inductance

listen to the pronunciation of inductance
İngilizce - Türkçe
endüktans
indüktans
{i} öz indüksiyon
bobin

İlgili Terimler

inductance bridge
endüktans köprüsü
inductance coefficient
endüktans katsayısı
inductance coil
endüktans bobini
inductance coupling
endüktans bağıntısı
inductance unit
indüktans ünitesi
mutual inductance
(Bilgisayar) karşılıklı irgiti
mutual inductance
(Bilgisayar) karşılıklı doğuşturu
antenna inductance
anten endüktansı
distributed inductance
dağıtılmış indüktans
mutual inductance
karşılıklı endüktans
self-inductance
self-indüktans
self-inductance
özindüktans
tuning inductance
akort bobini
coupled inductance
(Elektrik, Elektronik,Teknik) akuple indüktans
distributed inductance
(Elektrik, Elektronik,Teknik) bölünmüş indüktans
equivalent inductance
(Elektrik, Elektronik,Teknik) eşdeğer indüktans
mutual inductance
karsilikli dogusturu (irgiti)
mutual inductance coupling
karsilikli irgitil baglasim
İngilizce - İngilizce
The quantity of the resulting electromagnetic flux divided by the current that produces it, measured in henries (SI symbol: H.)

What is the inductance of that power supply's main inductor?.

The property of an electric circuit by which a voltage is induced in it by a changing magnetic field

The power cable itself has enough inductance to disrupt the digital signal of the video output cable, due to poor shielding.

The property of a circuit or circuit element that opposes a change in current flow, thus causing current changes to lag behind voltage changes It is measured in henrys
an electrical device that introduces inductance into a circuit
The electrical property of a circuit that induces change in existing current
inherent reactive property, measured in henrys, of an electric circuit or circuit element that opposes a change in current flow Hence, inductance causes current changes to lag behind voltage changes See also Henry
The quantity of the resulting electromagnetic flux, measured in henries (SI symbol: H.)
-The property of a circuit in which a change in current induces an electro motive force
A property of a conductor or circuit which resists a change in current It causes current changes to lag behind voltage changes and is measured in henrys
the property of a circuit that tends to oppose a change in the existing current flow The symbol for inductance is L
measurement of a conductor's ability to resist a change in current flow; analogous to an object's ability to resist a change in velocity
A property of a conductor or circuit which resists a change in current It causes current changes to lag behind voltage changes & is measured in henrys
A property of a circuit tending to oppose changes in current flow through the circuit
The inductance of a coil or solenoid is the rate of increase in magnetic flux linkage with increase of current in the coil, where linkage is the product of the flux through the coil by the number of turns; the cgs unit of inductance is the henry, equal to 108 maxwell-turns per ampere of current
The Property of an electric circuit by which a varying current induces a back emf in that circuit or a neighboring circuit
The voltage across an inductor is directly proportional to the rate of change of the current through it divided by the rate of change of time (difference current/difference time = di/dt) The proportionality constant which makes this true is L, the inductance of the inductor component It is denoted by L and its units are the Henry (H) Therefore, the voltage v across an inductor is given by v = L*(di/dt)
Property of a conductor, sometimes in the shape of a coil, that is measured by the size of the electromotive force (emf), or voltage, induced in it, compared with the rate of change of the electric current that produces the voltage. A steadily changing electric current produces a varying magnetic field, which induces an emf in a conductor that is present in the field. The magnitude of this voltage is proportional to the rate of change of the current. The inductance is the proportionality factor. The unit of inductance is the henry, named after Joseph Henry; one henry is equivalent to one volt divided by one ampere per second
(physics) a property of an electric circuit by which an electromotive force is induced in it by a variation of current
A changing current in a coil produces a changing magnetic flux The changing magnetic flux results in an induced current flowing in the coil The unit is a Henry One Henry is the inductance of a circuit that produces a counter-force of 1 volt when the current flowing is changing at the rate of 1 amp per second
A property of an electric circuit that represents its ability to resist changes in current flow
{i} (Electricity) capability of a circuit to generate an electromotive force; inductor, circuit or device in which an electromotive force can be generated
Capacity for induction; the coefficient of self- induction
the characteristic of an electric circuit by which a voltage is induced in it by a variation of current This can be a variation of the current in the circuit itself (self-inductance) or in a nearby circuit (mutual inductance) The magnitude of the characteristic is measured in the units of Henries
The property of a conductor whereby a voltage is induced into it as a result of a changing current
The property of an electric circuit that causes it to store energy in the form of a magnetic field and because of which a varying current in a circuit induces an electromotive force (voltage) in that circuit or a neighboring circuit Also see capacitance
The property of a circuit that tends to oppose a change in the existing current flow
An induced voltage producing a resistance in an alternating current circuit
(L) In general, the ability of a conductor to produce a magnetic field In particular, magnetic flux divided by current, measured in henries (H) L=F/I Or, the voltage (back emf) a conductor generates divided by rate of change of current in that conductor (self inductance) or another conductor (mutual inductance) L= -V/(dI/dt), where dI/dt is the rate of current change
The ability of a coil to store energy and oppose changes in current flowing through it A function of the cross sectional area, number of turns of coil, length of coil, and core material
Property of a circuit to oppose a change in current The moving magnetic field produced by a change in current causes an induced voltage to oppose the original change
the capability of a coil to store energy in a magnetic field surrounding it It produces an impedance to an AC current Inductors are commonly used in audio as low pass crossovers See Le
An electric force field which builds up around a conductor
An energy phenomenon that occurs as an electric field changes strength or polarity During this transition, changes in the field can cause an electrical current to flow in a nearby object As it relates to ESD, a charged object such as a plastic tray can induce a current flow in an ESDS device without actually touching it If the induced current is high enough, it can cause an ESD failure

İlgili Terimler

inductance coil
A choking coil
inductance unit
a measure of the property of an electric circuit by which an electromotive force is induced in it
electrical inductance
The ratio of the magnetic flux to the electric current flowing around an electrical circuit
mutual inductance
the ratio of the voltage in a circuit to the change in current in a neighboring circuit
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
mutual inductance
The ratio of the induced emf in one circuit to the rate of change of current in the coil of another circuit
mutual inductance
The ratio of the electromotive force in a circuit to the corresponding change of current in a neighboring circuit
mutual inductance
a circuit property existing when the relative position of two inductors causes the magnetic lines of force from one to link with the turns of another The symbol for mutual inductance is M
inductance

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    in·duct·ance

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    /ənˈdəktəns/ /ɪnˈdʌktəns/