Electrical Engineering | Step by Step: Basics, Components & Circuits explained for Beginners Download PDF

 Main Electrical Engineering: Step By Step (Basics, Components and Circuits Explained For Beginners).

To be part of the fast-paced world of modern technology one must understand electrical engineering in order to integrate into this technology-ridden era. This article will discuss in full detail on Main Electrical Engineering outlining the fundamentals and circuitry for starters.
Main Electrical Engineering Step by Step: Basics, Components & Circuits explained for Beginners
It starts by acquiring basic knowledge about electrical engineering. It is very important to learn the fundamentals because they form the basis on which further issues are developed. First of all, we shall define simple terms and explain the way in which they work.
Have you got a simple and understandable overview of the basics of electrical engineering and electronics? There you go! This book will be perfect for you. A Master of Engineering (M.Eng.) authored this guide; it strives to communicate the fundamentals of electrical engineering and electronics in a simple fashion and in a logical sequential way. Essentially, it gives a useful overview and introduction to the exciting field of electrical engineering.
Curious about current and voltage? If you are interested in charge concepts. To wonder about power and what is one kWh. Are you curious about how to make an electric motor run? Looking for ways can separate between DC and AC? However, this handbook does not just answer all these queries but discusses them comprehensively as well.
In this simple beginner's manual, you will quickly learn about the most important elements in electronics such as diodes, resistors, transistors, capacitors, and others. This book provides a concise yet encompassing review of basic electrical engineering and electronics.
The guide also provides definitions of fundamental terminologies and concepts along with an understanding of circuit analysis, characteristics of transistors MOSFETs, and RLC design among others. The book includes such basics as the use of an inductor within a magnetic field and the practical application of these principles in contemporary society. This guide is accompanied by collaborative calculations and explores the mathematical equations behind these principles for different levels of depth.
Suitable for all people regardless of age, education, or profession. No matter whether you’re a student or a professional who wants to know more about electrical engineering and electronics, this book has been designed for you.
This book is designed to introduce you to how power engineering is interwoven in our everyday lives and clarify what rules this sphere depends on. You will also understand the fundamentals of DC and AC theory as well. It is fast on gaining a fundamental knowledge of electrical engineering and electronics.
Stop procrastinating anymore, get closer to the book and decide whether you want it as an e-book or print. In a nutshell, this course will delve into the following in detail:
The basic ideas and measurements of electrical engineering.
Electrical Engineering Circuit analysis and problem-solving
For instance, laws like Ohm’s law, Ampere’s law, and Faraday’s law
Resistors, diodes (for example, LED), transistors, capacitors, transformers and their uses ## Instruction: Convert the given sentence from AI-written to human written.
1. Current and Voltage:
The journey starts with two fundamental concepts: electrical current and voltage. Voltage drives current which is represented by current. This will help us appreciate the way they may be measured and their relationship in an electrical circuit.
2. Resistance:
The flow of current is hindered by resistance. Therefore, we shall discuss the ways of taking measurements of resistance and its application for the design of electrical circuits.
Then there shall be a comprehension of the fundamentals, and that is where we will talk about the basic elements in electrical engineering.
1. Capacitors and Inductors:
We will show how energy can be stored in capacitors or inductors with which one can control on current and voltage.
2. Integrated Circuits:
Every electronic device uses integrated circuits as its basic component. We will talk about their varieties and methods of connection in the circuit.
1. Simple Electrical Circuits:
The provision of straightforward electric circuits helps readers in comprehending the connections and operations of components.
2. Complex Circuits:
That being said, we will delve into intricate circuits found in contemporary products like smartphones and intelligent appliances.
The journey of understanding concludes with a comprehensive grasp of electrical engineering. Beginners are encouraged to continue learning and explore more details. A reminder of the importance of understanding the basics to build strong engineering skills and participate in the ongoing advancements in technology.

