THE AVR MICROCONTROLLER AND EMBEDDED SYSTEMS. Using Assembly and С
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1 THE AVR MICROCONTROLLER AND EMBEDDED SYSTEMS Using Assembly and С Muhammad AH Mazidi Sarmad Naimi Sepehr Naimi Prentice Hall Boston Columbus Indianapolis New York San Francisco Upper Saddle River Amsterdam Cape Town Dubai London Madrid Milan Munich Paris Montreal Toronto Delhi Mexico City Sao Paulo Sydney Hong Kong Seoul Singapore Taipei Tokyo
2 CONTENTS CHAPTER 0: INTRODUCTION TO COMPUTING 1 SECTION 0.1: NUMBERING AND CODING SYSTEMS 2 SECTION 0.2: DIGITAL PRIMER 9 SECTION 0.3: SEMICONDUCTOR MEMORY 13 SECTION 0.4: CPU ARCHITECTURE 29 CHAPTER 1: THE AVR MICROCONTROLLER: HISTORY AND FEATURES 39 SECTION 1.1: MICROCONTROLLERS AND EMBEDDED PROCESSORS 40 SECTION 1.2: OVERVIEW OF THE AVR FAMILY 44 CHAPTER 2: AVR ARCHITECTURE AND ASSEMBLY LANGUAGE PROGRAMMING 55 SECTION 2.1: THE GENERAL PURPOSE REGISTERS IN THE AVR 56 SECTION 2.2: THE AVR DATA MEMORY 59 SECTION 2.3: USING INSTRUCTIONS WITH THE DATA MEMORY 61 SECTION 2.4: AVR STATUS REGISTER 71 SECTION 2.5: AVR DATA FORMAT AND DIRECTIVES 75 SECTION 2.6: INTRODUCTION TO AVR ASSEMBLY PROGRAMMING 80 SECTION 2.7: ASSEMBLING AN AVR PROGRAM 82 SECTION 2.8: THE PROGRAM COUNTER AND PROGRAM ROM SPACE IN THE AVR 85 SECTION 2.9: RISC ARCHITECTURE IN THE AVR 93 SECTION 2.10: VIEWING REGISTERS AND MEMORY WITH AVR STUDIO IDE 97 CHAPTER 3: BRANCH, CALL, AND TIME DELAY LOOP 107 SECTION 3.1: BRANCH INSTRUCTIONS AND LOOPING 108 SECTION 3.2: CALL INSTRUCTIONS AND STACK 118 SECTION 3.3: AVR TIME DELAY AND INSTRUCTION PIPELINE 128 CHAPTER 4: AVR I/O PORT PROGRAMMING 139 SECTION 4.1:1/0 PORT PROGRAMMING IN AVR 140 SECTION 4.2: I/O BIT MANIPULATION PROGRAMMING 149 CHAPTER 5: ARITHMETIC, LOGIC INSTRUCTIONS, AND PROGRAMS 161 SECTION 5.1: ARITHMETIC INSTRUCTIONS 162 SECTION 5.2: SIGNED NUMBER CONCEPTS AND ARITHMETIC OPERATIONS 170 SECTION 5.3: LOGIC AND COMPARE INSTRUCTIONS 176 SECTION 5.4: ROTATE AND SHIFT INSTRUCTIONS AND DATA SERIALIZATION 183 SECTION 5.5: BCD AND ASCII CONVERSION 190 CHAPTER 6: AVR ADVANCED ASSEMBLY LANGUAGE PROGRAMMING 197 SECTION 6.1: INTRODUCING SOME MORE ASSEMBLER DIRECTIVES 198 SECTION 6.2: REGISTER AND DIRECT ADDRESSING MODES 202 SECTION 6.3: REGISTER INDIRECT ADDRESSING MODE 208
