What do you call this type of rheostat

  • Thread starter MissP.25_5
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That's right.In summary, The conversation is about a rheostat and its use in a circuit on a breadboard. The speaker is unsure about how to connect it and whether it needs to be connected to another resistor or if it is a resistor itself with the ability to change its own resistance. The conversation also mentions the part number and datasheet, but without that information it is impossible to know for sure. The speaker then reveals that the rheostat is a 10k ohm variable resistor, similar to a potentiometer, with a resistance of 10KΩ.
  • #1
MissP.25_5
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What type of rheostat is this and how to use it? How to connect it in a circuit on a breadboard? Must it be connected to another resistor or is it a resistor itself but with the capability of changing its own resistance by turning the screw clockwise/anti-clockwise? I am trying to construct a circuit on NI ELVIS.
 

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  • #2
No way to know without a part number and datasheet.

Where did you get it?
 
  • #3
it is a 10k ohm variable resistor
 
  • #5

What do you call this type of rheostat?

This type of rheostat is typically referred to as a variable resistor or a potentiometer. It is used to adjust the amount of current flowing through a circuit.

How does a rheostat work?

A rheostat works by varying the resistance in a circuit, which in turn affects the amount of current that can pass through. This is typically achieved by adjusting a movable contact along a resistive material, such as a coil or a strip of carbon.

What is the purpose of a rheostat?

The purpose of a rheostat is to control the amount of current in a circuit. This can be useful for dimming lights, adjusting the speed of a motor, or regulating the temperature in a heating element.

Are rheostats still commonly used?

While they may not be as commonly used as they once were, rheostats are still used in a variety of applications, particularly in circuits that require precise control of current. They have also been largely replaced by newer technologies such as transistors and digital potentiometers.

How do you choose the right rheostat for a circuit?

The right rheostat for a circuit will depend on factors such as the desired resistance range, maximum power rating, and physical size. It is important to carefully consider these factors and consult with an electrical engineer or manufacturer when selecting a rheostat for a specific application.

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