Learn how to create innovative solutions with high accuracy industrial-grade MEMS motion sensors
This webinar was broadcast on Thursday, August 5th, 2021
In this 1-hour webinar we will explore the implementation of inclination-sensing solutions using a highly accurate 2-axis, low-power industrial inclinometer and a high-performance 6-axis inertial module, in conjunction with available motion software libraries.
Applications include Industry 4.0, from robotics and earth-moving machinery to 5G antennas and solar panel pointing applications, and Smart City scenarios such as structural health monitoring in bridges and tunnels.
In this discussion, the IIS2ICLX with the MotionTL2 library will be used as a static inclinometer, which enables the highest accuracy in systems where the equipment being monitored is stationary or moving very slowly. The ISM330DHCX 6-axis iNEMO® inertial module features a 3D accelerometer and 3D gyroscope and uses a smart algorithm in MotionDI to combine signals from these sensors to eliminate the effects of rapid motion, vibration, or shock on the equipment, making it ideal for dynamic inclinometer applications.
Both sensors are equipped with machine learning capabilities and can implement algorithms in the sensor ASIC, alleviating the workload on the main MCU and enabling the lowest possible power consumption.
You will learn:
- How to select the right sensor for your application
- The principal parameters affecting accuracy
- ST tools for rapid development and evaluation
- About the Machine Learning Core (MLC) feature