Analyzing Power Integrity Issues from Power Plane Interactions

"When a printed circuit board (PCB) includes a power plane that is near to signal traces or other power planes, there is a significant risk of energy transfer between parts of the system. Not only does this coupling lead to power switching noise being transferred into data signals, it also means that power supply systems may demonstrate additional resonances that are not seen in the individual components. This can affect the power integrity of the PCB and may reduce its speed or reliability. This paper will explore some of the potential power integrity issues that can affect a PCB and explain how simulation can be used to help reduce these effects."

Source: Analyzing Power Integrity Issues from Power Plane Interactions - White Paper

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92ML™ StaCool Materials

92ML™ Materials: Rogers

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Product how-to: HSPICE accurately analyzes gigabit circuits like DDR4 & USB3 | EDN

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Geometric dimensioning and tolerancing - Wikipedia, the free encyclopedia:

Design Rules| Hughes Circuits

Support | Hughes Circuits:

Hughes Circuits has design rules that can be downloaded and imported into popular CAD tools like PADs and Altium.

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DDR4 memory interface: Solving PCB design challenges | EDN

DDR4 memory interface: Solving PCB design challenges | EDN:

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NanoClear Stencil Coating | Electronic Stencil Treatment - Aculon

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NanoClear Stencil Treatment

Aculon, an award-winning & proven supplier to the stencil industry, introduces Aculon NanoClear®, the best-in-class stencil treatment technology that improves print quality, increases efficiency, lowers total costs and enhances printing with small apertures. 

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