DML芯片的量子阱增益谱仿真数据

量子阱增益谱（QW gain spectrum）仿真数据是50G DML芯片研发的理论基石，直接指导了材料外延、生长设计和光学性能优化。通过优化量子阱组分和应变，实现更高的材料微分增益以提升DML芯片的本征带宽。数据集采集方式为：在Windows系统下，利用Crosslight/PIC3D商用仿真软件，建立III-V量子阱仿真模型，仿真分析得到量子阱的增益以及不同载流子浓度下的增益变化，并记录。数据量为129KB。Quantum Well (QW) gain spectrum simulation data serves as the theoretical cornerstone for the development of 50G DML chips, directly guiding material epitaxy, growth design and optical performance optimization. By optimizing the quantum well composition and strain, higher material differential gain can be achieved to enhance the intrinsic bandwidth of DML chips. The dataset was collected by establishing a III-V quantum well simulation model using the commercial Crosslight/PIC3D simulation software under the Windows operating system, performing simulation analysis to obtain the gain of the quantum well and gain changes under different carrier concentrations, and recording the corresponding data. The total size of the dataset is 129 KB.

搜集汇总

背景与挑战

背景概述

该数据集提供了DML芯片的量子阱增益谱仿真数据，作为50G DML芯片研发的理论基础，通过仿真分析量子阱增益及其随载流子浓度的变化，以指导材料外延和光学性能优化。数据使用Crosslight/PIC3D软件在Windows系统下生成，数据量为129KB。