In this paper, we present a frequency conversion electromotor system organized by voltage vector transducer and induction-motor.
本文研究了用电压矢量变频器和感应电动机构成的变频电动机系统。
Its electromagnetic induction couple for energy transmission and ray-electricity couple for signal transmission were still used in multi-component transducer data acquisition system.
然后介绍了单维力传感器的数据传输系统，其中的电感耦合传输能量、光电耦合传输信号是多维力传感器信号传输的基础。
The concept of magnetic field uniformity is introduced. And the magnetic field intensity of super-magnetostrictive transducer can be used to denote relevant magnetic induction strength is discussed.
给出超磁致伸缩换能器驱动磁场均匀性概念后，论述了超磁致伸缩换能器驱动磁场宜用电磁感应强度表示。
This paper presents the design and implementation of a voltage vector-controlled induction motor drive without any shaft transducer.
本论文探讨不含测速计之电压向量控制感应马达驱动器之设计与制作。
This paper presents the design and implementation of a voltage vector-controlled induction motor drive without any shaft transducer.
本论文探讨不含测速计之电压向量控制感应马达驱动器之设计与制作。
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