West Germany Electro-Press ceramic transducer to ensure powerful power output.
西德原装压电陶瓷换能器，输出强劲稳定。
To make a transducer by painstakingly micro-machining a brittle block of ceramic material can take many hours of work, though.
但是制造一个换能器需要利用微机械技术，在一块质地脆硬的陶瓷材料上精心加工，耗费数个小时才能完成。
The GE process for making a transducer begins by spreading onto the print table a thin layer of ceramic slurry containing a light-sensitive polymer.
通用电气制造商(GE)制造换能器的过程是首先在打印台面喷撒一薄层含有光敏聚合物的陶瓷浆料。
Ceramic piezoresistive pressure transducer and a method for making it are disclosed.
介绍了一种采用陶瓷基座、陶瓷膜片制备的压力传感器。
The physical property of piezoelectric ceramic; performance reference and empirical principle about transducer and array.
介绍压电陶瓷的物理特性，介绍有关换能器和基阵的性能参数和试验原理。
Cymbal transducer as a result of composite of metal and piezoelectric ceramic has the less volume which is significant in application to low frequency transducer.
将金属与压电陶瓷物理复合的钹式换能器具有体积小的优点，使得其对于低频换能器设计具有重要意义。
The vibration modes and frequencies of a free piezoelectric ceramic plate, an electro-sound combination transducer, an ultrasonic cleaner of 600W.
对自由压电陶瓷片，组合电声换能器。 600W的超声清洗器。
By changing the stack position and quantity of the piezoelectricity chip of piezoelectric ceramic sandwich transducer we can make the washing transducer bear two obvious resonance peaks.
通过改变夹心式换能器压电晶片的堆放位置及组数，使超声清洗换能器具有两个明显的谐振峰。
CAD meth od for ceramic capacitance pressure transducer is studied.
本文研讨了一种新型陶瓷电容压力传感器的CAD方法。
The transducer consists of back metal cylinder, front cylinder , two groups of tangentially polarized piezoelectric ceramic piles and electric load.
该换能器由前后金属盖板、两组周向极化压电晶堆及电负载组成。
In this paper, a self-designed and developed ceramic pressure transducer is described.
本文介绍了自行设计与研制的陶瓷压力传感器。
A brief expression of sound field induced by an annular transducer made of concave spherical piezoelectric ceramic is derived by introducing a negative sound source.
引入负声源，导出了凹球面状环形换能器声场的简洁表示式。
The transducer is made of piezoelectric ceramic material, it is different from physical vibration and motor vibration.
能量转换片是由压电陶瓷材料制成的（而不是任何机械振动或电机）。
The transducer is made of piezoelectric ceramic material, it is different from physical vibration and motor vibration.
能量转换片是由压电陶瓷材料制成的（而不是任何机械振动或电机）。
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