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By mastering macros, you cut your design time down to a fraction, allowing you to focus on the creative aspect of circuit design rather than tedious manual pad placement.
Sprint-Layout 6.0 comes fully loaded with a massive built-in library featuring roughly 4,600 different electronic component macros. These are intuitively categorized (e.g., Resistors, Transistors, Diodes, ICs, Connectors ), making it easy to find precisely what you need at a glance.
Right-click inside the macro tree to create new sub-folders (e.g., _My_Custom_Components , Sensors , Connectors ).
Can't find a specific footprint? You can easily create one yourself: iwakura/sl-macros: Collection of macros for Sprint Layout
Most 60% keyboards use layered layouts, activated by an key. By holding Fn, you temporarily switch to an alternate layer that provides the missing keys. A well‑planned macro layer goes one step further: it can execute entire sequences of commands on demand.
* 13.11.2012. - улучшен экспорт Excellon; - добавлена и активирована клавиша F9 – переключение активации слоёв, но только К1 и К2, Radioaktiv.ru
A macro in Sprint-Layout is a reusable file with a .lmk extension. It contains the visual layout of a component, including:
Sprint-Layout saves these as .lmk files. These files contain all the layer information (copper, silk-screen, solder mask) needed to represent a component accurately. Where to Find the Macro Library
In Sprint-Layout, adjust your workspace grid to match the component pitch. For example, if you are designing a standard metric connector with a 2.54mm pitch, setting your grid to 1.27mm or 2.54mm ensures your pads snap perfectly into place. Step 3: Draw the Component Footprint
By mastering macros, you cut your design time down to a fraction, allowing you to focus on the creative aspect of circuit design rather than tedious manual pad placement.
Sprint-Layout 6.0 comes fully loaded with a massive built-in library featuring roughly 4,600 different electronic component macros. These are intuitively categorized (e.g., Resistors, Transistors, Diodes, ICs, Connectors ), making it easy to find precisely what you need at a glance.
Right-click inside the macro tree to create new sub-folders (e.g., _My_Custom_Components , Sensors , Connectors ).
Can't find a specific footprint? You can easily create one yourself: iwakura/sl-macros: Collection of macros for Sprint Layout
Most 60% keyboards use layered layouts, activated by an key. By holding Fn, you temporarily switch to an alternate layer that provides the missing keys. A well‑planned macro layer goes one step further: it can execute entire sequences of commands on demand.
* 13.11.2012. - улучшен экспорт Excellon; - добавлена и активирована клавиша F9 – переключение активации слоёв, но только К1 и К2, Radioaktiv.ru
A macro in Sprint-Layout is a reusable file with a .lmk extension. It contains the visual layout of a component, including:
Sprint-Layout saves these as .lmk files. These files contain all the layer information (copper, silk-screen, solder mask) needed to represent a component accurately. Where to Find the Macro Library
In Sprint-Layout, adjust your workspace grid to match the component pitch. For example, if you are designing a standard metric connector with a 2.54mm pitch, setting your grid to 1.27mm or 2.54mm ensures your pads snap perfectly into place. Step 3: Draw the Component Footprint
