MEMS IMU: Your Innovation, We Support it!

MEMS IMU usually includes accelerometers and gyroscopes, which can be used to measure the angular rate and acceleration of the carrier. The data output through the communication protocol can be used to obtain information such as the carrier's attitude, speed, and displacement.

ERICCO's ER-MIMU-M02 and ER-MIMU-16 are both ten-axis IMUs that include a magnetometer and a barometer, with high reliability and strong environmental adaptability.

【Lightweight and thin design】

The volume of these two IMUs is 47×44×14mm, with an ultra-thin design of only 14mm thickness and a weight of 50g, achieving the ultimate lightness and thinness.

【Stable Performance】

The dynamic measurement range of the built-in gyroscope of ER-MIMU-M02 and ER-MIMU-16 is ±450º/s. However, the accuracy of ER-MIMU-16 is higher, and the bias instability of ER-MIMU-M02 is 2 º/h, and the bias instability of ER-MIMU-16 is 0.3 º/h.

The bias instability of ER-MIMU-M02 accelerometer is 24μg (Allen variance). The bias instability of ER-MIMU-16 accelerometer is 10μg (Allen variance). Users can choose according to different needs.

【SPI communication interface】

High-speed transmission: This type of communication has a high data transmission rate and is suitable for high-speed data communication;

Full-duplex communication: Data can be sent and received at the same time, doubling the efficiency;

Easy to use:Only four wires are needed, PCB wiring is no longer cumbersome, communication between the host and slaves can be achieved, and multi-cluster machines are supported.

【Low cost, mass production】

Short cycle, large batch, large-scale production, stable quality, ER-MIMU-M02 especially suitable for users with large demand and limited budget.

【Wide application】

Can be used in the air and on land, such as drones, autonomous driving and robotics. ER-MIMU-M02 can also be used in the marine field, such as hydrographic survey, channel detection, unmanned surface vehicles, etc.