摘要
针对目前光电印制板(OEPCB)中光电器件与光波导对接的垂直耦合结构耦合效率较低的问题,分析了传统嵌入式45°反射微镜的垂直耦合结构,提出了一种新的垂直耦合结构,经Matlab仿真验证其具有更高的垂直耦合效率。研究表明,新结构对光电对准精度要求不高,受传统PCB制作工艺的层压的高温高压影响更小、便于兼容传统PCB制作工艺。
In present optical-electrical printed circuit board（OEPCB）,there is a problem of low coupling efficiency of the vertical coupling structure between optical electrical devices and optical waveguides.Thus in this paper,the vertical coupling structure with traditional embedded45°reflection micro mirror was analyzed,and a new structure with higher vertical coupling efficiency was proposed and verified by simulation with Matlab.The research shows that the new structure has low requirement for optical-electric alignment accuracy,and it is less affected by high temperature and high pressure of traditional PCB manufacturing process and is easy to be compatible with the process.
作者
来新泉
王一鸣
刘晨
张凌飞
LAI Xinquan;WANG Yiming;LIU Chen;ZHANG Lingfei(Institute of Electronic CAD;School of Electronic Engin.,Xidian University,Xi＇an 710071,CHN;School of Computer,Qinghai Normal University,Xining 810008,CHN)
出处
《半导体光电》
CAS
北大核心
2018年第5期686-689,共4页
Semiconductor Optoelectronics
基金
国家自然科学基金项目(61771363)
国防基础预研项目(JCKY2016210B009)
关键词
光电印制板
光波导
耦合结构
耦合效率
optical-electrical printed circuit board
optical waveguide
coupling structure
coupling efficiency
