Understanding DC Circuits By Dale R. Patrick Stephen W. Fardo

Understanding DC Circuits By Dale R. Patrick Stephen W. Fardo

Contents:

UNIT ONE BASICS OF DC ELECTRONICS
UNIT TWO MEASURING VOLTAGE, CURRENT, AND RESISTANCE
UNITTHREE  OHMIS LAW AND ELECTRIC CIRCUITS
UNIT FOUR MAGNETISM AND ELECTROMAGNETISM
UNIT FIVE ELECTRONIC INSTRUMENTS
UNIT SIX INDUCTANCE AND CAPACITANCE
Preface:
Understanding DC Circuits is an introductory text that provides coverage of the various topics in the field of direct current (de) electronics. The key concepts presented in this book are discussed in a simplified approach that greatly enhances learning. The use of mathematics is discussed clearly through applications and illustrations. Every unit is organized in a step-by-step progression of concepts and theory. Each unit begins with a unit introduction and unit objectives. A discussion of important concepts and theories follows. Numerous self-examinations with answers provided are integrated into each chapter to reinforce learning. Experimental activities with components and equipment listed are included with each unit to help students learn electronics through practical experimental applications. The final learn ing activity for each unit is a unit examination, which includes at least twenty objective, multiple choice questions. Definitions of important terms are presented at the beginning of each unit. Several appendices appear at the end of the book to aid students in performing experimental activities. The expense of the equipment required for the experiments is kept to a minimum. A comprehensive parts list is provided, as is information on electronics distributors. The experiments suggested are low-cost activities that can be performed in the home or a school laboratory. They are very simple and easy to understand and emphasize troubleshooting concepts. The experiments allow students to develop an understanding of the topics discussed in each unit. They are intended as an important supplement to learning. Electronics can be learned experimentally at a low cost through completion of these labs. Appendices dealing with electronics symbols, safety, and soldering are provided for easy reference. This textbook is organized in an easy-to-understand format. It can be used to acquire a basic understanding of electronics in the home, school, or workplace. The organization of the book allows students to progress at their own pace in the study of electronics. As students progress, they may wish to purchase various types of test equipment at varying degrees of expense.