Linked from

The 11 pages that link to P-type semiconductor, each with the reason it gives.

• Doping (semiconductors)Broader topic: Acceptor doping produces this carrier type.

• P–n junctionBroader topic: Its holes diffuse toward the n-type side when the regions are joined.

• DiodeRelated: Its holes supply one side of the carrier flow through a p–n diode.

• Thermoelectric generatorRelated: It supplies one carrier type in the paired legs of a common thermoelectric couple.

• Complementary metal–oxide–semiconductorRelated: P-type regions form the bodies and channels relevant to p-channel devices.

• Forward biasRelated: Its holes are driven toward the junction by the forward-bias polarity.

• Copper(II) oxideBroader topic: Copper vacancies can make CuO exhibit p-type conductivity.

• Shuji NakamuraRelated: Creating p-type gallium nitride was a key obstacle Nakamura helped overcome.

• Hiroshi AmanoRelated: Creating p-type gallium nitride enabled the junctions needed for efficient LEDs.

• Isamu AkasakiRelated: Akasaki and Hiroshi Amano achieved effective p-type conductivity in gallium nitride.

• Impurity (semiconductors)Broader topic: Acceptor impurities create the excess holes that define p-type material.