PTL30-10R0-103B2

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Slide Potentiometers

PTL30-10R0-103B2 is a kind of slide type potentiometer. It is used to measure electrical voltage and current in a wide range of precision electronic circuits. It has good linearity, low temperature drift, electrical noise reduction, excellent in-circuit performance and good resistance to moisture and pollutants.

The slide type potentiometer has a common structure composed of a spiral spring structure, a fixed contact, an electrode shaft and a sliding contact. The output voltage is related to the displacement position of the electrode shaft relative to the fixed contact. The higher the displacement position, the higher the output voltage. This type of potentiometer is most commonly used in volume control devices, since it provides a linear variation of resistance to output voltage. It also provides a high precision and good dynamic stability.

The typical working principle of PTL30-10R0-103B2 device is as follows: In top position the contact of the slide potentiometer is locked in place by a locking pin. When the potentiometer is operated the locking pin is released and the contact slides along the spiral spring track giving an output voltage proportional to the displacement of the contact along the track. The output voltage range is very small - from 0 to 10 volts. The resolution is also very small - from 0 to 100 millivolts.

PTL30-10R0-103B2 device is mainly used in electronic and electrical engineering for applications such as precision measurement systems, AC power metering, precision voltage and current measurement, audio signal processing and control systems, etc. It can also be used in other applications where a linear output signal is required, such as automatic door control, automatically controlled air conditioning systems and motor speed control.

The PTL30-10R0-103B2 device is a low cost, high precision and reliable device which is widely used in various fields. It is a great way to accurately measure and control precise values of electrical current and voltage in many electronic systems.

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