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Design and test of an active pixel sensor (APS) for space applications

机译:空间应用的活动像素传感器(APS)的设计和测试

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A lot of studies have already been realized on CMOS image sensor (or APS: Active Pixel Sensors), but a few of them deals about the improvements which can be done to the commonly used pixel architecture. While this architecture of 3 or 4 transistors is very stable and has proved many times its efficiency, it still suffers from some weaknesses, in particular concerning the reduction of diode capacitance (which increases pixel gain and thus reduces reset equivalent input noise) and the improvements which can be made on fixed pattern noise (FPN). This paper presents studies and test results on some possible pixel architectures, and their characteristics. A 256 * 256 chip has been fabricated and its tests showed the way of the study of new high performance APS pixel.
机译:在CMOS图像传感器(或APS:有源像素传感器)上已经实现了许多研究,但其中一些关于可以对常用像素架构进行的改进。虽然这种3或4个晶体管的架构非常稳定并且已经多次效率,但它仍然存在一些弱点,特别是关于二极管电容的减小(这增加了像素增益,从而降低了复位等效输入噪声)和改进可以在固定图案噪声(FPN)上进行。本文介绍了一些可能的像素架构的研究和测试结果及其特征。已经制造了256 * 256芯片,其测试显示了新的高性能APS像素的研究。

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