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Development Status of Third-Generation Semiconductor Materials in Various Countries
Release Date:2024-06-21

Due to the significant performance advantages and substantial industrial driving force of third-generation semiconductor materials, developed countries and regions such as Europe, the United States, and Japan have included the development of silicon carbide semiconductor technology in their national strategies, investing heavily to support its growth. This article will provide a detailed analysis of the definition, characteristics of third-generation semiconductor materials, and the research and development status in various countries.


Overview of First-Generation Semiconductor Materials


First-generation semiconductor materials primarily refer to silicon (Si) and germanium (Ge) elements. As representatives of first-generation semiconductors, germanium and silicon have found extensive applications in international information industry technologies across various discrete devices and widely used integrated circuits, electronic information network projects, computers, mobile phones, televisions, aerospace ventures, all types of military engineering projects as well as rapidly growing new energy sectors like solar photovoltaic industries. Silicon chips shine brightly in every corner of human society.


Overview of Second-Generation Semiconductor Materials


Second-generation semiconductor materials mainly include compound semiconductors such as gallium arsenide (GaAs), indium antimonide (InSb); ternary compound semiconductors like GaAsAl or GaAsP; some solid solution semiconductors including Ge-Si or GaAs-GaP; glassy semiconductors (also known as amorphous semiconductors) such as amorphous silicon or glassy oxide semiconductors; organic semiconductors like phthalocyanine compounds or polyacrylonitrile among others. 

These second generation material are often utilized for making high speed/frequency power emitting components which make them ideal choices for constructing advanced microwave millimeter wave emitters & light emitting devices etc., thanks largely also due emergence internet highways alongside global connectivity trends fueling demand satellite communication systems mobile telecom networks optical fiber links GPS navigational aids amongst other domains!