pioneer pdp503cmx plasma tv training manual

PDP-503CMX

Multimedia & Web Training Department

545 Nolan Drive Suite 100

Southlake, Texas 76092

Product Training Guide

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Contents

Preface ……………………….…….. 3

New Functions…………………4-7Basic Specifications.……………... 8

New Features ….………………..…. 9-18

Main PCB layout………….…………19

Overall Block………………..…20-21Overview…………………………..…22

Video Card………………………...…23-24

RGB Block……………………….…..25-28

Digital Video………………………...29-30

Y Drive…………………………….….31-32

X Drive…………………………….….33-34

Sub Address………………………...35-36

Resonance & Mid Clamp…….……37-38

Fan Drive/Audio…………………….39-40

Controls & Connectors…………………41-45

Normal Operation & Menu Modes……46-65

Integrator Modes………………………...66-93

Disassembly……………………………...94-97

Factory Service Modes………………….98-132

Adjustments……………………………..133-145

PCB Locations………………………….146

Shut Down & Power Down……………147-155

RGB/Digital Video Replacement…….156-157

3

Lead in the solder used in this productis a known reproductive toxicant whichmay cause birth defects or other reproductiveharm. (California Health and Safety CodeSection 25249.5).

When servicing this or handling circuitboards and other components whichcontain solder, avoid unprotected skincontact with the solder. Also, when soldering do not inhale any smoke orfumes produced.

This technical training guide will addressthe disassembly and adjustments of the Pioneer PDP-503CMX Plasma Display.

This guide was designed as a servicing aidand is not intended to replace the servicemanual. The student should have the appropriate service manual on hand whenwhen using this guide. Data in the servicemanual for this unit contains specificinformation on safety, parts and adjustments.

Safety information

Important safety data for this Pioneer modelis contained in the service manual. Before returning the unit to the customer, completeall product safety obligations and tests.Technicians who bypass safety features orfail to carry out safety checks may exposethemselves and others to possible injury,and may be liable for any resulting damages.

Preface

For more information on electroniccircuits and block diagrams refer

to Service manual ARP3093

List of New Functions

1. Out of Menu Mode

AUTO SET UP• A function to adjust SCREEN mode automatically. • The results of the adjustment is reflected on SCREEN value in Menu Mode. • It functions only in case of PC signal input. (INPUT 1 or 2).

POINT ZOOM• A function to magnify a display picture.• The magnifying powers are 1.5 times, 2 times, 3 times, and 4 times• When setting "POINT ZOOM", the picture size becomes "FULL mode".• It functions only in the case of PC signal input.

Levels Display • A function to display a setting content in OPTION menu. • It displays by pressing the "DISPLAY CALL" key more than 2 sec. during an OSD display by usual DISPLAY CALL. • Able to control this function using a new RS-232C command (DS2).

STILL • A function to make a still picture from a present picture on the monitor.• Able to set up using RS-232C command (SLY/SLN).

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2. In Menu Mode

AUTO FUNCTION• A function to switch to this input automatically, when a signal is

inputted to the input which was selected by this setting.Automatically it goes back to previous input when there is noinput signal in the input.

• This function works only with “INPUT1” and “INPUT4”. • For the “INPUT1”, this function works only with Composite

SYNC and Separate SYNC.

POWER CONTROL • To switch the settings “Normal Display”, “Linear Brightness”, and

“Power Save”.1. Normal Display : Almost the same as PDP-502 setting“ABL ON”2. Linear Brightness : Almost the same as PDP-502 setting“ABL OFF”3. Power Save : New function from PDP-503

A function to lower the peak brightnessand lowers power consumption.

• Able to set up using RS-232C command (1: PWN / 2:PWS /3:PWL)

INPUT LABEL• A function to change “INPUT LABEL” of each input.• It is able to set up max. of eight letters.

PURECINEMA• A function to convert 480i to 480P based on 2-3 pull-down data.• There are three settings; OFF, STANDARD, and HQ.• Able to set up input signal NTSC/480i only• Able to set up using RS-232C command (PUN/PUS/PUH)

DIGITAL NR• Setting up digital noise reduction. • There are four settings; OFF, LOW, MIDDLE, and HIGH.• It is effective only in the case of a VIDEO (NTSC) signal input.• Able to set up using RS-232C command (NRN/NRL/NRM/NRH)

COLOR TEMP• A function that changes setting of the colors TEMP.• There are six settings: LOW (approx. –3000K), MID LOW

(approx. –2000K), MIDDLE(+/- 0K), MID HIGH(approx.+1000K), HIGH(approx. +2000K)

• It is effective only in the case of a VIDEO (NTSC) signal input.• Able to set up using RS-232C command

(CT1/CT2/CT3/CT4/CT5)

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3. Integrator MenuOFF TIMER• A function to switch to Stand-by mode after a set time. • This setting has OFF,

TIMER (1 to 24H/ every 1H)MASK (0.0 to 9.5 H/ every 0.5 H)MASK Color (WHITE /RED / GREEN/ BLUE)

2 by 2 mode• A function to make temporally 4 screen multi-display.• This setting has ON or OFF and display area (upper left/ lower

left/ upper right/ lower left).• Able to set up using RS-232C command (MGY/ MGN/ MG1/

MG2/ MG3/ MG4)

ORBITER• A function to control burned display by shifting picture location

for every moment.• The setting has ON or OFF • Make the picture location shift one dot by one dot horizontally or

vertically every eight minutes.• Able to set up using RS-232C command (OMY/OMN).

INVERSE• A function to control burned display by reversing output picture.• The setting has ON or OFF.• Able to set up using RS-232C command.

ID SET• A function to set or change ID No.

MONITOR NAME• A function to register a name with each unit.• Able to set max. of twelve letters. • Able to confirm the name by Display Call/ GET command

HDTV Mode Setting• A function to set actual line number in HDTV (1080i/1035i)• Able to set this function when signal mode is “12/13”• Able to set up using RS-232C command

(1080i=H80/1035i=H35)

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4. Service Factory MenuDisplaying / Setting Pulse Meter• A function to display or set the present pulse meter.• The display is ten million unit• The setting is hundred billion unit.• Able to set up using RS-232C command.

Pulse meter display: PMDPulse meter setting: PMS+ XXX

Writing setting in EEPROM for Plug & Play use• Releasing Write-protection of EEPROM for Plug & Play use.• Able to set only in service factory mode and RS-232C factory

adjustment mode.When it exits the above modes, it returns to Protect setting.

• Able to set up using RS-232C command.Write protect release: EWYWrite protect setting: EWN

5. RS-232CPicture mute ON/OFF setting • A function to set Picture MUTE on or off.• No Last Memory function. • MUTE is canceled when other operations are conducted.• Able to set using RS-232C command only.• It is effective in case of only Normal mode/ RS-232C adjustment

mode/ RS-232C factory adjustment mode.

Drive ON / OFF Setting.• A function to set Drive circuit on or off. • There is no last memory function. (After turning off a unit, this

setting is canceled)• Able to set using RS-232C command only.• The command is effective only in Standby mode and RS-232C

factory adjustment mode.

100 % display mode setting 100%• A function to change screen display into 100 % display. • It functions only in case of VIDEO signal. • All of menu modes are prohibited during this setting. • Able to set up using RS-232C command only.

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Basic SpecificationPDP-502MX/MXE(Current model)

PDP-503CMX PDP-433CMX

Screen size 50inch 50inch 43inch

Aspect ratio 16:9 16:9 16:9

Number of pixels 1280(H) 768(V) 1280(H) 768(V) 1024(H) 768(V)

Pixel pitch 0.858 mm (RGB) 0.808 mm 0.858 mm (RGB) 0.808 mm

Gradation (256 gray scale) (768 gray scale)

Brightness 560cd/m2 800cd/m2

Contrast ratio 560:1 800:1

Viewing angle H: More than 160°V: More than 160°

Front filter Acryl Glass

Power requirementsMX: 100~120V 50/60Hz

Power consumption 470W 380W TBD

Effective screen size 1098mm 620.5mm 1098 mm 620.5 mm

Dimensions 1218mm 714mm 98mm 1218mm 714mm 98 mm

Weight 40.3kg 38.9kg Less than 30kg

Glass

H: More than 160°V: More than 160°

H: More than 160°V: More than 160°

MXE: 100~240V 50/60HzMX: 100~120V 50/60Hz

MXE: 100~240V 50/60Hz

MX: 100~120V 50/60Hz

MXE: 100~240V 50/60Hz

Fan 44 22 2

952.3 mm 536.1 mm

1070mm 630mm 98mm

0.930 mm (RGB ) 0.698 mm

(768 gray scale)

800cd/m2

800:1

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NEW Features/Benefits• PDA-5002

– When installed itadds Video, YC, andDVI input, as well asenabling HighDefinition.

– Card manufacturedand supported byPioneer.

PDA-5002

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PDA-5002 (VIDEO CARD)

Rear View & Terminals

FAN

503CMXRGB/BNC*5 In x1RGB/D-Sub In x 1RGB/D-Sub Out x1Audio/Mini LR In x1Audio/Mini LR Out x1Speaker LR x1ControlRS-232C/D-Sub 9 x1SR/Mini In+Out x 1Combi/Mini Din 6 In/O x1

PDA-5002DVI-D In x1YC/S VHS In x1Composite/BNC In x1Composite/BNC Out x1Audio LR/RCA x2

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DVI-D interface for PDA-5002There are two types of DVI interface; DVI-D and DVD-I. PDA-5002 has DVI-D input. Whichmeans this terminal can only accept Digital RGB signal.Also the cable must be DVI-D cable.

DVI-I cable can not be used for PDA-5002.

(Yellow square)

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2. Technical explanation on the new features. 2. Technical explanation on the new features. - Higher luminance and contrast -- Higher luminance and contrast -

Higher luminance is realized by changing the cell structure.

Technical explanation on the new features. - Higher luminance and contrast -

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Deep Waffle Rib Structure: realises even higher light emissionefficiency

For the PDP-503, Pioneer’s further improved this technologyby making each individual cell deeper.

Deep Waffle Rib Structure(Deep Encased Cell Structure)

The new cell structure has a greater light emission area, so this results ineven higher light emission efficiency—50% higher than our previous model .(PDP-502)

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[D] Sustaining discharge is made by a pulse of voltage on sustain electrodes. Itgenerates UV light, which makes phosphor radiate visible light emission.[E] The electric at electrodes remains so that continuous pulses of AC voltagecan make another light-emitting discharge

PDP basic principlesThe PDP screen is 2 glass panels with pixels sandwiched. The pixels consist of tinycells with electrodes on the top and bottom. Inert gas (Xenon+Neon) is trappedbetween 2 glasses, separated by a gap of just 100-200 microns wide. UV light isgenerated by discharging the gas using electrodes. Red, green and blue phosphorsabsorb these UV discharges and reradiate the energy as visible light to produce thecolors that appear on the screen.

[F] Address discharge selects the cellsrequired for emission by clearing theelectric charge from unnecessary cellswith comparatively small voltage

Pioneer Method

[B-C] Initialization discharge(Reset) charges the electric at+/- electrodes, activatinggas to extract electron

Sustainelectrode

Addresselectrode

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Input Input

Output/ Brightness

256 steps (8bit Sub field method) 768 steps (grayscale/ NTSC)

16 times(lowest 5% range)

16 times(lowest 5% range)

Improvement of gradation reproduction in low brightness rangeImprovement of gradation reproduction in low brightness range

General PDPGeneral PDP New CLEAR drive systemNew CLEAR drive system

12 steps 200 stepsO

utput/ Brightness

•Linear shaped characteristics of brightness level against input signal of conventional PDP ispoor at gradation in low brightness range•Allocating comparatively more steps in low range, Characteristics of 503 has a gamma curvesimilar to analog CRT, which doesn’t require the artificial process for offsetting gamma curveof input signal in video processing

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0

0.5

1

0 12 240

0.5

1

0 12 240

0.5

1

0 6 12

Input Signal level

Out

put l

umin

ance

leve

l

1st Field2nd Field

502MX:12 sub-field x 2 (Field-to-field offset alternating) x 16 (Dither & Error dispersion) = 384 gradations

503CMX:Sub-field Field-to-field offset alternating Dither & Error dispersion Total gradations

PAL 13 x 2 x 32 = 832PC 10 x 2 x 32 = 640NTSC 12 x 2 x 32 = 768

CLEAR driving method: the way to increase gradationsCLEAR driving method: the way to increase gradations

Each field (1/60 sec) can have 12 steps. (in case of NTSC)With using 2 neighboring fields, different grayscales areassigned. By combining these 2 fields, grayscales in-between can be generated. As a result of it, another 12steps can be implemented to get 2 times as manygrayscales as that of 1 field.

Field-to-field offsetalternating

Dither & Errordispersion

Dithering & Error dispersionmethod realized by 10bit precisecalculation refines the analog-likesmooth gamma curve

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Gradation Reproduction in Low Brightness Range

Pioneer’s CLEAR* driving technology has succeeded in eliminatingfalse contour of poor gradation areas. Details in shadow that werepreviously obscured in conventional PDP can now be seen.(*CLEAR: high-Contrast & Low Energy Address & Reduction of false contoursequence. We alternatively call it “Continuous Emission Display Technology”)

Pioneer CLEAR driveConventional PDPs exhibit rough gradations in the low brightnessrange, so image quality in dark areas is inferior. Pioneer’s gradationslope is much smoother.

Even with dark images, detailed patterns are faithfully reproduced.

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CLEAR sub-field driving methodCLEAR sub-field driving method

Continuous Emission Display Technology

Address SustainReset

•Only one reset discharge per field•Continuous light Emission of the needed number of pulse•No random light emission = No more random gaps without emissionResults :•Higher Contrast (Lowest brightness less than 1cd/m2)•Less Addressing power consumption: 1/3 vs 501•No Dynamic False contour

BIT NOLSB 2BIT 3BIT 4BIT 5BIT 6BIT 7BIT 8BIT 9BIT 10BIT11BIT MSB01 ›2 › ›3 › › ›4 › › › ›5 › › › › ›6 › › › › › ›7 › › › › › › ›8 › › › › › › › ›9 › › › › › › › › ›10 › › › › › › › › › ›11 › › › › › › › › › › ›12 › › › › › › › › › › › ›

Gra

ysca

le

brightTime (1/60 sec, NTSC)

High Contrast & Low Energy Address & Reduction of false contour sequence

Continuouslight emission

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Y-DriveX-Drive

Power Supply Resonance Assy

V-Mid Clamp PCB

Digital Video Assy

Scan Modules

Video Card

RGB AssyAddress Modules

Address Modules

Audio Assy

Input Assy

Main PCB Layout PDP503CMX

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V+5V_STB

V+

3V_

V+

3V_

V+3V_IV+2V_I

C

V+3V_V+2V_IC

V+3V

V+3V

+12V

V+5V_STB

12V

+12

V+5V_

V+3V

V+2V

V+3V

V+2V

V+5V_ST

X180

CLK G

EN

TXD0/R

XD0

RE

TXD/R

X

BA2:9

BB2:9

GA2:9

GB2:9

RA2:9

RB2:9

ADLC

LK_DR

ADL_LE_U

L

ADL_LE_D

LTEM

P

KL_U0:2

XDR

V_SIG

YDR

V_SIG

SCAN

_SIG

D13

D17

D8

D12

D9

D16

I2

LED_SIG

SAA1SAA2

ADR

_CO

SAA3

K1

SA BAD

R_C

SAB3

SAB2

+60

IC6901

BUFFER

IC

DR

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DR

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DR

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IC6881

BUFFER

ICC

LK/LEVAD

R2

Q6706 to Q

6711VAD

R_G

EN

K1

VADR

2VAD

R2

BGC

1C

LAMP

VADR

2C

LK/LE

CLC

1C

LAMP

VCC

_VH

VCC

_VH

VCC

_VH

VCC

_VH

VCC

_VH

VCC

_VHSCAN

VCC

_VH

VCC

_VH

VCC

_VH

VCC

_VH

VCC

_VH

VCC

_VH

PSUS

SCAN

+RESET Block

Y2

Y3

Y4

Y1

Y5

Y6

+5VVSU

S

+5VVSU

S+15V

+15V

VCP

VCP

+15V

V_IC5V

V_OFS

VC_VF+

VCC

_VH

VCC

_VH

V_IC5V

V_IC5V

VCC

_VHV_IC

5V

V_OFS

VC_VF-

VC_VF-

VC_VF+

+5VVSU

S+15V

P5P6

P2P1 +13.5V

+6.5V

+15V

+12V

VADR

VSUS

-9VT101

T102

T103T104

T

Q115

Switching

Q117

Switching

Q119

Switching

Switching

VS U

BA2:9

BB2:9

GA2:9

GB2:9

RA2:9

RB2:9

IC5301(IC

30)

IC5001(IC

102)IC

4A/D

PL

IC5102(IC

101)

3State Buffer

SR IN

SR O

UT

RS-232C

232CD

RIVER

+3V,+5V,-5V,+9V

+3V,+2VSTB+5V

Com

ponent/R

GB

Com

ponent/R

GB

OU

TPUT

AudioO

UT

AudioIN

INPU

T 1IN

PUT 2

INPU

T 1/2/5

REG

T1T2

T4

T3

T5

T6

13.5V,6.5V,-9V12V,9V,±5V,3V

Plug&PlayE2PR

OM

SELSEL

9V,±5V,3V

12V,13.5V,-9V,6.5V,STB5V

12V,STB5V

12V,13.5V,-9V,6.5V

STB5V

IN1 D

ET

C1

R6

R2

R3

3ST

REGR

E

+3V,+5V

+3V

R4

R9

AC1

L OU

T

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+60

C3

SPR1

KL2KL1

RE1

SW1

TE1

DIG

ITA

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Y

PO

WE

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UP

TH

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MA

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EN

SO

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PC

LA1AA1

CL

AM

P A

AS

SY

CLK/LE

IC6501

BUFFER

ICVAD

R2

VADR

2

AB1C

LAMP

BGA1

CLK/LE

VADR

2IC

6601BU

FFER IC

Q6706 to Q

6711V

AD

R_G

EN

DC

-DC

CO

NVER

TERM

OD

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IC1703

XY DR

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ENC

EPATTER

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EN.

IC1301(IC

31 L)SU

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ith FILD M

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IC1401 (IC

31S

UB

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CO

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or RIG

HT

with F

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IC119

FLA

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RO

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IC1101

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IC120

MO

DU

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Drive

Signal

IC2206

Pulse Module

DC

/DC

CO

NV

BLOC

K

Y-SUS

MASK

BLOC

K

Y-SUS

MASK

BLOC

K

IC2204

Pulse Module

LOG

ICBLO

CK

SOFT-D

BLOC

K

OFFSET

BLOC

K

Scan Signal

PSUS

Photo Coupler

BLOC

K

SC

AN

A A

SS

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PP

ER

)

IC6201

ADD

SEL_PULSE

IC6202

ADD

SEL_PULSE

IC5

IC5

IC6203

ADD

SEL_PULSE

IC5

IC6204

ADD

SEL_PULSE

IC5

IC6205

ADD

SEL_PULSE

IC5

IC6206

ADD

SEL_PULSE

IC5

IC6001

ADD

SEL_PULSE

IC5

IC6002

ADD

SEL_PULSE

IC5

IC6003

ADD

SEL_PULSE

IC5

IC6004

ADD

SEL_PULSE

IC5

IC6005

ADD

SEL_PULSE

IC5

IC6006

ADD

SEL_PULSE

IC5

SC

AN

B A

SS

Y(L

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ER

)

SID

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EY

AS

SY

Com

biO

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Com

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SD R

AM16M

SD R

AM16M

SD R

AM16M

SD R

AM16M

IC5601

WID

E UC

OM

R

AD1

Overall B

LO

CK

DIA

GR

AM

MMURPHY

20

CLK/LE

SAA1SAA2

ADR

_CO

SAA3

K1

SAB1AD

R_C

SAB3

SAB2

+60

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VADR

2IC

6601BU

FFER IC

CLK/LE

IC6501

BUFFER

ICC

LK/LE

Q6706 to Q

6711VAD

R_G

EN

K1

VADR

2VAD

R2

BGD

1C

LAMP

VADR

2

CLD

1C

LAM

+5V

+15V+5V

V_SUS

+15V+5V

V_SUS

X 1

X2

X4

X3

VCP

V_RN

+15VV_R

N

P3P4

P5P6

VADR

VSUS

STB5V

T103T104

T105T105

LIVE

NEAU

TRAL

RL101

POW

ER(R

ELAY)

RC

101

PRIM

ARY

SECO

ND

ARY

Q119

Q122

M111

Switching

M114

Switching

VSUS_C

ON

T

IC5505

MAIN

UC

OM

IC5001(IC

102)IC

4603A/D

PLL AMP

MATR

IX

IC4803

PLD for SYN

C

6M LPF

3State Buffer

S1S2

S3

+15V+15V,+5VSTB

A_M

ute2

R_Audio

L_Audio

+5VSTB

R_O

UT

L_OU

T

IC8601

POW

ER AM

P

D.C

Det

FAN_D

FAN_M

ute+5V_AD

/RG

B

Audio_NG

Temp3

FAN_N

G

+15V

AudioM

ute

OP-AM

P(Buf)

IC8701

REG

ULATO

R

STB+5VSTB+5V

AudioO

UT

o

T3

R6

V1

S-VideoC

omposite

E2PRO

M

Expander

IC7302

CH

RO

MA D

ECO

DE (4-1SEL)

SEL

SD R

AM

3L Y/C

SECAM

FLT

6M LPF

DVI-D

6MLPF

AudioAudio

SELIN

4 DET

3STATE Buffer

AWV1906 O

nly

IN3 D

ET

OU

TPUT

INPU

T3IN

PUT4

INPU

T 5

REGR

EG

+7V,-8V

+7V

+3V,+5V,-5V

+3V,+5V

6M LPF

3D Y/C

&CN

R

I2C-BU

S

R4

R9

R1

R8

A5A1

A6

A7

A3

I2C-BU

S

AB1

AA1

L OU

T

V MID

CLAM

P U

V MID

CLAM

P L

VM2

VM1

K32

+60

SPL1

L1

PO

WE

R S

UP

PL

Y M

OD

UL

E

SU

B A

DD

RE

SS

AA

SS

Y

AD

DR

ES

S C

ON

NE

CT

CA

SS

YA

DD

RE

SS

CO

NN

EC

T D

AS

SY

MX

AU

DIO

AS

SY

VID

EO

SL

OT

ST

1 AS

SY

SL

OT

CO

NN

EC

TO

RA

SS

Y

V M

ID C

LA

MP

AS

SY

X D

RIV

E A

SS

Y

X C

ON

NE

CT

OR

B A

SS

Y

SU

B A

DD

RE

SS

BA

SS

Y

AD

R R

ES

ON

AN

CE

AS

SY

SP

OU

T L

AS

SY

MX

LE

D A

SS

Y

K2

K3A

DD

RE

SS

CO

NN

EC

T B

AS

SY

AD

DR

ES

S C

ON

NE

CT

A A

SS

Y

CL

AM

P D

AS

SY

CL

AM

P B

AS

SY

BR

IDG

E D

AS

SY

BR

IDG

E B

AS

SY

STB+5V12V,5V

RD

RIVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

DR

IVERIC

VADR

2VAD

R2

VADR

2

AD1

CLK/LE

VADR

2

CLB1

CLAM

PAC

1

Q6706 to Q

6711V

AD

R_G

EN

IC6801

BUFFER

IC

CLAM

BGB1

IC6901

BUFFER

IC

X C

ON

NE

CT

OR

A A

SS

Y

DC

/DC

CO

NV

BLOC

K

IC3200

PulseM

oduleD

riveSignal

Drive

Signal

X_SUS

MASK

VCP

P_SUS

LOG

ICBLO

CK

+Reset

PulseBlock

IC3201

PulseM

odule

X_SUS

MASK

P_SUS

FLASHR

OM

IC5601

WID

E UC

OM

IC7401

TMD

SR

eceiver

BL

OC

K D

IAG

RA

MO

VE

RA

LL

BL

OC

K D

IAG

RA

M

MMURPHY

21

Overview PDP-503CMX. –

SLOT Connect Assy (AWZ6634)* Slot card interface

Video slot Assy, PDA-5002 (AWV1906)* IN3/4 Terminals* IN3/IN4 input select* YC seap* Color decoder* DVI-D terminal, TMDS decoder

PDP PANEL(1280 x 768)

3840 ADR

3840 ADR

384 X,Y

384 X, Y

Seldata

Scan B(N

SP)* Select pulse add

* Y D

rive

Psus

Scan A(N

SP)* Select pulse add

* Y D

rive

X Drive assy (AWV1901) * Sustain X Drive * D-D conv Vrn

X c

onne

ctor

A(N

SP)

* co

nnet

or

X c

onne

ctor

B(N

SP)

* co

nnec

tor

Psus

Psus

Seldata

ADR connect B(NSP)

* Dat line buffer&latch

ADR connect A(NSP)


ADR connect C(NSP)


ADR connect D(NSP)


Address ICs X 40 (NSP)* Latch & Upper Address drive

ADR connect B(NSP)


ADR connect A(NSP)


ADR connect C(NSP)


ADR connect D(NSP)


Address ICs X 40 (NSP)* Latch & Lower Address drive

X DRV Data

Y DRV Data & Sel data

Vsus +230V

Vadr +60V

Vcc

STB+5V

PWR on/offPD cont

Power Supply Assy (AXY1053)* SW P.S for STBY / Low / ADR / VSUS Voltage.* PD Control* Power factor improver

AC IN

ADR Reso Assy(AWZ6630)

*ADR Voltage gene.

Adr Data

Adr DataAdr DataAdr Data

TH Sensor assy(AWZ6639)

* Thermal senseS-Data

IND assy(AWZ6642)

* LED

FAN (AXM1040)

REM IN

IR Receive assyAWZ6643

ADR Reso Assy(AWZ6630)

*ADR Voltage gene.

