The Calibration Method of High Precision MEMS Gyro
Do you know any calibration methods for MEMS gyroscopes?IntroductionMEMS gyroscope, as one of the typical MEMS sensors, has the advantages of…
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Analysis of Typical Applications of MEMS Sensors
As a key device for obtaining information, MEMS sensors play a huge role in promoting the miniaturization of various sensing devices,…
Read MoreFeasibility Analysis of MEMS Gyro North Seeking
When the gyro north seeker is at high latitudes, its accuracy becomes so poor that it is hard to find north.…
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Research Background and Current Status of MEMS IMU
1. Research background and status quo 1.1 Research background With the rapid development of transportation worldwide, reliable and accurate vehicle positioning…
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Internal Structure Analysis of IMU
The full name of IMU is Inertial Measurement Unit. It is a module composed of multiple sensors such as a three-axis…
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How do parameters affect the performance of the quartz accelerometer?
Accelerometer is one of the most critical inertial instruments. Together with gyro, it forms the basis and core content of inertial…
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Background and Development Status of MEMS Inertial Sensors
MEMS (Micro-Electro-Mechanical System) refers to a complete micro electromechanical system that integrates mechanical elements, micro sensors, signal processing and control circuits,…
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MEMS Sensors Welding Process
Compared with traditional sensors, MEMS sensors, namely Microelectro Mechanical Systems, have the characteristics of small size, light weight, low cost, low…
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Precision MEMS Sensors Realize New Navigation Applications
When it comes to indoor navigation and dealing with complex and environmentally challenging scenarios, sensors can be used to improve the…
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Choosing a Good Quartz Accelerometer is Easier to Maintain
As industrial equipment is generally digitalized and interconnected, Industry 4.0 has been realized and is helping to transform production tools. It…
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