參考詳解分析

R2010-6053-A4(210XPROPRIETARYR2010-6053-A4(210XPROPRIETARYTHISSPECIFICATIONISTHEPROPERTYOFBOEBJANDSHALLNOTBEREPRODUCEDORCOPIEDWITHOUTTHEWRITTENPERMISSIONOFBOEBJANDMUSTBERETURNEDTOBOEBJUPONITSREQUESTSPEC.PRODUCTTFT-ISSUE OFNV125QUM-PreliminaryProductSpecificationRev.P0HEFEIJingDongFangOPTOELECTRONICSTECHNOLOGY1R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFREVISIONECNDESCRIPTIONOF-InitialWang2R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFREVISIONECNDESCRIPTIONOF-InitialWang2R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF3REVISION23General46ElectricalR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF3REVISION23General46Electrical7OpticalInterfaceInputSignals,DisplayColors&GrayScaleofPowerConnectorReliabilityHandling&PackingMechanicalOutlineEDIDPRODUCTISSUETFT-LCDOFSPEC.SPEC.NV125QUM-N81PreliminaryProduct41.0GENERAL1.1NV125FHM-N62isacoloractivematrixTFTLCDmoduleusingamorphoussiliconTFT's(ThinFilmTransistors)asanactiveswitchingdevices.Thismodulehasa12.5inchdiagonallymeasuredactiveareawithUHDPRODUCTISSUETFT-LCDOFSPEC.SPEC.NV125QUM-N81PreliminaryProduct41.0GENERAL1.1NV125FHM-N62isacoloractivematrixTFTLCDmoduleusingamorphoussiliconTFT's(ThinFilmTransistors)asanactiveswitchingdevices.Thismodulehasa12.5inchdiagonallymeasuredactiveareawithUHDresolutions(3840horizontalby2160verticalpixelarray).EachpixelisdividedintoRED,GREEN,BLUEdotswhicharearrangedinverticalStripeandthismodulecandisplay16.7Mcolors.TheTFT-LCDpanelusedforthismoduleisalowreflectionandhighercolortype.Therefore,thismoduleissuitableforNotebookPC.TheLEDDriverforback-lightdrivingisbuiltinthismodel.AllinputsignalsareeDP1.3interfaceLED1.24laneeDP1.3Interfacewith5.4GbpsLinkThinandlightTrue8bit,display16.7MSingleLEDLightingBar.(Downside/HorizontalDirection)NoMountingframeGreenProduct(RoHS&Halogenfreeproduct)OnboardLEDDrivingcircuitLowdrivingvoltageandlowpowerconsumptionOnboardEDIDchip4R2010-6053-A4(210X1eDP+BCLGHT(lurescntm)3840×2160DgrSourceR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFNotebookPC(WideGeneralThefollowingsaregeneralspecificationsatR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFNotebookPC(WideGeneralThefollowingsaregeneralspecificationsatthemodelNV125FHM-N62.(listedinTable<Table1.GeneralNotes:1.LEDLightingBar(64*LED5Active276.48(H)Numberof3840(H)Pixel0.072(H)PixelRGBVerticalDisplayDisplayNormallyOutlineWithBendPCB：282.08±0.5*168.89±0.5*4.6MaxWithoutPCB282.08±0.5*168.89±0.5*2.2Max185gSurfaceAnti-Back-LowerDownside,1-LEDLightingBarNotePowerPD:1.65WPBLWPtotalWPRODUCTISSUETFT-LCDOFSPEC.SPEC.NV125QUM-N81PreliminaryProduct62.0ABSOLUTEMAXIMUMThefollowingsaremaximumvalueswhich,ifexceed,maycausefaultyoperationordamagetotheunit.Theoperationalandnon-operationalmaximumvoltageandcurrentvaluesarelistedinTable2.<Table2.AbsoluteMaximumTa=25+/-Notes:1.Permanentdamagetothedevicemayoccurifmaximumvaluesareexceededfunctionaloperationshouldberestrictedtotheconditiondescribedundernormaloperatingconditions.2.TemperaturePRODUCTISSUETFT-LCDOFSPEC.SPEC.NV125QUM-N81PreliminaryProduct62.0ABSOLUTEMAXIMUMThefollowingsaremaximumvalueswhich,ifexceed,maycausefaultyoperationordamagetotheunit.Theoperationalandnon-operationalmaximumvoltageandcurrentvaluesarelistedinTable2.<Table2.AbsoluteMaximumTa=25+/-Notes:1.Permanentdamagetothedevicemayoccurifmaximumvaluesareexceededfunctionaloperationshouldberestrictedtotheconditiondescribedundernormaloperatingconditions.2.Temperatureandrelativehumidityrangeareshowninthefigurebelow.95%RHMax.