Description
- Unmatched Accuracy: Obtain reliable data with ±3% humidity accuracy, ±1 hPa barometric pressure accuracy, and ±1.0°C temperature accuracy.
- Dual Interface: Enjoy seamless integration with both I2C and SPI interfaces, compatible with a wide range of 3V and 5V microcontrollers.
- Space-Saving Design: Perfect for integration into even the most compact projects.
- Built to Endure: Rely on its robust construction for consistent performance in demanding environments.
- Altitude Sensing: Leverage the precise pressure readings for accurate altitude calculations with ±1 meter precision.
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Precision Weather Monitoring: Build hyper-local weather stations that provide real-time, accurate environmental data.
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Optimized Home Automation: Create smart systems that respond intelligently to temperature and humidity changes for enhanced comfort and energy efficiency.
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Industrial Monitoring: Ensure optimal conditions in manufacturing processes, storage facilities, and other sensitive industrial environments.
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Advanced Greenhouse Control: Maintain ideal growing environments by precisely tracking temperature, humidity, and pressure.
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Innovative DIY Solutions: Explore endless possibilities for creative projects in robotics, environmental science, and beyond.
Resources
- Datasheet
- BME280 Temperature Humidity Pressure Sensor Board 3D STEP file
- BME280 Sensor Board dxf file
BME280 Breakout I2C Connections to Arduino
BME280 Breakout SPI Connections to Arduino
A Temperature Humidity Pressure Sensor Breakout is a device designed to measure three key environmental parameters: temperature, humidity, and atmospheric pressure. It is commonly used in various applications, including weather monitoring, indoor air quality control, and industrial automation. The breakout typically contains a high-precision sensor and an interface circuit that converts the sensor readings into digital signals that can be easily processed by a microcontroller or a computer. Some popular sensor breakout boards include the BME280, BMP280, and HTU21D, which offer excellent accuracy and reliability. With their compact size and easy-to-use interface, temperature humidity pressure sensor breakouts have become a popular tool for makers, engineers, and researchers looking to monitor and control their environment.
