LMS700KF07

Doc.NoLMS700KF07Rev.No000Page?/35

Approval

TO:GIANT

DATE:Mar.3.2008

CustomerApproval

AnyModificationofSpecisnotallowedwithoutSEC''spermission.

Approvedby:Sechun,Oh

AMLCDDIVISION

SamsungElectronicsCo.,LTD.

SAMSUNGTFT-LCD

MODELNO.:LMS700KF07

Doc.NoLMS700KF07Rev.No000Page?/35

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RevisionHistory--------------------------(3)

GeneralDescription--------------------------(4)

1.AbsoluteMaximumRatings--------------------------(6)

1.1AbsoluteRatingsOfEnvironment

1.2ElectricalAbsoluteRatings

2.OpticalCharacteristics--------------------------(8)

3.ElectricalCharacteristics-------------------------(13)

3.1TFT-LCDModule

3.2Back-lightUnit

4.TouchScreenPanelSpecification-------------------------(15)

4.1ElectricalCharacteristics

4.2Mechanical&ReliabilityCharacteristics

4.3DesignGuide

5.BlockDiagram-------------------------(18)

5.1TFT-LCDModulewithBackLightUnit

5.2.BackLightUnit

5.3.TouchPanelUnit

6.InputTerminalPinAssignment-------------------------(21)

6.1InputSignal&Power

6.2InputSignal,BasicDisplayColorsandGrayScaleofEachColors

6.3PixelFormat

7.InterfaceTiming-------------------(24)

7.1VerticalTiming

7.2HorizontalTiming

7.3InterfaceTiming

7.4ACCharacteristic

8.PowerUp/DownSequence----------------------------(27)

8.1Powerupsequence

8.2Powerdownsequence

9.OutlineDimension-------------------------(29)

10.Packing-------------------------(30)

11.Marking&Others-------------------------(31)

12.GeneralPrecaution-------------------------(32)

12.1Handling

12.2Storage

12.3Operation

12.4Others

13.ReliabilityTestResult-------------------------(34)

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Data

Rev.

No.

PageSummary

Mar.03.2008000Rev.000isfirstissued.

RevisionHistory

Doc.NoLMS700KF07Rev.No000Page?/35

Approval

GeneralDescription

Description

LMS700KF07isaTMR(TransmissivewithMicroReflective)typecoloractivematrix

TFT(ThinFilmTransistor)liquidcrystaldisplay(LCD)thatusesamorphoussiliconTFT

asaswitchingdevices.ThismodeliscomposedofaTFT-LCDmodule,adrivercircuit

andaback-lightunit.Theresolutionofa7.0"contains800x480(RGB)dotsandcan

displayupto16.7Mcolors.

Features

-Triple-GateTechnologyapplied

-TransmissivewithMicroReflectivetypeandBack-lightwithLEDisavailable.

-TN(TwistedNematic)mode

-24bitRGBInterface

-BackLightwith24LEDs(LightEmittingDiode)

Applications

-DisplayterminalsforPMP(PortableMultimediaPlayer),PortableCNS(P-CNS),

AV,UMPC(UltraMobilePC)applicationproducts.

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Generalinformation

ItemsSpecificationUnitNote

Displayarea152.4(H)x91.44(V)mm-

Driverelementa-SiTFTactivematrix--

Displaycolors16.7Mcolors-

Numberofpixels800(H)x480xRGB(V)dot-

PixelarrangementRGBstripetype(Horizontal)--

Pixelpitch0.1905(H)x0.1905(V)mm-

DisplaymodeNormallywhite--

Viewingdirection6o''clockNote1

Note1.Grayinversionattheviewingdirection

Mechanicalinformation

ItemMin.Typ.Max.UnitNote

Module

size

Horizontal(H)162.9163.2163.5mm-

Vertical(V)103.7104.0104.3mmNote2

Depth(D)4.34.54.7mmNote2

Weight-139.0-g-

Note2.NotincludeFPC

RefertotheOutlineDimensioninthe"9.OutlineDimension"forfurtherinformation.

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1.AbsoluteMaximumRatings

1.1AbsoluteRatingsofEnvironment

ItemSymbolMin.Max.UnitNote

StoragetemperatureTSTG-4085(1)

Operatingtemperature

(Ambienttemperature)

TOPR-2060(1),(2)

Note(1)95%RHMax.(40°C3Ta)

Maximumwet-bulbtemperatureat39°Corless.(Ta>40°C)Nocondensation.

