The Feature Of Inertial Sensor – IMU
The inertial measurement unit is a device that measures the three-axis attitude angle and acceleration of an object. Generally, an IMU contains three…
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Reasonable use of integrated navigation
In today's ocean and inland navigation, the role of unmanned ships is becoming more and more prominent. It integrates intelligent control, remote…
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What Is A Strapdown Inertial Navigation System?
According to the different gyroscopes used, it is divided into rate strapdown inertial navigation system and position strapdown inertial navigation…
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What Are The Requirements For The Gyro In The Gyro Inclinometer?
In the case of opening a sunroof in a casing well and retesting an old well, it is usually necessary to use the gyro inclinometer to measure the azimuth…
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What Is Inertial Navigation?
Inertial navigation A technology that obtains the instantaneous speed and position data of an aircraft by measuring the acceleration of the aircraft and…
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How Does A Inclinometer Work?
FOG Continuous Gyro Tool: When the borehole has an inclination offset of X ′ in the X-axis direction and a Y ′ inclination offset in the Y-axis direction,…
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What is the use of quartz flexible accelerometer
The application of quartz flexible accelerometer is very wide, the following are some typical applications of it. Inertial navigation and guidance system…
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What Is The Principle Of Laser Gyro
The principle of a laser gyro is to measure the angular velocity of rotation (the Sagnac effect) using the optical path difference. In the closed optical…
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What Is The Main Components Of IMU?
The inertial measurement unit is a device that measures the three-axis attitude angle (or angular rate) of the object and the acceleration. Gyros and…
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How Does Inertial Navigation System Work?
Inertial Navigation System (INS), also known as inertial reference system, is an autonomous navigation system that does not rely on external information…
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How does a MEMS gyroscope work?
The internal principle of the MEMS gyroscope is as follows: apply voltage to the fixed finger and alternately change the voltage, let a mass move back and…
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What Is Strapdown Inertial Navigation System?
The Strapdown Inertial Navigation System (SINS) was developed on the platform-based inertial navigation system. It is a frameless system consisting of…
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Where Is The Quartz Accelerometer Used?
Quartz accelerometers are used for: Inertial navigation and guidance system Navigation guidance systems for missiles, aircraft, ships, and chariots must…
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What Is The Practical Application Of The Dynamically Tuned Gyroscope?
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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What is fiber optic gyroscope?
The fiber optic gyroscope is a sensitive component based on an optical fiber coil, and the light emitted by the laser diode propagates along the optical…
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What is the inertial navigation system?
Inertial navigation refers to the technique of automatically calculating the instantaneous velocity and instantaneous position data of an aircraft by…
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What Are The Main Performance Parameters Of Fiber Optic Gyroscopes?
1 zero offset and zero drift The zero offset is the output of the gyroscope when the input angular velocity is zero (that is, the gyro is stationary), and…
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What Is A Quartz Accelerometer?
Accelerometers consist of proof mass (also called sensitive mass), support, potentiometer, spring, damper and housing. The proof mass is constrained by…
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MEMS Accelerometer Linearity
The linearity is mainly to make the accelerometer have a good linear output, that is, the voltage value (analog or digital) output by the MEMS chip is…
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Application Of Inclination Sensor In Dam Monitoring
n recent years, the detection of dams has received more and more attention. Through testing, it is possible to avoid all kinds of dangerous situations to…
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