Difference between revisions of "Voltage"
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| − | '''Voltage''' is the name for the difference in electric potential between two places in a circuit, which leads to a flow of [[electron]]s in the circuit between those places. A higher voltage means that more energy can be extracted from the flowing | + | '''Voltage''' is the name for the difference in electric potential between two places in a [[circuit]], which leads to a flow of [[electron]]s in the circuit between those places. A higher voltage means that more energy can be extracted from the flowing [[electron]]s as they go; alternatively, for a given [[resistor|resistance]], increasing the voltage will increase the [[current]] through that resistance. |
To use an analogy to water flowing in a pipe, voltage is like the pressure of the water, with higher water pressure corresponding to higher voltage. | To use an analogy to water flowing in a pipe, voltage is like the pressure of the water, with higher water pressure corresponding to higher voltage. | ||
| − | {{stub}} | + | {{semi-stub}} |
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| + | ==See also== | ||
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| + | * [[Current|Amperage]] | ||
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| + | [[Category: Electrical Basics]] | ||
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Latest revision as of 21:53, 3 December 2021
Voltage is the name for the difference in electric potential between two places in a circuit, which leads to a flow of electrons in the circuit between those places. A higher voltage means that more energy can be extracted from the flowing electrons as they go; alternatively, for a given resistance, increasing the voltage will increase the current through that resistance.
To use an analogy to water flowing in a pipe, voltage is like the pressure of the water, with higher water pressure corresponding to higher voltage.
See also
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