一种基于SOI材料的光栅辅助反向耦合器型粗波分复用器数据

波分复用技术是一项有效扩展通信容量、提高通信速率的技术，也是光互连系统的重要技术之一。基于SOI的光栅辅助反向耦合器型粗波分复用器方案能够实现低插损、低信道串扰、可调范围广、平顶响应明显的特点。通过对该结构进行仿真，记录了四通道级联反向耦合器结构的反向耦合光谱，数据量354KB。

Wavelength Division Multiplexing (WDM) is an effective technology for expanding communication capacity and increasing data transmission rate, and it is also one of the important technologies in optical interconnection systems. The grating-assisted reverse coupler-type coarse wavelength division multiplexer (CWDM) scheme based on SOI features low insertion loss, low channel crosstalk, wide adjustable range and obvious flat-top response. Through simulation of this structure, the reverse coupling spectra of the four-channel cascaded reverse coupler structure were recorded, with a data volume of 354 KB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于基于SOI材料的光栅辅助反向耦合器型粗波分复用器，通过仿真记录了四通道级联结构的反向耦合光谱，数据量354KB。其特点是实现低插损、低信道串扰、可调范围广和平顶响应明显，适用于光互连系统中的波分复用技术，旨在扩展通信容量和提高通信速率。