AC / DC Principles
Basic Laws
and Principles in AC and DC Circuits
By Paul T. Shultz
AC/DC Principles teaches how to apply basic
laws and analysis techniques to introductory circuits as well as
actual AC and DC circuit applications. Ohm's law Kirchoff's law,
Thevenin's theorem, and Norton's theorem are also applied to basic
circuits. Mathematics is applied at algebraic and trigonometric
levels and all mathematical formulas are followed by step-by-step
example problems.
The text includes an introduction to concepts
of electricity, network analysis techniques, vector diagrams and
phase relationships, and concludes with chapters on resonance,
three-phase alternating current, transformers, and alternating
current motors.
The
CD-ROM
included with the text contains Quick Quizzes™, and Illustrated
Glossary, Math Formulas, Media Clips, and Reference Material.
Contents include:
- Basic Concepts of Electricity
- Resistance
- Voltage Sources
- The Simple Circuit and Ohm's Law
- DC Series Circuits
- DC Parallel Circuits
- DC Series/Parallel Circuits
- Complex Network Analysis Techniques
- Electromagnetism
- DC Circuit Inductance
- DC Circuit Capacitance
- AC Fundamentals
- Vector Diagrams and Phase Relationships
- Resistive AC Circuits
- Inductive AC Circuits
- Capacitive AC Circuits
- Inductive-Resistive-Capacitive Circuits
- Resonance
- Three-Phase AC
- Transformers
- AC Motors
- Appendix
- Glossary
- Index
746 pages, 400 illustrations, hard cover.
AC/DC Principles
Textbook
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AC/DC Principles Workbook
Concrete Principles Workbook is designed
to reinforce information presented in the text.
Each chapter in the
Workbook covers information in the corresponding chapter in
the textbook above.
Activities included in each workbook chapter correlate to
chapter content and reinforce comprehension of related concepts and math
principles. |