Reverse Engineering PCB Board Quality Control
First of all we should talk about the Reverse Engineering PCB Board Quality Control study, A quality control study should be performed and documented on the Level 3 drawings and prototype of candidates to certify their compliance with original candidate specifications. since different PCB board with various application will be treated differently, from its material, layer count, complexity level, application and dimension, way of assembly, etc. through the study can help us have a better understanding about these informations so we can complie a more concrete and specific plan against in the next step;
2nd is Reverse Engineering PCB Board Quality Control plan, A quality control plan should be developed to ensure the printed circuit board which has been produced through the technical drawing made by reverse engineering conforms to original layout drawings, schematic diagram, list of component, gerber file and specifications, inspections, tests, and task order requirements.
Reverse Engineering PCB Board Quality Control
3rd part is about the PCB Quality control inspection, Quality control inspections should be applied to the procurement of supplies and services, as follows:
- Engineering service contracts where software/documentation deliverables are necessary, this is a very important part which will greatly affect the subsequent process and determine the success of the whole project, as a result of that, engineer should spend more time and energy to emphasize on this process, the inspection of layout drawings, schematic diagram, list of component, gerber file can be classfied as visual one and computer one;
- Minor limited production or prototype hardware contracts where inspection is the major quality control factor, after the all of the engineering documents and drawings are ready, it is critical to have the prototype made before mass production which can greatly help to eliminate the loss and spot any possible mistakes found from the previous steps;
Finally a complete quality control program will be needed. A quality control program that applies to complex supplies, components, equipment, and systems should be implemented to provide the necessary quality assurance.
