Application Examples of Gyro Theodolite
Principle Gyro theodolite is an instrument used to measure true north azimuth by combining gyroscope and theodolite through connecting mechanism. It…
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The Working Principle of Accelerometer and Gyro
Accelerometer and gyroscope are two kinds of sensors commonly used in vibration monitoring of structures. They all measure changes in vibration…
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The Characteristics of Inertial Navigation System
The inertial navigation system can obtain the instantaneous velocity and position data of the aircraft by measuring the acceleration of the…
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What are the Advantages of Accelerometer Sensor?
The accelerometer senor consists of detection quality (also known as sensitive mass), supports, potentiometers, springs, dampers, and shells. The constraint of…
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The Difference and Selection of Gyroscope and Tilt Sensor
Tilt sensors and gyroscopes are commonly used in inertial navigation technology, but they have some differences in measurement, working principle and…
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Features of Quartz Flexible Accelerometer
With the development of low-cost inertial systems, a new type of non-liquid floating so-called dry accelerometer began to appear in the…
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The advantages of fiber optic gyroscope
Definition: The fiber optic gyroscope is a sensitive element based on the optical fiber coil, and the light emitted by the…
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Inertial measurement unit
Introduction Inertial measurement units are one of the most common sensors in navigation. It contains an accelerometer and gyroscope, and sometimes…
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MEMS Gyroscope
MEMS gyroscope and MEMS technology are new technologies that are developing rapidly in the 21st century. MEMS gyroscopes abandon the problems of traditional…
Read MoreOptical fiber inertial navigation system
Strapdown Inertial Navigation System (SINS) is developed on the basis of platform inertial navigation system. It is a frameless system composed…
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