Designing Power-Line Filter for Their Worst-Case Behaviour

Various additions to the theory of the design and optimization of power-line filters (PLF) are presented. The paper starts with a presentation and discussion of existing worst-case quantities. The concept of impedance domain is then defined and several examples are given, both theoretical and experi...

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Bibliographic Details
Published in9th International Zurich Symposium and Technical Exhibition on Electromagnetic Compatibility pp. 583 - 588
Main Authors Broyde, Frederic, Clavelier, Evelyne
Format Conference Proceeding
LanguageEnglish
Published IEEE 12.03.1991
Subjects
Attenuation
Filtering theory
Frequency-domain analysis
Impedance
Impedance measurement
Loss measurement
Maximum likelihood detection
Nonlinear filters
Voltage measurement
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ISBN9781509031948
1509031944
DOI10.23919/EMC.1991.10781033

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Summary:Various additions to the theory of the design and optimization of power-line filters (PLF) are presented. The paper starts with a presentation and discussion of existing worst-case quantities. The concept of impedance domain is then defined and several examples are given, both theoretical and experimental. The paper then defines a new kind of worst-case quantities, called "in a specified impedance domain", which gives a realistic picture of the worst behaviour of a PLF. The paper ends with a presentation of existing methods and new proposals for the measurement of worst-case quantities.
ISBN:9781509031948
1509031944
DOI:10.23919/EMC.1991.10781033