Electronic and Electrical Equipment Process Design and Manufacturing Technology

Author: Hu Junda, Editor-in-Chief
Publisher:
Publish Date: 2004-08-01
Features: This book comprehensively introduces the structural design, manufacturing, installation, assembly, debugging, and process management of electronic and electrical equipment. The book is divided into thirteen chapters, covering the main content of:
Fundamentals of structural design for electronic and electrical equipment (products),
Application of ergonomics in the structural design of electronic and electrical equipment,
Cabinet and enclosure design for electronic and electrical equipment,
Electromagnetic compatibility and anti-interference measures for electronic and electrical equipment,
Protection measures for electronic and electrical equipment (products),
Printed circuit board manufacturing technology,
Surface mount and microassembly technology,
Assembly and debugging technology for electronic products,
Assembly and testing technology for electrical equipment,
Handling special process issues for power electronic equipment,
Quality control and quality management for electronic products and equipment, as well as process management. It also introduces corresponding new processes and technologies.
According to the requirements of modern electronic and electrical equipment (product) manufacturing enterprises, product designers must not only master professional technical knowledge in product structural design but also understand manufacturing technology, which presents new training demands for higher engineering education. This book was written to address the knowledge gap in structural design and manufacturing processes for electronic and electrical equipment (products) among students in electrical engineering programs.
In response to the growing demand for structural design and process knowledge in the electronic products and electrical equipment industry, the authors, based on the technical development trends of electronic and electrical equipment (products), the current broad-spectrum professional settings in universities, and the emphasis on applied skills, combined their extensive factory experience and teaching expertise to compile this textbook. It can serve as a teaching material for undergraduate engineering programs in automation, electrical engineering and automation, electronic information engineering, communication engineering, electronic science and technology, electronic information science and technology, measurement and control technology and instruments, and other electrical-related disciplines in higher education institutions. It is also suitable for vocational colleges, workers' universities, part-time universities, and correspondence universities in relevant fields. Additionally, it serves as a reference for engineering technicians engaged in structural design, on-site process management, and process management of electronic and electrical equipment.