VadrVadrVadr Vadr

Vadr

Vadr Vadr Vadr

Sub ADR A Assy(AWZ6646)

*Adr Fault det

Reso data

Sub ADR BAssy(AWZ6647)

*Adr Fault det

Reso data

Digital video Assy (AWV1903)* Dither/Error dispersion* Sub-Filed conversion (L/R)* Field Memory* Drive sequence gen.* DC-DC Conv for Low voltages used within this assy.* Panel control CPU (Panel drive)* Module control CPU (Comm with system/panel CPU/ Power control, PD control )

Reso data

CL A assy(AWZ6650)

Br A assy(AWZ6620)

Br B assy(AWZ6621)

CL B assy(AWZ6651)

CL D assy(AWZ6653)

Br D assy(AWZ6623)

Br C assy(AWZ6622)

CL C assy(AWZ6652)

IN3 S in(Din6p)

IN4 C.Vin(BNC)

IN5 DVI-Din

IN1 RGBin(Dsub15)

IN2 RGBin(BNC)

*Component in with PDA-5002

SP out assy L/R* Terminal

* Thermal sense (L)

MX Audio Assy(AWZ6644)

* Audio AMP* FAN Drive

V MID CLP(AWV1934)

* Bottom Vol clamp

Bottom voltage

Bottom voltage

Temp1

Control assy(AW6633)

* Vol level conv

RS232C inCont in/out

Combi in/out

Key cont assy(AWZ6638)* Key matrix

decoder

Side SW assy(AWZ6637)* Key SW

KeyTx/RxRem

YCbCrRGBHV

Audio

RGB Assy (AWZ6632)* RGB decoder for video signal* A/D converter* Digital video processing ( Picture control )* IP conversion* OSD addition* Image size control (WIDE)* Sync control* System control CPU (Key/Remote/Temp/FAN/ Comm with module CPU)* TH sensor (Temp2)

RGB dat 2ch

HD/VD/CLK

PWR On/OffPD cont

RGBHV RGB I/O Assy (AWZ6631)* IN1/2 Terminals* IN1/IN2 input RGB/SY select* Mini/Pin Audio select* Low Voltage regulators (3/5/9/12V)

YPbPr

Audio

Audio/FAN/Temp3

Y Drive assy (AWZ6645) * Sustain Y Drive * Select pulse buffer * D-D Conv for VH/Vofs/Vf

Vsus+230V Vsus

+230V

Psus

Psus

MMURPHY

22

VID

EO

CA

RD

(PD

A-5002)

SD

IN_S

EL1 (pin 18)

HD

_PLK

U (pin 25)

VD

_PLK

U (pin 23)

SC

DT

(pin 126)

DE

_PLK

(pin 128)

HD

_PLK

(29)

VD

_PLK

(27)

CLK

_PLK

(pin 130)

R (pin 15)

L (pin 13)

VD

_PLD

(pin 11)

HD

_PLD

(pin 9)

CR

(pin 7)

CB

(pin 5)

Y (pin 3)

SD

A (pin 106)

SC

L (pin 104)

IN4_D

ET

pin 117)

IN3_D

ET

pin 118)

RA

_PLK

O [0 : 7](pin 154-161)

GA

_PLK

O [0 : 7](pin 142-149)

BA

_PLK

O [0 : 7](pin 132-139)

BB

_PLK

O [0 : 7](pin 54-61)

GB

_PLK

O [0 : 7](pin 42-49)

RB

_PLK

O [0 : 7](pin 32-39)

Input5 SE

LEC

T : Lo

OT

HE

RS

: Hi

IN4_D

ET

:H

i : No S

ignalLo : E

xist

IN3_D

ET

:H

i : No S

ignalLo : E

xist

INP

UT

4 NT

SC

Color B

arV

Y : IC

7002 pin 7 → N

o.1

HD

_PLK

U :

IC7410 pin 7 →

No.12

VD

_PLK

U :

IC7410 pin 5 →

No.12

SC

DT

:H

i : Active Link

Lo : Inactive Link

IC7402 - IC

7407LC

X541F

T3 S

tate Bu

ffer

IC7410

TC

7WH

04FU

Inverter

IC7401

TF

P201A

TM

DS

Receiver

IC7004

UP

C4570G

2

CN

7402A

KP

1216In

pu

t 5D

VI-D

Term

inal InD

VI_P

SInput5 S

ELE

CT

: Hi

OT

HE

RS

: LoH

i : Norm

al Operation

Lo : Pow

er Dow

n

PLK

_CN

T [0 : 4]

CLK

_PLK

: IC7307 pin 7 →

No.10, 11

HD

_PLK

: IC7307 pin 7 →

No.9 - 12

DE

_PLK

: IC7307 pin 7 →

No.9 - 11

VD

_PLK

: IC7307 pin 5 →

No.9 - 12

RB

_PLK

O4 :

IC7407 pin 15 →

No.10, 11

IC7002

NJM

2234M2 - Selector

IC7101

ML6428C

S-16M

LPF

IC7003

TC

4052BF

2 - 1 Selecto

r

JA7004

DK

B1031

Inp

ut 3

(Au

dio

In)

IC7001

TK

15420MV

ideo

DriverIC

710424LC

01BIC

7103C

XA

1875AM

Exp

and

er

IN4 S

ign

alD

ET

. Circu

it

IN3 S

ign

alD

ET

. Circu

it

CN

7001A

KX

1051In

pu

t 4(C

om

po

site)

INOUT

IC7201

ML6428C

S-16M

LPF

IC7303

TC

7WH

04FU

IC7302 TB1274AFChroma Decode (4 - 1 Select)

IC7102

CXD

2064Q3D

Y/C

SE

CA

M F

LT

IC7202

UPD

64082GF-3BA

3D Y/C

& C

NPIC7203

IS41C

16256-35KS

D R

AM

INP

UT

4 NT

SC

Color B

arH

D_P

LD : IC

7303 pin 7 → N

o.7V

D_P

LD : IC

7303 pin 5 → N

o.8

INP

UT

4 NT

SC

Color B

arC

R : K

7301 → N

o.6C

B : K

7302 → N

o.5Y

: K7303 →

No.4

INP

UT

4 NT

SC

Color B

ar3D

Y : K

7201 → N

o.23D

C : K

7202 → N

o.3

BPF SW

M/N

NT/PAL

VY SEL

DVI PS

CN

7002A

KP

1217In

pu

t 3(Y

/C In

)

JA7003

DK

B1031

Inp

ut 4

(Au

dio

In)

IC7105

ML6428C

S-16M

LPF

MMURPHY

23

Video Card (PDA-5002)Input 3 : YC using a "S" connector and audio RCA X 2.

Input 4 : Composite in and out using (BNC) connectors and audio RCA X 2.

Input 5 : DVI-D (Digital Visual Interface-Digital Host Only) Audio can be connected to the main stereo mini Jack for inputs 1 and 2.

Slot detect signal when inserted Is sent to the main CPULocated on the RGB board. This allows inputs 3, 4 and 5To be used as well as enabling High Definition signalsFrom inputs 1 or 2.

Signals from the DVI connector are sent through a TMDSReceiver (Time Minimized Differential Signaling) and onTo the RGB board as 8 bit 2 phase digital RGB.

MMURPHY

24

RGB Block Main IC’s Function/Control IC5505 Main System Microprocessor Module CPU, Wide Control CPU, Input

frequency sync detect, RS232 control, Remote & key control, input switching, Fan control and Thermal sensor monitor

IC4803 Sync Processing Generates sync for OSD with no input, separates and processes all sync inputs except DVI and sets clamp levels for sync output to I/P selector IC

IC5301 Digital Video Processor Adjusts screen size, digital video enhance, On screen display generator, 8 to 10 bit converter (dither & error dispersion control)

IC4603 AD Converter Converts all input analog video signals to digital RGB (8 bit) except DVI

IC4402 RGB Decoder Converts Y/PB/PR and Y/CB/CR signals to RGB and outputs to the A to D converter

IC5102 & 5001 I/P Converter & Selector Converts input digital RGB signals from Interlace to progressive and from 8 bit one phase input to 8 bit 2 phase output

MMURPHY

25

13.5VV

+12V

V+

12VIC

4004

6.5V

-9V

IC4110

(24LCS

21A)

Plug&

Play

RO

M

(LT1399CS)

3CH

Video

Am

p.

(TC74VH

C541)

TT

LC

onv.

INP

UT

1Input D

ET

.

IN1D

ET

WP

_SW

Tim

eC

ircuitIC

4108(B

A7657F

)R

GB

2-1 SW

ST

B+

5V

INP

UT

1C

omponent

/RG

B

INP

UT

2C

omponent

/RG

B

Term

inatorS

W

Audio

Input

MuteA

_MU

TE

1 EX

T_IN

TV

OL

IC4103

(TC

4052BF

)E

XT

/INT

SE

L

IC4104

(TA

7630P)

Pre-A

mp.

2-1S

EL

2-1S

EL

(LCX

541)Line B

uffer

6MLP

F

SE

CA

MF

LT

6M LP

F

3L Y/C

3D Y

/C&

CN

R

Audio

Input A

IC4103

(TC

4052BF

)F

IX/V

AL

SE

L

Audio

Output

TerminatorSW

INP

UT

1M

onitorO

ut

V-5V

V-5V

IC4001

FIX

_VA

R

A_M

UT

E2

AU

DIO

_NG

ST

B+

5V

V+

9VV

+9V

IC4002

V+

5VV

+5V

IC4003

V+

3.3VV

+3.3V

AD

IC4005

V+

3.3VV

+3.3V

PLD

IC4006

Audio A

mp.

Audio

Input BD

VI

Y/C

VID

EO

INV

IDE

OO

UT

(TF

P201H

)T

MD

S R

EC

EIV

ER

6M LP

F

Chrom

a Decode (4-1 S

elect)

SD

RA

M

Expan.D

BR

3D_R

ST

I2C B

US

DV

I_PS

VY

_SB

L

An

alo

g R

GB

HV

/ YP

bP

r

Digital RGB

6M LP

F

GeonS

YN

C(1)

GeonS

YN

C(2)

2-1S

EL

SY

NC

SE

P

Circuit

EX

T_IN

T

CB

LK_M

AT

CB

LK_LP

F

CLP

_MA

T

CLP

_AM

P

IC4402

(CX

A2101A

Q)

MA

TR

IX ~

35M(3-1 S

elect)

IC4603

(CX

A3516R

)A

/D P

LL AM

P(2-1 S

elect)

IC5001

IC102

IC5102

(PE

5066AC

K)

IC101

(LCX

125)C

LK S

EL

SD

RA

M16M

SD

RA

M16M

SC

P-IN

(31)

HO

LD(106)

G/YOUT(2)B/CbOUT(1)R_CrOUT(3)

SY

NC

IN(111/112)

CLP

IN(113)

XU

NLO

CK

(104)

1/2CLK(101)

DIVOUT(103)

SD

A(56)

SC

L(55)

AC

L AM

P

AC

L

I/O A

SS

Y

(LCX

541)2-1

SelectorB

uffer

Clam

pS

W

DIV

OU

T(32)

HD_SEP(106)VD_SEP(107)

CLP_SEP(99)

HPOL(98)VPOL(97)

HSTATE(96)VSTATE(93)

CLP_SW1(91)CLP_SW2(92)

HD

_30(72)

HD

_PLL(27)

VD

_AD

(8)

HD

_RG

B(41)

VD

_RG

B(42)

HD

_PLK

2(117)

HD

_PLD

(119)V

D_P

LD(118)

CLP

1(5)

CLP

_AM

P(28)

CLP

_MA

T(111)

CB

LK_M

AT

(110)C

BLK

_LPF

(109)H

DLD

_PLL(31)

CLP

2(6)H

BLK

T(7)

VB

LKT

(8)

VD

_PLK

2(116)

-HS

(100)+

HS

(101)+

VS

(102)

IPKILL(68)CS(67)FILM(70)

HWR(66)RD(65)RES(62)

UD[8:15]

UA[0:20]

YI[0:7]CLP1(278)CLP2(279)HBLK1(280)VBLK1(282)

VD_AD(53)

HD_AD(52)

PBI[0:7]PR[0:7]

YI[0:7]PBI[0:7]PR[0:7]

YP[0:15]PBP[0:15]PRP[0:15]

RA_IP[0:7]GA_IP[0:7]BA_IP[0:7]FDET(60)VACT(61)WAIT(62)

EMG_IP(67)CS(66)HWR(64)RD(65)RES(56)

YP[0:15]PBP[0:15]PRP[0:15]

HI(57)VI(58)FI(64)

HI(168)VI(167)FI(166)

HP(55)VP(56)

HP(170)VP(169)

CLK(3)

RA

O[0:7]R

BO

[0:7]G

AO

[0:7]GB

O[0:7]

BA

O[0:7]B

BO

[0:7]

VC

LK(132)

DE

O(99)

HD

O(98)

VD

O(97)

CLK(236)

RG

B A

SS

Y

mmurphy

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V+12V V+12V IC4004 V-5V V-5V IC4001 STB+5V V+9V V+9V IC4002 V+5V V+5V IC4003 V+3.3V V+3.3V AD IC4005 V+3.3V V+3.3V PLD IC4006

mmurphy

mmurphy

mmurphy

mmurphy

mmurphy

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mmurphy

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mmurphy

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IC5001 (???????) IC102 IC5102 (PE5066ACK) IC101 SD RAM 16M SD RAM 16M IPKILL(68) CS(67) FILM(70) HWR(66) RD(65) RES(62) UD[8:15] UA[0:20] YI[0:7] CLP1(278) CLP2(279) HBLK1(280) VBLK1(282) VD_AD(53) HD_AD(52) PBI[0:7] PR[0:7] YI[0:7] PBI[0:7] PR[0:7] YP[0:15] PBP[0:15] PRP[0:15] RA_IP[0:7] GA_IP[0:7] BA_IP[0:7] FDET(60) VACT(61) WAIT(62) EMG_IP(67) CS(66) HWR(64) RD(65) RES(56) YP[0:15] PBP[0:15] PRP[0:15] HI(57) VI(58) FI(64) HI(168) VI(167) FI(166) HP(55) VP(56) HP(170) VP(169) CLK(3) RAO[0:7]RBO[0:7] GAO[0:7]GBO[0:7] BAO[0:7]BBO[0:7] CLK(236)

mmurphy

(LT1399CS) 3CH Video Amp. (TC74VHC541) TTL Conv. INPUT1 Input DET. IN1DET WP_SW Time Circuit IC4108 (BA7657F) RGB 2-1 SW Terminator SW

DWALDEN

IP conv

DWALDEN

D-D conv

DWALDEN

1/2 select

DWALDEN

AD conv

DWALDEN

RGB decode

DWALDEN

Sync processing

DWALDEN

in 5 Video DVI in

DWALDEN

in 1/2 Video

DWALDEN

in 1/2 sync

DWALDEN

sync out

DWALDEN

in 5 sync

DWALDEN

in 3/4 sync

DWALDEN

sync

DWALDEN

DVI/Other sel

DWALDEN

IP select

DWALDEN

in 3/4 Video

MMURPHY

MMURPHY

DVI

MMURPHY

MMURPHY

Sync

MMURPHY

RGB Y/PB/PR Y/CB/CR

MMURPHY

MMURPHY

26

IC4803

(EP

M3256A

TC

144-10)P

LD for S

YN

C

V+

3VD

DC

/DC

Converter

IC31

(1/2)

IC31

(2/2)

V+

2VD

IN3D

ET

IN3D

ET

EE

PR

OM

Slot

State

SD

RA

M16M

SD

RA

M16M

IC5301

(PD

6357B)

IC30

IC5602

(ME

M29L800T

A-90P

FIN

)F

lash RO

M

100MH

zX

'tal

VD

Shift

HW

R_D

LAY

IC5502

(24LC64(I)S

NE

EP

RO

MTH

ER

MO

SE

NS

OR

FA

NK

EY

LED

RS

-232CR

EM

Main U

CO

MW

rite Connector

Wide U

CO

M W

rite Connector

(PS

9248N)

RS

T IC

IC5504, IC

5509(74H

CT

00)S

YN

C S

EL

TC

7W126F

U

TC

7W126F

U

Module U

CO

M

(LM50C

1M3)

Therm

oS

ensor 2

(M5223)

OP

AM

P

IC5501

(TC

74WH

TC

541AF

T)

3.3V →

5V C

onverter

IC5503

(TC

74WH

TC

541AF

T)

5V →

3.3V C

onverter

RS

T IC

AN

D

DIG

ITA

L V

IDE

OA

SS

Y

RG

B A

SS

Y

IC5601

(HD

64F2328V

F)

Wide U

CO

M

IC5505

(M3062F

GA

FP

)M

ain UC

OM

DPMS(7)H_SYNC(5)H_SYNC(6)AUDIO_NC(42)

(E)SDA(82)(E)SCL(81)EEPRST(83)

TEMP(94)

FAN_NG(48)

FAN(3)

KEY1_SCAN(20)

LED_G(37)

LED_R(38)

CNVSS(9)BUS(34)RXD1(32)TXD1(31)RST(12) C

B_M

UT

E(50)

RE

M(18)

RE

Q_M

D(19)

PO

WE

R(53)

PN

L_MU

TE

(60)

WE

_MD

(72)

RX

D0(36)

TX

D0(35)

TEMP2(95)

BUSY30(55)

RESET(61)

WAIT_FLASH(102)A13_FLASH(70)CS_FLASH(69)

RY/BY(102)

WACT_FRCT(32)

HD_W(117)VD_W(34,73)DE_W(33,72)

H(119)VI(31)

FI(118)

CS

_30(66)IC

_RS

T(126)

RD

B(91)

HW

RS

(92)

SG

LB_A

D(79)

HW

R_30

φ(88)

D_CLK(63)D_RXD(61)

WU_CE(29)

FEW_CE(60)

MD2(125)

EXT_RXD(62)

EXT_TXD(60)

REQ_WU(71)

D_BUSY(64)

DLK

_PLL(105)

PLL_O

E(33)

TX

D_W

U(97)

SC

K_W

U(101)

RST2(75)

IN5DET(49)

BUSY(54)

REQ_WU(74)

WE_WU(71)

RST_WU(70)

MD2(69)

FWE(68)

WU_CE(47)

OSD_CE(45)

DIN

_SE

L(66)A

CL_S

W(58)

SD

A(30)

SC

L(29)

SIG

RS

T(88)

FR

_SE

L(51)P

LD_C

E(90)

TX

D(1)

CLK

(2)H

_PO

L(79)V

_PO

L(80)

SY

NC

_ST

(85)

RG

B_S

EL(52)

IN1D

ET

(40)

WP

_SW

(21)

VO

L(4)E

XT

_INT

(76)F

IX_V

AR

(84)A

_MU

TE

1(77)A

_MU

TE

2(78)

IN3D

ET

(36)IN

4DE

T(37)

SD

IN_S

EL(67)

SLO

T_S

T(93)

SLO

T_S

T2(22)

UA

[0 : 20]U

D [0 : 15]

ULK_PLL(30)HD_U(140)VD_U(139)

CLK

(125)

FR

_SE

L(134)P

LD_C

E(137)

SC

K(128)

TX

D(138)

H_P

OL_U

(132)V

_PO

L_U(131)

SY

NC

_ST

(136)

MC

LKI(242)

HIS

(300)

CLK

I(286)D

EI(296)

HD

I(297)V

DI(299) OSD_RXD(21)

OSD_CLK(22)OSD_CE(23)HWRB(301)RDB(302)RESETB(303)CS4B(1)

OSD_V(49)

MCLKO(152)

CLK2A(247)

RA

[0:9]RB

[0:9]G

A[0:9]G

B[0:9]

BA

[0:9]BB

[0:9]

OS

DH

(62)

CLK

OU

T(88)

DE

O(92)

HD

O(91)

VD

O(90)

RA

I[0:7]RB

I[0:7]G

AI[0:7]G

BI[0:7]

BA

I[0:7]BB

I[0:7]

mmurphy

mmurphy

mmurphy

mmurphy

mmurphy

mmurphy

mmurphy

mmurphy

mmurphy

IC5501 (TC74WHTC541AFT) 3.3V → 5V Converter IC5503 (TC74WHTC541AFT) 5V → 3.3V Converter

DWALDEN

2ch 8bit RGB

DWALDEN

screen size Enhance OSD Dither

DWALDEN

D.Video process

DWALDEN

Wide Control

DWALDEN

sub field conv

DWALDEN

2ch 10bit RGB

DWALDEN

sync

DWALDEN

sync det

DWALDEN

System U-COM

DWALDEN

PLD shift

DWALDEN

Adj data Backup data

MMURPHY

MMURPHY

DVI

MMURPHY

MMURPHY

Sync

MMURPHY

MMURPHY

2-phase 8-bit RGB

MMURPHY

MMURPHY

2-phase 10-bit RGB

MMURPHY

27

RGB Block Signal Flow

Inputs 1 or 2 from the I/O assy if RGB go directly to IC4603 (RGB A/D converter), if the signals are component they enter IC4402 and then converted to RGB and sent to IC4603. After A/D conversion takes place from IC4603 the now Digital 8-bit RGB is sent onto IC5001 & IC5102 the interlace to progressive and selector IC’s. After I/P conversion the signals are sent out from IC5001 as 2 channel 8-bit RGB through a selector switch and onto IC5301 the Digital Video Processor IC. IC5301 contains the video correction circuitry needed to process the RGB signal. Brightness, contrast, white balance, video enhance, screen size and on-screen display are all controlled by IC5301. The output from the Video Process IC is 10-bit 2 channel RBG and exits this assembly and enters the Digital Video Board. Inputs 3 or 4 from the video card after conversion to Y/CB/CR (inside the video card) follow the exact same path as the component flow for inputs 1 or 2. The DVI input (input 5) from the video card is already 8-bit 2 channel digital RGB and bypasses the RGB decode, A/D converter and I/P converter. The DVI signals directly enter the Digital Video processor (IC5301). Sync paths for all inputs enter IC4803 (sync processor) through various inputs. After sync separation is preformed and analog to digital converting the sync outputs (for inputs 1, 2, 3 or 4) is sent to the I/P select chip IC5001. The output from the I/P select chip is sent to a selector switch. This switch will allow the RBG & sync or the DVI & sync to be sent onto the Digital Video Process IC. Sync signals are also sent to the system control IC (IC5505) to determine input signal frequency.

MMURPHY

28

- - Digital video circuit block -Digital video circuit block -

R2 - D225-44 GA/B4 - 22 BA/B

R3- D31 - 20 RA/B22 CLK24 DE26 HD28 VD

R3-D331 P.Mute35/36 TX/RX47 REM36 PWR

DRV signal sequencer

Sub-field conv(Left)

Sub-field conv(Right)

Sync

2ch 10bit RGB

Data left

Data Right

DRV controlsignals

DRV controlsignals

Data left

Data Right

AD

R P

D

Panel drv control CPU

PWR

ON

Vofscompensation

D1/1p D1/6pD1/5p

D1- P210 Relay12 AC-Off13 PD_Trig

PD det

PD det

D.Video assycompatible for HDE/MXE/Module.

Module CPU detect and set appropriateoperation mode.

disa

ble

PD

MMURPHY

29

Digital Video Assembly

The 2 phase 10 bit RGB signal, sync, data and clock lines input theDigital Video Assembly from the RGB assembly. The signals passthrough the line buffer and into IC1301 and IC1410 (sub-field DataGenerators) where the address data is generated and sent out to the leftsection and right section address connectors A-D.X and Y drive sustain control is preformed by IC1703 and the panelmicrocomputer IC1101. The panel microcomputer monitors thehorizontal and vertical drive signals to select the proper refresh rate. Themodule microcomputer IC1207 controls the panel microcomputer vialogic lines sent through voltage logic level converters. IC1207 iscontrolled by IC5505 the main microcomputer on the RGB board. IC1207functions also include thermal sensor monitoring, dew detection, resetcontrol and is used not only to switch on the power supply but to alsoswitch off the power supply should one of the power down detect linesactivate.

MMURPHY

30

- - Y drive circuit block -Y drive circuit block -

Sus pulse gen

Sus pulse gen

Sus mask Block

D-D conv

Logic Block

Scan logic

Reset pulse gene

Voffset gene

Detect over currentof 15V or Vcp.

Detect over currentover voltage of Vofs/

Vh/IC5V.

MMURPHY

31

Y- Drive Block The Y- Drive PCB receives Scan and Y – Drive signals from the Digital Video Assembly’s drive sequence generator. Scan signals are processed by the logic block and sent out to the upper and lower scan drive assembly’s. The Y – Drive signals ( YSUS up, YSUS down, YSUS B plus and YSUS ground are also sent to the logic block. The four signals are sent out in parallel to the upper and lower sustain pulse generators. The drive signal output from the sustain pulse generators are controlled by reset, offset and mask FET’s shown in each block to obtain the Panel Sustain signal sent to the upper and lower scan drive modules. This module also contains a DC to DC converter, dew detect and over current detect circuits.

MMURPHY

32

- - X drive circuit block -X drive circuit block -

-Reset pulse gen

Sus mask Block

Sus pulse gen

Sus pulse gen

Detect over currentof 15V or Vcp.

Detect over current.Over voltage of Vrn.

Detect over currentof reset pulse.

Logic Block

Vrn D-D conv

MMURPHY

33

X- Drive Block The X- Drive PCB receives X – Drive signals from the Digital Video Assembly’s drive sequence generator. The X – Drive signals ( XSUS up, XSUS down, XSUS B plus and XSUS ground are sent to the logic block. The four signals are sent out in parallel to the upper and lower sustain pulse generators. The drive signal output from the sustain pulse generators are controlled by reset and mask FET’s shown in each block to obtain the Panel Sustain signal sent to the upper and lower X connector assembly’s. This module also contains a DC to DC converter and over current detect circuits.

MMURPHY

34

- Sub Address circuit block -- Sub Address circuit block -

1Detect over current of Vadr line.

Detect Stop of Vadr pulse

ADR K power down detection

Detect current load of ADR IC.Limit the number of adr data pulses.ADR load detect

MMURPHY

To Power Supply

MMURPHY

To Digital Video Assembly

MMURPHY

To Address Resonance Assembly

MMURPHY

35

Sub Address Block The two Sub Address Circuits are located just above and below the address driver connect assembly’s ( between B & C connectors ). See the overall block Diagram for locations. The upper and lower sub address circuits monitor the current draw of the 60 volt supply to the address drivers. If a small amount of current draw is detected (more than normal) a signal is sent back to the Digital Video Assembly (ADRK EMG1) as an emergency signal and the Digital Video Assembly will limit the number of address data pulses in order to lower the current draw. If the current draw is too large the address power down signal will be sent to the Digital Video Assembly (ADRK PD) and the panel will go into power down condition. (red flashing LED).

MMURPHY

36

Address resonance/V mid clamp circuit block - Address resonance/V mid clamp circuit block -

Vadr(60V)

ADR resonance assyK2

1

10

1920212223

K3- VM*1 SW2 DGND

3 ADRGND4 V MID5 V ADR

To Bridge/Clamp assy

MMURPHY

37

Address Resonance & V-Mid Assembly’s

The two Address Resonance circuits are located next to each Sub Address PCB and the V-Mid circuit is located just to the right of the power supply PCB. In later production models the V-Mid assembly will be located on the power supply bracket. These circuits are used to protect the address driver IC’s in the event of extreme picture changes. An example would be if the entire picture was alternating each cell black and white. This causes the IC’s to overheat. The Digital Video circuit will detect the rapid frequency change in the addressing signals and will turn on the V-Mid clamp switch. The V-Mid circuit will take the normally 60 volt address output signal and lower it by half (30 volts). The voltage will return to normal once the Digital Video circuit has determined the frequency to be an acceptable rate.

MMURPHY

38

- MX audio circuit block -- MX audio circuit block -

10

8

6

5432

1

12 11 5 3

4

1

6

2

345

Detect DC onoutput line

7

1

43

1

12

23

3

3

4

1

2

IC8703 12

10

FAN speedcontrol

MMURPHY

39

Fan Drive & Audio Block The fan drive circuit is located on the Audio MX assembly. Physical location between the RGB and the X-Drive assembly’s. In normal operation the two fans are off. The Main Microcomputer on the RGB board (IC5505) monitors temperature sensor three and when the temperature reaches 35° Celsius the fan drive signal is sent to the regulator (IC8701) and the fans start at low speed. As the temperature increases the fan speed also increases at a linear rate until full speed has been reached. The panel will go into shut down if the temperature reaches 78° Celsius (green flashing LED). Fan rotation detectors are located in each fan motor, if no rotation is detected IC8703 will instruct the CPU to enter shut down mode. A DC detector monitors the output from the 2 watt audio amplifier IC8601. If DC is detected on the right or left channel outputs the detector sends an Audio_NG signal to the RGB CPU and the unit enters the shut down state. (green flashing LED)

MMURPHY

MMURPHY

40

41

Controls and Connectors


2

3

1

4

5

6

7

8

9

0

-

Main unit

1 Display stand

2 Remote control sensor

Point the remote control toward the remote sensorto operate the unit.

3 STANDBY/ON indicator

This indicator is red during standby mode, andturns to green when the unit is in the operationmode.Flashes green when Power-Management functionis operating.The flashing pattern is also used to indicate errormessages.

Operation panel on the main unit

4 STANDBY/ON button

Press to put the display in operation or standbymode.

5 KEY LOCK/UNLOCK Button (concealed button)

This switches between main unit panel and remotecontrol operation permitted/forbidden.

6 INPUT button

Press to select input.

7 MENU button

Press to open and close the on-screen menu.

8 ADJUST (5/∞/3/2) buttons

Use to navigate menu screens and to adjust varioussettings on the unit.Usage of cursor buttons within operations is clearlyindicated in the on-screen display.

9 SET button

Press to adjust or enter various settings on the unit.

0 SCREEN SIZE button

Press to select the screen size.

- AUTO SET UP button

When using computer signal input, automaticallysets the POSITION and CLOCK/PHASE to optimumvalues.

NoteWhen optional speakers have been connected,the operation panel on the main unit will not beoperable.

Main unit

Operation panel on the main unit

Main unit

42


~=-

LAC INLET

OFF ON

SPEAKER8Ω ~16Ω

+ —

@! # $ % ^

AUDIOINPUT5 INPUT3 S-VIDEOR LDIGITAL RGB

AUDIO INPUT4 VIDEO OUTPUTR L

1 2 3 4 5 6 7 89 0

IN OUT

CONTROL COMBINATION

IN OUT

RS-232C

ANALOG RGB (ANALOG RGB)

INPUT1OUTPUT G B R HD VD

(ON SYNC) (H/V SYNC)

Ô75 2.2Ω kΩ

INPUT(INPUT1/2)

OUTPUTR SPEAKER8Ω ~16Ω

+ —

INPUT2 AUDIO

Connection Panel

Plasma Display Section

1 SPEAKER (R) terminal

For connection of an external right speaker.Connect a speaker whose impedance is 8 -16 Ω.

2 CONTROL IN/OUT (monaural mini jacks)

For connection of PIONEER components that bearthe Î mark. Making CONTROL connection enablescontrol of the main unit as a component in asystem.(NOTE) The main unit cannot be operated by the

wired remote control RV-V107.

3 COMBINATION IN/OUT

Used when a number of sets are controlledcollectively. (See “5.6 Combination Connection”)Please use a mini DIN 6 pin cable (straight, fullyconnected) available on the market as theconnecting cable.(NOTE) It has no ABL linking function. And it is not

compatible with the RM-V4000V or othermulti-projection. It is not output when themain power is off.

4 RS-232C

This terminal is used for adjustments by a PC (EIA-232-F standard).(See “5.5 RS-232C Adjustment Mode”)

5 INPUT1 (mini D-sub 15 pin)

For connection of components that have RGB orcomponent output jacks such as a personalcomputer, DVD player, or external RGB decoder.

