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ProductPartName:CustomerPartID:LimitoPartID: OLEDDisplayProductPartName:CustomerPartID:LimitoPartID: OLEDDisplayLimitotechnologyPleasecontactLimitotechnologyInc..beforeassigningyourproductbasedonthismoduleTheinformationcontainedhereinispresentedmerelytoindicatethecharacteristicsandperformanceofourproducts.NoresponsibilityisassumedbyLimitotechnologyInc.foranyintellectualpropertyclaimsorotherproblemsthatmayresultfromapplicationbasedonthemoduledescribedherein.From:LimitotechnologyApprovedApprovedtechnologyiPartRevisionRevisedtechnologyiPartRevisionRevisedAtechnology Display Mechanical ActiveArea/MemoryMapping&Pixel technology Display Mechanical ActiveArea/MemoryMapping&Pixel Mechanical Pin OpticsOptics DC AC 68XX-SeriesMPUParallelInterface 80XX-SeriesMPUParallelInterface SerialInterfaceCharacteristics(4-wire SerialInterfaceCharacteristics(3-wire I2CInterface PowerdownandPowerup Powerup Powerdown Reset ActualApplication VCCSupplied VCCGeneratedbyInternalDC/DC ContentsofReliability FailureCheck Sampling Criteria&AcceptableQuality CosmeticCheck(DisplayOff)inNon-Active CosmeticCheck(DisplayOff)inActive PatternCheck(DisplayOn)inActive Handling Storage PrecautionswhendisposingoftheOELdisplay Other technology1.DisplayDisplayDisplayDrivePassiveMatrix1/64DutyOutlinePanelActiveAccordingtotheannexedoutlinedrawing1286426.7019.261.421.74410.8640.170.170.1540.1541.54PixelPixelActiveArea/MemoryMapping&PixelP0.17x128-Segment(Column1Common(Row63Common(Row1Segment(Column128Common(Row64Common(Row2Detail"A"Scale1P0.17x64-technology1.DisplayDisplayDisplayDrivePassiveMatrix1/64DutyOutlinePanelActiveAccordingtotheannexedoutlinedrawing1286426.7019.261.421.74410.8640.170.170.1540.1541.54PixelPixelActiveArea/MemoryMapping&PixelP0.17x128-Segment(Column1Common(Row63Common(Row1Segment(Column128Common(Row64Common(Row2Detail"A"Scale1P0.17x64-AOriginal ActiveArea.96" 128x64PixelsSegment(Column1Segment(Column128Common(Row63Common(Row64Common(Row1Common(Row21Detail"A"1.Color:LimitotechnologyA8-bit68XX/80XXParallel,3-/4-wireSPI,QG-2864KSWEG16FoldingTypeOELDisplayModulePixelNumber:128x64,Monochrome,COGSodaLime/Panel/1of technology19.26±0.2(Panel14.9±0.2(Cap14.4±0.212.86410.8646RemoveTapeContactP0.17x64-AOriginal ActiveArea.96" 128x64PixelsSegment(Column1Segment(Column128Common(Row63Common(Row64Common(Row1Common(Row21Detail"A"1.Color:LimitotechnologyA8-bit68XX/80XXParallel,3-/4-wireSPI,QG-2864KSWEG16FoldingTypeOELDisplayModulePixelNumber:128x64,Monochrome,COGSodaLime/Panel/1of technology19.26±0.2(Panel14.9±0.2(Cap14.4±0.212.86410.8646RemoveTapeContactP0.17x64-2technologyPin3Pin98PThisisavoltagesupplypin.technologyPin3Pin98PThisisavoltagesupplypin.ItmustbeconnectedtoexternalThisisagroundpin.Itactsasareferenceforthelogicpins.Itmustbeconnectedtoexternalground.PowerSupplyforOELThisisthemostpositivevoltagesupplypinofthechip.AstabilizationcapacitorshouldbeconnectedbetweenthispinandVSSwhentheconverterisused.Itmustbeconnectedtoexternalsourcewhentheconverterisnotused.IOCurrentReferenceforBrightnessThispinissegmentcurrentreferencepin.AresistorshouldbeconnectedbetweenthispinandVSS.Setthecurrentat12.5Amaximum.VoltageOutputHighLevelforCOMThispinistheinputpinforthevoltageoutputhighlevelforCOMsignals.AcapacitorshouldbeconnectedbetweenthispinandVSS.64/2/C1P/C1NC2P/PIPowerSupplyforDC/DCConverterThisisthepowersupplypinfortheinternalbufferoftheDC/DCvoltageconverter.Itmustbeconnectedtoexternalsourcewhentheconverterisused.ItshouldbeconnectedtoVDDwhentheconverterisnotused.Thecharge-pumpcapacitorsarerequiredbetweentheterminals.Theymustbefloatedwhentheconverterisnotused.IIIThesepinsareMCUinterfaceselectioninput.SeethefollowingThispinisresetsignalinput.Whenthepinislow,initializationofthechipisexecuted.Keepthispinpullhighduringnormaloperation.Thispinisthechipselectinput.ThechipisenabledforMCUcommunicationonlywhenCS#ispulledlow.ThispinisData/Commandcontrolpin.Whenthepinispulledhigh,theinputatD7~D0istreatedasdisplaydata.Whenthepinispulledlow,theinputatD7~D0willbetransferredtothecommandregister.Whenthepinispulledhighandserialinterfacemodeisselected,thedataatSDINwillbeinterpretedasdata.Whenitispulledlow,thedataatSDINwillbetransferredtothecommandregister.InI2Cmode,thispinactsasSA0forslaveaddressselection.FordetailrelationshiptoMCUinterfacesignals,pleaserefertotheTimingCharacteristicsDiagrams.Read/WriteEnableorThispinisMCUinterfaceinput.Wheninterfacingtoa68XX-seriesmicroprocessor,thispinwillbeusedastheEnable(E)signal.Read/writeoperationisinitiatedwhenthispinispulledhighandtheCS#ispulledlow.Whenconnectingtoan80XX-microprocessor,thispinreceivestheRead(RD#)signal.DatareadoperationisinitiatedwhenthispinispulledlowandCS#ispulledlow.4-wire8-bit80XX010001000100011technology1.5PinDefinition4Pintechnology1.5PinDefinition4PinIRead/WriteSelectorThispinisMCUinterfaceinput.Wheninterfacingtoa68XX-seriesmicroprocessor,thispinwillbeusedasRead/Write(R/W#)selectioninput.Pullthispinto“High”forreadmodeandpullitto“Low”forwritemode.When80XXinterfacemodeisselected,thispinwillbetheWrite(WR#)input.DatawriteoperationisinitiatedwhenthispinispulledlowandtheCS#ispulledlow.WhenserialorI2Cmodeisselected,thispinmustbeconnectedtoVSS.HostDataInput/OutputThesepinsare8-bitbi-directionaldatabustobeconnectedtothemicroprocessor’sdatabus.Whenserialmodeisselected,D1willbetheserialdatainputSDINandD0willbetheserialclockinputSCLK.WhenI2Cmodeisselected,D2&D1shouldbetiredtogetherandserveasSDAout&SDAininapplicationandD0istheserialclockinputSCL.UnusedpinsmustbeconnectedtoVSSexceptforD2inserialN.C.--ReservedTheN.C.pinbetweenfunctionpinsarereservedforcompatibleandflexibleReservedPin(SupportingThesupportingpinscanreducetheinfluencesfromstressesonthefunctionpins.ThesepinsmustbeconnectedtoexternalgroundastheESDprotectioncircuit.technologyNote1:AlltheabovevoltagesareonthebasistechnologyNote1:Alltheabovevoltagesareonthebasisof“VSS=Note2:Whenthismoduleisusedbeyondtheaboveabsolutemaximumratings,permanentbreakageofthemodulemayoccur.Also,fornormaloperations,itisdesirabletousethismoduleundertheconditionsaccordingtoSection3.