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
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
Minimum Voltage (V) Maximum Voltage (V)
V1 2.6 3.2

 

Peak Wavelength Bins

Wavelength Bin Binning @ 350 mA, Tc= 25°C
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)
> 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

 

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