CAD文件 
Known as the "ultimate power semiconductor," the development of power control semiconductors using diamond has made progress. It is reported that Professor Kazuo from Saga University in Japan, in collaboration with precision parts manufacturer Orbray Japan, has developed a power semiconductor made of diamond, operating at 875 megawatts per square centimeter. Among diamond semiconductors, this output power value is the highest in the world and is second only to gallium nitride products at about 2090 megawatts among all semiconductors. Compared to silicon carbide (SiC) and gallium nitride (GaN) products, which are next-generation power semiconductors, diamond semiconductors exhibit excellent high-voltage resistance and other performance characteristics, with power loss believed to be reduced to one fifty-thousandth that of silicon products. Diamond power semiconductors also have strong heat resistance and radiation resistance.
Related News
Manufacture PCD engraving tool tungsten steel round bar, tungsten carbide round bar, YL10.2 precision ground bar
Features excellent hot hardness, good wear resistance, high elastic modulus, high flexural strength, good chemical stability (resistant to acid, alkali, and high-temperature oxidation), good impact toughness, low expansion coefficient, and thermal and electrical conductivity similar to iron and its alloys.
High-precision mechanical parts processing, tungsten carbide non-standard wear-resistant parts, custom-made according to drawings
Regional differences in temperature, diet, and clothing are common, yet knives still exhibit regional characteristics. The regional traits of the cutting tool industry, including alloy milling cutters, alloy drill bits, and non-standard tools, are particularly pronounced.
Contact Information
Phone: +86-027-87180391
Fax: 027-87925146
Email:Reetec@reetec.com.cn
Address: No. 5, Huagongyuan 1st Road, East Lake High-tech Development Zone, Wuhan
Official QR Code
This website supports IPV6