KXTC9-2050-PR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

KXTC9-2050-PR - Motion Sensors - Accelerometers

KXTC9-2050-PR accelerometers are sensors used to measure physical acceleration. They are commonly used in motion sensing applications such as: sports analysis, research and development, robotics, navigation, and security. Utilizing micromachined technology, the KXTC9-2050-PR accelerometers are a reliable and cost-effective option for motion sensing needs.

Application Fields

KXTC9-2050-PR accelerometers are suitable for a variety of applications, including sports and exercise analysis, biomedical research and development, automotive, aerospace and navigation, robotic navigation, vibration and shock monitoring, and security and anti-theft systems. The KXTC9-2050-PR can be used in applications where precise acceleration measurement is hard to achieve due to its high-resolution and accuracy rating.

In sports applications, the KXTC9-2050-PR is used to analyze player performance. By measuring movement in three dimensions, coaches can better quantify an athlete’s velocity, acceleration, and agility. In research and development, accelerometers can be used to detect changes in physical motion and test or falsify hypotheses.

In automotive, aerospace, and navigational applications, the KXTC9-2050-PR are used to measure the magnitude and direction of forces. This data is crucial for navigation, motion tracking, and obstacle avoidance. In robotic and security applications, the KXTC9-2050-PR can be used for motion sensing and anti-theft measures. The accelerometer is a reliable and cost-effective solution for meeting various motion sensing needs.

Design and Working Principles

The KXTC9-2050-PR is a modern MEMS-based(micro-electromechanical system) accelerometer. Its dimensions are 21mm by 17mm and it only weighs 5.3g. It consists of a diaphragm and sensing element on a substrate and an in-plane combs with integral spring suspended over the diaphragm. This design detects any acceleration in three perpendicular directions.

The MEMS-based accelerometer operates on the Coriolis Effect. Acceleration causes the sensing element to move; the Coriolis acceleration in the direction perpendicular to the acceleration direction is then sensed on the in-plane comb.The output of the KXTC9-2050-PR is electric voltage. This accelerometer is rated at 0.1g – and it measures changes as small as 1um’s worth of piezoelectricity. The KXTC9-2050-PR can also detect a wide range of frequencies, from ~10Hz to 2000Hz.

Conclusion

The KXTC9-2050-PR is a versatile and reliable MEMS-based accelerometer. It has high resolution and accuracy ratings, so it is suitable for numerous applications, including sports analysis, research and development, robotics, navigation, and security. The KXTC9-2050-PR changes as small as 1um’s worth of piezoelectricity and operates on the Coriolis Effect, so it can measure acceleration in three perpendicular directions. It is a reliable and cost-effective solution for motion sensing needs.

The specific data is subject to PDF, and the above content is for reference