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Electrical properties of ultrasonic linear motor using low temperature sintering PZW-PMN-PZT multilayer actuator

机译:使用低温烧结PZW-PMN-PZT多层执行器的超声线性电动机的电气性能

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In this study, multilayer actuator type ultrasonic linear motor (USLM) was simulated using ATILA for investigating its optimum driving conditions. And also, its velocity properties were investigated according to preload and input voltage. As the simulation results, with the increase of the number of piezoelectric actuator layers, displacement of node was increased. Maximum total displacement of node was about 3.47 ??m at the 11 layered ultrasonic motor under 5V. At the ultrasonic linear motor using the 11layer piezoelectric actuator, the maximum velocity of 0.194m/s was obtained under an input voltage of 30V and preload of 5g.
机译:在该研究中,使用ATILA模拟多层致动器型超声线性电动机(USLM),用于研究其最佳驾驶条件。并且还,根据预载和输入电压来研究其速度特性。随着仿真结果,随着压电致动器层的数量的增加,节点的位移增加。在5V下的11层超声波电动机上,节点的最大总位移约为3.47Ωm。在使用11覆层压电致动器的超声线性电动机在超声线性电动机上,在30V的输入电压下获得0.194m / s的最大速度和5g的预载。

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