![multisim simulation multisim simulation](https://img.softwaresblue.com/upload/images/upload-image-1/images/Multisim-Ultiboard-Power-Pro-1.png)
Click the Type drop-down arrow in the Cursors area and select X Axis.Change the Maximum to 0dB in the Vertical Scale area.Uncheck the Phase: PR1 V(3) to hide the phase plot.Click the drop-down arrow in Vertical Scale and set the scale to Decibel.In the Configuration Pane set the Start frequency to 1 Hz and the Stop frequency to 1 kHz.Adjust the AC Sweep simulation settings.The default simulation mode is Interactive which is used when looking at the output vs time and will respond to real-time changes in component values however, for this example, click the drop-down arrow and select AC Sweep. The circuit you just built is a filter, which means you should use the AC Sweep to view the circuit response.Place the probe on a wire at the output node.
![multisim simulation multisim simulation](https://i.ytimg.com/vi/tgTjb_o0wsU/maxresdefault.jpg)
Place a Voltage probe from the Analysis and annotation group.Your completed circuit should look like the schematic below. Place the new connector above the opamp negative pin and wire it to the opamp.Select the -15V connector and then click Duplicate to make a copy.Wire the connector to the -15V DC voltage source.Place a Connector (shortcut key is X) from the Schematic connector group on the workspace.Move the component so that the two pin endpoints touch each other, Multisim will automatically connect both parts.Place the mouse cursor on the other pin that you want to connect and click to complete the connection.Your mouse cursor should look like a wire spool and there is a red wire attached to your mouse cursor. Click the component pin to begin the wire mode.There are several methods to connect components. Arrange the components to make wiring the circuit easy, remember, you can use the flip, mirror and rotate function to position the parts.If you are using a keyboard, use the shortcut keys to place the parts quickly. Place the remaining components from the following table on the workspace.The pane gives you access to all the component properties and makes changing the multiple component properties faster in some cases. Note: An alternative method for changing component properties is to select the part on the workspace and then select the Open configuration pane. Click on the empty space to close exit this mode. Click the +/- symbol to set the voltage to -15V.Click the 15V to change the second DC source to output negative voltage.Click the V1 DC source to select it, then click the Duplicate to make a copy.Use the slider or click on 12V to enter a new DC voltage for the source, for this circuit enter 15V.You can adjust the DC voltage by clicking on the 12V.The shortcut keys are for users that have access to a keyboard, it allows you to place parts faster.
![multisim simulation multisim simulation](https://i.stack.imgur.com/xMLWd.png)
This allows users using touch screen only devices to edit the component properties.
MULTISIM SIMULATION SERIAL NUMBER
MULTISIM SIMULATION PASSWORD
Enter your email address, and password then click the Login button.Once you have activated your account, click on Login at to enter the site.Click on the link in the email to activate your NI account. You should have received an email asking you to confirm the registration. Log into the email account you used to create the profile.Enter your personal information in the fields.
![multisim simulation multisim simulation](https://imag.malavida.com/mvimgbig/download-fs/ni-multisim-9083-2.jpg)
Click the Sign Up button to create an account, if you already have one, go to step 7.