SOUND_GND
DEGAUSS_H
POWER_FAIL
CP403
(CD9002)
003P-2100
1
GND
GND
DEFLECTION SCHEMATIC DIAGRAM
V.OUTPUT
IC401 LA78040
AMP
C406
11E1-EIC
C414
100P500V B
C410
4.750V YK
PUMP UP
GNDVcc
10035V MHE
4
THERMAL PROTECTION
C409
0.001 M
HS401
763WSA0016
TP401
C416
22P500V SL
H-DRIVE
Q405_1
2SC2621
R420
0.5
3
R411
18K 1/4W
R449
6.8K 7W
31.0
0
R413
15K 1/4W
22K +-1%
R456
C417
4.7K 1/2W
R414
C405
R418_2
560P500V B
C418
R416
47K 1/4W
2.2K 1/4W
4.750V YK
1.2 1/2W
31.0
NC
0.2
22.3
1160V MHE
R417
330 1/2W
120025V HR
C407
T401
305Y002
0
34
2
1
6
1.3
R419
R408
C438
330 1/2W
1K 1/2W
2
8
0.1100V TF
C411
R421
2.2K 1/2W
1050V YK
R407
C403
W816
680P500V B
R460
763WSA0016
100 1/4W
HS402
1.8K 1/2W
1250V MHE
C422
L401
4.7mH0909
R447
68 1/2W
W823
247.6
H.OUTPUT
Q406_1
1.3
2SD2499
0
W817
C424
0.00821.6KV ECWH
C423
0.47250V ECWF
D410
C429_1
RMPG06J
C421
MTZJ5.6B
470P500V B
D411
100035V MHE
R423
12K 1/4W
+
1234567
25.70.3 3.3 0 14.1 26.2 2.7
W805
D401
R427
5.6K 1/4W
6.8K 1/4W
NC
+B
W832
R425
10K 1/4W
R412
0.0068 M
C404
(MAIN PWB)
L402
ELH5L4112
R448
1K 1W
C450_1
120P2KV YR
C431
22250V YK
D413
RMPG06J
R450_1
3.9 1W
C430_1
0.001500V B
R453
680K 1/4W
CC004
247.6
126.0
131.0
NC
0
0
0
0
0
COL
1
VIDEO
6
B+
2
AFC
9
HEA
TER
10
GND
8
E12
4
E25
3
FB401 3221012F
W814
8
TO DY
CP401
B05B-DVS
5
4
3
2
NC
1
7
6
V801
A51LMU10X45N45
9
10
R
8
G
6
11
B
175
21
1
CD801
CP82035A
CD802
CH01010A
TO CRT
5
4
HV
180V
NC
GND
GND
HEATER
5
4
3
2
1
FOCUS
SCREEN
180V
GND
GND
HEATER
CD803
2E054402
TO CRT
3
TO CRT
F
S
GND
0
11
ABL
2.5
7
GND
0
8
0
E8
5
NC
R490
33K 1/4W
C432
CP803A
51052-0500
0.47100V TF
2
PWB070
TMX473
DEFLECTION SIGNAL
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
1
THE DC VOLTAGE AT EACH PART WAS MEASURED
NOTE:
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
THE RESISTOR MARKED F IS FUSE RESISTOR.NOTE:
THE ALUMI ELECTROLYTIC CAPACITOR MARKED NP
IS NON POLAR ONE.
