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AC Circuit Analysis - Vol 2

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Overview

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Dive into advanced AC circuit analysis techniques in this comprehensive video series. Master AC source transformations, Thevenin equivalents, node voltage analysis, and mesh current methods. Explore each concept through multiple in-depth lessons, gaining a thorough understanding of their applications in AC circuit analysis. Progress from fundamental principles to complex problem-solving, enhancing your skills in analyzing and manipulating alternating current circuits.

Syllabus

01 - AC Source Transformations (Learn AC Circuit Analysis).
Lesson 2 - AC Thevenin Equivalents, Part 1 (AC Circuit Analysis).
Lesson 3 - AC Thevenin Equivalents, Part 2 (AC Circuit Analysis).
Lesson 4 - AC Thevenin Equivalents, Part 3 (AC Circuit Analysis).
Lesson 5 - AC Thevenin Equivalents, Part 4 (AC Circuit Analysis).
Lesson 6 - AC Thevenin Equivalents, Part 5 (AC Circuit Analysis).
Lesson 7 - AC Node Voltage, Part 1 (AC Circuit Analysis).
Lesson 8 - AC Node Voltage, Part 2 (AC Circuit Analysis).
Lesson 9 - AC Node Voltage, Part 3 (AC Circuit Analysis).
Lesson 10 - AC Node Voltage, Part 4 (AC Circuit Analysis).
Lesson 11 - AC Node Voltage, Part 5 (AC Circuit Analysis).
Lesson 12 - AC Mesh Currents, Part 1 (AC Circuit Analysis).
Lesson 13 - AC Mesh Currents, Part 2 (AC Circuit Analysis).
Lesson 15 - AC Mesh Currents, Part 4 (AC Circuit Analysis).
Lesson 16 - AC Mesh Currents, Part 5 (AC Circuit Analysis).

Taught by

mathandscience

Reviews

5.0 rating, based on 1 Class Central review

Start your review of AC Circuit Analysis - Vol 2

  • Profile image for Sanaa Said
    Sanaa Said
    This course provides a solid introduction to AC circuit analysis, covering key concepts like impedance, reactance, phase relationships and power in alternating‐current systems. The instructor explains material clearly, uses helpful diagrams and works through example problems thoroughly. I appreciated the balance between theory and practical calculation, which supports both understanding and application. A few areas could be expanded—such as more complex multi-loop circuits and simulation tool demonstrations—but overall the content is well-structured and accessible. I would rate it highly for students with a basic grounding in circuit theory who want to deepen their AC knowledge
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