Analysis of free-flooded piezoelectric transducer for environmental adapting 溢流式圆管换能器声环境适应性分析
The Electrical Impedance of Piezoelectric Transducer Mercurous Chloride Devices; Automatic exchange for voltage and current output. 卤化亚汞声光器件换能器电输入阻抗仪器电压、出电流信号能够自动转换。
The Electrical Impedance of Piezoelectric Transducer Mercurous Chloride Devices; Study on the measurement method of ultrasonic transducer electrical impedance 超声换能器电阻抗特性测量方法研究
Frequency Tracing System for Piezoelectric Transducer Based on DDS 基于DDS的超声换能器频率跟踪系统
Resonance frequency tracing scheme for sandwich piezoelectric transducer 夹心式压电换能器的谐振频率跟踪方案设计
Thedisadvantages are more efficient than the piezoelectric transducer is low, the price of your raw material nickel plate. 缺点为效率较压电换能器低,原材料镍片价格贵。
Research on the Impedance Matching of Piezoelectric Transducer for Elliptical Vibration Cutting 椭圆振动切削换能器的阻抗匹配研究
A way to widen the directivity of protuberant spherical piezoelectric transducer 一种拓宽凸球面压电换能器指向性的方法
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。
The piezoelectric transducer is widely used in ultrasonic cleaning machine and high-power industry cleaning devices. 它广泛应用于超声波清洗机及工业用大功率清洗设备。
The piezoelectric transducer and the variable amplitude bar are designed by four-terminal network method. 为说明设计方法,利用四端网络法对压电换能器和变幅杆进行了设计。
A PLL-dependent piezoelectric transducer frequency tracking technique based on static capacitance compensation 基于静态电容补偿的压电换能器锁相环频率跟踪
A piezoelectric transducer array-based method for damage detection in plate structures 一种基于压电晶片阵列的板结构损伤识别方法
Research on Cymbal Piezoelectric Transducer Arrays 关于钹式压电复合换能器基阵的研究
Piezoelectric pump is a kind of new transmission fluid device driven by the piezoelectric transducer components. 压电泵是以压电陶瓷元件作为换能器的新型流体传输装置,是一种性能优良的智能材料驱动器。
A review of the controllable piezoelectric transducer damping and the existing problems is given. 可控压电传感阻尼的机理及存在的问题。
Put forward in this paper is a new and simple method for measuring the serial resonant frequency fs and the parallel resonant frequency fp of a piezoelectric transducer. 本文提出了一种利用补偿原理直接测量压电换能器串联谐振频率fs和并联谐振频率,fp的新方法一补偿法。
In this paper, the feasibility using the ultrasonic vibration to construct suspension bearing is analyzed, the bolt fixing piezoelectric transducer works as the bearing to generate ultrasonic vibration. Basic configuration of the ultrasonic suspension thrust bearing is designed and fabricated. 本文对利用超声振动构造悬浮轴承的可行性进行了分析论证,以螺栓紧固型压电换能器(又称作郎之万振子)作为产生超声振动的轴承部分,设计制做了超声波悬浮推力轴承的基本结构。
According to the circuit of ultrasonic wire bonding experiment platform, a piezoelectric transducer ( PZT) driver signal acquisition circuit was designed. 根据超声引线键合实验平台电路结构,设计了PZT(压电陶瓷)驱动信号采集电路。
Experiment results indicate the resonant frequency of the micro-machined piezoelectric transducer is 71 kHz. 实验测得硅微压电式换能器的共振频率为71.36kHz。
A novel direct method for measuring the serial and the parallel resonant frequencies of a piezoelectric transducer 一种直接测量压电换能器串联谐振频率和并联谐振频率的新方法
In this article we introduce the equivalent circuit of piezoelectric transducer and the method of measuring its admittance circle, which are very important in determining the impedance matching between piezoelectric transducer and its electric circuit. 本文对压电换能器的等效电路及导纳圆测定方法进行了介绍,对于提供压电换能器与所在电路间的阻抗匹配有重要意义。
Cymbal transducer is a new composite piezoelectric transducer with larger displacement, larger generative forces. Cymbal换能器是一种新型压电复合换能器,能输出较大的位移和驱动力。
The theory on the superficial function of impulse piezoelectric transducer of the said simulation source is discussed; 本文论述了作为这种模拟震源的脉冲压电换能器的表面换能原理;
The SH wave is studied for the structure of this piezoelectric transducer. 针对这种压电换能器结构,深入研究了SH波的激发和辐射特性。
Cymbal piezoelectric transducer uniform plane arrays are characteristic of 1 3 piezoelectric composites connectivity structure. 钹式压电复合换能器平面均匀基阵具有1-3连通型复合结构的性能特点。
And the ultrasonic suspension mechanism of the piezoelectric transducer is analyzed. 同时,对压电换能器能够实现超声悬浮的机理作出分析。
Piezoelectric transducer is a key component of acoustic logging apparatus for transmitting and receiving acoustic signals. 压电换能器是声波测井仪器的关键部件,用于发射和接受声波信号。
In this thesis, the properties of C-Lens collimator are studied by using the theory of Gaussian Optics and Matrix Optics; and also we studied the principles and characteristics of piezoelectric transducer ( PZT). 本文利用高斯光学和矩阵光学理论分析了C-Lens准直器的特性;介绍了压电陶瓷微位移器(PZT)的工作原理和特性。
By analyzing the properties of piezoelectric ceramic and the mathematical model of piezoelectric transducer, The working principle and development methods of the longitudinal piezoelectric transducer have been researched. 通过分析压电陶瓷材料的特性及压电换能器的数学模型,研究了纵向压电式换能器的工作原理和研制方法。