2.94 μm diode side pumped ErYAG laser

Zhi Xu, Pengyuan Wang, Wanfa Liu, Yi-min Li, Baodong Gai, Y. Tan, Chunyang Jia, Jingwei Guo
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引用次数: 6

Abstract

We have demonstrated an average output power of 10 W quasi-continuous-wave mid-infrared laser at 2.94 μm from a diode laser (LD) side-pumped Er-doped yttrium aluminum garnet (YAG) crystal. The Er:YAG crystal was composed of Er-doped (50% doped) (YAG) bonded to undoped YAG. The LD was operated at a repetition rate of 150Hz and a pulse-width of 300 μs. The optical-optical conversion efficiency and the slope efficiency were 5.6% and 9.1%, respectively. The slope efficiency was not saturation yet, a higher output power can be expected with a higher LD pump power and colder temperature of the Er:YAG crystal.
2.94 μm二极管侧泵浦ErYAG激光器
利用二极管激光(LD)侧泵浦掺铒钇铝石榴石(YAG)晶体,在2.94 μm波长处获得了平均输出功率为10 W的准连续中红外激光器。Er:YAG晶体由掺铒(掺50%)(YAG)与未掺杂的YAG键合而成。重复频率为150Hz,脉冲宽度为300 μs。光-光转换效率和斜率效率分别为5.6%和9.1%。斜率效率还未达到饱和状态,提高LD泵浦功率和降低Er:YAG晶体温度可以获得更高的输出功率。
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