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
ARESINCE THESE PARTS MARKED BYCAUTION:
ABC D E F GH
CAUTION: DIGITAL TRANSISTOR
1
I-19
Page 91
ABC D E F GH
CRT SCHEMATIC DIAGRAM
8
FROM CHROMA/IF
CP850
7
(CD850)
8283_0512_00_000
GND
5
CUT OFF
4
G.OUT
3
R.OUT
2
B.OUT
1
5
132.5
2.8
RED AMP
Q804_1
2.5
2SC4217
TP801
R802
15K 2W
R807
2.7K 1/4W
(CRT PWB)
132.8
0
0
4
3
0
0
567
1
F
132.9
8
104.1
9
J801_1
HPS3200-010501
132.5
8
7
TP802
R814
6
C809
330P B
R811
270 1/4W
5
C810
270P B
R812
270 1/4W
R815
3.3K 1/4W
3.3K 1/4W
6
132.1
GREEN AMP
2.9
Q805_1
2.5
2SC4217
TP803
4
7
132.3
2.8
BLUE AMP
Q806_1
3
R816
3.3K 1/4W
C811
470P B
R813
270 1/4W
2.5
2SC4217
R808
2.7K 1/4W
R805
15K 2W
R820
2.7K 1/4W
R810
15K 2W
W877
R801
C819
0.00222KV B
1M 1/4W
C801
0.00222KV B
6
5
4
3
ACCESSORY
CC002 CC001
2
PWB110
TCX333
1
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
ARESINCE THESE PARTS MARKED BYCAUTION:
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
ETANTLES PIECES REPAREES PAR UNATTENTION:
C805
100P B
GND
GND
(CD802)
GND
(CD801)
FROM DEFLECTION
003P-2100
TS-80P-02-V1
CP804
CP801
1
2
NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
GND
GND
1
FOCUS
FROM DEFLECTION
S801
SCREEN
180V
180V
5
2
HEATER
GND
GND
NC
(CD803)
GND
GND
HEATER
CP803B
51052-0500
123
4
BT001
UM-4/R03
TM101
R25-1397
R.SIGNAL
G.SIGNAL
B.SIGNAL
1
THE DC VOLTAGE AT EACH PART WAS MEASURED
NOTE:
WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST
WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.
ABC D E F GH
I-20
Page 92
ABC D E F GH
INTERCONNECTION DIAGRAM
8
HEH
REMOCON SENSOR
TM101
7
OS753
GND
3
2
B+
1
Vout
CD751
10
ON TIMER LED
10
CP755
9
KEY B
9
OPERATION PWB
PWB030
TEXA17
8765432
AT+5V
KEY A
REC LED
OTPB LED
T-REC LED
POWER ON LED
8765432
1
GND
REMOCON OUT
1
J351
1
5
4
3
2
6
7
CD353
4
123
E
J701
7654321
GND
SOUND GND
SP OUT L
SOUND OUT L
7654321
CP351
AV PWB
PWB250
TEXA18
GND
FRONT A IN L
FRONT VIDEO IN
CP6001
2
1
GND
P.CON+5V
2
1
IF PWB
AFT
REC TU VIDEO
PWB350
VE6778
P.CON+5V
REC TU AUDIO
REC SIF/AGC CTL
9876543
AGC
9876543
10
GND
10
ROTOR
MAGNETCOIL
HALL
IN
MAINHALL
OUT
SWITCH
LOGIC
13
12
11
IF
13
12
11
SENSOR
HALL
VCC
MR
FG SENSOR
O
VCC
G
8
7
CP1004
6
H.V
ANODE
CRT
CD820
SOUND+B
SOUND GND
H.OUT
GND
P.CON+5V A
V.OUT
ACL
H.PULSE
TV POWER H
POWER FAIL[DC]
V.PULSE
VCR POWER H
DEGAUSS H
CD9002
GNDGND
CD9001
GND
GND
AT+12V
MOTOR GND
UNREG+8V
UNREG+8V
AT+13V
AT+30V
SPEAKER
SP351
4 OHM
SPEAKER
SP352
4 OHM
1
2
3
4
5
6
7
8
9
10
11
12
13
14
CP810
1
1
CP9002
2
3
4
5
6
7
8
CD354
12
GND
GND
12
1
2
9
10
11
GND
MOTOR GND
MOTER+12V
GND
MOTOR GND
MOTER+12V
P.CON+8V[VCR] P.CON+8V[VCR]
9
10
11
REGULATOR PWB
CP354
SP OUT
1
SOUND GND
2
B.OUT
R.OUT
G.OUT
CUT OFF
GND
SYSCON PWB
PWB010
VMX199
P.CON+8V
P.CON+5V A
