本文介绍的压力换能器采用了涨丝结构，具有较高的灵敏度。
This transducer offers higher sensibility and stability and lower frequency distortion, based on unbonded strain gage.
在耳机内有探测由耳机的位置改变而造成的压力改变的压力换能器。
Within the earphone is a pressure transducer that detects a pressure change caused by the repositioning of the earphone.
在这样的设备内，压力换能器线路从血液线路分叉以连接压力换能器。
In such devices a pressure transducer line branches off a blood line to enable the connection of a pressure transducer.
本文描述了一种新型的光纤式心导管端部压力换能器，阐述了其设计、结构和临床应用。
This paper introduces a new type of fiber optic catheter tip pressure transducer, describes its design, construction and clinical application.
所述信令机构响应于来自压力换能器表示探测到压力改变的信号，将位置改变探测信号发送到所述主机。
A signaling mechanism sends a repositioning detection signal to the host in response to a signal from the pressure transducer indicating the detection of the pressure change.
本发明的目的是提供通过其避免在压力换能器线路内的第一压力换能器保护器过滤器的未注意的故障的系统。
It is an object of the present invention to provide a system by which an unnoticed failure of the first pressure transducer protector filter in a pressure transducer line is avoided.
通过提供用于检测在压力换能器线路的压力换能器区段内是否存在液体的传感器，根据本发明的系统解决了该问题。
The system according to the present invention solves this problem by providing a sensor for detecting the presence of the liquid in the pressure transducer section of the pressure transducer line.
压力换能器可以配置为包括使用具有压阻元件的压力感测管芯，所述压阻元件集成到传感器管芯中并且处于惠斯登桥配置。
A pressure transducer can be configured to include the use of a pressure sense die with piezoresistive elements integrated into the sensor die and in a Wheatstone bridge configuration.
特别对于水声换能器应用而言，压电陶瓷在大功率高静压力下的性能是人们十分关心的。
The properties of piezoelectric ceramics at high electric power and hydrostatic pressure are concerned for the application in underwater acoustic transducers.
直接法包括通过放置于腹腔内的导管(与换能器相连)测量腹膜内压力(如腹腔镜检查)。
Direct methods include the measurement of intraperitoneal pressure by a catheter placed in peritoneal cavity connected to a transducer (e. g. laparoscopy).
本文用直接外加法向应力和用力矩板手加应力两种方法测量在不同压力下压电换能器材料的应力与应变关系。
In this work, the direct normal stress and the stress produced with torque wrench were applied on such transducers.
本文用直接外加法向应力和用力矩板手加应力两种方法测量在不同压力下压电换能器材料的应力与应变关系。
In this work, the direct normal stress and the stress produced with torque wrench were applied on such transducers.
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