“Optics&ElectricalCharacteristics”.Ifthismoduleisusedbeyondtheseconditions,malfunctioningofthemodulecanoccurandthereliabilityofthemodulemayNote3:Thedefinedtemperaturerangesdonotincludethepolarizer.temperatureofthepolarizershouldbe80C.Note4:VCC=9.0V,Ta=25°C,50%SoftwareconfigurationfollowsSection4.4ThemaximumEndoflifetimeisspecifiedas50%ofinitialbrightnessreached.Theaverageoperatinglifetimeatroomtemperatureisestimatedbytheacceleratedoperationathightemperatureconditions.5SupplyVoltageforLogicSupplyVoltageforDC/DCOperatingTemperatureStorageTemperatureLifeTime(80cd/m2)LifeTime(600451,1,1,3444technology3.1Optics*OpticalmeasurementtakenatVDD=2.8V,VCC=9V&7.5V.SoftwareconfigurationfollowsSection4.4Initialization.3.2DCNotetechnology3.1Optics*OpticalmeasurementtakenatVDD=2.8V,VCC=9V&7.5V.SoftwareconfigurationfollowsSection4.4Initialization.3.2DCNote5&6:Brightness(Lbr)andSupplyVoltageforDisplay(VCC)aresubjecttothechangeofthecharacteristicsandthecustomer’sNoteNoteVDD=2.8V,VCC=9V,100%DisplayAreaTurnVDD=2.8V,VCC=7.5V,100%DisplayAreaTurn*SoftwareconfigurationfollowsSection4.46SupplyVoltageforSupplyVoltageforDisplay(SuppliedExternally)SupplyVoltageforSupplyVoltageforDisplay(GeneratedbyInternalDC/DC)HighLevelInputLowLevelInputLowLevelOperatingCurrentfor(VCCSupplied(VCCGeneratedbyInternalSleepModeCurrentforVDDSleepModeCurrentforICC,Note5Note6(InternalDC/DCIOUT=100μA,3.3MHzIOUT=100μA,3.3MHzIOUT=100μA,3.3MHzIOUT=100μA,NoteNote0091285(VCCSupplied(VCCGeneratedbyInternalC.I.E.ViewingAngleNoteNoteC.I.E.technology3.3AC68XX-SeriesMPUParallelInterfaceTiming*technology3.3AC68XX-SeriesMPUParallelInterfaceTiming*(VDD-VSS=1.65Vto3.3V,Ta=7ClockCycleTimeAddressSetupTimeAddressHoldTimeWriteDataSetupTimeWriteDataHoldTimeReadDataHoldTimeOutputDisableTimeAccessTimeChipSelectLowPulseWidth(Read)ChipSelectLowPulsewidth(Write)ChipSelectHighPulseWidth(Read)ChipSelectHighPulseWidth(Write)RiseTimeFall507technology68XX-SeriesMPUParallelInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,technology68XX-SeriesMPUParallelInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/16V,390k?,R1=(VoltageatIREF-VSS)/1.65~3.3V,itshouldbeequaltoMPUI/O*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsource(9V),R1shouldreplacedas9108 C2N C1N C2P C1P VBAT 123456789technology80XX-SeriesMPUParallelInterfaceTiming*(VDD-VSStechnology80XX-SeriesMPUParallelInterfaceTiming*(VDD-VSS=1.65Vto3.3V,Ta=(ReadTiming(WriteTiming9ClockCycleTimeAddressSetupTimeAddressHoldTimeWriteDataSetupTimeWriteDataHoldTimeReadDataHoldTimeOutputDisableTimeAccessTimeReadLowTimeWriteLowTimeReadHighTimeWriteHighChipSelectSetupChipSelectHoldTimetoReadSignalChipSelectHoldTimeRiseFall07-00technology80XX-SeriesMPUParallelInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/16V,technology80XX-SeriesMPUParallelInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/16V,390k?,R1=(VoltageatIREF-VSS)/1.65~3.3V,itshouldbeequaltoMPUI/O*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsource(9V),R1shouldreplacedas910 C2N C1N C2P C1P VBAT 