16-bit Microcontroller C Language Development for

Author: Li Xiaobai
Publisher:
Publish Date: 2006-09-01
Features: This book consists of 14 chapters. Chapter 1 introduces the performance, structure, and features of the16-bit microcontroller SPCE061A. The chip has a 16-bit RISC core with DSP capabilities, a flexible and power-saving phase-locked loop clock, abundant and practical integrated peripheral resources, and distinctive digital voice functions. Chapter 2 provides some concepts of the C language, preparing the necessary foundation for describing the functions of the development chip. Chapters 3–8 detail the C language application design for the basic resources of the SPCE061A microcontroller. This includes system setup, basic I/O port configuration, timer/counter setup, A/D and D/A conversion setup, serial interface SIO and UART configuration, and C language program design for interrupt system setup. Chapter 9 focuses on the chip's distinctive feature—the C language program design for digital voice applications. Chapter 10 provides a detailed explanation of the characteristics, basic concepts, programming, and debugging of the embedded real-time operating system MiniOS. Chapters 11 and 12 introduce the software development environment used for writing programs and the hardware platform for testing programs—the experimental instrument. Chapter 13 contains 15 basic experiments, through which readers can gain an in-depth understanding of the working principles of SPCE061A and train their programming skills. Chapter 14 presents application examples, allowing readers to test their comprehensive design abilities through the design of a digital voice recorder. Additionally, this book introduces the method of expanding chip peripheral resources by selecting the CAN bus networking technology. All programs are described in C language, aiming for simplicity and conciseness. The16-bit microcontroller (μ'nSPTM) is a new-generation microcontroller launched by Company, featuring high speed, low cost, small size, low power consumption, reliability, and ease of learning. This book takes the representative model SPCE061A as the main focus to explain the internal structure, instruction set, and development tools of this series of microcontrollers. By combining the relevant library functions and header files provided in the development environment, it lists numerous examples to detail how to use standard C language to program for microcontroller control. It also cites two practical engineering applications of SPCE061A to deepen understanding and reinforce practical application. This book has a complete system, clear structure, and is easy to understand, with abundant examples and strong readability. It can serve as a reference book for undergraduate, vocational college, and technical school students during electronic internships, course design, electronic competitions, and graduation projects. It can also be used as a self-study book for engineering technicians engaged in microcontroller development and application, as well as for enthusiasts of microcontrollers. This book takes the16-bit microcontroller representative model SPCE061A as the main focus to explain the internal structure, instruction set, and development tools of this series of microcontrollers. By combining the relevant library functions and header files provided in the development environment, it lists numerous examples to detail how to use standard C language to program for microcontroller control.