Fujitsu 17P4 Schematic

GENERAL INFORMATION

ADJUSTMENT

All adjustment are thoroughly checked and corrected
when the monitor leaves the factory, but sometimes
several adjustments may be required.
Adjustment should be following procedure and after
warming up for a minimum of 30 minutes.

• Alignment appliances and tools.

- IBM compatible PC.

- Programmable Signal Generator.
(eg. VG-819 made by Astrodesign Co.)

- EPROM or EEPROM with saved each mode data.

- Alignment Adaptor and Software.

- Digital Voltmeter.

- White Balance Meter.

- Luminance Meter.

- High-voltage Meter.

AUTOMATIC AND MANUAL DEGAUSSING

The degaussing coil is mounted around the CDT so that
automatic degaussing when turn on the monitor. But a
monitor is moved or faced in a different direction, become
poor color purity cause of CDT magnetized, then press
DEGAUSSING on the OSD menu.

3) EEPROM → ALL CLEAR → Y(Yes) command.

<Caution> Do not run this procedure unless the
EEPROM is changed. All data in EEPROM (mode
data and color data) will be erased.

4) COMMAND → PRESET START → Y(Yes)
command.

5) DIST. ADJ. → TILT & MISCI → TILT command.
Adjust TILT as arrow keys to be the best condition.

6) DIST. ADJ. → BALANCE DATA command.

7) Adjust balance of Pin-Balance and Parallelogram
correction as arrow keys to be the best condition.

8) DIST. ADJ. → FOS. ADJ command.

9) Adjust H-POSITION as arrow keys to center of the
screen.

10) Adjust H-SIZE as arrow keys to 310 ±2mm.

11) Adjust V-POSITION as arrow keys to center of the
screen.

12) Adjust V-SIZE as arrow keys to 230 ±2mm.

13) Adjust TRAPEZOID as arrow keys to be the best
condition.

14) Save of the Mode.

15) Display from Mode 2 to Mode 10 and repeat above
from number 8) to 14).

16) COMMAND→ PRESET EXIT → Y (Yes) command.

ADJUSTMENT PROCEDURE & METHOD

-Install the cable for adjustment such as Figure 1and run

the alignment program on the DOS for IBM compatible PC.

-Set external Brightness and Contrast volume to max position.

1. Adjustment for B+ Voltage.

1) Display cross hatch pattern at Mode 9.

2) Adjust C913 (+) voltage to 190V ±0.2V with VR901.

2. Adjustment for High-Voltage.

1) Display cross hatch pattern at Mode 9.

2) Adjust CDT Anode voltage to 26kV ±0.2kV with

VR701.

3. Adjustment for Horizontal Raster Center.

1) Display cross hatch pattern at Mode 9.

2) Adjust the Back Raster should be center of the
screen with SW701.

4. Adjustment for Factory Mode (Preset Mode).

1) Display cross hatch pattern at Mode 1.

2) Run alignment program for FS792E on the IBM
compatible PC.

5. Adjustment for White Balance and Luminance.

1) Set the White Balance Meter.

2) Press the DEGAUSSING on the OSD menu for
demagnetization of the CDT.

3) Display color 0,0 pattern at Mode 9.

4) COLOR ADJ. → LUMINANCE command of the
alignment program.

5) Set Bightness and Contrast to max position.

6) COLOR ADJ. → BIAS ADJ. command of the
alignment program.

7) Set the data of Sub-Brightness to 140.

8) Check whether blue color or not at R-BIAS and G­BIAS to min position, B-BIAS to 120 (decimal)
position.If it's not blue color, the monitor must repair.

9) Adjust Screen control on the FBT to 0.15 ± 0.02FL
of the raster luminance.

10)Adjust R-BIAS and G-BIAS command to x=0.283 ±

0.005 and y=0.298 ± 0.005 on the White Balance
Meter with PC arrow keys.

11)Adjust Sub-Brightness command to 0.4 ± 0.05FL of
the raster luminance.

12) Display color 15,0 box pattern(70x70mm) at Mode 9.

13)DRIVE ADJ → No 1. command.

