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15寸AU双灯 G150XG01 V1.pdf

15寸AU双灯 G150XG01 V1.pdf

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7次下载 0人收藏 暂无简介 简介 2011-06-23 举报

简介:15寸AU双灯管液晶屏的规格书

G150XG01V1rev.0.31/28G150XG01V1()PreliminarySpecifications(V)FinalSpecificationsModule15InchColorTFT-LCDModelNameG150XG01V1CustomerDateChecked&ApprovedbyNote:ThisSpecificationissubjecttochangewithoutnotice.ApprovedbyDateDebbieChiu2008/05/13PreparedbyDannyWang2008/05/13GeneralDisplayBusinessDivision/AUOptronicscorporationG150XG01V1rev.0.32/28G150XG01V1Contents1.OperatingPrecautions.....................................................................................42.GeneralDescription.........................................................................................52.1DisplayCharacteristics......................................................................................................52.2OpticalCharacteristics.......................................................................................................63.FunctionalBlockDiagram...............................................................................94.AbsoluteMaximumRatings...........................................................................104.1AbsoluteRatingsofTFTLCDModule..............................................................................104.2AbsoluteRatingsofEnvironment.....................................................................................105.ElectricalCharacteristics...............................................................................115.1TFTLCDModule.............................................................................................................115.2BacklightUnit...................................................................................................................136.SignalCharacteristic......................................................................................156.1PixelFormatImage..........................................................................................................156.2ScanningDirection...........................................................................................................156.3SignalDescription............................................................................................................166.4TheInputDataFormat.....................................................................................................176.5InterfaceTiming...............................................................................................................186.6PowerON/OFFSequence...............................................................................................197.Connector&PinAssignment........................................................................207.1TFTLCDModule:LVDSConnector.................................................................................207.2BacklightUnit:LampConnector......................................................................................227.3LampConnectorPinAssignment.....................................................................................228.ReliabilityTestCriteria...................................................................................239.MechanicalCharacteristics...........................................................................249.1LCMFrontViewandRearView.......................................................................................249.2LCMOutlineDimension(FrontView)...............................................................................259.3LCMOutlineDimension(RearView)...............................................................................2610.LabelandPackaging....................................................................................2710.1ShippingLabel(ontherearsideofTFT-LCDdisplay)...................................................2710.2CartonPackage.............................................................................................................2711Safety..............................................................................................................2811.1SharpEdgeRequirements.............................................................................................2811.2Materials.........................................................................................................................2811.3Capacitors......................................................................................................................2811.4NationalTestLabRequirement......................................................................................28G150XG01V1rev.0.33/28G150XG01V1RecordofRevisionVersionandDatePageOlddescriptionNewDescription0.02007/05/15AllFirstEdition0.12007/08/17AllFinalVersion0.22007/10/0123HotStorage:60HotStorage:650.32008/5/1326OutlineDimension(T60:N/A)OutlineDimension(T60:15mm)G150XG01V1rev.0.34/28G150XG01V11.OperatingPrecautions1)Sincefrontpolarizeriseasilydamaged,pleasebecautiousandnottoscratchit.2)Besuretoturnoffpowersupplywheninsertingordisconnectingfrominputconnector.3)Wipeoffwaterdropimmediately.Longcontactwithwatermaycausediscolorationorspots.4)Whenthepanelsurfaceissoiled,wipeitwithabsorbentcottonorsoftcloth.5)Sincethepanelismadeofglass,itmaybebrokenorcrackedifdroppedorbumpedonhardsurface.6)SinceCMOSLSIisusedinthismodule,takecareofstaticelectricityandinsurehumanearthwhenhandling.7)Donotopennormodifythemoduleassembly.8)Donotpressthereflectorsheetatthebackofthemoduletoanydirection.9)Incaseifamodulehastobeputbackintothepackingcontainerslotafteritwastakenoutfromthecontainer,donotpressthecenteroftheCCFLReflectoredge.Instead,pressatthefarendsoftheCFLReflectoredgesoftly.OtherwisetheTFTModulemaybedamaged.10)AttheinsertionorremovaloftheSignalInterfaceConnector,besurenottorotatenortilttheInterfaceConnectoroftheTFTModule.11)AfterinstallationoftheTFTModuleintoanenclosure(NotebookPCBezel,forexample),donottwistnorbendtheTFTModuleevenmomentary.Atdesigningtheenclosure,itshouldbetakenintoconsiderationthatnobending/twistingforcesareappliedtotheTFTModulefromoutside.OtherwisetheTFTModulemaybedamaged.12)ColdcathodefluorescentlampinLCDcontainsasmallamountofmercury.Pleasefollowlocalordinancesorregulationsfordisposal.13)SmallamountofmaterialshavingnoflammabilitygradeisusedintheLCDmodule.TheLCDmoduleshouldbesuppliedbypowercompliedwithrequirementsofLimitedPowerSource(IEC60950orUL1950),orbeappliedexemption.14)TheLCDmoduleisdesignedsothattheCFLinitissuppliedbyLimitedCurrentCircuit(IEC60950orUL1950).DonotconnecttheCFLinHazardousVoltageCircuit.15)Severetemperatureconditionmayresultindifferentluminance,responsetimeandlampignitionvoltage.16)ContinuousoperatingTFT-LCDdisplayunderlowtemperatureenvironmentmayacceleratelampexhaustionandreduceluminancedramatically.17)ThedataonthisspecificationsheetisapplicablewhenLCDmoduleisplacedinlandscapeposition.18)Continuousdisplayingfixedpatternmayinduceimagesticking.It’srecommendedtousescreensaverorshufflecontentperiodicallyiffixedpatternisdisplayedonthescreen.G150XG01V1rev.0.35/28G150XG01V12.GeneralDescriptionG150XG01V1isaColorActiveMatrixLiquidCrystalDisplaycomposedofaTFT-LCDdisplay,adrivercircuit,andabacklightsystem.ThescreenformatisintendedtosupportXGA(1024(H)x768(V))screenand16.2M(RGB8-bits)or262kcolors(RGB6-bits).AllinputsignalsareLVDSinterfacecompatible.Invertercardofbacklightisnotincluded.AlldesignrulesofthismodulecancorrespondtoPSWGstandard.G150XG01V1isdesignedforindustrialdisplayapplications.2.1DisplayCharacteristicsThefollowingitemsarecharacteristicssummaryonthetableunder25condition:ItemsUnitSpecificationsScreenDiagonal[inch]15ActiveArea[mm]304.128(H)x228.096(V)PixelsHxV1024x3(RGB)x768PixelPitch[mm]0.297x0.297PixelArrangementR.G.B.VerticalStripeDisplayModeTN,NormallyWhiteNominalInputVoltageVDD[Volt]3.3typ.TypicalPowerConsumption[Watt]8