(2)Incaseofbelow0°,theresponsetimeofliquidcrystal(LC)becomesslowerand

thecolorofpanelbecomesdarkerthannormalone.

Levelofretardationdependsontemperature,becauseofLC''scharacteristics.

(3)IfanyfixedpatternisdisplayedonLCDforminutes,image-sticking

phenomenonmayoccur.

-à?????à￡Dè??????A-￡?

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a??-?ˉ¤?￠

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ˉàè?àí??Díà??

ˉàè?àí??Díà?￡Dè?????￠í????????ê?D?à?é??íêéèàé?

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1.2ElectricalAbsoluteRatings

(1)TFT-LCDModule

(Ta=25°C,VSS=GND=0V)

CharacteristicsSymbolMin.Max.UnitNote

PowersupplyvoltageVCC-0.55.0V-

(2)Back-LightUnit

(Ta=25±2°C)

ItemSymbolMin.Max.Unit.Note

LEDCurrentIL-30mA(1)

Note(1)Permanentdamagetothedevicemayoccurifmaximumvaluesareexceededor

reversevoltageisloaded.

Functionaloperationshouldberestrictedtotheconditionsdescribedundernormal

operatingconditions.

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2.OpticalCharacteristics

Thefollowingitemsaremeasuredunderstableconditions.Theopticalcharacteristicsshould

bemeasuredinadarkroomorequivalentstatewiththemethodsshowninNote(1).

Measuringequipment:SR-3,BM-7,EZ-Contrast

(Ta=25±2°C,VCC=3.3V,fB=60Hz,IB=20mA)

ItemSymbolConditionMin.Typ.Max.UnitNote

Contrastratio

(Centerpoint)

C/R

NOTE(1)

f=0

q=0

Normal

Viewing

Angle

B/LOn

-400--

(2)

SR-3

Luminanceofwhite

(Centerpoint)

YL220280-cd/

(3)

SR-3

Response

time

Rising:Tr

Tr+Tf-22-msec

(5)

BM-7Falling:Tf

Color

chromaticity

(CIE1931)

White

Wx0.2690.3190.369

-

(6)

SR-3

Wy0.2920.3420.392

Red

Rx0.5650.6150.665

Ry0.3130.3630.413

Green

Gx0.2980.3480.398

Gy0.5150.5650.615

Blue

Bx0.0980.1480.198

By0.0590.1090.159

Viewing

angle

Hor.

qL

C/R310

B/LOn

-65-

Degrees

(7)

Ez-Contrast

qR-65-

Ver.

fH-50-

fL-60-

BrightnessUniformity

(9point)

i???7080--

(4)

SR-3

Crosstalk--5%

(8)

SR-3

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Note(1)TestEquipmentSetup

Afterstabilizingandleavingthepanelaloneatagiventemperaturefor30min,the

measurementshouldbeexecuted.Measurementshouldbeexecutedinastable,windless,

anddarkroom.30minafterlightingtheback-light.Thisshouldbemeasuredinthecenter

ofscreen.

Environmentcondition:Ta=25±2°C

Back-LightOncondition

Note(2)DefinitionofContrastRatio(C/R):Ratioofgraymax(Gmax)&graymin(Gmin)at

thecenterpoint

CR

G

G



max

min

Gmax:Luminancewithallpixelswhite

Gmin:Luminancewithallpixelsblack

Note(3)DefinitionofLuminanceofWhite:Luminanceofwhiteatthecenterpoint

SR-3:50cm

BM-7:50cm

PhotodetectorField

SR-31°

BM-71°

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Note(4)DefinitionofWhiteUniformity:

WhiteUniformity=

X100

t???????????????????????`T??????

t???????????????????????`T??????

Note(5)DefinitionofResponsetime:SumofTr,Tf

Displaydata

Black(TFTON)

White(TFTOFF)White(TFTOFF)

Optical

Response

100%

90%

10%

0%

TR

TF

Time

Note(6)DefinitionofColorChromaticity(CIE1931)

Colorcoordinateofwhite&red,green,blueatcenterpoint.

