Article ID Journal Published Year Pages File Type
1529652 Materials Science and Engineering: B 2011 8 Pages PDF
Abstract

Diamond is a semiconductor with superlative properties in terms of operating temperature, breakdown voltage and thermal dissipation for high power electronic applications. The p-type doping is currently controlled but it is not the case for the n-type doping. In spite of the low solubility of substitutional donors bigger than carbon, n-type material can be achieved via impurity doping during the growth of diamond with phosphorus dopant (Ec = 0.6 eV). Theoretical studies also predict arsenic as a shallower dopant (Ec = 0.4 eV). This paper outlines the n-type doping issues with phosphorus and explores the arsenic doping.

Related Topics
Physical Sciences and Engineering Materials Science Electronic, Optical and Magnetic Materials
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