This course focuses on teaching the Node Voltage Method and Mesh Current Circuit Analysis in engineering circuits. By the end of the course, students will be able to analyze and solve complex circuit problems using these methods. The course covers topics such as node voltage problems, mesh current problems, and problems involving dependent sources. The teaching method involves a series of lessons with theoretical explanations followed by problem-solving sessions. This course is intended for students or professionals in the field of electrical engineering or related disciplines who want to enhance their circuit analysis skills.
Overview
Syllabus
Lesson 1 - Intro To Node Voltage Method (Engineering Circuits).
Lesson 2 - Node Voltage Problems, Part 1 (Engineering Circuits).
Lesson 3 - Node Voltage Problems, Part 2 (Engineering Circuits).
Lesson 4 - Node Voltage Problems, Part 3 (Engineering Circuits).
Lesson 5 - Node Voltage Problems, Part 4 (Engineering Circuits).
Lesson 6 - Node Voltage Problems, Part 5 (Engineering Circuits).
Lesson 7 - Node Voltage Problems With Dependent Sources, Part 1 (Engineering Circuits).
Lesson 8 - Node Voltage Problems With Dependent Sources, Part 2 (Engineering Circuits).
Lesson 9 - Node Voltage Problems With Dependent Sources, Part 3 (Engineering Circuits).
10 - Intro to Mesh Current Circuit Analysis (EE Circuits).
Lesson 11 - Mesh Current Problems, Part 1 (Engineering Circuits).
Lesson 12 - Mesh Current Problems, Part 2 (Engineering Circuits).
Lesson 13 - Mesh Current Problems, Part 3 (Engineering Circuits).
Lesson 14 - Mesh Current Problems, Part 4 (Engineering Circuits).
Lesson 15 - Mesh Current Problems With Dependent Sources, Part 1 (Engineering Circuits).
Lesson 16 - Mesh Current Problems With Dependent Sources, Part 2 (Engineering Circuits).
Lesson 17 - Mesh Current Problems With Dependent Sources, Part 3 (Engineering Circuits).
Lesson 18 - Mesh Current Problems With Dependent Sources, Part 4 (Engineering Circuits).
Taught by
mathandscience
