A new galvanically isolated DC-DC converter has been presented in this paper. The proposed topology is based on the quasi-switched-boost impedance network. It not only includes all positive characteristics of previous converters including continuous input current, high boost ability and high efficiency, but also has the prominent features of less passive elements utilization, small size and light weight. The proposed converter has been analyzed and inspected in the steady state. Furthermore, other possible galvanically isolated switched boost dc-dc topologies have been obtained by altering the switching network. Theoretical analysis has been verified by simulations as well as the experiments
There are many applications for high gain dc-dc converters. In several of these applications galvani...
This paper presents an analysis of the continuous current and the discontinuous current mode operati...
Non-inductive (throttle-free) DC/DC converters are used in low-power and highly integrated electroni...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
This paper focuses on the galvanically isolated quasi-Z-source dc-dc converter with a novel zero vol...
A high voltage ratio DC-DC converter is proposed which is comprised of four stages. First, an impeda...
A high voltage ratio DC–DC converter is proposed which is comprised of four stages. First, an impeda...
A high voltage ratio DC–DC converter is proposed which is comprised of four stages. First, an impeda...
© 2017 IEEE. This paper presents a new galvanically isolated step-up dc-dc converter intended for lo...
Abstract Conventional dc–dc boost converters have limited boosting capabilities, and the main switch...
A new concept of a DC-DC converter with galvanic isolation is proposed in this paper. The converter ...
Abstract. A new concept of a DC-DC converter with galvanic isolation is proposed in this paper. The ...
© 2015 EPE Association and IEEE. A new topology called 'quasi-Y-source impedance network' is present...
There are many applications for high gain dc-dc converters. In several of these applications galvani...
This paper presents an analysis of the continuous current and the discontinuous current mode operati...
Non-inductive (throttle-free) DC/DC converters are used in low-power and highly integrated electroni...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
This paper focuses on the galvanically isolated quasi-Z-source dc-dc converter with a novel zero vol...
A high voltage ratio DC-DC converter is proposed which is comprised of four stages. First, an impeda...
A high voltage ratio DC–DC converter is proposed which is comprised of four stages. First, an impeda...
A high voltage ratio DC–DC converter is proposed which is comprised of four stages. First, an impeda...
© 2017 IEEE. This paper presents a new galvanically isolated step-up dc-dc converter intended for lo...
Abstract Conventional dc–dc boost converters have limited boosting capabilities, and the main switch...
A new concept of a DC-DC converter with galvanic isolation is proposed in this paper. The converter ...
Abstract. A new concept of a DC-DC converter with galvanic isolation is proposed in this paper. The ...
© 2015 EPE Association and IEEE. A new topology called 'quasi-Y-source impedance network' is present...
There are many applications for high gain dc-dc converters. In several of these applications galvani...
This paper presents an analysis of the continuous current and the discontinuous current mode operati...
Non-inductive (throttle-free) DC/DC converters are used in low-power and highly integrated electroni...