Cost effective design and development of hyper spectral camera using CMOSIS sensor /

Abstract

Despite the rapid growth of Hyper spectral cameras in recent years, its components including slits, gratings, collimators and focus lenses are still very expensive and large in size as compared to those on which Fabry perot filters integrated sensors used. Cameras available in market with integrated filters are very expensive in order to reduce costs and save more space, integration technology is required to develop by using CMOSIS sensor. The major parts of Hyper spectral camera are slits, gratings, collimator and focus lenses which are used to break down the light into hundreds of bands, collimate it and focuses on the sensor of Hyper spectral camera. These parts of camera are very expensive, bulky and heavy. It should be cheaper and cover less space without compromising in efficiency. This research work proposes the development progress and optimization of Hyper spectral camera by using CMOSIS sensor containing integrated Fabry perot filters. In this research work, we aim to design small size and cost effective Hyper spectral camera with high resolution.