23ESB104MMF50A

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Rotary Potentiometers and Rheostats are electromechanical transducers which are used to measure activation angles in control systems. They are often used in position control, adjusting the activation angle of a motor, and in similar applications. The 23ESB104MMF50A is a type of Rotary Potentiometer with a specific application field and working principle.

The 23ESB104MMF50A is used in applications where high accuracy is required. It is a momentary contact, latching, single-turn switch that provides a signal that corresponds to the rotary angle. The contactless design and improved signal-to-noise ratio of the device ensure that it is suitable for use in measuring precise rotations or for position control applications. The actuation of the rotary switch is done with the use of two magnetically-actuated rotors that are positioned in close proximity to one another. The rotor positions determine the activation angle of the switch and the signal voltage or current sent out through its outputs.

When the rotary switch is actuated, one of the rotors, the commutator, moves in a clockwise direction while the other rotor, the energizing coil, does not move. The magnetic flux generated by the energizing coil interacts with the commutator, inducing an electric current in the commutator which is proportional to the displacement of the commutator. This electric current passes through the switch’s outputs, providing an output signal proportional to the rotation angle of the commutator. The actuation force necessary to rotate the commutator is kept at a low value thanks to its magnetic actuation design, making it suitable for use in robotic and other automated control systems.

The 23ESB104MMF50A is designed for use in applications where precise linear movement measurement and activation angles are needed. It benefits from its single-turn design, making it suitable for use in motor controls, or any application where precise angular motion is necessary. It is also designed for fast switching applications, due to its magnetic actuation and contactless operation. Its improved signal-to-noise ratio makes it suitable for use in low-noise and high-resolution measurement applications as well.

In summary, the 23ESB104MMF50A is an electromechanical transducer which can be used to measure activation angles in motor controls and other precision linear movement measurement applications. Its magnetic actuation design allows for less actuation force to be used, making it suitable for use in robotic and automated control systems. It also offers a high signal-to-noise ratio and is suitable for fast switching applications.

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