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In this paper a new single-phase five-level buck-boost active rectifier is introduced called capacitor tied switches (CTS). The proposed rectifier has two independent DC outputs that can be connected to two different loads. Different switching states and the average mode of the proposed topology are analyzed to design the associated controller aims at regulating the two output DC voltages, generating...
Recently, reduced switch-count converters have garnered exceptional attention in power electronic systems due to the diversified advantages such as low cost, low weight and volume, and high reliability offered by them. In this paper, a novel design of single-phase inverters with a reduced number of switching devices is proposed based on the single-ended primary-inductance converter (SEPIC). The proposed...
This paper proposes an algorithm technique for an asymmetric cascaded multilevel converter with one floating cell with reduced number of calculation. This control approach permits a unique DC source generate three-phase current with one main cell and one floating cell per phase. Main cells are handled by using a space vector control and floating cells are controlled by a predictive control algorithm...
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