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Miniature accelerometer for High-Dynamic, Precision Guided Systems

机译:微型加速度计,用于高动态,精密制导系统

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摘要

In 2015, InnaLabs reported on the development of a range of specialist, precision Quartz Pendulous Accelerometers [1]. The performance requirement for these accelerometers was a key design driver for meeting the market needs within the tactical and the navigation grade market segments. In order to extend InnaLabs offering to cutting edge, volume applications with more stringent and highly dynamic environments such as High-Dynamic Precision Guided Systems, InnaLabs has recently released its new miniature low-cost precision Quartz Pendulous Accelerometer, the AI-Q-550. This paper shows the key features and budgets delivered by this 80g-MEMS-size accelerometer. It describes the design, construction and operating principles, with a special emphasis on the physical properties leading to extremely low warm-up, low bias vibration rectification (VRE), and bias and scale factor temperature stabilities of 100μg and 100ppm, respectively.
机译:2015年,InnaLabs报告了一系列专业,精密石英摆式加速度计的开发情况[1]。这些加速度计的性能要求是满足战术和导航级细分市场中市场需求的关键设计驱动力。为了将InnaLabs产品扩展到具有更严格和高度动态环境的尖端,大批量应用,例如高动态精密制导系统,InnaLabs最近发布了其新型的低成本微型精密石英摆锤式加速度计AI-Q-550。本文展示了这款80g-MEMS尺寸的加速度计的主要功能和预算。它描述了设计,构造和操作原理,并特别着重于导致极低的预热,低偏置振动整流(VRE)以及偏置和比例因子温度稳定性分别为100μg和100ppm的物理特性。

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