Intracavity time-domain characterisation of a high-power hybrid integrated laser in mode-locked operation

This dataset includes raw measurement data and scripts used to process and plot the data used in the resource article.<br>The purpose of the measured data was to observe phase locking of the hybrid laser in multimode operation and reconstruct the time domain both at the outputs and intravacity.<br>The raw measurement data is obtained by a 20 GSa/s real time oscilloscope measuring the beating between a tuneable laser source acting as local oscillator and the hybrid integrated laser where the local oscillator is stepped between each pair of lines of the hybrid laser.<br>Details of the measurement can be found in the resource article, where the measurement followed the procedure described in: "Stepped-heterodyne optical complex spectrum analyzer" by Reid et al. (see reference link)<br><br>

本数据集包含本资源论文中所用的原始测量数据，以及用于处理、绘制该数据的脚本程序。
本次测量数据旨在观测多模工作下混合激光器的锁相特性，并重构激光器输出端与腔内的时域信号。
原始测量数据由一台20 GSa/s实时示波器采集所得，该示波器用于采集作为本地振荡器（Local Oscillator）的可调谐激光源与混合集成激光器之间的拍频信号；其中本地振荡器会步进扫描混合激光器的每一对纵模谱线。
本次测量的详细方案可参见本资源论文，该测量遵循Reid等人发表的《步进外差式光学复频谱分析仪》（Stepped-heterodyne Optical Complex Spectrum Analyzer）中所述的实验流程（参见参考文献链接）。