A group of researchers from Kyoto University in Japan said on the 23rd that they have developed silicon transistors that can withstand 20,000 volts using silicon carbide as the material. This technology has advanced world standards.
According to reports by Japanese media, the mainstream material of transistors used in equipment such as transformer equipment is silicon, but the maximum voltage that silicon can withstand is only 6,000 volts to 8,000 volts. A team led by Saitama Suga, an associate professor at Kyoto University, synthesized carbon and silicon in proportion to silicon carbide, which is more heat-resistant than silicon. Silicon carbide transistors also have very high power conversion efficiency and can be used to manufacture low-loss power transformers.
Transistors are solid semiconductor devices that can be used for detection, rectification, amplification, switching, voltage regulation, signal modulation, and so on. The transistor's operation is controlled by electrical signals, and its switching speed is very fast, so transistors constitute the main part of the power conversion circuit in various products.
The head of research, Sudachi, said that this is an important step in the development of high-voltage tolerant power conversion circuits. Relevant research results have been published in the online edition of the "Journal of the Institute of Electrical and Electronic Engineers" in the United States. (Reporter Lan Jianzhong)
Antioxidant DLTDP cas: 123-28-4
Chemical name: Dilauryl thiodipropionate
Packing: Net 25kg/drum,cardboard boxes with plastic liners;or as required.
Storage: With stable chemical properties, no special requirements are needed for storage except protection from moisture and heat.
Ash: ≤0.01% Acid value: ≤0.05mgKOH/g Crystallizing point: 39.5-41.5℃
Physical Properties: White Crystalline Powder Iron:≤3ppm, Heating: ≤0.05%
Introduction: This product is white, crystalline powder:Insoluble in water soluble in benzene,acetone and alcohol.
Applications:DLTDP is a good auxiliary antioxidant and is widely used in polypropylene, polyehylene, polyvinyl chloride, ABS rubber and lubricating oil. It can be used in combination with Phenolic Antioxidants to produces synergistic effect, and to prolong the life of the final products. It breaks down the hydrogen peroxide. Synergized with phenolic antioxidants(e.g. 264, 1010, 1076, CA, etc.) and UV absorbers, the dosage was 0.05-O. 5 % for resin and rubber.DLTDP is a good auxiliary antioxidant and is widely used in polypropylene, polyehylene, polyvinyl chloride, ABS rubber and lubricating oil. It can be used in combination with phenolic antioxidants to produces synergistic effect, and to prolong the life of the final products. It breaks down the hydrogen peroxide. Synergized with phenolic antioxidants(e.g. 264, 1010, 1076, CA, etc.) and UV absorbers, the dosage was 0.05-O. 5 % for resin and rubber.
Assisted Antioxidant DLTDP,White Assisted Antioxidant DLTDP,Industrial Assisted Antioxidant DLTDP
Tianjin Xindafeng Import & Export Trade Co., Ltd. Tangshan KeAo chemical additives Co., Ltd. , http://www.tskaantioxidant.com