Integrated model of channels of power supplies of a stationary plasma engine

Abstract

The integrated model of power supply channels of a stationary plasma engine, including models of the solar battery, the anode - cathode discharge channel and systems of power supplies is investigated. The algorithm of functioning of model and the diagrams of current and voltage of discharge for various engine work modes is shown. With the help of the obtained diagrams the greatest overregulation in system with four closed feedback is determined and on the basis of «the filter hypothesis» the conclusion about its stability is made. The proposed model allows to simulate all operating modes of power supplies system, and also to model various variants of start of the engine and work of various types of thermochokes.