SCC15AD2

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The SCC15AD2 is a unique type of pressure transducer used in a variety of applications. Its design is based on the principle of solid-state sensing which uses a capacitance ceramic element to measure the pressure. This type of transducer is suitable for high precision measurements in which accuracy and repeatability are of significance. It is also highly resistant to shock, vibration and temperature changes.

The SCC15AD2 is a miniature device intended for surface or embedded mounting. It is characterized by its small size, low cost, wide operating range, and excellent linearity over its full range of measurement. It can be successfully used in applications such as pumps, medical equipment, automotive, HVAC&R, and other industrial applications.

The SCC15AD2 pressure transducer works by sensing the resistance value resulting from changes in pressure that are applied to the sensing elements. When the applied pressure changes, the ceramic element deforms and the resistance value changes. This change in resistance is then converted to a voltage or current output signal. The output can be either amplified or buffered depending on the application requirements.

The SCC15AD2 pressure transducer is powered by a low voltage DC signal (typically 5-30V) and generates a low frequency AC output signal. This output signal is proportional to the applied pressure and it can be used for direct pressure control, or to calculate the pressure by using an analog-to-digital converter. The transducer is highly accurate and reliable, making it the ideal device for high precision measurements.

The SCC15AD2 pressure transducer is one of the most popular pressure transducers available on the market today. It is affordable, reliable and versatile, allowing it to be used in a wide range of applications. Its small size and low cost make it ideal for integration into products that require accurate pressure measurements. Its accuracy and reliability make it the perfect choice for any application requiring precision.

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