Design for manufacturing PCB checklist for reliable volume builds

Design for manufacturing PCB checklist for reliable volume builds

A PCB that passes prototype testing is not automatically ready for volume manufacturing. In professional electronics, reliability depends on much more than a clean schematic and a working first build. Stack-up, component packages, solderability, test access, thermal...
Printed circuit board design for EMC and manufacturability

Printed circuit board design for EMC and manufacturability

Printed circuit board design is often treated as the stage where a schematic becomes a manufacturable layout. For professional electronic products, it is much more than that. The PCB determines how current returns, how switching energy is contained, how analogue and...
Circuit board manufacturing risks to address early

Circuit board manufacturing risks to address early

Circuit board manufacturing risk is rarely created at the factory gate. In many complex electronics projects, the most expensive problems are introduced much earlier, during requirements capture, architecture decisions, component selection, PCB layout and prototype...
How to assess printed circuit board manufacturers

How to assess printed circuit board manufacturers

Selecting a PCB supplier is rarely just a purchasing decision. For OEM products, machines, vehicles, maritime systems, defence equipment or connected devices, the PCB becomes part of the product’s safety, reliability, EMC behaviour, thermal performance and long-term...
PCB assembly and manufacturing for reliable electronics

PCB assembly and manufacturing for reliable electronics

A reliable electronic product is not created by assembly quality alone. It is the result of many engineering decisions that start with requirements, continue through schematic and PCB layout, and only then become visible on the production line. For OEMs in defence,...