Abstract
This paper presents the implementation of the dynamic evolution control with linear evolution path for boost DC-DC power converter. A new approach for boost DC-DC converter controllerpsilas synthesis based on dynamic evolution control theory is presented. This method uses a simple analysis of non linear equation models of the converter for synthesize the converter controllers. Since it requires quite low bandwidth for controller, this control method is suitable and applicable for digital control implementation. Synthesis example of boost DC-DC converter control law is discussed in detail. Performance of the proposed dynamic evolution control under step load variation condition are verified via simulation and investigated through laboratory experiment.
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