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• MOSFET abstract "The metal–oxide–semiconductor field-effect transistor (MOSFET, MOS-FET, or MOS FET) is a type of transistor used for amplifying or switching electronic signals.Although the MOSFET is a four-terminal device with source (S), gate (G), drain (D), and body (B) terminals, the body (or substrate) of the MOSFET is often connected to the source terminal, making it a three-terminal device like other field-effect transistors. Because these two terminals are normally connected to each other (short-circuited) internally, only three terminals appear in electrical diagrams. The MOSFET is by far the most common transistor in both digital and analog circuits, though the bipolar junction transistor was at one time much more common.The main advantage of a MOSFET over a regular transistor is that it requires very little current to turn on (less than 1mA), while delivering a much higher current to a load (10 to 50 times or more).In enhancement mode MOSFETs, a voltage drop across the oxide induces a conducting channel between the source and drain contacts via the field effect. The term \"enhancement mode\" refers to the increase of conductivity with increase in oxide field that adds carriers to the channel, also referred to as the inversion layer. The channel can contain electrons (called an nMOSFET or nMOS), or holes (called a pMOSFET or pMOS), opposite in type to the substrate, so nMOS is made with a p-type substrate, and pMOS with an n-type substrate (see article on semiconductor devices). In the less common depletion mode MOSFET, detailed later on, the channel consists of carriers in a surface impurity layer of opposite type to the substrate, and conductivity is decreased by application of a field that depletes carriers from this surface layer.The \"metal\" in the name MOSFET is now often a misnomer because the previously metal gate material is now often a layer of polysilicon (polycrystalline silicon). Aluminium had been the gate material until the mid-1970s, when polysilicon became dominant, due to its capability to form self-aligned gates. Metallic gates are regaining popularity, since it is difficult to increase the speed of operation of transistors without metal gates.Likewise, the \"oxide\" in the name can be a misnomer, as different dielectric materials are used with the aim of obtaining strong channels with smaller applied voltages.An insulated-gate field-effect transistor or IGFET is a related term almost synonymous with MOSFET. The term may be more inclusive, since many \"MOSFETs\" use a gate that is not metal, and a gate insulator that is not oxide. Another synonym is MISFET for metal–insulator–semiconductor FET.The basic principle of the field-effect transistor was first patented by Julius Edgar Lilienfeld in 1925.".
• MOSFET thumbnail MOSFET_Structure.png?width=300.
• MOSFET wikiPageExternalLink 7_7_7.
• MOSFET wikiPageExternalLink 489.
• MOSFET wikiPageExternalLink 5306.
• MOSFET wikiPageExternalLink index.htm.
• MOSFET wikiPageExternalLink 6-012-microelectronic-devices-and-circuits-fall-2009.
• MOSFET wikiPageExternalLink ECE3040Lecture.htm.
• MOSFET wikiPageExternalLink SEMIKRON_application_manual_power_semiconductors.pdf.
• MOSFET wikiPageExternalLink showArticle.jhtml;?articleID=191900470.
• MOSFET wikiPageExternalLink application_manual-193.htm.
• MOSFET wikiPageExternalLink mosfet.html.
• MOSFET wikiPageExternalLink dmos-transistors.
• MOSFET wikiPageExternalLink mos-diffusion-parasitics.
• MOSFET wikiPageExternalLink MOSFET_calc.phtml.
• MOSFET wikiPageExternalLink MOSFETProcess.html.
• MOSFET wikiPageExternalLink AN11158.pdf.
• MOSFET wikiPageExternalLink criteria-for-a-successful-selection-of-igbt-and-mosfet-modules.
• MOSFET wikiPageExternalLink SEMIKRON_application_manual_power_semiconductors.pdf.
• MOSFET wikiPageID "40345".
• MOSFET wikiPageLength "85999".
• MOSFET wikiPageOutDegree "229".
• MOSFET wikiPageRevisionID "707488380".
• MOSFET wikiPageWikiLink 45_nanometer.
• MOSFET wikiPageWikiLink 65_nanometer.
• MOSFET wikiPageWikiLink Acceptor_(semiconductors).
• MOSFET wikiPageWikiLink Aluminium.
• MOSFET wikiPageWikiLink Analogue_electronics.
• MOSFET wikiPageWikiLink Artistic_license.
• MOSFET wikiPageWikiLink Atom.
• MOSFET wikiPageWikiLink Atomic_layer_deposition.
• MOSFET wikiPageWikiLink BSIM.
