Semiconductor components-High purity silicon carbide 4N

Silicon carbide has won a broader development space due to its stable performance and excellent performance in extreme special environments such as high temperature, high pressure, and high frequency. At present, silicon carbide and its semiconductor materials have become one of the most concerned semiconductor materials, and have been widely used in some power devices such as converters. Silicon carbide materials themselves have the characteristics of adapting to high power conversion and low operating energy consumption. Therefore, the combination of this low-energy semiconductor material with clean energy can achieve a greater transformation towards environmentally friendly energy methods. Good results can be achieved in applications such as deep well drilling, solar inverters, wind energy inverters, and electric powered and hybrid vehicles. At the same time, the application of high-power power conversion in some light rail traction fields represented by industrial driving is also quite common.

The application fields and roles played by silicon carbide semiconductor materials are very diverse. It has enormous potential in fields related to electricity such as new energy vehicles, rail transit, and smart grids. With the increasing global demand for new semiconductor materials, some lightweight, high conversion efficiency, and low heat generation semiconductor materials have become typical representatives of market demand.