This paper surveys nonlinear inductance models for saturating ferrite-core inductors working
in switch-mode power supplies (SMPSs). The use of saturating inductors allows for SMPS …

Switch‐mode power supplies (SMPSs) are widely exploited to interface electrical energy
sources to motors and other electrical loads. Inductors are usually the biggest and heaviest …

This paper proposes a new modeling approach for ferrite-core (FC) power inductors used in
switch-mode power supplies (SMPSs). In particular, a novel power-loss-dependent …

In this article, we derive low-complexity behavioral analytical models of the mutual
inductance between the coupling coils of wireless power transfer systems (WPTSs), as …

This article considers the problem of measuring power losses in the ferrite core contained in
the inductor. The new method of measuring these losses is proposed. This method uses …

This paper proposes a novel methodology based on the Genetic Programming (GP) to
derive behavioral models describing the transient evolution of the terminal voltage of a …

The temperature resistance of carbonyl iron powder (CIP) based soft magnetic composites
(SMCs) for molding inductor was investigated. The magnetic powder with median particle …

Inductors operated in quasi saturation in dc-dc converters allow reduction of the core size
and realization costs; on the other hand, they imply an increase of dissipated power that can …

This paper revisits the behavioral modeling of inductors used for Switch-Mode Power Supply
(SMPS) design. A novel unified behavioral modeling for power inductors is herein proposed …

Li-ion batteries play a key role in the sustainable development scenario, since they can
allow a better management of renewable energy resources. The performances of Li-ion …