Category: PCB

Achieving reliable high-speed and RF performance starts with mastering PCB impedance control. This guide delivers practical techniques and real-world insights to help you design with confidence, avoid costly mistakes, and ensure your boards meet both performance and manufacturing demands.

In mixed-signal PCB designs, proper grounding is critical to maintaining signal integrity and minimizing noise interference. Improper grounding can introduce EMI, degrade analog performance, and cause circuit malfunctions. One of the most debated topics among engineers is whether to split ground planes between analog and digital sections or keep them unified. This article provides clear guidelines on when splitting is necessary and explores best practices for grounding in mixed-signal designs.

PCB failures can be devastating, causing costly delays and frustrating repairs. Engineers struggle with hidden defects and complex layouts, making troubleshooting feel like guesswork. Without a structured approach, diagnosing short circuits and open traces is nearly impossible. This guide provides a clear, step-by-step method using a multimeter to quickly pinpoint and fix PCB faults.

Ever wondered how a PCB goes from a design on your screen to the physical board that powers your devices? The process is detailed, and each step plays a vital role in ensuring the final board works as expected. Whether working with a simple single-layer PCB or a complex multilayer design, understanding the stages of manufacturing can help avoid pitfalls and create a more reliable product. This ultimate guide covers the entire PCB manufacturing process, explaining how a design becomes a finished board ready for assembly.