PCB Wiring Board Reverse Engineering

During the process of Pcb wiring board Reverse Engineering, the transmission line which ahead of the signal wave of this transmission line doesn’t exactly know the signal will come, as a result of that, the voltage between the signal line and revert route still keep as zero. In the upcoming 10PS period of time, signal will transmit along the line for a certain length of distance, and the result is another 1V signal voltage will be established again on another part of 0.06 inch transmitting line and the corresponding signal revert route.

PCB Wiring Board Reverse Engineering

PCB Wiring Board Reverse Engineering

In order to achieve this scenario, it is quite necessary to inject certain amount of positive electrical charges. At the same time, inject the equal amount of negative electrical charge on the revert route. And there will be more positive electrical charges being injected into the line each 0.06 inch the signal transmitted alongside the line. Same as the negative charge injection on the revert route. And every 10PS time separation, another segment of transmission line will be charged to 1V.

Where do these electrical charges come from? The answer is they are coming from signal source, which is also the place where we have used to provide the step bumping signal, and connect the battery which is located in the front part of transmission line modified by PCB reverse engineering. Accompany with the signals broadcasting alongside the transmission line, signal consistently broadcasting can charge the transmission line when reverse engineering pcb wiring board.

To ensure the 1V voltage among the signal line and revert route can be maintained alongside the transmission process. And every 10PS time separation of PCB board Reverse Engineering Subsystem, the signal can transmit a certain distance on the line, and absorb certain amount of electrons from the power supply system. Battery can provide a certain amount of electrons to outside within a certain period of time to form the consistent signal current. And positive current can flow into the signal line from the battery, meanwhile the same amount of negative current can flow into the revert route where the signal line go through.


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