SYNTHESIS OF DRIVING-POINT IMPEDANCES BY RC GYRATOR NETWORKS.
NEW HAMPSHIRE UNIV DURHAM
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The techniques of cascade synthesis of driving-point impedances are extended to the RL case by means of RCideal-gyrator networks and Cascade synthesis procedures are devised for the realization of RLC and RL drivingpoint impedances by means of RC-non-ideal gyrator networks. The basic properties of ideal and non-ideal gyrators are discussed. The major contributions in the field of cascade synthesis by ideal gyrators are reviewed. A procedure for the realization of any RL driving-point impedance by means of a single ideal gyrator in cascade with an RC network is developed. Cascade synthesis procedures are developed for realizing driving-point impedances by RC-non-ideal gyrator networks. A method of removing resistance from a function by applying the positive real criteria to the function is presented.