PMMA2300KEG

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Motion Sensors - Accelerometers

Accelerometers are devices which measure acceleration forces and can be divided into two categories: capacitive and piezoresistive. Within the piezoresistive category there are multiple types, such as piezoresistive cantilever beam accelerometers and linear accelerometers. PMMA2300KEG is a piezoresistive cantilever beam accelerometer type.

Application Field

PMMA2300KEG accelerometers are mainly applied in industrial applications to measure acceleration. The accelerometer can operate in many different challenging environments including extreme temperatures, shocks, vibrations and pressure variations. It is commonly used in energy systems, automotive production, wind turbines and electrical equipment applications. In the automotive industry it is used to measure vehicle\'s shock absorber and suspension performance. In the energy system it is used to measure rotor imbalance, crack characteristics and component deformation.

Working Principle

The PMMA2300KEG accelerometer works like a cantilever beam that consists of a proof mass and a lever on a base. The proof mass is the element that measures acceleration due to motion, while the lever and base are electromechanical components. When the force of acceleration is applied the proof mass moves in relation to the lever and the electrical current is generated along the cantilever beam.The acceleration is measured by the displacement of the proof mass that is applied on the accelerometer by the force of acceleration. This displacement in the proof mass is converted into electrical signal by the piezoresistive strain gauges on the lever and the base of the accelerometer. The strain gauges are mechanical transducers that convert the mechanical force into electrical resistance. The electrical resistance is then proportional to the acceleration being measured.The PMMA2300KEG accelerometer has a high output signal-to-noise ratio, which allows it to produce accurate and reliable measurements. It also provides precise readings over a wide range of temperatures and varying levels of acceleration. The accelerometer\'s low power consumption and compact design make it ideal for long term data acquisition applications. All in all, the PMMA2300KEG accelerometer is an excellent choice for a variety of applications needing to measure acceleration forces. It is a reliable and accurate device that can provide precision readings over different temperatures and levels of acceleration. With its small and low energy consumption design, the PMMA2300KEG accelerometer is a great choice for industrial applications that require stable readings and long term data collection.

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