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Characterization of a Piezohydraulic Actuator

机译:压电液压执行器的特性

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The PiezoHydraulic Pump (PHP) used in this work currently uses proprietary check valves that allow the PHP to be operated at 1 kHz. At a bias pressure of 500 psi and operating voltage of 1 kV, the PHP produces a mechanical power output of 46 W. The PHP was baseline tested using both the proprietary valves (internal) and external commercial passive check valves. Using the external valves at a bias pressure of 80 psi, the PHP was tested at various frequencies. At an operating frequency of 150 Hz, the maximum flow rate was 0.91 cc/s, while at 125 Hz, the maximum mechanical power output was 0.18 W (0.64 W/kg). This significant decrease in characteristics can be attributed to an increase in system compliance by moving the valves external to the pump housing and possible air entrapment within the chamber.
机译:目前,这项工作中使用的压电液压泵(PHP)使用专有的止回阀,该止回阀允许PHP以1 kHz的频率运行。在500 psi的偏置压力和1 kV的工作电压下,PHP产生46 W的机械功率输出。PHP使用专用阀(内部)和外部商用无源止回阀进行了基准测试。使用外部阀在80 psi的压力下,对PHP进行了各种频率的测试。在150 Hz的工作频率下,最大流量为0.91 cc / s,而在125 Hz的情况下,最大机械功率输出为0.18 W(0.64 W / kg)。特性的显着下降可归因于通过将阀移动到泵壳外部以及腔室内可能的空气滞留,从而增加了系统顺应性。

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