Magnetic Flux Density Converter

Magnetic Flux Density Converter lets you convert magnetic flux density through the tesla: value × source factor / target factor. Enter your own values or load the worked example.

Method and calculation

Convert magnetic flux density through the tesla: value × source factor / target factor. Factors relative to tesla: T = 1; mT = 0.001; µT = 0.000001; nT = 1e-9; G = 0.0001.

Inputs and settings

Magnetic Flux Density Converter accepts Value (minimum 0); From unit (T, mT, µT, nT, G); To unit (T, mT, µT, nT, G).

Worked example

Magnetic Flux Density Converter example — Value: 1; From unit: "T"; To unit: "mT". Computed output: { "value": 1000, "unit": "mT", "baseValue": 1, "baseUnit": "tesla" }

Output and limitations

Flux density measures magnetic flux per perpendicular area. Tesla and gauss commonly appear in magnet specifications; one tesla equals ten thousand gauss. This quantity differs from magnetic field strength H, whose ampere-per-metre conversion also depends on the medium.

Technical references: NIST SI conversion factors

Magnetic Flux Density Converter FAQs

Magnetic Flux Density Converter applies the following rule to your input: Convert magnetic flux density through the tesla: value × source factor / target factor. The worked example on this page uses the same processor as the result button.
Magnetic Flux Density Converter has these boundaries: The magnetic flux density factors are fixed conversions. Unit labels specify the convention; no live data is fetched. Start by checking the value field against the units or format shown.
Magnetic Flux Density Converter provides this sample: { "value": 1000, "unit": "mT", "baseValue": 1, "baseUnit": "tesla" }. Use the sample button to reproduce it, then replace the inputs with your own values.