H/3H/3H/6

V

[

ac

_

]

H/6

V/

3

V

/

6

V/

3

V/

6

H

\

`^

b

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Note(7)DefinitionofViewingAngle:Viewinganglerange(CRè10)

6o’clock

direction

NormalLine

TL

TR

IH

IL

12o’clock

direction

T

R

=90

o

T

L

=90

o

I=0

o

,

x

x''

y''

y

T=0

o

I

H

=90

o

I

L

=90

o

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Note(8)Crosstalk

CrosstalkModulationRatio(D)

YY

Y

100(%)

SHA

AB

A





u

Where

YA,YBmeasurement=2°ViewingAngle(MeasurementareaR12?)

ThepatternexcepttheBlackBarisagray127.

AHorizontal-Crosstalkmeasurementmethod

BVertical-Crosstalkmeasurementmethod

L

H

2L/3

H/2

?iY

?iX

k??????w??????

On???WP

?hX

?hY

X_???????

X_???????

?hX

?hY

X_???????

X_???????

L

H

L/2

2H/3

?iY?iX

k??????w??????

On???WP

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3.ElectricalCharacteristics

3-1TFT-LCDModule

Ta=25±2°C

CharacteristicsSymbol

Min.Typ.Max.UnitNote

PowersupplyvoltageVCC3.03.33.6V-

Power

Dissipation

White

PFULL

-300390

mW(1),(2)

Black-300390

1DOT-450590

Framefrequency

fFrame

566065Hz-

DotClockDOTCLK22.724.526.5MHz-

Topreventalatch-uporDCoperationoftheLCDmodule,thepoweron/offsequenceshouldbeas

theChapter8.PowerUp/DownSequence.

Note(1)VCC=3.3V,fFrame=60Hz,DOTCLK=24.5MHz

(2)Dissipationcurrentcheckpattern


XWhitepattern


X1Dotpattern


XBlackpattern

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3-2Back-Lightunit

TheBackLightsystemisanedge-lightingtypewith24whiteLED(LightEmitting

Diode)s.

(Ta=25±2°C)

ItemSymbolMin.Typ.Max.UnitNote

LEDCurrentIB152025mA(1)

PowerConsumptionPBL1.21.62.0W-

Note(1)TheLEDsparalleltype(Referto5.2)

LEDcurrent(IB)intheabovetablemeansLEDcurrenttodriveoneLED.

Therefore,thePowerConsumption(PBL)intheabovetableiscalculatedasbelow,

IfLEDforwardvoltageistypically3.3V,

PBL=3string(3.3V8Leds/stringIB)

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4.TouchScreenPanelSpecifications

4-1.ElectricalCharacteristics

ItemMin.Typ.Max.UnitNote

Linearity-1.5-1.5%AnalogXandYdirections

Terminal

resistance

100600900
X

100300900
Y

Insulationresistance10--M
DC25V

Voltage357VDC

Chattering--10ms100k
pull-up

Transparency7880-%JIS-K7105,ASTMD1003,@550nm

Caution(1):Donotoperateitwithathingexceptapolyacetalpen(tipR0.8mmormore)

orafinger,especiallythosewithhardorsharptipssuchasaballpointpen

oramechanicalpencil.

4-2.Mechanical&ReliabilityCharacteristics

ItemMin.Typ.Max.UnitNote

Activationforce--80g(1)

Durability

(surfacescratching)

Write

100,000

--characters(2)

Durability

(surfacepitting)

1,000,000--touches(3)

Surfacehardness3--HJIS-K5400,ASTMD3363

Note(1)StyluspenInput:R0.8mmpolyacetalpenorFinger

(2)MeasurementforSurfacearea

-Scratch100,000timesstraightlineontheFilmwithastyluschange

every20,000times

-Force:250gf

-Speed:60mm/sec

-Stylus:R0.8polyacetaltip

(3)Pit1,000,000timesontheFilmwithaR8.0siliconrubber.

-Force:250gf

-Speed:2times/sec

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4-3.DesignGuide

-AvoidthedesignthatFront-caseoverlapandpressontheactiveareaof

thetouch-panel.

-Giveenoughgap(over0.5mmatcompressed)betweenthefrontcaseand

touch-paneltoprotectwrongoperating.

-Useabuffermaterial(Gasket)betweenthetouch-panelandFront-caseto

protectdamageandwrongoperating.

-Avoidthedesignthatbuffermaterialoverlapandpressontheinsideof

touch-panelviewingarea.

