Memristive oscillators are a novel topic in nonlinear circuit theory, where the behavior of the reactive elements is emulated by the memristor
Programmable constant phase element realization with crossbar arrays
Introduction: Constant Phase Elements (CPEs) have been widely used in many applications due to the extra degree of freedom, which offers new responses and behaviors
A generalized family of memristor-based voltage controlled relaxation oscillator
Recently, memristive oscillators are a significant topic in the nonlinear circuit theory where there is a possibility to build relaxation oscillators without existence of reactive elements
Power and energy analysis of fractional-order electrical energy storage devices
Characterizing and modeling electrical energy storage devices is essential for their proper integration in larger systems
Capacitive behavior and stored energy in supercapacitors at power line frequencies
Supercapacitors are commonly viewed and mainly employed as dc electrical energy storage devices
Memristive Bio-Impedance Modeling of Fruits and Vegetables
Recent works show that the plants can exhibit nonlinear memristive behavior when excited with low-frequency signals
A general emulator for fractional-order memristive elements with multiple pinched points and application
In this paper, X-controlled universal fractional-order memelements (FOMEs) emulator is proposed
Memristor FPGA IP core implementation for analog and digital applications
Exploring the nonlinear dynamics of the memristors is essential to be adequately used in the applications
Digital Emulation of a Versatile Memristor with Speech Encryption Application
Memristor characteristics such as nonlinear dynamics, state retention and accumulation are useful for many applications
Realization of fractional-order capacitor based on passive symmetric network
In this paper, a new realization of the fractional capacitor (FC) using passive symmetric networks is proposed