Manufacturable PCB design starts with verificationA PCB is only truly ready when it works electrically and can also be manufactured efficiently and reliably. That is exactly where PCB-Investigator’s Bare Board…
DFT preparation without the extra loopsIf you prepare test programs for ICT or flying probe systems, you know how quickly access planning, coverage optimization, and machine export can consume engineering…
Find clearance risks before they become failuresIn PCB design, small spacing mistakes can turn into serious safety and reliability issues. The Hazard Analysis plug-in in PCB-Investigator helps you identify potential…
One report for all critical PCB dataIn PCB development and manufacturing, the quality of documentation is just as important as the quality of the design itself. The Design Report plug-in…
Precise AOI starts with the right exportIn PCB manufacturing, the quality of the data often determines how efficiently automated optical inspection performs. If CAD data, camera systems, and export settings…
Why speed matters in PCB analysisIn PCB development, the challenge is not only design quality, but also how quickly technical relationships can be understood. When engineers can review layouts, nets,…
Changes are part of the development process for every printed circuit board. Components are moved, nets are adjusted, traces are modified, or test points are added. The key is to…
See supply pins instantlyOn complex boards, identifying the relevant power and ground connections can take longer than the actual review. The Power Pin Wizard in PCB-Investigator solves that problem by…
PCB analysis should not slow down product developmentIn electronics engineering, time is always under pressure. When you need to inspect board data, verify layer structures, or review net relationships, you…
DFM starts with component analysisIn PCB development, many manufacturing risks only become visible too late. That is exactly where PCB-Investigator’s Component Analysis comes in: it helps identify components early that…