Philips 107t50/00 User manual

17"

Auto

Scan

Colour

Monitor

Service

co

EPA

POLLUTION

PREVENTER

Chassis:V30

rf

:

a

BES,

Pm

es

go

ote,

Ti:

TNE

Paes:

5

~

:

re

=

oo

MODEL

:

V30

107T50/00

107T51/00

Horizontal

frequencies

30

-

71

KHz

TABLE

OF

CONTENTS

Description

Page

Description

Page

important

Satety

NOUces+--ssese-

sass

teense

sete

eec

2

Circuitry

schematic

diagrams(Audio)

--------

34~

36

Technical

data

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

er

ener

nnn

ner

3

Circuitry

schematic

diagrams(Key

)

----------

37,

38

Installation--------------------

renner

ern

renner

rrr

4

Exploded

View

----------------------2-0--

rec

ese

eee

eeee

39

On-screen

Display

(OSD)-------------------+------

5~8

Recommend

Parts

List

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

40

OSD

Lock/Unlock,

Burn

In,

Service

mode-----

9~12

Spare

Parts

List----------------

Pesteb

toch

sct

coed

41,42

Wiring

Diagtatn

pscccersrsctece

ss

atsoncs

ce

eetecntees

14

General

Product

Specification

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

AB=72

Mechanical

Instructions

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

15,16

Repair

Flow

Chart--------------------------------

73~80

Warning

and

Notes

+

:stcseecesenteeseenenseare-sr

os

ae

17

Light

Fram

for

Windows-------------------------

81~84

Electrical

InstructionS----------------------------

18~20

Repair

Tips

---------------------------0---0

ec

rece

renee

85

DDC

Instructions

---------------7-------20r

errno

noe

21~28

Safety

Test

Requirements----------------------------

86

Block

Diagram------------------------r0r

rrr

rnc

nce

29

General

Troubleshooting

Guide

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

87~109

Circuitry

schematic

diagrams(Main)

----------

30~

33

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

CG

Mar.

14,

2003

CGB)

3138

106

10264

PHILIPS

2

Ce

44.

Go

to

cover

page

Proper

service

and

repair

is

important

to

the

sate,

reliable

operation

of

ail

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.

**

Hereatter

throughout

this

manual,

PHILIPS

Consumer

Electronics

Company

will

be

referred

to

as

PHILIPS.

WARNING

Critical

components

having

special

safety

characteristics

are

identified

with

a

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

A

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

uum

«©

===

8

me

©

Important

Safety

Notice

i

|

FOR

PRODUCTS

CONTAINING

LASER

:

'DANGER-

invisible

laser

radiation

when

open.

AVOID

DIRECT

EXPOSURE

TO

BEAM.

performance

of

procedures

other

than

|

|CAUTION-

Use

of

controis

or

adjustments

or

t

|

i

t

those

specified

herein

may

result

in

hazardous

radiation

exposure.

|

'

CAUTION-

Theuse

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

217

inch

Pitch

10.25

Deflection

angle

:

90

degrees

Glass

:

dark

Light

transmission

150%(CPT),

52.8%(LG),

52.6%(SDI).

Surface

:

AGARAS

Impiosion

protection

:

CRT

is

provided

with

P-mini-rim-band.

Black

matrix

:

Yes

Phosphor

P22

EHT

225

KV

(Ib=0)

CRT

source

CPT,

LG,

SDI

Scanning

Horizontal

scanning

730-71

KHz

Vertical

scanning

250-160

Hz

Input

signats

Video

:

Analog

levei

Sync.

:

Separate

sync.

with

TTL

level

Polarity

:

Positive

or

negative

Signal

input

level

Video

:

0.7

Vp-p

75

ohms

Sync

:

TTLtevel

Impedance

Video

:

Terminated

with

75

ohms

Sync

:

Terminated

with

4.7K

ohms

pull

down

resistors

Video

amplifiers

Dot

Rate

£108

Mhz

Operating

limits

Temperature

:

0C

to40C

Humidity

>

10

to

90%

(W/O

condensation)

Airpressure

:

700

~

1100

mbar

Non-operating

limits

(storage)

Temperature

:-25C

to65C

Humidity

:

5to

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

:

doubie

wall

AB

flute

corrugate

board,

color

brown

Bursting

119.3

kgf/cm?

min

Compression

:

600

kgf

min

White

color

adjustment

Based

on

the

1931

CIE

chromatic

diagram

(x,y)

coordinates

of

white

disptay

on

screen

center

should

be:

For

9300K

X

=0.283

0.015

Y

=0.297

0.015

For

6500K

X

=0.313

0.015

Y

=0.329

0.015

For

sRGB

X

=0.313

0.015

Y

=0.329

0.015

assignment

:

Ports

3

|

K€

Go

to

cover

page

The

15-pin

O-sub

connector(maie)

of

the

signal

caole

<

'

No.

Assignment

No.

;

Assignment

jis

i

Red

video

input

9

+5V

DDC

|

2

Green

video

input

10

‘Gnd

|

3

__|

Blue

video

input

nn

(Gnd

4

|

Gnd

12

:

Bidirectional

Data

For

self-test

i

5

13

!H.Syne

/H

|

6

|

Red

video

ground

14

iV.Syne(VCLK

for

DDC)

|

7

|

Green

video

ground

15

[Data

clock

line(SCL)

[8

Blue

video

ground

4

'

Data

Storage

Factory

preset

modes:

This

monitor

has

8

factory-preset

modes

as

indicated

in

the

Factory

preset

modes:

8

Resolution

_H.

freq.

V.

freq.

H.

V.

1.

720x400

31.5

KHz

70OHz

(VGA)

2.

640x480

31.47

KHz

60H2z

(VGA)

3.

640x480

43.3.

KHz

85H2(VESA)

4.

800

x

600

46.9

KHz

75Hz(VESA)

5.

800x600

53.674KHz

85Hz(VESA)

6

7

8

+

(1024x768

60.0

KHz

75Hz(VESA)

"1024x768

68.7

KHz

85Hz(VESA)

"4280x1024

64.0

KHz

60Hz(VESA)

+e

eet

t+eeet

Automatic

Power

Saving

"Signa

Compliance

Power

“HSync

—-V-Sync.—

Video

Requirement

“On

Active

~—s

Active

«==

Active

Mandatory

“a

75w

On

Inactive

Active.

=—«sBlanked

=

Mandatory

=

<=

2

Ott

Active

Inactive

Blanked

Mandatory

<=

2w

“Off

Inactive

a

2

Inactive

Blanked

~~

Mandatory

“ec

2w

This

monitor

is

ENERGY

STAR

compliant.

this

product

meets

the

ENERGY

STAR*

guidelines

for

energy

Efficiency

i

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.

ec

44.

Go

to

cover

page

Front

View

107FS/TS

Front

control

9

Power

button

switches

your

monitor

on.

s

OK

button

which

when

pressed

will

take

you

to

the

OSD

controls

8)

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.

39

*.*

and

‘+"

buttons,

are

used

for

adjusting

the

OSD

of

your

™

Monitor.

C")

LightFrame

hotkey.

When

the

button

is

pressed,

the

adjustment

controls

for

LightFrame

will

show

up.

Front

control

&

OSD

Rear

view

1.

Power

in

-

attach

power

cable

here.

2.

Video

tn

-

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

What

is

the

On-Screen

Display?

This

is

a

feature

in

alt

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

3

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

—)

®

the

keys

to

make

your

adjustments

within.

a

SED

oti

ae

MAUPIN

CONTROLS

INPERE

SEGNAL

GELECEEON

YOoOs

ADIN

T

HORLT

CONT

AL

AD

FNGE

4

GCAL

AOINST

SHIPE

ADMIST

COLOR

RESET

TO

FACTORY

SETTINGS

foTe

INTROLG

CLOSE

MAIN

CONTROLS

MOVE

SELECTION

THEN

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.

CRT

OSD

tree

/

English

First

Lovet

Second

Level

Teed

Level

p—

LANGUAGE

T=

DUB

sae

50m.

6.

SOFC WOT. (OFS

1.

SOP CRP

omen

ony

|

TBA

|

i—

FRANCAS

i

DEUTSCH

|

INPUT

S9GNAL,

SELECTION

INPUT

A

i44

Go

to

cover

page

Ss

ce

44

Go

to

cover

page

The

OSD

Controls

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

BRIGHTNESS

window

appears.

BRIGHTNESS

2)

Press

the

=

or

+

button

to

adjust

the

brightness.

3)

When

the

brightness

is

adjusted

to

the

tevel

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

-.

button

on

the

monitor.

The

CONTRAST

window

appears.

