摘要
报道了以９８０ｎｍ钛宝石激光端面泵浦室温连续１．５３５μｍＥｒ：Ｙｂ磷酸盐玻璃薄片激光器。实验上研究了９５０－９８８ｎｍ泵浦波长范围内激光输出特性，结果表明，９７５ｎｍ为最佳泵浦波长。在９７５ｎｍ泵浦下，实现了５ｍＷ低阈值起振和２１％的光－光转换效率；最大单频线偏振输出功率达２２ｍＷ。同时，观察并分析了高泵浦条件下输出激光的偏振与纵模性质，以及由泵浦吸收饱和而引起的输出功率饱和效应。
An Er:Yb codoped phosphate Kigre glass microchip laser operated continuously at 1.535μm and endpumped by Ti:sapphire laser with a pumping wavelength of 980nm was reported.The output characteristics of the laser in pumping wavelength range from 950 to 988nm was experimentally studied and the result shows that the optimal pumping wavelength was of 975nm.Under 975nm pumping,a linearly polarized laser with a low threshold of 5mW and with a 21% optical efficiency has been achieved,and a maximum single frequency output power of 22mW was really reached.Moreover,polarization and longitudinal mode behavior,as well as the output power saturation due to the pumping absorption saturation of the microchip laser with high level pumping have also been observed and analyzed.
出处
《光电子．激光》
EI
CAS
CSCD
1998年第3期189-191,194,共4页
Journal of Optoelectronics·Laser
基金
福建省自然科学基金
关键词
薄片激光器
钛蓝宝石激光
泵浦
1.535μm microchip laser
Ti:sapphire laser pumped
hole burning
output saturation
