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17" Auto Scan Colour Monitor

Chassis:V30

Service
Service
Service
MODEL : V30 107T50/00

Horizontal frequencies
30 - 71 KHz

TABLE OF CONTENTS

Description
Page
Important Safety Notice-------------------------------- 2
Technical data ------------------------------------------- 3
Installation------------------------------------------------ 4
On-screen Display (OSD)--------------------------5 ~ 8
OSD Lock/Unlock, Burn In, Service mode-----9 ~ 12
Wiring Diagram ---------------------------------------- 14
Mechanical Instructions -------------------------- 15,16
Warning and Notes ---------------------------------- --17
Electrical Instructions---------------------------- 18~20
DDC Instructions ----------------------------------21~28
Block Diagram------------------------------------------ 29
Circuitry schematic diagrams(Main) ----------30~ 33

Description
Page
Circuitry schematic diagrams(Audio) --------34~ 36
Circuitry schematic diagrams(Key ) ---------- 37, 38
Exploded View -----------------------------------------39
Recommend Parts List -------------------------------40
Spare Parts List------------------------------------41,42
General Product Specification ----------------43~72
Repair Flow Chart-------------------------------- 73~80
Light Fram for Windows------------------------- 81~84
Repair Tips --------------------------------------------- 85
Safety Test Requirements----------------------------86
General Troubleshooting Guide ------------- 87~109

SAFETY NOTICE
ANY PERSON ATTEMPTING TO SERVICE THIS CHASSIS MUST FAMILIARIZE HIMSELF WITH THE CHASSIS
AND BE AWARE OF THE NECESSARY SAFETY PRECAUTIONS TO BE USED WHEN SERVICING ELECTRONIC
EQUIPMENT CONTAINING HIGH VOLTAGES.
CAUTION: USE A SEPARATE ISOLATION TRANSFORMER FOR THIS UNIT WHEN SERVICING.
REFER TO BACK COVER FOR IMPORTANT SAFETY GUIDELINES
Published by BCU Monitors

Printed in Taiwan

Copyright reserved

Subject to modification

S Mar. 14 , 2003

GB 3138 106 10264

2

Important Safety Notice

107T5
Go to cover page

Proper service and repair is important to the safe, reliable
operation of all PHILIPS Consumer Electronics Company**
Equipment. The service procedures recommended by
PHILIPS and described in this service manual are effective
methods of performing service operations. Some of these
service operations require the use of tools specially designed
for the purpose. The special tools should be used when and
as recommended.
It is important to note that this manual contains various
CAUTIONS and NOTICES which should be carefully read in
order to minimize the risk of personal injury to service
personnel. The possibility exists that improper service
methods may damage the equipment. It is also important to
understand that these CAUTIONS and NOTICES ARE NOT
EXHAUSTIVE. PHILIPS could not possibly know, evaluate
and advise the service trade of all conceivable ways in which
service might be done or of the possible hazardous
consequences of each way. Consequently, PHILIPS has not
undertaken any such broad evaluation. Accordingly, a
servicer who uses a service procedure or tool which is not
recommended by PHILIPS must first satisfy himself
thoroughly that neither his safety nor the safe operation of the
equipment will be jeopardized by the service method selected.
* * Hereafter throughout this manual, PHILIPS Consumer
Electronics Company will be referred to as PHILIPS.

WARNING
Critical components having special safety characteristics are
identified with a
by the Ref. No. in the parts list and
enclosed within a broken line*
(where several critical components are grouped in one area)
along with the safety symbol
on the schematics or
exploded views.
Use of substitute replacement parts which do not have the
same specified safety characteristics may create shock, fire,
or other hazards.
Under no circumstances should the original design be
modified or altered without written permission from Philips.
Philips assumes no liability, express or implied, arising out of
any unauthorized modification of design.
Servicer assumes all liability.

* Broken Line

FOR PRODUCTS CONTAINING LASER :
DANGER-

Invisible laser radiation when open.
AVOID DIRECT EXPOSURE TO BEAM.

CAUTION-

Use of controls or adjustments or
performance of procedures other than
those specified herein may result in
hazardous radiation exposure.

CAUTION-

The use of optical instruments with this
product will increase eye hazard.

TO ENSURE THE CONTINUED RELIABILITY OF THIS
PRODUCT, USE ONLY ORIGINAL MANUFACTURER'S
REPLACEMENT PARTS, WHICH ARE LISTED WITH THEIR
PART NUMBERS IN THE PARTS LIST SECTION OF THIS
SERVICE MANUAL.

Technical Data
Technical Specification*
Dimensions
Pitch
Deflection angle
Glass
Light transmission
Surface
Implosion protection
Black matrix
Phosphor
EHT
CRT source
Scanning
Horizontal scanning
Vertical scanning

107T5

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The 15-pin D-sub connector(male) of the signal cable :

: 17 inch
: 0.25
: 90 degrees
: dark
: 50%(CPT), 52.8%(LG), 52.6%(SDI),
: AGARAS
: CRT is provided with P-mini-rim-band.
: Yes
: P22
: 25 KV (Ib=0)
: CPT, LG, SDI

: 30 - 71 KHz
: 50 - 160 Hz

Pin No.

Assignment

Pin No.
2

Red video input
Green video input

9
10

3
4

Blue video input
Gnd

11

1

5
6

Red video ground
Green video ground

7
8

+5V DDC
Gnd
Gnd
Bidirectional Data

12

For self-test

Assignment

13
14

H.Sync /H
V.Sync(VCLK for DDC)

15

Data clock line(SCL)

Blue video ground

Data Storage

Input signals
Video
: Analog level
Sync.
: Separate sync. with TTL level
Polarity : Positive or negative

Factory preset modes:
This monitor has 8 factory-preset modes as indicated in the
Factory preset modes : 8

Signal input level
Video : 0.7 Vp-p 75 ohms
Sync : TTL level

Resolution
1. 720 x 400
2. 640 x 480
3. 640 x 480
4. 800 x 600
5. 800 x 600
6. 1024 x 768
7. 1024 x 768
8. 1280 x 1024

Impedance
Video : Terminated with 75 ohms
Sync : Terminated with 4.7K ohms pull down resistors
Video amplifiers
Dot Rate

: 108 Mhz

H. freq.
31.5 KHz
31.47 KHz
43.3 KHz
46.9 KHz
53.674KHz
60.0 KHz
68.7 KHz
64.0 KHz

V. freq.
70Hz (VGA)
60Hz (VGA)
85Hz (VESA)
75Hz (VESA)
85Hz (VESA)
75Hz (VESA)
85Hz (VESA)
60Hz (VESA)

H.

V.

+
+
+
+
+

+
+
+
+
+
+

Operating limits
Temperature
Humidity
Air pressure

: 0C to 40C
: 10 to 90% (W/O condensation)
: 700 ~ 1100 mbar

Automatic Power Saving

Non-operating limits (storage)
Temperature : -25C to 65C
Humidity
: 5 to 95 % (W/O condensation)
Altitude
: 300 to 1100 mbar
Carton box
A-1 Size (with pedestal)
496(W)416(H)556(D)
A-2 Carton paper : double wall AB flute corrugate
board, color brown
Bursting
: 19.3 kgf/cm 2 min
Compression : 600 kgf min

Signal

Compliance
Requirement

Power

H-Sync

V-Sync

Video

On

Active

Active

Active

Mandatory

75w

Off

Inactive

Active

Blanked

Mandatory

2w

Off

Active

Inactive

Blanked

Mandatory

2w

Off

Inactive

Inactive

Blanked

Mandatory

2w

R

White color adjustment
Based on the 1931 CIE chromatic diagram (x,y) coordinates
of white display on screen center should be:
For 9300 K
For 6500 K
For sRGB

X = 0.283
X = 0.313
X = 0.313

0.015
0.015
0.015

Pin assignment :

1
6
11

Y = 0.297
Y = 0.329
Y = 0.329

0.015
0.015
0.015

This monitor is ENERGY STAR compliant.
R

this product meets the ENERGY STAR guidelines for energy
Efficiency

R

ENERGY STAR is a U.S. registered mark. AS AN ENERGY STAR
PARTNER, DELL Computer Corporation HAS DETERMINED THAT
THIS PRODUCT MEETS THE ENERGY STAR GUIDELINES FOR
ENERGY EFFICIENCY.
5
10
15

4

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107T5

Front control & OSD

Go to cover page

Front View

Rear view

1. Power in - attach power cable here.
2. Video In - this is a cable which is already attached to your monitor.
Connect the other end of the cable to your PC.

Description of the On Screen Display
Front control

What is the On-Screen Display?
This is a feature in all Philips monitors which allows an end-user to
adjust screen performance of monitors directly though an on-screen
instruction window. The user interface provides user-friendliness and
ease-of-use when operating the monitor.

Basic and simple instruction on the control keys.
On the front controls of your monitor, once you press the
button, the
On Screen Display (OSD) Main Controls window will pop up and you
can now start making adjustments to your monitor's various features.
Use the
Power button switches your monitor on.
OK button which when pressed will take you to the OSD
controls
Contrast hotkey. When the "-" button is pressed,
the adjustment controls for the CONTRAST will show up.
Brightness hotkey. When the "+" button is pressed,
the adjustment controls for BRIGHTNESS will show up.
"-" and "+" buttons, are used for adjusting the OSD of your
Monitor.
LightFrame hotkey. When the button is pressed, the adjustment
controls for LightFrame will show up.

the keys to make your adjustments within.

OSD menu tree
The OSD Tree
Below is an overall view of the structure of the On-Screen
Display. You can use this as reference when you want to
later on work your way around the different adjustments.

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5

6

9

107T5

OSD Adjustments

Go to cover page
LANGUAGE

The OSD Controls

The ON SCREEN DISPLAY shows its settings in one of eight languages.
The default is English, but you can select French, Spanish, German,
Italian, Simplify-Chinese, Korea, Brazilian or Portuguese.

BRIGHTNESS
To adjust your screen's brightness, follow the steps below. Brightness is
the overall intensity of the light coming from the screen. A 50%
brightness is recommended.

1) Press the
button on the monitor. The MAIN CONTROLS window
appears. LANGUAGE should be highlighted.
2) Press the

1) Press the
appears.

button on the monitor. The BRIGHTNESS window

2) Press the

or

button again. The LANGUAGE window appears.

button to adjust the brightness.

3) When the brightness is adjusted to the level desired, stop pressing
the
or
button and after three seconds the BRIGHTNESS window
will disappear with the new adjustment saved.
Smart Help After the BRIGHTNESS window has disappeared, to
continue to the CONTRAST window, follow the steps under CONTRAST.

CONTRAST
To adjust your screen's contrast, follow the steps bellow. Contrast is the
difference between the light and dark areas on the screen. A 100%
contrast is recommended.
1) Press the

3) Press the

or

button until the desired language is highlighted.

button on the monitor. The CONTRAST window appears.

4) Press the
button to confirm your selection and return to MAIN
CONTROLS window. CLOSE MAIN CONTROLS will be highlighted...
Smart Help After returning to MAIN CONTROLS . . .
2) Press the

or

button to adjust the contrast.

3) When the contrast is adjusted to the level desired, stop pressing the
Button and after three seconds the CONTRAST window will
disappear with the new adjustment saved.
Smart Help After the CONTRAST window has disappeared, to
continue to the MAIN CONTROLS, follow the steps under LANGUAGE

. . . to continue to INPUT SIGNAL SELECTION, press the button until
INPUT SIGNAL SELECTION is highlighted. Next, follow steps 3 - 5
under INPUT SIGNAL SELECTION.
. . . to exit completely, press the

button

OSD Adjustments (Continued)

107T5

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ZOOM

3) Press the
button. The ADJUST HORIZONTAL window appears.
ADJUST POSITION should be highlighted.

ZOOM increases or decreases the size of the images on your screen.
To adjust the ZOOM follow the steps below.
1) Press the
appears.
2) Press the

button on the monitor. The MAIN CONTROLS window
button until ZOOM is highlighted.

4) Press the

or

button to move the image to the left or right.

5) When the position is adjusted, press the
CONTROLS window, or press the

3) Press the

4) Press the

button to return to MAIN

to highlight ADJUST SIZE.

button. The ZOOM window appears.

or

button to adjust ZOOM.

5) Press the
button to confirm your selection and return to the MAIN
CONTROLS window. CLOSE MAIN CONTROLS will be highlighted.
Smart Help After returning to MAIN CONTROLS . . .
. . . to continue to ADJUST HORIZONTAL, press the button until
ADJUST HORIZONTAL is highlighted. Next, follow steps 3 - 7 under
ADJUST HORIZONTAL.
. . . to exit completely, press the

button

6) To adjust the horizontal size, press the

or

button.

7) When the size is adjusted, press the
button to return to MAIN
CONTROLS window. CLOSE MAIN CONTROLS will be highlighted.
Smart Help

After returning to MAIN CONTROLS . . .

. . . to continue to ADJUST VERTICAL, press the button until ADJUST
VERTICAL is highlighted. Next, start with step 3 under ADJUST
VERTICAL and follow the directions.
. . . to exit completely, press the

button

ADJUST HORIZONTAL
ADJUST POSITION under ADJUST HORIZONTAL shifts the image on
your screen either to the left or right. Use this feature if your image does
not appear centered. ADJUST SIZE under ADJUST HORIZONTAL
expands or controls the image on your screen, pushing it out toward the
left and right sides or pulling it in toward the center.
1) Press the
appears.
2) Press the

button on the monitor. The MAIN CONTROLS window
button until ADJUST HORIZONTAL is highlighted.

ADJUST VERTICAL
ADJUST POSITION under ADJUST VERTICAL shifts the image on
your screen either up or down. Use this feature if your image does not
appear centered. ADJUST SIZE under ADJUST VERTICAL expands or
controls the image on your screen, pushing it out toward the top or
bottom or pulling it in toward the center.
1) Press the
appears.

button on the monitor. The MAIN CONTROLS window

8

OSD Adjustments (Continued)

107T5

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2) Press the

button until ADJUST VERTICAL is highlighted.

2) Press the

button until ADJUST SHAPE is highlighted.

3) Press the
button. The ADJUST VERTICAL window appears.
ADJUST POSITION should be highlighted.

3) Press the
button. The ADJUST SHAPE window appears.
ADJUST SIDE CURVE should be highlighted.

4) Press the

4) Press the
button. The SIDE CURVE window appears.
PINCUSHION should be highlighted.

or

button to move the image up or down.

5) When the position is adjusted, press the
button to return to MAIN
CONTROLS window, or press the button to highlight ADJUST SIZE.

5) To adjust the pincushion, press the

or

button.

6) When the pincushion is adjusted, press the
6) To adjust the vertical size, press the

or

button.

BALANCED or press the
window.

button to highlight

button to return to the ADJUST SHAPE

7) When the size is adjusted, press the
button to return to MAIN
CONTROLS window. CLOSE MAIN CONTROLS will be highlighted.
Smart Help After returning to MAIN CONTROLS . . .
. . . to continue to ADJUST SHAPE, press the button until ADJUST
SHAPE is highlighted. Next, start with step 3 under ADJUST SHAPE
and follow the directions.
. . . to exit completely, press the

button

ADJUST SHAPE
ADJUST SIDE CURVE
ADJUST SIDE CURVE under ADJUST SHAPE allows you to adjust two
of the five preset options. These two options are PINCUSHION and
BALANCED pincushion. Note: use these features only when the picture
is not square.
1) Press the
appears.

button on the monitor. The MAIN CONTROLS window

7) To adjust the balanced pincushion, press the

or

button.

8) When the balanced pincushion is adjusted, press the
button to
return to the ADJUST SHAPE window. BACK TO MAIN WINDOWS will
be highlighted.
9) Press the
button to return to the MAIN CONTROLS window, or
press the button until ADJUST SIDE ANGLES is highlighted.

OSD Adjustments (Continued)

107T5

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Smart Help After returning to MAIN CONTROLS . . .

7) When the trapezoid is adjusted, press the

...to continue to ADJUST SIDE ANGLES, start with step 5 under
ADJUST SIDE ANGLES and follow the directions.

PARALLELOGRAM or press the
SHAPE window.

...to exit completely, press the

button to highlight

button to return to the ADJUST

button twice.

...to adjust only the BALANCED pincushion, follow steps 1 - 4 above,
then press the button, and follow steps 7 - 9.
ADJUST SIDE ANGLES
ADJUST SIDE ANGLES under ADJUST SHAPE allows you to adjust
two of the five preset options. These two options are TRAPEZOID and
PARALLELOGRAM. Note: use these features only when the picture is
not square.
1) Press the
appears.
2) Press the

button on the monitor. The MAIN CONTROLS window
button until ADJUST SHAPE is highlighted.
8) To adjust the parallelogram, press the

or

button.

9) When the parallelogram is adjusted, press the
button to return to
the ADJUST SHAPE window. BACK TO MAIN WINDOWS will be
highlighted.
10) Press the
button to return to the MAIN CONTROLS window, or
press the button until ROTATE IMAGE is highlighted.
Smart Help After returning to MAIN CONTROLS . . .
...to continue to ROTATE IMAGE, start with step 5 under ROTATE
IMAGE and follow the directions.
...to exit completely, press the

button twice.

...to adjust only the PARALLELOGRAM, follow steps 1 - 4 above, then
press the

button, and follow steps 7 -9

ROTATE IMAGE
ROTATE IMAGE under ADJUST SHAPE allows you to adjust one of
the five preset options. These two options are PINCUSHION and
BALANCED pincushion. Note: use this feature only when the picture is
not square.
3) Press the
button. The ADJUST SHAPE window appears.
ADJUST SIDE CURVE should be highlighted.

1) Press the
appears.
2) Press the

4) Press the

button on the monitor. The MAIN CONTROLS window
button until ADJUST SHAPE is highlighted.

button to highlight ADJUST SIDE ANGLES.

5) Press the
button. The SIDE ANGLES window appears.
TRAPEZOID should be highlighted.

3) Press the
button. The ADJUST SHAPE window appears.
ADJUST SIDE CURVE should be highlighted.
4) Press the

6) To adjust the trapezoid, press the

or

button.

arrow until ROTATE IMAGE is highlighted.

10

OSD Adjustments (Continued)

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5) Press the
button. The ROTATE IMAGE window appears. ROTATE
should be highlighted.

4) Press the or button to highlight 9300K for GENERAL USE,
6500K for GAMES, or USER PRESET.
5) Once you have highlighted GENERAL USE or GAMES, press the
button to confirm you selection and return to the MAIN CONTROLS
window. CLOSE MAIN CONTROLS will be highlighted.

6) To adjust the rotation, press the

or

button.

7) When the rotation is adjusted, press the
button to return to the
ADJUST SHAPE window. BACK TO MAIN CONTROLS should be
highlighted.
8) Press the

button to return to MAIN CONTROLS.

Smart Help After returning to MAIN CONTROLS . . .
. . . to continue to ADJUST COLOR, press the button until ADJUST
COLOR is highlighted. Next, start with step 3 under ADJUST COLOR
and follow the directions.
...to exit completely, press the

button twice.

ADJUST COLOR
Your monitor has two preset options you can choose from. The first
option is for GENERAL USE, which is fine for most applications. The
second option is for GAMES, which is for playing computer games.
When you select one of these options, the monitor automatically adjusts
itself to that option. There is also a third option, USER PRESET, which
allows you to adjust the colors on your screen to a setting you desire.
1) Press the
appears.
2) Press the

button on the monitor. The MAIN CONTROLS window

6a) If USER PRESET is highlighted, press the button to highlight RED.
Next, press the LEFT CURSOR or RIGHT CURSOR button to adjust the
color red.
6b) When finished with RED, press the
Next, press the

button to adjust the color green.

6c) When finished GREEN, press the
Next, press the

or

button to highlight BLUE.

button to adjust the color blue.

6d) When all adjustments are complete, press the
button to confirm
your adjustments and return to the MAIN CONTROLS window. CLOSE
MAIN CONTROLS will be highlighted.
Smart Help

button until ADJUST COLOR is highlighted.

or

button to highlight GREEN.

After returning to MAIN CONTROLS. . .

. . . to continue to RESET TO FACTORY SETTINGS, press the button
until RESET TO FACTORY SETTINGS is highlighted. Next, start with
step 3 under RESET TO FACTORY SETTINGS.
. . . to exit completely, press the

button.

RESET TO FACTORY SETTINGS
RESET TO FACTORY SETTINGS returns everything in all the windows
to factory presets.
1) Press the
appears.
2) Press the
highlighted.

3) Press the

button on the monitor. The MAIN CONTROLS window
button until RESET TO FACTORY SETTINGS is

button. The ADJUST COLOR window appears.

3) Press the
appears.

button. The RESET TO FACTORY SETTINGS window

OSD Adjustments (Continued)
4) Press the or button to select YES or NO. NO is the default. YES
returns all settings to their original factory adjustments.

107T5

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4) Press the
button. The ADJUST MOIRE window appears.
HORIZONTAL will be highlighted.

5) Press the
button to confirm your selection and return to the MAIN
CONTROLS window. CLOSE MAIN CONTROLS will be highlighted.
Smart Help After returning to MAIN CONTROLS . . .
. . . to continue to EXTRA CONTROLS, press the button until EXTRA
CONTROLS is highlighted. Next, start with step 3 under EXTRA
CONTROLS.
. . . to exit completely, press the

button.

5) To adjust the horizontal moire, press the

or

button.

6) When the horizontal moire is adjusted, press the
VERTICAL.

button to highlight

EXTRA CONTROLS
ADJUST MOIRE
EXTRA CONTROLS is a set of three features, including ADJUST
MOIRE. Moire is a fringe pattern arising from the interference between
two superimposed line patterns. To adjust your moire, follow the steps
below. Note: Use only if necessary. By activating ADJUST MOIRE,
sharpness can be affected.
1) Press the
appears.

button on the monitor. The MAIN CONTROLS window

2) Press the DOWN CURSOR button until EXTRA CONTROLS is
highlighted.

7) To adjust the vertical moire, press the

or

button.

8) When the vertical moire is adjusted, press the
button to return to
the EXTRA CONTROLS window. BACK TO MAIN CONTROLS will be
highlighted.

Smart Help After returning to MAIN CONTROLS . . .
. . . to continue to DEGAUSS, press the button until DEGAUSS is
highlighted. Next, start with step 3 under EXTRA CONTROLS,
DEGAUSS.
. . . to exit completely, press the

3) Press the
button. The EXTRA CONTROLS window appears. will
ADJUST MOIRE will be highlighted.

button.

12

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107T5

OSD Adjustments (Continued), Troubleshooting

Go to cover page

DEGAUSS

Monitor Specific Troubleshooting

EXTRA CONTROLS is a set of three features, including DEGAUSS.
Degaussing removes electromagnetic build up that may distort the color
on your screen.

Self-Test Feature Check (STFC)

1) Press the
appears.
2) Press the

button on the monitor. The MAIN CONTROLS window
button until EXTRA CONTROLS is highlighted.

Your monitor provides a self-test feature that allows you to check
whether your monitor is functioning properly. If your monitor and
computer are properly connected but the monitor screen remains
dark, run the monitor self-test by performing the following steps:
1. Turn off both your computer and the monitor.
2. Unplug the video cable from the back of the computer.
3. Turn on the monitor.
If the monitor is functioning properly, you will see a OSD
message as shown in the following illustration:

ATTENTION
CHECK SIGNAL CABLE
This box also appears during normal system operation if the
video cable becomes disconnected or damaged. This box
will remain on for one minute, go off five seconds, then on for
one minute, and will repeat cycle.
1. Turn off your monitor and reconnect the video cable;
3) Press the

button. The EXTRA CONTROLS window appears.

ADJUST MOIRE will be highlighted.
4) Press the button until DEGAUSS is highlighted.

then turn on both your computer and the monitor.
2. While in self-test mode, the LED remains green and the
pattern remains on and stationary.
If your monitor screen still remains dark after you use the
previous procedure, check your video controller and computer
system; your monitor is functioning properly.
NO SIGNAL INPUT
If there is something wrong with the input signal, a message
appears on the screen although the power indicator LED is
still on. The message may indicate that the monitor is NO
SIGNAL INPUT or that you need to check the signal cable.

5) To degauss your screen, press the
button. Your screen will be
degaussed, then the MAIN CONTROLS window will reappear. CLOSE
MAIN CONTROLS will be highlighted.

Smart Help After returning to MAIN CONTROLS . . .
. . . to exit completely, press the
CLOSE MAIN CONTROLS

button.

ATTENTION
NO SIGNAL INPUT

Lock/Unlock, Factory Mode, Burn In, Service Mode
OSD Lock
OSD lock is a feature which disables the OSD controls. It can be used
when the monitor is set up for demonstration purposes or when
adjustment of the OSD is not desirable.
Switch on OSD lock feature:
Press and hold the

button continuously for 15 seconds.

Release the button when the message
"CONTROL MENU IS LOCKED" appears.

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To access BURN IN mode
First of all, monitor displays an image.
1. Disconnect the video cable (interface cable).
2. Turn off monitor
3. Press '"
" and "
" simultaneously on the front control
panel,then the BURN IN mode comes on the screen of monitor
as below.
50 seconds around

5 seconds around

Switch off OSD lock feature:
Press and hold the
button continuously for 15 seconds or until the
message window "CONTROL MENU IS LOCKED" disappears, and

repeatly
4. Reconnect the video cable, then return to normal image.

