200nm-1100nm Versatile and Adaptable Fiber Optic Spectrometer for Various Scientific and Industrial Applications

The SR100B spectrometer is a device that stands out for its high-performance capabilities, specifically designed to meet the rigorous demands of industrial, laboratory, and research environments. It incorporates the cutting-edge Hamamatsu S10420 CCD chip, which is renowned for its ability to offer a large sensing area, thereby facilitating comprehensive spectral analysis. This chip is pivotal in providing stable and consistent spectral readings, which are essential for accurate data acquisition in various scientific and industrial applications.

The spectrometer's sensor array consists of 2048x64 pixels, each with a size of 14x14μm, which is instrumental in achieving an exceptional quantum efficiency and sensitivity across the broad spectrum ranging from 200 to 1100nm. This wide range of sensitivity allows the SR100B to be versatile and adaptable to a multitude of applications that require precise spectral measurements.

One of the key features of the SR100B spectrometer is its ability to customize gratings and slit widths, which enables users to tailor the spectral resolution and sensitivity to their specific needs. This customization ensures that the spectrometer can be fine-tuned for different experiments or industrial processes, providing the flexibility to adapt to various measurement requirements.

Furthermore, the SR100B spectrometer boasts a high-resolution optical path that is complemented by advanced FPGA (Field-Programmable Gate Array) signal processing technology. This combination not only ensures impeccable spectrum signals but also contributes to the device's stable and reliable performance. The FPGA technology allows for real-time processing of spectral data, which is crucial for applications that require immediate and accurate results.

In summary, the SR100B spectrometer is a robust and versatile instrument that combines cutting-edge sensor technology with customizable features and advanced signal processing to deliver high-quality spectral analysis in a range of demanding environments.