Current modulation by using dual color quantum cascade laser

Hussein H. Warid, M. Awad
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Abstract

Mathematical model to describe electrons and photons in dual color quantum cascade lasers has been proposed. These lasers have the ability to generate laser light in micrometer scale. The model consists of six differential equation for describing change concentration of electrons and photons with time . two of those equations express the first and second wave length photons . the rest equations show electron movement in four electronic levels . then equations to modulate injected current in active region have been employed by using sine function and photons demonstrate electrons variety with time effect of number of gain region , modulation frequency , continuous injection current , alternative injection current on electrons and photons distribution in active region have been studied . The results pointedout increasing in electrons and photons number as the continuous current and gain region number increase as compared with increasing in its number as the alternative current increase.
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双色量子级联激光器的电流调制
提出了描述双色量子级联激光器中电子和光子的数学模型。这些激光器具有产生微米级激光的能力。该模型由六个描述电子和光子浓度随时间变化的微分方程组成。其中两个方程表示第一和第二波长的光子。其余的方程显示了电子在四个电子能级上的运动。然后利用正弦函数建立了有源注入电流调制方程,研究了增益区数、调制频率、连续注入电流、交替注入电流对电子的时间效应以及有源注入电流的分布。结果表明,随着连续电流和增益区数目的增加,电子和光子数目增加,而随着交流电流的增加,增益区数目增加。
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