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Design of an all-reflective active zoom system

机译:全反射式主动变焦系统的设计

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Based on active optics, the zoom system design can no longer be confined to traditional methods of changing the distances between optical components for variable focal lengths. An all-reflective active zoom system with three mirrors is designed. The primary and third aspheric mirrors act as deformable mirrors to realize the transition among the different focal lengths by the curvature radius variation, while the second aspheric mirror is static. According to the third-order aberration theory and dimension calculations of the optical system requirements with the constraint limitations, the system's initial construction parameters can be achieved. This all-reflective active zoom system can realize zoom ratio is 3, focal length between 5 and 15 mm, field-of-view of 10-27.8, and wide working wavelength from the visible to infrared. (C) 2015 Elsevier GmbH. All rights reserved.
机译:基于有源光学系统,变焦系统设计不再局限于用于可变焦距的改变光学组件之间距离的传统方法。设计了具有三面镜的全反射式主动变焦系统。第一和第三非球面镜充当可变形镜,以通过曲率半径变化实现不同焦距之间的过渡,而第二非球面镜是静态的。根据三阶像差理论和具有约束条件的光学系统要求的尺寸计算,可以获得系统的初始构造参数。这种全反射式主动变焦系统可以实现变焦比为3,焦距在5到15毫米之间,视场为10-27.8,以及从可见光到红外的宽工作波长。 (C)2015 Elsevier GmbH。版权所有。

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