(40OC≥Ta)wet-bulbtemperatureat39OCorless.(Ta>40OC)NoRelative(40,(50,Operating(60,506R2010-6053-A4(210XStorageStoragePowerSupply-VNoteLogicSupplyVss-VOperating0℃NoteStorage-℃R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFELECTRICALElectrical<Table3.Electricalspecifications Ta=25+/-R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFELECTRICALElectrical<Table3.Electricalspecifications Ta=25+/-Notes:1.ThesupplyvoltageismeasuredandspecifiedattheinterfaceconnectorofLCM.Thecurrentdrawandpowerconsumptionspecifiedisfor3.3Vat25℃.Typ:MosaicMax:R255/G255/B2552.Calculatedvalueforreference(VLED×ILED/Efficiency PowerSupplyVNotePermissibleInputRipple--AtVDD=PowerSupply--NoteDifferentialInput-Power--WNote--WNote--WR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFBacklight<Table4.LEDDrivingguidelinespecifications Ta=25+/-Notes:1.Powersupplyvoltage24VforLEDCalculatorValueforreferenceIF×R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFBacklight<Table4.LEDDrivingguidelinespecifications Ta=25+/-Notes:1.Powersupplyvoltage24VforLEDCalculatorValueforreferenceIF×VF×64/efficiency=TheLEDLife-timedefineastheestimatedtimeto50%degradationofinitial1%dutycycleisachievablewithadimmingfrequencylessthan8LEDForward--V-LEDForward---LEDPower-WNoteLEDLife---IF=PowersupplyvoltageforLEDDriverVBacklight--VBacklight--V--V--V-Duty-7-%R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF3.3LED9R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF3.3LED9R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFOPTICALThetestofOpticalspecificationsshallbemeasuredinadarkroom(ambientluminance1luxandtemperature=252℃)withtheequipmentofLuminancemetersystem(GoniometersystemandTOPCONBM-5)andtestunitshallbelocatedatanapproximatedistance50cmfromtheLCDsurfaceataviewingangleofθandΦequalto0.Werefertoθ?=0(=θ3)asthe3o’clockdirection(the“right”),θ?=90(=θ12)asthe12o’clockdirection(“upward”),θ?=180(=θ9)asthe9o’clockdirection(“l(fā)eft”)andθ?=270(=θ6)asR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFOPTICALThetestofOpticalspecificationsshallbemeasuredinadarkroom(ambientluminance1luxandtemperature=252℃)withtheequipmentofLuminancemetersystem(GoniometersystemandTOPCONBM-5)andtestunitshallbelocatedatanapproximatedistance50cmfromtheLCDsurfaceataviewingangleofθandΦequalto0.Werefertoθ?=0(=θ3)asthe3o’clockdirection(the“right”),θ?=90(=θ12)asthe12o’clockdirection(“upward”),θ?=180(=θ9)asthe9o’clockdirection(“l(fā)eft”)andθ?=270(=θ6)asthe6o’clockdirection(“bottom”).Whilescanningθand/or?,thecenterofthemeasuringspotontheDisplaysurfaceshallstayfixed.Thebacklightshouldbeoperatingfor30minutespriortomeasurement.VDDshallbe3.3+/-0.3Vat25C.Optimumviewingangledirectionis6’clock.Optical<Table5.OpticalCR>-Note---LuminanceContrastΘ=-NoteLuminance5Θ=ILED=-Note5--Note13--WhiteΘ=NoteofΘ=-%Response(Rising+Ta=25Θ=-NoteCrossΘ=--%NoteR2010-6053-A4(210XPRODUCT R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFNotesViewingangleistheangleatwhichthecontrastratioisgreaterthan10.Theviewinganglesaredeterminedforthehorizontalor3,9o’clockdirectionandtheverticalor6,12o’clockdirectionwithrespecttotheopticalaxiswhichisnormaltotheLCDsurface(seeFIGURE1).ContrastmeasurementsshallbemadeatviewingangleofΘ=0andatthecenteroftheLCDsurface.Luminanceshallbemeasuredwithallpixelsintheviewfieldsetfirsttowhite,thentothedark(black)state.