Asair ADP2100 Differential Pressure Sensor - I2C Output, -500 to +500 Pa
The Asair ADP2100 is a digital differential pressure sensor with I2C output, designed for high-precision measurement of air, nitrogen, and oxygen differential pressures from -500 to +500 Pa. It features a thermal MEMS sensing element with integrated temperature compensation, making it suitable for integration with microcontrollers like Arduino, Raspberry Pi, and ESP32.
Features
- Thermal MEMS digital differential pressure sensor with I2C interface
- Measurement range of -500 Pa to +500 Pa with high repeatability and no drift
- Fast 10 ms response time for rapid detection of pressure changes
- Built-in temperature compensation and MCU for signal processing
- Compact, lightweight design ideal for embedded systems and portable devices
Out of stock
The ADP2100 utilizes a thermal MEMS sensing element to measure the differential pressure between two ports. This principle provides excellent long-term stability, high signal-to-noise ratio, and inherent immunity to drift. The sensor’s internal microcontroller handles signal conditioning and provides a calibrated digital output via the I2C bus.
Designed for operation with air, nitrogen, and oxygen, this sensor is ideal for applications requiring precise monitoring of small pressure differences. Its fast update rate and robust digital output make it suitable for dynamic systems in HVAC, medical devices, and industrial process control.
Additional Information
| Weight | 0.02 kg |
|---|---|
| Dimensions | 5 × 3 × 1 cm |
