"Double first-class" Xidian joins hands with Electric Nest to reveal the secrets of silicon carbide power device technology!

On April 20, Shaanxi Semiconductor Pilot Technology Center launched the first series of public lectures of the "Tree Core Project" lecture series. Focusing on the theme of the first phase of the "Tree Core Project", Electric Nest Technology, Xidian University and Shaanxi Semiconductor Pioneering Technology Center launched an online live broadcast on the theme of "Silicon Carbide Power Device Technology Development Status and Some Thoughts". At the same time, The keynote speaker, Dr. Zhang Yuming, shared hot issues such as industry prospects, development directions, and career development for students and employees of science and engineering colleges, and everyone benefited a lot.

The speaker of this event, Dr. Zhang Yuming, received his bachelor’s, master’s and doctor’s degrees from Tsinghua University, Xi’an University of Electronic Science and Technology, and Xi’an Jiaotong University respectively. He is a postdoctoral fellow at Rutgers-New Jersey State University. He is currently the dean of the School of Microelectronics of Xidian University, the dean of Xidian Wuhu Research Institute, and the director of the National Defense Key Laboratory of "Wide Bandgap Semiconductor Technology". Engaged in teaching and research work on new semiconductor devices and integrated circuits for a long time, undertook a number of National Natural Science Foundation of China, major national special projects, key research and development plans and national defense science and technology projects, published more than 200 papers, and has been authorized 37 invention patents, the United States With 4 patents, 2 national awards and 4 provincial and ministerial awards, it has authoritative and extensive influence in the industry.

Due to the rapid development of SiC power devices in recent years, it has become one of the most concerned hot spots of research institutions and industries, and the strategic significance of SiC semiconductor power devices is of great significance. All countries and regions in the world are working hard to promote the development of this work. In the past 20 years, the Key Laboratory of Wide Bandgap of Xidian University has been committed to the development of key technologies of silicon carbide power materials and devices. This event combines the main research results of the laboratory to conduct in-depth discussions and sharing with relevant industry professionals .

During the live broadcast, Dr. Zhang started from the research history of silicon carbide materials and devices, analyzed the key technical characteristics and difficulties of such devices, and introduced the development trend and status quo of silicon carbide power MOSFETs at home and abroad, as well as the challenges they are facing. Problems in development, and some thoughts on future development.

When it comes to future development, Electric Nest believes that technological development is like Darwinian evolution, and it always chooses the direction that human needs more. Just like this cooperation between E-Nest and Xidian University, by giving full play to the resource advantages of both parties, we will work together to bring professional knowledge popularization to more practitioners in the electronics field, give full play to the advantages of the new form of technological means, and strive to serve the electronics industry. The industry's all-round, diversified new digital marketing model has made efforts.

As the co-organizer of this event, Electric Nest knows that with the rapid development of science and technology, silicon carbide, as the "key" in the future electronics industry, assumes very important functions. Only by moving in the direction of continuous exploration, the blueprint for the future To be firmly in your hands.

Electric Nest will continue to bring you more valuable and high-quality live broadcast interactions. If you missed the live broadcast, you can also log in to the Electric Nest App to watch the complete replay of the live broadcast.

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Origin blog.csdn.net/wusuowei1010/article/details/130287541