Just as the ground and +5V components are innately connected, so too are nets with the same name. In the properties panel on the right side, click on the Parameters tab and change the Value field to "1K". To set the value of the resistor, right click on the component andĪnd choose Properties. It is generally good practice to assign resistors, capacitors, inductors, etc values based on the real values you will solder to the pcb. One last thing we need to do is set the value of the resistor that we want This is fine, as long as the nets are not connected inadvertently. You may end up having nets/wires crossing. For this tutorial, we will assume our 2-Pin header is connected to +5V and GND, that way we don't have to worry about a voltage regulator.Īfter wiring everything up, your circuit should you something like this: In order to add +5V and GND, you can right click on the You can right click on the Net Tool to select "Wire". To wire the components together, use the Net Tool To do this, we will be using the toolbar located at the top of the schematic sheet. Next we need to connect our components together. Now you should have the following components within the schematic sheet. Search header and choose the Header 2 component.Search Res and choose the Res1 component.Search RPot and choose the RPot component.Search SW DIP and choose the SW DIP-2 package.Follow the same instructions above to add the following components: Now we will add the rest of the components. To do this, right click on the LED and choose properties. It is generally a good idea to rename or comment components to not confuse which one is which. After placing, hit ESC key to prevent adding the component multiple times. Right click on LED1Īnd choose Place LED1 and drag the mouse somewhere onto the schematic sheet and left click. The component(s) should now appear on the right side panel. Click on the Search button.Ĭhoose Name for the Field, contains for the Operator, and type LED, then click Search. If you do not see the Libraries panel, click on the tab labeled Libraries on the right side. To access the Libraries panel, click on Panels in the bottom right corner and To navigate the schematic, you can zoom in and out using the mouse wheel + CTRL, and right click to position the screen.Ĭomponents are accessed through the Libraries panel for library components. Change the Sheet Size to A4, and double check to make sure both Visible and Snap Grid are enabled and set to 100mil. Then click on Panels in the bottom right corner and select Properties. Open up the schematic file by double clicking it in the left side pane. Do the same for "Schlib1.SchLib", saving it as "Tutorial_SchLib".īefore we start drawing the circuit, we are going to setup the appropriate document options, including the sheet size and snap and visible grids. Right click on "PcbLib1.PcbLib" and Save As "Tutorial_PcbLib". Do the same for the "PCB1.PcbDoc" file, and save it as "Tutorial". Right click on "Sheet1.SchDoc" and Save As "Tutorial". When saving each file, make sure to check the directory where you are saving to. In the bottom left, click on Projects, and do the same to create the "PCB Library". Now do the same, but add "Schematic Library". To create a schematic file, right click on the project name on the left side, add new to project, Schematic. Is generally good at getting at least very close to what you need. This task can be done using an autorouter function, which The final task will be to route the signals (remember, with two layers) between components. You will then use your schematic to create the physical board layout by moving the pieces into their desired location. The first is the schematic, in which you define the parts and connections you wish toĮxist on your design. The first thing to note about a project is that you will have two separate files that will be very closely linked. Change the Project name to "Tutorial", and choose a location of your choice. Create a new project by going to File > New > Project, and selecting PCB Project.
Wait a few days and, like magic, you will have a shiny circuit board onto which you can solder your components.īegin by launching Altium Designer 17.1 (installed in lab). This tutorial will guide you through the process of turning a circuit into a printed circuit board file that you can then send away to the fabrication house. So, you’ve finished your circuit prototype and you’re ready to make it permanent? Tired of those messy wires and loose components, and ready for something that looks professional? All you need is a good PCB program and you’re ready to go!
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