Yes, with some difficulty. You can think of an inductor as a kind of "AC resistor"
in a way. The higher the frequency of the AC, the more difficulty it has passing
through the inductor.
If you apply AC voltage across an inductor, where
V = voltage of the AC
f = frequency of the AC
L = inductance of the inductor,
then the AC current through the inductor is
I = V/2 pi f L
no capacitor does not allow ac component .if allow then inductor allow dc component .
A:The inductor does not allow ac signal to pass through. It blocks ac and passes dc. If the switch is open, then the ac signal wont pass. If the switch is closed, then the ac signal will pass through the switch.AnswerIt is incorrect to say that an inductor 'does not allow' the passage of an alternating current. An a.c. current will pass through an inductor, although the inductor will limit the value of that current due to the inductor's inductive reactance. Inductive reactance, which is expressed in ohms, is directly-proportional to the inductance of the inductor and to the frequency of the supply. The value of the current is determined by dividing the supply voltage by the inductive reactance of the inductor.If the switch is connected in parallel with the inductor, then closing the switch will apply a direct short circuit across the inductor, and the resulting short-circuit current will cause the circuit's protective device (fuse or circuit breaker) to operate.
Inductors are low pass devices, they conduct most easily at low frequencies. DC is the limiting case for low frequency AC: i.e. DC is the lowest possible AC frequency, zero Hz and thus conducts best through an inductor. Capacitors are high pass devices, they conduct most easily at high frequencies. Infinite frequency AC is the limiting case for high frequency AC. Infinity Hz would conduct best through a capacitor.
magnetic flux will be induced its use to rotate the shaft or given some force
The phase difference between the current through the resistor and inductor in an AC circuit is 90 degrees.
Because it does not allow ac to pass through it...
An inductor is called a choke because it "chokes" or limits the flow of alternating current (AC) while allowing direct current (DC) to pass through. It acts as a choke to high-frequency signals, effectively blocking them while allowing DC or low-frequency signals to pass.
When your circuit starts up, your inductor creates an electrical current in the opposite direction. With dc, this effect vanished after the circuit is started. With ac, the current keeps starting and stopping so the inductor keeps creating a current in the opposite direction.
Because of Ac supply, current lags voltage by 90 in Inductor.
Yes, an inductor allows DC to pass through it. An inductor resists a change in current, proportional to inductance and voltage. At equilibirum, an ideal inductor has zero impedance. The differential equation for an inductor is di/dt = v / l
While it is true that an inductor opposes the flow of an alternating current, it does not necessarily 'block it'. The quantity that opposes the flow of an AC current is the inductor's inductive reactance, expressed in ohms. Inductive reactance is proportional to the frequency of the supply voltage and, at 50 or 60 Hz, the reactance of a transformer's winding is relatively low (although very much higher than its resistance) and, while this acts to limit the amount of current flow, it certainly doesn't act to block that flow.
A: The inductor is called a RF choke