This paper introduces a Y-shaped impedance network for realizing converters that demand a high voltage gain while using a small duty ratio. To achieve that, the proposed network uses a tightly coupled transformer with three windings, whose obtained gain is presently not matched by existing networks operated at the same duty ratio. This capability has been demonstrated by mathematical derivation for the proposed network in comparison with other recently reported networks. To further prove the network performance, a single-switch dc-dc converter has been implemented with the network, before testing it experimentally. The results obtained clearly verify the network performance in addition to its higher power density that can generally be achie...
Abstract This paper proposes a class of impedance networks, called quasi‐Δ‐source, as an improvement...
© 2016 IEEE. A novel A-source impedance network is proposed in this paper using an autotransformer f...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
This paper introduces a Y-shaped impedance network for realizing converters that demand a high volta...
This paper introduces a Y-shaped impedance network for realizing converters that demand a high volta...
This letter introduces a new versatile Y-shaped impedance network for realizing converters that dema...
This letter introduces a new versatile Y-shaped impedance network for realizing converters that dema...
This letter introduces a new versatile Y-shaped impedance network for realizing converters that dema...
This paper introduces a new 3-phase Y-source inverter whose gain is presently not matched by classic...
© 2015 EPE Association and IEEE. A new topology called 'quasi-Y-source impedance network' is present...
A new topology called “quasi-Y-source impedance network” is presented in this paper. It inherits all...
© 2016 IEEE. A novel A-source impedance network is proposed in this letter. The A-source impedance n...
This paper introduces a new 3-phase Y-source inverter whose gain is presently not matched by classic...
This paper introduces a new 3-phase Y-source inverter whose gain is presently not matched by classic...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
Abstract This paper proposes a class of impedance networks, called quasi‐Δ‐source, as an improvement...
© 2016 IEEE. A novel A-source impedance network is proposed in this paper using an autotransformer f...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
This paper introduces a Y-shaped impedance network for realizing converters that demand a high volta...
This paper introduces a Y-shaped impedance network for realizing converters that demand a high volta...
This letter introduces a new versatile Y-shaped impedance network for realizing converters that dema...
This letter introduces a new versatile Y-shaped impedance network for realizing converters that dema...
This letter introduces a new versatile Y-shaped impedance network for realizing converters that dema...
This paper introduces a new 3-phase Y-source inverter whose gain is presently not matched by classic...
© 2015 EPE Association and IEEE. A new topology called 'quasi-Y-source impedance network' is present...
A new topology called “quasi-Y-source impedance network” is presented in this paper. It inherits all...
© 2016 IEEE. A novel A-source impedance network is proposed in this letter. The A-source impedance n...
This paper introduces a new 3-phase Y-source inverter whose gain is presently not matched by classic...
This paper introduces a new 3-phase Y-source inverter whose gain is presently not matched by classic...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...
Abstract This paper proposes a class of impedance networks, called quasi‐Δ‐source, as an improvement...
© 2016 IEEE. A novel A-source impedance network is proposed in this paper using an autotransformer f...
A dc-dc converter with very high voltage gain is proposed in this paper for any medium-power applica...