Resistor - Revision history

Jnc: +cat

2018-12-14T00:49:04Z

+cat

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			[[Category: Electrical Basics]]

Jnc: Proper cat

2018-10-20T20:38:24Z

Proper cat

← Older revision		Revision as of 20:38, 20 October 2018
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	* [[Inductor]]		* [[Inductor]]

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Jnc: Add link

2018-05-05T20:16:02Z

Add link

← Older revision		Revision as of 20:16, 5 May 2018
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	A '''resistor''' is a passive element in an electrical circuit which impedes the flow of current through the resistor.		A '''resistor''' is a passive element in an electrical [[circuit]] which impedes the flow of current through the resistor.

	The relationship between the [[voltage]] across the two connectors of a resistor, the [[current]] through it, and the degree of resistance is given by '''Ohm's Law''', which states that the current (in amperes) is equal to the voltage (in volts) divided by the resistance in '''ohms''' (the unit being named in honour of the discoverer).		The relationship between the [[voltage]] across the two connectors of a resistor, the [[current]] through it, and the degree of resistance is given by '''Ohm's Law''', which states that the current (in amperes) is equal to the voltage (in volts) divided by the resistance in '''ohms''' (the unit being named in honour of the discoverer).

Jnc: Specify passive/2-connectors

2018-05-02T00:01:58Z

Specify passive/2-connectors

← Older revision		Revision as of 00:01, 2 May 2018
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	A '''resistor''' is a element in an electrical circuit which impedes the flow of current through the resistor.		A '''resistor''' is a passive element in an electrical circuit which impedes the flow of current through the resistor.

	The relationship between the [[voltage]] across a resistor, the [[current]] through it, and the degree of resistance is given by '''Ohm's Law''', which states that the current (in amperes) is equal to the voltage (in volts) divided by the resistance in '''ohms''' (the unit being named in honour of the discoverer).		The relationship between the [[voltage]] across the two connectors of a resistor, the [[current]] through it, and the degree of resistance is given by '''Ohm's Law''', which states that the current (in amperes) is equal to the voltage (in volts) divided by the resistance in '''ohms''' (the unit being named in honour of the discoverer).

	Resistors convert a portion of the current flowing through them into heat; the amount (in watts) is equal to the current (in amperes) squared, times the resistance (in ohms).		Resistors convert a portion of the current flowing through them into heat; the amount (in watts) is equal to the current (in amperes) squared, times the resistance (in ohms).

Jnc: An OK start

2017-12-03T21:55:06Z

An OK start

New page

A '''resistor''' is a element in an electrical circuit which impedes the flow of current through the resistor.

The relationship between the [[voltage]] across a resistor, the [[current]] through it, and the degree of resistance is given by '''Ohm's Law''', which states that the current (in amperes) is equal to the voltage (in volts) divided by the resistance in '''ohms''' (the unit being named in honour of the discoverer).

Resistors convert a portion of the current flowing through them into heat; the amount (in watts) is equal to the current (in amperes) squared, times the resistance (in ohms).

Resistors show the same impedance to [[direct current]] as they do to [[alternating current]], of any [[frequency]].

==See also==

* [[Capacitor]]
* [[Inductor]]

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