A good electrical engineering book will start a beginner on the journey of learning electrical and electronic engineering.
The best electrical engineering books cover a wide range of electrical engineering topics that are easy to understand and cover both theory and practical applications.
On the other hand, it's easy to lose interest in a dry and difficult textbook. Too many skip over the basics, leaving you frustrated and confused.
So, to help you distinguish the good books from the bad, we've reviewed the top 7 electrical engineering books of 2022.
Buy with confidence knowing that you are buying one of the best electrical engineering textbooks on the market.
Our best choice for beginners is Electrical Engineering 101 by Darren Ashby This textbook covers the basic theory and practice of electrical engineering and electronics, beginning with the answer to the basic question, "What is electricity? is the basic question.
It goes on to explain basic electrical principles and electronic components, and continually relates them to real-world examples.
Unlike other beginning electrical engineering books that simply describe electronic devices and provide step-by-step building instructions, which we like, Electrical Engineering 101 delves into how and why electrical and electronic devices work, giving you the level of tools you need to take your electronics education to the next level.
The sections on tools and troubleshooting give beginning engineers a deeper understanding and expertise in creating and maintaining their own electronic design projects. If you are reading this text and want to commit to a project, we recommend that you start with a good Arduino starter kit.
Perfect for beginners: This textbook is written in a down-to-earth style. It explains all the electrical terms, technical terms and electrical schematics that appear. Darren Ashby (the author) builds a real understanding of the basic principles and then goes on to show how they can be applied to a range of electrical engineering problems.
Some of the topics covered include:
Overall, Electrical Engineering 101 lives up to its name. It provides you with basic electrical engineering concepts that can help you quickly begin your journey in learning electrical engineering. Although it does not provide any complex mathematics, it is a good beginner's guide to electrical engineering.
It is recommended for beginners who wish to master the basics of electrical and electronic engineering in an easy-to-understand manner.
If you don't mind paying a little more, the Electrical Engineer's Standard Handbook is a great choice (both the 16th and 17th editions are great).
This textbook is better suited for those who are past the beginning stages of electrical engineering and want to delve more deeply into a variety of electrical engineering topics.
The Standard Handbook for Electrical Engineers contains in-depth discussions from over 100 internationally recognized experts. The book discusses power generation methods, transmission methods (such as transmission lines and transmission line towers), power distribution, various types of electrical switchgear (such as medium voltage switchgear), and many more electrical engineering concepts.
The 17th edition even includes brand new chapters on smart grids and microgrids, measurement and instrumentation, interconnected grids, wind power, solar cells, power system analysis, motors and transformers, and power markets.
The book also has a handy section at the front that introduces electrical symbols, units, constants, definitions, and conversion factors. It's handy to have around the workplace or at home when you need to double-check unit conversions or definitions of electrical engineering concepts.
While it may be a little more expensive than your average electrical engineering textbook, it is an invaluable reference guide that you can use for years to come. The fundamentals will not change, so there is no need to update this textbook every year.
Overall, we highly recommend the Standard Handbook for Electrical Engineers for students who have passed the beginning level of study or for existing electrical engineers who are looking for an excellent reference textbook.
Oldies but goodies Basic Electricity has been expanded and revised. This textbook provides comprehensive coverage of the basic theory of electrical power and its applications. It is one of the best books of its kind for the beginner seeking a basic understanding of the basics of electrical engineering.
It is divided into 21 chapters and extensive appendices. Chapters cover safety, basic concepts of electricity, batteries, series DC circuits, network analysis of DC circuits, electrical conductors and wiring techniques, electromagnetism and magnetic circuits, introduction to alternating current, inductance, capacitance, inductive and capacitive reactance, basic AC circuit theory, DC generators, DC motor magnetic amplifiers, and synchronizers and servo mechanisms.
The appendices familiarize the lay reader with common terms, abbreviations, component color codes, motor full load currents, and cable types; they also provide trigonometric functions, squares and square roots, basic formulas, and the laws of exponents.
As a result, the reader is provided with a comprehensive understanding of all important aspects of electricity. The book is also accompanied by dozens of illustrations that help guide the interpretation of electrical concepts.
This is an excellent text for classroom use or home study. Students will also find it a valuable supplement to courses that emphasize theory with little attention to its application. In addition, Basic Electricity is for the lay reader who just wants to understand the basic concepts of electricity before learning more advanced concepts and applications.
Basic Electricity is perfect for beginners and non-electrical engineers who want to learn the basics of electrical power and electrical engineering. At a very low price, this is the best budget option for beginners.
Power System Analysis and Design by J. Duncan Glover, Thomas Overbye and Mulukutla S. Sarma is an absolute must for power system engineers. It is a reference guide for university courses on power systems analysis (note: anything after the third edition will suffice).
The book covers the theory and practice of power system analysis and design. Topics include:
And much, much more. If you are considering studying electrical engineering or are a power systems engineer, then this is the textbook for you.
Practical Electronics for Inventors is a top choice for those looking for an electronics engineering book.
Improve your electronics knowledge and gain the skills you need to develop and build your own functional gadgets.
Written by a pair of experienced engineers and dedicated hobbyists, this book covers the basics and provides step-by-step instructions, illustrations, and schematics.
Discover how to choose the right components, design and build circuits, work with microcontrollers and ICs, use the latest software tools, and test and tune your creations.
This easy-to-understand textbook features new illustrations on operational amplifiers, voltage regulators, semiconductors, digital electronics, power supplies, programmable logic, and more.
Some of the topics included are:
And many more electronics topics. If you are looking for a book to help you become a master electronics engineer, Practical Electronics Inventor is the textbook for you.
The most missing part of many college electrical engineering courses is reading schematics. Many times, student engineers leave college without having learned how to read electrical schematics.
Complex electromagnetic theory, power system design, and control engineering are all important - but so is the ability to read (and sometimes draw) electrical schematics.
Unless you want to be laughed at by electricians and technicians when you first start out, it is highly recommended that you learn how to read electrical schematics.
The Beginner's Guide to Reading Schematics will help you do just that. With new art and demonstration circuits you can build, this illustrated, hands-on guide explains how to understand and create high-precision electronic diagrams.
The book includes detailed descriptions of:
Learn how to identify parts and connections, decipher element ratings, and apply diagram-based information to your own projects. This book also contains valuable appendices covering electrical symbols and resistor color codes.
Overall, if you are about to become an electrical engineer who wants to learn how to read electrical schematics, then this is the book for you.
Last but not least is Mehta VK and Mehta Rohit's "Basic Electrical Engineering".
True to its name, this textbook covers the basics of electrical engineering. Topics include:
While this is a good textbook covering a variety of electrical engineering topics, it is out of place on this list. It is too advanced for non-engineers who are new to the field. And for existing electrical engineers, the Standard Handbook for Electrical Engineers is a better choice.
Overall, we would only recommend this book to first- or second-year college students who want an extensive reference guide to electrical engineering, or to students who are about to enter an electrical engineering degree and want a sneak preview of the course content.
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