Matsui 2107 NS Schematic

MATSUI 2107 NS

General Information

Also Covers

Matsui 2107R & 2107T.

Safety Precautions

PERFORM A SAFETY CHECK AFTER
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

Recommended Safety Parts

Item Part No. Description

R401 R3K181102J R,METAL 1K OHM 1W
R408 R6558A4R7J R,FUSE 4.7 OHM 2W
R423 R65582680J R,FUSE 68 OHM 1/2W
R424 R5X2CE5R6J R,CEMENT 5.6 OHM 7W
R426 R6358A010J R,FUSE 1 OHM 2W
R429 R655811R8J R,FUSE 1.8 OHM 1W
R503 R5Y4AE5R6J R,CEMENT 5.6 OHM 7W
R512 R61584470J R,FUSE 47 OHM 1/4W
R513 R3X28B683J R.METAL 68K OHM 3W
R516 R3X28B150J R,METAL OXIDE 15 OHM 3W
R524 R5X2CD010J R,CEMENT 1 OHM 5W
R804 R3U18A153J R,METAL 15K OHM 2W
R806 R3U18A153J R,METAL 15K OHM 2W
R808 R3U18A153J R,METAL 15K OHM 2W
C501 P2222B224K CMP 0.22 UF 250V AC MMCA
C502 CB3930MH3M CC 0.0022UF 250V
C525 CB3930M12K CC 100 PF 250V
C526 P2222B224K CMP 0.22 UF 250V AC MMCA
C527 CB3930M12K CC 100 PF 250V
D404 D28T10ELS6 DIODE,RECTIFIER 10ELS6TA1B2
D407 D28T10ELS6 DIODE,RECTIFIER 10ELS6TA1B2
D501 D2BTRM11C0 DIODE,RECTIFIER RM11C
D502 D2BTRM11C0 DIODE,RECTIFIER RM11C
D503 D2BTRM11C0 DIODE,RECTIFIER RM11C
D504 D2BTRM11C0 DIODE,RECTIFIER RM11C
D510 D28I15DF60 DIODE,SILICON 15DF6-FC
D511 D28T10ELS6 DIODE,RECTIFIER 10ELS6TA1B2
D515 D28F30DF60 DIODE,RECTIFIER 30DF6-FC
IC201 I03DE68120 IC LA76812
IC401 I03SD78400 IC LA7840
IC402 I07B9805T0 IC BA17805T
IC403 I07B9809T0 IC BA17809T
IC501 IDED016846 IC TDA16846
IC502 I07B9805T0 IC BA17805T
Q401 TC4Q052500 TRANSISTOR,SILICON 2SC5250
Q501 T41F026510 TRANSISTOR FIELD EFFECT 2SK2651-01MR
Q503 TA3T1371A0 TRANSISTOR,SILICON 2SA1371(D,E)-AE
Q504 TC30041600 TRANSISTOR,SILICON 2SC4160-ORI
L502 029K000001 COIL,LINE FILTER RB-20871
T501 048140049W TRANSFORMER SWITCHING 8140049W
J801 066C130015 SOCKET,CATHODE RAY TUBE CVT3275-5102
SW501 0530205002 SWITCH SDDFC30400
CD501 1206635821 CORD,AC 1206635821
F501 0808T04002 FUSE 218004
F502 0808T01002 FUSE 218001.
FB401 043221010F TRANSFORMER,FLYBACK 3221010
ICP501 083PC02002 MICRO FUSE 251002
RY501 0560Q10114 RELAY SDT-SS-109DM
V801 098A210405 CRT A51EER131*76

(2107R & 2107T Only)

R429 R655811R5J R, FUSE 1.5 OHM 1W
R448 R5Y4CD472J R, CEMENT 4.7K OHM 5W
R514 R3X28B683J R, METAL 68K OHM 3W
R518 R3X18A220J R, METAL OXIDE 22 OHM 2W
R524 R5X2CD1R8J R, CEMENT 1.8 OHM 5W
L501 029X000073 COIL, LINE FILTER SS24H-07200
T501 048140051W TRANSFORMER, SWITCHING 8140051W

Disassembly Instructions

1. 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. 1-1.) 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.

2. Flip up the sides of the Rubber Cap in the
direction of the arrow and remove one side of
the support. (Refer to Fig. 1-2.)

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.
1-3.)

NOTE

Confirm that there is no dirt, dust, etc. at the
spot where the cap was located.

2. Arrange the wire of the Anode Cap and make
sure the wire is not twisted.

3.Turn over the Rubber Cap. (Refer to Fig. 1-4.)

4. Insert one end of the Anode Support into the
anode button, then the other as shown in Fig.
1-5.

5. Confirm that the Support is securely con­nected.

6. Put on the Rubber Cap without moving any
parts.

Service Mode List

This unit provided with the following SERVICE
MODES so you can repair, examine and adjust
easily.
To enter the Service Mode, press both set key
and remote control key for more than 2 seconds.

CONFIRMATION OF USING HOURS

POWER ON total hours can be checked on the
screen. Total hours are displayed in 16 system
of notation.

1. Set the VOLUME to minimum.

2. Press both VOL. DOWN button on the set and
Channel button (6) on the remote control for
more than 2 seconds.

3. After the confirmation of using hours, turn off
the power.

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.

Table 1 (2107 NS Only)

NOTE: No need for the setting after INI 10.

