When designing a PCB for high-speed digital signals, which of the following routing strategies is most effective in minimizing signal reflections and maintaining signal integrity?
Question 2
In the context of PCB manufacturing, what is the primary purpose of electroless copper deposition?
Question 3
Consider a multi-layer PCB where a high-current power trace needs to cross a sensitive analog signal trace. Which of the following design practices is most effective in preventing noise coupling and ensuring the integrity of the analog signal?
Question 4
When designing a PCB for a system that requires precise timing and synchronization between multiple components, which of the following design techniques is paramount to ensure signal integrity and minimize timing skew?
Question 5
In the context of PCB design for high-frequency applications, what is the primary reason for avoiding abrupt changes in trace width or direction?
