2002Unpublished venueRequires access

Digital Electronics: Principles and Applications, Student Text with MultiSIM CD-ROM

Roger L. Tokheim

Open publisher page 1 citations

Abstract

Digital Electronics: Principles and Applications is a practical, field-tested text that prepares students for entry-level electronics jobs. This introductory text is designed for use as an introduction text for students who are new to the field of electronics. Prerequisites are general mathematics and basic dc circuits. Digital Electronics can be studied before or concurrently with a course in basic electronics, since knowledge of active discrete components is not a prerequisite. Changes in this edition reflect input from reviewers and instructors. PLDs (Programmable Logical Devices) are introduced in chapter 4. Table of contents Chapter 1: Digital ElectronicsChapter 2: Numbers We Use in Digital ElectronicsChapter 3: Logic GatesChapter 4: Combining Logic GatesChapter 5: IC Specifications and Simple InterfacingChapter 6: Encoding, Decoding, and Seven-Segment DisplaysChapter 7: Flip-FlopsChapter 8: CountersChapter 9: Shift RegistersChapter 10: Arithmetic CircuitsChapter 11: MemoriesChapter 12: Digital SystemsChapter 13: Connecting with Analog DevicesAppendix A SolderingAppendix B Formulas and Conversions

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Digital Electronics: Principles and Applications is a practical, field-tested text that prepares students for entry-level electronics jobs. This introductory text is designed for use as an introduction text for students who are new to the field of electronics. Prerequisites are general mathematics and basic dc circuits. Digital Electronics can be studied before or concurrently with a course in basic electronics, since knowledge of active discrete components is not a prerequisite. Changes in this edition reflect input from reviewers and instructors. PLDs (Programmable Logical Devices) are introduced in chapter 4. Table of contents Chapter 1: Digital ElectronicsChapter 2: Numbers We Use in Digital ElectronicsChapter 3: Logic GatesChapter 4: Combining Logic GatesChapter 5: IC Specifications and Simple InterfacingChapter 6: Encoding, Decoding, and Seven-Segment DisplaysChapter 7: Flip-FlopsChapter 8: CountersChapter 9: Shift RegistersChapter 10: Arithmetic CircuitsChapter 11: MemoriesChapter 12: Digital SystemsChapter 13: Connecting with Analog DevicesAppendix A SolderingAppendix B Formulas and Conversions

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Available abstract

Digital Electronics: Principles and Applications is a practical, field-tested text that prepares students for entry-level electronics jobs. This introductory text is designed for use as an introduction text for students who are new to the field of electronics. Prerequisites are general mathematics and basic dc circuits. Digital Electronics can be studied before or concurrently with a course in basic electronics, since knowledge of active discrete components is not a prerequisite. Changes in this edition reflect input from reviewers and instructors. PLDs (Programmable Logical Devices) are introduced in chapter 4. Table of contents Chapter 1: Digital ElectronicsChapter 2: Numbers We Use in Digital ElectronicsChapter 3: Logic GatesChapter 4: Combining Logic GatesChapter 5: IC Specifications and Simple InterfacingChapter 6: Encoding, Decoding, and Seven-Segment DisplaysChapter 7: Flip-FlopsChapter 8: CountersChapter 9: Shift RegistersChapter 10: Arithmetic CircuitsChapter 11: MemoriesChapter 12: Digital SystemsChapter 13: Connecting with Analog DevicesAppendix A SolderingAppendix B Formulas and Conversions

Key concepts: Digital electronics, Electronics, Field (mathematics), Computer science, Arithmetic, Table (database), Decoding methods, Electronic circuit

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