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This paper presents an optimization design methodology for CCM PFC Boost converters with volume and efficiency objectives. The optimization methodology, achieved by mathematical interactions, is based on the concept of the converter integrated design, in other words, all the main physical converter components are designed simultaneously in the function of a pair of overall variables. The integrated...
The optimized static converter design is directly related to the appropriate choice of operation point (Δi @ fs). The magnetic elements like inductor and noise filter, and thermal elements like heat sink are which main influences in the converter volume. These elements are strongly influenced by the chosen operation point, showing a direct relationship among them [1]. With the increase of both the...
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