The PCB layout can be printed from Print Layout option in Output menu. To see a 3D image of the final circuit, click on Option 3D Visualization. In Tool menu, options like auto router and auto placer can also be used by beginners, but manual routing and placing is recommended for better results.ġ4. Multiple PCB layers are also possible in Proteus.ġ3. When two components are successfully connected, the green line will automatically disappear. After setting track width, click on one end of the component with pen and follow the green line. Connection representation is in green line yellow line shows direction. Next step is tracking, which establishes the connection between components. After adding all components to the workspace, arrange the positions of the components properly in the workspace.ġ2. Place each component outside the yellow box by right-clicking option Place→Component (Fig. The circuit should be inside the yellow box if circuit is complex, you can change the size of the box later.ġ0. On the workspace, draw a box of sufficient size in which you can place all the components. Select 2D Graphics Box Mode in the left corner and select Board Edge from the dropdown list in the left-most corner (Fig. Select Netlist option to ARES from Tools menu it will open a new PCB layout design window.Ĩ. Like all other EDA tools, Proteus also has a different tool for PCB design, which is an integrated ARES PCB designing suite. Before going to the PCB design, ensure that all components have their own footprint. After successful simulation of the circuit, move to the PCB layout. If you connect an oscilloscope to the circuit while running the simulation, a new digital oscilloscope window will pop up and show the waveforms (Fig. To run the circuit, go to Debug→Run Simulation or simply press F12. Ensure all connections are made and save the project before simulation. Probe mode is available for using test points, and an oscilloscope is available in instrument section for observing circuit outputs (Fig. You can select power supply, ground, input, output, etc from terminal mode. In the left-most corner, multiple modes are present for other activities like component mode, wire label mode, buses mode, sub-circuit mode and more. Moving the mouse cursor to the terminals will automatically show a pen symbol for drawing the connecting wires. After placing components over the schematic, connect their terminals by clicking-and-dragging technique. To place device, move the cursor where you want to and click over the schematic. Clicking OK will select the device and an image of that device will be shown when the mouse cursor moves over the schematic window. Selecting each component shows a schematic and PCB preview with other details. Proteus supports a large variety of electronic components. From Pick Device window, either search using the keyword or select the component category-wise (Fig. Placing can be done by selecting Pick Parts From Libraries option in Library menu or by using shortcut key P on the keyboard. Place the components on the schematic window. Finishing the wizard will create a default schematic design just like other EDA tools. Select default value if you do not know the specifics, or create it later. Give sufficient details like schematic design, PCB layout and firmware. It will lead you to New Project Wizard, which helps to create a new project. To create a new project, go to File→New Project (Fig. Initially, a Home window will be displayed, which shows recent projects, getting-started tutorials, help, latest news and more.Ģ. Open Proteus by double-clicking the icon on the desktop or navigating to the installed folder (normally the path is C:\Program Files (x86)\Labcenter Electronics\Proteus 8 Professional\BIN\PDS.EXE).
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