Notes

Best Way to Microcontroller Reverse Engineering
Best Way to Microcontroller Reverse Engineering

The need for printed Circuit Board Cloning or just called clone comes to a few sorts of reasons. The prime reason to try to clone is that they got to replace an obsolete that's not available from the first manufacturer.
Missing manufacturing files like Gerber files are often cited because of the main reason. One more reason to try to PCB clone is that the cost. Some s is considered proprietary by the OEM when actually they're not; they're just too expensively priced. Such need generally consists of two parts of the work - copying the schematics and making the BOM (Bill of Material).

People can easily make an assembly with schematics and BOM but not PCB clones. Of course, there's another vital part - microcontroller cloning, since microcontroller cloning is merely needed for with locked controllers.

Create same s without Files: Copy Service at the best Price
Are you missing the CAD or files for that bare or assembled computer circuit board ()? Does one have the physical electronic circuit card on-hand but do not have the circuit design files? Do not have any Gerber drawing files for your production AND circuit assembly. Or want to breed the board with none blueprint? There is a solution to everything - copy or cloning!

So, What Copy Exactly Is?
Copy service enables you to duplicate an equivalent copy of the electronic circuit card that you simply want for an easy electronic circuit. PCB copy isn't too difficult. If the proper circuit involves an intelligent controller, cloning should be the pis aller that you simply should choose as an answer for your engineering or business challenge.

Technology included pcb card copying enables the likelihood of reversing the module from the physical item to engineering drawings. Physical modules are going to be translated into Gerber (the production engineering file), BOM List (component list), and Schematic Diagram. With these engineering files, the tech teams can re-produce a module.

Reversing Steps to Copy:
* Remove all the components and record the location of each component on the board
* Scan outer layer to software for editing
* Remove the dielectric layer and scan the inner layer to the software for editing
* Remove copper layer, and repeat step 3 until all layers are recorded
* Reverse the pictures taken to Gerber file (the engineering file for manufacturing)
* Convert the Gerber file obtained to layout design and add all the components within the drawings consistent with the location recorded
* Check the layout drawing to form sure there's not open/brake circuit
* Convert the layout drawing to the schematic
* Check the schematic

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