.9(64GrayBarPattern,excludeinverter)Weight[Grams]1100g(typ.)PhysicalSize[mm]326.5(H)x253.5(V)x12.0(D)(typ.)ElectricalInterface1channelLVDSSurfaceTreatmentAnti-glare,Hardness3HSupportColor16.2M/262KcolorsTemperatureRangeOperatingStorage(Non-Operating)[oC][oC]0to+65(+65oCaspanelsurfacetemperature)-20to+65RoHSComplianceRoHSComplianceG150XG01V1rev.0.36/28G150XG01V12.2OpticalCharacteristicsTheopticalcharacteristicsaremeasuredunderstableconditionsat25(RoomTemperature):ItemUnitConditionsMin.Typ.Max.NoteWhiteLuminance[cd/m2]IRCFL=5.5mA(centerpoint)300350-1Uniformity%9Points7580-1,2,3ContrastRatio400700-4Crosstalk%-1.21.55[msec]Rising-5.7[msec]Falling-2.3ResponseTime[msec]Raising+Falling-86[degree][degree]Horizontal(Right)CR=10(Left)60607070--ViewingAngle[degree][degree]Vertical(Upper)CR=10(Lower)55506560--7Redx0.6120.6420.672Redy0.3070.3370.367Greenx0.2760.3060.336Greeny0.5510.5810.611Bluex0.1140.1440.174Bluey0.0710.1010.131Whitex0.2830.3130.343Color/ChromaticityCoordinates(CIE1931)Whitey0.2990.3290.359ColorGamut%65-Note1:MeasurementmethodEquipmentPatternGenerator,PowerSupply,DigitalVoltmeter,Luminancemeter(SR_3orequivalent)Aperture1with50cmviewingdistanceTestPointCenterEnvironment<1luxLCDModuleSR_3orequivalentMeasuringdistanceModuleDrivingEquipmentG150XG01V1rev.0.37/28G150XG01V1Note2:Definitionof9pointsposition(Displayactivearea:304.128(H)x228.096(V))Note3:Theluminanceuniformityof9pointsisdefinedbydividingtheminimumluminancevaluesbythemaximumtestpointluminanceNote4:Definitionofcontrastratio(CR):Note5:Definitionofcrosstalk(CT)CT=|YB–YA|/YA100(%)WhereYA=Luminanceofmeasuredlocationwithoutgraylevel0pattern(cd/m2)YB=Luminanceofmeasuredlocationwithgraylevel0pattern(cd/m2)MinimumBrightnessofninepointsδW9=MaximumBrightnessofninepointsContrastratio(CR)=Brightnessonthe“White”stateBrightnessonthe“Black”state50%90%90%50%10%10%1/21/21/61/6AB1/21/21/61/62/31/31/32/3A’B’184graylevelG150XG01V1rev.0.38/28G150XG01V1Note6:Definitionofresponsetime:Theoutputsignalsofphotodetectoraremeasuredwhentheinputsignalsarechangedfrom“White”to“Black”(fallingtime)andfrom“Black”to“White”(risingtime),respectively.Theresponsetimeintervalisbetween10%and90%ofamplitudes.Pleaserefertothefigureasbelow.Note7:DefinitionofviewingangleViewingangleisthemeasurementofcontrastratio10,atthescreencenter,overa180horizontaland180verticalrange(off-normalviewingangles).The180viewinganglerangeisbrokendownasbelow:90(θ)horizontalleftandright,and90(Φ)verticalhigh(up)andlow(down).Themeasurementdirectionistypicallyperpendiculartothedisplaysurfacewiththescreenrotatedtoitscentertodevelopthedesiredmeasurementviewingangle.10090100%OpticalresponseWhiteBlackWhiteTfTr90100OpticalresponseWhiteBlackWhiteTrG150XG01V1rev.0.39/28G150XG01V13.FunctionalBlockDiagramThefollowingdiagramshowsthefunctionalblockofthe15inchcolorTFT/LCDmodule:3804-F20N-06R/MSB240420EJST-BHR-03VS-1MatingType:HRSDF14-20S-1.25CSM02(8.0)B-BHS-1-TB2CCFLConnectorLVDSReceiverTimingControllerInverterDCPOWERAUASICRSDSLVDS+3.3VTFT-LCD1024(3)*768PixelsY-DriverICG1G768D1D3072GateDriverICSourceDriverICDC/DCConverterGammaCorrectionG150XG01V1rev.0.310/28G150XG01V14.AbsoluteMaximumRatings4.1AbsoluteRatingsofTFTLCDModuleItemSymbolMinMaxUnitLogic/LCDDriveVoltageVin0.3+3.6[Volt]4.2AbsoluteRatingsofEnvironmentItemSymbolMinMaxUnitOperatingTemperatureTOP0+65[oC]OperationHumidityHOP890[%RH]StorageTemperatureTST-20+65[oC]StorageHumidityHST890[%RH]Note:MaximumWet-Bulbshouldbe39andnocondensation.T=40C,H=95%T=65C,H=27.9%G150XG01V1rev.0.311/28G150XG01V15.ElectricalCharacteristics5.1TFTLCDModule5.1.1PowerSpecificationSymbolParameterMinTypMaxUnitsRemarkVDDLogic/LCDDriveVoltage3.03.33.6[Volt]10%IDDVDDCurrent-550660[mA]64GrayBarPattern(VDD=3.3V,at60Hz)IrushLCDInrushCurrent--3[A]Note1PDDVDDPower-1.92.2[Watt]64GrayBarPattern(VDD=3.3V,at60Hz)Note1:Measurementcondition:Q3AO6402GD2SD1D5D6Q3AO6402GD2SD1D5D6C11uF/16VC21uF/25VC30.01uF/25VF1VR147K+12.0VVCCSW1SWMAG-SPST12(HightoLow)ControlSignal(LCDModuleInput)R