123456789technologySerialInterfaceTimingCharacteristics:(4-wire*(VDDtechnologySerialInterfaceTimingCharacteristics:(4-wire*(VDD-VSS=1.65Vto3.3V,Ta=ClockCycleTimeAddressSetupTimeAddressHoldTimeChipSelectSetupTimeChipSelectHoldTimeWriteDataSetupTimeWriteDataHoldTimeClockLowTimeRiseTimeFalltechnology4-wireSerialInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,technology4-wireSerialInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/16V,390k?,R1=(VoltageatIREF-VSS)/1.65~3.3V,itshouldbeequaltoMPUI/O*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsource(9V),R1shouldbereplacedas910k?. C2N C1N C2P C1P VBAT 123456789technologySerialInterfaceTimingCharacteristics:(3-wire*(VDD-technologySerialInterfaceTimingCharacteristics:(3-wire*(VDD-VSS=1.65Vto3.3V,Ta=ClockCycleChipSelectSetupTimeChipSelectHoldTimeWriteDataSetupTimeWriteDataHoldTimeClockLowTimeRiseTimeFalltechnology3-wireSerialInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μFtechnology3-wireSerialInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleak0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/16V,390k?,R1=(VoltageatIREF-VSS)/1.65~3.3V,itshouldbeequaltoMPUI/Ovoltage.*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsource(9V),R1shouldbereplacedas910k?. SCL SDA C2N C1N C2P C1P VBAT SDAD2 123456789technologyI2CInterfaceTiming*(VDD-technologyI2CInterfaceTiming*(VDD-VSS=1.65Vto3.3V,Ta=ClockCycleStartConditionHoldDataHoldTime(for“SDAOUT”Pin)DataHoldTime(for“SDAIN”Pin)DataSetupTimeStartConditionSetup(OnlyrelevantforarepeatedStartcondition)StopConditionSetupTimeRiseTimeforDataandClockPinFallTimeforDataandClockIdleTimebeforeaNewTransmissioncan0technologyI2CInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleakR1,0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/technologyI2CInterfacewithInternalCharge特別提醒(SpecialTips):主板設計務必加電子開關否則,(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleakR1,0.1μF/6.3V,4.7μF/16V,0.1μF/16V,1μF/16V,390k?,R1=(VoltageatIREF-VSS)/1.65~3.3V,itshouldbeequaltoMPUI/O*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsource(9V),R1shouldbereplacedas910k?. SCL SDA C2N C1N C2P C1P VBAT SDAD2 123456789technologyRefertotheTechnicalManualforthePowerdownandPowerupToprotectOELpanelandextendthepanellifetime,thedriverICpowerup/downroutineshouldincludeadelayperiodbetweenhighvoltageandlowvoltagepowersourcesduringturnon/off.ItgivestheOELpanelenoughtimetocompletetheactionofchargeanddischargebefore/aftertheoperation.4.2.1PoweruptechnologyRefertotheTechnicalManualforthePowerdownandPowerupToprotectOELpanelandextendthepanellifetime,thedriverICpowerup/downroutineshouldincludeadelayperiodbetweenhighvoltageandlowvoltagepowersourcesduringturnon/off.ItgivestheOELpanelenoughtimetocompletetheactionofchargeanddischargebefore/aftertheoperation.4.2.1PowerupC/PowerupoSendDisplayoffcommandClearScreenPowerupVCC/VBATDelay100ms(WhenVCCisSendDisplayon4.2.2PowerdownPowerdownVCC/VBATDelay100ms is0andpanelPowerdownVDDNoteSinceanESDprotectioncircuitisconnected