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The "Handbook of Microcontrollers" was chosen as the "Electronics Book of the Month Club" Main Selection for November 1998
My goal with this book was to create a complete reference package for today's eight bit embedded microcontrollers. As well as providing technical and processor programming information on the:
There are three sample applications for each chip, to demonstrate what can be done with them and help you develop your own applications. These applications include:
For each of the microcontrollers, I have presented them with manufacturer designed programming tools to ensure your first applications will be successful. I am pleased to also be able to provide a demo copy of "UMPS" on the CD-ROM to provide you with an excellent tool for developing your application software.
To help with your future applications, I explore interfacing to RS-232, I2C, LCD and other devices and I devote a fair amount of space to such advanced topics as Fuzzy Logic, Compilers, Real Time Operating Systems (I have included a sample one for the 68HC05) and Network Communications.
It's a hefty book at 861 pages, but I think you'll be pleased at how it has been laid out to make finding information easy.
You can download Chapter 2 "Hardware Features" by clicking here. The file is 518K in size.
Acknowledgments
Introduction
Section 1 Introduction to Microcontrollers
1. Microcontrollers
Different types of Microcontrollers
Processor Architectures
Microcontroller Memory Types
2. Hardware Features
Device Packaging
Chip Technologies
Power
Reset
System Clock/Oscillators
Program Counter
Arithmetic Logic Unit
Watchdog Timers
Subroutines and Functions
Interrupts
Timers
Digital I/O
Level Conversion
Serial I/O
Synchronous Serial Communications
Network Communications
Analog I/O
Slaved Devices
Device Programming
Debug Interfaces
3. Software
Development Tools/Environments
Assembly Language
Interpreters
High-Level Languages
Fuzzy Logic
Software Development
Resident Monitor and Debugger Programs
Real-Time Operating Systems
4. Common Microcontroller Interfaces
Switch Debounce
LED Output
Seven-Segment LED Displays
Switch Matrix Keyboard Input
LCD Control
Motor/Relay Control
Stepper Motors
R/C Servo Control
RS-232 Level Conversion
Random Numbers
Personal Computers
5. Application/System Development
Features and Architectures
Development Systems and Software
Availability and Resources
Device Self-Testing
Programmers
Application Debug
6. Example Applications
Device Programming
First MCU Application
Clock/Thermometer Application
Device Specific Application
Section 2 8051
7. The 8051 Microcontroller
8051 Suppliers
8. 8051 Processor Architecture
The CPU
8051 Addressing Modes
External Addressing
Interrupts
8051 Instruction Execution
9. 8051 Hardware Features
Packaging
Parallel Input/Output
Serial Input/Output
Dallas Semiconductor Encrypted 8051
Programming
Ordering Information
10. 8051 Application Design
Power Input
System Oscillators/Clocks
Reset
Interrupts
Instruction Storage
8051 RTOS and Monitor Program Design
11. 8051 Development Tools
Assemblers
High-Level Languages
"INHX8M" Object Files
Dallas Semiconductor DS87000 Programmer
12. The 8051 Instruction Set
Data Movement Instructions
Arithmetic Instructions
Bit Operators
Execution Change Operators
13. 8051 Example Applications
First 8051 Application
Real-Time Clock and Thermometer
Marya's Talking Keyboard
14. 8051 Summary
8051 Resources
Web Sites
Listservers
Companies
Section 3 Motorola 68HC05
15. Motorola 68HC05 Microcontrollers
16. The Motorola 68HC05 Processor Architecture
The CPU
The Accumulator
The Condition Code Register
Register and Data Addressing
The Program Counter
Reset
Interrupts
Peripheral Register Access
