Fail proof analysis for DC circuits
Ever got confused while solving for current, voltage or equivalent circuits in DC? Fear not, we have a hands-on approach with examples.
What you’ll learn
- Students will learn how to analyze DC circuits.
- Norton Analysis.
- Thevenin Analysis.
- Superposition Analysis.
- Substitution Analysis.
- Millman and Nodal Analysis.
- Wheatstone Bridge Configuration.
- Maximum Power Transfer.
Course Content
- DC Circuit Analysis –> 14 lectures • 2hr 57min.
Requirements
- A basic understanding of Ohm’s Law.
- A basic understanding of Kirchoff Analysis.
Ever got confused while solving for current, voltage or equivalent circuits in DC? Fear not, we have a hands-on approach with examples.
This course introduces the use of Thevenin, Norton, Substitution, Superposition Theorems and many others to solve for direct current circuits.
Each lecture uses a step-by-step approach at solving for a circuit while explaining the concept at hand.
It is important that you are already familiar with Ohms Law and to have some basic Kirchoff analysis skills.
