Article : [PAP210]

Titre : R.J. THIBODEAUX, Analysis of DC/DC converters with resonant filters, Energy Conversion Engineering Conference, 1997, pp. 2217-2221.

Cité dans : [PAP200]  Design of a bi-directional series resonant converter, 1995

Stockage : Thierry LEQUEU
Lien : private/Thibodeaux1.pdf - 5 pages, 291 Ko.
Source : Energy Conversion Engineering Conference, 1997. IECEC-97., Proceedings of the 32nd Intersociety
Pages : 2217 - 2221
Volume : 4
Date : 27 July-1 Aug. 1997
ISBN : 0-7803-4515-0
Info : IEEE Catalog Number: 97CH36203

Info : Total Pages : 4 vol. (xx+xvi+xvi+vi+2358)
References : 19
Accession_Number : 5932448

Abstract :
Conventional DC/DC power converter topologies contain a single
semiconductor switch, a diode and various arrangements of
inductors and capacitors to filter the resulting waveforms into
low ripple DC. The output or input voltage is limited to the
rating of the semiconductor switch and diode. For high voltage
performance, transformers are added to form forward, flyback or
push-pull topologies. For high input voltages, semiconductor
switches are arranged in an inverter bridge topology with a
transformer to operate at higher voltages. Generally,
conventional DC/DC power converters are limited to low voltage
applications. The addition of a transformer to provide sufficient
voltage gain adds significant weight to the converter. Series,
parallel resonant circuits with dual bridge circuits can function
like a DC/DC power converter with a transformer. Resonant
converter topologies concepts have existed for the past 30 years.
This paper presents a simplified generalized view of resonant
circuits as /spl pi/-filters and T-filters which give insight
into improving circuit performance and developing new resonant
topologies for bidirectional power flow.

Subject_terms :
resonant power convertors; resonant filters; DC/DC power
converters; circuit analysis; semiconductor switch; forward
topologies; flyback topologies; push-pull topologies; series
parallel resonant circuits; dual bridge circuits; /spl
pi/-filters; T-filters; circuit performance; resonant topologies;
bidirectional power flow

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