PTL60-15O1-104B2

Slide Potentiometers are devices that are used in a variety of applications to control or measure electrical signals and power. The PTL60-15O1-104B2 is one such device, and it is generally used to control linear motion in a variety of electric, optical, and acoustic devices.

The PTL60-15O1-104B2 is a single turn control potmeter with a flat slide. The Slide Potentiometer consists of a wiper, a resistive element, and a contact strip. The resistive element is usually a carbon film element which is printed out on a substrate. The contact strip consists of four metal contact fingers arranged like the rungs of a ladder. The top and bottom of the ladder is connected to the power source, while the two middle lists are connected to the wiper.

The PTL60-15O1-104B2’s working principle is based on the use of the resistance between the contact strips. The resistance is determined by the application of the knob on the control potmeter. Different positions of the knob correspond to different levels of resistance. When the knob is turned, it causes a displacement of the wiper along the surface of the resistive element. This displacement causes a change in the resistance between the middle two contact strip of the device. This change in resistance then causes an electrical output that is proportional to the position of the knob. This output is used to control the linear movement of the devices.

The PTL60-15O1-104B2 is widely used in a variety of applications that requires linear motion. It can be used to control linear movement in camera shutters, audiovisual recorders, home appliances, window blinds, and many other devices. Its ease of use and highly accurate linear movement makes it an ideal choice for these applications. In addition to its linear motion applications, the PTL60-15O1-104B2 can also be used for the monitoring and controlling of electrical signals.

The PTL60-15O1-104B2 is a reliable and reliable Slide Potentiometer that can be used in a variety of applications to control or measure electrical signals and power. Its ease of use and accurate linear movement makes it an ideal choice for controlling linear motion in a variety of electric, optical, and acoustic devices.