mode transducer

英 [məʊd trænzˈdjuːsə(r)] 美 [moʊd trænzˈduːsər]

网络  模式转换器; 模式变换器

电力



双语例句

  1. The non-single resonance characteristics appear by forming proper impedance matching layers on the radiative surface of longitudinal mode piezoelectric transducer.
    在复合棒纵向换能器的辐射端加上适当材料的阻抗匹配层,可以使其工作在非单谐振状态下。
  2. With the coupling of fluid cavity, radial vibration and dipole vibration mode, the bandwidth of the free-flooded transducer can be highly extended.
    溢流式圆管换能器是一种典型的宽带发射器,传统的溢流式圆管换能器主要利用液腔谐振和压电圆管径向谐振耦合来实现宽带发射。
  3. The equivalent circuit of this kind of transducer is established and the frequency equation is derived. At the same time, the radial vibration mode shapes of the transducer are analyzed by using Finite Element Method ( abbreviation: FEM) and verified by experiments.
    建立了换能器的径向振动模等效电路,导出了其径向共振频率方程,并对换能器进行了有限元模态分析和实验研究。
  4. The result shows, under different vibration mode, equivalent parallel capacitance and resistance are not constant value. There is negative damp effect in transducer system at the operating mode.
    结果表明,在换能器不同振动模态下,等效并联电容电阻并非恒定值,而且实际支承工况下换能器系统工作时存在负阻尼效应。
  5. Finite element 3D analysis of vibrational mode of the Langevin transducer
    朗之万换能器振动模式的有限元三维分析
  6. Based on the principle of sandwiched piezoelectric ultrasonic transducer s, a new type of radial vibration mode sandwiched piezoelectric ultrasonic transducer is first presented and studied systematically in this paper.
    夹心式扭转-弯曲复合模式压电超声换能器的研究基于夹心式压电超声换能器的设计原理,本文创造性地提出了径向振动夹心式压电超声换能器的概念。
  7. In this paper, as a new method, the nonlinear parameter B/ A computed tomography in reflection mode is proposed by using a compound transducer.
    本文提出了利用复合式换能器进行反射式的非线性参量B/A层析成像的新方法。
  8. Experimental Studies of Equivalent Circuit for Operating-mode Piezoelectric Transducer
    实际支承工况下压电换能器等效电路实验研究
  9. This paper analyses and discusses a method of determining the positions of ceramics components in order to guarantee vibrating mode stable in working pressure range of the resonant cylinder pressure transducer, excited and detected by piezoelectric component.
    本文对用压电陶瓷元件作为激、拾振源的谐振筒压力传感器如何选择陶瓷片的位置,才能保证传感器在要求的量程内达到振型稳定,作了详细的分析论证。
  10. Mode YH-1 miniature piezoresistive physiological pressure transducer
    YH-1型压阻式微型生理压力传感器
  11. Study on Natural Non-circulating Current Running mode of AC-AC Frequency Transducer Based on Double-variable Control Theory
    基于双变量控制理论的交-交变频器自然无环流运行方式的研究
  12. Under manual control mode, opening or stopping the pressure pumps by the buttons of control panel, had nothing to do with PLC and transducer.
    手动控制时,通过控制面板上的启停按钮手动控制2台加压泵启停,与PLC和变频器无关。
  13. Research vibrating mode of PIEZO-EXCITING resonant cylinder pressure transducer
    压电激励谐振筒压力传感器的研究
  14. The effectivity of the approximation of Rayleigh wave in semi-infinite media to the plane mode in the stator transducer of SAW motor with finite thickness ( much bigger than the wavelength of the SAW) is evaluated first time by us.
    首次探讨了用瑞利波近似表面弹性波马达定子换能器(厚度远大于表面弹性波波长)平板振动模式的有效性。
  15. Then, using the ANSYS mode analyse, this paper got the vibration and displacement curve of the finite mode, and compared with it, paper also got the boundary conditions which was suit for the new types of bender disk transducer.
    同时运用ANSYS软件对换能器有限元模型进行模态分析,提取了模型的位移振动曲线,通过比较确定了边缘简支边界条件适合于新型弯曲圆盘换能器。
  16. Computation on tne h_ ( 02) mode sector transducer
    H(02)~0模扇形变换器的计算
  17. Computer Analysis of H_ ( 02)~ 0 Mode Sector Transducer
    H(02)~0波扇形波型变换器的计算机分析
  18. The transmitting mode of the transducer is determined by the material property of the transducer, the machanical load of the surrounding coupling medium and the output impedance of the driving circuit.
    换能器的发射模式由换能器的材料特性、周围耦合液体的机械负载和驱动电路的输出阻抗等因素决定。
  19. Based on analyzing the shortcoming of one-variable control theory, two-variable control theory and natural non-circulating current work mode of AC-AC transducer rare brought forward.
    然后在分析传统单变量控制原理缺点的基础上引出双变量控制理论和交一交变频器的自然无环流运行方式。
  20. Underwater sensor network is a new research field of combination of sensor technology, wireless network and underwater communications technology. The key aspects of underwater communications technology include: underwater acoustic propagation model, transfer mode and underwater acoustic transducer.
    水下传感器网络是传感器技术、无线网络技术与水下通信技术相结合而产生的新研究领域,其中水下通信技术研究的关键环节包括:水声传播模型、水声通信模式和水声换能器等。
  21. Through observing of resonant and vibration mode, validate the design parameters of transducer.
    通过对谐振频率和振动模态的观察,验证了换能器设计参数的正确性。