XPC15DTH

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Pressure transducers are essential tools in a broad range of industry environments. From aerospace to factory automation, measuring the accurate pressure is important for safety and optimizing production. The XPC15DTH pressure transducer is a modern device that is designed for use in a wide range of applications and conditions. This article will discuss the application field and working principle of the XPC15DTH pressure transducer.

The XPC15DTH pressure transducer is specifically designed for use in severe environmental applications, such as highly shock-prone and corrosive environments. The device features a compact, water resistant design that is ideal for use where other pressure transducers are prone to failure. This includes oil and gas, vehicle testing, and many other applications.

The device features an absolute pressure range of 0-15 bar (15PSI). The accuracy is typically 0.1% of full scale, ensuring that measurements taken are precise and reliable. The XPC15DTH also features an output option of 0-5 volts, allowing for integration and communication with other devices and systems. This makes the device easy to use in any environment.

The XPC15DTH features a diaphragm assembly with an anodized diaphragm material that is highly resistant to corrosion and temperature extremes. This construction offers improved temperature and load stability, allowing for a greater accuracy and repeatability than other pressure transducers. It also has a built-in microprocessor that allows for independent calibration and digital control. This improves the overall accuracy and provides enhanced functionality for use in applications of varying complexity.

The device includes a low-noise amplifier and a digital interface that allows for connection to a computer or other control systems. This connection is via I2C or USB, allowing for simple integration and control of the device. Additionally, the XPC15DTH pressure transducer also allows for remote monitoring and control via computer. This provides additional control capabilities that may be necessary in certain applications.

The working principle of the XPC15DTH pressure transducer is quite simple. When a pressure is applied to the device, the diaphragm assembly flexes due to the pressure. This flexing is used in conjunction with the internal electronics to measure the pressure. The device then outputs a signal proportional to the applied pressure. This signal can be used to obtain an accurate reading of the pressure.

Overall, the XPC15DTH pressure transducer is an ideal device for use in harsh and extreme environments. The device features a robust and reliable design, with a variety of options for integration and communication. Along with a highly accurate working principle, the XPC15DTH is well-suited for use in a broad range of industries and applications.

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