Post by kellyyu on Oct 25, 2023 4:24:24 GMT -5
MEMS gyroscope's application fields are wider than we think. It can be used not only in the ground field, but also in the air field. Next, let us analyse MEMS gyroscope in detail from these two fields.
◾ Ground: oil drilling, mining, tunnel railway, autonomous driving, surveying and mapping, etc.
MEMS gyroscope can provide precise orientation data. For example, in the field of petroleum logging, the working environment is harsh and the temperature requirements are very high, and most of the equipment is tubular. Other gyroscopes are not small enough and cannot adapt to the harsh environment. MEMS gyroscopes can meet the requirements well. The maximum temperature that most MEMS gyroscope can reach is 85 degrees, but MG2-022 can reach 125 degrees because it is a gyroscope specially designed for gyro tools. And his performance is also very good with 0.02°/hr bias instability and 0.025°/ √h angular random walk．
For the mining, tunneling and autonomous driving fields, they have a common problem that the working environment is mostly underground, such as underground mining, cars driving into underground tunnels, etc. At this time, the use of satellite positioning equipment such as GPS will cause signal instability. MEMS gyroscope does not rely on signals, so it can output data stably regardless of whether it is above or below ground. For ground navigation, we also have specially designed gyroscope MG2-50/100 with 0.01-0.02°/hr bias instability and 0.0025-0.005°/√hr angular random walk．
◾ Air: aerospace, AHRS, UAV, Unmanned Aircraft Systems, Drones, etc.
With the update of MEMS technology, it can also meet the requirements of the aerial field. MEMS gyroscope can provide precise azimuth, level, position, speed and acceleration signals. These signals can be used to directly complete the attitude control and orbit control of the aircraft. MEMS gyroscopes are used in AHRS (Attitude Heading Referece System) to measure the angular rate of the system. Taking the initial position of the system in the inertial reference frame as the initial condition and integrating the angular velocity, the current direction of the system can be obtained at any time. MG2-300/400 specially designed for air navigation can achieve 0.03-0.05° deg/hr bias instability and 0.01-0.025°/√hr angular random walk．
If you wanna learn more knowledge about MEMS gyroscope, you can contact ｍe in the following methods：
▪ Email: info@ericcointernational.com
▪ Whatsapp: ＋86 173 9198 8506
◾ Ground: oil drilling, mining, tunnel railway, autonomous driving, surveying and mapping, etc.
MEMS gyroscope can provide precise orientation data. For example, in the field of petroleum logging, the working environment is harsh and the temperature requirements are very high, and most of the equipment is tubular. Other gyroscopes are not small enough and cannot adapt to the harsh environment. MEMS gyroscopes can meet the requirements well. The maximum temperature that most MEMS gyroscope can reach is 85 degrees, but MG2-022 can reach 125 degrees because it is a gyroscope specially designed for gyro tools. And his performance is also very good with 0.02°/hr bias instability and 0.025°/ √h angular random walk．
For the mining, tunneling and autonomous driving fields, they have a common problem that the working environment is mostly underground, such as underground mining, cars driving into underground tunnels, etc. At this time, the use of satellite positioning equipment such as GPS will cause signal instability. MEMS gyroscope does not rely on signals, so it can output data stably regardless of whether it is above or below ground. For ground navigation, we also have specially designed gyroscope MG2-50/100 with 0.01-0.02°/hr bias instability and 0.0025-0.005°/√hr angular random walk．
◾ Air: aerospace, AHRS, UAV, Unmanned Aircraft Systems, Drones, etc.
With the update of MEMS technology, it can also meet the requirements of the aerial field. MEMS gyroscope can provide precise azimuth, level, position, speed and acceleration signals. These signals can be used to directly complete the attitude control and orbit control of the aircraft. MEMS gyroscopes are used in AHRS (Attitude Heading Referece System) to measure the angular rate of the system. Taking the initial position of the system in the inertial reference frame as the initial condition and integrating the angular velocity, the current direction of the system can be obtained at any time. MG2-300/400 specially designed for air navigation can achieve 0.03-0.05° deg/hr bias instability and 0.01-0.025°/√hr angular random walk．
If you wanna learn more knowledge about MEMS gyroscope, you can contact ｍe in the following methods：
▪ Email: info@ericcointernational.com
▪ Whatsapp: ＋86 173 9198 8506