QCDep''t
InspecterCheckedPrepared
MSL-566SW-AS-DE447.5~452.5nm(WLD)
ApprovalSheet
MODELNAMEMSL-566SW-A□□□□-DESeries
CUSTOMERNAME
CUSTOMERP/NO.
APPROVEDDATE
PARTNUMBERBlueChipWavelength
MSL-566SW-AL-DE452.5~457.5nm(WLD)
UnityOptoTechnologyCo.,Ltd.
10F,No.88-8,Sec.1,Kuang-FuRd.,
SanchungCity24158,Taipei,Taiwan.
TEL:886-2-29993988FAX:886-2-29993910
http://www.unityopto.com.tw
SalesDep''tRDDep''t
CustomerApproved
Rev.0
MSL-566SW-A□-DESeries19-Dec-14
Features
Package:whitemicro-sideviewPLCC-2packagewithyellowsilicon.
Featureofthedevice:extremelywideviewingangle
idealforbacklightingandcouplingin
lightguides
color:x/ycoordinate:0.295/0.287
Technology:GaNonsapphirewithyellowphosphor(white)
Groupingparameter:luminousintensity,Chromaticity
Assemblymethods:suitableforallSMTassemblymethods
Solderingmethods:IRreflowsoldering
Taping:8-mmtapewithMax.4000/reel,f180mm
Applications
Backlighting:LCDDisplay,Keypads
PackageStructure
EncapsulantResin+Phosphor
ItemMaterial
FrameSilver-PlatedCopperFrame
PackageHeat-ResistantPolymer
LEDChipInGaN
TechnicalData
ALLEDs
1
MSL-566SW-A□-DESeries
PackageDimensions
RecommendedSolderPatterns
Notes:
1.Unit：mm
2.Toleranceis±0.10mmunlessotherwisenoted.
3.ThePadisformedwithsilver.
19-Dec-14
Cathode(-)Anode(+)
Polarity
Cathode(-)Anode(+)
Polarity
1.60.80.8
2
MSL-566SW-A□-DESeries
BinMin.Typ.Max.
W3A22002250
W3B22502300
W4A23002350
W4B23502400
W5A24002450
W5B24502500
W6A25002550
W6B25502600
W7A26002650
W7B26502700
Luminousintensityistestedatacurrentpulsedurationof3msandanaccuracyof±10%.
xy
Min.Typ.Max.Typ.Typ.
Voltagegroupsaretestedatacurrentpulsedurationof3msandanaccuracyof±0.05V.
Chromaticitycoordinategroupsaretestedatacurrentpulsedurationof100msandatoleranceof±0.01.
AbsoluteMaximumRatings
SymbolUnit
TOPoC
TstgoC
TjoC
IFmA
VRV
PtotmW
MSL-566SW-A□-DESeriesWhiteYellowishsilicone
0.295
ForwardVoltage
VF(Volts)
@IF=20mA
MSL-566SW-A□-DESeries2.7-3.00.287110
Max.
50
ViewingAngle
2θ1/2
@20mA
LuminousIntensity
IV(mcd)@20mA
Typ.
ReverseCurrent
IR(μA)
@VR=5V
Chromaticity
Coordinates
19-Dec-14
80Powerdissipation
Junctiontemperature
Forwardcurrent
ReverseVoltage5
110
30
ColoroftheLight
EmittingArea
SelectionGuide
PartNumberColorofEmission
StorageTemp.range
Parameter
OperatingTemp.range
PartNumber
-30~+85
-40~+100
Value
3
MSL-566SW-A□-DESeries19-Dec-14
ReliabilityTestItem
NoStandardTestMethodQty.Notice
1JESD22A106B200MustbeperformedPreconditioning
2JESD22A104C200MustbeperformedPreconditioning
3JESD22B102D30N/A
4JESD22A11930N/A
6JEITA4701-10030N/A
InternalRef.30
InternalRef.30
＊1DefineforNo.7,8,9JudgmentCriteriaasfollows
△%＜30%LuminousIntensityIv20mA
△%＜10%
30
30
20mA
InternalRef.
JudgmentCriteria
InternalRef.
