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stepping response time
相关语句
  阶跃响应时间
     The dynamic stepping response time of X and Y axes is 5 ms. The travel of Z axis is 6.2 μm. The repeatability of the Z axis reaches 17 nm and the resolution reaches 4 nm.
     Z轴最大输出位移为 6 .2μm ,重复定位精度为 17nm,位移分辨率为 4 nm ,动态阶跃响应时间为 5 m s。
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  相似匹配句对
     The Challenge and Response
     挑战与回应——全球化背景下公共行政变革的生态学解析
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     Response with B was similar to C.
     B和C组有效率相似。
短句来源
     Study on One Step Response Characteristics in Hybrid Stepping Motors
     混合式步进电动机单步响应特性的研究
短句来源
     These involve the single step response characteristic of stepping motor.
     这些涉及步进电动机的单步响应特性。
短句来源
     PREDICTIVE STEPPING CONTROL
     预测——位式控制算法
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Micromanipulator is the key component in a micromanipulating robot.A 3 degree of freedom integrated micromanipulator driven piezoelectric tube was introduced.Based on that,the position closed loop control was studied and a fuzzy PI control method was proposed.Experiment shows the control method was effective.Thanks to the static and dynamic test,some performances of the micromanipulator were investigated as follows.The travel of X and Y axes at the end of the manipulator is ±8.5 μm.The repeatability...

Micromanipulator is the key component in a micromanipulating robot.A 3 degree of freedom integrated micromanipulator driven piezoelectric tube was introduced.Based on that,the position closed loop control was studied and a fuzzy PI control method was proposed.Experiment shows the control method was effective.Thanks to the static and dynamic test,some performances of the micromanipulator were investigated as follows.The travel of X and Y axes at the end of the manipulator is ±8.5 μm.The repeatability of X and Y axes reaches 28 nm and the resolution reaches 10 nm.The dynamic stepping response time of X and Y axes is 5 ms.The travel of Z axis is 6.2 μm.The repeatability of the Z axis reaches 17 nm and the resolution reaches 4 nm.The dynamic stepping response time of the Z axis is 5 ms.As a result,the micromanipulator can realize nanometer scale positioning.Therefore,it is fit to be applied in micromanipulation.

微操作手是微操作机器人的核心部件 ,文章介绍了作者研制的压电陶瓷管驱动三自由度集成式微操作手 ,在此基础上 ,研究了微操作手的位置闭环控制 ,提出了模糊 -比例积分控制方法 ,并通过实验获得了较好的控制效果。通过对微操作手进行动静态测试得到微操作手的性能指标 :操作手末端 X、Y轴的最大输出位移为± 8.5μm,重复定位精度为 2 8nm ,位移分辨率为 10 nm ,动态阶跃响应时间为 5 m s;Z轴最大输出位移为 6 .2μm ,重复定位精度为 17nm,位移分辨率为 4 nm ,动态阶跃响应时间为 5 m s。该微操作手能够实现纳米级微动定位 ,满足微操作要求

 
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