CU5011E

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Rotary Potentiometers, Rheostats are used in a wide variety of applications such as for measuring position, velocity, torque, force, voltage, temperature, and resistance. The CU5011E is a versatile device designed to serve many different applications in various fields. This article will discuss the application fields and working principle of the CU5011E device.

CU5011E Application Fields

The CU5011E is a rotary potentiometer that is used in a variety of fields. It is often used in the automotive, medical, aviation, industrial, and marine industries. In the automotive industry, the CU5011E is used to control the speed and direction of a vehicle and for monitoring engine parameters. In the medical field, it is used in prosthetics and medical equipment such as infusion pumps, respiration monitors, and hearing aids. It is also used in aviation for controlling flight controls and in the marine industry for controlling the movement of boats and ships. The CU5011E is also used in industrial applications, such as controlling machine tools and in temperature and pressure regulation in home appliances.

CU5011E Working Principle

The CU5011E is a rotary potentiometer that utilizes a potentiometer to measure a special kind of voltage. This type of voltage is known as wiper voltage. The wiper voltage is directly proportional to the rotational position of the potentiometer itself. In the CU5011E device, the wiper voltage is produced by a thin strip of metal that is connected to the rotary control knob and runs along the circumference of the potentiometer body. When the knob is turned, the metal strip is moved along the circumference and produces the wiper voltage, which then changes with the position of the knob.

The CU5011E also has a second control knob, called a taper, which changes the shape of the voltage curve produced by the wiper voltage. As the taper knob is turned, the resistance of the potentiometer body is changed to produce either a linear or non-linear voltage output. In other words, the taper knob can be used to control the sharpness or flatness of the voltage curve.

The CU5011E device can also be used to control current in a circuit. This is done by using the device in conjunction with a pair of voltage dividers. The voltage dividers convert the wiper voltage into a current that is proportional to the rotational position of the potentiometer. This can be used to control the current in a circuit, thus allowing the user to control the amount of current in the circuit.

Conclusion

The CU5011E is a versatile device that can be used in a variety of applications. Its main use is to measure the position of a rotating knob or to control the current in a circuit. It is highly useful in the automotive, medical, aviation, marine, and industrial industries. Its working principle is based on the wiper voltage produced by the metal strip that runs along the circumference of the potentiometer body, and the taper knob is used to change the shape of the voltage curve produced.

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