PCB routing methods continue to evolve, and flexible routing techniques can reduce wire length and free up space on a PCB. Traditional PCB routing is limited by fixation of coordinates of wires and by ...

Proper routing ensures signal integrity, minimises electromagnetic interference (EMI), and optimises the overall performance of the electronic device. PCB routing is the process of designing the ...

Today, there are a number of high speed digital communication protocols applied in portable computing devices with compact PCB dimensions. Protocols such as PCIe, USB, and SATA have data throughput of ...

This is the third and final installment of a series of posts on how to create a PCB in KiCad, and part of an overarching series where I make the same schematic and board in dozens of different ...

A common joke in electronics is that every piece of wire and PCB trace is an antenna, with the only difference being whether this was intentional or not. In practical terms, low-frequency wiring is ...

In some designs where electro-magnetic interference (EMI) is a concern, the external layer or top layers aren’t used to route even the outer periphery. In that case the top layer is used for a ground ...

This repository hosts a simulation environment designed to replicate real-world requirements for PCB routing optimization, based on our forthcoming dataset, PCBRouteNet. The simulation environment ...

Requirement → Component selection (BOM) Datasheet retrieval → Footprint extraction → Footprint generation (.kicad_mod) Schematic synthesis (netlist) from component reference designs and constraints ...