PCB BOM Reconstruction — Complete Bill of Materials Recovery Guide 2026
PCB BOM reconstruction is the process of identifying every component on a physical PCB and documenting it in a structured Bill of Materials — including reference designators, values, manufacturer part numbers (MPNs), package types, and alternates for obsolete parts. Without a complete BOM, you cannot manufacture replacement boards. For modern boards expect 95–98% exact MPN […]
How to Recover Schematic from PCB — Professional Extraction Methods 2026
Recovering a schematic from a physical PCB is a multi-stage reverse engineering process that combines component identification, X-ray imaging for multilayer boards, netlist extraction, and EDA-based schematic drafting. Engineers trace every electrical connection to reconstruct the circuit logic — typically achieving 98–100% accuracy on standard boards. Without a schematic, you can’t modify, debug, or fully […]
Recover Gerber Files from PCB
Recovering Gerber files from a physical PCB involves a multi-stage process combining optical scanning for surface layers and X-ray imaging for internal layers of multilayer boards. Engineers digitize every trace, pad, and via, then reconstruct the design in CAD. Accuracy target is ±0.5 mil (±12.5 µm) for most PCB features. Without Gerber files, you cannot […]
X-ray PCB Reverse Engineering
X-ray PCB reverse engineering enables non-destructive imaging of multilayer boards, revealing internal copper routing, via structures, and BGA solder joints that standard optical inspection cannot see. Three X-ray technologies are commonly used: 2D radiography for quick overviews, laminography for layer isolation, and CT scanning for full 3D reconstruction with 1–5 µm accuracy. Without X-ray imaging, […]