Why a design report matters in the PCB workflowIn many development projects, time is lost not in the PCB design itself, but in follow-up questions, incomplete documentation, and unclear handoffs…
Detect PCB changes before they slow down your reviewIn PCB development, change tracking is one of the key factors that determines whether design reviews stay efficient or turn into a…
Detect tombstoning before it reaches the soldering lineThe tombstone effect is one of those manufacturing issues that can quietly turn into costly rework. Small SMT components such as resistors and…
Verify AOI inspectability before productionAutomated Optical Inspection (AOI) is only as good as the visibility of the board design. If the camera cannot see every relevant pin or solder joint,…
Catch short-circuit risks before they reach fabricationIn PCB design, the most dangerous issues are often not the obvious ones. Narrow clearances, exposed copper, uncoated drill holes, board-edge geometries, and contamination-sensitive…
Turn BOM data into a reliable engineering workflowIn PCB development, the bill of materials is more than a procurement document. If AVL and BOM data are incomplete, inconsistent, or not…
Once a PCB design exceeds 30 V, strict safety standards apply. Minimum distances must be maintained between conductive elements to prevent leakage currents and dielectric breakdown. Standards such as DIN EN…
Imagine instantly seeing the functional logic of your PCB—no filters, no hunting, no guesswork. That’s exactly what Color Groups in PCB‑Investigator deliver. The feature automatically groups components by type, first…
🔍 Many of us analyze nets every day – but how often do we unlock their full potential?Anyone working with complex PCB designs knows that single‑net analysis can be slow,…
When PCB analysis becomes complex, the quality of your reporting defines the quality of your decisions.Especially in multi‑team environments, you need transparent, in‑depth and well‑structured results. The Extended Design Report…