• MOSFET wikiPageWikiLink Ballistic_conduction.
• MOSFET wikiPageWikiLink Band_gap.
• MOSFET wikiPageWikiLink Bell_Labs.
• MOSFET wikiPageWikiLink BiCMOS.
• MOSFET wikiPageWikiLink Bipolar_junction_transistor.
• MOSFET wikiPageWikiLink CMOS.
• MOSFET wikiPageWikiLink Capacitance.
• MOSFET wikiPageWikiLink Capacitor.
• MOSFET wikiPageWikiLink Carrier_generation_and_recombination.
• MOSFET wikiPageWikiLink Cascade_amplifier.
• MOSFET wikiPageWikiLink Cascode.
• MOSFET wikiPageWikiLink Category:MOSFETs.
• MOSFET wikiPageWikiLink Category:Transistor_types.
• MOSFET wikiPageWikiLink Channel_length_modulation.
• MOSFET wikiPageWikiLink Chemical_compound.
• MOSFET wikiPageWikiLink Cleanroom.
• MOSFET wikiPageWikiLink Cobalt.
• MOSFET wikiPageWikiLink Cosmic_ray.
• MOSFET wikiPageWikiLink Current–voltage_characteristic.
• MOSFET wikiPageWikiLink Dawon_Kahng.
• MOSFET wikiPageWikiLink Depletion_and_enhancement_modes.
• MOSFET wikiPageWikiLink Depletion_region.
• MOSFET wikiPageWikiLink Design_for_manufacturability.
• MOSFET wikiPageWikiLink Dielectric.
• MOSFET wikiPageWikiLink Digital_electronics.
• MOSFET wikiPageWikiLink Doping_(semiconductor).
• MOSFET wikiPageWikiLink Drain-induced_barrier_lowering.
• MOSFET wikiPageWikiLink Early_effect.
• MOSFET wikiPageWikiLink Electrical_conductor.
• MOSFET wikiPageWikiLink Electrical_resistivity_and_conductivity.
• MOSFET wikiPageWikiLink Electron.
• MOSFET wikiPageWikiLink Electron_hole.
• MOSFET wikiPageWikiLink Electron_mobility.
• MOSFET wikiPageWikiLink Electronvolt.
• MOSFET wikiPageWikiLink Epitaxy.
• MOSFET wikiPageWikiLink Extrinsic_semiconductor.
• MOSFET wikiPageWikiLink FUSI.
• MOSFET wikiPageWikiLink Fermi_energy.
• MOSFET wikiPageWikiLink Fermi_level.
• MOSFET wikiPageWikiLink Fermi–Dirac_statistics.
• MOSFET wikiPageWikiLink Field-effect_transistor.
• MOSFET wikiPageWikiLink Field_effect_(semiconductor).
• MOSFET wikiPageWikiLink File:Mosfet_n-ch_circuit.svg.
• MOSFET wikiPageWikiLink Frequency_mixer.
• MOSFET wikiPageWikiLink Gallium_arsenide.
• MOSFET wikiPageWikiLink Gamma_ray.
• MOSFET wikiPageWikiLink Gausss_law.
• MOSFET wikiPageWikiLink Gordon_Moore.
• MOSFET wikiPageWikiLink Gyrator.
• MOSFET wikiPageWikiLink Hafnium.
• MOSFET wikiPageWikiLink Heat_sink.
• MOSFET wikiPageWikiLink High-electron-mobility_transistor.
• MOSFET wikiPageWikiLink High-κ_dielectric.
• MOSFET wikiPageWikiLink IBM.
• MOSFET wikiPageWikiLink Integrated_circuit.
• MOSFET wikiPageWikiLink Intel.
• MOSFET wikiPageWikiLink JFET.
• MOSFET wikiPageWikiLink Julius_Edgar_Lilienfeld.
• MOSFET wikiPageWikiLink Leakage_(electronics).
• MOSFET wikiPageWikiLink Logic_gate.
• MOSFET wikiPageWikiLink Low_voltage.
• MOSFET wikiPageWikiLink MISFET.
• MOSFET wikiPageWikiLink MOSFET.
• MOSFET wikiPageWikiLink Metal_gate.
• MOSFET wikiPageWikiLink Metal–semiconductor_junction.
• MOSFET wikiPageWikiLink Micrometre.
• MOSFET wikiPageWikiLink Microprocessor.
• MOSFET wikiPageWikiLink Microprocessor_chronology.

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