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An average-value model of a rotating rectifier circuit in a brushless excitation system is set forth,where a detailed simulation is required to extract the essential averaged-model parameters usingnumerical averaging. In the proposed approach, a synchronous machine model with saturation and cross saturation and an arbitrary rotor network representation that uses a voltage-behind-reactance representation for the field winding of the main machine is proposed.

Produktbeschreibung
An average-value model of a rotating rectifier circuit in a brushless excitation system is set forth,where a detailed simulation is required to extract the essential averaged-model parameters usingnumerical averaging. In the proposed approach, a synchronous machine model with saturation and cross saturation and an arbitrary rotor network representation that uses a voltage-behind-reactance representation for the field winding of the main machine is proposed.
Autorenporträt
Thaer Qunais was born in Amman, Jordan. He received his Bachelor degree in the field of Electrical and Computer Engineering from The Hashemite University, Az Zarqa, Jordan in June 2010.In August 2011, he enrolled as a MSEE student in the Department of Electrical and Computer Engineering at the University of Kentucky.