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 ?
[L.sub.sq]: q-axis component of stator self-inductance
A common 10-m ground run of 12-gauge solid wire has self-inductance at high frequencies of
We have also concluded and tabulated the LC parasitic of different micro-via stacking schemes in Table 1, in order to quantify the strong enhancement of self-inductance on the spiral structure.
The self-inductance of the contactor is 0.93 nH, insertion loss < 1 dB at 14.1 to 21.9 GHz.
The inductance of the 3-phase power cable includes the self-inductance of particular phase conductors [L.sub.s] and the mutual inductance [L.sub.m] between them and the self inductance of the armor [L.sub.a] as shown in Fig.
The self-inductance of the contactor is 0.93 nH, insertion loss < 1 dB at 21.9 GHz and capacitance 0.097 pE The current capacity of each contactor is 4 amps at 40[degrees]C temperature rise.
[L.sub.R], [C.sub.R], and [r.sub.R] are the self-inductance, compensation capacitor, and equivalent series resistance (ESR), respectively, of the RX.
When working with double loops, the self-inductance of the [N.sub.1] turns of the loop and, over them, the [N.sub.2] turns, equally spaced a distance [S.sub.v], is represented by the following:
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.
* Self-inductance of the contactor is 0.98 nH, insertion loss of < 1 dB at 31.7 GHz, and capacitance 0.067pF
Inductance is related to self-inductance and mutual inductance.
For ease of analysis, conductor loss [R.sub.i] is combined with the corresponding self-inductance [L.sub.l,l] (or simply [L.sub.l]), and replacing charge [Q.sub.n] by an equivalent current, Eq.