Abstract
An ultra-high-resolution method using a multiple-step swing and wobbling operation is described for improving the resolution of solid-state image sensors. The method is based on the periodical shifting of the device to form multiple pixels. By analyzing the operation of this method, the optimum operation conditions were derived for achieving high resolution with low aliasing and low field flicker phenomena. Also described is a multiple-step wobbling operation with triangular waves that achieves high resolution with even lower aliasing and a wider operation range. Suitable display conditions of the multiple-step swing imaging signals were derived for achieving high resolution display images.
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