Overview
Syllabus
Week 1 : Introduction to Circuit Elements, combination effect of circuit elements
Week 2 : Basic circuit laws, and methods of analysis- Nodal analysis and Mesh analysis
Week 3: Circuit theorems- Super Position Theorem, Thevenin’s theorem, Norton theorems, and Maximum power transfer theorem
Week 4: Transient circuits- First order steady state analysis
Week 5: Transient circuits- Second order steady state analysis
Week 6: Fundamentals of AC circuits- behavior of R,L and C in AC circuits
Week 7: Phasor diagrams and complex impedance of a circuit
Week 8: Sinusoidal steady state circuit analysis
Week 9: Frequency response of circuits and filter circuits and resonance
Week 10:Two port network analysis- understanding h- parameters
Week 11: Frequency dependent analysis of basic circuits through Fourier transforms
Week 12: Frequency dependent analysis of basic circuits through using Laplace transforms
Taught by
Electric Circuits & Network