Simulation of the discharge of a supercapacitor storage device during current stabilization in the windings of a multi-section magnetic system

Introduction. The magnetic systems of high power microwave generators, such as relati-vistic reverse wave lamps and klystrons, are powered with a direct current of up to 1 000 A from supercapacitor storage for several seconds. When designing power supplies for these magnetic systems, there is always necessary to determine the energy characteristics of the storage device. The analytical calculation of the characteristics is difficult, because of dynamic changes in some parameters of the magnetic system and storage device during current flow. Aim of the Study. The aim of the article is to create and experimentally test a mathematical model describing the process of powering a multi-section magnetic system with direct current from a supercapacitor storage device.