Multiple scale approach to dynamics of an LC circuit with a charge-controlled memristor

Kristopher J. Chandía; Mauro Bologna; Bernardo Tellini

doi:10.1109/TCSII.2017.2699423

Multiple scale approach to dynamics of an LC circuit with a charge-controlled memristor

Department of Electrical-Electronic Engineering

University of Pisa

Research output: Contribution to journal › Article › peer-review

24 Scopus citations

Abstract

This brief presents an analysis of the nonlinear dynamics of a memristive inductive-capacitive circuit, driven by a sinusoidal voltage source. The analysis is carried out using multiple-scale technique. The memristance M(q) is modeled by a power law series of the electrical charge q, considering both passive and active M(q). The steady-state solution behavior, close to the resonant circuit condition, is investigated. Numerical simulations are reported for comparison with analytical results.

Original language	English
Article number	7914717
Pages (from-to)	120-124
Number of pages	5
Journal	IEEE Transactions on Circuits and Systems II: Express Briefs
Volume	65
Issue number	1
DOIs	https://doi.org/10.1109/TCSII.2017.2699423
State	Published - 2018

Keywords

Memristive circuits
Memristor
Multiple scales
Nonlinear analysis methods
Resonance

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10.1109/TCSII.2017.2699423

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abstract = "This brief presents an analysis of the nonlinear dynamics of a memristive inductive-capacitive circuit, driven by a sinusoidal voltage source. The analysis is carried out using multiple-scale technique. The memristance M(q) is modeled by a power law series of the electrical charge q, considering both passive and active M(q). The steady-state solution behavior, close to the resonant circuit condition, is investigated. Numerical simulations are reported for comparison with analytical results.",

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AU - Tellini, Bernardo

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AB - This brief presents an analysis of the nonlinear dynamics of a memristive inductive-capacitive circuit, driven by a sinusoidal voltage source. The analysis is carried out using multiple-scale technique. The memristance M(q) is modeled by a power law series of the electrical charge q, considering both passive and active M(q). The steady-state solution behavior, close to the resonant circuit condition, is investigated. Numerical simulations are reported for comparison with analytical results.

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KW - Memristor

KW - Multiple scales

KW - Nonlinear analysis methods

KW - Resonance

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ER -

Multiple scale approach to dynamics of an LC circuit with a charge-controlled memristor

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Keywords

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