"MAIN CONTROLS" appears.
SERVICE MODE (Indication-Factory mode)
------------------------>

02060

02060: stands for
1. using 10 hours already.
2. turn on/off 10 times.
3. using several hours
+ turn on/off monitor.
To access factory mode
1. Turn off monitor (don't turn off PC)
2. Press '"
" and "
" simultaneously on the front control
panel,then press "
",wait till the OSD menu with characters
V30 107T5 V0.48 20021218 (below OSD menu)" come on the
screen of monitor.

MODEL SELECT
V30 107T5 V0.48 20021218

Default setting of MODEL SELECT (Do not change it.)
MODEL SELECT
107T5
107B5
RESERVE
RESERVE
RESERVE
SWDDC
LF 3

Factory
Mode
Indicator

MODEL SELECT
V30 107T5 V0.48 20021218

3. If OSD menu disappears on the screen of monitor, press "
"
again (anytime), then the OSD menu comes on the screen again.
4. Using "
" : to select OSD menu.
5. Using "
" : to increase or decrease the setting.
6. Using "
" to access/confirm the selection.
To leave factory mode
7. After alignment of factory mode, turn off monitor (if you do not turn
off monitor, the OSD menu is always at the factory mode), then
turn on monitor again (at this moment, the OSD menu goes back
to user mode).

14

107T5
Go to cover page

Wiring Diagram

Mechanical Instructions

107T5

15

9 Go to cover page

0. General
To be able to perform measurements and repairs on the "circuit
boards", these unit should placed in the service position first.
1.Remove the rear cover in Fig. 1.
-Remove 2 screws as shown
-Remove back cover as shown
-Remove pedestal as shown
2. Video panel
- Disconnect the wire between metal shield of Video panel and
CRT neck as shown in Fig. 2.
- Disconnect the CRT ground from Video panel.
- Remove screw grounding and grounding wire in Fig. 3.

===============>

3.Main board connector in Fig. 4
-Disconnect york wire
-Disconnect rotation connector
-Disconnect control board connector
-Remove Screw for fixed I/F cable
-Remove signal connector
-Remove degaussing wire connector

screw - grounding
Fig. 3

Clip

Pedestal ass'y
Screw

Screw
Fig. 1

Degaussing wire connector
Control connector

Signal connector

Rotation connector

Fig. 4

CRT grouding wirel
Video Panel

Fig. 2

16

Mechanical Instructions

107T5
Go to cover page

4. Main panel with Bottom Tray
-Remove 2 screws for disconnect the Bottom tray as Fig. 5.
-Pull the bottom tray on press right and left side clip from fig. 6
to fig. 7.

=======>

5. SERVICE POSITION
Reconnect connectors, some wires and panels (chassis),
service position can be available for DC/AC measurement
as shown in Fig. 8.

Fig. 7

Fig. 5
Screw

Video panel

Main panel

Fig. 8 SERVICE POSITION
Press CLIP

Fig. 6

Pull-up

Warning and Notes

107T5

17
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Warnings

Notes

1. Safety regulations require that the unit should be returned
in its original condition and that components identical to
the original components are used. The safety components
are indicated by the symbol
.

1. The direct voltages and waveforms are average voltages.
They have been measured using the Service test software
and under the following conditions :
- Mode : 640 * 480 (31.5kHz / 60Hz)
- Signal pattern : grey scale
- Adjust brightness and contrast control for the
mechanical mid-position (click position)

2. In order to prevent damage to ICs and transistors, all
high-voltage flash-overs must be avoided. In order to
prevent damage to the picture tube, the method shown
in Fig. 1 should be used to discharge the picture tube.
Use a high-voltage probe and a multimeter (position DC-V).
Discharge until the meter reading is 0 V (after approximately
30 seconds).
3. ESD
All ICs and many other semiconductors are sensitive to
electrostatic discharges (ESD). Careless handling during
repair can drastically shorten their life. Make sure that
during repair you are connected by a pulse band with
resistance to the same potential as the ground of the unit.
Keep components and tools also at this same potential.

2. The picture tube panel has printed spark gaps.
Each spark gap is connected between an electrode of the
picture tube and the Aquadag coating.
3. The semiconductors indicated in the circuit diagram(s)
and in the parts lists are completely interchangeable per
position with the semiconductors in the unit, irrespective
of the type indication on these semiconductors.

V

4. When repairing a unit, always connect it to the AC Power
voltage via an isolating transformer.
5. Be careful when taking measurements in the high-voltage
section and on the picture tube panel.
6. It is recommended that saferty goggles be worn when
replacing the picture tube.
7. When making adjustments,use plastic rather than metal tools.
This will prevent any short-circuit or the danger of a
circuit becoming unstable.
8. Never replace modules or other components while the
unit is switched on.
9. Together with the defleciton unit, the picture tube is used
as an integrated unit. Adjustment of this unit during repair
is not recommended.
10. After repair, the wiring should be fastened in place with
the cable clamps.
11. All units that are returned for service or repair must pass
the original manufactures safety tests.

Fig.1

18
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107T5

Electrical Instructions

Go to cover page
1.
1.1

1.2

1.3

1.4
1.5
1.6

General point
==========
During alignment and measurement supply a distortion
free AC-mains voltage to the apparatus via an isolating
transformer with a low internal resistance.
All voltages have to be measured or applied with respect
to ground, unless otherwise stated. Note: Not all heatsinks
are grounded, avoid using heatsinks as ground.
The term "Linear RGB" is meant the 0.7 Vpp video with
separate SYNC ( TTL Level ). Reference factory preset
mode timings (format of pattern generator CHROMA-2135)
are shown in TABLE 1 to TABLE 8. Preload timing
TABLE 9 to TABLE 22.
Any external voltage source should have low internal
impedance.
The alignment has to be done in room temperature 25 5C.
Digit control buttons for
OSD MENU :

4.2

LANGUAGE
ZOOM
ADJUST HORIZONTAL - POSITION
- SIZE
- POSITION
ADJUST VERTICAL
- SIZE
- ADJUST SIDE CURVE
ADJUST SHAPE
- PINCUSHION
- BALANCE
- ADJUST SIDE ANGLES
- TRAPEZOID
- PARALLELOGRAM
- ROTATE IMAGE
ADJUST COLOR
- 3colour temperatures (9300K, 6500K, SRGB)
- 1 user preset independent RGB adjustment

4.8

RESET TO FACTORY SETTING
EXTRA CONTROLS
- ADJUST MOIR
- HORIZONTAL
- VERTICAL
- DEGAUSSING
MODEL SELECT
CLOSE MAIN CONTROLS
2.

Pre warm-up
======== ==
2.1
Align in pre-warmed condition at least 30 minutes during
Manufacturing.
3.
Main chassis alignment
==================
3.1
Power supply adjustment :
All supply voltages were fixed and adjustment is
unnecessary. (Check the voltages on Chassis line)
3.2
Apply a VGA 31.5KHz/480 lines cross-hatch signal.
3.2.1 Adjust BPLUS of factory setting to obtain the
anode voltage 25.0KV+/-1KVat zero beam current .
3.3
Monitor the following auxiliary voltages.
+5 source across 7153 Pin out and GND +5V
0.15 VDC
+6 source across C2154
+6.2V
0.2 VDC
+12 source across C2155
+12.6V
0.4 VDC
-12 source across C2156
-12.5V
0.4 VDC
+82 source across C2153
+82.0V
1.5 VDC
+190 source across C2152 ( + to Gnd)
+190.5V
3.0 VDC
-96 source across C2630
-96V
6.0 VDC
4.
4.1

General conditions for aging and alignment
================================
Aging/burn-in:Use low mains AC supply (90Vac) for monitor
first power on test.Pre-adjust the Focus till cross hatch
pattern can be clearly visible then enter the agingmode.
(Press both Up and Down keys, and then switch-on the
monitor with signal cable disconnected.)

4.3
4.4

4.5

4.6

4.7

During all alignments, supply a distortion free AC mains
voltage to the monitor set via an isolating transformer with
low internal impedance.
All measurements are carried out at nominal mains voltage,
unless otherwise stated.
Align in pre-warmed condition, at least 30 minutes warm-up
with nominal light output.
Purity, geometry and subsequent alignments should be
carried out in a magnetic cage with correct magnetic field.
Northern Hemisphere: H = 0, V = 450 mG, Z = 0
Southern Hemisphere: H = 0, V = -500 mG, Z = 0
Equatorial Support : H = 0, V =
0 mG, Z = 0
All voltages are to be measured or applied with respect to
ground , unless otherwise stated.Attention : Not all
heatsinks are GND, avoid using heatsinks as ground.
The white balance and purity has to be adjusted in dully
lighted room.
All alignments have to be done in a room with a temperature
Of 25 10 C.

4.

Alignment of Vg2, cut-off point, white tracking
================================ ==== =

5.1

EEPROM data has to be pre-set according to software
approval sheets, sheet-139,
sheet-140: (loaded beforehand with average values of
mode pre-set data and mode pre-set selection bytes.) The
following table is for reference only.Optimum values should
be determined by Factory(ME) for every production batch.
In factory, alignments are done via I 2C on the I/F cable
DDC bus , but the set can also be manually aligned.
Enter factory mode by pressing both Up and Down
keys while power-on. Select factory.

Electrical Instructions

107T5

19
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CRT
Item
9300/6500/sRGB
Bias
9300/6500/sRGB Gain
sRGB contrast
sRGB bright
Corner -T, B
Corner -T, B
Corner -T, B
Corner -T, B
Pin Correction -T, B
Pin Correction -S, W
V-offset
V-gain
Sub -contrast
Sub -brightness
Linearity -H
Linearity -H
Linearity -H
Linearity -H
Linearity -H
Linearity -H
Linearity -H
Linearity -H
Linearity -H
Linearity -V
Range-UserH
Range-Sub
B+
ABL
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
EHT comp -H, V
V-Linbal
V-Focus
OSD Contrast
LF-Brigh
LF-Sharp
Moiré setting -H
Moiré setting -V

Condition/Description
Nominal Cut -off setting
Nominal Gain setting
sRGB contrast
sRGB brightness
Fh < 36KHz
36KHz  65KHz
Top/Bottom pin correction
S/W shape pin correction
V-raster centering
V size control range for user
9300 peak light output adjust
Brightness control range limit
Fh < 33.00KHz
33.00KHz < Fh < 36.00KHz
36.00KHz < Fh < 40.00KHz
40.00KHz < Fh < 45.00KHz
45.00KHz < Fh < 52.00KHz
52.00KHz < Fh < 55.00KHz
55.00KHz < Fh < 60.50KHz
60.50KHz < Fh < 66.00KHz
Fh >66.00 KHz
Vertical S -correction
H size control range for user
Zoom control range for user
Adjusted for Anode voltage
9300 full white light o/p adjust
Fh < 33.00KHz
33.00KHz < Fh < 36.00KHz
36.00KHz < Fh < 40.00KHz
40.00KHz < Fh < 45.00KHz
45.00KHz < Fh < 52.00KHz
52.00KHz < Fh < 55.00KHz
55.00KHz < Fh < 60.50KHz
60.50KHz < Fh < 66.00KHz
Fh >66.00 KHz
Vertical top/bottom linearity
Vertical focus amplitude
OSD Contrast
LightFrame Brightness
LightFrame Sharpness
All modes
All modes

CPT DAC
value
127

LG
DAC value
127

SDI
DAC value
127

185
255
127
134, 122
134, 122
140, 122
140, 120
120, 126
130, 144
65
180
220
160
170
140
125
105
90
80
70
65
60
50
75
55
89
110
132, 114
124, 114
122, 116
120, 116
114, 116
112, 116
112, 116
112, 118
114, 118
140
100
255
3
3
0
0

185
255
127
134, 126
130, 126
126, 126
126, 126
122, 122
136, 130
60
180
220
160
175
140
130
115
95
90
80
75
60
50
75
55
89
120
132, 116
130, 114
126, 116
124, 116
118, 118
118, 118
116, 118
114, 118
114, 118
140
100
255
3
3
0
0

185
255
127
136, 124
130, 124
130, 124
128, 124
120, 120
130, 144
90
200
220
160
180
165
150
115
90
85
80
70
60
50
75
55
89
135
132, 114
124, 114
122, 114
120, 116
114, 116
112, 116
112, 116
112, 118
114, 118
140
180
255
3
3
0
0

20
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107T5

Electrical Instructions

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5.2

External degaussing Remove ferromagnetic measuring
equipment, Iron tablet, etc., in the neighbourhood of the
apparatus within half a meter. Position the set in E-W
direction and degauss well via external degaussing coil.
Slowly increase the distance between the picture tube and
Degaussing coil, keeping the coil in parallel with the
Screen of CRT. When the distance is more than 2m, turn
of f The degaussing current.
5.3
Adjustment mode: 68.7KHz/85Hz with correctly adjusted
video size 306x230mm. Use color-analyzer
(Minolta CA-100) to adjust cut-off and white balance.
Before alignment, set initial data as item 5.1 and
brightness set to 50%.
White alignment measurement equipment set-ups:
Setup A: 100x100mm white block , 0.7Vpp input video
signal, contrast at 0%, 9300 mode Calibrate CA100, Low
9300 RGB=100 x=0.283, y=0.297, Y=0.10FL 0.05FL
Setup B: 100x100mm white block , 0.7Vpp input video
signal, contrast at 100%, 9300 mode Calibrate Ca100,
High 9300 RGB=100 x=0.283, y=0.297, Y=41FL 1FL
Setup C: 100x100mm white block , 0.7Vpp input video
signal, contrast at 0%, 6500 mode Calibrate CA100, Low
6500 RGB=100 x=0.313, y=0.329, Y=0.10FL 0.05FL
Setup D: 100x100cm white block , 0.7Vpp input video signal,
contrast at 100%, 6500 mode Calibrate CA100, High 6500
RGB=100 x=0.313, y=0.329, Y=36FL 1FL
Setup E: 100x100mm white block , 0.7Vpp input video signal,
contrast at 0%, sRGB mode Calibrate CA100, Low sRGB
RGB=100 x=0.313, y=0.329, Y=0.10FL 0.05FL
Setup F: 100x100cm white block , 0.7Vpp input video signal,
contrast at 100%, sRGB mode Calibrate CA100, High
sRGB RGB=100 x=0.313, y=0.329, Y=36FL 1FL
Setup G: Full white (306x230mm), 0.7Vpp input video signal,
contrast at 100% , 9300 mode Calibrate CA100, High 9300
RGB=100 x=0.313, y=0.329, Y=30FL 1FL
Adjustment procedure:
5.3.1 Setup A, manually rotate Vg2 pot-meter on LOT until
brightness reaches 100 scale.
5.3.2 Setup A, adjust RGB cut-off (I 2C) for all colors at 100 7
scale, 9300 mode. (x=0.283, y=0.297, Y=0.10 0.05FL)
5.3.3 Setup B, adjust RGB gain (I 2C) for all colors at 100 2 scale,
9300 mode. (x=0.283, y=0.297, Y=41 0.5 FL)
5.3.4 Repeat 5.3.2, 5.3.3 (RGB cut-off and gain) to get both low
and high 9300 scales at 100. (0.10FL 0.05FL for low
scale; 41FL 1FL for high scale. x/y tolerance 0.005)
5.3.5 Setup C, adjust RGB cut-off (I 2C) for all colors at 100 7
scale, 6500 mode. (x=0.313, y=0.329, Y=0.10FL 0.05FL)
5.3.6 Setup D, adjust RGB gain (I 2C) for all colors at 100 2
scale, 6500 mode. (X=0.313, y=0.329, Y=36FL 1FL)
5.3.7 Repeat 5.3.5, 5.3.6 (RGB cut-off and gain) to get both low
and high 6500 scales at 100. (0.10FL 0.05FL for low scale;
36FL 1FL for high scale. x/y tolerance 0.005)
4.3.8 Setup E, adjust RGB cut-off (I 2C) for all colors at 100 7
scale, sRGB mode.
(x=0.313, y=0.329, Y=0.10FL 0.05FL)(same values as
6500 mode)
4.3.9 Setup F, adjust RGB gain (I 2C) for all colors at 100 2 scale,
sRGB mode.
(x=0.313, y=0.329, Y=36FL 1FL)(same values as 6500
mode)
5.3.10 sRGB brightness at 50%. Adjust sRGB contrast (I 2C) to get
Y=23FL 1FL for full white pattern.
(0.10FL 0.05FL for low scale, 23FL 1FL for high scale.
x/y tolerance 0.005)
5.4
Setup G, adjust ABL (I 2C) for 30FL 0.5FL, 9300 mode.
The above alignment method may be changed, as long as
the final results are the same.
(The above method has least amount of adjustment and
iteration steps.)
6.
Adjustment of the picture geometry
=========================
6.1
Alignment of primary geometry

6.1.1 Apply Timing 7 (64KHz/60Hz, 1280x1024) with black video
signal, set V-position at 50%, set H and V-size for visible
raster edges at all sides.
(RGB cut-off can be increased temporarily to make raster
visible. After adjustment, restore RGB cut-off to original
values.) Slide switch 1603 for centered raster in horizontal
Direction. Adjust V-offset (I 2C) for centered raster in
vertical direction.
Apply Timing 8 (68.7kHz / 85Hz) with crosshatch signal and
start geometry alignment.
6.1.2 Adjust the Horizontal Size to 306mm.
6.1.3 Adjust the Horizontal Position for centered video.
6.1.4 Adjust the Vertical Size to 230 mm.
6.1.5 Adjust Vertical Position for centered video
6.1.6 Adjust picture tilt for correct TOP/BOTTOM lines.
(Picture tube should be mounted without tilt w.r.t. cabinet)
6.1.7 Adjust pincushion to get optimum vertical line.
6.1.8 Adjust trapezoid to get optimum vertical line.
6.1.9 Adjust balanced pincushion to get optimum vertical line.
6.1.10 Adjust the parallelogram to get optimum vertical line.
6.1.11 If needed, adjust the top / bottom corner control to get
optimum corner geometry.
Top and bottom corner only affect top and bottom 60mm of
the vertical lines.
(6.1.7, 6.1.8, 6.1.9 and 6.1.10 may need to be readjusted.)
6.1.12 Store the adjusted result and exit OSD.
(The values for pincushion, trapezoid, balance pincushion
and parallelogram can be copied to the other pre-set
modes to shorten alignment time.)
6.2
Other pre-set mode geometry adjustment
Use following procedure for all pre-set modes (except
68.7kHz/85Hz) (Timing Table 1 - 8)
6.2.1 Adjust the Horizontal Size to 306mm.
6.2.2 Adjust the Horizontal Position to center position.
6.2.3 Adjust the Vertical Size to 230 mm.
6.2.4 Adjust the Vertical Position for correctly centred vertical
video.
6.2.5 Adjust pincushion to get optimum vertical line.
6.2.6 Adjust trapezoid to get optimum vertical line.
6.2.7 Adjust balanced pincushion to get optimum vertical line.
6.2.8 Adjust the parallelogram to get optimum vertical line.
(6.2.5, 6.2.6, 6.2.7 and 6.2.8 may need some iteration.)
6.2.9 Store the set result and exit OSD.
6.3
Other pre-load modes can be visible inside the bezel.
7
Focus adjustment
=============
With full white pattern display at timing 68Khz /85Hz
1024x768, set brightness at 50% and adjust contrast to 25
FL at the center of the screen.
8
and adjust H and V focus pot-meters which are located at
flyback transformer, until H- and V-line focus is optimal over
the entire screen.
8
Adjustment of Moir
================
Apply full white pattern and adjust contrast till luminance
around 15FL. 1/3 area with minor moiré can be acceptable.
If needed, use moir cancellation function and adjust the
H- moir or V-moir to cancel the moiré defect, then save
at factory.
9
Loading DDC code
=================
The DDC HEX data (refer to sheet-190) should be written
into the DDC by EEPROM writer or equivalent method.
10
Default settings
==============
The finished product should have the following default
Settings: Contrast: 100%, Brightness: 50%, Color: 9300,
Language: English(Chinese),
Power Save: On (Remark : Every mode is independent for
eset to factory setting.))
TIMING FOR V30 GS4 107T5 71K MODEL
REFERENCE PATTERN GENERATOR : CHROMA 2135
* According to VESA version 1.0 release 0.6p

DDC Instructions

107T5

21
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1. General

3. Pin assignment

DDC Data Re-programming
In case the main EEPROM with Software DDC which store all factory
settings were replaced because a defect,repaired monitor the serial
numbers have to be re-programmed.

A. 15-pin D-Sub Connector

It is advised to re-soldered the main EEPROM with Software DDC from
the old board onto the new board if circuit board have been replaced, in
this case the DDC data does not need to be re-programmed.

The 15-pin D-sub connector (male) of the signal cable
on the 3rd row for DDC feature :

Additional information
Additional information about DDC (Display Data Channel) may be
obtained from Video Electronics Standards Association (VESA).
Extended Display Identification Data(EDID) information may be also
obtained from VESA.

1
6
11

DDC EDID structure
For the monitor
: Standard Version 3.0
Structure Version 1.2

5
10
15

2. System and equipment requirements
1. An i486 (or above) personal computer or compatible.
2. Microsoft operation system Windows 95/98.
3. EDID301.EXE program (3138 106 10103) shown as Fig. 1
4. Software DDC Alignment kits (4822 310 11184) shown as Fig. 2.
The kit contents: a. Alignment box x1
b. Printer cable x1
c. D-Sub cable x1
Note: The EDID301.EXE (Release Version 1.58, 20000818)is a
windows-based program, which cannot be run in MS-DOS.

Pin No.

Ver:1.58

Figure 1 Diskette with EDID301.EXE

DC 8V~12V

Power indicator

To Monitor

To Printer

Video Card

Fig. 2 Alignment Kits

Pin No.

Assignment

2

Red video input
Green video input

9
10

Not connected - no.pin
Sync. Ground

3
4

Blue video input
Ground

11

Ground

5
6

for selftest(PC ground)
Red video ground
Green video ground

1

7
8

EDID301.EXE

Assignment

Blue video ground

12

Bi-directional data(SDA)

13
14

H.Sync
V.Sync(VCLK)

15

Data clock line(SCL)

DDC Instructions

107T5

22
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4. Configuration and procedure

3. At the submenu, type the letter of your computer's floppy disk drive
followed by :EDID301 (for example, A:\EDID301, as shown in Fig. 5).

There is no Hardware DDC (DDC IC) anymore. Main EEPROM stores
all factory settings and DDC data (EDID code) which is so called
Software DDC. The following section describes the connection and
procedure for Software DDC application. The main EEPROM can be reprobrammed by enabling "factory memory data write" function on the
DDC program (EDID301.EXE).

Fig. 5

*** INITIALIZE ALIGNMENT BOX ***
In order to avoid that monitor entering power saving mode due to
sync will cut off by alignment box, it is necessary to initialize
alignment box before re-programming DDC Data. Following steps
show you the procedures and connection.

4. Click OK button. The main menu appears (as shown in Fig. 6).
This is for initialize alignment box.

Fig. 6
Step 1: Supply 8~12V DC power source to the Alignment box by
plugging a DC power cord or using batteries.
Step 2: Connecting printer cable and video cable of monitor as
shown in Fig.3.

PC

To printer port (LTP1)

To video card

Fig. 3

Rear view of the monitor
DC Power
8~12 V

Note 1: If the connection is improper, you will see the following error
message (as shown in Fig. 7) before entering the main menu.
Meanwhile, the (read EDID) function will be disable. At this time,
please make sure all cables are connected correctly and fixedly,
and the procedure has been performed properly.

~

Fig. 7

To
Monitor
Printer
Port
To PC

Video cable

Step 3: Installation of EDID301.EXE
Method 1: Start on DDC program
Start Microsoft Windows.
1. Insert the disk containing EDID301.EXE program into floppy disk
drive.
2. Click
, choose Run at start menu of Windows 95/98 as
shown in Fig. 4.

Method 2: After create a shortcut of EDID301.EXE
: Double click EDID301 icon
(as shown in Fig. 8) which is
on the screen of Windows Wallpaper.
Bring up main menu of EDID301 as shown in Fig. 9.
This is for initialize alignment box.

1
Fig. 8
Fig. 4

Fig. 9

Note 2: During the loading, EDID301 will verify the EDID data which just
loaded from monitor before proceed any further function, once
the data structure of EDID can not be recognized, the following
error message will appear on the screen as below. Please
confirm following steps to avoid this message.
1. The data structure of EDID was incorrect.
2. DDC IC that you are trying to load data is empty.
3. Wrong communication channel has set at configuration setup
windows.
4. Cables loosed or poor contact of connection.

DDC Instructions

23
X

107T5

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Re-programming EEPROM (Software DDC)
Step 1: After initialize alignment box, connecting all cables and
box as shown in Fig. 10

4. Click
icon (Read EDID function) to read DDC EDID data from
monitor. The EDID codes will display on screen as shown in Fig. 13.

PC
Rear view of the monitor

To printer port (LTP1)

To video card

Fig. 10

Fig. 13

DC Power
8~12 V

~

Step 3: Modify DDC data (verify EDID version, week, year)
1.

Video cable
Printer
Port

To
Monitor

Click
(new function) icon from the tool bar, bring up
Step 1 of 9 as shown in Fig. 14 .
EDID301 DDC application provides the function selection and
text change (select & fill out) from Step 1 to Step 9.

To PC

Step 2: Read DDC data from monitor
1-1 Click the left key of Mouse, or hit any key on the keyboard,
then the characters disappear from the screen.
1-2 Click
icon as shown if Fig. 11 from the tool bar to bring up
the "Configuration Setup" windows as shown in Fig. 12.

