Optimal design of AC EMI filters with damping networks and effect on the system power factor

  • Hensgens N
  • Silva M
  • Oliver J
 et al. 
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Abstract

The cutoff frequencies of an EMI filter are normally given by the noise attenuation requirements the filter has to fulfill. In order to select the component values of the filter elements, i.e. inductances and capacitances, an additional design criterium is needed. In this paper the effect of the EMI filter input and output impedances are considered. The input impedance influences the filters effect on the system displacement power factor and the output impedance plays a key role in the system stability. The effect of filter element values, the number of filter stages as well as additional damping networks are considered and a design procedure is provided. For this analysis a two-port description of the input filters employing ABCD-parameters is used.

Author-supplied keywords

  • EMC
  • EMI
  • damping
  • input filter
  • optimization
  • power factor

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Authors

  • Nico Hensgens

  • Marcelo Silva

  • Jesus A. Oliver

  • Jose A. Cobos

  • Stanislav Skibin

  • Andreas Ecklebe

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