(from the article `integrated circuit`) The process of introducing impurities is known as doping or implantation. Depending on a dopant`s atomic structure, the result of implantation will ... ...for a silicon atom, an additional electron is `accepted` to form four covalent bonds around the boron atom, and a positively charged ...
a semiconductor for which the predominant charge carriers responsible for electrical conduction are holes. Normally, acceptor impurity atoms give rise to the excess holes.
low-lying acceptor band gives rise to conductivity
A semiconductor in which holes carry the current; produced by doping an intrinsic semiconductor with an electron acceptor impurity (e.g., boron in silicon). Related category • SEMICONDUCTOR SCIENCE AND TECHNOLOGY
A semiconductor in which holes carry the current; produced by doping an intrinsic semiconductor with an electron acceptor impurity (e.g., boron in silicon).
extrinsic semiconductor in which the hole density exceeds the conduction electron density
a semiconductor for which the predominant charge carriers responsible for electrical conduction are holes. Normally, acceptor impurity atoms give rise to the excess holes.
[n] - a semiconductor in which electrical conduction is due chiefly to the movement of positive holes
A semiconductor in which holes carry the current; produced by doping an intrinsic semiconductor with an electron acceptor impurity (e.g., boron in silicon).
noun a semiconductor in which electrical conduction is due chiefly to the movement of positive holes
A semiconductor in which holes carry the current; produced by doping an intrinsic semiconductor with an electron acceptor impurity (e.g., boron in silicon).