The article also talks about how to change the I2C address of BME280. Ⓘ If you need additional details, you can refer to our article BME280 Pinout, Specs & Applications, where you will also find the pinout and specifications of other similar BME280 modules, such as the one from Sparkfun electronics. Here are some details about the temperature, humidity, and pressure sensor onboard the BME280 module. The pinout and board description are shown in the images below. The sensor can be used in a wide array of applications such as indoor climate control, indoor navigation, smart irrigation, elevator floor change detection, etc. Its performance is comparable to the temperature and pressure sensor BMP280. It generates digital data containing information on humidity, pressure, and temperature. The Bosch BME280 is a three-in-one environmental sensor. The article describes how to upload programs to Raspberry Pi Pico using Thonny IDE or the uP圜raft IDE. To learn how, you can look into our article Raspberry Pi Pico Tutorial For Beginners – Get Started With MicroPython. The Raspberry Pi Pico needs to be preloaded with a MicroPython UF2 file. A Raspberry Pi Pico running MicroPython.Wrapping Up BME280 Raspberry Pi Pico GuideĬhecklist For BME280 Raspberry Pi Pico Interfacing.View BME280 Data On OLED Display Using MicroPython.MicroPython BME280 Example Code Explained.Raspberry Pi Pico BME280 MicroPython Example Code.Installation Of BME280 MicroPython Library Using Thonny IDE.
Steps To Read BME280 Using Raspberry Pi Pico.Overview Of The GY-BME280 Sensor Module.Checklist For BME280 Raspberry Pi Pico Interfacing.
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