21K+3.3VR147KR21K90%10%VDDrisingtime0V3.3V470usVDD64GraypatternG150XG01V1rev.0.312/28G150XG01V15.1.2SignalElectricalCharacteristicsInputsignalsshallbeloworHi-ZstatewhenVDDisoff.Note:LVDSSignalWaveform.SymbolItemMin.Typ.Max.UnitRemarkVTHDifferentialInputHighThreshold--100[mV]VCM=1.2VVTLDifferentialInputLowThreshold-100--[mV]VCM=1.2V|VID|InputDifferentialVoltage100400600[mV]VICMDifferentialInputCommonModeVoltage1.11.45[V]VTH/VTL=100mVG150XG01V1rev.0.313/28G150XG01V15.2BacklightUnit5.2.1ParameterguidelineforCCFLFollowingcharacteristicsaremeasuredunderastableconditionusinganinverterat25(RoomTemperature):SymbolParameterMin.Typ.Max.UnitRemarkIRCFLCCFLoperationrange2.55.56.5[mA]rms(Ta=25oC)Note1FCFLCCFLFrequency404665[KHz](Ta=25oC)Note2ViCFL(0oC)(reference)CCFLIgnitionVoltage-11801480[Volt]rms(Ta=0oC)ViCFL(25oC)(reference)CCFLIgnitionVoltage-9101140[Volt]rms(Ta=25oC)VCFLCCFLDischargeVoltage567630693[Volt]rms(Ta=25oC)Note3IRCFL=5.5mAVCFL=Typ10%PCFLCCFLPowerconsumption(inverterexcluded)-6.93-[Watt](Ta=25oC)Note3IRCFL=5.5mALampLife50,000-Hrs(Ta=25oC)Note4IRCFL=5.5mANote1:IRCFLisdefinedasthereturncurrentofaninverter.(InFigure.1)(Figure.1:Measurementofreturncurrent)AstableIRCFLisacurrentwithoutflickerorbiasingwaveformprovidedbyinverterthatensuresthebacklightperformtoitsspecification.Theidealsinewaveformshouldbesymmetricinpositiveandnegativepolaritiesandtheasymmetryrateoftheinverterwaveformshouldbebelow10%.(Note)Ip:PositivepeakvalueI-p:NegativepeakvalueIrms:EffectivevalueIpI-pReferenceDCBias=(|Ip–I-p|/Irms)x100%<10%CrestFactor=Ipor(I-p)/Irmsshouldhavetherangewithin1.414+10%InverterLampHiLomA+-G150XG01V1rev.0.314/28G150XG01V1Itisrecommendedtousetheinverterwithdetectioncircuit(ie:balanceandprotectioncircuit)toavoidovervoltage,overcurrent,ormismatchingwaveform.Note2:CCFLfrequencyshouldbecarefullydeterminedtoavoidinterferencebetweeninverterandTFTLCD.Higherfrequencywillinducehigherleakagecurrentandfurtherimpactlamplife.Note3:Calculatorvalueforreference(IRCFLxVCFLx2=PCFL).Note4:Thedefinitionoflamplifemeanswhenanyoffollowingconditionshappen:a)Luminancefallsto50%orlessoftheinitialvalue.b)Normallightingisnomoreavailable(flickering,pinklighting,nolighting,etc.)c)Lampvoltageorlightingstartvoltageexceedsthespecifiedvalue.Lamplifetimeshortensaccordingtoa)Placingmethodology:mercuryisunevenlydistributedinportraitmountingb)Environmentalcondition:lowtemperaturereducesthepresenceofmercuryvapor,whichresultsinapproximatelylamplifeof1,000hoursc)CCFLsurfacetemperature:Presenceofgradientinlampsurfacetemperaturecausesunevenmercurymigrationd)Inverterdesign:itsresonancecapacitorshouldbefine-tunedaccordingtotheimpedanceofCCFLe)Overdrivingcurrent(>6.5mA)shortenslamplifetimedramatically.Note5:Thedisplayiswithduallampdesign,andtheCCFLcurrentinabovetablereferstoeachlampG150XG01V1rev.0.315/28G150XG01V16.SignalCharacteristic6.1PixelFormatImageFollowingfigureshowstherelationshipbetweeninputsignalandLCDpixelformat.6.2ScanningDirectionThefollowingfiguresshowtheimageseenfromthefrontview.Thearrowindicatesthedirectionofscan.Fig.1Normalscan(Pin4,REV=LoworNC)Fig.2Reversescan(Pin4,REV=High)G150XG01V1rev.0.316/28G150XG01V16.3SignalDescriptionThemoduleusingapairofLVDSreceiverSN75LVDS82(TexasInstruments)orcompatible.LVDSisadifferentialsignaltechnologyforLCDinterfaceandhighspeeddatatransferdevice.TransmittershallbeSN75LVDS83(negativeedgesampling)orcompatible.ThefirstLVDSport(RxOxxx)transmitsoddpixelswhilethesecondLVDSport(RxExxx)transmitsevenpixels.3804-F20N-06R(E&T)/MSB240420E(STM)PinNo.SymbolDescription1VDDPowerSupply,3.3V(typical)2VDDPowerSupply,3.3V(typical)3VSSGround4REVReverseScanselection*.Note15Rin0--LVDSdifferentialdatainput(R0-R5,G0)6Rin0++LVDSdifferentialdatainput(R0-R5,G0)7VSSGround8Rin1--LVDSdifferentialdatainput(G1-G5,B0-B1)9Rin1++LVDSdifferentialdatainput(G1-G5,B0-B1)10VSSGround11Rin2--LVDSdifferentialdatainput(B2-B5,HS,VS,DE)12Rin2++LVDSdifferentialdatainput(B2-B5,HS,VS,DE)13VSSGround14ClkIN--LVDSdifferentialclockinput15ClkI