P.CON+8V
P.CON+5V A
CD850
AT+5.6V
AT+5.6V
PWB120
VEX920
1
2
3
4
5
2345678
AT+30V
P.CON+9V
VCR POWER H
AT+30V
P.CON+9V
VCR POWER H
2345678
18
16
14
12
10
8
6
4
2 20
J4501
1
1
213
19
17
15
13
NC
11
NC
9
7
5
1
NC
NC
NC
TUNER PACK
TU1001
11
IF
10
+30V
9
8
+5V
7
6
SDA
5
SCL
4
3
2
AGC
1
U IN
TUNER PACK
TU601
11
IF
NC
10
+30V
9
NC
8
+5V
7
NC
6
SDA
5
SCL
4
3
NCNC
2
AGC
1
U IN
CP4005
AUDIO PB
6
AUDIO REC
5
CTL+
4
CTL-
3
AE HEAD(-)
2
AE HEAD(+) AE HEAD(+)
1
CP1006
1
VCC
2
BOT
3
LDM-
4
LDM+
CP4004
2
FE HEAD (GND)
1
FE HEAD (HOT)
CP1005
5
CYL DRIVE
4
CYL GND
3
CYL FG
2
CYL +B
1
CYL PG
CP4001
1
SP-CH2 (L)
2
SP COM
3
4
SP-CH1 (R)
1
SOUND+B
2
SOUND GND
3
H.OUT
4
5
P.CON+5V A
6
V.OUT
7
8
H.PULSE
9
TV POWER H
POWER FAIL[DC]
V.PULSE
VCR POWER H
DEGAUSS H
1
1
2
AT+12V
3
MOTOR GND
4
5
UNREG+8V
6
UNREG+8V
7
AT+13V
8
AT+30V
12345
NC
GND
HEATER
123
GND
ACL
GND
GND
CP820
CP403
CP810
V801
CD501
CP504
12
21
PWB340
TEXA36
S101
S102
BROWN
5
BLUE
AC230V50Hz
CD502
CP501
21
21
BLUE
BROWN
POWER SW PWB
DEGAUSS COIL
L503
21
2
CP502
DEGAUSS COIL
1
MAIN PWB
PWB070
TMX473
DEGAUSS COIL
FBT
FB401
4
5
123
4
3
GND
GND
180V
CP804
1
GND
CD802
1
CP850
CP803A
3
F
GND
4
FOCUS SCREEN
S801
FOCUS
SCREEN
2
1
2
GND
GND
CP801
1
CD801
NC
5
CRT SOCKET
G.OUT
CUT OFF
6
J801
R.OUT
7
12345
B.OUT
HEATER
CD803
8
9
CP803B
180V
5
10
11
12
13
14
CP401
NC
GND
4
CRT PWB
PWB110
TCX333
1
2
3
4
5
6
7
8
GND
MOTOR GND
I LIMIT
CTL
VCO
FG
CAP.M/F/R
VCC(5V)
FFC
CD1001
FFC
CD1003
1
2
3
4
5
6
7
8
FFC
CD4001
CP101
VCC
BOT
LDMLDM+
2
FE HEAD (GND)
1 FE HEAD (HOT)
CD2001
CYL DRIVE
CYL GND
CYL FG
CYL +B
CYL PG
1
2
3
4
AUDIO PB
6
AUDIO REC
5
4
3
2
1
4
3
2
1
F/E HEAD ASS’Y
H5002
5
4
3
2
1
CTL+
CTL-
AE HEAD(-)
A/C HEAD ASS’Y
RED
WHITE
MICRO MOTOR
M2003
VCC
DRIVE CONTROL
GND
FG
PG
FG.PG GND
CH2
CH1
H5001
DECK PWB
BOT SENSOR
Q101
PWB550
VE8851
SP
HEAD
CAPSTAN DD UNIT
DECK MECHA ASS’Y
M2001
AUDIO
CONTROL
AE
LM
LOADING MOTOR
M101
CYLINDER UNIT ASS’Y
UN4001
CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY
DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES
OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE
6
5
4
3
ARESINCE THESE PARTS MARKED BYCAUTION:
2
ETANTLES PIECES REPAREES PAR UNATTENTION:
THE TIMETHIS INTERCONNECTION DIAGRAM IS THE LATEST ATNOTE:
1
ABC D E F GH
I-21
Page 93
WAVEFORMS
TV POWER
1 5V 0.1ms/div
DEFLECTION
2 5V 50µs/div
6 20V 20µs/div
7 20V 20µs/div
DEFLECTION
Y/C/AUDIO/HEAD AMP
11 PB
2V 10ms/div
12 PB
10mV 5ms/div
3 0.5V 10ms/div
4 200mV 50µs/div
CRT
5 2V 20µs/div
8 10V 10ms/div
TV POWER
9 20V 10ms/div
10 2V 5µs/div
13 POWER ON
200mV 50ns/div
14 POWER ON
0.5V 10µs/div
15 POWER ON
2V 20µs/div
The following waveforms were measured at the point of the corresponding
NOTE:
balloon number in the schematic diagram.
