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47 bytes removed ,  17:38, March 23, 2015
"Because of this inverse relationship"? Huh?
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'''Capacitance''' is a property of [[electric]] [[circuit]]s that describes how much electricity is stored between two plates or wires. It is defined as '''C=Q/V''', where ''C'' stands for capacitance, ''Q'' for [[charge]], and ''V'' for [[voltage]].
 
'''Capacitance''' is a property of [[electric]] [[circuit]]s that describes how much electricity is stored between two plates or wires. It is defined as '''C=Q/V''', where ''C'' stands for capacitance, ''Q'' for [[charge]], and ''V'' for [[voltage]].
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Because of this inverse relationship, most capacitors are quite large compared to other parts on a circuit board. (The '''farad''', named for [[Michael Faraday]], is the unit of capacitance in the [[SI]] system.) Recently, by packing many curved plates into a single cylindrical capacitor, electronics companies have been able to shrink the volume of a capacitor by factors of two or three, thus producing a corresponding boost in farad capacity. It is now possible to buy capacitors as powerful as one or two farads, and super-small capacitors in the kilofarad (one thousand farads) range are being developed in [[Britain]].<ref>[http://www.engineerlive.com/news/20026/iec-to-develop-standard-for-supercapacitors.thtml IEC to develop standard for supercapacitors]. ''EngineerLive'', March 27, 2008.</ref>
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The '''farad''', named for [[Michael Faraday]], is the unit of capacitance in the [[SI]] system. Recently, by packing many curved plates into a single cylindrical capacitor, electronics companies have been able to shrink the volume of a capacitor by factors of two or three, thus producing a corresponding boost in farad capacity. It is now possible to buy capacitors as powerful as one or two farads, and super-small capacitors in the kilofarad (one thousand farads) range are being developed in [[Britain]].<ref>[http://www.engineerlive.com/news/20026/iec-to-develop-standard-for-supercapacitors.thtml IEC to develop standard for supercapacitors]. ''EngineerLive'', March 27, 2008.</ref>
    
==References==
 
==References==
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[[Category:Physics]]
 
[[Category:Physics]]
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[[Category:Electricity]]
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[[Category:Electronics]]
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[[Category:Radio]]
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