Catch capacitive imbalance before it affects the busIn high-speed PCB design, small geometric changes can have a big electrical impact. Even a local break in ground referencing can create uneven…
Why creepage matters in high-voltage PCB designOnce a design exceeds 30 V, safety requirements become much stricter. Standards such as DIN EN 60664 / VDE 0110, IPC-2221A, and UL60950-1 define…
Track PCB changes without the manual overheadIn PCB design reviews, the smallest change can trigger the biggest delays if it is not tracked properly. That is why Database Compare in…
Why DFM matters before the first board is builtDesign for Manufacturing is not a theoretical checklist. In real PCB development, a layout can look perfectly fine and still create costly…
Evaluate capacitance early in the layoutIn high-frequency PCB design, signal quality is influenced not only by impedance but also by the capacitance to the reference plane. On DDR4, USB, LVDS,…
When 2D PCB data is no longer enoughPCB layouts often start and end as 2D data, but product development rarely stays in one dimension. Once enclosure design, mechanical integration, or…
Verify AOI inspectability before productionAutomated Optical Inspection (AOI) is only as good as the visibility of the board design. If the camera cannot see every relevant pin or solder joint,…
PCB design is a cornerstone of the electronics industry and plays a crucial role in developing modern technological devices. With rapid advancements in technology, PCB design is undergoing significant changes.…