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A new EƗƎ-shape coupled inductor structure and its magnetic circuit models are presented. The proposed EƗƎ-shape coupled inductor structure retains the advantages of high power density and tackles the drawback of high air-gap fringing flux losses in conventional EƎ-shape coupled inductor structure. Besides, the proposed EƗƎ-shape structure gives the advantages of shorter winding length and more uniform...
In order to overcome the disadvantages in traditional “EE” shape coupled inductors that the distributions of the air gaps are too concentrated, the distributions of the magnetic pressure and flux are not uniform, the air gaps are too nearly to the windings, this paper proposes a new structure of coupled inductors. It is proved with simulation and experiment that in the new structure, a parallel connection...
In order to solve the design problem of coupled inductor in multiphase interleaving bidirectional DC/DC convertor, the universal design criterion of coupled inductor with general applicability was proposed. The Buck+Boost interleaving and magnetically integrated bidirectional DC/DC converter was studied under Buck mode with all inductors coupled symmetrically. The universal design criterion of coupled...
The Multi-level recursive prediction is a new method based on statistics, which is suitable for dynamic system. In this paper multi-level recursive prediction method is studied and applied in various time-varying systems. The simulated results from two time-varying systems are presented. One is the malfunction prediction of chemical Continuous Stirred Tank Reactor (CSTR) system and the other is time...
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