Optical concepts for dual band infrared continuous zoom lenses

J. Vizgaitis
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引用次数: 13

Abstract

Dual band focal plane arrays enable the simultaneous imaging of the MWIR and LWIR onto the same detector. Each spectral band is read out independently providing a separable MWIR and LWIR image. The development of this technology has necessitated the further development of dual band optics. Although reflective solutions simplify the need for color correction, multiple field of view reflective optics do not package nearly as well as refractive or catadioptric solutions. Dual band optical systems require that both bands focus at the same image plane at the same time. The challenge lies with the very broad spectral band of 3.5 - 11.0 microns, the different partial dispersions between the MWIR and LWIR, and the need to minimize the number of lenses to maximize transmission. This paper looks at the development of refractive and catadioptric concepts for designing continuous zoom lenses for dual band detectors.
双波段红外连续变焦镜头的光学概念
双波段焦平面阵列使中长波红外和低长波红外同时成像到同一探测器上。每个光谱带被独立读出,提供一个可分离的中长波红外和低长波红外图像。该技术的发展为双波段光学的进一步发展提供了必要条件。虽然反射光学解决方案简化了对色彩校正的需要,但多视场反射光学解决方案的封装效果不如折光或反射光学解决方案好。双波段光学系统要求两个波段同时聚焦在同一像面上。挑战在于3.5 - 11.0微米的非常宽的光谱带,MWIR和LWIR之间的部分色散不同,以及需要最小化透镜数量以最大化透射。本文介绍了用于双波段探测器的连续变焦透镜设计的折光和折光概念的发展。
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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