Inductor: Difference between revisions
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== The Inductor == | == The Inductor == | ||
The inductor is one of the basic electrical components used in practical circuits as well as circuit analysis. Its family sits alongside the [[Resistor|resistor]], [[Capacitors|capacitor]] and [[Memristor|memristor]]. | <p>[[Image:Inductors.jpg|thumb|right|Various Electric Component Inductors]]The inductor is one of the basic electrical components used in practical circuits as well as circuit analysis. Its family sits alongside the [[Resistor|resistor]], [[Capacitors|capacitor]] and [[Memristor|memristor]]. </p> | ||
Inductors are given names tied to their applications, eg: | <p>Inductors (or equipment heavily reliant on inductors) are given names tied to their applications, eg: </p> | ||
- Choke / RFC, to allow DC but block AC current | <p>- Choke / RFC, to allow DC but block AC current ; </p> | ||
- Ballast, to provide a high voltage kick to start flourescent lamps (with other components) | <p>- Ballast, to provide a high voltage kick to start flourescent lamps (with other components) ; </p> | ||
- Reactor / Saturable reactor, used in AC arc welders | <p>- Reactor / Saturable reactor, used in older AC arc welders and filters; </p> | ||
- Coil / Tesla Coil / Ignition Coil, used in both Kettering and EFI systems | <p>- Coil / Tesla Coil / Deflection Coil (CRT TV and Oscillscopes) Ignition Coil, (used in both Kettering and EFI systems) </p> | ||
- Transformer / Auto transformer, two or more inductances | <p>- Transformer / Auto transformer, two or more inductances coupled; </p> | ||
- Speaker / Headphones | <p>- Speaker / Headphones (but not all); </p> | ||
- Electric motors | <p>- Electric motors ; </p> | ||
- Fuel Injectors, used in EFI systems | <p>- Fuel Injectors, used in EFI systems ; </p> | ||
- Relay | <p>- Relay, buzzer, contactor, solenoid, tattoo needle gun; </p> | ||
- | <p>- Rail gun; </p> | ||
- | <p>- Electromagnet; </p> | ||
- | <p>- MagLev trains, linear actuator; </p> | ||
< | <p>- MRI Machines; </p> | ||
< | <p>- Electron Microscopes; </p> | ||
<p>- Antennas, even a radio antenna can exhibit inductance at certain frequencies.</p> | |||
== Units Of Measurement == | == Units Of Measurement == | ||
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The modern day unit of measurement for an inductor is the "Henry". All practical realisations of inductors also have resistance, and it is this combination of inductance and resistance that defines the Quality ( Q Factor) of an inductor. | The modern day unit of measurement for an inductor is the "Henry". All practical realisations of inductors also have resistance, and it is this combination of inductance and resistance that defines the Quality ( Q Factor) of an inductor. | ||
[[Category:Components,_circuits,_devices_&_systems | [[Category:Components,_circuits,_devices_&_systems]] | ||
[[Category:Electronic_components]] | |||
[[Category:Coils]] | |||
[[Category:Inductors]] | |||
[[Category:News]] | |||
Revision as of 15:34, 30 January 2012
The Inductor
The inductor is one of the basic electrical components used in practical circuits as well as circuit analysis. Its family sits alongside the resistor, capacitor and memristor.
Inductors (or equipment heavily reliant on inductors) are given names tied to their applications, eg:
- Choke / RFC, to allow DC but block AC current ;
- Ballast, to provide a high voltage kick to start flourescent lamps (with other components) ;
- Reactor / Saturable reactor, used in older AC arc welders and filters;
- Coil / Tesla Coil / Deflection Coil (CRT TV and Oscillscopes) Ignition Coil, (used in both Kettering and EFI systems)
- Transformer / Auto transformer, two or more inductances coupled;
- Speaker / Headphones (but not all);
- Electric motors ;
- Fuel Injectors, used in EFI systems ;
- Relay, buzzer, contactor, solenoid, tattoo needle gun;
- Rail gun;
- Electromagnet;
- MagLev trains, linear actuator;
- MRI Machines;
- Electron Microscopes;
- Antennas, even a radio antenna can exhibit inductance at certain frequencies.
Units Of Measurement
The modern day unit of measurement for an inductor is the "Henry". All practical realisations of inductors also have resistance, and it is this combination of inductance and resistance that defines the Quality ( Q Factor) of an inductor.
