MMF013899

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Strain gauges are essential for measuring relative displacements in various physical devices. Therefore, they are widely used in applications such as aerospace, automotive, biomedical and electrical engineering. MMF013899 is a type of strain gauge that offers a unique combination of features to make measurements more reliable and accurate. It has excellent resistance to noise, temperature, and corrosion, as well as a special design that ensures durability. It can also measure deformations with high accuracy. In this article, we will discuss the application field and working principle of MMF013899.

Application Field of MMF013899

The MMF013899 strain gauge can be used in a variety of applications, such as:

• Automotive industry – it is ideal for measuring the deformations of car components such as tires, brakes, shocks, and suspension.
• Aerospace – because of its resistance to noise and temperature, the MMF013899 can be used to measure deformation of aircraft components such as engine blocks and wings.
• Biomedical engineering – it is used to measure the deformations of muscles and bones, which is important for diagnosing medical conditions.
• Electrical engineering – its precise measurements make it useful for ensuring the accuracy of electrical current measurements.

Working Principle of MMF013899

The working principle of the MMF013899 is relatively simple. It works by measuring the change in electrical resistance when a strain is applied to it. This is done by utilizing the principle of piezoresistance, which states that a strain applied to a conductor will cause its electrical resistance to change. Specifically, when a compressive strain is applied to the conductor, its electrical resistance increases, and when a tensile strain is applied, its electrical resistance decreases.

The MMF013899 is made up of four components: a carrier foil, strain gauge, insulation coating, and backing film. The carrier foil consists of two layers: a top layer made of copper, and a bottom layer of nickel. The strain gauge is made of a metal foil sandwiched between two layers of a polymer material. The insulation coating insulates the strain gauge from moisture and dirt. The backing film is made of a durable material that protects the strain gauge from damage. When a strain is applied to the device, the metal foil in the strain gauge changes shape, causing its electrical resistance to change and allowing the device to measure the strain.

The MMF013899 is also designed to be resistant to noise, temperature, and corrosion. The device is made of a copper-nickel alloy, which makes it resistant to corrosion. It is also coated in an insulation coating to protect it from temperature-related damage. In addition, its special design makes it resistant to electromagnetic interference.

Conclusion

The MMF013899 strain gauge is a versatile device that can be used in a variety of applications. Its unique combination of features makes it an ideal choice for measuring deformations in automotive, aerospace, biomedical, and electrical engineering projects. It is also resistant to noise, temperature, and corrosion, making it an excellent choice for long-term measurements. Its working principle involves measuring the change in electrical resistance when a strain is applied to it, making it an accurate and reliable device for measuring deformations.

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