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

机译:微腔DBR表面发射激光器中自发发射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)激光器对于将大规模集成方案集成到二维激光器阵列中具有吸引力。利用微腔控制自发发射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发射因子(C因子)。最近,几组通过拟合计算出的输出-输入特性的阈值曲线来估计微腔SE激光器的C因子,他们假设C因子是恒定的。但是,C因子必须随驾驶水平而变化。在这项研究中,我们想证明可变的C因子在微腔SE激光器的L-I特性方面提供了实质性的差异。

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