Analysis and comparison of inductor coupled buck-boost converter combining KY converter and SR buck converter
Greeshma Joseph, V Renjini
Abstract
Greeshma Joseph, V Renjini
Abstract
A buck-boost converter combining the KY converter and SR buck converter with coupled inductors is presented. This converter is modified from the buck-boost converter combining the KY converter and SR buck converter. The voltage conversion ratio of the modified converter is greater than that of the existing converter. A detailed description of the modified converter is presented along with some simulation results. Simulation of the modified converter has been done for input voltage Vi=10–16V output voltage Vo=12V and switching frequency Fs=200KHz and the results have been compared with that of the buck-boost converter without coupled inductors. By inductor coupling the voltage conversion ratio of the converter has increased and voltage stress across the switches has been reduced.
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A buck-boost converter combining the KY converter and SR buck converter with coupled inductors is presented. This converter is modified from the buck-boost converter combining the KY converter and SR buck converter. The voltage conversion ratio of the modified converter is greater than that of the existing converter. A detailed description of the modified converter is presented along with some simulation results. Simulation of the modified converter has been done for input voltage Vi=10–16V output voltage Vo=12V and switching frequency Fs=200KHz and the results have been compared with that of the buck-boost converter without coupled inductors. By inductor coupling the voltage conversion ratio of the converter has increased and voltage stress across the switches has been reduced.
Key concepts: Inductor, Buck converter, Buck–boost converter, Ćuk converter, Boost converter, Voltage, Topology (electrical circuits), Flyback converter