6 OUTPUT (INPUT1) (mini D-sub 15 pin)

Use the OUTPUT (INPUT1) connector to output thevideo signal to an external monitor or othercomponent.

(NOTE) • The video signal will not be output fromthe OUTPUT (INPUT1) connector whenthe main power of this display is off or instandby mode.

• When connecting the main units in aseries, please set the number that can beconnected as a total of 5 including the setthat the signal is initially input to. But acondition for performing separate sink orcomposite sink input and output is thatthe sink level of the source used is atleast TTL level at 2.2kΩ terminal time.

43


7 INPUT2 (BNC jacks)

For connection of components that have RGB orcomponent output jacks such as a personalcomputer, DVD player, or external RGB decoder.

8 Synchronizing signal impedance selector switch

Depending on the connections made at INPUT2, itmay be necessary to set this switch to match theoutput impedance of the connected component’ssynchronization signal.When the output impedance of the component’ssynchronization signal is below 75 Ω, set this switchto the 75 Ω position.

9 AUDIO INPUT (Stereo mini jack)

Use to obtain sound when INPUT1, INPUT2 orINPUT5 is selected.Connect this jack to the audio output connector of thedevice connected to the plasma display’s INPUT1 orINPUT2, or to the audio output connector of thedevice connected to the video card’s INPUT5.

0 AUDIO OUTPUT (Stereo mini jack)

Use to output the audio of the selected sourcecomponent connected to the main unit to an AVamplifier or similar component.

- MAIN POWER switch

Use to switch the main power or the main unit onand off.

= AC INLET

A power cable is furnished with the main unit:connect one end of the power cable to thisconnector and the other end to a standard ACpower source.

~ SPEAKER (L) terminal

For connection of an external left speaker. Connecta speaker that has an impedance of 8 -16 Ω.

Video Card <PDA-5002> Section

! INPUT5 (DVI-D jack)

Use to connect a computer.Note: This unit does not support the display of

copyguard-protected video signals.

@ AUDIO INPUT3 (RCA Pin jacks)

Use to obtain sound when INPUT3 is selected.Connect these jacks to the audio output connectorsof components connected to the video card’sINPUT3.

Note: The left audio channel (L) jack is notcompatible with monaural input sources.

# INPUT3 (S-video jack)

For connection of components that have an S-videooutput jack such as a video deck, video camera,laser disc player, or DVD player.

$ AUDIO INPUT4 (RCA Pin jacks)

Use to obtain sound when INPUT4 is selected.Connect these jacks to the audio output connectorsof components connected to the video card’sINPUT4.

Note: The left audio channel (L) jack is notcompatible with monaural input sources.

% INPUT4 (BNC jack)

For connection of components that have acomposite video output jack such as a video deck,video camera, laser disc player, or DVD player.

^ OUTPUT (INPUT4) (BNC jack)

Use the OUTPUT (INPUT4) jack to output the videosignal to an external monitor or other component.

Note: The video signal will not be output from theOUTPUT (INPUT4) jack when the main power ofthis display is off or in standby mode.

44


Pin layout

INPUT 1 (Mini D-sub, 15-pin connector; female)

pin layout

Note : Standard VGA connector (plug and play supported).

Pin No. Signal

1 NC (not connected)

2 TxD (Transmit Data)

3 RxD (Receive Data)


5 GND



8 RTS (Request To Send)


Pin No. Combination CombinationIN OUT

1 GND GND

2 NC (not connected) NC (not connected)

3 TxD (output) RxD (input)


5 RxD (input) TxD (output)


5

96

1

Combination IN/OUT terminal pin layout

5

3

1

6

4

2

RS-232C terminal (D-sub 9-pin connector; male)

pin layout

Note : Plasma communicates as a DCE derice.

Pin No. $ INPUT1 input terminals % INPUT1 output terminals

1 R or CR/PR

2 G or Y

3 B or CB/PB


5 GND

6 GND

7 GND

8 GND

9 DDC +5V NC (not connected)

10 GND


12 DDC SDA NC (not connected)

13 HD or H/V SYNC

14 VD

15 DDC SCL NC (not connected)

1

6

1115

5

10

INPUT 5 (DVI-D 24 pin connector; female)

pin layout

Signal Assignment

123456789101112131415161718192021222324

T.M.D.S. Data2–T.M.D.S. Data2+T.M.D.S. Data2/4 ShieldNC (No connection)NC (No connection)DDC ClockDDC DataNC (No connection)T.M.D.S. Data1–T.M.D.S. Data1+T.M.D.S. Data1/3 ShieldNC (No connection)NC (No connection)+5V PowerGNDHot Plug DetectT.M.D.S. Data0 –T.M.D.S. Data0+T.M.D.S. Data0/5 ShieldNC (No connection)NC (No connection)T.M.D.S. Clock ShieldT.M.D.S. Clock+T.M.D.S. Clock–

Pin No.

1 2

162417

9

45

Remote Control Unit

Remote Control Unit

8

9

7

0

-

2

3

4

5

6

1

1 SCREEN SIZE button

Press to select the screen size.

2 INPUT buttons

Use to select the input.

( , , and are used when the PDA-5002 isconnected.)

3 MENU button

Press to open and close the on-screen menu.

4 ADJUST (5/∞/3/2) buttons

Use to navigate menu screens and to adjust varioussettings on the unit.Usage of cursor buttons within operations is clearlyindicated at the bottom the on-screen menu display.

5 SET button

Press to adjust or enter various settings on the unit.

6 MUTING button

Press to mute the volume.

7 AUTO SET UP button

When using computer signal input, automaticallysets the POSITION and CLOCK/ PHASE to optimumvalues.

8 STANDBY/ON button

Press to put the unit in operation or standby mode.

9 DISPLAY button

Press to view the unit’s current input and setupmode.

0 POINT ZOOM button

Use to select and enlarge one part of the screen.

- VOLUME (+/–) buttons

Use to adjust the volume.

46

Normal Operating Mode


About normal operating mode

Normal operating mode enables the following:

1 Input switching• Pressing one of the INPUT buttons, 1 to 5 = Input switches over to the selected input.• Pressing the INPUT button on the operating panel of the main unit = This switches the input to the next input.

2 Screen-size switching• Repeated pressing the SCREEN SIZE button on the remote control or the operating panel of the main unit changes

screen size in the following sequence:When reproducing video signals (signals other than PC signals)

= WIDE = 4 : 3 = FULL = ZOOM =When reproducing PC signals

= DOT BY DOT = 4 : 3 = FULL = PARTIAL =

(NOTES) • The screen size at which playback can be performed differs according to the input signal.See 5.1.3, “List of supported input signals”.Displays with “(TYPE)” appended, such as FULL (TYPE), will sometimes appear, indicating a simplifiedreproduction.

• If an HDTV signal is detected, the screen size will switch to FULL (fixed). • During video playback, switching screen size to ZOOM or PARTIAL permits scrolling the screen up or

down with the 5 and ∞ buttons (V-SCROLL function).Refer to section 5.1.4, “List of adjustable and settable items”.

You will note that the act of reduction, enlargement, etc. of the screen using the screen size changingfunction of this machine at a coffee shop, hotel, etc. for profit or for public view may result in infringementof the right of an author protected under the Copyright Law.

3 Display callA Press the DISPLAY button on the remote control.

= The current input function, the incoming signal's horizontal and vertical frequencies, current screen size, andother characteristics are displayed on the screen.

(NOTE) The displayed horizontal and vertical frequencies are measured values, and there may be some error in themeasurements.

B Push and hold the DISPLAY button on the remote control or the operating panel of the main unit for two or moreseconds while A is displayed.

= The various settings, internal temperature, etc. are displayed as shown on the screen below.

I NPUT1

P LASMA

PM

OOM2 2THI

SO

:::::::::

2

2

5O

U

FUL L

C HH

––

OWERPOWER

C ONTRO L

C ONTRO L

TAN DARDANAG MEE NT

F F T I MERB I T ER R M DEO

M DEOASKXE PERATUREMOUR ME T ERD NO SE T

N/ 0

0 0 0

/ WF F

OF FOF F / L

7.

.

47


4 Volume adjustment/Muting• Push the VOLUME + button on the remote control. = The volume increases.• Push the VOLUME – button on the remote control. = The volume decreases.• Push the MUTING button on the remote control. = Each time the button is pushed, it switches from MUTING

ON to MUTING OFF, or vice versa.

5 Automatic adjustment of the screen• During PC signal input, push the AUTO SET UP button on the remote control or main operating panel to automatically

adjust the screen(NOTES) • Adjustment is impossible during video signal input.

• Adjustment is impossible during INPUT 5. • It may be impossible to perform adjustment correctly in the case of a low brightness signal such as a

black or blue background.

6 Point zoom• During PC signal input, push the POINT ZOOM button on the remote control.

= The POINT ZOOM screen appears.• Select the expanded area and push the SET button.

= The expansion ratio changes as follows each time the button is pushed. ⇒ X1.5 ⇒ X2.0 ⇒ X3.0 ⇒ X4.0 ⇒ Notes) This operation is impossible during video signal input.

7 In addition to the above, several RS-232C commands are also available.Refer to section 5.5, “RS-232C Adjustment Mode”.

48

Menu Mode

Menu Mode

About menu mode

1) How to enter/exit menu mode• To enter menu mode and display the menu screen (refer to section 5.3.2, “Example of menu mode operation”),

press the MENU button on the remote, or on the operating panel of the main unit while in normal operating mode.To return to normal operating mode, press the MENU button again.

2) When you carry out adjustments using menu mode:• Each of the adjustment values for PICTURE and SCREEN will be stored separately for each input function and

each input signal. For more details please refer to “5.4.5 PICTURE and WHITE BALANCE adjustment valuesmemory area table” and “5.4.6 SCREEN adjustment values area table”.

3) Notes(1) Menu mode is canceled automatically and normal operating mode is restored in the following cases:

• When the input signal has been switched• When switching over to another input signal frequency• When no control is operated for a period of approximately eight minutes• When the KEY LOCK/UNLOCK button on the operating panel of the main unit is pressed

(2) For adjustments in the menu mode, refer to the operating manual.(3) When making adjustments, we recommend using video signals that you actually intend to use.(4) The items that can be adjusted and set vary for each input signal. Only the OPTION can be set when a video

signal is not being input.

49

Menu Mode

Switch the display on the menu screen

(activating menu mode).

Remotecontrol unit

Main unit

Select PICTURE.

The currently selected item ishighlighted in yellow.


Example of menu mode operation

Adjusting contrast is shown below as an example of basic operation in menu mode.

]

]

Step

Remotecontrol unit

Main unit

Step

MENU

R S E TE

SELECT ENTER EXITSET MENU

PICTURE SET UP OPTION

: 0: 0: 0: 0

CONT RA S T : 0BRC L OR

I GHT.:::

OT N TIS A RPH

MAIN MENU INPUT4

R S E TE



: 0: 0: 0: 0

CONT RA S T : 0BRC L OR

I GHT.:::

OT N TIS A RPH

MAIN MENU INPUT4

50

Menu Mode

Press the SET button to return to the screen in step 3.To make other adjustments, repeat steps 2 to 4.

Restores normal operating mode.]

Select BRIGHT.Step

Remotecontrol unit

Main unit

Make adjustments.Step

Remotecontrol unit

Main unit

Complete the procedure.Step

Remotecontrol unit

Main unit

]

‘‘

SET



CONT RAS T : 0B R I GHT .

: 0CO LOR: 0T I NT: 0S H ARP

RE S E T

: 0

MAIN MENU INPUT4

]

ADJUST SET EXITSET MENU

: 0BR I GH T .

MENU

51

Menu Mode

Settings in menu mode

1) Rewriting the input display

The content displayed onscreen can be rewritten when input is changed.Where INPUT1 is normally displayed, for example, could be changed to display the name of a peripheral device, suchas COMPUTER. (A maximum of 8 characters can be displayed.)

Example: Changing the INPUT LABEL from INPUT1 to COMPUTER

1 Press the INPUT button and select INPUT1.

2 Enter menu mode and select SET UP.

3 Select INPUT LABEL.

4 Move the cursor to the first relevant character (C in the example) and press the SET button. (Repeat this processto select all 8 characters.)• Any of the 52 characters displayed on the menu screen can be used.• When you select a character and then press the SET button, the input point will advance one character.• If you make a mistake, select BACK SPACE and press the SET button. This will move the input point back one

character.• To restore the display to the initial setting (INPUT1, in this case), select RESET and press the SET button.• After you have finished inputting characters, move the cursor to END and press the SET button.

Screen 2

]

]


PICTURE SCREEN SET UP OPTION

: V GA

:NT: AU T O

S E T T I NCL AMPPOWE R

:

G

OF FP S I T I O NOM NAGEMEA

I NP UT I NP UT 1LEBL A

MAIN MENU INPUT1

SELECT SET EXITSET MENU

BACK SPACE

J MK LB C D E F G IHW ZX YN O P Q R S T VU9 . ,0 1 2 3 4 5 6 87# ~? &/ – ( ) @ :

I NP UT

I NP UT 1

LEBL A

TESRE

I NP UT 1

DNE

A

' "

ECAS P

Screen 3

52

Menu Mode

Setting POWER MANAGEMENT and AUTO POWER ON/OFF

To save electricity, this function automatically shifts the device into power-saving mode when no picture (sync)signal is detected.• If not using this power-saving function

→ select OFF.• To enter power standby if no input signal is detected after 8 min

→ select AUTO POWER OFF: ON.• To switch between routine operating status and power-saving status, in accordance with the presence of signals

→ Select POWER MANAGEMENT: ON.

Set-able condition : POWER MANAGMENT: INPUT 1 (personal computer signal), INPUT5

AUTO POWER OFF; other than the aboveFactory preset : OFF

1 Select SET UP.

Screen 1

2 Move the cursor to POWER MANAGEMENT(AUTO POWER OFF) and use the SET button tochange the setting.Setting will change between OFF and ON eachtime the SET button is pressed.

Screen 2

SELECT CHANGE EXITSET MENU


: AU T OS E T T I NCL AMPPOWE R

:

G

OF FP S I T I O NOM NA GEMEA


: V GA

:NT

MAIN MENU INPUT1



: V GA

:NT: AU T O


:

G



MAIN MENU INPUT1

(NOTE)• To restore routine operating status from power standby status, press the POWER button on the remote control or

main unití-s operation panel.• To restore routine operating status from power-saving status, either use a personal computer or press the INPUT

button on the remote control or main unití-s operation panel.• However, when there is G ON SYNC or composite SYNC input, it will not be possible to restore routine operating

status via personal computer alone. The INPUT button will need to be pressed after the personal computer hasbeen operated appropriately.

• Power consumption in power standby mode will be 1W.• Power consuption in power-saving mode will be around 1W for INPUT 1 and around 50W for INPUT 5.

53

Menu Mode

Setting the color temperature

The color temperature for the video input signal can be set.Set all the INPUT settings, 1~4, in accordance with the following.• LOW: Equal to -3000k• MID LOW: Equal to -2000k• MIDDLE: + 0k (standard)• MID HIGH: Equal to +1000k• HIGH: Equal to +2000k

1 Select SET UP.

Screen 1

2 The cursor on COLOR TEMP and use the SETbutton to change the setting.Each time the SET button is pressed, the settingwill change as follows: MIDDLE = MID HIGH =HIGH = LOW = MID LOW =···

Screen 2

Set-able condition : Video signal inputFactory preset : MIDDLE



: V I DE O: RGB

: AU T OS E T T I NV I DE O S I GNAL

CL AM

OF FAUT O

P

P OWER:

G

: OF F

P S I T I O NO

: M I DD L ECOL OR T M PE: L OWD I G I T A L NR

: OF FP URE C I N MAE

I NP UT LEBL A

H I GH C O TN R A TS : OF F

MAIN MENU INPUT1

I NP UT 1



: V I DE O: RGB


CL AM

OF FAUT O

P

P OWER

G

: OF F

P S I T I O NO

: L OWD I G I T A L NR

: OF FP URE C I N MAEH I GH C O TN R A TS : OF F

: M I DD L ECOL OR T M PE

MAIN MENU INPUT1

:I NP UT I NP UT 1LEBL A

54

Menu Mode

Reducing digital noise

The setting for the digital noise reduction function can be changed to improve the S/N rate when there is video signalinput. Set all the INPUT settings, 1~4.

1 Select SET UP.

Screen 1

2 Move the cursor to DIGITAL NR and use the SETbutton to change the setting.Each time the SET button is pressed, the settingwill change as follows: LOW = MIDDLE =HIGH = OFF

Screen 2

Set-able condition : Video signal inputFactory preset : LOW



: V I DE O: RGB


CL AM

OF FAUT O

P

P OWER:

G

: OF F

P S I T I O NO



I NP UT LEBL A


MAIN MENU INPUT1

I NP UT 1



: V I DE O: RGB


CL AM

OF FAUT O

P

P OWER

G

: OF F

P S I T I O NO


: OF FP URE IC N MAE

I NP UT LEBL A

H I GH C O TN R A TS : OF F: L O W D I G I T A L NR

: I NP UT 1

MAIN MENU INPUT1

55

Menu Mode

Setting HIGH CONTRAST

This is a function that, for video signal input, emphasizes brightness by adjusting the pictureí-s intermediate brightness.When using software involving many dark scenes or when using the unit in a bright environment, set HIGH CONTRASTto ON.If you wish to accurately reproduce fine details (such as the texture of human skin), set HIGH CONTRAST to OFF.

Differences in the picture reproduced when HIGH CONTRAST is OFFor ON (refer to diagram at right)

OFF........ Reproduces input signalí-s brightness linearly.ON ......... Reproduces input signal with intermediate brightness

adjusted.

1 Select SET UP.

Screen 1

2 Move the cursor to HIGH CONTRAST and usethe SET button to change the setting. Each timethe SET button is pressed, the setting will switchbetween ON and OFF.

Screen 2

Set-able condition : Video signal inputFactory preset : OFF

20

200 80 100

40

80

90

100

Input

(%)

Output

(%)

HIGH CONTRAST ON

HIGH CONTRAST OFF

Image diagram of brightness adjustment



: AU T O: MOT I ON

COL OR3 D Y C/ M DEO

OF FAUT O P OWER

S Y S T E M

: OF F: M I DD L ECOL OR T M PE: L OWD I G I T A L NR

: OF FP UR E C I N MAE

I NP UT LEBL A


MAIN MENU INPUT4

: I NP UT 4



: AU T O: MOT IMODE ON

COL OR3 D Y C/

OF FAUT O P OWER

S Y S T E M


: OF FP URE IC N M AE

I NP UT LEBL A


MAIN MENU INPUT4

: I NP UT 4



I NP UT LEBL A

: V I DE O: AU T O

S E T T I NCL AM

OF FAUT O

P

P OWER

G

OF F

P S I T I O NO

: L OWD I G I T A L NRH I GH C O TN R A TS : OF F

: RGBV I DE O S I GNAL



: I NP UT 1

MAIN MENU INPUT1

For INPUT 1 or INPUT 2, a screen like thefollowing will be displayed.

56

Menu Mode

Setting PURECINEMA

The PURECINEMA function automatically determines picture signals taken at 24 frames per second (such as moviefilms) and changes the picture signal to a progressive one by means of 2-3 pulldown processes. For the standardPURECINEMA function, select HQ.Picture processing can produce time differences with sound signals. If this is distracting, select STANDARD. If OFF(the factory preset) is selected, only the usual progressive conversion will take place.

1 Select SET UP.

Screen 1

2 Move the cursor to PURECINEMA and use theSET button to change the setting.Each time the SET button is pressed, the settingwill change as follows: OFF = STANDARD =HQ =···

Screen 2

Set-able condition : 525i (480i), NTSC, 4.43NTSCFactory preset : OFF



: V I DE O: RGB


CL AM

OF FAUT O

P

P OWER:

G

: OF F

P S I T I O NO



I NP UT LEBL A


MAIN MENU INPUT1

I NP UT 1



I NP UT LEBL A

: V I DE O: AU T O

S E T T I NCL AM

OF FAUT O

P

P OWER

G

: OF F

P S I T I O NO

: L OWD I G I T A L NRH I GH C O TN R A TS : OF F

: RGBV I DE O S I GNAL



MAIN MENU INPUT1

: I NP UT 1

57

Menu Mode

Setting the color system

INPUT 3 and 4 automatically determine the various television systems used in countries around the world.

Normally, this function is set to COLOR SYSTEM: AUTO (for automatic determination). However, it sometimes doesnot properly reproduce VTR signals with repeated dubbing and the like (resulting in lack of color, etc.).In this case, make settings correspond to the input signal, as follows.

Make all settings for INPUT 3 and 4.

For NTSC signal input = select COLOR SYSTEM: NTSC.For PAL signal input = select COLOR SYSTEM: PAL.For SECAM signal input = select COLOR SYSTEM: SECAM.For 4.43 NTSC signal input = select COLOR SYSTEM:4.43NTSC.

Fixing the settings when the input signal has been determined in advance will make smooth image processingpossible, making it possible to reduce input switching time and prevent mistaken signal determination.

1 Select SET UP.

Screen 1

2 Move the cursor to COLOR SYSTEM and use theSET button to change the setting.Each time the SET button is pressed, the settingwill change as follows: AUTO = NTSC = PAL =SECAM = 4.43NTSC =···.

Screen 2

Set-able condition: INPUT 3, 4Factory preset: INPUT 3 : AUTO

INPUT 4 : AUTO

CAUTION

This unit does not handle PAL-M and PAL-N systems.



: MOT IMOD E ON3 D Y C/

OF FAUT O P OWER : OF F: M I DD L ECOL OR T M PE: L OWD I G I T A L NR


I NP UT LEBL A


: A U T OCOL OR S Y S T E M

MAIN MENU INPUT4

: I NP UT 4



: AU T O: MOT I ON


OF FAUT O P OWER

S Y S T E M



I NP UT LEBL A


MAIN MENU INPUT4

: I NP UT 4

58

Menu Mode

Setting the clamp position

Simultaneous input of RGB (G ON SYNC) signals and sync signals may produce brightness inappropriately, resultingin an overly bright screen or images with a greenish cast. If this occurs, select CLAMP POSITION: LOCKED.Normally, the setting may be left on CLAMP POSITION: AUTO.

Methods for generating clamp pulse (a timing pulse necessary for reproducing brightness) are shown in Figure 1, aand b.

Figure 1: Clamp pulse generation

a. Generating a clamp pulsefrom separate sync

Clamp effective area


G (Green)

H (SeparateSync Signal)

Clamp pulse

b. Generating a clamp pulsefrom G ON SYNC

G (G ON SYNC)

Clamp pulse

Figure 2: Simultaneous input of sync signals and G ONSYNC


G (G ON SYNC)

H (Separatesync signal)

Clamp pulse(CLAMP POSITION: AUTO)Clamp pulse(CLAMP POSITION: LOCKED)

Correct clamp timing

1 Select SET UP.

Screen 1

2 Move the cursor to CLAMP POSITION and usethe SET button to change the setting.Each time the SET button is pressed, the settingwill change between AUTO and LOCKED.

Screen 2

(NOTE) Cannot be set during component picture signal input.

With CLAMP POSITION: AUTO, separate sync signals will be monitored. The method shown in Figure 1, “a,” willautomatically be applied when separate sync signals are judged as present, and the method in Figure 1, “b,” will beapplied when they are judged as not present. However, as shown in Figure 2, if separate sync signals are inputsimultaneously with G ON SYNC, the former will be judged as present, and clamp pulse wll be generated using themethod shown in Figure 1, ”a.” This will result in incorrect clamp timing, preventing brightness from being producednormally.If this occurs, either do not connect the separate sync signals or select CLAMP POSITION: LOCKED. If CLAMP POSITION:LOCKED is selected, the clamp pulse wil be reproduced using the method in Figure 1, ”b,” whether or not separatesync signals are present. This will make it possible to produce brightness correctly.(NOTE) The figures above are for illustrative purposes only.(NOTE) Composite sync input may be considered to be the same as separate sync input.

Incorrect clamp timing

Set-able condition: INPUT 1 or 2Factory preset: AUTO



: V GA

:NT: AU T O


:

G



MAIN MENU INPUT1



:NT

S E T T I NCL A MPPOWE R

:

G



: V GA: A U T O

MAIN MENU INPUT1

59

Menu Mode

Setting 3D Y/C separation

The INPUT4 image input unit is equipped with a 3D Y/C separation circuit, the operation of which can be set. Whenreproducing still images, which involve no movement, select 3D Y/C MODE: STILL.

1 Select SET UP.

Screen 1

2 Move the cursor to 3D Y/C MODE and use theSET button to change the setting.Each time the SET button is pressed, the settingwill chang between MOTION and STILL.

Screen 2

Set-able condition : INPUT 4 and NTSCFactory preset : MOTION



: AU T O: MOT I ON


OF FAUT O P OWER

S Y S T E M



I NP UT LEBL A


MAIN MENU INPUT4

: I NP UT 4



: AU T OCOL OR

OF FAUT O P OWER

S Y S T E M



I NP UT LEBL A


: MOT IMODE ON3 D Y C/

MAIN MENU INPUT4

: I NP UT 4

60

Menu Mode

Settings for peripheral equipment

In accrodance with input signal frequency, this unit automatically identifies pesonal computer signals and videosignals from DVD players and the like. Although it is equipped with function for identifying the resolution of personalcomputer signals, the automatic signal identification function will not operate for the following signal input: a) 31.5kHzhorizontal/60Hz vertical and b) 48.4kHz horizontal/60Hz vertical or 56.5kHz horizontal/70Hz vertical. In such cases,settings must be made manually.

Make all settings for INPUT 1, 2 and 5 in accordance with the following. Example: When connecting an AV device = select SETTING: VIDEO. When connecting a personal computer= select VGA, WIDE VGA, XGA or WIDE XGA in accordance with resolution.

1 Select SET UP.

Screen 1

2 Select SETTING and use the <2 / 3> button tochange the setting.Each time the <2 / 3> button is pressed,settings will change as follows.a) 31.5kHz horizontal/60Hz vertical signal input For INPUT 1 or INPUT 2:

For INPUT 5:

b) 48.4kHz horizontal/60Hz vertical or 56.5kHz horizontal/70Hz vertical input signal

Screen 2

Set-able condition : INPUT 1, 2 and 5a) For 31.5kHz horizonal and 60Hz vertical signal inputb) For 48.4kHz horizontal and 60Hz vetical or 56.5kHz horizontal and 70Hz vertical signal input

Factory preset : VGA, for “a” XGA, for “b”

VGAVIDEO

WIDE VGA

VGA WIDE VGA

XGA WIDE XGA



:I NP UT LEBL A

: V I DE O: RGB


CL AM

OF FAUT O

P

P OWER

G

: OF F

P S I T I O NO



MAIN MENU INPUT1

I NP UT 1

SELECT SET EXITSET MENU

S E T T I N G : V GA

61

Menu Mode

Setting the input signal format

When a video signal is input to INPUT 1 or 2, settings must be made in keeping with peripheral devices in order tohandle RGB and component picture signals.

Make all settings for INPUT 1 and 2 in accordance with the following. Example: When reproducing RGB signals = select VIDEO SIGNAL: RGB. When reproducing signals from high-vision devices or DVD players = select VIDEO SIGNAL: COMPONENT.

1 Select SET UP.

Screen 1

2 Move the cursor to VIDEO SIGNAL and use theSET button to change the setting.Each time the SET button is pressed, the settingwill switch between RGB and COMPONENT.

Screen 2

Set-able condition : INPUT 1 and 2, for video signal input (other than personal computer signals)Factory preset : INPUT 1: RGB

INPUT 2: RGB



:I NP UT LEBL A

: V I DE O: RGB


CL AM

OF FAUT O

P

P OWER

G

: OF F

P S I T I O NO



MAIN MENU INPUT1

I NP UT 1



:I NP UT LEBL A

: V I DE O: AU T O

S E T T I NCL AM

OF FAUT O

P

P OWER

G

: OF F

P S I T I O NO



: RGBV I DE O S I GNA L

I NP UT 1

MAIN MENU INPUT1

For component video picture signal input, see “5.4.3 Adjustments and settings in the integrator mode”, 7) Settingcomponent input.

62

Menu Mode

Setting the power control

This function reduces power consumption and panel deterioration by controlling screen brightness in accordancewith the input signal. For a bright, easy-to-see screen = select POWER CONTROL: STANDARD. To reduce power consumption = select POWER CONTROL: MODE1. To reduce panel deterioration, such as burning in = select POWER CONTROL: MODE2.

Factory preset : STANDARD

Differences in picture reproduction resulting from power control settings (illustration):

For an input signal like the following:

STANDARD

Upper figure: A bright picture overall,with no change (upper figure).Lower figure: A dark picture overall,with peak brightness reproducedeven brighter.

MODE1 MODE2

Upper figure: Power consumption isreduced by restraining the brightnessof a bright picture, overall.Lower figure: For a picture that is darkoverall, similar to STANDARD, peakbrightness is made even brighter.

