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Experimental characterization of CMOS APS imagers designed using two different technologies

机译:使用两种不同技术设计的CMOS APS成像仪的实验特性

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Abstract: This paper presents measurements results performed onCMOS APS imagers implemented on two differenttechnologies. Both PhotoMOS (PM) and PhotoDiode (PD)structures have been designed by the CIMI-SUPAERO groupand high APS readout rate measurements have beenperformed by Matra Marconi Space. Every circuit alsoincludes the pixel's address decoders and the readoutcircuit required to perform on-chip correlated doublesampling and double delta sampling. The aim of thispaper is to compare performances of those arraysoperating at 5 Volts in terms of dark current, quantumefficiency, conversion gain, dynamic range. !8
机译:摘要:本文介绍了在两种不同技术上实现的CMOS APS成像仪上执行的测量结果。 PhotoMOS(PM)和PhotoDiode(PD)结构均由CIMI-SUPAERO组设计,Matra Marconi Space已进行了高APS读出率测量。每个电路还包括执行片上相关双采样和双增量采样所需的像素地址解码器和读出电路。本文的目的是在暗电流,量子效率,转换增益,动态范围方面比较以5伏工作的那些阵列的性能。 !8

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