J-1
Page 94
WAVEFORMS
MICON
16 POWER ON
200mV 10µs/div
17 POWER ON
50mV 1ms/div
18 POWER ON
50mV 1ms/div
21 POWER ON
1V 50ns/div
22 POWER ON
5V 20µs/div
23 POWER ON
2V 20µs/div
26 PB
50mV 0.5ms/div
27 PB
1V 0.5µs/div
28 PB
1V 0.5µs/div
19 REC
10V 5µs/div
20 REC
10V 5µs/div
24 POWER ON
2V 5ms/div
25 PB
50mV 10ms/div
The following waveforms were measured at the point of the corresponding
NOTE:
balloon number in the schematic diagram.
J-2
29 PB
2V 20µs/div
30 PB
1V 50ms/div
Page 95
POWER
WAVEFORMS
31 REC
0.5V 10µs/div
32 REC
0.5V 0.5ms/div
33 REC
0.5V 10µs/div
CHROMA/IF
36 POWER ON
0.5V 20µs/div
37 POWER ON
0.5V 20µs/div
38 POWER ON
0.5V 10ms/div
41 POWER ON
200mV 0.1µs/div
42 POWER ON
200mV 10µs/div
43 POWER ON
10mV 10µs/div
34 POWER ON
5mV 1ms/div
35 POWER ON
0.5V 20µs/div
39 POWER ON
200mV 50µs/div
44 POWER ON
0.5V 10µs/div
POWER
40 POWER ON
2V 50µs/div
The following waveforms were measured at the point of the corresponding
NOTE:
balloon number in the schematic diagram.
J-3
45 REC
2V 20µs/div
Page 96
WAVEFORMS
21PIN IN/OUT
46 POWER ON
0.5V 10µs/div
IF
47 REC
0.5V 10µs/div
21PIN IN/OUT
52 POWER ON
20mV 1ms/div
48 REC
100mV 0.5ms/div
SOUND AMP
50 REC
0.5V 0.5ms/div
T'TEXT
51 POWER ON
200mV 50ns/div
The following waveforms were measured at the point of the corresponding
NOTE:
balloon number in the schematic diagram.
J-4
Page 97
MECHANICAL EXPLODED VIEW
139
132
211
211
L503
114
211
J801
114
PWB110
(CRT PWB)
130
130
203
203
203
129
128
206
209
206
115
203
145
203
130
138
203
146
147
218
V801
PWB340
(POWER SW PWB)
213
149
117
213
147
SW501
123
120
119
201
144
217
104
124
208
126
211
125
SP352
208
116
PWB070
(MAIN PWB)
213
B
101
108
PCB250
(AV PWB)
118
205
127
115
205
208
SP351
209
214
109
PCB030
(OPERATION PWB)
214
136
213
143
205
FB401
113
A
K1-1
Page 98
MECHANICAL EXPLODED VIEW
204
204
204
144
110
102
112
202
142
210
205
206
140
212
PCB350
(IF PWB)
107
105
207
TU1001
TU601
134
206
ANT601
A
133
106
206
J4501
PCB120
(REGULATOR PWB)
PCB010
(SYSCON PWB)
135
216
131
B
148
103
122
202
137
121
141
111
216
141
215
K1-2
Page 99
MECHANICAL REPLACEMENT PARTS LIST
REF. NO. PART NO. DESCRIPTION Q'TY REF. NO. PART NO. DESCRIPTION Q'TY
101 S5-67A-1C7-200 CABI,FRONT ASS'Y 1 140 ---- IF SHIELD CASE 1
102 ---- SHIELD,CASE HEAD AMP 1 141 S9-9EF-BA0-010 WIRING CLIP 2
103 ---- PLATE,EARTH-SYSCON 1 142 ---- SHIELD BOTTOM IF 1
104 S3-5WP-D06-830 BUTTON,REC 1 143 S9-9HV-3T0-010 HOLDER,ANODE WIRE 1
105 ---- HEAT SINK 1 144 ---- CORD CLAMP P-45 2
106 S7-1WP-A02-590 PLATE,JACK 1 145 ---- LABEL,ANTI-THEFT 1
107 ---- HEAT SINK 1 146 S3-5WP-B00-990 BUTTON,POWER 1