SymbolTestCondition
Temperature
OperatingLifeofHigh
HumidityHeat
Item
ForwardVoltageVf
SolderabilityTest
TdippedArea=245℃±5℃
tdip=5±1sec
SteamPrecondition:8hrs±15mins
SteamTemperature：90~93℃
HighHumidityHeatStorageTa=60℃﹐RH=90%
LowTemperatureStorageTa=-40℃
OperatingLifeofHighTa=85℃﹐IF=20mA
N/A
100cycles
TestitemsTestcondition
85±5℃(30mins)~25℃(5mins)~-
40±5℃(30mins)~25℃(5mins)TemperatureCycle
Criteria
105±5℃(10mins)~-55±5℃(10mins)
TransferTime≦5±1minsThermalShock200cycles
AllPass
1times
over95%
7
SteadyState
Ta=25℃﹐IF=20mA
1000hrs
Temperature
AllPass
30
OperatingLifeofRoomdefinefor＊1MustbeperformedPreconditioning1000hrs
Note
1000hrsAllPass
AllPass1000hrs
AllPass
AllPass
5HighTemperatureStorageTa=85℃JESD22
A103C
Mustbeperformed
Preconditioning1000hrs
definefor＊1
definefor＊1
1000hrs
1000hrs9
SteadyStateTa=60℃﹐IF=20mA
8
SteadyState
Ta=60℃﹐RH=90%﹐IF=20mA
4
MSL-566SW-A□-DESeries
TypicalElectro-OpticalCharacteristicsCurves
RelativeSpectrumEmissionIrel=f(l),TA=25oC,IF=20mA
ForwardCurrentIF=f(VF)RelativeLuminousIntensityIV/IV(20mA)=f(IF)
TA=25oCTA=25oC
AmbientTemperatureVS.AllowableForwardRadiationCharacteristicIrel=f(q)
X
Y
19-Dec-14
0
5
10
15
20
25
30
35
40
350450550650750850950Re
lat
ive
Lu
mi
no
us
Int
en
sit
y
Wavelength(nm)
FIG.1RELATIVELUMINOUSINTERSITYVS.WAVELENGTH
0
10
20
30
40
50
0.01.02.03.04.05.0
(mA)
IF
ForwardVoltage(V)
FIG.2FORWARDCURRENT
VS.FORWARDVOLTAGE
0.0
0.2
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
2.0
01020304050
ForwardCurrentIF(mA)
FIG.3RELATIVELUMINOUSINTENSITY
VS.FORWARDCURRENT
(mA)
IF
AmbientTemperatureTA(oC)
FIG.4FORWARDCURRENT
VS.AMBIENTTEMPERATURE
X
Y
FIG.5RADIATIONDIAGRAM
30o
40o
50o
60o
70o
90o
0o10o20o
0.10.30.50.20.40.60.7
0.8
0.9
1.0
5
MSL-566SW-A□-DESeries
W6A25002550
W6B25502600
W7A26002650
W7B26502700
W8A27002750
W8B27502800
W9A28002850
W9B28502900
W10A29002950
W10B29503000
Y1A30003050
Y1B30503100
Y2A31003150
Y2B31503200
Y3A32003250
Y3B32503300
19-Dec-14
Condition@IF=20mA,Unit：：：：mcd
BinCodemcd(Min.)mcd(Max.)
