Digital electronics : principles and applications /

Title:

Digital electronics : principles and applications /

Author:

Tokheim, Roger L.

Format:

Book

Institution:

Wentworth Institute of Technology

Contents:

Machine generated contents note: ch. 1 Digital Electronics -- 1-1.What Is a Digital Signal? -- 1-2.Why Use Digital Circuits? -- 1-3.Where Are Digital Circuits Used? -- 1-4.How Do You Generate a Digital Signal? -- 1-5.How Do You Test for a Digital Signal? -- 1-6.Simple Instruments -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 2 Numbers We Use in Digital Electronics -- 2-1.Counting in Decimal and Binary -- 2-2.Place Value -- 2-3.Binary to Decimal Conversion -- 2-4.Decimal to Binary Conversion -- 2-5.Electronic Translators -- 2-6.Hexadecimal Numbers -- 2-7.Octal Numbers -- 2-8.Bits, Bytes, Nibbles and Word Size -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 3 Logic Gates -- 3-1.The AND Gate -- 3-2.The OR Gate -- 3-3.The Inverter and Buffer -- 3-4.The NAND Gate -- 3-5.The NOR Gate -- 3-6.The Exclusive OR Gate -- 3-7.The Exclusive NOR Gate -- 3-8.The NAND Gate as a Universal Gate -- 3-9.Gates with More Than Two Inputs -- 3-10.Using Inverters to Convert Gates -- 3-11.Practical TTL Logic Gates -- 3-12.Practical CMOS Logic Gates -- 3-13.Troubleshooting Simple Gate Circuits -- 3-14.IEEE Logic Symbols -- 3-15.Simple Logic Gate Applications -- 3-16.Logic Functions Using Software (BASIC Stamp Module) -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 4 Combining Logic Gates -- 4-1.Constructing Circuits from Boolean Expressions -- 4-2.Drawing a Circuit from a Maxterm Boolean Expression -- 4-3.Truth Tables and Boolean Expressions -- 4-4.Sample Problem -- 4-5.Simplifying Boolean Expressions -- 4-6.Karnaugh Maps -- 4-7.Karnaugh Maps with Three Variables -- 4-8.Karnaugh Maps with Four Variables -- 4-9.More Karnaugh Maps -- 4-10.A Five-Variable Karnaugh Map -- 4-11.Using NAND Logic -- 4-12.Computer Simulations: Logic Converter -- 4-13.Solving Logic Problems: Data Selectors -- 4-14.Programmable Logic Devices (PLDs) -- 4-15.Using De Morgan's Theorems -- 4-16.Solving a Logic Problem (BASIC Stamp Module) -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 5 IC Specifications and Simple Interfacing -- 5-1.Logic Levels and Noise Margin -- 5-2.Other Digital IC Specifications -- 5-3.MOS and CMOS ICs -- 5-4.Interfacing TTL and CMOS with Switches -- 5-5.Interfacing TTL and CMOS with LEDs -- 5-6.Interfacing TTL and CMOS ICs -- 5-7.Interfacing with Buzzers, Relays, Motors, and Solenoids -- 5-8.Optoisolators -- 5-9.Interfacing with Servo and Stepper Motors -- 5-10.Using Hall-Effect Sensors -- 5-11.Troubleshooting Simple Logic Circuits -- 5-12.Interfacing the Servo (BASIC Stamp Module) -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 6 Encoding, Decoding, and Seven-Segment Displays -- 6-1.The 8421 BCD Code -- 6-2.The Excess-3 Code -- 6-3.The Gray Code -- 6-4.The ASCII Code -- 6-5.Encoders -- 6-6.Seven-Segment LED Displays -- 6-7.Decoders -- 6-8.BCD-to-Seven-Segment Decoder/Drivers -- 6-9.Liquid-Crystal Displays -- 6-10.Using CMOS to Drive an LCD Display -- 6-11.Vacuum Fluorescent Displays -- 6-12.Driving a VF Display -- 6-13.Troubleshooting a Decoding Circuit -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 7 Flip-Flops -- 7-1.The R-S Flip-Flop -- 7-2.The Clocked R-S Flip-Flop -- 7-3.The D Flip-Flop -- 7-4.The J-K Flip-Flop -- 7-5.IC Latches -- 7-6.Triggering Flip-Flops -- 7-7.Schmitt