CONTRAST

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

OSD

Adjustments

LANGUAGE

The

ON

SCREEN

DISPLAY

shows

its

settings

in

one

of

eight

languages

The

default

is

English,

but

you

can

select

French,

Spanish,

German,

Italian,

Simplity-Chinese,

Korea,

Brazilian

or

Portuguese.

1)

Press

the

™

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

LANGUAGE

should

be

highlighted.

2)

Press

the

®

button

again.

The

LANGUAGE

window

appears.

MAIN

CONTROLS

LANGUAGE

INPUT

SIGNAL

SELECT

ZOOM

ADJUST

HORIZONTAL

{tl

ADJUST

VERTICAL

ADJUST

SHAPE

ADIUST

COLOR

iey

RESET

TO

FACTORY

SETTINGS

EL

TRA

CONTROLS

CLOSE

MAIN

CONTROLS

MOVE

SELECTION

THEN

&:

3)

Press

the

~

or

+

button

until

the

desired

language

is

highlighted.

LANGUAGE

Pe

eneuien

2"

ESPAROL

FRANCAIS

DEeuTscH

ITALIANO

roarucues

Sze

@®

MOVE

SELECTION

THEN

@

BACK

TO

MAIN

CONTROLS

4)

Press

the

®

button

to

confirm

your

selection

and

return

to

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted...

Sman

Help

After

retuming

to

MAIN

CONTROLS

...

.

..

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)

ZOOM

increases

or

decreases

the

size

of

the

images

on

your

screen.

To

adjust

the

ZOOM

follow

the

steps

below.

1)

Press

the

®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

©

button

until

ZOOM

is

highlighted.

MAIN

CONTROLS

LANGUACE

INPUT

GICNAL

SELECTION

ADJUST

HORTCONTAL

ADIUST

YERTICAL

ADJUST

GSHAPE

ADIUNGT

COLOR

GFT

TO

FACTORY

SETTINGS

ELTRA

CONTROLS

¥

CLOSE

MAIN

CONTROLS

wa

MOVE

SELECTION

THEN

3)

Press

the

§

bution.

The

ZOOM

window

appears.

“OOM

§

200m

Q P

—S>—_—

@

so

®

@

BACK

TO

MAIN

CONTROLS

4)

Press

the

~

ot

*

button

to

adjust

ZOOM.

5)

Press

the

™

button

to

confirm

your

selection

and

retum

to

the

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted.

Smart

Help

After

retuming

to

MAIN

CONTROLS

..

.

_..

to

continue

to

ADJUST

HORIZONTAL,

press

the

-

button

until

ADJUST

HORIZONTAL

is

highlighted.

Next,

follow

steps

3

-

7

under

ADJUST

HORIZONTAL.

.

..

10

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

controts

the

image

on

your

screen,

pushing

it

out

toward

the

left

and

right

sides

or

pulling

it

in

toward

the

center.

1)

Press

the

§

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

~

button

until

ADJUST

HORIZONTAL

is

highlighted.

MYIN

CONEROULS

LANGUaGce

INDUIE

GIGNAL

GELECTION

oom

2!

303UGT

VERTICAL

oe

INIUNGT

GHAPE

ADENGT

COLOR

BESET

FO

EACTORY

SETTINGS

Poth

CONTROES

yvochati.d

MAEN

CONTROLS

wa

MOVE

SELECTION

THEN

4

Go

to

cover

page

3}

Press

the

“

putton.

The

AQUST

HORIZONTAL

windew

appears.

ADJUST

POSITION

should

be

hignignted.

ADIUNGST

HORITCONTFAL

WMS

POSITION

4)

Press

the

-

or

*

button

to

move

the

image

to

the

left

or

right.

5)

When

the

position

is

adjusted,

press

the

©

button

to

retum

to

MAIN

CONTROLS

window,

or

press

the

-

to

highlight

ADJUST

SIZE.

ADIUGT

HORTCONTAL

POSITION

MSs

Sze

BACK

TO

MAIN

CONTROLS

6)

To

adjust

the

horizontal

size,

press

the

-

or

+

button.

7)

When

the

size

is

adjusted,

press

the

3%

button

to

return

to

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted.

Smart

Help

After

retuming

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

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

®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

cl

\44.

Go

to

cover

page

2)

Press

the

+

button

until

ADJUST

VERTICAL

is

highlighted.

MAIN

CONTROLS

LANGUAGE

INPUT

SIGNAL

GELECTION

Zoom

[S)

ADJUST

HORTZONT

ADIHGT

SHAPE

ADJUST

COLOR

RESET

TO

FACTORY

GEETINGS

ELTRA

CONTROLS

¥

CLOSE

MAIN

CONTROLS

Va

MOVE

SELECTION

THEN

&

3)

Press

the

®

button.

The

ADJUST

VERTICAL

window

appears.

ADJUST

POSITION

should

be

highlighted.

ADTHGT

VERTICAL

GJ

GEMM

POSITION

(&)

G3

4)

Press

the

~

or

~

button

to

move

the

image

up

or

down.

5)

When

the

position

is

adjusted,

press

the

3

button

to

return

to

MAIN

CONTROLS

window,

or

press

the

*button

to

highlight

ADJUST

SIZE.

ADFIHST

VERTICAL

2

it)

POSITION

(1

QM

size

@

SACK

TO

MAIN

CONTROLS

6)

To

adjust

the

vertical

size,

press

the

>

or

*

button.

7)

When

the

size

is

adjusted,

press

the

&

button

to

retum

to

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted.

Smart

Help

After

retuming

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

axit

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

onty

when

the

picture

is

not

square.

1)

Press

the

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

OSD

Adjustments

(Continued)

2)

Press

the

»

button

until

ADJUST

SHAPE

is

highlighted.

MAIN

CONTROLS

LANGUAGE

INPUT

SIONAL

SELECTION

“oom

ADINGT

HORTZONTAL

ADINGT

VERTICAL

GE)

ADJUST

SHAPE

ADJUST

COLOR

mJ

RESET

TO

FACTORY

SETTINGS

ELTRA

CONTROLS

¥Y

CLOSE

MAIN

CONTROLS

wh

MOVE

SELECTION

THEN

&

3)

Press

the

&

button.

The

ADJUST

SHAPE

window

appears.

ADJUST

SIDE

CURVE

should

be

highlighted.

ADJUST

SHAPE

ADJUST

SIDE

CURVE

ADJUST

SIDE

ANGLES

ROTATE

IMAGE

@

Oba

BACK

TO

MAIN

CONTROLS

@@®

MOVE

SELECTION

THEN

@

4)

Press

the

=

button.

The

SIDE

CURVE

window

appears.

PINCUSHION

should

be

highiighted.

STDE

CURVE

()

PINCUSHION

(J)

BALANCED

5)

To

adjust

the

pincushion,

press

the

-

or

+

button.

6)

When

the

pincushion

is

adjusted,

press

the

~

button

to

highlight

BALANCED

or

press

the

§

button

to

retum

to

the

ADJUST

SHAPE

window.

SIDE

CURVE

(3)

PINCUSHION

(C3

BALANCED

BACK

TO

ADJUST

SHAPE

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

retum

to

the

MAIN

CONTROLS

window,

or

press

the

-

button

until

ADJUST

SIDE

ANGLES

is

highlighted.

OSD

Adjustments

(Continued)

Smart

Help

After

retuming

to

MAIN

CONTROLS

..

.

...to

continue

to

ADJUST

SIDE

ANGLES,

start

with

step

5

under

ADJUST

SIDE

ANGLES

and

foilow

the

directions.

..0

exit

completely,

press

the

"

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

PARALLELOGRAN.

Note:

use

these

features

only

when

the

picture

is

not

square.

1)

Press

the

®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

*

button

untit

ADJUST

SHAPE

is

highlighted.

MAIN

CONTROLS

LANGUAGE

INPUT

GIGNAL

SELECTION

FOO

ADINST

HORTCONTAL

ADJUGT

VERTICAL

(2)

ADJUST

SHAPE

INST

OLOR

RESET

TO

FACTORY

SETTING

FUTRA

CONTROLS

ve

CLOSE

MAEN

CONTROLS

va

MOVE

SELECTION

THEN

3)

Press

the

™

button.

The

ADJUST

SHAPE

window

appears.

ADJUST

SIDE

CURVE

should

be

highlighted.

IINGT

SHAPE

ADJUST

SIDE

CURVE

ADJUST

SIDE

ANGLES

ROTATE

IMAGE

BACK

TO

MAIN

CONTROLS

@@

MOVE

SELECTION

THEN

@

4)

Press

the

+

button

to

highlight

ADJUST

SIDE

ANGLES.

5)

Press

the

33

button.

The

SIDE

ANGLES

window

appears.

TRAPEZOID

should

be

highlighted.

SIDE

ANGLES

TRAPEZOID

@)

PARALLELOGRAM

@

BACK

TO

ADJUST

SHAPE

6)

To

adjust

the

trapezoid,

press

the

-

or

«

button.

