What you'll learn

Understand Fundamentals of DC Circuits

Understand System of Units

identifying Circuits' Components

Understand All The Electric Quantities

Build Simple Circuits

Learn Different Types of Switches

Learn How to Create Electrical Circuits Practically

Identifying Different Configurations in Electric Circuits (Series, Parallel and Hybrid)

Understand Ohm's Law

Understand Kirchhoff's Rules

Understand Dependent Sources

Understand Voltage and Current Divider Rules

Identifying Star and Delta Configurations

Identifying Star-Delta Technique of Solving Circuits

Learn Advanced Techniques of Solving Complex Circuits with Tons of Examples

Learn Nodal Method

Learn Mesh Method

Learn Concept of Linearity

Identifying Source Transformation Method

Understand Superposition Theorem

Understand Thevenin's Theorem

Understand Norton's Theorem

Understand Maximum Power Transfer Theory

Learn Different Measurement Techniques in Electrical Circuits

Use Protues 8 Software to Build and Analysis Electrical Circuits

Performing Lab Tutorials

Performing Experiments

Requirements

Some Knowledge of Trigonometry

Some Math Fundamentals like (x-y axis and slope)

Some knowledge of calculus (derivatives and integrals)

Be excited about learning

Description

"Have you ever thought about what is happening when you flip a light switch and lamp illuminates"

You simply have to join this course to understand exactly what is happening with the lamp and more.

The Ultimate Electrical DC Circuits Course is the most comprehensive, dynamic, and practical course you will find online.

Here you will find 4 types of tutorials:

Lectures with powerpoint presentations illustration.

Examples with pen and paper illustration.

Practical lab tutorials.

Simulation lab tutorials.

All tutorials will be provided with (powerpoint presentations and handwriting) sources.

PART 1:

In this part you will learn the complete fundamentals of electricity which will enable you in the future to understand any topic in the electrical engineering world.

Here we will cover in-depth all the fundamental topics:

System of Units

SI Units (International System of Units)

All the Electric Quantities 

Electric Charge

Electric Current

Electric Voltage

Resistance

Power

Energy

All the Electric Symbols

What is an Electrical Circuit?

Components of DC Electrical Circuit

Parallel and Series Configurations

Designing of DC Electrical Circuit

Difference Between Resistance and Resistor

Difference Between Resistance and Conductance

How to Apply Color-Code Technique

Independent and Dependent Sources

Different Measurement Devices

There are some summery videos with pen & paper illustration after some topics to help us understand the topic more.

So far we will cover Important Concepts and Laws:

Ohm's Law and the Magic Triangle

Kirchhoff's Laws:

Kirchhoff's Voltage Law (KVL)

Kirchhoff's Current Law (KCL)

Divider Rules:

Current Divider Rule

Voltage Divider Rule

Complex Circuits Issue

We have here a lot of Solved Examples to help us understanding the matter more.

In the first part we will have Practical Lab Tutorials:

Create your first simple circuit using battery, switch(SPST) and lamp.

Use an SPDT switch to control the illumination of two lamps.

Learn how to use Multi-Meter to measure all the electric quantities

Measure Voltage (Voltmeter)

Measure Current (Ammeter)

Measure Resistance (Ohmmeter)

Learn how to use Clamp-Meter to measure current

Apply Ohm's Law Practically

Apply Color-Code technique to calculate resistance of a (4-band) resistor Practically

Apply Color-Code technique to calculate resistance of a (5-band) resistor Practically

Power Consumed by a Resistor

Sounds interesting, right?

After that we will dive into a simulation windows-based software called PROTEUS ,here we will learn how to use this software to do the following:

Use SPST switch to create a simple circuit

Use SPDT switch to create an electric circuit

Use DPDT switch to create a huge electric circuit

Apply Ohm's Law

We still in part 1 and now we will have 3 LAB Experiments using PROTEUS software about:

Ohm's Law

Series and Parallel Connections of resistors

Kirchhoff's Laws

PART 2:

In this part you will learn how to analyze and solve the complex DC circuits mathematically.

At the beginning we will understand the STAR configuration and the DELTA then we will learn how to use the STAR-DELTA transformation technique to solve this complex circuits.

So far we will dive into much more complex circuits which we will not be able to solve it using the ordinary concepts and laws, we will learn here all the Advanced Techniques to solve all complex DC circuits:

Nodal Method.

Mesh Method.

Concept of Linearity.

Source Transformation Concept.

SuperPosition Theorem.

Thevenin's Theorem.

Norton's Theorem.

Maximum Power Transfer Concept.

All these Advanced Techniques will be supported with Tons of Solved and Unsolved Examples which will enable us to master solving all types of complex circuits.

I'll teach you a trick to be sure of your final answer in any example using measurement devices inside PROTEUS.

You'll be able to simulate any circuit with dependent sources using PROTEUS.

We have 2 LAB Experiments using PROTEUS software about:

SuperPosition Theorem

Thevenin's Theorem

Stand out from the crowd by joining this course, and don't miss the opportunity!

Who this course is for:

Electrical Engineering Students

Anyone Who Wants To Learn The Complete Base Of DC Electrical Circuits

Engineers Who Want Refreshments

Homepage:

https://www.udemy.com/course/the-ultimate-dc-electrical-circuits-course

Part 1

Part 2

Part 3

Part 4