15寸AU双灯 G150XG01 V1.pdf

15寸AU双灯 G150XG01 V1.pdf

上传者: like708
7次下载 0人收藏 暂无简介 简介 2011-06-23 举报

简介:15寸AU双灯管液晶屏的规格书

G150XG01V1rev.0.31/28G150XG01V1()PreliminarySpecifications(V)FinalSpecificationsModule15InchColorTFT-LCDModelNameG150XG01V1CustomerDateChecked&ApprovedbyNote:ThisSpecificationissubjecttochangewithoutnotice.ApprovedbyDateDebbieChiu2008/05/13PreparedbyDannyWang2008/05/13GeneralDisplayBusinessDivision/AUOptronicscorporationG150XG01V1rev.0.32/28G150XG01V1Contents1.OperatingPrecautions.....................................................................................42.GeneralDescription.........................................................................................52.1DisplayCharacteristics......................................................................................................52.2OpticalCharacteristics.......................................................................................................63.FunctionalBlockDiagram...............................................................................94.AbsoluteMaximumRatings...........................................................................104.1AbsoluteRatingsofTFTLCDModule..............................................................................104.2AbsoluteRatingsofEnvironment.....................................................................................105.ElectricalCharacteristics...............................................................................115.1TFTLCDModule.............................................................................................................115.2BacklightUnit...................................................................................................................136.SignalCharacteristic......................................................................................156.1PixelFormatImage..........................................................................................................156.2ScanningDirection...........................................................................................................156.3SignalDescription............................................................................................................166.4TheInputDataFormat.....................................................................................................176.5InterfaceTiming...............................................................................................................186.6PowerON/OFFSequence...............................................................................................197.Connector&PinAssignment........................................................................207.1TFTLCDModule:LVDSConnector.................................................................................207.2BacklightUnit:LampConnector......................................................................................227.3LampConnectorPinAssignment.....................................................................................228.ReliabilityTestCriteria...................................................................................239.MechanicalCharacteristics...........................................................................249.1LCMFrontViewandRearView.......................................................................................249.2LCMOutlineDimension(FrontView)...............................................................................259.3LCMOutlineDimension(RearView)...............................................................................2610.LabelandPackaging....................................................................................2710.1ShippingLabel(ontherearsideofTFT-LCDdisplay)...................................................2710.2CartonPackage.............................................................................