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Integration of advanced optical functions near the focal plane array: first steps towards the on-chip infrared camera

机译:在焦平面阵列附近集成高级光学功能:迈向片上红外热像仪的第一步

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Today, both military and civilian applications require miniaturized and cheap optical systems. The miniaturization of imaging systems leads to breakthroughs in optical design. Multichannel systems, inspired by the compound eyes of insects, offer great opportunities as the principle is to divide the information contained in the whole scene into the different optical channels. An interesting approach is to take advantage of the infrared focal plane array technology and environment to integrate these systems near the detector, leading to very compact architectures.This paper presents a compact optical architecture based on a multichannel imaging system entirely integrated in the dewar used to cool the detector. This work gives encouraging results to prepare the next step in the miniaturization of optical systems, which is the integration of the imaging function directly on the focal plane array (wafer-level integration), leading to the design of an on-chip infrared camera.
机译:如今,军事和民用应用都需要小型化和廉价的光学系统。成像系统的小型化导致了光学设计的突破。受昆虫复眼启发的多通道系统提供了巨大的机会,因为其原理是将整个场景中包含的信息划分为不同的光通道。一种有趣的方法是利用红外焦平面阵列技术和环境在探测器附近集成这些系统,从而形成非常紧凑的体系结构。 本文提出了一种基于多通道成像系统的紧凑型光学架构,该系统完全集成在用于冷却探测器的杜瓦瓶中。这项工作给出了令人鼓舞的结果,为光学系统的小型化做准备,这是将成像功能直接集成在焦平面阵列上(晶圆级集成),从而导致了片上红外热像仪的设计。

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