2) electromagnetic disturbance
电磁干扰
1.
With the rising of the automation level of transformer substation,PC automation protective devices are applied broadly but problems of PC protective devices being disturbed by strong-electricity environment electromagnetic disturbance are increasingly serious.
随着变电站自动化水平的提高,微机自动化保护装置得到广泛地应用,但微机保护装置受强电环境电磁干扰问题却越来越严重,为确保变电站的安全可靠运行,提出电磁干扰问题。
2.
The main factors of the electromagnetic disturbance and various unti-disturbance measures are analyzed.
叙述了变频钻机电传动系统的现场测量波形,分析了电传动系统电磁干扰的主要因素并综合了各种处理方法,同时叙述了有源动态滤波器的特点与配置。
3.
To improve anti-disturbance capability of control system in engineering application,the classification and couple way of electromagnetic disturbance,as well as,basic way for anti-disturbance in engineering is introduced in detail.
电磁干扰是一种复杂多变的随机过程,为提高控制系统在工程应用中的抗干扰能力,详细论述了控制系统在工程应用中最常见的电磁干扰的分类、干扰的耦合途径及控制工程中抗干扰的基本途径。
3) EMI
电磁干扰
1.
Suppression of EMI in Produce System for Cemented Carbide;
硬质合金生产系统电磁干扰的抑制
2.
Analysis of EMI in Switching Power Supply and Its Suppression Methods;
浅析开关电源的电磁干扰(EMI)及其抑制措施
3.
EMI Reduction of the Converter Based on Frequency Jittering;
频率抖动技术抑制变换器电磁干扰分析
4) electromagnetic interference
电磁干扰
1.
Study on the electromagnetic interferences in the numerical control equipment;
数控设备中电磁干扰的研究
2.
Measurement of electromagnetic interference and its effect on protection caused by switchgear operation in substation;
变电站刀闸操作产生电磁干扰及对保护影响的测量
3.
Electromagnetic Interference Research in PLC Application System;
PLC应用系统的抗电磁干扰研究
5) electromagnetic interference(EMI)
电磁干扰
1.
This paper summarizes the meaning, purpose and measure of improving medical equipment application quality, and introduces especially electromagnetic interference(EMI) and countermeasures of preventing EMI.
本文综述了保证医疗设备应用质量的意义、目的和具体措施,着重介绍了运行环境中电磁干扰对医疗设备的影响及措施。
2.
It is a difficult problem to calculate and analyze quantitatively the electromagnetic interference(EMI) from the module.
基于中频发电机AC-DC整流模块产生共模干扰的机理,利用频域法对共模干扰电压进行了计算,并通过MATLAB数学仿真得到了其频谱图,该方法可以推广到其他电力电子系统的电磁干扰分析计算中。
3.
This paper detailedly analyzes a circuit breaker misclosing accident on the medium-voltage side of a main transformer,which resulted from misoperation of the measurement and control device under electromagnetic interference(EMI).
对一起由于测控装置同期开入回路受到电磁干扰后误动,造成主变压器中压侧断路器误合闸的严重事故进行了详细分析,并说明了电磁干扰使得光耦元件“瞬态饱和”的现象和原理,指出了测控装置设计不当的地方,并由制造厂家进行了改进。
6) EMI
电磁骚扰
1.
Reproducibility Assurance of EMI Measurement Results;
实验室电磁骚扰测量结果复现性保障
2.
Optimize the EMI of Switch Power by Utilizing Spread Spectrum Technic;
利用扩频技术抑制开关电源电磁骚扰
补充资料：国际磁扰日
见地磁指数。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条