Best practices in PCB design

Design teams are tasked with the complex responsibility of producing detailed products under stringent deadlines. Yet, they frequently come across time-consuming inefficiencies. This eBook presents best practices in PCB design which companies can embrace in order to not only survive in a challenging electronics landscape, but to also thrive and lead the way in technological innovation.

How PCB design is becoming more complex

PCBs are increasingly complex products: advanced packing technologies, transmission speeds, higher component count and density and material technologies must all be taken into account. Add to that process and organizational complexity that hinder collaboration within the company and with its suppliers, and constant changes in the supply chain. These complexities have an impact on internal workflow, stretching PCB design teams to their limits, and can strain relationships with both customers and suppliers.

What you will learn from the Best Practices in PCB Design eBook

In this eBook, we detail the practical applications of best practices in PCB design. What does “Digitally integrated & optimized” actually look like in your day-to-day work? Which processes are missing in your current workflow and why should they be incorporated? How does tight collaboration with stakeholders shorten time to market? What capabilities are needed to implement these best practices?

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What are best practices in PCB design?

Best practices serve as established standards or guidelines that, when followed, yield positive results. By embracing the five key principles of best practices in PCB design, companies can streamline their processes, enhance teamwork, cut down on design duration, lower engineering expenses and respins, and boost the dependability and excellence of their designs:

• Digitally integrated & optimized
• Engineering productivity & efficiency
• Digital prototype-driven verification
• System-level model-based engineering
• Supply-chain resilience