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Future advances in uncooled IR sensor technology

机译:非制冷红外传感器技术的未来发展

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摘要

This paper presents an insight into advances in uncooled IR sensor technology. The paper does not speculate on long term futuristic concepts, but addresses what it should be possible to achieve during the next decade. Furthermore, the subject matter is mainly concerned with resistance microbolometer and associated sensor technology. Commercial sensitivity precludes detailed description of new initiatives in this field; however it is possible to outline key avenues of development. If the full potential of uncooled IR technology is to be realized, novel production methods will need to be introduced, particularly for the high volume consumer market. This will involve new detector concepts, focal plane array fabrication technology, readout and signal processing techniques, optical design, and packaging methods. This paper will discuss many of these issues, highlighting detector design, performance and fabrication.
机译:本文介绍了非制冷红外传感器技术的发展。本文没有推测长期的未来概念,而是讨论了未来十年可能实现的目标。此外,该主题主要涉及电阻微辐射热计和相关的传感器技术。商业敏感性使得无法对该领域的新计划进行详细描述;但是,可以概述发展的关键途径。如果要充分发挥未冷却红外技术的潜力,就需要引入新颖的生产方法,特别是对于大批量消费市场。这将涉及新的探测器概念,焦平面阵列制造技术,读出和信号处理技术,光学设计和封装方法。本文将讨论许多这些问题,重点介绍探测器的设计,性能和制造。

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