Multiplier: Difference between revisions
From PLC Wiki
(Created page with "---------- The multiplier is a scaling factor used to convert the raw register values into more meaningful physical units, such as degrees Celsius, liters per minute, volts, etc. Since raw data from hardware devices often represents a range of numbers that are not directly in units we can easily understand, applying a multiplier ensures that the data can be interpreted in real-world terms. ------ '''Key Aspects of the Multiplier:''' '''Calibration Factor''' '''[...") |
No edit summary |
||
| (4 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
---------- | ---------- | ||
The multiplier is a scaling factor | The multiplier is a scaling factor that takes the raw register values and feeds them into meaningful physical units, like degrees Celsius, liters per minute, volts, etc. Since raw data from hardware devices usually represents a range of numbers that, not directly in units we can easily understand, using a multiplier would ensure that data can be interpreted in real-world terms. | ||
------ | ------ | ||
'''Key Aspects of the Multiplier:''' | '''Key Aspects of the Multiplier:''' | ||
------ | |||
'''[[Calibration Factor]]''' | '''[[Calibration Factor]]''' | ||
| Line 12: | Line 14: | ||
'''[[Fine-Tuning Measurements]]''' | '''[[Fine-Tuning Measurements]]''' | ||
-------- | |||
[[Category:Configuration]] | |||
Latest revision as of 06:19, 28 November 2024
The multiplier is a scaling factor that takes the raw register values and feeds them into meaningful physical units, like degrees Celsius, liters per minute, volts, etc. Since raw data from hardware devices usually represents a range of numbers that, not directly in units we can easily understand, using a multiplier would ensure that data can be interpreted in real-world terms.
Key Aspects of the Multiplier: