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With the advancement of high-frequency switching devices, the electro-magnetic interferences(EMI) have become problems in power electronic converter designs. It is necessary for an electro-magnetic compatibil ity(EMC) design to prospect and consider its possible EMI levels. This paper describes how to compute effects from a power converter to an object point to reduce conduction EMI noises effectively by an appro priate design. First modeling techniques for converter elements are discussed for a model in the conduction emission frequency band by the parameter tuning method and for line constants by an analytical derivation. Then a derived model is simulated for harmonic distributions of loop currents and their magnetic fields.

Modeling of a Power Electronic Converter for EMC in the Conduction Emission Frequency Band