Multi-stage cascaded quasi Z-source inverter (qZSI) features a lesser shoot-through duty ratio for the same boost factor of the input voltage, but the trad... KCR Nisha,TN Basavaraj - 《Applied Mechanics & Materials》 被引量: 0发表: 2014年 An Optimal Load-Frequency Control Method for Inv...
This article presents a detailed analysis of a previously introduced boost converter based on cascaded capacitor connections. The analyzed converter maintains the same voltage gain as its conventional double-boost converter counterpart. The main advantag
This article presents a detailed analysis of a previously introduced boost converter based on cascaded capacitor connections. The analyzed converter maintains the same voltage gain as its conventional double-boost converter counterpart. The main advantage of the redesigned converter is that it requires sma...
This paper presents a study of a new topology of a DC–DC converter titled double quadratic boost non-isolated. This converter has high static gain and proposes to reduce the voltage stress on the switches, where the maximum voltage value at each switch is equal to half of the total output...
Consequently, an efficiency analysis suggests that the most effective converter is the double-cascaded boost converter. A double inductor quadratic topology with enhanced efficiency could be further explored. Nonetheless, the use of a single transistor, as seen in the DIQB topology, remains appealing ...
The frequency response and output voltage behavior were investigated when the input source voltage abruptly changed as a step function. Based on the comparison study with other DC-DC converters, the DSSB converter outperforms currently known DC-DC converters such as Buck, SEPIC, Boost, Buck-Boost...