Title :
Nondissipative switched networks for high-power applications
Author :
Divan, Deepak M.
Author_Institution :
University of Alberta, Department of Electrical Engineering, Edmonton, Canada
Abstract :
The letter seeks to extend the concepts of active-filter theory to high-power applications. Current-fed switched-capacitor networks and voltage-fed switched-inductor networks are efficient topologies suitable for high-power operation. Passive and active switched networks realised include the transformer, gyrator and a negative inductor using a generalised impedance convertor.
Keywords :
active filters; switched capacitor networks; switched filters; active-filter theory; generalised impedance convertor; gyrator; high-power applications; negative inductor; nondissipative switched capacitor networks; transformer; voltage-fed switched-inductor networks;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:19840189
