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ProductPartOELDisplayCustomerPartForfuturePartProductPartOELDisplayCustomerPartForfuturePartID:QG-AForfutureElectronTEchnology1.PleasecontactForfutureElectronTechnologyCo.,Limitedbeforeassimodulespecificationyourproductbasedon2.Theinformationcontainedhereinispresentedmerelytoindicatethecharacteristicsandourproducts.NoresponsibilityisassumedbyForfutureElectronTechnologyCo.,Limited.foranypropertyclaimsorotherproblemsthatmayresultfromapplicationbasedonthemoduledescribedFrom:ForfutureElectronTEchnologyApprovedApprovedForfutureElectronTechnologyiPartRevisionRevisedQG-AForfutureElectronTechnologyiPartRevisionRevisedQG-AForfutureElectronTechnologyDisplaySpecificationsMechanicalSpecificationsActiveArea/MemoryMapping&PixelConstructionMechanicalDrawingPinAbsoluteMaximumOpticsCharacteristicsDCCharacteristicsACI2CForfutureElectronTechnologyDisplaySpecificationsMechanicalSpecificationsActiveArea/MemoryMapping&PixelConstructionMechanicalDrawingPinAbsoluteMaximumOpticsCharacteristicsDCCharacteristicsACI2CInterfaceI2CInterfacewithInternalChargeSerialInterfaceTimingCharacteristics:(4-wireSPI)4-wireSerialInterfacewithInternalChargePumpPowerdownandPowerupPowerupPowerdownSequenceResetCircuitActualApplicationVCCSuppliedVCCGeneratedbyInternalDC/DCContentsofReliabilityFailureCheckEnvironmentRequiredSamplingPlanCriteria&AcceptableQualityCosmeticCheck(DisplayOff)inNon-ActiveCosmeticCheck(DisplayOff)inActivePatternCheck(DisplayOn)inActive8HandlingPrecautionsStoragePrecautionsDesigningPrecautionsPrecautionswhendisposingoftheOELdisplayOtherForfutureElectronTechnology1.DisplayDisplayDisplayDrivePassiveMatrixMonochrome(White)1/40DutyMechanicalAccordingtotheannexedoutlinedrawing72401211ForfutureElectronTechnology1.DisplayDisplayDisplayDrivePassiveMatrixMonochrome(White)1/40DutyMechanicalAccordingtotheannexedoutlinedrawing724012111.29.1965.180.1280.130.1080.11(mm)OutlineDrawing:NumberofPixels:PanelSize:ActiveArea:PixelPitch:PixelSize:ActiveArea/MemoryMapping&PixelComComComCom 0.11ForfutureElectronTechnologyMechanical0.11 6 5.18A.A6.18V.A 11.0±0.15 7.5x7(4)x0.05mmRemoveTape Original12.0±0.15 11.2±0.3 10.196 9.196 Dots:72*40Seg99Com ComCom Com P0.65x(16- ScaleColor:DriverIC: Customer ForfutureElectronTechnology FPC QG-7240TSWEG01FoldingTypeOELDisplay4-wireSPI, PixelNumber:72x40,Monochrome,COG SodaLime/GeneralTolerance: Panel/ Scale ForfutureElectronTechnologyMechanical0.11 6 5.18A.A6.18V.A 11.0±0.15 7.5x7(4)x0.05mmRemoveTape Original12.0±0.15 11.2±0.3 10.196 9.196 Dots:72*40Seg99Com ComCom Com P0.65x(16- ScaleColor:DriverIC: Customer ForfutureElectronTechnology FPC QG-7240TSWEG01FoldingTypeOELDisplay4-wireSPI, PixelNumber:72x40,Monochrome,COG SodaLime/GeneralTolerance: Panel/ Scale 1of 