SR100Z High Sensitivity Fiber Spectrometer Brief introduction: The high-performance back illuminated fiber optic spectrometer adopts a surface array back illuminated CCD chip with a pixel count of 2048 * 64 and a pixel size of 14 * 14 μ m. It has a larger photosensitive area and higher spectral stability. Adopting a high-resolution optical path design, coupled with advanced FPGA low-noise and high-speed signal processing circuits, the spectral signal is excellent, stable and reliable in performance, and equipped with multiple different spectral ranges to choose from, which can meet various spectral applications such as fluorescence, reflectance, Raman spectroscopy, etc. Among them, SR100A has a quantum efficiency of nearly 80% in the range of 200-1100nm, and a quantum efficiency of up to 60% in the ultraviolet band. The SR100Z adopts a cooling type surface array back illuminated CCD chip, which can receive more light signals, improve the signal-to-noise ratio of the spectrum, and achieve a quantum efficiency of twice that of a linear sensor in the 200-1100nm region, with a quantum efficiency of up to 70% in the ultraviolet band. Application areas: 1. Absorption transmittance and reflectance detection 2. Light source and laser wavelength detection 3. OEM Product Module: Fluorescence Spectroscopy; Raman spectra characteristic: 1. High reliability: with high signal-to-noise ratio and thermal stability 2. High flexibility: 180-1100nm optional, compatible with USB 3.0, RS232, RS485 multiple interfaces 3. High resolution: Resolution< 1.0nm@10um （200~1100nm） 4. High sensitivity: using a high quantum efficiency surface array backlight detector, optimized in the ultraviolet band 5. High signal-to-noise ratio: Integrated TEC refrigeration Technical parameters: Chip: Area array backlight cooling, Hamamatsu S11850 Host weight: 1200g Focal length: ≤ 100mm Incident slit: 10 μ m, 25 μ m, 50 μ m, 100 μ m, 200 μ m Fiber optic interface: SMA905, free space Data output interface: USB 3.0, RS232, RS485, 20 pin connector ADC bit depth: 16 bits Power supply: DC 4.5V to 5.5V (type @ 5V) Working current:<500mA Working temperature: 10~40 ℃ Storage temperature: -20~60 ℃ %Relative humidity: 0~90% RH Equipment power: 50 W Preheating time:<5 minutes Communication protocol: Modbus Host size: 180 mm (length) x 120 mm (width) x 50 mm (height)
Brief introduction: The high-performance back illuminated fiber optic spectrometer adopts a surface array back illuminated CCD chip with a pixel count of 2048 * 64 and a pixel size of 14 * 14 μ m. It has a larger photosensitive area and higher spectral stability. Adopting a high-resolution optical path design, coupled with advanced FPGA low-noise and high-speed signal processing circuits, the spectral signal is excellent, stable and reliable in performance, and equipped with multiple different spectral ranges to choose from, which can meet various spectral applications such as fluorescence, reflectance, Raman spectroscopy, etc. Among them, SR100A has a quantum efficiency of nearly 80% in the range of 200-1100nm, and a quantum efficiency of up to 60% in the ultraviolet band. The SR100Z adopts a cooling type surface array back illuminated CCD chip, which can receive more light signals, improve the signal-to-noise ratio of the spectrum, and achieve a quantum efficiency of twice that of a linear sensor in the 200-1100nm region, with a quantum efficiency of up to 70% in the ultraviolet band.
