You can also use the View » Grids sub-menu. Grids can be quickly modified or toggled between enabled and disabled through keyboard or mouse shortcuts, for example, press G to cycle through the Snap grid settings of 1, 5 and 10. The electrical grid should be set slightly lower than the current snap grid or else it becomes difficult to position electrical objects one snap grid apart. Enable Snap to Electrical Object Hotspots so that when moving an electrical object in the workspace, if it falls within the electrical grid range of another electrical object to which it could connect, it will snap to the fixed object and a hotspot (red cross) will appear. Electrical grids override snap grids since they allow connections to be made to off-grid parts. The Snap Grid is the grid that the cursor is locked to when placing or moving schematic design objects. Visible grids appear whenever the zoom level allows them to be sufficiently spaced, displayed as either lines or dots. Set the grids initially in the General region of the Document Options mode of the Properties panel. Grids are document options, meaning that they are saved with the individual design, and therefore, grid settings may differ between one design document and the next. Altium Designer offers three grid types: visible grids for navigation, snap grids for placement, and electrical grids for aiding the creation of connections. Fundamentals of Object Placement Grids and Cursorsīefore placing objects in the Schematic Editor, set the grids to enable easier placement. During the course of the design process, the placement and properties of these objects need to change as you work to balance out the various design requirements. The PCB workspace can also contain a large number of design objects that make up the board. Even for a small circuit, the schematic can include many components, each with numerous models and parameters. Filtering Objects in the Design Workspace - How does it work?Įlectronic design is the process of capturing a logical design in the schematic then representing that design as a set of objects in the PCB workspace.Creating and Editing Data as you Paste from a Spreadsheet or Table.Using a Spreadsheet Program to Edit Design Data.Using a Query to Find and Edit Multiple Objects.Managing Footprints Across the Entire Design.Locking Design Objects on Schematic Sheets.Setting the Voltage Parameter to be Visible Measuring the Distance on a Schematic Document.
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