Scientific Deep-Cooled SWIR InGaAs Cameras

1.Deep TEC cooling design, sensor stably cooled down to -40℃ to drastically cut dark current & boost SNR for ultra-long exposure. 2.Native 50fps full frame, arbitrary ROI acceleration, 1μs ultra-short minimum exposure for transient & faint scientific target capture. 3.Standard Gi

1.Deep TEC cooling stably locks detector at -40℃, drastically suppress dark current for over 2-minute long exposure imaging. 2.Large 25μm pixel & 16×12.8mm active area, superior faint light response for astronomy & fluorescence research. 3.Standard GigE digital output, PAL/NTSC a

1.Unique 1.1–1.9μm extended spectral range, quantum efficiency over 80% for near-infrared long-wave detection. 2.Deep TEC cooling stabilizes detector at -40℃, effectively suppress dark current for long-exposure scientific imaging. 3.Native 50Hz full frame, arbitrary ROI accelerat

1.Industry 1.2–2.2μm ultra-long detection band, QE ≥65% within 1.4–2.0μm long wave range. 2.Two-stage deep TEC cooling, stably locked at -40℃ to eliminate dark current for long exposure capture. 3.50Hz full frame, arbitrary ROI acceleration, 1μs ultra-wide adjustable exposure tim