Simulation of an optical gain of quantum well lasers taking into account the optical gain and electron density nonlinearities

V. Lysak, I. Sukhoivanov
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Abstract

The influence of electron concentration on optical gain of semiconductor lasers is analysed. The comparison by integrated gain model and approached models for a range of active layer thickness change from 50 up to 1000 /spl Aring/ was carried out. The expression of the approximation model parameters change from the active layer thickness is determined.
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考虑光增益和电子密度非线性的量子阱激光器的光增益模拟
分析了电子浓度对半导体激光器光学增益的影响。利用积分增益模型和逼近模型对50 ~ 1000 /spl的有源层厚度变化范围进行了比较。确定了近似模型参数随活动层厚度变化的表达式。
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Characterization of II-VI alloy semiconductor layers by photoreflectance spectroscopy and prism-coupler method Syntheses of single-mode optical fibers with minimal dispersion Simulation of an optical gain of quantum well lasers taking into account the optical gain and electron density nonlinearities Phase locked loops for laser coherent systems Achievements in PBG structures modelling and fabrication
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