Faster Board Speeds Demand Constraint-driven Design

Faster Board Speeds Demand Constraint-driven PCB Design


Faster Board Speeds Demand Constraint-driven DesignDo you still use Post-it Notes? Invented in 1979, this simple, yet incredibly powerful, communication mechanism is still commonly found in engineering and design departments. Despite modern electronic communication, many companies still struggle to provide a replacement for their ease of use and versatility.

The Right Tools for Constraint-driven PCB Design

But, by changing the way an engineer designs electronics, by giving up the Post-it for passing requirements, change requests, and constraints between engineers, design times can be shortened and product quality improved. Modern PCB design tools permit the definition of design constraints, including constraints relating to high-speed design and EMC, such as topology of connections (routing pin sequence), or overshoot and timing budgets, for example.

Constraint-driven PCB design becomes increasingly important as components and boards become faster and more complex. But it is hard to capture and use/obey these constraints consistently throughout the complete design process, bearing in mind that they may contradict each other…

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Ralf Bruening
Ralf Bruening
Ralf works as Product Manager for High-speed Design Systems at the Zuken EMC Technology Center in Paderborn/Germany, responsible for product marketing and business development for the Zuken SI, PI and EMC analysis tools. He holds a diploma degree in computer science, electrical engineering and economics from the University of Paderborn. He has 30 years of experience in Electronics and EDA. He is regular speaker on international conferences, but is involved in European Funding project and standardization activities as well.
A diagram showcasing how the use of PLM can improve functionality, as was the case with Haulotte integrating Zuken's E3.series
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