Multiple-wavelength Q-switched Fiber Laser Using Synthetic Single-crystal Diamond Saturable Absorber

Zheyuan Zhang,Yuanjun Zhu,Pengtao Yuan,Hongbo Jiang,Zihao Zhao,Fulin Xiang,Lei Jin,Sze Yun Set,Shinji Yamashita

Conference on Lasers and Electro-Optics（2019）

引用 0|浏览3

暂无评分

摘要

The saturable absorber properties of synthetic single-crystal diamond is demonstrated, and a Q-switched fiber laser using synthetic diamond as saturable absorber (SA) which could achieve multi-wavelength output is proposed and demonstrated. The wave length ranges from 1553–1561 nm with a spectrum spacing of 0.48 nm. The pulse-width of output pulse train varies from 6.4 µs to 3.32 µs and the corresponding repetition rate changes from 28.73 kHz to 114.7 kHz with pump powers between 84.8 to 754.3 mW. In addition, the output power and pulse energy varies from 0.8789 mW to 8.606 mW and from 30.59 nJ to 75.62 nJ respectively in the same region. © 2019 The Author(s)

查看译文

关键词

output pulse train varies,output power,pulse energy varies,fiber laser,synthetic single-crystal diamond saturable absorber,saturable absorber properties,synthetic diamond,multiwavelength output,pulse-width,repetition rate changes,size 1553.0 nm to 1561.0 nm,time 3.32 mus to 6.4 mus,frequency 28.73 kHz to 114.7 kHz,power 84.8 mW to 754.3 mW,power 0.8789 mW to 8.606 mW,size 0.48 nm,energy 30.59 nJ to 75.62 nJ

AI 理解论文

溯源树

样例

生成溯源树，研究论文发展脉络

Chat Paper

正在生成论文摘要