Dive into a comprehensive video series on advanced circuit analysis techniques over the course of 90 minutes. Master source transformations through a four-part exploration, followed by an in-depth study of Thevenin equivalents, including scenarios with dependent sources. Progress to Norton equivalents and their applications in a three-lesson segment. Conclude with crucial concepts of maximum power transfer and the principle of superposition in circuits, each broken down into multiple lessons for thorough understanding. Gain practical skills in simplifying complex circuits and analyzing their behavior through these essential engineering methods.
Overview
Syllabus
01 - Source Transformations, Part 1 (Engineering Circuits).
Lesson 2 - Source Transformations, Part 2 (Engineering Circuits).
Lesson 3 - Source Transformations, Part 3 (Engineering Circuits).
Lesson 4 - Source Transformations, Part 4 (Engineering Circuits).
Lesson 5 - Thevenin Equivalent, Part 1 (Engineering Circuits).
Lesson 6 - Thevenin Equivalent, Part 2 (Engineering Circuits).
Lesson 7 - Thevenin Equivalent, Part 3 (Engineering Circuits).
Lesson 8 - Thevenin Equivalent, Part 4 (Engineering Circuits).
Lesson 9 - Thevenin Equivalent With Dependent Sources, Part 1 (Engineering Circuits).
Lesson 10 - Thevenin Equivalent With Dependent Sources, Part 2 (Engineering Circuits).
Lesson 11 - Thevenin Equivalent With Dependent Sources, Part 3.
Lesson 12 - Norton Equivalent, Part 1 (Engineering Circuits).
Lesson 13 - Norton Equivalent, Part 2 (Engineering Circuits).
Lesson 14 - Norton Equivalent, Part 3 (Engineering Circuits).
Lesson 15 - Maximum Power Transfer, Part 1(Engineering Circuits).
Lesson 16 - Maximum Power Transfer, Part 2 (Engineering Circuits).
Lesson 17 - Maximum Power Transfer, Part 3 (Engineering Circuits).
Lesson 18 - Superposition In Circuits, Part 1 (Engineering Circuits).
Lesson 19 - Superposition In Circuits, Part 2 (Engineering Circuits).
Taught by
mathandscience
