Inductance Converter

Convert between different inductance units including henrys, millihenrys, microhenrys, and nanohenrys.

ready

$ convert --from [unit] --to [unit] --value [number]

--from From

--to To

formulas.ts

// Common Inductance Converter Formulas

1constV = L × (dI/dt)

2const1 millihenry = 0.001 henrys

3const1 microhenry = 10⁻⁶ henrys

references.json

// Common Inductance Converter References

{

"Small Coil":"1-100 μH",

"Power Transformer":"1-100 H",

"Electric Motor":"1-100 mH"

}

README.md

## What is Inductance Conversion?

Inductance conversion involves changing measurements of magnetic energy storage capability between different units. Inductors store energy in magnetic fields and are essential in power supplies, filters, and radio frequency circuits. Our converter handles the range of inductance values used in electronics.

units.ts

// Common Inductance Units Explained

export const Henry (H)

// The SI unit of inductance. Named after Joseph Henry. An inductor has 1H inductance when a current change of 1A/s induces 1V.

export const Millihenry (mH)

// One thousandth of a henry. Common in power supply chokes and audio crossovers.

export const Microhenry (μH)

// One millionth of a henry. Used in radio frequency circuits and switching power supplies.

When to Use This Converter

Our inductance converter is valuable for RF engineers designing wireless systems, power electronics designers, hobbyists building radio projects, and students learning electromagnetic theory.

FAQ.md

## Frequently Asked Questions

01 ### Q: How do inductors store energy?

/**

Inductors store energy in a magnetic field created by current flowing through a coil. Energy = ½LI², where L is inductance and I is current.

02 ### Q: Why do inductors oppose current changes?

/**

A changing current creates a changing magnetic field, which induces a voltage that opposes the change. This is Lenz Law in action.