Grounding Mixed-Signal Devices with Low DC in Multilayer PCB Card Cloning

The process of cloning or duplicating an industrial robot controller card involves several technically challenging steps: Multilayer ReconstructionMost controller PCBs are multilayered, with internal signal and power layers that are not visible to the naked eye. Recovering the Gerber file, schematic diagram, and layout drawing often requires destructive techniques like layer-by-layer sanding or X-ray scanning…

Mixed Signal Grounding in Cooling System PCB Board Reverse Engineering

Cooling system HVAC controller PCB board reverse engineering involves several challenges, especially when dealing with older or undocumented units: Lack of Technical Documentation Most OEMs do not share the Gerber files, schematic diagrams, BOM lists, or CAD files, which means we must reconstruct them from scratch using precise netlist extraction and visual mapping techniques. Multilayer…

Sampling Clock Distribution from ON Board Diagnotis PCB Cloning

On Board Diagnosis PCB Cloning: Restoring Complex Industrial Circuitry with Precision In today’s technologically advanced industries, on board diagnosis (OBD) PCBs serve as critical components in systems that demand continuous performance monitoring, fault detection, and system health analysis. Whether integrated into automotive ECUs, industrial robotics, power electronics, or medical equipment, these boards help identify internal…

Ground Plane Design in Circuit Board Reverse Engineering

Ground Plane Design in Circuit Board Reverse Engineering Ground planes also allow the transmission of high speed digital or analog signals using transmission line techniques (microstrip or stripline) where controlled impedances are required, as a result of that, Ground Plane Design must be taken into consideration of Circuit Board Reverse Engineering. The use of “buss wire”…