Abstract
A model for a multiple-quantum-well (MQW) electroabsorption modulator is developed based on measurements of the escape time of photogenerated carriers, the dependence of the fiber-to-fiber loss on the applied voltage, the dependence of the /spl alpha/-parameter of the modulated signal on the applied voltage, and the intensity-modulation (IM) frequency response. The accuracy and computational efficiency of the model in describing the intensity- and phase-modulation properties of an optical signal make it suitable for computer simulations aimed at system design and performance evaluation.
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