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6.0Environment

6.1Temperatureandhumidity

6.1.1Operatingconditions

6.1.2Shippingconditions

6.2Atmosphericpressure

6.3Thermalshock

7.0Reliability

7.1Failurecriteria

7.2Failurerate

7.2.1Usage

7.2.2Componentsde-rating

7.3CCFLlife

7.4ON/OFFcycle

8.0Safety

8.1Sharpedgerequirement

8.2Material

8.2.1Toxicity

8.2.2Flammability

8.3Capacitors

8.4Hazardousvoltage

9.0Otherrequirements

9.1Smokefreedesign

9.2Nationaltestlabrequirement

10.0MechanicalCharacteristics

VersionandDate

Page

Olddescription

NewDescription

Remark

0.1.2000/11/24

All

FirstEditionforCustomer

0.2.2001/01/03

10

ThefirstLVDS….whilethesecondLVDS….oddpixels.

TheoneLVDS…whiletheotherLVDS…...oddpixels.

Spec.change

13

O=“FirstPixelData”

E=“SecondPixelData”

Add

9

0,1…1278,1279

1,2…..1279,1280

Specchange.

0.3.2001/2/15

5

Weight=2200（typ）

Weight=2000（typ）

Specchange

7

Viewingangle（U/D/L/R,CR>

10）

=（45/70/60/60）

Viewingangle（U/D/L/R,CR>

=（70/70/75/75）

1.0HandlingPrecautions

1）Sincefrontpolarizeriseasilydamaged,payattentionnottoscratchit.

2）Besuretoturnoffpowersupplywheninsertingordisconnectingfrominputconnector.

3）Wipeoffwaterdropimmediately.Longcontactwithwatermaycausediscolorationorspots.

4）Whenthepanelsurfaceissoiled,wipeitwithabsorbentcottonorothersoftcloth.

5）Sincethepanelismadeofglass,itmaybreakorcrackifdroppedorbumpedonhardsurface.

6）SinceCMOSLSIisusedinthismodule,takecareofstaticelectricityandinsurehumanearthwhenhandling.

7）DonotopennormodifytheModuleAssembly.

8）Donotpressthereflectorsheetatthebackofthemoduletoanydirections.

9）AttheinsertionorremovaloftheSignalInterfaceConnector,besurenottorotatenortilttheInterfaceConnectoroftheTFT-LCDmodule.

10）AfterinstallationoftheTFT-LCDmoduleintoanenclosure（LCDmonitorhousing,forexample）,donottwistnorbendtheTFT-LCDmoduleevenmomentary.Atdesigningtheenclosure,itshouldbetakenintoconsiderationthatnobending/twistingforcesareappliedtotheTFT-LCDmodulefromoutside.OtherwisetheTFT-LCDmodulemaybedamaged.

2.0

GeneralDescription

Thisspecificationappliestothe17.0inchColorTFT-LCDModuleL170E3-1.

ThedisplaysupportstheSXGA（1280（H）x1024（V））screenformatand16.7Mcolors（RGB8-bitsdata）.

Allinputsignalsare2ChannelLVDSinterfacecompatible.

Thismoduledoesnotcontainaninvertercardforbacklight.

2.1DisplayCharacteristics

Thefollowingitemsarecharacteristicssummaryonthetableunder25℃condition:

ITEMS

Unit

SPECIFICATIONS

ScreenDiagonal

[mm]

432（17.0"

）

ActiveArea

337.920（H）x270.336（V）

PixelsHxV

1280（x3）x1024

PixelPitch

0.264（peronetriad）x0.264

PixelArrangement

R.G.B.VerticalStripe

DisplayMode

NormallyWhite

WhiteLuminance

[cd/m2]

250（Typ）

ContrastRatio

400:

1（Typ）

OpticalResponseTime

[msec]

45（Typ）

NominalInputVoltageVDD

[Volt]

+5.0V

PowerConsumption

（VDDline+CCFLline）

[Watt]

25W（Max）（w/oInverter,Allblackpattern）

Weight

[Grams]

2000（Typ）

PhysicalSize

383.5（W）x306（H）x20.0（D）（Typ）

ElectricalInterface

Even/OddR/G/Bdata（8bits）,3syncsignal,

Clock

SupportColor

16.7Mcolors（RGB8-bitdata）

TemperatureRange

Operating

Storage（Shipping）

[oC]

0to+50

-20to+60

2.2FunctionalBlockDiagram

Thefollowingdiagramshowsthefunctionalblockofthe17.0inchesColorTFT-LCDModule:

LVDS

+5V

4CCFL

DCPOWER

JAEFI-X30S-HFJSTBHR-04VS-1

MatingTypeJAEFI-X30S-HMatingTypeSM04（4.0）B-BHS-1-TB

2.3OpticalCharacteristics

Theopticalcharacteristicsaremeasuredunderstableconditionsat25℃（RoomTemperature）:

Item

Conditions

Min.

