When the 40-layer M6G high speed PCB is close to the parallel high-speed differential signal line pair, in the case of impedance matching, the coupling of the two lines will bring many advantages. However, it is believed that this will increase the attenuation of the signal and affect the transmission distance.
Megtron6 high speed PCB needs not only high-speed components, but also genius and careful design. The importance of device simulation is the same as that of digital. In high speed system, noise is a basic consideration. High frequency will produce radiation and then interference.
The process of Meg6 high speed PCB design is usually: Layout - pre wiring simulation - change layout - post wiring simulation, and the wiring is not started until the simulation results meet the requirements.
M6 high speed PCB--Generally, if the frequency of the circuit reaches or exceeds 50MHz, and the circuit working on this frequency accounts for more than 1 / 3 of the whole system, it can be called high speed circuit.
32-Layer Meg6 High-speed Backplane With the large-scale improvement of system design complexity and integration, electronic system designers are engaged in circuit design above 100MHZ. The operating frequency of the bus has reached or exceeded 50MHZ, and some even exceeded 100MHZ. The following is about 32 Layer Meg6 High-speed Backplane related, I hope to help you better understand 32 Layer Meg6 High-speed Backplane.