Tecnologías para guiado de ondas en bandas milimétricas utilizando estructuras periódicas : diseño y simulación de una guía de onda en la banda de milimétricas utilizando la tecnología groove gap waveguide (GGW).

Abstract

Gradually, as the radio spectrum becomes saturated, it is necessary to develop certain technologies to solve this setback, such as the implementation of new guidance technologies that work in bands that are currently not widely used (e.g. Q band), but instead, when implementing very high frequency ranges, there is the great problem of using more efficient signal transmission technologies in these bands. This is why the new forms of guidance such as Gap Waveguide (GW) technology are very useful because they are easy to build and improve bandwidth, which is very important for current applications. The first chapter of this document presents some general concepts that allows a better understanding of this work. An introduction, objectives and their respective scope will be raised, in the second chapter there will be a theoretical framework in which certain concepts will be explained to help the reader to better understand what is exposed in this work. The third chapter refers to employed methodology, so the simulations results are integrated with their respective comments, as well as the designed structures and the parameters used for their simulation. Finally, conclusions, recommendations and the bibliography used for the realization of the work will be presented.