Thevenin and Norton Circuit Theorems Post Correction
This online engineering PDH video presentation presents the fundamental concepts and applications of Thevenin’s Theorem and Norton’s Theorem, including their use in source transformation and determining maximum power transfer to loads.
The course begins with a review of voltage and current divider concepts, providing the foundation needed to apply Thevenin’s and Norton’s theorems to practical electrical circuits. Thevenin’s Theorem is then explained step-by-step, from a generic circuit through the development of its Thevenin equivalent, with multiple numerical examples demonstrating its application to circuit analysis.
The presentation then covers Norton’s Theorem using a similar step-by-step approach, with worked examples illustrating how the theorem can be applied to electrical circuits. The course also explains source transformation and maximum power transfer, with each topic reinforced through fully solved numerical examples presented in a clear and easy-to-follow format.
This 2 PDH online engineering video presentation is intended for electrical engineers and other technical professionals interested in learning the fundamentals of electrical network theory and practical circuit analysis.
- Finding the Thevenin equivalent of resistive networks with an arbitrary number of independent power sources
- Finding the Norton equivalent of resistive networks with an arbitrary number of independent power sources.
- Applying Thevenin and Norton theorems to determine the voltage and current of any element within a given network.
- Applying the principles of voltage and current dividers as needed when using Thevenin and Norton theorems.
- Converting voltage sources to current sources and current sources to voltage sources to facilitate circuit analysis
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