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Utilizing the demonstrated capability of nonlinear programming algorithms, a practical design optimization approach for power converters is established which allows conception of a design to meet all power-circuit performance requirements and concurrently optimize a defined quantity such as weight or losses. In addition to facilitating a costeffective design, the computer-aided approach provides a...
A power processing optimization methodology is established to effectively conceive a design, to meet all requirement specifications and concurrently optimize a given design quantity deemed particular desirable. Such a quantity can be the weight, efficiency, regulator response, or any other physically-realizable entity. Four design examples are given to demonstrate the methodology. The method of Lagrange...
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