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Linear Circuits 2: AC Analysis

Approx. 28 hours to complete

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Course Summary

This course introduces the fundamentals of linear circuits and teaches you how to analyze them using AC analysis.

Key Learning Points

Learn the basics of linear circuits
Understand AC analysis techniques
Apply learned skills to analyze circuits in real-world scenarios

Learning Outcomes

Understand the principles of linear circuits
Analyze circuits using AC analysis techniques
Apply learned skills to real-world scenarios

Prerequisites or good to have knowledge before taking this course

Basic knowledge of electrical circuits
Familiarity with algebra and calculus

Course Difficulty Level

Intermediate

Course Format

Online
Self-paced

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Electricity and Magnetism
Circuits and Electronics 1: Basic Circuit Analysis

Related Education Paths

Notable People in This Field

Paul Falstad
Dave Jones

Related Books

Description

This course explains how to analyze circuits that have alternating current (AC) voltage or current sources. Circuits with resistors, capacitors, and inductors are covered, both analytically and experimentally. Some practical applications in sensors are demonstrated.

Outline

Module 1: AC Circuit Analysis
1.0 Introduction to Linear Circuits 2: AC Analysis
1.1 AC Circuits
1.2 Phasors
1.3 Impedance
1.4 Circuit Analysis with AC Impedances
1.5 AC Circuit Analysis Example
1.6 Transfer Functions
1.7 Transfer Function Example
1.8 Module Summary
Start Here
Syllabus
Consent Form
Problem 1-1-1
Problem 1-2-1
Problem 1-3-1
Problem 1-3-2
Problem 1-3-3
Problem 1-3-4
Problem 1-4-1
Problem 1-4-2
Problem 1-4-3
Problem 1-4-4
Problem 1-4-5
Problem 1-5-1
Problem 1-5-2
Problem 1-5-3
Problem 1-5-4
Problem 1-6-1
Problem 1-6-2
Problem 1-6-3
Problem 1-6-4
Problem 1-7-1
Module 1 Exam

Module 2: Frequency Reponse
2.1 Frequency Response Module Overview
2.2 Frequency Spectrum
2.3 Frequency Spectra of Real Signals
2.4 Frequency Response: Linear
2.5 Frequency Response: Bode
2.6 Bode Plot of RC Circuits
2.7 Bode Plot of RLC Circuits
Problem 2-2-1
Problem 2-4-1
Problem 2-5-1
Problem 2-5-2
Problem 2-6-1
Problem 2-7-1
Module 2 Exam

Module 3: Filters
3.1 Lowpass and Highpass Filters
3.2 Lowpass Highpass Filter Design
3.3 Lab Demo: Guitar String Filtering
3.4 Bandpass and Notch Filters
Module 2 & 3 Summary
Problem 3-1-1
Problem 3-1-2
Problem 3-2-1
Problem 3-3-1
Problem 3-4-1
Module 3 Exam

Module 4: Power
4.1 Power Module Overview
4.2 Root Mean Square
4.3 Power Factor
4.4 Power Triangles
4.5 AC Power Transfer
Sample Problem: AC Power 1
Sample Problem: AC Power 2
Sample Problem: AC Power 3
Sample Problem: AC Power 4
Sample Problem: AC Power 5
Problem 4-2-1
Problem 4-2-2
Problem 4-3-1
Problem 4-3-2
Problem 4-4-1
Problem 4-4-2
Problem 4-4-3
Module 4 Exam

Module 5: Transformers
5.1 Transformers
5.2 Linear Transformer Model
5.3 Ideal Transformer Model
5.4 Linear Variable Differential Transformers
Module 4 & 5 Wrap-Up
5.5 (Optional) Quick Review of Complex Numbers
Problem 5-3-1
Problem 5-4-1
Module 5 Exam

Summary of User Reviews

This course on linear circuits AC analysis has received positive reviews from many users. It provides a comprehensive understanding of AC circuits and their analysis techniques. One key aspect that many users found good is the instructor's teaching style and ability to explain complex concepts in an easy-to-understand manner.