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Performance characterization of a high-speed analog video processing signal chain for use in visible and infrared focal plane a

机译：用于可见光和红外焦平面的高速模拟视频处理信号链的性能表征

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Abstract: The electronics signal processing system (preamplification through digitization) used to capture signals from advanced visible and infrared focal planes requires careful design and component selection to insure focal plane limited performance. We describe the design of a multi-channel signal processing system and its detailed electronic characterization in terms of gain, offset, noise (rms, spectral, and coherent), integral nonlinearity, differential nonlinearity, frequency response, step response, and electrical crosstalk. The test system, test methodology, and test issues are also discussed. !12

机译：摘要：用于捕获来自高级可见光和红外焦平面的信号的电子信号处理系统（通过数字化前置放大器）需要仔细的设计和组件选择，以确保焦平面有限的性能。我们描述了多通道信号处理系统的设计及其在增益，偏移，噪声（RMS，光谱和相干），积分非线性，差分非线性，频率响应，步进响应和电串扰方面的详细电子表征。还讨论了测试系统，测试方法和测试问题。！12

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《Infrared Technology and Applications XXIII》|1997年|p.860-883|共1页
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Ralph M. Shima; The Aerospace Corp.; Los Angeles; CA; USA; Terrence S. Lomheim; The Aerospace Corp.; Los Angeles; CA; USA.;
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中图分类无线电电子学、电信技术;
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4. Design and testing considerations for high speed (> 10 MHz), high resolution (14 bits), high performance video signal chains for advanced visible and infrared focal plane applications [C] . Ralph M. Shima, Terrence S. Lomheim Society of Photo-Optical Instrumentation Engineers Conference on Infrared Spaceborne Remote Sensing . 2002

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5. Nonuniformity correction for focal plane arrays and partition based superresolution of video with application to an infrared imaging system. [D] . Narayanan, Balaji. 2005

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Performance characterization of a high-speed analog video processing signal chain for use in visible and infrared focal plane a

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