Optimizing PCB layout to unlock the full potential of Infineon’s CoolGaN™

Webinar date: 28.04.2026 | 9 AM CEST/ 4 PM SGT | 5 PM CET/ 8 AM PDT

Join our webinar to unlock the full potential of GaN technology and delve into the design of high-performance power electronics with a focus on efficient thermal management and optimized circuit layouts.

Attending the webinar, you will be introduced to practical strategies to minimize losses, improve switching performance, and create compact and robust systems for applications such as power converters, motor drives, and renewable energy.

We will explain the benefits of top-side-cooled transistor packages, which significantly enhance thermal management, reduce junction temperatures, and boost reliability, making them an excellent choice for high-power applications. The session will also present general layout recommendations, showcasing effective techniques to minimize parasitic inductances and capacitances, enhance switching efficiency, and ensure stable operation under dynamic conditions.

You will learn about: 
 
  • The advantages of thermal management
  • Optimization of circuit layouts
  • Performance optimization strategies
  • Real-world applications

Speaker

chiow yew seng
chiow yew seng
chiow yew seng
Kay Song

Sr. Engineer- Product Application Engineering - GaN Automotive

Kay Song holds a degree in Renewable Energy Engineering from Carleton University, Canada. She joined GaN Systems as Power Electronics Engineer in 2022, and after becoming part of Infineon, she has been working as a Product Application Engineer, focusing on GaN transistors in automotive applications.

In her role as a Product Application Engineer, Kay provides go-to-market support for power module products and specializes in device-level knowledge of GaN switches, including power stage layout design for discrete GaN switches, electrical and thermal simulation, dynamic characterization, and competitive analysis.

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Optimizing PCB layout to unlock the full potential of Infineon’s CoolGaN™
April 28, 2026
08:00 ( CET )
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