NBPDPNS250MGUNV

Pressure sensors play an important role in a wide range of applications. NBPDPNS250MGUNV is a pressure sensor that operates on the principle of capacitive transduction. It is especially suitable for applications involving vacuum or low pressure measurements. This pressure sensor can measure differential pressure, and stands out among its peers due to its highly reliable performance over a long period of time and its ability to accurately measure static and dynamic pressures.

The working principle of the NBPDPNS250MGUNV pressure sensor is based on the capacitive sensing principle. When a differential pressure is applied across the membrane of the pressure sensor, the electrical capacitance between the membrane and the electrode changes. The change in capacitance is then converted into an electrical signal, which is then amplified and filtered to give an output voltage. This output voltage is then used as an indication of the pressure.

The NBPDPNS250MGUNV pressure sensor is suitable for a wide range of applications, such as medical and analytical instrumentation, automotive systems, HVAC systems and process control systems. It can be used for detecting pressure changes across gas or liquid media in gas meters, oil and fuel systems, air conditioning systems, ventilation systems and pumps. The sensor is also ideal for use in differential pressure controllers, pressure and flow controllers, level transmitters and other related applications.

The NBPDPNS250MGUNV pressure sensor has several unique features that make it ideal for use in a variety of applications. It has a pressure measuring range of 0-2.5 bar. The pressure sensor has an overload protection of up to 30 bar and a response time of 2.5 ms. The pressure sensor also features a high accuracy of 0.25%. This accuracy gives the sensor a high degree of reliability in a variety of challenging applications.

The NBPDPNS250MGUNV pressure sensor is a highly reliable and accurate device that is used in a wide range of industrial applications. Its capacitive transduction principle makes it suitable for measuring absolute and dynamic pressure changes. Furthermore, its high accuracy and overload protection make it an ideal choice for applications requiring precision measurements in a wide range of environments.