Magnetic Flux Density Converter

Convert between different magnetic flux density units including teslas, gauss, and webers per square meter.

Magnetic Flux Density Converter
ready
$ convert --from [unit] --to [unit] --value [number]
$
>
formulas.ts

// Common Magnetic Flux Density Converter Formulas

1const1 tesla = 1 weber/m²
2const1 gauss = 10⁻⁴ teslas
3constB = Φ/A (density = flux/area)
references.json

// Common Magnetic Flux Density Converter References

{
"Earth's Magnetic Field":"25-65 μT",
"Fridge Magnet":"5-10 mT",
"MRI Scanner":"1.5-3 T",
"Neodymium Magnet":"1-1.4 T"
}
README.md

## What is Magnetic Flux Density Conversion?

Magnetic flux density (also called magnetic field strength) measures the concentration of magnetic field lines, crucial for magnet design, MRI technology, and electromagnetic applications. Our converter handles SI and CGS units.

units.ts

// Common Magnetic Flux Density Units Explained

export const Tesla (T)

// The SI unit of magnetic flux density. Named after Nikola Tesla. MRI machines use 1.5-7 tesla fields.

export const Gauss (G)

// CGS unit. 1 Tesla = 10,000 Gauss. Earth magnetic field is about 0.25-0.65 gauss.

export const Weber per Square Meter (Wb/m²)

// Equivalent to Tesla. Shows the relationship to magnetic flux.

i

When to Use This Converter

Our magnetic flux density converter is essential for MRI technicians and engineers, magnet manufacturers, electronics engineers working with sensors, and physicists studying magnetism.

FAQ.md

## Frequently Asked Questions

01 ### Q: How strong is Earth magnetic field?

/**

Earth field is about 25-65 microtesla (0.25-0.65 gauss), varying by location. This is enough to orient compass needles.

*/

02 ### Q: What is the strongest permanent magnet?

/**

Neodymium magnets can reach 1.4 tesla. MRI machines use superconducting magnets reaching 7+ tesla.

*/