Estudio y factibilidad de un servicio redundante que servirá como backup para los servicios de Telefonía Fija y Banda Ancha, utilizando la red 4G Lte como medio de enlace y de solución corporativa y VIP.

Abstract

In the present work, the design of a zero-order resonance antenna (ZOR) with metamaterials using interdigital capacitors for the treatment of tumors via hyperthermia a the frequency of 2.45 GHz. The designed antenna has a good impedance coupling, of return in the order of -53 dB with a directivity of 3.5 dB at the operating frequency. He performed an analysis of the influence of the electromagnetic fields generated by the antenna within a tissue, try to determine with great precision the radiation conditions to treat he tumors that cause so much death today. In this way, a Specific absorption rate (SAR) of 499.7 W / Kg in 10g of tissue. This work was done first applying the exploratory method to analyze the bibliography about the antennas, their characteristics of radiation and computational tools, for the treatment of tumors via hyperthermia. After using the descriptive method to use the data obtained to design a zero order resonance antenna (ZOR) with metamaterials for its application in treatments of tumors through hyperthermia at the frequency of 2.45 GHz. I apply the Empirico-Analitical paradigm with quantitative approach applying mathematical calculations to establish the corresponding parameters to electronic design to perform.