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• Metal–semiconductor_junction abstract "In solid-state physics, a metal–semiconductor (M–S) junction is a type of junction in which a metal comes in close contact with a semiconductor material. It is the oldest practical semiconductor device. M–S junctions can either be rectifying or non-rectifying. The rectifying metal–semiconductor junction forms a Schottky barrier, making a device known as a Schottky diode, while the non-rectifying junction is called an ohmic contact. (In contrast, a rectifying semiconductor–semiconductor junction, the most common semiconductor device today, is known as a p–n junction.)Metal–semiconductor junctions are crucial to the operation of all semiconductor devices. Usually an ohmic contact is desired, so that electrical charge can be conducted easily between the active region of a transistor and the external circuitry.Occasionally however a Schottky barrier is useful, as in Schottky diodes, Schottky transistors, and metal–semiconductor field effect transistors.".
• Metal–semiconductor_junction thumbnail Schottky_barrier_zero_bias.svg?width=300.
• Metal–semiconductor_junction wikiPageID "14355756".
• Metal–semiconductor_junction wikiPageLength "13416".
• Metal–semiconductor_junction wikiPageOutDegree "86".
• Metal–semiconductor_junction wikiPageRevisionID "704062212".
• Metal–semiconductor_junction wikiPageWikiLink Andersons_rule.
• Metal–semiconductor_junction wikiPageWikiLink Band_bending.
• Metal–semiconductor_junction wikiPageWikiLink Band_diagram.
• Metal–semiconductor_junction wikiPageWikiLink Band_gap.
• Metal–semiconductor_junction wikiPageWikiLink Category:Semiconductor_structures.
• Metal–semiconductor_junction wikiPageWikiLink Cats-whisker_detector.
• Metal–semiconductor_junction wikiPageWikiLink Charge_carrier.
• Metal–semiconductor_junction wikiPageWikiLink Coating.
• Metal–semiconductor_junction wikiPageWikiLink Copper.
• Metal–semiconductor_junction wikiPageWikiLink Copper(I)_oxide.
• Metal–semiconductor_junction wikiPageWikiLink Davydov.
• Metal–semiconductor_junction wikiPageWikiLink Density.
• Metal–semiconductor_junction wikiPageWikiLink Density_of_states.
• Metal–semiconductor_junction wikiPageWikiLink Depletion_region.
• Metal–semiconductor_junction wikiPageWikiLink Diffusion.
• Metal–semiconductor_junction wikiPageWikiLink Diode.
• Metal–semiconductor_junction wikiPageWikiLink Drift_(telecommunication).
• Metal–semiconductor_junction wikiPageWikiLink DuPont.
• Metal–semiconductor_junction wikiPageWikiLink Electric_field.
• Metal–semiconductor_junction wikiPageWikiLink Electrical_junction.
• Metal–semiconductor_junction wikiPageWikiLink Electron.
• Metal–semiconductor_junction wikiPageWikiLink Electron_affinity.
• Metal–semiconductor_junction wikiPageWikiLink Electronics.
• Metal–semiconductor_junction wikiPageWikiLink Evaporation_(deposition).
• Metal–semiconductor_junction wikiPageWikiLink Frederick_Seitz.
• Metal–semiconductor_junction wikiPageWikiLink G._W._Pierce.
• Metal–semiconductor_junction wikiPageWikiLink Galena.
• Metal–semiconductor_junction wikiPageWikiLink Germanium.
• Metal–semiconductor_junction wikiPageWikiLink Germanium_nitride.
• Metal–semiconductor_junction wikiPageWikiLink Greenleaf_Whittier_Pickard.
• Metal–semiconductor_junction wikiPageWikiLink Hans_Bethe.
• Metal–semiconductor_junction wikiPageWikiLink Heterojunction.
• Metal–semiconductor_junction wikiPageWikiLink Ion.
• Metal–semiconductor_junction wikiPageWikiLink Ionization_energy.
• Metal–semiconductor_junction wikiPageWikiLink Iron_sulfide.
• Metal–semiconductor_junction wikiPageWikiLink John_Bardeen.
• Metal–semiconductor_junction wikiPageWikiLink Julius_Edgar_Lilienfeld.
• Metal–semiconductor_junction wikiPageWikiLink Karl_Ferdinand_Braun.
• Metal–semiconductor_junction wikiPageWikiLink MESFET.
• Metal–semiconductor_junction wikiPageWikiLink Massachusetts_Institute_of_Technology.
• Metal–semiconductor_junction wikiPageWikiLink Mercury_(element).
• Metal–semiconductor_junction wikiPageWikiLink Metal.
• Metal–semiconductor_junction wikiPageWikiLink Metal-induced_gap_states.
• Metal–semiconductor_junction wikiPageWikiLink Microwave.
