Networks and systems 2nd Edition by D Roy Choudhury ISBN 1906574243 9781906574246 by Roy Choudhury, D 9781523119059, 9781781830673, 1523119055, 1781830673 instant download after payment.

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ISBN 10: 1906574243 
ISBN 13: 9781906574246
Author: D Roy Choudhury

Networks and systems 2nd Table of contents:

Chapter 1

• Introduction

• Circuit Components

• Assumptions for Circuit Analysis

• Definitions

• Conservation of Energy

• Source of Electrical Energy

• Standard Input Signals

• Sinusoidal Signal

• Kirchhoff's Laws

Chapter 2

• Signals

• The Continuous-Time Unit Step and Unit Impulse Functions

• The Discrete-Time Unit Impulse and Unit Step Sequences

• Even and Odd Signals

• Periodic Signal

• Time Scaling

• Reflection

• Time Shifting

• Types of Sequences

• Impulse Response

• Discrete Convolution

• New Approach for Solving Problems

• Invertibility and Inverse Systems

• Causality

• Linearity

Chapter 3

• Kirchhoff's Laws

• Source Transformation

• General Network Transformations

• Mesh and Node Analysis

• Network Equations for RLC Network

• Magnetic Coupling

Chapter 4

• Introduction

• Evaluation of Fourier Coefficients

• Waveform Symmetry

• Fourier Series in Optimal Sense

• Exponential Form of Fourier Series

• Effective Value

• Fourier Transform

• Effective Value of a Non-sinusoidal Wave

Chapter 5

• Introduction

• Laplace Transformation

• Some Basic Theorems

• Gate Function

• Impulse Function

• Laplace Transform of Periodic Functions

Chapter 6

• Solution of Linear Differential Equation

• Heaviside's Partial Fraction Expansion

• Kirchhoff's Laws

• Solution of Network Problems

• Convolution Integral

• Convolution Theorem

• Evaluation of the Convolution Integral

• Inverse Transformation by Convolution

• Impulse Response

• Graphical Convolution

Chapter 7

• Introduction

• Mechanical Elements

• D'Alembert's Principle

• Force-Voltage Analogy

• Force-Current Analogy

• Mechanical Couplings

• Electromechanical System

• Liquid Level System

Chapter 8

• Graph of a Network

• Trees, Cotrees and Loops

• Number of Possible Trees of a Graph

• Incidence Matrix

• Cut-set Matrix

• Tie-set Matrix and Loop Currents

• Inter-relationship Among Various Matrices

• Analysis of Networks

• Network Equilibrium Equation

• Duality

Chapter 9

• Superposition Theorem

• Reciprocity Theorem

• Thevenin's Theorem

• Norton's Theorem

• Millman's Theorem

• Maximum Power Transfer Theorem

• Substitution Theorem

• Compensation Theorem

• Tellegen's Theorem

Chapter 10

• Series Resonance

• Parallel Resonance

Chapter 11

• Nepers, Decibels

• Lattice Attenuator

• T-Type Attenuator

• π-Type Attenuator

• L-Type Attenuator

• Ladder Type Attenuator

• Insertion Loss

Chapter 12

• Introduction

• Characterisation of Linear Time-invariant Two-port Networks

• Open-circuit Impedance Parameters

• Short-circuit Admittance Parameters

• Transmission Parameters

• Inverse Transmission Parameters

• Hybrid Parameters

• Inverse Hybrid Parameters

• Interrelationships between the Parameters

• Interconnection of Two-port Networks

• Two-port Symmetry

• Input Impedance in Terms of Two-port Parameters

• Output Impedance

• Image Impedance

• Transistors as Two-port Active Network

• Network Components

Chapter 13

• Introduction

• Image Impedance

• Hyperbolic Trigonometry

• Propagation Constant

• Properties of Symmetrical Network

• Filter Fundamentals

Chapter 14

• Filter Characteristics

• First-Order Low-pass Filter

• Higher Order Low-pass Filter

• First-Order High-pass Filter

Chapter 15

• State Variable Approach

• State Space Representation

• Transfer Function

• Linear Transformation

• Diagonalization

• State Transition Matrix

• Solution to Non-homogeneous State Equations

• Minimal Set of State Variable Formulation

Chapter 16

• Ports and Terminal Pairs

• Determinant and Cofactors for Determining Network Function

• Network Functions

• Poles and Zeros

• Necessary Conditions for Driving-point Function

• Application of Network Analysis in Deriving Network Functions

• Time Domain Behaviour from Pole-zero Plot

• Transient Response

Chapter 17

• Introduction

• Positive Real Functions

• Driving Point and Transfer Impedance Function

• LC Network

• Two-terminal R-L Network

• Two-terminal R-C Network

Chapter 18

• Introduction

• Block Diagram Representation

• Signal Flow Graph

• Stability Criterion of Feedback System

• Routh-Hurwitz Stability Criterion

Chapter 19

• Network Response due to Sinusoidal Input Functions

• Plots from s-Plane Phasors

• Magnitude and Phase Plots

• Polar Plot

• Bode Plot (Logarithmic Plot)

• Measure of Relative Stability

• Root Loci

• Nyquist Stability Criterion

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