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Home > english-chinese > "阶跃信号" in Chinese

Chinese translation for "阶跃信号"

step function signal
step signal
step-function signal
stepsignal


Related Translations:
石跃:  ishiodoriishiyaku
大球跃:  ballonn grand
阶跃脉冲:  step impulsestep pulse
阶跃符号:  step mark
电流阶跃:  current step
赵跃宇:  yue-yu zhao
张跃民:  zhang yuemin
余跃武:  yuan yuewu
闪跃光栅:  blazed grating
位势跃变:  jump in potential
Example Sentences:
1.Analysis of the transition time of step - function signals in the dynamic calibration of systems
系统动态校准中输入阶跃信号过渡时间参数分析
2.Based on the compensated open - loop transfer function , the system stability at the small - signal perturbation and the system response to step signal are analyzed
根据加入补偿网络后的开环传递函数,分析了系统在小信号扰动时的稳定情况及系统对阶跃信号的跟踪能力。
3.Because the friction force mainly influences the track precision and the orientation precision of the servo system , it should consider these two targets changes between before and after compensation . low - velocity ramp signal and step signal were chosen as simulation test signal
由于摩擦力主要影响电液位置伺服系统的低速跟踪精度和定位精度(即稳态误差) ,所以要考虑补偿前后这两个指标的变化情况,仿真测试信号选为低速斜坡信号和单位阶跃信号
4.In the present paper , according to the characteristics of the dynamic running of the thermoelectric refrigerating devices and its components for the refrigerator is analyzed and the independent components " models are established . the entire model describing the working procedure of the refrigerating system is set up with the method of parameters coupling to combine the models of the refrigerating system , load , cabinet and air in the cabinet . the running characteristics of thermoelectric refrigerators on the effects of received current , load and ambient temperature are investigated using small - signal linearization method
本文根据热电制冷系统动态运行的特点,分析了电冰箱制冷系统及各个部件的热物理过程,运用参数耦合的方法把制冷系统、负载、箱体及箱内空气模型有机地结合在一起,建立了完整的制冷系统工作过程模型,用小阶跃信号线性化法分析了电流、负载功率和环境温度波动共同作用下的热电制冷器工作特性。
5.The essential idea of self - tuning controllers described in this essay is as follows : according to the system dynamics to step variation , to define a performance index to evaluate the system response ; based on the monotonous relationship between the performance index and an intermediate pi gain parameter , this latter parameter is estimated with tuning approach in order to improve the performance index ; finally , pi gains are calculated and renewed according to the estimated intermediate , in order to improve the performance of system
本文所阐述的控制器增益自动校正理论的基本思想如下:按照系统对阶跃信号变化的动态性能确定性能指标来估计系统的响应;基于性能指标和pi控制器增益参数中间值之间的单调关系,为提高性能指标,应用调节方法来估算pi增益参数中间值;最后按照估计的增益参数中间值更新pi控制器的增益以便改善系统的性能。
6.The key of the algorithm is identification of plant . based on analysis and calculation , the thesis presents the theory and method for minimum phase plant identification . the plant with uncertainty can be estimated through plant response to a short - duration step control effort acting directly on the plant so that the pdf control coefficients can be computed
该算法最重要的是对对象的辨识,经过大量的分析与运算,本文提出了在对象为最小相位时,辨识对象的阶数及其高阶项系数的理论和方法,即以阶跃信号直接激励被控对象,对其输出信号进行差分运算,利用所得的值判定对象的阶数及其高阶项系数。
Similar Words:
"阶跃响应不定的变换" Chinese translation, "阶跃响应频谱" Chinese translation, "阶跃响应时间" Chinese translation, "阶跃响应图" Chinese translation, "阶跃响应问题" Chinese translation, "阶跃型单模" Chinese translation, "阶跃型多模纤维" Chinese translation, "阶跃型光导纤维" Chinese translation, "阶跃形光导纤维" Chinese translation, "阶跃应答" Chinese translation