68HC05 RAM Operations
17. Motorola 68HC05 Hardware Features
Packaging
System Clock
Logic Technology
Interrupts
Parallel I/O
Programmable Timers
Analog I/O
Serial I/O
Configuration ("Option") Register
Programming
Ordering Information
18. 68HC05 Application Design
Power Input
System Oscillators/Clocks
Reset
Interrupts
Real-Time Operating Systems
19. 68HC05 Development Tools
Assemblers
High-Level Languages
Motorola "S19-Record" Object Files
Motorola 68HC705J1CS Development Kit
20. Motorola 68HC05 Instructions
Arithmetic Instructions
Execution Change Operators
Bit Operators
Processor Control Instructions
21. 68HC05 Example Applications
First Application
Real-Time Clock and Thermometer Using "mykeRTOS"
22. 68HC05 Summary
Motorola 68HC05 Resources
Section 4 Microchip PICmicro MCUs
23. PICmicro Microcontrollers
Low-End PICmicro MCUs
Midrange PICmicro MCUs
High-End PICmicro MCUs
24. The PICmicro Processor Architecture
Interrupts
25. PICmicro Hardware Features
Different Types of PICMicros
Device Packaging
Control Store Types
Reset
System Clock/Oscillators
Hardware and File Registers
CPU Program Counter Stack
Interrupts
Timers
Built-In EEPROM
Input/Output
Configuration and ID Fuses
Programming
Ordering Information
26. PICmicro Application Design
Power Input
System Oscillators and Clocks
Reset
Interfacing to External Devices
Output Drivers
Interrupts
27. Microchip PICmicro Development Tools
MPASM™
High-Level Languages
Microchip Application Development Tools
28. The PICMicro Instruction Set
Register Arithmetic Instructions
Immediate Arithmetic Operators
Execution Change Operators
Microcontroller Control Operators
Bit Operators
High-End (17C4x) PICmicro MCU Instruction Set
MPASM™ Extensions
Parallax PICmicro Instruction Set
29. Example PICMicro Applications
First PICMicro Application
Digital Clock/Thermometer
30. PICmicro Summary
Section 5 Atmel "AVR"
31. The AVR Microcontroller
32. AVR Processor Architecture
General-Purpose Registers and ALU
The STATUS Register
I/O and SRAM Addressing
The Program Counter and Stack
Interrupts
Data Addressing Modes
33. AVR Hardware Features
Packaging
System Clock
Timers
Parallel I/O
Serial I/O
Analog I/O
Configuration
EEPROM Data Memory
Programming
Ordering Information
34. AVR Application Design
Power Input
Reset
Interrupts
Real Time Operating Systems
In-System Programming
Assemblers
35. AVR Development Tools
Assemblers
High-Level Languages
Development Tools
36. AVR Instruction Set
AVR Data Transfer Instructions
AVR Arithmetic and Logic Instructions
AVR Branch Instructions
AVR Bit and Bit-Test Instructions
37. AVR Example Applications
First Application
Real-Time Clock and Thermometer
AVR Video Output with Pot Position
38. AVR Summary
Section 6 Parallax "BASIC Stamp"
39. Parallax BASIC Stamp
Stamp Hardware
40. Stamp PBASIC Programming
Interface
Stamp PBASIC Language
PBASIC Source Formatting
Debugging
Packaging
41. Stamp Application Design
Power Input
Reset
42. Stamp PBASIC Functions
BS1 Mathematical Operators
BS2 Mathematical Operators
Branching/Looping
Conditional Branches
Digital I/O
Serial I/O
Analog I/O
Sound
Data Tables
EEPROM Access
Delay
Power/Execution Control
Debug
43. Example Stamp Applications
First Stamp Application
Clock/Thermometer Application
BS1 Emulator
44. Stamp Summary
BASIC Stamp Resources
Section 7 In Closing
45. Final Words
Appendix A 8-Bit Embedded Microcontroller Comparison Chart
Appendix B Resources
Appendix C Common Assembler Commands
Appendix D UMPS
Appendix E SimmStick
Appendix F Listservers
Appendix G The CD-ROM
Appendix H Glossary of Terms
Index
About the Author
Software and License Information
ISBN Numbers
Hardcover: 0-07-913717-2
Softcover: 0-07-913716-4
A Number of Problems have come to light with the first edition of the book: