ground wires

5 High-Freq PCB Design Techniques

1. Keep high-frequency signal traces short to minimize interference and enhance device performance. 2. Straighten wire leads with gentle bends to reduce emissions and interference in high-frequency circuits. 3. Isolate ground wires for digital and analog signals to prevent interference and voltage differences. 4. Avoid wiring loops and minimize loop area in high-frequency signal traces. 5. Reduce via usage to increase signal speed and minimize data errors in high-frequency circuit boards. 6. Enhance power supply integrity by incorporating high-frequency decoupling capacitors at integrated circuit block pins.

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PCB Board PROTEL Technology Reference Guide

Common mistakes in PCB board design include incomplete netlists, component placement outside drawing bounds, and improper power and ground wire routing. To avoid errors, ensure components match between schematic and PCB libraries, place components centrally, select global netlist transfer, and properly separate digital and analog grounds. Consider routing on ground layer and use thermal pads for connecting large area conductors to optimize electrical performance.

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