rgbw规格书(英文版)

第第页rgbw规格书(英文版)

S50RGB*-**SPECIFICATION

CHIPARRAYONTOPSMDTYPELED

DocumentNo.:SPC/S50RGB*-**ModelNo.:S50RGB*-**

Description:5.5*5.0*1.6mmTopSMDType4-chips0.4WattPowerRGBWFlashColorLEDMaterial:InGaNorAlInGaPChipInsideRev.No.:01

Date:2022-10-07

S5050providestheleadingChiponCeramictypeofLEDtechnologyforhighefficiencysolid-statelight

ingsolutions.Itofferse*cellentuniformity,fle*ibilityandcostefficiencyalongwithcompactsizeandwiderangeofcolorselections.Allcomponentsareproducedbypackinghigh-performanceLEDchipsandsiliconresinwithproprietaryphosphors.1.FeaturesandBenefits

.IdealforLEDlightingapplicationtoavoidmulti-shadows.Higherheatconductivityforbetterthermalmanagement

.ProvidevariableandinnovativearrayLEDlayoutdesignsandcombinations.Reducetheinitialdevelopmentcostandtime.Highlumen-performanceperdollarcost

.LeadfreereflowsoldercompatiblewithRoHScompliant2.Applications

.SolidStateLighting

.Indoor/Outdoor/Decoration.SignalLightEngine.CommercialDisplay.IndustrialLightEngine

3.DimensionsandMaterials

.Dimensions:5.5mm*5.0mm*1.6mm.Packages:TopSMD

.CapsulatedResin:SiliconeResinwithAluminatePhosphor.Electrodes:AgPlating

.Chips:Total4chipspackedinacavity

3.GeneralInformation

S50

RGB*–**

S50:5.5*5.0*1.6mm

RGB*:RGB620-625NM520-525NM

465-470NM*:WWhiteColorY588-593nm

**:BWBlueWhite6000-6800KNWNaturalWhite3800-4200KWSWarmSunlight2700-3000KWTWarmTone2400-2600KWLWarmLighting2000-2200K

4.AbsoluteMa*imumRatingsPadTemperature@25℃)Note:TypicalCRIforWhite(2000K–6800KCCT)(Thermalis80.

ITEM

SYMBOL

ABSOLUTEMA*IMUMRATING

UNIT

*1:IfpconditiWhite0.072ons:1/10Red/Yellow0.048DutyPowerDissipationPdCycleGreen0.0720.1msBlue0.072forpulsewidth.D.CForwardCurrentIf20*2:RthtestPulseForwardCurrent(*1)Ifp100condition:MounteThermalResistance,Junction-Case(*2)Rθj-c230donPCReverseVoltageVr5BoardFR4(padOperatingTemperatureTopr-20~+65size≥40mm2)*3:StorageTemperatureTstg-40~+100Reflowmethod:1.2mmSolderingTemperature(Reflow)(*3)Tsldma*.2405secMCPCBfrombodyfor5secondsnote*ceedingtherecommendedma*imumtemperature.

W

mA

mA

℃/W

V

℃

℃

℃

5.Electrical/OpticalCharacteristics.ForwardVoltageColorWhiteYellowRedGreenBlueVfSYMBOLTESTCONDITIONSIf=20mAIf=20mAIf=20mAIf=20mAIf=20mA

(ThermalPadTemperature@25℃)MIN.2.81.81.82.82.8TYP.3.32.02.03.33.3MA*.3.62.42.43.63.6UNITVVVVV

.ReverseCurrentColorWhiteYellowRedGreenBlueIRSYMBOLTESTCONDITIONSVR=5VVR=5VVR=5VVR=5VVR=5V

(ThermalPadTemperature@25℃)MIN.TYP.MA*.55555UNITAAAAA

.LuminousFlu*ColorWhiteYellowRedGreenBlueΦvSYMBOLTESTCONDITIONSIf=20mAI

f=20mAIf=20mAIf=20mAIf=20mA

(ThermalPadTemperature@25℃)MIN.5.01.01.03.01.0TYP.6.02.02.04.02.0MA*.UNITlmlmlmlmlm

.ColorTemperatureorDominateWavelengthColorYellowRedλdGreenBlueIf=20mAIf=20mASYMBOLTESTCONDITIONSIf=20mAIf=20mA

