How to cram the functionality of a full-size board onto a tiny, elegant footprint.
Start by placing your first switch macro from your library via drag-and-drop. Its position will be the top-left key (usually the grave/tilde key). Use the Grid tool to ensure it snaps precisely to your 19.05mm grid.
Standard finger and multi-finned extruded heatsink footprints. macros sprint layout 60 top
Months later, after iterative revisions and a handful of boutique runs, Layout 60 Top reached a small but devoted audience. Videos of its use circulated: a montage of designers switching thumb latches, poets toggling stanza templates mid-flow, and hackers composing long scripts with the fluidity of shorthand. The Sprint crew watched footage in the hangar and felt the hush of accomplishment, that hush between the scraping of tools and the first note of a recorded track.
: Usually rendered in bright red. This layer dictates the actual copper tracks, planes, and surface-mount device (SMD) pads assigned to the upper side of the PCB. How to cram the functionality of a full-size
A macro in Sprint-Layout is a pre-designed, reusable component footprint stored as a tiny binary file with a .lmk extension. It bundles together: (SMD or through-hole)
If a specific component footprint is missing from your library, creating a new macro in Sprint-Layout 6.0 is straightforward. Step 1: Gather Component Specs Use the Grid tool to ensure it snaps precisely to your 19
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: Large SMD format with excellent power handling. SMD Tantalum Cap Case A : Polarized surface-mount capacitor.
: Macros for relays, switches, and potentiometers, which often have unique footprint requirements.
Organize your directories by component type (e.g., \Macros\Resistors\ , \Macros\Connectors\ , \Macros\ICs_SMD\ ).