6 Best Electrical Engineering Books Update 05/2022

Best Electrical Engineering Books

A solid electrical engineering book will get a beginner’s journey into electrical and electronics engineering off on the right foot.

The greatest electrical engineering books offer a wide range of topics, are simple to comprehend, and include both theoretical and practical applications.

On the other side, it’s easy to lose interest in boring or difficult-to-understand textbooks. Too many people skip through the fundamentals, leaving you irritated and perplexed.

So, to help you sort between the excellent from the ugly, we’ve put up a list of the Top Electrical Engineering Books for 2022.

You may buy with confidence, knowing that you’re getting one of the top electrical engineering textbooks available. Let’s go to the reviews right away.

Top Best Electrical Engineering Books

Electrical Engineering 101 – Best For Beginners

Electrical Engineering 101 – Best For Beginners

For novices, we recommend Darren Ashby’s Electrical Engineering 101. Starting with the fundamental question, “What is electricity?” this textbook covers the basic theory and practice of electrical engineering and electronics.

It then goes on to teach basic electrical principles and electronics components, applying them to real-world instances throughout.

Electrical Engineering 101 digs into how and why electricity and electronics function, providing you the tools you need to take your electronics education to the next level, unlike other introductory electrical engineering books that just describe electronics and provide step-by-step build instructions.

Beginner engineers will have a better understanding of tools and troubleshooting in the sections on creating and maintaining their own electronic design projects. If you’ve gotten this far and want to get started on a project, a nice Arduino starter kit is an excellent place to start.

This textbook is ideal for beginners because it is written in a straightforward manner. It decodes all electrical jargon, technical words, and schematics as they appear. The author, Darren Ashby, develops a thorough understanding of the foundations before demonstrating how they can be applied to a variety of electrical engineering situations.

The following are some of the themes covered:

Circuit design and transistor circuits

recollection (ROM, RAM, etc.)

Layout of a printed circuit board

Electronics with advanced digital capabilities

Op-amps are a type of op-amp that (operational amplifiers)

Gates for digital logic (such as AND gates and OR gates)

Microcontrollers

Electrical Engineering 101, for the whole, lives true to its name. It introduces you to fundamental electrical engineering ideas that can help you get started on your path to become an electrical engineer. It is a solid beginner’s guide to electrical engineering, despite the lack of complicated mathematics.

Recommended for beginners who want to learn the fundamentals of electrical and electronics engineering in a simple and straightforward manner.

Standard Handbook for Electrical Engineers – Premium Choice

The Standard Handbook for Electrical Engineers is a terrific purchase if you don’t mind paying a little more (both the 16th and 17th editions are great).

This textbook is geared toward individuals who have progressed beyond the fundamentals of electrical engineering and wish to go further into a variety of electrical engineering subjects.

More than 100 internationally recognized experts provide in-depth talks to the Standard Handbook for Electrical Engineers. The book covers generating, transmission (such as transmission lines and transmission line towers), distribution, and various types of electrical switchgear (such as medium voltage switchgear).

Smart grids and microgrids, measurement and instrumentation, linked power grids, wind power, solar cells, power system analysis, electric machines and transformers, and the energy market are all included in the 17th edition.

A section on electrical symbols, units, constants, definitions, and conversion factors is also included in the front of the book. When you need to double-check a unit conversion or the definition of an electrical engineering topic, this is a great tool to have on hand at work or at home.

While it is a little more expensive than the normal electrical engineering textbook, it is an excellent reference tool that you will use for many years. Because the fundamentals will not change, this textbook will not need to be updated every year.

Overall, we recommend Standard Handbook for Electrical Engineers to students who have progressed beyond the beginning phases of their studies or to practicing electrical engineers searching for a great reference guide.

Basic Electricity (Dover Books on Electrical Engineering) – Excellent Value

It’s an oldie, but it’s a goodie. Basic Electricity has been updated and expanded upon. This textbook covers the fundamentals of electricity and its applications in depth. It is one of the greatest publications of its kind for novices who want to learn the foundations of electrical engineering.

