1) Conducted Interference
传导干扰
1.
Study on Suppression Measure of Conducted Interference in Integrative Motor Servo System;
一体化电机伺服系统传导干扰抑制措施研究
2.
Study on conducted interference suppression characteristics of high magnetic loss material in high frequency band;
高频高磁损耗材料传导干扰抑制特性研究
3.
The Test and Diagnoses System of the Conducted Interference;
传导干扰测试整改系统的研究
2) conducted EMI
传导干扰
1.
Measurement and simulation analysis of the conducted EMI for generator- rectifier systems;
交流发电机整流系统传导干扰测试与仿真
2.
This paper first discusses how to build circuit model for the conducted EMI coupling paths in switch mode power supply.
本文在讨论如何建立电力电子装置的传导干扰传播通道的电路模型的基础上 ,借助OrCAD PSpice软件对一开关电源进行了灵敏度分析。
3.
Experimental study and modeling of conducted EMI in DC power supply with an inverter load are performed.
针对逆变器驱动电机系统建立了EMC(电磁兼容)模型,其中改进了三相异步电机的EMC模型,通过构建实验系统,对系统的直流侧传导干扰进行了测量,并采用Simulink工具对系统进行了时域传导干扰分析,仿真结果与实验吻合,结果显示主要传导干扰出现在逆变器载频的整数倍附近,在0~150kHz频段中随频率增加,传导干扰增大,其中共模传导干扰占主要成分。
3) conduction interference
传导干扰
1.
Short time fractal dimensions fuzzy control filter for signal of conduction interference in switching power supply;
开关电源传导干扰信号的短时分形维数模糊控制滤波
2.
Making use of the voltage probe, current probe and power probe, respectively to study the detection technique of the current, voltage and power conduction interference in switching mode power supply are respectively studied.
利用电压探针、电流探针和功率探针分别研究了开关电源的电压、电流和功率传导干扰的检测技术,阐述了其测量方法和经验。
3.
i software workbench,combined with virtual instrument processing,which realizes real-time detection system of the conduction interference signal in digital PCB.
i平台上对数字印制电路板传导干扰信号进行实时检测;经过信号处理,该系统还具有信噪分离、测量传导干扰信号的功率谱等功能;结果表明,该方法滤波效果良好。
6) conducted EMI
传导电磁干扰
1.
Parameter Estimation of Lumped Circuit Models for Conducted EMI in Power Converters;
变换器传导电磁干扰集中等效模型参数估计方法
2.
This paper summarizes the method hased on CAE/CAD techology which models and simulates the design through arialsing the characteristic of conducted EMI in power supplies.
文章用综述的形式介绍的开关电源传导电磁干扰预测技术,一改以往边测试边修改的方法,基于CAE/CAD 技术,通过分析开关电源传导电磁干扰的特性,进行建模和仿真。
补充资料:感觉传导途径 1脊髓断面标示主要传导束的位置
李瑞端绘
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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