Fig. 14

Fig. 11

Step 4: Modify DDC data (Monitor Serial No.)
1.
2.
3.

2.

Click Next till the Step 7 of 9 window appears as shown in Fig. 15.
Fill out the new Serial No. (for example, TY 503960, TY 123456).
Click Next till the last step window appears, then click Finish to exit
the Step window.

Select the DDC2B as the communication channel.
Select "Enable" & fill out "F0" for Mapped EDID page address
as shown in Fig. 12.

Fig. 15
Fig. 12

3.

Click OK button to confirm your selection.

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DDC Instructions

107T5
Go to cover page

Step 5: **Configuration Setup & Enter Factory Mode **
for "write EDID data"
1.

Click
icon from the tool bar to bring up the Configuration Setup
windows again. Then, select "Software DDC only" as shown in
Fig. 16. Click "OK".

Step 6: Write DDC data
1. Click
(Write EDID) icon from the tool bar to write DDC data.
Bring up "Writing 0%~100%, ready" a progressing bar on the left
down corner.
2. Click
(Read EDID) to confirm it.
Step 7: Confirm Serial Number in User Mode
1. Press the
button to turn off the monitor. Press the
again to turn on the monitor.
2. Press the
button to bring up the OSD Main Menu.
3. Press the
button to select Extra Controls, press the
button to confirm your selection.
4. Confirm the Serial Number "123456" is updated
as shown in Fig. 18.

button

Fig. 16

If you do not select "Software DDC only", when you execute
"write EDID", it will bring up an error message as below.

Fig. 18
Step 8: Save DDC data
Sometimes, you may need to save DDC data as a text file for using
in other IC chip. To save DDC data, follow the steps below:
To access factory mode
1. Turn off monitor (don't turn off PC)
2. Press "
" and "
" simultaneously on the front control
panel,then press "
",wait till the OSD menu with characters
V30 10T5 P V2.01 20030110 (below OSD menu)" come on the
screen of monitor.

1. Click
(Save) icon (or click "file"-> "save as") from the tool bar
and give a file name as shown in Fig. 19.
The file type is EDID301 file (*.ddc) which can be open in WordPad.
By using WordPad, the texts of DDC data & table (128 bytes, hex
code) can be modified. If DDC TEXTS & HEX Table are completely
correct, it can be saved as .ddc flie to re-load it into EEPROM for
DDC Data application.

Fig. 17
Fig. 19

MODEL SELECT
Factory
Mode
Indicator

107T5 V30

V30 107T5 P V.2.01 20030110

If OSD menu disappears on the screen of monitor, press "
"
again (anytime), then the OSD menu comes on the screen again.
If you do not access "Factory mode", when you execute
"write EDID", it will bring up an error message as below.

2.

Click Save.

DDC Instructions

25
X

107T5

Go to cover page
Step 9: Load DDC data
1.
2.
3.
4.
5.

Click
from the tool bar.
Select the file you want to open as shown in Fig. 20.
Click Open.
Access "Factory Mode" and enable "Software DDC only" as shown
in Fig. 17 & Fig. 16.
Write EDID (click
).

Note 2 : In Factory Mode: Read/Write DDC data
Before Read/Write EDID code, please confirm that the
Software DDC only was enabled as shown in Fig. 23.

Fig. 23

Fig. 20

Step 10: Exit DDC program
Pull down the File menu and select Exit as shown in Fig. 21.
(EDID Tool 3.01)

Fig. 21

Note1 : In User Mode: Read DDC data only
Before read EDID code, please confirm that the Software
DDC only was disabled as shown in Fig. 22.

Fig. 22

If you do not disable "Software DDC only", when you execute
"read EDID", it will bring up an error message as below.

26
X

Hex Data of DDC2B

107T5
Go to cover page

**********************************************************************
EDID log file for CPT tube
**********************************************************************
Vendor/Product Identification
ID Manufacturer Name
: PHL
ID Product Code
: E013 (HEX.)
ID Serial Number
: 1E240 (HEX.)
Week of Manufacture
: 4
Year of Manufacture
: 2003

Standard Timing Identification #5
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 640
: 4:3
: 100

Standard Timing Identification #6
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 800
: 4:3
: 100

EDID Version, Revision
Version
Revision

Standard Timing Identification #7
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1280
: 4:3
: 60

Standard Timing Identification #8
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1152
: 4:3
: 75

: 1
: 3

Basic Display Parameters/Features
Video Input Definition : Analog Video Input
0.700V/0.000V (0.70Vpp)
without Blank-to-Black Setup
Separate Sync
without Composite Sync
without Sync on Green
no Serration required
Maximum H Image Size : 31
Maximum V Image Size : 23
Display Transfer Characteristic : 2.86
(gamma)
Feature Support (DPMS)

Display Type
Color Characteristics
Red X coordinate
Red Y coordinate
Green X coordinate
Green Y coordinate
Blue X coordinate
Blue Y coordinate
White X coordinate
White Y coordinate

: Standby
Suspend
Active Off
: RGB color display

:
:
:
:
:
:
:
:

0.631
0.329
0.276
0.6
0.143
0.057
0.283
0.297

Established Timings
Established Timings I

: 720 x 400 @70Hz (IBM,VGA)
640 x 480 @60Hz (IBM,VGA)
640 x 480 @72Hz (VESA)
640 x 480 @75Hz (VESA)
800 x 600 @60Hz (VESA)
Established Timings II : 800 x 600 @72Hz (VESA)
800 x 600 @75Hz (VESA)
832 x 624 @75Hz (Apple,Mac II)
1024 x 768 @60Hz (VESA)
1024 x 768 @70Hz (VESA)
1024 x 768 @75Hz (VESA)
Manufacturer's timings
:
Standard Timing Identification #1
Horizontal active pixels
: 640
Aspect Ratio
: 4:3
Refresh Rate
: 85
Standard Timing Identification #2
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 800
: 4:3
: 85

Standard Timing Identification #3
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1024
: 4:3
: 85

Standard Timing Identification #4
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1280
: 5:4
: 60

Detailed Timing #1
Pixel Clock (MHz)
: 25.18
H Active (pixels)
: 640
H Blanking (pixels)
: 160
V Active (lines)
: 350
V Blanking (lines)
: 99
H Sync Offset (F Porch) (pixels) : 16
H Sync Pulse Width (pixels
: 96
V Sync Offset (F Porch) (lines) : 37
V Sync Pulse Width (lines)
: 2
H Image Size (mm)
: 306
V Image Size (mm)
: 230
H Border (pixels)
: 0
V Border (lines)
: 0
Flags
: Non-interlaced
: Normal Display, No stereo
: Digital Separate sync.
: Negative Vertical Sync.
: Positive Horizontal Sync.
Monitor Descriptor #2
Serial Number
: BZ 123456
Monitor Descriptor #3
Monitor Name
Monitor Descriptor #4
Monitor Range Limits
Min. Vt rate Hz
Max. Vt rate Hz
Min. Horiz. rate kHz
Max. Horiz. rate kHz
Max. Supported Pixel

: PHILIPS 107T5

:
:
:
:
:

50
160
30
71
110

No secondary GTF timing formula supported.
Extension Flag
: 0
Check sum
: 7D (HEX.)
**********************************************************************
EDID data (128 bytes)
*********************************************************************
0: 00 1: ff 2: ff 3: ff 4: ff 5: ff 6: ff 7: 00
8: 41 9: 0c 10: 13 11: e0 12: 40 13: e2 14: 01 15: 00
16: 04 17: 0d 18: 01 19: 03 20: 68 21: 1f 22: 17 23: ba
24: e8 25: 9e 26: a8 27: a1 28: 54 29: 46 30: 99 31: 24
32: 0e 33: 48 34: 4c 35: ad 36: ee 37: 00 38: 31 39: 59
40: 45 41: 59 42: 61 43: 59 44: 81 45: 80 46: 31 47: 68
48: 45 49: 68 50: 81 51: 40 52: 71 53: 4f 54: d6 55: 09
56: 80 57: a0 58: 20 59: 5e 60: 63 61: 10 62: 10 63: 60
64: 52 65: 08 66: 32 67: e6 68: 10 69: 00 70: 00 71: 1a
72: 00 73: 00 74: 00 75: ff 76: 00 77: 20 78: 42 79: 5a
80: 20 81: 20 82: 31 83: 32 84: 33 85: 34 86: 35 87: 36
88: 0a 89: 20 90: 00 91: 00 92: 00 93: fc 94: 00 95: 50
96: 48 97: 49 98: 4c 99: 49 100: 50 101: 53 102: 20 103: 31
104: 30 105: 37 106: 54 107: 35 108: 00 109: 00 110: 00 111: fd
112: 00 113: 32 114: a0 115: 1e 116: 47 117: 0b 118: 00 119: 0a
120: 20 121: 20 122: 20 123: 20 124: 20 125: 20 126: 00 127: 74

Hex Data of DDC2B

107T5

27
X

Go to cover page
**********************************************************************
EDID log file for LG tube
**********************************************************************
Vendor/Product Identification
ID Manufacturer Name
: PHL
ID Product Code
: E013 (HEX.)
ID Serial Number
: 1E240 (HEX.)
Week of Manufacture
: 4
Year of Manufacture
: 2003

Standard Timing Identification #5
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 640
: 4:3
: 100

Standard Timing Identification #6
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 800
: 4:3
: 100

EDID Version, Revision
Version
Revision

Standard Timing Identification #7
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1280
: 4:3
: 60

Standard Timing Identification #8
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1152
: 4:3
: 75

: 1
: 3

Basic Display Parameters/Features
Video Input Definition
: Analog Video Input
0.700V/0.000V (0.70Vpp)
without Blank-to-Black Setup
Separate Sync
without Composite Sync
without Sync on Green
no Serration required
Maximum H Image Size
: 31
Maximum V Image Size
: 23
Display Transfer Characteristic
(gamma)

: 2.83

Feature Support (DPMS)

: Standby
Suspend
Active Off

Display Type
Color Characteristics
Red X coordinate
Red Y coordinate
Green X coordinate
Green Y coordinate
Blue X coordinate
Blue Y coordinate
White X coordinate
White Y coordinate
Established Timings
Established Timings I

Established Timings II

Manufacturer's timings
Standard Timing Identification #1
Horizontal active pixels
Aspect Ratio
Refresh Rate

: RGB color display

:
:
:
:
:
:
:
:

0.636
0.327
0.278
0.6
0.145
0.064
0.283
0.297

Detailed Timing #1
Pixel Clock (MHz)
: 25.18
H Active (pixels)
: 640
H Blanking (pixels)
: 160
V Active (lines)
: 350
V Blanking (lines)
: 99
H Sync Offset (F Porch) (pixels)
: 16
H Sync Pulse Width (pixels)
: 96
V Sync Offset (F Porch) (lines)
: 37
V Sync Pulse Width (lines)
: 2
H Image Size (mm)
: 306
V Image Size (mm)
: 230
H Border (pixels)
: 0
V Border (lines)
: 0
Flags
: Non-interlaced
: Normal Display, No stereo
: Digital Separate sync.
: Negative Vertical Sync.
: Positive Horizontal Sync.
Monitor Descriptor #2
Serial Number
: BZ 123456
Monitor Descriptor #3
Monitor Name

: PHILIPS 107T5

Monitor Descriptor #4
: 720 x 400 @70Hz (IBM,VGA)
Monitor Range Limits
640 x 480 @60Hz (IBM,VGA)
Min. Vt rate Hz
: 50
640 x 480 @72Hz (VESA)
Max. Vt rate Hz
: 160
640 x 480 @75Hz (VESA)
Min. Horiz. rate kHz
: 30
800 x 600 @60Hz (VESA)
Max. Horiz. rate kHz
: 71
: 800 x 600 @72Hz (VESA)
Max. Supported Pixel
: 110
800 x 600 @75Hz (VESA)
832 x 624 @75Hz (Apple,Mac II)
No secondary GTF timing formula supported.
1024 x 768 @60Hz (VESA)
1024 x 768 @70Hz (VESA)
Extension Flag
: 0
1024 x 768 @75Hz (VESA)
Check sum
: 9B (HEX.)
:
**********************************************************************
EDID data (128 bytes) for LG tube
: 640
**********************************************************************
: 4:3
: 85

Standard Timing Identification #2
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 800
: 4:3
: 85

Standard Timing Identification #3
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1024
: 4:3
: 85

Standard Timing Identification #4
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1280
: 5:4
: 60

0: 00
8: 41
16: 04
24: e8
32: 10
40: 45
48: 45
56: 80
64: 52
72: 00
80: 20
88: 0a
96: 48
104: 30
112: 00
120: 20

1: ff
2: ff
3: ff
4: ff
5: ff
6: ff
7: 00
9: 0c
10: 13
11: e0 12: 40
13: e2
14: 01
15: 00
17: 0d
18: 01
19: 03 20: 68
21: 1f
22: 17
23: b7
25: f6
26: 28
27: a2
28: 53
29: 47 30: 99
31: 25
33: 48
34: 4c
35: ad
36: ee
37: 00 38: 31
39: 59
41: 59
42: 61
43: 59
44: 81
45: 80 46: 31
47: 68
49: 68
50: 81
51: 40
52: 71
53: 4f
54: d6
55: 09
57: a0
58: 20
59: 5e
60: 63
61: 10
62: 10
63: 60
65: 08
66: 32
67: e6
68: 10
69: 00
70: 00
71: 1a
73: 00
74: 00
75: ff
76: 00
77: 20
78: 42
79: 5a
81: 20
82: 31
83: 32
84: 33
85: 34
86: 35
87: 36
89: 20
90: 00
91: 00
92: 00
93: fc
94: 00
95: 50
97: 49
98: 4c
99: 49 100: 50 101: 53 102: 20 103: 31
105: 37 106: 54 107: 35 108: 00 109: 00 110: 00 111: fd
113: 32 114: a0 115: 1e 116: 47 117: 0b 118: 00 119: 0a
121: 20 122: 20 123: 20 124: 20 125: 20 126: 00 127: 9b

28
X

Hex Data of DDC2B

107T5
Go to cover page

**********************************************************************
EDID log file for SDI tube
**********************************************************************
Vendor/Product Identification
ID Manufacturer Name
: PHL
ID Product Code
: E013 (HEX.)
ID Serial Number
: 1E240 (HEX.)
Week of Manufacture
: 4
Year of Manufacture
: 2003

Standard Timing Identification #5
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 640
: 4:3
: 100

Standard Timing Identification #6
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 800
: 4:3
: 100

EDID Version, Revision
Version
Revision

Standard Timing Identification #7
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1280
: 4:3
: 60

Standard Timing Identification #8
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1152
: 4:3
: 75

: 1
: 3

Basic Display Parameters/Features
Video Input Definition
: Analog Video Input
0.700V/0.000V (0.70Vpp)
without Blank-to-Black Setup
Separate Sync
without Composite Sync
without Sync on Green
no Serration required
Maximum H Image Size
Maximum V Image Size

: 31
: 23

Display Transfer Characteristic
(gamma)
Feature Support (DPMS)

Display Type
Color Characteristics
Red X coordinate
Red Y coordinate
Green X coordinate
Green Y coordinate
Blue X coordinate
Blue Y coordinate
White X coordinate
White Y coordinate
Established Timings
Established Timings I

Established Timings II

Manufacturer's timings
Standard Timing Identification #1
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 2.9
: Standby
Suspend
Active Off

: RGB color display

:
:
:
:
:
:
:
:

0.645
0.316
0.265
0.606
0.143
0.058
0.283
0.297

Detailed Timing #1
Pixel Clock (MHz)
: 25.18
H Active (pixels)
: 640
H Blanking (pixels)
: 160
V Active (lines)
: 350
V Blanking (lines)
: 99
H Sync Offset (F Porch) (pixels)
: 16
H Sync Pulse Width (pixels)
: 96
V Sync Offset (F Porch) (lines)
: 37
V Sync Pulse Width (lines)
: 2
H Image Size (mm)
: 306
V Image Size (mm)
: 230
H Border (pixels)
: 0
V Border (lines)
: 0
Flags
: Non-interlaced
: Normal Display, No stereo
: Digital Separate sync.
: Negative Vertical Sync.
: Positive Horizontal Sync.
Monitor Descriptor #2
Serial Number

: BZ 123456

Monitor Descriptor #3
Monitor Name

: PHILIPS 107T5
: 720 x 400 @70Hz (IBM,VGA)
640 x 480 @60Hz (IBM,VGA)
Monitor Descriptor #4
640 x 480 @72Hz (VESA)
Monitor Range Limits
640 x 480 @75Hz (VESA)
Min. Vt rate Hz
: 50
800 x 600 @60Hz (VESA)
Max. Vt rate Hz
: 160
: 800 x 600 @72Hz (VESA)
Min. Horiz. rate kHz
: 30
800 x 600 @75Hz (VESA)
Max. Horiz. rate kHz
: 71
832 x 624 @75Hz (Apple,Mac II)
Max. Supported Pixel
: 110
1024 x 768 @60Hz (VESA)
1024 x 768 @70Hz (VESA)
No secondary GTF timing formula supported.
1024 x 768 @75Hz (VESA)
Extension Flag
: 0
:
Check sum
: F1 (HEX.)
: 640
: 4:3
: 85

Standard Timing Identification #2
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 800
: 4:3
: 85

Standard Timing Identification #3
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1024
: 4:3
: 85

Standard Timing Identification #4
Horizontal active pixels
Aspect Ratio
Refresh Rate

: 1280
: 5:4
: 60

**********************************************************************
EDID data (128 bytes) for SDI tube
**********************************************************************
0: 00
8: 41
16: 04
24: e8
32: 0e
40: 45
48: 45
56: 80
64: 52
72: 00
80: 20
88: 0a
96: 48
104: 30
112: 00
120: 20

1: ff
2: ff
3: ff
4: ff
5: ff
6: ff
7: 00
9: 0c
10: 13
11: e0
12: 40 13: e2
14: 01
15: 00
17: 0d
18: 01
19: 03
20: 68 21: 1f
22: 17
23: be
25: 0d
26: b8
27: a5
28: 51 29: 43
30: 9b
31: 24
33: 48
34: 4c
35: ad
36: ee
37: 00
38: 31
39: 59
41: 59
42: 61
43: 59
44: 81 45: 80
46: 31
47: 68
49: 68
50: 81
51: 40
52: 71 53: 4f
54: d6
55: 09
57: a0
58: 20
59: 5e
60: 63
61: 10
62: 10
63: 60
65: 08
66: 32
67: e6
68: 10
69: 00
70: 00
71: 1a
73: 00
74: 00
75: ff
76: 00
77: 20
78: 42
79: 5a
81: 20
82: 31
83: 32
84: 33
85: 34
86: 35
87: 36
89: 20
90: 00
91: 00
92: 00
93: fc
94: 00
95: 50
97: 49
98: 4c
99: 49 100: 50 101: 53 102: 20 103: 31
105: 37 106: 54 107: 35 108: 00 109: 00 110: 00 111: fd
113: 32 114: a0 115: 1e 116: 47 117: 0b 118: 00 119: 0a
121: 20 122: 20 123: 20 124: 20 125: 20 126: 00 127: f1

Function Block of V30 107T5

107T5

9 Go to cover page

LIGHT
FRAME IC
TDA4823

R
G
B
H
SDA
SCL
V
Selftest

PREAMP
with OSD
NT6812

I2C

2

IC

H

V

I2C control

ROTATION
BC516+BC517

BUCK
CONVERTER
MTP5P25

EHT
G1, G2
FOCUS
H-OUTPUT/

FOCUS

BU2527AF/DM32F5
/TIP122

LOT

CF2091

H-Driver
BSN254A

VERTICAL
OUTPUT STAGE
TDA8172

DC
O/P

SWITCH MODE
POWER SUPPLY
TEA1507

CRT

EHT Compensation

MCU WT62P2

OFF

R/G/B

S-CAP
SWITCH

HORIZONTZL & VERTICAL
SYNC PROCESSOR
& B+ CONTROLLER
TDA 9112A

MICRO-PROCESSOR

AC
INPUT

DC
RESTORATION
LM2480

VIDEO

KEY
CONTROL
&
LED

EEPROM
M24C04
-BN6

VIDEO
OUTPUT
STAGE
STV9556

MAIN
BOARD
DEGAUSSING

MIC I/P

(30-71KHz)

29

Schematic Diagram of Main board

6251

BYD33J

33K

3252

2251
6252

+12

BC548C

*

3264

33K

3261

2256

MPSA

100n 50

3259

150K

22R
Q2
22K

400

150K

+12

BYD33J

7253

3258
2257

330n

250
10n

2612

250
10n

2613

180K

7

C

6253

BYD33J

BC548C
3272
Q3

33K

2261

3268

22R

100n 50

2K2

150K

EHT

+1200V

3267

1/2W

9

250

22K
BZX79-C15

150n
250

3658

3636

6615

7613
TBC338-40

7254

3266

DFBTPH0213D770-

2609

47R

3633

470p 50

3615

1/2W 1%
2K4

100MHZ
BEAD

+12

63
3u3

2614

2262

22u

D

22K

6611

7603
BC558C

14

D

3mH
5611

100MHZ

7615
2SJ512

1/4W
7614
BC328-40

3

9626

+160V

[R]
3284
[R]

[R]
7266
[R]

1

3623

[R]
3281

F2
Red

RMU

330K

6612
BYD33J

3286

3282

3642

+350V

6

[R]
4u7

4M7

25

3640
7616
1K8

MPSA44

BAV21

3644

680R

39K

[R]

[R]
7256

F

G2
Grey

2511

10u 25

[R]

Q4

F1
White

2

+70V

6503

3641

2626

E
[R]

470R
RMU
3643

+12

26

G

3638

10n
250

BEAD
5612

3283

S

6255

24

7604
TIP122

150R

2271

2628

25

S001

14

2618

4K7

3K3

AC +1000V

2272

4K7

2u2 25

3254

150K

3620

5R6
15R

3616

270p 2000

5607

120uH

5606

3m7

2610

3n3 630

5605

100MHZ

10R

3608

1/2W

2607

150n 100

2615

2

G1
5
1

COM
2
6
G2

4

5604

100MHZ

3

4n7

1109
SS019P1230AJ

2608

1600

2632

6608

50
3n3

4u7
100

5609

5603

100MHZ

2000
220p

2634

1W
2602

3606

1u 100

8K2 2W

5613

15

BAV21

2606

BC548C

2517

8501
42061

F

8

4

B

3269

G1

H

3

250

*

6

+190

3516

F12

Q1
22K

3K3
330n

7264
IRF630B

7602

3528

+83
F11

A
3256

3257

7263
IRF540

9

5610

10K

7504
PH2369

F10

1

22R

+12

1/2W 180K 1%

+6

2

27K

[R]

3517

+12

3

910n
250

Sparkgap 1.8 mm

F9

22K 1/2W
3621

3515

VS

7606
TBC338-40

10

2

3657

2625

F8

4

470n
100
47u 16

1K

19

470K

7252
BC548C

3253

5671
SRW19ES-T36V005

1000

5

3613

VidABL

2252

*

+800V
BAV21

5n6

F7

2516

17

Heht

3K3

7262
IRF540

Lin

9625

Bsens

1/2W

1K

BAV21

10n 100

16

13

3n3
100

21

3251

3619

100K

22u 250

2512

Hflb
6

20

18

Veht

20

27

3611

4K7 1/2W
3612

[R]

3614

12K

3514

SCL

1K5

5R6

6607

2629

F6

Vagc

Voscf

Breg

HS
F5

7

Vref

Bcomp

26

*
3610 1%

Vref

3609

Hsize

[R]

15

3511

BSN254A

100n
100

5K6

VE

8

2515

16

21

2W

19

6606

6614

F4

SDA

5601

EGP20G

TO VIDEO BOARD 8311

G

F3

9

22

14

3513

10

Vout

47u 16

Vref

F2

Vcap

Vgnd

13

D

11

HVDyCor

20

18

25

+6

3617
100R

24

23

3618

10K

2509

F1

17

Vout

Hflyb

1R2 3W

10u
16

23

12 12

100MHZ

22

17

1%

EWout

11
3512
Hflb

12

1/2W

24

10u 25

E

E

16

[R]

DMV32F5

7601

2605

1/2W

3503

9

HposSS

21

21

3607

3524 24K

10
2507

47R

1%

4K7

2u2
25

3604

1/4W

100n 50
3523 15K 1/2W

2

6605

BU2527AF

SB140

25

Xray

PLL1f
2506

18

8

2505 10n 100
3510

-100

1K

2514

4K7

2617
100n 50

3602

27

26

1

4

2627

Hout

7605

5602

2616

GND

Hgnd

19

6603
3

1K

Co

Ro

100K

3526

Bout

6

1/2W

3527

[R]

PLL2C

100n 50

2604

28

100

3509

RGP10D

1K

2513

100
10n
2504

Vfly

100R
100u
16

29

Vcc

7

G1

+12

6601

5

1n

220p
2000

6604

1/2W

3504

4

100n 100
2503

Hoscf

1%

D

2502

BAV21

SCL

2603

SDA

100R
3522

6602

10K
3521

30

3529

1/2W

4K7

3505

4n7 50

[R]
7503

11
3506 4K7

10K

1/4W
5K6

3502

6504 1N4148

3519

3518

[R]

6502

BZX79-C2V4

[R]

