Application of a Cryogenic Electromagnetic System for Optimization and Analysis of Current Sensors

This publication explores the implementation of a cryogenic electromagnetic system for the optimization and analysis of current sensors. The study focuses on the potential for improving the performance of these sensors when cooled to cryogenic temperatures. In particular, it examines the impact of low temperatures on the sensitivity and accuracy of the sensors, with results indicating a significant increase in their efficiency. The obtained data highlight the potential application of the optimized current sensors in fields such as high-precision measurements, quantum electronics, and other modern technological applications.