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This paper deals with the theoretical framework definition and the experimental application of the Hammerstein (HM) identification and related robust control technique to a quadratic dc/dc single-switch boost (Q-boost) converter. A set of fourth-order transfer functions (TFs) has been identified with the Hammerstein approach, on the basis of a pseudorandom-binary-sequence (PRBS) excitation signal...
This paper proposes a boost converter aimed to give high boosting ratio by utilizing a single input inductor and a unique power switch. This performance is obtained with a reduced current ripple compared to the traditional boost converter. This paper gives a complete study of the proposed converter. It includes the operating principles, the mathematical model for the computation of the static gain...
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