![]() ![]() ![]() The desired outcome is an efficient design that maintains the integrity of the design's DC power layout. This is the judgment applied to the design of a board's copper areas that provide both the DC supply rails to the circuitry, and their ground or common return path to the DC supply source. ![]() What's often neglected however, or simply relegated to a 'rule of thumb' methodology, is developing the most effective layout design for board's DC Power Delivery systems. The practical performance of a PCB design layout depends on a multitude of factors, many of which can be predicted, to a reasonable degree, through a range of PCB design analysis tools such as post-layout Signal Integrity analysis.
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