3. Electrical Circuit Theory Courses
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Live 12-Week Course delivered every quarter: starting in January, April, July & October. 3h Lectures + 1h Tutorial each week!
- Node Voltage & Mesh Current Analysis
- Current & Voltage Sources & Superposition
- Thevenin & Norton Theorems
- Resonant Circuits & Filters (Bode Plots)
- Magnetically Coupled Circuits & Two-Port Networks
Master the powerful circuit solving method applicable to networks with two or more sources!
- Superposition Method Theory - Multiple Sources
- Original Electrical Circuit and Creating Subcircuits
- Switching Off Voltage vs Current Sources
- AC & DC Problems with Detailed Solutions
- Quizzes & Tutorials with Detailed Solutions
Understanding complex numbers is a must for any A/C circuit analysis. In Electrical Circuit Theory, we use them quite a lot!
- Complex Numbers Background Knowledge (Math Catch-up)
- Fundamentals of Complex Numbers for A/C Circuits
- Complex Number Conversions (Polar & Rectangular)
- Complex Numbers Operations, Conjugation, Negation...
- Application of Complex Numbers in Electrical Engineering
This module consists of 2 videos. Each video is live recording of one exam preparation problem solved on a whiteboard:
- Thevenin Equivalent Problem (Vth and Zth)
- Magnetically Coupled Inductors Problem
- Also 2-Port Networks in the Same Problem
- Full Mock Exam Paper with 7 Problems
- Solutions File to All 7 Problems
Click the access button to go to the module delivery page:
- Electricial Circuit Solving Shortcut
- Series connection of resistors
- Voltage Divider Rule (Principle)
- Parallel connection of resistors
- Current Divider Rule (Principle)
- Matching and non-matching indexes
How to determine and calculate capacity of a battery? Differentiate between charge & energy capacities. Find equivalent battery based on the same energy stored.
How to calculate Resistance in electrical circuit? Application of resistance formula. Common student mistakes: series and parallel connection calculations.
Parallel Branch Currents Question answered. What are electric nodes, branches and resistance? Analysis of currents flowing in parallel paths.