Concerns over environment and increased demand of energy have led the world to think
about alternate energy sources such as wind, hydro, solar and fuel cells. Out of these …

Tightly regulated power electronic converters show negative impedance characteristics and
behave as a constant power load (CPL) which sink constant power from their input bus. This …

The undesirable subharmonics in periodically driven non‐linear systems such as switching
power converters is a more common problem in power electronic circuits. Such operations …

This study presents a novel digital double‐loop control method, that is, inner current loop
and outer voltage loop, for a single‐stage isolated Cuk power factor correction (PFC) …

The paper presents the performance analysis of a Solar Photovoltaic (SPV) system with a
multiple gain boost converter. Mathematical model of a single diode-based SPV is …

It is known that power electronic circuits such as DC–DC converters are rich in non‐linear
phenomena. It is often necessary to determine when the system becomes unstable. The …

Continuous input and output power converters are extensively used in renewable energy
applications. In this paper, firstly the bifurcation analysis is carried out in a new topology of …

The rapid depreciation of conventional energy source makes the researches to find the
suitable, reliable and efficient source of energy such as solar, wind and tidal etc. Solar …

The usual method of estimating the onset of bifurcation and studying non‐linear phenomena
in power electronic devices consists of defining the discrete‐time model. This model …

One drawback of the conventional current‐fed full‐bridge (CFFB) power factor correction
(PFC) converters is extremely high‐voltage spikes on metal oxide semiconductor field effect …