STM32 MCU Sensor Programming

 
Hello,
In this webinar, we will explain STM32 sensor programming source code.
STM32 has established itself as the most widely used and reliable development environment in the 32-bit MCU market. While STM32 can be applied to many fields, sensor data processing is essential in IoT environments. In particular, gyroscope sensor control for maintaining level and correcting attitude of moving objects is essential in drone and intelligent robot applications. Additionally, there is an increasing demand to collect data from geomagnetic sensors (directional compass sensors), temperature and humidity sensors, illuminance sensors, ultrasonic sensors, and infrared sensors for remote monitoring.
 
Most of these sensors process data through ADC (Analog Digital Convertor). The MCU and data input/output interface primarily use I2C. I2C is a more reliable data communication method compared to UART.
 
In this webinar, we will explain at the source code level how to program the aforementioned sensors using ADC and I2C with the following sensor board:
 
Board used (Kernel Research Association SmartSensor)



Webinar agenda: 

• Introduction to STM32F0 development environment
• Introduction to ADC sensor operation method
• Gyroscope, geomagnetic, temperature, humidity, illuminance, and ultrasonic sensor control methods
• ADC configuration and data collection source code explanation
• I2C interface explanation
• Sensor data input/output source code explanation through I2C

  
We hope you gain valuable knowledge about STM32 sensor programming through this webinar.
Thank you.