Pio7ts

9

|

\4¢

Go

to

cover

page

7)

When

the

trapezoid

is

adjusted,

press

the

=

button

to

highlight

PARALLELOGRAM

or

press

the

™

button

to

return

to

the

ADJUST

SHAPE

window.

SIDE

AKCLES

G

TRAPEZOID

PARALLELOGRAM

@

BACK

TO

ADJUST

SHAPE

8)

To

adjust

the

parallelogram,

press

the

-

or

«

button.

9)

When

the

parallelogram

is

adjusted,

press

the

a

button

to

retum

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

retuming

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.

1)

Press

the

®§

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

+

button

until

ADJUST

SHAPE

is

highlighted.

MATN

CONTROLS

LANGHAGE

INPUT

SIGNAL

SELECTION

fo

ZOOM

th

ADINGT

HOR

ECONT

AL

Ti

ADINGT

VERTICAL

)

adsusT

SHAPE

ADJUST

COLOR

RESET

FO

FACTORY

SETLEINGS

ETRY

CONTROLS

ve

CLOSE

MATIN

CONTROLS

wa

MOVE

SELECTION

THEN

©

3)

Press

the

"

button.

The

ADJUST

SHAPE

window

appears.

ADJUST

SIDE

CURVE

should

be

highlighted.

4)

Press

the

«

arrow

until

ROTATE

IMAGE

is

highlighted.

ADJUST

SHAPE

ADJUST

SIDE

CURVE

ADJUST

SIDE

ANGLES

ROTATE

IMAGE

BACK

TO

MAIN

CONTROLS

@@

MOVE

SELECTION

THEN

CC)

Cac

K€

Go

to

cover

page

5)

Press

the

©

pution.

The

ROTATE

IMAGE

window

appears.

ROTATE

should

be

highlighted.

ROTATE

IMAGE

ROTATE

BACK

TO

ADJUST

SHAPE

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

™®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

+

button

until

ADJUST

COLOR

is

highlighted.

MADN

CONTROLS

EINGHIAGE

INPUT

GIGNAL

GELECTION

LOOM

ADIUGT

HORTCONTAL

ADGUGT

VERVEC

AE

ADINGT

SHAPE

»

RESET

TO

FACTORY

SETTINGS

CONTROLS

OSE

MIIN

CONTROLS

MOVE

SELECTION

THEN

©

3)

Press

the

=

button,

The

ADJUST

COLOR

window

appears.

ADJUST

COLOR

9300K

FOR

GENERAL

USE

6S00K

FOR

IMAGE

MANAGEMENT

$500K

FOR

PHOTO

RETOUCH

shGB

USER

PRESET

@REO

GREEN

@se.veE

@@

MOVE

SELECTION

THEN

®

@

BACK

TO

MAIN

CONTROLS

OR

@®

ADJUST

USER

PRESET

THEN

®

OSD

Adjustments

(Continued)

4)

Press

the

-

or

+

bution

to

highlight

9300K

for

GENERAL

USE,

6500K

for

GAMES,

or

USER

PRESET.

5)

Once

you

have

highlighted

GENERAL

USE

or

GAMES,

press

the

s

button

to

confirm

you

selection

and

return

to

the

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted.

ADJUST

COLOR

9300K

FOR

GENERAL

USE

6500K

FOR

IMAGE

MANAGEMENT

5S500K

FOR

PHOTO

RETOUCH

sRGB

USER

PRESET

@reo

GREEN

@eBLveE

@@

MOVE

SELECTION

THEN

@®

@

@ACK

TO

MAIN

CONTROLS

OR

@@

ADJUST

USER

PRESET

THEN

®

6a)

lf

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

*

button

to

highlight

GREEN.

Next,

press

the

-

or

«

button

to

adjust

the

color

green.

6c)

When

finished

GREEN.

press

the

+

button

to

highlight

BLUE.

Next,

press

the

-

or

+

button

to

adjust

the

color

blue.

6d)

When

all

adjustments

are

complete,

press

the

®

button

to

confirm

your

adjustments

and

retum

to

the

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted.

Smart

Help

After

retuming

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

retums

everything

in

ali

the

windows

to

factory

presets.

1)

Press

the

®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

*

button

until

RESET

TO

FACTORY

SETTINGS

is

highlighted.

MAIN

CONTROLS

LANGIEIGE

INPUT

GIGNAL

SELECTION

SOOM

BODINGT

HORTCONTEAL

ADINGT

VERTICAL

ADIHNST

SHARE

ADINGT

COLOR

fess

RESET

TO

FACTORY

SETTINGS

CONTROLS

wv

CLOSE

MAIN

CONTROLS

we

MOVE

SPFLECTION

THEN

&

3)

Press

the

®

button.

The

RESET

TO

FACTORY

SETTINGS

window

appears.

OSD

Adjustments

(Continued)

4)

Press

the

-

or

-

button

to

select

VES

or

NO.

NO

is

the

default.

VES

returns

all

settings

to

their

original

factory

adjustments.

RESET

TO

FACTORY

SETTINGS

@

NO

VES

@®@

MOVE

SELECTION

THEN

BACK

TO

MAIN

CONTROLS

5)

Press

the

&

button

to

confirm

your

selection

and

retum

to

the

MAIN

CONTROLS

window.

CLOSE

MAIN

CONTROLS

will

be

highlighted.

Sman

Help

After

retuming

to

MAIN

CONTROLS

..

.

_,

,

to

continue

to

EXTRA

CONTROLS,

press

the

-

button

unti!

EXTRA

CONTROLS

is

highlighted.

Next,

start

with

step

3

under

EXTRA

CONTROLS.

...

to

exit

completely,

press

the

®

button.

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

pattems.

To

adjust

your

moire,

follow

the

steps

below.

Note:

Use

only

if

necessary.

By

activating

ADJUST

MOIRE,

sharpness

can

be

affected.

1)

Press

the

®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

DOWN

CURSOR

button

until

EXTRA

CONTROLS

is

highlighted.

MADTN

CONTROLS

LANGHIAGE

INPHT

STGNAL

SELECTION

COGM

ADIUST

HORTCONTAL

APTUST

YFRTTOAl

ADIUGT

SHAPE

ANIUST

COLOR

RESET

TO

F

f=)

EXTRA

CONTROLS

SETTINGS

¥

CLOSE

MAIN

CONTROLS

wae

MOVE

SPFEFCTION

THEN

3)

Press

the

3

button.

The

EXTRA

CONTROLS

window

appears.

will

ADJUST

MOIRE

will

be

highlighted.

|

to7Ts

ht

l44.

Go

to

cover

page

4)

Deane

tha

WI

nonan

Tee

ADJUAT

MOINE

window

aecenre

HORIZONTAL

will

be

highlighted.

ADJUST

MOTRE

(}

HORIZONTAL

GB

VERTICAL

5)

To

adjust

the

horizontal

moire,

press

the

-

or

button.

6)

When

the

horizontal

moire

is

adjusted,

press

the

-

button

to

highlight

VERTICAL.

MOTRE

ADIUST

HORIZONTAL

GHP

VERTICAL

BACK

TO

EXTRA

CONTROLS

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

®

button.

42

|

OSD

Adjustments

(Continued),

Troubleshooting

i44

Go

to

cover

page

DEGAUSS

EXTRA

CONTROLS

is

a

set

of

three

features,

including

DEGAUSS.

Degaussing

removes

electromagnetic

build

up

that

may

distort

the

color

on

your

screen.

1)

Press

the

®

button

on

the

monitor.

The

MAIN

CONTROLS

window

appears.

2)

Press

the

+

button

until

EXTRA

CONTROLS

is

highlighted.

MAIN

CONTROLS

LANGUAGE

INPH

TD

GION

YL

GELECTEON

2Zoom

HOR

LTCONTAL

IC

3b

ADINGT

SHAPE

ADIUST

COLOR

iy

REGET

TO

FACTORY

SETTINGS

()

EXTRA

CONTROLS

Vi

CLOSE

MAIN

CONTROLS

wa

MOVE

SELECTION

THEN

iti

3)

Press

the

®

button.

The

EXTRA

CONTROLS

window

appears.

ADJUST

MOIRE

will

be

highlighted.

4)

Press

the

«

button

unti!

DEGAUSS

is

highlighted.

EXTRA

CONTROLS

@

avdjusr

moire

@

oecauss

@

BACK

TO

MAIN

CONTROLS

@@

MOVE

SELECTION

THEN

@

SERIAL

NUMBER

TY

123456

RESOLUTION

1024/7668,

L280/1024

FREQUENCY

69K/SSHZ,

64K/60HZ

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

retuming

to

MAIN

CONTROLS

..

.