RGP10G

31

10K

SCL

3

3603
1N4148

SDA

Vblnk

2

1/2W

3508
470R
2508 100n 50

3601

Vsync

100p 50

VS
7502
BF423

1/2W

Vfocus

3632

Hsync

100K 1%

3K3

3501

3520

32

23 2611
22n 100

Hflb
1

20

15

2

1

+1200V

22

3629

7501
TDA9112A

3507

+6

47R
2501

F

14

2636

180R

3627
HS

[R]

13

19

1601-A

+6

C

12

18

H-yoke
[R]

A

B

11

17

+83

SB: 57251x1
PB: 57271

C

16

15

1/2W

10

9

MAIN PCB

B

14

2255

8

13

4

7

12

11

50
100n

6

10

5

5

4

9

3

8

2637

3

7

1/2W

6

1/2W

2

5

270p 2000

1

A

4

5608
HL2455H-057N

3

3655

2

3656

1

2633

9 Go to cover page

100u

107T5

30

+5

8

3825

10K
68K

3622

6617

2631

1N4148

100

3653

10n

22K

3152

160

1/2W

47u

150K

2152

250

2107

10n

3103

3409

100u 100

2153

3153

1/2W
150K

2163

47u 16

1000u
16

2154

2164

47u 16

RGP10D

6156

1000u
16

2155

34

6157

BZX79-C8V2

1/2W

2156

470u 16

2R2

A

7105

POWER SUPPLY

2161

1K

1

4700u
10

2160

M

OUT
2

GND

3164
off

3
A

6159

7154
BC548C

R

TL431ACZ-AP

1N4148

3159

3160

2

N

10K

3163

3155

K
7155

6161

22n 50

1K

3
+5

15K

3156

2

IN

BT169B

2162

1

1

3
G2

16 47u

4

500

3112

K

1
7152

2158

1/4W
1/2W

6160

1R

2157
3K9

360K

6105

10n 250

BAV21

V-yoke

4
JFE63935

RGP10D

7153

TCET1103G

3410
TTC05501JIA

*

BAV21

3158
100p

1/2W

2408

2n2
250

47R

1R
*

1/2W

2406
22n 50

3408

2

[R]

1%

150R

L

3117

L78L05ACZ

1601-D

2R2

1

2K2

2R2

7408

6158

-12

2112

3

28

3119

3111

BAV21

3407

6162

BZX79-C7V5

3404
U

1/2W

4401

2K2

F46

8

12

7401

2404

470u 16

BC517

2411

3652

22K
680K 1/4W 1%

3
JFE63935

3154

5VS

3110

1601-C

K

7151
TBC338-40

1/2W
2K2

27

5154

F45

1N4148

5

TDA8172

BC516

[R]

3631

10K
3625

100p 500
450
47K

2105

100u
3106
56K
2109

7

10

1/2W
120K

Output

AMPLIFIER

4

7410

3648

2630

2601
3113

1K

2111

33n 100

3105
470R

F37

1/2W
100K

_
+

270R

Vin7

1/2W

1n 50

30

5

SENSE

DEMAG

3104 15R

6

DRIVER

31

-12

[R]

3424

CON-H

3421

7

NC

CTRL

7101
SSS7N60B

220n 100

GND

2405

3419
[R]

3420

4

GND

32

8

DRAIN

6104

PROTECTION

1n 50

R

TBC338-40

[R]

THERMAL

2403

2K2 1%
[R]

[R]

7103

10K

FBgen

3406

Vin1

7

+12

[R]

Degauss

330n 100

1

7409
[R]

3114

+12

3118

1N4148

2

VCC

+6

5153

100u

6155

7102
TEA1507
1

POWER

4

Q

N

2104

2n2 250

3

4

selftest

100u

BYV27-200

1 2

2113

470u
16

2401

Vb

SB140

6152

F44

6

FLYBACK

F19

+12

10u 160

5101
14mH

2101

2

+12

6805

50
22n

3

GENERATOR

3

[R]

[R]

Vs

F43

6154

L

1105-B

3

1%
3402

12K

7405

2410

CON-V

2

3K9

1

6

4

3157

7

F34 13

4101

3161

F26

DDCSCL

J

2

1/2W
2K7

6

+83

5152

1/2W
3162

5

JFE63201

2402

2

3415

F17
7407
F18

M

6401

1402

[R]
3418

3403

[R]
3417

3423

Vout

Vref

1%

3416

P

[R]

100u

6153

240R

4

Vfly

2R2 1/2W

+6

F42

F38 16

50
47u

SBYV27-200

3401

+12

7406

5

BYV36C

2151

F23
F24
F25

1

D9R0MC
3124

3
+12

[R]

F41

4u7 100

3

DDC5V
3817 100R

off

[R]

2

1

[R]

1104

Vin
Hin

degauss
22

5151

BYD33J

BEAD

F22

1

1105-A

GND
2

Rs

1

1

I

100u

100MHZ

23

F21

Rp

6102

4K7

F20

0

DDCSDA

+12

2103

2n2 250

2

1
680n 275

3101

1/2W
470K

3412

3K3

+t
1802
26041

BYD33J

4K7
3814

3

5102

24

F40

2108

25

4K7
3813

O
L

4u7 100

2518
3628

1/2W 1%
56K

JFE63931
1

JFE63931
1

1605

1604

JFE63931
1

1603
3812

3818 100R

[R]

Alle rechten voorbehouden. Verveelvuldiging, geheel of

3826

+5
26

+5

[R]

gedeeltelijk, is niet toegestaan dan met schriftelijke
toestemming van de auteursrechthebbende.

1101
AC-INLET

220p 2000

27

3

F35 11

6103

PC2
/AD2

F36

RGP10D

PC1
/AD1

PC3
/AD3

F29

F33

3
[R]

2813

22n 50

22K

4

PC4

1/4W
21

F16

3115

BEAD

N

8

BZX79-B5V6

470R
F15

3

BC548C

6151

14

3109

20

F14
2

4u7 25

2

7404
BC516

7402

BYV36C

+190

6101

1/4W

3819

2809

GND

5103
100MHZ

F39

1

F32

3107
R43

F13
1

4u7 25
Hsize

5K6
3811

[R]

2808

3

3108
R43

PC0
/AD0

28

ABL

10K
3810

1K

SCK104

1/4W

PA0
/SAD1

PC5

9

3414

10K

5156
F31

GBU4K

1/4W

PC6

29

2807 2u2 50

3413

250V

R43

PA1
/SCL1

H

SRW35EC-T85V118
T4AH

+t

PC7
/SOGIN

10

Lin

F30
1102
1

3116

PA2
/PWM8

IRQ

30

10K
3809

5
L

PDB9R0MP6B7

PA3
/PWM9

3828

4

2110

3815

22n 50

2K2

2814

19

3820

TO CTR L BD 8899

18

1%

All rights reserved. Reproduction in whole or in parts

is prohibited without the written consent of the copyright
owner.

JFE63173

PA4
/PWM10

PB0
/HFO

31

2

47u 25

17

1803

K

16

BC548C

47K

N

VE

7803

5VS

3824

J

12K

M

PB1
/HFI

1

3

15

3823

VidABL
1N4148

[R]

1103

100R

SDA

7
-200V

F27

1
SDT112DM

14

BC517

32

1401
JFE63172

3102

100R
3806

+6

1/2W
470K

SCL

+12

2106

PA5
/PWM11

7403

4

PB2

+12

6106

PA6
/PWM12

2

TO ROTATION

PB3
/PAT

3624
1K
1/4W

G

6609

5
1

2

TO I / F CABLE

3805

PA7
/PWM13
/CLAMP

3

33

2u2
25

13

PD0
/VOUT

PB4
/SCL2

34

2409

12

SDA

PB5
/SDA2

16
-200V

6613

Vref

ROT

11

Q4

100R

PD1
/HOUT

Q3

35

6803

3802

6

5
VSS

OSCI

36

6804

4

PD2
/PWM7

3422

9

10

I

L

PD3
/PWM6

OSCO

50

1801

7

22p 50

7

GND

BZX79-B5V6

SCL

8

Q2

4

+83

6802

WC

E2

2804

6

37

U

ABL

1R

RGP10G

-100

8601

BZX79-B5V6

E1

22p 50

8

VCC

PD4
/PWM5

Q1

1

2810

3

E0

2803

12M
61S1208

1

2

3803
4K7

4K7

K

3804
4K7

7

7802
M24C16-BN6

PD5
/PWM4

VDD

47u 16

2802

H

RESET
/3V3

38

R

100R

2u2

6

39

3816

10u 16

2801
+5

4601

100R
3808

40

6801

5

PWM3

2815

3K3

HIN

PWM0

BZX55-B5V6

J

PWM1

10R

5

4

4602

SB140

ROT

VIN

PWM2

3807

41

4K7

3

4

CON-V

3801

11

3626

BAV21

BAV21

42

3827
4K7

8815
1

D-

2805
1n 50

2

D+

2806

8K2
8814
1

6507

6616

+6
1

CON-H

G

6148-K420PH-62A

47p 50

8K2

1

3821

I

7801

8813

8812
1

3822
8K2

8811
1

[R] STANDS FOR COMPONENT RESERVED.

S

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

F1 D1
F2 D1
F3 D1
F4 E1
F5 E1
F6 E1
F7 E1
F8 E1
F9 E1
F10 E1
F11 F1
F12 F1
F13 K1
F14 K1
F15 K1
F16 K1
F17 M4
F18 M4
F19 M4
F20 J7
F21 K7
F22 K7
F23 K7
F24 K7
F25 K7
F26 K7
F27 I10
F29 J10
F30 I14
F31 I14
F32 I14
F33 J14
F34 J15
F35 J15
F36 I15
F37 K15
F38 K15
F39 I16
F40 I16
F41 J16
F42 J16
F43 J16
F44 K16
F45 K16
F46 L16
1101 J10
1102 I10
1103 K11
1104 K10
1105-A J10
1105-B K10
1109 B13
1401 I9
1402 L4
1601-A A14
1601-C M8
1601-D N8
1603 G9
1604 G10
1605 G10
1801 H3
1802 J7
1803 K1
2101 I11
2103 I13
2104 I13
2105 I14
2106 K10
2107 I15
2108 L15
2109 L14
2110 L12
2111 L11
2112 L16
2113 L10
2151 L17
2152 I17
2153 J17
2154 K19
2155 K19
2156 L19
2157 M18
2158 M18
2160 M19
2161 N17
2162 N19
2163 K20
2164 K20
2251 A20
2252 A19
2255 C17
2256 B20
2257 B19
2261 D20
2262 D19
2271 E20
2272 E19
2401 L5
2402 L6
2403 M5
2404 N6
2405 N5
2406 N6
2408 M7
2409 I7
2410 M3
2411 N3
2501 A4
2502 B4
2503 B4
2504 B4
2505 C4
2506 C4
2507 C4
2508 B4
2509 D4
2511 F13
2512 D4
2513 B6
2514 B6
2515 C6
2516 D6
2517 D6
2518 G13
2601 H15
2602 B10
2603 A10
2604 B2
2605 D8
2606 D11
2607 C12
2608 A13
2609 D14
2610 B13
2611 A14
2612 A15
2613 B15
2614 C14
2615 A17
2616 D10
2617 B8
2618 E15
2625 F15
2626 F13
2627 C10
2628 E12
2629 E14
2630 G14
2631 H19
2632 A11
2633 C16
2634 A11
2636 A12
2637 B16
2801 H2
2802 H2
2803 H2
2804 I2
2805 G5
2806 G5
2807 I5
2808 I5
2809 J5
2810 L5
2813 K2
2814 K1
2815 I6
3101 I11
3102 I11
3103 I15
3104 L14
3105 L13
3106 L14
3107 L14
3108 L14
3109 L15
3110 L13
3111 M13
3112 M13
3113 L12
3114 L10
3115 I14
3116 J12
3117 L19
3118 M18
3119 L18
3124 K11
3152 I18

28
3153 J17
3154 K20
3155 N16
3156 N16
3157 M18
3158 M18
3159 M18
3160 N19
3161 N18
3162 N18
3163 N19
3164 N20
3251 A21
3252 A20
3253 A20
3254 A19
3256 A21
3257 B21
3258 B20
3259 B19
3261 B20
3264 B21
3266 D20
3267 D19
3268 D20
3269 C21
3272 D21
3281 E20
3282 E19
3283 E20
3284 E21
3286 E21
3401 L5
3402 M5
3403 M5
3404 N6
3406 N7
3407 M8
3408 N7
3409 N7
3410 N8
3412 I7
3413 I7
3414 I8
3415 M5
3416 L2
3417 M3
3418 M3
3419 N2
3420 N3
3421 N3
3422 I7
3423 M2
3424 N2
3501 A2
3502 B2
3503 C2
3504 B2
3505 B2
3506 B4
3507 A4
3508 A5
3509 C4
3510 C4
3511 E2
3512 D5
3513 D5
3514 D4
3515 E6
3516 E5
3517 E6
3518 B1
3519 B1
3520 A6
3521 A6
3522 B6
3523 C6
3524 C6
3526 C1
3527 C1
3528 E5
3529 C7
3601 B8
3602 B8
3603 C9
3604 B9
3606 B9
3607 B11
3608 B12
3609 C10
3610 C10
3611 C11
3612 C10
3613 D8
3614 D9
3615 D11
3616 C14
3617 A15
3618 A18
3619 A18
3620 A17
3621 C11
3622 H20
3623 E11
3624 G15
3625 H15
3626 G15
3627 A9
3628 G11
3629 A10
3631 G20
3632 B7
3633 D12
3636 D13
3638 E13
3640 F13
3641 F14
3642 F14
3643 F15
3644 F15
3648 G19
3652 H19
3653 H19
3655 B16
3656 B16
3657 B15
3658 D18
3801 G2
3802 H2
3803 H2
3804 H2
3805 I1
3806 J1
3807 G5
3808 G5
3809 I5
3810 J5
3811 J5
3812 J5
3813 J5
3814 K5
3815 K2
3816 J6
3817 K5
3818 K5
3819 K2
3820 K2
3821 G3
3822 G3
3823 J1
3824 J1
3825 G3
3826 G5
3827 G5
3828 I5
4101 K14
4401 N4
4601 G9
4602 G8
5101 I12
5102 K15
5103 I17
5151 I20
5152 J20
5153 J20
5154 K19
5156 I16
5601 B10
5602 B11
5603 A13
5604 B13
5605 C13
5606 B14
5607 B14
5608 A15
5609 A15
5610 D16
5611 E14
5612 E14
5613 D9
5671 B17
6101 I14
6102 K15
6103 L15
6104 M13
6105 M13
6106 L10
6151 I17

6152 J17
6153 J17
6154 J19
6155 K19
6156 K19
6157 L20
6158 L19
6159 M19
6160 N18
6161 N16
6162 L17
6251 A20
6252 B20
6253 D20
6255 E20
6401 L6
6502 B2
6503 F13
6504 B2
6507 G13
6601 C9
6602 A9
6603 B11
6604 B8
6605 B12
6606 A15
6607 B15
6608 A11
6609 G20
6611 D13
6612 F15
6613 G14
6614 E14
6615 D13
6616 G12
6617 H20
6801 K6
6802 L6
6803 L6
6804 L6
6805 L7
7101 L15
7102 K13
7103 L10
7105 M16
7151 L19
7152 M19
7153 M20
7154 N19
7155 N16
7252 A21
7253 B21
7254 D21
7256 E21
7262 A20
7263 B20
7264 D20
7266 E20
7401 N7
7402 J7
7403 I8
7404 I8
7405 M2
7406 L3
7407 M3
7408 N2
7409 N3
7410 N3
7501 A5
7502 B2
7503 C1
7504 E5
7601 C9
7602 D9
7603 D10
7604 E11
7605 B12
7606 A17
7613 D12
7614 E12
7615 E13
7616 F15
7801 F4
7802 H1
7803 J2
8501 F1
8601 H14
8811 F1
8812 F1
8813 F2
8814 G1
8815 G1
9625 E15
9626 E15
S001 E18

A

B

C

D

E

F

G

H

I

J

K

L

M

N

O

P

Q

R

S

21

V30-107T5 CRT Deviation list *
REF.

T

LG Tube

SDI Tube

2252

910N 250V MPS

820N 250V MPS

2255

330N 400V MPSA

300N 400V MPSA

300N 400V MPSA

2633

270P 2KV X7R

330P 2KV X7R

330P 2KV X7R

2637

270P 2KV X7R

330P 2KV X7R

330P 2KV X7R

3408

2R2 1/2W

2R2 1/2W

2R4 1/2W

3409

2R2 1/2W

2R2 1/2W

2R4 1/2W

CHN

CPT Tube

TYT12-

SETNAME

1

CLASS_NO

820N 250V MPS

MAIN BOARD (LG)
2003-01-07

CHECK

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

2003-01-10

3138 178 6492

107T51/00

3

NAME KC Huang/Dabby Tai

1

V30

23

T
1

SUPERS.
DATE

24

2003-01-07

130
C

25

1

A1

KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000

26

27

28

107T5

9 Go to cover page

0.

6.

12.

18.

24.

30.

1.

7.

13.

19.

25.

31.

2.

8.

14.

20.

26.

32.

3.

9.

15.

21.

27.

33.

4.

10.

16.

22.

28.

5.

11.

17.

23.

29.

34.

31

32

107T5

9 Go to cover page

C. B. A. of Main board

C. B. A. of Main board

107T5

9 Go to cover page

33

Schematic Diagram of Video board

107T5

9 Go to cover page

2

1

6

5

2

3

VIDEO PCB

4

6

12

11

7

8

9

13

14

GNDP

Vref

GNDP

BB

VDD

6

100MHZ

22p
50

7701
STV9556

R

4000

3720

2715

3711

5711

3712

0u68

1u 50

U2

R

1711-D
8

B

1712-F

F22
9

F23

1711-B
6

G

150R
1/2W

6712

BAV21

120R

R

1712-I

G
2724

BAV21

09

GNDS

270K
1/2W

OUT3

5706

2703

+83A

9

4 IN3

C

2723

OUT2

Vref

1711-G
11
12

1712-D
7

U3

2 IN2

22p
50

2702

R

F21

U1

10

6722

G

5705

R

E

12

19

1303

B
2722

150R
1/2W

10

100MHZ

R

11

18

17

1

B

3714

0u68

DSP-201M-D04F
Sparkgap 0.7 mm

8

5712

1u 50

DSP-201M-D04F
Sparkgap 0.7 mm

120R

DSP-201M-D04F

2711

3713

GNDP

D

16

A

Sparkgap 0.7 mm

5 GNDA

3710

BAV21

B

11

VDD
G

10

15

+83A

6721

10u 100

CC

OUT1

Vref

22p
50

47R 1/4W

11

1 IN1

100MHZ

2701

3701

1u8

BAV21

B

5704

7
VDD

5702

2706

1u 100

3
VCC

B

14

13

F30

6714

5701
2704
47u 16

C

10

+83A

+83

A
B

5

9

+12

SB: 57261x1
PB: 57271

B

8

7

2707

A

4

3

1u8

1

270K
1/2W

34

C

F24
1711-F
10

DA3

1712-H

100n 100

5

F26

F27

GND

SDA

VDD

SCL

ACI

3321
4R7

1N4148

3322

15

4R7

INT

ACW

13

1/4W

+6

50

50

2321

15K

2340

1712-E
Sparkgap 1.8 mm
3729

5707

100MHZ

15K
1/2W

1721

1

3308

2726

2K2

3342

2K2

100u

16

RGP10D

G1

3361
1R

2301

5301

G1
F8

F10
+12
F11
+6
F12

6

H-FLB
F14

8

14

ABL
F15

9

15

VS

F13

7

13

N

+83

4

12

I

F9

5

+6

M

GND

3

1u8

H

F7

1
2

47u 16

+12

3309

50

2314

8311

3311 (R)

+5
6361

22n

DA3

13

100R

Alle rechten voorbehouden. Verveelvuldiging, geheel of
gedeeltelijk, is niet toegestaan dan met schriftelijke
toestemming van de auteursrechthebbende.

2K2

16
CAP_D

+5

12

100n

3320

100n

3324

14

100R
2322

11

100R

H

2334

75R

10

100R
3319

SCL

G

DA2

14

12

16

15K
3318

DA3

11

HS
F16

10

TO MAIN BD 8501

HFL

SDA

DA1

15

+83

9

DA2

2336

3317

DA1

5V_PLL

10

10K

220R

3306

6333

VCO
5K6

3351

17

0R

16

22u 25

H

+5

100R

V

50

18

2333

19

3331

GND_2

9

100R
3335

8

VDDa1

3332

+5

390K

3316

Test

+5

3337

Bo

100n
7

F5

Bi

2325

100n 50

B

6

17
GND_PLL

F

BAV21

6336

19

18

8

R

G

47R

20

BAV21

VDD_2

B_IN

4R7

6

VSSa2

BAV21

3341

B_OUT

6

7

47u
16

2313

VSSa1

RGP10D

5

75R

3303

3314

3315

5

100n 50

100n 50
3304

3305

G_IN

7

6334

6335

3340

2326

21

3307

Go

100n 100

Gi

3333

4

75R

L

G_OUT

47R

4

22

R_IN

20

4K7

VDDa2

5

47R

F3

F6

2

K

VBL

3313

3334

3
2312

F4

75R

G

100n 50

6332

6

Ro

R_OUT

GND_A

3

2327

23

100n 50

5

B-IN
GND

Ri

24

2u2 50

8

21

16

1

VDDref

ABL

47u

4
GND

GNDref

E

2345

22
VDD_1

4

2323

3

R-IN

75R

75R

GND

F2

3301

2

TO I/F CABLE

J

2

G-IN

F
All rights reserved. Reproduction in whole or in parts
is prohibited without the written consent of the copyright
owner.

1
2311

3302

3

10n 2000

G2

G1

100R

47u
16

1K5

3330
3345

23
CLAMP

CAP_A

7311
TDA4823PS_V1

0

HBLK

VBLK
2

(R)

F1

15K

24

1
2331

470p 500

220R

6726

3336

(R)

2n2 2000
2728 [R]

1/2W

NT6812K

RGP10D

9312

100MHZ
S1

5726
7331

9313

1

2727

F29

100
2708

1u

E

1301
26040

8

7

F28

(R)

I

D

150R
1/2W

9311

H

1711-C

1711-A

1712-C
6

5

1712-J
13

1711-H

1711-I

3716

0u68

1712-A

270K
1/2W

3730

6723

BAV21

5713

50

12

1u

10

1
13

120R

1712-B

3715

1712-G
100MHZ

Vcc

GND

2719

2720

100n 50

100n 50

100n 50

2705

4

2718

100n 100
2714

6
+83A

G

G

5

Bbias_out

2713

100n

Gbias_out

Bbias_in

GND

F25

2721

Gbias_in

BB
3

F2

F1

1711-E
5721

AA 100n 100

7

G2

9

2712

6713

D

+6

+83A

CC

Rbias_out

BAV21

2

AA

8
Rbias_in

G1

11

7702
LM2480NA
1

15K

15K

3727

F

3723

3719

DA1

15K

DA2

I

VE
F17

11

SCL
F18

12

SDA

[R] STANDS FOR COMPONENT RESERVED ONLY.

1

O

2

3

4

5

6

7

8

9

10

12

11
CHN

TYT12-

13

SETNAME

F1 F1
F2 F1
F3 G2
F4 F1
F5 G2
F6 G1
F7 H14
F8 H14
F9 H14
S1 E13
U1 B9
U2 A9
U3 C9
F10 H14
F11 I14
F12 I14
F13 I14
F14 I14
F15 I14
F16 I14
F17 I14
F18 I14
F21 A10
F22 B10
F23 B10
F24 C10
F25 D10
F26 D12
F27 D12
F28 D12
F29 D13
F30 A10
1301 F1
1303 A10
1711-A D13
1711-B B10
1711-C D13
1711-D B10
1711-E C10
1711-F C10
1711-G A10
1711-H D12
1711-I D11
1712-A D11
1712-B D11
1712-C D12
1712-D C10
1712-E D13
1712-F B10
1712-G D10
1712-H C10
1712-I A10
1712-J D12
1721 E13
2301 H10
2311 F3
2312 F3
2313 G3
2314 H4
2321 H6
2322 H6
2323 H6
2325 G6
2326 F6
2327 F7
2331 E9
2333 G8
2334 H8
2336 H10
2340 G11
2345 E11
2701 A2
2702 B2
2703 C2
2704 A2
2705 D1
2706 A4
2707 A4
2708 E3
2711 A7
2712 D3
2713 D3
2714 D3
2715 C7
2718 D7
2719 D2
2720 D1
2721 D10
2722 A9
2723 B9
2724 C9
2726 E12
2727 D13
2728 E13
3301 F2
3302 F2
3303 G2
3304 G2
3305 H2
3306 G2
3307 H9
3308 E13
3309 H4
3311 H10
3313 F9
3314 F8
3315 F8
3316 G3
3317 G4
3318 H3
3319 H4
3320 H3
3321 G6
3322 H6
3324 H5
3330 E11

3

4

5

6

7

8

9

1

0

11

12

13

14

15

16

11.

3.

12.

C

D

E

F

G

4.

13.

5.

14.

6.

15.

H

J

K

L

M

N

7.
O
2003-01-10

3138 178 6369
P

SUPERS.
DATE

2.

B

3

CHECK

2

10.

I

1

NAME KC huang/Debby Tai

1.

