1) The dynamic difference frequency
动态频差
2) static frequency deviation
静态频差
4) dynamic frequency
动态频率
1.
Effects of generator inertial time constant on the dynamic frequency of the power system;
发电机惯性时间常数对电网动态频率的影响
2.
The definition for dynamic frequency in power systems and the fictitious rotor method for dynamic frequency measurement;
电力系统动态频率的定义及“虚拟转子法”频率测量研究
3.
As for the numerical simulation by traditional power system component models and parameters, the obtained dynamic frequency curves evidently diverge from measured ones.
调整大区互联电网的参数使动态频率仿真轨迹与实测频率轨迹尽可能接近,并总结了进行参数调整的主要依据,可为根据量测轨迹进行参数识别提供参考。
5) dynamic frequency scanning
动态扫频
1.
This paper has established the mathematical model of frequency characteristic test with the dynamic frequency scanning mode of AGC servo cylinder as an example, and on this basis, solved the problems of how to determine the value of k and how to select the value of frequency scanning.
以AGC伺服油缸的动态扫频方式为例,建立了伺服油缸动态测试系统的数学模型,并在其基础上解决了如何确定动态扫频过程中的采样速率(或采样周期),即k值以及扫频点数的选取问题。
2.
This paper builds up the mathematic model of frequency characteristic test based on the example of dynamic frequency scanning problem of servo cylinder, and solves the problems of how to determine the value of k and of how to determine the value of Frequency Scanning.
以伺服油缸的动态扫频问题为例,建立了伺服油缸动态测试系统的数学模型,并在其基础上解决了如何确定动态扫频过程中的k值以及扫频点数的选取问题。
6) Dynamic frequency band width
动态频宽
补充资料:动态电路复频域分析
动态电路复频域分析
complex frequency-domain analysis of dynamic circuits
dongto}dlonlu卞uP一ny日fenx{动态电路复频域分析(eomplex frequeney-domain analysisof dynamie eireuits)用拉普拉斯变换方法分析动态电路。作为数学工具,拉普拉斯变换是一种积分变换,常用以求线性常系数微分方程和偏微分方程的解。线性非时变集总参数动态电路是用常系数线性常微分方程描述的,线性非时变分布参数电路是由相应的偏微分方程描述的。因而,对于这些电路可借助拉普拉斯变换方法进行分析。 拉普拉斯变换的定义拉普拉斯变换方法简称拉氏变换方法。拉氏变换可分为单边拉氏变换和双边拉氏变换。此处只介绍单边拉氏变换的定义。 设时间t的函数f(t),当t
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