PTE60-152B-502B2

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Slide Potentiometers are electromechanical transducers that translate the linear displacement of a slide contact to an output voltage, typically correlated to the displacement. The PTE60-152B-502B2 is an example of a slide potentiometer.

The PTE60-152B-502B2 is a multi-turn potentiometer with ranges of 30°, 45°, and 90°, providing a linear or arc-shaped movement. It offers two mounting styles: one with a direct frame mounting for arduous environmental conditions and one on a threaded shaft for longitudinal or rotary applications. The PTE60-152B-502B2 features high voltage isolation, adhesion to itself and to the circuit board, high dielectric strength, and low noise. It is ideal for demanding applications, such as in harsh environments and high temperature/humidity environments, such as military and aerospace. Additionally, it has a long service life and offers high power dissipation.

The principle of operation for a slide potentiometer is based on the voltage output of a wiper located on a resistive element. The wiper is a metal contact, which moves along the resistive element, providing a voltage output which is proportional to the position of the wiper. The position of the wiper is determined by the position of the slide. The position of the slide is typically indicated by a pointer or an indicator, either on the potentiometer’s body or on a scale.

The PTE60-152B-502B2 provides a linear output which corresponds to the position of the slide contact. This linear voltage can be used to control the operation of a device or to measure the distance or position of something. It can also be used to measure angles and distances. Additionally, the PTE60-152B-502B2 can be used as an isolated multiple cell potentiometer to provide two or more independent variable outputs.

In conclusion, the PTE60-152B-502B2 is an example of a slide potentiometer used for various applications, such as in harsh environments and high temperature/humidity environments. It has a long service life and offers high power dissipation and high voltage isolation. Furthermore, its principle of operation is based on the voltage output of a wiper located on a resistive element, providing a linear voltage output corresponding to the position of the slide contact.

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