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5.BlockDiagram

5-1TFT-LCDModule(InterfaceSystemStructure)withBackLightUnit

LCDPANEL

Source

Driver

+

T/CON

VCC

GND

DATA(24bit)

DCLK

VSYNC

HSYNC

DE

PCI

LED1+

LED2+

LED3+

LED1-

LED2-

LED3-

3ParallelStringsof8SerialLEDs

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5-2BackLightUnit

VLED-Anode1

VLED-Cathode1

VLED-Anode2

VLED-Anode3

VLED-Cathode2

VLED-Cathode3

Note)LEDFPCConnector:04-6298-006-000-883(Kyocera)orcompatibleconnectorispreferred

PinNo.PinDescription

#1VLED-Anode1

#2VLED-Cathode1

#3VLED-Anode2

#4VLED-Cathode2

#5VLED-Anode3

#6VLED-Cathode3

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5-3TouchPanelUnit

′?3?′?3?

3{?{°??àí{à?à??íê?à

′{?{§êòàí{à?à??íê?à

ˉê?{±?àò

′?3?′?3?

PinNo.SymbolDescription

#1Y2TSPTop

#2X2TSPLeft

#3Y1TSPBottom

#4X1TSPRight

Note)TSPFPCConnector:FH19C-4S-0.5SH(Hirose)orcompatibleconnectorispreferred

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6.InputTerminalPinAssignment

6-1InputSignal&Power(Connector:40PinFPCConnectortype,0.5mm,

ex.)HiroseconnectorFH28H-40S-0.5SHorcompatibleConnectorused.)

Pin

No

SymbolDescriptionI/O

Pin

No

SymbolDescriptionI/O

1GNDGNDI21PD0GraphicData0(B0)I

2GNDGNDI22PD1GraphicData1(B1)I

3VccSystemPowerSupplyI23PD2GraphicData2(B2)I

4VccSystemPowerSupplyI24PD3GraphicData3(B3)I

5PD16GraphicData16(R0)I25PD4GraphicData4(B4)I

6PD17GraphicData17(R1)I26PD5GraphicData5(B5)I

7PD18GraphicData18(R2)I27PD6GraphicData6(B6)I

8PD19GraphicData19(R3)I28PD7GraphicData7(B7)I

9PD20GraphicData20(R4)I29GNDGNDI

10PD21GraphicData21(R5)I30DOTCLKDOTCLOCKI

11PD22GraphicData22(R6)I31PCIDisplayModeNoteI

12PD23GraphicData23(R7)I32HSYNCHSYNCI

13PD8GraphicData8(G0)I33VSYNCVSYNCI

14PD9GraphicData`(G1)I34DEDataEnablingSignalI

15PD10GraphicData10(G2)I35NCNoConnect-

16PD11GraphicData11(G3)I36NCNoConnect-

17PD12GraphicData12(G4)I37GNDGNDI

18PD13GraphicData13(G5)I38GNDGNDI

19PD14GraphicData14(G6)I39NCNoConnect-

20PD15GraphicData15(G7)I40NCNoConnect-

Note:RegardingtothePCI,PleaserefertothePowerup/downsequence

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6-2InputSignal,BasicDisplayColorsandGrayScaleofEachColors

COLORDISPLAY

DATASIGNAL

GRAY

SCALE

LEVEL

REDGREENBLUE

R0R1R2R3R4R5R6R7G0G1G2G3G4G5G6G7B0B1B2B3B4B5B6B7

BASIC

COLOR

BLACK000000000000000000000000-

BLUE000000000000000011111111-

GREN000000001111111100000000-

CYAN000000001111111111111111-

RED111111110000000000000000-

MAGENTA111111110000000011111111-

YELOW111111111111111100000000-

WHITE111111111111111111111111-

GRAY

SCALE

OF

RED

BLACK000000000000000000000000R0

DARK

1

?

LIGHT

100000000000000000000000R1

010000000000000000000000R2

::::::::::::::::::::::::

R3~R252

::::::::::::::::::::::::

101111110000000000000000R253

011111110000000000000000R254

RED111111110000000000000000R25

GRAY

SCALE

OF

GREEN

BLACK000000000000000000000000G0

DARK

1

?

LIGHT

000000001000000000000000G1

000000000100000000000000G2

::::::::::::::::::

G3~G252

::::::::::::::::::

000000001011111100000000G253

000000000111111100000000G254

GREN000000001111111100000000G25

GRAY

SCALE

OF

BLUE

BLACK000000000000000000000000B0

DARK

1

?

