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How does the Transformer works when its coils are inductor and inductor opposes any alternating current through it?
But what happens if the coil in the transformer is an inductor that opposes the alternating current through it?
If the coil is an inductor and opposes the alternating current through it, the resulting voltage across the coil will depend on the rate of change of the current rather than the magnitude of the current itself. This can cause significant delays or phase shifts in the output voltage compared to the input voltage, which can affect the performance of the transformer. However, the transformer can still work properly as long as the inductor does not produce too much of an impedance mismatch with the source or load impedance.