108 ---- HEAT SINK 1 147 S6-9WS-A00-120 WASHER CRT T=0.5 2
109 ---- HEAT SINK 2 148 ---- SHIELD,COVER HEAD AMP 1
110 S5-3WU-AA0-060 SPRING,EARTH HEAD AMP 1
111 ---- PLATE,SHIELD BOTTOM 1 201 S1-175-40A-040 SCREW,TAP 4x10 1
112 S5-OP7-000-360 HOLDER,EOT SENSOR 1 202 S1-175-40B-040 SCREW,TAP(B0)TRUSS 4-20 2
113 ---- RUBBER,SILCON 2 203 S1-175-40A-640 TAP(B0)4-16 6
114 ---- COATING CLIP 2 204 S1-171-40A-240 TAP(B0)V+4-12 3
115 ---- CORD CLIP UL CO. 2 205 S1-09I-30A-040 SCREW,TAP TITE(B) 3-10 6
116 ---- CABI,FRONT 1 206 S1-106-30A-240 SCREW,TAP(P)3-12 6
117 S1-2WP-J06-740 PLATE,FRONT 1 207 S1-076-308-040 SCREW,TAP 3x8 1
118 S1-2WP-J06-750 FLAP 1 208 S1-106-30A-440 UIT+3-14 11
119 S1-3WP-A01-060 GLASS,LED 1 209 S1-079-306-040 SCREW,CUP(S) 3X6 2
120 S1-3WP-A01-070 GUIDE,REMOCON 1 210 87-741-095-410 SCREW,TAP TITE(P) FLAT 3-8 1
121 ---- SHIELD,COVER 1 211 S1-11J-50D-040 SCREW TAP(A)5-40 4
122 ---- SHIELD,CASE 1 212 87-743-073-010 VT2+2.6-6 1
123 S2-344-901-010 BADGE,BRAND 1 213 S1-106-30A-040 UIT+3-10 10
124 S3-5WP-D06-820 BUTTON,OTPB 1 214 S1-0A1-30B-040 SCREW,WASHER(A)M3-20 3
125 S3-5WP-J01-320 BUTTON,FRAME 1 215 S1-106-306-040 UIT+3-6 1
126 S3-5WP-D06-850 BUTTON,PLAY 1 216 S1-076-306-040 BVTT+3-6 4
127 S4-3WK-A00-320 SPR,FLAP 1 217 S1-106-308-040 TAP(P)3-8 2
128 S5-67A-1C7-400 CABI,BACK ASS'Y 1 218 S1-0A1-305-040 SCREW,WASHER(A) M3-5 2
129 ---- CABI,BACK 1
149 S5-2WS-AA0-150 PLATE,POWER SW 1
130 ---- FELT SHEET 3
131 S5-3WS-A01-200 PLATE,BOTTOM-EARTH 1
132 S4-1WU-A00-040 SPRING,EARTH 1
133 ---- PLATE,DECK SHIELD ASS'Y 1
134 S6-1WP-A01-510 HOLDER,M/PWB 1
135 S6-1WP-A01-980 HOLDER,DECK 1
136 S6-1WP-A02-080 HOLDER,FBT 1
137 ---- SHEET,PVC 1
138 ---- SHEET,RATING 1
139 ---- LABEL,POP 1
ACCESSORY REPLACEMENT PARTS LIST
REF. NO. PART NO. DESCRIPTION Q'TY
1 S7-6R0-DF0-200 TRANSMITTER R25-1397 1
2 S5-67A-1C9-750 INSTRUCTION BOOK KIT 1
3 S5-67A-101-000 IB(VX-D2120K) 1
K1-3
Page 100
503
335
CHASSIS EXPLODED VIEW (TOP VIEW)
367
503
510
M2003
300
UN4001
349
336
359
368
357
318
303
328
512
AA
366
319
361
309
314
355
313
508
AB
358
H5002
BA
366
502
306
505
334
310
512
AB
AA
321
348
313
506
508
315
338
AB
507
304
AB
317
H5001
305
369
353
501
320
502
356
AA
329
330
AA
AA
301
364
347
AA
M101
PWB550
(DECK PWB ASS'Y)
316
AB
CLASS
GREASE
OIL
323
365
363
AB
AB
AB
352
PART NO.
G-555G
MG-33
FL-721 AC
FL OIL No. 6115 BA
351
MARK
AA
AB
K2-1
515
509
502
AD
324
360
NOTE:
Applying positions AA, AB, AC and BA for the
grease or oil are displayed for this section.
Check if the correct grease or oil is applied for
each position.
AB
362
511
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