(seeFIGURE1)LuminanceContrastRatio(CR)isdefinedLuminancewhendisplayingawhiteCRLuminancewhendisplayingablackCenterLuminanceofwhiteisdefinedasluminancevaluesof5pointaverageacrosstheLCDsurface.Luminanceshallbemeasuredwithallpixelsintheviewfieldsetfirsttowhite.ThismeasurementshallbetakenatthelocationsshowninFIGURE2foratotalofthemeasurementsperdisplay.TheWhiteluminanceuniformityonLCDsurfaceisthenexpressedas:ΔY=MinimumLuminanceof5(or13)points/MaximumLuminanceof5(or13)points.(seeFIGURE2andFIGUREThecolorchromaticitycoordinatesspecifiedinTable5shallbecalculatedfromthespectraldatameasuredwithallpixelsfirstinred,green,blueandwhite.Measurementsshallbemadeatthecenterofthepanel.Theelectro-opticalresponsetimemeasurementsshallbemadeasFIGURE4byswitchingthe“data”inputsignalONandOFF.Thetimesneededfortheluminancetochangefrom10%to90%isTr,and90%to10%isTd.Cross-TalkofoneareaoftheLCDsurfacebyanothershallbemeasuredbycomparingtheluminance(YA)ofa25mmdiameterarea,withalldisplaypixelssettoagraylevel,totheluminance(YB)ofthatsameareawhenanyadjacentareaisdrivendark.(SeeFIGURER2010-6053-A4(210XPRODUCT ISSUETFT-LCDR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF4.3OpticalFigure1.MeasurementSetPhotodetectorField=50TFT-LCD LCDCenteroftheOpticalcharacteristicsmeasurementFigure2.WhiteLuminanceandUniformityMeasurementLocations(5CenterLuminanceofwhiteisdefinedasluminancevaluesofcenter5pointsacrosstheLCDsurface.Luminanceshallbemeasuredwithallpixelsintheviewfieldsetfirsttowhite.ThismeasurementshallbetakenatthelocationsshowninFIGURE2foratotalofthemeasurementsperdisplay.R2010-6053-A4(210XPRODUCT ISSUETFT-LCD R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFFigure3.UniformityMeasurementLocations(13TheWhiteluminanceuniformityonLCDsurfaceisthenexpressedas:ΔY5=MinimumLuminanceoffivepoints/MaximumLuminanceoffivepoints(seeFIGURE2),ΔY13=MinimumLuminanceof13points/MaximumLuminanceof13points(seeFIGURE3).Figure4.ResponseTimeDisplay White(TFT Black(TFT Theelectro-opticalresponsetimemeasurementsshallbemadeasshowninFIGURE4byswitchingthe“data”inputsignalONandOFF.Thetimesneededfortheluminancetochangefrom10%to90%isTdand90%to10%isTr.R2010-6053-A4(210XPRODUCT ISSUER2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFFigure5.CrossModulationTestVIEW VIEW YB-Cross-Talk(%)= YA=InitialluminanceofmeasuredareaYB=Subsequentluminanceofmeasuredarea(cd/m2)ThelocationmeasuredwillbeexactlythesameinbothpatternsCross-TalkofoneareaoftheLCDsurfacebyanothershallbemeasuredbycomparingtheluminance(YA)ofa25mmdiameterarea,withalldisplaypixelssettoagraylevel,totheluminance(YB)ofthatsameareawhenanyadjacentareaisdrivendark(RefertoFIGURE5).R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFINTERFACEElectricalInterfaceTheelectronicsinterfaceconnectorisUJUIS050-L30B-C10orCompatible.TheconnectorinterfacepinassignmentsarelistedinTable6.<Table6.PinAssignmentsfortheInterfacePinPin12LCD_Panelselftest3eDPRXchannel3LCD4R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFINTERFACEElectricalInterfaceTheelectronicsinterfaceconnectorisUJUIS050-L30B-C10orCompatible.TheconnectorinterfacepinassignmentsarelistedinTable6.