Applied Physics and Mathematics Annotation << Back OPTIMIZATION OF ELECTRO-OPTICAL PARAMETERS OF THIN-FILM TRANSPARENT ELECTRODES AS A METHOD OF INCREASING THE ENERGY EFFICIENCY OF TRANSPARENT ELECTRICAL DEVICES N.S. PARASHCHUK The synthesis and research of multilayer conductive thin-film coatings of the ITO, ITO/Ag, Ag/ITO and ITO/Ag/ITO. The conditions for using the developed structures as electrodes for transparent electronic devices are determined. Optimization of layer thicknesses has a positive effect on the overall physical properties of transparent electrodes. The advantage of using the Oxide structure is ITO/Ag/ITO on flexible substrates and improved optical and electrical characteristics in comparison with the oxide structure. As a result, an increase in the quality index of transparent FoM electrodes was achieved by 30 % compared to single-layer ITO. As a result of the work, an electrode with a surface resistance of 5,8 Ohms/□ and an average transmission of 81 % in the optical range was synthesized. Keywords: transparent electrodes, efficiency, multilayers films. DOI: 10.25791/pfi m.05.2024.1307 Pp. 12-19.