Development of energy storage for high voltage electromagnetic pulse generator

Abstract

Recently, much attention has been paid to electromagnetic stability in the development of energy storage devices, which makes it possible to maintain operating parameters during exposure to electromagnetic pulses and the consequences of their interaction. The issue of ensuring the electromagnetic stability of electronic equipment, due to the fact that under the influence of electromagnetic pulses in electronic and electrical circuits are overvoltage pulses, depending on the origin of electromagnetic pulses, distance from electromagnetic pulses source to hardware components amplitude, rise time and pulse duration can change. That is why the task of creating high-energy electromagnetic pulse generators remains extremely important for modern research. The main use of such generators is to study the interaction of thin-film layers of semiconductor materials with high-energy electromagnetic pulses and the development of elements to protect electronic equipment from the effects of electromagnetic pulses. A set of electromagnetic pulses generators has been created, the use of which will allow studying the properties of the protection elements of electronic equipment in a wide range of electromagnetic pulses capacities. In combination with the previously developed design of the electromagnetic pulses generator, this will affect the studied samples of electronic equipment and protection elements through the integrated operation of the electromagnetic pulses, which will have both high time and high energy. To ensure comfortable and safe research work, the device has a visual indication of operating modes, including modes of high DC voltage generation. The developed control device and power supply for the high-energy electromagnetic pulse generator meets the requirements established during its development and can be used to study the interaction of semiconductor thin-film layers with high-energy electromagnetic pulses.