PTL30-10O1-104B1

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

Slide potentiometers, such as PTL30-10O1-104B1, are commonly used in a variety of applications. They have a wide range of applications ranging from electronic equipment to industrial control applications and have been used extensively in a variety of different fields.

The core component of a slide potentiometer is its potentiometer which is a variable resistor. The resistance is determined by a physical contact or wire connecting two ends on the track. This track is designed to balance resistance and produce a voltage proportional to the resistance. This voltage is then used to control the power of the device being controlled.

PTL30-10O1-104B1 is a type of slide potentiometer which is designed to hold up to 1.04 watt and is capable of a potentiometer resistance of 10 ohms. This makes the PTL30-10O1-104B1 particularly suitable for applications requiring high stability and accuracy.

The working principle of this type of slide potentiometer is quite simple. As a user slides the potentiometer along the track, the resistance changes and this in turn changes the voltage produced by the device. As the voltage changes, the device responds by increasing or decreasing the power output.

Slide potentiometers such as PTL30-10O1-104B1are used in a wide variety of applications due to their versatility and accuracy. In electronic equipment, they are used to control the volume and tone of sound output, while in industrial applications they are used to control the speed or intensity of electronic devices such as motors.

Due to their wide application field, slide potentiometers have become an integral part of many systems and technological devices. From consumer applications to industrial control systems, slide potentiometers are everywhere and play an essential role in ensuring that the power of devices is accurately and precisely controlled.

The efficiency of slide potentiometers, such as the PTL30-10O1-104B1, can be attributed to their working principle. By their design, they offer an accurate and stable way of controlling power by altering the resistance of the device as the user slides the potentiometer along the track.

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