This paper proposes a soft-switched interleaved boost converter with minimal conduction
loss increment and removed reverse-recovery problem. The soft-switching operation is …

This paper presents an isolated step-sown DC-DC converter using GaN power device for
automotive applications. The works for a power supply from a high voltage main battery with …

Low switching losses and high step up ratio is often desirable in renewable application
namely in high power photovoltaic system with low voltage and current ripple. In this paper …

The paper discusses design of the bi-directional two level 6-phase converter which operates
in discontinuous conduction mode in order to reduce costs and remove the current control …

This paper presents an isolated step-down DCDC converter using GaN power devices for
automobile applications. This converter consists of a LLC converter and a boost chopper …

In this paper a novel soft switching method for an interleaved boost converter has been
introduced and implemented in a PV system. Having low switching losses, high step up …

The paper discusses design of supercapacitor-based energy recovery system for elevators.
The main element of such system is bi-directional DC-DC converter to control energy flow …

The authors present the control principle of the multiphase interleaved DC-DC converter that
can be used to vastly reduce output current ripple of the converter. The control algorithm can …

The paper discusses design of the multiphase interleaved converter which operates near
the boundary conduction mode in order to reduce costs and remove the current control loop …

Operation of a DC-DC converter into DCM mode allows reduce needed value of inductance.
In that case the current does not have DC component and the losses in magnetic core and …