...

to

exit

completely,

press

the

&

button.

CLOSE

MAIN

CONTROLS

MAIN

CONETROLG

PANGIHAGE

ENPUET

STON

YE

GSGELECTION

coom

ADIUNGT

HORTCONTAL

ANIUST

VRRTIPOE

A

ADJUST

SHAPE

ADIHGT

coiron

RESET

FO

FACTORY

GREETINGS

E::TRA

CONTROLS

@M

CLOSE

MAIN

CONTROLS

wah

MOVE

SFLECTION

THEN

Monitor

Specific

Troubleshooting

Self-Test

Feature

Check

(STFC)

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.

Tum

on

the

monitor.

If

the

monitor

is

functioning

propery,

you

will

see

a

OSD

message

as

shown

in

the

following

illustration:

ATTENTION

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;

then

tum

on

both

your

computer

and

the

monitor.

2.

While

in

self-test

mode,

the

LED

remains

green

and

the

pattem

remains

on

and

stationary.

If

your

monitor

screen

still

remains

dark

after

you

use

the

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.

ATTENTION

Lock/Unlock,

Factory

Mode,

Burn

In,

Service

Mode

|

13

|

OSD

Lock

OSD

lock

is

a

feature

which

disables

the

OSO

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

!S

LOCKED"

appears.

ATTENTION

CONTROL

MENU

tS

LOCKED

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

"MAIN

CONTROLS*

appears.

ATTENTION

CONTROL

MENU

IS

LOCKED

To

access

factory

mode

1.

Turn

off

monitor

(don't

turn

off

PC)

2.

Press"

>

"and"

2

*

simultaneously

on

the

front

control

panei,then

press

*

wait

till

the

OSD

menu

with

characters

V30

107T5

V0.48

20021218

(below

OSD

menu)*

come

on

the

screen

of

monitor.

MAIN

CONTROLS

30)

LANGUAGE

|

INPUT

SIGNAL

SELECTION

coo

ADJUST

HORESCONTAL

i

ADIUST

VERTICAL

Ea

ADIUST

SHAPE

ADJUST

COLOR

RESET

TO

FACTO

i

EL

TRA

CONTROLS

MODEL

SELECT

VY

CLOSE

MIN

CONTROLS

Z

|

;

H

GEPTINGS

Factory

Mode

Indicator

V30

107TS

V0.48

20021218

3.

if

OSD

menu

disappears

on

the

screen

of

monitor,

press

*

be

again

(anytime),

then

the

OSD

menu

comes

on

the

screen

again.

4.

Using*~+

*:to

select

OSD

menu.

§.

Using

“ ”

:

to

increase

or

decrease

the

setting.

6.

Using

*

ma

*

to

access/contfirm

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

OSO

menu

goes

back

to

user

mode).

44

Go

to

cover

page

‘To

access

BURN

IN

mode

_

‘First

of

all,

monitor

displays

an

image.

it,

Disconnect

the

video

cadie

(imertace

cate),

:2.

Turn

off

monitor

3.

Press"

-

+

"and"

*

simultaneously

on

the

front

control

1

as

below.

50

seconds

around

i

|

‘S$

seconds

around

|

panel,then

the

BURN

IN

mode

comes

on

the

screen

of

monitor

repeatly

\4.

Reconnect

the

video

cable,

then

return

to

normal

image.

¥

MOEN

CONFROLS

02060

TAPE

OS

TON

GE

GREE

ELON

ySE

AIG

T

HORTS

uw

NOT

VERT

IC

Ve

Sh

GREE

LOSE

Geter

REGED

tO

bari

PPR

CONTROLS

MODEL

SELECT

HLOGE

SAEN

CONTIN

S

V30

107TS

V0.48

20021218

SERVICE

MODE

(Indication-Factory

mode)

02060:

stands

for

1.

using

10

hours

already.

'

2.

tum

on/off

10

times.

3.

using

several

hours

i

+

tum

on/off

monitor.

Sa

Default

setting

of

MODEL

SELE:

RESERVE

SwoDc

uF3

rey

ae

wie

way

=

W2

WHI

I”

ane,

TE:

WIRE

(Wi

+

W3}

CONNECT

TO

MPCB

ITEM

860!

WIRE

(W2

+

W4)

CONNECT

TO

VIDEO

SHIELD-TOP

POINT

F

Yin

gE

=

TO

MPCB

ITEM

1603

.

LL

TO

VIDEO

SHELD-TOP

POINT

A

t

=

TO

MPCB

HOR-HEATSINK

POINT

M

™

TO

VIDEO

SHIELD-TOP

POINT

E

rn

aBed

19009

0}05

ppl

SLZ01

wesbeig

Bui

Mechanical

Instructions

Ea

|

16

|

Mechanical

Instructions

4

Go

to

cover

page

t€4

Go

to

cover

page

4.

Main

panei

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

ta

fig.

7

Q.

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

5.

SERVICE

POSITION

Reconnect

connectors,

some

wires

and

panels

(chassis),

service

position

can

be

available

for

DC/AC

measurement

as

shown

in

Fig.

8

2.

Video

panel

+

Disconnect

the

wire

between

metal

shield

of

Video

panei

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

=amzzzs>

Fig.

7

Pull-up

screw

-

grounding

Fig.

3

Clip

Fig.

5

Screw

Pedestal

ass'y

Screw

Fig.1

Degaussing

wire

connector

Video

panel

Main

panel

Control

connector

Signal

connector

Rotation

connector

Fig.

8

SERVICE

POSITION

Press

CLIP

Fig.

4

CRT

grouding

wirel

Video

Panel

u

Fig.

2

Warnings

1.

10.

1.

Warning

and

Notes

Satety

regulations

require

that

the

unit

should

be

returned

1.

in

its

original

condition

and

that

components

identical

to

the

original

components

are

used.

The

safety

components

are

indicated

by

the

symbol

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

shoutd

be

used

to

discharge

the

picture

tube.

2.

Use

a

high-voltage

probe

and

a

multimeter

(position

DC-V).

Discharge

until

the

meter

reading

is

0

V

(after

approximately

30

seconds).

esp

&

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.

When

repairing

a

unit,

atways

connect

it

to

the

AC

Power

voltage

via

an

isolating

transformer.

Be

careful

when

taking

measurements

in

the

high-voltage

section

and

on

the

picture

tube

panel.

It

is

recommended

that

saferty

goggies

be

worn

when

replacing

the

picture

tube.

When

making

adjustments,use

piastic

rather

than

metal

tools.

This

will

prevent

any

short-circuit

or

the

danger

of

a

circuit

becoming

unstable.

Never

replace

modules

or

other

components

while

the

unit

is

switched

on.

Together

with

the

defleciton

unit,

the

picture

tube

is

used

as

an

integrated

unit.

Adjustment

of

this unit

during

repair

is

not

recommended.

After

repair,

the

wiring

should

be

fastened

in

place

with

the

cable

clamps.

All

units

that

are

returned

for

service

or

repair

must

pass

the

original

manufactures

safety

tests.

44

Go

to

cover

page

Notes

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

pattem

:

grey

scale

-

Adjust

brightness

and

contrast

control

for

the

mechanica!

mid-position

(click

position)

The

picture

tube

panel

has

printed

spark

gaps.

Each

spark

gap

is

connected

between

an

electrode

of

the

picture

tube

and

the

Aquadag

coating.

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.

Fig.1

Kiq

Go

to

cover

page

1.

General

point

V1

During

alignment

and

measurement

supply

a

distortion

tree

AC-mains

voltage

to

the

apparatus

via

anisolating

transformer

with

a

low

internal

resistance.

1.2

All

voltages

have

to

be

measured

or

applied

with

respect

to

ground,

unless

otherwise

stated.

Note:

Not

ail

heatsinks

are

grounded,

avoid

using

heatsinks

as

ground.

1.3

The

term

"Linear

RGB"

is

meant

the 0.7

Vpp

video

with

separate

SYNC

(TTL

Level

).

Reference

tactory

preset

mode

timings

(format

of

pattern

generator

CHROMA-2135)

are

shown

in

TABLE

1

to

TABLE

8.

Preload

timing

TABLE

9

to

TABLE

22.

1.4

Any

external

voltage

source

should

have

low

internal

impedance.

1.5

The

alignment

has

to

be

done

in

room

temperature

25

5C.

1.6

Digit

control

buttons

for

OSD

MENU:

LANGUAGE

ZOOM

ADJUST

HORIZONTAL

-

POSITION

-

SIZE

ADJUST

VERTICAL

-

POSITION

-

SIZE

ADJUST

SHAPE

-

ADJUST

SIDE

CURVE

-

PINCUSHION

-

BALANCE

-

ADJUST

SIDE

ANGLES

-

TRAPEZOID

-

PARALLELOGRAM

-

ROTATE

IMAGE

ADJUST

COLOR

-

3colour

temperatures

(9300K,

6500K,

SRGB)

-

1

user

preset

independent

AGB

adjustment

RESET

TO

FACTORY

SETTING

EXTRA

CONTROLS

-

ADJUST

MOIR

-

HORIZONTAL

-

VERTICAL

-

DEGAUSSING

MODEL

SELECT

CLOSE

MAIN

CONTROLS

2.

