To truly leverage the power of macros in Sprint Layout 6.0, it's vital to adopt a few best practices:
Always consult the manufacturer’s for the component. Look for the "Package Dimensions" or "Recommended Land Pattern" section. Note the pitch (distance between pins), pad width, pad length, and overall body dimensions. Step 2: Set Your Grid Appropriately
Since the default library may lack specific or modern components like MSOP-8 or specialized SMD parts, many designers use community-created collections from sites like GitHub or SolderingMind .
Sprint-Layout 6.0 introduced a powerful concept that many users miss: . Macros Sprint Layout 6.0
Sites like EEVblog, Mikrocontroller.net, and various dedicated radio-amateur forums host extensive user-compiled libraries.
Sprint-Layout 6.0 is often criticized for lacking advanced features like 3D viewing or advanced DRC (Design Rule Check). However, its Macro system strikes a perfect balance between simplicity and power. It doesn't require coding skills—just the ability to draw, group, and save.
This article provides a deep dive into using, managing, and creating . 1. What are Macros in Sprint-Layout 6.0? To truly leverage the power of macros in Sprint Layout 6
Her library of wisdom.
: Use the mouse to drag a selection box around all parts of your new footprint. Save as Macro
Ensure your macros are correctly designed for the intended layer (top or bottom). Conclusion Step 2: Set Your Grid Appropriately Since the
Use the Pad tool to place the electrical contact points. Define their shape (round, rectangular, oval) and drill hole sizes (for through-hole components) in the properties panel.
Users can quickly find needed components within the library. Creating Custom Macros in Sprint-Layout 6.0