14) Set B-DRIVE to 100(decimal) position at DRIVE of
the alignment program.

15) Adjust R-DRIVE and G-DRIVE command to white
balance x=0.283 ± 0.003 and y=0.298 ± 0.003 on
the White Balance Meter with PC arrow keys.

16) Adjust SUB-CONTRAST command to 47±1FL of
the color 15,0 box pattern (70x70mm) luminance at
Mode 9.

17)Save in COLOR 1.

18)Display color 15,0 full white patten at Mode 9.

19)COLOR ADJ. → LUMINANCE → ABL command.

20) Adjust ABL to 33 ± 1FL of the luminance.

21) Exit from the program.

6. Input EDID Data.

1) Display color 15,0 cross hatch pattern at Mode 9.

2) EDID → EDID INFO command.

3) Check EDID data information, if incorrect, you should
modify EDID data and saved.

4 EEPROM → BD7W_EDID command and confirm

“EDID Write OK!!” message of monitor.

5) Exit from the alignment program.

6) Power switch OFF/ON for EDID data save.

7. Adjustment for Focus.

1) Display “mE” character in full screen at Mode 6.

(1024x768/85Hz)

2) Adjust two Focus control on the FBT that focus

should be the best condition.

8. Special PRESET Mode Adjustment Method with
OSD control.

Service man can adjust preset modes data easily by
OSD control key (select/Adjustment) on the monitor
without any jig or program.

★Be careful to remember the data before adjustment

because it can’t be recalled.

◆ Following is Adjustment Item.

1) H/V size & H/V position

2) SHAPE (except Tilt)

3) H-Convergence

4) Luminance box pattern (70x70mm)
→ SCO (Sub-Contrast)

5) Luminance Back-Raster
→ SBR(Sub-Brightness)

6) Luminance Full-White
→ ABL (Auto Beam Limit)

◆ Adjustment Procedure.

1) Power on the monitor.

2) First pushing the “set” key and then with keeping the
condition push the “power” key. A screen of monitor
blinks one time.

3) Check change of symbol (☆→ 󱀕) that displays on
left below in the OSD window.

4) Select adjustment item 1), 2) and 3), adjust using set/
adjustment key for preset mode save.

5) Select “DEGAUSS” in the special menu for luminance
adjustment item 4), 5) and 6).

* Before the luminance adjustment, set the max

position for extermal BRIGHTNESS & CONTRAST
and white color balance must be color 9300K.

6) Select SCO, SBR and ABL, adjust at mode 9.
Following are adjustment procedures using set/
adjustment key.

① SBR(Sub-Brightness): Back-Raster → 0.4FL
②

SCO(Sub-Contrast):Window luminance → 47FL (Box pattern)

③ ABL(Auto Beam Limit): Full White → 33FL

7) After adjustment, set power switch off → on and the
symbol (󱀕) of OSD window disappeare.

POWER INPUT

.Free voltage: 100~240VAC

(50/60Hz)

.PFC version: 200~240VAC

(50Hz)

Line
Filter

Degaussing
Circuit

< OSD Control >

SMPS

TRANS

(T901)

SMPS
CONTROL
(IC901)

DPM

CONTROL

CIRCUIT

190V

-12V

80V
15V
12V

6.3V

TILT

Control
Circuit

6.3V

6.3V

12V

12V

E2PROM

H-Convergence

Control

Circuit

PURITY

Control

Circuit

(IC402)

H / V POSITION
H / V SIZE
SPCC
TRAPIZODE
PIN BALANCE
PARALLELOGRAM
TILT
TOP/BOTTOM CORNER
RECALL
DEGAUSS
COLOR CONTROL
H/V MOIRE
H-CONVERGENCE
LANGUAGE
INFORMATION
VIDEO LEVEL
OSD POSITION
PURITY
BRIGHTNESS
CONTRAST

5V

OSD IC
(IC301)

H-Sync Sig
V-Sync Sig

I2C DATA(SDA)
I2C CLOCK(SCL)

VIDEO
PRE-AMP
(IC302)

Signal
Cable

R
G
B

VIDEO
MAIN AMP
(IC303)

