1) current harmonics elimination
谐波电流抑制
2) power harmonic suppression
电力谐波抑制
3) harmonic restraint
谐波抑制
1.
The evolution forms of a multistep method for roundness error separation and their harmonic restraint analysis;
多步法圆度误差分离的演化形式及其谐波抑制分析
2.
The paper first analyzes its topology and operating principles, then discusses its harmonic restraint capability and design of control system.
分析了该滤波器的拓扑结构和工作原理,讨论了其谐波抑制能力及控制系统设计,提出了一种基于增量递推的预测模型用于补偿时滞带来的影响,采用基于多模PID的控制算法进行电流跟踪控制,提高了系统的跟踪精度,最后给出了仿真结果。
4) harmonic suppression
谐波抑制
1.
A new type device for harmonic suppression and reactive-power compensation;
一种新型的谐波抑制及无功补偿装置
2.
Analysis of harmonic suppression by series active power filters;
串联型有源电力滤波器对谐波抑制的分析
3.
Perturbation analysis of harmonic suppression and reactive power compensations parameters of copper mine's 6 kV bus
铜矿6kV母线谐波抑制与无功补偿的参数摄动分析
5) harmonic restraining
谐波抑制
1.
The article analyzes reactive power compensation and harmonic restraining in power electronic system.
对电力电子系统的无功功率与谐波抑制方法进行分析。
2.
The paper discusses the harmonic pollution problem and the applied principal of Active Power Filter (APF)in harmonic restraining It also analyzes the function of series Active Power Filter and shunt Active Power Filter in harmonic restraining.
在指出电网中的谐波污染问题及有源电力滤波器(Active Power Filter—APF)在谐波抑制中应用原理的同时,分析串联有源电力滤波器和并联有源电力滤波器对电网中谐波抑制的作用。
3.
In this paper ,the source and harm of power system harmonic and its detecting technolo gies are briefly introduced firstly,then a method that harmonic restraining that making use of APF is recommended in detail , finally corresponding electrocircu it and simulation made by matlab are given.
文章首先对电力系统谐波的来源、危害和检测做了简单的介绍,然后详细阐述了利用有源滤波器进行谐波抑制的方法,并有相应的电路和matlab仿真波形。
6) harmonic suppression
抑制谐波
1.
The control is based on ADS2006 simulation tool,it is not only a kind of virtual equipment simulation,but also used as designing stub on harmonic suppression.
简述安捷伦ADS2006的功能及特点,描述短截线匹配的基本原理,以及比较直微带短截线和微带径向短截线抑制谐波的仿真结果。
补充资料：谐波电流
谐波电流
harmonic current
州e匕od旧n}}u谐波电流(h armoniC Current)将非正弦周期性电流函数按傅里叶级数展开时，、其频率为原周期电流频率整数倍的各正弦分量的统称。频率等于原周期电流频率k倍的谐波电流称为k次谐波电流，k大于1的各谐波电流也统称为高次谐波电流。(见非正弦周期电流电路)
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