Constructing a circuit on NI ELVIS

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In summary, the conversation discusses the difficulty in constructing a circuit on the NI ELVIS breadboard and the main issue being the rheostat. The instructions involve setting the rheostat to different percentages and getting specific wave patterns. It is suggested to connect two pins on the rheostat and to think of it as a potentiometer. The middle pin, called the wiper, moves up and down on a resistive element, creating a short at the top and full resistance at the bottom. In the physical wiring, the pot is used as a simple resistor with the wiper not connected to anything.
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MissP.25_5
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I am having trouble constructing a circuit on the NI ELVIS breadboard. In the attachments are the circuit diagrams and the result I should be getting, the first picture is the one I constructed. I think my main problem is the rheostat, I don't know how to connect it. I tried looking on google but there seems to be no such rheostats like the one I am given. Look at the pictures, it's the blue one and it has a spinning thing going on (turning it clockwise will increase it's resistance). I am supposed to construct the circuit as shown in the diagram and first set the rheostat to 50%, the output wave should look like a sine wave. Next I have to set the rhoestat to 70% and I should get a square-like wave. The waves I should be getting are in the pictures.
 

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  • #2
Connect two of the pins together on your rheostat. If you don't mind I'll call it a pot (short for a potentiometer).

The middle pin of the pot is called the wiper. As you turn the screw the wiper moves up and down on a resistive element. Look at your circuit diagram and imagine the arrow literraly moving up and down on that resistor. At the top, the wiper will completely bypass the resitor and create a short. At the bottom, the wiper will be at the bottom of the resistor and it's full resistance will be on that branch.

In your physical wiring you are only using the pot as a simple resistor. The wiper isn't connected to anything.
 

FAQ: Constructing a circuit on NI ELVIS

What is NI ELVIS and how does it work?

NI ELVIS (National Instruments Educational Laboratory Virtual Instrumentation Suite) is an integrated teaching and learning platform that enables students to design, build, and test circuits and systems in an interactive and hands-on manner. It consists of a hardware platform and software tools that allow for real-time measurements, data analysis, and simulation of circuits.

How do I construct a circuit on NI ELVIS?

To construct a circuit on NI ELVIS, you will need to use the NI ELVIS breadboard, which is a modular breadboard that connects to the NI ELVIS workstation via a USB cable. You can then use the NI ELVIS software to design and test your circuit. The software provides a virtual breadboard where you can add and connect components, and it also allows for real-time measurements and simulations.

What components can I use with NI ELVIS?

NI ELVIS is compatible with a wide range of electronic components, including resistors, capacitors, inductors, diodes, transistors, and integrated circuits. It also supports sensors and actuators, such as temperature sensors, light sensors, and motors. You can also use custom components by creating your own models in the NI ELVIS software.

Can I use NI ELVIS for advanced circuits and systems?

Yes, NI ELVIS is suitable for both basic and advanced circuits and systems. It offers a variety of built-in virtual instruments, such as oscilloscopes, function generators, and power supplies, which can be used for more complex experiments. Additionally, you can expand the capabilities of NI ELVIS by connecting external instruments and sensors.

Is there a learning curve for using NI ELVIS?

NI ELVIS is designed to be user-friendly and intuitive, so there is no steep learning curve. However, if you are new to circuit design and testing, it may take some time to get familiar with the software and hardware. There are also plenty of resources available, such as tutorials, user guides, and online forums, to help you get started and troubleshoot any issues you may encounter.

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