Pre

warm-up

==

2.4

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

VGA31.5KHz/480

fines

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

PinoutandGND

+5V

+

0.15VDC

+6

source

across

C2154

+6.2V

+

0.2VDC

+12

source

across

C2155

+12.6V

+

0.4

VDC

-12

source

across

C2156

-12.5V

40.4

VOC

+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.

General

conditions

for

aging

and

alignment

=

som:

4.1

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

visibie

then

enter

the

agingmode.

(Press

both

Up

and

Down

keys,

and

then

switch-on

the

monitor

with

signal

cabie

disconnected.)

4.5

4.3

44

4.5

4.6

4.7

4.8

5.1

Electrical

Instructions

During

all

alignments.

supply

s

distortion

bee

AD

mains

voltage

to

the

monitor

set

via

an

isolating

transformer

with

tow

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=

450mG,Z=0

Southern

Hemisphere:

H=0,

V=-500mG,Z=0

Equatorial

Support

:H=0,V=

omG,Z=0

All

voltages

are

to

be

measured

or

applied

with

respect

to

ground

,

unless

otherwise

statec.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

10C.

Alignment

of

Vg2,

cut-off

point,

white

tracking

ZRETRCERSRESSecesc=

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

vial’C

on

the

I/F

cable

DDC

bus,

butthe

set

can

also

be

manually

aligned.

Enter

factory

mode

by

pressing

both

Up

and

Down

keys

while

power-on.

Setect

factory.

Electrical

Instructions

#4.

Go

to

cover

page

Peel

Condition/Description

CPT

DAC

LG

SDI

value

DAC

value

DAC

value

Bias

Nominal

Gain

setting

185

[_sRGBcontrast_

|

sRGB

contrast

sss

255

55

sRGB

brightness

_[

127

Fh

<

36KHz

134,

122

134,

126

S6KHz

<Fh

<

52KHz

134,

122

130,

126

130,

124

S2KHZ

<

Fh

<65KHz

140,

122

[_comer-TB

|

ss

P>

6SKHz

140,120

126,126

128,124

|

[Pin

Correction

-T,8

|

Top/Bottom

correction

|

120,126

|

122,122

[120.120

|

Correction

-S,

W

S/W

shape

correction

V-raster

centering

65

[_V-gain

‘|

~—Vsizecontrotrangeforuser

[180s]

180

|

200

9300

peak

light

output

adjust

220

Sub-brightness

[_Linearty-H

|

F<

33.00KHz

1707s

80

[_Linearty-H_

|

33.00KHz<Fh<36.00KHz

[140

140

tes

|

__tineanty-H_

|

36.00KH2<Fh<40.00KHz

[125

|

130

150

[Linearity

-H

|

_40.00KHz<Fh<45.00KHz

[105

115

1S

[_Uinearty

-H_

|

~——45.00KHz<Fh<S2.00KHz

[

9

|

95

[__tineanty-H

|

__S2.00KHz<Fh<S5.00KHz

|

80

[|

90]

8s

[Linearity

-H_

|

~—SS.00KHz<Fh<60.50KHz_

[70

|

8080

[____Linearty-H

|

60.50KHz<Fh<66.00KHz

[65

75

70

[linearty-H

|S

>66.00KHz

—ss—s|

60

["TTtinearty-V___[

Vertical

S

correction

|

50

[Range-Sub

@

|

~—Zoomecontrolrangetoruser

[|

55

|

85

TSS

9300

full

white

light

o/p

adjust

[110

|

120,135

[__EHTcomp-HiV

[F<

33.00KHz

132,114

132,916

|

192.114

[EXT

comp-H.V__|

33.00KHz

<Fh<36.00KHz

[124,114

[130,114

|

124114

|

[__EHTcomp-H,V_{_36.00KHz<Fh<40.00KHz

[122,116

|

126,116

|

122,114

[_EHTcomp-H.V_

|

40.00KHz<Fh<45.00KHz

|

120,116

[124,116

|

120,116

[__EHTcomp-H.V

{|

45.00KH2

<Fh<52.00KHz

|

114,116

[198,118

|

114,116

[HT

comp-H.V_

|

52.00KHz

<Fh<S5.00KHz

[112,116

[118,118

|

112.116

|

[_EHTcomp-H,V_

|

$5.00KHz<Fh<60.50KH2

[112,116

|

116,178

|

112,116

[EHTcomp-H,V_

|

_60.50KH2

<Fh<66.00KHz

[112,118

[114.8]

112,118

[__EHTcomp-H.V_

|

ss

Ph

>66.00KHz

|

194.118

114.198

114.118

[__V-linbal___—'|

Vertical

top/bottomlineanty

[140

tao

140

[-_vFocus___

|

Vertical

focus

ampitude

|

100

[100

_—‘|

t—*s

[O8DGonirast

|

OSD

Contrast

[assis

ss

SSC

[___tF-Brgh

|

__ughiFrame

Brightness

[3

|

3;

3

["tFSharp___|tghtframe

Sharpness

|

39‘

3+

3

—id

[Moir_seting

HW

|

Alimodes

=

OCP

CT

OCS

[Moir

setting

V

|

Allmodes

POCO

OCT

OCS

Ee]

Ec

4

Go

to

cover

page

5.2

§.3

External

degaussing

Remove

ferromagnetic

measuring

equipment,

iron

tablet,

etc.,

in

the

neighbourhood

of

the

apparatus

within

half

a

meter.

Position

the

set

in

Ew

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.

Adjustment

mode:

68.7KH2z/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

biock

,

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=41FL41FL

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=0.929,

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:

$.3.1

§.3.2

§.3.3

§.3.4

$.3.5

5.3.6

$.3.7

4.3.8

4.3.9

Setup

A,

manuaily

rotate

Vg2

pot-meter

on

LOT

until

brightness

reaches

100

scale.

Setup

A,

adjust

RGB

cut-off

(I’C)

for

all

colors

at

100

7

scale,

9300

mode.

(x=0.283,

y=0.297,

Y=0.10

0.05FL)

Setup

B,

adjust

RGB

gain

(1’C)

for

all

colors

at

100

2

scale,

9300

mode.

(x=0.283,

y=0.297,

Y=41

0.5

FL)

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)

Setup

C,

adjust

RGB

cut-off

(I’C)

for

all

colors

at

100

7

scale,

6500

mode.

{x=0.313,

y=0.329,

Y=0.10FL

0.05FL)

Setup

D,

adjust

RGB

gain

(IC)

for

all

colors

at

100

2

scale,

6500

mode.

(X=0.313,

y=0.329,

Y=36FL

+

1FL)

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

tow

scale:

36FL

1FLfor

high

scale.

x/y

tolerance

0.005)

Setup

E,

adjust

RGB

cut-off

(°C)

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)

Setup

F,

adjust

RGB

gain

(i°C)

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’C)

to

get

5.4

64

Y=23FL

+

1FL

for

full

white

pattern.

(0.10FL

0.05FL

for

lowscate,

23FL

1FL

for

high

scale.

x/y

tolerance

0.005)

Setup

G,

adjust

ABL

(!’C)

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.}

Adjustment

of

the

picture

geometry

Alignment

of

primary

geometry

AAAHAA

ee

ek

kk

PAHHA

dak

a

ah

6.1.

o

NY

PHRH

BAAD

MOY

OP

wn

10

AnaAw

nb

fan

Heart

betas

NaN

of

8

9

-10

Adjust

the

parallelogram

to

get

optimum

vertical

line.

.11

Ifneeded,

adjust

the

top

/

bottom

corner

control

to

get

Electrical

Instructions

Apply

Timing

7

(64KH2/60HZ,

1280x1024)

with

biack

video

signal,

set

V-position

at

50%,

set

H

and

V-size

for

visible

eredgeos

stall

sides

(RGB

cut-off

can

be

increased

temporarily

to

make

raster

visible.

After

adjustment,

restore

RGB

cut-off

to

original

values.)

Stide

switch

1603

for

centered

raster

in

horizonta!

Direction.

Adjust

V-oftset

(I’?C)

for

centered

raster

in

vertical

direction.

Apply

Timing

8

(68.7kHz

/

85Hz)

with

crosshatch

signal

and

start

geometry

alignment.

Adjust

the

Horizontal

Size

to

306mm.

Adjust

the

Horizontal

Position

for

centered

video.

