Struggling to read tiny reference designators on a dense PCB? It’s a frustrating experience that slows down debugging and assembly. The solution is to establish clear, readable silkscreen standards from the start.
Struggling with manufacturing holds on your PCB design? These delays often come from simple mistakes like improper edge clearance, causing frustrating back-and-forth communication that can derail your project schedule.
Are your high-speed differential signals failing, even though the design looks correct? You’ve followed the rules, but intermittent errors and EMI failures are causing major headaches and project delays.
Struggling with manufacturing small circuit boards? The handling costs and manual processes can kill your project’s budget and timeline. But worse, a poorly planned panel can introduce defects that haunt you in production. Proper panelization is the key to efficient, reliable, and cost-effective automated assembly.
Struggling with high-frequency noise, transient response failures, or unexplained system instability? You’ve followed the app notes, but your design is still marginal. The root cause often lies beyond basic component selection and deep within the parasitic effects that govern high-performance circuits.
Is your high-speed interface failing eye-diagram tests, or is your power supply control loop showing strange oscillations? Before you blame the silicon, the answer might lie in the second-order effects of the most common component on your board: the capacitor.
Your microcontroller-based product is locking up randomly in the field. This erratic behavior can corrupt data or brick the device, causing costly recalls. A Brown-Out Reset is your first line of defense.
Struggling with a product that mysteriously freezes in the field? A simple software bug can lock up your microcontroller, making your device unresponsive and frustrating customers. A watchdog timer is the essential hardware fail-safe that prevents this from happening.
Are you pushing the density limits on your PCB design? Choosing a via size that’s too small can lead to costly manufacturing failures. Let’s look at what fabricators can actually deliver reliably.
Struggling with intermittent signal integrity failures in your high-speed designs? Are you seeing closed eye diagrams or failing compliance tests? The root cause is often a breakdown in a fundamental principle: the control of PCB trace impedance.
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