The dual-input boost converter (DIBC) with voltage multiplier cell (VMC) and operating in
continuous conduction mode (CCM) is feasible for applications with high voltage from low …

A dual input DC–DC converter with dual boost and integrated voltage multiplier cell
operating at duty cycles larger than 0.5 is a necessity to achieve a high voltage gain for …

This study presents a new approach to modeling and control the current-fed Dickson voltage
multiplier (CF-DVM). The capacitor voltage relation and the input current are obtained. As all …

ABSTRACT A voltage multiplier cell (VMC)-integrated dual-input boost converter (DIBC) with
an inductor at the two inputs for dual boost, and working at a duty cycle greater than 0.5 is a …

A high step‐up/high‐efficiency converter is one of the essential requirements of a low power
grid‐connected photovoltaic system that provides the maximum power point tracking ability …

Photovoltaic cell produces weak voltage which should be increased. In fact, the DC/DC
converters managed the energy flow between the photovoltaic generator and the battery …

The paper presents a two-phase interleaved boost converter (IBC) providing higher step-up
conversion ratio compared to the conventional IBC. The circuit consists of a crossly …

The recent development in high gain DC–DC converters motivates its application on
renewable energy systems with low output voltage such as photovoltaic cells resulting in the …

The standard voltage boosting DC-DC converters may present a monotonically increasing
or decreasing voltage gain. Nevertheless, to achieve significantly escalated voltage output, it …

This study suggests a proportional‐type output‐voltage control algorithm of a three‐phase
inverter for uninterruptible power supply applications with performance‐recovery and offset …