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Flexible, Eco-Friendly Graphene Resistive Dipole for G5 Standard with J Shaped Balancing System

Graphene based suspensions for screen printing on flexible substrates, including photographic paper, were prepared by means of graphite exfoliating. The dependence of the resistance on the graphene layer thickness made it possible to choose the parameters of the layers for creating an antenna prototype. On the basis of computer simulation, a two-sided dipole flexible eco-friendly graphene resistive antenna with a J-shaped balancing system for the n46 band (5.150-5.925) of the G5 standard was created. The n46 range is being actively implemented, as it can be used to transfer data from IoT devices. A technology has been developed for obtaining resistive antennas using double-sided deposition of graphene on a photographic paper substrate. The results of a study of the electrodynamic characteristics of the antenna and its copper analogue are presented. The possibility of creating a two-sided resistive graphene dipole operating at the second harmonic, in contrast to a similar copper dipole, which is operable at the first and third harmonics, has been experimentally shown.