One approach to minimize this impact is to filter the harmonic currents and the electromagnetic interference(EMI) produced by the power electronic loads.
减小这种影响的一个办法是，将由电力电子负载产生的谐波电流或者电磁干扰滤除。
It is necessary for an electromagnetic compatibility design to prospect an consider its possible EMI levels.
这是必要的电磁相容性的设计，以一种前景考虑其可能的电磁干扰水平。
However, SMPS operate at high switching frequencies, and the associated transient pulses are full of high frequency harmonics that may cause electromagnetic interference (EMI).
然而，由于开关电源工作在高频状态，其产生的瞬态脉冲包含有能够发射电磁干扰(emi)的的高频谐波。
Switch power of high frequency is serious electromagnetic interference (EMI) source, so EMI source filter usually should be added in switch power.
高频开关电源是严重的电磁干扰源，很多情况下需对其安装emi电源滤波器。
The EMI suppression circuit is designed to meet the requirements of electromagnetic compatibility and safety.
为了满足电磁兼容性和安全性要求，设计了EMI抑制电路。
To suppress the conducted electromagnetic interference (EMI) noises effectively, a synthetic processing system is proposed to measure and analyze conducted EMI noises.
为了有效地抑制传导噪声，提出了一种传导电磁干扰综合测量与分析系统。
The new Dual EMI Honeycomb air filter provides superior shielding against electromagnetic interference and is specially designed for electronics, telecom and datacom equipment.
新的双重抗电磁干扰蜂窝式空气过滤器具有出色的电磁干扰屏蔽性能，专门设计用于电子器件、电信和数据通信设备。
EMI affects both the electromagnetic compatibility (EMC) performance and the cost of operation for SMPS.
EMI不仅影响开关电源的电磁兼容(EMC)性能，而且影响开关电源的工作成本。
The electromagnetic interference (EMI) noise separating network is used to estimate and suppress the radiated electromagnetic interference noise in a power line communication system.
介绍了电磁干扰(emi)噪声分离网络在预估与抑制电力线通讯中系统辐射电磁干扰噪声方面的应用。
The electromagnetic interference (EMI) is an important problem in microwave system which is caused by harmonic radiations in most cases.
电磁干扰是微波电路系统中的一个重要问题，而且这种干扰多数情况是由于谐波的辐射引起的。
Nearly every electronic device is susceptible to electromagnetic interference (EMI) if inadequately shielded, designed, or otherwise configured for electromagnetic compatibility.
几乎所有电子设备，如果不适当包装、设计或电磁兼容配置，都极易产生电磁干扰。
The harmonic distortions of the high power PWM converters increase more with low switching frequency, which may destroy the devices used in the system and result in electromagnetic interference (EMI).
在开关频率较低的情况下，大功率PWM变换器的谐波可能会更大，并对电力电子设备造成损坏或产生电磁干扰影响通讯。
Using EMI design to prevent electromagnetic radiation interference.
利用电磁干扰设计，防止电磁辐射的干扰。
The EMI of ignition system not only affects the electromagnetic compatibility (EMC) of automotive electrical systems, but also becomes the biggest obstacle for meeting the strict EMC standard.
这不仅影响整个汽车电气系统的电磁兼容性能，而且成为是汽车满足电磁兼容标准的最大障碍。
The high frequency parasitic parameters of common mode(CM) choke significantly influence the performance of electromagnetic interference(EMI) filter for conducted EMI suppression.
共模扼流圈的高频特征极大地影响了电磁干扰（EMI）滤波器抑制传导EMI噪声的性能。
Added margin to already-passing electromagnetic interference regulatory tests. Provides additional EMI margin for systems integrators.
为已经通过电磁干扰测试的SSD增加了余量，可以为系统集成商提供额外的电磁干扰冗馀。
How does jitter frequency reduce EMI from the viewpoint of fourier series theory and the transient electromagnetic field theory is investigated.
从傅氏级数及空间交变电磁场的角度对采用抖频技术如何来减小EMI进行了分析。
The environment problem of Electromagnetic Interference (EMI) becomes more and more outstanding. This problem has already influenced people's life in different degree.
电磁波干扰(emi)是愈来愈突出的一大环境污染问题，已经不同程度地影响了人们的生产、生活。
Electromagnetic interference (EMI) in high-speed digital circuit is mainly generated by Common-mode (CM) noise, and the CM inductance is responsible for CM noise magnitude.
共模噪声是高速数字电路产生电磁干扰的主要原因，而共模电感又是共模噪声大小的决定因素。
Conducting Electromagnetic Interference (EMI) in switching power supplies caused by parasitic parameters and transient characteristic of power electronic elements is studied in this paper.
研究了开关电源中印刷电路板寄生参数及功率器件瞬态特性产生的传导电磁干扰现象。
In addition, optocouplers provide excellent emi and emit no electromagnetic waves, which is now an important measure for medical-equipment certification.
此外，光耦合器提供极好的EMI，且不辐射电磁波，这是目前医疗设备鉴定的重要标准。
The depressing technology of EMI (Electromagnetic interference) is the important subject of EMC (Electromagnetic Compatibility).
电子镇流器抗emi(电磁干扰)技术是EMC(电磁兼容)的一个重要方面。
Electromagnetic environment become more and more complicated, EMI also get worse.
电磁环境日益复杂，电磁干扰逐年增加。
A series of techniques for making the EMI sensor based on the theory of ElectroMagnetic Induction, eddy current effect and skin-effect were introduced.
介绍了根据电磁感应原理、电涡流效应和集肤效应设计、制作EMI传感器的方法。详细讨论了激磁和检测线圈的绕制参数及调试方法。
Electromagnetic Interference (EMI) in electric locomotive is summarized in this paper. Combining with several examples, some countermeasures are presented.
文章归纳了电力机车上存在的电磁干扰现象，并结合部分实例给出了抑制电磁干扰的措施。
It is also immune to Electromagnetic Interference (EMI). I. e..., a metal plate, touches the Test Button and raises one foot for several seconds.
它也是对电磁干扰(emi)免疫。即。，金属片，接触金属试样并且举一只脚几秒钟。
It is also immune to Electromagnetic Interference (EMI). I. e..., a metal plate, touches the Test Button and raises one foot for several seconds.
它也是对电磁干扰(emi)免疫。即。，金属片，接触金属试样并且举一只脚几秒钟。
应用推荐