Network Analysis and Synthesis | Syllabus | College Platform - NITH
Electrical Engineering211
211core Course
Network Analysis and Synthesis
4 Credits
5 Modules
Updated 12/31/2024
01
Network theorems and Transient Analysis:
12 Lectures
Review of Network theorems for AC circuits:
Thevenin’s Norton’s Superposition Reciprocity theorem Millman’s theorem compensation
Tellegan’s theorem and Maximum Power Transfer theorems. Transient Analysis of Networks:
Network elements Transient response of R-L-C for DC and sinusoidal excitation
Initial condition
Solution using differential equation approach and Laplace transform method. Self-inductance
Coefficient of coupling
dot convention analysis of coupled circuits
analysis of single tuned and
double tuned circuits.
02
Network Graph Theory:
6 Lectures
Definition Graph Tree Basic cut- set and tie-set matrices for planer
networks-loop and nodal method of analysis of networks with independent and dependent Voltage
And current source Duality And dual networks.
03
Network Functions:
6 Lectures
Introduction driving point and transfer functions poles and zeros and their
significance network functions for one port and two port networks time domain behavior from the
pole-zero plot.
04
Two-Port Network:
6 Lectures
Introduction different parameters and relationship between different
parameters inter-connections of two port networks open circuit and short-circuit impedances and
ABCD constants image impedance image parameters.
05
Network Synthesis:
6 Lectures
Network realizability Hurwitz Polynomials Positive real functions
Properties of RC RL And LC networks Foster and Cauer forms of realization. Introduction to
active and passive filters.