公伯峡水电厂调速器采用微机电液调速器加电液随动装置的系统结构，电气柜和机械柜分开设置。
The regulator of Gongboxia hydropower station adopts microcomputer-based electrohydraulic regulator adding servo devices system structure, dividually setting electrical cabinet and mechanical cabinet.
依据悬架实验装置，建立了电液作动器的非线性动力学方程，随后得到线性对象模型。
According to the experiment device for active suspension, the nonlinear dynamics equations for electro-hydraulic actuator are derived and a linearized object mod el is set up.
依据悬架实验装置，建立了电液作动器的非线性动力学方程，随后得到线性对象模型。
According to the experiment device for active suspension, the nonlinear dynamics equations for electro-hydraulic actuator are derived and a linearized object mod el is set up.
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