Staff Members - Benha University
An optimal linear system approximation of nonlinear fractional-order memristor–capacitor charging circuit
Microelectronics Journal • 2016
Publication Information
Authors
M.S. Semary, H.L.A. Malek, H.N. Hassan, A.G. Radwan
Keywords
Not Available
Journal
Microelectronics Journal
Publisher
Not Available
Volume
51
Issue
Not Available
Pages
58-66
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
The analysis of nonlinear fractional-order circuits is a challenging problem. This is
due to the lack of nonlinear circuit theorems and designs particularly in the presence of
memristive elements. The response of a series connection of a simple resistor with fractional
order capacitor and its analytical formulation in both charging and discharging phases is
considered. The numerical simulation of fractional order HP memristor in series with a
fractional order capacitor is also discussed. It is a demonstration of a simple nonlinear
due to the lack of nonlinear circuit theorems and designs particularly in the presence of
memristive elements. The response of a series connection of a simple resistor with fractional
order capacitor and its analytical formulation in both charging and discharging phases is
considered. The numerical simulation of fractional order HP memristor in series with a
fractional order capacitor is also discussed. It is a demonstration of a simple nonlinear