ISMC for Boost-Derived DC–DC–AC Converter: Mitigation of $2\omega$ -Ripple and Uncertainty, and Improvement in Dynamic Performance
Citations
39 citations
Cites background from "ISMC for Boost-Derived DC–DC–AC Con..."
...Effect of bandwidth of voltage-loop in dual-loop control: trade-off between ripple-reduction and dynamic performance of DC-DC-AC converter [107]....
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...Comparison of simulation results for different voltage-loop bandwidths or fv [107](see Fig....
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Cites methods from "ISMC for Boost-Derived DC–DC–AC Con..."
...Using a dual-loop control method based on sliding mode control is reported in [32] that mitigates 2ω ripples as well....
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Cites background from "ISMC for Boost-Derived DC–DC–AC Con..."
..., mitigates 2ω-ripple, ensures robustness, and improves dynamic performance [19], [20]....
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References
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229 citations
"ISMC for Boost-Derived DC–DC–AC Con..." refers background or methods in this paper
...2) The performance of conventional PID control in dual-loop scheme [14] is improved by the proposed adaptive PID control; the proposed adaptive PID control mitigates the SHC ripple problem and improves dynamic performance at the large line-load transients....
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...following steps are used to design PID controller [14], Step-1: Integral action of a pole at origin eliminates steadystate error....
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...It is to be noted that the bandwidth of the current-loop is kept fixed and comparatively large such that the interaction between inner and outer loop is avoided at the steady state [14]....
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...In [14], a dual-loop control method using PID controllers is proposed for a multiphase two-stage inverter....
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...The adaptive nature of the proposed PID-controller improves the method used in [14] by enhancing the dynamic performance of the system....
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199 citations
"ISMC for Boost-Derived DC–DC–AC Con..." refers background in this paper
...It is worth noting that ISM should not be mistaken with integral term added in conventional sliding surface proposed by some researches [24], [25]....
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194 citations
150 citations
"ISMC for Boost-Derived DC–DC–AC Con..." refers background in this paper
...It is worth noting that ISM should not be mistaken with integral term added in conventional sliding surface proposed by some researches [24], [25]....
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