Sprint-Layout 6.0 uses a specialized macro-library located on the right side of the interface to manage component footprints like ICs, resistors, and transistors. Managing Macros and Layers
Top Layer Visibility: Macros are placed on a workspace that supports copper and silkscreen layers for both the top and bottom sides. You can toggle these layers on or off at any time using the layer changer tool.
Installation Path: To add new or custom macros to your library, place them in the following directory on your computer:C:\Users\Public\Public Documents\Layout60\MAKROS.
Placement: To use a macro, select it from the tree-view in the library and drag and drop it directly onto your layout. Key Macro Features
Importing Macros into sprint layout - TheBackShed.com - Forum
In the realm of Printed Circuit Board (PCB) design, Sprint-Layout 6.0 is highly regarded for its accessibility and logical workflow, particularly due to its powerful Macro-Library. Macros in this software are essentially predefined footprints and component layouts that can be instantly integrated into a design, significantly accelerating the board layout process. The Utility of Sprint-Layout Macros macros sprint layout 60 top
Macros serve as the foundational building blocks for any PCB project within the software. Instead of manually drawing pads and outlines for every resistor or integrated circuit, designers can drag-and-drop components from the library. The library is organized into a structured tree view at the top of the interface, allowing for easy navigation through various categories like SMD components, connectors, and standard discrete parts. Top Management and Customization
Effective macro management is central to a professional workflow in Sprint-Layout 6.0:
Macro-Library Access: The library can be toggled on or off via the toolbar, appearing on the right side of the workspace for immediate selection.
Custom Creation: Users are not limited to the standard library; the software includes tools to create custom virtual components by measuring pin lengths and adjusting pads to specific requirements.
Library Expansion: To enhance functionality, designers often download updated macro collections from community repositories like GitHub or specialized electronics forums. Sprint-Layout 6
File Management: New macros are typically stored in the MAKROS folder within the public documents directory, ensuring they appear correctly in the software's navigation tree.
By mastering the "top-down" approach of managing these macros, designers can maintain high precision while reducing the time required for complex layouts. For more technical guidance, the Sprint-Layout 6.0 User Manual provides a comprehensive breakdown of the macro system. Sprint-Layout 6.0
A standard 60% keyboard has 5 rows and ~15 columns. The top row usually holds number keys (1–=). The "Macros 60 Top" mod reimagines that row as a programmable macro column — but here’s the twist: you keep the number row and add a second set of macro actions via a layer toggle.
Using Sprint Layout, you can:
File → Export → Macros → save as .lmkMacro → Load Macro → select fileTo create a macro intended for the top layer: The "60 Top" Idea A standard 60% keyboard
Macro → New MacroSOIC8_TOP.lmk)Note: Macros can be defined as “Top only” or “Bottom only” by selecting the appropriate layer during creation.
In Sprint Layout (versions 5.0, 6.0, and 7.0), a macro is a saved group of objects. Unlike a standard component library (which saves a single part with pads and silkscreen), a macro can save:
For a "60 top" project (referring to a 60% keyboard PCB with components on the top layer), a macro allows you to place an entire row of switch footprints, the diode array, or even an MCU sub-circuit with a single click.
| Error | Consequence | Solution | |-------|-------------|----------| | Macro placed on wrong layer | Copper appears on bottom side | Edit macro and reassign pads to top layer | | Missing silk outline | Component placement ambiguity | Add silk shape on top silk layer | | Incorrect pad numbering | Assembly/auto-routing issues | Verify pad sequence matches schematic |
A standard 60% keyboard has approximately 60 to 68 keys. Manually placing each switch footprint, each through-hole diode, and the trace routing for each column/row is tedious and prone to human error. Here is why the "macros sprint layout 60 top" workflow is a game-changer: