MMF000376

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Strain gauges are highly sensitive sensors that are widely used in the measurement and control of mechanical motion and pressure in a variety of applications. MMF000376 is one example of milli-measurement force gauge, and it has many advantages over traditional force gauges in terms of accuracy, sensitivity, noise, and response time. This article aims to explain the application field and working principle of MMF000376.

MMF000376 is specially designed for measuring very small forces in applications such as micro-electro-mechanical systems (MEMS) and micro-mechanical processing. This force gauge measures forces from 0 to ± 10 mN, which (together with its small size) makes it suitable for measuring the force at the micro-level. In addition, the overload protection of MMF000376 is set up to 20 mN, which allows it to measure high-amplitude force pulses without overloading the force sensors.

The working principle of MMF000376 is based on the piezoresistive effect. This is a phenomena that occurs when a strain is applied to a material such as a metal or semiconductor. When the strain is applied, the material’s resistivity changes, and this change in resistivity is used to measure the applied force. The MMF000376 utilizes this effect by using strain gauges to measure the force applied to it. These strain gauges are connected to a Wheatstone bridge circuit, which is used to measure the change in resistivity of the material.

The key advantage of MMF000376 is its high sensitivity and accuracy. The resolution of the force gauge is 0.01mN, and the accuracy is 0.1% FS. The measurement range is from 0 to ± 10 mN, and the response time is only 10 milliseconds. Furthermore, the noise isolation of MMF000376 is 110 dB, meaning that the electrical noise is minimized. This ensures that the data given is very accurate and reliable.

MMF000376 is used in a wide range of applications, such as machines, automobiles, and electronic components. It is particularly useful in testing the durability of machines and components, as it can measure small forces with a high degree of accuracy. In addition, it can be used to measure force in process control applications, such as in robotic assembly and automation.

In summary, MMF000376 is a highly sensitive force gauge with a range of applications. Its working principle is based on the piezoresistive effect, and it uses strain gauges to measure the change in resistivity of a material when a force is applied. MMF000376 has a resolution of 0.01mN, accuracy of 0.1%FS, a response time of 10 milliseconds, and a noise isolation of 110 dB. It is used in machines, automobiles, and electronic components to measure very small forces with a high degree of accuracy.

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