In this paper, a general structure for cascaded power converters is presented in which any number of H-bridge cells having any number of voltage levels are series connected to form an inverter phase leg. Equations are introduced for determining an optimal voltage ratio of DC voltages for the H-bridge cells which will maximize the number of voltage levels obtainable resulting in high power quality. Special cases of the generalized inverter are presented including novel 11-level and 15-level inverters. Laboratory measurements demonstrate the proposed inverter performanc
In the past decade, the multilevel power converter has transitioned from an experimental concept to ...
This paper presents a cascaded H-bridge multilevel inverter with single DC source. Generally, each p...
A novel H-bridge multilevel PWM converter topology based on a series connection of a high voltage (H...
In this particular paper, a completely new single-phase cascaded multilevel inverter is recommended....
In this paper, a new cascaded multilevel inverter by capability of increasing the number of output v...
In this paper, an H-bridge inverter topology with reduced switch count technique is introduced. This...
This paper proposes two improved cascaded H-bridge (ICHB) multilevel inverters that feature voltage-...
This paper proposes two improved cascaded H‐bridge (ICHB) multilevel inverters that feature voltage‐...
Inverter is an important tool to convert DC circuit to AC circuit. It is very widely used in the ind...
In this paper, using H-bridge topology a general cascade multilevel inverter for the implementation ...
Due to the ever-increasing importance of multilevel inverters, researchers try to offer new structur...
The cascaded multilevel inverter (CMLI) has gained much attention in recent years due to its advanta...
Multilevel inverters have been proven to be viable solutions for high-power automotive motor drive a...
Abstract – Cascaded H-bridge multilevel inverters shows a useful circuit configuration to increase t...
This paper presents the necessity of portable power supplies that can be carried and cater to all th...
In the past decade, the multilevel power converter has transitioned from an experimental concept to ...
This paper presents a cascaded H-bridge multilevel inverter with single DC source. Generally, each p...
A novel H-bridge multilevel PWM converter topology based on a series connection of a high voltage (H...
In this particular paper, a completely new single-phase cascaded multilevel inverter is recommended....
In this paper, a new cascaded multilevel inverter by capability of increasing the number of output v...
In this paper, an H-bridge inverter topology with reduced switch count technique is introduced. This...
This paper proposes two improved cascaded H-bridge (ICHB) multilevel inverters that feature voltage-...
This paper proposes two improved cascaded H‐bridge (ICHB) multilevel inverters that feature voltage‐...
Inverter is an important tool to convert DC circuit to AC circuit. It is very widely used in the ind...
In this paper, using H-bridge topology a general cascade multilevel inverter for the implementation ...
Due to the ever-increasing importance of multilevel inverters, researchers try to offer new structur...
The cascaded multilevel inverter (CMLI) has gained much attention in recent years due to its advanta...
Multilevel inverters have been proven to be viable solutions for high-power automotive motor drive a...
Abstract – Cascaded H-bridge multilevel inverters shows a useful circuit configuration to increase t...
This paper presents the necessity of portable power supplies that can be carried and cater to all th...
In the past decade, the multilevel power converter has transitioned from an experimental concept to ...
This paper presents a cascaded H-bridge multilevel inverter with single DC source. Generally, each p...
A novel H-bridge multilevel PWM converter topology based on a series connection of a high voltage (H...