The FPA320x256-C from ANDANTA is an InGaAs SWIR Sensor that has a spectral range of 0.9 μm - 1.7 μm. It has a quantum efficiency fill factor (QEFF) above 70 % (at 1 μm - 1.6 μm) and an actual pixel array of 320 (H) x 256 (V) pixels. This SWIR sensor has a pixel operability of 99.9 % and pixel pitch of 30 µm. It has an effective pixel array of 318 (H) x 254 (V) pixels and image size of 9.6 mm x 7.68 mm. This SWIR sensor has a charge capacity of 0.17 Me- (at high gain, 13.3 µV/e-) and 3.5 Me- (at low gain, 0.7 µV/e-).
The FPA320x256-C has a planar InGaAs PIN sensor technology with dark current of up to 200 fA and readout noise below 70 e-RMS. This SWIR sensor has a response nonuniformity of 10 % and response nonlinearity of 2%. It has an output swing of 2.8 V and a minimum integration period of 5.5 µs. This SWIR sensor has a built-in temperature sensor with windowing capabilities. It has three readout modes: snapshot ITR/IWR & IMRO and 1, 2, or 4 outputs with a pixel rate of less than 10 MHz.
The FPA320x256-C is available in a light weight 44CLCC package 16.51 (L) mm x 16.51 (W) mm x 2.456 (T) mm and is ideal for near-infrared imaging, covert surveillance, semiconductor/solar panel inspection, medical science & biology, fiberoptic assembly & testing, see through fog/smoke, ice/slush/moisture mapping, industrial thermal imaging, astronomy, scientific, sorting, and recycling applications.