Image signal gradations arereporudced faithfully, with no controlapplied. The part of a dark picture,overall, for which peak brightness isnot raised reduces burn-in and othertypes of panel deterioration.

63

Menu Mode

1 Select OPTION.

Screen 1

2 Move the cursor to POWER CONTROL and usethe SET button to change the setting.Each time the SET button is pressed, the settingwill change as follows: STANDARD = MODE 1 =MODE 2 =···.

PO :

:OU U

OWER C ONTRO LC

ON

OAA

T TI

IT

M DEO

DU UNF I N TPU

F I DXE1

1

I NPUT1MAIN MENU

OPTIONSETUPSCREENPICTURE

CHANGE EXITMENUSETSELECT


POWER CONTROL settings are shared by all inputs (INPUT 1~5).

64

Menu Mode

Setting automatic input switching

Using AUTO FUNCTION to detect the signal for the set input makes it possible to automatically switch to that input.INPUT 4 cannot be selected if PDA-5002 is not mounted.

Factory preset : OFF

1 Select OPTION.

Screen 1

2 Move the cursor to AUTO FUNCTION and usethe SET button to change the setting.Each time the SET button is pressed, the settingwill change as follows: OFF = INPUT1 =

INPUT4 =···

Screen 2

• AUTO FUNCTION will not operate if set to OFF.• When INPUT1 or INPUT4 is selected, when a signal to the selected input is detected, that input will be

automatically switched to. Thereafter, input will not be switched even if the INPUT button on the remotecontrol or plasma display is pressed. In addition, if there is no signal input after input has been switched withAUTO FUNCTION, input will be restored to what it was before it was switched by AUTO FUNCTION.



::

AUT O CTT

I ON NFAUD I O O

:U

U F I EX DOF F

POWER NDS T A A RDRT LONCO

MAIN MENU INPUT1



:A UT O CT

TI ON NF

AUD I O O

:U

U F I EX DOF F

POWER NDS T A ARDRT LONCO:

MAIN MENU INPUT1

65

Menu Mode

Setting audio output

Either FIXED or VARIABLE can be selected for the volume of sound output obtained from the AUDIO OUTPUTterminal.

1 Select OPTION.

Screen 1

2 Move the cursor to AUDIO OUT and use the SETbutton to change the setting.Each time the SET button is pressed, the settingwill change between FIXED and VARIABLE.

Screen 2

• When FIXED is selected, audio output volume will not change even if VOLUME is adjusted on the plasmadisplay.

• When VARIABLE is selected, audio output volume will chang in keeping with the adjusted value for VOLUME.



::

AUT O CTT

I ON NFAUD I O O

:U

U F I EX DOF F

POWER NDS T A A RDRT LONCO

MAIN MENU INPUT1



AUT O CTT

I ON NFA UD I O O

:U

U F I EX DOF F

POWER NDS T A ARDRT LONCO::

MAIN MENU INPUT1

66

Integrator Mode

Integrator Mode

About the integrator mode

1) How to enter integrator mode• Place the unit in integrator mode by doing the following:

Procedure: In standby, switch on power to the unit using the e remote control or the operating panel of the mainunit, as follows:MENU button = POWER button(This procedure should be complete in three seconds.)

2) Upon entering the integrator mode• The content of picture quality adjustment and picture location adjustment that are adjusted in menu mode are all

initial values. The content of SET UP and OPTION are maintained, but COLOR TEMP becomes MIDDLE.

3) When you make adjustments in integrator mode:• The adjusted values of PICTURE, WHITE BALANCE, and SCREEN (see 5.4.3 1) ~ 3)) are stored in memory for

each input function and input signal.However, regarding PICTURE WHITE BALANCE during PC signal input, up to 8 kinds of input signals (signalfrequencies) can be stored in memory for each function.When 9 new kinds of input signals have been adjusted, the adjustment data for the input signal that has thelongest history of adjustments is erased.

• For more details please refer to “5.4.5 PICTURE and WHITE BALANCE adjustment values memory area tables”and “5.4.6 SCREEN adjustment values memory area tables”.

4) To exit integrator mode• Press the MENU button on the remote control or on the operating panel of the main unit to restore the unit to

normal operating mode.

5) NOTES:(1) The input can't be switched while in the integrator mode.

Make sure you have switched to the appropriate input before entering the integrator mode.It is also important to plug in signals beforehand.

(2) Integrator mode is cancelled automatically in all of the following situations, returning to normal operating mode.• When switching over to another input signal mode (i.e., to another signal frequency)• When no operation occurs for a period of approximately three minutes• When you press the KEY LOCK/UNLOCK button on the operating panel of the main unit

(3) For adjustments and settings, feed video signals that you will actually use into the production run.

67


(Within threeseconds)

Example of integrator mode operation

An example of adjustments of CONTRAST in the integrator mode is discussed below.

]

Integrator Mode

or

Put the unit into standby, and do the

following.

Remotecontrol unit

Main unit


Step

(Within threeseconds)

Select PICTURE.Step

Remotecontrol unit

Main unit

CG

::::

R TNTR S T

H

A

H E..

N

O

AB I

NCC

EEHV EN AN

FDE AU L T

H1 2 81 2 8

00

I NPUT1INTEGRATOR MENU ––

ENTER EXITMENUSETSELECT

PICTURE WHITE BAL SCREEN SET UP OPTION

‘ ‘

STANDBY/ON

MENU

]

CG

::::

R TNTR S T

H

A

H E..

N

O

AB I

NCC

EEHV EN AN

FDE AU L T

H1 2 81 2 8

00




68

Integrator Mode

Press the SET button to return to the screen in Step 3.To continue to make other adjustments, repeat Steps 2 to 4.

Entering normal operatingmode.

Although it is possible to exitintegrator mode in other ways,such as by switching off the mainpower, we advise following theprocedures shown at the left, inorder to ensure that youradjustments are saved to memory.or

Entering STANDBY.

]

]

Select BRIGHT.Step

Remotecontrol unit

Main unit

Make adjustments.StepRemotecontrol unit

Main unit

To complete your adjustments, exit integrator

mode.Step

Remotecontrol unit

Main unit

or

‘‘

]SET

CG

::::

R TNTR S T

H

A

H E..

N

O

AB I

NCC

EEHV EN AN

FDE AU L T

H1 2 81 2 8

00




]IB HT : 821R G

ADJUSTEXITSET

MENU

SETSELECT

STANDBY/ON

MENU

69

Integrator Mode

Adjustments and settings in integrator mode

For detailed information, see 5.4.2, “Example of integrator mode operation.”

Adjusting PICTURE (picture quality)

The items that can be adjusted here are CONTRAST, BRIGHT, COLOR, TINT, H.ENHANCE, V.ENHANCE, H.SHARPand V. SHARP. These differ somewhat from the items that can be adjusted in menu mode (see the instruction manual).

1 Enter integrator mode and switch to the input (INPUT 1~5)you want to adjust.

The set ID will be displayed on the upper right where the“– –“ mark is.Select PICTURE and the item to adjust.

When DEFAULT is selected on screen 1, all adjustmentvalues for PICTURE will be restored to the factory presetvalues.

2 Make the necessary adjustments.(NOTE) When in INPUT 1, 2 or 5 during personal computer

signal input, COLOR, TINT, H. SHARP and V.SHARP cannot be adjusted.During video signal input, H.ENHANCE andV.ENHANCE cannot be adjusted.

Make adjustments using the 2 and 3 buttons on the remotecontrol or the main unit’s operating panel.

The values adjusted here will be the initial values foradjustment in menu mode.In addition, if SHARP is adjusted in menu mode, the amountof that adjustment will be added to both the H. SHARP andV. SHARP adjustment values in integrator mode.

Press the SET button to return to screen 2.

<Adjustable range> 0 to 255 for CONTRAST, BRIGHT, COLOR and TINT0 to 15 for H.ENHANCE, V.ENHANCE, H.SHARP and V.SHARP.

Screen 1Personal computer signal input

Screen 2

]

]

CG

::::

R TNTR S T

H

A

H E..

N

O

AB I

NCC

EEHV EN AN

FDE AU L T

H1 2 81 2 8

00




CG

::::::

R TNTR S T

A

A

H S..

H

O

R

RBC

IO

PAV SH RP

FDE AU L T

LOT TNI

H1 2 81 2 81 2 81 2 8

88




AN CE : 0EH. H N

ADJUSTEXITSET

MENU

SETSELECT

Video signal input

70

Integrator Mode

Adjusting WHITE BALANCE

The items that can be adjusted here are R HIGH, G HIGH, B HIGH, R LOW, G LOW and B LOW.


The set ID will be displayed on the upper right where the“– –“ mark is.

Select WHITE BALANCE and the item to adjust.

When DEFAULT is selected on screen 1, all adjustmentvalues for WHITE BALANCE will be restored to the factorypreset values.

2 Make the necessary adjustments.



<Adjustable range> 0 to 255 for each item

Screen 1

Screen 2

]

]

RI

::::::

. HH

H I G

WW

H

G L..

O

.

GGB

HI

WB LO

FDE AU L T

H.R OL.

G2 5 52 5 52 5 51 2 81 2 81 2 8




HI : 552HR. G

ADJUSTEXITSET

MENU

SETSELECT

71

Adjusting SCREEN (screen position)

The items that can be adjusted here are H.POSITION, V.POSITION, CLOCK, PHASE and V.SIZE.


The set ID will be displayed on the upper right where the“ – –“ mark is.

Select SCREEN and the item to adjust.

When DEFAULT is selected on screen 1, all adjustmentvalues for SCREEN will be restored to the factory presetvalues.


(NOTE) CLOCK and PHASE can only be adjusted duringpersonal computer signal input.


The values adjusted here will be the initial values for menumode. Press the SET button to return to screen 1.

<Adjustable Range> 0 to 255 for H. POSITION, V. POSITION and CLOCK (initial value: 128)0 to 127 for V. SIZE (initial value: 0)0 to 63 for PHASE (initial value: 32)

<Adjusting Order> For the sake of efficiency, make adjustments in the following order:V.POSITION = H.POSITION = CLOCK = H.POSITION = PHASE = H.POSITION

Integrator Mode

Screen 1

Screen 2

]

]

HO

:::::

. I T I ONPOS

Z EE

I T I ON

V S. I

.

KVC

PC

FDE AU L T

OLP SAH

S1 2 81 2 81 2 8

3 10




I T I ONO : 821PH. S

ADJUSTEXITSET

MENU

SETSELECT

72

Integrator Mode

Setting the 4-screen display (2x2 mode)

This function is for large screen display involving four units. (No consideration has been given to joints.)For 4-screen display, set 2x2 to ON and then set LAYOUT in keeping with the positioning illustrated below.

Factory preset : 2x2: OFF LAYOUT: UP LEFT

1 Enter integrator mode. (See 5.4.1, “Integrator mode.”)


Select 2x2 MODE for SET UP.

2 Move the cursor to 2x2 and use the 2 and 3 buttons tochange the setting.Each time the 2 and 3 buttons are pressed, the settingwill switch between OFF and ON.

Move the cursor to LAYOUT and use the 2 and 3 buttonsto change the setting.Each time the 2 and 3 buttons are pressed, the settingwill change as follows: UP LEFT Ô DOWN LEFT Ô UPRIGHT Ô DOWN RIGHT Ô ···

Press the SET button to return to screen 1.Make 2x2 MODE settings for each input (INPUT 1~5).

(NOTE) Four-screen display cannot be used with reversed display in MIRROR MODE. (Settings, however, can bechanged.)

Screen 1

Screen 2

Regular display 4-screen display

UP LEFT

DOWN LEFT DOWN RIGHT

UP RIGHT

]

]

2EN :

:

:R AX 2

CEL

NV

BS

TMEBU 6 0

O FFO FF

UH

O EDM

O

U/ L

I NPUT1


––INTEGRATOR MENU


OA T ::

L Y U PUNO

TEL F

22 MODEX

22X

CHANGEEXITSET

MENU

SETSELECT

73

Integrator Mode

Setting brightness enhancement at screen center

This function improves and enhances the brightness of the center of the screen. To emphasize screen brightness = set to ON To equalize screen emphasis = set to OFF


1 Enter integrator mode.(See 5.4.1, “About the integrator mode.”)


Select SET UP.

2 Move the cursor to BRT ENHANCE and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will changebetween ON and OFF.

Set BRT ENHANCE for each input (INPUT1~5).

Select EXIT on screen 2 to return to screen 1.

(NOTE) The brightness enhancement function will not workfor magnified display with 2x2 MODE: ON.(However, settings can be changed.)

Screen 1

Screen 2

]

]

2EN :

:

:R AX 2

CEL

NV

BS

TMEBU 6 0

O FFO FF

UH

O EDM

O

U/ L

I NPUT1




2EN :

:

:R AX 2

CEL

NV

BS

TMEBU 6 0

O FFO FF

UH

O EDM

O

U/ L

I NPUT1




74

Integrator Mode

Setting the high-vision screen mode (HDTV MODE)

This function sets the screen to match the high-vision picture signals that are input. When the high-vision picture signal is 1125i (1035i) = set to 1035i When the high-vision picture signal is 1125i (1080i) = set to 1080i



Select SET UP.

2 Move the cursor to HDTV mode and use the SET button tochange the setting.

Each time the SET button is pressed, the setting will changebetween 1035i and 1080i.

(NOTE) If this items are not set correctly, the followingproblems could result.i) If 1080i has been set, the upper portion of the

screen might not display images in part,regardless of whether the input signal is 1035i.

ii) If 1035I has been set, information may be lostfrom the top of the screen, regardless ofwhether the input signal is 1080i.

Screen 1

Screen 2

Set-able condition : For 1125i/60Hz signal inputFactory preset : HDTV MODE, 1035i

]

]

2EN :

:

::

R AX 2

CEO

NBH

TETVD 1

: 6

0 3 5 iCOMPONENT 1

0

O FFO FF

DH

O EDM

MIOEV PUTDI NLVS MEBU UO

U/ L

I NPUT1




2EN :

:

::

R AX 2

CEO

NBH

TETVD 1

: 6

0 3 5 iCOMPONENT 1

0

O FFO FF

DH

O EDM


U/ L

I NPUT1




75

Integrator Mode

Setting component input

INPUT 1 and 2 handle two kinds of component picture signals.Set them in accordance with the peripheral devices used.

Make each of the settings for INPUT 1 and 2, in accordance with the following. For Y Pb Pr input (from high-vision devices, etc.) = select VIDEO INPUT: COMPONENT1 For Y Cb Cr input (from DVD players, etc.) = select VIDEO INPUT: COMPONENT2



Select SET UP.

2 Move the cursor to VIDEO INPUT and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will changebetween COMPONENT1 and COMPONENT2.

Screen 1

Screen 2

Set-able condition : INPUT 1 and 2, during video signal input (other than personal computer signals)Factory preset : COMPONENT2 for 525i, 525p, 625i and 625p input

COMPONENT1 for 1125i, 1125p and 750p input

]

]

2EN :

:

::

R AX 2

CEO

NBH

TETVD 1

: 6

0 3 5 iCOMPONENT 1

0

O FFO FF

DH

O EDM


U/ L

I NPUT1




2EN :

:

::

R AX 2

CEO

NBH

TETVD 1

: 6

0 3 5 iCOMPONENT 1

0

O FFO FF

DH

O EDM


U/ L

I NPUT1




76

Integrator Mode

Adjusting SUB VOLUME

This item adjusts the sound input level for each input.It is convenient for adjusting levels between different sources (such as DVD players, personal computers, etc.).First release sound silencing. Then, enter integrator mode and adjust appropriately.



Select SET UP.

2 Select SUB VOLUME.

3 Make the necessary adjustments.Make adjustments using the 2 and 3 buttons on the remotecontrol or the main unit’s operating panel.


<Adjustable Range> 0 to 60 for each item

<Adjusting Order> For the sake of efficiency, make adjustments in the following order:(1) VOLUME (routine operating mode): Raises the volume to the actual usage status.(2) SUB VOLUME (integrator mode): Adjusts high-volume input in keeping with low-volume input.

Screen 1

Screen 2

]

]

]

2EN :

:

:R AX 2

CEL

NV

BS

TMEBU 6 0

O FFO FF

UH

O EDM

O

U/ L

I NPUT1




BMO :

::

X ERT

LV

2

S

2

MEBU 6 0

O F / U LFO FF

U

DN ANC EHEO

I NPUT1




LV UME : 06BSU O

ADJUST SET EXITMENUSET

Screen 3

77

Integrator Mode

1 AUDIO INPUT(INPUT1/2/5)....Stereo mini jack

2 AUDIO INPUT(INPUT3) ....Pin jack

INPUT1SUB VOLUME

INPUT2SUB VOLUME

INPUT5SUB VOLUME

INPUT3SUB VOLUME

INPUTSELECTOR

POWERAMPLIFIER

VOLUME

Audio block diagram(conceptual diagram)

INPUT4SUB VOLUME

3 AUDIO INPUT(INPUT4) ....Pin jack

This unit is equipped with 3 audio input systems.<PDP-503CMX/PDP-503MXE>1 AUDIO INPUT (INPUT1, 2 and 5): Stereo mini jack

= Is selected in common when PICTURE INPUT 1, 2 or 5 has been selected.

<PDA-5002>2 AUDIO INPUT (INPUT3): Pin jack

= Is selected when PICTURE INPUT 3 has been selected.3 AUDIO INPUT (INPUT4): Pin jack

= Is selected when PICTURE INPUT 4 has been selected.

Use of SUB VOLUME: Example 1

When a personal computer is connected to INPUT 1 (picture input only) and a DVD player has been connected toINPUT2 (pictures and sound):= Will reproduce the DVD player’s sound when PICTURE INPUT 1 or 2 has been selected.

When sound is not necessary with personal computer input (INPUT 1), set the SUB VOLUME for INPUT 1 to 0.

Use of SUB VOLUME: Example 2

When a DVD player is connected to INPUT 3 (pictures and sound) and a personal computer to INPUT 5 (pictures andsound):= When the difference in volume between the DVD player and personal computer is distracting, adjust SUB VOLUME

for whichever source is louder.

78

Setting the OSD display

This function suppresses the OSD display (INPUT display, etc.) in normal operating mode.Even while OSD is OFF, the following OSD displays are possible.

1 MENU display (menu mode and integrator mode)2 Warning just prior to AUTO POWER OFF or power management function operation3 Warning from self-diagnosis function when interior temperature of set has become high4 Announcements while KEY LOCK is in effect and KEY LOCK/UNLOCK setting displays5 Display calls (including)

When OSD display is not necessary, owing to automatic running directions and the like = select OFF.

Factory preset : ON



Select OPTION.

2 Move the cursor to OSD and use the SET button to changethe setting.


OSD applies to all inputs (INPUT1~5).

Screen 1

Screen 2

Integrator Mode

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS

I NPUT1––INTEGRATOR MENU



OD :

:

:::::::

A AS D

EM

TT

BO

UR

F FO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

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OBR R

C

EN SER

IC

VOLO

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4 8 B0 0

1 2 8 / 1

1

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1 0/ 0. W/PS




79

Integrator Mode

Setting the baud rate

When controlling or adjusting the unit from a PC, the RS-232C port can be set to one of six communication speeds(baud rates): 1200, 2400, 4800, 9600, 19200 and 38400BPS.

Factory preset : 4800BPS



Select OPTION.

2 Move the cursor to BAUD RATE and use the SET button tochange the setting.

Each time the SET button is pressed, the setting will changeas follows: 4800BPS = 9600BPS = 19200BPS =

38400BPS = 1200BPS = 2400BPS = ···

BAUD RATE applies to all inputs (INPUT1~5).

Set the unit’s baud rate to match the PC’s.With long RS-232C cables, we recommend setting lowerbaud rates.

Screen 1

Screen 2

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A AS D

EM

TT

BO

UR

F FO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




80

Integrator Mode

Setting OFF TIMER

This function automatically puts the power supply on standby status after a set time has elapsed. To alleviate screenburn-in, the full mask can be displayed for a set time before standby status goes into effect.

If settings are made as follows,TIMER: ONDISPLAY TIME: 10HMASK TIME: 2.5HMASK COLOR: WHITE

then after 10 hours of normal operation, a mask will be displayed (white) for 2.5 hours. Then, standby status will gointo effect. (At this time, the power supply will remain on for last memory.)

Factory preset : TIMER: OFF DISPLAY TIME: 1H MASK TIME: 0.0H MASK COLOR: WHITE



Select OFF TIMER under OPTION.

2 Select the item and use the 2 and 3 buttons to change thesetting.

The TIMER setting will switch between OFF and ON.

DISPLAY TIME will change in one-hour increments, between1 and 24H, as follows: ··· Ô 1H Ô 2H Ô ··· Ô 24H Ô 1H···

MASK TIME will change in half-hour increments, between0.0 and 9.5H, as follows: ··· Ô 0.0H Ô 0.5H Ô ··· Ô 9.5HÔ 0.0H Ô ···

MASK COLOR will change as follows: ··· Ô WHITE Ô REDÔ GREEN Ô BLUE Ô ···

Press the SET button to retun to screen 1.

OFF TIMER is shared by all inputs (INPUT1~5).

Screen 1

Screen 2

]

]

OD :

:

:::::::

A ASD

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




KA C

:

M SKAM SPID S

RLO O W EIH

H0 0.1 H

T

FO T I ME

T I ME :OF F

::

T I MLAY

E

RF

T I MER

CHANGEEXITSET

MENU

SETSELECT

81

Integrator Mode

Setting FULL MASK

This function uses the PDP internal signal to display the entire screen as one color: red, white, green or blue.For settings other than FULL MASK: OFF, external input signals cannot be displayed.It is an emergency measure for handling screen burn-in (although it cannot completely eliminate it).For details, see 5.8, “Regarding the problem of images become burnt onto the screen.”




Select OPTION.

2 Move the cursor to FULL MASK and use the SET button tochange the setting.

Each time the SET button is pressed, the setting will changeas follows: OFF = WHITE = RED = GREEN = BLUE = ···After setting the color for the full mask, press the MENUbutton and leave integrator mode. This will display the fullmask.

FULL MASK applies to all inputs (INPUT1~5).

Selecting EXIT on screen 2 to return to screen 1.

(NOTE) The full mask will not be displayed when OFFTIMER is set to TIMER: ON. (However, settingscan be changed.)

Screen 1

Screen 2

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A AS D

EM

TT

BO

UR

F FO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




82

Integrator Mode

Adjusting SIDE MASK

This item adjusts the brightness of 4:3, DOT BY DOT and other non-image parts around the screen.Brightness can be adjusted separately from RGB.When making adjustments, pay attention to the brightness balance between the picture signals displayed and theadjoining sets.

(NOTE) A striped pattern may appear on top of the mask during adjustment, but this is not a defect.



Select OPTION.

2 Select SIDE MASK.


Make adjustments using the 2 and 3 buttons on the remotecontrol or the main unit’s operating panel.When DEFAULT is selected on screen 3, all SIDE MASKadjustment values will be restored to the factory presetvalues.


<Adjustable range> 0 to 255 for each item.

SIDE MASK applies to all inputs (INPUT1~5).

Screen 1

Screen 2

]

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A AS D

EM

TT

BO

UR

F FO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




:::

LL

B .VEG L. E

LVEL E

R L EVE.

KS

FDE AU L T

AMS EDI

1 2 81 2 81 2 8

ADJUSTEXITSET

MENU

SETSELECT

Screen 2

83

Integrator Mode

Setting MASK CONTROL

When MASK CONTROL is set to ON and image size is DOT BY DOT or 4:3, the display position of non-image partsaround the screen will change slightly each time the power is applied to prevent screen burn-in.When MASK CONTROL is OFF, the display position will remain stable.

Factory preset : ON



Select OPTION.

2 Move the cursor to MASK CONTROL and use the SETbutton to change the setting.


MASK CONTROL applies to all inputs (INPUT1~5).

Screen 1

Screen 2

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




84

Integrator Mode

Setting ORBITER MODE

This function moves the screen’s display position little by little over time. (Around every 8 minutes, the position isshifted horizontally and vertically 1 bit each (range: ±3 bits).When ORBITER MODE is set ON, it will work to reduce the occurrence of screen burn-in when still images aredisplayed.




Select OPTION.

2 Move the cursor to ORBITER MODE and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will changebetween OFF and ON.

ORBITER MODE applies to all inputs (INPUT1~5).

Screen 1

Screen 2

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A ASD

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

I 0/ 0. W/PS

I NPUT1




85

Integrator Mode

Setting INVERSE MODE (negative-positive inversion)

This function is for negative-positive inversion of displayed images. It is an emergency measure for handling screenburn-in occurring when still images are displayed (although it cannot completely eliminate it).




Select OPTION.

2 Move the cursor to INVERSE MODE and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will changebetween OFF and ON.

INVERSE MODE applies to all inputs (INPUT1~5).

Screen 1

Screen 2

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A ASD

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

3 8 04 0

1 2 8 / 1

1

2 8 1 2 8/

21 0/ 5. W/BPS

I NPUT1




86

Integrator Mode

Setting COLOR MODE

In addition to values for normal operation (COLOR MODE1), this unit has independent and separate PICTURE andWHITE BALANCE adjustment values set to be optimal for TV studio retakes (COLOR MODE 2).(See 5.4.4, “PICTURE and WHITE BALANCE adjustment values memory area tables.”)Change the settings to suit your usage purpose.

Factory preset : COLOR MODE: MODE1



Select OPTION.

2 Move the cursor to COLOR MODE and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will changebetween MODE1 and MODE2.

When the COLOR MODE setting is changed, all inputfunctions and input signal PICTURE and WHITE BALANCEadjustment values will be changed all at once.

COLOR MODE applies to all inputs (INPUT1~5).

(NOTE) The current color mode setting status can be confirmed by the display color of the character string at thevery top of the screen.White: COLOR MODE: MODE 1Yellow: COLOR MODE: MODE 2

Screen 1

Screen 2

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




OD :

:

:::::::

A AS D

EM

TT

BO

UR

F FO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




87

Integrator Mode

Setting MIRROR MODE

This function permits displayed images to be reversed in various ways.Normal playback = MIRROR MODE: OFFLeft-right reversed playback = MIRROR MODE: XUp-down reversed playback = MIRROR MODE: YUp-down, left-right reversed playback = MIRROR MODE: XY

The MIRROR MODE: XY setting is useful for smart cable arrangement, making it possible to draw bundled cablesupward (towards the ceiling) when the display is mounted upside-down using ceiling suspension hardware (PDK-5012).

(NOTE) In using the PDK-5012 hardware, observe the operating temperature restrictions and other limitationsspecified in section 4.8, “Plasma Display Ceiling Suspension Hardware: PDK-5012.”

Factory preset : MIRROR MODE: OFF



Select OPTION.

2 Move the cursor to MIRROR MODE and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will changeas follows: OFF = X = Y = XY = ···

MIRROR MODE applies to all inputs (INPUT1~5).

Screen 1

Screen 2

Normal playback

[MIRROR MODE: OFF]

Left/rightreversed playback

[MIRROR MODE: X]

Up/downreversed playback

[MIRROR MODE: Y]

Up/down/left/rightreversed playback

[MIRROR MODE: XY]

]

]

: OF FO EDMROM RRIOT LROCF NA NA EMNOTM INO R AMP SAL



TH

:: 0

C HH

E PERATUREMOUR ME T ER 0 0 0 0

I ::

––D NO SE T.

A OTU:


:X OE D M RO MRRIO TL R OC FNANAE M N OT MI NORAM PS AL

INPUT1 – – INTEGRATOR MENU

CHANGEEXIT MENU SET SELECT

TH

::0

CHH

EPERATURE MOURMETER0000

I::

– – DNOSET .

AOT U :

PICTUREWHITE BALSCREENSET UPOPTION

88

Integrator Mode

Setting the cooling fan control formula

The back of the main unit is equipped with cooling fans.This function switches the control formats of the cooling fans.

To use the internal temperature sensor to automatically control fans = select AUTOTo set a fixed number of maximum revolutions (thus cutting automatic control) = set MAX

(NOTE) The MAX setting is useful when special installation applies.However, as fan rotation noise will be substantial, this setting should be used carefully in consideration ofthe surrounding environment (particularly if the unit is installed in a quiet place).For more details on installation, see Chapter 3, “Installation.”

Factory preset : AUTO



Select OPTION.

2 Move the cursor to FAN CONTROL and use the SET buttonto change the setting.

Each time the SET button is pressed, the setting will switchbetween AUTO and MAX.

FAN CONTROL applies to all inputs (INPUT1~5).

Screen 1

Screen 2

]

]




TH

:: 0

C HH


I ::

––D NO SE T.

A OTU:





TH

:: 0

C HH


I ::

––D NO SE T.

A OTU:


89

Integrator Mode

Assigning a name to the monitor

One name can be assigned per set.

Factory preset : &&&PLASMA&&&



Select MONITOR NAME under OPTION.

