Electronics Technology Fundamentals: Conventional Flow Version
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Electronics Technology Fundamentals: Conventional Flow Version
Performance-based objectives provide a handy overview of the chapter organization and a map to student learning.
Objective identifiers in the margins cross-reference the objectives with the material contained in the chapter.
This helps students to locate the material needed to fulfill a given objective.
In-chapter practice problems included in most examples provide students with an immediate opportunity to apply the principles and procedures being demonstrated.
Summary illustrations provide a convenient description of circuit operating principles and applications.
Many also provide comparisons between related circuits.
Margin notes throughout the text:
Highlight differences between theory and practice
Provide reminders of principles covered in earlier sections or chapters.
In-Chapter Progress Checks.
Each section of the text ends with a series of review questions that provide students with the opportunity to gauge their learning.
Critical thinking questions.
These questions, incorporated into many of the progress checks, challenge the students to think beyond the scope of the discussions.
Practice Problems.
An extensive set of practice problems appears at the end of each chapter.
In addition to standard practice problems, most of the problem sets include problems relating to previous chapters (Looking Back) and challengers (Pushing the Envelope).
List of key terms
Conclude each chapter, providing students with the page number where each term is first introduced for quick and convenient reference.
Companion website at www.prenhall.com/paynter
Contains chapter summary reviews and additional multiple choice questions, providing students with an interactive resource that brings the subject matter to life
A discussion on precision, accuracy, and degree of certainty has been added to the Introduction.
New sections introduce the reader to component testing and fault symptoms in series circuits, parallel circuits, and op-amp circuits.
Added or expanded coverage of many components and circuits, including rheostats, MOVs, thermistors, photoconductive cells, relays, solenoids, capacitor equivalent series resistance (ESR), filter phase shift, active filter operation, and relaxation oscillators.
