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Abstract: (IOP)
We present an optomechanical accelerometer with high dynamic range, high bandwidth and readout noise levels below m s−2/. The straightforward assembly and low cost of our device makes it a prime candidate for on-site reference calibrations and autonomous navigation. We present experimental data taken with a vacuum sealed, portable prototype and deduce the achieved bias stability and the accuracy of the sensitivity. Additionally, we present a comprehensive model of the device physics that we use to analyze the fundamental noise sources and accuracy limitations of such devices.
  • noise
  • stability
  • costs
  • gravitation: acceleration
  • measurement methods
  • calibration
  • detector: design
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