123456789ForfutureElectronTechnologyPinPin76PPowerSupplyforThisisavoltageForfutureElectronTechnologyPinPin76PPowerSupplyforThisisavoltagesupplypin.ItmustbeconnectedtoexternalGroundofLogicThisisagroundpin.Itactsasareferenceforthelogicpins.Itmustbeconnectedtoexternalground.PowerSupplyforOELThisisthemostpositivevoltagesupplypinofthechip.AstabilizationcapacitorshouldbeconnectedbetweenthispinandVSSwhentheconverterisused.Itmustbeconnectedtoexternalsourcewhentheconverterisnotused.OVoltageOutputHighLevelforCOMThispinistheinputpinforthevoltageoutputhighlevelforCOMsignals.AcapacitorshouldbeconnectedbetweenthispinandVSS.53/1/C1P/C1NC2P/PIPowerSupplyforDC/DCConverterThisisthepowersupplypinfortheinternalbufferoftheDC/DCvoltageconverter.Itmustbeconnectedtoexternalsourcewhentheconverterisused.ItshouldbeconnectedtoVDDwhentheconverterisnotused.NegativeTerminaloftheFlyingBoostfloatedwhentheconverterisnotused.89IIIIIPowerResetforControllerandThispinisresetsignalinput.Whenthepinislow,initializationofthechipisexecuted.Keepthispinpullhighduringnormaloperation.CommunicatingProtocolThesepinsareMCUinterfaceselectioninput.SeethefollowingChipThispinisthechipselectinput.ThechipisenabledforMCUcommunicationonlywhenCS#ispulledlow.ThispinisData/Commandcontrolpin.Whenthepinispulledhigh,theinputatD7~D0istreatedasdisplaydata.Whenthepinispulledlow,theinputatD7~D0willbetransferredtothecommandregister.Whenthepinispulledhighandserialinterfacemodeisselected,thedataatSDINwillbeinterpretedasdata.Whenitispulledlow,thedataatSDINwillbetransferredtothecommandregister.InI2Cmode,thispinactsasSA0forslaveaddressselection.FordetailrelationshiptoMCUinterfacesignals,pleaserefertotheTimingCharacteristicsDiagrams.HostDataInput/OutputWhenserialmodeisselected,D1willbetheserialdatainputSDINandD0willbetheserialclockinputSCLK.WhenI2Cmodeisselected,D2&D1shouldbetiredtogetherandserveasSDAout&SDAininapplicationandD0istheserialclockinput4-wire10ForfutureElectronTechnologyNote1:AlltheabovevoltagesareonForfutureElectronTechnologyNote1:Alltheabovevoltagesareonthebasisof“VSS=Note2:Whenthismoduleisusedbeyondtheaboveabsolutemaximumratings,permanentbreakageofthemodulemayoccur.Also,fornormaloperations,itisdesirabletousethismoduleundertheconditionsaccordingtoSection3.“Optics&ElectricalCharacteristics”.Ifthismoduleisusedbeyondtheseconditions,malfunctioningofthemodulecanoccurandthereliabilityofthemodulemayNote3:Thedefinedtemperaturerangesdonotincludethepolarizer.temperatureofthepolarizershouldbe80C.Note4:VCC=7.25V,Ta=25°C,50%SoftwareconfigurationfollowsSection4.4ThemaximumEndoflifetimeisspecifiedas50%ofinitialbrightnessreached.Theaverageoperatinglifetimeatroomtemperatureisestimatedbytheacceleratedoperationathightemperatureconditions.SupplyVoltageforSupplyVoltageforSupplyVoltagefor（InternalDC/DCOperatingTemperatureStorageTemperatureLifeTime(120cd/m2)LifeTime(80cd/m2)LifeTime(60-0--41,1,1,3444ForfutureElectronTechnology3.1Optics*OpticalmeasurementtakenatVDD=2.8V,VCC=7.25V.SoftwareconfigurationfollowsSection4.43.2DCNote5&6:ForfutureElectronTechnology3.1Optics*OpticalmeasurementtakenatVDD=2.8V,VCC=7.25V.SoftwareconfigurationfollowsSection4.43.2DCNote5&6:Brightness(Lbr)andSupplyVoltageforDisplay(VCC)aresubjecttothechangeofthecharacteristicsandthecustomer’sNoteNoteVDD=2.8V,VCC=7.25V,100%DisplayAreaTurnVDD=2.8V,=7.25V,100%DisplayAreaTurn*SoftwareconfigurationfollowsSection4.4SupplyVoltageforSupplyVoltageforDisplay(SuppliedExternally)SupplyVoltageforDC/DCSupplyVoltageforDisplay(GeneratedbyInternalDC/DC)HighLevelInputLowLevelInputHighLevelOutputLowLevelOperatingCurrentforOperatingCurrentforVCC(VCCSuppliedOperatingCurrentfor(VCCGeneratedbyInternalSleepModeCurrentforVDDSleepModeCurrentforIDD,Note5(InternalDC/DCDisable)InternalDC/DCEnableNote6(InternalDC/DCIOUT=100μA,3.3MHzIOUT=100μA,3.3MHzIOUT=100μA,3.3MHzIOUT=100μA,NoteNote7-00512-5V(VCCSupplied(VCCGeneratedbyInternalC.I.E.DarkRoomContrastViewingAngleNoteNoteC.I.E.ForfutureElectronTechnology3.3AC I2CInterfaceTimingForfutureElectronTechnology3.3AC I2CInterfaceTiming*(VDD-VSS=1.65Vto3.3V,Ta=ClockCycleStartConditionHoldDataHoldTime(for“SDAOUT”DataHoldTime(for“SDAIN”DataSetupStartConditionSetup(OnlyrelevantforarepeatedStartcondition)StopConditionSetupTimeRiseTimeforDataandClockPinFallTimeforDataandClockIdleTimebeforeaNewTransmissioncan0ForfutureElectronTechnologyI2CInterfacewithForfutureElectronTechnologyI2CInterfacewithInternalCharge特別提醒(SpecialTips):主板設(shè)計(jì)務(wù)必加電子開關(guān),否則,可能引起漏電流現(xiàn)(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleakRecommendedR2,R4,R3:0.1μF/6.3V,4.7μF/6.3V,2.2μF/16V,4.7μF/16V,0.1μF/16V,1μF/16V,1.65~3.3V,itshouldbeequaltoMPUI/Ovoltage.*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsourceForfutureElectronTechnologySerialInterfaceTimingCharacteristics:(4-wire*(VForfutureElectronTechnologySerialInterfaceTimingCharacteristics:(4-wire*(VDD-VSS=1.65Vto3.3V,Ta=ClockCycleTimeAddressSetupTimeAddressHoldTimeChipSelectSetupTimeChipSelectHoldTimeWriteDataSetupTimeWriteDataHoldTimeClockLowTimeClockHighTimeRiseTimeFallForfutureElectronTechnology4-wireSerialInterfacewithForfutureElectronTechnology4-wireSerialInterfacewithInternalCharge特別提醒(SpecialTips):主板設(shè)計(jì)務(wù)必加電子開關(guān),否則,可能引起漏電流現(xiàn)(Whendesignmainboard,PleaseaddElectronicSwitchcircuit,otherwise,willbecausedleakRecommendedR2,R1:0.1μF/6.3V,4.7μF/6.3V,2.2μF/16V,4.7μF/16V,0.1μF/16V,1.65~3.3V,itshouldbeequaltoMPUI/Ovoltage.