Category: Circuit Design

Struggling with signal integrity issues like ringing and reflections? Your PCB traces might be acting as antennas, causing unpredictable behavior and project delays.

Your RS485 network is failing with random, frustrating errors. You’ve checked the code and the transceivers, but the problem persists. The real culprit might be a tiny, overlooked component.

Are you struggling to figure out the impedance when you place two transmission lines next to each other? You’re not alone. This common problem can be confusing and lead to signal integrity issues if not handled correctly.

Are your high-speed designs failing intermittently, even when they seem to follow the rules? You might have a subtle timing issue. Mismatched differential pair lengths can introduce skew, a silent killer of signal integrity.

Your high-speed digital designs are failing, but the logic seems perfect. This frustrating hunt for phantom bugs wastes time and money on board respins. The problem isn’t in the code; it’s in the copper, and understanding your signaling method is the solution.

Your wireless device has terrible range, and you suspect the software. But what if the problem is hiding in your hardware? It’s likely an impedance mismatch silently killing your signal.

Struggling with a product that has disappointing wireless range? It’s a frustrating problem that can delay projects and cause major headaches. You’ve followed the design guides, but the performance just isn’t there.

Struggling with inconsistent wireless performance on your new IoT device? Your PCB antenna might be the hidden source of signal loss, causing major headaches and project delays.

Struggling with manufacturing delays caused by poor component placement? You’re not alone. Inefficient orientation can lead to assembly line jams, soldering defects, and costly rework, derailing your entire project schedule.

Struggling with unexpected EMI failures in your designs? Your PCB traces might be radiating noise without you realizing it. Understanding when a simple copper trace turns into an unintentional antenna is key to passing compliance testing and ensuring your product works reliably.