2 Move the cursor to the first character and press the SETbutton. (Repeat this process to select all 12 characters.)

• Any of the 52 characters displayed on the menu screencan be used.

• When you select a character and then press the SETbutton, the input point will advance one character.

• If you make a mistake, select BACK SPACE and pressthe SET button. This will move the input point back onecharacter.

• To restore the display to the initial setting (PLASMA),select RESET and press the SET button.

After you have finished inputting characters, move the cursorto END and press the SET button.

MONITOR NAME applies to all inputs (INPUT1~5).

Screen 1

Screen 2

]

]

: O FFO EDMROM RRIOT LROCF NA NA EMNOTM INO R AMP SAL



TH

:: 0

C HH


I ::

––D NO SE T.

A OTU:



SET EXITMENUSETSELECT

MON I TOR NAME

MH

–

PO WVE

EEE

P AASML

C LA GF IQ R

R

B

BACK SPACE

D

D

S

P ECASS

K KYX ZUT

T

N

N

21 983 4 5 ,.760/" ?#( ) ~&:@'

90

Integrator Mode

Assigning an ID

Here, an ID is assigned necessary for making adjustments in RS-232C adjustment mode.For details, see 5.5, “RS-232C adjustment mode.”

Factory preset : – –



Select ID NO. SET under OPTION.

2 Use the 2 and 3 buttons to select the appropriate digit andthen use the 5 and ∞ buttons to change the numericalvalues.

IDs can be set from 00 to FF.

Screen 1

Screen 2

]

]

::

O FFA OTU

O EDMROM RRIOT LROCF NA NA EMNOTM INO R AMP SAL



TH

:: 0

C HH


I ::

––D NO SE T.


SO T :NI D . E

SELECTEXITSET

MENU

SETCHANGE

––

91

Integrator Mode

Input settings when using a video card other than the PDA-5002

Make settings in accordance with the input signals from the video card provided.For details, see the instruction manual on video cards.(NOTE) These items cannot be set if no video card has been provided or the PDA-5002 has been provided. (Items

will not be displayed.)

Factory preset : VIDEO (RGB)



Select OPTION.

2 Move the cursor to SLOT INPUT and then use the SETbutton to change the setting.

Each time the SET button is pressed, the setting will changeas follows: VIDEO (RGB) = COMPONENT1 =COMPONENT2 = ···

SLOT INPUT applies to all input.

Screen 1

Screen 2

]

]

: O FFO EDMROM RRIOT LROCF NA NA EMNOTM INO R AMP SAL



TH

:: 0

C HH

E PERATUREMOUR

S LOT

ME T ER

V I DEO ( RGB )I NPUT

0 0 0 0

I ::

:––D NO SE T.

A OTU:


OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




92

Integrator Mode

Simple checking of internal temperature

This function enables the unit’s internal temperature to be easily checked using the level meter indicator.When the indicator is green = internal temperature is normal.When the indicator is yellow or red = internal temperature is slightly high. Turn OFF the power supply once,

confirm installation status immediately, and then use air conditioning orthe like to counteract the heat radiation.

When checking the internal temperature, conduct aging thoroughly, just as before making adjustments.(Minimum: 30 min. with a 100% white signal.)The same applies to checking the effect of countermeasures to heat radiation.For more details, see Chapter 3, “Installation.”



Select OPTION.

2 Use TEMPERATURE to check the internal temperature.

Temperature can also be checked by depressing theDISPLAY button for over 2 seconds in normal operatingmode. (See 5.2.1, “About normal operating mode.”)

Screen 1

Screen 2

CAUTION

]

]

OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS







TH

:: 0

C HH


I ::

––D NO SE T.

A OTU:


93

Integrator Mode

Checking the accumulated ON time

This function displays the accumulated time (in 1-hour units) for which the unit has been receiving power.

The accumulated time does not include the time when the unit is in standby mode.



Select OPTION.

2 Use HOUR METER to check the accumulated ON time.

The accumulated ON time can also be checked bydepressing the DISPLAY button for over 2 seconds in normaloperating mode. (See 5.2.1, “About normal operatingmode.”)

Screen 1

Screen 2

CAUTION

]

]




TH

:: 0

C HH


I ::

––D NO SE T.

A OTU:


OD :

:

:::::::

A AS D

EM

TT

BO

UR

NO

FFO FFO F /F

O FFO FFON

ER

LU A KSFS

LE

I

DIM

A KSM

O EDMO EDM

O EDM O EDM

A KSM LO TE

NTO

RI

OBR R

C

EN SER

IC

VOLO

R

4 8 B0 0

1 2 8 / 1

1

2 8 1 2 8/

1 0/ 0. W/PS




94

PDP-503CMX, PDP-503MXE, PDA-5002

DISASSEMBLY

1

1

Remove the Rear Case (50M).(Screws × 20)

2 Remove four screws.

3 Remove the SW Power Supply Module.

SW Power Supply Module

Diagnosis

4 Insert it and reduce the Clamper.

Clamper

Sub Frame L

Slit

SW Power SupplyModule

SW Power SupplyModule

Sub Frame R

5 Insert the SW Power Supply Module into the slitof Sub Frame L and R.

4

3

1 1

1

1

11

1

1 1

2

22

2

1

×2 1 ×2 1 ×2

×2

×2

5SW Power SupplyModule

11

95

PDP-503CMX, PDA-5002

1 Remove the Rear Case (50M). (Screws × 20)

3 Remove the Terminal Panel M. (Screws × 11)

6

7

4 Remove a screw of earth block.

5 Remove the RGB Base. (Screws × 4)

7 Remove the DIGITAL VIDEO Assy. (Connector, Circuit Board Spacer × 6)

6 Remove connectors and binders, and remove the RGB Base with PCB Assys.

2 Remove the SW Power Supply Module.(Connector, Screws × 4)

DIGITAL VIDEO Assy

RGB Base

SLOT CONNECTORAssy

DIGITAL VIDEO Assy

RGB Assy

DIGITAL VIDEO Assy

33 ×2

34

×2 5 ×2

3 ×2

3

3 ×2

5 ×2

3

Terminal Panel M

RGB Base

DIGITAL VIDEO Assy

96


1 Remove the three screws.

2

2

Loosen a rivet.

3

3

Remove the Lead Cover MX.

Turn it not to press the rivet. (Because when the rivet presses, fit in once again.)

It is easy to remove when pull out the Lead Cover MX with the rivet before completely removing the rivet.

Rivet

4 Pull out a Flexible Cable.

5

5

Remove bottom by the fulcrum at the top of Front Case (50).

6

6

Remove the Front Case (50).

×3

×2

9

8×28

×28

8

7 Remove the Rear Case 50 (M). (Screws × 20)

8 Remove the Y DRIVE Assy. (Connector, Screws × 8)

9 Reverse the SCAN (A) and SCAN (B) Assemblies.

10 When it is necessary, exchange the ROM.

Y DRIVE, SCAN (A), (B) Assy

1

Front Case 50 (M)

Front Case 50 (M)

AluminumMaterials

It is the structure that a hook of Front Case (50) was put between with Rear Case and aluminum materials.

Rear Case

Y DRIVE Assy

Lead CoverMX

Lead CoverMX

SIDE KEYAssy

SCAN (A) Assy

ROM ×6

SCAN (B) Assy

9

×28

44

97



2 Remove the X DRIVE Assy. (Connector, Screws × 8)

X DRIVE Assy

×22

×22

2 2

×22

×22

SLOT CONNECTOR AssyJig Cable(GGD1035)

RGB Assy

Video Card

Video CardSLOT CONNECTOR Assy

RGB Assy

X DRIVE Assy

3

2

3


2 Remove the Video Card. (Screws × 2)

3 Remove the SLOT CONNECTOR Assy from the RGB Assy and reconnect it with the Jig Cable (GGD1035).

4 Reconnect the Video Card.(Slot does not pass it.)

Diagnosis of the Video Card (PDA-5002)

Diagnosis

4

98

PDP-503CMX, PDP-503MXE, PDA-5002

Perform the operations of Service Factory mode using the Remote Control Unit provided with the Plasma Display (AXD1459).

Service Factory Mode

FACTORY (AA5F)Menu (AA8B)KEY LOCK

"Menu" key (AA8B)‘

"Set" key (AA8A)‘

"STAND BY/ON" key (AA1C)

FACTORY(AA5F)

STANDBY/ON (AA1C)POWER OFF (AA1B)POF

ADJUSTMENT SERVICE FACTORY MODE

State Transition Diagram

(within 3 sec.)

INFORMATION mode

Factory default screen

Audio system switch(AAD3-AF70) or Display call (AA4A)

"MUTING" key (AA49)

"MUTING" key (AA49)

"MUTING" key (AA49)

"MUTING" key (AA49)

"MUTING" key (AA49)

RANGE CHECK mode Front surround (AA1D)

This mode is not usedfor service.

"MU

TIN

G"

key

(AA

49)

REFERENCE mode AV selection (AA59) or Standard/AV memory (AA43)• Common adjustment of each

signal input

OFFSET mode Double audio (AA1E)• Adjustment of the signal

input side.

VIDEO OPTION modeSCREEN SIZE (AAD3-AF3C)

INITIALIZE mode Full auto zoom (AAD3-AF36)or P. ZOOM (AAD3-AF22)

• Function switch• Mode change

of input signal• Execute Final Setup

Normal OperationMode At standby

99


POWER

POWER

MENU

MUTE

AUDIO

SET

DISPLAY CALL

FULL AUTOZOOM

SCREENSIZE

FULL AUTOZOOM

SOUNDVOLUME

SOUNDVOLUME

SURROUNDMODE

SURROUNDMODE

MUTE

AV SELECT

MPX

AUDIO

SCREEN SIZE

DISPLAY CALL

AV MEMORY

MPX

MENU

SET

• AXD1459(PDP-503CMX)

• AXD1432(PDP-501HD) • AXD1673

(PDP-502HD)

100


Caution of Operation of the Remote Control Unit• In the service factory mode, use the key which does not exist in a remote control unit (AXD1459) attached to this product as the direct

selection key of item when selects each item. These keys can use with the attached remote control units (AXD1432 and AXD1673) in thePDP-501HD and PDP-502HD.

• When operate the service factory mode with the attached remote control unit in this product, selection is possible with the following keycyclically.

Large item selection: MUTE keySelection except large item: UP (5), DOWN (∞) keys

Operation When Entered the Service Factory Mode1 Setting value of menu mode• Reset "PICTURE" item (center value).

Notes : Adjustment value of "PICTURE" to reset is limited to the following face.At VIDEO: Current signal mode of the selected input functionAt PC: Correspond to the history of the signal mode input into past, "Table A to H ".

• Reset all "SCREEN" items (center value).Note: Adjustment value of "SCREEN" to reset is limited to the current signal mode of the selected input function.Supplement: If execute FINAL SET UP or PICTURE DEFAULT, minimize the adjustment value of menu mode here so that it becomes the

center value.• "SET UP" and "OPTION" of menu mode are maintained except items as follows.

COLOR TEMP: It becomes "MIDDLE" settingAUTO POWER OFF/POWER MANAGEMENT: Setting is maintained, but do not work

2 Adjustment value of the integrator mode• Adjustment values of "PICTURE" and "WHITE BAL" select the adjustment values which are applicable to the current input function signal

mode.Notes : Adjustment value of "PICTURE" and "WHITE BAL" to reset is limited to the following face.

At VIDEO: Current signal mode of the selected input functionAt PC: Correspond to the history of the signal mode input into past, "Table A to H ".

• SCREEN setting value is maintained.• "SET UP" and "OPTION" of integrator menu are maintained except items as follows.

SIDE MASK LEVEL: Adjustment value is reset, and it becomes default value.FULL MASK which was set with the integrator mode: ReleaseOFF TIMER: Release

• COLOR MODE (integrator menu) setting maintains setting in the integrator menu.

3 Others• When input signal mode changed, change setting, and display default screen (INFORMATION-VERSION) of the service factory mode.

Maintain the service factory mode.Note: At a point in time when the input signal mode changed, perform an operation of 1 and 2.

• Switch it in selected FUNCTION when switched FUNCTION. Then display default screen (INFORMATION-VERSION) of the servicefactory mode, and maintain the service factory mode.Note: At the point that switched FUNCTION, perform an operation of 1 and 2.

• Perform COLOR DETECT setting with "COLOR SYSTEM" of set menu mode.• Only address 0100-01FF of module microcomputer / EEPROM copy/updates the data to the module microcomputer area of main microcomputer

EEPROM.• Various protection feature of the panel (Still picture detection, Block brightness detection and SCAN IC protection feature) turns OFF. Notes: When each protection feature turns OFF once and released the factory mode, maintain it. Protection feature turns ON by turning ON

from POWER OFF. Therefore turn ON from POWER OFF by all means in order to operate protection feature when released thefactory mode.

• In the no input, apply playback and non-correspondence PC signal input, accepts only the setting item that does not depend on a signal mode.(But refer to the item "MASK1 and MASK2" about MASK setting.)An item depending on the signal mode turns the display color to gray and it cannot change the setting.

101


Name OSD Display Name RS-232C Command Service Factory Operation Adjustment Range(OFFSET Reference Value)





CD

YDL Y-DELAY YDL REF/OFS-SLOT-1 0 to 15 [8]

YOUTLEV Y-OUT LEVEL YOL REF/OFS-SLOT-2 0 to 63 [32]

TINT CD TINT CTI REF/OFS-SLOT-3 0 to 63 [32]

CrOFFSET CDR OFFSET CDR REF/OFS-SLOT-4 0 to 15 [8]

CbOFFSET CDB OFFSET CDB REF/OFS-SLOT-5 0 to 15 [8]

EXPR-Y_LEVEL R-Y LEVEL LRY REF/OFS-SLOT-6 0 to 255 [128]

B-Y_LEVEL B-Y LEVEL LBY REF/OFS-SLOT-7 0 to 255 [128]

MATRIX

PICTURE MAT CONT MCT REF/OFS-RGB1-1 0 to 63 [32]

BRIGHT MAT BRIGHT MBR REF/OFS-RGB1-2 0 to 63 [32]

COLOR MAT COLOR MCL REF/OFS-RGB1-3 0 to 63 [32]

HUE MAT TINT MTI REF/OFS-RGB1-4 0 to 63 [32]

AD

MAINCONTRAST AD MAIN CONT MCA REF/OFS-RGB1-5 0 to 255 [128]

SUBRCONTRAST AD R HIGH GHA REF/OFS-RGB1-6 0 to 255 [128]

SUBGCONTRAST AD G HIGH BHA REF/OFS-RGB1-7 0 to 255 [128]

SUBBCONTRAST AD B HIGH RHA REF/OFS-RGB1-8 0 to 255 [128]

BRIGHTR AD R LOW GLA REF/OFS-RGB1-9 0 to 255 [128]

BRIGHTG AD G LOW BLA REF/OFS-RGB1-10 0 to 255 [128]

BRIGHTB AD B LOW RLA REF/OFS-RGB1-11 0 to 255 [128]

IC102W/B

COLOR COLOR COL REF/OFS-RGB2-1 0 to 255 [128]

TINT TINT TNT REF/OFS-RGB2-2 0 to 255 [128]

IC30W/B

MCONTRAST CONTRAST CNT REF/OFS-RGB2-3 0 to 255 [128]

MBRIGHT BRIGHT BRT REF/OFS-RGB2-4 0 to 255 [128]

R HIGH R. HIGH RHI REF/OFS-RGB2-5 0 to 255 [255]

G HIGH G. HIGH GHI REF/OFS-RGB2-6 0 to 255 [255]

B HIGH B. HIGH BHI REF/OFS-RGB2-7 0 to 255 [255]

R LOW R. LOW RLW REF/OFS-RGB2-8 0 to 255 [128]

G LOW G. LOW GLW REF/OFS-RGB2-9 0 to 255 [128]

B LOW B. LOW BLW REF/OFS-RGB2-10 0 to 255 [128]

DIGITAL

PANEL R-HIGH PANEL R-HIGH PRH REF/OFS-DIGITAL-1 0 to 255 [255]

PANEL G-HIGH PANEL G-HIGH PGH REF/OFS-DIGITAL-2 0 to 255 [255]

PANEL B-HIGH PANEL B-HIGH PBH REF/OFS-DIGITAL-3 0 to 255 [255]

PANEL R-LOW PANEL R-LOW PRL REF/OFS-DIGITAL-4 0 to 999 [512]

PANEL G-LOW PANEL G-LOW PGL REF/OFS-DIGITAL-5 0 to 999 [512]

PANEL B-LOW PANEL B-LOW PBL REF/OFS-DIGITAL-6 0 to 999 [512]

ABL LEVEL ABL LEVEL ABL REF/OFS-DIGITAL-7 0 to 255 [128]

X-SUS-B X-SUS-B XSB REF-DIGITAL-8 4 to 12

X-SUS-G X-SUS-G XSG REF-DIGITAL-9 4 to 12

Y-SUS-B Y-SUS-B YSB REF-DIGITAL-10 4 to 12

Y-SUS-G Y-SUS-G YSG REF-DIGITAL-11 4 to 12

V-SUS V-SUS VSU REF-DIGITAL-12 0 to 255

V-OFFSET V-OFFSET VOF REF-DIGITAL-13 0 to 255

IC30

R SIDE MASK LEV R SIDE MASK LEV RSL VOP-M LEV-1 0 to 255

G SIDE MASK LEV G SIDE MASK LEV GSL VOP-M LEV-2 0 to 255

B SIDE MASK LEV B SIDE MASK LEV BSL VOP-M LEV-3 0 to 255

SLOT

RGB1

RGB2

DIGITAL

SIDE MASK LEVEL (VIDEO OPTION)

Adjustment Items Table of Service Factory

102


IC102COLOR COLOR VOP-CT-3 0 to 255 [128]

TINT TINT VOP-CT-4 0 to 255 [128]

IC30

MCONTRAST CONTRAST VOP-CT-1 0 to 255 [128]

MBRIGHT BRIGHT VOP-CT-2 0 to 255 [128]

R HIGH R. HIGH VOP-CT-5 0 to 255 [255]

G HIGH G. HIGH VOP-CT-6 0 to 255 [255]

B HIGH B. HIGH VOP-CT-7 0 to 255 [255]

R LOW R. LOW VOP-CT-8 0 to 255 [128]

G LOW G. LOW VOP-CT-9 0 to 255 [128]

B LOW B. LOW VOP-CT-10 0 to 255 [128]

IC102COLOR COLOR VOP-CM2-3 0 to 255 [128]

TINT TINT VOP-CM2-4 0 to 255 [128]

IC30

MCONTRAST CONTRAST VOP-CM2-1 0 to 255 [128]

MBRIGHT BRIGHT VOP-CM2-2 0 to 255 [128]

R HIGH R. HIGH VOP-CM2-5 0 to 255 [255]

G HIGH G. HIGH VOP-CM2-6 0 to 255 [255]

B HIGH B. HIGH VOP-CM2-7 0 to 255 [255]

R LOW R. LOW VOP-CM2-8 0 to 255 [128]

G LOW G. LOW VOP-CM2-9 0 to 255 [128]

B LOW B. LOW VOP-CM2-10 0 to 255 [128]

COLOR TEMP (VIDEO OPTION)

COLOR MODE2 (VIDEO OPTION)



Calculation of Adjustment Value in the Service Factory Mode• As for the adjustment value in the service factory mode, it becomes an actual adjustment value that subtracted OFFSET reference value

(value in [ ] of the above table) from the value that added a REFERENCE adjustment value and an OFFSET adjustment value.Notes: It becomes the adjustment value the value that adjusted it with REFERENCE because there is not an OFFSET adjustment value as

forR SIDE MASK LEV, G SIDE MASK LEV and B SIDE MASK LEV of item SIDE MASK LEVEL and X-SUS-B, X-SUS-G, Y-SUS-B, Y-SUS-G, V-SUS and V-OFFSET of item DIGITAL.

• As for COLOR MODE2 and COLOR TEMP, it becomes OFFSET value of each the value that subtracted OFFSET reference value (a valuein [ ] of the above table) from a adjustment value of selected mode. It becomes a adjustment value of the last RGB 2 device (IC30 and IC102)the value that added this OFFSET value to each adjustment item of RGB 2.

Actual Calculation Example• Each adjustment value of SLOT/ RGB 1/RGB2/DIGITAL

(REFERENCE value)+

(OFFSET value) – [OFFSET reference value] ... Calculation of a value to add as OFFSET

• COLOR MODE2 OFFSET value (COLOR MODE2 adjustment value) - [OFFSET reference value] ... Calculation of a value to add as OFFSET for COLOR MODE2

Note: Add it only in COLOR MODE2 selection.

• COLOR TEMP OFFSET value(COLOR TEMP adjustment value) - [OFFSET reference value] ... Calculation of a value to add as OFFSET for COLOR TEMP

Note: Add it only in COLOR TEMP 1,2,4 and 5 selection.

Perform the addition in the normal operation, menu mode and COLOR TEMP adjustment mode of the service factory mode (in item VIDEOOPTION), and add OFFSET value of selected setting.COLOR TEMP OFFSET does not add it in order to work by COLOR TEMP 3 setting in the integrator mode and in the service factory modeexcept COLOR TEMP adjustment mode.

103


Display Description of Service Factory Menu1. In Adjustment Item

Display color : WhiteHalftone : Blue (second row/15th row

for each 5 to 36 columns)When there is not item which is applicable to the input signal mode, display the adjustment value with "––––––" (–––––––)", and perform the item indication color to gray.

O F S – – –S 1 I N 4 – 0

( ):

4 – ∗

∗ ∗ ∗ ∗ ∗ ∗

2 N TS L O T

Y – D E L A Y

# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

• Second row / 6th to 16th columns : Display the upper layer of selection item • • • At the Service factory mode Second row / 6th to 7th columns : Display the ID No. • • • At the RS-232C factory mode Second row / 9th to 16th columns : Display the upper layer of selection item • • • At the RS-232C factory mode• Second row / 19th to 20th columns : Current color mode setting• Second row / 22th to 23th columns : Current slot type

• Second row / 25th to 27th columns : Current function• Second row / 29th to 32th columns : Current signal mode• Second row / 32th columns : Current Screen size (Refer to the "classification of input signal" with regard to each numeric value.)

• Second row / 33th column : Current input form

Input Form Component Video–RGB Composite Y/CDisplay # @ * /

Non-display excepting above form (blank).• Second row / 34th to 35th columns : Current color system

• 15th row / 6th to 24th columns : Current item selection• 15th row / 26th to 35th columns :

RANGE CHECK selection : Current selecting value1. At REFERENCE selection : Adjustment value2. At OFFSET selection : OFFSET value ( adjustment value) * Adjustment value is REFERENCE value + OFFSET value.3. At VIDEO OPTION selection : No display At INITIALIZE selection : The setting that is selected. (There is no display in the item which there is the lower layer.)

Color System NTSC PAL SECAM 4.43NTSC PAL-M PAL-N BLACK/WHITEDisplay NT PL SC 4N PM PN BW

Non-display it (blank) when a case except COLOR SYSTEM mentioned above and COLOR SYSTEM setting is fixed.

Current signal mode displayes the signal mode of any of mode 03, mode 31, mode E1, mode 61 or mode 71.

Current signal mode displayes the signal mode of any of mode 12 or mode 13.

Setting Signal Mode DisplayVIDEO 03

VGA 31

WVGA E1

XGA 61

WXGA 71

Display in the no signal and non-correspondence signal

HDTV Mode Setting (Integrator Menu) Signal Mode Display1080i 12

1035i 13

Signal Mode Display Signal Definition

FB OUT OF RANGE (The signal that the measurement is impossible with the main microcomputer)

FC OUT OF RANGE (In the video system signal when video signal does not input)

FD OUT OF RANGE (In the non-correspondence signal at DVI input)

FE OUT OF RANGE (When the measurement is possible with the main microcomputer, and non-correspondence signal that is not applicable to FC and FD)

FF No signal

Slot Type orModel Type

At PDA-5002 is mounted with

PDP-503PROand PRO-1000HD

Outside Product Slot

No SLOT

Display S1 US T1 to T8 NO

104


I N F O

V E R S

– –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T

I O N

M A I N U C O M :::

:::

∗ ∗ ∗W I D E U C O M∗ ∗ ∗W I D E F R O M

∗ ∗ ∗MO D U U C O M∗ ∗ ∗P A N E U C O M∗ ∗ ∗P A N E F R O M

# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

2. INFORMATION

Basic Operation• Display the state of each item

Operating specification• Start from VERSION (Key1) when shifted to this setting screen.• When each key was pressed, follow the required operation. Note : Perform VERSION display as the default screen of the service factory mode.

Rem Code Key Name Function & Display Description Remarks Lower Layer

AA01 1 VERSION

Display the each information

Main, Wide, module and panel microcomputer : VerWide flash (OSD) / Panel flash (Sequence) : Ver

×

AA02 2 PD INFO Past eight times / Place (1st, 2nd) / Time Stamp ×

AA03 3 NG INFOAUDIO/FAN/MODULE/PANEL/WIDE/MAIN IIC/MODULE IIC/DEW

×

AA04 4 TEMPERATURE 1/2/3/FAN output ×AA05 5 MEMO Display MEMO ×AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15

AA96 5 Select upper item

AA97 ∞ Select lower item

AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL

Shift to various adjustment / setting screen.

INFORMATION

AA1D SURROUND MODE RANGE CHECKAA59AA43

AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET

AAD3-AF3C SCREEN SIZE VIDEO OPTIONAAD3-AF36AAD3-AF22

FULL AUTO ZOOMP.ZOOM

INITIALIZE

AA49 MUTINGShift to next adjustment / setting screen.

RANGE CHECK

105


3. OSD Display in INFORMATION

Display PD Point Display PD Point1 X-DRV X-DRIVE 5 ADRES ADDRESS junction

2 X-DDC X-DC/DC CONVERTER 6 ADR-K ADDRESS resonance

3 Y-DRV Y-DRIVE 7 POWER Power supply

4 Y-DDC Y-DC/DC CONVERTER 8 DC-DC DC/DC CONVERTER (DIGITAL)

Display details at PD INFORMATION

VERSION1

I N

P D

F

1 X D D C 0 5 1 4 8 H 2 5 M0 2 2 4 8 H 1 4 M0 1 3 5 8 H 3 6 M0 0 3 4 8 H 1 50 0 0 0 0 0 00 0 0 0 0 0 00 0 0 0 0 0 00 0 0 0 0 0 0

M

2 A D R – K3 Y D R V4

–X – D D CD – D CC

–A D R E S

–

5 –6 –7 –8 –

––––

––––

––––

––––

––––

–––––

–––––

–––––

–––––

HHHH

MMMM

–

O

I N F O

1 S T 2 N D

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

PD INFO.2

I N F O

V E R S

– –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T

I O N

M A I N U C O M :::

:::

∗ ∗ ∗W I D E U C O M∗ ∗ ∗W I D E F R O M

∗ ∗ ∗MO D U U C O M∗ ∗ ∗P A N E U C O M∗ ∗ ∗P A N E F R O M

# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

NG INFO.3

I N F O

N G I

– –S 1 I N 4 – 0 2 – ∗2 N T

N F O

A U D I O :::

::::

F A NMO D U LP A N E L

E

W I D EM A I N I I CM D LU ED E W D E T

I I C OO KO K

O KO K

O KO KO K

: O K

# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

Display the power down point (1st or 1st, 2nd) and an hour meter of the time. Perform display to maximum eight times, and if display became more than eight times, perform clear in order from the old information, and update it to the latest information.

106


• Each display is the value of A/D input or D/A outputof the microcomputer (0 to 255).

• Temperature sensor 1, 2 and 3• FAN

TEMPERATURE4

I N F O

T E M U RP

– –S 1 I N 4 – 0 2 – ∗2 N T

E ER A T

::

:

T E M P 1T E M P 2T E M P 3

F A N 1 3 5

1 0 41 2 8

: 0 8 8

# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

MEMO5

I N F O

M E M O

– –S 1 I N 4 – 0 2 – ∗2 N T

– – – – – – – – – – – –

– – – – – – – – – – – –

– – – – – – – – – – – –

– – – – – – – – – – – –

# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

Note: Refer to "Shut down diagnosis" in the "7.1.2 SHUTDOWN/POWER DOWN DIAGNOSIS BY LED DISPLAY" to calculate real sensor temperature from each indicated value.

107


R E F

R G B 1

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

• Select the adjustment table.

Operating specification• Start from RGB 1 (Key 1) when shifted to this setting screen.

However, the movement original item to be selected when shifted from the lower layer.• When each key was pressed, follow the required operation.• In INPUT5 (DVI) selection, impossible "RGB1" and "SLOT" selections (do not perform the display skip).• When SLOT is not inserted and the external SLOT is inserted, selection of "SLOT" is impossible (do not perform the display skip).• When selection of the item is impossible, turn the OSD display color into gray.


AA01 1 RGB1

Select the adjustment table

?

AA02 2 RGB2 ?

AA03 3 DIGITAL ?

