YLS-8301-03 Refrigerated Halogen Tungsten Lamp Light Source Introduction: YLS-8301-03 adopts fan cooling and is designed with a voltage stabilizing circuit, greatly improving the stability of spectral output and the service life of the light source. It is a compact tungsten lamp light source very suitable for visible near-infrared absorption and reflection spectroscopy measurements. In addition, this light source can be configured and installed with filters to obtain corresponding wavelengths of light. This light source has modular accessories such as reflectivity and transmittance for selection, which can be combined with a spectrometer to form a basic spectral analysis system for classroom teaching and student experiments. Features: Fan cooling, built-in voltage stabilizing circuit, extremely stable output spectrum Modular design for easy loading of filters or attenuators Removable SMA905 fiber optic connector Rich detachable accessories that can be extended to spectral analysis systems for measuring transmittance, absorbance, and reflectance Application: As a reference light source for visible near-infrared spectroscopy analysis, used for measuring transmittance, absorbance, and reflectance Technical parameters: Model: YLS-8301-03 Spectral range: 400 nm-2500 nm Light bulb: 10W, 2000 hours (typical) Power supply: 15VDC, 2A Cooling: Fan Size: 110mm × 90mm × 52.5mm
Introduction: YLS-8301-03 adopts fan cooling and is designed with a voltage stabilizing circuit, greatly improving the stability of spectral output and the service life of the light source. It is a compact tungsten lamp light source very suitable for visible near-infrared absorption and reflection spectroscopy measurements. In addition, this light source can be configured and installed with filters to obtain corresponding wavelengths of light. This light source has modular accessories such as reflectivity and transmittance for selection, which can be combined with a spectrometer to form a basic spectral analysis system for classroom teaching and student experiments.
