PPT2-0100DRR5VE

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Pressure sensors and transducers are some of the most important devices used in industrial, aerospace, and automotive applications. They are used to measure a variety of physical variables including pressure, flow, and temperature. They provide a way of accurately obtaining information from the environment and converting it into a useful signal that can be used by an external system or device. This article will focus on the application field and working principle of the PPT2-0100DRR5VE pressure transducer.

Application Field of the PPT2-0100DRR5VE

The PPT2-0100DRR5VE is a micro-sized pressure transducer with a built-in amplifier. It is designed to provide reliable and accurate measurements of pressure, flow, and temperature in demanding environments. The unit has a wide operating temperature range, from - 40C up to +85C. It can also withstand high pressures up to 10,000 psi. Its compact size and light weight make it ideal for applications where space is at a premium.

The PPT2-0100DRR5VE is well suited for a variety of industrial, aerospace, and automotive applications. It can be used in harsh environments, such as auto racing, off-road vehicles, marine vessels, and aircraft, where reliable, accurate pressure measurements must be taken. Its built-in amplified output ensures that the data can be easily read by external computers or devices.

Working Principle of the PPT2-0100DRR5VE

The PPT2-0100DRR5VE operates on the principle of piezoresistive transduction. This is a method of converting physical quantities into electrical signals. The transducer contains a thin piezoresistive strain gauge that is sensitive to changes in pressure. When pressure is applied to the gauge, it causes a strain of the gauge which results in a change in its electrical resistance. This resistance change is detected by the transducer and converted into a voltage output.

The PPT2-0100DRR5VE also includes temperature compensation, which helps to ensure that the output signals are accurate and stable over time. The temperature compensation ensures that the output signals are not affected by changes in ambient temperature. In addition, the transducer has a superior linearity and low hysteresis, which means that the output signals stay accurate and stable over time.

Conclusion

The PPT2-0100DRR5VE is an excellent choice for a wide variety of industrial, aerospace, and automotive applications. Its small size and light weight make it ideal for applications where space is at a premium. The transducer has a wide operating temperature range, from -40C up to +85C, and can withstand high pressures up to 10,000 psi. It also has superior linearity, low hysteresis, and temperature compensation, making it an ideal solution for reliable and accurate pressure, flow, and temperature measurements.

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