Our company sent personnel to participate in the professional training of "Switching Power Supply and Power Electronic System Design Technology"
- Categories:Shunyang News
- Author:General Manager
- Origin:Ningbo Shunyang Electric Measuring Instrument Co., Ltd.
- Time of issue:2015-07-25
From July 17th to July 18th, our company sent staff to participate in the professional training of "Switching Power Supply and Power Electronic System Design Technology" sponsored by the Ningbo Municipal Commission of Economy and Information Technology. The associate professor from the School of Space Science and Technology of Xidian University , Master's tutor Xie Kai lectured.
The young teacher Xie Kai, who has long been engaged in special power supply design and high-efficiency power electronic system research, has in-depth research on many special power supply technical problems in new plasma equipment, ultra-high-power wireless power supply systems, and underground high-temperature environments. One invention patent is authorized, and some technical achievements are domestic original creations. This course is the accumulation and summary of his years of experience in power electronic system design. In the course, he systematically explained the basic theory and design methods of switching power supplies, including power devices, power supply topology and control, feedback and compensation, power factor correction, methods to improve power supply efficiency and many practical problems. In particular, combined with case analysis, many deep-level mechanism problems were explained in a simple and simple way, so that the students who attended the meeting received a high-level training and education in switching power supply design and problem solving.
More than 70 technicians from electronic information, industrial automation and communication equipment, IT industry, consumer electronics, home appliances and lighting, electrical appliances, instrumentation and other companies participated in the study. Everyone believed that they would promote their own power efficiency and environmental protection of electronic equipment. Performance and reliability design and maintenance capabilities are improved.