微光学干涉测试

N. Lindlein, J. Schwider
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引用次数: 0

摘要

微光学由不同种类的光学元件组成。本文主要讨论的是微透镜的检测,而不是反射镜、棱镜等微光学器件的检测。微透镜可分为两种类型:折射透镜和衍射透镜。由于衍射透镜通常是由计算机生成的,因此不需要测试其全局光学功能,只需要测量微观结构。在折光微透镜的情况下,有几个属性必须确定:近轴参数(如焦距,直径),表面质量(偏离理想形式)和波像差。本文将讨论在反射光和透射光中使用干涉仪测量这些参数,以及这些干涉仪的优点和存在的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interferometric Tests for Micro-Optics
Micro-optics comprises different kinds of optical elements. This paper will mainly deal with the testing of microlenses, not of mirrors, prisms and other microoptical devices. Microlenses can be classified into two types: refractive and diffractive lenses. Since the diffractive lenses are normally computer generated it is not necessary to test their global optical function, only the microstructure has to be measured. In the case of refractive microlenses there are several properties which have to be determined: paraxial parameters (e.g. focal length, diameter), surface quality (deviations from the ideal form) and wave aberrations. The measurement of these parameters with the help of interferometers in reflected and transmitted light, as well as the advantages and problems of these interferometers, will be discussed.
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