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DTSTART:20201104T170000Z
DTEND:20201104T180000Z
LOCATION:On24
SUMMARY:5 Things to Know About Buck Regulators (Winners Announced: Win a Buck Regulator EV Board for Asking Questions!)
DESCRIPTION;ENCODING=QUOTED-PRINTABLE:buckRegulators_profile.png Buck Regulator Webinar sponsored by vishaylogoSM.png Take the Quiz | Register for a Chance to Win | Power & Energy | Webinars LinkArrow.gif Win a Synchronous Buck Regulator EV Board for Asking Questions! Accelerate the Integration of Power Conversion with Vishay microBUCK® and microBRICK™ Overcome the main infrastructure power challenges, which drive our world into a completely new era of communication contentimage_146205.jpg-258x200.jpg?sv=2016-05-31&sr=b&sig=z6b8Hbh87j0QDpdyw4ne%2BRp1GwRy2lC1T4Q2SZair2M%3D&se=2026-04-22T23%3A59%3A59Z&sp=r&_=CJwDbMV2B5zuCAbRxN01rg== Buy Now Buy Now You can view a Q&A of this session here: Webinar Briefing & FAQ: 5 Things to Know About Buck Regulators is Available On-Demand! Simon Foley from Vishay will be giving a presentation on microBuck Converters. During this presentation and during the Q&A session immediately following you will have a chance to win one of four Vishay Synchronous Buck Regulator EV Board (recently offered as part of our RoadTests & Reviews program) for asking good questions. There will also be a quiz to test your knowledge before you go in and ask questions. Automation is driving our world and civilizations into a completely new era of communication. As a result, the power eco system is now fundamentally being transformed into a workhorse, in order to deliver essential energy to those critical IT infrastructures. Vishay ICs, provide solutions to overcome the following 5 main infrastructure power conversion challenges: Global ICT power consumption to be tripled in next decade - More efficient power conversion Cooling cost skyrocketing in data centres - Superior thermal performance CPU and SoC are becoming more power hungry - Fast load transient Higher portability and less space in electronics devices - Ever increasing power density More stringent and tougher application environment - More reliable solution Check out the RoadTest video review from Bald Engineer - James Lewis of the Sychronous Buck Regulator EV Board you can Win for asking the Best Questions:: Unsupported video URL format. Presenter: mQ== Simon Foley, Market Development Manager at Vishay Simon Foley is a Market Development Manager, in the Power and Linear IC division of Vishay Division; a role he has held for more than two years. He started his tenure at Vishay as a MOSFET & IC Product Marketing Engineer, 18 years ago and since then has held several positions, including Business Marketing Director. Simon started his electrical engineering experience as a RADAR & Telecoms Engineer in the Royal Air Force, moving on to Concord Radio Altimeter System Engineering, at British Airways. Simon studied for diploma in Mechatronics and a degree in Computer Architecture from Swansea Institute of Technology and The University of West of England
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Win a Synchronous Buck Regulator EV Board for Asking Questions!
Accelerate the Integration of Power Conversion with Vishay microBUCK® and microBRICK™
Overcome the main infrastructure power challenges, which drive our world into a completely new era of communication
You can view a Q&A of this session here: Webinar Briefing & FAQ: 5 Things to Know About Buck Regulators is Available On-Demand!
Simon Foley from Vishay will be giving a presentation on microBuck Converters. During this presentation and during the Q&A session immediately following you will have a chance to win one of four Vishay Synchronous Buck Regulator EV Board (recently offered as part of our RoadTests & Reviews program) for asking good questions. There will also be a quiz to test your knowledge before you go in and ask questions.
Automation is driving our world and civilizations into a completely new era of communication. As a result, the power eco system is now fundamentally being transformed into a workhorse, in order to deliver essential energy to those critical IT infrastructures. Vishay ICs, provide solutions to overcome the following 5 main infrastructure power conversion challenges:
- Global ICT power consumption to be tripled in next decade - More efficient power conversion
- Cooling cost skyrocketing in data centres - Superior thermal performance
- CPU and SoC are becoming more power hungry - Fast load transient
- Higher portability and less space in electronics devices - Ever increasing power density
- More stringent and tougher application environment - More reliable solution
Check out the RoadTest video review from Bald Engineer - James Lewis of the Sychronous Buck Regulator EV Board you can Win for asking the Best Questions::
Unsupported video URL format.
Presenter:
| mQ== |
| Simon Foley, Market Development Manager at Vishay |
| Simon Foley is a Market Development Manager, in the Power and Linear IC division of Vishay Division; a role he has held for more than two years. He started his tenure at Vishay as a MOSFET & IC Product Marketing Engineer, 18 years ago and since then has held several positions, including Business Marketing Director. Simon started his electrical engineering experience as a RADAR & Telecoms Engineer in the Royal Air Force, moving on to Concord Radio Altimeter System Engineering, at British Airways. Simon studied for diploma in Mechatronics and a degree in Computer Architecture from Swansea Institute of Technology and The University of West of England |
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