This study proposes a flexible, compact, efficient, and cost effective electric vehicle-to-
electric vehicle charge sharing solution that will lead to faster and wider customer adoption …

Advances in wide bandgap (WBG) power switches are creating opportunities for significant
mass and volume reductions of power electronic inverters by shrinking passive and cooling …

This paper proposes an analytical computation of the rms current flowing in the input DC
capacitor of a PWM inverter. For a chosen PWM control, switching angles are computed in …

Uninterruptible power system, photovoltaics inverters, home appliances, motor drives, and
automotive systems require highly efficient, reliable, and compact single-phase inverters …

This paper is related to the use of multi-criteria decision-making (MCDM) tools for assisting
material selection for aircraft parts. In this direction, decision models including analytic …

The compensating choke plays an important role in many high-power industrial applications
with reactive power compensation. Due to the high number of devices installed every year …

Wide bandgap (WBG) power device technology opens up a new horizon for efficient and
optimal high-power conversion applications. Higher switching frequency and higher …

This paper introduces an optimization method for the design of the filtering inductor of a 3-
phase inverter. The inductor model takes into account saturation, copper and iron losses …

One of the early design decisions for DC‐DC converters is the choice of an appropriate
magnetic core material. Powder cores in particular are suitable due to their saturation flux …

Abstract Design and optimization of high-frequency inductive components is a complex task
because of the huge number of variables to manipulate, the strong interdependence and the …