1.
Analysis and Design of Structural Active Control System Based on the Method of Equivalent Input Disturbance
等价输入干扰结构主动控制系统的分析与设计
2.
Positioning control of DC motor based on compensation of equivalent-input-disturbance
基于等价输入干扰补偿的直流电机定位控制
3.
Construction and Realization of Permanent Magnet Synchronous Motor's Controller Based on Equivalent Input Disturbance Estimator
基于等价输入干扰估计器的永磁同步电机控制器的设计与实现
4.
Speed Control of PMSM Based on an Improved Equivalent Input Disturbance Estimator
基于改进型等价输入干扰估计器的永磁同步电机速度控制
5.
Speed-sensorless control of PMSM based on an improved equivalent input disturbance estimator
基于等价输入干扰估计器的永磁同步电机无速度传感器控制
6.
Research on the Disturbance and Input-Output Simultaneous Decoupling for Multivariable Systems;
多变量系统干扰和输入输出同时解耦研究
7.
EMI spectrum analysis and its suppression at the input of SMPS
开关电源输入端的电磁干扰频谱分析及其抑制
8.
The glitch may, in turn, reduce the relative magnitude, causing the output node of the input inverter to switch states.
此干扰脉冲反过来又减小（输入信号）的相对幅度，造成输入反相器的输出节点改变状态。
9.
partial disturbed one output signal
半选干扰“１”输出信号
10.
undisturbed one output signal
未干扰“１”输出信号
11.
partial disturbed zero output signal
半选干扰“０”输出信号
12.
It should be apparent that an input may potentially be both "modifying" as well as "disturbing".
显而易见，一项输入可能既是“改性”的，同时也是“干扰”的。
13.
If the input signal is super imposed with high-frequency noise, use a low-passed filter.
若输入信号伴随高频干扰，应在线里用高频过滤器。
14.
The resilience depends upon the amount of input into the system relative to the amount of the disturbance.
这种恢复力取决于体系的输入量与干扰耗损量的对比。
15.
Research on Suppression of Input Harmonic Currents and EMI for the Switching Power Supply;
降低开关电源输入电流谐波和电磁干扰的技术研究
16.
When a disturbance is input, one can then observe directly whether or not the disturbance grows.
当输入某一扰动时，可直接观察到扰动是否增长。
17.
Spoiler bits also can be inserted in the encrypted payload to make it even difficult for eavesdroppers to discern any pattern in packet characteristics.
而且在加密的有效传输负载中可以加入干扰位，使之更难被窃听者识别出包特性的任何模式。
18.
This will make it more difficult for enemies to jam military output.
使敌人更难以干扰信号输出。