Q-switched Yb-doped microstructure fiber laser using GaAs as saturable absorber

S. Fu, Xiaojuan Liu
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Abstract

A passive Q-switched Yb-doped microstructure fiber (MF) laser is demonstrated using a GaAs wafer as the saturable absorber. A high Ytterbium-doped fiber with a core diameter of 21 µm and a numerical aperture of 0.04 was used as the active fiber. The large-diameter core allows for greater energy storage than conventional single-mode core designs and the small NA of the core ensures the good beam quality of the laser. A pulse duration as short as 80 ns was obtained with the maximum repetition rate of 830 Hz. The maximum average output power is 5.8 W at 1080 nm wavelength.
以砷化镓作为可饱和吸收剂的调q掺镱微结构光纤激光器
采用砷化镓晶片作为可饱和吸收体,研制了一种无源调q掺镱微结构光纤激光器。采用芯径为21µm、数值孔径为0.04的高掺镱光纤作为有源光纤。与传统的单模芯设计相比,大直径芯允许更大的能量存储,并且芯的小NA确保了激光的良好光束质量。脉冲持续时间短至80纳秒,最大重复频率为830赫兹。在1080nm波长处,最大平均输出功率为5.8 W。
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