Advanced MEMS sensors for multiple applications; taking accuracy to the next level!

±10g sensing range open loop accelerometer

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MAXL-OL-2010C is a state-of-the-art inertial sensor based on a unique MEMS device, designed to provide high stability and low noise measurement.

Accelerometer’s one year bias repeatability of max 4.5 mg and one year scale factor repeatability of max 1800 ppm enable excellent measurement accuracy for tilt sensing and seismic detection applications.

A specially developed ASIC utilized in MAXL-OL-2010C produces a differential analog voltage output proportional to acceleration along with a temperature – proportional voltage output that can be used for system needs. The output voltage range is ± 1.2 V.

A highly advanced device, the MAXL-OL-2010C provides a sensing range of ± 10 g, it operates from a single power supply voltage of 3.3 V with <13 mA current consumption. The sensor is packaged in a hermetically sealed LCC20 ceramic package.


Key Parameters

  • Sensing range: ±10 g
  • Equivalent Noise density in band: 2.2 µg/√Hz (max)
  • Bias repeatability: 4.5 mg (max), 1.5 mg (1σ)
  • Scale factor repeatability: 1800 ppm (max), 600 ppm (1σ)
  • Non linearity: 0.7% of input acceleration (1σ)

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