Microcomputer Principles and Interface Technology

Author: Zhang Fan
Publisher:
Publish Date: 2003-10-01
Features: This book is written in line with the spirit of the Ministry of Education's "Teaching Content Reform for the 21st Century," to meet the needs of the rapid development of microcomputers. It references domestic and international outstanding textbooks and materials, and combines years of teaching experience in the "Microcomputer Principles and Interface Technology" course. The book takes the Intel 80X86 series microprocessor, the most widely used mainstream microprocessor in the world, as its background and systematically explains the internal structure of microprocessors, instruction sets, assembly language programming, memory, interrupts, common I/O interface chips, microcomputer buses, human-machine interface, and digital-to-analog (D/A) and analog-to-digital (A/D) conversion interfaces. This book is one of the series textbooks of the National Electrical and Electronic Teaching Base, and is written in accordance with the basic requirements of the Ministry of Education on the teaching content of computer technology foundation courses for non-computer engineering majors in universities. The entire book integrates the principles of microcomputers, assembly language programming, and microcomputer interface technology, with the Intel 80x86 microprocessor as the core, systematically introducing the internal structure of microprocessors, instruction sets, assembly language programming, memory, interrupts, I/O interface technology, microcomputer buses, human-machine interface, and digital-to-analog (D/A) and analog-to-digital (A/D) conversion interfaces. The content is presented from simple to complex, in a gradual and natural flow, with a clear hierarchical structure that aligns with cognitive patterns, making it highly readable. Each chapter includes abundant exercises and reflection questions for readers to self-study and self-assess, helping them understand and master the knowledge. The reference teaching hours are 64-80, making it suitable as a basic textbook or reference book for undergraduate or junior college students in non-computer electronic information-related majors in higher education institutions, as well as for reference by engineering technicians.