Analysis of devices based on magnetic transistor amplifier

Abstract

Relevance: in modern conditions, the task of creating environmentally friendly devices is becoming increasingly relevant. Based on these requirements, one of the important tasks of the energy sector is the improvement of energy devices that ensure better living conditions for the population and the stability of social, economic, and environmental parameters. The relevance of the topic 'Analysis of Devices Based on Magnetic Transistor Amplifier' is due to the development of modern electronics, energy, and conversion technologies. Magnetic transistor converters play an important role in increasing the energy efficiency of various devices and systems. This is particularly important in the context of the constant growth in demand for electrical energy and the need to minimize losses during the energy conversion process. Therefore, the converter based on the magnetic transistor amplifier proposed in this article may serve as the foundation for designing functional converters using magnetic transistor pulse-width modulation as an efficient electrical device.

Aim: with the development of electrical engineering devices, the creation of compact and efficient converters is becoming increasingly important. Magnetic transistor converters, due to their high power density and small size, are widely used in space-constrained devices such as information transmission systems, as well as in equipment and devices utilized across various fields.

Methods: magnetic transistor converters help reduce energy consumption and decrease greenhouse gas emissions. They offer high reliability and a long service life, making them an important component for areas such as electric transportation, telecommunications, and uninterruptible power supplies. The development of semiconductor technologies and the creation of new types of transistors based on silicon carbide and gallium nitride are opening new opportunities to enhance the efficiency of magnetic transistor converters.

Results: analyzing the main circuit of magnetic transistor converters is relevant as this topic addresses important issues such as energy efficiency, reliability, environmental safety, and improving the performance of electronic devices.