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This paper describes a complete fast imaging microsystem for biological applications. The main goal of this microsystem is to provide, at a very low cost, a high-speed camera (600 frames s −1 ) with an associated storage data system. We attained this goal by using a standard area CCD image sensor connected to a PC-compatible computer.

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This paper describes two complete fast imaging systems using a commercial Charge Coupled Device (CCD). It includes two different storage systems (analogical and digital) and describes a new high speed sensor built as an Application Specific Integrated Circuit (ASIC) in Complementary Metal Oxide Semiconductor (CMOS) 1.2 pm technology. The first system has been applied to a biological research.

This article describes the present development of a complete fast imaging microsystem, which the main aim is to propose, for biological applications and with a low cost, a high speed camera (2400 frames per second) and its data storage system associate& This microsystem uses a multiple parallel outputs C.C.D. image sensor and ll be connected to a PC computer compatible.