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Network Theory , Circuit Theory , Eeering Circuit Analysis

What you'll learn
Be able to solve two port network problems
Be able to solve Transient analysis OF networks
Be able to solve steady state analysis of circuits
To find the analysis of networks using network graphs(topology)
Be able to solve magnetic circuits
Requirements
ELECTRICAL CIRCUITS ( MODULE-1), Basics from networks
Description.

To understand how voltage , current and power from given circuit. This subject deals with Two Port Network analysis, Network Topology, Transient Analysis and Magnetic circuits.Two Port Network analysis deals with Z-parameters, Y ,Hybrid and Transmission parameters. This topic is used to find internal analysis of amplifiers, filters and Transformer function.Transient analysis deals both DC and AC circuits.This subject is used all electrical and electronic circuits subject to sole the circuits.To understand all network functions and applications.To design Filters and tuned circuits.Predict the behavior of any electrical and magnetic circuits. 2. Formulate and solve complex AC, Dc circuits. 3. Identify the type of electrical machine used for that particular application. 4. Realize the requirement of transformers in transmission and distribution of electric power and other applications. 5. Function on multi-disciplinary teams.After successfully studying this course, students will: Be able to systematically obtain the equations that characterize the performance of an electric circuit as well as solving both single phase and three-phase circuits in sinusoidal steady state. Acknowledge the principles of operation and the main features of electric machines and their applications. Acquire skills in using electrical measuring devices. Be aware of electrical hazards and able to implement basic actions to avoid unsafe work conditions.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 TWO PORT NETWORKS

Lecture 3 TWO PORT NETWORKS-INTRO

Lecture 4 Introduction to Two Port Networks

Lecture 5 Z - Parameters

Lecture 6 PROBLEMS ON Z-PARAMETERS

Lecture 7 PROBLEMS ON Z-PARAMETERS - 1

Lecture 8 PROBLEMS ON Z-PARAMETERS - 2

Lecture 9 PROBLEMS ON Z-PARAMETERS - 3

Section 2: Y (ADMITTANCE) PARAMETERS

Lecture 10 Y - PARAMETERS

Lecture 11 Y - PARAMETERS OF DELTA NETWORK

Lecture 12 PROBLEMS ON Y-PARAMETERS

Lecture 13 RELATION BETWEEN Z & Y PARAMETERS

Section 3: HYBRID(h) AND TRANSMISSION PARAMETERS

Lecture 14 h PARAMETERS & g- PARAMETERS

Lecture 15 Transmission Parameters

Lecture 16 Problems on Two Port Networks

Lecture 17 Problems on Two Port Networks - 1

Lecture 18 Problems on Two Port Networks - 2

Lecture 19 RELATION BETWEEN TWO PORT NETWORK PARAMETERS

Lecture 20 Problems on Two Port Networks-3

Lecture 21 Inter connecting Two port networks

Lecture 22 Parallel Connection of networks

Lecture 23 Cascade Connection of Networks

Lecture 24 Problems on Two Port Networks-4

Lecture 25 Problems on Two Port Networks-5

Lecture 26 Problems on Two Port Networks-6

Lecture 27 Problems on Two Port Networks-7

Lecture 28 TYPES OF NETWORKs

Lecture 29 Problems on Two Port Networks-8

Section 4: TRANSIENT ANALYSIS

Lecture 30 Introduction

Lecture 31 Transient and Steady state Conditions

Lecture 32 Constants of RC and RL circuits

Lecture 33 Initial and Final Conditions of passive elements

Lecture 34 Initial and Final Conditions of passive elements - 1

Lecture 35 Current through the inductor from RL circuit

Lecture 36 RC series Circuit excited by the DC source

Lecture 37 Problems_1

Lecture 38 Transfer Function of Networks

Lecture 39 Problems on Transient Circuits-1

Lecture 40 RL series circuit analysis using Laplace Transform

Lecture 41 Source free Transient circuits

Lecture 42 Problems on Transient Circuits

Lecture 43 RLC Series Circuit ( DC Excitation)

Lecture 44 RLC Series Circuit ( DC Excitation)-1

Lecture 45 RLC Series Circuit ( DC Excitation)-2

Lecture 46 RLC Series Circuit ( DC Excitation)-3

Lecture 47 AC Transient Analysis

Section 5: NETWORK TOPOLOGY (GRAPH THEORY)NETWORK TOPOLOGY (GRAPH THEORY)

Lecture 48 Introduction to Network Topology(Graph Theory)

Lecture 49 Introduction to Network Topology(Graph Theory)-1

Lecture 50 Incident Matrix

Lecture 51 TREE OF NETWORK GRAPH

Lecture 52 Tie set Matrix

Lecture 53 Tie set Matrix - 1

Lecture 54 KCL,KVL from Tie Set Matrix

Lecture 55 Cut Set of Network Graph

Lecture 56 Fundamental Cut-set

Lecture 57 Problem on Cut-set and Tie-set

Section 6: Magnetic Circuits

Lecture 58 Introduction

Lecture 59 Self and Mutual Inductance

Lecture 60 Co-efficient of Coupling

Lecture 61 series and parallel coupling

Lecture 62 Problems on Coupling circuits

Lecture 63 Magnetically Coupling

Section 7: Filters ( Passive )

Lecture 64 Types of Filters

Lecture 65 Low Pass Filter

Lecture 66 High Pass Filter

Lecture 67 BPF and BSF

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