Mark Bottom Layer as Signal and Top as Plane. Go to Route option in menu bar and select Layer Setup. Here we need only Single Sided PCB (Copper conductive track on one side and Components on the other side).You can adjust the Solder Pad sizes such that you can properly solder it.Arrange the components so that they occupy minimum space.Then import it to PCB Layout by pressing Ctrl+B or select File > Convert to PCB.After drawing the circuit, Save the Schematic.Wire the simple circuit to glow an LED.Here also you should make sure that Pattern / Footprint is linked with the component at the bottom left column. You can also place the component from a particular library as follows.Then click the Place button to add that component to Worksheet.Make sure that Pattern (Footprint) is linked with the component you are using by clicking on the Pattern button.You can use the Find Component tool in the Objects menu for finding and placing components.Select Schematic Capture from the Launcher.In this section we will start learning DipTrace by designing a small trial PCB. After completing the circuit diagrams, these are converted into PCB by using PCB Layout. The PCB Layout enables us to manually / automatically place components and route conductive tracks. Circuit Diagrams can be drawn in Schematic Capture. Component Editor is for defining Symbol while Pattern Editor is for creating its Footprint. In these Component Editor and Pattern Editor allows us to create new components.

Diptrace arduino