A

14

107T51/00

1

3331 F12
3332 G9
3333 G8
3334 H11
3335 H9
3336 E8
3337 G8
3340 F13
3341 F13
3342 F13
3345 E11
3351 H11
3361 H10
3701 A4
3710 A7
3711 C5
3712 C8
3713 A5
3714 A8
3715 D5
3716 D8
3719 D2
3720 B7
3723 D1
3727 D1
3729 E13
3730 D7
4000 C2
5301 H13
5701 A3
5702 A4
5704 A1
5705 B1
5706 C1
5707 E14
5711 C7
5712 A7
5713 D8
5721 D9
5726 E13
6332 G7
6333 G7
6334 F12
6335 F12
6336 F12
6361 H9
6712 C6
6713 D6
6714 B6
6721 A7
6722 B7
6723 D7
6726 E12
7311 E4
7331 E10
7701 A2
7702 C2
8311 H14
9311 E5
9312 E5
9313 E5

V30

VIDEO BOARD
2003-01-07

9.

20

CLASS_NO

P

0.

130

1
2003-01-07

C

17

A2

1

KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000

18

19

20

8.

16.

C. B. A. of Video board

107T5

9 Go to cover page

35

36

107T5

9 Go to cover page

C. B. A. of Video board

Schematic Diagram of Control board

107T5

37
X

Go to cover page

1

2

A

3

1

4

5

2

6

A

3

CONTROL PCB
SB: 57231 x1

B

PB: 57271

A

A

F1 C3
F2 C3
F3 C3
F4 D3
1891 D1
1892 D1
1893 D2
1894 D2
1895 D3
3891 D1
3892 D1
3893 D1
3894 D2
6891 C3
8899 C3

B

C

B

B

D

D

C

OK

Left

8899
JFE3309V

POWER

LF

Right

C

F1

E

4
F2

1891

1

3
1892

1

3

3

1

1894

1893

1895

F3

6891

1

3

L-34GD

3
1

3

2
F4
1

4

2

4

2

F

3894

D
1/2W

100K 1%

1%

2

3893
1/2W

47K

1%
18K

4

2

3892
1/2W

1%

D

3891
1/2W

F

4

2

12K

gedeeltelijk, is niet toegestaan dan met schriftelijke
toestemming van de auteursrechthebbende.

Alle rechten voorbehouden. Verveelvuldiging, geheel of

4

E

TO MAIN BD 1803

is prohibited without the written consent of the copyright
owner.

All rights reserved. Reproduction in whole or in parts

C

G

G

E

E
H

H
[R] STANDS FOR COMPONENT RESERVED.

1

2

3
I

I
CHN

TYT12-

SETNAME

V30
1

CLASS_NO

2003-01-03

CONTROL BOARD
J
2003-01-03

J

3138 178 6374

107T51/00
3

NAME Roland/Ivy Su

1

1

SUPERS.
CHECK

DATE

2

2003-01-03

130
C

3

1

A4

KONINKLIJKE PHILIPS ELECTRONICS N.V. 2000

4

5

6

38
X

107T5
Go to cover page

C. B. A. of Control board

313817863741
C/B ASSY (107T5)

1051
313817865011
MB-1 ASSY (LG)

313810440571
HOUSING COVER

57

3
313812753281
PEDESTAL ASSY

42
313810460121
BACK COVER

107T5

4
313812753491
CHIN ASSY

1053

1
313812753481
FRONT CABINET ASSY

930191390323
CRT M41QEE903X04(HU) (LGPD) B

1050

8055
313818876691
CBLE EARTH 460/270 CRT 107T5

5007
313818876411
COIL CORNER TDC304

1052
313817863691
VB ASSY-107T5

Exploded View
39

Go to cover page

40

Recommend Parts List

107T5
Go to cover page

Model : V30 107T50/00 863900012717

1
3
42
4
450
451
452
454
601
1161
1162
1102
1103
1711
1801

313812753481 FRONT CABINET ASSY
313812753281 PEDESTAL ASSY
313810460121 BACK COVER
313812753491
313810662011
313810661831
313810661841
313810656581
313811704781
243807098118
313818876531
242208600208
242213207402
242250080083
243854300061

CHIN ASSY
CARTON
CUSHION-TOP
CUSHION-BTM
PE BAG
E-D.F.U. ASSY
MAINSCORD (220V)-1.5M -CM3000
CORD SUB-D 15/1M45/6+7 PIN GY
FUSE 5X20 HT 4A 250V IEC B
RELAY 1P 12V 10/80A SDT-SS L
SOC CRT V 9P F 12P 14-17KV Y
RES XTL 12MHZ 30P HC49/U B

5007 313818876411 COIL CORNER TDC304
5101 313816872811 LINE FILTER (143Y1R5)
8055 313818876691 CBLE EARTH 460/270 CRT 107T5
7102
7103
7105
7152
7153
7154
7155
7262
7264
7311
7331
7403
7404
7501
7502
7504
7601
7603
7614
7616
7702
7801
7802

935267356112
933953420676
932214014667
933826850126
932208234676
932209011673
932208697676
932212802687
932217995687
935270542112
932219319682
933567130126
933567120126
932219219682
932214472676
933450090126
934003960126
932210142676
933179570126
934025870126
932216674682
823827444721
932212662682

IC TEA1507P/N1
(PHSE) L
TRA SIG TBC338-40 (TOSJ) A
OPT CP TCET1103(G) (VISH) L
THYRIS BT169B
(PHSE) A
IC L78L05ACZ
(ST00) A
TRA SIG BC548C
(KEC0) A
IC TL431ACZ-AP
S (ST00) A
FET POW IRF540
(ST00) L
FET POW IRF630B
(FSC0) L
IC TDA4823PS/V1
(PHSE) L
IC NT6812K
(NOVA) L
TRA SIG BC517
(PHSE) A
TRA SIG BC516
(PHSE) A
IC TDA9112A
(ST00) L
TRA SIG BF423
(KEC0) A
TRA SIG PH2369
(PHSE) A
FET SIG BSN254A
(PHSE) A
TRA SIG BC558C
(KEC0) A
TRA SIG BC328-40
(PHSE) A
TRA SIG MPSA44
(PHSE) A
IC LM2480NA
(NSC0) L
CPU,IC
IC M24C16-BN6
(ST00) L (OSD IC)

Spare Parts List
Model : V30 107T50/00 863900012717
1
3
4
42
1050

313812753481
313812753281
313812753491
313810460121
930191390323

FRONT CABINET ASSY
PEDESTAL ASSY
CHIN ASSY
BACK COVER
CRT M41QEE903X04(HU) (LGPD) B

Various
450
451
452
454
601

313810662011
313810661831
313810661841
313810656581
313811704781

CARTON
CUSHION-TOP
CUSHION-BTM
PE BAG
E-D.F.U. ASSY

Accessories
1161
1162

243807098118
313818876531

MAINSCORD (220V)-1.5M -CM3000
CORD SUB-D 15/1M45/6+7 PIN GY

Main Panel
1051
1052
1053

313817865011
313817863691
313817863741

MB-1 ASSY (LG)
VB ASSY-107T5
C/B ASSY (107T5)

Main Panel
1051

2109
2110
2111
2112
2151
2152
2153
2154
2155
2156
2157
2158
2160
2161
2162
2163
2164
2251
2252
2255
2256
2257
2261
2262
2401
2402
2403
2404
2405
2406
2408
2409
2501
2502
2503
2504
2505
2506
2507
2508
2509
2511
2512
2513
2514
2515
2516
2517
2518
2601
2602
2603
2604
2605
2606

313817865011

203830250125
203803527303
203830250103
202055490158
203803521701
202202000717
203803521706
203803521217
823827444641
203803511222
203830250229
202055790142
202202000716
202055290834
203803521206
203803521206
203803521206
203803521301
203830100333
203830100427
225279508453
203830100229
225279508453
203830100223
203803527205
203803527504
202055290807
203803527205
202055290807
202055290834
203830250098
203803521301
202055290794
203830250212
203830250089
203830150173
203830250089
203803521301
203803521303
225279508453
203803521206
203803521303
203830150191
203803521207
225279508453
203830250212
203830250099
203803521206
203803521701
225260808011
203803511701
203803521701
202055290816
225279508453
202055290803

2607
2608
2609
2610
2611
2612
2613
2614
2615
2616
2617
2618
2625
2626
2628
2629
2630
2631
2632
2633
2634
2636
2637
2801
2802
2803
2804
2805
2806
2807
2808
2813
2814
2815

203830250121
203830100119
202202000729
203830100109
203830250093
203830250229
203830250229
203803523601
225279508453
203803521201
225232512104
203830250089
225264133527
203803521302
203830150301
203803513904
203803513803
203830250089
202055290814
225260214266
225260214216
225260214216
225260214266
203803521201
203803521206
202055290594
202055290594
202055290598
202055290807
203801750222
203803521302
202055290834
202055290834
203801750222

CAP MPOL 100V S 150N PM10 A
CAP PPS 1K6V S 4N7 PM5 B
ELCAP GS 250V S 22U PM20 B
CAP PP PPN 630V S 3N3 PM5 B
CAP MPOL 100V S 22N PM10 A
CAP MPOL 250V S 10N PM5 A
CAP MPOL 250V S 10N PM5 A
ELCAP BP BP 63V S 3U3 PM10 B
CER2 DC Y5V 50V 100N P8020 A
ELCAP GS 16V S 10U PM20 A
CER2 ML X7R 50V S 100N PM10 A
CAP MPOL 100V S 10N PM10 A
CER2 DC Z5U 1KV S 5N6 PM20 B
ELCAP GS 25V S 4U7 PM20 A
CAP PP PPN 250V S 10N PM5 A
ELCAP RGA 250V S 22U PM20 B
ELCAP RGA 160V S 10U PM20 B
CAP MPOL 100V S 10N PM10 A
CER2 DC B 50V S 3N3 PM10 A
CER2 DC X7R 2KV S 270P PM10 A
CER2 DC X7R 2KV S 220P PM10 A
CER2 DC X7R 2KV S 220P PM10 A
CER2 DC X7R 2KV S 270P PM10 A
ELCAP GS 16V S 10U PM20 A
ELCAP GS 16V S 47U PM20 A
CER1 DC NP0 50V S 22P PM5 A
CER1 DC NP0 50V S 22P PM5 A
CER1 DC NP0 50V S 47P PM5 A
CER2 DC B 50V S 1N PM10 A
ELCAP RE 50V S 2U2 PM20 R
ELCAP GS 25V S 4U7 PM20 A
CER2 DC F 50V S 22N P8020 A
CER2 DC F 50V S 22N P8020 A
ELCAP RE 50V S 2U2 PM20 R

MB-1 ASSY (LG)

CAP POL MEF 100V S 220N PM10 A
ELCAP KM 25V S 47U PM20 A
CAP MPOL 100V S 33N PM5 A
CERSAF CD 250V S 2N2 PM20 B
ELCAP GS 100V S 4U7 PM20 A
ELCAP GS 160V S 47U PM20 B
ELCAP GS 100V S 100U PM20 B
ELCAP GS 16V S 1000U PM20 B
ELE CAP 1000U/16V 105 DEGREE C
ELCAP REA 16V S 470U PM20 A
CAP MPOL 250V S 10N PM5 A
CER2 DC B 500V S 100P PM10 A
ELCAP GS 10V S 4700U PM20 B
CER2 DC F 50V S 22N P8020 A
ELCAP GS 16V S 47U PM20 A
ELCAP GS 16V S 47U PM20 A
ELCAP GS 16V S 47U PM20 A
ELCAP GS 25V S 2U2 PM20 A
CAP MPP MPS 250V S 910N PM5 B
CAP MPP MPSA 400V S 330N PM5 B
CER2 DC Y5V 50V 100N P8020 A
CAP MPP MPS 250V S 330N PM5 B
CER2 DC Y5V 50V 100N P8020 A
CAP MPP MPS 250V S 150N PM5 B
ELCAP KM 16V S 470U PM20 A
ELCAP KM 50V S 47U PM20 A
CER2 DC B 50V S 1N PM10 A
ELCAP KM 16V S 470U PM20 A
CER2 DC B 50V S 1N PM10 A
CER2 DC F 50V S 22N P8020 A
CAP MPOL 100V S 330N PM10 A
ELCAP GS 25V S 2U2 PM20 A
CER2 DC B 50V S 100P PM10 A
CAP MPOL 100V S 100N PM5 A
CAP MPOL 100V S 10N PM10 A
CAP PP PPN 100V S 1N PM5 A
CAP MPOL 100V S 10N PM10 A
ELCAP GS 25V S 2U2 PM20 A
ELCAP GS 25V S 10U PM20 A
CER2 DC Y5V 50V 100N P8020 A
ELCAP GS 16V S 47U PM20 A
ELCAP GS 25V S 10U PM20 A
CAP PP PPN 100V S 3N3 PM2 A
ELCAP GS 16V S 100U PM20 A
CER2 DC Y5V 50V 100N P8020 A
CAP MPOL 100V S 100N PM5 A
CAP MPOL 100V S 470N PM10 A
ELCAP GS 16V S 47U PM20 A
ELCAP GS 100V S 4U7 PM20 A
CER2 DC X7R 500V S 100P PM10 A
ELCAP REA 100V S 1U PM20 A
ELCAP GS 100V S 4U7 PM20 A
CER2 DC B 50V S 4N7 PM10 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC B 50V S 470P PM10 A

3101
3102
3103
3104
3105
3106
3107
3108
3109
3110
3111
3112
3113
3114
3115
3116
3117
3118
3119
3152
3153
3154
3155
3156
3157
3158
3159
3160
3161
3162
3163
3164
3251
3252
3253
3254
3256
3257
3258
3259
3261
3264
3266
3267
3268
3269
3272
3401
3402
3403
3404
3405
3406
3407
3408
3409

231291514704
231291514704
313810050511
212020200021
213810113471
213810113563
213811273437
213811273437
213811273437
213811273684
213811273364
212211000298
213810113102
213810113103
213866000027
212266300024
212211000304
231291511204
213810113151
231291511504
231291511504
213810113222
213810113479
213810113102
231291511004
212211000365
213810113392
213810113102
212211000367
212211000339
213810113153
213810113103
213810113332
213810113333
213810113229
213810113154
213810113223
213810113332
213810113229
213810113154
213810113333
213810113223
213810113229
213810113154
213810113333
213810113332
213810113223
212211000304
212211000385
212211000365
212211000365
212211000317
212211000298
212211000341
212211000304
212211000304

RST MFLM MBB0207 A 470K PM1 A
RST MFLM MBB0207 A 470K PM1 A
MET FLM RST RSS2T 47K 6E
RST FUSE RFU1/3 A 15R PM5 A
RST CRB CFR-12 A 470R PM5 A
RST CRB CFR-12 A 56K PM5 A
RST CRB CFR-25 A 0R43 PM5 A
RST CRB CFR-25 A 0R43 PM5 A
RST CRB CFR-25 A 0R43 PM5 A
RST CRB CFR-25 A 680K PM5 A
RST CRB CFR-25 A 360K PM5 A
RST MFLM MF1/2WS A 1R PM1 A
RST CRB CFR-12 A 1K PM5 A
RST CRB CFR-12 A 10K PM5 A
NTC DC SCK-104 S 10R PM15 B
PTC
270V S 9R PM20 B
RST MFLM MF1/2WS A 2R2 PM1 A
RST MFLM MBB0207 A 120K PM1 A
RST CRB CFR-12 A 150R PM5 A
RST MFLM MBB0207 A 150K PM1 A
RST MFLM MBB0207 A 150K PM1 A
RST CRB CFR-12 A 2K2 PM5 A
RST CRB CFR-12 A 47R PM5 A
RST CRB CFR-12 A 1K PM5 A
RST MFLM MBB0207 A 100K PM1 A
RST MFLM MF1/2WS A 2K2 PM1 A
RST CRB CFR-12 A 3K9 PM5 A
RST CRB CFR-12 A 1K PM5 A
RST MFLM MF1/2WS A 2K7 PM1 A
RST MFLM MF1/2WS A 240R PM1 A
RST CRB CFR-12 A 15K PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 3K3 PM5 A
RST CRB CFR-12 A 33K PM5 A
RST CRB CFR-12 A 22R PM5 A
RST CRB CFR-12 A 150K PM5 A
RST CRB CFR-12 A 22K PM5 A
RST CRB CFR-12 A 3K3 PM5 A
RST CRB CFR-12 A 22R PM5 A
RST CRB CFR-12 A 150K PM5 A
RST CRB CFR-12 A 33K PM5 A
RST CRB CFR-12 A 22K PM5 A
RST CRB CFR-12 A 22R PM5 A
RST CRB CFR-12 A 150K PM5 A
RST CRB CFR-12 A 33K PM5 A
RST CRB CFR-12 A 3K3 PM5 A
RST CRB CFR-12 A 22K PM5 A
RST MFLM MF1/2WS A 2R2 PM1 A
RST MFLM MF1/2WS A 12K PM1 A
RST MFLM MF1/2WS A 2K2 PM1 A
RST MFLM MF1/2WS A 2K2 PM1 A
RST MFLM MF1/2WS A 15R PM1 A
RST MFLM MF1/2WS A 1R PM1 A
RST MFLM MF1/2WS A 270R PM1 A
RST MFLM MF1/2WS A 2R2 PM1 A
RST MFLM MF1/2WS A 2R2 PM1 A

107T5

41
Go to cover page
3410
3412
3413
3414
3415
3422
3501
3502
3503
3504
3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3520
3521
3522
3523
3524
3528
3529
3601
3602
3603
3604
3606
3607
3608
3610
3611
3613
3614
3615
3616
3617
3618
3619
3620
3621
3622
3623
3624
3626
3628
3629
3631
3632
3633
3636
3638
3640
3641
3642
3643
3644
3648
3652
3653
3655
3656
3657
3658
3801
3802
3803
3804
3806
3807
3808
3809
3810
3812
3813
3814
3815
3816
3817
3818
3819
3820
3823
3824
3825

212261200062
213810113332
213810113103
213810113102
213811273392
213810113102
213810113332
213811273562
231291511504
213810113472
213810113103
213810113472
213810113479
213810113471
212211000374
213810113472
213810113152
213810113103
213810113562
213810113123
231291511804
213810113472
213811273474
213810113103
213810113101
213810113101
212211000387
212211000393
213810113103
231291511004
212211000356
213811273102
213810113103
213810113479
212010592167
212010592402
212211000315
212211000374
212211000392
213810113102
213810113472
212211000365
212020200021
212010592155
212211000312
213810113102
212211000312
213810113273
213810113683
213810113471
213811273102
213811273108
212211000403
212010592403
213810113103
212211000356
213811273479
213810113223
213810113151
213810113182
213810113393
213810500438
213810500431
213810113681
213810113103
213810113223
213810113223
231291511504
231291511804
213810113104
212211000365
213810113332
213810113472
213810113472
213810113472
213810113101
213810113101
213810113101
213810113103
213810113562
213810113472
213810113472
213810113472
213810113222
213810113109
213810113101
213811273101
213811273471
212211000392
213810113473
213810113123
213810113822

NTC DC TTC-501 S 500R PM5 A
RST CRB CFR-12 A 3K3 PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 1K PM5 A
RST CRB CFR-25 A 3K9 PM5 A
RST CRB CFR-12 A 1K PM5 A
RST CRB CFR-12 A 3K3 PM5 A
RST CRB CFR-25 A 5K6 PM5 A
RST MFLM MBB0207 A 150K PM1 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 47R PM5 A
RST CRB CFR-12 A 470R PM5 A
RST MFLM MF1/2WS A 4K7 PM1 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 1K5 PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 5K6 PM5 A
RST CRB CFR-12 A 12K PM5 A
RST MFLM MBB0207 A 180K PM1 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-25 A 470K PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST MFLM MF1/2WS A 15K PM1 A
RST MFLM MF1/2WS A 24K PM1 A
RST CRB CFR-12 A 10K PM5 A
RST MFLM MBB0207 A 100K PM1 A
RST MFLM MF1/2WS A 1K PM1 A
RST CRB CFR-25 A 1K PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 47R PM5 A
RST MOX 2W RSS S 8K2 PM5 B
RST MOX 3W RSS S 1R2 PM5 B
RST MFLM MF1/2WS A 10R PM1 A
RST MFLM MF1/2WS A 4K7 PM1 A
RST MFLM MF1/2WS A 22K PM1 A
RST CRB CFR-12 A 1K PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST MFLM MF1/2WS A 2K2 PM1 A
RST FUSE RFU1/3 A 15R PM5 A
RST MOX 2W RSS S 100R PM5 B
RST MFLM MF1/2WS A 5R6 PM1 A
RST CRB CFR-12 A 1K PM5 A
RST MFLM MF1/2WS A 5R6 PM1 A
RST CRB CFR-12 A 27K PM5 A
RST CRB CFR-12 A 68K PM5 A
RST CRB CFR-12 A 470R PM5 A
RST CRB CFR-25 A 1K PM5 A
RST CRB CFR-25 A 1R PM5 A
RST MFLM MF1/2WS A 56K PM1 A
RST MOX 1W RSS S 180R PM5 B
RST CRB CFR-12 A 10K PM5 A
RST MFLM MF1/2WS A 1K PM1 A
RST CRB CFR-25 A 47R PM5 A
RST CRB CFR-12 A 22K PM5 A
RST CRB CFR-12 A 150R PM5 A
RST CRB CFR-12 A 1K8 PM5 A
RST CRB CFR-12 A 39K PM5 A
RST MGL RMU14 A 4M7 PM1 A
RST MGL RMU14 A 330K PM1 A
RST CRB CFR-12 A 680R PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 22K PM5 A
RST CRB CFR-12 A 22K PM5 A
RST MFLM MBB0207 A 150K PM1 A
RST MFLM MBB0207 A 180K PM1 A
RST CRB CFR-12 A 100K PM5 A
RST MFLM MF1/2WS A 2K2 PM1 A
RST CRB CFR-12 A 3K3 PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 5K6 PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 2K2 PM5 A
RST CRB CFR-12 A 10R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-25 A 100R PM5 A
RST CRB CFR-25 A 470R PM5 A
RST MFLM MF1/2WS A 22K PM1 A
RST CRB CFR-12 A 47K PM5 A
RST CRB CFR-12 A 12K PM5 A
RST CRB CFR-12 A 8K2 PM5 A

Spare Parts List

107T5

42

Go to cover page

3826
3827
3828
3829

213810113472
213810113472
213810113103
213810113472

RST CRB CFR-12
RST CRB CFR-12
RST CRB CFR-12
RST CRB CFR-12

A
A
A
A

4K7 PM5
4K7 PM5
10K PM5
4K7 PM5

A
A
A
A

5007
5101
5102
5103
5151
5152
5153
5154
5156
5601
5602
5603
5604
5605
5606
5607
5608
5610
5611
5612
5613
5671

313818876411
313816872811
243853598058
243853598058
242253600036
242253600036
242253600036
242253600036
313818876731
313818870361
313816872631
313816872631
313816872631
313816872631
242253600037
313818876741
313816878191
313818876771
313818871121
243853598058
243853598058
313818875111

COIL CORNER TDC304
LINE FILTER (143Y1R5)
IND FXD BEAD EMI 100MHZ 80R A
IND FXD BEAD EMI 100MHZ 80R A
IND FXD TSL0808 S 100U PM10 A
IND FXD TSL0808 S 100U PM10 A
IND FXD TSL0808 S 100U PM10 A
IND FXD TSL0808 S 100U PM10 A
TFM SMT LAYER SRW35EC-T85V11
DRIVER XFMR (HJC-S0738A)
BEAD COIL
BEAD COIL
BEAD COIL
BEAD COIL
IND FXD TSL0808 S 3700U PM5 A
COI CHOKE 120UH 190mOHM DR14
LINEARITY COIL
TFM LOT LAYER 11mm WIRE
DRUM CHOKE
IND FXD BEAD EMI 100MHZ 80R A
IND FXD BEAD EMI 100MHZ 80R A
TFM POW DAF SRW19ES-T36V005

6101
6102
6103
6104
6105
6106
6151
6152
6153
6154
6155
6156
6157
6158
6159
6160
6161
6162
6251
6252
6253
6332
6401
6502
6503
6504
6507
6601
6602
6603
6604
6606
6607
6608
6609
6611
6612
6613
6614
6615
6616
6617
6801
6802
6803
6804
6805
6806

932215736682
933723420133
933751660673
933189210133
933189210133
933083990133
933730980133
933723420133
933730980133
933957760673
932210346673
933751660673
933117770133
933751660673
933083990133
933083990133
933117760133
933189210133
933723420133
933723420133
933723420133
933751660673
932210346673
933414680133
933189210133
933083990133
933189210133
933083990133
933493960673
933957760673
933751660673
933189210133
933189210133
933189210133
933083990133
933117830133
933723420133
933493960673
932205787673
933189210133
933189210133
933083990133
933957760673
933166820133
933166820133
933166820133
933166820133
933166820133