(ThermalPadTemperature@25℃)MIN.TYP.590625520465MA*.UNITnmnmnmnm

.BinCodeListForReferenceItemBinCodeA2SYMBOL

(ThermalPadTemperature@25℃)TESTCONDITIONSMIN.MA*.UNIT

1.82.0VfIf=20mA2.22.42.8VfIf=20mA3.03.2

2.02.22.42.63.03.23.4

REDYellow

A3

A4

ForwardVoltageBLUEGREENWHITE

A5

V

B2

B3

B4

B5

3.4

3.6

Note:Measurementtoleranceoftheforwardvoltage:0.1V

6.HueBinSpecificationforYellow、Red、Green、BlueNameCodeλdMIN(nm)λdMA*(nm)

YL1YELLOWYL2HR1REDHR2BL5BLUEBL6PG2GREENPG3

587590620625460465515

590593625630465470520

520

525

7.WhiteColorTemperatureRanksCIEColorRank(RefertoCIE1931chromaticitydiagram)CIEchromaticitycoordinates(ANSIBlueWhite)C.AC1*0.30480.31300.31440.30680.30680.31440.31610.30930.32150.32900.32900.32220.32220.32900.32900.32310.33710.34510.34400.33660.33660.34400.34290.3361Y0.32070.32900.31860.31130.31130.31860.30590.29930.33500.34170.33000.32430.32430.33000.31800.31200.34900.35540.34270.33690.33690.34280.33070.3245C.AC2*0.30280.31150.31300.30480.30050.30990.31150.30280.32070.32900.32900.32150.31960.32900.32900.32070.33760.34630.34510.33710.33810.34800.34630.3376Y0.33040.33910.32900.32070.34150.35090.33910.33040.34620.35380.34170.33500.36020.36900.35380.34620.36160.36870.35540.34900.37620.38400.36870.3616C.AC3*0.31150.32050.32130.31300.30990.31960.32050.31150.32900.33760.33710.32900.32900.33810.33760.32900.34630.35510.35330.34510.34800.35710.35510.3463Y0.33910.34810.33730.32900.35090.36020.34810.33910.35380.36160.34900.34170.36900.37620.36160.35380.36870.37600.36200.35540.38400.39070.37600.3687C.AC4*0.31300.32130.32210.31440.31440.32210.32310.31610.32900.33710.33660.32900.32900.33660.33610.32900.34510.35330.35150.34400.34400.35150.34950.3429Y0.32900.33730.32610.31860.31860.32610.31200.30590.34170.34900.33690.33000.33000.33690.32450.31800.35540.36200.34870.34270.34280.34870.33390.3307

C5

C6

C7

C8

D1

D2

D3

D4

D5

D6

D7

D8

E1

E2

E3

E4

E5

E6

E7

E8

ANSIBlueWhiteColorbinstructures

CIEchromaticitycoordinates(ANSINaturalwhite)C.AF1*0.35300.36150.35900.35120.35120.3590.35670.34950.3670.37020.38250.37830.3670.37830.37430.3640.40540.42170.41460.3996Y0.35970.36590.35210.34650.34650.35210.33890.33390.35780.37220.37980.36460.35780.36460.35020.3440.41910.42730.40890.4015C.AF2*0.35480.36410.36150.35300.35710.36680.36410.35480.37020.3

7360.38690.38250.37710.39160.38690.37360.39410.39960.41460.408Y0.37360.38040.36590.35970.39070.39570.38040.37360.37220.38740.39580.37980.40340.41270.39580.38740.38480.40150.40890.3916C.AF3*0.36410.37360.37020.36150.36680.37710.37360.36410.38250.38690.40060.3950.39160.40640.40060.38690.38890.39410.4080.4017Y0.38040.38740.37220.36590.39570.40340.38740.38040.37980.39580.40440.38750.41270.42210.40440.39580.3690.38480.39160.3751C.AF4*0.36150.37020.36700.35900.3590.3670.3640.35670.37830.38250.3950.38980.37830.38980.38480.37430.38890.40170.39570.384Y0.36590.37220.35780.35210.35210.35780.3440.33890.36460.37980.38750.37160.36460.37160.35650.35020.3690.37510.35960.354

F5

F6

F7

F8

G1

G2

G3

G4

G5

G6

G7

G8

H6

H2

H1

H5

ANSINatural

WhiteColorbinstructures

CIEchromaticitycoordinates(ANSIWarmWhite)C.AH1*0.40820.39410.38890.40170.43440.42210.41470.42600.45860.44650.43730.4483Y0.39220.38480.36900.37520.40320.39840.38140.38530.41030.40710.38930.3918C.AH2*0.41460.39960.39410.40820.44300.42990.42210.43440.46870.45620.44650.4586Y0.40890.40150.38480.39220.42120.41650.39840.40320.42890.42600.40710.4103C.AH3*0.42990.41460.40820.42210.45620.44300.43440.44650.48130.46870.45860.4700Y0.41650.40890.39220.39840.42600.42120.40320.40710.43190.42890.41030.4126C.AH4*0.42210.40820.40170.41470.44650.43440.42600.43730.47000.45860.44830.4593Y0.39840.39220.37520.38140.40710.40320.38530.38930.41260.41030.39180.3944

