l型二维粒子速度传感器

Zhezheng Zhu, Lingmeng Yang, Wenhan Chang, Chengchen Gao, Y. Hao, Zhenchuan Yang
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引用次数: 1

摘要

提出了一种l型二维声粒子速度传感器(APVS),它将两种性能最好的一维声粒子速度传感器集成在一个芯片上。这种结构使两个敏感轴彼此完全正交,避免了对准误差。在两个敏感方向上都没有硅衬底阻挡,因此导线附近的流动方向差异很小。因此,两个轴具有相同的灵敏度,因此不需要校正。测得的1 kHz速度灵敏度为2.53 dB V/Pa,相对方向灵敏度为28 dB。由于芯片的总尺寸仅为4.4 × 4.4 mm,因此可以检测到一点的二维粒子速度。
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An L-Shaped 2-Dimensional Particle Velocity Sensor
An L-shaped two-dimensional acoustic particle velocity sensor (APVS), which has integrated two best performing one-dimensional APVS on a single chip is presented. This structure keeps the two sensitive axes exactly orthogonal to each other, avoiding the alignment error. There are no silicon substrate blocking in both sensitive directions, so the flow directions nearby the wires have little differences. As a result, the two axes have equal sensitivity, thus requiring no correction. The measured velocity sensitivity at 1 kHz is 2.53 dB V/Pa, with relative direction sensitivity of 28 dB. Since the total size of the chip is only 4.4 × 4.4 mm, it can detect the 2-D particle velocity at one point.
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