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How Transverse Sensitivity & Temperature Wreck Sensor Accuracy (And How to Fix It)

shear-vs-compression-sensor-transverse-sensitivity

1. Impact of Transverse Sensitivity Due to the inherent properties of piezoelectric materials and structural/manufacturing deviations in sensing elements, sensors inevitably generate output signals in response to transverse vibrations. This is quantified as the percentage ratio of transverse output to vertical-axis output. Conclusion: Shear designs outperform compression types in minimizing transverse sensitivity. 2. Temperature Effects on Sensing Elements Temperature changes alter sensor output due to material properties: 3. Impact of Base Strain Sensitivity Sensor output can be affected by strain at the installation site. Base strain sensitivity depends on: Practical Takeaway: Shear-type sensors generally meet structural measurement needs without compromising frequency response. About Dabey Technology: Precision in Every Axis Since 2005, Dabey Technology has specialized in high-performance piezoelectric sensors for aerospace, industrial, and R&D applications. Our solutions addre

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