SST-12-WxS

Description

High Power White LEDs SST-12-WxS

Features

• Round light emitter delivers superior beam quality and higher optical efficiency than square emitters for collimating optics
• High lumen density of monolithic emitter reduces the optics’ size while maximizing the light intensity and beam distance
• Maximum Drive Current: 1.8 A
• Luminous Efficacy: typ. 174 lm/W @ 350 mA, 85°C (6500K)
• Color Temperature: 5000K, 5700K, 6500K
• Color Rendering Index: min. 65, typ. 70
• Low thermal resistance: 4.9°C/W
• ANSI-compatible chromaticity bins
• Electrically isolated thermal path
• 8 kV HBM ESD rating per ANSI/ESDA/JEDEC JS-001
• RoHS and REACH compliant

Applications

• Compact Portable Lights
• Bicycle Lights
• Automotive Auxiliary Lights
• Stage & Studio Lighting
• Outdoor Lighting
• LED Work Lights

Ordering Part Numbers

CCT	Minimum Flux Bin1	Minimum Flux (lm)	Chromaticity Bin Kit Code2	Ordering Part Numbers
5000K	H4	285	501	SST-12-W50S-A120-H4501
			502	SST-12-W50S-A120-H4502
	H5	305	501	SST-12-W50S-A120-H5501
			502	SST-12-W50S-A120-H5502
5700K	H4	285	571	SST-12-W57S-A120-H4571
			572	SST-12-W57S-A120-H4572
	H5	305	571	SST-12-W57S-A120-H5571
			572	SST-12-W57S-A120-H5572
6500K	H4	285	651	SST-12-W65S-A120-H4651
			652	SST-12-W65S-A120-H4652
	H5	305	651	SST-12-W65S-A120-H5651
			652	SST-12-W65S-A120-H5652

Luminous Flux Binning

Flux Bin Code

Binning

@ 700 mA, Tj=85°C1

@ 350 mA,

Tj=25°C2

Correlated Minimum Flux (lm) @ Tj=85°C2

Minimum

Flux (lm)

Maximum

Flux (lm)

Minimum Flux

(lm)

350 mA

1000 mA

1800mA

2400 mA

267

285

164

147

355

547

657

584

701

305

324

188

168

406

625

750

324

345

200

178

431

664

797

345

367 213 190 459

707 849

Forward Voltage Binning

Voltage Bin Code	Binning @ 700 mA, Tj=85°C Minimum Voltage (V) Maximum Voltage (V)
VH	2.5	2.7
VJ	2.7	2.9
VK	2.9	3.1

Chromaticity Binning Coordinates

CCT	Bin Code	CIEx	CIEy	Bin Code	CIEx	CIEy	Bin Code	CIEx	CIEy	Bin Code	CIEx	CIEy
5000K	DA	0.3371	0.349	DB	0.3376	0.3616	DC	0.3463	0.3687	DD	0.3451	0.3554
		0.3451	0.3554		0.3463	0.3687		0.3551	0.376		0.3533	0.362
		0.344	0.3427		0.3451	0.3554		0.3533	0.362		0.3515	0.3487
		0.3366	0.3369		0.3371	0.349		0.3451	0.3554		0.3440	0.3427
	DH	0.3366	0.3369	DE	0.3381	0.3762	DF	0.348	0.384	DG	0.344	0.3428
		0.344	0.3428		0.348	0.384		0.3571	0.3907		0.3515	0.3487
		0.3429	0.3307		0.3463	0.3687		0.3551	0.376		0.3495	0.3339
		0.3361	0.3245		0.3376	0.3616		0.3463	0.3687		0.3429	0.3307
5700K	CA	0.3215	0.335	CB	0.3207	0.3462	CC	0.329	0.3538	CD	0.329	0.3417
		0.329	0.3417		0.329	0.3538		0.3376	0.3616		0.3371	0.349
		0.329	0.33		0.329	0.3417		0.3371	0.349		0.3366	0.3369
		0.3222	0.3243		0.3215	0.335		0.329	0.3417		0.3290	0.3300
	CH	0.3222	0.3243	CE	0.3196	0.3602	CF	0.329	0.369	CG	0.329	0.33
		0.329	0.33		0.329	0.369		0.3381	0.3762		0.3366	0.3369
		0.329	0.318		0.329	0.3538		0.3376	0.3616		0.3361	0.3245
		0.3231	0.312		0.3207	0.3462		0.329	0.3538		0.3290	0.3180
6500K	BA	0.3048	0.3207	BB	0.3028	0.3304	BC	0.3115	0.3391	BD	0.313	0.329
		0.313	0.329		0.3115	0.3391		0.3205	0.3481		0.3213	0.3373
		0.3144	0.3186		0.313	0.329		0.3213	0.3373		0.3221	0.3261
		0.3068	0.3113		0.3048	0.3207		0.313	0.329		0.3144	0.3186
	BH	0.3068	0.3113	BE	0.3005	0.3415	BF	0.3099	0.3509	BG	0.3144	0.3186
		0.3144	0.3186		0.3099	0.3509		0.3196	0.3602		0.3221	0.3261
		0.3161	0.3059		0.3115	0.3391		0.3205	0.3481		0.3231	0.312
		0.3093	0.2993		0.3028	0.3304		0.3115	0.3391		0.3161	0.3059

Product Characteristics

Parameter	Symbol	Minimum	Typical	Maximum		Unit
Viewing Angle (FWHM)	2θ1/2		120			Degree
Color Rendering Index	CRI	65	70
Thermal resistance (Electrical) Junction/Solder Point	Rthjs-EL		4.9			°C/W
Forward Voltage (@ If=700 mA, Tj=85°C)	Vf	2.5	2.9	3.1		V
DC Forward Current (Details refer to Maximum Permissible DC Current vs Junction Temperature)	If	0.1		2.4	1.8	A
Junction Temperature	Tj			130	150	°C
Power Dissipation	Pd			8	6	W
Surge Current (t< 10 ms, Duty Cycle < 10%)	Is-max			3.6	2.5	A
Reverse Voltage (Ir=10 mA)	V r			5		V
Operating Temperature	T opr	-40		100		°C
Storage Temperature	T stg	-40		100		°C
ESD withstand Voltage HBM Per ANSI/ESDA/JEDEC JS-001	VHBM	8				kV
ESD withstand Voltage CDM Per ANSI/ESDA/JEDEC JS-002	VCDM	1				kV