In this paper a simple technique to improve the efficiency on multiphase converters is
explored. The number of phases is dynamically changed in order to reduce power losses at …

In this paper, a photovoltaic (PV) module integrated converter is implemented with a current
fed two-inductor boost converter cascaded with a line frequency unfolder. The current …

Highly efficient, hybrid DC/DC topology, consisted of a standard interleaved boost followed
by a multilevel resonant switched capacitor converter, which employs 900-V silicon carbide …

Symmetric multiphase dc-dc converters are widely used in power electronics, as they enable
the processing of high power through splitting the overall load-current into multiple phases …

Parallel dc–dc converters are commonplace in applications such as computing power
supplies, point of load systems, and dc microgrids. The presence of multiple converters in …

This paper proposes a general methodology to analyze the interleaved pulse width
modulation (PWM) dc–dc converter. A unified and simple model is constructed and the …

Provisional application No. 60/944.483, filed on Jun. 15, 2007. An architecture is described
for digital multi-phase modula tors (MPM) that leads to an efficient, high performance hard …

In recent years, the interest for parallel multicell converters has grown, which is partially due
to the possibility of coupling the inductors used to connect the different commutation cells …

La recherche de performances élevées (densité de puissance, efficacité, dynamique,…) a
conduit ces dernières années à l'apparition de convertisseurs entrelacés utilisant des …

The security implications of utilizing an on-chip voltage regulator as a countermeasure
against fault injection attacks are investigated in this paper. The effect of the size of the …