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meanswing
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-My professor said that if i is constant through an inductor that V=0 through the formula V=L(dv/dt) . So if an inductor is in series with a voltage source it will act like a short circuit. But if the inductor is in series with a resistor and the voltage source the inductor will not act like a short circuit.
-My question is why doesn't the inductor act like a short circuit if the inductor is in series with a resistor and a voltage source. Wouldnt the current through the circuit be constant? Is the current through the inductor different when it is in series with the resistor? Please explain this to me because I am totaly confuse.
Attached is the example:
-My question is why doesn't the inductor act like a short circuit if the inductor is in series with a resistor and a voltage source. Wouldnt the current through the circuit be constant? Is the current through the inductor different when it is in series with the resistor? Please explain this to me because I am totaly confuse.
Attached is the example: