Before placing a single pad, check the component's datasheet for the pin pitch. Change your grid spacing in Sprint-Layout to match this pitch (e.g., 1.27mm for SOIC packages, or 2.54mm for standard DIP chips). This ensures your pads align perfectly. Step 2: Place Pads and Silkscreen Select the tool (Through-hole) or SMD-Pad tool. Place the pads according to the datasheet dimensions.
: Before drawing, set your grid to 2.54 mm (0.1 inches) or a fine metric equivalent. This is the standard pin spacing for almost all keyboard components and ensures everything fits together perfectly.
Once files are added, click the refresh icon in the library tab to see them immediately. ✍️ Creating Custom Macros macros sprint layout 60
Begin with a nutrient-rich substrate and add a layer of decorative substrate or sand. This base is crucial for plant growth and aesthetics.
: Pressing the spacebar changed the entire board's behavior—a "sprint" from letters to numbers. Before placing a single pad, check the component's
For electronics hobbyists and printed circuit board (PCB) designers, Sprint-Layout 6.0 is a favorite tool because it is fast, lightweight, and easy to use. Unlike complex, enterprise-level EDA software that requires days of training, Sprint-Layout lets you jump straight into drawing your board. However, your design speed depends heavily on one critical feature: macros.
: You can draw custom pads, tracks, and labels, then save the selection as a new macro to reuse in future projects. Technical Features in Version 6.0 iwakura/sl-macros: Collection of macros for Sprint Layout Step 2: Place Pads and Silkscreen Select the
: Use the selection tool to draw a box around all the elements you've just created. With everything selected, right-click and choose "Save as macro".
. Unlike a software script that automates button clicks, these macros are ready-to-use footprints for components like resistors, capacitors, integrated circuits (ICs), and even complex modules like a NodeMCU ESP8266
While the default library is extensive, the rapid evolution of electronics—especially the influx of cheap Chinese sensor modules, specialized OLED displays, and unique relay boards—means you will inevitably need parts that aren't in the default pack.
