Investigation of Powerful Electromagnetic Radiation Influence on Receiving Antenna Systems with Superconducting Protective Devices

This work is devoted to the problem of effect a powerful ultra-short duration electromagnetic radiation on superconducting protection device as load antenna-feeder circuit radioelectronic systems. The above used in monitoring systems land surface benefit agriculture, geodesy, mapping, and ocean surfaces, and, also, atmospheric layers, remote control engineering industry related branches. goal was achieved by substantiation approach description arbitrary antenna response radiation, using system frequency response. most significant result offered relationship determination between influence its characteristics mode. sought showed that, such are input impedance complex normalized pattern mode at an frequency. significance results obtainment analytical relations estimate under consideration that superconducting, mixed normal phase states. peculiarity obtained makes it possible consider coordination degree based thin film. Conversion energy into induced currents’ basis for selection structural calculation devices radio electronic facilities against build upon microstrip transmission lines.