Electronic PCB Board Gerber File Cloning

In high-speed Electronic PCB Board Gerber File Cloning, there will inevitably be parasitic inductance, parasitic resistance and parasitic capacitance, so the high-frequency noise will eventually be coupled to other circuits, and the presence of parasitic inductance will also lead to the ability of the trace to withstand the maximum surge current decrease, which in turn leads to a partial voltage drop, which may disable the circuit.

Digital circuits often require discontinuous currents, so inrush currents are generated for some high-speed Electronic PCB Board layout redesign. If the power trace is very long, the presence of inrush current will cause high-frequency noise, and this high-frequency noise will be introduced into other signals.

Therefore, it is particularly important to add a bypass capacitor and decoupling capacitor in front of the digital device. The larger the capacitance, the transmission energy is limited by the transmission rate. Therefore, a large capacitance and a small capacitance are generally combined to meet the requirements of the full frequency range.