1) compatible electromagnetism
兼容电磁
2) electromagnetic compatibility
电磁兼容
1.
Study on electromagnetic compatibility in coal mine;
煤矿井下电磁兼容性探讨
2.
Study of electromagnetic compatibility & maintenance device for offshore submarine pipelines & cables;
海底石油管线检测维修装置电磁兼容技术研究
3.
Application Electromagnetic Compatibility for Medical Instrument Equipment;
电磁兼容性(EMC)在医疗器械产品中的应用
3) EMC
电磁兼容
1.
Study on the EMC Technology of EDM Pulse Generator;
电火花加工脉冲电源电磁兼容技术研究
2.
Design on EMC of input for inverter welding power source;
逆变焊接电源输入端口的电磁兼容设计
3.
Discussions on EMC in Intelligent Electrical Apparatus;
智能电器电磁兼容技术探讨
4) Electromagnetic Compatibility (EMC)
电磁兼容
1.
This paper gives an introduction of electromagnetic compatibility (EMC), electromagnetic interference harmfulness and related laws & regulations, standardization organizations and their respective works, pointing out that it has been an imperative trend to set up the national standard of electromagnetic compatibility for medical electronical devices and equipments.
介绍电磁兼容,电磁干扰的危害,有关法规、标准化组织及其工作等情况,指出此项工作势在必行。
2.
As a result, the electromagnetic compatibility (EMC) analysis of static discharge is carried out, that can provide basis for the further control of interference .
分析了由电气设备静电放电引起的电磁干扰机理,并利用小波分析的多分辨特性,对叠加噪声后的电磁干扰信号进行了时频分解,准确判断出放电干扰发生的时刻,提取了放电信号,从而完成了对静电放电的电磁兼容分析,为进一步抑制干扰源提供了依据。
3.
To make the electric equipments working without interference on spacecraft, electromagnetic compatibility (EMC) of the whole system should be guaranteed.
为使航天器上电子设备互不干扰地工作,必须保证整个系统的电磁兼容性。
5) electromagnetic compatibility(EMC)
电磁兼容
1.
Based on analysis of electromagnetic compatibility(EMC) for intelligent electrical apparatus,some relevant countermeasures were presented.
基于对智能电器中的电磁兼容分析,提出了一些相应的对策。
2.
Purpose of the paper is to study principle and method to predict electromagnetic compatibility(EMC) in ground radar system.
研究地面雷达系统间电磁兼容预测的原理和方法,根据地面雷达系统的电磁环境及系统电磁兼容性的要求,完成了电磁干扰三要素的数学模型建立与计算;确定了EMC评估系统的执行准则;并依照地面雷达各部分系统模型的建立,并同时采集相关数据代入模型进行计算,从而可进行系统相应部分的电磁环境效能评估,其预测结果与实测结果基本吻合,为设计人员修改设计方案提供了依据。
3.
The electromagnetic compatibility(EMC)effect of the novel grounding scheme is compared with that of the traditional grounding scheme under multiple electromagnetic interference(EMI)coupling modes.
就不同电磁干扰耦合方式下二次电缆屏蔽层采用新型接地方法和传统接地方法时的抗干扰效果进行了分析比较,并对较为复杂的感性耦合方式进行了着重分析,发现采用新方法可以获得较好的电磁兼容效果,并可有效解决因地电流过大而可能烧毁屏蔽层的问题。
6) electro magnetic compatibility
电磁兼容
1.
There were great changes and suplemantaries in the contents, especially added in Appendix J, L, M, and N, amongst Appendix J, N, regulations were made for the electro magnetic compatibility(EMC)of circuit breakers, including circuit breaker s over current protection and requirements for various accessaries and .
低压断路器国际标准IEC60947-2 1998年第二版后,经No1,No2修正件修改,于2003年4月出版了第三版,内容有了较大的变化与补充,特别是补充了附录J、L、M、N,其中附录J、N对断路器的电磁兼容(EMC),包括断路器的过电流保护和各种附件的要求和试验方法作了规定。
2.
as well as the increasingly worsened electro magnetic enxironment of the LV power net the simple surpressor will no more satisfy the requirement of electro magnetic compatibility and an integreted surge suppressor, which is a simple surpressor combined with wave filtering technology, is required for the guarantee of its anti interference ability and the quality of source roltage.
在对限幅型浪涌抑制器的波特性分析基础上 ,指出滤波环节对于提高设备浪涌抑制能力和满足电磁兼容的重要性。
3.
Several features of airborne radar using electro magnetic compatibility are introduced,the source and the restrainability of interior interference for three sub-systems are analyzed,a method of forecasting modeling for EMC is derived.
介绍了机载雷达电磁兼容的一些特点,重点对雷达三大分机的内部干扰产生原因和抑制手段进行了分析 给出了电磁兼容预测建模的方法。
补充资料：产品电磁兼容认证
产品电磁兼容认证
product electromagnetic compatibility certification
ehonPin dianei Jionrong renzheng产品电磁兼容认证(p耐uet elec加m哪，etieCompetibility certifieation)证实某产品电磁兼容性符合相关标准的评价活动。属产品安全认证。按国际标准化组织(150)推荐的第五种认证模式进行认证。阴C认证标志认证产品检验的依据是相关产品的国家标准或行业标准。审核依据为《质量体系生产、安装和服务的质量保证模式》(GBITI侧I犯一1望抖)结合相关产品特点制定的《审核细则》和被审核方的质量手册、程序文件、作业指导书、表格等相关质量体系文件。认证机构为2(XX)年3月国家质量技术监督局授权成立并经中国产品质t认证机构国家认可委员会(CNACP)认可的中国电磁兼容认证中心(CEMc)。检验机构是17个国家、部级、省级质检中心。认证标志为EMC认证标志(见图)。认证范围是电视机、电冰箱、计算机等。(张志国)
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