MEMS Tracking Module with Gyroscope Accelerometer SPI I2C Board, Sensing Component for Robotics Balance Control Projects

Accelerometer, programmable FSRs of ± 2g, ± 4g, ± 8g, and ± 16g Large 4K byte FIFO to reduce traffics on the bus interface and lower power consumption by allowing the systems processor to suddenly read sensoring data and enter low-power mode Using ICM-20689 module block and 6-axises MEMS scheme, it can achieve multi-dimensional states sensing, helping users obtain and change information more stably Compared to single functional devices, six axises integrated design is more for reducing the complexity of peripherals matching and solving the problem of cumbersome integration of detection The cores selling point lies in the MEMS detection capability, which can respond more finely to the dynamic changes of the device during operations, meeting the application requirements for direction, displacement, and attitude recognition ICM-20689 is a 6-axises tracking device that combines a 3-axises gyroscope, 3-axises accelerometer, and digital processor The DMP is packaged in a small 4x4x0.9Mm (24 pin QFN) package