P260T-S1BS3CB100K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rotary Potentiometers and Rheostats are devices that are used to vary the resistance applied to an electric or electronic circuit. The P 260T-S1BS3CB100K is a member of this family. It is a single-turn rotary potentiometer with a resistance range of 100KΩ and a voltage rating of 25VDC.

The main application field of the P 260T-S1BS3CB100K is in the automotive industry. It is used both in vehicles and in automotive electronics, often for controlling the speed and position of motors. In both cases, the rotary motion of the potentiometer allows the resistance to be changed in a smooth, continuous way.

The working principle of the P 260T-S1BS3CB100K is quite simple. There is a contact element, usually made of metal, which is joined to the rotary knob of the device. This element is then connected to two fixed resistors on either side. As the knob is turned, the contact element moves in relation to these resistors, and this changes the resistance in the circuit. The variable resistance of the potentiometer can then be used to adjust the flow of electric current.

In addition to the automotive industry, the P 260T-S1BS3CB100K has several other uses. It is often found in audio equipment such as mixers, amplifiers, and effects pedals. It is also used in motion control systems, where the same type of rotary adjustment can allow a motor to move at a determined speed. Finally, it can also be used to adjust the voltage of a circuit, or in any other application where a variable resistance is needed.

Rotary Potentiometers and Rheostats are useful in a wide variety of applications from audio to automotive. The P 260T-S1BS3CB100K is a single-turn rotary device with a resistance range of 100KΩ and a voltage rating of 25VDC. Its application field is mainly focused on the automotive industry, but it can also be used in audio applications, motion control, and voltage adjustments. The working principle is based on a metal contact element being moved in relation to two fixed resistors as the knob is turned, changing the resistance of the circuit.

The specific data is subject to PDF, and the above content is for reference