mutual inductance


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mutual inductance

n. Abbr. M
The principle that a change of current in one circuit can induce electromotive force in a neighboring circuit, equal to the ratio of the electromotive force in a circuit to the corresponding change of current in a neighboring circuit.

mutual inductance

n
(General Physics) a measure of the mutual induction between two magnetically linked circuits, given as the ratio of the induced electromotive force to the rate of change of current producing it. It is usually measured in henries. Symbol: M or L12 Also called: coefficient of mutual induction
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.mutual inductance - a measure of the induction between two circuits; the ratio of the electromotive force in a circuit to the corresponding change of current in a neighboring circuit; usually measured in henries
coefficient - a constant number that serves as a measure of some property or characteristic
References in periodicals archive ?
This energy coupled between traces as a result of mutual capacitance and mutual inductance is known as crosstalk.
and the mutual inductance between a pair of parallel conductors is
The formulas for the main parasitic include self-capacitance, coupling capacitance, self-inductance, mutual inductance and self-resistance as depicted in Fig.
We observe that the relationship between the amplitude in each TX and the mutual inductance between the RX and any TX crucially determines the highest PTE.
The two circuits are magnetically coupled and appear as a coupling coefficient that normalizes the mutual inductance or the mutual inductance to the inductance of each coil.
(iii) [M.sub.11] ([nS.sub.v]) is the mutual inductance between two turns of a rectangular large loop separated between them at a distance of [nS.sub.v];
Equations (1) and (2) are the voltage equations of the windings with the mutual inductance. With the magnetic coupling, the windings interact with one another.
That means, when calculating torque, it only includes the reluctance torque by self-inductance and mutual inductance in armatures, and the magnetic torque by mutual inductance between permanent magnet and armatures.
Elements are coupled to their neighbours by a mutual inductance M, so the waveguide has a characteristic impedance [Z.sub.0M] = [[omega].sub.0]M at resonance.
where [M.sub.ij] is the mutual inductance between coils i and j and [L.sub.i] and [L.sub.j] are self-inductances of coils i and j respectively.
where [k.sub.0] is the mutual inductance between the armature and field coils.
Although the specific-winding method was quite successful in suppressing the crosstalk caused by the mutual inductance, this method makes the inductance of sensor coils decreased heavily, which in return shortens the readout distance.

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