................................2711Safety..............................................................................................................2811.1SharpEdgeRequirements.............................................................................................2811.2Materials.........................................................................................................................2811.3Capacitors......................................................................................................................2811.4NationalTestLabRequirement......................................................................................28G150XG01V1rev.0.33/28G150XG01V1RecordofRevisionVersionandDatePageOlddescriptionNewDescription0.02007/05/15AllFirstEdition0.12007/08/17AllFinalVersion0.22007/10/0123HotStorage:60HotStorage:650.32008/5/1326OutlineDimension(T60:N/A)OutlineDimension(T60:15mm)G150XG01V1rev.0.34/28G150XG01V11.OperatingPrecautions1)Sincefrontpolarizeriseasilydamaged,pleasebecautiousandnottoscratchit.2)Besuretoturnoffpowersupplywheninsertingordisconnectingfrominputconnector.3)Wipeoffwaterdropimmediately.Longcontactwithwatermaycausediscolorationorspots.4)Whenthepanelsurfaceissoiled,wipeitwithabsorbentcottonorsoftcloth.5)Sincethepanelismadeofglass,itmaybebrokenorcrackedifdroppedorbumpedonhardsurface.6)SinceCMOSLSIisusedinthismodule,takecareofstaticelectricityandinsurehumanearthwhenhandling.7)Donotopennormodifythemoduleassembly.8)Donotpressthereflectorsheetatthebackofthemoduletoanydirection.9)Incaseifamodulehastobeputbackintothepackingcontainerslotafteritwastakenoutfromthecontainer,donotpressthecenteroftheCCFLReflectoredge.Instead,pressatthefarendsoftheCFLReflectoredgesoftly.OtherwisetheTFTModulemaybedamaged.10)AttheinsertionorremovaloftheSignalInterfaceConnector,besurenottorotatenortilttheInterfaceConnectoroftheTFTModule.11)AfterinstallationoftheTFTModuleintoanenclosure(NotebookPCBezel,forexample),donottwistnorbendtheTFTModuleevenmomentary.Atdesigningtheenclosure,itshouldbetakenintoconsiderationthatnobending/twistingforcesareappliedtotheTFTModulefromoutside.OtherwisetheTFTModulemaybedamaged.12)ColdcathodefluorescentlampinLCDcontainsasmallamountofmercury.Pleasefollowlocalordinancesorregulationsfordisposal.13)SmallamountofmaterialshavingnoflammabilitygradeisusedintheLCDmodule.TheLCDmoduleshouldbesuppliedbypowercompliedwithrequirementsofLimitedPowerSource(IEC60950orUL1950),orbeappliedexemption.14)TheLCDmoduleisdesignedsothattheCFLinitissuppliedbyLimitedCurrentCircuit(IEC60950orUL1950).DonotconnecttheCFLinHazardousVoltageCircuit.15)Severetemperatureconditionmayresultindifferentluminance,responsetimeandlampignitionvoltage.16)ContinuousoperatingTFT-LCDdisplayunderlowtemperatureenvironmentmayacceleratelampexhaustionandreduceluminancedramatically.17)ThedataonthisspecificationsheetisapplicablewhenLCDmoduleisplacedinlandscapeposition.18)Continuousdisplayingfixedpatternmayinduceimagesticking.It’srecommendedtousescreensaverorshufflecontentperiodicallyiffixedpatternisdisplayedonthescreen.G150XG01V1rev.0.35/28G150XG01V12.GeneralDescriptionG150XG01V1isaColorActiveMatrixLiquidCrystalDisplaycomposedofaTFT-LCDdisplay,adrivercircuit,andabacklightsystem.ThescreenformatisintendedtosupportXGA(1024(H)x768(V))screenand16.2M(RGB8-bits)or262kcolors(RGB6-bits).AllinputsignalsareLVDSinterfacecompatible.Invertercardofbacklightisnotincluded.AlldesignrulesofthismodulecancorrespondtoPSWGstandard.G150XG01V1isdesignedforindustrialdisplayapplications.2.1DisplayCharacteristicsThefollowingitemsarecharacteristicssummaryonthetableunder25condition:ItemsUnitSpecificationsScreenDiagonal[inch]15ActiveArea[mm]304.128(H)x228.096(V)PixelsHxV1024x3(RGB)x768PixelPitch[mm]0.297x0.297PixelArrangementR.G.B.VerticalStripeDisplayModeTN,NormallyWhiteNominalInputVoltageVDD[Volt]3.3typ.TypicalPowerConsumption[Watt]8.9(64GrayBarPattern,excludeinverter)Weight[Grams]1100g(typ.)PhysicalSize[