EE100 Basics of Electrical Engineering Text Book

Hi Freinds,

Here you have Text book for EE100 Basics of Electrical Engineering .We Think this is Really Useful For You...!!

Buy Now

Product Description

This book is prepared as per the syllabus for first and second semester Basic Electrical Engineering of Visvesvaraya Technological University, Karnataka. The major resources used for this book are the text and reference books suggested in the syllabus and the internationally accepted text books. The course materials of reputed universities and suggestions of experienced faculty members are also used. Some of the books of the authors are referred in the syllabus of many universities.

As with the first edition, this textbook is designed for the person continuing a study of basic electricity. It provides the general information, theory, and problem-solving techniques required for an analysis and application of alternating current (ac) circuits — from the simplest to the most complex. Its aim is to help provide a solid foundation for the person interested in learning the concepts and principles of basic electricity and then, if the opportunity arises, in advancing in the studies of physics, electronics, computer science, and engineering. The book is written both as a textbook for classroom students and instructors and as a textbook for individualized learning. It has been written and organized in a way that will help the reader best acquire the knowledge necessary to analyze ac circuits, and to gain a basic understanding of some of the measurement techniques used in such analysis. Each chapter has specific objectives, detailing exactly what the reader should know or be able to do after completing the chapter. Even though a knowledge of simple algebra and a basic understanding of direct current (dc) circuits is assumed, new concepts and terms and the necessary mathematics are introduced as needed with illustrative examples. Detailed computations are carried out step by step so that algebraic methods, the use of exponents, and scientific notation are easily understood. The book begins with an introduction to alternating current — how an alternating voltage is generated and why the sine function describes the characteristics of such a voltage and the resulting circuit current. Because the oscilloscope is such a valuable measuring tool for observing alternating voltages and currents, a chapter is devoted to describing it before continuing with resistive ac circuit analysis.