A generalized synthesis of voltage stabilizer networks.

A simple potential divider circuit has been synthesized as a voltage stabilizer in this paper by establishing the relations between its mesh impedances and hence determining the nature of its individual coil elements by Kron's tensor method of synthesis.
The synthesis of various types of networks has been made by a number of workers, e.g. Tuttle (1958), Guillemin (1959), Kuo (1965), Valkenburg (1964), Weinberg (1962), Hazony (1971), Chirlian (1967), etc. by different classical methods. Kron (1939) first introduced tensors to the network synthesis. In Kron's method of synthesis certain desirable performance characteristics are given, the problem is to find the relations that must exist between the mesh impedances of the network in order to make the network perform as it is desired. These relations are called the ' criteria of performance ' by Kron. In this paper, the ' criterion of performance ' of a potential divider circuit (shown in fig. 1) acting as a voltage stabilizer has been established for a varying rectified voltage applied at the input, the output load being constant. From this criterion, the nature of the individual coil elements and hence the practical circuit arrangements may be derived readily. [ABSTRACT FROM AUTHOR]