Robust and fast sliding‐mode control for a DC–DC current‐source parallel‐resonant converter | Zendy

Moradi Ghahderijani Mohammad | Zendy; Castilla Miguel | Zendy; Momeneh Arash | Zendy; Miret Jaume | Zendy; García de Vicuña Luis | Zendy

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Robust and fast sliding‐mode control for a DC–DC current‐source parallel‐resonant converter

Author(s) -

Moradi Ghahderijani Mohammad,

Castilla Miguel,

Momeneh Arash,

Miret Jaume,

García de Vicuña Luis

Publication year - 2018

Publication title -

iet power electronics

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.637

H-Index - 77

eISSN - 1755-4543

pISSN - 1755-4535

DOI - 10.1049/iet-pel.2017.0033

Subject(s) - converters , robustness (evolution) , control theory (sociology) , transient response , voltage source , resonant converter , voltage , current source , sliding mode control , transient (computer programming) , computer science , dc bias , electronic engineering , engineering , physics , electrical engineering , control (management) , chemistry , nonlinear system , biochemistry , artificial intelligence , quantum mechanics , gene , operating system

Modern DC–DC resonant converters are normally built around a voltage‐source series‐resonant converter. This study aims to facilitate the practical use of current‐source parallel‐resonant converters due to their outstanding properties. To this end, this study presents a sliding‐mode control scheme, which provides the following features to the closed‐loop system: (i) high robustness to external disturbances and parameter variations and (ii) fast transient response during large and abrupt load changes. In addition, a design procedure for determining the values of the control parameters is presented. The theoretical contributions of this study are experimentally validated by selected tests on a laboratory prototype.

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