... Emerald Publishing Limited Licensed re-use rights only Boost converter Interleaved boost converter Modified interleaved boost converter Electric vehicle Electric converters Power losses DC–DC converters Nomenclature V_in = Input voltage in V...

... components and its application to magnetically coupled DC–DC converters. Gyrator–capacitor (G–C) modeling offers a unified, reasonable way of understanding the magnetic components commonly met with in power electronics and the other disciplines. Findings G–C model allows any electrical and magnetic...

...Phanindra Thota; Amarendra Reddy Bhimavarapu; V.V.S. Bhaskara Reddy Chintapalli Purpose This study aims to propose a new non-isolated Multi-Input Zeta-SEPIC (MIZS) dc–dc converter for renewable energy sources integration with different voltage levels (low-voltage source, high-voltage source...

... S_c S_aa S_bb S_{cc). Optimal control Electric converters DC-DC converters Boost converter Uncertainties in renewable energy sources lead to unforeseen voltage changes in the energy conversion system, needs an extra power conversion stage, either boost or buck}...

... software PSPICE gives reliable results in less time. SSA technique (Maksimovic and Cuk, 1991) is widely adopted for the modeling of both isolated and non-isolated DC–DC converters. The modeling of the buck converter is simple as it involves less number of active and passive components in comparison...

...^∗(k) such that: Chidentree Treesatayapun can be contacted at: treesatayapun@gmail.com 04 03 2019 05 07 2019 28 08 2019 © Emerald Publishing Limited 2019 Emerald Publishing Limited Licensed re-use rights only Control systems Adaptive control DC-DC converters...

... of active power for extended equations is shown. Circuit analysis DC–DC converters Galerkin method Partial differential equations Differential equation extension Generalised state-space averaging method X(t) = Vector of state variables; A(t) = Matrix...

... Q₂ is OFF, the state equation is derived as shown in equations (1) and (2) : DC-DC converters Power systems stability Power electronic simulation Bode plot Digital control Sampling delay Bandwidth Discrete compensator SISO tool Steady state Transient state Several classical...

...Xi Chen; Yanfeng Chen; Bo Zhang; Dongyuan Qiu; Zi Li Purpose This study aims to predict the unstable period-1 orbit (UPO-1) of DC–DC converters and find analytical expressions to describe it. Design/methodology/approach Nonlinear dynamical phenomena of a peak–current–mode controlled direct...

... 2015 Printed circuit board High frequency Optimization Finite element analysis Genetic algorithm DC-DC converters Electromagnetic interference Radiated emissions Electromagnetic compliance Components placement The wide use of high-frequency power electronic converters in high...

... applicable to other topologies. Findings – The results show that such design methodology for DC-DC converters presents several advantages. In particular, it proposes to the designer a set of solutions – as an alternative of a single one – so that the authors can choose a posteriori the adequate...