A quasi-resonant dc-dc converter with high voltage gain and low current stresses on
switches is proposed in this paper. This converter preserved inherent advantages of current …

Low-power grid-tied inverters can be designed to operate in a discontinuous current mode
(DCM) with a model-based feedforward control, which can be advantageous for further …

This paper studies on a grid-connecting inverter using a gallium nitride (GaN) device aiming
for passive components size reduction by very high switching frequency operation. This …

This paper presents the design and implementation of a boundary current mode (BCM)
modulated GaN-based single phase inverter using a combination of bipolar and unipolar …

To overcome the increased switching losses in high frequency power electronics, control-
based modulation techniques such as boundary current mode (BCM) are commonly used in …

The discontinuous conduction mode (DCM) of the inductor current is an effective way to
achieve high efficiency and high power density of inverters because it has the advantages of …

This article proposes an improved current model for discontinuous current mode (DCM) grid-
tied inverters operated with an off-time discrete control to improve its zero-voltage switching …

This paper proposes an enhanced modulation strategy based on a discontinuous current
mode (DCM) for single-phase full-bridge inverters. The DCM inverter with an off-time …

This paper presents an improved off-time discrete control for discontinuous current mode
(DCM) grid-tied inverters to mitigate the deviations between the output current and its …

Discontinuous current mode (DCM) with high‐frequency operation can be an effective way
to reduce the volume of inductors for low‐power grid‐tied inverter applications. Unlike the …