insidethedriverbecomeslowerthanVDDwheneverVDDisONandVCCisOFF.VCC/VBATshouldbekeptfloat(disable)whenitisOFF.PowerPins(VDD,VCC,VBAT)canneverbepulledtogroundunderanycircumstance.VDDshouldnotbepowerdownbeforeVCC/VBATpowerdown.ResetWhenRES#inputislow,thechipisinitializedwiththefollowingDisplayisOFFNormalsegmentanddisplaydatacolumnandrowaddressmapping(SEG0mappedtocolumnaddress00handCOM0mappedtorowaddress00h)ShiftregisterdataclearinserialinterfaceDisplaystartlineissetatdisplayRAMaddress0Columnaddresscounterissetat0NormalscandirectionoftheCOMoutputsContrastcontrolregisterissetat7FhNormaldisplaymode(EquivalenttoA4hCC/TDDtechnologyActualApplicationCommandusageandexplanationofanactual4.4.1VCCSupplied<PoweruptechnologyActualApplicationCommandusageandexplanationofanactual4.4.1VCCSupplied<Powerup0xD3,0x00VDD/VCCoff0x8D,0x100xDA,0x120x81,0xCFDisplayDataIfthenoiseisaccidentallyoccurredatthedisplayingwindowduringtheoperation,pleaseresetthedisplayinordertorecoverthedisplayfunction.0xDB,0x300xA8,0x3F0xD9,0X22SetDisplayClockDivideRatio/OscillatorFrequency0xD5,0x80(100msDelayInitializedStatePowerupVCC&Stabilized(DelayRecommended)SetRES#as(3μsDelayClearPowerStabilizedPowerupVDDtechnology<PowerdownPowerdownNormalV/Voff (100msDelaytechnology<PowerdownPowerdownNormalV/Voff (100msDelay<EnteringSleepNormalSleep<ExitingSleepSleepNormalExternal{/*display/*setlowercolumn/*sethighercolumn/*setdisplaystart/*setpage(100msDelayPowerupVCC&Stabilized(DelayRecommended)technology/*contract/*setsegment/*normal//*multiplex/*duty=/*Comtechnology/*contract/*setsegment/*normal//*multiplex/*duty=/*Comscan/*setdisplay/*setosc/*setpre-charge/*setCOM/*set/*setchargepump Clear}/*displayvoidwrite_i(unsignedchar{}technologyvoidwrite_d(unsignedchar{technologyvoidwrite_d(unsignedchar{}voiddelay(unsignedint{{}}void{unsignedintj=0;/*sethighercolumn{}/*setpage}technology4.4.2VCCGeneratedbyInternalDC/DC<Powerup0xA8,0x3FVDD/VBATtechnology4.4.2VCCGeneratedbyInternalDC/DC<Powerup0xA8,0x3FVDD/VBAToff0xD3,0x000xDA,0x120x81,0xcfDisplayDataIfthenoiseisaccidentallyoccurredatthedisplayingwindowduringtheoperation,pleaseresetthedisplayinordertorecoverthedisplayfunction.0xDB,0x30SetDisplayClockDivideRatio/OscillatorFrequency0xD5,0x800xD9,0x22PowerStabilizedInitializedStateSetRES#as(3μsDelay0x8D,0x14PowerupVDDBClearPowerStabilizedPowerupVDDtechnology<PowerdownPowerStabilized(100msDelayRecommended)NormalVDD/VBAToffPowerdownBtechnology<PowerdownPowerStabilized(100msDelayRecommended)NormalVDD/VBAToffPowerdownB(50msDelay<EnteringSleep0x8D,0x10NormalSleep<ExitingSleep0x8D,0x14SleepNormal setting（Charge{/*display/*setlowercolumn/*sethighercolumn(100msDelayPowerStabilized0x8D,0x10technology/*setdisplaystart/*setpage/*contract/*setsegment/*normal//*multiplextechnology/*setdisplaystart/*setpage/*contract/*setsegment/*normal//*multiplex/*duty=/*Comscan/*setdisplay/*setosc/*setpre-charge/*setCOM/*set/*setchargepump Clear/*display}voidwrite_i(unsignedchar{technology}voidwrite_d(unsignedchar{technology}voidwrite_d(unsignedchar{}voiddelay(unsignedint{{}}void{unsignedintj=0;/*sethighercolumn{}}technology5.1ContentsofReliabilityThesamplestechnology5.1ContentsofReliabilityThesamplesusedfortheabovetestsdonotincludeNomoisturecondensationisobservedduring5.2FailureCheckAfterthecompletionofthedescribedreliabilitytest,thesampleswereleftatroomtemperaturefor2hrspriortoconductingthefailuretestat235C;5515%RH.LowTemperatureOperationHighTemperatureStorageLowTemperatureStorageThermal70C,240-40C,24085C,240-40C,24060C,