A Master Course On Basic Concept In Electrical Engineering

A Step by Step Approach to acquire a Crystal Clear Concept in Electrical Engineering

What you'll learn

Fundamental Concept in Electrical Engineering

Fundamental concept of Circuit Laws

Fundamental concept of Alternating Current (AC) Electricity

Fundamental concept on Electrical Machines

Requirements

No previous knowledge required, everything will be taught from basic.

Description

After completion of this course  students will able to Learn about Basic building blocks in Electrical Engineering.Make their fundamentals clear which will help them to find their future Electrical Engineering subjects like Electric Machine, Power System, Power Electronics, Circuits & Network easy understanding.Clear the fundamental differences between like resistance vs resistivity, emf vs potential difference etc.Know the reason behind having negative sign in emf equation.Know about a whole new approach on understanding Ohm's law.Understand Foundation Concept in Kirchoff's Law .Know Basic Concept on Node,Mesh & their significance in Circuit.Learn the analytical procedure of various concept like mesh analysis,node analysis,star-delta transformation, current division rule, voltage division rule etc.Know Role of Basic circuit elements like Resistance,Inductance, Capacitance and their use in Electrical Engineering.Find A clear concept in Fundamentals in AC & DC also their difference.Make a Crystal clear concept on one of the toughest concept in Electrical Engineering i.e. phasor diagram.Realize a Basic understanding in Electrical Machines. Know about operating functionalities of various types of motors like DC motors , induction motors( both single phase and three phase , synchronous motors.Have a sound understanding about the basic difference between motor and generator, the basic fundamental physics on how they work, the laws involved in their operation and many more.Know about a basic idea on how transformer operates in electrical system.For conveinience of the students lecture notes of each section has been added at the the end of the section which will help the students to understand the concept easily & after completion of the course student can attempt a quiz to evalute their learning.

Overview

Section 1: Ohm's Law & Inter-relationship Between V,I,R

Lecture 1 Resistance Vs. Resistivity

Lecture 2 Potential Difference Vs. EMF

Lecture 3 Ohm's Law

Lecture 4 Graphical Representation of Ohm's Law

Section 2: Fundamentals of AC

Lecture 5 Basics of AC-I

Lecture 6 Basics of AC-II

Lecture 7 Inductance

Lecture 8 Capacitance

Lecture 9 AC Circuit Elements

Lecture 10 Reason of Negative Sign in EMF Equation

Lecture 11 Fundamentals of Phasor

Section 3: Concept on KVL,KCL,Node,Mesh

Lecture 12 KVL & KCL

Lecture 13 Current Division & Voltage Division Rule

Lecture 14 Mesh & Node Analysis

Lecture 15 Star-Delta Transformation

Section 4: Fundamentals of Electrical Machine

Lecture 16 Operating Principle of DC Machine

Lecture 17 Classification of DC Machine

Lecture 18 Introduction to Transformer

Lecture 19 Operating Principle of Transformer

Lecture 20 Three Phase Induction Motor

Lecture 21 Single Phase Induction Motor

Lecture 22 Synchronous Machine

Electrical Engineering,Electronics & Communication Engineering,Instrumentation & Control Engineering