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Method of evaluating frequency characteristics of pressure transducers using newly developed dynamic pressure generator

机译:使用新开发的动态压力发生器评估压力传感器频率特性的方法

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A dynamic pressure generator using a rotating valve has been developed to evaluate the dynamic characteristics and performance of pressure transducers. The waveform of the generated dynamic pressure is square, and the amplitude and fundamental frequency can be varied. In this paper, the generator using a novel rotating valve and the method of evaluating the frequency characteristics of pressure transducers using the generator are described. With the amplitude of the dynamic pressure of 10 kPa and varying the fundamental frequency in 1-Hz increments between 10 and 50 Hz, we measured the generated dynamic pressure using two different pressure transducers, and to obtain the amplitude spectrum of the measured waveform using frequency analysis. Then, the magnitude of the harmonic components in the spectrum are shown as a function of frequency. From the simultaneous outputs of two transducers, the frequency characteristics of one transducer was compared with that of the other.
机译:已经开发出使用旋转阀的动态压力发生器来评估压力传感器的动态特性和性能。产生的动压力的波形为方波,并且振幅和基频可以改变。在本文中,描述了使用新型旋转阀的发电机以及使用该发电机评估压力传感器的频率特性的方法。在动压力为10 kPa的幅度下,并且以1 Hz为增量在10到50 Hz之间改变基本频率时,我们使用两个不同的压力传感器来测量所产生的动压力,并使用频率获得测量波形的幅度谱。分析。然后,频谱中谐波分量的大小显示为频率的函数。从两个换能器的同时输出,将一个换能器的频率特性与另一个换能器的频率特性进行比较。

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