马赛克像素微辐射热计技术在高性能、低成本热成像和行人检测中的应用

K. Liddiard
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引用次数: 7

摘要

马赛克像素FPA技术包括一种新颖的微测热计阵列设计,结合先进的封装和集成光学,可以在短距离传感应用中提供增强的性能。最初是为被动红外(PIR)安全传感器开发的,该技术可以应用于其他非军事应用,其中可以接受大像素尺寸并且需要高探测性能。本文深入讨论了低成本热成像和非成像廉价传感器在行人检测等方面的应用。两者都具有非常低的NETD的优点。我们还讨论了小型化红外传感器的发展,最初设想为马赛克像素技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of mosaic pixel microbolometer technology to very high-performance, low-cost thermography and pedestrian detection
Mosaic pixel FPA technology comprises a novel microbolometer array design which, together with advanced packaging and integrated optics, can provide enhanced performance in short range sensing applications. Initially developed for passive infrared (PIR) security sensors, the technology can be applied to other non-military applications where a large pixel size is acceptable and a high detective performance is required. In this paper we discuss to two applications in depth: low cost thermography and non-imaging cheap sensors for pedestrian detection and other applications. Both have the advantage of very low NETD. We also discuss development of miniaturised IR sensors, as initially conceived for mosaic pixel technology.
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