Graph-analytical method of load mode analysis of ferromagnetic current stabilizer

In this paper we consider the application of graph-analytical method for the analysis of the load regime of ferromagnetic current stabilizer. It is proved that under active load the current of the ferromagnetic stabilizer and magnetic flux are related by the ellipse equation where the axes coincide with the axes of coordinate system. The advantage of the proposed method is that it is possible to use an experimentally obtained characteristic.

Loading mode of a ferromagnetic current stabilizer

The article discusses the analysis of the steady-state mode of a ferrimagnetic current stabilizer with active-inductive and active-capacitive loads, for assessing energy and operational indicators. The constructed adjustment characteristics determine the zone of stabilizations, which depend on the parameters of the device.

AN INNOVATIVE WAY TO CREATE SECONDARY POWER SOURCES WITH HIGH ENERGY PERFORMANCE

The article suggests an innovative way of creating a secondary power supply source-parametric stabilizer on the basis of magnetic semiconductor and electro-ferro-magnetic circuits with practically ideal current stabilization. In contrast to the existing methods of creating parametric stabilizers, the proposed method uses a combination of magnetic semiconductor converter and ferro-resonance-stabilizing device. This combination allows you to create a controlled parametric current stabilizer, characterized by high stability, speed and reliability in operation. Also, as a result of the analysis of the parametric current stabilizer, new analytical expressions have been obtained, allowing revealing simple and accurate methods of calculation of such devices.