piiif MEMBER OF THE NYNOMIC GROUP FIBERLIGHT SOURCE ■ 1.2 - 8.0 Wavelength Range ■ SMA-905 Fiber Connector ■ 1375 °C Silicon Carbide Source ■ Active Temperature Stabilization

THE TECHNOLOGY LIGHT SOURCE | FIBER High-temperature mid-infrared (MIR) light sources are relatively cheap and require only simple electronics; they emit light of high power and are stable and robust. by using commercially available fiber-probes. The light source is plug-andplay. It turns on in a few seconds and has temperature actively stabilized, meaning that no parts are too warm to be touched ■ However, due to the nature of the warm emitter, the light is incoherent and emitted in all directions, which makes it difficult to guide and focus the light onto a sample with high intensity. NLIR’s...

THE TECHNOLOGY AND TECH DRAWINGS EMISSION SPECTRUM AND STABILITY Density: The graph below (see Spectrum 1) shows the spectral density of NLIR’s FIBER Light Source in the 1.9 to 5.3 µm range. While the emission partially resembles that of a blackbody radiator, the SiC 102 Relative output power [%] The curve below (see Spectrum 2)shows a stability measurement of NLIR’s FIBER Light Source conducted with a bolometer at constant temperature. emitter exhibits a broader and more uniform spectral shape, particularly at shorter wavelengths. The light source extends its emission down to approximately 1.2...