Why distance measurement matters in PCB analysis
In PCB design, a fraction of a millimeter can decide whether a board is manufacturable, mechanically safe, or electrically reliable. That is exactly where PCB-Investigator helps: it offers multiple distance measurement methods tailored to different analysis tasks.
For complex layouts, a simple point-to-point measurement is often not enough. Engineers need a way to check clearances, determine pitches, validate net spacing, and verify production-critical geometry without leaving the analysis workflow.
Multiple measurement modes for different engineering tasks
Under Start > Measurement, PCB-Investigator provides specialized options so you can choose the right method for the question at hand instead of forcing one generic tool to do everything.
- Point to Point: Measure freely between two selected points in the visualization.
- Object to Object: Find the shortest distance between two objects.
- Center to Center: Useful for pitch and component spacing checks.
- Annular Ring: Evaluate drill holes within pads while considering fabrication tolerances.
- Net to Net: Compare the shortest distances between two nets across relevant layers.
- Auto: Display distances only when they fall below a defined maximum threshold.
This turns distance measurement into a practical design-validation step, not just a visual aid.
Faster checks, fewer manual steps
The Auto mode is especially useful in day-to-day analysis: it highlights critical clearances only when needed, helping engineers focus on the areas that matter most. Net-to-net and outline-based measurements also support common tasks in layout review, spacing validation, and assembly preparation.
The result is less manual searching, fewer mistakes, and faster decisions when mechanical constraints or minimum clearances are on the line.
Takeaway
If your workflow depends on reliable PCB spacing analysis, you need more than a basic measurement tool. PCB-Investigator provides flexible, engineering-focused methods that help technical teams verify geometry with confidence.
Explore the Distance Measurement functions and see which method fits your analysis process best.
