CAD Engineering Design Blog
For ECAD, MCAD and WCCA
Latest Blog Posts
A high-speed PCB can have controlled-impedance traces, a planned stackup, and clean routing yet still develop signal-integrity problems...
A PCB can work perfectly on the bench and still create problems when it has to fit inside a real product.
The enclosure must accommodate...
An engineer specifies 1 oz or 2 oz copper for a PCB and expects the finished board to perform accordingly.
But PCB copper thickness...
A wider trace can carry more current—but width is only one part of the equation.
Every PCB trace width has resistance. As current increases,...
A PCB can have the right components, stackup, and routing plan yet still run out of space. This is common in compact products with...
Have you ever finished a PCB design only to find it doesn’t fit inside the enclosure?
A connector gets blocked, a component is...
