In the thin-film deposition process of chip manufacturing, two technologies are often mentioned together, yet they are fundamentally different—epitaxy and chemical vapor deposition. They are like cousins, both belonging to the "vapor growth" family, but with distinct characteristics and strengths. S......
Read MoreChemical Vapor Deposition (CVD) SiC process technology is essential for manufacturing high-performance power electronics, enabling the precise epitaxial growth of high-purity silicon carbide layers on substrate wafers. By leveraging SiC’s wide bandgap and superior thermal conductivity, this technolo......
Read MoreDifferent application scenarios have varying performance requirements for graphite products, making precise material selection a core step in the application of graphite products. Choosing graphite components with performance matching the application scenarios can not only effectively extend their s......
Read MoreThe single crystal growth thermal field is the spatial distribution of temperature within the high-temperature furnace during the single crystal growth process, which directly affects the quality, growth rate, and crystal formation rate of the single crystal. Thermal field can be divided into steady......
Read MoreAdvanced semiconductor manufacturing consists of multiple of process steps, including thin film deposition, photolithography, etching, ion implantation, chemical mechanical polishing. During this process, even tiny flaws in the process may have a detrimental effect on the performance and reliability......
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