ARM-based microcontroller projects using mbed / Dogan Ibrahim.

Format:

Book

Author/Creator:

Ibrahim, Dogan, author.

Language:

English

Subjects (All):

Microcontrollers.

Embedded computer systems.

Programmable controllers.

Physical Description:

1 online resource (474 pages)

Edition:

First edition.

Other Title:

Advanced RISC Machines-based microcontroller projects using Mbed

Place of Publication:

Oxford, England ; Cambridge, Massachusetts : Newnes, [2019]

System Details:

text file

Summary:

ARM-based Microcontroller Projects Using mbed gives readers a good understanding of the basic architecture and programming of ARM-based microcontrollers using ARM’s mbed software. The book presents the technology through a project-based approach with clearly structured sections that enable readers to use or modify them for their application. Sections include: Project title, Description of the project, Aim of the project, Block diagram of the project, Circuit diagram of the project, Construction of the project, Program listing, and a Suggestions for expansion. This book will be a valuable resource for professional engineers, students and researchers in computer engineering, computer science, automatic control engineering and mechatronics. Includes a wide variety of projects, such as digital/analog inputs and outputs (GPIO, ADC, DAC), serial communications (UART, 12C, SPI), WIFI, Bluetooth, DC and servo motors Based on the popular Nucleo-L476RG development board, but can be easily modified to any ARM compatible processor Shows how to develop robotic applications for a mobile robot Contains complete mbed program listings for all the projects in the book

Contents:

Front Cover

ARM-Based microcontroller projects using MBED

Copyright

Contents

About the Author

Preface

Acknowledgments

Chapter 1: Introduction

1.1. Overview

1.2. Example Microcontroller-Based Control System

1.3. Summary

1.4. Exercises

Chapter 2: Microcontroller-Based Project Development Cycle

2.1. Overview

2.1.1. The Program Development Cycle (PDC)

2.1.2. The Hardware Development Cycle (HDC)

2.2. Program Development Tools

2.2.1. BEGIN-END

2.2.2. Sequencing

2.2.3. IF-THEN-ELSE-ENDIF

2.2.4. DO-FOREVER-ENDDO

2.2.5. DO-ENDDO

2.2.6. REPEAT-UNTIL

2.2.7. Subprograms

2.2.8. Calling a Subprogram

2.3. Examples

2.4. Summary

2.5. Exercises

Chapter 3: The ARM Microcontrollers

3.1. Overview

3.2. Brief History of ARM Processors

3.3. The ARM Processor Architecture

3.3.1. CICS and RISC

3.3.2. Why ARM?

Cortex-M

Cortex-R

Cortex-A

3.3.3. Cortex-M Processor Comparison

3.3.4. Processor Performance Measurement

3.3.5. Cortex-M Compatibility

3.3.6. The Cortex Core Architecture

3.4. ARM Processor-Based Microcontroller Development Boards

3.4.1. LPC11U24

3.4.2. LPC1768

3.4.3. EFM32 Zero Gecko Starter Kit

3.4.4. Arch Pro

3.4.5. LPC4088

3.4.6. LPC1769 LPCXpresso

3.4.7. LPC1347 LPCXpresso

3.4.8. u-blox C027

3.4.9. Teensy 3.1

3.4.10. DISCO-F334C8

3.4.11. STM32 Nucleo Board Family

3.5. Summary

3.6. Exercises

Chapter 4: STM32 Nucleo Development Boards

4.1. Overview

4.2. STM32 Nucleo Development Boards

4.2.1. Nucleo-32 Development Boards

4.2.2. Nucleo-64 Development Boards

4.2.3. Nucleo-144 Development Boards

4.3. STM32 Nucleo Expansion Boards

4.4. Summary

4.5. Exercises

Chapter 5: The Nucleo-F411RE Development Board

5.1. Overview

5.2. The Nucleo-F411RE Development Board.

5.2.1. The Board

5.2.2. The Power Supply

Powering Through the Micro-USB Connector

Powering Through External Inputs

Power Output

5.2.3. The LEDs

5.2.4. Push-Button Switches

5.2.5. Current Measurement

5.2.6. The ST-LINK/V2-1

5.2.7. Input-Output Connectors

5.2.8. Jumpers at the Bottom of the Board

5.3. The Demo Software

5.4. Summary

5.5. Exercises

Chapter 6: Architecture of the STM32F411RET6 Microcontroller

6.1. Overview

6.2. Key Features of the STM32F411RET6 Microcontroller

6.2.1. Power Modes

Sleep Mode

Stop Mode

Standby Mode

6.2.2. Electrical Characteristics

6.2.3. The Interrupt Controller

6.2.4. The Analog-to-Digital Converter (ADC)

6.2.5. Digital-to-Analog Converter (DAC)

6.2.6. Temperature Sensor

6.2.7. Timers and Watchdogs

6.2.8. The Clock Circuit

External Clock Sources

Internal Clock Sources

Microcontroller Clock Output (MCO)

