For academic users, fill out the profile form and select Continue at the bottom. Select Start Download and save the NI_Circuit_xx_x_x_Education_downloader.exe file. This is an application that manages the download process. For professional users, select Start Download and save the NI_Circuit_Design_Suite_xx_x_x_downloader.exe file. Once the download finishes, open it through your browser or from where you saved the file (Windows default is your Download directory). For all users, the National Instruments Downloader will ask for a directory to save the installer file. Choose whichever directory you want to download the Multisim Installer to. The Downloads folder is recommended for this. Students learn how NI ELVIS, Multsim, and LabVIEW can be utilized to analyze electrical systems. Students develop a small system approach to solving more advanced topics such as RF communications, magnetic field detection, and free space optical communicatoin. Students learn an iterative design approach to take an idea from paper to reality using National Instrument's tools. This lab introduces students to NI ELVIS II by showing how students can use the Introduction to NI ELVIS II, NI Multisim, and NI LabVIEW This lab also shows how students can use Multisim toĭesign and simulate a circuit before building the circuit on the NI ELVIS II Then students canīuild circuits on the protoboard and later analyze them with the NI ELVIS II Workstation to measure electronic component properties. Workstation and controlling it with a LabVIEW program. This lab introduces the NI ELVIS II variable power supply (VPS). Students can use it with the workstation side panel controls or the virtual controls on the computer screen, or they can embed it inside a LabVIEW program. This lab demonstrates how students can you LabVIEW controls and indicators together with the NI ELVIS APIs to build a digital thermometer. Many electronic circuits contain alternating current (AC). 
Designing good circuits requires tools to measure components, impedance values, and tools to display circuit properties. With good AC tools and minimal circuit knowledge, students can modify any circuit to achieve optimal response.
This lab uses the NI ELVIS II suite of instruments to measure the characteristics of lowpass, highpass, and bandpass filters. Students simulate these filters using Multisim with the measured component values. In this lab challenge at the end of this chapter, Multisim is used to design a second order active filter. This lab focuses on NI ELVIS II digital tools, such as a digital clock, digital counter, and a logic state analyzer, to study circuits.
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