This book is designed to provide a firm foundation in each of the five principle areas of Electrical Engineering – circuit theory, electronics, digital systems, electro-mechanical energy conversion and feedback control systems. The presentation gives the student the option of using either the Laplace transform method or the classical method to solve problems on transients in circuits.

The author develops each topic from a few fundamental laws, such as Coulomb’s Law, Ohm’s Law, Faraday’s Law, Kirchhoff’s Law and Ampere’s Law to impart a clearer and more unified understanding of concepts.

The book is ideal for both majoring and non-majoring students of Electrical Engineering.

Features of this edition:

• Includes a detailed section on digital systems.
• Devotes an entire chapter to the stepper motor.
• Stresses the operational amplifier’s importance as a circuit element and dependent voltage and current source.
• Provides an uptodate treatment of semiconductor electronics (FET’s, MOSFET’s, integrated circuits and logical circuits) Covers extensively automatic control systems.
• Treats each parameter from three viewpoints – circuits, energy and geometrical.