NT-Syllabus

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Venkateswara Reddy Network Theory29th, Sep.2010

Concepts Units Modules

Introduction 1.Introduction to three

phase circuits

Three-

Phase

Circuits

Generation of three phase voltages

Star Connected System

Delta Connected System

Star Connected System for Unbalanced Load

Delta Connected System for Unbalanced Load

Determination of power in star 2.Analysis of andY

for balanced load and

calculation of power

Determination power in delta

Power measurement using two wattmeter

method

Transient response of R-L circuits for D.C

excitation Series combination Parallel combination

1.D.C Transient Analysis

using differentialequation method

2.D.C

TransientAnalysis

Transient response of R-C circuits for D.C

excitation

Series combination Parallel combination

Transient response of R-L-C circuits for D.C

excitation


Transient response of R-L circuits for D.C

excitation


2.DC transient analysis

using Laplace Method

Transient response of R-C circuits for D.C

excitation


Transient response of R-L-C circuits for D.C

excitation



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Transient response of R-L circuits for A.C

excitation


1.A.C Transient Analysis

using differential

equations

3.A.C

transient

Analysis

Transient response of R-C circuits for A.C

excitation

Series com bination Parallel combination

Transient response of R-L-C circuits for A.C

excitation


Transient response of R-L circuits for A.C

excitation


2.A.C Transient analysis

using laplace transforms

Transient response of R-C circuits for A.C

excitation


Transient response of R-L-C circuits for A.C

excitation


The concept of complex frequency 1.Network functions

part-1

4.Network

functionsPhysical interpretation of complex frequency

Transform impedance and transform circuits

Series and parallel combination of elements

Terminal pairs or ports

Network functions for the one-port and two-

port

Poles and zeros of network functions 2.Network functions

part-2Significance of poles and zeros

Properties of driving point functions

Properties of transfer functions


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Necessary conditions for driving point

functions

Necessary conditions for transfer functions

Time domain response from pole zero plot

Z-parameters 1.Network Parameters-1 5.Network

Parameters

-parameters

ABCD-parameters

Hybrid parameters

Cascade networks 2.Network Parameters-2

Concept of transformed network

2-port network parameters using transformed

variables

Low-pass filters 1.Filters 6.FiltersHigh-pass filters

Band pass filters

Band elimination filters

Prototype filter design

Fourier theorem 1.Fourier analysis part-1 7.Fourier

Analysis of

A.C.

Circuits

Consideration of symmetry

Exponential form of Fourier series

Line spectra

phase angle spectra 2.Fourier analysis part-2

Fourier integrals

Fourier transforms

Properties of fourier transforms

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