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PCB DESIGN BEST PRACTICES

Model-based systems engineering

The ability to decompose, partition, reintegrate, and verify systems using a digital twin in the PCB design process gives organizations a head-start.

Capabilities and resources

Model-based systems engineering for PCB design

A digital thread breaks down barriers between teams and establishes traceability from requirements all the way through manufacturing and across multiple design domains. A digital twin allows teams to perform simulations early, enabling trade-off analysis and optimized system integration.

DIGITAL TRANSFORMATION VIDEO

Model-based systems engineering

In this video you will get an overview of how model-based systems engineering can enable the digital transformation of electronic systems design. 

Model-based systems engineering resources

Learn more about how to create model-based systems engineering during the PCB design process through these best practices: multi-board, electrical and electronic, FPGA PCB optimization, and IC Package PCB.

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Multi-board systems engineering with Xpedition.
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Multi-board systems engineering

Implement multi-board model-based engineering for cross-system optimization to remove potential errors, and reduce schedule, cost and respins.

electrical and electronic co-design
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Electrical/electronic co-design

Multi-board Electrical/electronic systems connectivity allows for tightly Integrated collaboration and removes potential for errors downstream.

FPGA PCB co-design
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FPGA/PCB optimization

Use FPGA/PCB integration to reduce design cycle time, optimized FPGA/PCB integration, and reduce or prevent SI/EMI issues.

A package with a barcode and a label that reads "IC" is shown in the image.
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IC/Package/PCB

Use Systems-Level Model Based Engineering to consider IC, package and PCB at the same time, optimize the system IO and reduce design cycle time.