Analysis of Filter Performance for State of the Art DC DC Converter Stages

Bernhard Auinger, Maximilian Scherzer

Research output: Contribution to conferencePosterResearch

Abstract

Higher efficiency in switched mode power supplies can
be reached by the use of fast switching semiconductor
components. Nevertheless, the steep transitions cause
significant electromagnetic interferences, which have
to be reduced by filtering. These filters are a main
contributor to the overall costs of a device. Therefore,
good filter performance should be achieved with a
minimum number of components.
The goal is to deliver design guidelines for switched
mode power converter filters that allow engineers to
design such high performance filters easier.
This aim can be reached by a methodogical approach
including measurement and modelling of basic filter
components and in depth investigation of the overall filter
with electric and magnetic coupling between the
elements.

Exhibition

ExhibitionLeistungselektronikschau 2017
CountryAustria
CityGraz
Period26/04/17 → …

Keywords

    Cite this

    Auinger, B., & Scherzer, M. (2017). Analysis of Filter Performance for State of the Art DC DC Converter Stages. Poster session presented at Leistungselektronikschau 2017, Graz, Austria.

    Analysis of Filter Performance for State of the Art DC DC Converter Stages. / Auinger, Bernhard; Scherzer, Maximilian.

    2017. Poster session presented at Leistungselektronikschau 2017, Graz, Austria.

    Research output: Contribution to conferencePosterResearch

    Auinger, B & Scherzer, M 2017, 'Analysis of Filter Performance for State of the Art DC DC Converter Stages' Leistungselektronikschau 2017, Graz, Austria, 26/04/17, .
    Auinger B, Scherzer M. Analysis of Filter Performance for State of the Art DC DC Converter Stages. 2017. Poster session presented at Leistungselektronikschau 2017, Graz, Austria.
    Auinger, Bernhard ; Scherzer, Maximilian. / Analysis of Filter Performance for State of the Art DC DC Converter Stages. Poster session presented at Leistungselektronikschau 2017, Graz, Austria.
    @conference{cd50b6161da2426c82767182bcb529a6,
    title = "Analysis of Filter Performance for State of the Art DC DC Converter Stages",
    abstract = "Higher efficiency in switched mode power supplies canbe reached by the use of fast switching semiconductorcomponents. Nevertheless, the steep transitions causesignificant electromagnetic interferences, which haveto be reduced by filtering. These filters are a maincontributor to the overall costs of a device. Therefore,good filter performance should be achieved with aminimum number of components.The goal is to deliver design guidelines for switchedmode power converter filters that allow engineers todesign such high performance filters easier.This aim can be reached by a methodogical approachincluding measurement and modelling of basic filtercomponents and in depth investigation of the overall filterwith electric and magnetic coupling between theelements.",
    keywords = "Red Pitaya, Arbitrary Waveform Generation, AWG, EMI Reduction",
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    note = "Leistungselektronikschau 2017 : im Rahmen der EMV-Fachtagung 2017 ; Conference date: 26-04-2017",

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    AU - Auinger, Bernhard

    AU - Scherzer, Maximilian

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    N2 - Higher efficiency in switched mode power supplies canbe reached by the use of fast switching semiconductorcomponents. Nevertheless, the steep transitions causesignificant electromagnetic interferences, which haveto be reduced by filtering. These filters are a maincontributor to the overall costs of a device. Therefore,good filter performance should be achieved with aminimum number of components.The goal is to deliver design guidelines for switchedmode power converter filters that allow engineers todesign such high performance filters easier.This aim can be reached by a methodogical approachincluding measurement and modelling of basic filtercomponents and in depth investigation of the overall filterwith electric and magnetic coupling between theelements.

    AB - Higher efficiency in switched mode power supplies canbe reached by the use of fast switching semiconductorcomponents. Nevertheless, the steep transitions causesignificant electromagnetic interferences, which haveto be reduced by filtering. These filters are a maincontributor to the overall costs of a device. Therefore,good filter performance should be achieved with aminimum number of components.The goal is to deliver design guidelines for switchedmode power converter filters that allow engineers todesign such high performance filters easier.This aim can be reached by a methodogical approachincluding measurement and modelling of basic filtercomponents and in depth investigation of the overall filterwith electric and magnetic coupling between theelements.

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    KW - Arbitrary Waveform Generation

    KW - AWG

    KW - EMI Reduction

    M3 - Poster

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