Electronic Device Structural Design Principles

Author: Qiu Chengti / Zhao Dunshu / Jiang Quanxing (editors)
Publisher:
Publish Date: 2005-01-01
Features: This book is the unified teaching material for the original electronic equipment structural design major, published in 1981 and included in the "Nineth Five-Year Plan" for national key teaching material compilation in 1996. Based on the adjustment of college major structures, the significant reduction in teaching hours, the new demands of the electronic industry for structural design knowledge, and the development trends of electronic equipment self-supporting technology as well as the current status of college major settings, the book was revised and republished in 2001. This edition is a reprint based on the revised version. The book contains 920,000 words, focusing on environmental reliability issues in electronic device structural design, divided into five parts and 35 chapters: Thermal design of electronic equipment; Vibration and shock isolation; Structural design for electromagnetic compatibility; Corrosion prevention design; Industrial design of electronic equipment. The book not only elaborates on the fundamental principles of electronic equipment structural design but also includes design examples and data accumulated over the years by the authors. Each part is accompanied by relevant experimental or testing knowledge, and each chapter includes exercises. The textbook is suitable for self-study under limited teaching hours and can also serve as a reference for professionals in the broad field of "Mechanical Manufacturing and Automation" engaged in electromechanical product structural design. The content of the book covers five significantly different knowledge categories, making it also valuable for other design, production, and management personnel in the field of electromechanical products.