In today’s world of rapidly advancing technology, engineers face mounting pressure to design faster, more reliable, and increasingly compact devices. Imagine you’re handed a project—a high-frequency circuit with components that push the limits of design, like DDR memory modules and HDMI interfaces running at multi-gigahertz speeds. It’s a scenario that demands more than traditional PCB design practices; it requires a structured approach to manage the risks that come with high-speed signals.
This OrCAD X High-Speed Digital Design Guide will help designers understand high-speed digital design problems, such as:
- Impedance discontinuities
- Crosstalk
- Signal Reflections
- Ground bounce
- Power Distribution Noise
- EMI and EMC
This ebook will discuss how these common high-speed design issues can be managed with OrCAD X and how to improve your PCB layouts to mitigate signal integrity and power integrity issues.
Access the complete OrCAD X High-Speed Digital Design Guide e-book series here:
OrCAD X High-Speed Design Guide Part 1
Use Part 1 of the guide to learn about what you can do to reduce problems in high-speed PCB.
OrCAD X High-Speed Design Guide Part 2
Get hands-on experience with a practical example of managing high-speed constraints in OrCAD X.
OrCAD X High-Speed Design Guide Part 3
Learn how to simulate, analyze, and verify your high-speed digital designs.
