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Modeling of static and dynamic behaviour of 2.9THz Quantum Cascade Lasers

机译:2.9THz量子级联激光器的静态和动态行为建模

摘要

Abstract-Based on simplified rate equations, both static anduddynamic behaviour have been studied in order to characterizeud2.9THz QCLs that will be used in detection or transmission systems. Comparison of expected static behaviour and experimental one shows good correspondence. We have been able to extract a semi-empirical law of evolution of the threshold current with temperature and link it with the optical gain. About the dynamic behaviour, theoretical simulations show that bandwidth of more than 150GHz is attainable during direct intensity modulation(IM), with a response without any peak of resonance (due to the different estimated lifetimes of the tested QCL).
机译:摘要-基于简化的速率方程,已经研究了静态和动态特性,以表征将在检测或传输系统中使用的2.9THz QCL。预期的静态行为与实验结果的比较显示出良好的对应关系。我们已经能够提取出阈值电流随温度变化的半经验定律,并将其与光学增益联系起来。关于动态行为,理论仿真表明,在直接强度调制(IM)期间,可以获得150 GHz以上的带宽,并且响应没有任何共振峰(由于测试的QCL的估计寿命不同)。

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