Sanjaya maniktala biography of martin

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Scaling laws to design LLC resonant converters to Wireless Power Transfer Systems

#PELS#Scaling#LLC#Wireless#power#transfer,Sanjaya#Maniktala

See how we can take a resonant (LLC) kernel of a certain wattage at a certain frequency and scale it to any power level and any frequency, using scaling laws, hitherto virtually hidden in plain sight. See how that helps also understand current wireless power techniques, which as will be revealed, are simply LLC topologies in disguise, provided of course they are executed correctly! Visually see how incorrect implementations can cause "unforeseen" interoperability issues too.

 


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  • Date: 25 Jul 2019
  • Time: 06:15 PM to 08:00 PM
  • All times are (UTC-07:00) Pacific Time (US & Canada)
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  • Sunnyvale, California
  • United States

  Speakers

Sanjaya Maniktala

Topic:

Scaling laws to design LLC resonant converters to Wireless Power Transfer Systems

See how we can take a resonant (LLC) kernel of a certain wattage at a certain frequency and scale it to any power level and any frequency, using scaling laws, hitherto virtually hidden in plain sight. See how that helps also understand current wireless power techniques, which as will be revealed, are simply LLC topologies in disguise, provided of course they are executed correctly! Visually see how incorrect implementations can cause "unforeseen" interoperability issues too.

Biography:

Sanjaya Maniktala is the author of several well-known books in power supplies and has worked in several companies such as National Semiconductor (now TI), Power Integrations, Freescale (now NXP), Fairchild (now ON Semi), and IDT (now Renesas). He is currently CTO/Founder of ChargEdge, Inc.




Agenda

See how we can take a resonant (LLC) kernel of a certain wattage at a certain frequency and scale it to any power level and any frequency, using scaling laws, hitherto virtually hidden in plain sight. See how that helps also understand current wireless power techniques, which as will be revealed, are simply LLC topologies in disguise, provided of course they are executed correctly! Visually see how incorrect implementations can cause "unforeseen" interoperability issues too.