It is organized into 21 chapters and includes a large number of appendices. Safety, fundamental concepts of electricity, batteries, series direct-current circuits, network analysis of direct-current circuits, electrical conductors and wiring techniques, electromagnetism and magnetic circuits, introduction to alternating-current electricity, inductance, capacitance, inductive and capacitive reactance, fundamental alternating-current circuit theory, direct-current generators, direct-current motor magnetic amplifiers, and synchros analogue circuits are all covered in this book.

Common words, abbreviations, component color-code, full load currents of motors, and cable types are explained in the appendices, which also include trig functions, square and square roots, basic formulas, and laws of exponents.

As a result, the reader receives a comprehensive overview of all major areas of electricity. There are also dozens of images throughout the book to aid in the teaching of electrical principles.

This is a fantastic text for use in the classroom or at home. Students will also find it useful as a complement to courses in which theory is emphasized but application is neglected. Furthermore, Basic Electricity is intended for the lay reader who wishes to understand the fundamental ideas of electricity before moving on to more sophisticated concepts and applications.

Beginners and non-electrical engineers who want to learn the foundations of electricity and electrical engineering would benefit from Basic Electricity. This is the finest budget option for novices because to its extremely low price.

Power System Analysis and Design – Best Power System Engineering Book

Power System Analysis and Design

Duncan Glover, Thomas Overbye, and Mulukutla S. Sarma’s Power System Analysis and Design is a must-have for power system engineers. When it comes to university courses on power systems analysis, this book is THE reference resource (note: anything past the third edition is sufficient).

The theory and practice of power system analysis and design are both covered in this book. The following are some of the topics:

Fundamentals of the Electric Power System (complex power, 3 phase power, phasors, etc.)

Transformers of energy

Parameters of transmission lines (i.e. ABCD parameters)

The power is flowing.

Faults that are symmetrical and asymmetrical

Models of short, medium, and long transmission lines

Protection of the system

And there’s a lot more. This is the textbook for you if you want to study power engineering or if you are a power systems engineer.

Practical Electronics for Inventors – Best Electronics Engineering Book

For individuals looking for an electronics engineering book, Practical Electronics for Inventors is the best option.

Learn more about electronics and learn the skills you’ll need to design and build your own working devices.

This book lays down the essentials and gives step-by-step directions, drawings, and schematics, written by a pair of seasoned engineers and passionate enthusiasts.

Learn how to choose the proper components, design and build circuits, use microcontrollers and integrated circuits, use the most up-to-date software tools, and test and improve your creations.

This user-friendly textbook covers operational amplifiers, voltage regulators, semiconductors, digital electronics, power supply, programmable logic, and more.

The following are some of the themes covered:

DC motors, RC servos, and stepper motors are all examples of motors.

Resistors, capacitors, inductors, and transformers are all used in electronic circuits.

Prototyping platforms and microcontrollers

Diodes, transistors, and integrated circuits are all examples of electronic components.

Sensors, GPS modules, and touch screens are all available.

Op amps, regulators, and power supply are all examples of electronic components.

Logic gates, LCD displays, and digital electronics

And there are a slew of other electronics-related subjects. Practical Electronics for Inventors is the textbook for you if you want to learn how to become a master electronics engineer.

Beginner’s Guide to Reading Schematics

Reading schematics is the most important aspect of many electrical engineering university courses. Too many student engineers graduate from university without ever learning to read an electrical diagram.

The ability to interpret (and sometimes make) electrical schematic diagrams is just as vital as complex electrical magnetic theory, power system design, and control engineering.

It’s strongly suggested that you learn how to read an electrical schematic if you don’t want to be mocked by electricians and technicians when you first start working.

The Beginner’s Guide to Reading Schematics can assist you in your endeavor. This hands-on, illustrated tutorial demonstrates how to interpret and produce high-precision electronics diagrams with all-new imagery and buildable demo circuits.

The following topics are covered in depth in this book:

Diagrams such as schematics, block diagrams, and pictorial diagrams

Conductors, switches, and cables

Capacitors and resistors

Diodes, transistors, and logic gates are all examples of electronic components.

Dividers and reducers of voltage

Transformers and inductors

Batteries and cells… and much more

Learn how to recognize parts and relationships, interpret element ratings, and use diagram-based data in your own projects. Appendices on electrical symbols and resistor color codes are also included in this book.

Overall, this is the book for you if you’re a soon-to-be electrical engineer who wants to learn how to read electrical diagrams.

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