Udemy – Circuit Analysis & Network Theory:Base of Electrical Circuit 2024-7

After completing this course, students will be able to solve circuit problems from introductory to advanced levels. This course comprehensively covers all the concepts of circuit theory for major disciplines such as electronics and telecommunications, electrical engineering, instrumentation engineering, hardware engineering, circuit design, and many more.

What you will learn

• Fundamentals of Electrical and Electronic Networking
• Equivalent resistance in an electrical network
• Point contract in the induction network
• Electrical network mesh analysis
• Electrical network node analysis
• Source conversion
• Theonen’s theorem in electrical networks
• Norton’s theorem in electrical networks
• Milliman’s theorem in electrical networks
• Maximum power transfer theorem in electrical network
• Theorem of the sum of effects in the electrical network
• KVL, KCL, node and circuit mesh analysis
• Power in DC sources
• The contradiction theorem in the electrical network
• Transient response with time analysis
• Initial and final conditions in the electrical network
• Laplace transform in electrical network
• Double-span network in the electrical network
• Graph theory in electrical networks
• Phasor diagram in electrical network
• Power in AC circuit
• AC analysis parameters in electrical network

This course is suitable for people who:

• Students (Engineering, Diploma, Basic Sciences)
• Those interested in electrical circuits
• Electrical/Electronics Industry Specialists
• Hardware engineers interested in understanding circuit performance
• Renewable energy specialists
• Beginners interested in how electronic circuits work