A scalable, lumped element equivalent circuit, of a pre-matched multifinger FET cell is proposed. The model is derived using a global modeling approach that exploits both circuit and full wave analysis, and accounts for phase delay along gate and drain manifolds. The availability of such model is useful to perform fast stability analysis and optimization of the pre-matching network.

No abstract

WDM system, the traffic parameter affects the XPM effect that eventually influences the network performance. Numerical results show that a heavy traffic load results in a large bit-error probability, and thus a high packet-error probability, and a long packet has a high packet-error probability. It also shows that different traffic source models have different probability distributions of packet-error probability. Therefore, one task is to shape the traffic to have a short average packet length to guarantee the average packet-error probability. The results can provide useful information to designers when the structure of the packet format or edge node func-Ž . tions e.g., traffic shaping for the optical packet network is to be decided.