Table 1 (2107 R Only)

NOTE: No need for the setting after INI 16
Table 1 (2107 T Only)

NOTE: No need for the setting after INI 10

1. Enter DATA SET mode by setting VOLUME to
minimum.

2. Press both VOL. DOWN button on the set
and Channel button (6) on the remote control
for more than 2 seconds.

3. ADDRESS and DATA should appear as Fig 1.

4. ADDRESS is now selected and should
“blink”. Using the SET + or - keys on the
remote, step through the ADDRESS until
required ADDRESS to be changed is
reached.

5. Press ENTER to select DATA. When DATA is
selected, it will “blink”.

6. Again, step through the DATA using SET + or

- until required DATA value has been se­lected.

7. Pressing ENTER will take you back to
ADDRESS for further selection if necessary.

8. Repeat steps 4 to 7 until all data has been
checked.

9. 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.

Electrical Adjustments

1. BEFORE MAKING ELECTRICAL ADJUST­MENTS

Read and perform these adjustments when
repairing the circuits or replacing electrical parts
or PCB assemblies.

CAUTION
1-1:Prepare the following measurement tools

for electrical adjustments.

1. Synchro Scope

2. Digital Voltmeter

3. Color Bar Generator

2. BASIC ADJUSTMENTS

On-Screen Display Adjustment

In the condition of NO indication on the screen.
Press both VOL. DOWN button on the set and
the Channel button (9) on the remote control for
more than 2 seconds to appear the adjustment
mode on the screen as shown in Fig. 2-1.

NOTE

Use the Channel buttons (1-8) on the remote
control to select the options shown in Fig. 2-1.
Press the Channel button (0) on the remote
control to end the adjustments.

• Use an isolation transformer when performing
any service on this chassis.

• Before removing the anode cap, discharge
electricity because it contains high voltage.

• When removing a PCB or related component,
after unfastening or changing a wire, be sure
to put the wire back in its original position.
Inferior silicon grease can damage IC’s and
transistors.

• When replacing IC’s and transistors, use only
specified silicon grease (YG6260M). Remove
all old silicon before applying new silicon.

2-1: RF AGC DELAY

1. Receive an 80dB monoscope pattern.

2. Connect the digital voltmeter between the pin
5 of CP101 and the pin 1 (GND) of CP101.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (5) on the
remote control.

4. Press the channel button (2) on the remote
control. The Fig. 2-2 appears on the display.

5. Press the VOL. UP/DOWN button on the
remote control until the digital voltmeter is

2.20 ± 0.05V.

MATSUI 2107 NS

Electrical Adjustments

Cont’d

2-2: VCO

1. Receive the color bar pattern.

2. Connect the digital voltmeter to pin 47 of
IC201.

3. Adjust the L204 until the digital voltmeter is

3.5 ± 0.05V.

2-3: 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.
2-1 and press the channel button (5) on the
remote control. The Fig. 2-2 appears on the
display.

5. Press the channel button (6) on the remote
control.

6. Adjust the Screen Volume until a dim raster is
obtained.

2-4: FOCUS

1. Using the remote control, set the brightness
and contrast to normal position.

2. Receive the monoscope pattern.

3. Turn the Focus Volume fully counterclockwise
once.

4. Adjust the Focus Volume until picture is
distinct.

2-5: WHITE BALANCE
NOTE:

Adjust after performing adjustments in section 2-3.

1. Receive the color bar pattern.

2. Activate the adjustment mode display of Fig.
2-1 and press the channel button (2) on the
remote control. The Fig. 2-3 appears on the
display.

3. Adjust the adjustment mode display of Fig. 2­3 until the white color is obtained.

2-6: BRIGHTNESS (TV)

1. Receive the monoscope pattern. (RF Input)

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (4) on the
remote control. The Fig. 2-4 appears on the
display.

4. Press the channel button (1) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the white 0% is starting to
be visible.

2-7: BRIGHTNESS (AV)

1. Receive the monoscope pattern. (Audio Video
Input)

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (4) on the
remote control. The Fig. 2-4 appears on the
display.

4. Press the channel button (1) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the white 0% is starting to
be visible.

2-8: COLOR (TV)

1. Receive the monoscope pattern. (RF Input)

2. Connect the synchro scope to TP802.

3. Using the remote control, set the brightness,
contrast, color and tint to normal position.

4. Activate the adjustment mode display of Fig.
2-1 and press the channel button (4) on the
remote control. The Fig. 2-4 appears on the
display.

5. Press the channel button (3) on the remote
control.

6. Adjust the VOLTS RANGE VARIABLE knob of
the oscilloscope until the range between white
100% and 0% is set to 5 scales on the screen
of the oscilloscope.

7. Press the VOL. UP/DOWN button on the
remote control until the red color level is
adjusted to 80% of the white level. (Refer to
Fig. 2-5)

2-9: COLOR (AV)

1. Receive the monoscope pattern. (Audio Video
Input)

2. Connect the synchro scope to TP802.

3. Using the remote control, set the brightness,
contrast, color and tint to normal position.

4. Activate the adjustment mode display of Fig.
2-1 and press the channel button (4) on the
remote control. The Fig. 2-4 appears on the
display.

5. Press the channel button (3) on the remote
control.

6. Adjust the VOLTS RANGE VARIABLE knob of
the oscilloscope until the range between white
100% and 0% is set to 5 scales on the screen
of the oscilloscope.

7. Press the VOL. UP/DOWN button on the
remote control until the red color level is
adjusted to 80% of the white level. (Refer to
Fig. 2-5)

2-10: CONTRAST

1. Receive the monoscope pattern.

2. Activate the adjustment mode display of Fig.
2-1 and press the channel button (4) on the
remote control. The Fig. 2-4 appears on the
display.

