Introducción a los circuitos eléctricos

Description

In this course, you will learn:

• Basic circuit laws and how to apply them: Ohm's law and Kirchhoff's law.
• Esquemática Diagramming and Its Importance in Electrical Circuits
• Calculation of voltage, speed, and potential.
• Analytical Methods: Thévenin's Theorem and the Superposition Theorem

Syllabus:

1. Electric Circuit Modeling
2. Schematic Circuit Diagramming
3. Active and Passive Elements
4. Sign Convention
5. Ohm's law
6. Electric Power
7. Engineering Notation
8. Kirchhoff's Law of Voltages
9. Kirchhoff's Law of Currents
10. Series and Parallel Equivalents of Resistance Voltage Notation
11. Examples
12. Series-parallel circuits
13. Calculation of equivalent resistance
14. Calculation of voltages and currents
15. Calculation of powers
16. Examples
17. Thévenin's theorem
18. Description of the theorem
19. Analysis algorithm using Thévenin's theorem
20. Examples
21. The Superposition Theorem
22. Description of the theorem
23. Analysis algorithm by means of the Superposition theorem
24. Examples
25. Problems