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- QFET abstract "A quantum field effect transistor or QFET is a kind of field effect transistor that takes advantage of quantum tunneling to greatly increase the speed of transistor operation by eliminating the traditional transistor's area of electron conduction which typically causes carriers to slow down by a factor of 3000. The result is an increase in logic speed by a factor of 10 with a simultaneous reduction in component power requirement and size also by a factor of 10. It achieves these things through a manufacturing process known as rapid thermal processing (RTP) that uses ultrafine layers of construction materials.The letters "QFET" also currently exist as a trademarked name of a series of MOSFETs produced by Fairchild Semiconductor which contain a proprietary double-diffused metal–oxide–semiconductor (DMOS) technology but which are not, in fact, quantum-based (the Q in this case standing for "quality").".
- QFET wikiPageID "41442323".
- QFET wikiPageLength "1512".
- QFET wikiPageOutDegree "8".
- QFET wikiPageRevisionID "594463239".
- QFET wikiPageWikiLink Category:Transistor_types.
- QFET wikiPageWikiLink Charge_carrier.
- QFET wikiPageWikiLink DMOS.
- QFET wikiPageWikiLink Fairchild_Semiconductor.
- QFET wikiPageWikiLink Field-effect_transistor.
- QFET wikiPageWikiLink Field_effect_transistor.
- QFET wikiPageWikiLink MOSFET.
- QFET wikiPageWikiLink Quantum_tunneling.
- QFET wikiPageWikiLink Quantum_tunnelling.
- QFET wikiPageWikiLink Rapid_thermal_processing.
- QFET wikiPageWikiLinkText "QFET".
- QFET hasPhotoCollection QFET.
- QFET wikiPageUsesTemplate Template:Electronics-stub.
- QFET wikiPageUsesTemplate Template:Physics-stub.
- QFET wikiPageUsesTemplate Template:Reflist.
- QFET subject Category:Transistor_types.
- QFET hypernym Kind.
- QFET comment "A quantum field effect transistor or QFET is a kind of field effect transistor that takes advantage of quantum tunneling to greatly increase the speed of transistor operation by eliminating the traditional transistor's area of electron conduction which typically causes carriers to slow down by a factor of 3000. The result is an increase in logic speed by a factor of 10 with a simultaneous reduction in component power requirement and size also by a factor of 10.".
- QFET label "QFET".
- QFET sameAs m.0zwr0kl.
- QFET sameAs Q17057987.
- QFET sameAs Q17057987.
- QFET wasDerivedFrom QFET?oldid=594463239.
- QFET isPrimaryTopicOf QFET.