All About Circuits
Emilio Guzman
Emilio Guzman Product Definition Engineer

ABOUT

Emilio Guzman started his career with Würth Elektronik in 2018 after getting his bachelor's degree in Mechanical Engineering and Administration from The Tecnológico de Monterrey in Mexico. He joined Würth Elektronik as an FAE intern for the Americas, then worked in France supporting the connector product management team. After a few years, he moved to the USA to technically support Integrated Circuit manufacturers' magnetics and passive components needs. Today, he helps to develop magnetics for key partners on the West Coast. He also supports the Würth Elektronik team with knowledge of Wireless Connectivity, Sensors, and Power Modules product lines.
Marco Comola
Marco Comola Sr. Product Marketing Manger

ABOUT

Marco Comola joined Nexperia in June 2023, bringing with him 20 years of experience in the semiconductor industry. He began his career as an RF Power Applications Engineer before transitioning to various marketing roles, including technical and product marketing for RF Power and Si Power MOSFETs in both industrial and automotive sectors. Over the past four years, driven by his strong belief in the future of Power Electronics with WBG technology, particularly GaN, he has focused on Power GaN products. Marco holds a degree in Electronic Engineering from the University of Catania. He currently serves as Nexperia’s Senior Product Marketing Manager for e-mode Power GaN technology.

Efficiency of GaN Half-Bridge Topology for a Simple Buck or Boost Converter on a Component Level


In partnership with Würth Elektronik

This presentation will demonstrate the possibility offered by GaN technology FETs matched with specific passive components to unleash system efficiency. We will center the presentation on a half-bridge topology for a simple buck or boost converter and take for example the NX-HB-GAN3R2-BSC evaluation board.  The NX-HB-GAN3R2-BSC half-bridge evaluation board enables the basic study of the switching characteristics and efficiency achievable with Nexperia’s 100V E-Mode GaN FETs. The circuit is configured for synchronous rectification, in either buck or boost mode. 

Furthermore, we will go through the component selection and explain the electrical and physical characteristics of the passive components used in this system to enable a high system efficiency.

Agenda:
•    GaN technology and its benefits
•    Overview of today’s GaN Market  
•    Benefit of a GaN Half-bridge for simple buck or boost converter
•    Matching the right passive components to the GaN Technology
•    Introduction to Hybrid Capacitors
•    Importance of the type of wire used in inductors
•    Conclusion

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