一、电子信息技术的概念在微电子技术的基础上,光电子技术非常快速的发展成为一个高新科技领域,怎样有效的降低损耗、合理的利用带宽,其关键问题在于对新型光电子器件的研发。光电子器件的性能在很大程度上决定了光信号的质量,本论文要研究的微环谐振器的工作原理与光栅通信不同,光栅通信是需要光栅或者是腔面来进行反馈,而微环谐振器具有环形结构,其具有结构紧凑,利于集成等 First, the concept of electronic information technology On the basis of microelectronics, optoelectronics technology has developed very rapidly into a high-tech fields, how to effectively reduce the loss, the rational use of bandwidth, the key issue is the development of new optoelectronic devices. The performance of optoelectronic devices largely determines the quality of optical signals. The working principle of the microring resonators studied in this thesis is different from that of the grating communication. The grating communication needs grating or cavity surface for feedback, and the microring resonance The appliance has a ring-shaped structure that has a compact structure that is conducive to integration and the like