P170N2-QC12BR50K

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Rotary Potentiometers, Rheostats are widely used components used for measuring the resistance of a current passing through a circuit or electrically controlling a circuit. The P170N2-QC12BR50K is a type of rotary potentiometer and rheostat designed for industrial and automotive applications.

The P170N2-QC12BR50K is a standard PCB mount potentiometer and rheostat. It features a 10 turn flag design, with a rated resistor value of 12-50K. The rated current of the P170N2-QC12BR50K is 0.25A for a 45^@C ambient temperature environment and a rated total resistance of 15000 ohms max. The low contact resistance of the P170N2-QC12BR50K, combined with its high resistance and stable tracking, makes it perfect for applications that require precision control.

The P170N2-QC12BR50K uses two main pieces for its operation – a slotted shaft and a rotor. The rotor is fixed to the shaft, which rotates within a stationary housing. As the rotor is turned, the resistance of the circuit between the two contact points is changed. This resistance is referred to as the track resistance, and the potentiometer works based on the voltage divider principle. The resistance value across the track is divided evenly among the total resistance of the device.

The P170N2-QC12BR50K is an industry standard for industrial and automotive applications. Its low contact resistance, high resistance, and stable tracking make it suitable for use in motor control systems, current monitoring/measurement systems, audio/video systems, and other applications. It is also commonly used in automotive applications such as engine and transmission control systems, brakes, climate control, and more.

The P170N2-QC12BR50K is a durable and reliable rotary potentiometer and rheostat that can be used in a wide variety of applications. Its robust construction and reliable performance make it a popular choice for industrial and automotive applications that require precision control. With its multifunctional design, it can be used in various systems to increase efficiency and reduce costs.

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