Assertion: capacitor | /r/HasProperty | charged
Facets:
value: fully
type: MANNER
value: immediately
type: MANNER
value: alternately
type: MANNER
value: after closing the switch
type: TEMPORAL
value: by connecting it
type: MANNER
value: likewise
type: DEGREE
value: in just 20 seconds
type: TEMPORAL
value: for 30 minutes
type: TEMPORAL
value: the more
type: DEGREE
value: repeatedly
type: TEMPORAL
Source sentences:
text: In the hydraulic analogy , a capacitor is analogous to a rubber membrane sealed inside a pipe – this animation illustrates a membrane being repeatedly stretched and un-stretched by the flow of water, which is analogous to a capacitor being repeatedly charged and discharged by the flow of charge
text: The more a capacitor is charged, the larger its voltage drop ; i.e., the more it "pushes back" against the charging current.
text: The capacitor has been charged.
text: Once the capacitor is fully charged, it can release all that energy in an instant through the xenon flash bulb .
text: A capacitor incorporated in an alternating-current (AC) circuit is alternately charged and discharged each half cycle.
text: The voltage has to be applied and after the constant current/constant voltage power supply has achieved the rated voltage, the capacitor has to be charged for 30 minutes.
text: Once the engine is warm, the capacitor is fully charged in just 20 seconds and can maintain a charge with the engine off for about 30 minutes.
text: But the capacitor starts with zero voltage and gradually comes up to its full voltage as it is charged.
text: Once the voltages are the same, current stops flowing through the circuit, and the capacitor is said to be charged.
text: Once a capacitor has been charged, you can disconnect the battery from the capacitor, and the voltage will remain in the capacitor.
text: A capacitor incorporated in an alternating-current (AC) circuit is alternately charged and discharged each half cycle.
text: When the capacitor is fully charged it will have the same voltage as the battery.
text: When the capacitor holds some energy in the form of extra electrons on one plate and electron holes on the other, we say that the capacitor is charged.
text: Once the capacitor is charged, we open switch S 1 ; The upper plate maintains its charge (because it is not connected to ground), so the voltage across C remains V volts.
text: (Incidentally, the positive charge in this case may best be seen as traveling to the lower plate of the capacitor, where it "neutralizes" the negative current that accumulated when the capacitor was charged.)
text: If both switches are closed simultaneously in this circuit, then the capacitor is likewise charged, but once it reaches its maximum capacity, the only current flowing is that through the resistor R. This current can be found using Ohm's law.
text: Block DC voltage by restricting current flow once the capacitor is charged.
text: Capacitors are very good at storing charge for short time periods, and they can be charged and recharged very quickly.
text: Now, the capacitor being fully charged, it’s ready to get discharged.
text: This is in keeping with the intuitive point that the capacitor will be charging from the supply voltage as time passes, and will eventually be fully charged.
text: Whenever the voltage of the rectifier enhances then the capacitor will be charged as well as supplies the current to the load.
text: When a capacitor is charged, the amount of charge stored depends on:
text: When a capacitor is charged by connecting it directly to a power supply, there is very little resistance in the circuit and the capacitor seems to charge instantaneously.
text: What happens if the capacitor is now fully charged and is then discharged through the resistor?
text: After the capacitor is charged, the flash is ready for use.
text: Why when a capacitor is fully charged the circuit is acting like an open circuit?
text: Mayble I should be more precise, why in the following question the current to the right side of the circuit is stopping immediately after the capacitor is charged (In the answer it have been said that the capacitor is fully charged immediately after closing the switch),
text: Mayble I should be more precise, why in the following question the current to the right side of the circuit is stopping immediately after the capacitor is charged (In the answer it have been said that the capacitor is fully charged immediately after closing the switch),
text: If there was a resistor in the right side of the circuit, could I've also say that the capacitor is fully charged immediately?