SSCSHHT250MD3A3

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Pressure sensors and transducers are commonly used in many industries due to their ability to measure pressure in order to monitor and control processes. The SSCSHHT250MD3A3 is a pressure sensor and transducer manufactured by Sensor Systems Corporation. This particular model is suitable for use in extreme environmental conditions. It has a high accuracy and precision, and is capable of measuring pressure up to 250 bar.

The SSCSHHT250MD3A3 uses a combination of piezoresistive and capacitive technology to measure pressures with high accuracy. Piezoresistive technology utilizes a resistor which changes resistance when pressure is applied. This change in resistance is then used to calculate the pressure. The capacitive technology used in the SSCSHHT250MD3A3 consists of two fields of capacitors placed adjacent to each other. As the pressure is applied, the capacitors move in opposite directions, changing the capacitance. These changes in capacitance are then used to measure the pressure.

The SSCSHHT250MD3A3 is typically used in a variety of applications that require precise pressure measurements. These applications may include automotive and aircraft testing, hydraulic or pneumatic pressure testing, and medical scanning systems. This pressure sensor has an operating temperature range of -40 to 150 degrees Celsius, allowing for reliable measurements even in extreme conditions.

The SSCSHHT250MD3A3 also features several safety features that help protect from overpressure and damage. These features include a pressure-balanced diaphragm which reduces overpressure, and a vent hole to release minor pressure changes. Additionally, the construction of the sensor is rugged and durable, allowing for reliable operation even in harsh conditions.

Overall, the SSCSHHT250MD3A3 is a reliable and accurate pressure sensor and transducer that is suitable for a variety of applications. Its combination of piezoresistive and capacitive technology, along with its safety features, make it a great choice for precision pressure measurements in extreme environments.

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