P1004-95-X

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Rotary Potentiometers and Rheostats are commonly found in electronic circuits as a means of providing adjustable feedback. The P1004-95-X is a particular type of potentiometer/rheostat that is designed for use in a wide range of applications. This article will provide an overview of the P1004-95-X and its various applications and working principles.

What is the P1004-95-X?

The P1004-95-X is a mechanical electrical rotary device that provides adjustable electrical feedback. It consists of a multi-turn shaft and bushing, which is typically constructed out of stainless steel or plastic. The P1004-95-X is designed with a variety of resistances, power ratings, and mounting configurations. The resistance values can range from 0.02 Ohms to 1.5 Ohms, and the power rating can range from 0.5W to 1.5W. As the application requirements vary, P1004-95-X is capable of being used in both single turn and continuous rotation settings.

Application Field

The P1004-95-X is primarily used as an adjustable resistor in electronic devices. It is particularly well-suited for applications such as voltage regulation, current limiting, signal filtering, and power control. It has also found use in instrument panels, SPST switches, and adjustable capacitor networks. Additionally, this device is widely used in various industries, including aviation, automotive, medical, and food waste management.

Working Principle

The P1004-95-X is designed to provide adjustable electrical feedback. When the knob is turned, the resistance element within the device changes accordingly. This phenomenon is known as the “potentiometer effect”. When the resistance is changed, the current or voltage in the circuit is also modified. By adjusting the resistance of the device, the user is able to control the current or voltage in the circuit.

Conclusion

The P1004-95-X is a versatile device, designed for use in a wide range of applications. It is suitable for use as adjustable resistors in electronic circuits, providing adjustable electrical feedback when the knob is turned. Additionally, it is commonly employed in instrument panels, SPST switches, adjustable capacitor networks, and various other industries for efficient voltage regulation, current limiting, signal filtering, and power control.

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