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Driving level dependence of spontaneous emission factor in microcavity DBR surface emitting lasers

机译:微腔DBR表面发射激光器自发排放因子的驱动水平依赖性

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Ultra low-threshold surface emitting (SE) lasers are attractive for large scale integration scheme into two-dimensional laser arrays. The control of spontaneous emission using a microcavity is one of the viable methods to realize such ultra low-threshold lasers. We have obtained the enhanced spontaneous emission factor (C factor) in three-dimensional microcavity DBR SE lasers. Recently, several groups have estimated the C factor of the microcavity SE lasers by fitting the calculated threshold curves of output-input characteristics where they assumed that the C factor was constant. However, the C factor must be changing against driving levels. In this study, we would like to show that the variable C factor provides the substantial difference in the L-I characteristic of a microcavity SE laser.
机译:超低阈值表面发射(SE)激光器对大规模集成方案具有吸引力,进入二维激光器阵列。使用微腔的自发发射的控制是实现这种超低阈值激光器的可行方法之一。我们已经在三维微腔DBR SE激光器中获得了增强的自发排放因子(C因子)。最近,几个组通过拟合了输出输入特征的计算阈值曲线来估计微腔SE激光器的C因子,其中他们假设C因子是恒定的。但是,C因子必须改变驱动水平。在这项研究中,我们想表明变量C因子在微腔SE激光器的L-I特征提供了显着差异。

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