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The paper describes a new sliding mode agent-based, decentralized architecture and control for parallel DC-DC converters, supplying low power consumers in the range of 0-250 W. The system provides increased flexibility with autonomic system reconstruction capability in the case of malfunction or fault, significantly increasing the reliability. The distributed intelligence facilitates the optimization...
The objective of the discrete-time modeling tools is twofold. First, they give an insight into the basic ideas of discrete-time modeling of dc-dc converters for university students and interested power electronics specialists. Second, as it is being presented below, the interactive calculation tools facilitate the fast and simple model development in WEB browser after entering the basic circuit and...
An agent-based decentralized control of dual channel, isolated resonant dc-dc converters is presented. Discrete-time control will be implemented in the control agents. Selection process of the most suitable converter parameters is also presented.
The paper describes a new agent-based, decentralized architecture and control for parallel dc-dc converters, supplying low and moderate power consumers in the range of 0-250 W. The system provides increased flexibility with autonomic system reconstruction capability in the case of misoperation or fault, significantly contributing to the increase of reliability. The distributed intelligence facilitates...
The paper is concerned with new resonant converter configurations, belonging to the previously published dual channel dc-dc converter family. On one hand, the new configurations solve a significant shortcoming of the original ones, namely, the output midpoint potential was floating in comparison with the input midpoint. This caused a high-frequency oscillation of the output midpoint, often significantly...
The main objective of the paper is to present new browser-based, interactive software tools for modeling of various power electronics circuits. The static and dynamic operation, including the continuous and discrete time linearization of widely applied DC-DC converter cells are discussed in the first part of the paper. The second part focuses on the basics of the pulse-width-modulation and its application...
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