CUT OFF

CONTROL IC

(IC304)

80V

80V

12V12V 5V

5V

H/V Sync Processor

( IC701 )

TDA9113

V-OUT

( IC601)

TDA8172

H-OUT

( Q708)

H-Linearity

Correction

DC/DC Converter

X-RAY

Protection

Circuit

FBT

( T701 )

Dynamic

Focus
Circuit

Auto
Beam
Limit

Vertical Blanking,

Brightness Control

-150V

30V

400V

H.V

CONTROL

(IC702)

DUMMY

TRANS

12V

12V
15V

15V

MICOM
(IC401)

SCL / SDA

H/V Sync,

PWM Control

Sig

12V

15V

12V

-12V

-12V

190V

DY CDT

Heater ( 6.3V )

I2C

I

2

C

I

2

C

H/V

Sync

G
1

Screen

Dynamic Focus

Static Focus

H.V

R/G/B

Bias

R/G/B

Contrast

H-DRV

B-DRV

15V

15V

T

PURITY

COIL

ILT

COIL

DEGAUSSING

COIL

I2C

VOLTAGE

FEEDBACK

B-DRV
Circuit

DESCRIPTION OF BLOCK DIAGRAM

1. Line Filter & Associated Circuit.

This is used for suppressing noise of power input line
flowing into the monitor and/or some noise generated
in this monitor flowing out through the power input
line.
That is to say, this circuit prevents interference
between the monitor and other electric appliances.

2. Degauss Circuit & Coil.

The degauss circuit consists of the degaussing coil,
the PTC (Positive Temperature Coefficient) thermistor
(TH901), and the relay (RL901). This circuit eliminates
abnormal color of the screen automatically by
degaussing the slot mask in the CDT when turn on the
power switch.
When you need to degauss while using the monitor,
select DEGAUSS on the OSD menu.

3. SMPS (Switching Mode Power Supply).

This circuit works with power of 100~240V or
200~240V (50/60Hz) specially for PFC version.

The operation procedure is as follows:

5. X-ray Protection.

This circuit detects the rectified DC voltage comes
from the FBT pin 4. If the high voltage of the FBT
reaches up to about 30kV (abnormal state), H.V
control (IC702) detects. It stops B+voltage supplied to
the FBT (T701), and high voltage is not be generated,
(In the normal state, the high voltage is about 26kV.)

6. Micom(Microprocessor) Circuit.

The operating procedure of Micom (Microprocessor)
and its associated circuit is as follows:

1) H and V sync signal is supplied from Signal Cable to t h e
Micom (IC401).

2) The Micom (IC401) distinguishes polarity and
frequency of H and V sync.

3) The Micom controls each OSD function signals.
(H-size, H-position, V-size, etc.)

4) The controlled data of each mode is stored in IC402
(EEPROM). User can adjust screen condition by each
OSD function. The data of the adjust screen condition
is stored automatically.

1) AC input voltage is rectified and smoothed by
the bridge diode (D901) and the capacitor (C907).

2) The rectified voltage (DC voltage) is applied to the
primary coil of the transformer (T901).

3) The control IC (IC901) generates switching pulse
to turn on and off the primary coil of the
transformer
(T901) repeatedly.

4) Depending on the turn ratio of the transformer, the
secondary voltages appear at the secondary coil of
the transformer (T901).

5) These secondary voltages are rectified by each
diode (D906, D907, D928, D912, D913) and
operate the other circuits. (Deflection, Video
Amplifier, etc.)

4. Display Power Management Circuit.

This circuit control power consumption of the monitor
by detecting H and V sync signal. There are stand-by
and suspend mode. When no horizontal or vertical
sync signal input, the circuit consists of Q904, Q905
becomes stand-by and suspend mode. It’s power
consumption is below 8W. When no horizontal and
vertical sync signal input, it’s power consumption is
below 3W.

7. Horizontal and Vertical Synchronous Processor.

This circuit generates the horizontal drive pulse and
the vertical drive pulse by taking sync-signal from
Signal Cable. This circuit consists of the
TDA9113(IC701) and the associated circuit.

