Web17 de mai. de 2024 · The Onyx EV76C664 has an innovative pixel design which offers excellent performance in low-light conditions, but also caters for ‘all-light’ environments (typical of outdoor camera applications) where wide dynamic range is needed. It has high-resistivity, deep-depletion silicon in order to increase its NIR sensitivity. WebSpectral sensitivity curves are mostly proprietary data. So the benchmark is carried out on theoretical built sensors based on one unique model taken from the Teledyne-E2V Onyx EV76C664 sensor. Electronical properties are given in Table 3. Sensitivity curves of RGBWir are those from Onyx .
Image Sensors World: June 2016 - Blogger
Websensor de imagem CMOS Onyx 1.3M – EV76C664. monocromático de alta sensibilidade de alta velocidade. sensor de imagem CMOS Ruby 1.3M – EV76C660 / EV76C661. NIR cor monocromático. sensor de imagem CMOS Sapphire 2M – EV76C570. cor monocromático de alta sensibilidade. WebTeledyne e2v’s new Onyx EV76C664 is a 1.3 million pixel CMOS image sensor for low-light applications. It has been designed using e2v’s advanced CMOS imaging technology and … how to say perfect in korean
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WebTeledyne e2v have developed the EV76C664 (Onyx) CIS which is part of the same family of CIS as the EV76C660 (Ruby) and EV76C560 (Sapphire) CIS. The CEI has performed extensive TID, TNID and HIT campaigns on both the Ruby and Sapphire CIS and has flown the Sapphire CIS in the C3D instrument on UKube-1 and the C3D2 instrument on AlSat … Web11 de ago. de 2024 · theoretical built sensors based on one unique model taken from the T eledyne-E2V Onyx EV76C664. sensor. Electronical properties are given in T able 3. Sensitivity curves of RGBWir are those from. WebThe cutting-edge Onyx EV76C664 is a 1.3 million pixel CMOS image sensor made for low light applications. Designed using e2v’s advanced CMOS imaging technology, it is the … northland delivery