The Use of Coplanar Transmission Lines for Protecting Receiving Antenna Systems from Powerful Electromagnetic Radiation in a Wide Frequency Range

The goal of the work is to expand frequency range operation coplanar waveguide transmission lines as broadband high-speed superconducting protection devices against powerful ultrashort electromagnetic radiation, and apply them in antenna radio electronic systems designed ensure reliable critical infrastructure facilities. aim achieved by solving following tasks: investigating electrophysical properties lines, particular, capacitance, surface wave resistance different phase states that arise under influence determining main factors for effective a wide range, designing protective devices. most important result establishment possibility using up 100 GHz, well dependence their characteristics on design parameters device. significance obtained results consists complex problem providing radiation establishing an analytical relationship between which are determined parameters. peculiarity clarification superconducting, mixed, normal change active component resistance, turn difference from known works lies obtaining relationships states.