The implementation of a non-quasi-static model for Schottky diodes into a commercial Computer-Aided Design
tool is described. This formulation relies on a non-quasi-static charge definition that depends on two quasi-static functions:
charge and delay. The model considers the use of the Nonlinear Function Sampling operator in order to extract each of this
quasi-static components. This model implementation has been tested under Harmonic Balance analysis with some numerical
examples. The performance of the proposed element observed in these preliminary tests allows being optimistic in the upcoming
validation under realistic experimental conditions.
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