sahil_time said:Imagine an AC source and a pure inductor...if the Instantaneous EMF=Back EMF due to changing Magnetic field in Inductor then how does the current flow?
An inductor is an electronic component that stores energy in the form of a magnetic field. It is made up of a wire wound into a coil and is typically used in circuits to control the flow of current.
An instantaneous EMF (electromotive force) is the voltage that is generated in an inductor at a specific moment in time. It is caused by a change in the current flowing through the inductor.
Back EMF, also known as counter EMF, is the voltage that is induced in an inductor when the current flow through it is interrupted or changed. It is in the opposite direction of the instantaneous EMF.
In an inductor, the instantaneous EMF is equal to the back EMF at any given moment. This means that the two values are equal in magnitude but have opposite directions.
Understanding inductor doubt, specifically the relationship between instantaneous EMF and back EMF, is crucial in designing and analyzing electronic circuits. It helps engineers predict and control the behavior of inductors in circuits, ensuring the proper functioning of devices and systems.