SCC15A

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Pressure Sensors and Transducers are essential components in many industries, and the SCC15A is a particularly versatile Pressure Transducer. With its high accuracy, reliability and wide operating temperature range, it is well suited for use in a variety of situations. In this article, we will discuss the application field and working principle of the SCC15A.

Application Field

The SCC15A is a Pressure Transducer that is capable of measuring a wide range of pressures. It is well-suited for applications that require a high accuracy, reliability, and wide operating temperature range. This makes it an ideal choice for use in many industrial and commercial applications, including:

• Automotive systems
• Electrical systems
• HVAC systems
• Sealed fluid systems
• Medical equipment
• Agricultural machinery
• Airflow and exhaust systems
• Military/Aerospace applications

Working Principle

The SCC15A is a stand-alone Pressure Transducer, utilizing a piezoresistive sensing element. The sensing element is a thin film mems (micro-electromechanical system) pressure sensor that is mounted on top of a silicon diaphragm. The working principle of the SCC15A is fairly simple. When pressure is applied to the sensor, the diaphragm flexes and the sensing element detects this change in pressure and converts it into a corresponding electrical signal.

The SCC15A also utilizes a Wheatstone bridge circuit to amplify the output of the sensing element. This circuit helps to ensure the accuracy and reliability of the SCC15A, as well as providing a range of features such as compensated analog output, hysteresis, temperature compensation, and more. The output of the SCC15A is in the form of a 0 to 5V analog signal, which can be interfaced with a controller or other analog instrumentation for further analysis.

Conclusion

The SCC15A is a reliable and efficient pressure transducer, capable of measuring a wide range of pressures with high accuracy and reliability. It is well-suited for use in many industries, including automotive, electrical, medical, and aerospace applications. It utilizes a piezoresistive sensing element and a Wheatstone bridge circuit to amplify the output signal. The output is in the form of a 0 to 5V analog signal which can be interfaced to a controller or analog instrumentation for further analysis.

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