Macros Sprint Layout 6.0 -

Click the button on the left-side toolbar (or right-click and select Ungroup ).

Choose your pad shape (round, rectangular, oval) and set the correct inner drill diameter and outer copper width. Place them accurately according to the datasheet pin layout.

While comprehensive, this default structure can be challenging to navigate. The good news is that you are free to reorganize it completely.

Do you have a unique macro for Sprint Layout 6.0? Share your .lmk files in the comments or on the official Sprint Layout user forum. Macros Sprint Layout 6.0

Your new macro is now ready to be used in any future project, instantly available from the macro library.

To harness the full potential of Macros Sprint Layout 6.0, users should follow these steps:

: Click the library icon on the right toolbar to toggle the macro panel. Click the button on the left-side toolbar (or

Name your macro logically (e.g., HTU21D_DFN6 or USB_C_6Pin_Female ) and save it inside your designated macro folder. It will instantly appear in your sidebar library for future projects. 5. Finding and Importing Third-Party Macro Packs

This approach makes Sprint Layout incredibly intuitive. You can click on any component macro in the library and drag it directly onto your board, instantly placing a pre-defined pattern of pads, vias, and silkscreen markings. The macro handles the critical design rule check (DRC) aspects, ensuring correct spacing and pad dimensions are maintained.

: A collection of custom-developed electronic module templates. Iwakura GitHub Library Share your

Ensure your macros are correctly designed for the intended layer (top or bottom). Conclusion

Macros are organized in a folder-like structure (e.g., DIP, SMD, Transistors, Connectors), making it easy to find specific component packages.

: You can create your own macros by selecting a group of elements on your board and choosing File > Save as Macro . Simulating "Draft Paper" for Manual Layout