MMA1260EG

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Motion sensors, and more specifically accelerometers, are used in numerous industries to measure the linear and angular acceleration of a dynamic body. The MMA1260EG is one such device, used to measure both static and dynamic acceleration with an electronic eddy-current system. It can measure accelerations up to 1000 g, and its response time is rated at 250 microseconds.

The MMA1260EG is designed to be robust and resistant to mechanical and electrical interference. It adopts a PZT (Piezoelectric Transducer) as the actuation element, which requires no contact with the measured object, making the device suitable for measurement in both dry and wet environment. It has an operating temperature range of -45 to +125 °C and a working frequency range of 0-1500Hz, making it ideal for use in harsh-environment applications.

The MMA1260EG works by using two parallel electrodes to generate an eddy current in the measured body. The eddy current, in turn, induces a potential difference between the two electrodes, which can then be sensed and used to calculate the acceleration of the body. The device also incorporates an integrated automatic adjustment mechanism which allows it to calibrate itself quickly and easily in the field, even if the direction or magnitude of dynamic acceleration changes.

The MMA1260EG is ideal for applications such as emergency shutdown systems, nuclear generator control, motion-controlled device operation, linear and angular motion control, as well as data acquired from remote environments. It is also used to measure and regulate acceleration in military equipment such as aircraft and missiles, where high accuracy and long-lasting performance is critical. Additionally, it can be used in robotics, automation, medical imaging and even gaming consoles, to detect the motion of the user.

The MMA1260EG can provide high precision, long-term stability and repeatability across a wide range of dynamic acceleration and can be quickly adjusted to accommodate changes in the environment. It is a robust, reliable and cost-effective solution for any application where dynamic acceleration needs to be accurately measured.

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