ELECTRIC NETWORKS - TOPOLOGY;
ELECTRIC NETWORKS, SWITCHING - RESONANT CIRCUITS;
MATHEMATICAL TECHNIQUES - TRANSFER FUNCTIONS;
CONVERTER TOPOLOGIES;
LCC CONVERTER;
NEAR IDEAL CURRENT SOURCES;
NEAR IDEAL VOLTAGE SOURCES;
RESONANT COMMUTATION TOPOLOGY;
THREE-ELEMENT RESONANT CONVERTERS;
Load independent ac/dc power supply for higher frequencies with sinewave output
J. Chen R. Bonert Load independent ac/dc power supply for higher frequencies with sinewave output IEEE Trans. Industry Applications IA-19 2 223 227 Mar./Apr. 1983
Generalized converter topologies with nonpulsating input and output currents
CA
R. Severas Generalized converter topologies with nonpulsating input and output currents High Frequency Power Conversion (HFPC) Conf. Rec. 223 234 High Frequency Power Conversion (HFPC) Conf. Rec. Santa Clara CA 1990-May
Design of the capacitive coupled LCC-type parallel resonant converter
C. Q. Lee I. Batarseh R. Liu Design of the capacitive coupled LCC-type parallel resonant converter IEEE IECON '88 Conf. Rec. 672 677 IEEE IECON '88 Conf. Rec.
150W, 140 kHz multi output, LCC-type parallel resonant converter
MD
I. Batarseh R. Liu Lee A. K. Upadhyay 150W, 140 kHz multi output, LCC-type parallel resonant converter IEEE APEC Conf. Rec. 221 230 IEEE APEC Conf. Rec. Baltimore MD 1989
A high-density resonant power supply using high-voltage IC
CA
K. Ngo R. Steigerwald T. Yerman M. Kuo A high-density resonant power supply using high-voltage IC HFPC Conf. Rec. 244 257 HFPC Conf. Rec. San Diego CA 1987-Apr.