Webinar
Date:
February 15, 2024
Duration
30 min

Maximizing PCB cooling efficiency with fast concept generation

Empowering PCB design with early-stage thermal management strategies to maximize cooling efficiency through natural convection.

Summary

This webinar focuses on the integration of early-stage thermal management strategies in Printed Circuit Board (PCB) design, specifically using natural convection cooling techniques. This session addresses the growing need for efficient thermal management in electronic devices, emphasizing the importance of considering thermal aspects from the initial stages of PCB design. We will discuss how early incorporation of thermal management can significantly enhance overall system reliability and performance, reduce the risk of overheating, and extend the lifespan of electronic components. A case study will demonstrate how easily it is the concept generation for a PCB, balancing thermal efficiency with other design constraints like size, manufacturing methods, and optimization targets.

Agenda

  1. Introduction
  2. Fundamentals of heat transfer in PCBs
  3. Natural convection in PCB cooling
  4. Case study: Thermal management in PCBst
  5. Q&A
  6. Discover ColdStream

Who needs to attend

  • Individuals active in the power electronics industry
  • Designers who are looking to implement innovative new cooling methods like generative design
  • Designers with no thermal and/or CFD background looking for user-friendly thermal software
  • Decision makers and team leads looking to maximize efficiency through saving engineering time and material costs

Meet your host

Niels Verdijck

Ir. Verdijck joined Diabatix team in July 2021, after achieving his master’s degree in mechanical engineering at the renowned University of Leuven. During his time at the University, Niels worked on multi-objective topology optimization of a microjet cooler. Currently, as Customer Support Engineer, he focuses on helping ColdStream users with their projects by providing them with insights and feedback.

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