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– 33 –

8. Raise/lower data using the 

3

 and 

6

 buttons, select

and adjust the following item to obtain optimum image.
Service Item

GEOM: 000

HPOS

HORIZONTAL SHIFT (HS)

001

HPAR

HORIZONTAL
PARALLELOGRAM

002

HBOW

HORIZONTAL BOW

004

VSCR

VERTICAL SCROLL

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)
PARALLELOGRAM

013

VPOS

VERTICAL SHIFT  (VSH)

014

HBL

RGB BLANKING MODE

015

WBF

TIMING OF WIDE BLANKING
(WBF)

016

WBR

TIMING OF WIDE BLANKING
(WBR)

017

SBL

SERVICE BLANKING

018

COPY

COPY THE GEO DATA TO
ALL 50/60Hz NVM AREA

9. For Korea models only:

a) Copy adjusted 60Hz data to 50Hz
b) Add 6 steps to 50Hz "HPS" item and save data.

1. Input 525/60Hz signal.
2. Using the 

1

 and 

4

 buttons select category GEO

(Service Mode.)

3. Raise/ lower data using the 

3

 and 

6

 buttons to

obtain optimum image
Service Item

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)

014

HBL

RGB BLANKING MODE

015

WBF

TIMING OF WIDE
BLANKING (WBF)

016

WBR

TIMING OF WIDE
BLANKING (WBR)

017

SBL

SERVICE BLANKING

018

COPY

COPY THE GEO DATA TO
ALL 50/60Hz NVM AREA

(V-Compression Adjustment)
1. Input mono scope signal
2. Adjust condition to WIDE MODE : ON.
3. Copy (item from NORMAL MODE 60Hz) adjusted

data for the following items:
Service Item

GEOM: 003

VLIN

VERTICAL LINEARITY

005

HSIZ

EV WIDTH (EW)

011

VSIZ

VERTICAL AMPLITUDE

012

SCOR

S-CORRECTION (SC)

4. Raise/lower data using 

3

 and 

6

 buttons, select and

adjust the following item to obtain optimum image.
Service Item

GEOM: 000

HPOS

HORIZONTAL SHIFT (HS)

001

HPAR

HORIZONTAL
PARALLELOGRAM

002

HBOW

HORIZONTAL BOW

004

VSCR

VERTICAL SCROLL

006

EWPW

EW PARABOLA/
WIDTH (PW)

007

UCOP

EW UPPER CORNER
PARABOLA

008

LCOP

EW LOWER CORNER
PARABOLA

009

EWTZ

EW TRAPAZIUM

010

VSLP

VERTICAL SLOPE(VS)

013

VPOS

VERTICAL SHIFT (VSH)

014

HBL

RGB BLANKING MODE

015

WBF

TIMING OF WIDE
BLANKING (WBF)

016

WBR

TIMING OF WIDE
BLANKING (WBR)

017

SBL

SERVICE BLANKING

018

COPY

COPY THE GEO DATA TO
ALL 50/60Hz NVM AREA

– 34 –

EW TRAPEZIUM (EWTZ)

EW PARABOLA/WIDTH (EWPW)

S CORRECTION (SCOR)

V LINEARITY (VLIN)

UPPER PIN (UCOP)

LOW PIN (LCOP)

HORIZONTOLPARALLELOGRAM (HPAR)

HORIZONTOL BOW (HBOW)

1. Input Monoscope signal.
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

horizontal center.

5. Press [MUTING] then 

-

 to save into the memory.

1. Input Monoscope signal.
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.

1. Input Monoscope signal.
2. Activate the Service Adjustment Mode.
3. Select theVSIZ item with 

1

 and 

4

.

4. Adjust value of VSIZ with 

3

 and 

6

 for the best

vertical center.

5. Press [MUTING] then 

-

 to save into the memory.

1. Input Monoscope signal.
2. Activate the Service Adjustment Mode.
3. Select 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.

