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Electrical Engineering vedio Lectures

Electrical - Power System Analysis
 
Lecture Series on Power System Analysis by Prof.A.K.Sinha, Department of Electrical Engineering, IIT Kharagpur.

Lecture -1 Introduction to Power system analysis

Lecture - 2 Introduction to Single Line Diagram

Lecture -3 Transmission Line Parameters

Lecture -4 Inductance Calculation (Three Phase)

Lecture -5 Transmission Line Capacitance

Lecture -6 Transmission Line Capacitance (Contd..)

Lecture -7 Transmission Line Modeling

Lecture -8 Transmission Line Modeling Long Line

Lecture -9 Transmission Line Steady State Operation

Lecture -10 Transmission Line Steady State Control Voltage

Lecture - 11 Transmission System A Review

Lecture - 12 Transformer Model

Lecture - 13 Synchronous Machine Model

Lecture - 14 Synchronous Machine Model

Lecture - 15 Load Model

Lecture - 16 Power Flow - I

Lecture -17 Power Flow - II

Lecture -18 Power Flow III

Lecture -19 Power Flow -IV

Lecture -20 Power Flow-V

Lecture - 21 Power Flow VI

Lecture - 22 Power Flow - VII

Lecture - 23 Review of Power System Component Models

Lecture - 24 Review of Power Flow Study

Lecture -25 Short Circuit Analysis

Lecture -26 Symmetrical Component Analysis

Lecture -27 Sequence Networks

Lecture - 28 Unbalanced Fault Analysis

Lecture - 29 Unbalanced Fault Analysis

Lecture - 30 Fault Analysis for Large power Systems

Lecture - 31 Bus Impedance Matrix

Lecture - 32 Asymmetrical Fault Analysis Using Z - Bus

Lecture - 33 Power System Stability - I

Lecture - 34 Power System Stability - II

Lecture - 35 Power System Stability - III

Lecture - 36 Power System Stability - IV

Lecture - 37 Power System Stability - V

Lecture - 38 Power System Stability - VI

Lecture - 39 Power System Stability - VI

Lecture - 40 Power System Stability - VIII

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Electrical - Basic Electrical Technology
Lectures by Dr.L Umanand Department of Power Electronics Group, CEDT IISC Bangalore

=============================
Lectur 1 & 2 - Basic Electrical Technology

Lecture - 3 Passive Components

Lecture - 4 Sources

lecture 5 Kirchoff''s Law

Lecture - 6 Modelling of Circuit

Lecture - 07 Modeling of Circuit 2

Lecture - 8 Analysis Using MatLab

Lecture - 9 Sinusoidal steady state

Lecture - 10 Transfer Function and Pole Zero domain

lecture 11 - Transfer function & pole zero

Lecture - 12 The Sinusoid

lecture 13 Phasor Analysis

Lecture - 14 Phasor Analysis part 2
.
Lecture - 15 Power Factor

Lecture - 16 Power ports

Lecture - 17 Transformer Basics

Lecture - 18 Transformer Basic part 2

Lecture - 19 Transformer Basics part 3

Lecture - 20 The Practical Transformer

Lecture - 21 Transformer 2

Lecture - 22 The Practical Transformer Part 3

Lecture - 23 DC Machine

lecture 24 - DC Machines Part 2

Lecture - 25 DC Generators

Lecture - 26 DC Generators 2

Lecture - 27 D C Motors

Lecture - 28 DC Motor 2

Lecture - 29 DC Motor 3

Lecture - 30 Three Phase System

Lecture - 31 Three Phase System 2

Lecture - 32 Three Phase System - 3

Lecture - 33 Three Phase System 4

Lecture - 34 Three Phase Transformer

Lecture - 35 Three Phase Transformer 2

lecture 36 - Induction motor

Lecture - 37 Induction Motor 2

Lecture - 38 Induction Motor 3

Lecture - 39 Induction Motor 4

Lecture 40 - Synchronous Machine

==============================
Electrical - Electro Magnetic Fields
Lectures by Prof. harishankar Ramachandran Department of Electrical Engineering IIT Madras

==============================

Lecture-1-Introduction to Vector


Lecture-2-Introduction to vector(contd..........)

Lecture-3-Coulomb's Law

Lecture-4-Electric Field

Lecture-5-Electro Static Potential


Lecture-6-The Gradient


Lecture-7-Gauss's Law

Lecture-8-Poisson's Equation

Lecture-9-Energy in the Field

Lecture-10-Example Problems in Eletro Statics

Lecture-11-Fields in Materials


Lecture-12-Fields in Material Bodies

Lecture-13-Displacement Vector

Lecture-14-Capacitors

Lecture-15-Method Of Image

Lecture-16-Poisson's Equation 2Dimensions

Lecture-17-Field near Sharp Edges and Points

Lecture-18-Magnetic Field--1

Lecture-19-Magnetic Field-2

Lecture-20-Stokes Theorems

Lecture-21-The Curl

Lecture-22-Field Due to Current Loop

Lecture-23-Ampere's Law

Lecture-24-Examples of Ampere,s Law

Lecture-25-Inductance

Lecture-26-Mutual Inductance

Lecture 27 Faraday's law

Lecture-28-Magnetic Energy

Lecture-29-Magnetic Energy-1

Lecture-30-Magnetic Energy-2

Lecture-31-Generalised Ampere's Law

Lecture-32-The Wave Equation

Lecture-33-Wave Equation

Lecture-34-Poynting Theorem

Lecture-35-Skin Effect

Lecture-36-Skin Effect (Continued)

