![]() ![]() The complete datasheet can be found here but the important specifications are listed below. boschīosch developed the BME280 sensor which is capable of providing the following information with high accuracy. The humidity sensor offers an extremely fast response time and therefore supports performance requirements for emerging applications such as context awareness, and high accuracy over a wide temperature range. The unit combines high linearity and high accuracy sensors and is perfectly feasible for low current consumption, long-term stability and high EMC robustness. ![]() The BME280 is a humidity sensor especially developed for mobile applications and wearables where size and low power consumption are key design parameters. First, I developed the core logic in my Windows PC using the awesome Thonny IDE and I am transferring my files into my Raspberry Pi Zero W thru WinSCP. You should be comfortable working with the terminal/shell of your Raspberry Pi and knows how to open a file in nano/vim and traverse the directories.Īs I am using a Windows PC and a headless installation on my Raspberry Pi so I am following the following development approach. In my case, I have installed a headless installation on my Raspberry Pi Zero W so that I won’t need any external monitor or keyboard. Install the latest Raspberry Pi OS into your device. Connecting wires – Amazon | AliExpress | Bangoodĭisclosure: These are affiliate links and I will earn small commissions to support my site when you buy through these links.Breadboard – Amazon | AliExpress | Bangood.Raspberry Pi (I used Raspberry Pi Zero W) – Amazon | AliExpress.BMP280/BME280 Temperature sensor (I used BME280 ) – Amazon | AliExpress.The component list below shows the components needed to follow along with this post. You can also watch this on my YouTube channel. If you want to see this project in a video format then please see below. At the end of this post, we will create a beautiful weather station dashboard that will display the sensor readings in colorful text and charts using Python and Flask. This post will show you how to interface your Raspberry Pi with the BMP280/BME280 sensor to retrieve Temperature, Humidity, Pressure, and Relative Altitude. Raspberry Pi BMP280/BME280 Weather Station Project.Create a sample Python test program that will communicate with our BME280 component.Enable the I2C options using raspi-config.How to program the BMP280/BME280 sensor with Raspberry Pi and Python?. ![]()
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