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– 29 –

GA US

(US Model Destination)

0 = US/CANADA/Latin
1 = Taiwan/Korea/Philippine
      (Wake-up timer enable)
      (GA Surround Spec:OFF,
      SIMULATED, SRS)

3D OSD

(BX1L Full version GA Multi

0 = Normal with 3D Intelligent picture OSD

Destination ONLY)

1 = Disable 3D Intelligent picture OSD

Feature 2

(Temporary for BX1L)

0 = Comb Not available
1 = Comb available

Feature 1

(Temporary for BX1L)

0 = PiP Not Available
1 = PiP available

OSD Language Selection

US (GA NTSC)

1x1x = Complicated Chinese
1xx1 = Korean (note: for BX1L, combination
            of C.Chinese & Korean not available)

GA

1xxx = Simplified Chinese
x1xx = Arabic
xx1x = Thai
xxx1 = Vietnamese

GA US

Latin

Feature 2

Feature 1

OSD Language Selection

DEC

0

0

0

0

0

0

0

1

01

0

0

0

0

0

1

0

0

04

– 30 –

1. Select Video Mode.
2. Input PAL CB to TV set (others), Input NTSC 75% CB

to TV set (NTSC model).

3. Set PICT 003 "PWL" to 00h and WHBL 017 "BLBG" to

01h.

4. Set the following condition:

PICTURE 100%, COLOR 0%, BRIGHTNESS 50%.

5. Connect an oscilloscope to pin 4 (R output) of CN004.
6. Set to Service Mode "PWL" to 00h, "BLBG" to 01h.
7. Select SADJ 000 "PMAX" with 

1

 and 

4

 of the

commander then adjust VR within spec with 

3

 and 

6

.

8. Select "WIDE" mode for TV and Video mode, write

the "PMAX DATA-8 steps" (For models with
V-Compression features only).

9. Then press [MUTING] 

t 

-

 to write the data.

10. Set "PWL" and "BLBG" back to initial data repectively.

(PWL: 01h and BLBG: 00h)

1. Select Video and set Picture mode.
2. Input PAL 100% CB to TV set (others), input NTSC

75% CB to TV set (NTSC model).

3. Set PICT 006 "WTS" to 00h, and Intelligent Picture to

"OFF".

4. Set the following condition:

PICTURE 100%, COLOR 50%, BRIGHTNESS 50%,
HUE CENTER, SHP 50%.

5. Connect an oscilloscope to pin 2 (B output) of CN004.
6. Select to Service Mode and adjust SADJ 004 "SCOL"

with 

1

 and 

4

 of commander then adjust to

VB2 = VB3 = VB4 with 

3

 and 

6

, and write in the

data as +10 step with +5 step offset.

7. Then press [MUTING] 

t 

-

 to write the data.

8. Set "WTS" back to original data, and set Intelligent

Picture to "ON".

1. Select Video.
2. Input NTSC 3.58 Color Bar to TV set.
3. Set the following condition:

PICTURE 100%, COLOR 50%, BRIGHTNESS 50%,
HUE Center, SHR 50%.

4. Connect an oscilloscope to pin 2 (B output) of CN004.
5. Set to service mode and select SADJ 001 "SHUE"

with 

1

 and 

4

 of commander then adjust to

VB1=VB2=VB3=VB4 with 

3

 and 

6

.

6. Then press [MUTING] 

t 

-

 to write the data.

7. Select TV channel with NTSC 3.58 and repeat item

4-6 (except GA NTSC model).

8. Select TV channel with 3.58 repeat 4-5, +1 step data

offset (applied to GA NTSC models) then press
[MUTING] t 

-

 to write the data.

The highest level of VB1, VB2, VB3, VB4 must be
aligned at the same time.
The ideal difference between VB2 and VB3 is within
±80mV.

9. For single system with NTSC 4.43 select TV channel

with NTSC 4.43 and repeat 4

t6.

1. Select YUV input.
2. Input a NTSC 3.58 Color Bar into YUV mode.
3. Connect an oscilloscope to pin 2 (B output) of CN004.
4. Set the service mode and select YC 013 "TINT" with

1

 and 

4

 of the commander then adjust to

VB1=VB2=VB3=VB4 with 

3

 and 

6

.

5.  Then press [MUTING] 

t 

-

 to write the data.

The highest level of VB1, VB2, VB3, VB4 must be
aligned at the same time.
The ideal difference between VB2 and VB3 is within
±80mV.

1. Receive cross hatch/dotsignal.
2. Adjust on to make H-Trapezoid distortion best.

1. Set to Service Mode.
2. Input SPCB Signal.
3. Using the 

1

 and 

4

 button select GEOM (Service

Mode).

VB1

VB2 VB3 VB4

(for PAL Sub Color adjustment)

VB2 = VB3 = VB4

(for NTSC Sub Color adjustment)

VB1 = VB4

(Difference is within 70mV)

VR

Black

1.46 

± 0.03 Vp-p = without VM models

1.65 

± 0.03 Vp-p = with VM models 

except NTSC models 

1.10 

± 0.03 Vp-p = without VM models for NTSC models

1.23 

± 0.03 Vp-p = with VM models for NTSC models

VB1

VB2

VB3 VB4

80mV

VB1

VB2

VB3 VB4

VB1 = VB2 = VB3 = VB4

– 31 –

4. Rasie/lower data using the 

3

 and 

6

 buttons adjust

the following items:-

GEOM :

000

HPOS

Horizontal Shift (HS)