BRIDGE GBU4K
(PAJI) B
DIO REC BYD33J
A (PHSE) A
DIO REC RGP10D
A (GI00) A
DIO SIG BAV21
A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO SIG 1N4148
A (PHSE) A
DIO REC BYV36C
A (PHSE) A
DIO REC BYD33J
A (PHSE) A
DIO REC BYV36C
A (PHSE) A
DIO REC SB140
A (GI00) A
DIO REC SBYV27-200 A (GI00) A
DIO REC RGP10D
A (GI00) A
DIO REG BZX79-C8V2 A (PHSE) A
DIO REC RGP10D
A (GI00) A
DIO SIG 1N4148
A (PHSE) A
DIO SIG 1N4148
A (PHSE) A
DIO REG BZX79-C7V5 A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO REC BYD33J
A (PHSE) A
DIO REC BYD33J
A (PHSE) A
DIO REC BYD33J
A (PHSE) A
DIO REC RGP10D
A (GI00) A
DIO REC SBYV27-200 A (GI00) A
DIO REG BZX79-C2V4 A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO SIG 1N4148
A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO SIG 1N4148
A (PHSE) A
DIO REC RGP10G
A (GI00) A
DIO REC SB140
A (GI00) A
DIO REC RGP10D
A (GI00) A
DIO SIG BAV21
A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO SIG 1N4148
A (PHSE) A
DIO REG BZX79-C15 A (PHSE) A
DIO REC BYD33J
A (PHSE) A
DIO REC RGP10G
A (GI00) A
DIO REC EGP20G
A (GI00) A
DIO SIG BAV21
A (PHSE) A
DIO SIG BAV21
A (PHSE) A
DIO SIG 1N4148
A (PHSE) A
DIO REC SB140
A (GI00) A
DIO REG BZX79 B5V6 A (PHSE) A
DIO REG BZX79 B5V6 A (PHSE) A
DIO REG BZX79 B5V6 A (PHSE) A
DIO REG BZX79 B5V6 A (PHSE) A
DIO REG BZX79 B5V6 A (PHSE) A

7102
7103
7105
7151
7152
7153
7154
7155
7252

935267356112
933953420676
932214014667
933953420676
933826850126
932208234676
932209011673
932208697676
932209011673

IC TEA1507P/N1
(PHSE) L
TRA SIG TBC338-40 (TOSJ) A
OPT CP TCET1103(G) (VISH) L
TRA SIG TBC338-40 (TOSJ) A
THYRIS BT169B
(PHSE) A
IC L78L05ACZ
(ST00) A
TRA SIG BC548C
(KEC0) A
IC TL431ACZ-AP
S (ST00) A
TRA SIG BC548C
(KEC0) A

7253
7254
7262
7263
7264
7402
7403
7404
7501
7502
7504
7601
7602
7603
7606
7613
7614
7616
7801
7802
7803

932209011673
932209011673
932212802687
932212802687
932217995687
932209011673
933567130126
933567120126
932219219682
932214472676
933450090126
934003960126
932209011673
932210142676
933953420676
933953420676
933179570126
934025870126
823827444721
932212662682
932209011673

TRA SIG BC548C
(KEC0) A
TRA SIG BC548C
(KEC0) A
FET POW IRF540
(ST00) L
FET POW IRF540
(ST00) L
FET POW IRF630B
(FSC0) L
TRA SIG BC548C
(KEC0) A
TRA SIG BC517
(PHSE) A
TRA SIG BC516
(PHSE) A
IC TDA9112A
(ST00) L
TRA SIG BF423
(KEC0) A
TRA SIG PH2369
(PHSE) A
FET SIG BSN254A
(PHSE) A
TRA SIG BC548C
(KEC0) A
TRA SIG BC558C
(KEC0) A
TRA SIG TBC338-40 (TOSJ) A
TRA SIG TBC338-40 (TOSJ) A
TRA SIG BC328-40
(PHSE) A
TRA SIG MPSA44
(PHSE) A
CPU,IC
IC M24C16-BN6
(ST00) L
TRA SIG BC548C
(KEC0) A

Audio Panel
1052

313817863691

VB ASSY-107T5

2101
2103
2104
2105
2107
2108
2301
2311
2312
2313
2314
2321
2322
2323
2325
2326
2327
2331
2333
2334
2336
2340
2345
2701
2702
2703
2704
2705
2706
2707
2708
2711
2712
2713
2714
2715
2718
2719
2720
2721
2726
2727

203831000014
202055490163
202055490163
202202000725
203830150301
225260214216
203803521206
225279508453
225279508453
225279508453
202055290834
225279508453
225279508453
203803521206
225279508453
225279508453
225279508453
203803527201
225232626104
203803527201
203803527301
203803527202
823827444651
202055290594
202055290594
202055290594
203803527201
225279508453
203803513708
203803521702
203803513708
202203600002
225232626104
225232626104
225232626104
202203600002
202203600002
225279508453
225279508453
225232626104
202055790146
225261214226

CAP MPP 275V S 680N PM10 B
CERSAF NSB 250V S 2N2 PM20 B
CERSAF NSB 250V S 2N2 PM20 B
ELCAP LP 450V S 100U PM20 B
CAP PP PPN 250V S 10N PM5 A
CER2 DC X7R 2KV S 220P PM10 A
ELCAP GS 16V S 47U PM20 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC F 50V S 22N P8020 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC Y5V 50V 100N P8020 A
ELCAP GS 16V S 47U PM20 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC Y5V 50V 100N P8020 A
ELCAP KM 16V S 47U PM20 A
CER2 ML X7R 100V S 100N PM10 A
ELCAP KM 16V S 47U PM20 A
ELCAP KM 25V S 22U PM20 A
ELCAP KM 16V S 100U PM20 A
ELE CAP 2U2/50V 105 DEGREE C
CER1 DC NP0 50V S 22P PM5 A
CER1 DC NP0 50V S 22P PM5 A
CER1 DC NP0 50V S 22P PM5 A
ELCAP KM 16V S 47U PM20 A
CER2 DC Y5V 50V 100N P8020 A
ELCAP RGA 100V S 1U PM20 A
ELCAP GS 100V S 10U PM20 A
ELCAP RGA 100V S 1U PM20 A
ELCAP BP NK 50V S 1U PM20 A
CER2 ML X7R 100V S 100N PM10 A
CER2 ML X7R 100V S 100N PM10 A
CER2 ML X7R 100V S 100N PM10 A
ELCAP BP NK 50V S 1U PM20 A
ELCAP BP NK 50V S 1U PM20 A
CER2 DC Y5V 50V 100N P8020 A
CER2 DC Y5V 50V 100N P8020 A
CER2 ML X7R 100V S 100N PM10 A
CER2 DC B 500V S 470P PM10 A
CER2 DC Y5P 2KV S 2N2 PM10 A

3301
3302
3303
3304
3305
3306
3307
3308
3309
3313
3314
3315
3316
3317
3318
3319
3320
3321
3322
3324
3330

213810113759
213810113759
213810113759
213810113759
213810113759
213810113759
213810113101
212211000361
213810113153
213810113479
213810113479
213810113479
213810113221
213810113153
213810113101
213810113101
213810113101
213810113478
213810113478
213810113101
213810113153

RST CRB CFR-12 A 75R PM5 A
RST CRB CFR-12 A 75R PM5 A
RST CRB CFR-12 A 75R PM5 A
RST CRB CFR-12 A 75R PM5 A
RST CRB CFR-12 A 75R PM5 A
RST CRB CFR-12 A 75R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST MFLM MF1/2WS A 1K5 PM1 A
RST CRB CFR-12 A 15K PM5 A
RST CRB CFR-12 A 47R PM5 A
RST CRB CFR-12 A 47R PM5 A
RST CRB CFR-12 A 47R PM5 A
RST CRB CFR-12 A 220R PM5 A
RST CRB CFR-12 A 15K PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 4R7 PM5 A
RST CRB CFR-12 A 4R7 PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 15K PM5 A

3331
3332
3333
3334
3335
3336
3337
3340
3341
3342
3345
3351
3361
3701
3710
3711
3712
3713
3714
3715
3716
3719
3720
3723
3727
3729
3730

213810100369
213810113562
213810113394
213810113472
213810113101
213810113221
213811273478
213810113222
213810113222
213810113222
213810113101
213810113103
213810113108
213811273479
231291512704
213810113121
212211000338
213810113121
212211000338
213810113121
212211000338
213810113153
231291512704
213810113153
213810113153
212010128153
231291512704

RST JUMP CR-12 A MAX 0R01 A
RST CRB CFR-12 A 5K6 PM5 A
RST CRB CFR-12 A 390K PM5 A
RST CRB CFR-12 A 4K7 PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 220R PM5 A
RST CRB CFR-25 A 4R7 PM5 A
RST CRB CFR-12 A 2K2 PM5 A
RST CRB CFR-12 A 2K2 PM5 A
RST CRB CFR-12 A 2K2 PM5 A
RST CRB CFR-12 A 100R PM5 A
RST CRB CFR-12 A 10K PM5 A
RST CRB CFR-12 A 1R PM5 A
RST CRB CFR-25 A 47R PM5 A
RST MFLM MBB0207 A 270K PM1 A
RST CRB CFR-12 A 120R PM5 A
RST MFLM MF1/2WS A 220R PM1 A
RST CRB CFR-12 A 120R PM5 A
RST MFLM MF1/2WS A 220R PM1 A
RST CRB CFR-12 A 120R PM5 A
RST MFLM MF1/2WS A 220R PM1 A
RST CRB CFR-12 A 15K PM5 A
RST MFLM MBB0207 A 270K PM1 A
RST CRB CFR-12 A 15K PM5 A
RST CRB CFR-12 A 15K PM5 A
RST CMP ERC12 A 15K PM10 A
RST MFLM MBB0207 A 270K PM1 A

5301
5701
5702
5704
5705
5706
5707
5711
5712
5713
5721
5726

242253597608
242253597608
242253597608
313816872631
313816872631
313816872631
313816872631
313817874201
313817874201
313817874201
243853598058
313816872631

IND FXD SPT0305 A 1U8 PM10 R
IND FXD SPT0305 A 1U8 PM10 R
IND FXD SPT0305 A 1U8 PM10 R
BEAD COIL
BEAD COIL
BEAD COIL
BEAD COIL
COIL 0.68UH PM10
COIL 0.68UH PM10
COIL 0.68UH PM10
IND FXD BEAD EMI 100MHZ 80R A
BEAD COIL

6333
6334
6335
6336
6361
6712
6713
6714
6721
6722
6723
6726

933256030673
933189210133
933189210133
933189210133
933751660673
933189210133
933189210133
933189210133
933189210133
933189210133
933189210133
933751660673

DIO SIG 1N4148
DIO SIG BAV21
DIO SIG BAV21
DIO SIG BAV21
DIO REC RGP10D
DIO SIG BAV21
DIO SIG BAV21
DIO SIG BAV21
DIO SIG BAV21
DIO SIG BAV21
DIO SIG BAV21
DIO REC RGP10D

7311
7331
7702

935270542112
932219319682
932216674682

IC TDA4823PS/V1
(PHSE) L
IC NT6812K
(NOVA) L
IC LM2480NA
(NSC0) L

A (VISH) A
A (PHSE) A
A (PHSE) A
A (PHSE) A
A (GI00) A
A (PHSE) A
A (PHSE) A
A (PHSE) A
A (PHSE) A
A (PHSE) A
A (PHSE) A
A (GI00) A

Control Panel
1053

313817863741

C/B ASSY (107T5)

3891
3892
3893
3894

212211000385
212211000389
212211000401
231291511004

RST MFLM MF1/2WS A 12K PM1
RST MFLM MF1/2WS A 18K PM1
RST MFLM MF1/2WS A 47K PM1
RST MFLM MBB0207 A 100K PM1

6891

932218424682

LED VS L-34GD

(KIEL) B

A
A
A
A

107T5

GENERAL PRODUCT SPECIFICATION

43

Go to cover page

V30 GS4 107T5 71KHz General Specification (Sheet 590)
============================================

FEATURES / BENEFITS
- LightFrame
Brightness and sharpness boost on user selectable windows. User interface
application for Windows 95/98/NT/2000 and MacOS 8/9. Supported languages:
English, French, German, Italian, Spanish, Portuguese, Dutch, Chinese(S),
Chinese(C),
Korean (for Windows version).

- EXTREMELY HIGH MTBF (OVER 75K HRS, EXCLUDING CRT)
- PROFESSIONAL LOOK, WITH NON-FLAMMABLE CABINET (94V-0)
- USER'S CONTROLS
. FRONT MOUNTED CONTROLS FOR EASY ACCESS
- BETTER DISPLAY PERFORMANCE
. FINER CRT DOT PITCH (0.25 MM)
. FULL SCREEN SIZE APPLICATION
. REAL MULTI-FREQ.
- POWER SAVING MANAGEMENT SYSTEM
- MAXIMIZED CONTAINER LOADING
- VESA DDC2B
- LOW EMISSION MPRII/TCO99/TCO95 (optional)

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

1

44

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

INDEX
=========

1.0

Introduction

2.0
2.1

General description
General condition

3.0
3.1
3.1.1
3.1.2
3.1.3
3.2
3.2.1
3.2.2
3.3
3.4
3.5
3.6
3.6.1
3.6.2
3.7
3.8
3.9
3.10
3.11

Electrical characteristics
Signal interface
Input requirements
Signals input
Factory preset modes
Timing requirements
Horizontal scanning
Vertical scanning
Power supply
Power saving management system
CRT description
RGB amplifier
Video amplifier
Brightness and Contrast
Variation of image size
Degaussing
Phosphor protection
Low emission requirements (MPRII/TCO99/TCO95)
Display data channel : DDC2B (VESA STANDARD)

4.0
4.1
4.2
4.3
4.4
4.5
4.6
4.7
4.8
4.9
4.10
4.11
4.12
4.13
4.14
4.15

Display
Display resolution
Image size
Image centering deviation
Picture shift control range
Picture tilt
Geometrical distortion
Image non-linearity
Mis-covergence
Focus check
Luminance uniformity
White color adjustment
Color tracking on full white pattern
Purity
Moiré
Blemish

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

2

107T5

GENERAL PRODUCT SPECIFICATION

45

Go to cover page

5.0
5.1
5.2
5.2.1
5.2.2
5.3

Mechanical characteristics
User controls (at front)
Connector and cables
Power Cord
Signal Cable
Tilt and swivel base

6.0
6.1
6.1.1
6.1.2
6.2
6.2.1
6.3
6.3.1
6.3.2

Environmental characteristics
Susceptibility of display to external environment
Operation limits
Transportation packages
Display disturbance from external environment
ESD disturbances
Display disturbance to external environment
Ionizetic radiation
EMI/EMS

7.0
7.1
7.2
7.3
7.4

Safety tests
Dielectric strength
Resistance for protective earthing
Leakage current
Grounding

8.0
8.1
8.2
8.3

Certifications
Safety
EMI
Fulfil approbation requirements

9.0
9.1

Reliability
Mean time between failures

10.0 Quality assurance requirements
10.1 Acceptance test
11.0 Service ability

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

3

46

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

1.0

Introduction
This document is related to the 17" AUTOSCAN (VGA above and Max. resolution
1280X1024 by 60HZ refresh) color monitor for world-wide destination.

2.0

General description
The AUTOSCAN analog color monitor is specified as a display peripheral within
an IBM PC, PS/2 ,VGA and advance VGA compatible system.
The AUTOSCAN analog color monitor is to operate at horizontal line rates
between 30 to 71 KHz and refreshment rate between 50 to 160 Hz, can be applied to all
RGB analog computers within this scanning frequencies.
The AUTOSCAN analog color monitor is intended to be a finished product,
basically a display device mounted inside a plastic enclosure which provides the aesthetic
mechanical, ergonomic and safety requirements.

2.1

General condition
The unit will produce a usable image after switching-on, measurements are to be carried out
with a full stabilized set after 30 minutes warm-up at room temperature of 25° C.
Repetitive power on/off cycles are allowed though should be avoided within 4 sec.

3.0

Electrical characteristics

3.1

Signal interface
The AUTOSCAN analog color display has an analog video interface to operates at a
multi-frequencies timing in several display modes.

3.1.1 Input requirements
A. Input signals
Video : Analog level
Sync.
: Separate sync. with TTL level
Polarity : Positive or negative
B. Signal input level
Video : 0.7 Vp-p 75 ohms (for individual of R,G and B signals must not
deviate 0.015 Vp-p from each other for balance of white pattern)
Sync : TTL level
(between 0 and 0.6 V to be considered as low level, between 2.3 and 5.0 V as
high level)
C. Impedance
Video : Terminated with 75 ohms
Sync : Terminated with 4.7K ohms pull down resistors.

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

4

107T5

GENERAL PRODUCT SPECIFICATION

47

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3.1.2 Signals input
The input video signals are applied to the display device through a video cable which is
fixed to the monitor (standard cable length 1.45M).
Video input cable :
15 pin D-shell male connector type AMP 211350-1(3 rows) or equivalent, with pin
assignment as follows :
Pin assignment of 15P D-SUB connector
Pin nbr.

Assignment

3.1.3 Factory preset modes:

Factory preset modes : 8
Resolution
1. 720 x 400
2. 640 x 480
3. 640 x 480
4. 800 x 600
5. 800 x 600
6. 1024 x 768
7. 1024 x 768
8. 1280 x 1024

H. freq.
31.5
31.47
43.3
46.9
53.67
60.0
68.7
64.0

KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz

V. freq.
70Hz (VGA)
60Hz (VGA)
85Hz (VESA)
75Hz (VESA)
85Hz (VESA)
75Hz (VESA)
85Hz (VESA)
60Hz (VESA)

H.

V.

+
+
+
+
+

+
+
+
+
+
+

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

5

48

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

Factory preload modes : 14
Resolution
9. 640 x 350
10. 640 x 350
11. 640 x 480
12. 640 x 480
13 640 x 480
14. 720 x 400
15. 800 x 600
16. 800 x 600
17. 800 x 600
18. 832 x 624
19. 1024 x 468
20. 1024 x 768
21. 1152 x 864
22. 1280 x 960
3.2

H. freq.
31.5
37.9
37.5
37.9
50.6
37.9
37.9
48.1
63.9
49.7
48.4
56.5
67.5
60

KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz
KHz

V. freq.
70 Hz
85 Hz
75 Hz
72.8Hz
100 Hz
85 Hz
60 Hz
72 Hz
100 Hz
75 Hz
60 Hz
70 Hz
75 Hz
60 Hz

Timing requirements
The AUTOSCAN color monitor must be capable of displaying standard
resolutions within the vertical(refresh) frequency range of 50 to 160 Hz and horizontal
scan range of 30 – 71 KHz.

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

6

107T5

GENERAL PRODUCT SPECIFICATION

49

Go to cover page

TIMING FOR V30 GS4 107T5 71K COLOR MONITOR
REFERENCE PATTERN GENERATOR : CHROMA 2135
* According VESA version 1.0 release 0.6p
Factory preset modes
TABLE 1: 31.469 KHz/70.087 Hz, 720 X 400, pixel=28.325 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

=
=
=
=
=
=

Vertical
0
Frame border = 0
31.774 us Total size
= 14.268 ms
25.422 us Display size = 12.711 ms
1.907 us Rear porch
= 1.112 ms
3.813 us Sync width
= 0.064 ms
Sync polarity = +

TABLE 2: 31.469KHz/59.940 Hz, 640 X 480, pixel=25.175 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

=
=
=
=
=
=

Vertical
0
31.778 us
25.422 us
1.907 us
3.813 us
-

Frame border = 0
Total size
= 16.683 ms
Display size = 15.253 ms
Rear porch
= 1.049 ms
Sync width
= 0.064 ms
Sync polarity = -

TABLE 3: 43.269KHz/85.008 Hz, 640 X 480, pixel=36.000 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 23.111 us
= 17.778 us
= 2.222 us
= 1.556 us
=
-

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 11.764 ms
= 11.093 ms
= 0.578 ms
= 0.069 ms
=
-

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

7

50

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

TABLE 4: 46.875 KHz/75 Hz, 800 X 600, pixel=49.500 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
Frame border = 0
= 21.333 us Total size
= 13.333 ms
= 16.162 us Display size = 12.800 ms
= 3.232 us Rear porch
= 0.448 ms
= 1.616 us
Sync width = 0.064 ms
= +
Sync polarity = +

TABLE 5: 53.674 KHz/85.061 Hz, 800 X 600, pixel=56.250 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 18.631 us
= 14.222 us
= 2.702 us
= 1.138 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 11.756 ms
= 11.179 ms
= 0.503 ms
= 0.056 ms
= +

TABLE 6: 60.03 KHz/75 Hz, 1024 X 768, pixel=78.750 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 16.660 us
= 13.003 us
= 2.235 us
= 1.219 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 13.328 ms
= 12.795 ms
= 0.466 ms
= 0.050 ms
= +

TABLE 7: 63.981 KHz/60 Hz, 1280 X 1024, pixel=108 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 15.630 us
= 11.852 us
= 2.296 us
= 1.037 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 16.661 ms
= 16.005 ms
= 0.594 ms
= 0.047 ms
= +

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

8

107T5

GENERAL PRODUCT SPECIFICATION

51

Go to cover page

TABLE 8: 68.677 KHz/85 Hz, 1024 X 768, pixel=94.500 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 14.561 us
= 10.836 us
= 2.201 us
= 1.016 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 11.765 ms
= 11.183 ms
= 0.524 ms
= 0.044 ms
= +

Factory preload modes
TABLE 9: 31.469KHz/70.087 Hz, 640 X 350, pixel=25.175MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

=
=
=
=
=
=

Vertical
0
31.778 us
25.422 us
1.907 us
3.813 us
+

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 14.268 ms
= 11.122 ms
= 1.907 ms
= 0.064 ms
= -

TABLE 10: 37.861KHz/85.08 Hz, 640 X 350, pixel=31.5MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

=
=
=
=
=
=

Vertical
0
26.413 us
20.317 us
3.048 us
2.032 us
+

Frame border = 0
Total size
= 11.754 ms
Display size = 9.244 ms
Rear porch
= 1.585 ms
Sync width
= 0.079 ms
Sync polarity = -

TABLE 11: 37.5KHz/75 Hz, 640 X 480, pixel=31.5MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 26.667 us
= 20.317 us
= 3.810 us
= 2.032 us
=
-

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 13.333 ms
= 12.8 ms
= 0.427 ms
= 0.08 ms
=
-

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TABLE 12: 37.861KHz/72.809 Hz, 640 X 480, pixel=31.5MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 26.413 us
= 20.317 us
= 4.064 us
= 1.270 us
= -

Frame border = 0
Total size
= 13.735 ms
Display size = 12.678 ms
Rear porch
= 0.739 ms
Sync width
= 0.079 ms
Sync polarity = -

TABLE 13: 50.625 KHz/100.049 Hz, 640 X 480, pixel=40.5MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
Frame border
= 19.752 us Total size
= 15.802 us Display size
= 1.975 us Rear porch
= 1.580 us Sync width
= Sync. polarity

= 0
= 9.995 ms
= 9.481 ms
= 0.435 ms
= 0.059 ms
= -

TABLE 14: 37.927 KHz/85.039 Hz, 720 X 400, pixel=35.5 MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
= 26.366 us
= 20.282 us
= 3.042 us
= 2.028 us
= -

Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

= 0
= 11.759 ms
= 10.546 ms
= 1.107 ms
= 0.079 ms
= +

TABLE 15: 37.879 KHz/60.317 Hz, 800 X 600, pixel=40MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
= 26.400 us
= 20.000 us
= 2.200 us
= 3.200 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

= 0
= 16.579 ms
= 15.840 ms
= 0.607 ms
= 0.106 ms
= +

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TABLE 16: 48.077 KHz/72.188 Hz, 800 X 600, pixel=50MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
Frame border = 0
= 20.800 us Total size
= 13.853 ms
= 16.000 us Display size = 12.480 ms
= 1.280 us Rear porch
= 0.478 ms
= 2.400 us Sync width
= 0.125 ms
=
+
Sync. polarity = +

TABLE 17: 63.92KHz/100 Hz, 800 X 600, pixel=67.5MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

=
=
=
=
=
=

Vertical
0
15.644 us
11.852 us
2.370 us
0.948 us
+

Frame border = 0
Total size
= 9.997 ms
Display size = 9.387 ms
Rear porch
= 0.548 ms
Sync width
= 0.047 ms
Sync. polarity = +

TABLE 18: 49.714KHz/74.534 Hz, 832 X 624, pixel=57.27MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
= 20.115 us
= 14.528 us
= 3.911 us
= 1.118 us
=
-

Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

= 0
= 13.417 ms
= 12.552 ms
= 0.784 ms
= 0.060 ms
=
-

TABLE 19: 48.363 KHz/60.004 Hz, 1024 X 768, pixel=65MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
= 20.677 us
= 15.754 us
= 2.462 us
= 2.092 us
= -

Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

= 0
= 16.666 ms
= 15.880 ms
= 0.600 ms
= 0.124 ms
= -

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TABLE 20: 56.476KHz/70.069 Hz, 1024 X 768, pixel=75MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync. polarity

Vertical

= 0
Frame border
= 17.707 us Total size
= 13.653 us Display size
= 1.920 us Rear porch
= 1.813 us Sync width
= Sync. polarity

= 0
= 14.272 ms
= 13.599 ms
= 0.513 ms
= 0.106 ms
= -

TABLE 21: 67.5 KHz/75Hz, 1152 X 864, pixel=108MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 14.815 us
= 10.667 us
= 2.370 us
= 1.185 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 13.333 ms
= 12.8 ms
= 0.474 ms
= 0.044 ms
= +

TABLE 22: 60.0 KHz/60 Hz, 1280 X 960, pixel= 108MHz
Horizontal
Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

Vertical

= 0
= 16,667 us
= 11.852 us
= 2.889 us
= 1.037 us
= +

Frame border
Total size
Display size
Rear porch
Sync width
Sync polarity

= 0
= 16.667 ms
= 16.000 ms
= 0.600 ms
= 0.050 ms
= +

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3.2.1 Horizontal scanning
Scanning frequency
H-shift range

: 30 - 71 KHz
: ± 10 mm Min. (for preset modes only)

3.2.2 Vertical scanning
Scanning frequency
V-shift range
3.3

: 50 - 160 Hz
: ± 10 mm min. (for preset modes only)

Power supply
The display device maintains the specified performance in the range described as below :

Type

Mains current

Mains Voltage

Mains freq.

