Inductance Converter

Inductance Converter lets you convert inductance through the henry: value × source factor / target factor. Enter your own values or load the worked example.

Copy or download the computed result
Adjust value
See the processing method and limits

Method and calculation

Convert inductance through the henry: value × source factor / target factor. Factors relative to henry: H = 1; mH = 0.001; µH = 0.000001; nH = 1e-9.

Inputs and settings

Inductance Converter accepts Value (minimum 0); From unit (H, mH, µH, nH); To unit (H, mH, µH, nH).

Worked example

Inductance Converter example — Value: 1; From unit: "H"; To unit: "mH". Computed output: { "value": 1000, "unit": "mH", "baseValue": 1, "baseUnit": "henry" }

Output and limitations

Inductance describes flux linkage associated with current. Millihenries are common in filters and microhenries in switching converters. Core saturation, winding resistance and test frequency affect a real component, but the metric-prefix conversion treats its entered nominal inductance as fixed.

Technical references: NIST SI conversion factors

Inductance Converter FAQs

How does Inductance Converter work?

Inductance Converter applies the following rule to your input: Convert inductance through the henry: value × source factor / target factor. The worked example on this page uses the same processor as the result button.

What should I check in Inductance Converter?

Inductance Converter has these boundaries: The inductance 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.

Can I try an example in Inductance Converter?

Inductance Converter provides this sample: { "value": 1000, "unit": "mH", "baseValue": 1, "baseUnit": "henry" }. Use the sample button to reproduce it, then replace the inputs with your own values.