Assertion: inductor | /r/CapableOf | try to keep current flowing
Facets:
value: to b
type: TRANSITIVE-OBJECT
value: as per its current dissipation curve
type: OTHER
value: from a
type: LOCATION
value: at its previous value
type: OTHER
Source sentences:
text: Likewise, if switch, (S1) is opened, the current flowing through the coil will start to fall but the inductor will again fight against this change and try to keep the current flowing at its previous value by inducing a voltage in the other direction.
text: Now, the inductor tries to flow current as per its current dissipation curve.
text: Now when the DC voltage is quickly removed, the inductor (primary windings around the core) tries to keep the current that was flowing stable and creates a high EMF voltage spike.
text: Now that it is confirmed that the circuit is still closed, the inductor will try to dissipate the current and in order to do so, the inductor will drop voltage across the air gap resistance by reversing its polarity by using the energy stored in it in the form of magnetic field.
text: When the switch is opened, the inductor "tries" to keep current flowing from A to B, as it had been.