Electrical engineering is an extremely broad and fast-changing profession that is rooted in many difficult concepts. Students might have a difficult time appreciating the relevance of the fundamental concepts that they are asked to grasp early in their education. Many difficult concepts are obscured by the traditional use of mathematics early in the treatments without sufficient exposure to the underlying meaning of the equations.
This book has the dual goals of teaching difficult fundamental concepts in a way that will set them up for success in later courses while also providing the context for those concepts relative to the advances in electrical engineering technology. The topics covered are basic electricity, laboratory bench equipment, the power grid and residential wiring, complex impedance, time and frequency domains, filters, phasors, radio-frequency electromagnetic waves, modulation, semiconductor materials and devices, light emission, energy and power, energy efficiency, digital signal processing, Nyquist criterion, aliasing, battery technology, and power supplies. Traditionally, electrical engineering students are first given a course in circuit analysis; this is not such a book but does include enough background on circuits that the book can mostly stand alone. Each chapter takes on an important practical topic that helps to advance the students’ basic skill set, including sophisticated laboratory activities. The book may stand alone as a textbook with the lab parts providing even more context and understanding, even if students do not actually do those lab activities.
Table of Contents:
1. Electronic Components and Assembling an AM Radio Kit 2. Basic Electronic Test Equipment: What’s on Your Bench? 3. Power Transmission and the Power Grid 4. Introduction to Time and Frequency Domains: Filters, Waveforms, Frequency Components, and Resonance 5. Phase and Phasors 6. Wireless Communications 7. Electronic Materials, Semiconductors, and Integrated Circuits 8. Lighting and Renewable Energy 9. Digital Signal Processing and MP3 Music Compression 10. Batteries, Energy Storage, and Power Supplies
About the Author :
Gary H. Bernstein is the Frank M. Freimann Professor of Electrical Engineering at the University of Notre Dame. He has authored or co-authored 17 patents and more than 300 publications in the areas of infrared sensors, electron beam lithography, nanomagnetics, quantum electronics, high-speed integrated circuits, electromigration, MEMS, and electronics packaging. Bernstein was named a Fellow of the IEEE in 2006 and with his student received the Sensors and Transducers Journal Best Paper of the Year Award for 2006 and, as lead author, the IEEE Transactions on Advanced Packaging Best Paper of the Year Award in 2007. He was named a Fellow of the National Academy of Inventors in 2020. Bernstein is cofounder of Indiana Integrated Circuits, LLC (www.indianaic.com) based in South Bend, IN.
