微环Q值、波导损耗、带宽可调范围、FSR调节范围测试数据

本课题重点研究面向网络节点全光信号可编程光子滤波芯片：实现了高Q微环、带宽可调和FSR可调功能集成的硅基单片集成芯片，并且完成了相应的光学、电学封装。实现了超低损耗硅基波导（<0.6 dB/cm）和超高Q值（>1×106）微环滤波器，带宽可调范围68.64 MHz-80. 96 GH，FSR可调范围7.5GHz-232.5GHz。采用Ansys Lumerical软件对器件进行仿真分析，利用matlab和origin软件对采集数据做图获得论文中的相关实验结果图片。数据量107.6Mb。

This study focuses on a fully optical signal programmable photonic filtering chip for network nodes. A silicon-based monolithically integrated chip integrating high-Q microrings, bandwidth tunability and free spectral range (FSR) tunability has been developed, with corresponding optical and electrical packaging completed. Ultra-low loss silicon-based waveguides (<0.6 dB/cm) and microring filters with ultra-high Q factor (>1×10^6) have been realized, with the bandwidth tunable range of 68.64 MHz to 80.96 GHz and FSR tunable range of 7.5 GHz to 232.5 GHz. Ansys Lumerical software was used for simulation analysis of the devices, while MATLAB and Origin software were employed to plot the collected data to generate the relevant experimental result figures in the paper. The total data volume is 107.6 Mb.

搜集汇总

背景与挑战

背景概述

该数据集提供了硅基可编程重构光子滤波芯片的测试数据，重点包括超低损耗波导（<0.6 dB/cm）和超高Q值微环（>1×10^6）的性能参数，以及带宽可调范围（68.64 MHz-80.96 GHz）和FSR可调范围（7.5 GHz-232.5 GHz）。数据来源于Ansys Lumerical仿真和实验处理，共44个文件、102.56MB，支持光子集成光学领域的研究与应用。