摘要
为确保大型电子设备群在复杂电磁环境下正常工作,把EMC技术作为模块引入设备群的全生命周期中。提出了一种新的EMC模块设计方案,并结合对各子模块功能及其工作过程的分析论证了构成方案的可行性。阐述了该模块实现涉及的几项关键技术,建立了EMC预测子模块依据的数学模型并给出了程序设计流程,给出了EMC设计可利用的主要措施,提供了EMI自动检测模块的实现方法。运行效果表明,所提出的构成方案是合理可行的。
To ensure the normal work in the complicated electromagnetir environment, the introduction of EMC technology as a module into large-scale electronic equipment group in the whole life cycle was very necessary. A kind of structure plan for EMC module was proposed, and the feasibility of the constitution project was demonstrated combined with the analysis of the function structure and work process of submodules. The key technology involved in the module realization was discussed in detail. Mathematic model which EMC forecast submodules depends on was analyzed and programmer flow as well as major measure for EMC design was presented. Some primary measures for EMC design were proposed and the realization method for automatic detection of EMI module was offered. Operating effects shows that the structure plan proposed in this paper is rational and effective.
出处
《解放军理工大学学报（自然科学版）》
EI
2008年第3期232-236,共5页
Journal of PLA University of Science and Technology(Natural Science Edition)
基金
国家部委预研基金资助项目(20041167)
关键词
电子设备
电磁兼容
电磁干扰
模块
electronic equipment
EMC（electromagnetic compatibility）
EMI（electroemagnetie interference）
module
