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Ultrafast dynamics in asymmetrical multiple quantum well SOAs

机译:非对称多量子阱SOA中的超快动力学

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A numerical model for the investigation of the ultrafast gain properties in asymmetrical multiple quantum-well semiconductor optical amplifiers (AMQW SOAs) has been developed considering propagation of ultrashort optical pulses with different wavelengths. The dynamics of the number of carriers and carrier temperature are investigated for each quantum well. The results agree with the experimental results of pump probe measurements with different wavelengths. It is shown that gain recovery is slower for higher energy wells for pump signals of all wavelengths.
机译:考虑到不同波长的超短光脉冲的传播,已经建立了一个用于研究非对称多量子阱半导体光放大器(AMQW SOA)中超快增益特性的数值模型。研究了每个量子阱的载流子数目和载流子温度的动力学。结果与不同波长的泵浦探针测量的实验结果一致。结果表明,对于所有波长的泵浦信号,能量较高的井的增益恢复较慢。

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