The simulation of nonlinear distortion and transient effects in MEMS-reconfigurable microwave circuits and systems of large size is efficiently performed by resorting to a novel behavioral model of MEMS switches. The model is organized in such a way as to allow its standalone use as well as its insertion into a general-purpose envelope-transient simulator based on the harmonic balance principle, in much the same way as an ordinary circuit component.
V. Rizzoli, D. Masotti, F. Mastri (2007). Fast Nonlinear Analysis of Reconfigurable Microwave Systems by a Behavioral Model of MEMS Switches. PISCATAWAY (NJ) : IEEE.
Fast Nonlinear Analysis of Reconfigurable Microwave Systems by a Behavioral Model of MEMS Switches
RIZZOLI, VITTORIO;MASOTTI, DIEGO;MASTRI, FRANCO
2007
Abstract
The simulation of nonlinear distortion and transient effects in MEMS-reconfigurable microwave circuits and systems of large size is efficiently performed by resorting to a novel behavioral model of MEMS switches. The model is organized in such a way as to allow its standalone use as well as its insertion into a general-purpose envelope-transient simulator based on the harmonic balance principle, in much the same way as an ordinary circuit component.File in questo prodotto:
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