This course covers the physics and workings of inductors and capacitors in engineering circuits. By the end of the course, students will understand the behavior of inductors and capacitors, analyze voltage and current in circuits, calculate power and energy in these components, and solve problems related to inductors and capacitors in series and parallel circuits. The teaching method includes theoretical explanations, practical examples, and problem-solving sessions. This course is designed for individuals interested in advancing their knowledge of basic electronics and engineering circuits.
Overview
Syllabus
Lesson 1 - What is an Inductor? Learn the Physics of Inductors & How They Work - Basic Electronics.
Lesson 2 - Voltage Across An Inductor, Part 2 (Engineering Circuits).
Lesson 3 - Current Through An Inductor, Part 1 (Engineering Circuits).
Lesson 4 - Current Through An Inductor, Part 2 (Engineering Circuits).
Lesson 5 - Power And Energy In An Inductor, Part 1 (Engineering Circuits).
Lesson 6 - Power And Energy In An Inductor, Part 2 (Engineering Circuits).
Lesson 7 - Power And Energy In An Inductor, Part 3 (Engineering Circuits).
What is a Capacitor? Learn the Physics of Capacitors & How they work - Basic Electronics Tutorial.
Lesson 9 - Voltage, Power, And Energy Storage In A Capacitor (Engineering Circuits).
Lesson 10 - Capacitor Problems, Part 1 (Engineering Circuits).
Lesson 11 - Capacitor Problems, Part 2 (Engineering Circuits).
Lesson 12 - Inductors And Capacitors In Series And Parallel (Engineering Circuits).
Lesson 13 - Series Parallel Circuits With Capacitors And Inductors (Engineering Circuits).
Lesson 14 - Series Parallel Circuits With Capacitors And Inductors (Engineering Circuits).
Lesson 15 - Series Parallel Circuits With Capacitors And Inductors (Engineering Circuits).
Lesson 16 - Series Parallel Circuits With Capacitors And Inductors (Engineering Circuits).
Lesson 17 - Series Parallel Circuits With Capacitors And Inductors (Engineering Circuits).
Taught by
mathandscience
