Pursuits of miniaturization, greater performance, and lower cost for power electronics
necessitate advancement of power passive component technologies. While wide-bandgap …

The performance of inductors at high frequencies and small sizes is one of the largest
limiting factors in the continued miniaturization of dc-dc converters. Piezoelectric resonators …

Demand for power electronics with smaller volume, lighter weight, and lower cost will
eventually require new converter energy storage technologies with fundamentally higher …

Piezoelectric resonators have shown promise as efficient, power-dense energy storage
element alternatives to continue the miniaturization of DC-DC converters. However, practical …

Piezoelectric power converters, where acoustic resonators replace the inductors as energy
storage elements, promise much higher power density and higher efficiency compared to …

This study proposes a series/parallel piezoelectric resonator (SPPR) DC-DC converter that
strives to improve performance at larger step-down ratios than what baseline piezo …

This paper presents a comparison between piezoelectric filtering and passive LC filtering
integrated into an HF class L− Piezo inverter. This L− Piezo inverter is a variant of class φ2 …

The use of piezoelectric resonators (PRs) as energy storage elements in dc–dc converters
has captured considerable interest, in part due to the ultra-thin planner form factor, excellent …

The drive to miniaturize power electronics motivates investigation into alternative converter
energy storage technologies such as piezoelectrics, which offer fundamentally higher power …

Piezoelectric power converters, where acoustic resonators replace the inductors as energy
storage elements, promise much higher power density and higher efficiency compared to …