AA04 4 SLOT ?

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15

AA96 5 Select the upper item

AA97 ∞ Select the lower item

AA94

AA95

AA8A SET

AAD3-AF70AA4A

AUDIODISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE

AA49 MUTINGShift to next adjustment /setting screen

Select the item and shift to lower layer

OFFSET

4. REFERENCE

Display color : WhiteHalftone : Blue (Second row / 15th row

for each 5th to 36th columns)

Basic Operation

108


R E F

M A T C O N T :

–– R G B 1 –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

Perform the adjustment of each parameter.

• Start from MAT CONT (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−",

and turn the item display color into gray.

Rem Code Key Name Function & Display Description Remark Lower Layer

AA01 1 MAT CONT

Call the adjustment value

and display it.

×AA02 2 MAT BRIGHT ×

AA03 3 MAT COLOR ×AA04 4 MAT TINT

AD MAIN CONT

AD R HIGH

AD G HIGHAD B HIGH

AD R LOW

AD G LOW

AD B LOW

×××

××××

×

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



Adjustment value of the parameter selecting goes up.

Adjustment value of the parameter selecting goes down.

Store the adjustment value and shift to upper layer.

AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


OFFSET

Display color : WhiteHalf tone : Blue (second row / 15th row for

each 5 to 36th columns)

REFERENCE — RGB11

Basic Operation

Operating specification

109


R E F

C O N RT A S T

–– R G B 2 –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 CONTRAST


and display it.

×AA02 2 BRIGHT ×

AA03 3 COLOR ×AA04 4 TINT

R HIGH

G HIGH

B HIGHR LOW

G LOW

B LOW

×××

××××

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


OFFSET

REFERENCE — RGB22

:

Perform the adjustment of each parameter.



Basic Operation

• Start from CONTRAST (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−",



110


R E F

P A N LE H I G HR –

–– D I G –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 PANEL R–HIGH


and display it.

×AA02 2 PANEL G–HIGH ×

AA03 3 PANEL B–HIGH ×AA04 4 PANEL R–LOW

PANEL G–LOW

PANEL B–LOW

ABL LEVEL

X–SUS–B

X–SUS–G

Y–SUS–G

V–SUS

V–OFFSET

Y–SUS–B

×××

×××××××

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


OFFSET

REFERENCE — DIGITAL3

:

• Start from PANEL R-HIGH (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−",




Perform the adjustment of each parameter.Basic Operation


111


R E F

– D LE YY A

–– S L O T –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 Y–DELAY


and display it.

×AA02 2 Y–OUT LEVEL ×

AA03 3 CD TINT ×AA04 4 CDR OFFSET

CDB OFFSET

R–Y LEVEL

B–Y LEVEL

×××

×

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


OFFSET

REFERENCE — SLOT (At Connected SLOT ST1)4 • This mode is effective for SLOT ST1 only in connection

:




• Start from Y-DELAY (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−−",



112


O F S

R G B 1

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


• Start from RGB 1 (Key 1) when shifted to this setting screen. However, the movement original item to be selected when shifted from the lower layer.• When each key was pressed, follow the required operation.• In INPUT5 (DVI) selection, impossible "RGB1" and "SLOT" selections (do not perform the display skip).• When SLOT is not inserted and the external SLOT is inserted, selection of "SLOT" is impossible (do not perform the display skip).• When selection of the item is impossible, turn the OSD display color into gray.• Selection of each item is impossible at no input signal.


AA01 1 RGB1


?

AA02 2 RGB2 ?

AA03 3 DIGITAL ?

AA04 4 SLOT ?

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



AA94

AA95

AA8A SET

AAD3-AF70AA4A

AUDIODISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


Select the item and shift to lower layer

VIDEO OPTION

5. OFFSET



Basic Operation


113


O F S

M A T C O N T

–– R G B 1 –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 MAT CONT


and display it.

×AA02 2 MAT BRIGHT ×

AA03 3 MAT COLOR ×AA04 4 MAT TINT

AD MAIN CONT

AD R HIGH

AD G HIGHAD B HIGH

AD R LOW

AD G LOW

AD B LOW

×××

××××

×

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


VIDEO OPTION

OFFSET — RGB11

( )∗ ∗ ∗:




Operating specification• Start from MAT CONT (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)",


114


O F S

C O N RT A S T ( )

–– R G B 2 –S 1 I N 4 – 0 2 – *

* * * * * *

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 CONTRAST


and display it.

×AA02 2 BRIGHT ×

AA03 3 COLOR ×AA04 4 TINT

R HIGH

G HIGH

B HIGHR LOW

G LOW

B LOW

×××

××××

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


VIDEO OPTION

OFFSET — RGB22

:




Operating specification• Start from CONTRAST (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)",


115


O F S

P A N LE H I G HR –

–– D I G –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 PANEL R–HIGH


and display it.

− Selection is possible, and setting is impossible

×AA02 2 PANEL G–HIGH ×

AA03 3 PANEL B–HIGH ×AA04 4 PANEL R–LOW

PANEL G–LOW

PANEL B–LOW

ABL LEVEL

X–SUS–B

X–SUS–G

Y–SUS–G

V–SUS

V–OFFSET

Y–SUS–B

×××

×××××××

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


VIDEO OPTION

OFFSET — DIGITAL3

( )∗ ∗ ∗:




Operating specification• Start from PANEL R–HIGH (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)",

and turn the item display color into gray.• Because there is not the item which is applicable to an OFFSET item as for X–SUS–B, X–SUS–G, Y-SUS-B, Y–SUS–G, V–SUS and

V–OFFSET, selection is impossible. Always turn the OSD display color into gray, and display the adjustment value to "−−−−− (−−−−−)".

116


O F S

– D LE YY A

–– S L O T –S 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 Y–DELAY


and display it.

×AA02 2 Y–OUT LEVEL ×

AA03 3 CD TINT ×AA04 4 CDR OFFSET

CDB OFFSET

R–Y LEVEL

B–Y LEVEL

×××

×

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15






AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


VIDEO OPTION

OFFSET — SLOT (At Connected SLOT ST1)4

( )∗ ∗ ∗:




Operating specification• Start from Y-DELAY (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• When there is not the item which is applicable to an input signal mode, display the adjustment value to "−−−−− (−−−−−)",


• This mode is effective for SLOT ST1 only in connection

117


V I D E O O P T

S I D E M A S K L E V

– –S 1 I N 4 – 0 2 – *2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 SIDE MASK LEV

Select the adjustment item

?

AA02 2 C MODE2 ?

AA03 3 C TEMP LOW ?

AA04 4 C TEMP MID LOW

C TEMP MID HIGH

C TEMP HIGH

Shift to adjustment screen of SIDE MASK LEVEL at SET (AA8A).

Shift to adjustment screen of COLOR MODE2 at SET (AA8A).

Shift to adjustment screen of COLOR TEMP LOW at SET (AA8A).

Shift to adjustment screen of COLOR TEMP MID LOW at SET (AA8A).

Shift to adjustment screen of COLOR TEMP MID HIGH at SET (AA8A).

Shift to adjustment screen of COLOR TEMP HIGH at +SET (AA8A).

?

?

?

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



AA94

AA95

AA8A SET

AAD3-AF70AA4A

AUDIODISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


Select the item and shift to adjustment screen.

INITIALIZE

6. VIDEO OPTION




118


• Start from SIDE MASK LEVEL (Key 1) when shifted to this setting screen. However, the movement original item to be selected when shifted from the lower layer.

• When each key was pressed, follow the required operation.

• When entered the service factory mode, COLOR MODE works by integrator setting.However in the COLOR MODE2 adjustment, Work with COLOR MODE2 without relation in COLOR MODE setting of the integrator menu.

• COLOR TEMP Setting in the COLOR TEMP AdjustmentWhen entered the service factory mode without a relation in user setting, COLOR TEMP becomes "MIDDLE".In the COLOR TEMP adjustment, switch the operation to setting of selected COLOR TEMP.


119


V O P

R D ES I S KM A VL E

–– –SS M A S K 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 R SIDE MASK LEV Call the adjustment value

and display it.

×AA02 2 G SIDE MASK LEV ×

AA03 3 B SIDE MASK LEV ×AA04 4

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


INITIALIZE

SIDE MASK LEV. Adjustment1




:




Operating specification• Start from R SIDE MASK LEVEL (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.

120


V O P

C R AN T TO S

–– –SC M O D E 2 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 CONTRAST


and display it.

×AA02 2 BRIGHT ×

AA03 3 COLOR

TINT

R HIGH

G HIGH

B HIGH

R LOW

G LOW

B LOW

××××××

AA04 4

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


INITIALIZE

COLOR MODE indication of second row/35th columns displays the default. (It is not controlled with the COLOR MODE in adjustment.)

COLOR MODE2 Adjustment2




:




Operating specification• Start from CONTRAST (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• It becomes COLOR MODE2 during COLOR MODE adjustment. However, do not perform the last memory of setting.

(Perform last memory of the adjustment value.)

121


V O P

C R AN T TO S

–– –SC T M I D H 1 I N 4 – 0 2 – ∗

∗ ∗ ∗

2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 CONTRAST


and display it.

×AA02 2 BRIGHT ×

AA03 3 COLOR

TINT

R HIGH

G HIGH

B HIGH

R LOW

G LOW

B LOW

××××××××

AA04 4

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



AA94

AA95

AA8A SETAAD3-AF70

AA4AAUDIO

DISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


INITIALIZE

COLOR TEMP Adjustment3




:




Operating specification• Start from CONTRAST (key 1) when shifted to this setting screen.• When a key was pressed, follow the required operation after performing the last memory of current adjustment value.• Works by the selected COLOR TEMP setting during COLOR TEMP adjustment. However, do not perform the last memory of setting and maintain

the "M IDDLE". (Perform last memory of the adjustment value.)

122


I N I T

C O L O R D E T E U R O

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40


AA01 1 COLOR DET ...→EURO→SA→ALL→...

...→0→1→2→3→4→5→6→7→8→9→A...

...→0→1→2→3→4→5→6→7→8→9→A...

...→0→1→2→3→4→5→6→7→8→9→A...

...→0→1→2→3→4→5→6→7→8→9→A...

EEPROM writing check

ON ↔ OFF

...→LOCK→UNLOCK→...

For Plug & Play EEPROM writing

Set the current hourmeter

Set the pulse hourmeter

×AA02 2 EEP CHECK ×

AA03 3 ACL SW ×AA04 4 INTEGRATOR MODE

P&P WRITE ENA

HOURMETER SET

PULSEMETER SET

FINAL SET UP

VIDEO STANDARD

PC STANDARD

VIDEO MODE1

PC MODE1

EEP DATA READ

MASK1

MASK2

MEMO

SERVICE PARTS

PICTURE DEFAULT

Shift to setting screen at SET (AA8A)




Shift to writing screen at SET (AA8A)

Execute at SET (AA8A)




××?

?

×××××?

?

?

?

××

AA05 5

AA06 6

AA07 7

AA08 8

AA09 9

AA00 10

AA46 11

AA47 12

AA4D BS1

AA4E BS3

AA4F BS5

AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15



Select the function

Select the function

AA94

AA95

AA8A SET

AAD3-AF70AA4A

AUDIODISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE


Select the item and shift to lower layer, or store the adjustment value and shift to upper layer.

INFORMATION

7. INITIALIZE

:



• Perform the modification and confirmation of various setting.Basic Operation

123


I N I T

H

N OW D A T A : 1 2 3 4 5 H

S E T D A T A : 0 9 7 0 0 H

O U R EM T E R S E T

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

I N I T

P

N OW D A T A : 1 2 3 4 5 6. 7 G

S E T D A T A : 0 9 7 0 0 0. 0 G

U L S ME E T RE S E T

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

I N I T

H

N OY E S

O U R EM T E R S E T ?

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

: YES/NO selectionSET : Store the SET DATA at YES selection

and shift to INIT screen. Hold the NOW DATA at NO selection and shift to INIT screen.

• Start from COLOR DET (Key 1) when shifted to this setting screen.However, the movement original item to be selected when shifted from the lower layer.

• When each key was pressed, follow the required operation.• Perform the last memory of COLOR DET., ACL SW, INTE. MODE, MEMO, VIDEO STANDARD, PC STANDARD, VIDEO MODE1,

PC MODE1, HOURMETER SET, PULSEMETER SET, FINAL SET UP, MASK1, MASK2 and PICTURE DEFAULT.

1. COLOR DET. : Set the color detection system.

2. EEP CHECK: Check the EEPROM writingDisplay lower two places with the hexadecimal number of the result that added data to subaddress 1760-177C (PDC XGA/SHARP data) of EEPROM.

3. ACL SW: Set the ACL.4. INTEGRATOR MODE: Set the integrator protection.5. P&P WRITE ENA: Set the writing permission of the EEPROM for Plug & Play.6. HOURMETER SET: Display and set the hourmeter.

7. PULSEMETER SET: Display and set the pulse meter.

EURO SA ALL


Function description

Can change three places of upper rank of SETDATA.5∞ : Select numeric value.

: Can select three places of upper rank.SET : Shift to the setting modification

and confirmation screen.

Can change three places of upper rank of SETDATA.5∞ : Select numeric value.

: Can select three places of upper rank.SET : Shift to the setting modification

and confirmation screen.

124


I N I T

P

N OY E S

U L S ME E T RE S E T ?

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

I N I T

E E P D A T A R E A D 08-FF01:

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

8. FINAL SET UP: Setting to the factory shipping state.(Refer to the Final Setup Details.)

9. VIDEO STANDARD: Set the peak occurrences of STANDARD (USER MENU / POWER CONTROL) in the video system signal. (Set the following table 1.) Note: Please do not perform the change of setting in the service.

10. PC STANDARD: Set the peak occurrences of STANDARD (USER MENU / POWER CONTROL) in the PC system signal. (Set the following table 2.) Note: Please do not perform the change of setting in the service.

11. VIDEO MODE1: Set the peak occurrences of MODE1 (USER MENU / POWER CONTROL) in the video system signal. (Set the following table 3.) Note: Please do not perform the change of setting in the service.

12. PC MODE1: Set the peak occurrences of MODE1 (USER MENU / POWER CONTROL) in the PC system signal. (Set the following table 4.) Note: Please do not perform the change of setting in the service.

13. EEP DATA READ: Display the each address data of EEPROM.

14. MASK1: Select the full mask. (Refer to "1 MASK1" .)Note: Mask 1/2 are commonness and perform one item last memory.

15. MASK2: Select the mask pattern. (Refer to "2 MASK2" .)Note: Mask 1/2 are commonness and perform one item last memory.

Caution: (item 14, 15 commonness)• When key operation is done and performs OSD display, turns OFF FULL MASK for two seconds and display OSD. (common to in all modes)• In FULL MASK selection (in MASK selection menu), Select the mask and turn off OSD two seconds later of no operation, and MASK screen

displays.• Perform MASK determination (press "SET"), and FULL MASK screen display starts.• Release of the mask is possible only with "M00" with the RS-232C factory adjustment mode or "MASK OFF" of the service factory menu.

(Release is impossible with "FULL MASK OFF" of the integrator menu and "FMN" of the RS-232C command.)

VIDEO

Current Input Signal

PL6 (fixed)

PC

Table1 Table2

Table3

STANDARD mode

MODE1

MODE2

POWER CONTROLsetting

Table4

: YES/NO selectionSET : Store the SET DATA at YES selection

and shift to INIT screen. Hold the NOW DATA at NO selection and shift to INIT screen.

: Select the address (four places) place.5∞ : Select numeric value.SET : Shift to upper layer.Update display data (hex) every address modification.

Display color : White (Selected address is yellow)Half tone : Blue (second row / 15th row for


125


I N F O

M

– – – – – – – – – – –

– – – – – – – – – – –

– – – – – – – – – – –

– – – – – – – – – – –

–

–

–

–

E M O

B A C K

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

11

5

10

15

16

5 10 15 20 25 30 35 40

16. MEMO: Display and edit the memo data.

17. SERVICE PARTS : Rewrite a PD number of the module microcomputer to the parts recognition number for service.Refer to "7.1.3 AUTOMATIC BACKUP OF DIGITAL VIDEO ASSY DATA".For service recognition number: Modify the first column of the PD number to FCaution: Only the EEPROM for the module microcomputer to modify the service recognition number.

A service identification number of module microcomputer data area in EEPROM for main microcomputer does not rewrite it.Examples: F691 (an original PD number is 5691).

18. PICTURE DEFAULT• The data which adjusted in the service factory mode reflect as default value of PICTURE, WHITE BAL and SIDE MASK LEVEL of the integrator

menu.• The value that adjusted in the service factory mode is not reflected to all video output data except the service factory mode so long as does not

execute "PICTURE DEFAULT" or "FINAL SETUP".• Execute "PICTURE DEFAULT" after the adjustment for the value that adjusted in the service factory mode is reflected to video output data.

M E M O

P PD - 5 0 3 B

A

R E S E T S P A C E E N D

B C D E F G H I J K L MN O Q R S T U V W X Y Z0 1 2 3 4 5 6 7 8 9 . ,` ' / - ( ) @ ∗ : # ? &

ACK SPACEM X

P

SET EM NUSETSELECT EX I T

<MEMO/SELECT>• Select MEMO to edit with 5∞ keys.• Shift to the <MEMO/EDIT> screen with the SET key.• When selects BACK and presses the SET key, shift to the upper layer.

<MEMO/EDIT>• Editing technique refers to the step of INPUT label

of the user menu.• Default is "− − − − − − − − − − − −" display.(& shows space.)• When "RESET" was pressed, display returns to the

default display setting.

Note: When executed "PICTURE DEFAULT"1 All the PICTURE items of the user menu are reset.2 PICTURE, WHT BAL and SIDE MASK LEVEL of the integrator menu become default value all in base with the current factory adjustment

value.

126


Items Initial Setting Remarks

Key Remote control input

Power supply (STANDBY/ON) NO CARE

Input function INPUT1

Screen size

VIDEO WIDE (In the video signal input) Every each input function

PC

1 DOT BY DOT(In the PC signal input) Every each input function and signal modePriority sequence is 1 → 2 → 3

2 4 : 3 (incluted TYPE)

3 FULL (incluted TYPE)

Vertical position adjustment (V scroll) 0 Every each input function (at VIDEO)

KEY LOCK UNLOCKAll input functions are common

VOLUME 0

User menu setting item

PICTURE Default value of all adjustment Every each input function and signal mode

SCREEN Default value of all adjustment Every each input function and signal mode (at PC)

INPUT LABEL &INPUT∗& (∗: 1 to 5). Every each input function

AUTO POWER OFF OFF Every each input function

POWER MANAGEMENT OFF INPUT1 (at PC) /5

COLOR TEMP MIDDLE

Every each input function (at VIDEO)DIGITAL NR LOW

HIGH CONTRAST OFF

PURECINEMA OFF Every each input function (at 525i (NTSC))

COLOR SYSTEM AUTO Every each INPUT3/4

CLAMP POSITION AUTO Every each INPUT1/2

3D Y/C MODE MOTION INPUT 4

SETTINGVGA (at mode03, 31, E1)

Every INPUT 1/2XGA (at mode61, 71, 63, 73)

VIDEO SIGNAL RGB

POWER CONTROL STANDARD (VIDEO/PC) All input functions are common

AUTO FUNCTION OFFAll input functions are common

AUDIO OUT FIXED

Integrator menu setting item

PICTURE Default value of all adjustment items

Every each input function and signal modeWHITE BALANCE Default value of all adjustment items

SCREEN Default value of all adjustment items

2×2 MODE OFF/Upper leftEvery each input function

BRT. ENHANCEVIDEO OFF

PC OFF Every each function that the PC input is possible

HDTV MODE 1035i All input functions are common

VIDEO INPUTCOMPONENT1 750p/1125i/1125p

COMPONENT2 525i/525p/625i/625p

SUB VOLUME 60 Every input function

OSD ONSet is common

BAUD RATE 4800BPS

TIMER OFF/1/0.0/WHT(Setting/Timer time/Mask time/mask color)All input functions are common

FINAL SETUP Details

127


Items Initial Setting Remarks

FULL MASK OFF

Set is common

SIDE MASK

R LEVEL Default value

G LEVEL Default value

B LEVEL Default value

MASK CONTROL ON

ORBITER MODE OFF

INVERSE MODE OFF

COLOR MODE MODE1 Set is common

MIRROR MODE OFF

Set is common

FAN CONTROL AUTO

MONITOR NAME &&&PLASMA&&&

ID NO SET − −SLOT INPUT VIDEO (RGB)

Factory Setting Item

INTE MODE UNLOCK

Set is commonMASK1/2 setting OFF

ACL SW ON

COLOR DET NO CARE

RS-232C Setting Item

Set is commonVIDEO MUTE OFF

LED ON

100% display OFF

128


I N I T –– –SM A S K

M A S K : O F F ( 6 0 H z )

1 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

MASK11


AA01 1 MASK OFF OFF ×AA02 2 MASK51 White ×AA03 3 MASK52 Cyan 274 ×AA04 4 MASK53 Mazenta 1023 ×AA05 5 MASK54 Flesh color ×AA06 6 MASK55 Cyan 1023 ×AA07 7 MASK56 Light purple ×AA08 8 MASK57 Sky blue ×AA09 9 MASK58 Red ×AA00 10 MASK59 Green ×AA46 11 MASK60 Blue ×AA47 12 MASK61 Black ×AA4D BS1 MASK62 Red 779 ×AA4E BS3 MASK63 Reservation ×AA4F BS5 MASK64 Reservation ×AA50 BS7 MASK65 Reservation ×AA51 BS9 MASK66 Reservation ×AA52 BS11

AA53 BS13

AA54 BS15



AA94 Select free-running frequency ••→50Hz→60Hz→70Hz→•• Default is 60 Hz


AA8A SET Store the selected item and shift to upper layer

AAD3-AF70AA4A

AUDIODISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE

AA49 MUTING Shift to next adjustment / setting screen. INFORMATION




• Start from MASK OFF (Key1) when shifted to this setting screen. However, set MASK position is a default when sets an either mask already.• When entered this mode by the state that either MASK set of MASK2, setting of MASK2 is off, and MASK 1 starts from MASK OFF (Key1).• When a key was pressed, follow the required operation after performed the last memory of the current adjustment value.Caution: In the MASK setting, do not display the OSD.

When other operations were selected, perform OSD display after MASK OFF for two seconds. Then return to selected FULL MASK display.


129


I N I T –– –SM A S K

M A S K : O F F

2 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

15

16

5 10 15 20 25 30 35 40

MASK22


AA01 1 MASK OFF OFF ×AA02 2 MASK 01 Pattern 1 (Ramp) ×AA03 3 MASK 02 Pattern 2 (Color-bar) ×AA04 4 MASK 03 Pattern 3 (Slanting line) ×AA05 5 MASK 04 Pattern 4 (For W/B Lo-Light adjustment

1/5Window (14%, 56%))×

AA06 6 MASK 05 Pattern 5 (For W/B Lo-Light adjustment 1/5Window (Pred, Skin))

×

AA07 7 MASK 06 Pattern 6 (For W/B Peak adjustment 1/5Window (100%))

×

AA08 8 MASK 07 Pattern 7 (Peak signal : For peak measurement and adjustment 1/5Window (100%))

×

AA09 9 MASK 08 Pattern 8 (Reservation) ×AA00 10 MASK 09 Pattern 9 (For scan IC protection test Window-A) ×AA46 11 MASK 10 Pattern 10 (For scan IC protection test Window-B) ×AA47 12 MASK 11 Pattern 11 (Reservation) ×AA4D BS1 MASK 12 Pattern 12 (Reservation) ×AA4E BS3 MASK 13 Pattern 13 (Reservation) ×AA4F BS5 MASK 14 Pattern 14 (Reservation) ×AA50 BS7

AA51 BS9

AA52 BS11

AA53 BS13

AA54 BS15





AA8A SET Store the selected item and shift to upper layer

AAD3-AF70AA4A

AUDIODISPLAY CALL


INFORMATION


AV SELECTAV MEMORY

REFERENCE

AA1E MPX OFFSET



INITIALIZE

AA49 MUTING Shift to next adjustment / setting screen. INFORMATION




• Start from MASK OFF (Key1) when shifted to this setting screen. However, set MASK position is a default when sets an either mask already.• When entered this mode by the state that either MASK set of MASK1, setting of MASK1 is off, and MASK 1 starts from MASK OFF (Key1).• When a key was pressed, follow the required operation after performed the last memory of the current adjustment value.Caution: In the MASK setting, do not display the OSD.

When other operations were selected, perform OSD display after MASK OFF for two seconds. Then return to selected MASK display.


( 6 0 H z )

130


SIG Mode Signal Type OSD displayV. Frequency

fv (Hz)H. Frequency

fh (Hz)Display Pixel

Number

INPUT5(DVI input)

Correspondence

00 • 500 • 600 • 700 • 800 • 9

SDTV • 625i(PAL/SECAM)

(100% tentative)4 : 3FULLZOOMWIDE

50 15.6

1280 × 768984 × 7681280 × 7681280 × 7681280 × 768

×(no-correspondence)

01 • 501 • 601 • 701 • 801 • 9

SDTV • 625p(PAL • Progressive)


50 31.2

1280 × 768984 × 7681280 × 7681280 × 7681280 × 768


02 • 502 • 602 • 702 • 802 • 9

SDTV • 525i(NTSC/4.43NTSC)


60 15.7

1280 × 768984 × 7681280 × 7681280 × 7681280 × 768


03 • 503 • 603 • 703 • 803 • 9

SDTV • 525p(NTSC • Progressive)


60 31.5

1280 × 768984 × 7681280 × 7681280 × 7681280 × 768


11 • 511 • 7

HDTV • 1125i (1080 number of effective scanning lines)

(100%)FULL

50 28.11280 × 7681280 × 768


12 • 512 • 7


(100%)FULL

60 33.81280 × 7681280 × 768


13 • 513 • 7


(100%)FULL

60 33.81280 × 7681280 × 768


14 • 514 • 7

HDTV • 750p (720 number of effective scanning lines)

(100%)FULL

60 45.01280 × 7681280 × 768


15 • 515 • 7

HDTV • 1125p (1080 number of effective scanning lines)

(100%)FULL

60 67.51280 × 7681280 × 768


Cassification 1 of Input Signal Mode (VIDEO)

131


Classification 2 of Input Signal Mode (PC)

SIG Mode Signal Type OSD DisplayV. Frequency

v (Hz)H. Frequency

h (Hz)Display Pixel

Number

INPUT5 (DVI input)

Correspondence

20 • 2 640 × 400 FULL 56 24.8 1280 × 768 × (non-correspondence)

23 • 2 640 × 400 FULL 70 31.5 1280 × 768 % (correspond informally)

31 • 031 • 131 • 2

640 × 480DOT BY DOT4 : 3FULL

60 31.5640 × 4801024 × 7681280 × 768

? (correspondence)

32 • 032 • 132 • 2


66 35.0640 × 4801024 × 7681280 × 768

% (correspond informally)

34 • 034 • 134 • 2


72 37.9640 × 4801024 × 7681280 × 768


35 • 035 • 135 • 2


75 37.5640 × 4801024 × 7681280 × 768


36 • 036 • 136 • 2


85 43.3640 × 4801024 × 7681280 × 768


40 • 440 • 140 • 2


56 35.1800 × 6001024 × 7681280 × 768

? (correspondence)

41 • 041 • 141 • 2


60 37.9800 × 6001024 × 7681280 × 768

? (correspondence)

44 • 044 • 144 • 2


72 48.1800 × 6001024 × 7681280 × 768


45 • 045 • 145 • 2


75 46.9800 × 6001024 × 7681280 × 768


46 • 046 • 146 • 2


85 53.7800 × 6001024 × 7681280 × 768


55 • 055 • 155 • 2


75 49.7832 × 6241024 × 7681280 × 768


61 • 161 • 2

1024 × 768DOT BY DOTFULL

60 48.41024 × 7681280 × 768

? (correspondence)

63 • 163 • 2


70 56.51024 × 7681280 × 768 % (correspond informally)

65 • 165 • 2


75 60.01024 × 7681280 × 768 % (correspond informally)

66 • 166 • 2


85 68.71024 × 7681280 × 768


70 • 2 1280 × 768 DOT BY DOT 56 45.1 1024 × 768 ? (correspondence)

71 • 2 1280 × 768 DOT BY DOT 60 48.1 1024 × 768 ? (correspondence)

73 • 2 1280 × 768 DOT BY DOT 70 55.5 1024 × 768 % (correspond informally)

132


SIG Mode Signal Type OSD DisplayV. Frequency

v (Hz)H. Frequency

h (Hz)Display Pixel

Number

INPUT5 (DVI input)

Correspondence

81 • 181 • 2

1152 × 8644 : 3 (TYPE)FULL (TYPE)

60 53.71024 × 7681280 × 768

? (correspondence)

84 • 184 • 2

1152 × 8644 : 3 (TYPE)FULL (TYPE)

72 64.91024 × 7681280 × 768


85 • 185 • 2

1152 × 8644 : 3 (TYPE)FULL (TYPE)

75 67.51024 × 7681280 × 768


95 • 195 • 2

1152 × 8704 : 3 (TYPE)FULL (TYPE)

75 68.71016 × 7681280 × 768


A2 • 1A2 • 2

1152 × 9004 : 3 (TYPE)FULL (TYPE)

66 62.0984 × 7681280 × 768


A5 • 1A5 • 2

1152 × 9004 : 3 (TYPE)FULL (TYPE)

76 71.7984 × 7681280 × 768


B1 • 1B1 • 2

1280 × 9604 : 3 (TYPE)FULL (TYPE)

60 60.01024 × 7681280 × 768

? (correspondence)

C1 • 1C1 • 2C1 • 3

1280 × 10244 : 3 (TYPE)FULL (TYPE)PARTIAL

60 64.0960 × 7681280 × 7681280 × 768

? (correspondence)

C5 • 1C5 • 2

1280 × 10244 : 3 (TYPE)FULL (TYPE)

75 80.0960 × 7681280 × 768

× (non-correspondence)

C6 • 1C6 • 2

1280 × 10244 : 3 (TYPE)FULL (TYPE)

85 91.1960 × 7681280 × 768


D1 • 1D1 • 2

1600 × 12004 : 3 (TYPE)FULL (TYPE)

60 75.01024 × 7681280 × 768


D2 • 1D2 • 2

1600 × 12004 : 3 (TYPE)FULL (TYPE)

65 81.31024 × 7681280 × 768


D3 • 1D3 • 2

1600 × 12004 : 3 (TYPE)FULL (TYPE)

70 87.51024 × 7681280 × 768


D5 • 1D5 • 2

1600 × 12004 : 3 (TYPE)FULL (TYPE)

75 93.81024 × 7681280 × 768


D6 • 1D6 • 2

1600 × 12004 : 3 (TYPE)FULL (TYPE)

85 106.31024 × 7681280 × 768


E1 • 1E1 • 2

852 × 480 DOT BY DOTFULL

60 31.7852 × 4801280 × 768

? (correspondence)

133


Fig. 1 PC Board Location (rear side view)

DIGITAL VIDEOAssy

X DRIVEAssy

Video Card(PDA-5002)

Y DRIVEAssy

RGB Assy

SW POWER SUPPLYModule

ADJUSTMENT REQUIRED WHEN THE SET IS REPAIRED OR REPLACED

RGB AssyWhen repaired

When replacedWhite balance adjustment

DIGITAL VIDEO AssyWhen repairedNo adjustment required.

