MMF001248

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Strain gauges measure deformation, strain, and stress in materials. The MMF001248 is an example of a strain gauge. It is a thin film type of strain gauge that is typically made of conductive metal such as copper, nickel, or aluminum. It can be used in a variety of applications that require precise measurement of strain or strain related properties.

The MMF001248 has a maximum excitation voltage of 200mV with a typical operating temperature range between -40°C to 100 °C. It is designed for gauging static strain in a wide range of environments and can measure up to 0.5% strain in experiments.

The working principle of the MMF001248 strain gauge is based on the change in electrical resistance that occurs when a material is stretched or compressed. It works by measuring the amount of resistance when a material is deformed and comparing it to the original resistance before loading. The change in resistance is proportional to the amount of strain, which allows for a precise measurement of strain in the material.

The MMF001248 has a wide range of application fields. It is often used in aerospace and structural engineering applications to measure the strain in aircraft and other structural systems. It is used in geotechnical engineering applications to measure subsurface loads and soil forces. It can also be used in automotive engineering to measure stresses in the frame and suspension components. Finally, it can be used to measure changes in material properties such as stiffness or hardness.

In summary, the MMF001248 is a strain gauge made of a thin film conductive material. It is designed for gauging static strain in a wide range of environments and can measure up to 0.5% strain in experiments. The working principle is based on the change in electrical resistance that occurs when a material is stretched or compressed. The MMF001248 has a wide range of application fields and can be used in aerospace, structural, geotechnical, and automotive engineering applications.

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