Leakage Flux Path
Purpose
Permeance of linear leakage flux path
Library
Magnetic / Components
Description
This component models a magnetic leakage flux path. It establishes a linear relationship between the magnetic flux \(\Phi\) and the magneto-motive force \(\mathcal{F}\). Magnetic permeance \(\mathcal{P}\) is the reciprocal of magnetic reluctance \(\mathcal{R}\):
This component is equivalent to the Magnetic Permeance. The only difference is the symbol.
Parameters
- Effective Permeance
Magnetic permeance of the leakage flux path, in webers per ampere-turn \((\mathrm{Wb}/\mathrm{A})\).
- Initial MMF
Magneto-motive force at simulation start, in ampere-turns \((\mathrm{A})\).
Probe Signals
- MMF
The magneto-motive force measured from the marked to the unmarked terminal, in ampere-turns \((\mathrm{A})\).
- Flux
The magnetic flux flowing through the component, in webers \((\mathrm{Wb})\). A flux entering at the marked terminal is counted as positive.