8. Oscillating Circuit for D/D Converter.

This circuit generates the pulse wave which has the
horizontal period by taking the output of the TDA9113
(IC701).

9. D/D (DC to DC) Converter.

This circuit supplies DC voltage to the horizontal
deflection output circuit by decreasing DC 190V which
is the secondary voltage of the SMPS in accordance
with the input horizontal sync signal.

10. Side-Pincushion Correcting Cirucit.

This circuit improves the Side-pincushion of the
screen by mixing east-west wave to the output of the
horizontal deflection D/D converter which is used for
the supply voltage source (B+) of the deflection circuit.

11. D/D Drive & Convert Circuit.

19. Image Rotation (Tilt) Circuit.

This circuit is used for supplying B+voltage to
horizontal deflection output transistor (Q708). This
circuit makes to add side-pincushion correcting signal
to B+voltage.

12. Horizontal Deflection Output Circuit.

This circuit makes the horizontal deflection by
supplying the saw-tooth current to the horizontal
deflection yoke.

13. High Voltage Output & FBT (Flyback Transformer).

The high voltage output circuit is used for generating
pulse wave to the primary coil of the FBT (Flyback
Transformer (T701)). A boosted voltage (about 26kV)
appears at the secondary of the FBT and it is supplied
to the anode of the CDT.
And there are another output voltages such as the
dynamic focus voltage.

14. H-Linearity Correction Circuit.

This circuit corrects the horizontal linearity for each
horizontal sync frequency.

15. Vertical Output Circuit.

This circuit takes the vertical wave from the TDA9113
(IC701) and performs the vertical deflection by
supplying the saw-tooth wave current from the
TDA8172 (IC601) to the vertical deflection yoke.

17. Dynamic Focus Output Circuit.

This circuit takes H and V parabola wave from the
TDA9113 (IC701), and amplifies these waves to offer
to the FBT (T701).

This circuit corrects the tilt of the screen by supplying
the image rotation signal to the tilt coil which is
attached to the CDT near the deflection.

20. Static Convergence Control Circuit.

This circuit corrects the convergence of the screen by
supplying the convergence signal to the 4H (STC) coil
which is attached to the CDT near the deflection.

21. Moire Reduction Circuit

This circuit reduce interference between the periodical
display pattern and the CDT's slot (or dot).
The positions of every other one dot video signal
beams (red, green, and blue beam) are shifted finely,
thus reducing interference.

22. OSD Circuit.

This circuit is used for performing the OSD (On­Screen- Display) function.
When a user selects the OSD Select/Adjustment
control, the adjustment status displays on the screen.

23. Video Pre-Amp Circuit.

This circuit amplifies the analog video signal from 0-

0.7V to 0-4V. This circuit is operated by taking the
clamp, R, G, B drives, and contrast signals from the
Micom (IC401).

24. Video Output Amp Circuit.

This circuit amplifies the video signal which comes
from the video pre-amp circuit and amplified video
signal is applied to the CDT cathode.

18. H &V Blanking and Brightness Control.

This circuit eliminates the retrace line by supplying a
negative pulse to the G1 of the CDT. The brightness
control circuit is used to control of the screen
brightness by changing the DC level of G1.

VR701
: High Voltage Adjustment

VR901: B Adjustment

+

(190V Line)

SPECIFICATIONS

1. PICTURE TUBE

Size : 17 inch (Flat Slot Mask)
DefIection Angle : 90°
Neck Diameter : 29.1 mm
Solt Pitch : 0.24 mm
Face Treatment : W-ARASC (Anti-Reflective and

Anti-Static Coating),
Internal Anti-Glare

2. SIGNAL

2-1. Horizontal & Vertical Sync

1) Input Voltage Level: Low= ≤0.8V, High= ≥2.1V

2) Sync Polarity : Positive or Negative

2-2. Video Input Signal

1) Voltage Level : 0~0.7 Vp-p
a) Color 0, 0 : 0 Vp-p
b) Color 7, 0 : 0.467 Vp-p
c) Color 15, 0 : 0.7 Vp-p

