This book is designed for a first course in microprocessors or it may be used as a reference for practicing engineers. The book is unique in presenting a balanced, integrated topic coverage of assembly language programming, microcontroller programming via the C language, and hardware interfacing. Programming topics are discussed using both assembly language and C, while hardware interfacing examples use C to keep code complexity low and improve clarity. A goal of this book is to prepare students for advanced courses in embedded systems or computer architecture. As such, the topic coverage is wide, with a mixture of software and hardware topics. The assembly language programming topics emphasize the linkage between C language constructs and their assembly language equivalents, so that students clearly understand the impact of C coding choices in terms of execution time and memory requirements. Hardware interface topics included in the textbook cover the fundamentals (parallel, serial, interrupts, A/D, D/A) using devices that do not require an extensive circuits background.
Laboratory Projects These provide an extensive off-the-shelf lab experience (13 experiments) for using the PIC18: one experiment on introductory computer architecture topics, four experiments on PIC18 assembly language, and eight hardware experiments. The hardware experiments require the read to breadboard a PIC18F242 system that includes a serial EEPROM, external 8-bit Digital-to-Analog converter, and RS232 interface, and an infrared receiver module. The hardware labs cover all major subsystems on the PIC18: A/D, timers, asynchronous serial interface, and the 12C interface. All hardware labs are programmed in C, using the HI-TECH PICC18 compiler. A supplemental website (www.reesemicro.com) has book C code examples that have been modified to be compatible with both the Microchip MCC18 and HI-TECH PICC18 compilers, as well as lecture notes and sample quizzes.
This book is designed for a first course in microprocessors or it may be used as a reference for practicing engineers. The book is unique in presenting a balanced, integrated topic coverage of assembly language programming, microcontroller programming via the C language, and hardware interfacing. Programming topics are discussed using both assembly language and C, while hardware interfacing examples use C to keep code complexity low and improve clarity. A goal of this book is to prepare students for advanced courses in embedded systems or computer architecture. As such, the topic coverage is wide, with a mixture of software and hardware topics. The assembly language programming topics emphasize the linkage between C language constructs and their assembly language equivalents, so that students clearly understand the impact of C coding choices in terms of execution time and memory requirements. Hardware interface topics included in the textbook cover the fundamentals (parallel, serial, interrupts, A/D, D/A) using devices that do not require an extensive circuits background.
Laboratory Projects These provide an extensive off-the-shelf lab experience (13 experiments) for using the PIC18: one experiment on introductory computer architecture topics, four experiments on PIC18 assembly language, and eight hardware experiments. The hardware experiments require the read to breadboard a PIC18F242 system that includes a serial EEPROM, external 8-bit Digital-to-Analog converter, and RS232 interface, and an infrared receiver module. The hardware labs cover all major subsystems on the PIC18: A/D, timers, asynchronous serial interface, and the 12C interface. All hardware labs are programmed in C, using the HI-TECH PICC18 compiler. A supplemental website (www.reesemicro.com) has book C code examples that have been modified to be compatible with both the Microchip MCC18 and HI-TECH PICC18 compilers, as well as lecture notes and sample quizzes.
Sprache
Verlagsort
Verlagsgruppe
Zielgruppe
Maße
Höhe: 239 mm
Breite: 193 mm
Dicke: 43 mm
Gewicht
ISBN-13
978-1-58450-378-1 (9781584503781)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Klassifikation
Robert B. Reese (Starkville, MS) is a professor of electrical and computer engineering at Mississippi State University, and specializes in the areas of integrated VLSI CAD environments, computer architecture, and self-timed design. He received his PhD in Electrical Engineering from Texas A&M University and has co-authored a variety of electrical/computer engineering publications.
Robert B. Reese (Starkville, MS) is a professor of electrical and computer engineering at Mississippi State University, and specializes in the areas of integrated VLSI CAD environments, computer architecture, and self-timed design. He received his PhD in Electrical Engineering from Texas A&M University and has co-authored a variety of electrical/computer engineering publications.
Chapter 1 Number System and Digital Logic Review Chapter 2 The Stored Program Machine Chapter 3 Introduction to the PIC18Fxx2 Chapter 4 Unsigned 8-Bit Arithmetic, Logical, Conditional Operations Chapter 5 Extended Precision and Signed Operations Chapter 6 Subroutines and Pointers Chapter 7 Advanced Assembly Language: Higher Math Chapter 8 The PIC18Fxx2: System Startup and Parallel Port IO Chapter 9 Asynchronous Serial IO Chapter 10 Interrupts and a First Look at Timers Chapter 11 Synchronous Serial IO Chapter 12 Data Conversion Chapter 13 Timers Chapter 14 Capstone: Audio Sampling, Monitoring System, and Autonomous Robot Chapter 15 Beyond the PIC18Fxx2 Appendix A PIC18Fxx2 Architecture, Instruction Set, Register Summary Appendix B Microchip MPLAB Quickstart Appendix C HI-TECH PICC-18 C Compiler Demo for the PIC18F242 Appendix D Notes on the C Language Appendix E Suggested Laboratory Exercises Appendix F The Jolt/Colt Serial Bootloaders Appendix G Circuits 001 Appendix H References Appendix I Answers to Review Problems Appendix J About the CD-ROM Index
