Networks And Systems is a gateway course to all engineering subjects. To understand the operation of electric circuits and its components better, this book provides detailed explanations on the concept. This book details the definitions, principles, and theorems related to the subject together with illustrative examples. The examples and additional problems given in the book provide the reader with better problem solving skills.

The topics covered in Networks And Systems include fundamental circuit responses, application of Kirchhoff’s law, Nodal and Mesh analysis, Sinusoidal Steady State Analysis, Passive and Active Filters, Laplace and Fourier Transformation, and Two Port networks. This book also contains some problem solving techniques of computer aided circuit simulation using PSpice.

Basic Circuit Elements and Waveforms
Signals and Systems
Mesh and Node Analysis
Fourier Series
Laplace Transform
Application of Laplace Transform
Analogous System
Graph Theory and Network Equations
Network Theorems
Resonance
Attenuators
Two-port Network
Passive Filters
Active Filter Fundamentals
State Variable Analysis
Network Functions
Network Synthesis
Feedback System
Frequency Response Plots
Discrete Systems
Algebra of Complex Numbers
Objective Type Questions
Answers to Selected Problems