Assertion: inductor's circuit | /r/HasProperty | short
Facets:
Source sentences:
text: During this time, an ideal inductor will act as a short circuit as it has no resistance, but in a practical situation, the current flow through the coil and the coil has a resistance as well as the capacitance.
text: At low frequency the reactance falls; at DC, the inductor behaves as a short-circuit.
text: An ideal inductor has no inductive reactance, so it acts as short circuit.
text: If we do not consider this, then we have a circuit with no way to dissipate energy - an ideal inductor is just a short circuit to DC once the magnetic field has been set up.
text: With a steady state DC current flowing through the inductor and therefore zero induced voltage across it, the inductor acts as a short circuit equal to a piece of wire, or at the very least a very low value resistance.
text: An Inductor is the same as a short circuit to DC (Direct Current).
text: In DC circuits, when there is a steady-state condition, the inductor behaves as a short circuit.
text: In DC circuits, when there is a steady-state condition, the capacitor acts as an open circuit; on the other side, in DC circuits, when there is a steady-state condition, the inductor behaves as a short circuit.
text: Inductors are like the short circuits to the DC current, because DC current doesn’t change the magnitude.
text: This is the reason why an inductor acts as a short circuit in DC supply.
text: Thus, An inductor acts like a short circuit to DC.
text: Once the magnetic field is up and no longer changing, the inductor acts like a short circuit.
text: Since the inductor is acting like a short circuit at steady state, the voltage across the inductor then is 0.
text: For a DC signals (0 Hz) the inductor represents a short circuit.
text: Recall that an inductor is a short circuit to dc and a capacitor is an open circuit to dc.
text: Capacitor is open circuit for DC, and inductor is short circuit for DC.