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Innovative Charge Pump: Capacitor Divider Technology Improves Intermediate Conversion Efficiency

Tatsuya Kubo Sr. Product Marketing Manager

ABOUT

Tatsuya Kubo has been with Murata/pSemi for 25 years and has contributed to the power business in design and marketing roles. He has bachelor’s degree in electrical and electronic engineering from Ritsumeikan University in Japan. Presently, Kubo is the product manager for pSemi’s high-efficiency buck regulator and charge pump portfolios.

Doug Osterhout Product Definer and System Application

ABOUT

Doug Osterhout has been with pSemi for 3 years as a systems engineer and product definer. Doug has worked in various roles in power electronics for over 25 years. He has a BSEE from Binghamton University. He is a member Eta Kapp Nu, Tau Beta Pi, and a senior IEEE member.

Innovative Charge Pump: Capacitor Divider Technology Improves Intermediate Conversion Efficiency

As system power requirements increase due to AI adoption everywhere, systems are continuing to migrate to 48V distribution to reduce I2R interconnect and PCB losses.

In partnership with pSemi

As system power requirements increase due to AI adoption everywhere, systems are continuing to migrate to 48V distribution to reduce I²R interconnect and PCB losses. Charge pump, capacitor divider technology offers an ultra-high efficiency method of converting the high voltage 48V bus to intermediate bus voltages.

This webinar presents a detailed look at pSemi’s unique, adiabatic Charge pump, capacitor divider technology and previews a range of products that enable ultra-high efficiency conversion in low-profile and small footprint.