3310Y-002-104L

Rotary Potentiometers, Rheostats are devices used to control the amount and direction of current in electrical circuits. They work by using a mechanical movement to vary the resistance in order to affect the flow of the current. Rotary Potentiometers, specifically, are electromechanical transducers which consist of a resistance element, a sliding contact and a shaft or dial. The 3310Y-002-104L is a Potentiometer designed to deliver a linear output with a wide range of resistance values.

Application Field
The 3310Y-002-104L is used to measure and control voltage and current. This Potentiometer is well suited for applications requiring accuracy and speed. They can be used in motors, loudspeakers, transmitters, and a wide range of other electrical and electronic devices. It is also commonly used as a rheostat in AC and DC circuits.

Working Principle
The 3310Y-002-104L works by varying the resistance of a wire coil wrapped around an iron core. This is done by measuring the amount of current through the coil and the moving the sliding contact along the coil. The position of the contact determines the amount of resistance in the coil, which in turn affects the amount of current in the circuit. The motion of the contact is generally dictated by a control knob on the Potentiometer.

The 3310Y-002-104L is also a potentiometer, which means it measures and reports the linear change in a voltage or resistive element. This makes it perfect for applications requiring the measurement and control of voltage or current over a wide range. The Potentiometer includes a shaft which can be manually moved via a knob or knob with lever attached. The shaft turns a potentiometer wheel which is connected to a transfer wiper via a brush. This is what transfers the voltage.

The total resistance of the Potentiometer is determined by the fixed resistances of the resistive tracks and the variable resistance is determined by the wiper\'s location along the track. When the wiper is at the maximum or minimum point, the total resistance of the Potentiometer is equal to the resistance of the tracks. As the wiper moves to different points in between the maximum and minimum, the total resistance changes and is composed of a mix of fixed resistance values and the resistance of the wiper itself.

The 3310Y-002-104L is specifically designed for reliability and accuracy, and is used in a variety of different applications. Whether used in automotive, aerospace, or medical fields, this Potentiometer can be trusted to handle demanding conditions and provide precise measurements within a wide range.