How is the MEMS Gyroscope Working ?
Micromechanical gyroscopes may be designed and operated in a variety of ways, but the disclosed micromechanical gyroscopes use the concept of vibrating…
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Magnetoresistance Effect Sensor
The magnetoresistance effect sensor is made based on the magnetoresistance effect of the magnetic material. A magnetic material (such as permalloy) has an…
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UAV Unmanned Air Vehicle
Unmanned aerial vehicle (uav) is an unmanned aerial vehicle operated by radio remote control equipment and self-provided program control device. Unmanned…
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Inertial Navigation
Inertial navigation system is a kind of inferred navigation method. That is, the position of the next point is derived from the position of a known point…
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Gyro Theodolite Orientation Principle
The gyro that rotates at high speed around its axis of symmetry has two important characteristics: one is the fixed axis, that is, the direction of the…
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What is an Electronic Compass?
An electronic compass, also called a digital compass, is a way to use the earth's magnetic field to determine the North Pole. Known as the Luojing in…
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Liquid Floating Gyroscope
Suspend the gyro frame assembly with high density liquid. The Archimedes principle is used to make the buoyancy buoyancy completely overcome the gravity,…
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High-precision Gyroscope Inclinometer
The gyro inclinometer uses the inertial navigation technology to perform borehole measurement. It utilizes the inertial navigation device with strong…
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Global Satellite Navigation System
The Global Navigation Satellite System, also known as the Global Navigation Satellite System, is a space-based radio that provides users with all-weather…
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Fluxgate Sensor
The basic principle of the fluxgate sensor is based on the nonlinear magnetization characteristics of the core material. The sensitive component is a core…
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Electronic Compass Function
Electronic compasses can be divided into flat electronic compasses and three-dimensional electronic compasses. The flat electronic compass requires the…
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Micromechanical Gyroscope Definition
The working principle of the micromachined gyroscope (MEMS gyroscope) The traditional gyroscope mainly uses the principle of conservation of angular…
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Core Technology of Intelligent Industry-Internet of Things
The core and foundation of "Internet of Things technology" is still "Internet technology", which is a network technology that extends and expands on the…
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Satellite Simulator
he satellite simulator is capable of simulating the performance of the on-board measurement and control subsystem and simulating the satellite flight…
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The Two Most Basic Characteristics of the Gyroscope
The two most basic characteristics of the gyroscope are its axising and precessibility. Any object that rotates at high speed around its own axis of…
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Attitude and Heading Control System
The attitude and heading control system consists of two sets of heading and attitude systems. The full-pose combination gyro is used as the central…
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Comparison of Satellite Receivers and Satellite Simulators
The satellite simulator simulates the entire working process of satellite signal reception from space satellite to orbital link to user reception, even…
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Dip Sensor Noun Explanation
Sensitivity error - depends on the characteristics of the core sensitive device, but is also associated with the frequency response, also known as the…
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Gyro Inclinometer
A general term for an inclinometer that uses a gyro element to determine the azimuth of the borehole. The most classic is the inclinometer with mechanical…
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