1.5A Max.

90 - 264 VAC

60 +/- 3 Hz

230V version

Power consumption : 75 Watts Max.
Power cord length : 1.5M
Power cord type
: 3 lead plug power cord
with protective earth plug or IBM hooded
3.4

Power saving management system
Signal

3.5

Compliance
Requirement

Power

H-Sync

V-Sync

Video

On

Active

Active

Active

Mandatory

<= 75w

Off

Inactive

Active

Blanked

Mandatory

<= 2 w

Off

Active

Inactive

Blanked

Mandatory

<= 2 w

Off

Inactive

Inactive

Blanked

Mandatory

<= 2 w

CRT Description
This display unit employs a high resolution CRT complying with the following specifications :
Dimensions
Pitch
Deflection angle
Light transmission
Face treatment
Implosion protection
EHT
Visible screen area
CRT Source

: 17 inches
flat/square screen
: 0.25mm dotted with black matrix
: 90 degrees
: 50%(CPT), 52.8%(LG), 52.6%(SDI)
: AGARAS
: By P-Mini-rim-band.
: 25.0 ± 1 KV (Ib=0)
: 325.1 mm x 243.8 mm
: CPT, LG, SDI

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3.6

RGB Amplifier
3.6.1 Video amplifiers
Dot Rate
Over / undershoot
Sag
Black level shift

: 108 MHz
: 15% Max. (Transient response)
: 5% Max. (pulses of 0.70H)
: 5% Max.

3.6.2 Brightness and Contrast
Reference mode 68.7 KHZ/85 HZ full white pattern.
DISPLAY LIGHT OUTPUT

Brightness

Contrast

Light output
(full white)

Minimum

Minimum

not visible

Center
Maximum
30 ± 5 FL.
100mmx100mm block
Brightness at center and contrast at maximum light output is 41+/-6 FL.

sRGB : When sRGB mode is selected, the light output (Full white pattern) shall be 23 +/3FL regardless of main contrast and brightness controls. Adjusting contrast or brightness
will auto exit sRGB mode and go to 6500K mode.
3.6.3 Raster light output
Apply 68.7KHz/85Hz mode with no video pattern, set brightness at center(50%) and
contrast control at minimum(0%).
The light output on the screen center should be < 0.2FL.
3.7

Variation of image size ( For preset modes only )
: £ 1.0 %

Due to brightness change
Long term (Static)
(See Fig.7)

3.8

: <1.50mm on left/right side
<1.20mm on top/bottom side

Due to aging
(25° C, 300 hrs)

: £ 1.0 %

Due to mains voltage
variation ( ± 10% )

: £ 1.0 %

Degaussing
An automatic degaussing circuit is provided which requires no intervention.
The degaussing shall be activated and work effectively at the time of switch-on
or switch-on again or pressing the manual degaussing key after the degaussing
circuit has been switched off for longer than 30 minutes
(The PTC should be completely cooled off).

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3.9

Phosphor protection
The display device is sufficiently protected against the burning of phosphors in
case of repetitive power cycling or absence of horizontal deflection.

3.10

Low emission requirements (MPRII/TCO99/TCO95)
--------------------------------------------------------Items

Band I
ELF (rms)

Band II
VLF (rms)

Alternating Electric
Field

MPRII < 25 V/M
TCO < 10 V/M

MPRII < 2.5 V/M
TCO < 1.0 V/M

Magnetic Field

MPRII < 250 nT
TCO< 200 nT

MPRII < 25 nT
TCO < 25 nT

Electrostatic
Potential

< +/- 500 V

Band I : 5 to 2K HZ.
Band II : 2K to 400K HZ.
Test procedure according to low emission and E.S.P. test method.
3.11

Display data channel : DDC2B (VESA STANDARD)
The DDC HEX Data (refer sheet 190) should be written into the
DDC IC (24LC21 or equivalent)

4.0

Display image (CRT facing east)
The monitor is aligned in a magnetic cage having the
following magnetic field components :
Northern Hemisphere : H = 0, V = 450 mG, Z = 0
Southern Hemisphere : H = 0, V = -500 mG, Z = 0
Equatorial
: H = 0, V =
0 mG, Z = 0
Conditions for visual testing, unless otherwise stated:
Input video signal
- 700 mVpp cross hatch
Brightness control
- center(50%)
Contrast control
- maximum(100%)

4.1

Display resolutions
See 3.1.3

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4.2

Image size (For preset modes only)
The dimensions of guaranteed display area to be measured along the picture center of
horizontal and vertical axis of the screen as listed below: (preset modes only, refer to fig. 1)
: 306 ± 3 mm
: 230 ± 3 mm

Width
Height
4.3

Image centering deviation (For preset modes only)
With respect to fig. 2, the target relationships are the following :
|A- B| £ 5 mm

|C- D| £ 5 mm

Note : This centering is adjustable by the end-user.
4.4

Picture shift control range (For preset modes only)
H-shift range : ± 10 mm min.
V-shift range : ± 10 mm min.

4.5

Picture tilt
With respect to Fig. 3, Tilt to be measured on extremes of center line from bezel.
: £ 2 mm

|A- B|
4.6

Geometrical distortions (For preset modes only)
It is acceptable that pincushion, trapezoid, rhomboid,
rotation and various waves distortions must remain within
the limits of tolerance as in Fig. 4,
where A = B = 2.0 mm.
C = D = 2.0 mm.
The waviness of any vertical or horizontal shall be less than 1.0 mm over a 50 mm distance.

4.7

Image non-linearity (For preset modes only)
Apply cross-hatch pattern with
12 equal blocks along horizontal axis,
9 equal blocks along vertical axis. (see Fig. 1)
Overall :
Adjacent :

£ 10 %
£ 6 % (For 64kHz mode H £ 8 %)

X. max. - X. min.
H. non-linearity =

x 100%
X. Max.
Y. max. - Y. min.

V. non-linearity =

x 100%
Y. Max.

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4.8

Mis-convergence
The maximum convergence error to be measured on a white spot or white display line to
represents the maximum distance between the energy centers of any two primary colors
(See Fig. 6). For 31.5kHz modes B Zone : 0.4mm.
CONVERGENCE SPEC.
Zones

0.25 mm CRT

Zone C

0.15 mm

Zone A

0.25 mm

Zone B

0.35 mm

4.9

Focus check ( 68.7 KHZ / 85 HZ )
Adjust brightness control to center(50%) and contrast control to get 25 FL
at full white pattern, then generate “me” characters to cover the entire picture.
The characters should be clearly identified in all display area. (See Fig. 8)

4.10

Luminance uniformity
condition : With full white pattern, set contrast control at maximum(100%)
and brightness control at center(50%).
Brightness of the center of the display is 30 FL+/-5.
The Max. deviation over the screen should not exceed 25% .

4.11

White color adjustment
Based on the 1931 CIE chromatic diagram (x,y) coordinates
of white display on screen center should be:
X = 0.283 ± 0.015
Y = 0.297 ± 0.015
For 6500° K X = 0.313 ± 0.015
Y = 0.329 ± 0.015
For sRGB X = 0.313 ± 0.015
Y = 0.329 ± 0.015

For 9300° K

Check conditions : Set brightness control at center(50%) and contrast at
maximum(100%).
For sRGB mode sRGB contrast is at Factory value.
4.12

Color tracking on full white pattern
Adjust for the luminance output from 3 to 30 FL by pressing the contrast control key
(brightness control at 50%). The color co-ordinates should not deviate more than
the following tolerance when compare to display center:
X= X (center) ± 0.015
Y= Y (center) ± 0.015

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4.13

Purity
Test patterns : Full white / Red / Green / Blue.
Conditions : As stated in item 4.0, the purity must be checked under specific
destinations of earth magnetic environments and the monitor
must be well degaussed.
After warming-up time of 30 min. , no color stains may occur in the above four patterns.

4.14

Moiré
Condition: Display a full white pattern. At any preset mode ,
the display size must be set as Fig.1.
The clouding effect must not rise to disturbing levels in anywhere of the screen with
luminance setting from 15 to 30 FL.

4.15

Blemish
Blemish shall be in accordance with CRT specification.

5.0

Mechanical characteristics

5.1

User controls
Power ON/OFF key
LightFrame key
- 3 Key digital user control (OSD)

5.2

Connectors and cables

5.2.1 Power cord type : 3 leads plugable power cord with protective earthed plug or IBM Hooded
Length
: 1.5 m ± 50 mm (excluding connector)
Safety requirements : See following.
Approval
Countries
Germany
Switzerland
Belgium
Sweden
Finland
Norway
Denmark
Italy
Netherlands
U.K.
U.S.A.
Canada
Australia

Mains plug
VDE
-CEBEC
SEMKO
EI
NEMKO
DEMKO
OVE
KEMA
ASTA
UL
CSA
SAA

Wire
VDE
SVE
-SEMKO
-NEMKO
DEMKO
-KEMA
HAR
UL
CSA
SAA

Connector
VDE
SVE
-SEMKO
EI
-DEMKO
OVE
KEMA
ASTA
UL
CSA
SAA

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5.2.2 Signal cable
Length of video

: 1.45 m ± 50 mm flying with 15 pin PS/2
D-shell socket

5.3

Tilt and swivel base
Tilt angle
: 5° forward and 13° backward
Swivel rotation
: 90° leftward or rightward

6.0

Environmental characteristics
The following sections to define the interference and susceptibility condition limits that
might occur between external environment and the display device.

6.1
Susceptibility of display to external environment
6.1.1 (A) Operating limits
Temperature
: 0° C to 40° C
Humidity
: 10 to 90% (W/O condensation)
Air pressure
: 700 ~ 1100 mbar
( B) Non-operating limits (storage)
Temperature
: -25° C to 65°C
Humidity
: 5 to 95 % (W/O condensation)
Altitude
: 300 to 1100 mbar
6.1.2 Transportation packages
A) Carton box
A-1 Size (with pedestal)
496(W)´416(H)´556(D)
A-2 Carton paper : double wall AB flute corrugate
board, color brown
Bursting
: 19.3 kgf/cm2 min
Compression : 600 kgf min
B) Transportation conditions
B-1 Container loading (separated pedestal)
Container size
40’

20’

40’High Cube

W/ Pallet

W/ Pallet

W/ Pallet

Q’ty
Yes

No

Yes

No

No

5

5

5

5

6

Layers
Sets

/ Layer

4

4

4

4

4

Sets

/ Block

20

20

20

20

24

Blocks / Container

24

24

10

10

24

Total Sets

480

480

200

200

576

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B-2 Transportation standards

EU / Asia versions
PHILIPS's UN-D1400

Standards

Drop
test

U.S.A. version
NSTA

Height

61 cm

61 cm

Sequence

-10 C for 16 hours,
1 corner, 3 faces
Right/Back/Top faces
Left/Front/Bottom faces
(only for reference)

1 corner
3 edges
6 faces

Result

- Electrical function OK.
- Mechanical function OK.
- No serious damage in set.

Sequence

a . 5~200Hz. 0.25G operating random
vibration 30 min/axis, 3 axes
b. 5~200Hz. 0.73 packing random
vibration 30 min/axis, 3 axes

Result

- Electrical function OK.
- Mechanical function OK.
- No serious damage in set.

Vibration
test

For design evaluation only.
Half sine shock : 100G, <3m sec. 6 shocks
Temp.
: 23° C
Humidity
: 60 %
Air pressure
: 100 kpa
Standard
: Mechanical Guideline

Shock
test

6.2
Display disturbances from external environment
6.2.1 ESD Disturbances
According to EN55024 (also refer to EN61000-4-2 for detail).
6.3
Display disturbances to external environment
The disturbances induced by the display and tolerated
by the environment are defined as follows :
6.3.1 Ionizetic radiation
Completely fulfill International Commission of
Radio logical Protection (ICRP) requirement 0.5 mR/Hr.
Actually the set can reach 0.1 mR/Hr.
6.3.2 EMI/EMS
Can comply with FCC part 15,DOC C108.8 and EN55022 B Emission.
EN55024 Immunity; EN61000-3-2 Current Harmonics; EN61000-3-3 Flicker.
EMS EN61000-4-3 (80% 1KHz AM modulation) Picture jitter £ 2mm.

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7.0

Safety tests

7.1

Dielectric strength (Hi-pot test)
According to IEC 60950, UL 1950 and CSA 22.2 No. 950

7.2

Resistance for protective earthing
According to IEC 60950

7.3

Leakage current
According to IEC 60950, UL 1950 and CSA22.2 No. 950

7.4

Grounding
According to IEC 60950, UL 1950 and CSA22.2 No. 950

8.0

Certifications

8.1

Safety
The monitors comply with the following safety standards:
- IEC 60950
- UL 1950
- DHHS 21 CFR, subchapter J
- CSA-22.2 NO. 950
- EK1-ITB 2000

8.2

EMI (Electromagnetic Interference)
The monitor comply with the following EMI standards :
- EN55022 B Emission
- FCC Part 15
- DOC C108.8

8.3

Fulfil approbation requirements
Destination basis, set can fulfil following requirements:

Countries

Safety

EMI

Germany
Sweden
Norway
Denmark
Finland

TUV, GS
SEMKO
NEMKO
DEMKO
FIMKO

CE
-------------

U.S.A.
Canada
Taiwan

UL, DHHS
CSA
----

FCC
DOC
BSM1

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9.0

Reliability

9.1

Mean time between failures
MTBF to be calculated according to Military standard
MIL-HDBK-217C.
MTBF ³ 75,000 Hours (Excluding CRT)
TOTAL HRS (POWER ON) X TOTAL SETS
PRACTICE of MTBF = ------------------------------------------------------NBR. OF FAILURE SETS

10.0

Quality assurance requirements

10.1

Acceptance test
According to MIL-STD-105D level II,
AQL
: 0.4 (Major)
: 1.0 (Minor)
Customer acceptance : UAW 0377/40
criteria

11.0

Service ability
The service ability of this monitor should fulfil the requirements which are prescribed in
UAW-0346 and must be checked with the check list UAT - 0361

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303 mm
306 mm
309 mm

FIG-1 IMAGE DIMENSION

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233 mm

227 mm
230 mm

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GENERAL PRODUCT SPECIFICATION

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C

B

A

D

306 mm

|A-B| AND |C-D| < 5 mm

FIG-2 IMAGE CENTERING

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230 mm

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B

A

306 mm

A-B

< 2 mm

FIG-3 IMAGE ROTATION

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30

2003-01-07

590

25

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

D

A
C

B

306 mm
A=B=C=D < 2.0 mm

FIG-4 IMAGE GEOMETRY

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

26

230 mm

68

107T5

GENERAL PRODUCT SPECIFICATION

69

Go to cover page

100 mm

230 mm

100 mm

ZONE B

ZONE A

306 mm

FIG-5 CONTRAST AND BRIGHTNESS
MEASUREMENT AREA

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

27

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

ZONE B
ZONE A

230 mm

70

ZONE C

306 mm

FIG-6 MISCONVERGENCE

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

28

107T5

GENERAL PRODUCT SPECIFICATION

71

Go to cover page

C

230 mm

STATIC BORDER

SLOW FLASHING WHITE PATTERN

A

B

D

306 mm

DA < 1.50 mm
DB < 1.50 mm
DC < 1.20 mm
DD < 1.20 mm
(D measured between
flash on / off)

Figure 7
Static EHT regulation distortion pattern

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

29

72

107T5

GENERAL PRODUCT SPECIFICATION

Go to cover page

Figure 8
Focus check character

17" V30 GS4 107T5-71K CMTR
TYPE
BRAND

2003-01-07
Wayne Lin

: 107T51/00
: PHILIPS
30

2003-01-07

590

30

Repair Flow Chart

107T5

73

9 Go to cover page

A. Power Supply Failure

1. Sympton :
no startup sound
LED light off

check 7102 pin8
100V 2V

Ok

Ok

check 7102
pin 5=2.4V

Ok

check 7102
pin6 output ?

NO

NO

Ok

check
1102/6101/
7101/2105

replace 7102

check
3113/
3104/7101

check
replace 7102

2. Sympton :
hicup mode with
startup sound or
blinking LED

Turn power off
check the resistance for
all output voltages+190,
83,12,-12,+6.0,+5,
check 6151~6158 short?

No
check
7155/7152/7154

check 7105
open circuit

No

check
pin6>8V

6105

check 7102
pin 1 < 13.5V

OVP possibly active
check 6105

OK

check 7102
pin 5
No
OCP possibly active
check 3109
3105,

Ok
replace 5156

NO

replace 5156

7102 pin4 DEMAG
possibly active
short 7154 pinC
Ok
check CPU pin 22

OK

74

Repair Flow Chart (Continued)

V30 107T5

9 Go to cover page
B.Video
Repair Flow

rough check for R,G, B
1. video input= 0.7V
2. 7331video output =2.5V
3. 7701 video output > 35Vpp

check blanking
7501 pin3
Ok

1.Sympton :
(with white pattern)
no picture
green LED on

check heater
= + 6.3V

check
EHT=25KV

Ok

check
VG1 < -150V

No

check
R,G,B output
30<2722<80
30<2723<80
30<2724<80

No
Ok
check Xray prot.
7501 pin25

check
VG2 > 450V

check DC restoration
7722,7732,7752
7721,7731,7751

check blanking
7501 pin3
Ok
2.Sympton :
no video (or dim),
only raster with/without retrace line
green LED on

check 7331 pin22
2V< ABL < 5V

check Vg1
Vg1 = -30V

Ok

Ok
check 7331
Pin24 HFLB
Ok
replace 7331

3. Sympton :
no OSD or
OSD out of sync.

H.V.check 7331

turn down Vg2

check cathod
+83V,

check 7331
pin 7,6,5
input swing

check 7701
pin 1, 2, 4
input swing

check 7701
pin 9,10,11
output swing

No

Ok

replace IF
cable

replace 7701

No

Repair Flow Chart (Continued)

107T5

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C. Horizontal deflection
output repair flow :

1. Sympton :
without
H-deflection.

check Hsync
7605 base

check
190V

replace 5156

2. Sympton :
East /West
corr.

3. Sympton :
H-linearity
(full freq. range)

check Hsync
7601 base

check 2614
parabola
exist

check Hsync
7501 pin26

check Hsync
7615 drain

Ok

Ok

No

check
6611,7613,7614

refer 7501 check list
or replace 7501

enter factory mode
check linearity data
in eeprom

check 7501
Pin24
parabola exist

check
3620
7606

check
7403,7404

5. Sympton :
H_dc shift

check
1601

6. Sympton :
Focus

enter OSD
function
disable morier

check 7402

refer 7501
check list

check
3618

check cpu
7801
pin 30

4. Sympton :
Rotation

check Hsync
7501 pin28

No

check
7602 ~ 7604
parabola exist

replace 5608

check
3422

check cpu
7801 pin4
control range

check
7501 pin 32

check
5671

check
3616

check
7616collector

75

76

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D. Vertical Deflection Failure

Sympton :
one horizontal line
V_size is abnormal
too large/small

Repair Flow Chart (Continued)

basic check
+12/-12V

check
3401,3402
3403
good

Ok

check
6401
good?

No

No

check
7401

check
7401

check
3407~3409

Ok

Ok

check 7501
Pin22,pin13 ramp
exist ?

No

check
7501

Repair Flow Chart (Continued)
E. CPU
check list

Basic Check

check cpu pin6= 5V
pin9/pin8=12MhZ
pin7=gnd

31. H-EHT

H size compensation for
the load variance

10,11, (Q2,Q1)
S-cap switch

33,34,40,41
Hsync / Vsync

Vblank

check sync.
Hsync_in=pin40
Vsync_in=pin41
Hsync_out=pin34
Vsync_out=pin33

5, Reset

1 . Normal
Fhout=Fhin
Fvout=Fvin
2. Self test
Hout=48Khz
Fvout=72Hz
3.sync out of rang
Fhin>72.8kHz,<28kHz
Fvin>168Hz, <45Hz

check pin 3
Normal=vblank Pulse
Blank=Hi

pin 22

OFF

power saving
Normal
Standby
Off

check
active=hi
no active=low

check
from 0V to 5V

77

9 Go to cover page

check Q1-Q2
Pin 35~28
low : 0
hi :1

20 LED driver

23. Degauss

107T5

check
2801 / 3801

pin22
hi
low
low

107T5

78

Repair Flow Chart (Continued)

9 Go to cover page
4. Rotation

check
output from 0V to 5V

29. ABL

check
output from 0V to 5V

23. Keypad

24. Selftest

check key Power, Ok, LF,
Brightness and contrast keys

check 3891~3894

check pin24
1.no H/V sync & IF cable pin5 floating
- show msg.
2.H/V sync exist & IF cable pin5 to ground
- normal
3.H/V sync non-exist & IF cable pin5 to gnd -power saving
4.After 1892&1893 pressed on, then power on
(1895) with IFcable pin5 =L
-factory mode
5.After 1892&1893 pressed on, then power on
(1895) without IFcable pin5=H
-burn in mode

25,26. DDC bus

check idle status
sda=pin25=hi
scl=pin26=hi

31,32. IIC bus

check idle status
sda=pin32=hi
scl=pin31=hi

EEPROM

30. H-linearity

check 7802 pin 7
Low : write enable
Hi
: write disable

check
output from 0V to 5V

check
7802 M24C16
7501 TDA9112A
7331 NT6812K

Repair Flow Chart (Continued)

F. TDA9112A
Check List

12. HFLB
(from H.defl)

25. Xray
(from LOT)

Vcc=pin29
gnd =pin7=pin27=0v

Check pin 12
pulse

if active

Check 6806

pin3 = Vblk = floating
Pin5 = Hpll2 = 0V
pin6 = HDRV = floating
pin8 = BDRV = flaoating
pin12 = Vout1 = floating
pin13 = Vout2 = floating
pin16 = CLBL= Hi

26. HDRV

to H_deflection.
7601 base

24.EWDRV

to H_deflection
east/west control
7602 base

23,13 Vref/Vout

1,2
Vsync,Hsync

differential input
to 7401 pin 1, 7

the input sync from
cpu pin 33,34

107T5

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79

80

107T5

9 Go to cover page
17. Vblk

30. IIC scl = hi
31 IIC sda = hi

18 EHT_compen.

Repair Flow Chart (Continued)
Vblk pin is floating while pll1(pin26) is
unlock in searching mode

the initial sequence of IIC IC
7501,7331,

compensate for the V_size
owing the load variation

19,20,22
Voscf,Vagc,Vcap

Pin20 determin the AGC
Pin19,pin22 determin frequency

9,8,6,4
PLL1,RO,CO, Hoscf

Pin9 determin the
pll1 loop filter
pin 8,6,4 H-Freq
working range

5. PLL2

17 EHT_compen.

32. Focus

50Hz< freq. <160Hz

30K
7. Click Next,
bring up Fig.7

Fig 7

Uninstall
Should you need to remove the LightFrame software, please follow
these steps.
1) First, click on the Start Menu.
2) Next, highlight Settings.
3) Then, click on Control Panel.
4) Now, click on Add/Remove Programs
5) Finally, select LightFrame from the list and then click on the
Add/Remove button.

8. Click Next,
bring up Fig8 & Fig 9

Fig 8

LightFrame for Windows (Continued)

Operating LightFrame
After installation, LightFrame starts up automatically whenever the
computer is started. At system start up, LightFrame checks the selected
resolution of the monitor and if the monitor is LightFrame capable.

107T5

83

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3b) If you want to highlight only an area of a window, click on the left
mouse button and drag the cursor over the area to be highlighted while
holding the mouse button. A rectangle forms around the area. When the
area is encompassed by the rectangle, release the mouse button and
the area becomes highlighted.

Icon and Colors
An icon of a monitor represents LightFrame on your desktop. This icon
appears as a shortcut on the Windows desktop. LightFrame has three (3)
modes of operation: Active, Inactive, and Suspended. The same icon
with a different color in its center represents each mode.
Active = The LightFrame taskbar as below.

How to Deactivate LightFrame
To deactivate, click on the LightFrame icon in the System Tray of the
Taskbar. Click
Icon, as Fig.1and Taskbar will be changed to Fig. 2
and LightFrame is deactivated.

Inactive = The taskbar as below.
Suspended = The taskbar as below.

Fig.1
Note

Notes
An active window must be 100% visible, i.e. it must be on top of all other
windows or areas. If any part of another window or area overlaps a
highlighted window, LightFrame automatically suspends operation. Once
that window or area is removed and the original highlighted window is on
top again, LightFrame automatically re-engages and the icon regains its
bright green center.
An active window must also be 100% on the monitors viewing area. If
part of a highlighted window moves off the monitors viewing area,
LightFrame automatically goes into the Suspended mode. If part of a
window is off the viewing area, you will not be able to use LightFrame on
that window.
Only one window or area at a time can be highlighted.

How To Activate LightFrame
1) Click on the LightFrame icon
will be changed to
Fig.B.

