Lecture Notes

B. Tech 2nd Semester Electrical

Basic Electrical Engineering (ESC-101)

Unit-2 AC Parallel Circuit and Resonance

Unit-2 Three Phase Circuit

Unit-3 Transformer- Lecture-1 Magnetic Materials & B-H Characteristics

Unit-3 Transformer Video Lecture

Lecture - 2 Transformer Basics part 1

Lecture - 3 Transformer Basic part 2

Lecture - 4 Transformer Basics part 3

Lecture - 5  Practical Transformer

Lecture - 6 Practical Transformer 

Lecture Notes - Voltage Regulation Losses and Efficiency

Lecture Notes - Auto Transformer and 3-ph Transformer Connections

Unit-4 Electrical Machines

Lecture Notes-1 Production of rotating magnetic field, Construction & working of 3-ph Induction Motor

Lecture Notes-2 Rotor torque, Torque Slip characteristics, losses and efficiency

Lecture Notes-3 Starting and Speed  Control of 3-ph Induction Motor; Single Phase Induction Motor

Lecture Notes-4 DC Motor

Lecture Notes-4 Synchronous Generator

Unit-6 Electrical Installation

Lecture Notes-1 Components of LT Switchgear

Lecture Notes-2 Types of Wires and Earthing

Lecture Notes-3 Types of Batteries and Characteristics

Lecture Notes-4 Power Factor Improvement

Unit-5 Power Converters

B. Tech 4th Semester 

Electrical Energy Conservation and Auditing (ELPE-411)

Unit-1 Energy Scenario

Unit-2 Basics of Energy and its Various Forms

Unit-3 Energy management & Audit

Industrial Electrical Systems (ELPE-412)

Unit-1 Electrical System Components,  Tariff

Unit-2 Residential and Commercial Electrical Systems

Unit-3 Illumination Systems (Lecture Notes-1)

Unit-3 Short Questions & Answers Illumination System

Video lectures for Unit-3 

ILLUMINATION ENGINEERING - PART - 01 - TERMS AND DEFINITIONS

ILLUMINATION ENGINEERING - PART - 02 - TERMS AND DEFINITIONS

ILLUMINATION ENGINEERING - PART - 02 - LAWS OF ILLUMINATION

ILLUMINATION ENGINEERING - PART - 04 - SIMPLE PROBLEMS

ILLUMINATION ENGINEERING -  TYPES OF LIGHTING SCHEME

ILLUMINATION ENGINEERING - OPERATION OF INCANDESCENT LAMP 

ILLUMINATION ENGINEERING - OPERATION OF CFL

ILLUMINATION ENGINEERING - OPERATION OF LED LIGHT

Unit-4  Industrial Electrical Systems-1

Lecture-1- Substations

Lecture-2- Lightning Protection

Lecture-3- Power Factor Improvement

Lecture-4- Transformer Selection

Lecture-5- Industrial Load

Lecture-6- Motor Control Circuit

Unit-5  Industrial Electrical Systems-II

Lecture-1- DG Set and UPS System

Lecture-2- Elevators

Unit-6  Industrial Electrical Systems Automation

Lecture- PLC and Automation

Lecture- SCADA System for distribution automation

PLC- Questions

Power Electronics (ELPC403)

Notes-Chopper 

Notes-Buck-Boost Chopper

Unit-5 Notes- Inverter 1

 Video lectures

Lecture -1   Basic Operation and Step Down chopper

Lecture -2   Step Up Chopper

Lecture -3   Type-C Chopper Two Quadrant Chopper

Lecture -4   Type-E Chopper Four Quadrant Chopper

Lecture -5   Type-D Chopper

Lecture -6   Steady State Analysis of hopper

 Lecture -7   Buck Converter

Lecture -8   Boost Converter

Electrical Machines-II (ELPC402)

Notes- Synchronous Machine

Notes- Synchronous Machine-2

Notes- Synchronous Machine-3

Video lectures

1. Constructional details of Synchronous machines

2. Generated voltages in Synchronous machines

3. Voltage and Torque in Synchronous machines

4. Torque in Synchronous machines continued……

5. Phasor Diagram

6. No load characteristics of Synchronous machines

7. ZPF Characteristics

8. Voltage Regulation

9. Performance Characteristics of Synchronous Machines

Digital Electronics (ELPC401)

