XV7031 Fiber Optic Spectrometer

A brief introduction: XV7031 is a deep cooled fiber optic spectrometer, which adopts a C-T optical path design internally. Through optimized optical path design and strict selection of optical components, XV7031 can achieve higher spectral resolution and eliminate stray light interference inside the spectrometer. Simultaneously using a detector with two-stage cooling and active heat dissipation, it can achieve a deep cooling mode, with a minimum cooling effect of minus 15 ° C, and control the dark noise of the spectrometer within ± 12 counts.

XV7031 is a deep cooled fiber optic spectrometer, which adopts a C-T optical path design internally. Through optimized optical path design and strict selection of optical components, XV7031 can achieve higher spectral resolution and eliminate stray light interference inside the spectrometer. Simultaneously using a detector with two-stage cooling and active heat dissipation, it can achieve a deep cooling mode, with a minimum cooling effect of minus 15 ° C, and control the dark noise of the spectrometer within ± 12 counts.

XV7031 has stable spectral signal detection capability and can be used for Raman spectroscopy detection. It can obtain Raman signals of low Raman activity substances such as water and titanium dioxide, and supports long-term integration function.

◆ 1. Deep cooling design, the cooling temperature can reach the internal temperature of -10 ℃

◆ 2. Low dark noise, able to control within ± 12RMS@100ms

◆ 3. High dynamic range, collecting richer spectral information

◆ 4. Open external interface protocols that can be embedded in devices.