LED Spotlights - (530nm) Green

SLS-0104-A, SLS-0104-B, SLS-0104-C, SLS-0104-D, SLS-0104-E, SLS-0304-A, SLS-0304-B, SLS-0304-C, SLS-0304-D, SLS-0304-E, SLS-0504-A, SLS-0504-B, SLS-0504-C, SLS-0504-D, SLS-0504-E

High-power LEDs are a new class of light sources that have numerous applications in industrial, consumer, medical, and scientific fields. However, engineers and scientists often find that they have to design and fabricate heat sinks and optics mounts, and solder electrical contacts before they can light up a high-power LED. Mightex provides ready-to-use high-power LED light sources with integrated heat sinks and mounted collecting optics. Sirius^TM compact high-power light sources are designed as a universal light source for general lab use and OEM applications. The mechanical housing features multiple mounting holes compatible to common opto-mechanical mounts. Sirius^TM light sources can be driven by Mightex SiriusTM SLC series multi-channel LED drivers or other LED drivers and current sources.

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Table 1. LED Emitter Specifications

LED Code	Description	Peak Wavelength (nm)	Iop (mA)	Vop (V)	Luminous Flux (lm)
0100	1W White LED	5500K	350	3.4	45
0109	1W UV	395-410	350	3.5	180 mW
0101	1W Royal Blue	455	350	3.4	220 mW
0102	1W Blue	470	350	3.4	16
0103	1W Cyan	505	350	3.4	45
0104	1W Green	530	350	3.4	53
0105	1W Amber	590	350	3.0	42
0106	1W Red-Orange	617	350	3.0	55
0107	1W Red	625	350	3.0	44
0110	1W Deep Red	657	350	2.4	170mW
0111	1W 740nm	740	350	2.2	120mW
0112	1W 940nm	940	700	1.5	180mW
0300	3W White LED	5500K	1000	3.9	80
03091	3W UV	395-410	700	3.5	350 mW
0301	3W Royal Blue	455	1000	3.9	450 mW
0302	3W Blue	470	1000	3.9	30
0303	3W Cyan	505	1000	3.9	80
0304	3W Green	530	1000	3.9	80
0305	3W Amber	590	1400	3.0	110
0306	3W Red-Orange	617	1400	3.0	190
0307	3W Red	625	1400	3.0	140
02082	2.4W Near Infrared	850	1000	1.8~2.4	375 mW
05013	5W Royal Blue	455	1000	6.8	700 mW
05043	5W Green	530	1000	6.8	160

1. Emitter consists of two dies. Divergence angle approximately doubles along one direction when used with collecting optics;

2. Without collecting optics, this LED emits light from a 1mmx1mm area into a ±60 degree cone.
3. Emitter consists of four dies. Divergence angle and spot size approximately double when used with collecting optics.

Table 2. Collecting Optics Specifications

LENS Code	Description	Clear Aperture (mm)	X- Half Angle (degree)	Y- Half Angle (degree)	Efficiency (%)
A	Narrow Beam	19	5	5	85
B	Medium Beam	19	15	15	85
C	Wide Beam	19	25	25	85
D	Oval Beam	19	5	20	85
E1	Fiber Bundle Coupling	19	7mm full field	7mm full field	85

1. Focuses light into a spot at approximately 12mm in front of the lens. Ideal for coupling light into fiber bundles, liquid light guides and integrators.