Electronics Fundamentals: Circuits, Devices & Applications, 9th Edition

Electronics Fundamentals: Circuits, Devices & Applications, 9th Edition | Thomas L. Floyd, David M. Buchla, Gary D. Snyder
English | 2022 | True PDF, True EPUB | 1137 pages | 103.3 MB

Electronics Fundamentals is more than a textbook: it's a hands-on electronics teaching system. The text provides both practical and theoretical coverage of electrical, magnetic and electronics concepts. Practical circuits, examples and troubleshooting exercises will help you develop useful analysis skills for resistive, reactive and device circuits.

The 9th Edition preserves the legacy of the 8th Edition while updating its content. Fully revised simulation circuits and tutorials, as well as a laboratory manual, supplement the text. A new tutorial illustrates how to use TI-84 and HP Prime calculators to analyze circuits similar to those in the textbook.

This textbook is divided into three main parts: DC Circuits in Chapters 1 through 7, AC Circuits in Chapters 8 through 15, and Devices in Chapters 16 through 21. The DC Circuits and AC Circuits portions cover the traditional topics of resistive, capacitive, and inductive circuits with both dc and ac sources. The Devices portion provides an introduction to basic types of electronic devices and circuits but is not intended to be as comprehensive as the coverage found in textbooks totally devoted to the subject, such as Floyd’s Electronic Devices or Fundamentals of Analog Circuits.

What’s New in This Edition?
Electronics Fundamentals: Circuits, Devices, and Applications, 9th edition has been completely updated and revised to meet current industry standards.

• Expanded coverage of recent advances in and applications of electronics technology, such as batteries, SMD components, LED applications, optocouplers and optoisolators, Hall effect sensors, and multilayer PC boards.
  
• Thoroughly revised Chapter 20 to include replacing outdated instrumentation amplifiers (IAs) with new IAs, new isolation amplifiers, revised applications, and Schmitt trigger circuits.
  
• New Application Assignment for Chapter 20 that illustrates a multilayer PC board in a motor monitoring application using newer ICs introduced in the text.
  
• Enhanced discussion of electrical safety including new margin Safety Notes.
  
• New section on Green technology including a discussion of RoHS and WEEE directives.
  
• Over 50 pages of new content with many new illustrations
  
• Discussion of basic EMC considerations for practical circuit designs
  
• Dimensional analysis in several chapters.
  
• New and expanded coverage of instruments including thermal imaging cameras, gaussmeters, arbitrary function and waveform generators, and oscilloscopes, including mixed signal oscilloscopes.
  
• Coverage of additional passive components, including magnetoresistive random access memory (MRAM), planar magnetic devices, pulse transformers, peaking transformers, polymer electrolytic capacitors, super capacitors, ferrite beads, thermistors, thermocouples and thermocouple signal conditioning.
  
• Expanded coverage of solid-state devices and design considerations, including inductive kickback circuit protection, Schottky diodes, new LED technology, new op-amps, and regulator stability.
  
• New and revised examples with many showing graphing calculator features, methods and related examples in the on-line companion, Introduction to Scientific Calculators.
  
• Expanded troubleshooting discussion including a comparison of an algorithmic approach to a heuristic approach to problem solving and use of thermal imaging cameras for detecting heat related problems.
  
• Multisim 14 circuit files for examples, troubleshooting problems, and chapter problems on the companion website.
  
• LTSpice IV tutorial and circuit files for examples on the companion website.
  

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