Análisis del ruido en sistemas de modulación analógica usando el simulador NI ELVIS II PLUS.
No hay miniatura disponible
Fecha
2018-02-27
Autores
Título de la revista
ISSN de la revista
Título del volumen
Editor
Universidad de Guayaquil. Facultad de Ingeniería Industrial. Carrera de Ingeniería en Teleinformática.
Resumen
El presente trabajo de titulación tiene como objetivo, demostrar la importancia de áreas de desarrollo de prácticas experimentales dentro de la facultad de Ingeniería Industrial Carrera de Ingeniería en Teleinformática, implementando sistemas de modulación analógica AM Y FM con su respectivo análisis del ruido gaussiano, para cada sistema de modulación.
Para la realización del objetivo de la presente investigación, se hará uso del equipo multifuncional NI Elvis II Plus, siendo este capaz de simular la modulación analógica, mediante el “Generador Arbitrario”, el cual es un componente que forma parte de las herramientas del equipo multifuncional, así como también permite implementar su demodulación no coherente mediante su placa protoboard en donde se implementara el circuito detector no coherente y se realizara el análisis en el dominio del tiempo y frecuencia de las señales demoduladas con y sin ruido gaussiano, complementando así la información obtenida en la teoría con la experimental captada durante la práctica
Para la realización de las implementaciones se presentarán guías de laboratorio, las cuales se elaborarán en este trabajo de titulación y en donde se detallarán los pasos a seguir para la implementación de los ya mencionados sistemas, de tal manera que el estudiante podrá determinar la factibilidad de la practica en cuestión.
The objective of this thesis is to demonstrate the importance of professional development areas within the Faculty of Industrial Engineering, Engineering Career in Teleinformatics, implement analog modulation systems, AM and FM with respect to noise analysis for each modulation system. In order to achieve the objective of the present investigation, the multifunctional team will be used NI Elvis II Plus being able to simulate the analog modulation, by means of the "Arbitrary Generator", which is a component that is part of the multifunctional equipment’s tools, as well as it allows to implement its non-coherent demodulation through its protoboard plate where the non-coherent detector circuit will be implemented and the analysis will be carried out in the domain of time and frequency of the demodulated signals with and without Gaussian noise, complementing the information obtained in the theory with the experimental information captured during the practice. For the realization of the implementations, laboratory guides will be presented, which will be developed in this degree work and where the steps to be followed for the implementation of the aforementioned systems will be detailed, in such a way that the student will be able to determine the feasibility of the practice in question.
The objective of this thesis is to demonstrate the importance of professional development areas within the Faculty of Industrial Engineering, Engineering Career in Teleinformatics, implement analog modulation systems, AM and FM with respect to noise analysis for each modulation system. In order to achieve the objective of the present investigation, the multifunctional team will be used NI Elvis II Plus being able to simulate the analog modulation, by means of the "Arbitrary Generator", which is a component that is part of the multifunctional equipment’s tools, as well as it allows to implement its non-coherent demodulation through its protoboard plate where the non-coherent detector circuit will be implemented and the analysis will be carried out in the domain of time and frequency of the demodulated signals with and without Gaussian noise, complementing the information obtained in the theory with the experimental information captured during the practice. For the realization of the implementations, laboratory guides will be presented, which will be developed in this degree work and where the steps to be followed for the implementation of the aforementioned systems will be detailed, in such a way that the student will be able to determine the feasibility of the practice in question.
Descripción
Este documento contiene archivo en PDF.
Palabras clave
TECNOLOGÍA ELECTRÓNICA, SISTEMA DE MODULACIÓN ANALÓGICA, NI ELVIS II PLUS, DEMODULADOR