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| '''Leakage''' refers to the ] of energy or matter out of a ]. In ], leakage carries the meaning of undesirable loss of chemicals; while in ], leakage means the gradual loss of energy from a material stored with high ]. | |||
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| ==Electronics== | |||
| ⚫ | In electronics, leakage is a property of dielectric materials used in ], also known as ''dielectric leakage''. It is a result of the ] material having a finite ] and therefore carrying a ] (known as the ''leakage current'') due to the ] across it. This results in capacitors discharging themselves over time (analagous to a bucket full of water with a hole in it, the size of hole relating to the amount of leakage) | ||
| The dielectric material can be selected to have low leakage, which can be required for some ] applications such as ] circuits. | The dielectric material can be selected to have low leakage, which can be required for some ] applications such as ] circuits. | ||
| ==Chemistry== | |||
| {{Electro-stub}} | |||
| In chemistry, leakage is a process which materials are loss gradually through the holes of their containers. Often, leakage can be disastrous if the leaked material is harmful or corrosive. | |||
| ]s are examples of easy-leaking systems. The ]s inside the cell often leaks out of the cell shell and causes damage to the electronic appliance. | |||
Revision as of 15:37, 6 September 2005
Leakage refers to the diffusing of energy or matter out of a container. In chemistry, leakage carries the meaning of undesirable loss of chemicals; while in electronics, leakage means the gradual loss of energy from a material stored with high chemical energy.
Electronics
In electronics, leakage is a property of dielectric materials used in capacitors, also known as dielectric leakage. It is a result of the dielectric material having a finite resistance and therefore carrying a current (known as the leakage current) due to the voltage across it. This results in capacitors discharging themselves over time (analagous to a bucket full of water with a hole in it, the size of hole relating to the amount of leakage)
The dielectric material can be selected to have low leakage, which can be required for some electronics applications such as sample and hold circuits.
Chemistry
In chemistry, leakage is a process which materials are loss gradually through the holes of their containers. Often, leakage can be disastrous if the leaked material is harmful or corrosive.
Zinc-carbon cells are examples of easy-leaking systems. The electrolytes inside the cell often leaks out of the cell shell and causes damage to the electronic appliance.