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Mid-Infrared Optical Parametric Oscillator Pumped by Dual- Wavelength Fiber Laser Based on SRS Effect

机译:基于SRS效应,通过双波长光纤激光泵浦中红外光学参数振荡器

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In this paper, a dual-wavelength(DW) mid-infrared optical parametric oscillator(OPO) pumped by a DW fiber laserbased on the stimulated Raman scattering(SRS) effect, is demonstrated. When the pump power satisfied the thresholdcondition, obvious SRS effect was observed and a DW fiber laser with center wavelengths at 1060 nm and 1113 nm wasobtained. The DW fiber laser was injected into a single-period crystal, and the whole process went through four stages.In the first three stages, 1060 nm pump laser achieved parametric oscillation and generated 1602 nm signal laser and3138 nm idler laser and the conversion efficiency was seriously affected by SRS effect. In the fourth stage, twoindependent parametric processes were realized, which generated two mid-infrared output at 3131nm and 3580nm withpowers of 2.46W and 40mW, respectively. The efficiency characteristics in the four stages were also discussedseparately.
机译:本文采用DW光纤激光器泵浦的双波长(DW)中红外光学参数振荡器(OPO)证明了基于受刺激的拉曼散射(SRS)效应。当泵功率满足阈值时条件,观察到明显的SRS效果,并且具有1060nm和1113nm的中心波长的DW光纤激光器是获得。将DW光纤激光器注射到单周期晶体中,整个过程经过四个阶段。在前三个阶段,1060nm泵激光达到参数振荡并产生了1602nm信号激光器和3138 NM惰轮激光和转化效率受到SRS效应的严重影响。在第四阶段,两个实现了独立的参数过程,它产生了3131nm和3580nm的两个中红外输出为2.46W和40MW的力量分别为2.46W。还讨论了四个阶段的效率特征分别地。

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