: Switch to a silk-screen layer (typically S1 or S2 ) and use lines or circles to draw the physical outline of the component. Group and Save : Highlight all elements you've drawn.
Place your solder pads (through-hole or SMD) precisely where they belong. Use the if you are designing multi-pin ICs like SOIC or DIP packages to ensure perfectly even spacing. Step 3: Add Silkscreen Details
You do not have to draw everything from scratch. The global maker community has created massive libraries for Sprint-Layout 6.0. To use downloaded macros:
Avoid saving specific component values (like "10k") inside the macro silkscreen. Instead, use a placeholder text like "R?" so you can easily edit the component designator on your final board. macros sprint layout 60
Inside the installation folder if you use a portable version. Paste the extracted folders directly into this directory.
Standard through-hole passive components.
The community for Sprint Layout is niche but passionate. You don't always have to create from scratch. : Switch to a silk-screen layer (typically S1
Design a macro containing the 60-pin QFP package plus:
Macros allow you to organize components by type (connectors, passive components, active components).
If you are working with a rare or brand-new component, you will need to create a custom macro from a datasheet. Here is how to do it perfectly: Step 1: Read the Datasheet Use the if you are designing multi-pin ICs
Look at the top menu bar and navigate to > Save as macro... (or look for the floppy disk icon in the macro panel).
Macros are the secret weapon to mastering Sprint-Layout 6.0. By shifting your workflow away from drawing individual shapes and moving toward managing an organized component library, you minimize mistakes and significantly accelerate your hardware development. Take the time to build, refine, and categorize your macro collection—your future layout projects will thank you. To help you get the exact setup you need, let me know:
Because macros can contain multiple pads and tracks, they can represent complete functional blocks. For example, a macro might include a microcontroller, its decoupling capacitors, and a crystal oscillator—all as a single entity. This modular approach accelerates complex designs and reduces wiring errors.
In , Macros are the cornerstone of efficiency, acting as a library of reusable component footprints (like ICs, resistors, or custom modules) that you can drag and drop onto your PCB design. Core Macro Functionality
| Subfolder | Purpose | |-----------|---------| | | Contains standard through‑hole components (DIP ICs, resistors, capacitors, connectors, etc.). | | SMD | Holds surface‑mount device footprints (smaller components that solder directly onto the board surface). | | Symbols | Stores silkscreen symbols and other non‑electrical graphics. | | USER | An empty or nearly empty folder intended for your custom macros. |