mm]326.5(H)x253.5(V)x12.0(D)(typ.)ElectricalInterface1channelLVDSSurfaceTreatmentAnti-glare,Hardness3HSupportColor16.2M/262KcolorsTemperatureRangeOperatingStorage(Non-Operating)[oC][oC]0to+65(+65oCaspanelsurfacetemperature)-20to+65RoHSComplianceRoHSComplianceG150XG01V1rev.0.36/28G150XG01V12.2OpticalCharacteristicsTheopticalcharacteristicsaremeasuredunderstableconditionsat25(RoomTemperature):ItemUnitConditionsMin.Typ.Max.NoteWhiteLuminance[cd/m2]IRCFL=5.5mA(centerpoint)300350-1Uniformity%9Points7580-1,2,3ContrastRatio400700-4Crosstalk%-1.21.55[msec]Rising-5.7[msec]Falling-2.3ResponseTime[msec]Raising+Falling-86[degree][degree]Horizontal(Right)CR=10(Left)60607070--ViewingAngle[degree][degree]Vertical(Upper)CR=10(Lower)55506560--7Redx0.6120.6420.672Redy0.3070.3370.367Greenx0.2760.3060.336Greeny0.5510.5810.611Bluex0.1140.1440.174Bluey0.0710.1010.131Whitex0.2830.3130.343Color/ChromaticityCoordinates(CIE1931)Whitey0.2990.3290.359ColorGamut%65-Note1:MeasurementmethodEquipmentPatternGenerator,PowerSupply,DigitalVoltmeter,Luminancemeter(SR_3orequivalent)Aperture1with50cmviewingdistanceTestPointCenterEnvironment<1luxLCDModuleSR_3orequivalentMeasuringdistanceModuleDrivingEquipmentG150XG01V1rev.0.37/28G150XG01V1Note2:Definitionof9pointsposition(Displayactivearea:304.128(H)x228.096(V))Note3:Theluminanceuniformityof9pointsisdefinedbydividingtheminimumluminancevaluesbythemaximumtestpointluminanceNote4:Definitionofcontrastratio(CR):Note5:Definitionofcrosstalk(CT)CT=|YB–YA|/YA100(%)WhereYA=Luminanceofmeasuredlocationwithoutgraylevel0pattern(cd/m2)YB=Luminanceofmeasuredlocationwithgraylevel0pattern(cd/m2)MinimumBrightnessofninepointsδW9=MaximumBrightnessofninepointsContrastratio(CR)=Brightnessonthe“White”stateBrightnessonthe“Black”state50%90%90%50%10%10%1/21/21/61/6AB1/21/21/61/62/31/31/32/3A’B’184graylevelG150XG01V1rev.0.38/28G150XG01V1Note6:Definitionofresponsetime:Theoutputsignalsofphotodetectoraremeasuredwhentheinputsignalsarechangedfrom“White”to“Black”(fallingtime)andfrom“Black”to“White”(risingtime),respectively.Theresponsetimeintervalisbetween10%and90%ofamplitudes.Pleaserefertothefigureasbelow.Note7:DefinitionofviewingangleViewingangleisthemeasurementofcontrastratio10,atthescreencenter,overa180horizontaland180verticalrange(off-normalviewingangles).The180viewinganglerangeisbrokendownasbelow:90(θ)horizontalleftandright,and90(Φ)verticalhigh(up)andlow(down).Themeasurementdirectionistypicallyperpendiculartothedisplaysurfacewiththescreenrotatedtoitscentertodevelopthedesiredmeasurementviewingangle.10090100%OpticalresponseWhiteBlackWhiteTfTr90100OpticalresponseWhiteBlackWhiteTrG150XG01V1rev.0.39/28G150XG01V13.FunctionalBlockDiagramThefollowingdiagramshowsthefunctionalblockofthe15inchcolorTFT/LCDmodule:3804-F20N-06R/MSB240420EJST-BHR-03VS-1MatingType:HRSDF14-20S-1.25CSM02(8.0)B-BHS-1-TB2CCFLConnectorLVDSReceiverTimingControllerInverterDCPOWERAUASICRSDSLVDS+3.3VTFT-LCD1024(3)*768PixelsY-DriverICG1G768D1D3072GateDriverICSourceDriverICDC/DCConverterGammaCorrectionG150XG01V1rev.0.310/28G150XG01V14.AbsoluteMaximumRatings4.1AbsoluteRatingsofTFTLCDModuleItemSymbolMinMaxUnitLogic/LCDDriveVoltageVin0.3+3.6[Volt]4.2AbsoluteRatingsofEnvironmentItemSymbolMinMaxUnitOperatingTemperatureTOP0+65[oC]OperationHumidityHOP890[%RH]StorageTemperatureTST-20+65[oC]StorageHumidityHST890[%RH]Note:MaximumWet-Bulbshouldbe39andnocondensation.T=40C,H=95%T=65C,H=27.9%G150XG01V1rev.0.311/28G150XG01V15.ElectricalCharacteristics5.1TFTLCDModule5.1.1PowerSpecificationSymbolParameterMinTypMaxUnitsRemarkVDDLogic/LCDDriveVoltage3.03.33.6[Volt]10%IDDVDDCurrent-550660[mA]64GrayBarPattern(VDD=3.3V,at60Hz)IrushLCDInrushCurrent--3[A]Note1PDDVDDPower-1.92.2[Watt]64GrayBarPattern(VDD=3.3V,at60Hz)Note1:Measurementcondition:Q3AO6402GD2SD1D5D6Q3AO6402GD2SD1D5D6C11uF/16VC21uF/25VC30.01uF/25VF1VR147K+12.0VVCCSW1SWMAG-SPST12(HightoLow)ControlSignal(LCDModuleInput)R21K+3.3VR147KR21K90%10%VDDrisingtime0V3.3V470usVDD64GraypatternG150XG01V