Electric Circuit Analysis & Synthesis
Transient analysis, Laplace transform in circuits, two-port networks, and network synthesis.
Syllabus Units (4)
- Unit 1
Transient Analysis & Laplace Domain Circuit Modeling
First-order RL/RC step response, second-order series/parallel RLC damping regimes, complex s-plane pole trajectories, and initial condition generators.
Read note - Unit 2
Two-Port Networks & Parameter Conversions
Impedance (Z), admittance (Y), transmission (ABCD), and hybrid (h) matrices, reciprocity and symmetry conditions, parameter interconversions, and cascade/series/parallel networks.
Read note - Unit 3
Network Functions, Complex Frequency & Resonance
Driving-point and transfer immittance functions, complex s-plane pole-zero plots, impulse and step responses, Hurwitz polynomials, frequency response, and series/parallel resonance.
Read note - Unit 4
Passive Network Synthesis: Foster & Cauer Realizations
Positive Real (PR) immittance criteria, Foster's reactance theorem, driving-point LC/RC/RL network properties, and canonical synthesis via Foster Form I & II and Cauer Form I & II ladder networks.
Read note