Low Power 3 Axises Accelerometer Gyroscopes Sensorings Module Builts In Calibration for Projects

Low Power 3 Axises Accelerometer Gyroscopes Sensorings Module Builts In Calibration for Projects Description

Features: The MPU6050 module delivers 6DOF motion trackings with integrated 3 axises gyroscopes and accelerometer, offering 16g/2000/s ranges and low 5μA standbys current for precise movement detection in devices. Featurings selectable I²C/SPI interfaces (up to 10MHz SPI) and 16bit resolution, this sensorings ensures fast speed data transfer and compatibility with controllers for realtime applications. for engineers and developers creating drones, systems, or wearable, this module provide motion data for robotics navigation and activity monitoring projects. for UAV stabilization, headsets trackings, and fitness device analytics, its auto calibration maintains accuracy across temperature variation in dynamic. Builts in auto offsets calibration and temperature compensation minimize measurement errors, while customizable parameters enable optimized performances for consistent, professional motion sensings result. Specifications: Materials: ABS Size: 25x20x2mm Parameters: Power supply: 3-5V Note: Please allow 0-1cm error due to manual measurement. make sure you not mind before bid. Due to the differences between different monitors, the Pictures may not reflect the actual of the item. Package includes: 1PC 3Axis Gyro sensorings The MPU6050 module delivers 6DOF motion trackings with integrated 3 axises gyroscopes and accelerometer, offering 16g/2000/s ranges and low 5μA standbys current for precise movement detection in devices. Featurings selectable I²C/SPI interfaces (up to 10MHz SPI) and 16bit resolution, this sensorings ensures fast speed data transfer and compatibility with controllers for realtime applications. for engineers and developers creating drones, systems, or wearable, this module provide motion data for robotics navigation and activity monitoring projects. for UAV stabilization, headsets trackings, and fitness device analytics, its auto calibration maintains accuracy across temperature variation in dynamic. Builts in auto offsets calibration and temperature compensation minimize measurement errors, while customizable parameters enable optimized performances for consistent, professional motion sensings result.