Integrating Spheres Sensors - 20nW to 30W

 Integrating Spheres Sensors - 20nW to 30W

Product name : Integrating Spheres Sensors - 20nW to 30W
Description :
There are three ways to measure divergent LED, laser and other sources: First, is the integrating sphere, which is designed to capture all the light that enters it. Next, is to simply use a very large aperture, and place it close enough to the light source to contain most or all of the power. Finally, measure power or energy density. In this case, it is not necessary for all the laser light to hit the sensor.

Specification
Model Description Aperture Size Spectral Range Price(USD) Quantity
0 IS-1-2W Calibrated 1” integrating sphere for up to 2W Ø5 mm 220-1100 nm -
1 3A-IS Integrating sphere for divergent beams to 3W Ø12 mm 350-1100 nm -
2 3A-IS-IRG Integrating sphere for divergent beams to 3W Ø12 mm 800-1700 nm -
3 IS1.5-VIS-FPD-800 Multi-functional Integrating Sphere for VIS Ø20 mm 400 to 1100nm -
4 IS1.5-IRG-FPD-800 Multi-functional Integrating Sphere for NIR Ø20 mm 940-1640nm -
5 IS6-C 5.3" integrating sphere for collimated light sources Ø25 mm 200-2200 nm -
6 IS6-C-VIS 5.3" integrating sphere collimated for VIS radiation Ø25 mm 400-1100 nm -
7 IS6-C-UV 5.3" integrating sphere collimated for UV radiation Ø25 mm 200-1100 nm -
8 IS6-C-IR 5.3" integrating sphere collimated for IR radiation Ø25 mm 700-1800 nm -
9 IS6-C-UV-2.5" 5.3" integrating sphere collimated for large beams Ø63.5 mm 200-1100 nm -
10 IS6-D 5.3” integrating sphere for divergent light sources Ø63.5 mm 200-2200 nm -
11 IS6-D-VIS 5.3" integrating sphere divergent for VIS radiation Ø26 mm 400-1100 nm -
12 IS6-D-UV 5.3" integrating sphere divergent for UV radiation Ø26 mm 200-1100 nm -
13 IS6-D-IR 5.3" integrating sphere divergent for IR radiation Ø26 mm 700-1800 nm -
14 IS6-D-IR-170 5.3" integrating sphere 170° divergent for IR radiation Ø8 mm 700-1800 nm -