0.5-4.5V Signal to Measurement Reading Converter

Voltage Input Signal (0.5-4.5V)
Input Reading (V) [?]
Measurement Output Parameters
Unit [?]
Low Limit [?]
High Limit [?]
Reading [?]

Click save settings to reload page with unique web page address for bookmarking and sharing the current tool settings

✕ clear settings

Invert the low & high range limits for the measurement output settings

Flip tool with current settings to swap 0.5-4.5V input (I) with measurement output parameters

0.5 to 4.5 volt dc signal products

Contents

Related Tools

User Guide

This voltage signal to measurement conversion tool will convert an electrical signal within the range of 0.5 to 4.5 volts to the ideal reading of any linear measurement type and create an incremental volts conversion scale for each measurement range entered.

Formula

This tool uses the following formula to calculate the measurement reading from a voltage signal input over a 0.5-4.5V range:

Measurement Rdg = (High Limit – Low Limit) x (V out – 0.5) / 4 + Low Limit

Parameters

Voltage Input Signal (0.5-4.5V) Reading

Add the analog input signal reading in volts (V) between 0.5 and 4.5 V that you want to convert.

Measurement Unit

Enter the measurement unit associated with the output values.

Lowest Measurement

Add the minimum possible value for the measurement range of your instrument. For example zero would be a typical value for most instrumentation but you can also add negative (-) or positive (+) values as well. A value in any engineering units can be used as long as it relates to a linear measurement, and the same unit is used for the Highest value.

Highest Measurement

Add the maximum possible value for the measurement range of your instrument, e.g. full scale or full range. This value can be negative (-) or positive (+). Any engineering units can be used as long as it relates to a linear measurement, but the same unit must be used for the Lowest value.

Measurement Reading – Answer

This is the ideal converted measurement for your instrument and therefore represents a perfect reading excluding the measurement uncertainty error of your instrument. The answer value is displayed in the same engineering unit that you entered for the Lowest and Highest range points.

0.5 to 4.5 volt dc signal products