Magnetomotive Force Converter

Magnetomotive force (MMF) is a metric employed in electromagnetism to quantify the strength of the magnetic field created by a magnetic field reference, such as a spiral or enduring magnet. It is equal to the EMF in electrical trajectories, which calculates the ambitious energy of a draft.

Popular Unit Conversions Magnetomotive Force

The most used and popular units of magnetomotive force conversions are presented for quick and free access.

Frequently Asked Questions

What is Magnetomotive Force?

Magnetomotive Force conversion is a fundamental idea in developing and researching magnetic circuits, transformers, and inductors. It supports creators in comprehending and possessing magnetic field power, which is required for a type of applications, including:

  • Transformers;
  • Inductors and spirals;
  • Electric motors and generators;
  • Magnetic detectors;
  • Electromagnetic instruments.

Thus, magnetomotive force (MMF) is a fundamental idea in electromagnetism, describing the ambitious energy of flux in a magnetic course. It is widely employed in developing and researching electrical appliances and techniques applying magnetic fields, delivering optimum implementation and efficiency.

How to Calculate Magnetomotive Force?

MMF calculates the magnetic force exercised on a magnetic circuit, generating the flux to rush via it. Mathematically, MMF is described as observes:

MMF = N * I


  • MMF in ampere-turns (AT);
  • N is the numeral of arcs in the ring or winding;
  • I - present streaming via the coil in amperes.

How to Use the Magnetomotive Force Converter?

To convert MMF utilizing the Magnetomotive Force Converter, observe the actions down:

  • Write the matter to be transformed, the unit of measure conforming to the value documented;
  • The transformed MMF value will be automatically shown on the screen of Magnetomotive Force unit converter.

How accurate is the magnetomotive force transducer?

The Magnetomotive Force Calculator is scheduled to deliver actual results, but their exactness counts on the accuracy of the values documented and the mathematical functions performed. It is suggested that necessary measures be double-checked if critical.