Integrating Spheres

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.
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IS-1-2W UV-Silicon 2W Divergent Beam 1.0 in. Integrating Sphere
1 Products
3A-IS Silicon 3W Divergent Beam 1.6 in. Integrating Sphere
1 Products
3A-IS-IRG InGaAs 3W Divergent Beam 1.6 in. Integrating Sphere
1 Products
IS1.5-VIS-FPD-800 High Speed Silicon 4W Multi-function 1.5 in. Integrating Sphere
1 Products
IS6-C-UV UV-Silicon 1W Collimated 5.3 in. ID Ø25mm Aperture Integrating Sphere
1 Products
IS6-C-UV-2.5" UV-Silicon 2W Collimated 5.3 in. Ø63.5mm Aperture Integrating Sphere
1 Products
IS6-C-VIS Silicon 30W Collimated 5.3 in. ID Ø25mm Aperture Integrating Sphere
1 Products
IS6-C-IR Germanium 30W Collimated 5.3 in. ID Ø25mm Aperture Integrating Sphere
1 Products
IS6-D-UV UV-Silicon 1W Divergent 5.3 in. ID Ø26mm Aperture Integrating Sphere
1 Products
IS6-D-VIS Silicon 30W Divergent 5.3 in. ID Ø26mm Aperture Integrating Sphere
1 Products
IS6-D-IR Germanium 30W Divergent 5.3 in. ID Ø26mm Aperture Integrating Sphere
1 Products
IS6-D-IR-170 Germanium 30W 170° Divergent 5.3 in. ID Ø8mm Aperture Integrating Sphere
1 Products
IS6-C Collimated Beam 5.3 in ID Ø25 mm Aperture Integrating Sphere Body
1 Products
IS6-D Divergent Beam 5.3 in ID Ø63.5mm Aperture Integrating Sphere Body
1 Products
IS1.5-IRG-FPD-800 High Speed InGaAs 3W Multi-function 1.5 in. Integrating Sphere
1 Products
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