Simulation of system transmission values for different angles of incidence

Michael Wagner
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Abstract

For the design of a new asphere measuring system, it is necessary to know transmission values for a system consisting of a source, an optional auxiliary filter and an optical filter, on which angle-tuning is performed. To generate these transmission values for different angles of incidence and polarizations a simulation program was created. Input data of the simulation were based on data provided by the manufacturers. Simulation results are presented for a sample of four systems. Simulation was deemed successful and accelerates the design process of the metrology system, since a large range of source and filter combinations can be evaluated swiftly. Limitations of the simulation are discussed as well.
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不同入射角下系统传输值的仿真
在设计一种新的非球面测量系统时,需要知道由光源、可选辅助滤光片和光学滤光片组成的系统的透射值,并对其进行角度调谐。为了生成不同入射角和不同偏振角的透射值,编写了一个仿真程序。仿真输入数据以厂家提供的数据为基础。给出了四个系统的仿真结果。仿真被认为是成功的,并且加速了计量系统的设计过程,因为可以快速评估大范围的源和滤波器组合。本文还讨论了模拟的局限性。
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