2) Input Impedance : 75 Ω

3) Video Color : R, G, B Analog

4) Signal Format : Refer to the Timing Chart

2-3. Signal Connector

15 Pin D-Sub Connector

2-4. Scanning Frequency

Horizontal : 30~96 kHz
Vertical : 50~160 Hz

3. POWER SUPPLY

AC 100~240V, 50/60HZ, 2.5A Max.(Free Voltage)
AC 200~240V, 50Hz, 1.5A Max.(PFC version)

3-2. Power Consumption

MODE

NORMAL (ON)

STAND-BY
SUSPEND

OFF

H/V SYNC

ON/ON
OFF/ON
ON/OFF

OFF/OFF

POWER CONSUMPTION

less than 84W

less than 8W
less than 8W
less than 3W

LED COLOR

GREEN

AMBER

4. DISPLAY AREA

4-1. Active Video Area :

• Max Image Size - 325.4 x 244.1mm (12.91" x 9.61")

• Preset Image Size - 310 x 230 mm (12.20" x 9.06")
4-2. Display Color : Full Colors
4-3. Display Resolution : 1600 Dots x 1200Lines / 75Hz
4-4. Video Bandwidth : 207MHz

5. ENVIRONMENT

5-1. Operating Temperature: 0°C ~ 40°C (32°F~104°F)

(Ambient)

5-2. Relative Humidity : 10% ~ 90%

(Non-condensing)

5-3. Altitude : 10,000 ft

6. DIMENSIONS (with TILT/SWIVEL)

Width : 415 mm (16.34")
Depth : 439 mm (17.28")
Height : 435 mm (17.13")

7. WEIGHT (with TILT/SWIVEL)

Net Weight : 19.2 kg (42.34lbs)
Gross Weight : 22.5 kg (49.61 lbs)

VIDEO

SYNC

C

E

D

F

AB

MODE

MARK

MODE 1

MODE 2

TIMING CHART

FACTORY PRESET MODE

MODE 3

MODE 4

MODE 5

MODE 6

MODE 7

MODE 8

MODE 9

MODE 10

Sync Polarity

H
O

Frequency

R

Total Period

I

Video Active Time

Z
O

Blanking Time

N

Front Porch

T

Sync Duration

A
L

Back Porch

Sync Polarity

V

Frequency

E

Total Period

R

T

I
C
A

L

Video Active Time

Blanking Time

Front Porch

Sync Duration

Back Porch

Resolution

kHz

µs
µs
µs
µs
µs
µs

Hz
ms
ms
ms
ms
ms
ms

E
A
B
C

D
F

E
A
B
C

D
F

—

31.469

31.778

25.422

6.356

0.636

3.813

1.907

—

59.9

16.683

15.253

1.430

0.318

0.064

1.048

640

x

480

60Hz

—

31.472

31.774

25.419

6.355

0.636

3.813

1.907
+

70.1

14.266

12.710

1.556

0.413

0.064

1.080

720

x

400

70Hz

43.269

23.111

17.778

5.333

1.556

1.556

2.222

85.0

11.764

11.093

0.670

0.023

0.069

0.578

640
480

85Hz

—

—

x

+

53.674

18.631

14.222

4.409

0.569

1.138

2.702
+

85.061

11.756

11.179

0.578

0.019

0.056

0.503

800

x

600

85Hz

+

63.000

15.876

11.848

4.028

0.474

1.185

2.370
+

99.5

10.050

9.526

0.524

0.016

0.048

0.460

800

x

600

100Hz

+

68.677

14.561

10.836

3.725

0.508

1.016

2.201
+

84.997

11.765

11.183

0.582

0.015

0.044

0.524

1024

x

768

85Hz

+

80.8

12.375

9.103

3.272

0.284

1.422

1.565
+

99.9

10.011

9.504

0.507

0.025

0.037

0.445

1024

x

768

100Hz

+

79.976

12.504

9.481

3.022

0.119

1.067

1.837
+

75.0

13.329

12.804

0.525

0.013

0.038

0.475

1280

x

1024
75Hz

+

91.150

10.971

8.127

2.844

0.406

1.016

1.422
+

85.0

11.761

11.235

0.527

0.011

0.033

0.483

1280

x

1024
85Hz

+

93.750

10.667

7.729

2.937

0.464

0.928

1.546
+

75.0

13.333

12.800

0.533

0.011

0.032

0.491

1600

x

1200
75Hz

Recall

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

Yes

NO POWER

(POWER INDICATOR OFF)

1. NO POWER

CHECK

FUSE OK?