Low-Speed Clock Output (LSCO)

Configuring the Clock

6.2.9. General Purpose Input and Output (GPIO)

6.2.10. I2C Interface

6.2.11. SPI Interface

6.2.12. I2S Interface

6.2.13. USART

6.3. Summary

6.4. Exercises

Chapter 7: Using the Mbed With Simple Projects

7.1. Overview

7.2. Registering to Use Mbed

7.3. Nucleo-F411RE Development Board Pin Names

7.4. Project 1-Flashing LED

7.4.1. Description

7.4.2. Aim

7.4.3. Block Diagram

7.4.4. PDL of the Project

7.4.5. Program Listing

7.4.6. Other Useful Mbed Functions

7.4.7. Suggestions for Additional Work

7.5. Project 2-LED Flashing as Morse Code SOS

7.5.1. Description

7.5.2. Aim

7.5.3. Block Diagram

7.5.4. PDL of the Project

7.5.5. Program Listing

7.5.6. Suggestions for Additional Work

7.6. Project 3-Flashing an External LED

7.6.1. Description

7.6.2. Aim

7.6.3. Block Diagram

7.6.4. Circuit Diagram.

7.6.5. Project Construction

7.6.6. Program Listing

7.6.7. Suggestions for Additional Work

7.7. Project 4-Rotating LEDs

7.7.1. Description

7.7.2. Aim

7.7.3. Block Diagram

7.7.4. Circuit Diagram

7.7.5. The Construction

7.7.6. The PDL

7.7.7. Program Listing

7.7.8. Modified Program

7.7.9. Another Modified Program

7.8. Project 5-Binary Counting LEDs

7.8.1. Description

7.8.2. Aim

7.8.3. Block Diagram

7.8.4. Circuit Diagram

7.8.5. The PDL

7.8.6. Program Listing

7.9. Project 6-Random Flashing LEDs

7.9.1. Description

7.9.2. Aim

7.9.3. Block Diagram

7.9.4. Circuit Diagram

7.9.5. The PDL

7.9.6. Program Listing

7.9.7. Modified Program

7.10. Project 7-LED Control With Push-button

7.10.1. Description

7.10.2. Aim

7.10.3. Block Diagram

7.10.4. The PDL

7.10.5. Program Listing

7.11. Project 8-Changing LED Flashing Rate

7.11.1. Description

7.11.2. Aim

7.11.3. Block Diagram

7.11.4. The PDL

7.11.5. Program Listing

7.12. Project 9-Binary Event Counting With LEDs

7.12.1. Description

7.12.2. Aim

7.12.3. Block Diagram

7.12.4. Circuit Diagram

7.12.5. The PDL

7.12.6. Program Listing

7.13. Project 10-Using an External Button

7.13.1. Description

7.13.2. Aim

7.13.3. Block Diagram

7.13.4. Circuit Diagram

7.13.5. The Construction

7.13.6. The PDL

7.13.7. Program Listing

7.13.8. DigitalIn Modes

7.13.9. Suggestions for Additional Work

7.14. Project 11-RGB LED Control

7.14.1. Description

7.14.2. Aim

7.14.3. Block Diagram

7.14.4. Circuit Diagram

7.14.5. The Construction

7.14.6. The PDL

7.14.7. Program Listing

7.15. Project 12-Random Colored LED Display

7.15.1. Description

7.15.2. Aim

7.15.3. Block Diagram

7.15.4. Circuit Diagram

7.15.5. The Construction

7.15.6. The PDL.

7.15.7. Program Listing

7.15.8. Suggestions for Additional Work

7.16. Project 13-7-Segment LED Display

7.16.1. Description

7.16.2. Aim

7.16.3. Block Diagram

7.16.4. Circuit Diagram

7.16.5. The Construction

7.16.6. The PDL

7.16.7. Program Listing

7.16.8. Modified Program

7.16.9. Another Modified Program

7.16.10. Using Switch Statement

7.16.11. Suggestions for Additional Work

7.17. Project 14-Powering Large Loads-DC Motor Control

7.17.1. Description

7.17.2. Aim

7.17.3. Block Diagram

Using a Bipolar Transistor

