Linear Circuits 1 – 26 – Inductors, Part 2

Linear Circuits 1 – 26 – Inductors, Part 2, available at Free, has an average rating of 4.7, with 10 lectures, based on 29 reviews, and has 1689 subscribers.

You will learn about How do I solve circuits with inductors? How do I find the initial and final values for current in an inductor circuit? What is a time constant? How do I calculate the time constant for a resistor-inductor circuit? This course is ideal for individuals who are Beginner Engineering and Physics Students It is particularly useful for Beginner Engineering and Physics Students.

Enroll now: Linear Circuits 1 – 26 – Inductors, Part 2

Summary

Title: Linear Circuits 1 – 26 – Inductors, Part 2

Price: Free

Average Rating: 4.7

Number of Lectures: 10

Number of Published Lectures: 10

Number of Curriculum Items: 10

Number of Published Curriculum Objects: 10

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

How do I solve circuits with inductors?
How do I find the initial and final values for current in an inductor circuit?
What is a time constant?
How do I calculate the time constant for a resistor-inductor circuit?

Who Should Attend

Beginner Engineering and Physics Students

Target Audiences

Beginner Engineering and Physics Students

Day 26 of Linear Circuits. Inductors are one of the three passive circuit components (along with resistors and capacitors). However, their operation and behavior is often shrouded in mystery. After seeing what inductors are and how they work in our previous lecture, today, we will see how we can always find the initial and final values for resistor-inductor circuits’ currents and voltages AND specify their entire behavior by just one variable — the time constant, TAU.

The material covers all of the lecture material from an twenty-sixth lecture in a traditional, sophomore-level linear circuits class.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Agenda

Lecture 2: Review

Lecture 3: The Only Four Equations that Can Describe Resistor-Inductor Current and Voltage

Lecture 4: The Time Constant Describes How Fast RL Circuits' Voltages and Currents Decay

Lecture 5: The Time Constant Describes How Fast RL Circuits' Voltages and Currents Rise

Lecture 6: An Equation for the Time Constant, Tau, for Resistor-Inductor Circuits

Lecture 7: A First Example

Lecture 8: Changes in the Time Constant, Tau, Affect the Rate of Decay in RL Circuits

Lecture 9: A Second Example

Lecture 10: Summary

Instructors

Mark Budnik
2019 ASEE Engineering Professor of the Year
Mark M. Budnik
Brandt Professor of Engineering, Valparaiso University

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4 stars: 5 votes
5 stars: 21 votes

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