3. Press the channel button (2) on the remote
control.

4. Press the VOL. UP/DOWN button on the
remote control until the bar step is set to the
“20”.

2-11: SHARPNESS

1. Receive the monoscope pattern.

2. Activate the adjustment mode display of Fig.
2-1 and press the channel button (4) on the
remote control. The Fig. 2-4 appears on the
display.

3. Press the channel button (5) on the remote
control.

4. Press the VOL. UP/DOWN button on the
remote control until the bar step is set to the “7”.

2-12: HORIZONTAL PHASE

1. Receive the monoscope pattern.

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (1) on the
remote control. The Fig. 2-6 appears on the
display.

4. Press the channel button (1) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the SHIFT quantity of the
OVER SCAN on right and left becomes
minimum.

2-13: VERTICAL POSITION

1. Receive the monoscope pattern.

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (1) on the
remote control. The Fig. 2-6 appears on the
display.

4. Press the channel button (4) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the horizontal line of the
monoscope comes to approximate center of
the CRT.

2-14: VERTICAL SIZE

1. Receive the crosshatch pattern.

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (1) on the
remote control. The Fig. 2-6 appears on the
display.

4. Press the channel button (3) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the center of crosshatch
is square.

2-15: VERTICAL LINEARITY 50

1. Receive the monoscope pattern.

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (1) on the
remote control. The Fig. 2-6 appears on the
display.

4. Press the channel button (5) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the bar step is set to the
“18”.

2-16: VERTICAL LINEARITY 60

1. Receive the monoscope pattern (NTSC
Signal).

2. Using the remote control, set the brightness
and contrast to normal position.

3. Activate the adjustment mode display of Fig.
2-1 and press the channel button (1) on the
remote control. The Fig. 2-6 appears on the
display.

4. Press the channel button (5) on the remote
control.

5. Press the VOL. UP/DOWN button on the
remote control until the bar step is set to the
“18”.

2-17: OSD HORIZONTAL

1. Using the remote control, set the brightness
and contrast to normal position.

2. Activate the adjustment mode display of Fig.
2-1 and press the channel button (5) on the
remote control. The Fig. 2-2 appears on the
display.

3. Press the channel button (5) on the remote
control.

4. Press the VOL. UP/DOWN button on the
remote control until the difference of A and B
becomes minimum.

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.

3-1: STATIC CONVERGENCE (ROUGH
ADJUSTMENT)

1. Tighten the screw for the magnet. Refer to the
adjusted CRT for the position. (Refer to Fig.
3-1) 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.

3-2: PURITY
NOTE

Adjust after performing adjustments in section 3-1.

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 colors.

5. Adjust the slant of the deflection yoke while
watching the screen, then tighten the fixing
screw.

3-3: STATIC CONVERGENCE
NOTE

Adjust after performing adjustments in section 3-2.

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.

3-4: DYNAMIC CONVERGENCE
NOTE

Adjust after performing adjustments in section 3-3.

Component Location Guide

1. Adjust the differences around the screen by
moving the deflection yoke upward/downward
and right/left. (Refer to Fig. 3-2-a)

