PCB Design with EAGLE

Learn to add and move components in Eagle by creating or enabling a project, inserting library components, placing, rotating, and grouping parts, and adjusting schematic connections.

Learn to copy components and delete them in Eagle by selecting individual parts or groups, using the copy command, and deleting the selected items.

Learn to rename components and assign values in Eagle, selecting a part, using the name option, and applying meaningful names and values to the schematic and board.

Use the smash tool in Eagle to smash a component so its value or name moves with the part, then replace a component by selecting a replacement.

Develop an Eagle schematic by placing resistors, a 2.5 timer, a capacitor, and a regulator, then wire nodes and a 5-volt dc supply.

Learn how to label signals in a schematic by naming each line, choosing its orientation, and applying a line name to clearly identify the signal.

Switch to board view to compare the board and the schematic, move components around in the working area, and align dimensions based on the bill.

Set up the board interface, view dimensions (6.30 by 3.95 inches), change units in brick settings, then align components to the grid and snap with the control key before placing.

Place components in EAGLE, route traces to form a clean board layout, and convert rat's nests into connected pads while managing layers, ground connections, and schematic-named parts.

Learn to select and move groups of components, resize and align traces and borders, and add text labels and images to pads across board layers for a compact PCB design.

Explore how to design a ground pour in Eagle, creating a copper ground plane, connecting it to signals, and reducing capacitance and crosstalk for cleaner, cost-saving boards.

Learn how to apply dimensions in EAGLE to measure distances between components in millimeters, create non-rectangular board shapes with polygons, and manage or delete dimensions for precise PCB layouts.

Configure DRC checks in EAGLE by setting minimum distances and unit definitions to meet manufacturer specs. Run ERC and DRC validations, resolve issues, and prepare the design for manufacturing export.

Create gerber files for PCB fabrication using a host predefined job, selecting top and bottom layers, silkscreen, outlines, component dimensions, then send to the PCB manufacturer.

Learn how the grid option constrains component movement to grid intersections and enables snapping, and adjust grid size to move between points for precise PCB placement and board design.

Learn how Eagle uses PCB design layers, toggle top and bottom layers, place items on copper with top name and top value, and route signals across layers.

Consolidate multiple net lines into a bus in the Eagle schematic to simplify wiring, name the bus with signal lists, and reduce debugging errors.

Learn to place mounting holes in Eagle by aligning centers 3.5 mm from ends, using a 0.5 mm grid, and defining an 8 mm hole with a copper ring.