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Gravity: BMP388 Barometric Pressure Sensors
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This new released BMP388 barometric pressure sensor by DFRobot is equipped with the functionality of temperature and pressure measurement. It supports Arduin...
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This new released BMP388 barometric pressure sensor by DFRobot is equipped with the functionality of temperature and pressure measurement. It supports Arduino code control. Compared with the earlier version of BMP180, BMP280, and BMP388, this sensor exhibits lower power consumption, higher resolution and higher sampling rate.
The barometric pressure is usually used to measure barometric pressure and temperature. But besides that, we can also use the sensor to measure the altitude and the relative floor height due to the fact that there is a certain relationship between altitude and barometric pressure. What’s more, BMP388 enables accurate GPS tracking. So with an IMU sensor and BMP388, we can experience 3D indoor positioning and navigation.
BMP388 is based on Bosch’s mature Piezo resistive pressure sensor technology featuring high accuracy as well low power consumption and high EMC robustness.
The sensor features an accuracy of about ±8Pa, which is equivalent to about ±0.5m difference in altitude, and an absolute accuracy temperature of ±0.5°C for a temperature range between 0°C and 65°C.
Features
Specification
Documents
Product wiki
Shipping List
The barometric pressure is usually used to measure barometric pressure and temperature. But besides that, we can also use the sensor to measure the altitude and the relative floor height due to the fact that there is a certain relationship between altitude and barometric pressure. What’s more, BMP388 enables accurate GPS tracking. So with an IMU sensor and BMP388, we can experience 3D indoor positioning and navigation.
BMP388 is based on Bosch’s mature Piezo resistive pressure sensor technology featuring high accuracy as well low power consumption and high EMC robustness.
The sensor features an accuracy of about ±8Pa, which is equivalent to about ±0.5m difference in altitude, and an absolute accuracy temperature of ±0.5°C for a temperature range between 0°C and 65°C.
Features
- Low power consumption
- Low noise
- High resolution
- Small dimensions
- Best-in-class offset temperature coefficient (-20°C-65°C@700-1100hPa)
Specification
- Operating Voltage: 3.3V-5.5V
- Operating Current: 0.5mA
- Operating Range: 300-1250 hPa
- Relative Accuracy: ±8 Pa (equivalent to ±0.50m @700-900hPa, 25°C-40°C)
- Absolute Accuracy: ±50 Pa (0°C-65°C@300-1100hPa)
- Temperature Coefficient Offset: ±0.75 Pa/K (-20°C-65°C@700-1100hPa)
- Absolute Accuracy Temperature: ±0.5°C (@0°C-65°C)
- Operating Temperature: -40°C~80°C (more accurate in 0°C-65°C)
- External Dimension: 22mm x 30mm
- Mounting Hole Position: 15mm
- Mounting Hole Dimension: inside diameter 3mm/ outside diameter 6mm
- Interface: Gravity-I2C 4Pin or SPI (SPI is only used at 3.3V)
Documents
Shipping List
- Gravity: BMP388 Barometric Pressure Sensor module x1
- PH2.0-4P sensor cable x1
Jargon buster
Plain-language definitions for the technical terms used above.
- GPS
- The US satellite navigation system used by GNSS receivers to calculate position and time. Support for GPS is important because it is widely available and often used together with other constellations for more reliable positioning.
- Gravity
- Gravity is DFRobot’s plug-in connector system for sensors, motors and modules, using standard cables to reduce loose jumper wiring. It matters because Gravity-compatible parts can connect directly to these ports, while non-Gravity parts may need adapters or manual wiring.
- I2C
- I2C is a two-wire communication bus used by many sensors and small modules. It matters because several I2C devices can share the same two wires, but each device needs a compatible address and your controller must support I2C.
- IMU
- An Inertial Measurement Unit combines motion sensors to measure movement and orientation. It matters for asset tracking because it can detect movement, tilt, vibration, or changes in direction.
- SPI
- A fast serial communication bus often used for displays, memory cards, and sensors. It matters because SPI devices need specific pins for clock and data, plus a separate chip-select line for each device.
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