90%RH,120-40C85C,24cycles60minsdwellfunctionstechnology6.1EnvironmentCustomer’stest&measurementarerequiredtobeconductedundertechnology6.1EnvironmentCustomer’stest&measurementarerequiredtobeconductedunderthefollowingDistancebetweenthePanel&235515%≥DistancebetweenthePanel&EyesoftheInspector:≥Fingerglove(orfingercover)mustbewornbytheinspector.Inspectiontableorjigmustbeanti-electrostatic.6.2SamplingLevelII,NormalInspection,SingleSampling,MIL-STD-6.3Criteria&AcceptableQuality6.3.1CosmeticCheck(DisplayOff)inNon-ActiveCheckPanelGeneralX>6mm(AlongwithY>1mm(PerpendiculartoXYXYDefectsinPatternCheck(DisplayDefectsinCosmeticCheck(Displaytechnology6.3.1CosmeticCheck(DisplayOff)technology6.3.1CosmeticCheck(DisplayOff)inNon-ActiveAreaCheckPanelCopperExposedFilmorTraceGlueorContaminationon(Couldn’tBeRemovedbyInkMarkingonBackSideofpanel(ExcludeonFilm)AnycrackisnotNotAllowablebyNakedEyeIgnorefortechnology6.3.2CosmeticCheck(DisplayOff)inActiveItisrecommendedtotechnology6.3.2CosmeticCheck(DisplayOff)inActiveItisrecommendedtoexecuteinclearroomenvironment(class10k)ifactualin*Protectivefilmshouldnotbetearoffwhencosmetic**DefinitionofW&L&Φ(Unit:mm):Φ=(a+b)/Lb:MinorWa:MajorCheckAnyDirt&ScratchonProtective(OnPolarizer)Dirt,BlackSpot,ForeignMaterial,(OnPolarizer)Dent,Bubbles,Whitespot(OnPolarizer)IgnorefornotAffectthePolarizerW≤0.1 W>L≤ n≤L> n=Φ≤ 0.1<Φ≤ n≤0.25< n=Φ≤IgnoreifnoInfluenceon0.5< n=Nottechnology6.3.3PatternCheck(DisplayOn)technology6.3.3PatternCheck(DisplayOn)inActiveCheckNoMissingPixelDarkerWrong technologyANTISTATICx1Pcsx1pcsEPETray technologyANTISTATICx1Pcsx1pcsEPETrayExsiccatorx2x1B6pcsEPE370mmx280mmxxC4PcsPartIDLotIDQ'tyQCCartonBoxL464mmxW313mmxH472mm,AB(Major/Holding Total Primary perPrimaryperPrimaryperPrimaryBox(Including1EmptyTray) perCarton(4asMajor/Maximum)technologySincethedisplaypanelisbeingmadetechnologySincethedisplaypanelisbeingmadeofglass,donotapplymechanicalimpactssuchusdroppingfromahighposition.Ifthedisplaypanelisbrokenbysomeaccidentandtheinternalorganicsubstanceleaksout,becarefulnottoinhalenorlicktheorganicsubstance.IfpressureisappliedtothedisplaysurfaceoritsneighborhoodoftheOELdisplaymodule,thecellstructuremaybedamagedandbecarefulnottoapplypressuretothesesections.ThepolarizercoveringthesurfaceoftheOELdisplaymoduleissoftandeasilyscratched.PleasebecarefulwhenhandlingtheOELdisplaymodule.WhenthesurfaceofthepolarizeroftheOELdisplaymodulehassoil,cleanthesurface.Ittakesadvantageofbyusingfollowingadhesiontape.ScotchMendingTapeNo.810oranNevertrytobreatheuponthesoiledsurfacenorwipethesurfaceusingclothcontainingsolventsuchasethylalcohol,sincethesurfaceofthepolarizerwillbecomecloudy.Also,payattentionthatthefollowingliquidandsolventmayspoiltheAromaticHoldOELdisplaymoduleverycarefullywhenplacingOELdisplaymoduleintothesystemhousing.DonotapplyexcessivestressorpressuretoOELdisplaymodule.And,donotoverbendthefilmwithelectrodepatternlayouts.Thesestresseswillinfluencethedisplayperformance.Also,securesufficientrigidityfortheoutercases.DonotapplystresstothedriverICandthesurroundingmoldedsections.DonotdisassemblenormodifytheOELdisplaymodule.DonotapplyinputsignalswhilethelogicpowerisPaysufficientattentiontotheworkingenvironmentswhenhandingOELdisplaymodulestopreventoccurrenceofelementbreakageaccidentsbystaticelectricity.BesuretomakehumanbodygroundingwhenhandlingOELdisplayBesuretogroundtoolstouseorassemblysuchassolderingTosuppressgenerationofstaticelectricity,avoidcarryingoutassemblyworkunderdryProtectivefilmisbeingappliedtothesurfaceofthedisplaypaneloftheOELdisplaymodule.Becarefulsincestaticelectricitymaybegeneratedwhenexfoliatingtheprotectivefilm.Protectionfilmisbeingappliedtothesurfaceofthedisplaypanelandremovestheprotectionfilmbeforeassemblingit.Atthistime,iftheOELdisplaymodulehasbeenstoredforalongperiodoftime,residueadhesivematerialoftheprotectionfilmmayremainonthesurfaceofthedisplaypanelafterremovedofthefilm.Insuchcase,removetheresiduematerialbythemethodintroducedintheaboveSection5).IfelectriccurrentisappliedwhentheOELdisplaymoduleisbeingdewedorwhenitisplacedunderhighhumidityenvironments,theelectrodesmaybecorrodedandbecarefultoavoidtheabove.technologyStorageWhenstoringOELdisplaymodules,puttheminstaticelectricitypreventivebagsavoidingexposuretotechnologyStorageWhenstoringOELdisplaymodules,puttheminstaticelectricitypreventivebagsavoidingexposuretodirectsunlightnortolightsoffluorescentlamps.and,also,avoidinghightemperatureandhighhumidityenvironmentorlowtemperature(lessthan0C)environments.(WerecommendyoutostorethesemodulesinthepackagedstatewhentheywereshippedfromLimitotechnologyInc.)Atthattime,becarefulnottoletwaterdropsadheretothepackagesorbagsnorletdewingoccurwiththem.IfelectriccurrentisappliedwhenwaterdropsareadheringtothesurfaceoftheOELdisplaymodule,whentheOELdisplaymoduleisbeingdewedorwhenitisplacedunderhighhumidityenvironments,theelectrodesmaybecorrodedandbecarefulabouttheabove.DesigningTheabsolutemaximumratingsaretheratingswhichcannotbeexceededforOELdisplaymodule,andifthesevaluesareexceeded,paneldamagemaybehappen.Topreventoccurrenceofmalfunctioningbynoise,payattentiontosatisfyspecificationsand,atthesametime,tomakethesignallinecableasshortasWerecommendyoutoinstallexcesscurrentpreventiveunit(fuses,etc.)tothepowercircuit(VDD).(Recommendvalue:0.5A)PaysufficientattentiontoavoidoccurrenceofmutualnoiseinterferencewiththeneighboringAsforEMI,takenecessarymeasuresontheequipmentsideWhenfasteningtheOELdisplaymodule,fastentheexternalplastichousingIfpowersupplytotheOELdisplaymoduleisforciblyshutdownbysucherrorsastakingoutthemainbatterywhiletheOELdisplaypanelisinoperation,wecannotguaranteethequalityofthisOELdisplaymodule.TheelectricpotentialtobeconnectedtotherearfaceoftheICchipshouldbeasfollows:*Connection(contact)toanyotherpotentialthantheabovemayleadtoruptureofthePrecautionswhendisposingoftheOELdisplay1)RequestthequalifiedcompaniestohandleindustrialwasteswhendisposingoftheOELdisplaymodules.Or,whenburningthem,besuretoobservetheenvironmentalandhygieniclawsandOtherWhenanOELdisplaymoduleisoperatedforalongoftimewithfixedpatternmayremainasanafterimageorslightcontrastdeviationmayoccur.Nonetheless,iftheoperationisinterruptedandleftunusedforawhile,normalstatecanberestored.Also,therewillbenoprobleminthereliabilityofthemodule.Toprote