Adjust

the

Vertical

Size

to

230

mm.

Adjust

Vertical

Position

for

centered

video

Adjust

picture

tilt

for

correct

TOP/BOTTOM

lines.

(Picture

tube

should

be

mounted

without

tilt

w.r.t.

cabinet)

Adjust

pincushion

to

get

optimum

vertical

line.

Adjust

trapezoid

to

get

optimum

vertical

line.

Adjust

balanced

pincushion

to

get

optimum

vertical

line.

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.)

12

Store

the

adjusted

result

and

exit

OSD.

©

(The

values

for

pincushion,

trapezoid,

bafance

pincushion

and

parallelogram

can

be

copied

to

the

other

pre-set

modes

to

shorten

alignment

time.)

Other

pre-set

mode

geometry

adjustment

Use

following

procedure

for

all

pre-set

modes

(except

68.7kHz/8SHz)

(Timing

Tabie

1

-

8)

Adjust

the

Horizontal

Size

to

306mm.

Adjust

the

Horizontal

Position

to

center

position.

Adjust

the

Vertical

Size

to

230

mm.

Adjust

the

Vertical

Position

for

correctly

centred

vertical

video.

Adjust

pincushion

to

get

optimum

vertical

line.

Adjust

trapezoid

to

get

optimum

vertical

line.

Adjust

balanced

pincushion

to

get

optimum

vertical

line.

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.)

Store

the

set

result

and

exit

OSD.

Other

pre-load

modes

can

be

visibie

inside

the

bezel.

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.

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.

around

15FL.

1/3

area

with

minor

moire”

can

be

acceptable.

tf

needed,

use

moir

cancellation

function

and

adjust

the

H-

moir

or

V-moir

to

cancel

the

moir

defect,

then

save

at

factory.

The

DOC

HEX

data

(refer

to

sheet-190)

should

be

written

into

the

DDC

by

EEPROM

writer

or

equivalent

method.

Detault

settings

The

finished

product

shoutd

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

1.

General

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.

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.

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

aiso

obtained

from

VESA.

ODC

EDID

structure

For

the

monitor

:

Standard

Version

3.0

Structure

Version

1.2

iw

.

System

and

equipment

requirements

An

i486

(or

above)

personal

computer

or

compatible.

Microsoft

operation

system

Windows

95/98.

EDID301.EXE

program

(3138

106

10103)

shown

as

Fig.

1

Software

DDC

Alignment

kits

(4822

310

11184)

shown

as

Fig.

2.

he

kit

contents:

a.

Alignment

box

x1

b.

Printer

cable

x1

c.

D-Sub

cable

x1

al

ONS?

Note:

The

EDID301.EXE

(Release

Version

1.58,

20000818)is

a

windows-based

program,

which

cannot

be

run

in

MS-DOS.

Figure

1

Diskette

with

EDID301.EXE

DC

8v~12V<.

Power

indicator

a

To

Printer

me

Video

Or

Ire]

Fig.

2

Atignment

Kits

CC

El

K€

Go

to

cover

page

3.

assignment

A.

15-pin

D-Sub

Connector

The

15-pin

D-sub

connector

(male)

of

the

signa!

cable

on

the

3rd

row

for

DDC

feature

:

1

5

6

10

a

15

No.

|

Assignment

|

No.

|

Assignment

1

Red

video

input

i

9

Not

connected

-

no.pin

'

1

2

|

Green

video

input

|

"40

Sync.

Ground

:

|_

3

|

Blue

video

input

|

"1

joe

i

|

4

Ground

i

2

[Bi-directional

data(SDA);

et

Sere:

5

|

for

selttest(PC

ground)

|

13

|H.Sync

|

6

_|

Red

video

ground

|

1

14

|V.Syne(VCLK}

|

Data

clock

line(SCL)

|

J

7

|

Green

video

ground

|;

15

8

|

Blue

video

ground

|

ké4_

Go

to

cover

page

4.

Configuration

and

procedure

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

re-

probrammed

by

enabling

“factory

memory

data

write”

function

on

the

DDC

program

(EDID301.EXE).

***

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.

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

cabie

of

monitor

as

shown

in

Fig.3.

Fig.

3

gw

S'>

Rear

view

of

the

monitor

fm

Fa

-

=

ac]

4

OC

Power

=

8

S

8-12V

8

2

4

2

=

e

To

Monetot

|

ToPC

I

|

—

__Video

cable

_j

Step

3:

Installation

of

EDID301.EXE

Method

1:

Start

on

DDC

program

Start

Microsoft

Windows.

1.

Insert

the

disk

containing

ED!D301.EXE

program

into

floppy

disk

drive.

2.

Click

MiSar

,

choose

Run

at

start

menu

of

Windows

95/88

as

shown

in

Fig.

4.

Programs

Favontes

Documents

Fig.

4

Setungs

Find

Help

Log

Off

Tw021016

Shyt

Down

“HEGDLEB

SRE

DDC

Instructions

3.

Al

the

submenu,

type

the

letter

of

your

COMPUTEL'S

Happy

Sisk

dive

Tohowes

By

(ERIE

SO7

(lor

emernpte,

ANE

DISSOT.

a2

ence

ie

mig

=

Runs

2x)

‘Type

the

name

of

a

program,

lokder.

document,

or

Intemet

Fig.

5

tesource.

and

Windows

will

open

#

for

you.

1g.

Open

[avec]

-

en

ee

4.

Click

OK

button.

The

main

menu

appears

(as

shown

in

Fig.

6).

This

is

for

initiatize

alignment

box.

ST

fe

BC

Yew

tow

nee

gO

ie

st!

=

Fig.

6

PHILIPS

—

cone

‘Note

1;

If

the

connection

is

improper,

you

will

see

the

following

error

i

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

cabies

are

connected

correctly

and

fixedly,

and

the

procedure

has

been

performed

properly.

|

edid3.01

t\._

Vendor

ID

=

Ox0000

‘=

Device

ID

=

0x0000

Method

2:

After

create

a

shortcut

of

EDID301.EXE

:

Double

click

EDID301

icon

a

(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.

Fig.

7

=

x

we

ome

we

ed

.

&

PHILIPS

Fig,

8

Fig.

9

{Note

2:

During

the

loading,

EDID301

will

verify

the

EDID

data

which

just:

loaded

trom

monitor

before

proceed

any

further

function,

once

|

i

the

data

structure

of

EDID

can

not

be

recognized,

the

following

-

f

error

message

will

appear

on

the

screen

as

below.

Please

H

|

confirm

toltowing

steps

to

avoid

this

message.

i

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

|

j

windows.

|

1

4.

Cables

loosed

or

poor

contact

of

connection.

€D

2c

renster

error

(0x04)

DDC

Instructions

Re-programming

EEPROM

(Software

DDC)

Step

1:

After

initialize

alignment

box,

connecting

all

cables

and

box

as

shown

in

Fig.

10

‘

Rear

view

of

the

monitor

Fig.

10

ay:

man

a4

Z

us

2

5

DC

Power

8

<

8-12

V

9

2)

baad

3

=

a

>

a

e

2

To

att

Monaorf.

mT

Boe”

Step

2:

Read

ODC

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.

Be

2C

View

Help

“|

{v

fu

:

Fig.

11

2.

Select

the

DDC2B

as

the

communication

channel.

Select

"Enable"

&

fill

out

"FO"

for

Mapped

EDID

page

address

as

shown

in

Fig.

12.

Heontiyuration

Setun

E

~

DDC

commurscation

channel

<=

ney

oR]

ar

cz]

|

__

Conca]

Fig.

12

“©

ADC

command

(1076)

©

AOC

command

(104€,

1056}

Pre

er

ty!

data

one

oe

3.

Click

OK

button

to

confirm

your

selection.

44.

Go

to

cover

page

4.

Click

|

icon

(Read

EDID

function)

to

read

DDC

EDID

data

trom

monitor.

The

EDID

codes

will

display

on

screen

as

shown

in

Fig.

13.

eat

Fig.

13

Step

3:

Modify

DDC

data

(verity

EDID

version,

week,

year)

1.

Click

BI

(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.

EDAD

Structure

Vernon

~

Cre

cw

O12

e413

deed

AO

/

Vendor

10

s

1

Mentecnen

Nene

|

ae

PIO

/

vende:

aeagraed

Product

10

1D

Progkact

Code

@

Hee

&

Dee

‘SHO

/

Sonal

Muamber

10.

10

Sena

Number

Gee

O

Dec

CASH

Urnmed

Fig.

14

Dam

Code

so

ee

ey

Week

of

Harntectoe

(0:

52.

wae

04

ruse

co

|

Yoo

ob

Mardocnee

11990

-

2059

ia

Step

4:

Modify

DDC

data

(Monitor

Serial

No.)

1.