Table of Contents:

1. Introduction
Venture into the world of electricity engineering in search of solutions, which lead to an understanding of the basics of electrotechnology.
2. Electrotechnical Basics & Circuit Analysis
2. 1 Introduction to Electrical Engineering
Firstly, let us familiarize ourselves with the basics of electrical engineering which forms the basis for proper comprehension.
2.2 Basic Sizes
In going down into the essentials, we’ll talk about basic sizes that play a vital role in electricity engineering and this will be the foundation for further discussions.
2. Power equation and Ohm’s law.
The power equation and Ohm’s law are two essential elements used to understand the relations that outline the conduct of an electrical circuit.
2. 4 The Passive Sign Convention
Moving into the passive sign convention and how it is used in electrical engineering to read circuit diagrams.
2. 5 Analysis of DC Circuits
Venture into the thorough examination of DC circuits with explanations in simple language, Kirchhoff’s rules, the mesh technique, and the nodal method.
3. Basics of Electronics
3.1 Fundamentals of Semiconductors
Begin within the sphere of electronics by delving into fundamentals for semiconductors, doping and PN junction diode.
3. Rectification and diode application in electronic circuits
The secrets behind rectification and diodes usage; a journey into half-wave and full-wave rectifiers in practice.
3. 3 What is a Transistor?
Welcome to transistor land; start with learning about Bipolar transistors, junction field effect transistors, and metal oxide semiconductor field effect transistors.
3. Four practical applications of electrical engineering and electronics.
The theory put into practice with a focus on implications, including printed circuit boards and essential multimeters used in measuring current and voltage.
4. Direct Current vs. Alternating Current & Sine Waves
4. 1 Introduction to the Topic
Explore the differences between AC and DC, understanding the complexity of a sine wave from an engineer’s point of reference.
4.2 Alternating Voltage/Alternating Current
Understanding the subtleties of alternating voltage and current, the essence of series resonance circuits, and the functions and properties of both capacitors and inductors.
5. Power Supply Systems
5. I. Energetics and System of Units.
Consider the fundamentals of energy as well as units so that a base is established to comprehend a power triangle and an alternating current single-phase or three-phase.
5.2 The Power Triangle
Explain the Power Triangle principle, one of the significant ideas for analyzing mutual relations among the active, reactive, and effective capacity units.
5. 3 Three single-phase and three-phase alternating current.
Explore the use of single-phase alternating current and three-phase alternating current in power supply systems.
5. 4. How does electricity get into the house? The Power Supply Systems
Uncovers one of the most intricate processes involving electric energy getting into our houses; discusses nuances of operation of power supply systems and importance of gritting.
6. Electrical Machines
6. B) Magnetic Fields & Electric Machines – Basics
Dig into the basic concepts of electric machines, including the principle of induction according to Faraday’s law, the magnetic-ohmic law, and the strange forces occurring inside current-carrying conductors in magnetic fields.
6.2 Transformers
Discover the secrets of transformers that change the voltages but help to transfer power most effectively.
6. Three direct current machines (direct current motor)
Take a trip inside DC machines studying circuits with direct current motors and how they are used.
6. 4 AC Machines (AC Motors
Experience the exciting world of AC motors.
7. Renewable Energies
7.1 PV Systems - Photovoltaics
Examine the green tomorrow of energy with an in-depth look at photovoltaic systems and how they work.
7.2 Wind Turbines
Explore the power of wind energy by looking at wind turbines and how they turn wind into electricity.
Appendix A: Overview of Circuit Symbols
Thoroughly understand all circuit symbols and details concerning circuit diagrams to ensure proper comprehension.
Appendix B: Electronics Simulators and CAD software.
Learn more about the available tools, including simulations and CAD electronics software.
Appendix C: An introduction to using an Arduino.
Cap your adventure with a sneak peek into the thrilling realm of Arduino, presenting an overview of its usage in electrical engineering.
Start learning about what it has to offer electrical engineers as they come together with each other in tune.
Information About The Book:

Title: Electrical Engineering | Step by Step: Basics, Components & Circuits explained for Beginners pdf
Language: English.
Size : 4 Mb
Format: PDF 
Edition : 2002
Author: Johannes Wild.

Font Size
lines height