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Making PIC Microcontroller Instruments and Controllers
CITATION
Sandhu, Harprit
.
Making PIC Microcontroller Instruments and Controllers
.
US
: McGraw-Hill/TAB Electronics, 2008.
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Making PIC Microcontroller Instruments and Controllers
Authors:
Harprit Sandhu
Published:
December 2008
eISBN:
9780071606158 0071606157
|
ISBN:
9780071606165
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Book Description
Table of Contents
Contents
Preface
Part I: The PIC 16F877A
Chapter 1 An Introduction to the PIC 16F877A Microcontroller Unit
The Microcontroller
Special Precautions and Notes of Interest
Data Sheets
Some Useable PICS
Chapter 2 Getting Started: The Hardware and Software Setup
The Programmers
Loading the Software
Using the Software in the Windows Environment
Software Notes from MicroEngineering Labs
Chapter 3 Understanding Microchip Technology’s PIC 16F877A: A Description of the MCU
16F877A Microcontroller’s Core Features
Peripheral Features
Configuring and Controlling the Properties of the Ports
PORTA
PORTB
PORTC
PORTD
PORTE
TIMERS
Chapter 4 The Software, the Compilers, and the Editor
The Basic Compiler Instruction Set
The PICBASIC PRO Compiler Instruction Set
PICBASIC PRO Compiler
Chapter 5 Controlling the Output and Reading the Input
General
Programs That Create Output
Programs That Read the Inputs and Then Provide Output
Creating Outputs
Blink One LED
Blink Eight LEDs in Sequence
Dim and Brighten One LED
LCD Display
Controlling the Digital and Analog Settings
Writing Binary, Hex, and Decimal Values to the LCD
Reading a Potentiometer and Displaying the Results on the LED Bargraph
A Simple Beep
Advanced Exercise: Controlling an RC Servo from the Keyboard
Reading the Inputs
Read Keyboard and Display Key Number on the LCD
Read One Potentiometer and Display Its 8-Bit Value on LCD in Binary, Hex, and Decimal Notation, Also Impress the Binary Value on the Bargraph
Read All Three Potentiometers and Display Their Values on the LCD
Adding the Kind of Flexibility That Defines Computer Interfaces and Demonstrates the Ability to Make Sophisticated Real-Time Adjustments
Exercises
Chapter 6 Timers and Counters
General
Timers
Timer0
Timer1: The Second Timer
Timer2: The Third Timer
Counters
Exercises for Timers
Exercises for Counters
Chapter 7 Clocks, Memory, and Sockets
Sockets U3, U4, and U5: For Serial One-Wire Memory Devices
Which EEPROM Type Should You Use?
Socket U3—I2C SEEPROM
Socket U4—SPI SEEPROM
Socket U5—Microwire Devices
Socket U6—Real-Time Clocks
The LTC1298 12-Bit A-to-D Converter (Also Used in Socket U6)
Sockets U7 (and U8)
Chapter 8 Serial Communications: Sockets U9 and U10
When and How Will I Know if It Is Working?
Using the RS485 Communications
Chapter 9 Using Liquid Crystal Displays: An Extended Information Resource
General
Using LCDs in Your Projects
Understanding the Hardware and Software Interaction
Talking to the LCD
The Hardware
Setting Out Our Design Intent
Liquid-Crystal Display Exercises
Part II: The Projects
Chapter 10 Using Sensors (Transducers)
General
The Most Basic Question We Must Answer Is...
Types of Sensors
Two Interesting Resources You Will Want to Investigate
Chapter 11 Conditioning the Input Signal
General
Alternating Current Outline
Direct Current Outline
Simple Switches and Other Contacts
Circuitry for Conditioning dc Signals
Chapter 12 Conditioning the Output Signal
General
Chapter 13 An Introduction to the Eight Projects
The Web Site
The Eight Techniques
Notes
Chapter 14 The Universal Instrument: A Background Discussion
The Properties and Capabilities of a Universal Instrument
A Basic Temperature-Controlling Device
Notes
Chapter 15 Counting Pulses: A Programmable Tachometer
Project 1
Notes on Using Seven-Segment Displays
Chapter 16 Creating Accurate Intervals with Timers: The Metronomes
Project 2
Timer0
Timer1
Timer2
The Timer2 Program
The Watchdog Timer
Chapter 17 Understanding the Counters: Counting Marbles
Project 3
Counting with an Escapement
Some Real-World Notes
Counting to a Register Using an Interrupt
Counting Directly into an Internal Counter
Using Timer1 in Counter Mode
Special Notes for Timer1 Usage
Chapter 18 A Dual Thermometer Instrument
Project 4
Chapter 19 An Artificial Horizon: A Table Surface That Stays Level
Project 5
Discussion
Setting Up the Hardware Connections
Building the Artificial Horizon Table
Gravity Sensor Exercises
Chapter 20 Building a Simple Eight-Button Touch Panel
Project 6
Chapter 21 Single Set Point Controller with Remote Inhibit Capability
Project 7
Chapter 22 Logging Data from a Solar Collector
Project 8
Microcontroller Hardware
Software
Chapter 23 Debugging
General
Debugging and Troubleshooting
First Problem That Must Be Fixed: The Microcontroller Crystal Must Oscillate
If the Chip Refuses to Run
Using the PBP Compiler Commands to Help Debug a Program
Commands That Can Provide Debug Output to a Serial Port
Dumb Terminal Programs
Solderless Breadboards
Debugging at the Practical Level
Configuring the 16F877A and Related Notes
Settings
Configuration
Options
Simple Checks
Some Programmer-Related Error Messages
Things I Have Noticed but Have Not Figured Out (and Other Mysteries)
Setting the Ports
Chapter 24 Some Real-World Projects You Can Build
Conclusion
Appendixes
Appendix A: Setting Up a Compiler for One-Keystroke Operation
Appendix B: Abbreviations Used in this Book and in the Datasheets
Appendix C: Listings of PICBASIC PRO Programs on the Internet at melabs.com
Appendix D: Notes on Designing a Simple Battery Monitor Instrument: Thinking about a Simple Problem Out Loud
Appendix E: Using the Support Web Site to Help Make Instruments and Controllers
Index