2. Insert three wedges between the deflection
yoke and CRT funnel to fix the deflection
yoke. (Refer to Fig. 3-2-b)

ABC D E F GH

MICON/TUNER SCHEMATIC DIAGRAM

8

OS101_1

R143

12C OFF

OSD G

W869

C118 39P CH

R121 3.3K

W870

SDA

OSD B

4.44.44.44.40.00.00.8 3.8 0.3

C119

4.7K

R123 3.3K

R122 3.3K

SOUND A

REMORT

P_FAIL

OSC OUT

OSC IN

4.9

100P CH

GP1U281Q

B+

Vout
123

R125 22K

2

1

34353637383944041424344

SD

RESET

XOUT

XIN

TEST

1K

R120

C120100P CH

GND

30 31 32 33

23 24 25 26 27 28 29

TU001 NJH3023M218

IF

BTL

BPL

V.S

SDA

SCL

ADRES

AGC

2

3

4

5

6

8

9

31.2

R001

0.022 M

R002

V.OUT

0.0

68K 1/2W

R134

NC

68K 1/2W

L001

4.8

10K

7

0.0

10uH 0607

C002

D105

1S2472

NC

3.2

3.2

270

R003

10006.3V YK
270

R004

11

10

14 15

NC

0.1

0.0

R148

0.0

C103

R126

R136 22K

5.0

5.0

5.0

4.2

5.0

3

3.8

4.4

W818

0.0

5.0

L101

4.9

5.2

33uH

47

R137 22K

C107

C108 0.1 B

X101

3

8 MHZ

2

1

C104

12P CH

C105 12P CH

ATS AGC

Q104

2SC2412K

R149

0.01 B

R150

4

10K

68K

3.9K

1050V KS

5.0

C122

B101

2.6

BLM21A601SPT

0.15.5V F

TP001

C008

0.1 B

IC103 PST600H

10K

R133

VCC

123

4.9

1SS133

150V KS

C111

5

0.0

D103

D001

HZ30-3L TD

C001

D104

1S2472

RESET

GND

5.0

1

12 13

NC

NC

2.6

0.0

3.9

C003

C007

0.01 B

150V KS

003P-2100

C006

100P CH

PH003

FROM DEFLECTION/CRT

FBT_5V

VD

FROM/TO POWER

POWER

AT+5.6V

TO IF/CHROMA/SOUND AMP

S802Y

AT+5V

TEST POINT

CP101
8283_0912_00_000

1

GND

2

I2C_SCL

3

I2C_SDA

4

I2C_OFF

5

AGC

6

7

6

5

4

AFT

7

VIDEO

8

SOUND_L

9

SOUND_R

FROM/TO IF/CHROMA/SOUND AMP

TUNER_AGC 117V

TUNER_IF

AFT POWER_FAIL
SDA
SCL

OSD-R
OSD-G
OSD-B GND

OSD-Y

AFC

T_TEXT_RESET

A_MUTE GND

B.B

TO VIDEO/R.G.B SWITCH

AV1

YS.MUTE

FROM/TO JACK

AV1

SOUND_R_1

SOUND_L_1

TU_VIDEO_OUT

A_MUTE

FOR_VCR

SCL

SDA

3

R107

100

R105

100

R111

4.7K

IC102 M24C04-BN6

0.0

1234

E0

0.0

E1

0.0

E2

0.0

VSS

AV SW.

