基于回音壁模式微腔注入锁定布里渊激光的全光载波恢复及自零差检测研究-原始数据

基于光学微腔布里渊激光的全光载波恢复技术主要面向高速相干光通信、全光信号处理等研究。基于相位噪声分析仪、光谱仪、频谱分析仪、相干传输与接收系统进行布里渊激光的注入锁定、以及自零差相干检测实验。主要记录了光谱，相位噪声曲线、拍频信号频谱图、相干通信星座图等观测值，实现了无载波频率和相位漂移的传统电补偿下的高质量数据接收，为应对光通信行业的能源危机提供了潜在的解决方案。数据量1.68Mb。The all-optical carrier recovery technology based on optical microcavity Brillouin laser is primarily developed for research fields including high-speed coherent optical communications and all-optical signal processing. Experiments involving injection locking of Brillouin laser and self-homodyne coherent detection are carried out using phase noise analyzers, spectrometers, spectrum analyzers, and coherent transmission and reception systems. This dataset primarily records observed data including optical spectra, phase noise curves, beat frequency signal spectrograms, coherent communication constellation diagrams and other related measurements. The technology enables high-quality data reception under traditional electrical compensation without carrier frequency and phase drifts, providing potential solutions to address the energy crisis in the optical communication industry. The dataset has a size of 1.68 Mb.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于光学微腔布里渊激光的全光载波恢复技术，面向高速相干光通信和全光信号处理研究。通过实验记录了光谱、相位噪声曲线、拍频信号频谱图及相干通信星座图等观测值，实现了无传统电补偿下的高质量数据接收，为光通信行业提供了潜在的解决方案。