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All-fiber Laser with Narrow Linewidth at 1064nm

机译:1064nm窄线宽全光纤激光器

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摘要

By the derivation of the rate equation and power propagation equations,we can obtain the relationship between the output power and the resonator factors of fiber laser based on Fabry-Perot cavity. And it is analyzed by mathematical software, the results conduct the design of this experiment. In this work,resonant cavity consists of Yb-doped double-clad fiber and two fiber Bragg gratings with different reflectivity,which achieves all-fiber laser cavity. In addition,FBG is not only used to select frequency,but also to output narrow linewidth laser. Laser device delivers 10.4W peak output power at 1064.6nm with the narrow linewidth of 0.1 nm, the slope efficiency is 67.8%,and the beam quality factor M2 is measured to be 1.06.
机译:通过速率方程和功率传播方程的推导,我们可以得到基于法布里-珀罗腔的光纤激光器的输出功率与谐振因子之间的关系。并用数学软件进行了分析,结果进行了本实验的设计。谐振腔由掺Y双包层光纤和两个反射率不同的光纤布拉格光栅组成,可实现全光纤激光腔。此外,FBG不仅用于选择频率,还用于输出窄线宽激光。激光器件在1064.6nm处输出10.4W峰值输出功率,窄线宽为0.1nm,斜率效率为67.8%,光束质量因数M2被测为1.06。

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