High Precision Fiber Optic Spectrometer With Customizable Spectral Resolution

The SR100B spectrometer represents a pinnacle of technological achievement in the realm of high-performance, back-illuminated CCD sensor devices. It is particularly well-suited for a wide array of industrial, laboratory, and research applications where precision and reliability are paramount. At the heart of this sophisticated instrument lies the renowned Hamamatsu S10420 CCD chip, which boasts a large sensing area that is instrumental in capturing detailed spectral data with remarkable accuracy. This chip is designed to deliver stable spectral readings, ensuring consistent and dependable results over time.

The SR100B spectrometer is equipped with a 2048x64 pixel array, which, combined with a pixel size of 14x14μm, guarantees exceptional quantum efficiency and sensitivity across the broad spectrum ranging from 200 to 1100nm. This expansive range allows for the detection of a wide variety of materials and compounds, making the SR100B an invaluable tool in numerous scientific and industrial settings.

Moreover, the spectrometer offers the flexibility of customizable gratings and slit widths, enabling users to tailor the spectral resolution and sensitivity to their specific needs. This feature is particularly advantageous for researchers and technicians who require fine-tuning of their spectral analysis to achieve the highest level of detail and accuracy. The SR100B spectrometer's optical path is engineered for high-resolution performance, ensuring that even the most subtle spectral features are captured with clarity and precision.

Additionally, the spectrometer incorporates advanced FPGA (Field-Programmable Gate Array) signal processing technology, which is responsible for the impeccable quality of the spectrum signals produced. This technology also contributes to the device's stable and reliable performance, which is crucial for consistent data acquisition and analysis.

In summary, the SR100B spectrometer stands out as a robust and versatile instrument, capable of delivering superior spectral data across a diverse range of applications. Its cutting-edge components, coupled with its customizable features and unwavering performance, make it an indispensable asset in the fields of industrial analysis, scientific research, and beyond.