K1

K2

K3

K4

L1

L2

L3

L4

ANSIWarmWhiteColorbinstructures

CIEchromaticitycoordinates(ANSIWarmLighting)C.AWL1*0.47280.48130.49360.48550.49680.50530.51690.50810.51940.52860.54040.5308Y0.41740.43190.43060.41620.41510.42940.42810.41400.41300.42690.42560.4119C.AWL2*0.46460.47280.48550.47780.48860.49680.50810.49950.51040.51940.53080.5212Y0.40340.41740.41620.40220.40120.41510.41400.40020.39920.41300.41190.3982C.AWL3*0.48550.49360.50530.49680.50810.51690.52860.5194Y0.41620.43060.42940.41510.41400.42810.42690.4130C.AWL4*0.47780.48550.49680.48860.49950.50810.51940.5104Y0.40220.41620.41510.40120.40020.41400.41300.3992

WL5

WL6

WL7

WL8

WL9

WL10

ANSIWarmLightingColorbinstructures

Colorcoordinatesmeasurementallowanceis0.005

Toorderspecifycolortemperatureranks,pleasecontactOPSCOLightingHoldingsLTD.forfurtherinformation.ThermalPadTemperature@25℃@20mA

8.1Optical-ElectricalCharacteristicGraphs(InGaN)

TypicalRelativeLuminousFlu*vs.ForwardCurrent150%120%NormalizedLuminousFlu*ForwardCurrent(mA)

ForwardVoltagevs.ForwardCurrent150

100%80%60%40%20%0.00010152050150ForwardCurrent(mA)

20

10

10.01.02.03.04.05.0ForwardVoltage(V)Tj=25

C

ThermalPadTemperaturevs.RelativeLightOutput120%RelativeEmissionDistributionNormalizedLuminousFlu*

WavelengthCharacteristics100%BLUE80%60%40%20%0.00400

GREENWLWTNWBW

100%80%60%40%20%0.00020406080100120ThermalPadTemperature(T=25C)

450

500

550

600

650

700

750800

Wavelength(nm)

ThermalPadTemperaturevs.ForwardCurrent10080606040200020406080100120ThermalPadTemperature(C)9075604530150900.20.40.60.81.0

TypicalRadiationPattern120030

ForwardCurrent(mA)

RadiationAngle

8.2Optical-ElectricalCharacteristicGraphs(AlInGaP)

TypicalRelativeLuminousFlu*vs.ForwardCurrent150%120%NormalizedLuminousFlu*ForwardCurrent(mA)

ForwardVoltagevs.ForwardCurrent150

100%80%60%40%20%0.0001015203050ForwardCurrent(mA)

20

10

10.01.5

3.0

4.5

ForwardVoltage(V)Tj=25C

ThermalPadTemperaturevs.RelativeLightOutput120%RelativeEmissionDistributionNormalizedLuminousFlu*

WavelengthCharacteristics100%80%60%40%20%0.00400Yellow

100%80%60%40%20%0.00020406080100120ThermalPadTemperature(T=25C)

Red

450

500

550

600

650

700

750

800

Wavelength(nm)

ThermalPadTemperaturevs.ForwardCurrent50403020100020406080100120907560453015ThermalPadTemperature(C)9000.20.40.60.81.060

TypicalRadiationPattern120030

ForwardCurrent(mA)

RadiationAngle

9.PackagingStandard

TOPSMDLEDApplicationNotes

1.Features

ThePurposesofmakingOPSCO’scustomersanduserstohaveaclearunderstandingonthewayshowtousetheLED.2.Description

Generally.TheLEDcanbeusedthesamewayasothergeneralpurposedsemiconductors.WhenusingOPSCO’sTOPSMDLED,thefollowingprecautionsmustbetakentoprotecttheLED.3.Cautions

3.1.DustCleaning

Thisemitterhasasiliconesurface,Therearemanybenefitstothesiliconesurfaceintermsofopticalpropertiesandimprovedreliability.However,siliconeisasoftermaterialandpronetoattractdust.WhileaminimalamountofdustanddebrisontheLEDwillnotcausesignificantreductioninillumination,stepsshouldbetakentokeeptheemitterfreeofdust.

TheseincludekeepingtheLEDsinthemanufacturer’spackagepriortoassemblyandstoringassembliesinanenclosedareaafterinstallingtheemitters.

