Outline Syllabus:

• Coupling and coupled components
• Nodal and mesh analysis
• Networks, loops and cut-set 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)
• Two-pole networks

Credits: 3

Pre-requisites:

• Electric Circuits I

Co-requisites:

• None