Recent development of infrared tunable filter

Dafu Liu, Qin-fei Xu, D. Mo
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引用次数: 2

Abstract

Researchers are engaging on tunable infrared (IR) filters, miniature Fabry-Perot optical devices, to operate IR detector like a spectrometer. This kind of devices was used in astronomical detection field in the 1950s. To meet the miniature, lightweight requirements of the optical detection system, researchers began to make small, lightweight, and cheap tunable IR filters. Nowadays researchers have applied a variety of different structures and the IR filter, and are attempting to integrate them with IR detectors directly. Tunable filter thin film mechanical and thermal properties, and working conditions will affect the tunable filter optical performance. In this article we give two main influencing factors, interface roughness and curvature effect. we also present and discuss the current development of FPF in different groups around the world.
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红外可调谐滤波器的最新发展
研究人员正在研究可调红外(IR)滤光片,一种微型法布里-珀罗光学装置,它可以像光谱仪一样操作红外探测器。这种装置早在20世纪50年代就应用于天文探测领域。为了满足光学探测系统小型化、轻量化的要求,研究人员开始制造体积小、重量轻、价格便宜的可调谐红外滤光片。目前,研究人员已经应用了各种不同的结构和红外滤波器,并试图将它们与红外探测器直接集成。可调滤光片薄膜的机械性能和热性能,以及工作条件都会影响可调滤光片的光学性能。本文给出了两个主要的影响因素:界面粗糙度和曲率效应。我们还介绍和讨论了FPF在世界各地不同群体中的发展现状。
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