A novel topology for single-inductor single input triple output DC-DC power converter

Abstract

<p class="Els-Abstract-text">A single input triple output (SITO) DC-DC power converter circuit derived from a single inductor boost converter is proposed in this paper. Like multi-level inverters, many electronic circuit applications need multiple DC output voltages. Using different power supply circuits increases the system cost, size, and weight. The multiple-input, multiple-output power conversion system integrates multiple sources and outputs and uses a single controller. The integrated operation results in simple structure, low cost, and size, making it suitable for different power conversions, including renewable sources. In this series, the proposed single-inductor single-input triple-output (SI-SITO) DC-DC power converter is designed to produce three independent DC output voltages and two dependent output voltages. The proposed circuit is derived from a conventional boost converter made up of a single inductor. The advantage of this proposed circuit is the use of minimum components and simple control strategies. The design and performance analysis is done using Mat Lab simulation. The experimental results show the benefits of the proposed circuit.</p>

Coupled inductor‐based triple output bi‐polar converter with duty cycle estimation

“…In this, the use of adaptive on time generator and self‐tracking zero current detector increases the controller design complexity. Triple outputs topology suggested in Sreelatha 14 generates two dependent voltages as ground points are at different potentials.…”