Lifetime evaluation on mid-infrared solid state laser

Lu Guo-guang, Hao Ming-ming
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Abstract

In this paper, 3-5μm solid state laser aging equipment was set up, according to the actual aging test result, we confirmed that the 3-5μm laser module (optical parametric oscillator) was the weakness part for the lifetime of the solid-state laser. Three groups of aging tests which the pumping power for the optical parametric oscillator was the accelerated stress were conducted on 3-5μm solid state lasers, according to the aging data analysis result, we can not only obtain the exponential degradation model of the optical parametric oscillator, but also we can obtain the accelerated model, and using these models we can quantitive evaluate the lifetime of the mid-infrared solid-state laser.
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中红外固体激光器寿命评价
本文搭建了3-5μm固体激光器老化设备,根据实际老化试验结果,确定了3-5μm激光模块(光参量振荡器)是影响固体激光器寿命的薄弱环节。在3-5μm固体激光器上进行了光参量振荡器泵浦功率为加速应力的三组老化试验,根据老化数据分析结果,不仅得到了光参量振荡器的指数退化模型,而且得到了加速模型,并利用这些模型对中红外固体激光器的寿命进行了定量评价。
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