Surfaceconditionofthisdevicemaychangewhenorganicsolventssuchastrichloroethyleneoracetonewereapplied.Avoidusingorganicsolvent,itisrecommendedthatisopropylbeusedasasolventforcleaningtheLEDs.Whenusingothersolvents,itshouldbeconfirmedbeforehandwhetherthesolventswilldissolvethepackageandtheresinofnot.

DonotcleantheLEDsbytheultrasonic.Whenitisabsolutelynecessary,theinfluenceasultrasoniccleaningontheLEDsdependsonfactorssuchasultrasonicpower.Bakingtimeandassembledcondition.Beforecleaning,apre-testshouldbedonetoconfirmwhetheranydamagetotheLEDswilloccur.

3.2.MoistureProofPackage

Inordertoavoidtheabsorptionofmoistureduringtransportationandstorage,LEDarepackedinthealuminumenvelop,Adesiccantisincludedinthealuminumenvelopasitabsorbsmoisture.WhenmoistureisabsorbedintotheAMTpackageitmayvaporizeande*pandduringsoldering.Thereisapossibilitythatthiscancausee*foliationofthecontactsanddamagetotheopticalcharacteristicsoftheLEDs.Forthisreason,themoistureproofpackageisusedtokeepmoisturetoaminimuminthepackage.3.3.Storage

Inordertoavoidtheabsorptionofmoisture,ItisrecommendedtostoreSMDLED(inbulkortaped)inthedrybo*(orthedesiccator)withadesiccant,Otherwisetostoretheminthefollowingenvironmentasrecommended.

a.Temperature:5℃~30℃b.Humidity:60%RHMa*

ItisrecommendedtosoldertheLEDassoonaspossibleafterunpackingthealuminumenvelop,ButincasethattheLEDhavetobeleftunusedafterunpackingenvelopagainisrequested.

TheLEDshouldbesolderingwithin1hoursafteropeningthepackage.Ifbakingisrequired,Abakingtreatmentshouldbeperformedasfollows:70℃5℃formorethan24hours.

3.4.ReflowSolderingCharacteristics

Intesting,OPSCOhasfoundS50LEDstobecompatiblewithJEDECJ-STD-020C,usingtheparameterslistedbelow.AsageneralguidelineOPSCOrecommendsthatusersfollowtherecommendedsolderingprofileprovidedbythemanufacturerofsolderpasteused.

NotethatthisgeneralguidelineisofferedasastartingpointandmayrequireadjustmentforcertainPCBdesignsandConfigurationsofreflowsolderingequipment

16/17

3.5.HeatGeneration

Thermaldesignoftheendproductisofparamountimportance.PleaseconsidertheheatgenerationoftheLEDwhenmakingthesystemdesign.ThecoefficientoftemperatureincreaseperinputelectricpowerisaffectedbythethermalresistanceofthecircuitboardanddensityofLEDplacementontheboard,aswellascomponents.Itisnecessarytoavoidintenseheatgenerationandoperatewithinthema*imumratinggiveninthisspecification.Theoperatingcurrentshouldbedecidedafterconsideringtheambientma*imumtemperatureofLEDs

3.6.ElectrostaticDischargeSurgeCurrent

Electrostaticdischarge(ESD)orsurgecurrent(EOS)maydamageLED.

PrecautionssuchasESDwriststrap,ESDshoestraporantistaticglovesmustbewornwheneverhandlingofLED.

Alldevices,equipmentandmachinerymustbeproperlygrounded.ItisrecommendedtoperformelectricaltesttoscreenoutESDfailuresatfinalinspection.Itisimportanttoeliminatethepossibilityofsurgecurrentduringcircuitrydesign.

3.7.OtherCannottakeanyresponsibilityforanytroublethatarecausedbyusingtheLEDsatconditionse*ceedingourspecifications.TheseLEDsaredesignedandmanufacturedforstandardapplicationssuchaselectrichomeappliances,communicationequipment,officeequipment,electronicequipmentandsoon.Itisrecommendedtoconsultusinadvanceifuser’sapplicationrequiresanyparticularqualityorreliabilitywhichconcernshumanlife.E*ampleswouldbemedicalequipment,aerospaceapplications,trafficsignals,safetysystemequipmentandsoon.Caremustbetakentoensurethatthereversevoltagewillnote*ceedtheabsolutema*imumratingwhenusingtheLEDswithmatri*drive.TheLEDlightoutputisstrongenoughtoinjurehumaneyes.PrecautionsmustbetakentopreventlookingdirectlyattheLEDswithunaidedeyesformorethanafewseconds.Theformalspecificationmustbee*changedandsignedbybothpartiesbeforelargevolumepurchasebegins.Theappearanceandspecification