Study of Optimizing Design Based on Laser Interferometer for Optical Fiber End Face

Yang Pei, Yongqing Gong, Zhaoguo Su, Haowei Li, Guangtao Xu
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Abstract

The precision of the microstructure optical elements in the photolithography process will be inevitably affected by some errors, such as etching depth, etching width, alignment and lateral etching. Its performance will be decreased by this errors. Therefore, it's of high research value and practical significance to efficiently measure the surface morphology of microstructure optical elements. On the view of basic principle of interferometric system and improving the performance of the interferometer, the paper introduced the method of optimizing the original low performance laser interferometer and did contrast analysis to ensure the designed laser interferometer could satisfy the requirements of actual measurement.
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基于光纤端面激光干涉仪的优化设计研究
光刻过程中微结构光学元件的精度不可避免地会受到一些误差的影响,如蚀刻深度、蚀刻宽度、对准和横向蚀刻等。该误差将降低其性能。因此,高效地测量微结构光学元件的表面形貌具有很高的研究价值和实际意义。从干涉系统的基本原理和提高干涉仪性能的角度出发,介绍了对原有性能较差的激光干涉仪进行优化的方法,并进行了对比分析,确保设计的激光干涉仪能够满足实际测量的要求。
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