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THE SET UP OF PRIMARY CALIBRATION SYSTEM FOR SHOCK ACCELERATION IN NML

机译:NML中震动加速度的主要校准系统的设置

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This paper mainly describes Taiwan's metrology NML (National Measurement Laboratory) to set up and evaluate a shock accelerometer calibration system which follows the ISO 16063-13:2001 standard. The environmental shock testing of electro-acoustics or electronic spare parts, the product packing falling impact, the automobile collision and the helmet impact test and so on are more and more important for quality and safety. In consideration of that, NML has started to establish the primary shock calibration system which calibrates the accelerometer sensitivity and trace to the metric unit since 2009. The shock machine structure comprises three parts; they are the electromagnetic high-speed hammer, airborne hammer and airborne anvil. The shock machine impact source of primary shock calibration system is excited by electromagnetic method.
机译:本文主要介绍了台湾的计量NML(国家测量实验室),建立和评估了逆向加速度计校准系统,遵循ISO 16063-13:2001标准。电声或电子零配件的环境冲击试验,产品包装落撞击,汽车碰撞和头盔冲击试验等更为重要的质量和安全性。考虑到此,NML已开始建立初级冲击校准系统,自2009年以来校准加速度计灵敏度和跟踪到公制单位。减震机结构包括三个部分;它们是电磁高速锤,空降锤和空降砧座。初级冲击校准系统的冲击机冲击源是通过电磁法激励的。

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