3360C-1-202

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Rotary potentiometers, rheostats, and 3360C–1–202 are three related devices when it comes to electronically measuring electrical resistance. The 3360C–1–202 is a specific type of rotary potentiometer and, as such, has distinct applications and working principles.

The 3360C–1–202 is a rotary potentiometer made up of three main components, including a single-turn conductive element, a conductive wiper, and an external shaft. This type of potentiometer is used to measure electrical resistance in a variety of applications, with the most common application being as a voltage divider. The conductive element, otherwise known as the resistive element, can be designed with different resistance values, ranging from 0 ohms to 22 kilo ohms.

A rotary potentiometer works by varying the resistance between two specific points on the conductive element based on why angle of the shaft outside the device. This is accomplished by using a conductive wiper to sweep two points of the resistive element in order to measure the electrical resistance. The resistance is a direct correlation to the degree of rotation the external shaft makes, and the specific resistance can be measured or adjusted by controlling the degree of rotation.

The 3360C–1–202 is primarily used as a variable voltage divider for applications such as instrumentation, control systems, test equipment, and manufacturing equipment. Another common application for this type of device is to provide linear control for the intensity of a light or the volume of sound in consumer electronics.

On the other hand, a rheostat is similar to a rotary potentiometer in terms of its internal electronic components. However, a rheostat has two inputs and one output, while a rotary potentiometer has three inputs and one output. Additionally, a rheostat works on the principle of using a resistance element with a slide that, when moved, adjusts the resistance. This particular device is used more often than a rotary potentiometer for applications such as controlling electric motor speed, adjusting the current of an incandescent light bulb, and providing power control in battery less electronic applications.

In summary, a 3360C–1–202 is a type of rotary potentiometer consisting of a single-turn conductive element, a conductive wiper, and an external shaft. Its primary application is as a variable voltage divider for instrumentation, control systems, test equipment, and manufacturing equipment. On the other hand, a rheostat consists of two inputs and one output and works on the principle of using a resistance element with a slide to adjust resistance. Rheostats are used more often for applications such as controlling electric motor speed, adjusting the current of an incandescent light bulb, and providing power control in battery-less electronic applications.

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