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A state space model(SSM) is derived for quantum-dot semiconductor optical amplifiers(QD-SOAs).Rate equations of QD-SOA are formulated in the form of state update equations,where average occupation probabilities along QD-SOA cavity are considered as state variables of the system.Simulations show that SSM calculates QD-SOA′s static and dynamic characteristics with high accuracy.
A state space model (SSM) is derived for quantum-dot semiconductor optical amplifiers (QD-SOAs) .Rate equations of QD-SOA are formulated in the form of state update equations, where average occupation probabilities along QD-SOA cavity are considered as state variables of the system.Simulations show that SSM calculates QD-SOA’s static and dynamic characteristics with high accuracy.