PTA6043-2015DPB103

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Slide potentiometers are used to measure the position of an object on an axis, and in the PTA6043-2015DPB103, they are used for applacations that need to measure a wide range of displacement. They consist of a resistor element and a slider which moves along its axis, which acts as a contact point. This contact point tracks the position of the slider along the axis, thereby providing a voltage output that is proportional to the displacement of the slider along its axis.

The PTA6043-2015DPB103 is a type of slide potentiometer that is capable of measuring a displacement range of up to 100mm. It is designed for applications in a range of industries, such as medical, automotive, aerospace, locomotive, and industrial automation. It is a linear device, meaning that the output voltage varies linearly with the displacement of the slider. It is also constructed with high-precision bearings and a contact point manufactured from high-quality materials in order to ensure accuracy and reliability.

The working principle of the PTA6043-2015DPB103 is based on the basic concept of a potentiometer. The device is constructed with a resistor element and a slider housed between two fixed contacts. As the slider is moved along its axis, it comes into contact with the resistor element and resistance increases. This increases the current passing through the resistor element, generating a voltage that is proportional to the displacement of the slider. This voltage is used to measure displacement and provides a signal that can be transmitted to a control unit or used for other applications.

The PTA6043-2015DPB103 is a highly efficient slide potentiometer that is ideal for applications requiring a wide range of displacement measurement. Its high accuracy and reliability make it suitable for use in demanding applications and its robust construction ensures long-term durability. In addition, its linear output makes it ideal for use in applications requiring precise displacement measurements, such as in medical, automotive, and aerospace applications.

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