Table of Contents
- Sizing Traces
- trace width calculator
- Make Loops Small
- Decoupling Capacitor Placement
- Kelvin Connections
- Keep Digital and Noisy Traces Away from Analog Traces
- The ground is Not Grounds!
- Via Size and Number
- Using PCB as Heatsink
- Thermal Vias
- Thermal Relief
- Distance between Traces and Mounting Holes
- Heat Sensitive Components
Table of Contents
- Sizing Traces
- trace width calculator
- Make Loops Small
- Decoupling Capacitor Placement
- Kelvin Connections
- Keep Digital and Noisy Traces Away from Analog Traces
- The ground is Not Grounds!
- Via Size and Number
- Using PCB as Heatsink
- Thermal Vias
- Thermal Relief
- Distance between Traces and Mounting Holes
- Heat Sensitive Components
Practical PCB Layout Tips
Engineers tend to pay most attention to circuits, the latest components, and code as important parts of an electronics project, but sometimes a critical component of electronics, the PCB layout, is neglected. Poor PCB layout can cause function and reliability problems. This article contains practical PCB layout tips that can help your PCB projects work correctly and reliably.
