Design Guides

Navigate complex PCB design and analysis challenges with our expert design guides. These resources offer step-by-step instructions, practical advice, and proven techniques to enhance your skills.

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Early Reliability and Cost Analysis in Allegro X

Learn how front-end reliability analysis in Allegro X System Capture reduces board spins, lowers development costs, and protects margins by evaluating electrical stress, derating, and product life directly within the schematic environment.

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High-Current and High-Voltage PCB Layout

Learn PCB layout best practices for high-current and high-voltage designs, including trace sizing, via current distribution, thermal bottlenecks, and creepage clearance.

PCB Layout Allegro X PCB

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PCIe Design Guide – Q&A (Gen 4, 5, 6) - Part 2

Learn advanced PCIe design techniques with expert guidance on simulation, validation, signal integrity, power integrity, PAM4, and Gen6 compliance.

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PCIe Design Guide – Q&A (Gen 4, 5, 6) - Part 1

Explore 60 expert Q&As on PCIe Gen4, Gen5, and Gen6 PCB design, covering routing, stackup, signal loss, equalization, and compliance best practices.

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Electromagnetic Design Techniques for PCB Layout

Learn PCB layout techniques that prevent EMI failures before compliance testing. Covers stackup, return paths, decoupling, and Cadence Allegro X workflow.

PCB Layout Simulation & Analysis Allegro X PCB Sigrity X Aurora

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Differential Pair Routing for Signal Integrity and EMI

Route high-speed differential pairs with better signal integrity and lower EMI. Learn stackups, impedance control, Allegro X constraints, routing, via design, and fixes for skew and crosstalk.

Simulation & Analysis Allegro X PCB

VIDEOS

Power up PCB projects with design solutions & innovations

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