<Table6.PinAssignmentsfortheInterfacePinPin12LCD_Panelselftest3eDPRXchannel3LCD4LCD5LCD6LCD7eDPRXchannel2Hotplugdetect8LED9LEDeDPRXchannel1LEDLEDeDPRXchannel0eDPRXchannel0NoeDPAUXNoeDPAUXNoPRODUCTISSUETFT-LCDOFSPEC.SPEC.NV125QUM-N81PreliminaryProduct5-2.eDPPCTFT-LCDeDP66Video/Main6AUXNote.Transmitter::NT71394orPRODUCTISSUETFT-LCDOFSPEC.SPEC.NV125QUM-N81PreliminaryProduct5-2.eDPPCTFT-LCDeDP66Video/Main6AUXNote.Transmitter::NT71394orTransmitterisnotcontainedinR2010-6053-A4(210XetoLSllilLaneR0-G0-B0-R4-G4-B4-R8-G8-B8-R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF5.4Back-light&LCMInterfaceR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF5.4Back-light&LCMInterfaceInterfaceConnector:<Table7.PinAssignmentsfortheBLU&LCMPinPin1LEDcathode7LEDcathode2LEDcathode8LEDanode3LEDcathode9No4LEDcathodeLEDanode5LEDcathodeLEDanode6LEDcathodeLEDanodeR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFSIGNALTIMINGTheNV125FHM-N62isoperatedbytheDENote※:ThisR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFSIGNALTIMINGTheNV125FHM-N62isoperatedbytheDENote※:ThisModulecansupportlowframerefreshrate50Hz&--Low--FrameVerticalDisplay----R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF6.2eDPRxInterfaceTimingThespecificationoftheeDPRxinterfacetimingparameterisR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF6.2eDPRxInterfaceTimingThespecificationoftheeDPRxinterfacetimingparameterisshowninTable<Table8.eDPRxInterfaceTimingSpreadspectrum%ageatpackagepinsVRX-DIFFp-0RxinputDCcommonmode--VRRX--Ω-ΩRxshortcircuitcurrent--Intra-pairskewatRxpackagepinsRXintra-pairskewtoleranceat--R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF7.0INPUTSIGNALS,BASICDISPLAYCOLORS&GRAYSCALEOFColorsGrayDataR0R1R2R3R4G0G1G2G3G4B0B1B2B3B400000R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF7.0INPUTSIGNALS,BASICDISPLAYCOLORS&GRAYSCALEOFColorsGrayDataR0R1R2R3R4G0G1G2G3G4B0B1B2B3B4000000000000000000000000011111000001111100000Light000001111111111111110000000000111110000011111111111111100000111111111111111ofRed 00000 00000 00000△△▽▽10000 00000 0000001000 00000 00000 10111 00000 0000001111 00000 00000 11111 00000 00000ofGreen 00000 00000 00000△△▽▽00000 10000 0000000000 01000 00000 00000 10111 0000000000 01111 00000 00000 11111 00000ofBlue000000000000000△△▽▽000000000010000000000000001000↑↓↓↓↑↓000000000010111000000000001111000000000011111000000000000000△△▽▽100001000010000010000100001000↑↓↑↓↑↓101111011110111011110111101111111111111111111R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFPOWERTopreventalatch-uporDCoperationoftheLCDmodule,thepoweron/offsequenceshallbeasshowninbelowPowersupplyforlogic R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFPOWERTopreventalatch-uporDCoperationoftheLCDmodule,thepoweron/offsequenceshallbeasshowninbelowPowersupplyforlogic T1 2eDP Black Videoform BlackHPDfrom SinkAux AUXChannel SourceMain- Id Idle Traini T5T6 Powersupplyfor (VBL T110 T7 T2200 T10500 T3200 ●0 T1110 ● ● WhenthepowersupplyVDDis0V,keepthelevelofinputsignalsontheloworkeephighimpedance.DonotkeeptheinterfacesignalhighimpedancewhenpowerisBackLightmustbeturnonafterpowerforlogicandinterfaceare R2010-6053-A4(210XPRODUCT ISSUETFT-LCDR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFConnectorPhysicalinterfaceisdescribedasfortheconnectoronTheseconnectorsarecapableofaccommodatingthefollowingsignalsandwillbefollowingcomponents.TFTLCDConnectorNameForSignal信盛精工orType/PartMatinghousing/PartorR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFMECHANICALDimensionalFIGURE6showsmechanicaloutlinesforthemodelNV125FHM-N62.OtherparametersareshowninTable9.SeeFIGUREGlareandPolarizerThesurfaceoftheLCDhasanglarecoatingtomaximizereadabilityandhardcoatingtoreducescratching.LightThereshallnotbevisiblelightfromtheback-lightingsystemaroundtheedgesofscreenasseenfromadistance50cmfromthescreenwithanoverheadlightlevelofActive276.48(H)xNumberof3840(H)X2160(V)(1pixel=R+G+BPixel0.072(H)X0.072PixelRGBVerticalDisplayDisplayDimensionalWithBendPCB：282.08±0.5*168.89±0.5*4.6MaxW/O:282.08±0.5*168.89±0.5*2.2MaxBackConnector:LED,Horizontal-LEDArrayR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF11.0RELIABILITYTheReliabilitytestitemsanditsconditionsareshownin12.0HANDLING&CautionswhentakingoutthePickthepouchonly,whentakingoutmodulefromashippingCautionsforhandlingtheAstheelectrostaticdischargesmaybreaktheLCDmodule,handletheLCDmodulewithcare.PeelaprotectionsheetofffromtheLCDpanelsurfaceasslowlyaspossible.AstheLCDpanelandback-lightelementaremadefromfragileglassmaterial,impulseandpressuretotheLCDmoduleshouldbeavoided.Asthesurfaceofthepolarizerisverysoftandeasilyscratched,useasoftdryclothwithoutchemicalsforcleaning.DonotpulltheinterfaceconnectorinoroutwhiletheLCDmoduleisPutthemoduledisplaysidedownonaflathorizontalHandleconnectorsandcableswithCautionsfortheWhenthemoduleisoperating,donotloseCLK,ENABsignals.Ifanyoneofthesesignalsislost,theLCDpanelwouldbedamaged.Obeythesupplyvoltagesequence.Ifwrongsequenceisapplied,themodulewouldbedamaged. Test1HightemperaturestorageTa=60℃,2402LowtemperaturestorageTa=-20℃,2403Hightemperature&highhumidityoperationtestTa=50℃,80%RH,2404HightemperatureoperationTa=50℃,2405LowtemperatureoperationTa=0℃,2406ThermalTa=-20℃?60℃(0.5hr),1007Vibrationtest1.5G,10~500Hz,HalfSineX,Y,Z/Sweeprate:1hour8Shocktest220G,HalfSineWave±X,±Y,±ZOnceforeach9 :150pF,330Ω,15 :150pF,330Ω,8R2010-6053-A4(210XPRODUCTR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFCautionsfortheDewdropatmosphereshouldbeDonotstoreand/oroperatetheLCDmoduleinahightemperatureand/orhumidityatmosphere.Storageinanelectro-conductivepolymerpackingpouchandunderrelativelylowtemperatureatmosphereisrecommended.CautionsforthemoduleDonotapplyfixedpatterndatasignaltotheLCDmoduleatproductApplyingfixedpatternforalongtimemaycauseimageOtherDonotdisassembleand/orre-assembleLCDDonotre-adjustvariableresistororswitchWhenreturningthemoduleforrepairoretc.,Pleasepackthemodulenottobebroken.Werecommendtousetheoriginalshippingpackages.R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFMDL 噴碼至背板FG- MDLID,編碼規(guī)則如下客戶要求MDLID條紋BoxR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFMDL 噴碼至背板FG- MDLID,編碼規(guī)則如下客戶要求MDLID條紋BoxFG-XXXXXXXX- Box產(chǎn)品數(shù)XXXXXXXXXXXXX 20XX BoxID編碼規(guī)則如BoxPacking日FG-CODE后四 序列123456789代4JP31270001HD描GBN代等級年月序列123456789代碼4FP31273800001EEJGBN碼月FGCode后四序列R2010-6053-A4(210XPRODUCT R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OFPACKINGPacking1eaPanelperTray 26eaTrayswithCover-PE3layersperPallet,4innerboxesperPalletouterpackage:Protectivefilm&Paper300pcsPanelsper 2EACushion-EPEBoardperInner紙護(hù) 打包 25pcsMDLperInnerEPEInnerBoxDimension:500mm×400mm×PackageQuantityinoneBox:25R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF15.0MECHANICALOUTLINEFigureR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF15.0MECHANICALOUTLINEFigure6.TFT-LCDModuleOutlineDimension(FrontR2010-6053-A4(210XR2010-6053-A4(210XR2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF16.0EDID R2010-6053-A4(210XPRODUCT ISSUETFT-LCD SPEC.SPEC.NV125QUM-N81PreliminaryProduct OF16.0EDID EDID IDManufacturer ID=BOE IDProduct ID= Weekof Yearof ManufacturedinEDIDStructure EDIDVer EDIDRev.Videoinput MaxHimage 34cmMaxVimage 19cmDisplay Gammacurve=Feature RGBdisplay,PreferredTimmingRed/Greenlow Red/GreenLow Bl