1·This article mainly introduces an improved system of mate-grinding servo valve.
文章介绍了经这改进的伺服阀气动配磨系统。
2·As a product, before the servo valve leaves factory, it should be tested strictly.
电液伺服阀作为产品，在出厂前须进行严格测试。
3·Static performance and frequency response test curves of the servo valve are given.
文中还给出了该阀的实验静态性能及动态频率特性曲线。
4·This paper develops a direct-drive electrohydraulic servo valve of a completely new structure.
研制了一种全新结构的直接驱动电液伺服阀。
5·It can control and graduate sinusoidal curve and triangle wave curve by using axis servo valve.
通过采用轴伺服阀，可实时控制并产生正弦曲线和三角波形曲线。
6·In addition, we also designed power amplifying circuit for QDY-6 electro hydraulic servo valve.
另外还针对QDY - 6型电液伺服阀设计了电液伺服阀的功率放大电路。
7·The test bedstand innovation scheme of the electrohydraulic servo valve performances is presented.
介绍了电液伺服阀性能测试试验台的改造方案。
8·So, the ability of antipollution becomes the important performance of electrohydraulic servo valve.
因此，抗污染能力成为电液伺服阀的重要指标。
9·Mathematic models of servo valve controlling asymmetrical cylinder hydraulic system are established.
建立了伺服阀控非对称缸的理论模型。
10·The selection of the electrohydraulic servo valve and the parameters of the rectifier are discussed.
同时讨论电液伺服阀的选取和校正方程的参数确定原则。