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 …

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 …

Discontinuous conduction mode (DCM) for inverters can lower the size of filter inductors and
can realize the soft switching for switches. However, the current stress under the DCM is …

This paper proposes a novel modulation method to address the problems in the
conventional discontinuous current mode modulation for low-power single phase grid-tied …

Boundary conduction mode (BCM) can be employed in single-phase grid-connected
inverters to enhance the efficiency due to its soft-switching feature. The average current of …

A grid-tied inverter can be designed to operate in boundary conduction mode or
discontinuous current mode to achieve high efficiency and high power density. However, the …

This paper focuses on the improvement of the harmonic distortion for MHz-operated
discontinuous current mode single-phase grid-tied inverter under feed-forward current …

Discontinuous conduction mode (DCM) for inverters requires a small size of inductor, and
can realize soft switching for switches. However, the current stress under the DCM for two …

This paper proposes to apply discontinuous current mode (DCM) for motor drive inverters to
avoid the problems caused by high dv/dt in output, with relatively small filter components. A …