PIC Microcontroller Experiment Tutorial ()

Author: Li Rongzheng
Publisher:
Publish Date: 2006-02-01
Features: This book is formed based on the author's long-term teaching experience and the teaching insights from national PIC microcontroller beginner and advanced training courses. It provides a detailed introduction to the practical applications of PIC microcontrollers, with the aim of cultivating students' innovative abilities. It relies on the modular and open YB03-1 experimental system to comprehensively improve students' practical skills and application proficiency. The book is divided into three parts: Part 1 introduces the functions and modules of the PIC microcontroller YB03-1 experimental development system; Part 2 focuses on basic and routine verification experiments of the PIC microcontroller to strengthen the understanding of its basic structure and modules; Part 3 primarily introduces the application of functional modules of the PIC microcontroller, including a large number of comprehensive, design-oriented, and expansion experiments. Mastering these experimental contents and programming techniques will help achieve a deeper understanding of the PIC microcontroller and master innovative application technologies. From basic verification experiments to innovative experiments, including keyboard and display module experiments (LED, LCD, etc.), synchronous serial communication experiments (SPI, I2C), input signal capture/output signal comparison/PWM function implementation, A/D and D/A conversion, as well as parallel communication experiments. This book is the experimental manual for the "PIC Microcontroller Series Tutorial." It takes the PIC16F877 microcontroller from Microchip Corporation in the United States as the main focus, with the aim of cultivating students' innovative abilities and relying on the PIC microcontroller YB03-1 experimental development system to comprehensively improve students' practical skills and application proficiency. The book is divided into 3 parts: Part 1 introduces the functions and module analysis of the PIC microcontroller experimental development system YB03-1; Part 2 primarily introduces basic and routine verification experiments of the PIC microcontroller to strengthen the understanding of it; Part 3 primarily introduces comprehensive and expansion experiments of functional modules of the PIC microcontroller to improve programming skills, achieve a deeper understanding of the PIC microcontroller, and lay the foundation for actual project development. It is also a successful stepping stone for participating in the National Undergraduate Electronic Design Competition. The book comes with a CD-ROM containing the source code for all programs. This tutorial series is rich in content, practical, and easy to understand, featuring numerous application examples and analyses, making it suitable as a undergraduate textbook for relevant majors in higher engineering colleges. It can also be referenced by engineering technicians engaged in microcontroller development and application.