Click

the

Step

7

of

9

window

appears

as

shown

in

Fig.

15.

2.

Fill

out

the

new

Seriat

No.

(for

example,

TY

503960,

TY

123456).

3.

Click

the

jast

step

window

appears,

then

click

Finish

to

exit

the

Step

window.

amt

Fieseuptee

descopnon

(LOCK

2

ES

F

Mander

Oencapaes

Descegte

Dee

Sype Tag:

fMortce

SAW

ASCH

7

Morwa

SAM

ASOD

ae

Te

Fig.

15

cot

ABCDEFXKYZ

Ler

tecen

nie

xe

tenecO

HOR

DONG

OE

AS

ESE

ACHLASAIN

TK

HLNAMPED

SSK

AAL

EEEENTRONIC

Ss:

EAR

VERSION

UZ

CODED

AY

-CLO

SOLE

HDL

MARY

BASE

Z

EO)

X-DONG

OE

ANG

El

Cc

DDC

Instructions

K€4

Go

to

cover

page

Step

5:

**Configuration

Setup

&

Enter

Factory

Mode

“*

for

“write

EDID

data”

5

Click

2

icon

from

the

too!

bar

to

bring

up

the

Configuration

Setup

windows

again.

Then,

select

“Software

DDC

only”

as

shown

in

Fig.

16.

Click

"OK".

f

ODE

commurscation

channel:

-—-—----—-—=

==

|

voces

|

©

ABC

command

(1071

[©

AOC

command

(1046,

1058}

rata

eras

Fig.

16

FE:

apie

the

9

Macped

£0

.0

gage

ware1;

He

7

Software

DDC

FF

Software

ODL

oral

If

you

do

not

select

“Software

DDC

only",

when

you

execute

“write

EDIO",

it

will

bring

up

an

error

message

as

below.

@

EDID

code

verfied

error

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

10TS

P

V2.01

20030110

(below

OSD

menu)"

come

on

the

screen

of

monitor.

MATN

CONTROLS

12

tANGUAGE

/OOM

WWIUGT

HORTCONT

VI

JOIUST

VERTICAL

AOFUSGT

SHAPE

IDINGST

COLOR

RESET

TO

FACTORY

SETTINGS

ETRY

CONTROLS

MODEL

SELECT

Factory

Y

CLOSE

MAIN

CONFEROLS

Mode

indicator

V30

107TS

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.

Factory

write

error

Step

6:

Write

DDC

data

1.

Click

(a!

(Write

EDID)

icon

from

the

too!

bar

to

write

DDC

data.

Bring

up

“Writing

0%~100%,

ready"

a

progressing

bar

on

the

left

down

comer.

2.

Glick

gf

(Read

EDID)

to

contirm

it.

Step

7:

Confirm

Serial

Number

in

User

Mode

1.

Press

the

@;

button

to

tum

off

the

monitor.

Press

the

©;

button

again

to

tum

on

the

monitor.

2.

Press

the

@)

button

to

bring

up

the

OSD

Main

Menu.

3.

Pressthe

+

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.

EXTAA

CONTROLS

ADJUST

MOIRE

DEGAUSS

BACK

TO

MAIN

CONTROLS

@@

MOVE

SELECTION

THEN

®

SERIAL

NUMBER

TY

(23456

RESOLUTION

1024/7686,

1290/1074

FREQUENCY

69K/BSHZ,

64K/60HZ

Fig.

18

Step

8:

Save

DOC

data

Sometimes,

you

may

need

to

save

DDC

data

as

a

text

file

for

using

in

other

IC

chip.

To

save

DDC

data,

foitow

the

steps

below:

1.

cick

fa

(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

ODC

data

&

table

(128

bytes,

hex

code)

can

be

modified.

If

DOC

TEXTS

&

HEX

Table

are

completely

correct,

it

can

be

saved

as

.ddc

flie

to

re-ioad

it

into

EEPROM

for

ODC

Data

application.

Save

25

ag

seen

[aMydoamers

Sd)

3)

el

(Ew

Corel

User

Fes

_iMy

Webs

Fig.

19

Fiegeme

=

[107T5

V30

Save

as

type:

[Ecd30

Files

(

ddc}

a

son

|

cent

|

2.

Click

Save.

DDC

Instructions

Ports

25

Ké4

Go

to

cover

page

Step

9:

Load

DDC

data

Note

2:

In

Factory

Mode:

Read/Write

DDC

data

Betore

Read/Write

EDID

code,

please

confirm

that

the

1.

Click

@

from

the

too!

bar.

Software

DDC

only

was

enabled

as

shown

in

Fig.

23.

2.

Select

the

file

you

want

to

open

as

shown

in

Fig.

20.

3.

Click

Open:

4.

Access

“Factory

Mode”

and

enable

“Software

DDC

only"

as

shown

age

:

in

Fig.

17

&

Fig.

16.

Seco

or}

5.

Write

EDID

(click

[J

).

©

pce

=

cel

©

AOC

command

(1076)

©

ADC

command

(104

05)

Look

n

[2}

My

Documeras

=

Al

col

ew)

ere

ee

Fig.

23

Fi

oe

rg

Ve

Ty

c

ied

Fig.

20

eta

ne

seo

ie

=

Sofware

DDC

———--2

a

F

Software

DDC

only

Ea

Bc

t€€

Go

to

cover

page

EDID

log

file

for

CPT

tube

epeeerencenrurnernrrrrrererrrrttirtirrittiiiiti

iit

itll

SpeeewevererrecetertctsT

iT

Tstis

Titty

Vendor/Product

Identification

ID

Manufacturer

Name

>

PHL

1D

Product

Code

:

E013

(HEX.)

iD

Serial

Number

>

1£240

(HEX.)

Week

of

Manufacture

14

Year

of

Manufacture

:

2003

EDID

Version,

Revision

Version

21

Revision

3

Basic

Display

Parameters/Features

Video

Input

Definition

:

Analog

Video

input

0.700V/0.000V

(0.70Vpp)

without

Blank-to-Biack

Setup

Hex

Data

of

DDC2B

Standard

Timing

Identification

BB

Fle

pame

|

TSR

fescue

[Famorestast

Te)

ore

Step

10:

Exit

DDC

program

Pull

down

the

File

menu

and

select

Exit

as

shown

in

Fig.

21.

(EDID

Tool

3.01)

Elle

320

Yew

thet

thew

Conn

Oxen

Cane

_

Soe

cas

Fig.

21

Sow

AS

Pon

Cane

Prone

Premen

Ryne

sug

Note’

:

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.

+

poke

©

ADC

command

(1076)

©

ADC

commend

(1046.

105E)

~

Factory

manmory

date

waves

a

FF

Enable

(Monitor

must

be

enter

iactory

mode)

Fig.

22

Mapped

EDID

page

address

(Hex)

FU

it

you

do

not

disable

"Software

DDC

only",

when

you

execute

“read

EDID’,

it

will

bring

up

an

error

message

as

below.

I2C

read

error

|x|

@

12C

transfer

error

(Ox0A)

Maximum

H

Image

Size

:

Maximum

V

Image

Size

:

Separate

Sync

without

Composite

Sync

without

Sync

on

Green

no

Serration

required

31

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

Established Timings

Established

Timings

|

Established

Timings

Hl

Manufacturer's

timings

Standard

Timing

Identification

#1

Horizontal

active

pixels

Aspect

Ratio

Refresh

Rate

Standard

Timing

Identification

#2

Horizontal

active

pixels

Aspect

Ratio

Refresh

Rate

Standard

Timing

Identification

#3

Horizontal

active

pixels

Aspect

Ratio

Refresh

Rate

Standard

Timing

Identification

#4

Horizontal

active

pixels

Aspect

Ratio

Refresh

Rate

:

Standby

Suspend

Active

Off

:

RGB

color

display

:

0.631

:

0.329

:

0.276

:

0.6

:

0.143

:

0.057

+

0.283

:

0.297

:

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)

:

B00

x

600

@72Hz

(VESA)

800

x

600

@75Hz

(VESA)

832

x

624

@75Hz

(Apple,Mac

I!)

1024

x

768

@60Hz

(VESA)

1024

x

768

@70Hz

(VESA)

1024

x

768

@75Hz

(VESA)

:

640

74:3

>

85

:

1280

:

5:4

:

60

Horizontal

active

pixels

:

640

Aspect

Ratio

14:3

Refresh

Rate

:

100

Standard

Timing

Identitication

#6

Horizontal

active

pixeis

:

B00

Aspect

Ratio

14:3

Refresh

Rate

:

100

Standard

Timing

Identification

#7

Horizontal

active

pixels

:

1280

Aspect

Ratio

14:3

Refresh

Rate

7

60

Standard

Timing

Identification

#8

Horizontal

active

pixels

1

1152

Aspect

Ratio

24:3

Refresh

Rate

275

Detailed

Timing

#1

Pixel

Clock

(MHz)

1

25.18

H

Active

(pixeis)

:

640

H

Bianking

(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)

10

V

Border

(lines)

20

Flags

:

Non-interlaced

:

Norma!

