Control de Relevadores con Arduino
Table
| Technique | Description |
|---|---|
| Short and Direct Traces | Minimize trace lengths and avoid unnecessary bends to reduce the antenna effect and lower the loop area. |
| Controlled Impedance | Use impedance-controlled traces for high-speed signals to prevent reflections and maintain signal integrity. |
| Ground Plane Usage | Implement a continuous ground plane beneath signal layers to provide a low-inductance return path and reduce EMI emissions. |
| Via Stitching | Place stitching vias along the edges and around critical traces to connect multiple layers of the ground plane and confine EMI within specific areas. |
| Differential Pair Routing | Route high-speed differential signals as pairs with matched lengths and spacing to cancel out common-mode noise and reduce EMI. |
| Shielding and Guard Traces | Use guard traces and shielding techniques to isolate sensitive signals from noisy ones, preventing electromagnetic coupling. |
| Minimized Crosstalk | Route signals with sufficient separation and use proper layer stacking to decrease coupling between adjacent traces. |
| Decoupling Capacitors | Place decoupling capacitors near power pins of ICs to filter out high-frequency noise and stabilize the power supply, indirectly reducing radiated EMI. |
Talk to Flux to get started.