Light source is programmable

Based on the physical principle of subtractive spectroscopy, newly revised thanks to the development of spatial light modulators, this programmable light source delivers a CW beam containing all the wavelengths of the requested spectrum. It operates with a spectral band extending from visible to near-IR (450-850 nm) and a spectral resolution of 5 nm.
May 15, 2006

Based on the physical principle of subtractive spectroscopy, newly revised thanks to the development of spatial light modulators, this programmable light source delivers a CW beam containing all the wavelengths of the requested spectrum. It operates with a spectral band extending from visible to near-IR (450-850 nm) and a spectral resolution of 5 nm. It includes a 100-W halogen lamp as primary light source and provides an output of 4mW of light at the exit tip of a 50-μm-core-diameter fiber. It is for applications in the fields of biophysics, biomedicine, and industrial colorimetry.
STIL
Provence, France
www.stilsa.com

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