2835(sw)规格书.pdf

LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.01Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1 Issue No:DSE-SMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)FeaturesPLCC-2 packageTop viewwhite LEDHigh luminous intensity outputWide viewing anglePb-freeRoHS compliantANSI BinningDescriptionThe Everlight 67-21S package has high efficacy,high CRI,low power consumption,wide viewing angle and a compact form factor.These features make this package an ideal LED for all lighting applications.ApplicationsGeneral lightingDecorative and Entertainment LightingIndicatorsIlluminationSwitch lightsLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)2Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Product Number Explanation6721S/K K 2 C H XX XX XX XX XXXX Z6/2TTable of Color Rendering IndexSymbolDescriptionMCRI(Min.):60NCRI(Min.):65LCRI(Min.):70QCRI(Min.):75KCRI(Min.):80PCRI(Min.):85HCRI(Min.):90Note:Tolerance of Color Rendering Index:2Table of Forward Current IndexSymbolDescriptionZ6IF:60mAExample:67-21S/KK2C-H6565M41N42934Z6/2T(SW)CRI80(Min.)CCT6500KFlux2233lmVF2.93.4VIF60mABin Group of Forward VoltageBin Group of Max.LuminousFluxBin Group of Min.LuminousFluxMax.Color temperatureMin.Color temperatureBin Code of Color Rendering IndexLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)3Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Mass Production List ProductCRIMin.(1)CCT(K)(lm)Min.(2)(lm)Max.(2)67-21S/KK2C-H3030M31N42934Z6/2T(SW)803000K203367-21S/KK2C-H4040M4N42934Z6/2T(SW)804000K213367-21S/KK2C-H6565M41N42934Z6/2T(SW)806500K2233Notes:1.Tolerance of Color Rendering Index:22.Tolerance of Luminous flux:11%.LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)4Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Device Selection GuideChipMaterialsEmitted ColorResin ColorInGaNCool WhiteNeutral WhiteWarm WhiteWater ClearAbsolute Maximum Ratings(TSoldering=25)ParameterSymbolRatingUnitForward CurrentIF75mAPeak Forward Current(Duty 1/10 10ms)IFP100mAPower DissipationPd260mWOperating TemperatureTopr-40 +85Storage TemperatureTstg-40 +100Thermal Resistance(Junction/Soldering point)Rth J-S50/WJunction TemperatureT j125Soldering TemperatureTsolReflow Soldering:260 for 10 sec.Hand Soldering:350 for 3 sec.Note:The products are sensitive to static electricity and must be carefully taken when handling productsElectro-Optical Characteristics(TSoldering=25)ParameterSymbolMin.Typ.Max.UnitConditionLuminous Flux(1)20-33lmIF=60mAForward Voltage(2)VF2.9-3.4VIF=60mAColor Rendering Index(3)Ra80-IF=60mAViewing Angle21/2-120-degIF=60mAReverse CurrentIR-50VR=5VNotes:1.Tolerance of Luminous flux:11%.2.Tolerance of Forward Voltage:0.1V.3.Tolerance of Color Rendering Index:2LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)5Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Bin Range of Luminous FluxBin CodeMin.Max.UnitConditionM312021M42124M412224N32427N42733lmIF=60mANote:Tolerance of Luminous flux:11%.Bin Range of Forward VoltageGroupBin CodeMin.Max.UnitCondition362.93.0373.03.1383.13.2393.23.32934403.33.4VIF=60mANote:Tolerance of Forward Voltage:0.1V.LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)6Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-The C.I.E.1931 Chromaticity DiagramBin Range of Chromaticity CoordinatesCCTBin CodeCIE_xCIE_yBin CodeCIE_xCIE_y0.4646 0.4360 0.4549 0.4171 0.4514 0.4312 0.4472 0.4143 0.4459 0.4196 0.4439 0.4077 0.4506 0.4213 0.4395 0.4062 0.4472 0.4143 0.4343 0.3953 30K-SA0.4549 0.4171 30K-SD0.4457 