Electronic System Design and Practice

Author: Yang Gang
Publisher:
Publish Date: 2004-01-01
Features: "Electronic System Design and Practice" is rich in content. Chapter 1 introduces the basic concepts, design methods, and design processes of electronic systems; Chapter 2 covers common sensors and their applications; Chapter 3 provides a detailed explanation of the design methods and application techniques of various amplifiers; Chapter 4 focuses on active filter design techniques, while also introducing programmable analog devices and their applications in filter design; Chapter 5 explains the principles, selection criteria, and application techniques of analog-to-digital and digital-to-analog converters; Chapters 6 and 7 provide a detailed explanation of the principles of programmable logic devices and their development software; Chapter 8 briefly introduces the principles and applications of microcontrollers; Chapter 9 elaborates on electronic system processes and briefly describes the PCB design process; Chapter 10 presents detailed calculation methods and design steps for multiple unit circuit examples; Chapter 11 introduces the principles of radios and their assembly, soldering, and debugging techniques; Chapter 12 provides a detailed explanation of design ideas, implementation processes, and debugging techniques using a digital multimeter as an example; Chapter 13 is a comprehensive design example of electronic systems, including the design of traffic lights, password locks, digital frequency counters, temperature control systems, and simple digital storage oscilloscopes. This textbook is compiled based on the basic requirements of the electronic technology practical teaching syllabus for higher engineering colleges. The content is comprehensive, covering various electronic system design methods, design processes, common sensors and their applications, amplifier design, filter design, analog-to-digital and digital-to-analog converter application techniques, the principles of programmable analog and logic devices and their development software, microcontroller technology, electronic system processes, etc. Additionally, the book provides detailed calculation methods and design steps for multiple unit circuit design examples and comprehensive design examples. It also introduces the design and assembly, soldering, and debugging techniques of radios and digital multimeters. This book can be used as a practical teaching textbook for undergraduate and junior college students in electrical and non-electrical disciplines in universities. It can also serve as a comprehensive practical teaching textbook for students in television universities, vocational universities, part-time universities, as well as distance education and online education programs in electrical and non-electrical disciplines. Furthermore, it can be used as a training textbook for students participating in the National College Students' Electronic Design Competition. Additionally, for engineering technicians engaged in electronic technology, this book is also a valuable reference.