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SST-10-SB

Horticulture LEDS

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Description

SST-10-SB Sky Blue LED

Features
• High Power Sky Blue LED with Peak Wavelength of 470 nm
• Wall-Plug Efficiency: typ. 60% @ 350 mA
• 90° or 130° viewing angle at 50% Iv
• Operation at up to 1.5 A CW
• Low Thermal Resistance
• 8 kV HBM ESD rating per ANSI/ESDA/JEDEC JS-001

Applications
• Horticulture / Growlights
• Accent and effect lighting
• Architectural lighting
• Remote-phosphor fixtures
• Stage lighting

Ordering Part Numbers

Color	Radiometric Flux		Wavelength Bins	Viewing Angle	Ordering Part Number
	Minimum Flux Bin1	Minimum Flux²
Sky Blue	N	510 lm	B6, B7, B8, B9	90°	SST-10-SB-B90-N470
				130°	SST-10-SB-B130-N470

Part Number Nomenclature

SST 10 SB <B###> <ffwww>

Product Family

Chip Area

Color

Package Configuration

Bin Kit

S: Surface Mount

S: Dome Lensed

T: Single Emitter

10: 1.0 mm2

SB: Sky Blue

<B> Solder Pad Configuration

B: type B

- see page 9 & 10 <#> Viewing Angle

90: 90°

130: 130°

<ff> Minimum Flux Bin

<www> Wavelength Bin See Binning Structure on page 3 for details

Binning Structure

Radiometric Flux Bins1

Flux Bin	Binning @ 350 mA, Tc=25°C
Flux Bin	Minimum Flux (mW)	Maximum Flux (mW)
N	510	550
P	550	590
Q	590	630
R	630	670

Forward Voltage Bins2

Voltage Bin	Binning @ 350 mA, Tc= 25°C
Voltage Bin	Minimum Voltage (V)	Maximum Voltage (V)
V1	2.6	3.2

Peak Wavelength Bins

Wavelength Bin	Binning @ 350 mA, Tc= 25°C
Wavelength Bin	Minimum Wavelength (nm)	Maximum Wavelength (nm)
B6	460	465
B7	465	470
B8	470	475
B9	475	480

Radiometric Power to Lumens Conversion3

Radiometric Power to Lumens			Peak Wavelength (nm)
Radiometric Power to Lumens			> 460 nm	> 465 nm	> 470 nm	> 475 nm
Flux Bin	N	> 510 mW	27 - 35 lm	33 - 43 lm	40 - 53 lm	49 - 65 lm
	P	> 550 mW	29 - 38 lm	35 - 46 lm	43 - 57 lm	53 - 70 lm
	Q	> 590 mW	31 - 40 lm	38 - 50 lm	46 - 61 lm	57 - 74 lm
	R	> 630 mW	33 - 43 lm	40 - 53 lm	50 - 65 lm	61 - 79 lm

Characteristics

Parameter (If=350 mA, Tc=25°C)		Symbol	Value	Unit
Forward Current		If	1.5	A
Luminous Flux	Minimum	V min	25	lm
	Typical	Φ V typ	45
	Maximum	V max	75
Radiometric Flux	Minimum	E min	510	mW
	Typical	Φ E typ	590
	Maximum	E max	670
Forward Voltage	Minimum	Vf min	2.6	V
	Typical	Vf typ	2.8
	Maximum	Vf max	3.2
FWHM	Minimum	1/2 min	20	nm
	Typical	Δλ 1/2 typ	22
	Maximum	Δλ1/2 max	24
Peak Wavelength	Minimum	λp min	460	nm
	Typical	λp typ	470
	Maximum	λp max	480
Wall-Plug Efficiency		WPE	60	%
Real Thermal Resistance (Junction to Case)1		Rth JC real	5.9	°C/W
Electrical Thermal Resistance (Junction to Case)1		Rth JC elec	3.4	°C/W