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Electronics with Discrete Components by Enrique J. Galvez (University of Notre Dame) at Abbey's Bookshop,
Electronics with Discrete Components
— —
Enrique J. Galvez (University of Notre Dame)

Electronics with Discrete Components

Enrique J. Galvez (University of Notre Dame)

$190.95

Hardback

Not in-store but you can order this
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English
John Wiley & Sons Inc
30 December 2024
Condensed matter physics (liquid state & solid state physics)
Comprehensive textbook on electronics for physicists, now with more examples, exercises, hands-on electronics labs, troubleshooting tips, and practical exercises

Electronics with Discrete Components delivers a comprehensive overview of electronics from the perspective of a physicist. In the first part on digital components, after an introduction to digital electronics, the text covers fundamentals of combinational logic and its implementation in combinational logic devices, followed by sequential-logic devices such as flip-flops and memory components. The second part on analog components deals with the fundamentals of signal processing, filters, components such as diodes and transistors, and a lengthy coverage of operational amplifiers.

Each chapter ends with problem sets and “lab projects” that have been proven to work well for instruction. Questions on simple aspects of the lab that students should know are also included, such as regarding powering components and diagnosing signals with the oscilloscope and providing “troubleshooting tips” to help students find out why a particular circuit does not work.

The new edition of this textbook adds more worked examples, exercises with answers for the self-learner, and end-of-chapter problems. It adds new electronic components, covers the latest digital technologies plus adds a new section of Fourier transforms in electronics. In addition, it features labs with Arduino or Teensy boards which have become widespread in the community as inexpensive, easy-to-use electronics platforms.

Electronics with Discrete Components includes information on:

Number systems, codes, signed numbers, binary functions, logic families, and IC wirings Filters and the frequency domain, covering RC, high- and low-pass, and cascading filters, FFTs, as well as important considerations for filter design Connecting digital to analog and to the world through TTL, CMOS, and LV gates and interfacing between the logic families Charge and potential, capacitors, electrical current, resistors, magnetic components, power, circuits, and abstractions and symbol jargon in the field

The Second Edition of Electronics with Discrete Components is an ideal textbook resource for a one-semester course on electronics for second-year physics students, as well as students from other disciplines or levels who understand elementary notions of circuits and complex numbers.
By:  
Imprint:   John Wiley & Sons Inc
Country of Publication:   United States
Edition:   2nd edition
Weight:   1.107kg
ISBN:   9781119913139
ISBN 10:   1119913136
Pages:   432
Publication Date:  
Audience:   College/higher education ,  Primary
Format:   Hardback
Publisher's Status:   Active
1 The Basics 1.1 Foreword: Welcome to Electronics! 1.2 Charge and Potential 1.3 Capacitors 1.4 Electrical Current 1.5 Resistors 1.6 Magnetic Devices 1.7 Power 1.8 Circuits 1.9 Abstractions and Symbol Jargon 1.10 Problems 1.11 Lab Projects   PART I: DIGITAL 2 Introduction to Digital Electronics 2.1 Number Systems 2.2 Codes 2.3 Signed Numbers 2.4 Binary Functions 2.5 Logic Families 2.6 IC Wirings 2.7 Problems 2.8 Lab Projects   3 Combinational Logic 3.1 Boolean Algebra 3.2 Theorems 3.3 NAND-Gate Implementation 3.4 Representation of Boolean Functions 3.5 Simplification of Functions 3.6 Karnaugh Maps 3.7 More Than Four Variables 3.8 Wrap-Up 3.9 Wiring Digest: Open Collector/Drain Outputs 3.10 Problems 3.11 Lab Projects   4 Advanced Combinational Devices 4.1 Pragmatic Designing 4.2 Adders 4.3 Decoders 4.4 Demultiplexers 4.5 Encoders 4.6 Multiplexers 4.7 Problems 4.8 Lab Projects   5 Sequential Logic 5.1 Definitions 5.2 Flip-Flops 5.3 D Flip-Flop 5.4 Edge-Trigger 5.5 JK and T Flip-Flops 5.6 Applications of Flip-Flops 5.7 Shift Registers 5.8 Multivibrators 5.9 Memory 5.10 Epilogue to Digital: Digital I/O 5.11 Problems 5.12 Lab Projects   PART II: ANALOG 6 AC Signals 6.1 AC Circuits 6.2 Equivalent Circuits 6.3 Circuit Loading 6.4 Problems 6.5 Lab Projects   7 Filters and the Frequency Domain 7.1 RC Filters 7.2 High-Pass Filters 7.3 Low-Pass Filter 7.4 Cascading Filters 7.5 Important Considerations for Filter Design 7.6 Transformer 7.7 Resonant Circuits and Band-Pass Filters 7.8 Higher-Order Filters 7.9 Fourier Series 7.10 Problems 7.11 Lab Projects   8 Diodes 8.1 Physics of Semiconductors 8.2 Diodes 8.3 Designing Diode Circuits 8.3.1 Load Line Method 8.3.2 “Quick and Dirty’’ Circuit Design for Diodes 8.4 Diode Fauna 8.5 Diode Applications 8.6 Problems 8.7 Lab Projects   9 Transistors 9.1 The Bipolar-Junction Transistor 9.2 Field-Effect Transistors 9.3 Problems 9.4 Lab Projects   10 Operational Amplifiers 10.1 Negative Feedback 10.2 Closed-Loop Circuits 10.3 Open-Loop Circuits 10.4 Real Op-Amps 10.5 Problems 10.6 Lab Projects   11 Connecting Digital to Analog and to the World 11.1 TTL Gates 11.2 CMOS Gates 11.3 Interfacing 11.4 Interfacing the World 11.5 Problems 11.6 Lab Projects   Appendix A: Logic Board   Appendix B: If the Circuit Does Not Work B.1 Design B.2 The Obvious B.3 Placement B.4 Pins B.5 Breadboards B.6 Abusive Power B.7 Stuck B.8 Done!   Appendix C Curve Tracer C.1 I–V Curves for Diodes C.2 I–V Curves for Transistors Index

Professor Enrique J. Galvez is an atomic and optical physics experimentalist. His studies have focused on optics and quantum optics, including fundamental studies of the geometric phase in optics, complex light beams, singular optics, photon entanglement, and the development of instructional quantum optics laboratories. He is the recipient of the 2010 Award to Faculty Member for Research at an Undergraduate Institution and the 2020 Jonathan F. Reichert and Barbara Wolff-Reichert Award for Excellence in Advanced Laboratory Instruction from the American Physical Society.

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