1rev.0.312/28G150XG01V15.1.2SignalElectricalCharacteristicsInputsignalsshallbeloworHi-ZstatewhenVDDisoff.Note:LVDSSignalWaveform.SymbolItemMin.Typ.Max.UnitRemarkVTHDifferentialInputHighThreshold--100[mV]VCM=1.2VVTLDifferentialInputLowThreshold-100--[mV]VCM=1.2V|VID|InputDifferentialVoltage100400600[mV]VICMDifferentialInputCommonModeVoltage1.11.45[V]VTH/VTL=100mVG150XG01V1rev.0.313/28G150XG01V15.2BacklightUnit5.2.1ParameterguidelineforCCFLFollowingcharacteristicsaremeasuredunderastableconditionusinganinverterat25(RoomTemperature):SymbolParameterMin.Typ.Max.UnitRemarkIRCFLCCFLoperationrange2.55.56.5[mA]rms(Ta=25oC)Note1FCFLCCFLFrequency404665[KHz](Ta=25oC)Note2ViCFL(0oC)(reference)CCFLIgnitionVoltage-11801480[Volt]rms(Ta=0oC)ViCFL(25oC)(reference)CCFLIgnitionVoltage-9101140[Volt]rms(Ta=25oC)VCFLCCFLDischargeVoltage567630693[Volt]rms(Ta=25oC)Note3IRCFL=5.5mAVCFL=Typ10%PCFLCCFLPowerconsumption(inverterexcluded)-6.93-[Watt](Ta=25oC)Note3IRCFL=5.5mALampLife50,000-Hrs(Ta=25oC)Note4IRCFL=5.5mANote1:IRCFLisdefinedasthereturncurrentofaninverter.(InFigure.1)(Figure.1:Measurementofreturncurrent)AstableIRCFLisacurrentwithoutflickerorbiasingwaveformprovidedbyinverterthatensuresthebacklightperformtoitsspecification.Theidealsinewaveformshouldbesymmetricinpositiveandnegativepolaritiesandtheasymmetryrateoftheinverterwaveformshouldbebelow10%.(Note)Ip:PositivepeakvalueI-p:NegativepeakvalueIrms:EffectivevalueIpI-pReferenceDCBias=(|Ip–I-p|/Irms)x100%<10%CrestFactor=Ipor(I-p)/Irmsshouldhavetherangewithin1.414+10%InverterLampHiLomA+-G150XG01V1rev.0.314/28G150XG01V1Itisrecommendedtousetheinverterwithdetectioncircuit(ie:balanceandprotectioncircuit)toavoidovervoltage,overcurrent,ormismatchingwaveform.Note2:CCFLfrequencyshouldbecarefullydeterminedtoavoidinterferencebetweeninverterandTFTLCD.Higherfrequencywillinducehigherleakagecurrentandfurtherimpactlamplife.Note3:Calculatorvalueforreference(IRCFLxVCFLx2=PCFL).Note4:Thedefinitionoflamplifemeanswhenanyoffollowingconditionshappen:a)Luminancefallsto50%orlessoftheinitialvalue.b)Normallightingisnomoreavailable(flickering,pinklighting,nolighting,etc.)c)Lampvoltageorlightingstartvoltageexceedsthespecifiedvalue.Lamplifetimeshortensaccordingtoa)Placingmethodology:mercuryisunevenlydistributedinportraitmountingb)Environmentalcondition:lowtemperaturereducesthepresenceofmercuryvapor,whichresultsinapproximatelylamplifeof1,000hoursc)CCFLsurfacetemperature:Presenceofgradientinlampsurfacetemperaturecausesunevenmercurymigrationd)Inverterdesign:itsresonancecapacitorshouldbefine-tunedaccordingtotheimpedanceofCCFLe)Overdrivingcurrent(>6.5mA)shortenslamplifetimedramatically.Note5:Thedisplayiswithduallampdesign,andtheCCFLcurrentinabovetablereferstoeachlampG150XG01V1rev.0.315/28G150XG01V16.SignalCharacteristic6.1PixelFormatImageFollowingfigureshowstherelationshipbetweeninputsignalandLCDpixelformat.6.2ScanningDirectionThefollowingfiguresshowtheimageseenfromthefrontview.Thearrowindicatesthedirectionofscan.Fig.1Normalscan(Pin4,REV=LoworNC)Fig.2Reversescan(Pin4,REV=High)G150XG01V1rev.0.316/28G150XG01V16.3SignalDescriptionThemoduleusingapairofLVDSreceiverSN75LVDS82(TexasInstruments)orcompatible.LVDSisadifferentialsignaltechnologyforLCDinterfaceandhighspeeddatatransferdevice.TransmittershallbeSN75LVDS83(negativeedgesampling)orcompatible.ThefirstLVDSport(RxOxxx)transmitsoddpixelswhilethesecondLVDSport(RxExxx)transmitsevenpixels.3804-F20N-06R(E&T)/MSB240420E(STM)PinNo.SymbolDescription1VDDPowerSupply,3.3V(typical)2VDDPowerSupply,3.3V(typical)3VSSGround4REVReverseScanselection*.Note15Rin0--LVDSdifferentialdatainput(R0-R5,G0)6Rin0++LVDSdifferentialdatainput(R0-R5,G0)7VSSGround8Rin1--LVDSdifferentialdatainput(G1-G5,B0-B1)9Rin1++LVDSdifferentialdatainput(G1-G5,B0-B1)10VSSGround11Rin2--LVDSdifferentialdatainput(B2-B5,HS,VS,DE)12Rin2++LVDSdifferentialdatainput(B2-B5,HS,VS,DE)13VSSGround14ClkIN--LVDSdifferentialclockinput15ClkI
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