So we’ve always been dedicated to providing efficient tools for component creation to speed up the design process.

And nowadays time is often the most limiting and sometimes the decisive factor. “We know first-hand that building component libraries can be really time-consuming for electronic engineers. This means engineers will have a native experience, and that CAD models will be fully forward compatible. We are thrilled to be able to introduce DipTrace support to the SnapEDA community, and collaborate to provide a native SnapEDA experience within the latest version of DipTrace,” said Natasha Baker, CEO & Founder of SnapEDA.ĭuring initial user research conducted by SnapEDA, DipTrace users specified a preference for the DipTrace binary format over the ASCII format.Īs a result, SnapEDA & DipTrace worked together to ensure that SnapEDA’s CAD models are provided in the native binary. “DipTrace has consistently been one of the most requested formats over the last year.

The new SnapEDA search capability now available within DipTrace 4.1.2 solves both of these challenges to help engineers select and integrate electronic components in a snap.įinding components is as simple as searching the part needed, such as ‘25 MHz crystal’, and once an engineer selects a part, it comes ready-to-use with its schematic symbol, PCB footprint and 3D model for instant design-in.

First, engineers need to filter an overwhelming number of electronic components to select one with the best form, fit and function for their design.Īnd once they’ve made their selection, they need to source or create digital models for that electronic component, in order to integrate it.

Diptrace pcb design software