Trigger -- 7-8.IEEE Logic Symbols -- 7-9.Application: Latched Encoder-Decoder System -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 8 Counters -- 8-1.Ripple Counters -- 8-2.Mod-10 Ripple Counters -- 8-3.Synchronous Counters -- 8-4.Down Counters -- 8-5.Self-Stopping Counters -- 8-6.Counters as Frequency Dividers -- 8-7.TTL IC Counters -- 8-8.CMOS IC Counters -- 8-9.A Three-Digit BCD Counter -- 8-10.Counting Real-World Events -- 8-11.Using a CMOS Counter in an Electronic Game -- 8-12.Using Counters-An Experimental Tachometer -- 8-13.Troubleshooting a Counter -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 9 Shift Registers -- 9-1.Serial-Load Shift Registers -- 9-2.Parallel-Load Shift Registers -- 9-3.A Universal Shift Register -- 9-4.Using the 74194 IC Shift Register -- 9-5.An 8-Bit CMOS Shift Register -- 9-6.Using Shift Registers: Digital Roulette -- 9-7.Troubleshooting a Simple Shift Register -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 10 Arithmetic Circuits -- 10-1.Binary Addition -- 10-2.Half Adders -- 10-3.Full Adders -- 10-4.3-Bit Adders -- 10-5.Binary Subtraction -- 10-6.Parallel Subtractors -- 10-7.IC Adders -- 10-8.Binary Multiplication -- 10-9.Binary Multipliers -- 10-10.2s Complement Notation, Addition, and Subtraction -- 10-11.2s Complement Adders/Subtractors -- 10-12.Troubleshooting a Full Adder -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 11 Memories -- 11-1.Overview of Memory -- 11-2.Random-Access Memory (RAM) -- 11-3.Static RAM ICs -- 11-4.Using a SRAM -- 11-5.Read-Only Memory (ROM) -- 11-6.Using a ROM -- 11-7.Programmable Read-Only Memory [PROM] -- 11-8.Nonvolatile Read/Write Memory -- 11-9.Memory Packaging -- 11-10.Computer Bulk Storage Devices -- 11-11.Digital Potentiometer: Using NV Memory -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 12 Simple Digital Systems -- 12-1.Elements of a System -- 12-2.A Digital System on an IC -- 12-3.Digital Games -- 12-4.The Digital Clock -- 12-5.The LSI Digital Clock -- 12-6.The Frequency Counter -- 12-7.An Experimental Frequency Counter -- 12-8.LCD Timer with Alarm -- 12-9.Simple Distance Sensing -- 12-10.JTAG/Boundary Scan -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 13 Computer Systems -- 13-1.The Computer -- 13-2.The Microcomputer -- 13-3.Microcomputer Operation -- 13-4.Microcomputer Address Decoding -- 13-5.Data Transmission -- 13-6.Detecting Errors in Data Transmissions -- 13-7.Data Transmission in a Computer System -- 13-8.Programmable Logic Controllers (PLCs) -- 13-9.Microcontrollers -- 13-10.The BASIC Stamp Microcontroller Modules -- 13-11.Digital Signal Processing -- 13-12.DSP in a Digital Camera -- 13-13.Microcontroller: Photo Input and Servo Motor Output -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests -- ch. 14 Connecting with Analog Devices -- 14-1.D/A Conversion -- 14-2.Operational Amplifiers -- 14-3.A Basic D/A Converter -- 14-4.Ladder-Type D/A Converters -- 14-5.An A/D Converter -- 14-6.Voltage Comparators -- 14-7.An Elementary Digital Voltmeter -- 14-8.Other A/D Converters -- 14-9.A/D Converter Specifications -- 14-10.An A/D Converter IC -- 14-11.Digital Light Meter -- 14-12.Digitizing Temperature -- Summary -- Chapter Review Questions -- Critical Thinking Questions -- Answers to Self-Tests.

Online access:

No online access

Library holdings:

Wentworth Circulation Desk
621.381 .T65 2014 – Available

• Available
  On reserve for PERM PERMANENT RESERVE (Library: Librarians)