Model :Gino
Keyword :Based on IoT architecture；Industrial Measurement
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Technical Support：021-50687686
Gino is a miniature fibre optic spectrometer based on IoT architecture. The spectrometer is designed with a Czerny-Turner optical path based on a planar grating, with a UV sensitive back-illuminated line array CMOS detector and a low stray light quality planar grating. The number of spectral channels is 2048/4096 selectable, 16bit A/D digital-to-analog conversion 1-11X on-board analogue gain, and temperature sensor is configured for real-time detection of the temperature of key optical path components of the spectrometer. Based on nano-material extinction technology, stray light is less than 0.1%, dark noise is less than 30RMS (100ms integration time). Built-in embedded computing platform with 766MHZ, 1GDDR and 16GFlash, preloaded with Linux operating system and Uspectral-Gino spectral acquisition software. The device is equipped with master/slave USB, Gigabit Ethernet RJ45, HDMI and Micro-SD card interfaces, and 24PIN peripheral interfaces. The spectrometer is available in stand-alone or slave sensor mode. The spectrometer can operate in environments from -20 to 60 degrees Celsius, with a spectral temperature drift of 0.1 pixel/°C. The spectrometer can be configured in high-speed configurations on request. High-speed configurations are available on request, with speeds up to 1400 fps, A/D quantization sampling and data transfer times below 700 us (2048 channels), Gino is an industrial-grade miniature fibre-optic spectrometer that can be used for real-time measurements in industrial sites and outdoor areas.
◆ 16bit A/D sampling, back-illuminated UV-enhanced CMOS detector, optional 2048/4096 sampling channels, integration time 10us-65S can be set;
◆ Nanomaterial-based extinction technology, stray light less than 0.1%;
◆ Single acquisition raw signal-to-noise ratio ≥ 400:1, on-board digital filter optimisation can be upgraded to ≥ 1000:1 (1ms integration);
◆ Single acquisition of the original dynamic range ≥ 3000: 1, on-board digital filter optimisation can be enhanced to ≥ 10000: 1 (1ms integral