YES

CHECK

D901

BRIDGE DIODE?

YES

CHECK

C907(+) VOLTAGE
155VDC at 110V input
310VDC at 220V input

YES

NO

NO

NO

TROUBLE IN
FUSE (F901)

TROUBLE IN
BRIDGE DIODE
(D901)

TROUBLE IN
IC901

CHECK

D912, D928 ?

YES

TROUBLE IN
IC902

NO

TROUBLE IN
D912, D928

NO CHARACTER

2. NO CHARACTER

CHECK

IC302 PIN 5, 6, 7 ?

YES

CHECK

IC302 PIN 18, 19, 20,

PIN 9 (5V) ?

YES

CHECK

IC303 PIN 1, 3, 5

PIN10 (12V),

PIN 6 (80V) ?

YES

CHECK

R, G, B CATHODE

VOLTAGE?

NO

NO

NO

NO

TROUBLE IN
P301, SIGNAL CABLE,
PC SIGNAL

TROUBLE IN
IC302, P302

TROUBLE IN

IC303

TROUBLE IN

IC304

YES

TROUBLE IN
CDT SOCKET

NO VIDEO

(POWER INDICATOR

GREEN or AMBER)

3. NO RASTER

CHECK

POWER INDICATOR

GREEN or AMBER ?

GREEN

CHECK

SCREEN CONTROL

KNOB OF FBT

OK

CHECK

VOLTAGE AT

D912 CATHODE (190V)

D928 CATHODE (80V)

IC904 OUT (12V)

D906 CATHODE

(6.3V)?

AMBER

MIN.
(Counter-clockwise)

NO

TROUBLE IN
P302 SIGNAL CABLE

ROTATE SCREEN
CONTROL KNOB TO
CLOCKWISE

TROUBLE IN PRIMARY
CIRCUIT OF T901

YES

CHECK

IC401 (MICOM) PIN 6

5V (HIGH), IC701 PIN 29

12V (HIGH)?

YES

TROUBLE IN

IC401 (MICOM),

IC701

NO

TROUBLE IN
CDT SOCKET, BOARD

NO V-DEFLECTION

(ONE HORIZONTAL LINE)

4. NO VERTICAL DEFLECTION

CHECK

IC601 Pin 2

(15V) ?

YES

CHECK

IC601 PIN 4

(-12V)?

YES

CHECK

IC701 PIN 13

(SAWTOOTH WAVE)?

NO

NO

NO

TROUBLE IN
T901 PIN 15

TROUBLE IN
T901 PIN 17, D907

TROUBLE IN
IC701

YES

TROUBLE IN
IC601, V-CIRCUIT

STAND-BY/SUSPEND/

OFF MODE FAILURE

5. TROUBLE IN DPM

CHECK

IC401 (MICOM)

PIN 40, 41 (H/V INPUT)

SIGNAL?

INPUT H/V SYNC

CHECK
IC401 PIN 9, 8
WAVEFORM?

YES

CHECK

IC401 PIN 6
(5V, HIGH)?

YES

NO H / V SYNC SIGNAL

NO

NO

CHECK PC,
(PC IS NOT GOING INTO
DPM MODE)

TROUBLE IN
X401, IC401

TROUBLE IN

IC401

CHECK

IC401 PIN 13, 14 ?

YES

CHECK

B+ LINE

(12V, 15V, 80V,

5V) ?