LIGHT

000000000000000010000000B1

000000000000000001000000B2

::::::::::::::::::::::::

B3~B252

::::::::::::::::::::::::

000000000000000010111111B253

000000000000000001111111B254

BLUE000000000000000011111111B25

Note)DefinitionofGray:

Rn:RedGray,Gn:GreenGray,Bn:BlueGray(n=Graylevel)

InputSignal:0=Lowlevelvoltage,1=Highlevelvoltage

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6-3PixelFormat

B

G

R

B

G

R

B

G

R

B

G

R

LMS700KF07

Line1Line800

Pixel1

Pixel480

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7.INTERFACETIMING

7-1.Verticaltiming

SignalSymbolMin.Typ.Max.UnitNote

FrameFrequencyfFRM-60-Hz

VerticalBackporchVBP-8-HNote

VerticalFrontporchVFP-5-HNote

7-2.Horizontaltiming

SignalSymbolMin.Typ.Max.UnitNote

HorizontalBackporchHBP-16-DOTCLKNote

HorizontalFrontporchHFP-8-DOTCLKNote

DOTCLKFrequencefDOTCLK-24.5-MHz@fFRM=60Hz

Note).VBP,VFP,HBP,HFParefixed,setthosetimingdataastheabovedata.

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7-3InterfaceTiming

Note:DisplayArea:480H

1Frame=VBP+DisplayArea+VFP

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7-4ACCharacteristic

(Ta=-40to+85°C,24bitinterface)

ParameterSymbolMin.Typ.Max.Unit

VSYNCsetuptimetVSS

5--

ns

VSYNCholdtimetVSH

HSYNCsetuptimetHSS

5--

HSYNCholdtimetHSH

DOTCLKcycletimetDCYC

28--

DOTCLKrise/falltimetR,tF

-2

DOTCLKPulsewidthhightDCHW

8--

DOTCLKPulsewidthlowtDCLW

8--

DEsetuptimetENS

5--

DEholdtimetENH

5--

PDdatasetuptimetPDS

5--

PDdataholdtimetPDH

5--

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8.PowerUp/Downsequence

8-1Powerupsequence.

CharacteristicsMINTYPMAXUnit

VCContoSignalinput??T???10mS

WaitingtimetoDISPONfrom1stVSYNCtvsync-don

16.7mS

1Frae

BLUOnTime(DurationtimeafterPCIgetshigh)tbluon50mS

Note)Fromthe1stVsyncafterPCIsethigh,itstartsdisplayon.

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8.2Powerdownsequence.

CharacteristicsMINTYPMAXUnit

BLUOffTime(DurationtimebeforePCIgetslow)tbluoff50mS

WhiteDisplayTime(from1stVsyncatPCI=L)twht1

33.3mS

2Frae

DISPOFFTime(from3rdVsyncatPCI=L)tpoff

16.7mS

1F

Input-signalofftoVCCOfftsigoff-vdd10mS



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10.Packing

§??à?

4?í????{?ê?àí

16??éà???àí

?????é?{???à

???{(upper&lower)

?{?{????{?àí{?????é?{???à{

?????é?????à

??è???{?êó?

§??à????áà??

?à???é?{???à

?????é???êó

?è????à{?êó?

??êé???é??

?

?

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?s????T??????

s????T?????

?????é???êó{?{??è???{?êó{?{??{??éà?

?{??{??éà??

?

??éà?

?4Panelspertray

Note(1)Total:Case:Approx.3.1Kg

Box:Approx.16.2Kg

(2)Size:Case:490(W)x342(D)x58(H)

Box:505(W)x355(D)x312(H)

(3)Placethepanelsinthetrayfacingthedirectionshowninthefigure.

(4)Place4trayandcover(emptytray)andpadsinsidethepacking-case.

(5)Place5packing-caseinsidethepacking-box.(Affixthelabel)

(6)Sealthepacking-box.Affixthelabel-safety.

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11.Marking&Others

Anameplatebearingfollowedbyisaffixedtoashippedproductatthe

Specifiedlocationoneachproduct.

(1)Moduleattach

(2)PackingCaseattach

LMS700KF07

LMS700KF07

16PCS

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12.GeneralPrecautions

12.1Handling

(a)Whenthemoduleisassembled,itshouldbeattachedtothesystemfirmly.Becareful

nottotwistandbendthemodule.