Q103

DTC114TKA

R147

10K

R142 1.2K

MEMORY

R145

R109

10K

5.2

VCC

0.0

MODE

SCL

4.8

5678

SDA

4.8

5.0

4.8

0.0

1K

R108

10K

R110

22K

SLR-342VCT32

OSD-R
OSD-G
OSD-B
OSD-Y

AFC

C123

220P

STAND BY

D107

CH

C124

OEC6056A

C112

C101

0.01 B

1006.3V KS

R124

100

CH

R113

220P

100

MICON

4.6 4.8 5.0 5.0 0.0 4.9 0.0 5.0 4.9 4.8 0.0

IC101

4.9

11011

T_RESET

4.4

A_MUTE

0.0

3

BLUE BACK H

0.0

DEGAUSS

NC

0.0

56789

YS.MUTE

4.8

AV1

4.8

AV2

4.8

ATS

4.9

KEY

4.8

AFT

5.2

FORTHED VCR V-SYNC

R114

270

NC NC

NCNC

VSS

VDD

PAL/SEC

12 9V POWER
13 STAND BY LED
14 ON TIME LED

22 H-SYNC

VSS

12 13 14 15 16 17 18 19220 21 22

NC NC NC

NC

0.0

NC

C113 39P CH

34 SOUND B
35 SCL
43 AKB WHITE
44 POWER21 OSD Y

OSD R

W868

C116 39P CH

8

7

6

5

4

3

2.2K

R101

2

ACCESSORY

BT001

R03(AB)E_20_T

BT002

R03(AB)E_20_T

TM101

SBER00179A

R102

390

VOL UP

SW102

R103

820

EVQPB105K

SW104

VOL DOWN

EVQPB105K

R138

1.2K

SW106

CH UP

EVQPB105K

R139

2.2K

SW107

CH DOWN

EVQPB105K

10K

R131

3.9

R132

820

R130

4.9

H-BUFFER
Q102
2SC2412K

0.0

15K

1

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

1K

R127

V-BUFFER

Q101

2SC2412K

33K

R128

5.2

0.1

0.0

2.2K

C109

R129

0.022 M

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

PCB010
TM9419

2

1

ABC D E F GH

G-2G-1

ABC D E F GH

IF/CHROMA/SOUND AMP SCHEMATIC DIAGRAM

8

CP853A IMSA-9130B-06

1

2

3

4

5

6

7

CP854A IMSA-9130B-05

1

2

3

4

5

AV_VIDEO_1

6

AV_VIDEO_2

FROM MICON/TUNER

5

T_TEXT_RESET

FROM/TO T’TEXT

CP852A

IMSA-9130B-05

1

2

3

4

5

4

FROM DEFLECTION/CRT

FROM/TO MICON/TUNER

3

2

1

FROM/TO NICAM

SDA

SCL

SIF1

TU_AUDIO_OUT

FBT+5V

GND

FROM/TO JACK

TUNER_AUDIO_L
TUNER_AUDIO_R

TU_VIDEO_OUT

FROM NICAM

GND

NC

TUNER_AUDIO_L

TUNER_AUDIO_R

FROM/TO VIDEO/RGB SWITCH

A-R

A-G

A-B

A-Y

DET_OUT

FBT_5V

S802X

AV_VIDEO_2

SDA

SCL

T_TEXT_RESET

FBT_5V

TUNER_IF

AFC

SDA

SCL

A_MUTE

B.B

AFT

TUNER_AGC

OSD-Y

OSD-R

OSD-G

OSD-B

FROM JACK

SOUND_R

SOUND_L

TO VIDEO/R.G.B SWITCH

TEXT-B

TEXT-G

TEXT-R

GND

TEXT-Y

NC

AT+5.6VFBT_5V

ABC D E F GH

R220

220

R219

C217

0.001 B

39

R215 75

220P B

CF202

A-Y

D612

R223

1.8

C221

L206

2.2uH

R221

5.6K

C201

0.01 B

1SS133

TO T’TEXT

470

R615

BUFFER

Q611

2SA1037AK

IF AMP

Q202

2SC2814

4.5

0.6

6.8K

R201

4.2

1.0

0.0

2.7K

R202

MKT41.5MA110P

R.OUT

G.OUT

D613

D614

1SS133

CP851A

IMSA-9130B-06

SYNC

TEXT-B

TEXT-G

TEXT-R

GND

TEXT-Y

18

R616

2.8

0.0

2SC2412K

3P SL

0.0
C219

0.01 B

R222 1K

C202

L202

R205

1SS133

1

2

3

4

5

6

C634

470

2.1

0.6

BUFFER

Q604

C223

C218

0.001 B

R224

27

0.022 B

1.2uH

IF AMP

Q201

2SC2814

27

B.OUT

D615

120P CH

R617

C629

0.6

R203

R204

1SS133

8

TO JACK

FBT_5V

L603

10uH

4706.3V YK

C628

D401

R435

+

COLOR
CLAMP

VER
SEP

VER
C/D

RAMP

150V KS

NC

1.8 2.2

0.8

30313233343536373839

LPF
ALC

HDRVER
VCC

R634

HDR
VCO

1/256

HDR
C/D

AFC1

4.7K +-1%

FBP

AFC2

PHASE

SHIFTER

HDR
OUT

3.3K

MTZJ5.6B

R434

2829

10K

1.13.85.42.82.80.43.23.03.28.20.01.21.21.13.84.94.92.22.44.80.03.02.33.22.63.22.0

C617

0.33 TF

C403

100P SL

C616

0.22 TF

C609

1SS133

17

V_OUT

1.5K

R336_1

11023456789

10K

R335

4.7K

R409

4706.3V YK
C407

C404

0.01 B

C412

3.350V YK

R404 1501/2W

0.150V KS

R613

R612

120K

IC351 LA4600

OUTPUT

DRIVE PRE

AMP

Rf1

OUTPUT

DRIVE PRE

AMP

R337

1.2K

R338 1.2K

C322

100016V YK

R411

0.015 B

22K +-1%

H_OUT

AMP

AMP

1514

C314

100 1/4W

C642

C610

16

INPUT AMP

150V YK

0.01 B

NP

1016V

C654

D610

11E1N

CH1

RIPPLEFILTER

C319

330

R649

1016V KA

SOUND AMP (STEREO)

PROTECTOR

STAND BY SW

2250V YK

10010V YK

C317

AFC

R638

D619

D616

C641

Rf2

CH2

C313

150V KS

HS351

763WAA0099

NC NC

10

1.5K

1SS133

R636

1.2K

CLAMP SWITCH

1SS133

Q607

2SA1037AK

0.5

10016V KA

1K

R637

REFAMPINPUT AMP

RNf2

1.30.01.32.28.25.410.84.40.04.4

B

C658

220P

1.1

0.1

15

R650

S801Y

RNf1

C335

C320

100016V YK

C321

100016V YK

S804X

0.4750V

W813

X601

4.433619MHz

2.2M

C627

CONTRAST

4.7K

C660 4716V YK

A-Y

0.0

1050V KS

C647

16P CH
9

0.4 2.4 0.0 0.0 8.0 4.8

CW

KILLER

APC2

VCO

CLAMP

BRIGHT

C614

R623 39

7.2

MATRIX

DRIVE/OUT-OFF B.AKB

100

R651

22010V YK

C615

0.01 B

R.OUT

A_MUTE SW

Q302

2SC2412K

0.0

RGB

OSD

SW

R652

G.OUT

W865

CLAMP

DC ADS.

SW

100

7

AV_VIDEO_1

100

3316V KS

0.0

56

1.2K

SAF32.9MC70Z

3.0 2.3 2.8 2.3 2.6 4.1 4.1 3.6 2.4 1.8 4.8 3.2 2.0 0.0 2.6 3.4 2.7 3.7

IF/CHROMA

IC201 LA76812

B301

BL02RN1-R62T2

R209

4.7K

4.9

2.4

Q301

BUFFER

1.8

2SC2412K

W855

1K

R307

12345

CF301

1K

R302

C306

0.001 B

W803

C307

33P CH

390

C304

BPF

R301

C301

C341

R312

C305

0.01 B

33P CH

FM

DET

SW

DC

VOL

1 101112131415161718192 20 21 22 23 24 25 26 27

100

0.01 M

R308
100

C203 0.01 F

OUTOUTGININ

L304

2.2uH

0.01 B

SPLL

BPF

LIM
AMP

IF AGC

3

C302

C204

0.015 M

IF INPUT

123

6

C205

0.022 M

270

R218

C214

R225

NC NCNC

RF AGC

4

R206

0.01 B

R207

12345

SAF39.5MZK220ZL

IF
AMP

IF INPUT

C342

VCO

C212

0.4750V KS
6

0.001 B

82K

1

NC

5051525354

A2C
PLL

VIDEO

AMP

TRAP

VIDEO

DET

VIF

5

6789

C206

0.01 B

10K

120K

OUTOUTGININ

CF201

IC302 LA7510SOUND IF AMP

DETECTOR

AGC DET.

IF AGC FILTER

TP(NC)

45678 9

NC

C343

0.4750V KS

0.4750V KS

0.4750V KS

C213

L204

360K043

TP202

2

34

IF

IDENT

AFT

C207

0.01 B
R327

4706.3V YK

C208

C303

100K

R210

120K

R211

C215

0.01 B

W871

VIDEO

AMP

330

10K

DET.