TROUBLE IN
T901 or PC

NO

NO

Mode

NORMAL

STAND-BY

SUSPEND

OFF

Item

DPMS

L
H
H

L

DPM TABLE

DPMF

TROUBLE IN
IC401

TROUBLE IN
Q904, Q905, Q906, Q907,
Q909, Q931

LED
H
L
L
L

GREEN
AMBER
AMBER
AMBER

NO DEGAUSSING

6. NO DEGAUSSING

CHECK

IC401 PIN 6

(5V)?

YES

CHECK

Q908 COLLECTOR

VOLTAGE

(0.5V)?

YES

CHECK

P901?

NO

NO

NO

TROUBLE IN
IC401 (MICOM)

TROUBLE IN
D914

TROUBLE IN
P901

YES

CHECK
RL901?

YES

TROUBLE IN
TH901,
DEGAUSSING COIL

NO

TROUBLE IN
RL901

NO OSD

7. TROUBLE IN OSD

CHECK

IC301 PIN 4

(5V) ?

YES

CHECK

IC301 PIN 5

(NEGATIVE H-PULSE

COMES IN ?)

YES

CHECK

IC301 PIN 10

(V-PULSE COMES IN?)

YES

NO

NO

NO

TROUBLE IN
P302

TROUBLE IN
P302

TROUBLE IN
P302

CHECK

IC301 PIN 13, 14, 15

(IS THERE ANY SIGNAL

WHEN OPERATING FRONT

CONTROL ?)

YES

TROUBLE IN
IC302

NO

TROUBLE IN
IC301, IC401

DY-Pin

P702

P901

P520

P201

P302

P303

P701

P401

Degaussing
Coil

P451

P453

DY Assembly Screw

P921

P303

Anode Cap

EXPLODED VIEW

2

3

12

14

15-1

13

4

5

6

A

B

C

15-2

16-2

16-1

9

10

8

11

1

OSD SET

7

EXPLODED VIEW PARTS LIST

Ref. No.

1
2
3
4
5
6
7
8

9
10
11
12
13
14

15-1
15-2
16-1
16-2

A

B

C

Part No.

3091TKC040B

2423GC3E41W

3809TKC034H
3043TKK040U

339-002H
6140TC2015A
6871TCT092B

6174Z-1042B

6200TJB001J
4951TKK028E
4810TKM037N

332-102J
4814TKK077B
4815TKT011D

332-102P

332-102J
3550TKK061L
3550TKK061M
6871TVT282B
6871TMT291B
3313T17255B

Description

CABINET ASSY FS772C FUJITSU SIMENS 039
CDT(CIRC), M41QBF423X 15NPLD LG-PHILIPS Displays 95KHZ 29.1 m
BACK COVER ASSEMBLY, FS792E 016 PFC
TILT SWIVEL ASSY, FS772C T032B029B F-SIEMENS
SCREW ASSY, PHP+5*20(FZMY)+GW18 NEW TYPE #(4)CDT FIX
COIL,DEGAUSSING, 1410MM 17.0OHM 0.5MM 130T 17"/95KHZ WITH EARTH
PWB(PCB) ASSEMBLY,COMPOSITE, FS792E CONTROL TOTAL FUJITSU SIMENS CA-103
FBT (FLY BACK TRANSFORMER), FMMTC94 AM1042B (LIM SANG IL)
FILTER(CIRC), EMC, 02MD1-1 DELTA BK WITH GND
METAL ASSY, REAR KFB795C
BRACKET, FS792E MAIN
SCREW, PTP 4*20 (FZMW)
SHIELDBOTTOM KFB775B
SHIELD ASSEMBLY, TOP C-CKD FB795E
SCREW, PTP 4*30[MSWR/FZMCWY-1]
SCREW, PTP 4*20 (FZMW)
COVER FS772C SCREW F-SIEMENS (RIGHT)
COVER FS772C SCREW F-SIEMENS (LEFT)
PWB(PCB) ASSEMBLY,VIDEO, FS792E VIDEO TOTAL FUJITSU SIMENS CA-103
PWB(PCB) ASSEMBLY,MAIN, FS792E KXFSED FUJITSU SIMENS CA-103 TOTAL

3313T17255B MAIN TOTAL ASSEMBLY, FS792E FUJITSU SIMENS CA-103