MCS 296 Microcontroller and its Application System Design

Author: None
Publisher:
Publish Date: 2005-04-01
Features: Since the first 8-bit general-purpose microcontroller was developed by Intel in the United States in 1976, microcontrollers have gained widespread popularity among computer application professionals due to their high integration, high anti-interference capability, and high performance-price ratio, "three-high" advantages, and have been widely applied in many fields of science and technology. In the MCS96 series, the representative microcontrollers such as 8098, 8XC196KX, and 8XC196NT have been used as learning materials in microcomputer principles and microcomputer control courses by many universities. Many scientific research, design units, and industrial enterprises have developed various industrial process control systems, intelligent instruments, and other products using these microcontrollers, achieving good results. The MCS96 series microcontrollers are well-known to the majority of science and technology professionals, and they have accumulated extensive experience in development and application. In today's era, with the rapid advancement of science and technology, new microcontroller products continue to emerge. The MCS296 microcontroller is a new-generation 16-bit microcontroller developed by Intel in the United States, which is highly compatible with the MCS96 series microcontrollers. However, its operating speed, memory capacity, and digital signal processing capabilities, as well as other software and hardware resources, are richer and have reached a new level. To adapt to the development of the national economy and science and technology, the content of microcomputer principles and microcomputer control courses in computer application majors and automation-related majors in higher education institutions needs to be updated. Science and technology professionals also require more powerful microcontrollers for industrial control computers. Based on the above considerations, the author has provided a detailed discussion of the software and hardware structure and applications of the MCS296 microcontroller (with the 80296SA microcontroller as its main representative product) in this book. The writing and publication of this book have been greatly supported and guided by Tsinghua University Press, and sincere gratitude is expressed here. Due to the limitations of the author, there may be inaccuracies in the book, and readers are welcome to point them out. The MCS296 microcontroller is a new-generation 16-bit microcontroller. This book aims to be advanced, systematic, and practical, providing a detailed discussion of its software and hardware resources and their applications in the field of automation. The book consists of 12 chapters and two appendices, with exercises at the end of each chapter. When introducing the content, it follows the cognitive pattern of starting from the simple to the complex and proceeds step by step, striving to clarify concepts, master methods, and highlight key points. This book can be used as a teaching material for microcomputer principles and microcomputer control courses in higher education institutions and can also be read by science and technology professionals engaged in computer applications.