GND VCC NC

OUTPUT

47010V YK

C344

C618

C209

4.7K

150V KS

NC

C345

150V KS

R622

0.1 B

AFT

6.90.09.03.40.03.47.44.44.4

0.01 B

C621

0.01 B

0607

C622

L604

10uH

R641 330

C655

4706.3V YK

C620

680K

CLMP CLMP

VIDEO

SW

TRAP

DELAY

LINE

PEAKING

CORING

R212

SDA

DET.FILTER

NC

47P CH

BAF SW

SYNC

SEP

BLACK

STRETCH

BUS ABL CLAMP

100

100

R213

10K

R654

2.2K

R216

SCL

A_MUTE

C347

0.001 B

0.1 TF

L605

8

C611

W873

ACC

3316V KANP

A-R

R627

27uH

W864

OSD

CONTRAST

C612

1K

40414243444546474849

APC1

3316V NP

A-G

C624

C613

R630 24K

0.01 B

C626

VCO

TINT

PAL

DEMO

3316V KANP

A-B

R631 24K

R643

KS

SW

R624

R305

1K

R653

R306

B.OUT

820

10006.3V YK

C644

C632

1H DELAY

100

C639

111213

D609

FBT_9V

FROM/TO MICON/TUNER

AT+5V

GND

FROM/TO DEFLECTION/CRT

FROM POWER

FROM/TO JACK

4706.3V YK

TO AV/HEAD PHONE

AFC

CLAMP

B.OUT

G.OUT

R.OUT

H_OUT

V_OUT

ACL

FBT_9V

GND

AT+12V

SOUND+B

SOUND_GND

GND

SOUND_GND

SOUND_GND

SOUND_OUT_R

SOUND_OUT_L

PCB010
TM9419

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

7

6

5

4

3

2

1

G-4G-3

ABC D E F GH

AV/HEAD PHONE SCHEMATIC DIAGRAM

8

8

7

6

5

FROM IF/CHROMA/SOUND AMP

W819

W820

SOUND_OUT_R

SOUND_GND

SOUND_OUT_L

S804Y

4

7

6

5

4

4 OHM 5W

SP351

3

808-512-137

SPEAKER

R

SPEAKER

L

4 OHM 5W

SP352

808-512-137

2

1

CD351

CH24059A

CP351

TID-X04P-Z1BK

4

4

3

3

2

2

1

1

W823

W833

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.

PCB010
TM9419

3

2

1

ABC D E F GH

G-6G-5

ABC D E F GH

POWER SCHEMATIC DIAGRAM

8

8

7

D506

1S2472

0.1

RELAY SW

Q505

2SC2001_L

RY501

L502_1

RB-20871

SDT-SS-109DM

C527

100P250V KX

NC

45

3

6

C525

100P250V KX

3

12

12

4

0.7

0.0

R505

C502

5

C526

0.22250V MMCA

R501

1.5M 1/2W

TH501

PTH451C262BF140M

4

C501

0.22250V MMCA

L501_1

SS24H-07200

34

12

123

3

3

4

1

2

SDDFC30400

F501

T4A_L_250V

BLUE

21

BLUE

NC

NC

BROWN

THL-P03P-B1

12

BROWN

5 6

FH501

EYF-52BC

FH502

EYF-52BC

CP501

DEGAUSS COIL

L503

8H200015

1

TV-50P-02-A1

2

21

CP502

SW501

MAIN SWITCH

4A 250V

2

AC230V_50Hz

CD501

1206635821

1

CRITICAL FOR SAFETY,USE ONES
DESCRIBED IN PARTS LIST ONLY

10K 1/4W

0.0022250V KX

5.6 7W
D502

RM11C

D501

RM11C

C505

100

400V

763WAA0099

R530

12K

W863

R503

HS501

C503

10025V YK

R504

10K 1/4W

C506

C507

USP

NC

NC

R529

1M1/2W

1.5M

R532

470K

R528

0.00222KV B

0.00222KV B

1/2W

1/2W

D503

RM11C

C508

0.0022500V B

D504

RM11C

12.6

5.2

0.0

3.6

0.0

5.8

NC

ARESINCE THESE PARTS MARKED BYCAUTION:

68K 3W

SWITCHING

R512

2SK2651-01MR

47 1/4W

POWER CONTROL

IC501 TDA16846

10 11 12 13 14

89

R513

Q501

D507

HZ36-1L TD

R514

D505

D

680.0

G

5.2

0.0

S

1

2.2

234567

1.9

1.7

3.7

NC

4.3

0.0

5.85.3

DANGEREUSES AN POINT DE VUE SECURITE
N’UTILISER QUE CELLS DECRITES
DANS LA NOMENCLATURE DES PIECES

C513

68K 3W

1R5NU41

B501

BL01RN1-A63T6

BL01RN1-A63T6

C515

R527

4.7K

VR501

C512

0.033 M

HZ36-1L TD

C514

330P2KV BP

5.6K

C511

D509

0.022630V PP

330P2KV BP

B502

R525

+B DRIVE

Q504

2SC4160

119.1

119.9

V.OUT

D516

R523

10K

119.7

150V KS

MTZJ5.1B

119.7119.9

BUFFER

10K

R519

Q503

2SA1371

R520

82K 1/4W

0

C529

470P500V B

D515

30DF6

D510

15DF6

R524

15W

C516

0.00152KV BP

D511

10ELS6

C517

D512

10ELS6

0.0

2A 125V

B504

BL01RN1-A63T6

B503

BL01RN1-A63T6

FH503

EYF-52BC

218001.

T1A_L_250V

1A 250V

CC001

TP-IS-05

ICP501

251002

F502

R516

15 3W

FH504

CC002

TP-IS-05

EYF-52BC

T501

8140049W

20.0
1

380.0
3

NC

680.0
4

1.3
5

3.2
6

NC

0.0 0.0
7

330P2KV BP

C531

D508

10ELS6

R526

10K

C504

330P500V B

27K

C510

820P B

680P B

C532

470P250V KX

ETANTLES PIECES REPAREES PAR UNATTENTION:

32.0

9

10

280.0

11

NC

240.0

12

150.0
NC

13

0.0

14

15

22.0

16

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.

0

TV POWER SW

2SC2909

C519

W856

22016V YK

C518

Q502

100

R511

160V

MTZJ3.6B

150V KS

R522

ST

120K 1/2W

C520

D514

R517

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

119.2

DE

0.6

10K

5V REG

IC502_1 BA17805T

V.IN

GND

123

0.6 5.69.6

10025V YK

D513

C521

1SS133

R521

470

6.8K

C522

0.01 B

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

R533

C524

2.2K

47160V BXA

TP501

TO DEFLECTION/CRT

117V

GND

FROM/TO MICON/TUNER

GND

117V

POWER

AT+5.6V

POWER_FAIL

TO IF/CHROMA/SOUND AMP

SOUND+B

SOUND_GND

AT+12V

PCB010
TM9419

7

6

5

4

3

2

1

ABC D E F GH

G-8G-7

ABC D E F GH

DEFLECTION/CRT SCHEMATIC DIAGRAM

8

7

6

FROM/TO IF/CHROMA/SOUND

GND

CLAMP

G.OUT

B.OUT

R.OUT

V_OUT

FBT_5V

AFC

ACL

H_OUT

FBT_9V

TO MICON/TUNER

VD

FBT_5V

19

IC403 BA17809T

IN GND OUT

123

11.7

R416

33 1W

120

9V REG.

0.0

R430

GND GND

CLAMP CLAMP

G.OUT G.OUT

B.OUT B.OUT

R.OUT R.OUT

V-OUT

IC401 LA7840

THERMAL
PROTECTION

-

AMP

GND

1234567

0.0

R414

1/4W

4.7K

C429

15K

R402

4.750V KS

C425

HS402

763WAA0033

9.1

C408

100016V YK

1W

R431

C426

1.5K 1/4W

4706.3V YK

R403

18K

C423

+

C415

0.0022 B

100P

B

500V

0.015 M

R417

C410

R418

10K +-1%

R425

VCC

47035V YK

18K

2.825.82.65.326.04.8

2.2 1/2W

PUMP
UP

C414

R419

C417

1.1K

3.350V KS

10035V YK

R420

18K

C418_1

R407

2200

25V MHE

2.2 1/2W

23

D403

11E1N

0.1100V TF

C430_1

330 1/2W

R433

1.2K 1/2W

R432

R412

680 1/2W

C427

R410

1050V MHE

51048-0510

330 1/2W

1

2

3

4

5

CP802A

24

4

3

2

1

CP401_1

TS-80P-04-V1

5

R401

1K 1W

C401

0.0012KV BP

L401

ELH5L4112

FB401
3221010

COL

1

+180V

6

+15V

5

B+

2

AFC

9

+25V

34

D407

10ELS6

R406

R445

470K 1/2W

470K

1/2W

D404

10ELS6

ABL

HEATER

GND

+14V

R408

4.7

GND

C435

HV

F

S

11

0

8

0.8

10

28.0

7

0.0

150.0

TF

0.1100V

2W

R421

C433

120K 1/2W

R429

1.8

47035V MHE

PCB010
TM9419

1W

51052-0400

C437

C442

ECWF

0.39250V

820P2KV BP

D410

S806Y

10ELS6

C420

113.3

140.0

B

0.0011KV

116.3

110.0

23.0

R426

12W

NC

T401

B

470P500V

1/2W

4.7K

5V REG.

L406

18uH

305Y002

34

2

1

HS401

763WSA0007

NC

R405

15 1/2W

1250V YK

C413

6

L410

0909

4.7mH

R423

22

H.OUTPUT

113.3

Q401

2SC5250

R427

100 1/4W

0.0

0.0

21

W831

D405

68 1/2W

C443

DKR

0.00561.6KV

MTZJ9.1B

C444

R422

3.3K 1/2W
C409

150P500V B

820P2KV BP

SL

27.0

0.0

1160V YK

C446

100V PP

IC402 BA17805T

20

C440

R446

C416

0.012

C439

22P500V

4

0.3

H.DRIVE

Q402

2SC2688(L,M)

R448

3

FROM POWER

117V

GND

4.7K 5W

R424

5.6 7W

W884

2

4.7200V MHE

C405

C448

220016V MHE

IN GND OUT

123

11.7

0.0 5.0

HS403

A51EER131*76

180V 180V

4

GND GND

3

GND GND

2

HEATER HEATER

1

CP803A

4

3

2

1

10

11

V801

9

8
6

CD802

122E054702

R
G
B

FOCUS

SCREEN

CD803

122E044006

CD801

127C210006

1

2

3

175

CP804

005P-2100

180V

GND

GND

HEATER

1

2

3

4

5

51048-0510

1

2

3

CP801

1

4

3

2

1

51052-0400

CP802B

S401

TS-80P-03-V1

CP803B

PCB110

TC9279

W903

C806

R804

15K 2W

R806

15K 2W

R808

15K 2W

W807

B-DRIVE
Q802

2SC3789-RA

2.4

100P B

C802_1

0.00222KV B

GREEN

TP803

26

RED

TP802

25

BULE

TP801

27

W883 W882

141.0

2.2

C804

R811

470P B

C820

0.001 B

270

R813

R-DRIVE

Q804

2SC3789-RA

2.5

4.7K

C807

135.8

2.3

470P B

R821

R815

2.7K 1/4W

145.3

136.6

0.0
8

7

9

10

141.5
11

J801_1

CVT3275-5102

R819

R817

2.7K 1/4W

2.7K 1/4W

G-DRIVE

Q807

2SC3789-RA

W880

270

C810

4.7K

R816

560P B

R822

6

5

0.0

1

F

0.0

W881

144.7

2.4

2.1

4.7K

270

R823

1

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.

