SFT-40-WES Gen 2

Description

SFT-40-WES Gen 2 High Power White LEDs

Features
SFT white series is a powerful light source for beam pattern critical lighting applications. The flat window of an SFT white LED results in a much smaller light emitting surface than a dome-shaped cover, enabling smaller optics and higher optical efficiency in directional lighting systems.
• Vertical chip with high lumen density and small emitting angle, ideal for efficient optical beam shaping to achieve high intensity, narrow beam angle and long beam distance.
• Phosphor-on-chip with superior color uniformity over radiation angles, delivering homogeneous color in beam spots.
• Maximum Drive Current: 8 A
• Color Temperature: 5000K, 5700K, 6500 K
• Color Rendering Index: Typ. 73 (5000K, 5700K), Typ. 70 (6500K)
• Low thermal resistance: 0.7°C/W
• ANSI-compatible chromaticity bins
• Electrically isolated thermal path
• 8 kV HBM ESD rating per ANSI/ESDA/JEDEC JS-001

Applications

• Portable Lights
• Bicycle Lights
• Automotive Auxiliary Lights
• LED Work Lights
• Outdoor and Roadway Lighting
• High Bay Industrial Lighting
• Entertainment Lighting
• Directional Light Fixtures

Ordering Part Numbers1

CRI	CCT	Luminous Flux		Chromaticity Bin Kit Code3	Ordering Part Numbers
		Minimum Flux Bin1	Minimum Flux²
Min. 70	5000K	F8	610 lm	501	SFT-40-WE50-F2-F8501
				502	SFT-40-WE50-F2-F8502
		F9	640 lm	501	SFT-40-WE50-F2-F9501
				502	SFT-40-WE50-F2-F9502
	5700K	F8	610 lm	571	SFT-40-WE57-F2-F8571
				572	SFT-40-WE57-F2-F8572
		F9	640 lm	571	SFT-40-WE57-F2-F9571
				572	SFT-40-WE57-F2-F9572
Typ. 70 Min. 65	6500K	F8	610 lm	651	SFT-40-WS65-F2-F8651
				652	SFT-40-WS65-F2-F8652
				703	SFT-40-WS65-F2-F8703
		F9	640 lm	651	SFT-40-WS65-F2-F9651
				652	SFT-40-WS65-F2-F9652

Binning Structure

Luminous Flux Binning1,2

Flux Bin Code	Binning @ 1500 mA			Correlated Minimum Flux (lm) @ Tj=85°C2
	Tj= 85°C		Tj= 25°C	Correlated Minimum Flux (lm) @ Tj=85°C2
	Minimum Flux (lm)	Maximum Flux (lm)	Minimum Flux (lm)	700 mA	3000 mA	6000 mA	8000 mA
F7	580	610	650	290	1038	1757	2123
F8	610	640	683	305	1092	1848	2233
F9	640	680	717	320	1146	1939	2342
G1	680	720	762	340	1217	2060	2489
G2	720	760	806	360	1289	2182	2635

Forward Voltage Binning3

Voltage Bin Code3	Binning @ 1500 mA, Tj= 85°C
Voltage Bin Code3	Minimum Voltage (V)	Maximum Voltage (V)
VH	2.5	2.7
VJ	2.7	2.9
VK	2.9	3.1

Binning Structure

Chromaticity Binning Coordinates

CCT	Bin Code	CIEx	CIEy	Bin Code	CIEx	CIEy	Bin Code	CIEx	CIEy	Bin Code	CIEx	CIEy
5000K	DA	0.3371	0.3490	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	0.3760		0.3533	0.3620
		0.3440	0.3427		0.3451	0.3554		0.3533	0.3620		0.3515	0.3487
		0.3366	0.3369		0.3371	0.3490		0.3451	0.3554		0.3440	0.3427
	DH	0.3366	0.3369	DE	0.3381	0.3762	DF	0.3480	0.3840	DG	0.3440	0.3428
		0.3440	0.3428		0.3480	0.3840		0.3571	0.3907		0.3515	0.3487
		0.3429	0.3307		0.3463	0.3687		0.3551	0.3760		0.3495	0.3339
		0.3361	0.3245		0.3376	0.3616		0.3463	0.3687		0.3429	0.3307
5700K	CA	0.3215	0.3350	CB	0.3207	0.3462	CC	0.3290	0.3538	CD	0.3290	0.3417
		0.3290	0.3417		0.3290	0.3538		0.3376	0.3616		0.3371	0.3490
		0.3290	0.3300		0.3290	0.3417		0.3371	0.3490		0.3366	0.3369
		0.3222	0.3243		0.3215	0.3350		0.3290	0.3417		0.3290	0.3300
	CH	0.3222	0.3243	CE	0.3196	0.3602	CF	0.3290	0.3690	CG	0.3290	0.3300
		0.3290	0.3300		0.3290	0.3690		0.3381	0.3762		0.3366	0.3369
		0.3290	0.3180		0.3290	0.3538		0.3376	0.3616		0.3361	0.3245
		0.3231	0.3120		0.3207	0.3462		0.3290	0.3538		0.3290	0.3180
6500K	BA	0.3048	0.3207	BB	0.3028	0.3304	BC	0.3115	0.3391	BD	0.3130	0.3290
		0.3130	0.3290		0.3115	0.3391		0.3205	0.3481		0.3213	0.3373
		0.3144	0.3186		0.3130	0.3290		0.3213	0.3373		0.3221	0.3261
		0.3068	0.3113		0.3048	0.3207		0.3130	0.3290		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	0.3120
		0.3093	0.2993		0.3028	0.3304		0.3115	0.3391		0.3161	0.3059
7500K	AA	0.2950	0.297	AB	0.2920	0.3060	AC	0.2984	0.3133	AD	0.2984	0.3133
		0.2920	0.306		0.2895	0.3135		0.2962	0.3220		0.3048	0.3207
		0.2984	0.3133		0.2962	0.3220		0.3028	0.3304		0.3068	0.3113
		0.3009	0.3042		0.2984	0.3133		0.3048	0.3207		0.3009	0.3042
	AH	0.2980	0.2880	AE	0.2895	0.3135	AF	0.2962	0.3220	AG	0.3037	0.2937
		0.2950	0.2970		0.2870	0.3210		0.2937	0.3312		0.3009	0.3042
		0.3009	0.3042		0.2937	0.3312		0.3005	0.3415		0.3068	0.3113
		0.3037	0.2937		0.2962	0.3220		0.3028	0.3304		0.3093	0.2993

Absolute Maximum Ratings

Parameter		Symbol	Values	Unit
DC Forward Current	Minimum	If min	0.1	A
DC Forward Current	Maximum	If max	8.0	A
Surge Current (t<10 ms, Duty Cycle < 10%)		I s	10.0	A
Reverse Voltage (@ If= 10 mA)		V r	5	V
Power Dissipation		PD	29	W
Junction Temperature		Tj	150	°C
Operating Temperature Range		T opr	-40 to 100	°C
Storage Temperature Range		T stg	-40 to 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

Characteristics

Parameter		Symbol	Value		Unit
			WS	WE
Color Rendering Index1 (Tj=85°C)	Minimum	CRI min	65	70
	Typical	CRItyp	70	–
Viewing Angle (FWHM)		2θ1/2	120		°
Forward Voltage (If=1500 mA, Tj=85°C)	Minimum	Vf min	2.5		V
	Typical	Vf typ	2.8
	Maximum	Vf max	3.1
Temperature Coefficient of Voltage		∂Vf/∂T	-1.3		mV/°C
Thermal Resistance (Electrical) Junction/Solder Point		Rthjs-EL	0.7		°C/W