Typ.

Max.

ViewingAngle

[degree]

Horizontal（Right）

CR=10（Left）

-

75/75

Vertical（Up）

CR=10（Down）

70

CR=5（Left）

TBD

CR=5（Down）

Contrastratio

NormalDirection

400

ResponseTime

RaisingTime

30

FallingTime

15

Raising+Falling

45

Color/Chromaticity

Redx

0.63

Coordinates（CIE）

Redy

0.33

Greenx

0.30

Greeny

0.60

Bluex

0.15

Bluey

0.10

ColorCoordinates（CIE）White

Whitex

0.31

Whitey

LuminanceUniformity（Note1）

[%]

80

85

WhiteLuminanceat

CCFL6.0mA（centerpoint）

200

250

Crosstalk（in75Hz）

Note1Measurepoints&

Diagram

DisplayLengthdistance

x=——————————————

10

DisplayWidthdistance

y=——————————————

MinimumLuminancein5Points（1-5）

Uniformity=———————————————————

MaximumLuminancein5Points（1-5）

ThispaneliscompatiblewithTCO99approbationinluminanceuniformity<

1.7,luminancecontrast>

0.5

LCDDisplayarea=337.9x270.4mm

2

W/10

1

4

L/10

3

2.4Pixelformatimage

FollowingfigureshowstherelationshipoftheinputsignalsandLCDpixelformat.

3.0Electricalcharacteristics

3.1AbsoluteMaximumRatings

Absolutemaximumratingsofthemoduleisasfollowing:

Symbol

Min

Max

Logic/LCDDriveVoltage

VIN

-0.3

+5.5

SelectLVDSdataorder

SELLVDS

NC

CCFLInrushcurrent

ICFLL

38

[mA]

Note1

CCFLCurrent

ICFL

7.6

[mA]rms

OperatingTemperature

TOP

+50

Note2

OperatingHumidity

HOP

8

95

[%RH]

StorageTemperature

TST

-20

+60

StorageHumidity

HST

Note1:

Duration=50msec.

Note2:

MaximumWet-Bulbshouldbe39℃andNocondensation.

3.2Connectors

Physicalinterfaceisdescribedasfortheconnectoronmodule.

Theseconnectorsarecapableofaccommodatingthefollowingsignalsandwillbefollowingcomponents.

ConnectorName/Designation

InterfaceConnector/Interfacecard

Manufacturer

JAEorcompatible

TypePartNumber

FI-X30S-HF

MatingHousingPartNumber

FI-X30S-H

LampConnector/Backlightlamp

JST

BHR-04VS-1

MatingTypePartNumber

SM04（4.0）B-BHS-1-TB

3.3SignalPin

Pin#

SignalName

SignalName

GND

RxO0-

RxO0+

RxO1-

RxO1+

6

RxO2-

RxO2+

RxOC-

RxOC+

11

RxO3-

12

RxO3+

RxE0-

14

RxE0+

16

RxE1-

17

RxE1+

18

19

RxE2-

20

RxE2+

21

RxEC-

22

RxEC+

23

RxE3-

24

RxE3+

25

26

27

28

29

Power

31

32

3.4SignalDescription

ThemoduleusingapairofLVDSreceiverSN75LVDS82（TexasInstruments）orcompatible.LVDSisadifferentialsignaltechnologyforLCDinterfaceandhighspeeddatatransferdevice.TransmittershallbeSN75LVDS83（negativeedgesampling）orcompatible.TheoneLVDSport（RxExxx）transmitsevenpixelswhiletheotherLVDSport（RxOxxx）transmitsoddpixels.

PIN#

SIGNALNAME

DESCRIPTION

PowerGround

NegativeLVDSdifferentialdatainput（Odddata）

PositiveLVDSdifferentialdatainput（Odddata）

NegativeLVDSdifferentialclockinput（Oddclock）

PositiveLVDSdifferentialclockinput（Oddclock）

NegativeLVDSdifferentialdatainput（Evenclock）

PositiveLVDSdifferentialdatainput（Evendata）

NegativeLVDSdifferentialdatainput（Evendata）

NegativeLVDSdifferentialdatainput（Evendata,H-Sync,V-Sync,DSPTMG）

PositiveLVDSdifferentialdatainput（Evendata,H-Sync,V-Sync,DSPTMG））

NegativeLVDSdifferentialclockinput（Evenclock）

PositiveLVDSdifferentialclockinput（Evenclock）

PositiveLVDSdifferentialdatainput（Evenda