5613R400L.5

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Rotary potentiometers, rheostats, and 5613R400L.5 are all associated with electronics and devices. They all refer to a device used to adjust the resistance of a circuit, thus varying the voltage and current flow in it. This article discusses the application field and working principle of the 5613R400L.5 in detail.

What is a 5613R400L.5?

The 5613R400L.5 is a rotary potentiometer manufactured by Knowles-Avnet. They are often used in electronic circuits where variable resistance is required. They are made up of a single element that consists of a movable arm and five terminals. One of the terminals is commonly known as the wiper, while the other four are referred to as the fixed terminals. The 5613R400L.5 has an adjustment range of 100 ohms.

Application of 5613R400L.5

The 5613R400L.5 can be used in many applications. They are most commonly used in volume control circuits, such as audio amplifiers. This is because the arm of the 5613R400L.5 can be adjusted, thus varying the resistance in the circuit and affecting the volume level. They are also used in dimmer switches, potentiometric transducers, and other applications that require variable resistance.

Working Principle of 5613R400L.5

The working principle of the 5613R400L.5 is quite simple. The variable contact on the 5613R400L.5 moves along the resistive element. As it moves, it changes the resistance of the circuit. The resistance between the wiper and one of the two fixed terminals is called the potentiometer resistance. The resistance between the wiper and the other fixed terminal is called the Potentiometer Rheostat. By varying the position of the wiper, the resistance of the circuit is changed.

Conclusion

The 5613R400L.5 is a type of rotary potentiometer and potentiometric rheostat. It is widely used in audio amplifier circuits, dimmer switches, and other applications. It works by varying the resistance of the circuit when its arm is adjusted. It is an effective device when it comes to adjusting the resistance of a circuit, and thus varying the voltage or current flow in it.

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