Using a MOSFET

Using a Relay

7.17.4. Circuit Diagram

7.17.5. The PDL

7.17.6. Program Listing

7.17.7. Suggestions for Additional Work

7.18. Summary

7.19. Exercises

Chapter 8: Intermediate Level Projects

8.1. Overview

8.2. PROJECT 1-Two-Digit Multiplexed 7-Segment LED

8.2.1. Description

8.2.2. Aim

8.2.3. Block Diagram

8.2.4. Circuit Diagram

8.2.5. The Program Design Language

8.2.6. Program Listing

8.2.7. Modified Program

8.2.8. Suggestions for Additional Work

8.3. PROJECT 2-Four-Digit Multiplexed 7-Segment LED

8.3.1. Description

8.3.2. Aim

8.3.3. Block Diagram

8.3.4. Circuit Diagram

8.3.5. The PDL

8.3.6. Program Listing

8.3.7. Modified Program

8.3.8. Suggestions for Additional Work

8.4. Polling and Interrupts

8.4.1. Polling

8.4.2. Interrupts

8.5. PROJECT 3-Four-Digit 7-Segment LED Counter

8.5.1. Description

8.5.2. Aim

8.5.3. Block Diagram

8.5.4. Circuit Diagram

8.5.5. The PDL

Using the Ticker

8.5.6. Program Listing

8.6. PROJECT 4-Four-Digit 7-Segment LED Event Counter

8.6.1. Description

8.6.2. Aim

8.6.3. Block Diagram

8.6.4. Circuit Diagram

8.6.5. The PDL

8.6.6. Program Listing

8.6.7. Suggestions for Additional Work

8.7. PROJECT 5-7-Segment LED Dice.

8.7.1. Description

8.7.2. Aim

8.7.3. Block Diagram

8.7.4. Circuit Diagram

8.7.5. The PDL

8.7.6. Program Listing

8.8. PC Serial Interface

8.8.1. Using the Putty

Configuring the Putty Screen

8.8.2. Mbed Serial Port Functions and Display Control Characters

8.9. PROJECT 6-Volume of a Cylinder

8.9.1. Description

8.9.2. Aim

8.9.3. The PDL

8.9.4. Program Listing

8.9.5. Suggestions for Additional Work

8.10. PROJECT 7-Calculator

8.10.1. Description

8.10.2. Aim

8.10.3. The PDL

8.10.4. Program Listing

8.11. PROJECT 8-Learn Your Times Tables

8.11.1. Description

8.11.2. Aim

8.11.3. The PDL

8.11.4. Program Listing

8.12. PROJECT 9-Improving Your Multiplication Skills

8.12.1. Description

8.12.2. Aim

8.12.3. The PDL

8.12.4. Program Listing

8.13. PROJECT 10-Loop Execution Times

8.13.1. Description

8.13.2. Aim

8.13.3. The PDL

Using a Timer

8.13.4. Program Listing

8.13.5. Suggestions for Additional Work

8.14. PROJECT 11-Reaction Timer

8.14.1. Description

8.14.2. Aim

8.14.3. The PDL

8.14.4. Program Listing

8.15. PROJECT 12-Event Counter

8.15.1. Description

8.15.2. Aim

8.15.3. The PDL

8.15.4. Program Listing

8.16. PROJECT 13-Hi-Lo Game

8.16.1. Description

8.16.2. Aim

8.16.3. The PDL

8.16.4. Program Listing

8.17. PROJECT 14-Serial Interrupt

8.17.1. Description

8.17.2. Aim

8.17.3. The PDL

8.17.4. Program Listing

8.18. PROJECT 15-Euro Millionaire Lottery Numbers

8.18.1. Description

8.18.2. Aim

8.18.3. The PDL

8.18.4. Program Listing

8.19. Using the Analog-to-Digital Converter

8.20. PROJECT 16-Digital Voltmeter

8.20.1. Description

8.20.2. Aim

8.20.3. Block Diagram

8.20.4. The PDL

8.20.5. Program Listing

8.21. PROJECT 17-Analog Temperature Sensor (Digital Thermometer).

8.21.1. Description.

Notes:

Includes bibliographical references and index.

Description based on print version record.

ISBN:

9780081029701

0081029705

OCLC:

1102269475