MMF011614

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Strain gauges are devices used to measure strain in objects such as machine parts, buildings, bridges, etc. A strain gauge is essentially a type of sensor that measures the strain, or bending of an object based on the electrical resistance of a conductor that is attached to the surface of the object.

The MMF011614 is a strain gauge and is part of the Micro-Measurements family of sensing elements. This device is the low cost choice for strain measurement applications that require ±6V excitation voltage.

The device features a temperature compensated Wheatstone bridge strain gauge and an integrated signal conditioning interface which provides excellent linearity and hysteresis performance. The device also offers an easy-to-use design, eliminating the need for complex, costly external signal conditioning components.

The MMF011614 application field is ideal for use in industrial, medical, automotive, and aerospace applications. Common applications for the MMF011614 include measuring stresses and strains on machine components, monitoring stresses on bridges, monitoring vibrations in engines, and monitoring the motion of objects in space.

The working principle of the MMF011614 is relatively simple. The strain gauge functions in two main parts: the Wheatstone bridge and the signal conditioning interface. The Wheatstone bridge has a resistive element inside, which is composed of four strain gauges connected in a Wheatstone bridge formation. It measures the strain by measuring the electrical resistance of the strain gauges.

When the strain on the bridge increases, the electrical resistance across the bridge increases as well. This change in resistance is very small and has to be amplified by the signal conditioning interface. This is done by applying a low-level excitation voltage to the bridge and then measuring the bridge voltage at a set number of points. This bridge voltage is then amplified and is used to measure the strain.

The interface also allows the user to adjust the bridge voltage and temperature compensation. By setting the bridge voltage and temperature compensation, the user can ensure that the strain measurements are accurate and reliable. The interface also has built-in protection from power surges and EMI interference.

In conclusion, the MMF011614 strain gauge is a versatile and cost effective strain sensing device that has many advantages over conventional strain gauges. The device offers a robust design, easy to use signal conditioning, and an adjustable bridge and temperature compensation for accurate measurements. This makes the MMF011614 a great solution for industrial, medical, automotive, and aerospace applications where reliable and accurate strain measurement is crucial.

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