This article gives overview on modern high speed circuit board design. The instructions are targeted for PXI, but apply also to PCI Express and other high speed serial bus applications.
This article gives overview on modern high speed circuit board design. The instructions are targeted for PXI, but apply also to PCI Express and other high speed serial bus applications.
3 Comments
peter.ketto says:
I believe that one should not focus on using only one software or use the same methods. You need to constantly develop, expand your knowledge of digital design, see the Depositphotos https://blog.depositphotos.com/digital-design.html I found this to be a fairly accessible and comprehensive guide to digital design types, tools, and best practices.
Adamz Sendler says:
I try really hard to write in the morning but usually I’m writing right before I go to bed so I’m exhausted.
elizabethshyrley says:
It delves into various aspects crucial for high-speed circuit board design, such as signal integrity, impedance matching, transmission line routing, and power distribution. By addressing these key considerations, designers can ensure optimal performance and reliability in their circuit board designs.
Furthermore, the article likely covers topics like layout guidelines, layer stack-up configurations, routing techniques for differential pairs, and grounding strategies tailored to high-speed signals. These guidelines are essential for minimizing signal degradation, crosstalk, and electromagnetic interference, thereby maximizing the integrity and efficiency of data transmission.
Overall, this article serves as a valuable resource for engineers and designers working on high-speed circuit board designs, offering practical insights and best practices applicable across a range of modern applications, including PXI and PCI Express.