Este curso de Electr贸nica b谩sica te ser谩 de gran ayuda para comprender la importancia de los materiales semiconductores, c贸mo se aprovechan sus caracter铆sticas para crear los componentes conocidos como diodos, sus aplicaciones en la creaci贸n de fuentes de poder, celdas solares, y otras m谩s.
Electr贸nica B谩sica y Circuitos Integrados Lineales
Electr贸nica B谩sica y Circuitos Integrados Lineales
Instructor: Rodolfo Anaya Zamora
2,100 already enrolled
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Gain insight into a topic and learn the fundamentals.
4.9
(12 reviews)
Beginner level
No prior experience required
3 weeks to complete
at 10 hours a week
Flexible schedule
Learn at your own pace
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Taught in Spanish
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There are 4 modules in this course
En este primer tema conocer谩s las caracter铆sticas principales de los materiales semiconductores como el Silicio, su estructura at贸mica basada en el modelo de Bohr, y la manera como puede combinarse con otros materiales para obtener un componente conocido como diodo, el cual tiene una gran variedad de aplicaciones de acuerdo con sus caracter铆sticas particulares.
What's included
2 videos13 readings4 assignments1 discussion prompt
La energ铆a el茅ctrica tradicional se genera en forma de corriente alterna (CA), sin embargo, es necesario convertir esta energ铆a en corriente directa (CD) para la operaci贸n de aparatos electr贸nicos de baja potencia, como laptops, celulares, tablets, etc.
What's included
2 videos10 readings3 assignments1 discussion prompt
Los transistores son los componentes fundamentales en el campo de la electr贸nica, esenciales para el funcionamiento de dispositivos modernos. Una gran ventaja consiste en la capacidad que ofrecen para actuar en estado de corte y saturaci贸n, facilitando el dise帽o de circuitos digitales como compuertas l贸gicas y microprocesadores.
What's included
2 videos9 readings3 assignments1 peer review1 discussion prompt
Los Amplificadores Operacionales (Op-Amps) son circuitos integrados lineales de gran importancia en el campo de la electr贸nica por su versatilidad y eficiencia. Pueden utilizarse como comparadores (en lazo abierto), para crear circuitos con aplicaciones como, detectores de sonido, indicadores visuales, osciladores basados en el principio de relajaci贸n, entre muchas otras aplicaciones.
What's included
3 videos10 readings5 assignments1 discussion prompt
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Status: Free TrialUniversity of Colorado Boulder
Status: PreviewGeorgia Institute of Technology
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MO
5
Reviewed on Aug 20, 2025
Excelente la facilidad para explicar los temas, muy buen curso
GA
5
Reviewed on Sep 18, 2025
Yo estudio ingenier铆a mecatr贸nica en el IPN, y la verdad este curso sirvi贸 bastante para ampliar mis conocimientos te贸ricos y pr谩cticos sobre el tema de electr贸nica.
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