The BME680 Temperature, Pressure, Humidity, and Air Quality Sensor Nano Breakout with a 2.54mm pitch header integrates Bosch's BME680 sensor, providing precise measurements of temperature, humidity, barometric pressure, and volatile organic compounds (VOCs). Its compact design and I²C interface ensure seamless integration into various projects, making it ideal for applications like indoor air quality monitoring and environmental sensing.
Advantages & Features
- Integrated Bosch BME680 ensures consistent, reliable data
- I2C interface streamlines connection with Arduino, Raspberry Pi, and other microcontrollers
- 3.3V compatibility and onboard voltage regulator for seamless integration
- Small footprint perfect for space-constrained devices, wearables, or remote sensor nodes
- Intelligent power-saving modes and programmable interrupts maximize battery life
Applications Beyond the Ordinary
- Indoor air quality: Monitor for pollutants and optimize ventilation
- Smart home automation: Trigger actions based on temperature, humidity, or VOC levels
- Precision agriculture: Track microclimates for optimal crop growth
- Environmental health research: Gather detailed data for analysis
- Weather stations: Contribute to hyperlocal weather forecasting
Essential Notes
-
Allow 20+ minutes burn-in for sensor calibration
-
Readings stabilize within a few minutes for quick insights
-
I2C address is modifiable (ADDR solder bridge) for projects requiring multiple sensors
Resources
- C library provided by Bosch
- Python library
- TYPE:
- Temperature Pressure Humidity and Air Quality Sensor
- IC USED:
- BME 680
- SUPPLY VOLTAGE:
- 3.3V
- OPERATIONAL TEMPRATURE:
- –40°C to +70°C
- ACCURACY (+/-°C):
- 0.5°C
- HUMIDITY MEASUREMENT RANGE:
- 0…100%
- ACCURACY:
- 1%RH
- BAROMETER PRESSURE MEASUREMENT RANGE:
- 300...1100 hPa
- COMMUNICATION INTERFACE:
- I2C
- DIMENSION IN MM:
- L=15mm W=10mm H=2.64mm
