6533b85ffe1ef96bd12c1e2f
RESEARCH PRODUCT
Identification and Robust Control of a Quadratic DC/DC Boost Converter by Hammerstein Model
Gianpaolo VitaleFrancesco AlongeRoberto RabbeniMarcello Puccisubject
Forward converterEngineeringsensitivity analysis.Flyback converterbusiness.industryHammerstein identificationĆuk converterHammerstein approachquadratic dc/dc boost (Q-boost) converterQuadratic DC/DC boost converter sensitivity analysis Hammerstein approach robust control uncertaintyPseudorandom binary sequenceTransfer functionIndustrial and Manufacturing EngineeringQuadratic equationSettore ING-INF/04 - Automaticasensitivity analysisControl and Systems EngineeringControl theoryBoost converterquadratic DC/DC boost converterSensitivity (control systems)Electrical and Electronic EngineeringRobust controlbusinessrobust controldescription
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. The set of identified TFs has been then used to design a suitable robust control technique, able to properly deal with the converter parameter uncertainty and load variations. The proposed approach has been tested in numerical simulation and validated experimentally on a suitably developed test set-up. It has been further compared with a classic proportional–integral (PI) controller.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2015-09-01 |