3 SECTION 6.4: LOOK-UP TABLE AND TABLE PROCESSING 216 SECTION 6.5: BIT-ADDRESSABILITY 226 SECTION 6.6: ACCESSING EEPROM IN AVR 233 SECTION 6.7: CHECKSUM AND ASCII SUBROUTINES 238 SECTION 6.8: MACROS 244 CHAPTER 7: AVR PROGRAMMING IN С 255 SECTION 7.1: DATA TYPES AND TIME DELAYS IN С 256 SECTION 7.2: I/O PROGRAMMING IN С 263 SECTION 7.3: LOGIC OPERATIONS IN С 265 SECTION 7.4: DATA CONVERSION PROGRAMS IN С 275 SECTION 7.5: DATA SERIALIZATION IN С 280 SECTION 7.6: MEMORY ALLOCATION IN С 282 CHAPTER 8: AVR HARDWARE CONNECTION, HEX FILE, AND FLASH LOADERS 289 SECTION 8.1: ATMEGA32 PIN CONNECTION 290 SECTION 8.2: AVR FUSE BITS 294 SECTION 8.3: EXPLAINING THE HEX FILE FOR AVR 300 SECTION 8.4: AVR PROGRAMMING AND TRAINER BOARD 305 CHAPTER 9: AVR TIMER PROGRAMMING IN ASSEMBLY AND С 311 SECTION 9.1: PROGRAMMING TIMERS 0, 1, AND SECTION 9.2: COUNTER PROGRAMMING 348 SECTION 9.3: PROGRAMMING TIMERS IN С 353 CHAPTER 10: AVR INTERRUPT PROGRAMMING IN ASSEMBLY AND С 363 SECTION 10.1: AVR INTERRUPTS 364 SECTION 10.2: PROGRAMMING TIMER INTERRUPTS 369 SECTION 10.3: PROGRAMMING EXTERNAL HARDWARE INTERRUPTS 376 SECTION 10.4: INTERRUPT PRIORITY IN THE AVR 381 SECTION 10.5: INTERRUPT PROGRAMMING IN С 385 CHAPTER 11: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY AND С 395 SECTION 11.1: BASICS OF SERIAL COMMUNICATION 396 SECTION 11.2: ATMEGA32 CONNECTION TO RS SECTION 11.3: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY 405 SECTION 11.4: AVR SERIAL PORT PROGRAMMING IN С 419 SECTION 11.5: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY AND С USING INTERRUPTS 422 CHAPTER 12: LCD AND KEYBOARD INTERFACING 429 SECTION 12.1: LCD INTERFACING 430 SECTION 12.2: KEYBOARD INTERFACING 452 CHAPTER 13: ADC, DAC, AND SENSOR INTERFACING 463 SECTION 13.1: ADC CHARACTERISTICS 464 SECTION 13.2: ADC PROGRAMMING IN THE AVR 469
4 SECTION 6.4: LOOK-UP TABLE AND TABLE PROCESSING 216 SECTION 6.5: BIT-ADDRESSABILITY 226 SECTION 6.6: ACCESSING EEPROM IN AVR 233 SECTION 6.7: CHECKSUM AND ASCII SUBROUTINES 238 SECTION 6.8: MACROS 244 CHAPTER 7: AVR PROGRAMMING IN С 255 SECTION 7.1: DATA TYPES AND TIME DELAYS IN С 256 SECTION 7.2: I/O PROGRAMMING IN С 263 SECTION 7.3: LOGIC OPERATIONS IN С 265 SECTION 7.4: DATA CONVERSION PROGRAMS IN С 275 SECTION 7.5: DATA SERIALIZATION IN С 280 SECTION 7.6: MEMORY ALLOCATION IN С 282 CHAPTER 8: AVR HARDWARE CONNECTION, HEX FILE, AND FLASH LOADERS 289 SECTION 8.1: ATMEGA32 PIN CONNECTION 290 SECTION 8.2: AVR FUSE BITS 294 SECTION 8.3: EXPLAINING THE HEX FILE FOR AVR 300 SECTION 8.4: AVR PROGRAMMING AND TRAINER BOARD 305 CHAPTER 9: AVR TIMER PROGRAMMING IN ASSEMBLY AND С 311 SECTION 9.1: PROGRAMMING TIMERS 0, 1, AND SECTION 9.2: COUNTER PROGRAMMING 348 SECTION 9.3: PROGRAMMING TIMERS IN С 353 CHAPTER 10: AVR INTERRUPT PROGRAMMING IN ASSEMBLY AND С 363 SECTION 10.1: AVR INTERRUPTS 364 SECTION 10.2: PROGRAMMING TIMER INTERRUPTS 369 SECTION 10.3: PROGRAMMING EXTERNAL HARDWARE