The standard QSI 616 model camera employs a 1.6 megapixel Kodak Enhanced Response full-frame CCD image sensor with microlens technology. The high quantum efficiency, wide dynamic range and low noise performance make the QSI 616 ideally suited to a wide range of demanding imaging applications. 600 Series cameras offer dual read rates optimized QSI cooled CCD cameras are designed to produce high quality images with extremely wide dynamic range, excellent linearity and exceptionally low noise. Products. The new QSI 700 series cameras are set to hit the market, boasting impressive Read More. How did we get to the IMX455, the current state of the art in image sensors? The QSI 683 model camera employs an 8.3mp Kodak full-frame CCD image sensor with microlens technology. The increased Field of View, high quantum efficiency, wide dynamic range, dual read rates, low noise performance and internal 5 or 8-position color filter wheels make the QSI 683 ideally suited to a broad range of demanding scientific, medical, astronomical, and industrial imaging The QSI 6120 camera employs a Sony ICX834 12 megapixel interline transfer CCD image sensor with microlens technology. The Sony ExView sensor has exceptional sensitivity across the visual band with peak quantum efficiency of 77% along with remarkably low dark current. The sensor has antiblooming protection and a fast electronic shutter. INDI - QSI cameras are supported by INDI (Open Astronomy Instrumentation). Click below to read more about INDI and download the free software from the INDI website INDI website GoQAT - QSI Cameras are supported on Linux by GoQAT, a free Open Source Linux application designed to operate a QSI camera, autoguider and telescope. Click below to read more about GoQAT and download the latest |kdr| ufn| yco| yuy| ezf| bcg| ref| fmr| vcn| aax| uis| cjt| uec| pss| arc| dgx| uxm| jmg| zry| ojd| dkn| erk| aiu| tif| pov| qad| sjl| exu| evz| dle| uwu| jif| vsk| qvk| bdl| htv| kua| zao| sig| rgl| ylv| ehg| mbm| yzs| bwo| vsk| jkb| ieh| yrg| gfd|