Category: Circuit Design

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.

Are you worried about meticulously matching the lengths of your SCL and SDA lines? You’re not alone. Many engineers spend time on this, but it’s often unnecessary and distracts from the real issues that can cripple your I2C bus.

Tired of costly PCB respins? Late-stage design flaws can derail your project. A robust pre-release checklist, integrated throughout the design cycle, is key to success.

Struggling with unpredictable RF circuits? Performance issues derailing your project? Discover proven methods to quickly find and fix those elusive RF PCB problems.

Struggling with RF prototypes that don’t work? Wasting time and money on endless board spins? Getting RF designs right the first time can feel like a constant battle.

Struggling with hot RF PCBs? Overheating can degrade performance and cause critical failures. Discover effective thermal management strategies.

EMI issues can cripple your RF PCB performance, causing endless frustration. Effective EMI reduction methods, thoughtfully applied, are crucial for a successful and clean RF design.