(b)Refrainfromstrongmechanicalshockand/oranyforcetothemodule.Inadditionto

damage,thismaycauseimproperoperationordamagetothemoduleandback-light

unit.

(c)Notethatpolarizersareveryfragileandcouldbeeasilydamaged.Donotpressor

scratchthesurfaceharderthanaHBpencillead.

(d)Wipeoffwaterdropletsoroilimmediately.Ifyouleavethedropletsforalongtime,

Staininganddiscolorationmayoccur.

(e)Ifthesurfaceofthepolarizerisdirty,cleanitusingsomeabsorbentcottonorsoft

cloth.

(f)Thedesirablecleanersarewater,IPA(IsopropylAlcohol)orHexane.Donotuse

Ketonetypematerials(ex.Acetone),Ethylalcohol,Toluene,EthylacidorMethyl

chloride.Itmightpermanentdamagetothepolarizerduetochemicalreaction.

(g)Iftheliquidcrystalmaterialleaksfromthepanel,itshouldbekeptawayfromthe

eyesormouth.Incaseofcontactwithhands,legsorclothes,itmustbewashedaway

thoroughlywithsoap.

(h)Protectthemodulefromstatic,itmaycausedamagetotheIntegratedGateCircuit.

(i)Usefinger-stallswithsoftglovesinordertokeepdisplaycleanduringtheincoming

inspectionandassemblyprocess.

(j)Donotdisassemblethemodule.

(k)Protectionfilmforpolarizeronthemoduleshallbeslowlypeeledoffjustbeforeuse

sothattheelectrostaticchargecanbeminimized.

(l)PinsofI/Fconnectorshallnotbetoucheddirectlywithbarehands

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12.2Storage

(a)Donotleavethepanelinhightemperature,andhighhumidityforalongtime.Itis

highlyrecommendedtostorethemodulewithtemperaturefrom0to35°Candrelative

humidityoflessthan70%.

(b)DonotstoretheTFT-LCDmoduleindirectsunlight.

(c)Themoduleshallbestoredinadarkplace.Itisprohibitedtoapplysunlightor

fluorescentlightduringthestore.

12.3Operation

(a)Donotconnect,disconnectthemoduleinthe"PowerOn"condition.

(b)Powersupplyshouldalwaysbeturnedon/offbythe"Poweron/offsequence"

12.4Others

(a)TheLiquidcrystalisdeterioratedbyultraviolet,donotleaveitindirectsunlightand

strongultravioletrayformanyhours.

(b)Avoidcondensationofwater.Itmayresultinimproperoperationordisconnectionof

electrode.

(c)Donotexceedtheabsolutemaximumratingvalue.(thesupplyvoltagevariation,input

voltagevariation,variationinpartcontentsandenvironmentaltemperature,andsoon)

Otherwisethepanelmaybedamaged.

(d)Ifthepaneldisplaysthesamepatterncontinuouslyforalongperiodoftime,itcanbe

thesituationwhentheimage"Sticks"tothescreen.

(e)ThispanelhasitscircuitryFPConthebottomsideandshouldbehandledcarefullyin

ordernottobestressed.

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13.ReliabilityTestResult

ItemCondition

Sample

Size

Test

Result

Remark

HighTemperature

OperatingLifetest

70E160HR10EAPASSNote(5)

LowTemperature

OperatingLifetest

?20E160HR5EAPASS

ThermalHumidity

Bias

60E90RH160HR10EAPASSNote(5)

On/OffTest70E
~?30E(5CYC),10EAPASSNote(1)

HighTemperature

Storagetest

85E160HR5EAPASS

LowTemperature

Storagetest

?40E160HR5EAPASS

WetHumidity

Temperature

Storagetest

60E/90RH160HR10EAPASS

Altitudetest

Non-operating:188mb/RoomTemp.

72HR

5EAPASS

ThermalCycle

storagetest

?40)85E,30CYC10EAPASSNote(2)

ElectricalStatic

Discharge

Contact:±4,1500/330?

Non-contact:±8,1500/330?

5EA

5EA

PASSNote(3)

BoxVibration

RandomVibrationMIN-STD810E,

up/down(Z)Axis

(1BOX

Small)

PASSNote(4)

BoxDrop

1corner,3edges,6surfaces

under9.1:76,9.2~18.2kg:66cm

(1BOX

Medium)

PASS

Doc.NoLMS700KF07Rev.No000Page??/35

Approval

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