声表面波传感器可以实现无源化并进行无线测量，从而可以应用于转轴的扭矩测量。
SAW sensors require no power supply and can be used for wireless measurement, so SAW sensors can be placed on rotating shaft to measure the torque.
本文通过其他测温技术的比较和理论分析，阐述了无源无线声表面波传感器的工作原理和优点。
By other messuring temperature techniques comparison and theoretical analysis, the principle and advantages of the passive wireless SAW sensor was discussed.
在声表面波传感器中，特殊叉指换能器构造了无源无线编码器和解码器，它能对众多传感器单元编码。
In the SAW sensor, special Inter-Digital transducer (IDT) on a piezoelectric substrate constructs passive SAW encoding and decoding element. The sensor elements are available to be embe...
乐甫波传感器是声表面波传感器中的一种，它的灵敏度最高并可在液相环境中应用，使得它具有广阔的应用前景。
Due to its highest mass sensitivity and application in liquid media, love wave sensor has a promising application in the future.
文章详细介绍了无源无线轮胎压力监测系统中的声表面波传感器工作原理、回波信号组成、数字信号处理和软件开发方法；
The paper introduce the theory of surface acoustic wave sensor, the digital signal treatment, the method of soft design in the passive and wireless tire pressure monitoring system in detail.
声表面波(SAW)传感器能将被测量转换成容易检测的频率信号，即一种准数字信号的输出。
The surface acoustic wave (SAW) sensor can transform the measured object into frequency output, viz a kind of digital signal output.
针对含磷毒气快速检测问题，以自制的杂化酞菁钯-聚苯胺为敏感膜材料，设计了一种双信道声表面波(SAW)传感器。
Aimed at the problem of quickly detecting phosphorus-containing toxic gas, we used home-made hybrid PdPc-PANI as the material for sensitive film and designed a binary channel SAW sensor.
声表面波(SAW)加速度计就是近年来许多国家重点研究的一种高性能、低成本的传感器。
SAW accelerometer which is researched by many countries in recent years is a kind of high performance, low-cost sensor.
介绍声表面波(SAW)气体传感器原理及其信号处理电路原理，重点设计了传感器的频率检测电路。
The principle of SAW gas sensor and signal processing circuit is discussed, especially a circuit of frequency measurement is designed.
由于环境温度对声表面波质量传感器性能影响较大，因此采用新型的Y型双声路结构克服环境温度对传感器性能的影响。
As the characteristics of SAW sensor are greatly influenced by temperature, Y-type dual path structure SAW mass sensor is used to reduce its temperature effects.
目的探讨漏声表面波生物传感器液相检测系统的影响因素。
Objective to investigate the influential factors in the detection system of the leaky surface acoustic wave biosensor in liquid phase.
目的探讨漏声表面波生物传感器液相检测系统的影响因素。
Objective to investigate the influential factors in the detection system of the leaky surface acoustic wave biosensor in liquid phase.
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