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Circuitos Eléctricos en Corriente Alterna (edX)

Circuitos Eléctricos en Corriente Alterna (edX)

Curso introductorio de análisis de circuitos resistivos en AC. Aprende la base fundamental de Instalaciones Eléctricas. Este curso trata la teoría básica de circuitos eléctricos en corriente alterna. Un sólido conocimiento de esta teoría es clave para diseñar instalaciones eléctricas y sistemas de potencia.

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En este curso nos concentramos en que el estudiante entienda claramente cómo funcionan los circuitos eléctricos en AC, manteniendo el modelo simple con el modelo de fasores. Entender claramente estos conceptos te permitirá analizar fácilmente circuitos con componentes que aportan una mayor funcionalidad como transformadores, amplificadores operacionales y transductores.

What you'll learn

  • Aprenderás los siguientes elementos de la teoría de circuitos en AC:
  • Señales y Formas de Onda
  • Aritmética de Números Complejos
  • El modelo de Fasores
  • Leyes básicas de circuitos
  • Métodos de Análisis
  • Potencia en AC

Syllabus

DC vs AC: Señales y formas de Onda, Parámetros de Sinusoides, El Valor Promedio, El Valor RMS, Capacitores, Inductores.

El Modelo de Fasores: Aritmética de Números Complejos, Modelación de Elementos Pasivos, Modelación de Elementos Activos, Fasores de Voltaje y Corriente, Impedancia, La Ley de Ohm, Leyes de Kirchhoff.

Circuitos Sinusoidales en Estado Estable: Circuitos Serie, Circuitos en Paralelo, Instalaciones Bifásicas.

Potencia en AC: Modelo Complejo de la Potencia, Potencia Real, Potencia Reactiva, Potencia Aparente, El Factor de Potencia, Cálculos de Potencia en Circuitos.

Corrección del Factor de Potencia: Motores y Cargas Inductivas, Instalaciones Industriales, El Problema de la Potencia Reactiva, Corrección del Factor de Potencia.

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