XSM11639 is a fiber optic spectrometer with a spectral range of 200nm-1100nm. The detector adopts the Hamamatsu COMS detector, 16 bit A/D sampling and 75% quantum efficiency provide high signal-to-noise ratio and large dynamic range for the spectrometer. The spectrometer has good response performance in UV-VIS-NIS. Compared to common products, the use of dual scintillation gratings optimizes the spectral response of UV and NIR bands, improves the sensitivity and efficiency of the spectrometer by 20%, and effectively reduces stray light by 50%. The XSM11639 spectrometer equipped with dual dazzling gratings effectively balances the full spectral response and can be widely used in fields such as physical and chemical analysis, biological samples, semiconductor material detection, optical detection, and material detection.

XSM11639 is a fiber optic spectrometer with a spectral range of 200nm-1100nm. The detector adopts the Hamamatsu COMS detector, 16 bit A/D sampling and 75% quantum efficiency provide high signal-to-noise ratio and large dynamic range for the spectrometer. The spectrometer has good response performance in UV-VIS-NIS. Compared to common products, the use of dual scintillation gratings optimizes the spectral response of UV and NIR bands, improves the sensitivity and efficiency of the spectrometer by 20%, and effectively reduces stray light by 50%. The XSM11639 spectrometer equipped with dual dazzling gratings effectively balances the full spectral response and can be widely used in fields such as physical and chemical analysis, biological samples, semiconductor material detection, optical detection, and material detection.

Compared to traditional CCD detectors, the application of CMOS detectors has better response in the ultraviolet band. The use of ultraviolet differential absorption spectroscopy technology is highly suitable for the detection of nitric oxide and sulfur dioxide. XSM11639 has good thermal stability at 0-40 ℃, with a spectral wavelength shift of<0.1nm, and can be applied in qualitative and quantitative detection scenarios.

◆ 1. Equipped with dual glitter grating and gradient fading high-order filter technology, the detection range can reach 200nm~1100nm

◆ 2. High Resolution: Resolution< 2.5nm@600um optical fiber

◆ 3. Good thermal stability: spectral wavelength shift<0.1nm @ 0-40 ℃, sensitivity deviation<2%

◆ 4. High signal-to-noise ratio, large dynamic range

1 application area

²UV Visible Near Infrared Absorption

²Ground spectral analysis

²Water quality analysis

²Fluorescence measurement

²HPLC

²UV differential detection

²color measurement

²Transmittance/Reflection/Radiation Measurement