*VBATwillbeconnectedtoVDDwhenVCCbeconnectedtoexternalsourceForfutureElectronTechnologyRefertotheTechnicalManualforthePowerdownandPowerupToprotectOELpanelandextendthepanellifetime,thedriverICpowerup/downroutineshouldincludeadelayperiodbetweenhighvoltageandlowvoltagepowersourcesForfutureElectronTechnologyRefertotheTechnicalManualforthePowerdownandPowerupToprotectOELpanelandextendthepanellifetime,thedriverICpowerup/downroutineshouldincludeadelayperiodbetweenhighvoltageandlowvoltagepowersourcesduringturnon/off.ItgivestheOELpanelenoughtimetocompletetheactionofchargeanddischargebefore/aftertheoperation.4.2.1PowerupBATPowerupoSendDisplayoffcommandClearScreenPowerupVCC/VBATDelay100ms(WhenVCCisSendDisplayon4.2.2PowerdownSendDisplayoffcommandPowerdownVCC/VBATDelay100msVCV /is0andpanelcompletelyNotePowerSinceanESDprotectioncircuitisconnectedinsidethedriver becomeslowerVDDwheneverVDDisONandVCCisVCC/VBATshouldbekeptfloat(disable)whenitisPowerPins(VDD,VCC,VBAT)canneverbepulledtounderanyVDDshouldnotbepowerdownbeforeVCC/VBATpowerResetWhenRES#inputislow,thechipisinitializedwiththefollowingDisplayisOFF12864DisplayModeNormalsegmentanddisplaydatacolumnandrowaddressmapping(SEG0mappedtocolumnaddress00handCOM0mappedtorowaddress00h)ShiftregisterdataclearinserialinterfaceDisplaystartlineissetatdisplayRAMaddress0Columnaddresscounterissetat0NormalscandirectionoftheCOMoutputsContrastcontrolregisterissetat7FhNormaldisplaymode(EquivalenttoA4hCC/TDForfutureElectronTechnologyActualApplicationCommandusageandofanactual4.4.1VCC<PowerupSetForfutureElectronTechnologyActualApplicationCommandusageandofanactual4.4.1VCC<PowerupSetDisplayOffset0xD3,0x00offSetDisplayStartLineSetChargePump0x8D,0x10SetSegmentRe-MapSetCOMOutputScanDirection0xDA,0x12DataSetContrastControl0x81,0x2FIfthenoiseisaccidentallyoccurredatthedisplayingwindowduringtheoperation,pleaseresetthedisplayinordertorecoverthedisplayfunction.SetVCOMHDeselectLevel0xDB,0x20SetMultiplexRatio0xA8,0x27SetPre-ChargePeriod0xD9,0x22SetDisplayClockDivideRatio/OscillatorFrequency0xD5,0xF0InitialSettingsConfigurationSetDisplayOff(100msDelayRecommendedInitializedState(ParametersasDefault)SetDisplayOnSetRES#as(3μsDelayPowerupVCC&Stabilized(DelayPowerStabilized(DelayRecommended)Powerup(RES#asLowClearSetEntireDisplayOn/OffForfutureElectronTechnology<PowerdownPowerdownVNormalV/Voff(100msDelayRecoForfutureElectronTechnology<PowerdownPowerdownVNormalV/Voff(100msDelayRecommended Powerdown<EnteringSleepNormalSleep<ExitingSleepSetDisplayOnSleepNormalExternalsettingvoid{/*display/*setosc/*multiplex/*duty=/*setdisplay(100msDelayRecommendedPowerupVCC&Stabilized(DelaySetDisplayOffPowerdownSetDisplayOffForfutureElectronTechnology/*SetDisplayStartLine/*setchargepump/*SetpageaddressForfutureElectronTechnology/*SetDisplayStartLine/*setchargepump/*Setpageaddress/*setsegment/*Comscan/*setCOM/*InternalIREF/*contract/*setpre-charge/*set/*SetEntireDisplay/*normal//*setlowercolumn/*sethighercolumn/*display}ForfutureElectronTechnologyI2Cvoidwrite_w(unsignedForfutureElectronTechnologyI2Cvoidwrite_w(unsignedchar{unsignedcharj;{{}{}}voidwrite_i(unsignedchar{}voidwrite_d(unsignedchar{} {ForfutureElectronTechnology}{}4-wireForfutureElectronTechnology}{}4-wireSPIvoidwrite_i(unsigned{unsignedchar