《光波导理论与技术 Optical Waveguides Principles and Technologies》课程教学资源（参考文献）Integrated Optics An Introduction

《光波导理论与技术 Optical Waveguides Principles and Technologies》课程教学资源（参考文献）Guided Modes of Ti：LiNbO3 Channel Waveguides：A Novel Quasi-Analytical Technique in Comparison with the Scalar Finite-Element Method

《光波导理论与技术 Optical Waveguides Principles and Technologies》课程教学资源（参考文献）Performance of the effective-index method for the analysis of dielectric waveguides

solator: Definition An isolator is a device that allows light to pass along a fibre in one direction but not in the opposite direction

1Introduction 2Organization of This Paper 3Introduction to SVD and Waves—Sets of Point Sources and Receivers 4Introductory Example—Three Sources and Three Receivers 5Scalar Wave Examples with Point Sources and Receivers 6Mathematics of Continuous Functions, Operators, and Vector Spaces 7Communications Modes and Common Families of Functions 8Extending to Electromagnetic Waves 9Quantizing the Electromagnetic Field Using the M-Gauge 10Linear Scatterers and Optical Devices 11Mode-Converter Basis Sets as Fundamental Optical Descriptions 12Conclusions

What needed? to combine signals and/or to split them multiple ways up to 1000X1000 for WDM LANS three important characteristics Return Loss the amount of power that is reflected and thus lost Insertion LoSs the amount of signal lost in the total transit through the device Excess Loss additional loss of a device

以一种特定成分的有机硅为原料,采用溶胶-凝胶法,在硅基片上制备出用于光波导器件的薄膜.通过折射率和厚度测试及XPS成分测试验证了此薄膜具有较好的均匀性、厚度和光学特性,满足光波导器件的要求.分析了溶胶-凝胶法中常见的龟裂现象的原因以及采预防方法.利用这种薄膜结合微电子加工工艺制备出光波导器件阵列波导光栅

一、模间色散 二、材料色散 三、波导色散 四、偏振色散 五、高阶色散

光纤通信基础_第四章 光无源元件（波导的横向耦合和耦合器）

3.1 微带传输线 3.2 介质波导 3.3 光纤