0.3993 Reference Range:2820K2970K0.4514 0.4312 0.4305 0.4084 0.4383 0.4265 0.4231 0.3914 0.4305 0.4084 0.4343 0.3953 0.4381 0.4111 0.4395 0.4062 0.4412 0.4179 0.4351 0.4046 30K-SB0.4459 0.4196 30K-SC0.4381 0.4111 Reference Range:2970K3135K0.4506 0.4213 0.4472 0.4143 0.4412 0.4179 0.4381 0.4111 0.4381 0.4111 0.4351 0.4046 3000K30K-SF0.4472 0.4143 30K-SG0.4439 0.4077 Reference Range2910K3030KLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)7Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-The C.I.E.1931 Chromaticity DiagramBin Range of Chromaticity CoordinatesCCTBin CodeCIE_xCIE_yBin CodeCIE_xCIE_y0.4048 0.4094 0.3994 0.3930 0.3913 0.4009 0.3915 0.3881 0.3885 0.3908 0.3896 0.3818 0.3932 0.3937 0.3852 0.3791 0.3915 0.3881 0.38260.3697 40K-SA0.3994 0.3930 40K-SD0.3940 0.3766 Reference Range:3650K3900K0.3913 0.4009 0.3745 0.3776 0.3778 0.3924 0.3712 0.3628 0.3745 0.3776 0.3826 0.3697 0.3821 0.3823 0.3852 0.3791 0.3835 0.3878 0.3806 0.3763 40K-SB0.3885 0.3908 40K-SC0.3821 0.3823 Reference Range:3900K4180K0.3932 0.3937 0.3915 0.3881 0.3835 0.3878 0.3821 0.3823 0.3821 0.3823 0.3806 0.3763 4000K40K-SF0.3915 0.3881 40K-SG0.3896 0.3818 Reference Range:3800K4000KLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)8Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-The C.I.E.1931 Chromaticity DiagramBin Range of Chromaticity Coordinates CCTBin CodeCIE_xCIE_yBin CodeCIE_xCIE_y0.32530.3564 0.32610.3454 0.31650.3476 0.32090.3403 0.31730.3411 0.32140.3364 0.32050.3443 0.31840.3334 0.32090.3403 0.31930.3270 65K-SA0.32610.3454 65K-SD0.32690.3344 Reference Range:5800K6210K0.31650.3476 0.30960.3292 0.30760.3387 0.31160.3196 0.30960.3292 0.31930.3270 0.31480.3342 0.31840.3334 0.31410.3380 0.31540.3305 65K-SB0.31730.3411 65K-SC0.31480.3342 Reference Range:6210K6700K0.32050.3443 0.32090.3403 0.31410.3380 0.31480.3342 0.31480.3342 0.31540.3305 65K-SF0.32090.3403 65K-SG0.32140.3364 6500KReference Range:6040K6380KNotes:1.The value is based on driving current by 60mA.2.Tolerance of Chromaticity Coordinates:0.01.LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)9Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Spectrum DistributionTypical Electro-Optical Characteristics Curves2535455565758595105115125-0.30-0.25-0.20-0.15-0.10-0.050.000.050.10Forward Voltage Shift(V)Tj-Junction Temperature(oC)015304560750.00.20.40.60.81.01.21.4Relative Luminous IntensityForward Current(mA)Fig.1 Forward Voltage Shift vs.Junction TemperatureFig.2-Relative Luminous Intensity vs.Forward CurrentLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)10Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Typical Electro-Optical Characteristics Curves25405570851001150.00.20.40.60.81.01.2Tj-Junction Temperature(oC)Relative Luminous Flux 2.62.72.82.93.03.101530456075TS=25oCIF-Forward Current(mA)VF-ForwardVoltage (V)020406080100020406080100Forward Current(mA)Soldering Temperature(oC)0.70.80.91.00.10.30.50.20.480900.6506070402001030Fig.3-Relative Luminous Intensity vs.Junction TemperatureFig.4-Forward Current vs.Forward VoltageFig.5 Max.Driving Forward Current vs.Soldering Temperature Rth j-s=50。