unsignedintj;{{}{}}voidwrite_d(unsigned{unsignedchar unsignedintj;{ForfutureElectronTechnology{ForfutureElectronTechnology{}{}}voiddelay(unsignedint{{t--}}ForfutureElectronTechnologyGeneratedbyInternalupSetDisplayOffset0xD3,0x00offSetDisplayForfutureElectronTechnologyGeneratedbyInternalupSetDisplayOffset0xD3,0x00offSetDisplayStartLineSetChargePump0x8D,0x14SetSegmentRe-MapSetCOMOutputScanDirection0xDA,0x12DataSetContrastControl0x81,0x2FIfthenoiseisaccidentallyoccurredatthedisplayingwindowduringtheoperation,pleaseresetthedisplayinordertorecoverthedisplayfunction.SetVCOMHDeselectLevel0xDB,0x20SetMultiplexRatio0xA8,0x27SetPre-ChargePeriod0xD9,0x22SetDisplayClockDivideRatio/OscillatorFrequency0xD5,0xF0InitialSettingsConfigurationSetDisplayOff(100msDelayRecommendedInitializedState(ParametersasDefault)SetDisplayOnSetRES#as(3μsDelayPowerupVCC&Stabilized(DelayPowerStabilized(DelayRecommended)Powerup(RES#asLowClearSetEntireDisplayOn/OffForfutureElectronTechnology<PowerdownPowerStabilized(100msDelayRecommended)NormaloffForfutureElectronTechnology<PowerdownPowerStabilized(100msDelayRecommended)NormaloffPowerdownV(50msDelay<EnteringSleepSetChargePump0x8d,0x10NormalSleep<ExitingSleepSetChargePump0x8d,0x14SleepNormalsetting（Chargevoid{/*display/*setoscSetDisplayOnPowerup(100msDelayRecommendedPowerStabilized(100msDelayRecommended)PowerdownSetDisplayOffPowerdownSetChargePump0x8D,0x10SetDisplayOffForfutureElectronTechnology/*multiplex/*duty=/*setdisplay/*SetDisplayStartLine/*setchargepumpForfutureElectronTechnology/*multiplex/*duty=/*setdisplay/*SetDisplayStartLine/*setchargepump/*Setpageaddress/*setsegment/*Comscan/*setCOM/*InternalIREF/*contract/*setpre-charge/*set/*SetEntireDisplay/*normal//*setlowercolumn/*sethighercolumn/*display}ForfutureElectronTechnologyI2CvoidForfutureElectronTechnologyI2Cvoidwrite_w(unsignedchar{unsignedcharj;{{}{}}voidwrite_i(unsignedchar{}voidwrite_d(unsignedchar{} {ForfutureElectronTechnology} {}ForfutureElectronTechnology} {}4-wireSPIvoidwrite_i(unsigned{unsignedchar unsignedintj;{{}{}}voidwrite_d(unsigned{unsignedchar unsignedintj;ForfutureElectronTechnology{ForfutureElectronTechnology{{}{}}voiddelay(unsignedint{{t--}}ForfutureElectronTechnology5.1ContentsofReliabilityTheForfutureElectronTechnology5.1ContentsofReliabilityThesamplesusedfortheabovetestsdonotincludeNomoisturecondensationisobservedduring5.2FailureCheckAfterthecompletionofthedescribedreliabilitytest,thesampleswereleftatroomtemperaturehrspriortoconductingthefailuretestat235C;5515%RH.forHighTemperatureOperationLowTemperatureOperationHighTemperatureStorageLowTemperatureStorageHighTemperature/HumidityThermal70C,240-40C,24085C,240-40C,24060C,90%RH,120-40C85C,24cycles60minsdwellTheoperationalfunctionsForfutureElectronTechnology6.1EnvironmentCustomer’stest&measurementarerequiredtobeForfutureElectronTechnology6.1EnvironmentCustomer’stest&measurementarerequiredtobeconductedunderthefollowingFluorescentDistancebetweenthePanel&235515%≥DistancebetweenthePanel&EyesoftheInspector:≥30cmFingerglove(orfingercover)mustbewornbytheinspector.Inspectiontableorjigmustbeanti-electrostatic.6.2SamplingLevelII,NormalInspection,SingleSampling,MIL-STD-6.3Criteria&AcceptableQuality6.3.1CosmeticCheck(DisplayOff)inNon-ActiveCheckClassificaPanelGeneralX>6mm(AlongwithY>1mm(PerpendiculartoXYXYDefectsinPatternCheck(DisplayDefectsinCosmeticCheck(DisplayForfutureElectronTechnology6.3.1CosmeticCheck(DisplayForfutureElectronTechnology6.3.1CosmeticCheck(DisplayOff)inNon-ActiveAreaCheckClassificaPanelCopperExposed(EvenPinorFilm)FilmorTraceTerminalLeadProberGlueorContaminationon(Couldn’tBeRemovedbyInkMarkingonBackSideofpanel(ExcludeonFilm)AnycrackisnotNotAllowablebyNakedEyeIgnoreforForfutureElectronTechnology6.3.2CosmeticCheck(DisplayOff)inActiveItisForfutureElectronTechnology6.3.2CosmeticCheck(DisplayOff)inActiveItisrecommendedtoexecuteinclearroomenvironment(class10k)ifactualin*Protectivefilmshouldnotbetearoffwhencosmetic**DefinitionofW&L&Φ(Unit:mm):Φ=(a+b)/Lb:MinorWa:MajorCheckClassificaAnyDirt&ScratchonProtectiveScratches,Fiber,Line-ShapeDefect(OnPolarizer)Dirt,BlackSpot,ForeignMaterial,(OnPolarizer)Dent,Bubbles,Whitespot(AnyTransparentSpotonPolarizer)Fingerprint,FlowMark(OnPolarizer)IgnorefornotAffectthePolarizerW≤0.1 W>L≤ n≤L> n=Φ≤ 0.1<Φ≤ n≤0.25< n=Φ≤IgnoreifnoInfluenceon0.5< n=NotForfutureElectronTechnology6.3.3PatternCheckForfutureElectronTechnology6.3.3PatternCheck(DisplayOn)inActiveCheckClassificaNoMissingPixelDarkerWrongUn-ForfutureElectronTechnologyANTISTATICx1Pcsx1pcs1B6PcsTrayVacuumEPEStaggeredForfutureElectronTechnologyANTISTATICx1Pcsx1pcs1B6PcsTrayVacuumEPEStaggeredTrayExsiccatorx2Wrappedwithadhesivetapex1B6pcsVacuumpackingEPE370mmx280mmxCARTONPrimaryL450mmxW296xH110,BwavePartIDLotIDQ'tyQCCartonBoxL464mmxW313mmxH472mm,AB(Major/MaximumHolding Total Primary perPrimaryperPrimaryperPrimaryBox(Including1EmptyTray) perCarton(4asMajor/Maximum)ForfutureElectronTechnologyHandlingSincethedisplaypanelisbeingmadeofglass,ForfutureElectronTechnologyHandlingSincethedisplaypanelisbeingmadeofglass,donotapplymechanicalimpactssuchusdroppingfromahighposition.Ifthedisplaypanelisbrokenbysomeaccidentandtheinternalorganicsubstanceleaksout,carefulnottoinhalenorlicktheorganicIfpressureisappliedtothedisplaysurfaceoritsneighborhoodoftheOELdisplaymodule,thecellstructuremaybedamagedandbecarefulnottoapplypressuretothesesections.ThepolarizercoveringthesurfaceoftheOELdisplaymoduleissoftandeasilyscratched.PleasebecarefulwhenhandlingtheOELdisplaymodule.WhenthesurfaceofthepolarizeroftheOELdisplaymodulehassoil,cleanthesurface.ItadvantageofbyusingfollowingadhesionScotchMendingTapeNo.810oranNevertrytobreatheuponthesoiledsurfacenorwipethesurfaceusingclothcontainingsolventsuchasethylalcohol,sincethesurfaceofthepolarizerwillbecomecloudy.Also,payattentionthatthefollowingliquidandsolventmayspoiltheAromaticHoldOELdisplaymoduleverycarefullywhenplacingOELdisplaymoduleintothesystemhousing.DonotapplyexcessivestressorpressuretoOELdisplaymodule.And,donotoverbendthefilmwithelectrodepatternlayouts.Thesestresseswillinfluencethedisplayperformance.Also,securesufficientrigidityfortheoutercases.DonotapplystresstothedriverICandthesurroundingmoldedsections.DonotdisassemblenormodifytheOELdisplaymodule.DonotapplyinputsignalswhilethelogicpowerisPaysufficientattentiontotheworkingenvironmentswhenhandingOELdisplaymodulestopreventoccurrenceofelementbreakageaccidentsbystaticelectricity.BesuretomakehumanbodygroundingwhenhandlingOELdisplayBesuretogroundtoolstouseorassemblysuchassolderingTosuppressgenerationofstaticelectricity,avoidcarryingoutassemblyworkunderdryProtectivefilmisbeingappliedtothesurfaceofthedisplaypaneloftheOELdisplayBecarefulsincestaticelectricitymaybegeneratedwhenexfoliatingtheprotectiveProtectionfilmisbeingappliedtothesurfaceofthedisplaypanelandremovestheprotectionfilmbeforeassemblingit.Atthistime,iftheOELdisplaymodulehasbeenstoredforalongperiodoftime,residueadhesivematerialoftheprotectionfilmmayremainonthesurfaceofthedisplaypanelafterremovedofthefilm.Insuchcase,removetheresiduematerialbythemethodintroducedintheaboveSection5).IfelectriccurrentisappliedwhentheOELdisplaymoduleisbeingdewedorwhenitisplacedunderhighhumidityenvironments,theelectrodesmaybecorrodedandbecarefultoavoidtheabove.ForfutureElectronTechnologyStorageWhenstoringOELdisplaymodules,puttheminstaticelectricitypreventivebagsavoidingexposuretodirectsunlightnortolightsoffluorescentlamps.and,also,avoidinghightemperatureandhighhumidityenvironmentorlowtemperatureForfutureElectronTechnologyStorageWhenstoringOELdisplaymodules,puttheminstaticelectricitypreventivebagsavoidingexposuretodirectsunlightnortolightsoffluorescentlamps.and,also,avoidinghightemperatureandhighhumidityenvironmentorlowtemperature(lessthan0C)environments.(WerecommendyoutostorethesemodulesinthepackagedstatewhentheywereshippedfromAllvisiontechnologyInc.)Atthattime,becarefulnottoletwaterdropsadheretothepackagesorbagsnorletdewingoccurwiththem.IfelectriccurrentisappliedwhenwaterdropsareadheringtothesurfaceoftheOELdisplaymodule,whentheOELdisplaymoduleisbeingdewedorwhenitisplacedunderhighhumidityenvironments,theelectrodesmaybecorrodedandbecarefulabouttheabove.DesigningTheabsolutemaximumratingsaretheratingswhichcannotbeexceededforOELdisplaymodule,andifthesevaluesareexceeded,paneldamagemaybehappen.Topreventoccurrenceofmalfunctioningbynoise,payattentiontosatisfyspecificationsand,atthesametime,tomakethesignallinecableasshortasWerecommendyoutoinstallexcesscurrentpreventiveunit(fuses,etc.)tothepowercircuit