Fiber Optic Gyro Technology Is Difficult
The main technology that fiber optic gyroscopes need to break through is the loss of sensitivity, the drift caused by noise and fiber birefringence, and…
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Quartz Flexible Accelerometer Typical Application
Inertial navigation and guidance system Navigation guidance systems for missiles, aircraft, ships, and chariots must have speed and position information.…
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What is integrated navigation?
The technique or method of directing a carrier from a starting point to a destination is called navigation. The navigation system measures and resolves…
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The Main Role Of Fiber Optic Gyroscope In Attitude Measurement System
Through the motion information of the fiber optic gyroscope's sensitive motion device around its center of mass, it is ensured that the motion device can…
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Basic Term For Inclinometer
1. Well depth: Refers to the actual length of the wellbore from the wellhead to the measuring point, usually calculated by the length of the drill string…
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Current Application Of Continuous Inclinometer
Currently mainly used in the following aspects: (1) Accurately determining the position and orientation of the wellbore is very useful for sidetracking in…
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Precession Of Gyroscope
When the rotor rotates at a high speed, if an external moment acts on the outer ring shaft, the gyroscope will rotate around the inner ring shaft; if an…
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Fiber Optic Gyroscope Definition and Principle
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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Accelerometer Classification Introduction
There are many types of accelerometers: According to the displacement mode of the detected mass, a linear accelerometer (detection mass for line…
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Double Degree Of Freedom Liquid Floating Gyroscope
The gyro motor is supported by a high-precision ball bearing in a sealed gyro ball (also called a float ball), and a T-shaped outer rotor structure is…
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MEMS Gyroscope Introduction
Micromechanical MEMS is the abbreviation of English Micro Electro Mechanical systems, namely microelectromechanical systems. Microelectromechanical…
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Application of Inclination Sensor in Ship Condition Monitoring
The ship is a watercraft used for transportation and operations. It relies on manpower, sails or motors to move on the water. It is an indispensable tool…
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Do You Know The Gyro’s Zero Offset?
Zero offset, also known as zero drift or zero offset or zero offset stability, can also be referred to as zero drift or drift rate, which is called drift…
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Application Of Inclination Sensor In Monitoring Landslides
The rainfall in southern China is always high, especially in the summer rainy season in summer, and there will be a lot of precipitation. In the…
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Point of Use of the Inclinometer
The main purpose of the inclinometer: the measurement of the well inclination, magnetic orientation, tool surface and other data of the well bottom…
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Quartz Flexible Accelerometer for Inertial Navigation and Guidance Systems
Navigation guidance systems for missiles, aircraft, ships, and chariots must have speed and position information. In the case of low requirements, people…
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Integrated Navigation Features
Compared to a single navigation system, an integrated navigation system has the following advantages: (1) It can effectively utilize the navigation…
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Integrated Navigation Function
Integrated navigation systems generally have the following three functions: (1) Concord beyond function. The integrated navigation system can make full…
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Integrated Navigation System
There are two basic ways to implement integrated navigation: (1) Loop feedback method, which uses a classical loop control method to suppress system…
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Inertial Navigation System Importance
Inertial technology is one of the key technologies for navigating the carrier. Inertial technology is a technology that uses the principle of inertia or…
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