High-Precision MEMS IMU: The Core of Precise Navigation and Control

In the field of precise navigation and control, high-precision MEMS IMUs play a crucial role. The ER-MIMU-15B, with its high performance and wide range of applications, has become the preferred choice for many high-precision applications.

Lightweight and Durable

With dimensions of 47×44×14 mm and a weight of only 40 grams, it is easy to integrate into various compact devices. Additionally, it features a wide voltage design and excellent temperature compensation capabilities, enabling stable operation in complex environments ranging from -40°C to +80°C, demonstrating strong environmental adaptability.

Precise Measurement

The gyroscope has bias instability of less than 0.05 deg/hr and an angle random walk of less than 0.025°/√h, with a measurement range up to 400 deg/s. The accelerometer has a dynamic measurement range of ±30g and a bias instability of only 10 ug. The built-in high-precision gyroscope and accelerometer can provide real-time and accurate angular velocity and acceleration data. These data, after calculation, can further yield information such as the carrier's attitude, speed, and displacement, meeting various high-precision measurement requirements.

Wide Voltage and Low Power Consumption

Furthermore, the ER-MIMU-15B supports a wide voltage range of 6V to 12V, adapting to various power supply environments. Its low power consumption design (2W) effectively extends the device's usage time, providing users with a more convenient experience.

Convenient Communication

It supports the SPI interface, facilitating integration into various embedded systems. This feature enables the ER-MIMU-15B to easily integrate into various application scenarios, offering users more flexible and efficient solutions.

Wide Application Scenarios

The ER-MIMU-15B is suitable for a variety of application scenarios, including line-of-sight stabilization systems, integrated navigation systems and inertial guidance systems, flight control and guidance systems, attitude and heading reference systems (AHRS), as well as stability control for antennas, cameras, and platforms. Additionally, in professional fields such as aviation and marine geospatial mapping/measurement, the ER-MIMU-15B can provide crucial support, contributing to the development of these areas.