Application

High-performance IMU: A New Benchmark for Precise Measurement and Control

In the field of high-precision measurement and control, a high-performance inertial measurement unit (IMU) is indispensable. ER-MIMU-14, as a MEMS high-performance IMU, is becoming the ideal choice for many high-precision measurement and control systems with its outstanding performance, compact design, and wide application prospects.

 

High Performance Imu A New Benchmark For Precise Measurement And Control

 

Lightweight and Versatile Design

 

With dimensions of 47×44×14 mm and a weight of only 40 grams, ER-MIMU-14 is easy to integrate into various compact devices. Whether it is satellite antennas, target tracking systems, or attitude measurement and control of precision platforms, ER-MIMU-14 can provide stable and reliable measurement data.

 

Outstanding Performance

 

The gyroscope bias instability can reach 0.01 º/h (Allan variance), and the angle random walk is less than 0.005º/√h; the accelerometer bias instability is only 10 ug (Allan variance).

 

Through the built-in gyroscope and accelerometer, ER-MIMU-14 can provide the acceleration and angular velocity data of an object. These data can be used to calculate the attitude, velocity, and displacement of the carrier, meeting the requirements of high-precision measurement and control systems.

 

In addition, our IMU supports a wide voltage range of 6V to 12V, adapting to various power supply environments while maintaining a low power consumption of 2W, effectively extending the operating time of the equipment.

Wide Temperature Range

 

ER-MIMU-14 has a wide operating temperature range and can work stably in an environment from -40°C to +80°C. This enables it to maintain excellent performance in various complex environments, providing reliable support for high-precision measurement and control systems.

 

In conclusion, ER-MIMU-14, as a lightweight, high-performance, and wide-temperature MEMS IMU, is emerging as a leader in the field of high-precision measurement and control.


Application Techniques

1.IMU working principle & Tactical grade IMU product recommendations

2.Choosing an IMU: FOG IMUs vs MEMS IMUs

3.Application of IMU in the Field of Drones

4.How Does an IMU Work?

5.What is the Difference Between IMU and AHRS?

6.How is IMU used?


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