While I agree the question is pretty much nonsense with nothing defined. Less any values what is the RL time constant? What is the Pulse Repletion Time and Pulse Width? Like an RC time constant if I remember any of this stuff correctly it will take 5 time constants to get the voltage up to the applied voltage. Maybe it is homework and if that is the case the thread starter should do his homework. Anyway, my answer is no and remains no to his question if all he or she wants a yes or no a one or zero. Ron
By then it reaches about 98% of the full voltage, it's a limit approach and the math will tell you it never quite gets there. But for all practical purposes an RC circuit on a DC source reaches full voltage after about 5x RC time.However the OP is not applying a constant voltage, they're applying a block wave, and that complicates the whole thing.I don't see inductive kick-back happening as the current is not stopped (the circuit is not broken, just one point of the circuit changes potential). But I may be wrong here, as OP didn't clarify their complete intended circuit.