DP2-80

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A pressure sensor is a device that can provide information in the form of an electrical signal, about a pressure differential that has been applied to it. Pressure sensors are used in a wide variety of applications, such as in automotive, aviation, industrial control and monitoring systems.

The DP2-80 pressure sensor is a combined micro-pressure sensor and transducer. It can be applied to measure the pressure of gas, liquid, and solid in fields ranging from automotive to industrial measurement. It can identify pressure levels of up to 10,000 kpa and measure over a wide temperature range (-40 to +125°C). The DP2-80 has a robust and stable design, with features such as a digital display, alarms, and other outputs.

The working principles of the DP2-80 Pressure Sensor are based on two fundamental technologies. The first is the incorporation of a thin-film strain gauge bridge into a monolithic structure. This type of bridge consists of four strain gauges whose electrical resistance changes with the amount of pressure applied by the working fluid. As the amount of pressure increases, the resistance of the strain gauge increases, and the resistance of the other strain gauges decreases in a proportional manner. This change in resistance can be linked to an analog signal in order to obtain a measure of the applied pressure.

The second technology used in the DP2-80 Pressure Sensor is a special semiconductor device called a transducer. A transducer takes the analog signal generated by the strain gauges and converts it into a digital signal. This digital signal can then be used to generate an accurate measure of the applied pressure, allowing the user to monitor pressure values in real-time.

The DP2-80 Pressure Sensor is an ideal solution for applications which require precise, real-time pressure measurement. It is suitable for a wide range of pressure measurement applications, including automotive, aerospace, industrial control, and cell culture. It has a wide temperature range, a robust construction, and excellent accuracy levels.

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