(

)

1. Input Monoscope signal.
2. Activate the Service Mode.
3. Select VLIN, SCOR, EWPW, and EWTZ with 

1

 and 

4

.

4. Adjust with 

3

 and 

6

 for the best picture.

5. Press [MUTING] then 

-

 to save into the memory.

1. Input Monoscope signal.
2. Activate the Service Mode.
3. Select the 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.

(

)

– 35 –

VIF

SAW

SIF

 SAW

MAIN

Power

Supply

Stdby

Power

FSS TUNER

VIF/SIF

AV

Switch

3D

COMB/NR

SUB

FSS

TUNER

G/Y

B/PB

R/PR

L

R

24.576MHz

DVD in

Rear AV in

 Front AV in

Mon out

Main CV

Mon

out

AV

1,2

in

AV

1

in

RGB/

DVD

in

AC in ~

220-240V

RGB out 42-44

VM 64

VD + 107

VD – 104

EWD 108

LSL 69

LSR 68

118 XTAL OUT

119 XTAL IN

40 C1
71 CVBS / Y1

L, R

CISPR/

PFC

Relay

LOW B

Stdy 3

AUDIO VCC

FBT

L

2ch

3ch

Optional

Audio Amp

ATT

NVM

Pin out

H-drive

H-out

V-out

DF/DQP

VM

RGB Amp

Rot Amp

LCC Amp

feedback

R

6+6
+12
3D Woofer

L,R

H
P

EW, Hd

V+, V-

PWM

RGB

SIRCS

Key 

buttons

PLL

YC out

SUB

Picture

CV/Y

UV in

PIP

I/O Port

I/O Port

VIF & SIF

POWER

Color

Decoder

YUV

Processor

Jungle

RGB

A 
D 
C

D 
A 
C

Stereo,

DSP

Micro

Text

CC & V-chip

L

E
D

+B

VIFIN1 105

VIFIN2 104

32 SIRCS

10 KEY

6 Green Led

7 Red Led

21 SCLO

22 SD

A

O

– 36 –

A Board

C Board

F Board

H1 Board

VM Board

BC Board

B Board

J1 Board

H2 Board

D3 Board

Note:
•

All capacitors are in µF unless otherwise noted.

•

All electrolytic capacitors are rated at 50V unless otherwise
noted.

•

All resistors are in ohms.
kΩ = 1000Ω, MΩ = 1000kΩ

•

Indication of resistance which does not have rating electrical
power is as follows.

Pitch: 5 mm
Rating electrical power 1/4W (CHIP: 1/10W)

•

: nonflammable resistor.

•

¢

: internal component.

•

: panel designation or adjustment for repair.

•

All variable and adjustable resistors have characteristic curve
B unless otherwise noted.

Readings are taken with a 10MΩ digital multimeter.

✽

k

Reference information
RESISTOR

: RN

METAL FILM

: RC

SOLID

: FPRD

NONFLAMMABLE CARBON

: FUSE

NONFLAMMABLE FUSIBLE

: RS

NONFLAMMABLE METAL OXIDE

: RB

NONFLAMMABLE CEMENT

: RW

NONFLAMMABLE WIREWOUND

: 

✽

ADJUSTMENT RESISTOR

COIL

: LF-8L

MICRO INDUCTOR

CAPACITOR

: TA

TANTALUM

: PS

STYROL

: PP

POLYPROPYLENE

: PT

MYLAR

: MPS

METALIZED POLYESTER

: MPP

METALIZED POLYPROPYLENE

: ALB

BIPOLAR

: ALT

HIGH TEMPERATURE

: ALR

HIGH RIPPLE

!  are critical for safety. Replace only

Note: “A” board schematic diagram is divided into 6 blocks.

Each block is named by its function and block “alphabet”.
eg: Processor (Block A)
Joint connection between boards can be identified using
the block alphabet followed by sequence numbering.
eg: -<HOUT-DEFL (A10) To D11
Meaning: Block A joint A10 is connected to Block D joint
D11