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chahya
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inductor can discharge or not?
chahya said:inductor can discharge or not?
Mike_In_Plano said:Hey Berke,
When I was a kid, I used to put batteries to most anything. I tried tried it on a flourescent ballast I had salvaged. It "felt" like it discharged ><
- Mike
Yes, an inductor can discharge on its own through a process called self-induction. This occurs when the current flowing through the inductor changes, causing a magnetic field to collapse and creating a voltage that opposes the original current.
An inductor discharges by releasing the stored energy in its magnetic field. This can happen through self-induction or when the inductor is connected to a circuit with a different current or voltage.
The rate of discharge in an inductor depends on the inductance value, the resistance in the circuit, and the amount of current flowing through the inductor. A higher inductance value or lower resistance will result in a slower discharge rate.
Yes, an inductor can discharge too quickly if the circuit has low resistance or if there is a sudden change in current. This can cause a phenomenon known as inductive kick, which can damage the circuit or nearby components.
The energy from an inductor discharge can be used in electronic devices for various purposes, such as powering motors, generating high voltage pulses, and filtering out unwanted signals. Inductors are also commonly used in power supplies and audio equipment to store and regulate energy.