MPX2010GS

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Pressure sensors are widely used in industrial and automotive applications such as monitoring fuel or oil pressure, pressure relief systems, and monitoring engine or brake system performance. The MPX2010GS is a digital pressure sensor that can measure pressure over a wide range of ranges, from 0-50 mbar up to 0-1000 bar. The sensor can measure the differential pressure between two points, as well as absolute pressure.

The core component of the MPX2010GS is a piezo-resistive sensing element made from silicon. It uses a Wheatstone bridge configuration to measure the deflection of the sensor element as a result of the applied pressure. The signal from the Wheatstone bridge is then amplified and digitized by an ASIC, resulting in a digital output in either an analog or a digital format.

The MPX2010GS is designed for use in harsh environments and is available in a hermetically sealed package with a wide temperature range (-40°C to 105°C). The sensor has a wide dynamic range and is highly linear, with a resolution of 0.0019 mbar per bit over its full range. It has an adjustable filtering function, which helps to reduce noise and improves accuracy over a wider temperature range. The MPX2010GS also has an adjustable sensitivity range, allowing for calibration over a wide range of pressures.

The MPX2010GS can be used in a variety of applications, such as:

• Automotive: measuring intake, crankcase, exhaust, turbocharger pressures; monitoring tire pressure; controlling fuel injection pressure
• Industrial: Monitoring process pressure and differential pressure in a process line; flow rate measurement; controlling pressure relief systems; monitoring motor and pump performance
• Medical: Monitoring of respiratory pressures; measuring intraocular pressure; monitoring cardiac pressures

The MPX2010GS is a versatile pressure sensor that offers high performance, accuracy, and reliability in a wide range of applications. It is designed to operate over a wide range with a high signal- to-noise ratio, and is compatible with a variety of digital and analog interfaces. The wide dynamic range and adjustable sensitivity range ensure that the sensor can be accurately calibrated for different pressure ranges.

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