Silicon has been used as a key semiconductor material in most electronic applications for a long time, but its efficiency is relatively low, and it often cannot meet people's development requirements for its performance during use. Therefore, engineers discovered silicon carbide, which replaced silicon only in the field of electronics. Let's take a look at what performance advantages she has, shall we?

Silicon carbide has now been widely recognized, and many companies have replaced it with silicon. Compared with silicon, silicon carbide tends to have a higher electric field strength, and it has been relatively possible to use a thinner base structure, which can make its performance more stable. In addition, silicon carbide technology is more suitable for some projects with relatively high power, which can meet the converter's demand for higher switching frequency, not to mention that this device requires fewer external components, and the system The layout is also more reliable. For enterprises, the most important point is that the manufacturing cost of silicon carbide is lower, which can help enterprises fundamentally reduce cost consumption, so as to achieve the purpose of reducing operating costs. More directly help enterprises to bring economic benefits and improve the overall space for profit. So where is it often used?

Silicon carbide is used by engineers in semiconductors and circuit components because of its stable performance, and it can also play its role stably in high temperature applications. Its own properties determine its high thermal conductivity and strong breakdown electric field, so it is positioned as a high-temperature semiconductor. As a kind of high-end semiconductor, it also determines that it can play a stable role in high-temperature, radiation-resistant and high-power devices.

Due to the improvement of its own efficiency, it almost completely meets the requirements of the electronic field for the performance of components, so it is reasonable that it can be widely favored by enterprises.