Looking for electrical engineering books? We've gathered 17 free electrical engineering books in PDF covering basic circuits, electromagnetics, power systems, and digital electronics.
These textbooks range from introductory circuit analysis to advanced power system design and electromagnetic theory. Whether you're a first-year student or an engineer refreshing core concepts, there's something here for you.
Browse by topic or scroll through all books. Every electrical engineering book is free to read online or download as PDF.
Basic Electrical Engineering Books
Start here if you're new to electrical engineering. These books cover DC/AC fundamentals, circuit analysis, and network theorems.
Covers DC/AC fundamentals, circuit analysis, network theorems, three-phase circuits, and magnetic circuits. Includes solved examples and practice problems.
Widely used textbook for B.E./B.Tech covering DC circuits, AC circuits, electrical machines, transformers, and electrolysis. Features clear explanations and numerous solved problems.
Concise lecture notes covering Ohm's law, KVL/KCL, AC fundamentals, network theorems, resonance, transformers, and DC motors. Quick reference for core EE concepts.
Open textbook covering signals, systems, Fourier transforms, filtering, and communication system fundamentals. Licensed under Creative Commons ShareAlike 4.0.
Fields, waves, and forces. These electromagnetics books explain how electricity and magnetism interact, from Maxwell's equations to electromagnetic waves.
Third edition covering classical and relativistic approaches to electromagnetic field theory. Includes special and general relativity applications to electromagnetism.
Cambridge University lecture notes covering electrostatics, magnetostatics, electrodynamics, electromagnetic waves, and special relativity. Clear and concise explanations.
B.Tech lecture notes covering circuit fundamentals, network analysis, single-phase AC circuits, network theorems, and magnetic circuits with Faraday's laws.
Comprehensive textbook covering line constants, corona, HVDC transmission, voltage control, fault calculation, load flows, economic dispatch, and power system stability.
Undergraduate textbook with case studies covering power system engineering, load characteristics, tariffs, stability analysis, and large-scale system analysis techniques.
Part of the Electric Power Engineering Handbook (2nd ed). Covers generation technologies, transmission systems, distribution engineering, and power quality.
Covers wind and solar energy fundamentals, system design, power electronics, grid integration, and energy storage. Written by a former GE and Westinghouse engineer.
