Infrared SWAP detectors: pushing the limits

Y. Reibel, R. Taalat, A. Brunner, L. Rubaldo, T. Augey, A. Kerlain, N. Péré-Laperne, A. Manissadjian, O. Gravrand, P. Castelein, G. Destefanis
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引用次数: 19

Abstract

The growing demand for compact and low consumption infrared cooled detectors is driven by different products segments. Hand Held Thermal Imagers, UAV, small gimbals are some of them. End users are requiring devices easy to use with fast cool down time, excellent portability, low acoustic noise with no trade-offs in reliability and performance. These requirements are pushing the technology developments toward constant innovations on detectors, coolers, read out circuits and proximity electronic boards. In this paper we are discussing the different figures of merit and highlighting the challenges for the different components. An update on the developments of HOT technology for most advanced pixel pitch will be presented. Very compact products are driving the developments for innovative coolers and cryogenic solutions. A low power compact architecture is a must for electronic boards to optimize the overall system power consumption. Finally a look to the future requirements for further shrink will be addressed.
红外SWAP探测器:突破极限
对紧凑型和低消耗红外冷却探测器的需求不断增长是由不同的产品细分驱动的。手持热成像仪,无人机,小型云台就是其中的一些。终端用户需要易于使用的设备,冷却时间快,便携性好,噪音低,可靠性和性能不受影响。这些要求推动了探测器、冷却器、读出电路和接近电路板的技术不断创新。在本文中,我们讨论了不同的价值数字,并强调了不同组成部分的挑战。将介绍最先进的像素间距的HOT技术的最新发展。非常紧凑的产品正在推动创新冷却器和低温解决方案的发展。低功耗的紧凑架构是优化整体系统功耗的必要条件。最后,展望进一步收缩的未来需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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