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Analysis of a sixth-order higher bucking converter

In this paper, a sixth-order buck converter facilitating higher bucking operation is proposed. This topology has a step-down gain which ideally varies between 0 and 1 for respective minimum and maximum duties of operation. The effectiveness of this topology is justified with respect to voltage gain, nature of source current and input filtering requirements. A steady-state analysis has been carried out for the converter and design equations for its circuit parameters are obtained. Also, the state-space model is formulated based on switching circuits and is utilized to design an effective voltage-mode controller. Steady-state and dynamic behaviour of this topology are verified using simulation and experimental studies.