Abstract:
Horizontal interlacing of charge patterns read from an image sensing array is achieved by combining the charge signals read from each I''th and (I + 1''th) column during alternate field times and combining the charge signals read from each I''th and (I 1''th) column during the remaining field times.
Abstract translation:从图像感测阵列读取的电荷模式的水平交错通过组合在交替场时间中从每个第I和第(I + 1)列读取的电荷信号来实现,并且组合从每个I'读取的电荷信号和 I -1')列。
Abstract:
A radiation sensing array includes two semiconductor layers of different conductivity types with a large area semiconductor junction therebetween. One of the layers is relatively thin and a substantially transparent metal layer located on the radiation receiving surface thereof forms a Schottky barrier therewith. Surface charge accumulation electrodes are coupled to the opposite surface of the body. The carriers generated at the Schottky barrier in response to a radiation image projected thereon travel through the junction and second layer and accumulate at the surface of the second layer as minoritycarrier, surface-charge signals.