This will openanother window with several types of dc sources and other components as shownbelow in Figure 3. In the Component Toolbar, selectSources icon (refer to Figure 1 to find the Component Toolbar). Bring a dc source in the Multisim workspace:Open the Multisim program if it is not open. We will now try to learn about Multisim simulation techniques by solving a simple example.ExampleBuild the circuit shown in Figure 2 using Multisim Electronics Workbench.Figure 2: Circuit for Multisim SimulationSTEP A: Placing the Components1. This will open the Simulation Switch.Main teSwitchFigure 1: Main Window of Multisim Simulation Software1 If the SimulationSwitch shown in Figure 1 is not appearing on your screen then select ViewàShow SimulateSwitch in the Main Menu. If anytoolbar is not appearing on your screen then use the above procedure to bring the toolbar.Most of the analysis can be performed turning on-off the simulate switch. For example if you want to openor close (select/unselect) the Design Toolbar, select ViewàToolbarsàDesign. In addition totoolbars shown in Figure 1, there maybe other toolbars appearing on your screen concentrateon the labeled items in Figure 1 at this time.You can always open and close a toolbar from Main Menu. In Figure 1 important toolbars and menu are labeled.
This will open the main windowas shown in Figure 1. It also offersa single easy to use graphical interface for all design needs.IntroductionGo to StartàProgramsàMultisim and click on Multisim. Multisim is a complete system design tool that offers a very largecomponent database, schematic entry, full analog/digital SPICE simulation, etc. With simulation,you can determine a circuit’s performance without physically constructing the circuit or usingactual test instruments.
Experiment 1Electrical Circuits Simulation usingMultisim Electronics Workbench: An IntroductionSimulation is a mathematical way of emulating the behavior of a circuit.
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