Notes- Digital Logic Families-1

Notes- Digital Logic Families-2

Notes- Digital Logic Families-3

B.Tech 6th Semester

Electrical Measurement & Instrumentation Engineering (6th EL)

Unit-3

Electrical Drives (ELPE611)

Notes- DC Drive

Notes- Multi Quadrant Drive

Unit-2 Chopper fed DC driveReference

Unit-3 Lecture-1

Video lectures

Lecture -1   Two Quadrant chopper

Lecture -2    Four Quadrant Chopper

Lecture -3   2nd Quadrant Chopper drive

Lecture -4   1st Quadrant Chopper drive

Lecture -5   Steady State Analysis of Chopper in motoring mode

Unit-4 Lecture notes- Four Quadrant Chopper Drive 

Power  Systems (ELPE601)

Unit-2 Power System Stability

Digital Signal Processing (ELPE613)

Notes Z-transform

Programming in Python (ELOE-122)

Notes Python-Inputs

Notes Python-Functions

B.Tech 8th Semester

AI Techniques in Electrical Engineering (EE-410C)

Notes-1Notes-2Notes-3

Notes- Artificial Neural Network

 Video lectures

Lecture -1   Introduction to Artificial Neural Network 

Lecture -2   Activation Functions

Lecture -3   Feed Forward Network in Artificial Neural Network

Lecture -4   Back Propagation Algorithm/Back Propagation of Error

Notes - Application of AI in reactive power control

Notes - Application of AI in load forecasting

Notes- Adaline and Madaline Neuron

Notes- Back-Propagation Algorithm

Notes- Radial Basis Function

Notes- Hybrid Soft Computing Technique

Notes- Kohnnan SOP 

 Video lectures- Back Propagation Algorithm

Notes- Genetic Algorithm

Notes- Application of fuzzy in speed control of DC motor

Notes- Application of fuzzy in speed control of DC motor

Notes- Application of Neural in load flow study

Notes- Load frequency using AI

Notes- Reactive power control using AI

High Voltage Engineering (EE-420C)

Notes- Power Transfer & Reactive Power

HVDC and FACTS 

Notes- FACTS   (link- https://www.electronicshub.org/flexible-ac-transmission-systemfacts/)

Book- FACTS

Solid State Drives 

Unit-4- Three phase fully controlled rectifier

Unit-5- Speed control of Induction Motor Using pole changing

Unit-5- Speed control of Induction Motor-2 

M.Tech 2nd Semester (Power System)

Restructured Power Systems (MPS203A)

Unit-2 -Lecture-1Lecture-2

Unit-5 - Lecture-1 (Ancillary Services1)

Unit-5 - Lecture-2 (Ancillary Services2)

Unit-5 - Lecture-3 (Ancillary Services3)

Unit-4- Lecture-1 (Congestion Management)

Unit-4- Lecture-2 (Congestion Management)

Unit-4- Lecture-3 (Congestion Management)

AI Techniques (Common with M.Tech Power Electronics & Drives)

Lecture-1Lecture-2Lecture-3

Notes- Artificial Neural Network

Video lectures

Lecture -1   Introduction to Artificial Neural Network

Lecture -2   Activation Functions

Lecture -3   Feed Forward Network in Artificial Neural Network

Lecture -4   Back Propagation Algorithm/Back Propagation of Error  

Notes- Adaline and Madaline Neuron

Notes- Back-Propagation Algorithm

Notes- Radial basis network function 

Review Questions and Exercise of Chapter-1

Notes-Hybrid soft computing techniques

Notes-Genetic Fuzzy hybrid system

Video lecturesBack Propagation Algorithm 

Notes- Genetic Algorithm  

 M.Tech 2nd Semester (PED)

SCADA System & Application

 Unit-4- SINGLE UNIFIED STANDARD ARCHITECTURE   IEC61870

 Unit-4- Monitoring Supervisory Functions

 Unit-4- SCADA Protocols

 Unit-4- SCADA Communications Protocols

Notes- Architecture of an RTU in SCADA SYSTEMS