MEMS Gyro For Stable Platform
On military equipment such as airplanes, missiles, tanks, and ships, the platform is used a lot. The typical stable platform system requires three…
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Acceleration Sensor Correction Angular Velocity Sensor
The output angular velocity of the gyroscope is instantaneous. Generally, the angular velocity balance cannot be directly used. Most inertial navigation…
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Fiber Optic Gyro North Seeker
In modern engineering surveys, True North is often used as a benchmark for determining azimuth. Therefore, people have used a lot of different methods to…
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Dynamic Tuned Gyroscope
A dynamic tuned gyroscope is a gyroscope supported by a flexible joint consisting of two pairs of orthogonal torsion bars and a balance ring frame through…
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Where Is The MEMS Accelerometer Used?
MEMS accelerometers can help your robot understand the environment in which it is now. Is climbing? Still going downhill, have you fallen? Or for a flying…
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Inertial navigation technology will become the ‘superstar’ of the navigation
Inertial navigation systems, also known as inertial reference systems, are self-supporting navigation systems that do not rely on external information or…
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Piezoelectric Accelerometer
The structural form of a commonly used piezoelectric accelerometer is shown in the figure. S is a spring, M is a mass, B is a pedestal, P is a…
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Why Is the Sensor Not Having Data Output?
1. Firstly, the sensor's power supply voltage is determined according to the label of the sensor, and the output mode is wired according to the…
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Low cost gyroscope inclinometer
the self-seeking method to measure the azimuth, and uses the highly sensitive angular rate gyro to directly measure the Earth's rotation angular rate…
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Introduction To Kalman Filter
The Kalman filter predicts the position coordinates and velocity of an object from a limited set of observations of the position of the object containing…
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Does MEMS Replace FOG Technology?
Fiber optic gyro is a huge advancement of laser gyro. It belongs to two-gloss gyro. It uses the Sagnac effect to calculate the angular velocity with…
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The Difference Between Compass, Attitude And Inertia
The compass is mainly used to indicate the orientation, does not explicitly require the horizontal attitude, and has no requirements for speed measurement…
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Fiber Optic Gyroscope Applications
Military application Fiber optic gyroscopes have a wide range of military applications due to their superiority in angular rate and acceleration…
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North Finder Principle
The three-axis fiber optic gyroscope is used to sense the angular motion of the carrier, and output a digital signal proportional to the angular velocity…
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Application Of Inclination Sensor On Warship
Warships, also known as naval vessels, are ships that perform combat missions at sea. The biggest difference between a warship and a civilian vessel is…
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Advantages Of MEMS Gyro
Widely used MEMS gyros (micromachines) can be used in aerospace, aerospace, marine, weapons, automotive, biomedical, environmental monitoring and other…
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MEMS Accelerometer Principle
There are three types of mature MEMS accelerometers: piezoelectric, capacitive and thermal. Piezoelectric MEMS accelerometers use a piezoelectric effect.…
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Dynamic tuning gyroscope reality application
It has been used in water surface, land strapping, fast north finder, TV antenna tracker, and is widely used in space strapdown inertial navigation…
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Main Requirements For Fiber Optic GyroscopesUsed In Attitude Control Loops
1) Determine the kinematics of the carrier, including the height, velocity and overload of the carrier, to determine the open-loop transfer coefficient of…
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Optical Fiber Gyro Inclinometer
An inclinometer for determining the azimuth of the borehole using a fiber optic gyro element. Although the fiber optic gyroscope is called a gyroscope,…
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