Course Outline.

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Electrical Circuits
Credit Hours: 4
Course Outline:

DC Circuits
LINK 1 (DC Circuits with Practical Examples)
LINK 2 (Presentation on DC Circuit)

KCL, KVL
Link 1 (KCL)
Link 2 (KVL)

Network Theorems
Link 1 (Superposition theorem)
Link 2 (Thevenin's Theorem)
Link 3 (Norton's theorem)
Link 4 (Y-Δ transform)
Link 5 (Example)

Mesh and Nodal Analysis,
Link 1 (MESH AND NODAL ANALYSIS)

Step response and transients.
Link 1 (Step Response)
Link 2 (Nodal Response)

RC, RL and RLC circuits,
Link 1 (RC Circuit)
Link 2 (RL Circuit)
Link 3 (RLC Circuit)
Link 4 (RC, RL and RLC Example, ppt and Lab)

Phasor diagram solution of AC circuits.
Link 1 (Phasor solution)

Power in 1- and 3-phase AC circuits.
Link 1 (Single-phase electric power)
Link 2 (Three-phase electric power)

Magnetic circuits.
Link 1 (Magnetic circuit)

Electrical and electronic materials.
Link 1(Electrical and electronic materials)


Lab Outline
From course contents
Recommended Books:

Electrical Engineering: Principles and Applications, Latest/E by Hambley (Click here)

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