Spread-spectrum (SS)-based pulsewidth modulation (PWM) techniques play an important
role when tackling the electromagnetic interference (EMI) problem in the switch-mode power …

Memristor synapse with activated synaptic plasticity can be taken as an adaptive connection
synaptic weight. To demonstrate its kinetic effects, in this article, we present an improved …

One of the most challenging and interesting field in power electronics is the ability to mitigate
the Electromagnetic Interference (EMI). A natural source of EMI includes the atmospheric …

Recently, discrete memristor maps can be directly constructed using discrete memristors.
However, some discrete memristors with reciprocal polynomial memristances cannot be …

This work presents a two-dimensional (2-D) non-autonomous tabu learning single neuron
(TLSN) model based on sinusoidal activation function (SAF), which can generate a class of …

As chaotic dynamics is widely used in nonlinear control, synchronization communication,
and many other applications, designing chaotic maps with complex chaotic behaviors is …

Based on Shil'nikov criterion, ie, extending the number of unstable saddle-focus-type
equilibria of chaotic system, a rich and varied multiwing chaos with complicated topology …

Passive electromagnetic interference filters (PEFs) are the most common way to solve
electromagnetic interference (EMI) problems in power converters. However, PEFs bring …

Differential-mode and common-mode chokes (DMC and CMC) are key components of
electromagnetic interference filters. Accurate impedance knowledge of these chokes allows …

Memristors have been extensively studied in the field of nonlinear dynamics. However, the
dynamic regulation mechanism of memristor-induced hyperchaotic oscillation has not been …