IPSU-G1003-6

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Pressure sensors and transducers are used to measure and sense the magnitude of forces applied to a mechanical system. The IPSU-G1003-6 pressure sensor is an example of an industry-standard pressure sensing component, designed to detect variations in pressure by utilizing a piezoresistive bridge circuit. This article will discuss the application field and working principle of the IPSU-G1003-6 pressure sensor.

The IPSU-G1003-6 is specifically designed for use in motor oil and lubricant pressure measurement applications. It is an unamplified transducer, providing a 160 mV output signal in relation to the applied pressures. The device has a wide operating bandwidth, ranging from -10 to +10 bar. It is also capable of measuring temperatures up to 120°C, making it an ideal component for monitoring motor oil temperatures. Its compact design makes it suitable for installation within confined spaces. In addition, the IPSU-G1003-6 is extremely durable, capable of withstanding extreme shock and vibrations.

The working principle of the IPSU-G1003-6 is based on the principle of piezoresistivity. Piezoresistivity is the property of a material wherein the electrical resistance of the material changes when an external force or pressure is applied to it. By utilizing a piezoresistive bridge circuit, the IPSU-G1003-6 is able to measure small and subtle changes in the static or dynamic pressure of the motor oil. The bridge circuit is composed of four piezo-resistive elements that are arranged in a Wheatstone bridge configuration, which allows for a direct voltage proportional to the applied pressure.

The IPSU-G1003-6 pressure sensor is a reliable and robust component that is suitable for a wide variety of motor oil and lubricant pressure measurement applications. Its wide operating bandwidth and rugged construction make it ideal for use in harsh and unforgiving environments. Furthermore, its small size and ability to measure temperatures up to 120°C make it a great choice for a variety of motor oil pressure monitoring applications.

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