New
Generation Publishing
Easy, Hands On Electronics Books
Second Edition
A Practical Handbook to
DC Electronics
NEW
GENERATION PUBLISHING
Copyright
© 2006, 2009 – 2nd edition, by Alireza
H. Fassih
All rights
reserved. No part of this book may be reproduced or transmitted in any form or
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recording, or by incorporating into any information storage or retrieval
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does not warrant the accuracy of the materials in this book. Neither the author
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Printed in the
ISBN 0-9776054-4-2 /
978-0-9776054-4-6
Preface
The
main purpose of this handbook is a HANDS-ON APPROACH in learning DC circuits.
In
each section, a component is introduced and then a software/hardware circuit
will follow. The software circuit can be implemented by electronic circuit
design and simulation software such as Multisim ®.
The
main goal of this handbook is to create a vast visualization of the working
function of the DC electronics circuitries. Based on my experience in teaching
electronics, students had more problems with setting up the hardware circuits
than software circuits. Therefore, one of my main intentions in writing this
handbook is to guide the students through setting up a complete wiring of the
circuits.
This
handbook is a COMPREHENSIVE COVERAGE of the practical working of the DC
circuits and can be used as DC electronics textbook/lab manual in DC
electronics course.
Contents
Chapter
0: Basics
Chapter
1: DC Signal
1.1 DC Voltage and Current
1.2 DC Signal
1.3 Power Supply
1.4
Multi-meter
1.5
Volt-meter
1.6
Circuit board
Chapter
2: DC Resistive Circuits
2.1 Resistor
2.2 Ohm-meter
2.3 Variable Resistor
2.4 Color Code of Resistor
2.5 Ohm’s Law
2.6 Electric Power
2.7 Conventional Current Flow and the Ground
2.8 Ammeter
Chapter
3: Series and Parallel Circuits
3.1 Kirchhoff’s Voltage Law
3.2 Kirchhoff’s Current Law
3.3 Series and Parallel Batteries
3.4 Series Circuit
3.5 Parallel Circuit
3.6 Series-Parallel Circuit
3.7 Voltage Divider
3.8 Complex Circuit
Chapter
4: Circuit Theorems
4.1 T or Y Connection
4.2 Pi or Delta Connection
4.3 Pi to T Conversion Formulas
4.4 T to Pi Conversion Formulas
4.5 Bridge Circuit
4.6 Thevenin’s
Theorem
4.7 Norton’s Theorem
4.8 Superposition Theorem
Chapter
5: Magnetism and Electromagnetic
Induction
5.1 Magnetic Field
5.2 Electromagnetic Field
5.3 Induced Voltage and Current