
Electric Circuits(8th Edition) by James W. Nilsson and Susan A. Riedel

Electric Machines and Drives  A Ist Course by Ned Mohan, Tore M. Undeland, and William P. Robbins

Electric Power Systems A Ist Course by Mohamed E. ElHawary

Fundamentals of Electric Circuits (5th Edition) by Charles K. Alexander and Matthew N. O. Sadiku

Electric Power Distribution System Engineering (3rd Edition) by Turan Gonen
1). Electric Circuits(8th Edition) by James W. Nilsson and Susan A. Riedel
Electric Circuits covers circuit analysis & circuit theory in depth. It presents key concepts in a logical progression, allowing you to steadily expand your knowledge. Stepbystep analysis methods lay a solid foundation on which to build your problemsolving abilities. Over 1200 problems & nearly 200 examples provided with realistic engineering experiences that will prepare to develop the insight and understanding of a practising engineer.
Topics Covered:
 Circuit Variables
 Circuit Elements
 Simple Resistive Circuits
 Techniques of Circuit Analysis
 The Operational Amplifier
 Inductance, Capacitance, & Mutual Inductance
 Response of FirstOrder RL & RC Circuits
 Natural, Step Responses  RLC Circuits
 Sinusoidal Steady State Analysis
 Sinusoidal Steady State Power Calculations
 Balanced Three Phase Circuits
 Introduction to the Laplace Transform
 The Laplace Transform in Circuit Analysis
 Introduction to Frequency Selective Circuits
 Active Filter Circuits
 Fourier Series
 The Fourier Transform.
 TwoPort Circuits.
The book’s primary focus is on energyrelated topics, such as significant innovations in hybridelectric vehicles and alternative energy systems, in addition to the significant environmental challenges associated with hydrocarbonbased fuels.
Topics Covered:
 A systems approach, where Electric Machines of the overall drives with applications
 Wind turbines
 Electric vehicle applications
 Hybridelectric vehicles
3). Electric Power Systems A Ist Course by Mohamed E. ElHawary
The book explains the increasing significance of renewable (solar, wind) energy sources, control methods & mechanisms, and system restoration and also covers the concepts that are associated with electric power & energy systems. Introduction to Electric Power Systems, which presents an overview of this everevolving industry in a particular way that is current.
Topics Covered:
 Power Concepts in alternating current systems.
 The Power System’s Structure.
 Transformer function.
 The parameters of an electric transmission line.
 Transients that occur as a result of a Balanced Fault.
The book provides an explanation of the important concepts behind electrical circuits, along with more problems and examples, and it assists in comprehending the fundamental concepts of electrical and the functions that are associated with them.
Topics Covered:
DC Circuits:
 Basic Concepts
 Basic Laws
 Methods of Analysis
 Circuit Theorems
 Operational Amplifiers
 Capacitors and Inductors
 First Order Circuits
 Second Order Circuits
AC Circuits:
 Sinusoids and Phasors
 Sinusoidal SteadyState Analysis
 AC Power Analysis
 Three Phase Circuits
 Magnetically Coupled Circuits
 Frequency Response
Advanced Circuit Analysis:
 Introduction to the Laplace Transform
 Applications of the Laplace Transform
 The Fourier Series
 Fourier Transform
 Two Port Networks
5). Electric Power Distribution System Engineering (3rd Edition) by Turan Gonen
This book outlines in detail about distribution transformers (single phase and three phase) the differences between regular threephase distribution transformers and threephase distribution transformer banks with regard to their overall mass as well as their total ownership cost (TOC). This is made possible by a fieldvalidated distribution transformer design tool that automatically strives to attain the lowest possible value of the objective function (TOC).
Topics Covered:
 Electrical Distribution
 Energy from renewable sources (e.g., wind and solar energies)
 Energy storage systems of the modern field.
 Applications for smart grids.
 MATLAB applications