392JB1K

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Rotary Potentiometers, Rheostats

The 392JB1K model, most commonly referred to as a rotary potentiometer, is a device that is able to produce signalled voltage that is proportionally related to the angle of rotation of an actuator. This device can be used to precisely measure angles and is capable of resisting environmental variations. It can also be combined with rheostats, which is another type of potentiometer, to generate a nonlinear output signal or to provide a variable resistance range at low frequencies.

The 392JB1K application fields range from industrial and scientific equipment to audio, automation and many others. It mainly finds its uses in measuring angles and angles for precise measurement. It is widely used in automotive and robotics applications, as a reliable way to measure the precise angular displacement of an actuator.

The 392JB1K working principle is based on the use of a fixed resistor and an adjustable track. A voltage is applied to the fixed resistor and another voltage is applied to the wiper. The proportion of the two applied voltages is dependent on the angular orientation of the wiper. The voltage output of the rotor is proportional to the product of the two voltages and the angle of rotation.

The 392JB1K has many advantages over other types of potentiometers. It is able to provide precise measurements, it is highly resistant to environmental variations, it is able to operate in both linear and nonlinear configurations, and it can be integrated with rheostats to provide variable resistance. Furthermore, it offers an easy and economical way to measure angles and angles for precise measurement.

In conclusion, the 392JB1K is a highly reliable device capable of providing accurate angular measurements. It has many advantages over other types of potentiometers, including the ability to provide reliable readings and variable resistance ranges at low frequencies. Furthermore, it is able to resist environmental variations, making it suitable for many applications and industries.

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