6
MSL-566SW-A□-DESeries
C.I.ECoordinateComparison
AB1AB2AC1AC2AD1AD2AE1AE2AF1AF2AG1AG2
AB3AB4AC3AC4AD3AD4AE3AE4AF3AF4AG3AG4
BB1BB2BC1BC2BD1BD2BE1BE2BF1BF2BG1BG2
BB3BB4BC3BC4BD3BD4BE3BE4BF3BF4BG3BG4
CB1CB2CC1CC2CD1CD2CE1CE2CF1CF2CG1CG2
CB3CB4CC3CC4CD3CD4CE3CE4CF3CF4CG3CG4
DB1DB2DC1DC2DD1DD2DE1DE2DF1DF2DG1DG2
DB3DB4DC3DC4DD3DD4DE3DE4DF3DF4DG3DG4
19-Dec-14
AF
DF
DF
EF
EF
BF
AF
CF
ColorCoordinateComparison
0.180
0.190
0.200
0.210
0.220
0.230
0.240
0.250
0.260
0.270
0.280
0.290
0.300
0.310
0.320
0.330
0.340
0.350
0.360
0.370
0.380
0.2550.2600.2650.2700.2750.2800.2850.2900.2950.3000.3050.3100.3150.3200.325
CCX
CC
Y
AC1
AC3
BC1
BC3
CC1
CC3
DC1
DC3
AC2
AC4
BC2
BC4
CC2
CC4
DC2
DC4
AD1
AD3
BD1
BD3
CD1
CD3
DD1
DD3
AD2
AD4
BD2
BD4
CD2
CD4
DD2
DD4
AE1
AE3
BE1
BE3
CE1
CE3
DE1
DE3
AB1
AB3
BB1
BB3
CB1
CB3
DB1
DB3
AB2
AB4
BB2
BB4
CB2
CB4
DB2
DB4
AE2
AE4
BE2
BE4
CE2
CE4
DE2
DE4
AF1
DF1
DF3
CF1
BF1
CF3
BF3
AF3BF2
BF4
AF2
AF4
CF2
CF4
DF2
DF4
AG1
AG3
BG1
BG3
CG1
CG3
DG1
DG3
AG2
AG4
BG2
BG4
CG2
CG4
DG2
DG4
7
MSL-566SW-A□-DESeries
BinRangeofColorCoordinate
XYXYXYXY
AB10.26000.25200.26000.25800.26500.26700.26500.2610
AB20.26500.26100.26500.26700.27000.27500.27000.2690
AB30.26000.24600.26000.25200.26500.26100.26500.2550
AB40.26500.25500.26500.26100.27000.26900.27000.2630
AC10.27000.26900.27000.27500.27500.28300.27500.2770
AC20.27500.27700.27500.28300.28000.29200.28000.2860
AC30.27000.26300.27000.26900.27500.27700.27500.2710
AC40.27500.27100.27500.27700.28000.28600.28000.2800
AD10.28000.28600.28000.29200.28500.30000.28500.2940
AD20.28500.29400.28500.30000.29000.30800.29000.3020
AD30.28000.28000.28000.28600.28500.29400.28500.2880
AD40.28500.28800.28500.29400.29000.30200.29000.2960
AE10.29000.30200.29000.30800.29500.31700.29500.3110
AE20.29500.31100.29500.31700.30000.32500.30000.3190
AE30.29000.29600.29000.30200.29500.31100.29500.3050
AE40.29500.30500.29500.31100.30000.31900.30000.3130
AF10.30000.31900.30000.32500.30500.33400.30500.3280
AF20.30500.32800.30500.33400.31000.34200.31000.3360
AF30.30000.31300.30000.31900.30500.32800.30500.3220
AF40.30500.32200.30500.32800.31000.33600.31000.3300
AG10.31000.33600.31000.34200.31500.35000.31500.3440
AG20.31500.34400.31500.35000.32000.35800.32000.3520
AG30.31000.33000.31000.33600.31500.34400.31500.3380
AG40.31500.33800.31500.34400.32000.35200.32000.3460
BB10.26000.24000.26000.24600.26500.25500.26500.2490
BB20.26500.24900.26500.25500.27000.26300.27000.2570
BB30.26000.23400.26000.24000.26500.24900.26500.2430
BB40.26500.24300.26500.24900.27000.25700.27000.2510
BC10.27000.25700.27000.26300.27500.27100.27500.2650
BC20.27500.26500.27500.27100.28000.28000.28000.2740
BC30.27000.25100.27000.25700.27500.26500.27500.2590
BC40.27500.25900.27500.26500.28000.27400.28000.2680
BD10.28000.27400.28000.28000.28500.28800.28500.2820
BD20.28500.28200.28500.28800.29000.29600.29000.2900
BD30.28000.26800.28000.27400.28500.28200.28500.2760
BD40.28500.27600.28500.28200.29000.29000.29000.2840
BE10.29000.29000.29000.29600.29500.30500.29500.2990
BE20.29500.29900.29500.30500.30000.31300.30000.3070
BE30.29000.28400.29000.29000.29500.29900.29500.2930
BE40.29500.29300.29500.29900.30000.30700.30000.3010
BF10.30000.30700.30000.31300.30500.32200.30500.3160