Lecture-37-Radiation&Circuits

Lecture-38-Phasor Form of Poynting Theorem

Lecture-39-Reflection at Dielectric boundaries

Lecture - 40 Reflection at Dielectric boundaries (Continued)

Lecture-41-Transmission Lines

Lecture-42-Transmission Lines(contd)&Conclusion

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Electrical - Industrial Instrumentation
Lecture Series on Industrial Instrumentation by Prof.Alok Barua, Department of Electrical Engineering,IIT Kharagpur.
===================

Lecture -1 Introduction

Lecture -2 Dynamic Characteristics

Lecture -3 Dynamic Characteristics (Continued)

Lecture -4 Strain gauge

Lecture -5 Load cell

Lecture -6 Torque Measurement

Lecture -7 Thermistor

Lecture -8 Thermocouples

Lecture -9 Resistance Temperature Detector

Lecture -10 LVDT

Lecture -11 Capacitance Transducers


Lecture - 12 Flowmeter - I


Lecture -13 Flow meter -II

Lecture -14 Flowmeter -III

Lecture -15 Flowmeter -IV

Lecture -16 Flowmeter -V

Lecture - 17 Problems on Temperature Sensors

Lecture - 18 Pressure Sensors

Lecture - 19 Low Pressure Measurement

Lecture - 20 pH and Viscosity Measurement

Lecture -21 Problem and Solutions On Industrial Instrumentat


Lecture -22 Signal Conditioning Circuits - I

Lecture -23 Signal Conditioning Circuits -II

Lecture -24 Piezoelectric Sensors

Lecture -25 Ultrasonic Sensors

Lecture -26 Nucleonic Instrumentation

Lecture -27 Measurement Of Magnetic Field

Lecture - 28 Optoelectronic Sensor - I

Lecture - 29 Optoelectronic Sensor - II

Lecture - 30 Synchro

Lecture - 31 Dissolved Oxygen Sensors - I

Lecture - 32 Dissolved Oxygen Sensors - II

Lecture - 33 Flapper - Nozzle

Lecture - 34 Smart Sensors

Lecture - 35 Chromatography - I

Lecture - 36 Chromatography - II .

Lecture - 37 Pollution Measurement

Lecture - 38 Control Valve - I

Lecture - 39 Control Valve - II

Lecture - 40 Signal Conditioning Integrated Circuits

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Electrical - Chaos, Fractals and Dynamical Systems
Lecture Series on Chaos, Fractals and Dynamical Systems by Prof.S.Banerjee,Department of Electrical Engineering, IIT Kharagpur.

======================
Lecture - 1 Representations of Dynamical Systems

Lecture - 2 Vector Fields of Nonlinear Systems

Lecture - 3 Limit Cycles

Lecture - 4 The Lorenz Equation - I

Lecture - 5 The Lorenz Equation - II

Lecture - 6 The Rossler Equation and Forced Pendulum

Lecture - 7 The Chua's Circuit

Lecture - 8 Discrete Time Dynamical Systems

Lecture - 9 The Logistic Map and Period doubling

Lecture - 10 Flip and Tangent Bifurcations

Lecture - 11 Intermittency Transcritical and pitchfork

Lecture - 12 Two Dimensional Maps

Lecture - 13 Bifurcations in Two Dimensional Maps

Lecture - 14 Introduction to Fractals


Lecture - 15 Mandelbrot Sets and Julia Sets

Lecture - 16 The Space Where Fractals Live

Lecture - 17 Interactive Function Systems

Lecture - 18 IFS Algorithms

Lecture - 19 Fractal Image Compression

Lecture - 20 Stable and Unstable Manifolds

Lecture - 21 Boundary Crisis and Interior Crisis

Lecture - 22 Statistics of Chaotic Attractors

Lecture - 23 Matrix Times Circle : Ellipse

Lecture - 24 Lyapunov Exponent

Lecture - 25 Frequency Spectra of Orbits

Lecture - 26 Dynamics on a Torus

Lecture - 27 Dynamics on a Torus

Lecture - 28 Analysis of Chaotic Time Series

Lecture - 29 Analysis of Chaotic Time Series

Lecture - 30 Lyapunou Function and Centre Manifold Theory

Lecture - 31 Non-Smooth Bifurcations

Lecture - 32 Non-Smooth Bifurcations


Lecture - 33 Normal from for Piecewise Smooth 2D Maps


Lecture - 34 Bifurcations in Piecewise Linear 2D Maps

Lecture - 35 Bifurcations in Piecewise Linear 2D Maps

Lecture - 36 Multiple Attractor Bifurcation and Dangerous


Lecture - 37 Dynamics of Discontinuous Maps

Lecture - 38 Introduction to Floquet Theory

Lecture - 39 The Monodromy Matrix and the Saltation Matrix

Lecture - 40 Control of Chaos


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