Networks and SystemsServes As A Text For The Treatment Of Topics In The Field Of Electric Networks Which Are Considered As Foundation In Electrical Engineering For Undergraduate Students. Includes Detailed Coverage Of Network Theorems, Topology, Analogous Systems And Fourier Transforms. Employs Laplace Transform Solution Of Differential Equations. Contains Material On TwoPort Networks, Classical Filters, Passive Synthesis. Includes State Variable Formulation Of Network Problems. Wide Coverage On Convolution Integral, Transient Response And Frequency Domain Analysis. Given Digital Computer Program For Varieties Of Problems Pertaining To Networks And Systems. Each Topic Is Covered In Depth From Basic Concepts. Given Large Number Of Solved Problems For Better Understanding The Theory. A Large Number Of Objective Type Questions And Solutions To Selected Problems Given In Appendix. 
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This book is very good, contents are easy to understand. If not for download, it should provide to read whole book.
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Contents
BASIC CIRCUIT ELEMENTS AND WAVEFORMS  1 
MESH AND NODE ANALYSIS  42 
GRAPH THEORY AND NETWORK EQUATION  102 
FOURIER SERIES  187 
THE LAPLACE TRANSFORM  245 
APPLICATION OF LAPLACE TRANSFORM  276 
NETWORK THEOREMS  316 
RESONANCE  368 
CONVOLUTION INTEGRAL  592 
STATE VARIABLE ANALYSIS  624 
NETWORK FUNCTIONS  658 
PASSIVE NETWORK SYNTHESIS  699 
J7 FEEDBACK SYSTEM  744 
FREQUENCY RESPONSE PLOTS  779 
COMPUTER APPLICATIONS  836 
Algebra of Complex Numbers Phaser s  888 
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Common terms and phrases
admittance analog circuit analysis attenuation Bode plot capacitance capacitor circuit in Fig Circuit of Example coefficients coil connected Consider constant continued fraction convolution integral Cramer's rule current source curve cutset damping Determine differential equation drivingpoint impedance elements equivalent circuit filter Find Fourier series fraction expansion frequency given graph Hence hybrid parameters impedance function incidence matrix inductance inductor initial conditions Laplace transform load loop currents mderived magnitude matrix form mechanical system mesh equations negative network function network in Fig Network of Example network shown node equations obtained opencircuit output parallel pass band phase polar plot poles and zeros polynomial port reactance representation resistance resistor resonant response RLC circuit shortcircuit shown in Fig sinusoidal superposition symmetry terminals Thevenin's transfer function twoport network variable vector VINT voltage and current voltage source waveform write written Zparameters ZD(s