When replaced

SW POWER SUPPLY ModuleWhen replacedNo adjustment required.

1. Adjustment is unnecessary when replacing only the DIGITAL VIDEO Assy.

2. When replaced with RGB Assy simultaneously, remove IC1204 (24LC04(1) SN-TBB) from the former PC Board to replace, and install it to the new PC Board.

3. When use new Assy which replaces it and recovered as service parts once again, replace IC1204 with new IC.

1. Adjustment is impossible if replacing the Matrix IC orAD/PLL/AMP IC.

2. Adjustment is unnecessary in case of others.

Y DRIVE AssyWhen repaired

When replaced

1. VOFS/VH/IC5V voltage adjustment2. Timing adjustment of pulse module

1. SUSB ground timing adjustment2. Panel white balance adjustment

1. SUSB ground timing adjustment2. Panel white balance adjustment

X DRIVE AssyWhen repaired

When replaced

1. VRN voltage adjustment2. Timing adjustment of pulse module

Video Card (PDA-5002)When repaired

When replacedNo adjustment required.

1. Y LEVEL adjustment2. Color difference and TINT adjustment

134


IC7302

Adjust Level so that the peak to peak of waveform becomes 700 mVp-p.

ADJUSTMENT

Video Card Adjustment• Adjust after replacement of IC's.• Perform adjustments from step 1 to step 6 every each input signal.

NTSC PAL SECAM 443NTSC PALM PALN NTSC PAL

INPUT4 INPUT3

a700mVp-p

ca

a

bb

b

b

ab

ca

bbb

Step AdjustmentItem

InputSignal

Control MeasuringPoint

Adjusting Value Adjusting Method

1Y Level Adjustment(IC7130)(SA83)

RAMP CN7401-pin 3 700mVp-p

2R-Y Offset Adjustment(IC7130)(SA88)

Color-Bar IC7302 CN7401-pin 7 525mVp-p

a: Adjust Offset so that the pedestal level becomes fixed.b: Adjust Level so that the peak to peak of waveform becomes

525 mVp-p.

3B-Y Offset Adjustment(IC7130)(SA88)


a: Adjust Offset so that the pedestal level becomes fixed.b: Adjust TINT so that the height ratio of each stair step

waveform becomes fixed.c: Adjust Level so that the peak to peak of waveform becomes

525 mVp-p.

4TINT Adjustment(IC7130)(SA80)

5R-Y Level Adjustment(IC7103)(SA101)


a: Adjust Offset so that the pedestal level becomes fixed.b: Adjust Level so that the peak to peak of waveform becomes

525 mVp-p.

6B-Y Level Adjustment(IC7103)(SA100)


a: Adjust Offset so that the pedestal level becomes fixed.b: Adjust TINT so that the height ratio of each stair step

waveform becomes fixed.c: Adjust Level so that the peak to peak of waveform becomes

525 mVp-p.

525mVp-p

525mVp-p

525mVp-p

525mVp-p

135


Operating CheckAfter each adjustment was completed, confirm the following signals are output correctly.• INPUT3 input signal• INPUT4 input signal• INPUT5 input signal• Signal distinction circuit operation• Audio signal

Adjustment Points

CN7401

IC7302

IC7103

TP7202

TP7109

TP7205

TP7204

TP7206

TP7104

TP7102

TP7101

TP7103

TP7207

TP7203TP7108TP7303

TP7105

TP7414

TP7413

TP7416

TP7412 TP7403

TP7404

TP7402 TP7013

TP7014

TP7015

TP7007

TP7008

TP7006

TP7005

TP7009 TP7011TP7003

TP7004

TP7001

TP7002TP7010

TP7012TP7016

TP7415

TP7107TP7106

TP7110TP7111

TP7112

TP7302

TP7301TP7201

VIDEO CARD(PDA-5002)

VIDEO SLOT ST1 Assy

136


VOFS (Offset voltage) adjustmentMethod 11. Write down a adjustment value of V-OFFSET of REF-DIG mode in the factory mode.2. Set this adjustment value to center (128).3. Adjust VR2701 so that the voltage between K2701 (VOFS) and K2703 (SUS GND) becomes

45V.4. Return it to the value that wrote down a adjustment value of V-OFFSET in step 1.

Method 21. Read the adjustment value of V-OFFSET of REF-DIG mode in the factory mode.2. Adjust VR2701 so that the voltage between K2710 (VOFS) and K2703 (SUS GND) becomes

following voltage ± 0.5V.

VH (voltage for scan IC) AdjustmentAdjust so that the voltage between K2716 (VH) and K2720 (PSUS) becomes 130V ± 0.5V.PSUS (=GNDH) is a floating GND and the electric potential is different from that of chassis GND. Be sure not to short-circuit PSUS (=GNDH) and another GND, because that may damage the unit.

The symptom is case of mis-adjustmentIf the VH adjustment is not performed properly, dots like blinking luminance points appear. If deviated greatly from the right adjustment point, panel will light white.

Input Signal Adjusting Point Adjusting Method

White 100%

VR2701 (VOFS)(Y DRIVE Assy)

VR2703 (VH)(Y DRIVE Assy)

IC5V AdjustmentAdjust so that the voltage between K2707 (IC5V) and K2720 (PSUS) becomes 5.0V ± 0.1V.PSUS (=GNDH) is a floating GND and the electric potential is different from that of chassis GND. Be sure not to short-circuit PSUS (=GNDH) and another GND, because that may damage the unit.

The symptom is case of mis-adjustmentIf the VOFS Voltage adjustment is not performed properly, dots like blinking luminance points appear. If deviated greatly from the right adjustment point, panel will light white.

VR2702 (IC5V)(Y DRIVE Assy)

Note : Be sure to measure between specified test points.

InputCommand

DACOutput

Setting Voltage

InputCommand

DACOutput

Setting Voltage

VOF000 0.4 25 VOF134 2.599212598 45.94488

VOF006 0.4984375 25.9375 VOF141 2.71496063 47.04724

VOF013 0.61328125 27.03125 VOF147 2.814173228 47.99213

VOF019 0.71171875 27.96875 VOF153 2.913385827 48.93701

VOF026 0.8265625 29.0625 VOF160 3.029133858 50.03937

VOF032 0.925 30 VOF166 3.128346457 50.98425

VOF038 1.0234375 30.9375 VOF172 3.227559055 51.92913

VOF045 1.13828125 32.03125 VOF179 3.343307087 53.0315

VOF051 1.23671875 32.96875 VOF185 3.442519685 53.97638

VOF058 1.3515625 34.0625 VOF191 3.541732283 54.92126

VOF064 1.45 35 VOF198 3.657480315 56.02362

VOF070 1.5484375 35.9375 VOF204 3.756692913 56.9685

VOF077 1.66328125 37.03125 VOF211 3.872440945 58.07087

VOF083 1.76171875 37.96875 VOF217 3.971653543 59.01575

VOF090 1.8765625 39.0625 VOF223 4.070866142 59.96063

VOF096 1.975 40 VOF230 4.186614173 61.06299

VOF102 2.0734375 40.9375 VOF236 4.285826772 62.00787

VOF109 2.18828125 42.03125 VOF242 4.38503937 62.95276

VOF115 2.28671875 42.96875 VOF249 4.500787402 64.05512

VOF122 2.4015625 44.0625 VOF255 4.6 65

VOF128 2.5 45

Main Unit Adjustment

VOFS/VH/IC5V Voltage Adjustment

137



White 100%

REF_DIG modein Factory mode

X-SUS-B : key 9Y-SUS-B : key 11

X-SUS-B, Y-SUS-B AdjustmentSet to the indicated value with a key on the remote control unit.(Refer to "Timing adjustment of control signal of X and Y Drive Assys".)


White 100%VR3701 (VRN)(X DRIVE Assy)

VRN (minus reset voltage adjustment)Adjust so that the voltage between K3707 (VRN) and K3702 (SUS-GND) becomes-300V ± 1.0V.

VIDEO OPTION mode in Factory modeSIDE MASK LEV.

R SIDE LEVEL : key 1G SIDE LEVEL : key 2B SIDE LEVEL : key 3

Side mask color / Level AdjustmentSet the indicated value with the keys on the remote control unit.



Reference : Adjustment values using the Media color-difference meter (A-100)

Adjust the parameter in the OFFSET-DIGITAL of factory mode as follows;PANEL R-HIGH

PANEL B-LOWIn this time, dispay uses the mask (MASK04) of factory mode.

Sustain Pulse Waveform Adjustment

VRN Voltage Adjustment

Panel White Balance Adjustment

Mask Level Adjustment

MASK Left Side

x 295

y 306

MASK Right Side

291

300

138


Input Signal Step Adjusting Method

Video signal

1Connect a Video card in RGB Assy through a jig cable, and set it in the state that RGB Assy can measure.(Refer to page 133 "Diagnosis of the Video Card (PDA-5002)".)Cannot measure the signal level that does not use a jig cable.Note: Be careful in the direction of connector of a jig cable.

2

Input a 525i signal to INPUT1 or INPUT2 with a component signal.A signal pattern is only luminance signal such as lamp signal and a STEP signal.And use the signal which black level (0IRE) and gradation can confirm.Note: May use a standard NTSC Video signal as Y (luminance) signal of component signal.

3In the signal input function (INPUT1 or INPUT2), perform the display mode of VIDEO signal to component.MENU → SETUP → VIDEO SIGNAL : COMPONENT

4Turn to standby once, and perform power supply ON with the factory mode once again.MENU → SET → POWER ON

5

Turn ACL SW setting to OFF.INITIALIZE modeACL SW : 3 keySelect OFF by right and left keys.

6

Decrease three steps of MAT CONT adjustment value of OFFSET-RGB1.OFFSET mode: Select the RGB 1 mode by top and bottom keysMAT CONT : 1 keyDecrease three steps of adjustment value by right and left keys.

7

Decrease two steps of MAT BRIGHT adjustment value of OFFSET-RGB1.OFFSET mode: Select the RGB 1 mode by top and bottom keysMAT BRIGHT : 2 keyDecrease two steps of adjustment value by right and left keys.

8 Take a trigger of oscilloscope with HD_PLL (3.3Vp-p) of K4805.

9 Measure a signal waveform of Green signal at K4603, and measure the black level (0IRE) of signal and signal amplitude.

10

AD R LOW adjustmentMeasure the black level (0IRE) of Red signal at K4602, and adjust so that the level of AD R LOW to match the black level (0IRE) of Green signal which measured with step 10.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD R LOW : 9 keyAdjust by right and left keys.

11

AD R HIGH adjustmentMeasure the signal amplitude of Red signal at K4602, and adjust so that the level of AD R HIGH to match the signal amplitude of Green signal which measured with step 10.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD R HIGH : 6 keyAdjust by right and left keys.

12

AD B LOW adjustmentMeasure the black level (0IRE) of Blue signal at K4604, and adjust so that the level of AD B LOW to match the black level (0IRE) of Green signal which measured with step 10.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD B LOW :11 keyAdjust by right and left keys.

• Video Card (PDA-5002) is necessary for white balance adjustment for Video signal of RGB Assy.• Adjust with Video system signal (525i) and RGB (PC VGA) signal.• Adjust so that the Red and Blue signals becomes the same level and amplitude by reference with Green signal.

White Balance Adjustment

13

AD B HIGH adjustmentMeasure the signal amplitude of Blue signal at K4604, and adjust so that the level of AD B HIGH to match the signal amplitude of Green signal which measured with step 10.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD B HIGH : 8 keyAdjust by right and left keys.

139



Video signal

RGB (PC) signal

14

Increase three steps of MAT CONT adjustment value of OFFSET-RGB1.OFFSET mode: Select the RGB 1 mode by top and bottom keysMAT CONT : 1 keyIncrease three steps of adjustment value by right and left keys.

15

Increase two steps of MAT BRIGHT adjustment value of OFFSET-RGB1.OFFSET mode: Select the RGB 1 mode by top and bottom keysMAT BRIGHT : 2 keyIncrease two steps of adjustment value by right and left keys.

16

Turn ACL SW setting to ON.INITIALIZE modeACL SW : 3 keySelect ON by right and left keys.

Black level ofGreen signal

Green signalwaveform

Adjust the black level of Red and Bluesignals to reference with black level of Green signal

Black level ofRed or Blue signal

Signal amplitudeof Green signal


Red or Bluesignalwaveform


Adjust the signal amplitude of Red and Bluesignals to reference with signal amplitude of Green signal

1

Input a RGB (PC) signal to INPUT1 or INPUT2.A signal pattern is only luminance signal such as lamp signal and a STEP signal.And use the signal which black level (0IRE) and gradation can confirm.• Recommended signal: VESA VGA@60Hz

2Turn to standby once, and perform power supply ON with the factory mode once again.MENU → SET → POWER ON

3 Take a trigger of oscilloscope with HD_PLL (3.3Vp-p) of K4805.

4 Measure the signal waveform of Green signal at K4603, and measure the black level (0IRE) of signal and signal amplitude.

5

AD R LOW adjustmentMeasure the black level (0IRE) of Red signal at K4602, and adjust so that the level of AD R LOW to match the black level (0IRE) of Green signal which measured with step 10 of video signal.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD R LOW : 9 keyAdjust by right and left keys.

6

AD R HIGH adjustmentMeasure the signal amplitude of Red signal at K4602, and adjust so that the level of AD R HIGH to match the signal amplitude of Green signal which measured with step 10 of video signal.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD R HIGH : 6 keyAdjust by right and left keys.

140



7

AD B LOW adjustmentMeasure the black level (0IRE) of Blue signal at K4604, and adjust so that the level of AD B LOW to match the black level (0IRE) of Green signal which measured with step 10 of video signal.Adjustment error: ± 0.05VOFFSET mode: Select the RGB 1 mode by top and bottom keysAD B LOW : 11 keyAdjust by right and left keys.

8

AD B HIGH adjustmentMeasure the signal amplitude of Blue signal at K4604, and adjust so that the level of AD B HIGH to match the signal amplitude of Green signal which measured with step 10 of video signal.Adjustment error: ± 0.05V OFFSET mode: Select the RGB 1 mode by top and bottom keysAD R LOW : 8 keyAdjust by right and left keys.

Black level ofGreen signal


Adjust the black level of Red and Bluesignals to reference with black level of Green signal

Black level ofRed or Blue signal

Signal amplitudeof Green signal




Adjust the signal amplitude of Red and Bluesignals to reference with signal amplitude of Green signal

RGB (PC) signal


Fresh color

REFERENCE1 modein Factory mode

COLOR : key 3TINT : key 4

Reference : Adjustment values using the Media color-difference meter (A-100)

Color Balance AdjustmentAfter adjusting the white balance, check the flesh color of figures in LD still pictures. If the color is not natural, adjust it with the keys on the remote control unit.

Color Balance Adjustment

NTSC HD PC

White Balance

20% window-step signal(-3dB)

x 298 299 302

y 307 315 308

Y 6.6 5.7 2.9

80% window-step signal(-3dB)

x 293 292 297

y 309 312 319

Y 135 148 66.2

Flesh Color Window chroma signal

x 430 427 −y 365 362 −

141


Timing Adjustment of X and Y DRIVE Assys Control Signal

Adjustment VR Test pin for adjustment and measurment

Display a SUSOUT waveform

Power ON and display a SUSOUT waveform

Display a SUS-D waveform

Display a SUS-U waveform

Power ON and display a SUS-D waveform

Display a SUS-U waveform

Measuring points of waveformare refered to next page.

Power ONBlack Mask Screen

Coarse adjustment ofSUS-U, SUS-B, SUS-G

SUS-D adjustmentAdjust the waveform to 20-25ns.

SUS-U adjustmentAdjust the waveform to 20-25ns.

Power OFF

Compare waveform, and do harmonize

almost?

Yes

No

Adjust VR resistance valueof SUS-B and SUS-G to matchVR resistance value of SUS-Dwithin ± 2Ω.

Adjust VR resistance valueof SUS-B and SUS-G to matchVR resistance value of SUS-Dwithin ± 2Ω.

Power OFF

Adjustment end

SUS-D readjustmentAdjust the waveform to 20-25ns.

SUS-U readjustmentAdjust the waveform to 20-25ns.

X DRIVE Y DRIVESUS-U VR3203 VR2204SUS-D VR3202 VR2203SUS-B VR3201 VR2202SUS-G VR3200 VR2201

Pulse Module X DRIVE Y DRIVEUpper Lower Upper Lower

SUSOUT K3105 K3106 K2212 K2203SUS-U K3200 K3204 K2220 K2224SUS-D K3108 K3205 K2207 K2225

Adjustment MethodCR delay circuit is each inserted on signal path of four control signals (SUS-U, SUS-B, SUS-D, SUS-G) driving the pulse module.Quantity of delay can adjust pulse module of one side with VR.Adjust VR while measuring the waveform of the pulse module, and match timing.

Adjustment Procedure

142


Use this sustain pulseand adjust.

Magnify 6SF block

Magnify the adjustment waveform

Magnify 6SF block

CH1 : Y SUSOUT Under (K2203), 50V/divCH2 : Y SUSOUT Upper (K2212), 50V/divCH4 : YPR-U1 (K2038)- Trigger, 5V/divTrigger : 2msec delay


CH1 : X SUSOUT Under (K3106), 50V/divCH2 : X SUSOUT Upper (K3105), 50V/divCH4 : YPR-U1 (K2038)- Trigger, 5V/divTrigger : 2msec delay

Y DRIVE SUSOUT waveform X DRIVE SUSOUT waveform

Measuring point of waveform

Waveform coarse adjustment

Measuring Waveform of Pulse Module Timing Adjustment

Timing adjustment of the pulse module control signal adjusts with the sustain pulse of eighth pulse (X DRIVE) and the ninth pulse (Y DRIVE) from the back of 6SF.

Measure the SUSOUT waveform

1SF 2SF 3SF 4SF 5SF 6SF 7SF

1ms/div

5µs/div

1SF 2SF 3SF 4SF 5SF 6SF 7SF

1ms/div

5µs/div

• Perform adjustment of waveform with a black mask screen.• It is easy to adjust when turned field AB offset to OFF (RS-232C command: OCN) in adjustment.

Note:• Sampling rate of oscilloscope sets it more than 500MS/s in order to perform ns order adjustment.• Collecting calibration of probe before adjustment by all means.

• Connect GND of probe measuring waveform to SUSGND terminal by all means.• Precise waveform is not displayed, and an adjustment gap may occur that does not collect GND properly.

When took waveform be each drive Assy unit, measure it at the fourth sustain pulse from the back except for a large width sustain pulse.Therefore, when measured both waveform of the X and Y drives together, it becomes the sustain pulse of 8 and 9 pulses from the back.

When there is a gap with waveform of CH1 / CH2 of the part which enclosed in the following circle, adjust required VR to overlap the waveform.

Adjust with SUS-B

Adjust with SUS-U Adjust with SUS-G

1ms/div

500ns/div

Use this sustain pulseand adjust.

143



CH1 : Y SUS-D Under (K2225), 50V/divCH2 : Y SUS-D Upper (K2207), 50V/divCH4 : YPR-U1 (K2038)- Trigger, 5V/divTrigger : 2msec delay

CH1 : Y SUS-U Under (K2224), 50V/divCH2 : Y SUS-U Upper (K2220), 50V/divCH4 : YPR-U1 (K2038)- Trigger, 5V/divTrigger : 2msec delay

SUS-D Adjustment (Y DRIVE)

Waveform Confirmation in Adjustment completionMeasure the SUSOUT waveform

SUS-U Adjustment (Y DRIVE)

1ms/div

5µs/div

1ms/div

5µs/div

1ms/div

500ns/div

1ms/div

10ns/div

1ms/div

500ns/div

Confirm it to waveform of CH1 / CH2 of the part which enclosed in the following circle whether there is not a large gap.(A gap of the quantity that shifts 20nS and adjusted remains.)

When adjust in the power supply ON state, change so that the quantity of gap that adjusted by temperature-rise of the pulse module becomes small.Therefore, perform high power OFF (RS-232C command: DRF) except measurement time of waveform when adjusts, and adjustment error by temperature-rise does not occur.

20 - 25ns

1ms/div

200ns/div

Lower PM

Upper PM

Lower PM

Upper PM

1ms/div

10ns/div

20 - 25ns

Magnify 6SF block

Magnify 6SF blockMagnify 6SF block

Magnify 6SF block

Magnify the adjustment waveform

Magnify 6SF block

Magnify 6SF block

Magnification Magnification

MagnificationMagnification

144


SUS-B Ground Timing AdjustmentIt is necessary to make this adjustment when replacing the X or Y DRIVE Assy and the pulse module.

Measurement point and methodMeasurement point of waveform of X and Y DRIVE Assy in timing adjustment is test pin of SUSOUT of the pulse module ofbottom of the main unit.X DRIVE Assy : K3106 Y DRIVE Assy : K2203Measurement screen : White mask

The measurement is easy to perform when turns field AB alternation to OFF. (RS-232C command: OCN)

Measure a sustain pulse of the fourth pulse (X DRIVE) and the fifth pulse (Y DRIVE) from the back of the fourth FS, and adjust. In the start section of this sustain pulse, waveform has inflection point with the timing when SUS-B becomes ON. Adjust so that the voltage of this inflection point is the nearest to 150V and do not become less than 150V.Adjustment parameterX DRIVE: XSUSB (RS-232C command : XSB)Y DRIVE: YSUSB (RS-232C command : YSB)

Note:• Connect GND of probe measuring waveform to SUSGND terminal by all means.• Precise waveform is not displayed, and an adjustment gap may occur that does not collect GND properly.

Waveform in the measurement

CH1 : Y SUSOUT (K2203), 50V/divCH2 : X SUSOUT (K3106), 50V/divCH4 : YPR-U1 (K2038)- Trigger, 5V/divTrigger : 2msec delay

Rst

1ms/div

X X X X X XY Y Y Y Y Y

5µs/div

Magnify 4SF block

Measure a waveform of this section and adjust.

Magnify the fourth pulse sustain pulse (XSUSOUT waveform) from the back of the above waveform.

1SF 2SF 3SF 4SF

OK NG

150V Line

GND

50V/div

100msec/div

50V/div

100msec/div

150V Line

This broken section moves bychanging the adjustment parameter.

Become less than 150V.→ NG

145


VR2702(IC5V_ADJ)

VR2201(SUS_G_ADJ)

VR2202(SUS_B_ADJ)

VR2203(SUS_D_ADJ)

VR2204(SUS_U_ADJ)

K2205

K2004K2001K2002K2003K2005K2009K2013K2010K2011

K2226(SUS_U)

K2212(SUSOUTB)

K2225(SUS_D)

K2224(SUS_U)

K2203(SUSOUTA)

K2227(SUS_D)

K2218(1/2 VSUS)

K2214(SUS_G)

K2215(SUS_B)

K2217(SUS_U)

K2716(VH)

K2720(PSUS)

K2717(VH CONT)

K2216(SUS_D)

VR2703(VH_ADJ)

K2715(YDC_DC_PD)

K2718(VH UVP)

K2719(VH OVP)

K2708(VOFS)

K2705(SUSGND)

K2702(VSUS)

K2709

K2703(SUSGND)

VR2701

K2222

K2211

K2710(VOFS)

K2712(VOFSUVP)

K2221(+15V)K2045

K2049K2047

K2044

K2050K2048K2046

K2012(PN MUTE)

K2038(YPR_U1)

K2040(YCP_MSK)

K2053(SOFT_D)

K2041 (OFS)K2039 (YSUS_MSK)

K2037 (YSUS_G)K2028 (YSUS_U)

K2021(YPR_U2)

K2029(YSUS_D)

K2027(YSUS_B)

K2024(DGND)

K2101(DEW_DET)

K2043(DGND)

K2008(DGND)

K2007(DGND)

K2006(+5V)

K2707(IC5V)

K2714(GNDHS)

K2704(VF-)

K2701(VF+)

K2706(+14V)

K2711(-8V)

K2713(IC5V UVP)

VR3200(SUS-G)

VR3201(SUS-B)

VR3202(SUS-D)

VR3203(SUS-U)

K3103(VCP_PD)

K3104(+5V)

K3001(+5V)

K3003(XSUS-B)

K3015(XSUS-MSK)

K3017(XCP-MSK)

K3012(XSUS-D)

K3014(XNR-D1)

K3025K3007K3010

(XNR-U)

K3008(PN_MUTE) K3021

K3022

K3011

K3704(VRN. CNT)

K3703(SUS. GND)

K3701(VSUS)

K3029 K3006K3009

K3030

K3705VRN UVP)

K3706(X DC-DC PD)

K3708(VRN_OVP)

VR3701(VRN. ADJ)

K3707(VRN)

K3702(SUS. GND)

K3213(1/2VSUS)K3214

(SUSGND)

K3205(SUS_D)

K3204(SUS_U)

K3106(SUSOUT_B)

K3102(XNR_PD)

K3203(1/2VSUS)

K3201(SUSGND)

Adjusting Points

Y DRIVE Assy X DRIVE Assy

K3108(SUS_D)

K3200(SUS_U)

K3105(SUSOUTA)

K3004 (XSUS-U)K3013 (XSUS-G)

K3018 (XNR-D2)

146


GENERAL INFORMATION

PCB LOCATION

DIGITAL VIDEOAssy

BRIDGE BAssy

ADR CONNECT DAssy

CLAMP CAssy

SP OUT RAssy

SP OUT LAssy

SIDE KEYAssy

CONTROLAssy

KEYCONNECTORAssy

IR Assy

CLAMP DAssy

CLAMP BAssy

MX AUDIOAssy

X CONNECTOR (A)Assy

V MID CLAMPAssy

X CONNECTOR (B)Assy

MX LEDAssy

X DRIVEAssy

Video Card(PDA-5002)

ADR CONNECT AAssy

Y DRIVEAssy

SCAN (A)Assy

THERMALSENSORAssy

BRIDGE AAssy

SCAN (B)Assy

ADR CONNECT BAssy

RESONANCEAssy

SUB ADDRESS AAssy

SUB ADDRESS BAssy

RESONANCEAssy

ADR CONNECT CAssy

ADR CONNECT DAssy

CLAMP AAssy

ADR CONNECT CAssy

I/O Assy

RGB Assy

SLOT CONNECTORAssy

SW POWER SUPPLYModule

BRIDGE CAssy

BRIDGE DAssy

ADR CONNECT BAssy

ADR CONNECT AAssy

Rear View

147


• Operations : When a microcomputer detected abnormality, turn the power supply to OFF.• LED display : Green blinks

How to release the shut down stateWhen turn the power supply ON by remote control units, release from the shut down state, and turn the power supply ON.(It is not necessary to turn the AC power OFF.)

