Assertion: inductor | /r/CapableOf | resist change
Facets:
value: in current
type: TEMPORAL
value: in the amount of current
type: OTHER
value: through them
type: MANNER
value: in the current and stores energy
type: OTHER
value: in current flow
type: LOCATION
value: in circuits
type: LOCATION
value: by dropping a voltage
type: MANNER
value: through it
type: MANNER
value: briefly
type: MANNER
value: in case
type: TEMPORAL
value: to some magnitude
type: OTHER
value: from zero
type: OTHER
value: in supply
type: OTHER
value: in voltage
type: OTHER
value: in the case of impedance
type: OTHER
value: in other words
type: OTHER
value: unlike resistors
type: OTHER
value: in the flow of electrons
type: OTHER
value: because of this
type: CAUSE
value: always
type: TEMPORAL
value: by storing and releasing energy
type: MANNER
value: in current (ac)
type: TEMPORAL
value: in the electric current
type: LOCATION
value: reactively
type: MANNER
Source sentences:
text: A capacitor and an inductor are similar in the way that a capacitor resists a change of a voltage and an inductor resists a change in current.
text: An Inductor opposes CHANGES in current flow
text: The main property of an inductor is that it opposes any change in current.
text: Practically the voltage across an inductor cannot change instantaneously because the inductor opposed the change in current through it.
text: In other words, an inductor can store energy in its magnetic field, and an inductor tends to resist any change in the amount of current flowing through it.
text: In electromagnetism and electronics, inductance is the tendency of an electrical conductor to oppose a change in the electric current flowing through it.
text: As we saw, inductors resist the change in current (AC) but easily allow the passage of DC current.
text: Inductance in any circuit is the property that opposes any change in the existing current.
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: But here’s the thing: Because inductors resist a change in energy, the current in them can’t change instantly.
text: An inductor is a device that resists a change in current.
text: More formally, an inductor is a magnetic device that reactively resists a change in current by presenting a voltage backwards towards the source.
text: An inductor resists a change in current through the creation/destruction of the magnetic field around the inductor.
text: An inductor is doing the same thing with the flow of electrons in a wire -- an inductor resists a change in the flow of electrons.
text: The voltage across an inductor can be changed instantly, but an inductor will resist a change in current.
text: An inductor is a device that resists change in the flow of current through it.
text: An inductor resists change in the current flowing through it.
text: An inductor will resist changes in current.
text: But the inductor is a component that resists changes in current.
text: While capacitors resist changes in voltage (the voltage across a capacitor can’t change instantaneously), inductors resist changes in current (the current through an inductor can’t change instantaneously).
text: An inductor resists changes in current in the circuit.
text: If an AC current is applied to a circuit with an inductor and a resistor, current will lag behind voltage (dependent on inductance and frequency), because the inductor is resisting changes in current.
text: An inductor is an electrical device that stores energy and resists changes in current flow.
text: In other words, inductors tend to resist changes in current.
text: These components are what help the inductor to resist changes.
text: In the case of impedance, an inductor resists changes to the current and the capacitor resists changes to the voltage.
text: An inductor is a passive electronic component that stores energy and resists changes in the electrical current that passes through it.
text: One way of looking at the transient effects of these components is that inductors resist changes in current flow in a circuit and capacitors resist changes in voltage.
text: One way of looking at the transient effects of these components is that inductors resist changes in current flow in a circuit and capacitors resist changes in voltage.
text: It resists the changes in the current and stores energy in the form of the magnetic field.
text: As a result, inductors oppose any changes in current through them.
text: As a result, inductors oppose any changes in current through them.
text: For example, inductors oppose any changes in current.
text: Current lags behind voltage, since inductors oppose change in current.
text: Capacitors favor change, whereas inductors oppose change.
text: While a capacitor opposes changes in voltage, an inductor opposes changes in current.
text: Whereas resistors simply oppose the flow of current through them (by dropping a voltage directly proportional to the current), inductors oppose changes in current through them, by dropping a voltage directly proportional to the rate of change of current.
text: Capacitors and inductors are both circuit components that oppose changes in current in circuits.
text: At this point, the energy stored in the coil's magnetic field induces a voltage across the coil, because inductors oppose changes in current.
text: An inductor is a reactive component that opposes changes in current by storing and releasing energy in a magnetic field.
text: Because of this, inductors oppose changes in current and act precisely the opposite of capacitors, which oppose changes in voltage.
text: Unlike resistors that simply oppose the electric current through them by creating a voltage, which is directly proportional to the current, inductors oppose changes in the current flowing through them.
text: In case you forgot, inductors oppose changes in current flow through them.
text: It opposes the changes in the current and stores energy in the type of the magnetic field.
text: Thus an inductor opposes any change in supply current.
text: An inductor opposes any change in current.
text: The inductance is the property of the inductor that tends to oppose any change in the current flowing.
text: The inductor, always opposing any change in current, will produce a voltage drop opposed to the direction of change:
text: An inductor opposes the change in current.
text: Remember that an inductor opposes the change in current, and so what we'll find is that the current lags behind the voltage by 90 degrees.
text: Hence inductor opposes the change in input current that leads to change in the magnetic field.
text: When the switch is closed, the inductor will briefly oppose the change in current from zero to some magnitude, but will drop only a small amount of voltage.
text: An inductor resists any change in the amount of current flowing through it.