What is the unit of inductance?

The unit of inductance is Henry (H), which is used to describe the characteristics of the inductor against changes in current. 1 Henry is equal to 1 volt-second/ampere. It is widely used to calculate the inductance value of the inductor coil and the electromagnetic energy in the circuit. .

Unit of inductance: Henry (H)

The unit of inductance is Henry (H), based on American Physics Named after Joseph Henry.

Definition:

Henry is a unit that describes the characteristics of an inductor. Inductance indicates how well an inductor resists changes in current flow.

Conversion:

1 Henry is equal to:

• 1 Volt-second/Ampere
• 1 Ohm-second

Uses:

Henry units are widely used in electrical engineering to calculate:

• The inductance value of an inductor coil
• Electromagnetic energy in circuits
• Performance of transformers and motors

Example:

A 1 Henry inductor Coil, when the current changes by 1 amp, an induced electromotive force of 1 volt will be generated in the coil.

Other units:

The following other units are sometimes used to express inductance:

• Microhenry (μH) = 0.000001 H
• Milli Henry (mH) = 0.001 H
• Thousand Henry (kH) = 1000 H

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