BF20.30500.31600.30500.32200.31000.33000.31000.3240
BF30.30000.30100.30000.30700.30500.31600.30500.3100
BF40.30500.31000.30500.31600.31000.32400.31000.3180
BG10.31000.32400.31000.33000.31500.33800.31500.3320
BG20.31500.33200.31500.33800.32000.34600.32000.3400
BG30.31000.31800.31000.32400.31500.33200.31500.3260
BG40.31500.32600.31500.33200.32000.34000.32000.3340
19-Dec-14
ColorCoordinate@IF=20mA
42BinCode13
8
MSL-566SW-A□-DESeries
BinRangeofColorCoordinate
XYXYXYXY
CB10.26000.22800.26000.23400.26500.24300.26500.2370
CB20.26500.23700.26500.24300.27000.25100.27000.2450
CB30.26000.22200.26000.22800.26500.23700.26500.2310
CB40.26500.23100.26500.23700.27000.24500.27000.2390
CC10.27000.24500.27000.25100.27500.25900.27500.2530
CC20.27500.25300.27500.25900.28000.26800.28000.2620
CC30.27000.23900.27000.24500.27500.25300.27500.2470
CC40.27500.24700.27500.25300.28000.26200.28000.2560
CD10.28000.26200.28000.26800.28500.27600.28500.2700
CD20.28500.27000.28500.27600.29000.28400.29000.2780
CD30.28000.25600.28000.26200.28500.27000.28500.2640
CD40.28500.26400.28500.27000.29000.27800.29000.2720
CE10.29000.27800.29000.28400.29500.29300.29500.2870
CE20.29500.28700.29500.29300.30000.30100.30000.2950
CE30.29000.27200.29000.27800.29500.28700.29500.2810
CE40.29500.28100.29500.28700.30000.29500.30000.2890
CF10.30000.29500.30000.30100.30500.31000.30500.3040
CF20.30500.30400.30500.31000.31000.31800.31000.3120
CF30.30000.28900.30000.29500.30500.30400.30500.2980
CF40.30500.29800.30500.30400.31000.31200.31000.3060
CG10.31000.31200.31000.31800.31500.32600.31500.3200
CG20.31500.32000.31500.32600.32000.33400.32000.3280
CG30.31000.30600.31000.31200.31500.32000.31500.3140
CG40.31500.31400.31500.32000.32000.32800.32000.3220
DB10.26000.21600.26000.22200.26500.23100.26500.2250
DB20.26500.22500.26500.23100.27000.23900.27000.2330
DB30.26000.21000.26000.21600.26500.22500.26500.2190
DB40.26500.21900.26500.22500.27000.23300.27000.2270
DC10.27000.23300.27000.23900.27500.24700.27500.2410
DC20.27500.24100.27500.24700.28000.25600.28000.2500
DC30.27000.22700.27000.23300.27500.24100.27500.2350
DC40.27500.23500.27500.24100.28000.25000.28000.2440
DD10.28000.25000.28000.25600.28500.26400.28500.2580
DD20.28500.25800.28500.26400.29000.27200.29000.2660
DD30.28000.24400.28000.25000.28500.25800.28500.2520
DD40.28500.25200.28500.25800.29000.26600.29000.2600
DE10.29000.26600.29000.27200.29500.28100.29500.2750
DE20.29500.27500.29500.28100.30000.28900.30000.2830
DE30.29000.26000.29000.26600.29500.27500.29500.2690
DE40.29500.26900.29500.27500.30000.28300.30000.2770
DF10.30000.28300.30000.28900.30500.29800.30500.2920
DF20.30500.29200.30500.29800.31000.30600.31000.3000
DF30.30000.27700.30000.28300.30500.29200.30500.2860
DF40.30500.28600.30500.29200.31000.30000.31000.2940
DG10.31000.30000.31000.30600.31500.31400.31500.3080
DG20.31500.30800.31500.31400.32000.32200.32000.3160
DG30.31000.29400.31000.30000.31500.30800.31500.3020
DG40.31500.30200.31500.30800.32000.31600.32000.3100
19-Dec-14
ColorCoordinate@IF=20mA
42BinCode13
9
MSL-566SW-A□-DESeries
BinRangeofForwardVoltage
B2.72.8
A2.82.9
02.93.0
19-Dec-14
Condition@IF=20mA,Unit：：：：V
BinCodeMin.Max
10
MSL-566SW-A□-DESeries
PackageLabel
LabelExplanation
T/M：TesterMachineIdentityNo.
