26PCBFS2G

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Pressure Sensors, Transducers, and the 26PCBFS2G all create a link between physical signals and the microprocessor; one translates the physical signals to a type the processor can understand. Each one of these components works in a slightly different way. Pressure sensors and transducers use analog signals to give readings while digital sensors (the 26PCBFS2G) use a digital signal to communicate with a processor. An individualized explanation of how the 26PCBFS2G works and its typical applications follows.

Applications of 26PCBFS2G

The 26PCBFS2G is a digital pressure transducer offering 5VDC, 10VDC, or 16Bit output options. The high-accuracy pressure transducer balances both silicone and oil-filled media, as well as air. The 26PCBFS2G can measure pressures up to 250 PSI, 500 PSI, and 1000 PSI, depending on the model, while offering an operating temperature range of 0 to 55° C (32-131F). 26PCBFS2G pressure transducers are designed for various applications such as medical, laboratory, automotive, industrial, etc.

Working Principle

The 26PCBFS2G pressure sensor works by detecting pressure created by the force of air or fluid pushing against the sensitivity element in the sensor. This element, typically a diaphragm, compresses and decompresses when the pressure of the surrounding environment fluctuates. This actuation or physical displacement alters the electrical properties of the diaphragm, which creates a signal that is then sent to a device. The signal is conditioned or modified and then sent to a processor that reads it as a voltage or digital value. This can be used to measure pressure with an accuracy in the thousandths of a Sensor Unit (psi), for example.

The signal is generated by the sensor in an analog form, meaning it is a continuously changing proportional representation. This analog signal is put through an analog-to-digital converter (ADC). The ADC interprets the analog signal as a number, or value, representing the actual pressure. This number is then sent to a microcontroller or microprocessor, which performs the necessary calculations and performs the desired output actions. In order for accurate readings, the ADC must convert the analog signal as accurately as possible.

Conclusion

The 26PCBFS2G is a pressure sensor with numerous applications, as it can measure a wide range of pressures with an accuracy up to the thousandths of a Sensor Unit. It works by detecting pressure and generating an analog signal which is retrieved and then sent to the processor. This is then conditioned or modified and then sent to the processor for interpretation. This is essential for accurate pressure readings and the 26PCBFS2G has been shown to have some of the highest accuracy ratings available in the market.

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