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40-layer M6G high speed PCB

40-layer M6G high speed PCB

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.

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Megtron6 high speed PCB

Megtron6 high speed PCB

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.

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Meg6 high speed PCB

Meg6 high speed PCB

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.

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Meg7 High speed PCB

Meg7 High speed PCB

Definition of Meg7 High speed PCB: it is generally believed that if the frequency of the digital logic circuit reaches 45,50MHz and the circuit working at this frequency accounts for a certain proportion of the whole system (such as 1amp 3), it will become a high speed circuit.

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M6 high speed PCB

M6 high speed PCB

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.

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M7N high speed PCB

M7N high speed PCB

M7N high speed PCB--For digital circuits, the key is to look at the edge of the signal steepness, that is, the rise and fall time of the signal. The time when the signal rises from 10% to 90% is less than 6 times of wire delay, which is the high speed signal!

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