电磁兼容技术在现代电子设备中的设计与实现
Design and implementation of electromagnetic compatibility technology in modern electronic devices
ES评分 0
| DOI |
10.12208/j.sdr.20250053 |
| 刊名 |
Scientific Development Research
|
| 年，卷(期) |
2025, 5(2) |
| 作者 |
|
| 作者单位 |
上海鸣志自动控制股份有限公司 上海
|
| 摘要 |
随着电子设备工作频率提升和集成度提高，电磁兼容问题成为影响系统稳定性与性能的关键因素。电磁干扰来源广泛，既包括外部复杂电磁环境的影响，也涉及设备内部高速信号与电源噪声的耦合效应。为提升电磁兼容性，需从电路设计、PCB布局、结构屏蔽及仿真分析等多个层面进行系统优化。新兴技术的发展进一步推动电磁兼容设计向智能化、高精度方向演进，为应对未来电磁环境挑战提供新的解决方案。
|
| Abstract |
With the increasing operating frequency and integration level of electronic devices, electromagnetic compatibility has become a key factor affecting system stability and performance. Sources of electromagnetic interference are widespread, including the impact of complex external electromagnetic environments as well as coupling effects of high-speed signals and power noise within devices. To improve electromagnetic compatibility, systematic optimization is required across multiple aspects including circuit design, PCB layout, structural shielding, and simulation analysis. The development of emerging technologies is further driving electromagnetic compatibility design toward intelligent and high-precision directions, providing new solutions to address future challenges in electromagnetic environments.
|
| 关键词 |
电磁兼容；电子设备；抗干扰设计；稳定性；复杂电磁环境
|
| KeyWord |
Electromagnetic compatibility; Electronic devices; Immunity design; Stability; Complex electromagnetic environment
|
| 基金项目 |
|
| 页码 |
82-84 |
朱学兵*.
电磁兼容技术在现代电子设备中的设计与实现 [J].
科学发展研究.
2025; 5; (2).
82 - 84.