Electronic Measurement Technology (2nd Edition)

Author: Lu Qirong
Publisher:
Publish Date: 2007-01-01
Features: This book is adapted from the book "Electronic Measurement Technology" published in August 2003. The second edition of the textbook continues to adhere to the principle of higher vocational education, which emphasizes " theory, sufficient for use, cultivating skills, and focusing on application." It inherits the features and writing style of the first edition of "Electronic Measurement Technology," corrects the errors in the first edition, expands the testing methods and application examples in some chapters, and adds testing technology in the field of optical communication. The book is divided into 12 chapters, covering four main parts. Part 1 consists of Chapters 1 and 2, which mainly introduce the characteristics of electronic measurement technology, measurement error theory, and the processing of measurement results. Part 2 covers Chapters 3 to 10, explaining the basic principles of electronic measurement and the application of electronic measurement technology. Part 3 is Chapter 11, which is particularly added to meet the growing demand for the development of China's optical communication industry, introducing the parameters of fiber optic communication systems and the application of optical testing instruments. Part 4 is Chapter 12, which introduces computer testing technology and its applications in new fields, enabling readers to keep up with the latest developments in electronic measurement technology. The textbook focuses on the basic testing techniques of electronic measurement, introducing the principles, methods, and commonly used testing instruments for basic parameters such as voltage, frequency, time, phase, component parameters, frequency characteristics, noise, and digital logic. It also covers the latest developments in this field, including virtual instruments, network instruments, and complete process measurement and control technology. This textbook is suitable for teaching in higher vocational education for electronic, communication, and electrical engineering majors. It can also be used as a teaching material for adult higher education students in fields such as electronic instruments and measurement, detection technology and instruments, applied electronics technology, communication engineering, and electronic engineering. Additionally, it can serve as a reference for engineering testing technicians in electrical-related professions.