Outline Syllabus:  Coupling and coupled components
 Nodal and mesh analysis
 Networks, loops and cutset analysis
 Complex frequency analysis
 Applications of Laplace transform to electric circuits
 Transfer functions of networks
 Natural frequencies
 Convolution theorem in time and frequency domains
 System function
 Frequency analysis and Bode diagram for networks
 State variables and equations
 Network analysis through state equations
 Network theorems (Reciprocity, Thevenin, Norton, Substitution, Superposition, Telegan)
 Twopole networks
Credits: 3 Prerequisites: Corequisites:
