Bazconway said:Homework Statement
I want to convert the output of a strain gauge into an equivalent parellel binary word
Homework Equations
i need to list the process blocks in correct sequence and starting at the strain gauge
The Attempt at a Solution
Strain gauge- convert ohms to volts- adc analogue to digital convertor-
No t sure have i gone wrong or what to do next
A strain gauge is a type of sensor that measures the strain or deformation of an object by converting it into an electrical signal. It consists of a thin wire or foil attached to a backing material, which changes its electrical resistance when it is stretched or compressed.
When a strain gauge is attached to an object, any change in the object's shape or size will cause a corresponding change in the gauge's resistance. This change in resistance is measured and converted into an electrical signal, which can then be interpreted and used for various applications such as stress analysis, load measurement, and material testing.
Converting to parallel binary word refers to the process of converting the electrical signal from a strain gauge into a digital output in the form of a parallel binary code. This allows for easier processing and analysis of the data collected from the strain gauge.
Converting to parallel binary word is important because it allows for a more precise and accurate measurement of strain in an object. It also makes it easier to store and analyze the data collected from the strain gauge, as digital outputs can be easily processed and manipulated using computers.
Strain gauges offer numerous benefits for measurement, including high accuracy, sensitivity, and reliability. They are also non-intrusive, meaning they do not affect the object being measured. Additionally, they can be used in various applications and environments, making them a versatile tool for scientists and engineers.