Invert the low & high range limit settings for the input or output side
Flip tool with current settings to swap I/O parameters and/or apply a square root extraction if required
Related Tools
User Guide
This linear input to square root extraction output conversion tool provides an easy way to determine the ideal sqrt output produced by a measurement instrument for any given linear input value. A conversion scale for each specified linear input and sqrt extraction output range combination selected will be displayed below the calculated output.
Input
Input Unit
Enter the measurement unit associated with the input values.
Linear Input Reading
Enter the linear input measurement reading to be converted.
Lowest Linear Input
Enter the minimum possible value for the input range. The value can be a negative or a positive value and should be in the same engineering units as all Linear Input values.
Highest Linear Input
Enter the maximum possible value for the input range. The value can be a negative or a positive value and should be in the same engineering units as all Linear Input values.
Output
Output Unit
Enter the measurement unit associated with the output values.
Lowest SqRt Output
Enter the minimum possible value for the output range. The value can be a negative or a positive value and should be in the same engineering units as all Square Root Extraction Output values.
Highest SqRt Output
Enter the maximum possible value for the output range. The value can be a negative or a positive value and should be in the same engineering units as all Square Root Extraction Output values.
SqRt Output Reading
This is the ideal Square Root Extraction Output for the specified Linear Input Reading and excludes all measurement device errors and uncertainties.
Formula
SRR = ((LI - LLI)/(HLI - LLI))1/2 x (HSO - LSO) + LSO
Symbols
- LI = Linear Input
- LLI = Lowest Linear Input
- HLI = Highest Linear Input
- SRO = Square Root Extraction Output
- LSO = Lowest Square Root Extraction Output
- HSO = Highest Square Root Extraction Output