C/WFig.6 Radiation DiagramLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)11Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Package DimensionNote:Tolerance unless mentioned is 0.1 mm;Unit=mmLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)12Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Moisture Resistant Packing MaterialsLabel ExplanationCPN:Customer s Product NumberP/N:Product NumberQTY:Packing QuantityCAT:Luminous Intensity RankHUE:Dom.Wavelength RankREF:Forward Voltage RankLOT No:Lot NumberReel DimensionsNote:Tolerances unless mentioned 0.1mm.Unit=mmLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)13Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Carrier Tape Dimensions:Loaded Quantity 250/500/1000/2000 pcs Per ReelProgressive direction1.5+0.1Note:1.Tolerance unless mentioned is 0.1mm;Unit=mmMoisture Resistant Packing ProcessLabelAluminum moisture-proof bagDesiccantLabelLifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)14Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Reliability Test Items and ConditionsThe reliability of products shall be satisfied with items listed below.Confidence level：90%LTPD：10%No.ItemsTest ConditionTest Hours/CyclesSample SizeAc/Re1Reflow SolderingTemp.:260/10sec.6 Min.22 PCS.0/12Thermal ShockH:+100 20min 10 secL:-10 20min200 Cycles22 PCS.0/13Temperature CycleH:+100 30min 5 minL:-40 30min200 Cycles22 PCS.0/14High Temperature/HumidityReverse BiasTa=85,85%RH1000 Hrs.22 PCS.0/15High Temperature/HumidityOperationTa=85,85%RH,IF=40 mA1000 Hrs.22 PCS.0/16Low Temperature StorageTa=-401000 Hrs.22 PCS.0/17High Temperature StorageTa=851000 Hrs.22 PCS.0/18Low TemperatureOperation LifeTa=-40,IF=75 mA1000 Hrs.22 PCS.0/19High TemperatureOperation/Life#1Ta=25,IF=75 mA1000 Hrs.22 PCS.0/110High TemperatureOperation/Life#2Ta=55,IF=75 mA1000 Hrs.22 PCS.0/111High TemperatureOperation/Life#3Ta=85,IF=40 mA1000 Hrs.22 PCS.0/1LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)15Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-Precautions for Use1.Over-current-proofCustomer must apply resistors for protection;otherwise slight voltage shift will cause big current change(Burn out will happen).2.Storage2.1 Do not open moisture proof bag before the products are ready to use.2.2 Before opening the package:The LEDs should be kept at 30 or less and 90%RH or less.2.3 After opening the package:The LEDs floor life is 168 Hrs under 30 or less and 60%RH or less.If unused LEDs remain,it should be stored in moisture proof packages.2.4 If the moisture absorbent material(silica gel)has faded away or the LEDs have exceeded the storage time,baking treatment should be performed using the following conditions.Baking treatment:605 for 24 hours.3.Soldering Condition 3.1 Pb-free solder temperature profile260 Max.10sec.Max.6 C/sec.Max.Above255 C30sec.Max.CAbove 21760150 sec.3 C/sec.Max.Pre-heating150200 C60120sec.3.2 Reflow soldering should not be done more than two times.3.3 When soldering,do not put stress on the LEDs during heating.3.4 After soldering,do not warp the circuit board.LifecyclePhase:Revision :1Expired Period:ForeverRelease Date:2014-01-21 20:22:08.0DATASHEETSMD Low Power LED67-21S/KK2C-HXXXXXXXX2934Z6/2T(SW)16Copyright 2014,Everlight All Rights Reserved.Release Date:17.Jan.2014.Issue No:V1Issue No:DSE-4.Soldering Iron Each terminal is to go to the tip of soldering iron temperature less than 350 for 3 seconds within once in less than the soldering iron capacity 25W.Leave two seconds and more intervals,and do soldering of each terminal.Be careful because the damage of the product is often started at the time of the hand solder.5.Repairing Repair should not be done after the LEDs have been soldered.When repairing is unavoidable,a double-head soldering iron should be used(as below figure).It should be confirmed beforehand whether the characteristics of the LEDs will or will not be damaged by repairing.