MG-75-B-9V-R

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Pressure sensors and transducers, such as the MG-75-B-9V-R, are measuring devices used to detect and report pressure changes throughout a system. These devices convert the pressure with which they are exposed into a signal that can be read and used as a measure of pressure, or monitoring changes in pressure in a system. Pressure sensors and transducers play a vital role in a variety of industries, from medical, manufacturing and aerospace applications.

Overview of the MG-75-B-9V-R

The MG-75-B-9V-R is a cylindrical, low-cost sputtered thin film pressure transducer suitable for pressures from 10-500 mbar. It is miniature in size with a threaded body that is simple to mount. It offers high accuracy and a low offset and is typically used in applications such as medical monitors, CPAP systems and consumer products.

Application fields for the MG-75-B-9V-R

This pressure transducer is designed to be used in a wide variety of applications, including medical monitors, CPAP systems, and consumer products. In medical applications, this transducer is capable of measuring changes in respiratory pressure, such as during the administration of CPAP breathing treatments. It can also be used in consumer products such as air mattresses and fitness equipment.

In addition, the MG-75-B-9V-R can be used in a wide range of aerospace and industrial applications, from manufacturing to food packing and process control. The transducer is capable of measuring a variety of pressures from 10-500 mbar and is ideal for applications where precision and accuracy are essential.

Working Principle of the MG-75-B-9V-R

The working principle of pressure transducers is based on the piezoresistive effect. This effect is the change in electrical resistance when a diaphragm, or other structure, is exposed to a mechanical force. The transducer itself consists of a diaphragm, which is sensitive to pressure changes, and a set of piezoresistors, or strain gauges, which are connected to the diaphragm. When pressure is applied to the diaphragm, the piezoresistors detect the change in resistance due to the strain and convert it into a readable signal. The generated signal is proportional to the applied pressure.

The MG-75-B-9V-R pressure transducer utilizes this piezoresistive effect in order to convert the applied pressure into an electrical output signal. The signal output is then used to display or record the applied pressure. The device is designed for a maximum pressure of 500 mbar and is specified for a nominal pressure of 100mbar. It is capable of providing a highly accurate and low-offset output signal that is independent of pressure.

Conclusion

The MG-75-B-9V-R is a miniature, low-cost pressure transducer that is suitable for applications in medical, manufacturing, and aerospace. The device utilizes the piezoresistive effect in order to measure pressure changes and convert them into a readable output signal. It is designed to measure pressures from 10-500 mbar and is capable of providing a highly accurate and low-offset output signal. The MG-75-B-9V-R is ideal for applications where precision and accuracy are essential.

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