CMU3521E

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The CMU3521E Rotary Potentiometer is a special potentiometer designed for industrial applications. It is able to measure the voltage, current, and power levels of a variety of different electrical systems. This potentiometer is able to accurately measure voltage, current, and power levels in a variety of different environments and has been designed to meet even the most stringent safety requirements.

The CMU3521E is designed with two main components, a stationary portion and a movable portion. The stationary portion of the potentiometer houses the working principle, which allows the voltage, current, and power level to be measured with precision. The stationary portion also houses a resistor that is used to attenuate the input voltage. The movable portion of the potentiometer is the actual potentiometer itself. The movable portion helps to control the resistance of the stationary portion, allowing for fine adjustments to be made to the sensitivity of the potentiometer.

The primary application field of the CMU3521E Rotary Potentiometer is automotive electronics. In automotive electronics, the CMU3521E is used to measure voltage, current, and power levels in the engine, transmission, and other electronic components. The CMU3521E is also used in other industrial applications, such as print controls, motors, and in the general electronics industry as well.

The working principle of the CMU3521E is quite straightforward. The stationary portion houses the working principle, which works by using a resistor to attenuate the input voltage. The movable portion, the actual potentiometer, works by controlling the resistance of the stationary portion, which in turn affects the sensitivity of the potentiometer. This allows for precise voltage, current, and power level measurements.

The CMU3521E is also used in a similar capacity as a Rheostat. A Rheostat is a resistive device that can be used to control the current through an electric circuit. Like the CMU3521E, a Rheostat works by controlling the resistance of the stationary portion, thus affecting the current for the circuit. A Rheostat is often used to slowly start a motor, such as the starter motor of a car, or to control the current in motors of conveyor belts and other industrial applications.

The CMU3521E is designed to precisely measure voltage, current, and power levels in a variety of different environments, making it ideal for many industrial and automotive applications. The working principle is quite straightforward and allows for precise, accurate measurements, while the movable portion of the potentiometer allows for fine adjustments to be made to the sensitivity. The CMU3521E can also be used in a similar capacity as a Rheostat, allowing for further control of current through electric circuits.

The specific data is subject to PDF, and the above content is for reference