F5D2-2M7Y

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F5D2-2M7Y is a dual axis gyroscope with high accuracy which features anti-vibration and strong electromagnetic interference capability. It can detect the rotational angular velocity of dual axes accurately and provide wide dynamic range and high sensitivity. Due to its superior performance, it can be used in a variety of applications.

Application Fields

F5D2-2M7Y can be used in a number of applications such as inertial navigation, guidance and control, attitude stabilization, platform isolation, motion simulator and vibration damping. It can also be used in industrial and agricultural machinery, automobiles, ships and aircraft.

Working Principle

F5D2-2M7Y works by detecting angular velocity in two-axes orthogonally. It utilizes the principle of Coriolis gyroscopic effect. When the gyroscope is subjected to external angular velocities in two axes, Coriolis force generated from the rotation will then be detected by the sensing element and produce corresponding output signals. The output signals from the gyroscope can then be amplified, filtered, and processed to sense angular velocity.

F5D2-2M7Y has a MEMS Silicon Micro Gyroscope at its core, a vibratory rate sensing method which utilizes the mechanical resonator as its sensing component. The gyroscope works by detecting Coriolis force which is generated due to the vibration of the mechanincal resonator. The Coriolis force will then set up a bending displacement in the resonator, which will be detected by a sensor. The sensor then produces output signals that correspond to the vibrations and the angular velocity.

F5D2-2M7Y can detect angular velocities in two axes. It has a wide dynamic range so that both large and small angular velocities can be detected. It also has a strong electromagnetic interference capability and isAnti-vibration enabled.

Conclusion

F5D2-2M7Y is a dual axis gyroscope with high accuracy. Its superior performance makes it suitable for a variety of applications such as inertial navigation, guidance and control, attitude stabilization, platform isolation, motion simulator and vibration damping. It works by detecting angular velocity in two-axes orthogonally, utilizing the principle of Coriolis gyroscopic effect. It also has a MEMS Silicon Micro Gyroscope at its core, a vibratory rate sensing method which utilizes the mechanical resonator as its sensing component.

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