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Struggling with signal loss at high frequencies? You’ve picked the perfect coaxial cable, but your system still isn’t performing as expected, costing you time and project delays.
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 to understand the extra charges on your PCB manufacturing quote? These one-time fees, called NRE, can be confusing and add unexpected costs to your project budget.
You’ve spent weeks perfecting a complex PCB design, but the job isn’t over. One small ambiguity in your assembly instructions can cause a contract manufacturer to halt production, costing you thousands in NRE charges and a week of delays. Imagine getting that dreaded email: “Production on hold. Please clarify orientation for U5.” The SMT line is idle, the clock is ticking on your launch date, and the problem could have been prevented with a clearer drawing. A great assembly drawing is your insurance policy against this.
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 unstable ICs or mysterious noise in your circuits? The problem might be closer than you think. Proper decoupling capacitor placement isn’t just a suggestion; it’s a fundamental law of physics for ensuring power integrity and reliable performance.
Struggling to fit everything on your board while keeping signals clean and manufacturing happy? You’re not alone. Proper component placement is a balancing act between electrical performance, mechanical constraints, and cost.
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.
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