Magnetic Flux Converter
Free online magnetic unit converter. Convert between all magnetic units instantly with accurate results, formulas, an...
What Magnetic Flux Converter does
The Magnetic Flux Converter on Number Convert is a free online utility that instantly converts between all standard magnetic flux units, including webers, maxwells, teslas, and gauss. Users input a value and select their desired output unit to receive precise converted measurements, supported by reference formulas and tables. The tool requires no signup and is designed for quick, accurate scientific or engineering calculations.
How to use the Number Convert Magnetic Flux Converter
- 1
Enter a numeric value in the 'From Value' field
- 2
Select the original unit from the dropdown menu
- 3
Choose the target unit you wish to convert to
- 4
View the converted result displayed instantly below the controls
Best for
Engineers, students, and hobbyists who need quick, accurate conversions between magnetic flux units like webers and maxwells without installing software or creating an account.
Limitations
- Results may be estimates for non-standard or historical units
- The page includes advertisements that could distract from the tool interface
- No unit switching or dual-column display is offered; conversions are single-direction per session
Magnetic Flux Converter FAQ
- What is magnetic flux and what units are used?
- Magnetic flux (Φ) measures the total magnetic field passing through a surface, expressed in webers (Wb) in SI or maxwells (Mx) in CGS, where 1 weber equals 10^8 maxwells. It is commonly used in transformer and motor design.
- How is magnetic flux related to voltage?
- Magnetic flux is related to voltage through Faraday's law of induction, which states that a changing magnetic flux through a circuit induces an electromotive force proportional to the rate of change of the flux.
- Why do we have both Tesla and Gauss?
- Tesla and Gauss both measure magnetic flux density; tesla is the SI unit while gauss is a CGS unit, with 1 tesla equaling 10,000 gauss. Different fields and historical standards favor one unit over the other.
- Where do the conversion factors come from?
- The tool uses exact, internationally agreed factors maintained by NIST and authoritative definitions from the BIPM SI Brochure (9th edition), ensuring conversions are consistent with the International System of Units.