Comparative analysis of silicon and gallium nitride in semiconductor materials

Tao Yang
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Abstract

The semiconductor industry is developing rapidly, and a variety of semiconductor materials have emerged. At present, silicon and gallium nitride, which play a leading role in semiconductor materials, play an important role in different fields. This paper summarizes the characteristics and social application of gallium nitride and silicon and compares them with those of gallium and silicon. Silicon has the characteristics of rich reserves, low price and mature development. Gallium nitride has the characteristics of wide band gap, thermal stability, high frequency, high electron mobility and high power. This study enriches the comparative theory of silicon and gallium nitride. In the process of developing global informatization and economic globalization, it is very important to dig deep into the traditional properties and characteristics of silicon and explore the cutting-edge technology of gallium nitride.
半导体材料中硅与氮化镓的比较分析
半导体产业发展迅速,各种各样的半导体材料层出不穷。目前,在半导体材料中占据主导地位的硅和氮化镓在不同领域发挥着重要作用。综述了氮化镓和硅的特点及社会应用,并与氮化镓和硅进行了比较。硅具有储量丰富、价格低廉、开发成熟的特点。氮化镓具有带隙宽、热稳定性好、频率高、电子迁移率高、功率大等特点。本研究丰富了硅与氮化镓的比较理论。在全球信息化和经济全球化发展的过程中,深入挖掘硅的传统特性和特点,探索氮化镓的前沿技术具有十分重要的意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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