Fig.2

Fig. A in the systemtray. The icon

Fig.A

Fig.B
2) Guide the mouse to the window you want displayed. As you move the
mouse, the cursor changes to a small arrow with a light bulb.

3a) Click on the window you want to have highlighted. The brightness
and sharpness are automatically adjusted.

If a highlighted window is closed before LightFrame is deactivated,
LightFrame is automatically deactivated.

LightFrame for Windows (Continued)

107T5

84

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On button
Add/remove button

LightFrame 3 State and transition diagram
Combined with Control bar appearance

Off button
Full screen button
Help button
LF Idle

User clicks off or full screen

User clicks full screen button

User clicks on button

User clicks
off button

LF active
Select first target

User clicks full
screen button
User clicks
off button

LF active
Full screen

User selects first target

LF active
First target selected

Overlap removed or
window restored
Overlap or
minimize situation

LF suspend
All highlighted areas are
overlapped by other
application

User clicks
add/remove buttonUser (de)selects
targets

LF active
Add/remove selections

User clicks full
screen button

Repair Tips

107T5

85

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0. Warning
All ICs and many other semi-conductors are susceptible to
electrostatic discharges (ESD). Careless handling during
repair can reduce life drastically. When repairing, make sure
that you are connected with the same potential as the mass
of the unit via a wrist wrap with resistance. Keep components
and tools also at the same potential !

1. Servicing of SMDs (Surface Mounted Devices)
1.1 General cautions on handling and storage
- Oxidation on the terminals of SMDs results in poor soldering.
Do not handle SMDs with bare hands.
- Avoid using storage places that are sensitive to oxidation
such as places with sulphur or chlorine gas, direct sunlight,
high temperatures or a high degree of humidity. The
capacitance or resistance value of the SMDs may be
affected by this.
- Rough handling of circuit boards containing SMDs may
cause damage to the components as well as the circuit
boards. Circuit boards containing SMDs should never be
bent or flexed. Different circuit board materials expand and
contract at different rates when heated or cooled and the
components and/or solder connections may be damaged
due to the stress. Never rub or scrape chip components as
this may cause the value of the component to change.
Similarly, do not slide the circuit board across any surface.
1.2 Removal of SMDs
- Heat the solder (for 2-3 seconds) at each terminal of the
chip. By means of litz wire and a slight horizontal force,
small components can be removed with the soldering iron.
They can also be removed with a solder sucker (see Fig.
1A)
Fig. 1 DISMOUNTING
SOLDERING
IRON

VACUUM PISTON
4822 395 10159

e.g. WELLER
SOLDER TIP PT -H7

A

SOLDERING
IRON
SOLDER WICK
4822 321 40042
e.g. A PAIR OF TWEEZERS
HEATING

HEATING

B
SOLDERING
IRON
SOLDER WICK

preferably be equipped with a thermal control (soldering
temperature: 225 to 250 oC).
- The chip, once removed, must never be reused.
1.4 Attachment of SMDs
- Locate the SMD on the solder lands by means of tweezers
and solder the component on one side. Ensure that the
component is positioned correctly on the solder lands (see
Fig.2A).
- Next complete the soldering of the terminals of the
component (see Fiq. 2B).
Fig. 2 MOUNTING
e.g. A PAIR OF TWEEZERS

A
SOLDER
0.5 - 0.8 mm
PRESURE
SOLDERING
IRON

SOLDERING TIME
SOLDER
< 3 sec/side
0.5 - 0.8 mm
PRESURE
SOLDERING
IRON

2. Caution when attaching SMDs
- When soldering the SMD terminals, do not touch them
directly with the soldering iron. The soldering should be
done as quickly as possible, care must be taken to avoid
damage to the terminals of the SMDs themselves.
- Keep the SMD's body in contact with the printed board when
soldering.
- The soldering iron to be used (approx. 30 W ) should
preferably be equipped with a thermal control (soldering
o
temperature: 225 to 250 C).
- Soldering should not be done outside the solder land.
- Soldering flux (of rosin) may be used, but should not be
acidic.
- After soldering, let the SMD cool down gradually at room
temperature.
- The quantity of solder must be proportional to the size of the
solder land. If the quantity is too great, the SMD might
crack or the solder lands might be torn loose from the
printed board (see Fig. 3).
Fig. 3 Examples

C

- While holding the SMD with a pair of tweezers, take it off
gently using the soldering iron's heat applied to each
terminal (see Fig. 1 B).
- Remove the excess solder on the solder lands by means of
litz wire or a solder sucker (see Fig. 1C).
1.3 Caution on removal
- When handling the soldering.iron. use suitable pressure and
be careful.
- When removing the chip, do not use undue force with the
pair of tweezers.
- The soldering iron to be used (approx. 30 W) should

B

RIGHT

SOLDERING
IRON

Safety test requirements

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86

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All units that are returned for service or repair must pass the
original manufactures safety tests. Safety testing requires both
Hipot and Ground Continuity testing.

HI-POT TEST INSTRUCTION
1. Application requirements
1.1 All mains operated products must pass the Hi-Pot test as
described in this instruction.
1.2 This test must be performed again after the covers have
been refitted following the repair, inspection or modification
of the product.

3. Equipments and Connection
3.1. Equipments
For example :
- ChenHwa 9032 PROGRAMMABLE AUTO SAFETY
TESTER
- ChenHwa 510B Digital Grounding Continuity Tester
- ChenHwa 901 (AC Hi-pot test), 902 (AC, DC Hi-pot test)
Withstanding Tester
3.2. Connection
* Turn on the power switch of monitor before Hipot and
Ground Continuity testing.
Clip

2. Test method
2.1 Connecting conditions
2.1.1 The test specified must be applied between the parallelblade plug of the mainscord and all accessible metal
parts of the product.

Clip

2.1.2 Before carrying out the test, reliable conductive
connections must be ensured and thereafter be
maintained throughout the test period.
2.1.3 The mains switch(es) must be in the "ON" position.
2.2 Test Requirements
All products should be HiPot and Ground Continuity tested as
follows:
Condition

Test
voltage

HiPot Test for
products where
the mains input
range is Full
range(or 220V
AC)

HiPot Test for
products where
the mains input is
110V AC(USA
type)

2820VDC
(2000VAC)

1700VDC
(1200VAC)

Test time 3 seconds
(min.)

1 second

Trip
current
(Tester)

set at 100 uA
for Max.
limitation; set
at 0.1 uA for
Min. limitation

5 mA

Ramp
time

set at 2
seconds

(ChenHwa 9032 tester)

Ground Continuity
Test requirement

Test current:
25A,AC
Test time:
3 seconds(min.)
Resistance
required:
<=0.09+R ohm,
R is the
resistance of
the mains cord.

Video cable

Connect the "video cable"
or "grounding screw"
to the CLIP on your tester.

Grounding screw

Connect the power cord
to the monitor.

2.2.1 The test with AC voltage is only for production purpose,
Service center shall use DC voltage.
2.2.2 The minimum test duration for Quality Control Inspector
must be 1 minute.No breakdown during the test.

Power outlet
(Rear view of monitor)

2.2.3 The test voltage must be maintained within the specified
voltage + 5%.
2.2.4 The grounding blade or pin of mains plug must be
conducted with accessible metal parts.

4. Recording
Hipot and Ground Continuity testing records have to be kept for
a period of 10 years.

General Troubleshooting Guide

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General Troubleshooting Guide

1

No Display,
but LED is ON
or LED is amber (yellow)

Unstable Picture/
Picture Flickers

6

2

Monitor drivers
(inf file)

H/V Rolling,
H/V Sync.

7

Picture too bright

8

Picture too dim

9

3

Focus

4

Degaussing

5

11

12

13

14

15

Picture distortion
(Geometry)

No Power /
LED is off

10

Power management
function is not active

16

A buzzing sound
when powering on

17

CustoMax

18

Colorific

19

USB

20

Moire

OSD main
menu locked
Shimmering /
Jitter/Video Noise
Missing Color

Color Purity
Picture too
Large or Small

Note : Not all described feature are applicable for all monitors.

21

88

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General Troubleshooting Guide

107T5

Go to cover page
1
NO DISPLAY,
but LED is ON
or LED is amber(yellow)

LED
Amber? or Green?

Amber

Green
Make sure the correct signal is input.

Is the ATTENTION
picture displayed?

Make sure of the state of the computer
(Turn on).
Press the keyboard or operate the mouse.

CHECK SIGNAL CABLE

NO SIGNAL INPUT

NO
Is picture displayed
normally?
Check contrast level
is not minimized.
(Press Contrast button,
increase value to 100.)

YES
NO

END
OK
Power off the monitor and then on.
Restart PC.

YES
YES

NO

Is picture displayed
normally?
Is picture displayed
normally?

NO

YES

It is need to check and
repair the monitor.
YES

END

It is need to check and
repair the monitor.

END

1. Make sure the correct signal is input.
2. Press the keyboard or operate the mouse.
3. Make sure of the range of the
input frequency and then set the computer.

YES

NO

Is picture displayed
normally?
It is need to check and
repair the monitor.
YES

END

General Troubleshooting Guide

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2

Picture is too bright
or dark

Press the OK OK button
Bring up "MAIN CONTROLS" window

NO

YES

Select "RESET TO FACTORY
SETTINGS"
Make sure of the signal cable connection.
Make sure of the state of the computer
(Turn on).
Press the keyboard or operate the mouse.
OK

Press the OK
button
Bring up "RESET TO FACTORY
SETTINGS" window

YES

Is picture displayed
normally?

YES

NO

END

It is need to check and
repair the monitor.

Press the DOWN
button
to select "YES"

Is picture displayed
normally?

YES

Press the OK
Press the OK

YES

END

OK
OK

button
button

90

General Troubleshooting Guide

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3
Plug & Play is not
active normally

for Windows 95/98/2000/Me or later
Philips' monitors build in VESA DDC2B feature to support Plug & Play
requirement for Windows 95/98/2000/Me . You can install the information file ( .inf)
in order to select your Philips monitor from "Monitor" dialog box in Windows
95/98/2000/Me to activate Plug & Play application. The installation procedure
based on
Windows '95 OEM Release 2 , 98 , Me and 2000 is specified as follows,
(In case of connecting the monitor to the PC compliant with
VESA standard with the designated signal cable, the PC reads
display pixels, frequency, and color feature of this monitor to
optimise the picture for the monitor automatically.)
DDC : Abbreviation for Display Data Channel
** Windows NT 4.0 does not inquire driver (inf file) for monitors.**

For Windows 95

1. Start Windows '95
2. Click the 'Start' button,
point to 'Setting',
and then click 'Control Panel'.
3. Double Click the 'Display' Icon.
4. Choose the 'Settings' tab
then click 'Advanced...'.
5. Choose 'Monitor' button,
point to 'Change...'
then click 'Have Disk...'.
6. Click 'Browse...' button then
choose the appropriate drive
F: ( CD-ROM Drive)
then click 'OK' button.
7. Click the 'OK' button then
choose your monitor model
and click the 'OK'.
8. Click 'Close' button.

For Windows 98

1. Start Windows 98
2. Click the 'Start' button,
point to 'Setting', and then
click 'Control Panel'.
3. Double Click the 'Display' Icon.
4. Choose the 'Settings' tab
then click 'Advanced...'.
5. Choose 'Monitor' button,
point to 'Change...'
then click 'Next'
6. Choose "Display a list of all
the drivers in a specific location,
so you can select the driver
you want." then click 'Next'
and then click 'Have Disk...'.
7. Click 'Browse...' button
then choose the appropriate
drive F: ( CD-ROM Drive)
then click 'OK' button.
8. Click the 'OK' button then
choose your monitor model
and click the 'Next' button
then click 'Next' button.
9. Click 'Finish' button
then the 'Close' button.

For Windows Me

1. Start Windows Me
2. Click the 'Start' button,
point to 'Setting',
and then click 'Control Panel'.
3. Double Click the 'Display' Icon.
4. Choose the 'Settings' tab
then click 'Advanced...'.
5. Choose 'Monitor' button,
then click 'Change...' button.
6. Choose "Specify the location
of the driver(Advanced)"
and click the 'Next' button.
7. Choose "Display a list of all
the drivers in a specific location,
so you can select the driver
you want." then click 'Next'
and then click 'Have Disk...'.
8. Click 'Browse...' button then
choose the appropriate drive
F: ( CD-ROM Drive)
then click 'OK' button.
9. Click the 'OK' button then
choose your monitor model
and click the 'Next' button
then click 'Next' button.
10. Click 'Finish' button
then the 'Close' button.

If your Windows 95/98/2000/Me version is different or you need more detail
installation
information, please refer to Windows 95/98/2000/Me user's manual.

For Windows 2000

1. Start Windows 2000
2. Click the 'Start' button,
point to 'Setting', and then
click 'Control Panel'.
3. Double Click the 'Display' Icon.
4. Choose the 'Settings' tab
then click 'Advanced...'.
5. Choose 'Monitor'
- If the 'Properties' button
is inactive, it means your
monitor is properly configured.
Please stop installation.
- If the 'Properties' button is active.
Click 'Properties' button.
Please follow next step
continually.
6. Click 'Driver' and then
click on 'Update Driver...'
then click on the 'Next' button.
7. Choose "Display a list of the
known drivers for this device so
that I can choose a specific driver
then click 'Next' and
then click 'Have disk...'.
8. Click 'Browse...' button then
choose the appropriate
drive F: ( CD-ROM Drive).
9. Click the 'Open' button,
then click the 'OK' button.
10. Choose your monitor model and
click the 'Next' button
then click 'Next' button.
11. Click 'Finish' button
then the 'Close' button.
If you can see the
"Digital Signature Not Found" window
then click the 'Yes' button.

General Troubleshooting Guide

4
Power management
function is not active

Verify the PC is compliant with VESA.
In case all of the video signals of PC are
not off, power management function is
not active normally. [Repeat to power on
and off (power management).]
There are accelerator boards not
complied with VESA.

OK

NO

YES

END

It is need to check and
repair the monitor.

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General Troubleshooting Guide

5
A buzzing sound
when powering on

This sound is caused when the auto degaussing circuit is active.
This buzzing sound is normal when the monitor is first turned on.
This sound may be louder during the winter months and during
initial power on.

OK

NO

YES

END

It is need to check and
repair the monitor.

General Troubleshooting Guide

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6

NO POWER
/ LED is off

NO

Is cabinet of
monitor damaged
by
being dropped?

YES

The monitor may have become
faulty due to excessive shock.

1. Is the correct AC power cord
connected?
2. Is AC power outlet active?

YES

It is need to check and
repair the monitor.

Power off the monitor and then on.

YES

POWER LED
ON?

NO

Insure that unit is plugged into a
known good power source
(Move a good radio to plug into the
power source to test it.)

YES
YES
END
POWER LED
ON?

NO

YES

END

93

It is need to check and
repair the monitor.

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7

Color has
irregularity
Have you changed the
tilt or swivel angle
of the monitor?

Did you adjust the red,
green, and blue colors?

YES

YES

OK

Press OK "
" button
Select "EXTRA CONTROLS"

Are there any stray fields such as magnetic and
speaker near the monitor?
Keep any stray magnetism away from the computer.

Select "RESET TO FACTORY
SETTINGS"

OK

Press the OK
button
Bring up "EXTRA CONTROLS"
window

YES
Is picture displayed
normally?

YES
69

85

END
Press the DOWN
button
to select "DEGAUSS",
then press OK " OK " button

OK

Press the OK
button
Bring up "RESET TO FACTORY
SETTINGS" window

NO
Is picture displayed
normally?

NO

YES
Press the DOWN
button
to select "YES"
END

NO

Is picture displayed
normally?

YES
* Keep any stray magnetism
away from the computer.
* Reset to Factory settings.
* Press "DEGAUSS" selection.

Press the OK
Press the OK

Unsuccessful

YES

It is need to check and
repair the monitor.

END

OK
OK

button
button

General Troubleshooting Guide

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7

Picture distortion is
not adjusted
normally.

Is it possible to make adjustment by
using the On Screen Display ?

Press "OK" button, then bring up
"MAIN CONTROLS" window.

Adjust Horizontal, Vertical or Shape.

Is picture
displayed
normally

YES

OK

YES

Press the OK
button
Bring up "MAIN CONTROLS" window

95

YES

Select "RESET TO FACTORY
SETTINGS"

END

OK

Press the OK
button
Bring up "RESET TO FACTORY
SETTINGS" window

Press the DOWN
button
to select "YES"

Is picture displayed
normally?

YES

Press the OK
Press the OK

YES

END

OK
OK

button
button

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9

Picture is not stable

1. No picture is displayed for a few seconds in changing
resolution (in changing display pixels) such as picture
disappearing in a moment, etc.. This is normal function
to mask unstability in changing picture.
2. In case of picture moving :
Picture moves due to the degaussing device working
after Select "DEGAUSS" (OSD screen) and press the
OK button (front control of montor), but it is normal.
In another case, magnetism can cause picture moving.
In case there is any magnetics such as high capacity
transformers, large current power lines, and electric
equipments near the monitor, keep them away from
the monitor.

OK

END

NO

It is need to check and
repair the monitor.

General Troubleshooting Guide

10

Need to change
display size and
adjust distortion

Adjust each resolution
according to user's guide.

END

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11

Color Patterns visible
on the screen

Are Moire color fringes visible with some images?
(e.g. Windows shutdown screen)
Moire is the phenomenon interference fringes are
visible on the screen. It occurs due to the
interference between the regular pattern of video
and phosphors layout pattern of CRT, and it is not
a fault but fringe of light and darkness (or colored fringe).
Adjust MOIRE (Horizontal or Vertical).
The moire level on the screen can be reduced.

OK

NO

YES

END

It is need to check and
repair the monitor.

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11

MOIRE

: Moir is a natural effect or phenomenon of CRT that has the appearance of a wavy pattern
which is repetitive and superimposed on the screen as ripple images. , not just Philips monitor had.
These are a few suggestions to help for reducing or minimizing the effect.
- Some monitors have a Moir cancellation feature, activate it to the on position
or adjust the Moire cancellation function via the OSD manipulation on the monitor.
- Change resolution to the recommended standard for the specific monitor size.
- Change Window viewing pattern/scheme to a pattern where the moir is less visible.
- Change horizontal and vertical size to optimize the reduction of the moir effect.

OK

NO

YES

END

It is need to check and
repair the monitor.

MOIR
A fringe pattern arising from the interference between two superimposed line patterns.
In a monitor it comes from the interference between the shadow mask pattern
and the video information (video moir , and between the shadow mask
and the horizontal line pattern (scan moir . It shows itself as wavy patterns
on the screen and becomes more noticeable as monitor resolution increases.
Since the video signals varies continuously, little can be done about video moir
Scan moir depends on the horizontal scanning frequency and can be alleviated
by appropriate choice of this frequency. Autoscan (MultiSync) monitors, however,
which operate over a range of scanning frequencies,
may sometimes exhibit moir in certain video modes.
Several sources can act as a catalyzer to produce Moire. They are : The CRT,
shadow mask, the electron beam spot size, the resolution, video patterns,
and the horizontal and vertical size.

99

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OSD MAIN MENU
LOCKED

Press and hold the OSD menu key for about 10 seconds ,
until picture displays "OSD MAIN MENU UNLOCKED"

OK

NO

YES

END

Please contact your
dealer/reseller for
more information.

General Troubleshooting Guide
Shimmering/
Jitter/Video Noise

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13

Turn on monitor with a display or
image for 30 minutes (due to drift).
NO

Jitter or Noise still present ?
YES

END

Try moving the monitor to another
location to see if problem goes away.
Jitter or Noise disappear.
YES
Environment problem

NO
1. Try system with
another monitor.
2. Try monitor with
another system.

END
Jitter or Noise disappear.

NO

YES
Video system
problem

END

Monitor related ?
Power off any monitor that
is within 2 or 3 feet away.
Remove any unshielded
speakers away from the
monitor.
Make sure there are no
flourescent light fixtures
close to the monitor.

Try to keep monitor
away from large metal
structures, power poles,
fans and metal carts.

Check for other devices
that may be causing
magnetic interference.

NO

Is picture displayed
normally?
YES

It is need to check and
repair the monitor.

101

END

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14

Missing Color

There are 2 easy ways to determine the Missing color problem.
1. View an image that is supposed to be "White".
If one of the colors (RGB) is not functioning.
White can not be produced.
2. View an image that supposed to contain Red, Green and Blue.
Color problems will be apparent when one or more of these
colors can not be displayed.

1. Turn off monitor.
2. Disconnect video
cable.
3. Turn on monitor.

RED

Colors on warning
signal OK ?

+

GREEN

+

BLUE

=

WHITE

=

Cyan

=

Purple

=

Yellow

YES
Cyan Color means that the red gun
is missing.

Check video cable for
bent pins, reseat it.

RED

Signal cable pins
OK ?

+

GREEN

+

BLUE

YES
Magenta or Purple Color means that
the green gun is missing.

1. Try system with
another monitor.
2. Try monitor with
another system.
3. Try changing in
the application.

Is picture displayed
normally?

RED

NO

It is need to check and
repair the monitor.
YES

END

+

GREEN

+

BLUE

Yellow Color means that the blue gun
is missing.

RED

+

GREEN

+

BLUE

General Troubleshooting Guide

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Color Purity

Turn on monitor with a full image
for 30 minutes (due to drift).
Color Purity or Blotchy or Streaky
YES
Press Degauss button (or via the OSD manipulation)
or Turn unit "OFF" then "ON" to degauss.
Does degaussing resolve ?
YES

NO
Note the location of "problem
area" (Color impurity)

END
Observe the "problem area"
while turning the monitor 90
degrees left of center and
right of center.
Does the "problem area"
move on the screen as you
are turning the monitor ?

NO
Monitor related ?

YES
Environment related ?

Power off any monitor that
is within 2 or 3 feet away.

YES
Check for magnetic interference
and try to remove.
Try moving the monitor to see if
problem goes away.

Remove any unshielded
speakers away from the
monitor.

Is picture displayed
normally?

Make sure there are no
flourescent light fixtures
close to the monitor.

YES
Try to keep monitor
away from large metal
structures, power poles,
fans and metal carts.

END

NO
Check for other devices
that may be causing
magnetic interference.

NO

Is picture displayed
normally?
YES

It is need to check and
repair the monitor.

103

END

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16
Power management
function is not active

Verify the PC is compliant with VESA.
In case all of the video signals of PC are
not off, power management function is
not active normally. [Repeat to power on
and off (power management).]
There are accelerator boards not
complied with VESA.

OK

NO

YES

END
It is need to check and
repair the monitor

General Troubleshooting Guide

17
A buzzing sound
when powering on

This sound is caused when the auto degaussing circuit is active.
This buzzing sound is normal when the monitor is first turned on.
This sound may be louder during the winter months and during
initial power on.

OK

NO

YES

END

It is need to check and
repair the monitor.

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18

CustoMax

CustoMax is proprietary Philips software
that allows user to control parameter (e.g. Size , Color , Geometry )
in place of the buttons on the front of the monitor.
To install and run the CustoMax., you must have a USB compatible system
and have a USB connection on the rear of your monitor.

- Check Monitor Type
- Check PC & Video card
- Check USB port
- Check USB hub
- Check USB cable
- Check USB device
- Check Customax version
(Brilliance - 105,
Brilliance - 107,
CustoMax 2.01)

OK

NO

YES

END

Please contact your
dealer/reseller for
more information.

Features:
CustoMax for monitors is a software program for adjusting the screen geometry, color quality,
image quality and hardware and software settings of your display.

General Troubleshooting Guide

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Colorific

Colorific is a color matching software that helps user match the monitor
and printer to fulfill the requirement of WYSIWYG (what you see is what you get ) .
The Colorific software is the property of Sonnetech ,Ltd.
Only certain Philips monitor Models are equiped with the software.
If you have special interesting , please hit the web site "http:\www.colorific.com".
The compatibily problem with Windows :
Colorific 4.2 or below issued before Sept 98 cannot run in Win98.
Colorific 4.24 (CM5800) manufactured before May 1998 and issued by Feb 98 can support Win 98.
Colorific4.3 can fully support in Win 98

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20

USB

USB = Universal Serial Bus
USB automatically determines resources (like driver software and bus bandwidth)
required by peripherals.
USB makes necessary resources available without user intervention.
It is designed to meet Microsoft Plug and Play (PnP) specification, meaning users can install,
and hot-swap devices without long installation procedures and reboots.
It allows 127 devices to run at the same time on the bus.
USB bus provides two types of data transfer speed -- 1.5Mbps and 12Mbps
and it can provide a maximum of 500mA of current to devices attached on the bus.
Universal means all peripherals share the same connector.
Serial simply defines devices can daisy chain together.
Universal Serial Bus 1.1, the de facto external connectivity standard for Mac and PC,
has picked up the speed after its slow adoption by peripheral manufacturers, users and PC OEMs.
USB 2.0 :
Drafted by Compaq, Hewlett Packard, Intel, Lucent, Microsoft, NEC and Philips,
USB Specification version 2.0 will increase device data throughout
up to 480Mbps, 40 times faster than USB 1.1 devices.

General Troubleshooting Guide

21

Picture too Large
or Small

: Reset monitor via OSD menu maniputlation
: Adjust the Horz(width) and.or Vert size (height) in the On Screen Display.
: Change monitor timing to work at the recommended resolution.

OK

NO

YES

END

Please contact your
dealer/reseller for
more information.

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