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

Monitor

Range

Limits

Min.

Vt

rate

Hz

:

50

Max.

Vt

rate

Hz

:

160

Min.

Horiz.

rate

KHz

:

30

Max.

Horiz.

rate

KHz

:71

Max.

Supported

Pixel

7

110

No

secondary

GTF

timing

formula

supported.

Extension

Flag

20

Check

sum

:

7D

(HEX.)

prporvervrrreririritttiriii

ai

EDID

data

(128

bytes)

0:00

1:ff

2:ff

3:ff

4:

ff

S: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

34:4¢

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

53:41

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:

Ob

118:

00

119:

Oa

120:

20

121:

20

122:

20

123:

20

124:

20

125:

20

126:

00

127: 74

ee

deebeoreens

Hex

Data

of

DDC2B

rere

errr

ret

rrr

rr

rrr

rrtrrr

rt

Tt

t

tit

iit

Te

EDID

tog

fite

for

LG

tube

Vendor/Product

identification

'D

Manutacturer

Name

:

PHL

ID

Product

Code

:

E013

(HEX.)

1D

Serial

Number

:

16240

(HEX.)

Week

of

Manufacture

4

Year

of

Manufacture

:

2003

EDID

Version,

Revision

Version

it

Revision

3.3

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

:3t

Maximum

V

image

Size

:

23

Display

Transfer

Characteristic

2

2.83

(gamma)

Feature

Support

(DPMS)

:

Standby

Suspend

Active

Off

Display

Type

:

RGB

color

display

Color

Characteristics

Red

X

coordinate

:

0.636

Red

Y

coordinate

:

0.327

Green

X

coordinate

:

0.278

Green

Y

coordinate

:

0.6

Blue

X

coordinate

10,145

Blue

Y

coordinate

:

0.064

White

X

coordinate

+

0.283

White

Y

coordinate

:

0.297

Established

Timings

Established

Timings!

:

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)

:

800

x

600

@72Hz

(VESA)

800

x

600

@75Hz

(VESA)

Established

Timings

I

832

x

624

@75Hz

(Apple,

Mac

Il)

1024

x

768

@60Hz

(VESA)

1024

x

768

@70Hz

(VESA)

1024

x

768

@7SHz

(VESA)

Manufacturer's

timings

Standard

Timing

tdentification

#1

Horizontal

active

pixels

:

640

Aspect

Ratio

14:3

Refresh

Rate

:

65

Standard

Timing

Identification

#2

Horizontal

active

pixels

:

800

Aspect

Ratio

14:3

Refresh

Rate

:

85

Standard

Timing

Identification

#3

Horizontal

active

pixels

1024

Aspect

Ratio

24:3

Refresh

Rate

:

85

Standard

Timing

Identification

#4

Horizontal

active

pixels

1280

Aspect

Ratio

:

5:4

Refresh

Rate

:

60

Standard

Timing

Identification

#5

Ports

927

#4

Go

to

cover

page

El

Cc

i¢€

Go

to

cover

page

Hex

Data

of

DDC2B

EDID

tog

file

for

SDI

tube

Vendor/Product

Identification

ID

Manufacturer

Name

1D

Product

Cade

10

Serial

Number

Week

of

Manufacture

Year

of

Manufacture

EDID

Version,

Revision

Version

Revision

Basic

Display

Parameters/Features

Video

Input

Definition

>

PHL

:

E013

(HEX.}

:

1€240

(HEX.)

4

:

2003

:

Analog

Video

input

0.700V/0.000V

(0.70Vpp)

without

Blank-to-Black

Setup

Separate

Sync

Horizontal

active

pixels

1

64

Aspect

Ratio

14:3

Retresh

Rate

:

100

Standard

Timing

Identification

#6

Horizontal

active

pixels

:

80

Aspect

Ratio

14:3

Refresh

Rate

:

100

Standard

Timing

Identification

#7

Horizontal

active

pixels

:

1280

Aspect

Ratio

24:3

Refresh

Rate

:

60

Standard

Timing

identification

#8

Horizontal

active

pixels

:

1152

Aspect

Ratio

14:3

Refresh

Rate

:75

Detailed

Timing

#1

Pixel

Clock

(MHz)

2

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)

22

H

Image

Size

(mm)

>

306

V

image

Size

(mm)

:

230

H

Border

(pixals)

:0

V

Border

(lines)

:0

:

Non-interlaced

:

Normal

Display,

No

stereo

:

Digital

Separate

sync.

:

Negative

Vertical

Sync.

:

Positive

Horizontal

Sync.

Flags

Monitor

Descriptor

#2

Serial

Number

BZ

123456

Monitor

Descriptor

#3

Monitor

Name

:

PHILIPS

107T5

Monitor

Descriptor

#4

Monitor

Range

Limits

Min,

Vt

rate

Hz

:

50

Max.

Vt

rate

Hz

:

160

Min.

Horiz.

rate

KHZ

:

30

Max.

Horiz.

rate

kHz

:71

Max.

Supported

Pixel

:

110

No

secondary

GTF

timing

formula

supported.

Extension

Flag

:0

Check

sum

:

9B

(HEX.)

peremnnnrrrrrrrrrrrrrrrrrrrrrtit

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(128

bytes)

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13:02

14:01

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16:04

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18:01

19:03

20:68

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22:17

23:57

24:e8

25:16

26:28 27:42 28:53

29:47

30:99

31:25

32:10

33:48

34:4c

35:ad

36:6e 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

$6:

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57:20 58:20

59:5e

60:63 61:10

62:10

63:60

64:52

65:08

66:32

67:66

68:10

69:00

70:00

7t:1a

72:00 73:00 74:00

75:ff

76:00 77:20 78:42

79:Sa

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:f¢

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:

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112:00

113:32

114:a0

115:

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117:0b

118:00

119:0a

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121:20

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without

Composite

Sync

without

Sync

on

Green

no

Serration

required

Maximum

H

Image

Size

:3t

Maximum

V

Image

Size

2

23

Display

Transfer

Characteristic

12.9

(gamma)

Feature

Support

(DPMS)

:

Standby

Suspend

Active

Off

Display

Type

:

RGB

color

display

Color

Characteristics

Red

X

coordinate

:

0.645

Red

Y

coordinate

:

0.316

Green

X

coordinate

:

0.265

Green

Y

coordinate

:

0.606

Blue

X

coordinate

2

0.143

Blue

Y

coordinate

:

0.058

White

X

coordinate

:

0.283

White

Y

coordinate

:

0.297

Established

Timings

Established

Timings

|

:

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

@60H2z

(VESA)

:

800

x

600

@72Hz

(VESA)

800

x

600

@75Hz

(VESA)

Established

Timings

II

832

x

624

@75Hz

(Appie,Mac

Il)

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

1

4:3

Refresh

Rate

:

85

Standard

Timing

Identification

#2

Horizontal

active

pixels

:

800

Aspect

Ratio

14:3

Refresh

Rate

:

8S

Standard

Timing

Identification

#3

Horizontal

active

pixels

2

1024

Aspect

Ratio

14:3

Refresh

Rate

:

85

Standard

Timing

identification

#4

Horizontal

active

pixels

:

1280

Aspect

Ratio

:

6:4

Refresh

Rate

:

60

Standard

Timing

Identification

45

Horizontal

active

pixels

:

640

Aspect

Ratio

4:3

Refresh

Rate

“100

Standard

Timing

identification

#6

Horizontal

active

pixels

80

Aspect

Ratio

4:3

Refresh

Rate

:

100

Standard

Timing

Identification

#7

Horizontal

active

pixels

:

4280

Aspect

Ratio

14:3

Refresh

Rate

>

60

Standard

Timing

Identification

#8

Horizontal

active

pixels

:

1152

Aspect

Ratio

14:3

Refresh

Rate

:

75

Detailed

Timing

#1

Pixet

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

Wiath

(lines)

12

H

Image

Size

(mm)

:

306

V

Image

Size

(mm)

:

230

H

Border

(pixels)

:0

V

Border

(lines)

:0

Flags

:

Non-interlaced

:

Normat

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

Monitor

Range

Limits

Min.

Vt

rate

Hz

>

50

Max.

Vt

rate

Hz

:

160

Min.

Horiz.

rate

KHz

:

30

Max.

Horiz.

rate

kHz

271

Max.

Supported

Pixel

:

110

No

secondary

GTF

timing

formula

supported.

Extension

Fiag

:

20

Check

sum

:

Ft

(HEX.)

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Philips 107T50/00 User manual

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