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| Vicor Holds Seminar and Workshop on October 18th
| Opportunity to Resolve High-Performance Power Conversion Design Challenges
| Problem-Solving Through Real Application Examples
High-performance power system design is becoming increasingly complex.
To meet changing power requirements driven by emerging technologies, a robust design methodology for designing high-performance power conversion is needed.
Vicor announced on the 1st that it will hold the "2019 High-Performance Power Conversion Seminar and Workshop" on October 18th at L-House Hall, 8th Floor of L-Tower in Yangjae-dong, Seoul.
At the keynote address of this seminar, which runs from lunch through evening, Dr. Cha Ho-young, Director of the Next-Generation Semiconductor Research Laboratory at Hongik University, will discuss "Power Semiconductor Technology Trends for High-Efficiency Power Systems."
Key agenda items include EMI mitigation, thermal modeling, PCB layout, DC-DC design, and AC-DC front-end implementation, analyzing today's power-related challenges through real application examples.
Any engineer interested in AC-DC and DC-DC power system design is welcome to attend.
Registration is available on the related page on a first-come, first-served basis limited to 100 participants.
| Opportunity to Resolve High-Performance Power Conversion Design Challenges
| Problem-Solving Through Real Application Examples
High-performance power system design is becoming increasingly complex.
To meet changing power requirements driven by emerging technologies, a robust design methodology for designing high-performance power conversion is needed.
Vicor announced on the 1st that it will hold the "2019 High-Performance Power Conversion Seminar and Workshop" on October 18th at L-House Hall, 8th Floor of L-Tower in Yangjae-dong, Seoul.
▲Dr. Cha Ho-young, Director of the Next-Generation Semiconductor Research Laboratory, Hongik University
At the keynote address of this seminar, which runs from lunch through evening, Dr. Cha Ho-young, Director of the Next-Generation Semiconductor Research Laboratory at Hongik University, will discuss "Power Semiconductor Technology Trends for High-Efficiency Power Systems."
Key agenda items include EMI mitigation, thermal modeling, PCB layout, DC-DC design, and AC-DC front-end implementation, analyzing today's power-related challenges through real application examples.
Any engineer interested in AC-DC and DC-DC power system design is welcome to attend.
Registration is available on the related page on a first-come, first-served basis limited to 100 participants.
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