• Metal–semiconductor_junction wikiPageWikiLink Nevill_Francis_Mott.
• Metal–semiconductor_junction wikiPageWikiLink Ohmic_contact.
• Metal–semiconductor_junction wikiPageWikiLink Patent.
• Metal–semiconductor_junction wikiPageWikiLink Physical_Review.
• Metal–semiconductor_junction wikiPageWikiLink P–n_junction.
• Metal–semiconductor_junction wikiPageWikiLink Radio_receiver.
• Metal–semiconductor_junction wikiPageWikiLink Rectifier.
• Metal–semiconductor_junction wikiPageWikiLink Schottky_barrier.
• Metal–semiconductor_junction wikiPageWikiLink Schottky_diode.
• Metal–semiconductor_junction wikiPageWikiLink Schottky_transistor.
• Metal–semiconductor_junction wikiPageWikiLink Selenium.
• Metal–semiconductor_junction wikiPageWikiLink Selenium_rectifier.
• Metal–semiconductor_junction wikiPageWikiLink Semiconductor.
• Metal–semiconductor_junction wikiPageWikiLink Semiconductor_device.
• Metal–semiconductor_junction wikiPageWikiLink Silicon.
• Metal–semiconductor_junction wikiPageWikiLink Solid-state_physics.
• Metal–semiconductor_junction wikiPageWikiLink Sputtering.
• Metal–semiconductor_junction wikiPageWikiLink Surface_states.
• Metal–semiconductor_junction wikiPageWikiLink Thermionic_emission.
• Metal–semiconductor_junction wikiPageWikiLink Transistor.
• Metal–semiconductor_junction wikiPageWikiLink Tungsten.
• Metal–semiconductor_junction wikiPageWikiLink Ultra_high_frequency.
• Metal–semiconductor_junction wikiPageWikiLink Walter_H._Schottky.
• Metal–semiconductor_junction wikiPageWikiLink William_Shockley.
• Metal–semiconductor_junction wikiPageWikiLink Work_function.
• Metal–semiconductor_junction wikiPageWikiLink File:Schottky_barrier_zero_bias.svg.
• Metal–semiconductor_junction wikiPageWikiLinkText "Metal–semiconductor junction".
• Metal–semiconductor_junction wikiPageWikiLinkText "Metal–semiconductor junction#Schottky–Mott rule and Fermi level pinning".
• Metal–semiconductor_junction wikiPageWikiLinkText "Schottky junction".
• Metal–semiconductor_junction wikiPageWikiLinkText "metal–semiconductor junction".
• Metal–semiconductor_junction caption "Picture showing Fermi level pinning effect from metal-induced gap states: The bands in the silicon already start out bent due to surface states. They are bent again just before contact . Upon contact however, the band bending changes completely, in a way that depends on the chemistry of the Ag-Si bonding.".
• Metal–semiconductor_junction caption "Schottky–Mott rule: As the materials are brought together, the bands in the silicon bend such that the silicon's work function Φ matches the silver's. The bands retain their bending upon contact. This model predicts silver to have a very low Schottky barrier to n-doped silicon, making an excellent ohmic contact.".
• Metal–semiconductor_junction footer "Band diagrams for models of formation of junction between silver and n-doped silicon. In practice this Schottky barrier is approximately ΦB = 0.8 eV.".
• Metal–semiconductor_junction image "Metal semiconductor junction Bardeen picture.svg".
• Metal–semiconductor_junction image "Metal semiconductor junction Schottky approximation.svg".
• Metal–semiconductor_junction wikiPageUsesTemplate Template:Authority_control.
• Metal–semiconductor_junction wikiPageUsesTemplate Template:Multiple_image.
• Metal–semiconductor_junction wikiPageUsesTemplate Template:See_also.
• Metal–semiconductor_junction subject Category:Semiconductor_structures.
• Metal–semiconductor_junction hypernym Junction.
• Metal–semiconductor_junction type Station.
• Metal–semiconductor_junction type Redirect.
• Metal–semiconductor_junction type Semiconductor.
• Metal–semiconductor_junction type Structure.
• Metal–semiconductor_junction type Thing.
• Metal–semiconductor_junction comment "In solid-state physics, a metal–semiconductor (M–S) junction is a type of junction in which a metal comes in close contact with a semiconductor material. It is the oldest practical semiconductor device. M–S junctions can either be rectifying or non-rectifying. The rectifying metal–semiconductor junction forms a Schottky barrier, making a device known as a Schottky diode, while the non-rectifying junction is called an ohmic contact.".
• Metal–semiconductor_junction label "Metal–semiconductor junction".
• Metal–semiconductor_junction seeAlso Metal-induced_gap_states.
• Metal–semiconductor_junction sameAs Q1924839.
• Metal–semiconductor_junction sameAs Metal-halvleder-overgang.

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