This paper proposes a transformerless/non-isolated, high-gain DC-DC converter required to
increase low voltages in renewable energy applications. The converter topology uses only a …

The large majority of technological devices can be seen as the sum of components of
heterogeneous nature (electrical, mechanical, thermal, software, etc.) so that their analysis …

The primary use of interleaved bidirectional DC–DC converters (IBC) is for high current
applications due to the inherent property of ripple cancellation, high redundancy, and …

The resonant frequency region characteristics of non-minimum phase (NMP) DC-DC
converter systems in the presence of input voltage and load current disturbances are crucial …

This article presents the practical design and performance comparison of Field
Programmable Gate Array-based digital controllers for SiC-based Multiport Converters …

In this work, a high step-up non-isolated DC-DC converter with a coupled inductor is
introduced for renewable applications. The output voltage rate of the proposed structure is …

Multiphase motors are being used in high power electric transportation applications owing to
their advantage such as high reliability, efficiency and fault-tolerant capability. A high power …

The existing series hybrid electric bus (SHEB) uses an ultra-capacitor (UC) to extend battery
life, mitigate vehicle weight, and reduce cost. However, previous studies did not clearly …

In this paper, a novel PWM carrier synchronization method is proposed for distributed DC–
DC converters in DC-Microgrids. The synchronization method is based on carrier frequency …

During the past decade, power electronics research has focused on the development of
DC/DC power converters for electric vehicle (EVs) applications, and it is estimated that there …