## AND, NOT, and NAND Gates Explained – All About Types of Logic Gates

In this article you will learn how AND, NAND and NOT gates function also we will take a look at some simple applications of logic gates in real life situations.

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# Electrical Engineering

## AND, NOT, and NAND Gates Explained – All About Types of Logic Gates

## What is Electromagnetism? Find Out About Controlled Magnetic Force as Well as Instructions on Home Made Magnets

## What is Thevenin’s Theorem? Part of Electrical Circuit Theory

## Learn All About the Superposition Theorem and How This Electric Network Applies in Electrical Engineering

## The Principle of Conservation of Charge in Electrical Engineering – Gustav Kirchhoff And His Laws

## Learn About Series and Parallel Resistors – Electrical Engineering Basics

## Basic Logic Gates – OR, XOR & NOR Gates

## How Permittivity is Used to Store Electrostatic Energy

## What is Electrostatic Charge? Learn About the Form of Electricity at Rest

## The Basic Force behind Electricity: Potential Difference

## The Mathematics of Resistance

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In this article you will learn how AND, NAND and NOT gates function also we will take a look at some simple applications of logic gates in real life situations.

You have probably seen a heavy equipment crane lifting a junk car up in the air. You must have concluded that there must be a very large magnet resting on the crane plate that attracts the almost solid metallic material of the car. Sorry to disappoint you but that is not the case.

We studied about the Superposition theorem and Kirchhoff’s laws in previous articles. Another important network theorem is the Thevenin’s theorem which is being described in this article, and is used to convert linear circuits containing multiple resistances and sources of emf into a simple circuit

We live in a world of networks and you surely must be using one right now (since you are reading this article on the Internet – one of the largest networks), but networks are not only about computers alone. Electric circuits also have networks and network theorems which govern their behaviour.

We know in physics that energy cannot be created or destroyed but changed in its form. This law is equally applicable in the parlance of Electrical Engineering: two important laws are discussed here.

We know that resistors offer resistance to the flow of electric current and they form an important part of the electrical circuitry. Just find out how resistors behave when used in conjunction with other resistors in different combinations

You know that logic gates are used to make logical decisions using electronic circuitry. Just read about three such gates here namely OR, XOR and NOR gates and how much truth they speak.

Permittivity or dielectric constant of a material is an important property of materials from the electrical engineering perspective. Find out what is exactly meant by this and how is it useful in practical applications.

We usually associate electricity with the flow of current which is normally true but there is a different phenomenon when electricity is at rest. Learn a few basics about electrostatic charge here!

Behind every successful man is a woman (and vice versa), and it obviously means that there is lot of understanding between the duo. But do you know that not only understanding it but differences can also be the force behind some phenomenon.

Resistance may be a necessary evil but even then it has not been given a free reign by nature. Resistance is still is subject to the laws of mathematics. Find out more about it here!