PCB Electromagnetic Compatibility Technology -- Design Practices

Author: Gu Haizhou, Ma Shuangwu (editors)
Publisher:
Publish Date: 2004-06-01
Features: This book studies and analyzes some of the issues that need to be addressed in the PCB design stage to achieve electromagnetic compatibility (EMC) for electronic products from an engineering practice perspective. The book is divided into 9 chapters. Chapter 1 briefly introduces EMC standards and basic knowledge of PCB design; Chapter 2 introduces design measures such as bypassing, decoupling, and energy storage required in digital circuit design; Chapter 3 covers characteristic impedance of traces and transmission line termination techniques; Chapter 4 discusses the special signal lines in digital single boards—clock design; Chapter 5 introduces power supply design issues on the single board; Chapter 6 covers grounding techniques and grounding implementation on PCBs; Chapter 7 introduces electrostatic protection design implemented on PCB single boards; Chapter 8 discusses design issues related to holes and connectors on PCBs; Chapter 9 introduces special design points for large-area single board backplanes and bottom plates. While introducing key design knowledge points, the authors have compiled typical problems encountered in real products into case studies, placed in the corresponding chapters for readers to reference. In the appendix, the book presents approaches and countermeasures for solving EMC test projects in complete products and provides common review criteria for PCB design in the form of a review outline for hardware design, PCB design, and quality assurance personnel to use for self-checks and design reviews. This book integrates both practice and theory, summarizing the key points of EMC design for digital circuit PCBs, making it suitable for engineering technicians involved in system design, logic design, hardware design, and PCB layout. It is also suitable for test engineers and technicians, as well as personnel engaged in electromechanical product processing, manufacturing, and compatibility debugging, EMC design engineers, and those responsible for managing and controlling hardware engineering design.