Rank：
ReelDimensions
19-Dec-14
XXXXXXX-XXX-XXX
XXXXXXXX
T/M：：：：xxxx
XXXXXXXXXXXXXX
XXXXXXXX
XXXXXXXX
LuminousIntensityRankColorRankForwardVoltageRank
11
MSL-566SW-A□-DESeries
CarrierTapeDimensions
CarrierTape
MethodofTaping/PolarityandOrientation:Tapingunit4000pieces/reel
Notes:
1.Alldimensionsareinmillimeters.
2.Toleranceis±0.10mmunlessotherwisenoted.
Thereshallbemorethan400mmemptiesTheendofthecarriertapeshallbeadheredonthecovertape
TrailerThereshallbemorethan40emptiesTheendofthetapeshallbeinsertedintoaslitofthehub
LeaderCoverTape
Thereshallbemorethan40emptiesTheorientationoftapeshallbeasshown
19-Dec-14
ItemsRemarksSpecifications
Ano
Catho
12
MSL-566SW-A□-DESeries
ReflowSolderingProfile
LeadSolder
LeadFreeSolder
19-Dec-14
240oCMax.
10sec.Max.
Temp
60sec.Max.
Above200oC
2-5oC/sec.
2-5oC/sec.
Preheating
120-150oC
120sec.Max.
Temp
Time
Temp
1-5oC/sec.
1-5oC/sec.
Time
260oCMax.
10sec.Max.
60sec.Max.
Above220oC
Preheating
180-200oC
120sec.Max.
13
MSL-566SW-A□-DESeries
SurfaceMountMoistureSensitivitySpecifications
1.ControllingMoisture
2.PackagingSMDdevices:
3.HandlingDryPackedParts
4.AvoidSulfide
WhenproceedSMDprocess,pleaseavoidthecotactofSulfide.Forexample,rubberbandorlatexgloves.
19-Dec-14
UnityOptoTechnology,initsdesignofpackingmaterialsandpackingmethods,takesintoconsiderationthe
susceptibilityofsomeUnitypackagestomoistureinduceddamage.Theriskofthisdamageiscausedwhen
theLEDlensplasticencapsulationmaterialisexposedtoincreasesordecreasesintheRelativeHumidityof
thesurroundingenvironment.SuchdamagemayincludedelaminationbetweenthedieandtheLEDlens
plasticencapsulationmaterial,whichmayresultinopenconnectionsduetobrokenwirebonds.Moisturein
thepackagehavingreachedacriticallevelwillfracturethepackageinordertoescapewhenexposedtopeak
temperatureconditions,typicalinsolderingpractices.Therefore,thecontrolofmoisturelevelsintheLED
packageiscriticaltoreducetheriskofmoisture-inducedfailures.PleasefollowJEDEC-STD-033Astandards
forhandlingmoisturesensitivedevices.
Uponreceipt,thebagsshouldbeinspectedfordamagetoensurethatthebag’sintegrityhasbeen
maintained.Inspectionshouldverifythattherearenoholes,gouges,tears,orpuncturesofanykindthatmay
exposethecontentsofthebag.
Toopenthebag,simplycutacrossthetopofthebagasclosetotheoriginalsealaspossiblebeingcareful
nottodamagethecontents.Onceopenthedesiredquantityofunitsshouldberemovedandthebagresealed.
Ifthebagisleftopenlongerthan2hours,thedesiccantpouchshouldbereplacedwithadrydesiccantandthe
bagshouldbesealedimmediatelytoavoidmoisturedamage.
UnitypackagesallSMDdevicesintodrypackbags(moisturebarrierbags).
Unityincludesadesiccantpouchineachbag.Testingconfirmsthatthedesiccantpouchgreatlyreducesthe
presenceofmoisturebymaintainingtheenvironmentinthebag,thusprotectingthedevicesduringshipment
andstorage.
14
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