INTERRUPTS 376 SECTION 10.4: INTERRUPT PRIORITY IN THE AVR 381 SECTION 10.5: INTERRUPT PROGRAMMING IN С 385 CHAPTER 11: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY AND С 395 SECTION 11.1: BASICS OF SERIAL COMMUNICATION 396 SECTION 11.2: ATMEGA32 CONNECTION TO RS SECTION 11.3: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY 405 SECTION 11.4: AVR SERIAL PORT PROGRAMMING IN С 419 SECTION 11.5: AVR SERIAL PORT PROGRAMMING IN ASSEMBLY AND С USING INTERRUPTS 422 CHAPTER 12: LCD AND KEYBOARD INTERFACING 429 SECTION 12.1: LCD INTERFACING 430 SECTION 12.2: KEYBOARD INTERFACING 452 CHAPTER 13: ADC, DAC, AND SENSOR INTERFACING 463 SECTION 13.1: ADC CHARACTERISTICS 464 SECTION 13.2: ADC PROGRAMMING IN THE AVR 469
5 SECTION 13.3: SENSOR INTERFACING AND SIGNAL CONDITIONING SECTION 13.4: DAC INTERFACING CHAPTER 14: RELAY, OPTOISOLATOR, AND STEPPER MOTOR INTERFACING WITHAVR 491 SECTION 14.1: RELAYS AND OPTOISOLATORS 492 SECTION 14.2: STEPPER MOTOR INTERFACING 498 CHAPTER 15: INPUT CAPTURE AND WAVE GENERATION IN AVR 509 SECTION 15.1: WAVE GENERATION USING 8-BIT TIMERS 510 SECTION 15.2: WAVE GENERATION USING TIMER1 520 SECTION 15.3: INPUT CAPTURE PROGRAMMING 531 SECTION 15.4: С PROGRAMMING 539 CHAPTER 16: PWM PROGRAMMING AND DC MOTOR CONTROL IN AVR 549 SECTION 16.1: DC MOTOR INTERFACING AND PWM 550 SECTION 16.2: PWM MODES IN 8-BIT TIMERS 560 SECTION 16.3: PWM MODES IN TIMER1 574 SECTION 16.4: DC MOTOR CONTROL USING PWM 597 CHAPTER 17: SPI PROTOCOL AND MAX7221 DISPLAY INTERFACING 603 SECTION 17.1: SPI BUS PROTOCOL 604 SECTION 17.2: SPI PROGRAMMING IN AVR 609 SECTION 17.3: MAX7221 INTERFACING AND PROGRAMMING 615 CHAPTER 18:12C PROTOCOL AND DS1307 RTC INTERFACING 629 SECTION 18.1:12C BUS PROTOCOL 630 SECTION 18.2: TWI (I2C) IN THE AVR 638 SECTION 18.3: AVR TWI PROGRAMMING IN ASSEMBLY AND С 642 SECTION 18.4: DS1307 RTC INTERFACING AND PROGRAMMING 654 SECTION 18.5: TWI PROGRAMMING WITH CHECKING STATUS REGISTER 668 APPENDIX A: AVR INSTRUCTIONS EXPLAINED 695 SECTION A. 1: INSTRUCTION SUMMARY 696 SECTION A.2: AVR INSTRUCTIONS FORMAT 700 SECTION A.3: AVR REGISTER SUMMARY 732 APPENDIX B: BASICS OF WIRE WRAPPING 733 APPENDIX C: 1С INTERFACING AND SYSTEM DESIGN ISSUES 737 SECTION С1: OVERVIEW OF 1С TECHNOLOGY 738 SECTION C.2: AVR I/O PORT STRUCTURE AND INTERFACING 744 SECTION C.3: SYSTEM DESIGN ISSUES 750 APPENDIX D: FLOWCHARTS AND PSEUDOCODE 755 APPENDIX E: AVR PRIMER FOR 8051 PROGRAMMERS 761
6 APPENDIX F: ASCII CODES 762 APPENDIX G: ASSEMBLERS, DEVELOPMENT RESOURCES, AND SUPPLIERS 764 APPENDIX H: DATA SHEETS 766 INDEX 771 >
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