Eindimensionale CMOS Bildsensorik mit integrierter Signalverarbeitung

This thesis focuses at first the basics of the field integrated image sensor systems in CMOS technology. The available photosensing elements are characterized and modelled. A novel photosensing element, the so-called Photo-MOSFET is introduced and characterized. A further part of the thesis deals with system theoretical aspects of imaging focussing linear imaging. The final part of the thesis is build out of three application examples of integrated CMOS image sensor systems: (I.) A highly parallel programmable image sensor system for different applications; (II.) an image sensor system with two photosensing arrays and digital correlation processor; and (III.) an image sensor system for velocity measurement