EX-F71-PN-C5

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Specialized sensors are purpose-built devices used to detect and measure physical phenomena. EX-F71-PN-C5 is one of these sensors specifically designed for pressure transducers. It integrates a high-precision sensing element with a signal-conditioning module. Its construction is suitable for industrial and other demanding applications.

The EX-F71-PN-C5 is a media-isolated, miniaturized pressure transducer for measuring their static and dynamic pressures up to 1.8MPa in strong electromagnetic and high-temperature environments. Its small size and high accuracy allow it to be used in demanding applications such as medical, aerospace, and industrial engineering applications.

The EX-F71-PN-C5 utilizes a reliable thin film measurement principle, which makes it highly resistant to vibration, shock, and thermal drift. It has an integrated stainless steel sensing diaphragm and a robust, all-steel housing. Its electrical and physical connection is simple with a diaphragm potting compound and hermetic seals for pressurized environments.

The working principle of the EX-F71-PN-C5 is based on the piezoelectric effect, which states that when an electric current is applied to a piezoelectric material, a mechanical force is produced. This mechanical force then deforms a sensing diaphragm located at the tip of the transducer, creating an output voltage proportional to the pressure applied to the diaphragm. The EX-F71-PN-C5 utilizes this principle to measure the pressure and convert it into a voltage signal which can be read by external electronic devices.

The EX-F71-PN-C5 is an ideal choice for applications requiring high-accuracy, miniature pressure transducer in a compact size. It is suitable for applications in medical, aerospace, and other demanding applications and works reliably even under extreme conditions. Its construction and material selection make it resistant to vibration, shock, and thermal drift. The sensing diaphragm is accurate and can measure static and dynamic pressures up to 1.8MPa. Its voltage output is also linear and robust, making it a reliable choice in high accuracy sensing and measurement applications.

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