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Multi-Layer PCBs & Layer Stackup
Layer Stackup Design

Reduce noise and improve signal timing, even on the most complex boards.

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Multi-Layer PCBs & Layer Stackup

Browse our library of resources to learn more about multi-layer PCB design & layer stackup

PCB Stackup Basics
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PCB Stackup Basics PCB Stackup Basics How to assign layer types in a PCB? Expert Phil Salmony shares with us some of his favorite multilayer stackups, complete with guidelines.
Flexible Circuits: Getting Started Flex Circuit Design Guide: Getting Started with Flexible Circuits Get started with flex circuit design. Learn key considerations, materials, and best practices for designing flexible and rigid-flex PCBs.
Hybrid PCB stackup How to Design a Hybrid PCB Stackup If you need alternative PTFE-based materials or low-Dk glass cloth materials, consider using a hybrid PCB stackup. You’ll have lower costs and the advantage of a low-loss material on one layer.
PCB power plane mixed-signal PCB layout Overlapping Planes in PCB Mixed-Signal Layouts Do you know which planes to overlap in your mixed-signal PCB layout? We’ll dig into these issues with overlapping planes at different potentials.
How Does Dispersion in FR4 Really Affect Propagation Delay? How Does Dispersion in FR4 Really Affect Propagation Delay? Your FR4 substrate may be more important than you think. Learn more about FR4 material and high-speed PCB design issues in this article.
What Is Thieving In PCBs And Why Is It Done? What Is Thieving In PCBs And Why Is It Done? In this Article, Expert Kella Knack describes thieving, to what sections of the board it is applied; at what point in the fabrication is it done, how it relates to plating operations; who is responsible for adding thieving to the outer layer artwork and its shortcomings and benefits.
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