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Silicon carbide wafers(SiC) is a binary compound formed by silicon (Si) and carbon (C) in a 1:1 ratio, with its basic structural unit being the Si-C tetrahedron. Take an example: Si atoms have a larger diameter, equivalent to apples, while C atoms have a smaller diameter, equivalent to oranges. When an equal number of oranges […]
see moreRecently, a certain brand’s car launch event has attracted widespread attention, with the technical hotspot of SiC electronic control modules once again under discussion. The core material in this section is SiC, and this article will provide a detailed analysis of the SiC structure. SiC is a compound composed of two elements, similar to the […]
see moreFrom 2021 to 2022, there was a rapid growth in the global semiconductor market due to the emergence of special demands resulting from the COVID-19 outbreak. However, as the special demands caused by the COVID-19 pandemic ended in the latter half of 2022 and plunged into one of the most severe recessions in history in […]
see morewhat application of 4H-SEMI sic substrate? The application of 4H-SEMI SiC substrate is extensive and crucial in various industries. This high-quality substrate offers countless possibilities for technological advancements and innovative products. In power electronics, 4H-SEMI SiC substrate is widely used to produce high-power and high-frequency devices. Its superior electrical properties, such as high breakdown voltage […]
see moreSilicon carbide belongs to the category of wide-bandgap semiconductor materials. In comparison to traditional materials, silicon carbide exhibits outstanding physical properties that contribute to the reduction in size and weight of discrete devices, modules, and even entire system units, thereby enhancing overall efficiency. As a wide-bandgap semiconductor, silicon carbide offers unique advantages, including high-temperature stability, […]
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