Multi-jump resonance indicates the behaviour of a nonlinear, non-autonomous system whose frequency response is characterised by several hysteresis regions. This paper faces the problem of the design of a nonlinear dynamical system such that it exhibits multi-jump resonance. Analytic aspects of the problem as well as electronic implementation issues of multi-jump resonance circuits are discussed, providing criteria for the design of systems with given hysteresis regions and guidelines for circuit realisation.
Multi-jump resonance systems
Buscarino A.;Famoso C.;Fortuna L.;Frasca M.
2020-01-01
Abstract
Multi-jump resonance indicates the behaviour of a nonlinear, non-autonomous system whose frequency response is characterised by several hysteresis regions. This paper faces the problem of the design of a nonlinear dynamical system such that it exhibits multi-jump resonance. Analytic aspects of the problem as well as electronic implementation issues of multi-jump resonance circuits are discussed, providing criteria for the design of systems with given hysteresis regions and guidelines for circuit realisation.File in questo prodotto:
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