XPC01GTH

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The XPC01GTH pressure transducer uses ceramic capacitive pressure sensing technology to convert pressure into a corresponding electrical signal. This device is generally used for high temperature applications, where the measurement environment changes constantly. The XPC01GTH transducer has a wide operating temperature range, providing a reliable and stable pressure measurement for these high temperature applications.

The transducer is widely used in industrial, automotive, aerospace and defense industries. The wide temperature range and high resolution makes it an ideal choice for harsh and changing environments. The transducer comes in a variety of forms including isolated and non-isolated sensor types. The non-isolated type is equipped with a high-precision stable amplifier, while the isolated type provides additional isolation from the output instrument that amplifies the signal.

The working principle behind a capacitive pressure sensor is based on the piezoelectric effect. The sensor consists of two ceramic capacitor plates that are separated by an air gap. When the sensor is subjected to pressure, the air gap between the two plates is reduced, causing a change in the capacitance of the sensor. This change is then converted into an electrical signal, which is sent to a readout device or signal conditioning system for further analysis. This conversion of pressure into an electrical signal is known as transduction.

The capacitive sensing elements are available in a range of sensitivities, with sensitivities ranging from 0.01 to 0.1 Pascal (Pa) per millivolt (mV). This means that the XPC01GTH can be used to measure a wide range of pressure variations, from weather changes to building vibrations. The range of temperature compensation also makes XPC01GTH suitable for a wide range of applications, from deep sea exploration to industrial monitoring.

The XPC01GTH can be used in a number of different applications. For example, the transducer can be used in automotive fuel systems to measure the pressure of fuel entering the engine, or in deep sea exploration, where the pressure of the deep sea can be monitored. It can also be used to monitor the pressure of steam or hot water from a boiler or hot water heater.

Additionally, the transducer is often used in process monitoring and control applications to measure the pressure of gases in pipes, tanks, and vessels. The transducer can also be used to measure the flow rate of gases and liquids in industrial processes.

The XPC01GTH transducer is highly reliable, and provides accurate and reliable measurement even under extreme conditions. The wide temperature range, low-noise amplifier, and high-resolution make it an ideal transducer for high temperature applications. The XPC01GTH is a valuable tool for manufacturers and users in a wide range of industries, providing accurate and reliable pressure measurement and monitoring.

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