What Is The Minimum Number Of Test Points Required For ICT?
Struggling with manufacturing defects slipping through? A lack of test points can cost you dearly in rework and delays. It’s a common problem when testability isn’t planned from the start.
Struggling with manufacturing defects slipping through? A lack of test points can cost you dearly in rework and delays. It’s a common problem when testability isn’t planned from the start.
Are you designing a PCB for mass production and worried about testing? The wrong test point strategy can lead to costly fixture redesigns, production delays, and unreliable products, causing major headaches down the line.
Struggling to quickly pick a resistor for a status LED on your board? You don’t want to blow it up, but you also need it to be bright enough to see.
Worried about hidden flaws in your new PCB assembly? These small electrical defects can cause major project delays. Flying probe testing finds these faults early, ensuring your board works correctly.
Choosing the right PCB material feels complicated. You see terms like Tg 150 and Tg 170, but what’s the real difference? Pick the wrong one, and your board could fail during assembly or in the field.
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.
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