001

HPAR

Horizontal Parallelogram

002

HBOW

Horizontal Bow

003

VLIN

Vertical Linearity

004

VSCR

Vertical Scroll

005

HSIZ

EW Width (EW)

006

EWPW

EW Parabola/Width (PW)

007

UCOP

EW Upper Corner Parabola

008

LCOP

EW Lower Corner Parabola

009

EWTZ

EW Trapezium

010

VSLP

Vertical Slope (VS)

011

VSIZ

Vertical Amplitude

012

SCOR

S-Correction (SC)

013

VPOS

Vertical Shift (VSH)

015

HBL

RGB Blanking Mode

016

WBF

Timing of Wide Blanking (WBF)

017

WBR

Timing of Wide Blanking (WBR)

018

SBL

Service Blanking

019

COPY

Copy the GEOM data to all
50/60Hz NVM area

5. Write into memory by pressing [MUTING] then 

-

 on

the remote commander.

(V-Compression Adjustment)
1. Input SPCB signal.
2. Adjust condition change to WIDE MODE : ON
3. Copy (Item from normal mode 50Hz) all Normal

Mode adjusted data.

1. Input 525/60Hz signal.
2. They can copy 50Hz first.

("COPY" under GEOM is set to 

1

, then [MUTE] + 

-

)

3. Using the 

1

 and 

4

 button, select category GEOM

(Service Mode).

4. Raise/lower data using the 

3

 and 

6

 buttons to

obtain optimum image.

GEOM :

000

HPOS

Horizontal Shift (HS)

001

HPAR

Horizontal Parallelogram

002

HBOW

Horizontal Bow

003

VLIN

Vertical Linearity

004

VSCR

Vertical Scroll

005

HSIZ

EW Width (EW)

006

EWPW

EW Parabola/Width (PW)

007

UCOP

EW Upper Corner Parabola

008

LCOP

EW Lower Corner Parabola

009

EWTZ

EW Trapezium

010

VSLP

Vertical Slope (VS)

011

VSIZ

Vertical Amplitude

012

SCOR

S-Correction (SC)

013

VPOS

Vertical Shift (VSH)

015

HBL

RGB Blanking Mode

016

WBF

Timing of Wide Blanking (WBF)

017

WBR

Timing of Wide Blanking (WBR)

018

SBL

Service Blanking

019

COPY

Copy the GEOM data to all
50/60Hz NVM area

(V-Compression Adjustment)
1. Input mono scope signal.
2. Adjust condition change to WIDE MODE : ON
3. "COPY" is set to 

1

, then [MUTE] + 

-

– 32 –

H. CENTER ADJUSTMENT (HPOS)
1. Input NTSC Monoscope signal/NTSC Monoscope

Signal (for NTSC model).

2. Activate the Service Adjustment Mode.
3. Select the HPOS item with 

1

 and 

4

.

4. Adjust the value of HPOS with 

3

 and 

6

 for the best

vertical center.

5. Press [MUTING] then 

-

 to save into the memory.

H. SIZE ADJUSTMENT (HSIZ)
1. Input NTSC Monoscope signal/NTSC Monoscope

Signal (for NTSC model).

2. Activate the Service Adjustment Mode.
3. Select HSIZ with 

1

 and 

4

.

4. Adjust with 

3

 and 

6

 for the best horizontal size.

5. Press [MUTING] then 

-

 to save into the memory.

V. SIZE ADJUSTMENT (VSIZ)
1. Input NTSC Monoscope signal/NTSC Monoscope

Signal (for NTSC model).

2. Activate the Service Adjustment Mode.
3. Select the VSIZ item with 

1

 and 

4

.

4. Adjust value of VPOS with 

3

 and 

6

 for the best

vertical center.

5. Press [MUTING] then 

-

 to save into the memory.

V. CENTER ADJUSTMENT (VPOS)
1. Input NTSC Monoscope signal/NTSC Monoscope

Signal (for NTSC model).

2. Activate the Service Adjustment Mode.
3. Select the VPOS item with 

1

 and 

4

.

4. Adjust value of VPOS with 

3

 and 

6

 for the best

vertical center.

5. Press [MUTING] then 

-

 to save into the memory.

V. LINEARITY (VLIN), V. CORRECTION (SCOR), PIN
AMP (EWPW), AND HORIZONTAL TRAPEZOID
(EWTZ) ADJUSTMENTS
1. Input NTSC Monoscope signal/NTSC Monoscope

Signal (for NTSC model).

2. Activate the Service Adjustment Mode.
3. Select VLIN, SCOR, EWPW, and EWTZ with 

1

 and

4

.

4. Adjust with 

3

 and 

6

 for the best horizontal size.

5. Press [MUTING] then 

-

 to save into the memory.

V. ANGLE (HPAR), H. BOW (HBOW), UPPER PIN
(UCOP) AND LOW PIN (LCOP) ADJUSTMENTS
1. Input NTSC Monoscope signal/NTSC Monoscope

Signal (for NTSC model).

2. Activate the Service Adjustment Mode.
3. Select HPAR, HBOW, UCOP, and LCOP with 

1

 and

4

.

4. Adjust with 

3

 and 

6

 for the best picture.

5. Press [MUTING] then 

-

 to save into the memory.

EW TRAPEZIUM (EWTZ)

EW PARABOLA/WIDTH (EWPW)

S-CORRECTION (SCOR)

VERTICAL LINEARITY (VLIN)

EW UPPER CORNER PARABOLA (UCOP)

EW LOWER CORNER PARABOLA (LCOP)

HORIZONTAL PARALLELOGRAM (HPAR)

HORIZONTAL BOW (HBOW)