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:

ABC D E F GH

8

7

6

5

4

3

2

1

G-10G-9

ABC D E F GH

JACK SCHEMATIC DIAGRAM

8

GND

TUNER_AUDIO_R

FROM/TO MICON/TUNER

A_MUTE

SCL
SDA

SOUND_R_1

AV1

FOR_VCR

7

TU_VIDEO_OUT

SOUND_L_1

A/V SIGNAL SWITCHER
IC751 LA7151

AA

CH1(L) CH2(R)

LL

HH

BB

FROM IF/CHROMA/SOUND AMP

TUNER_AUDIO_L

8

7

11011

R309

1K 1/4W

6

FROM IF/CHROMA/SOUND AMP

TU_VIDEO_OUT

330

REF

SIMAMP2

6.5K

LOGIC

CONTROL

0

REF

+-+

-

SIMAMP1

VOLAMP1

VOLAMP2

6.5K

6.5K

6.5K

R775

0.2

0

REF

VR1

+

-

S1

S3
S5

S7

+

-+-

AMP1

I2C BUS

INTERFACE

MUTE
Q305

2SC2412K

110

2

136K

3456789

1.8K

VR3

VR5

TONE

4.5

4.4

4.4

4.5

4.5

4.5

4.5

0.0

3.3

R776

330

C325

2.250V KANP

C310

C312

BUFFER

Q307

2SC2412K

3.7

0.022 B

0.47

R332

1K 1/4W

C323

4716V KS

R310

1K

R329

1.8K

TF

0.033 B

150V KS

C326

R333

680

R322

100 1/4W

R320

100 1/4W

C757

0.0022 B

0.01 B

C315

8.9

R318

330

TO VIDEO/R.G.B SWITCH

AV_VIDEO

21-Y
21-R

5

21-G

21-B

GND

C324

4710V KS

R317

4

C327

3

FBT_9V

FBT_5V

SOUND_GND

C338

GND

SOUND_L
SOUND_R

FROM/TO IF/CHROMA/SOUND AMP

L302

47uH
C331

0.001 B

0.01 B

1K

150V KS

L303

R319

MUTE
Q304

2SC2412K

22uH

R325

R326

680

R334 330

R321

0.2

4.7K

4.7K

R313

C316

BUFFER

Q308

2SC2412K

C330

4716V KS

100K

0

C334

R315

2.2K

0

1.8K

0.033 B

R314

2.2K

C332

2.250V KANP

C309

C311

8.9

3.7

0.022 B

R324

2.2K

22010V YK

C333

TONE CONTROL IC

IC301 M62420FP

9.0
20

4.5

VR2

136K

4.4

B

-

+

1.8K

4.5

0.022
TF

S2

4.5

VR4

0.47

S4
S6

4.5

VR6

4.5

S8

TONE

AMP2

0.0

4.9

4.8 3.1
11 12 13 14 15 16 17 18 19

R753

W848

C769

2

8.2K

4.8 2.1

VIDEO OUT

C753

1050V KS

C755

2.8

Q754

2SC1815Y

C751

1050V YK

0.0 5.1 0.0 5.1 0.0 5.8 8.9 5.8 0.05.80.05.8

1016V NP

R758

C777

1050V YK

29

R755

100

NC

C766

47010V YK

1016V NP

C775

C779

W853

2250V YK

0.001 B

R760

8.2K

R759

C754

R752

W854

8.2K

R756

68

75

L760

22uH

C765

30

C758

150P B

C767

47010V YK

100

C774

1050V KS

R762

8.2K

L761

R772

100

22uH

47K

R777

W852

R778

1223456789

NC

L753

120uH

C704

0.1 F

6

5

21PIN JACK

J751

0350_9982_05

VIDEO IN

VIDEO OUT

28

21-Y

21-R

D766

D755

MTZJ12B

MTZJ12B

R751

L758

22uH

47K

C762

0.001 B

L756

22uH

0.001 B

C752

0.001 B

5.6K

FOR VCR

L OUT

R OUT

D754

21-G

21-B

L IN

R IN

MTZJ12B

W835

D753

MTZJ12B

L751

22uH

213

19

18

17

16

15

14

13

NC

12

11

NC

10

9

8

7

6

5

4

220

1

4

3

2

R77475R77375R77175R769

THE DC VOLTAGE AT EACH PART WAS MEASURED

1

NOTE:THIS SCHEMATIC DIAGRAM IS THE LATEST AT THE TIME

OF PRINTING AND SUBJECT TO CHANGE WITHOUT NOTICE

NOTE:

WITH THE DIGITAL TESTER WHEN THE COLOR BROADCAST

WAS RECEIVED IN GOOD CONDITION AND PICTURE IS NORMAL.

75

D758

MTZJ5.1B

PCB010
TM9419

1

ABC D E F GH

G-12G-11