self-inductance


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Related to self-inductance: mutual inductance

self-in·duc·tance

(sĕlf′ĭn-dŭk′təns)
n.
The ratio of the electromotive force produced in a circuit by self-induction to the rate of change of current producing it, expressed in henries. Also called coefficient of self-induction.

self-inductance

n
(General Physics) the inherent inductance of a circuit, given by the ratio of the electromotive force produced in the circuit by self-induction to the rate of change of current producing it. It is usually expressed in henries. Symbol: L Also called: coefficient of self-induction
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.self-inductance - the ratio of the electromotive force produced in a circuit by self-induction to the rate of change of current producing it, expressed in henries
coefficient - a constant number that serves as a measure of some property or characteristic
References in periodicals archive ?
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.
C] = L, the self-inductance of the primary windings meets (13) only.
Inductance is related to self-inductance and mutual inductance.
pij] (j = i) is the partial self-inductance of the ith parallelogram.
In order to design effective inductive coupling links based on circular spiral coils acting as a transmitter and receiver, the mutual inductance between the coils and the self-inductance of a spiral circular coil with turns should be introduced.
The maximum value of the self-inductance corresponds to the q-axis rotor position ([[theta].
Similarly, the equivalent self-inductance of the secondary circuit and the equivalent mutual inductances between the inductor and the secondary circuit were calculated.
The most commonly used approximation is for the partial self-inductance of a long, straight rectangular conductor, such as a lead frame in a QFN package or a connector pin.
Advantest's newly developed low-inductance IC socket employs micro-machining technology reducing self-inductance to 0.
The self-inductance changes proportionally to the cross sectional area of the band, producing a resonant frequency in the oscillation circuit.