Recently a method has been proposed that allows general linear lumped networks (LN) to be incorporated within finite difference time domain (FDTD) simulators. In the present work this method is extended to arbitrary nonlinear lumped networks (NL2N) and applied to packaged Schottky diodes. The latter are represented in only one FDTD grid cell. Simulated and measured results are in good agreement
Extension of the Lumped Network LN-FDTD Approach to the Modelling of Nonlinear Elements
EMILI, Gianluca;ALIMENTI, Federico;MEZZANOTTE, Paolo;ROSELLI, Luca;SORRENTINO, Roberto
2000
Abstract
Recently a method has been proposed that allows general linear lumped networks (LN) to be incorporated within finite difference time domain (FDTD) simulators. In the present work this method is extended to arbitrary nonlinear lumped networks (NL2N) and applied to packaged Schottky diodes. The latter are represented in only one FDTD grid cell. Simulated and measured results are in good agreementFile in questo prodotto:
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