MPXV5100GP

Pressure Sensors, Transducers

The MPXV5100GP is an absolute pressure transducer from NXP Semiconductors. It is an integrated sensor that is designed to detect pressure changes in industrial applications. It is specifically designed to operate in environments that require resistance to dust, moisture, and condensation. MPXV5100GP utilizes a patented piezo-resistive silicon pressure sensing element with on-chip signal conditioning circuitry to produce an analog voltage output. This pressure sensor is especially beneficial for applications that require a low cost, but fast response, minimal load response, and resistance to condensation and moisture.

The key features of MPXV5100GP are as following; it is highly accurate with an accuracy class of 0.05% which is excellent for high-precision industrial testing, it has a wide operating temperature range from -20°C to +85°C, and it covers a pressure range from -1.1 bar to 0.5 bar. Moreover, it is also equipped with a high-frequency response to accommodate a wide range of applications like Altitude, Weather station, remote sensing, meteorology and Gas turbine system.

Most pressure sensors require a power supply, however, the MPXV5100GP does not need external power of any kind as it has its own integrated oscillator and clock circuitry. The clock provides an alternating voltage to the silicon sensing element which is then scaled based on the physical pressure measured by the transducer. The amplified signal is then analyzed to generate an analog voltage output that can be sent to a monitoring or tracking device.

The MPXV5100GP is an ideal choice for a variety of industrial applications including pumps, HVAC equipment, engines and refrigeration systems. It also provides a reliable and accurate way to measure atmospheric pressure for weather monitoring applications. In addition, this pressure sensor is highly suited for use in automotive, industrial and home automation industries.

Overall, the MPXV5100GP is an ideal solution for a wide range of applications ranging from industrial testing to automotive, home automation, and weather monitoring thanks to its accurate performance, wide temperature capability, and low cost.