PCB Material Selection Guide
By ZM Peterson • Jan 22, 2025This guide covers material properties, application-specific selection, and key considerations for high-voltage, RF, high-speed digital, and HDI PCBs.
This guide covers material properties, application-specific selection, and key considerations for high-voltage, RF, high-speed digital, and HDI PCBs.
Learn about the intersection of high-reliability hardware and software development for military and aerospace electronics.
When should you choose a two-layer PCB versus a four-layer PCB? Find out the differences in this article.
View our tutorial on PCB design file formats and how they are used in fab/assembly.
Learn about the design challenges and processes in PCB design for an FPGA SoM and its carrier board.
Read our guide to sizing and use microvias in at low aspect ratio in HDI PCB design, layout, and routing.
PCB grounding is a fundamental system-level design consideration that will affect all aspects of noise and EMC in your PCB layout.
A case study in navigating component shortages and our process for ensuring your design can be produced without delays.
The electronic component shortage of 2020 and 2021 rages on. Here’s how we can help you navigate it.
Read our comprehensive guide to learn about amplifier stability for power amplifiers, RF front ends, and general-purpose amplifiers.
A case study in expedited aerospace and defense electronics design and manufacturing by NWES.
We’ve prepared the ultimate guide to getting started with signal integrity analysis in PCB design.
Read our survey of current thermal management challenges in 5G handsets and base stations.
Read our guide if you want to learn about high speed signal integrity in your PCB layout.
Here’s your guide to PCB trace length matching in high speed design.
When you’re planning your next design, electronic parts sourcing practices are critical for ensuring manufacturability. Here’s how to source parts in 2020 and beyond.
We've compiled the best high speed board design guidelines for advanced digital circuit boards and mixed-signal systems.
Overcoming automotive radar EMC challenges requires a combination of hardware and software solutions.