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Achrotech: achromat cost versus performance for conventional, diffractive and GRIN components

机译:Achrotech:传统,衍射和GRIN组件的消色差成本与性能对比

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摘要

An achromatic component shares a common focus at two wavelengths and is a commonly used device in optical assemblies. This work explores the cost versus performance tradeoff for several types of achromatic lenses: conventional doublets with homogenous glass elements, hybrid doublets with a diffractive surface, axial GRadient IN-dex (GRIN) lenses (where the index of refraction changes along the length of the lens), and radial GRIN lenses (where the index of refraction changes depending on radial position). First order achromatic principles will be reviewed and applied to each system as a starting point and refined through the use of ray trace s oftware. Optical performance will be assessed in terms of focusing efficiency and i maging. Cost will then be evaluated by accounting for current manufacturing costs and retail price through several distributors.
机译:消色差元件在两个波长上具有共同的焦点,并且是光学组件中的常用设备。这项工作探索了几种消色差透镜的成本与性能之间的权衡:带有均质玻璃元件的传统双合透镜,具有衍射表面的混合双合透镜,轴向GRadient IN-dex(GRIN)透镜(其中折射率沿透镜长度变化)。透镜)和径向GRIN透镜(折射率随径向位置而变化)。一阶消色差原理将作为起点进行审查并应用于每个系统,并通过使用光线跟踪软件进行完善。光学性能将根据聚焦效率和成像进行评估。然后,通过考虑当前的制造成本和通过多个分销商的零售价来评估成本。

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