



Description:
The ADP2100 represents a significant advancement in digital differential pressure sensing, offering unparalleled precision and stability for a variety of gas measurement applications. This sophisticated sensor integrates an internal thermal sensor element, enabling accurate and reliable measurement of gas differential pressure. Specifically designed to measure differential pressure in air, nitrogen, and oxygen, the ADP2100 eliminates drift, ensuring long-term accuracy and consistent performance.
With a measurement range spanning from -500 to +500 Pascals (Pa), the ADP2100 caters to a broad spectrum of applications, from critical industrial processes to sensitive medical devices. Notably, the sensor maintains exceptional accuracy even at low differential pressures, making it suitable for applications requiring the detection of subtle pressure variations. This capability is crucial in environments where precise pressure control is paramount.
Specifications:
- Working Current: 3.8mA(typical)
- Measurement Range: -500~+500Pa
- Accuracy: Reading×3%
- Response time: 10ms
- Operating Voltage: 3.2~3.4V
Features:
- Precise & Stable: Excellent repeatability, no drift, and long-term stability.
- Temperature Compensated: Built-in compensation ensures accuracy.
- Reliable & Robust: High reliability, high signal-to-noise ratio.
- Fast & Efficient: Built-in MCU, short response times, fast measurements.
- Compact & Lightweight: Small size, low weight.
Application:
ADP2100 is designed for high precision measurement of differential pressure, with an update time as fast as 10ms. ADP2100 can respond quickly to differential pressure changes of air, nitrogen, and oxygen.
Package Included:
1 x ASAIR ADP2100 Differential pressure sensor