MZI中非均匀波导的分析及波导功率约束的优化

Ganesh Shanbhag, V. Varsha, V. Sharma, Kavita G Karalatti, Vasantha Lakshmi, N. Venkatesh, T. Srinivas
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引用次数: 1

摘要

随着微型化的出现,科技界已经达到了一个新的维度,在技术上比微模更先进的微模形式中取得了重大突破。这一突破为科学家研究和构思他们的创新铺平了道路。本文对基于MZI的moem加速度计悬臂梁在折射率沿z轴变化的非均匀波导上的波传播进行了数学分析。其次,从弯曲角和曲率角两个主要方面介绍了最小功率损耗波浪弯曲的研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of non-uniform waveguide in MZI and optimization of the power confinement in the waveguide
The technological world has attained a new dimension with the advent of miniaturization and a major breakthrough has evolved in the form of moems, technically more advanced than mems. This breakthrough has paved way for the scientists to research and conceive their innovation. This paper presents a mathematical analysis of the wave propagation along the non-uniform waveguide with refractive index varying along the z axis implemented on the cantilever beam of MZI based moem accelerometer. Secondly the studies on the wave bends with minimum power loss focusing on two main aspects of bend angle and curvature angle is also presented.
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