How to release the power down stateAC power OFF

↓Wait for PD LED in the power supply module disappearing (for around 30 seconds).

↓Afterwards, wait moreover for five seconds.

↓Return by AC power ON.* After power down release, this unit rises up in the standby state.

Examples: LED blinks in the DIGITAL-IIC communication NG

• Operations : When this unit becomes the dangerous state, turn the power supply OFF with the protection circuit.• LED display : Red blinks* When protection circuit more than two places almost worked simultaneously, display LED in order to 1st - 2nd.

Examples: LED blinks in the 1st power down = Y-DC/DC CONVERTER, 2nd power down = Y-DRIVE

Number of blinks Name

1 Panel Microcomputer NG2 DIGITAL-IIC communication NG3 Dewdrop abnormality4 Temperature abnormality5 FAN abnormality6 Module microcomputer NG7 Wide microcomputerNG8 RGB-IIC communication NG9 Audio NG

Number of blinks Name

1 Y-DRIVE2 Y-DC/DC CONVERTER3 X-DC/DC CONVERTER4 X-DRIVE5 Power supply6 Address junction7 Address resonance8 DIGITAL-DC/DC CONVERTER

SHUT DOWN/POWER DOWN DIAGNOSIS BY LED DISPLAY

Shut Down

Power Down

Green LED lightsfor 200 msec.

Lights outfor 3 sec

Green LED lightsfor 200 msec.

Lights outfor 100 msec

When internal circuit abnormality and other operation abnormality occurred from this unit, self-diagnose display function by STANDBY/ON (LED) indicator is loaded.Each NG point by LED blinking and a PD (power down) point are as follows.

1st power-down information2nd power-down

information

Red LED lightsfor 200 msec.

Lights outfor 3 sec

Lights outfor 1 sec


Lights outfor 100 msec


148


Block Diagram of Shut Down Signal System

RX

DB

US

YR

EQ

_PU

TX

DC

LK*P

U_C

E DE

W_D

ET

CN

2002

TE

MP

1

MX

AU

DIO

AS

SY

RG

B A

SS

YD

IGIT

AL

VID

EO

AS

SY

TH

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MA

L S

EN

SO

RA

SS

Y

Y D

RIV

E A

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Y

SW

PO

WE

R S

UP

PL

YM

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SP

(L

) A

SS

Y

SL

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CO

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TO

RA

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Y

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SL

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ST

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IC86

01A

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5505

Mai

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IC56

01W

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IC56

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Fla

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IC11

91P

anel

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Fla

sh R

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IC12

04E

EP

RO

MIC

5502

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PR

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IC11

01P

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IC12

07M

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Exp

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IC44

02M

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IC73

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IC71

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IC71

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xpan

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IC72

023D

Y/C

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NR

IC81

51T

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Sen

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IC55

12T

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Sen

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2

RX

DB

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YR

EQ

_WU

TX

DC

LK*W

U_C

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TX

D0

RX

D0

(E)S

CL

(E)S

DA

SC

LS

DA

SC

LS

DA

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MP

2

TE

MP

3

FA

N_N

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AU

DIO

_NG

A6

A7

A5

R8

R3

D3

D1

P2

D18

TE

1

D6

Y2

R1

S2

S3

V1

A3

SP

L1

FA

N

FA

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56

1

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28

8

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8351

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149


When a module microcomputer failed in communication with a panel microcomputer, this NG occurs.Shut down after OSD display for 30 seconds from the NG detection.

Abnormality to expectOpen / Short of communication line in the Assy

1 Panel microcomputer NG

When a module microcomputer failed in communication with outside EEPROM or EXPANDER, this NG occurs.Shut down after OSD display for 30 seconds from the NG detection.* However, this communication NG may occur in the standby state.

Abnormality to expect• Open / Short of communication line in the Assy• Breaking of wire between DIGITAL VIDEO Assy (D1) and SW POWER

SUPPLY Module (P2).

2 DIGITAL-IIC communication NG

When it becomes the dew drop state in this unit, this NG occurs.After the dew drop detection, shut down immediately.

Abnormality to expect for dew dropDisconnect a connector CN2002 between Dew drop sensor and Y DRIVE Assy.

3 Dew drop detection

When temperature of this unit became abnormally high, this NG occurs.Shut down after OSD display from the NG detection for 30 seconds.

Abnormality to expect when it occurs in the environment that is not high-temperature• Disconnect a connector between SP TERMINA (L) Assy (SPL1) and

MX AUDIO Assy (A3).• Disconnect a connector between MX AUDIO Assy (A5) and RGB Assy (R8).• Disconnect a connector between DIGITAL VIDEO Assy (D18) and

temperature sensor 1 (TE1).

Shut down temperature of each temperature sensorTEMP2 data 150 ( 80°C)TEMP3 data 101 ( 56°C)* TEMP1 is not shut down by temperature, and it shuts down when connector was disconnected.

Temperature display by "INFORMATION" of the factory menuTEMP1 (°C) TEMP1 (data) -50TEMP2 (°C) TEMP2 (data) /2+5TEMP3 (°C) TEMP3 (data) /2+5

4 Temperature abnormality

Reference

11

5

10

1516

5 10 15 20 25 30 35 40

DOWNS H U T

11

5

10

1516

5 10 15 20 25 30 35 40

DOWNS H U T

11

5

10

1516

5 10 15 20 25 30 35 40

I N FO

TEM URP

– –S 1 I N 1 – 0 6 – ∗2 N T

E ER A T

::

:

TEMP 1T EMP 2TEMP 3

FA N 1 3 5

1 0 41 2 8

: 0 8 8

# 1

Shut down diagnosis

11

5

10

1516

5 10 15 20 25 30 35 40

A L E R TTHERMAL

WARN I NG

150


When a fan does not function, this NG occurs.Shut down after OSD display for 30 seconds from the NG detection.

* FAN NG detection functions only in case of following.• When FAN CONTROL setting is maximum• When sensor temperature of TEMP3 is more than 30°C with FAN CONTROL setting is AUTO. (even if connector is left when does not turn the FAN, this unit does not work.)

Abnormality to expect• Disconnect a junction connector between FAN (A6) and MX AUDIO Assy (A7).• Disconnect a connector between MX AUDIO Assy (A5) and RGB Assy (R8).• FAN forced stop by an alien substance involving it.

5 FAN NG

When a main microcomputer failed in communication with a module microcomputer, this NG occurs.Shut down after OSD display for 30 seconds from the NG detection.* However, this communication NG may occur by the standby state.

Abnormality to expect• Open / Short of communication line in the Assy.• Disconnect a connector between RGB Assy (R3) and DIGITAL VIDEO Assy (D3).• Writing defectiveness of module microcomputer (IC1207) software.

6 Module microcomputer NG

When a main microcomputer failed in communication with a wide microcomputer, this NG occurs.Shut down after OSD display for 30 seconds from the NG detection.

Abnormality to expect• Open / Short of communication line in the Assy.• Software writing defectiveness of wide microcomputer (IC5601).• Writing defectiveness of outside Flash ROM (IC5602) on the wide microcomputer.

7 Wide microcomputer NG

When a main microcomputer failed in IIC communication, this NG occurs.Shut down after OSD display for 30 seconds from the NG detection.* However, this communication NG may occur by the standby state.

Abnormality to expect• Open / Short of communication line in the Assy.• SLOT and the insertion of the SLOT junction PC Board are incomplete.

8 RGB-IIC communication NG

When DC component added on the speaker output line, this NG occurs.After the NG detection, shut down immediately.

Abnormality to expect• Disconnect a connector between MX AUDIO Assy (A5) and RGB Assy (R8).• Short-circuits between + and - of C8615 and C8622.

9 Audio NG

11

5

10

1516

5 10 15 20 25 30 35 40

DOWNS H U T

11

5

10

1516

5 10 15 20 25 30 35 40

DOWNS H U T

11

5

10

1516

5 10 15 20 25 30 35 40

DOWNS H U TNotes: There is the case that it becomes the following symptom except NGwhen the SLOT insertion is incomplete.

• Audio of INPUT3 and 4 are not output.• Do not switch from INPUT3 to 5 (SLOT function).• Video signal of INPUT1 and 2 are not appear.

11

5

10

1516

5 10 15 20 25 30 35 40

F A I L U R EFAN

WARN I NG

151


Block Diagram of Power Down Signal System

Ad

dre

ss P

DM

ute

DIG

ITA

LD

C-D

CX

Dri

veX

DC

-DC

OR

OR

PD

Cir

cuit Y

Dri

veY

DC

-DC

OR

Rel

ayC

ircu

it

AN

D

OR

OR

OR

D8

D11

8

6

7

4

5

1

2

3

AD

R C

ON

NE

CT

AS

SY

(Up

per

)

DIG

ITA

L V

IDE

O A

SS

Y

SW

PO

WE

RS

UP

PL

YM

OD

UL

E

X D

RIV

E A

SS

Y

Y D

RIV

E A

SS

Y

AD

R C

ON

NE

CT

AS

SY

(Lo

wer

)

RE

SO

NA

NC

EA

SS

Y(U

pp

er)

RE

SO

NA

NC

EA

SS

Y(L

ow

er)

-

D12

D16

D1

X1

P4

P2

P3

Y1

D17

D15

-

IC12

01-p

in 8

IC12

01-p

in 6

D12

02 C

atho

deD

IG_A

DR

.PD

PD

_TR

IGG

ER

Not

e: 1

- 8

sho

w L

ED

flas

hing

num

ber

of ti

mes

whe

n po

wer

dow

n oc

curr

ed in

this

rou

te.

152


Kind and function of the various protection circuit (P.D. circuit)

ReferenceOVP : Over Voltage ProtectUVP : Under Voltage ProtectOCP : Over Current Protect

Note 1: AC200V P.D. is not applicable to the PDP-503MXE model.

Assy Name OSD DisplayRed LED

Number of Blinks

Kind of P.D. Circuit Function Remarks

Y DRIVE Assy

Y-DRV 1 VCP OCP P.D. by VCP overcurrent

Y-DDC 2

VOFS OVP P.D. by VOFS overvoltage

VOFS UVP P.D. by VOFS undervoltage (= overcurrent)

VH OVP P.D. by VH overvoltage

VH UVP P.D. by VH undervoltage (= overcurrent)

IC5V UVP P.D. by IC5V undervoltage (= overcurrent)

X DRIVE Assy

X-DDC 3VRN OVP P.D. by VRN overvoltage

VRN UVP P.D. by VRN undervoltage (= overcurrent)

X-DRV 4VCP OCP P.D. by VCP overcurrent

RESET OCP P.D. by reset circuit overcurrent

SW POWER SUPPLY Module

POWER 5

VSUS OVP P.D. by VSUS overvoltage

VSUS UVP P.D. by VSUS undervoltage (= overcurrent)

VADR OVP P.D. by VADR overvoltage

VADR UVP P.D. by VADR undervoltage (= overcurrent)

15V OVP P.D. by 15V overvoltage

15V UVP P.D. by 15V undervoltage (= overcurrent)

12V UVP P.D. by 12V undervoltage (= overcurrent)

6.5V OVP P.D. by 6.5V overvoltage

6.5V UVP P.D. by 6.5V undervoltage (= overcurrent)


-9V UVP P.D. by -9V undervoltage (= overcurrent)

+B OVP P.D. by +B overvoltage

+B OCP P.D. by +B overcurrent

AC200V P.D. P.D. by AC200V apply Note 1

PFC module overheat protection

VSUS arc resistance overheat protection

ADR CONNECT Assy ADRES 6 ADR.PD P.D. by disconnecting the connector

RESONANCE Assy ADR-K 7 ADR.K.PD P.D. by ICP open and TCP defective

DIGITAL VIDEO Assy DC-DC 8

5.0V OVP P.D. by 5V overvoltage

5.0V UVP P.D. by 5V undervoltage (= overcurrent)





153


Display with "INFORMATION" of the factory menu.

Display of PD point

Time stamp display [OOOOOH] : HOUR, [OOM] : MINUTE

Example) Time stamp display is [65432H10M] → 65432 hours 10 minutes

Time stamp data before 5 byte: HOUR, after 2 byte: MINUTE

Example) Time stamp is [6543210] → 65432 hours 10 minutes

1st/2nd/time stamp are stored eight times of power down in the past.

Diagnosis Method in Power Down

1 OSD display of PD history

2 PD history read in by RS-232C command "GPD"

I N

PD

F

1 X DDC 0 5 1 4 8 H 2 5M0 2 2 4 8 H 1 4M0 1 3 5 8 H 3 6M0 0 3 4 8 H 1 50 0 0 0 0 0 00 0 0 0 0 0 00 0 0 0 0 0 00 0 0 0 0 0 0

M

2 ADR – K3 Y DRV4

–X – DDCD – DCC

ADRE S

–

5 – – – – –– – – – –– – – – –– – – – –

678

HHHH

MMMM

– – – – –

– – – – –– – – – –– – – – –– – – – –– – – – –

O

I N FO

1 S T 2 ND

– –S 1 I N 4 – 0 2 – ∗2 N T# 1

11

5

10

1516

5 10 15 20 25 30 35 40

Power Down Point OSD DisplayY-DRIVE Y-DRVY-DC/DC COVERTER Y-DDCX-DC/DC CONVERTER X-DDCX-DRIVE X-DRVPower supply POWERADDRESS junction ADRESADDRESS resonance ADR-KDC/DC CONVERTER (DIGITAL) DC-DC

Data of PD pointPower Down Point "GPD" Data

Y-DRIVE 1Y-DC/DC COVERTER 2X-DC/DC CONVERTER 3X-DRIVE 4Power supply 5ADDRESS junction 6ADDRESS resonance 7DC/DC CONVERTER (DIGITAL) 8

Order Data contents Size1 The latest 1st PD point 1 byte2 The latest 2nd PD point 1 byte3 The latest PD time stamp 7 byte4 1st PD point before twice 1 byte5 2nd PD point before twice 1 byte6 PD time stamp before twice 7 byte7 1st PD point before three times 1 byte8 2nd PD point before three times 1 byte9 PD time stamp before three times 7 byte10 1st PD point before four times 1 byte11 2nd PD point before four times 1 byte12 PD time stamp before four times 7 byte13 1st PD point before five times 1 byte14 2nd PD point before five times 1 byte15 PD time stamp before five times 7 byte16 1st PD point before six times 1 byte17 2nd PD point before six times 1 byte18 PD time stamp before six times 7 byte19 1st PD point before seven times 1 byte20 2nd PD point before seven times 1 byte21 PD time stamp before seven times 7 byte22 1st PD point before eight times 1 byte23 2nd PD point before eight times 1 byte24 PD time stamp before eight times 7 byte

154


Nu

mb

er

of

Blin

ksP

.D. P

oin

t in

O

per

atio

nE

rro

r P

on

tP

oss

ible

Par

t o

f E

rro

rC

ircu

it S

tate

Op

erat

ion

P

.D. C

ircu

itD

iag

no

sis

Co

nd

itio

n

1Y

DR

IVE

IC22

06, I

C22

14 (

Pul

se m

odul

e), I

C22

03, I

C22

04,

IC22

12, I

C22

13, I

C22

13, I

C22

17, R

2209

K22

11 L

oV

CP

OC

P

2Y

DC

DC

VO

FS

D/D

CO

NV

. BLO

CK

(Y

DR

IVE

Ass

y)IC

2702

, IC

2709

, IC

2715

K27

12 L

oV

OF

S O

VP

VO

FS

D/D

CO

NV

. BLO

CK

(Y

DR

IVE

Ass

y)

IC27

01, I

C27

02, I

C27

09, I

C27

15

K27

09 L

oV

OF

S U

VP

Driv

e se

ctio

n (c

ontr

ol s

igna

l, ou

tput

ele

men

ts e

tc.)

in

norm

al o

pera

tion

Q22

11, Q

2212

, R22

77, I

C22

08, I

C22

10V

OF

S D

/D C

ON

V. B

LOC

K in

nor

mal

ope

ratio

n

VH

D/D

CO

NV

. BLO

CK

(Y

DR

IVE

Ass

y)IC

2712

, IC

2716

K27

19 L

oV

H O

VP

VH

D/D

CO

NV

. BLO

CK

(Y

DR

IVE

Ass

y)IC

2711

, IC

2712

, IC

2716

K27

18 L

oV

H U

VP

Driv

e se

ctio

n (c

ontr

ol s

igna

l, ou

tput

ele

men

ts e

tc.)

in

norm

al o

pera

tion

SC

AN

(A

), (

B)

Ass

yS

CA

N IC

VH

D/D

CO

NV

. BLO

CK

in n

orm

al o

pera

tion

IC5V

D/D

CO

NV

. BLO

CK

(Y

DR

IVE

Ass

y)IC

2704

, IC

2706

, IC

2717

SC

AN

Ass

y in

nor

mal

ope

ratio

n

SC

AN

(A

), (

B)

Ass

y

Y D

RIV

E A

ssy

SC

AN

ICK

2713

Lo

IC5V

UV

PIC

5V D

/D C

ON

V. B

LOC

K in

nor

mal

ope

ratio

n

IC5V

D/D

CO

NV

. BLO

CK

(Y

DR

IVE

Ass

y)IC

2704

, IC

2706

, IC

2717

SC

AN

Ass

y in

nor

mal

ope

ratio

n

3X

DC

DC

VR

N D

/D C

ON

V. B

LOC

K (

X D

RIV

E A

ssy)

IC37

02, I

C37

12K

3708

Lo

VR

N O

VP

VR

N D

/D C

ON

V. B

LOC

K (

X D

RIV

E A

ssy)

IC37

01, I

C37

02, I

C37

12

K37

05 L

oV

RN

UV

P

Driv

e se

ctio

n (c

ontr

ol s

igna

l, ou

tput

ele

men

ts e

tc.)

in

norm

al o

pera

tion

X D

RIV

E A

ssy

Q31

22V

RN

D/D

CO

NV

. BLO

CK

in n

orm

al o

pera

tion

4X

DR

IVE

X D

RIV

E A

ssy

IC32

00, I

C32

01 (

puls

e m

odul

e), I

C31

03, I

C31

04,

IC31

06, I

C31

07, I

C31

10, I

C31

13, R

3109

K31

03 L

oV

CP

OC

P

Q31

22K

3102

Lo

VR

N O

CP

5

PS

X D

RIV

E A

ssy

IC32

00, I

C32

01 (

Pul

se m

odul

e)W

hen

P4

conn

ecto

r di

scon

nect

ed, P

.D. d

oes

not o

ccur

Y D

RIV

E A

ssy

IC22

06, I

C22

14 (

Pul

se m

odul

e)W

hen

P3

conn

ecto

r di

scon

nect

ed, P

.D. d

oes

not o

ccur

MX

AU

DIO

Ass

yIC

8601

(A

udio

IC)

Whe

n P

6 co

nnec

tor

disc

onne

cted

, P.D

. doe

s no

t occ

ur

Whe

n pi

n 5

of P

2 co

nnec

tor

disc

onne

cted

, P.D

. doe

s no

t occ

ur

SW

PO

WE

R S

UP

PLY

Mod

ule

SW

PO

WE

R S

UP

PLY

Mod

ule

Whe

n th

e vo

ltage

is n

ot o

utpu

t eve

n if

P4,

P3

and

P6

co

nnec

tors

dis

conn

ecte

d

6A

DR

AD

DR

ES

S C

ON

NE

CT

A~

D A

ssy

AD

DR

ES

S C

ON

NE

CT

A -

D A

ssy,

RE

SO

NA

NC

E A

ssy,

D/D

CO

NV

. BLO

CK

(D

IGIT

AL

VID

EO

Ass

y)

Dis

conn

ect D

8 -

D15

con

nect

ors

7A

DR

KR

ES

ON

AN

CE

Ass

yT

CP

dam

age

of IC

6704

(IC

P),

dis

conn

ect D

16 a

nd

D17

con

nect

ors,

pan

el m

icro

com

pute

r is

def

ectiv

e,

outs

ide

Fla

sh R

OM

of t

he p

anel

mic

roco

mpu

ter

is

defe

ctiv

e.

8D

IGIT

AL

DC

DC

D/D

CO

NV

. BLO

CK

(D

IGIT

AL

VID

EO

Ass

y)IC

1901

K19

01 L

o5.

0V O

VP

AD

R. P

D

AD

R. K

. PD

K19

02 L

o5.

0V U

VP

D/D

CO

NV

. BLO

CK

(D

IGIT

AL

VID

EO

Ass

y)IC

1901

K19

03 L

o3.

3V O

VP

K19

04 L

o3.

3V U

VP

D/D

CO

NV

. BLO

CK

(D

IGIT

AL

VID

EO

Ass

y)IC

1901

K19

05 L

o2.

5V O

VP

K19

06 L

o2.

5V U

VP

Dia

gn

osi

s o

f th

e er

ror

po

int

in t

he

vari

ou

s p

rote

ctio

n c

ircu

it (

P.D

. cir

cuit

) o

per

atio

n (

Red

LE

D b

links

)

No

te:

Ab

ou

t P

S P

DT

he c

ondi

tion

that

Red

LE

D b

links

five

tim

es(p

ower

sup

ply

PD

)1

Whe

n th

e in

tern

al p

rote

ctio

n ci

rcui

t of S

WP

OW

ER

SU

PP

LY M

odul

e w

orke

d2

Whe

n a

mic

roco

mpu

ter

was

not

abl

e to

iden

tify

the

PD

poi

nt↓

Bei

ng c

aref

ul b

ecau

se th

e pr

otec

tion

circ

uit

of S

W P

OW

ER

SU

PP

LY M

odul

e ca

nnot

co

nclu

de th

at w

orke

d.

155


AC IN100 - 240V

Power FactorControl

VSUS DC/DCConverter

VOFS DC/DCConverter

VADR DC/DCConverter

6.5V DC/DCConverter

(6.5V, 13.5V, -9V)

15V DC/DCConverter(15V, 12V)

ST-BYPower Supply

STB5V

+B395V VSUS

13.5V

12V

-9V

VOFS-45V

VH DC/DCConverter

VH130V

IC5V, VF12V DC/DC

Converter

IC5VVF12V

VADR61V

VRN DC/DCConverter

VRN-300V

225V

SW POWER SUPPLY MODULE Y DRIVE ASSY

X DRIVE ASSY

15V DC/DCConverter

(5V, 3.3V, 2.5V)3.3V2.5V

5.0V

DIGITAL VIDEO ASSY

Block diagram for Power supply section

Supplementary information

1. Power on/off switch for the large-signal system (SW102)Function: Only the power for the small-signal system

(15V, 12V, 6.5V, 13.5V, and -9V) is on, and the power for the large-signal system (VSUS, VADR) is off.

Usage: Use when only an operational check for the small-signal system is required.

Supplementary information:When this switch is to be used, the wires of pin 5 (DIG, ADR, and PD) of the P2 connector of the power-supply module should be disconnected to prevent the PD circuit from operating. To turn the power of the large-signal system off without using this switch, operation from an external PC through RS-232C commands "DRF" is basically required. In this case, the above procedure is not required, as the PD circuit is muted by software.

3. Temperature compensation of the VOFS voltage for the drive system

Function: Control the power supply voltage mentioned aboveaccording to temperature. (Temperature compensationworks so that the voltage is lowered on the lower-temperature side, and is raised on the higher-temperature side.)

Purpose: To improve the yield by compensating the temperature characteristics of the panel.

Supplementary information:For this model, temperature compensation is perform-ed only for the VOFS voltage, and not for the VSUSvoltage, and it is controlled by software.

4. When a fuse blows• If a fuse blows, never turn the power on again only after

replacing the fuse. (In most cases, the fuse itself did not have any problem. So as long as factors of overcurrent have not been removed, chances of destruction increase every time the power is turned on. In the worst case, about a dozen parts may be destroyed.)

• Principally, the whole power-supply module must be replaced.

5. Voltage adjustment of the panel driveAs this model employs the electronic VR system for the VSUS and VOFS voltages, and as the voltage-adjustment data are stored in the DIGITAL assembly, voltage adjustment of the panel drive is not necessary when the power-supply modules are changed. (For VADR, VH, and VRN, adjustments with semifixed VR controls are necessary.)For this model, as the power-supply block has been developed and designed by an outside vendor, at the point you know which module is a cause of failure (through diagnosis described elsewhere in this manual), change the corresponding modules, and do not diagnose or repair the module.Similarly, the switches and the semifixed VRs inside the power-supply module must not be adjusted without a special reason.

2. 200V AC power-down switch (SW101)Function: While 200V AC voltage is applied, operation of the

PD circuit is turned on and off (ON when the switch is set to 100V AC, and OFF when the switch is set to 200V AC).

Setting: For the MXE model only, the switch is set to 200V, and for other models, it is set to 100V.

Method of power supply ON in the large signal system OFF state with RS-232C command1 Confirm that this unit is the standby state.2 Transmit RS-232C command "DRF."3 Turn the power supply ON by remote control unit, side key

or command "PON."∗ When turn the power supply OFF once, return to setting of

large signal system ON.When turn the power supply ON in the large signal systemOFF, transmit "DRF" command each time.

PDP-

503M

XE

has f

unct

ion

to b

acku

p ad

just

men

t dat

a of

dig

ital v

ideo

ass

y in

to E

EPR

OM

loca

ted

on th

e R

GB

ass

y.

It

is p

ossi

ble

to re

stor

e ba

ckup

dat

a fr

om R

GB

ass

y to

dig

ital v

ideo

ass

y, w

hen

digi

tal v

ideo

assy

is re

plac

ed.

Cas

e 1:

Whe

n re

plac

ing

faul

ty D

igita

l vid

eo a

ssy

with

new

par

t.

Adju

stm

ent k

now

-how

- Dig

ital v

ideo

adj

ustm

ent d

ata

back

up

func

tion

S

M p

age

136

to 1

37 -

RG

B

D.Video

D.V

ideo

New

par

tFa

ulty

Bac

k up

dat

a in

the

RG

B a

ssy

will

be

rest

ored

to N

ew d

igita

l vid

eo a

ssy

just

by

turn

ing

on th

e po

wer

.

D.V

ideo

RG

B

IC12

04IC

5502

BUB

ack

up

Con

tent

s of I

C12

04(E

EPR

OM

) P

anel

Whi

te b

alan

ce d

ata

Sus

tain

tim

ing

adju

stm

ent v

alue

V-S

us/V

ofs v

alue

Res

tore

RG

B

D.Video

New

Pow

er o

n

BU D

ata

rest

ored

Cas

e 2:

Whe

n re

plac

ing

faul

ty R

GB

ass

y .

RG

B

D.Video

RG

B

New

/use

d pa

rt

Faul

ty

Dat

a fr

om D

.Vid

eo a

ssy

is b

ack

uppe

d to

RG

B a

ssy

by e

nter

ing

the

serv

ice

fact

ory

mod

e.

RG

B

D.Video

New

/use

dPo

wer

on

with

serv

ice

fact

ory

mod

e.

Dat

a ba

ck u

pped

MMURPHY

156

Cas

e 3:

Whe

n re

plac

ing

faul

ty D

igita

l vid

eo a

ssy

with

use

d pa

rt.

Adju

stm

ent k

now

-how

- Dig

ital v

ideo

adj

ustm

ent d

ata

back

up

func

tion

S

M p

age

136

to 1

37 -

RG

B

D.Video

D.V

ideo

used

par

t with

dat

aFa

ulty

To a

void

this

!! W

hen

you

are

usin

g di

gita

l vid

eo a

ssy

from

oth

er P

DP

unit,

it is

ne

cess

ary

to in

itial

ize

EEPR

OM

of D

igita

l vid

eo a

ssy

befo

re re

mov

ing

it.

RG

B

D.Video

Pow

er o

n

Dat

a of

diff

eren

t pan

el

*

Wro

ng a

djus

tmen

t dat

a fo

r th

is p

anel

If a

t thi

s tim

e, th

e un

it w

as p

ut in

toFa

ctor

y-se

rvic

e m

ode

wro

ng d

ata

will

be b

ack

uppe

d on

EEP

RO

M o

f orig

inal

RG

B a

ssy.

Orig

inal

bac

k up

dat

a in

RG

B a

ssy

will

be

lost

.

Pow

er o

n w

ith se

rvic

efa

ctor

y m

ode.

RG

B

D.Video

Dat

a of

diff

eren

t pan

el Wro

ng d

ata

back

uppe

d. O

rigi

nal

eras

ed.

How

to in

itial

ize

the

RO

M.

Set t

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157

If you need more information on Computer and Electronic Repair, please visit these websites to improve yourself.

http://www.fastrepairguide.comhttp://www.protech2u.comhttp://www.plasma-television-repair.comhttp://www.lcd-television-repair.com

Happy Repairing!!

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