PCB (Printed Circuit Board)

A manufacturer of Electric Vehicle Supply Equipment (EVSE) set out to develop the next generation of its charging stations after successfully launching its first commercial product. While the initial design was primarily installed in commercial parking facilities, the new platform was intended to expand into the residential market, requiring a more cost-effective hardware architecture without sacrificing performance or reliability. The engineering objective was to redesign th

Designing printed circuit boards (PCBs) is a critical step in developing custom electronic hardware. A well-executed PCB layout ensures that the final product performs reliably and meets all technical requirements. I will guide you through the essential aspects of the PCB layout design process, focusing on practical steps and considerations that help avoid common pitfalls. Understanding the PCB Layout Design Process The PCB layout design process begins after the schematic des

Printed Circuit Boards (PCBs) form the backbone of almost every electronic device. Designing a PCB might seem straightforward, but even small errors can cause costly delays, performance issues, or complete project failure. Understanding common pitfalls and how to avoid them can save time, money, and frustration. This post highlights frequent PCB design mistakes and practical ways to prevent them, helping you build reliable and efficient circuits. Detailed multi-layer PCB with

High Current PCB Overview A High Current PCB is a specialized type of circuit board designed to carry significantly larger electrical currents than standard PCBs. By handling higher power loads, these boards play a critical role in applications where performance, stability, and safety are paramount. In today’s technology-driven world — with the rise of electric vehicles, industrial automation equipment, and high-power LED systems — the demand for robust and efficient power de