Category: PCB

Struggling with high-frequency circuit performance? Unpredictable signal behavior can derail your projects. Rogers PCBs offer the stability and reliability you need for demanding applications.

Confused about “inspection lots” in PCB assembly? This confusion can lead to overlooked quality issues. Understanding it correctly prevents costly problems down the line.

Programming a custom PCB often feels like the final, simple step. But many projects stumble here because they missed early critical planning. This oversight can lead to frustrating delays and even costly board redesigns. My approach, “Design for Programmability,” treats this as a core part of the design from day one.

Your PCB design looks great, but hidden issues might be lurking. These problems can cause frustrating failures and costly redesigns. Understanding common pitfalls is the first step to avoiding them.

Struggling with floppy flex circuits causing connector issues or component damage? Need a reliable way to add support exactly where needed for better assembly and reliability?

Need electronics in tight spots? Bulky wire harnesses causing headaches? Flexible PCBs bend to fit, but they have trade-offs you need to know before committing to a design.

Struggling with production delays or inconsistent quality? Your PCB tooling might be the overlooked cause, leading to costly rework and missed deadlines. Understanding its role is key.

Are you struggling to fit traditional circuit boards into your increasingly miniaturized product designs? Conventional rigid PCBs often create frustrating limitations for modern electronics that need to bend, fold, or fit into irregular spaces.

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.