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引用次数: 11

摘要

非制冷红外微辐射热计(IR)技术的引入正在迅速改变军事和商业用户红外成像的面貌。以前,许多基于光导技术、图像增强管、扫描前红外(flir)或市售凝视MWIR探测器的高成本系统都能满足需求,现在,Loral红外和成像系统(LIRIS)的低成本非制冷产品可以满足或超越这些需求。非冷却微辐射热计技术通过以极低的成本和低维护提供适度的性能,为用户期望设定了新的标准。通过为军事和商业市场提供低成本,高性能的产品,能够满足许多成像红外传感器应用,新的市场,用户和应用正在被发现。对非冷却微桥成像技术的兴趣很大程度上源于对任何潜在用户的成本效益。本文讨论了我们的微辐射热计技术的众多技术优势,简要介绍了该技术,LIRIS提供的产品,以及LIRIS正在进行的技术和可生产性创新。
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Infrared sensor technology
The introduction of uncooled microbolometer infrared (IR) technology is rapidly changing the face of IR imaging for both military and commercial users. Needs previously met with many high cost systems based upon photoconductive technology, image intensifier tubes, scanned FLIRs, or commercially available staring MWIR detectors, can now be met or surpassed with Loral Infrared and Imaging Systems (LIRIS)'s low cost uncooled products. Uncooled microbolometer technology is setting the new standard for user expectations by providing moderate performance at very low cost with low maintenance. By providing both the military and commercial markets with low cost, high performance products able to meet many imaging infrared sensor applications, new markets, users, and applications are being discovered. Much of the interest in uncooled microbridge imaging technology stems from the cost benefit to any potential user. This paper discusses the numerous technical advantages of our microbolometer technology, provides brief descriptions of the technology, the products available from LIRIS, and technology and producibility innovations that are ongoing at LIRIS.
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