Electrical Books
Choosing the right textbook can make learning Electrical and Electronics Engineering much easier. A good book provides the concepts, diagrams, worked examples, and practice problems needed to build a strong foundation.
At Elpedia, we have selected useful Electrical and Electronics Engineering books covering subjects from basic electrical engineering to electrical circuits, electrical machines, digital logic circuits, and embedded systems. Whether you are a first-year engineering student, preparing for examinations, or looking for a reliable reference book, these selections can help you study the subject more effectively.
We have organized the books by subject so you can quickly find a book that matches your area of study.
Affiliate Disclosure: Some links on this page are affiliate links. If you purchase a book through one of these links, we may earn a small commission at no additional cost to you. This helps us continue creating free Electrical Engineering learning resources.
Basic Electrical and Electronics Engineering
If you are beginning your journey in Electrical and Electronics Engineering, it is important to develop a clear understanding of the fundamental concepts before moving to advanced subjects.
A good introductory textbook can help you learn electrical circuits, fundamental laws and theorems, AC and DC circuits, electrical machines, transformers, electronic devices, measuring instruments, electrical wiring, electrical safety, and electrical power utilization.
These books are particularly useful for first-year engineering students and beginners. They can also serve as a convenient reference for students from other engineering disciplines who need to learn the fundamentals of electrical and electronics engineering.
Recommended book
Basic Electrical and Electronics Engineering
Author – D P Kothari & I J Nagrath | Publisher – Macgraw Hill
This book brings several important areas of basic electrical and electronics engineering together in one textbook. It covers topics such as Electric circuit analysis, electric machines, Electronic devices, logic circuits, Measuring instruments, communication engineering, Domestic wiring etc.
Electrical Circuits
Electrical Circuits is one of the fundamental subjects in Electrical and Electronics Engineering. A strong understanding of circuit analysis makes it much easier to study advanced subjects such as Electrical Machines, Power Systems, Control Systems, Power Electronics, and Electronics.
A good Electrical Circuits textbook should help you understand the basic concepts as well as develop the ability to analyse and solve electrical circuits systematically.
Circuit analysis involves both concepts and mathematical problem-solving. Therefore, a textbook with clear explanations, circuit diagrams, worked examples, and solved numerical problems can be particularly useful when preparing for university examinations and competitive examinations.
If you are finding topics such as Thevenin’s theorem, Norton’s theorem, superposition theorem, mesh analysis, nodal analysis, or AC circuit analysis difficult, working through solved examples step by step can help you develop a better understanding of the subject.
RECOMMENDED BOOK
Circuits and Networks: Analysis and Synthesis
Author – A Sudhakar & Shyammohan S Palli | Publisher – Macgraw Hill
This textbook covers fundamental as well as advanced circuit-analysis techniques including Basic circuit concepts, Circuit laws, Nodal and mesh analysis, Network theorems
Operational amplifiers, steady-state analysis, AC power calculations, Resonance, Transient analysis, etc.,
Electrical Machines
Electrical Machines is one of the core subjects in Electrical Engineering. Understanding the principles of machines is important not only for academic examinations but also for developing a strong foundation in electrical engineering.
A good Electrical Machines textbook should help you understand both the theory and practical performance of machines.
If you are studying any topic in electric machines, having a detailed textbook alongside your classroom notes can make it easier to understand the concepts and practice numerical problems.
RECOMMENDED BOOK
A Textbook of Electrical Technology: AC and DC Machines – Vol. 2
Author – B L Theraja & A K Theraja | Publisher – S Chand
This widely used electrical technology textbook covers major topics in electrical machines including electro-mechnical energy conversion, DC machines, speed control of DC motor, Transformer, Induction machines, Synchronous machines, special machines, etc.
Digital Logic Circuits
Digital Logic is an important subject for students of Electrical Engineering, Electronics and Communication Engineering, Computer Science Engineering, and Information Technology.
A clear understanding of digital logic provides the foundation for studying digital electronics, computer architecture, microprocessors, embedded systems, and other related subjects.
Because Digital Logic is a problem-oriented subject, a textbook containing worked examples, solved problems, and additional exercises can be particularly helpful for practicing concepts after learning the theory.
RECOMMENDED BOOK
Digital Circuits and Design
Author – S Salivahanan & S Arivazhagan | Publisher – Oxford
The book covers important areas of digital circuit design, including Number system, Boolean algebra, Logic gates, logic families, Combinational circuits, sequential circuits, Programmable logic devices, HDL or digital circuits, etc.
Embedded System
Embedded systems are an important area for students of Electrical and Electronics Engineering and Electronics and Communication Engineering.
An embedded-systems textbook can help you understand how hardware and software work together to perform dedicated functions in real-world products.
For beginners, diagrams, practical examples, and case studies can make these concepts easier to understand.
RECOMMENDED BOOK
Embedded Systems – Architecture, Programming and Design
Author – Raj Kamal | Publisher – McGraw Hill Education
This book provides an introduction to embedded systems and discusses topics such as embedded networking, Real-Time operating system, Embedded software development process, case studies, etc.