Stable Model-based and Constrained PCB Design

Date
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Discover how to optimize your PCB design process with rigorous constraint management. Join this webinar to learn about the power of model-based PCB design and the importance of digital twins in creating high-quality, manufacturable boards.

Key Topics:

  • Model-based PCB design engineering: Understand the benefits and techniques of using models to drive your design process.
  • The need for digital twins: Learn how digital twins can provide a comprehensive representation of your PCB, enabling better decision-making and risk mitigation.
  • Winning design constraints: Discover effective strategies for defining and implementing design constraints that ensure manufacturability and yield.
  • Putting it all together: See how to integrate model-based design, digital twins, and constraint management to achieve optimal results.

Leave this webinar with a clear understanding of how to:

  • Create stable and manufacturable PCBs
  • Improve design efficiency and reduce errors
  • Maximize yield and minimize costs

Don't miss this opportunity to gain valuable insights into the future of PCB design.

Speaker Bios

Fil Arzola November 13

Fil Arzola is a Senior PCB Design Engineer and has worked in the Aerospace Design Community for over 30 years. Fil's expertise is with RF and Mixed-Signal board designs and his main focus deals with small complex packaging solutions. He's a firm believer in LC-SwaP, DFM/A, Model-based design engineering and solving puzzles. Fil is a graduate of the University of California, Davis, with a BSEE in Electrical and Computer Engineering. He enjoys mentoring junior engineers and hopes to start a university class on PCB Design Engineering.

 

 

The Engineering Webinar Series will provides FREE, live, monthly educational experiences and videos discussing key design issues surrounding aspects of quality, defect detection & remediation, and design finalization & fabrication. All sessions are recorded and registered attendees will receive a link to the video to watch on-demand.