Linear Circuits 2: AC Analysis
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.
Monthly Subscription Starting at AED 99 + VAT
- Level Professional
- Duration 28 hours
- Course by Georgia Institute of Technology
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Offered by
About
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.Modules
Getting Started
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3
Readings
3
Readings
- Start Here
- Syllabus
- Consent Form
Module 1 Content
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9
Videos
-
21
Assignment
21
Assignment
- 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
9
Videos
- 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
Module 2 Content
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7
Videos
-
7
Assignment
7
Assignment
- 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
7
Videos
- 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
Module 3 Content
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5
Videos
-
6
Assignment
6
Assignment
- Problem 3-1-1
- Problem 3-1-2
- Problem 3-2-1
- Problem 3-3-1
- Problem 3-4-1
- Module 3 Exam
5
Videos
- 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
Module 4 Content
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10
Videos
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8
Assignment
8
Assignment
- 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
10
Videos
- 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
Module 5 Content
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6
Videos
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3
Assignment
3
Assignment
- Problem 5-3-1
- Problem 5-4-1
- Module 5 Exam
6
Videos
- 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
Auto Summary
Embark on an advanced journey into the world of alternating current (AC) circuits with "Linear Circuits 2: AC Analysis." This professional-level course, offered by Coursera, dives deep into the analysis of circuits featuring AC voltage or current sources. Learners will explore the intricate behaviors of circuits containing resistors, capacitors, and inductors, through both theoretical and practical lenses. The course also highlights real-world applications in sensor technology, making the content highly relevant for aspiring engineers and scientists. With a comprehensive duration of 1680 minutes, participants can choose between Starter and Professional subscription options to best suit their learning needs. Ideal for those looking to enhance their expertise in Science & Engineering, this course promises to equip you with the skills necessary to excel in the field of AC circuit analysis.
Dr. Bonnie H. Ferri
Dr. Joyelle Harris