1648353-1

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1648353-1 Application Field and Working Principle

The 1648353-1 is a model number associated with a motion sensor, often used in automated systems. Part of its popularity is due to its versatility and low-cost while being reliable and robust. It is frequently used in the automation and robotics fields, where precision and accuracy are paramount.

This motion sensor is composed of five main parts; a rotating wheel, two transducers, a fixed magnet, and a motion tracking system. The rotating wheel is attached to the motor and spins around an axis. This causes the rotating wheel to create a sine waveform, or a sinusoidal electric current.

The two transducers, commonly referred to as P2 and N2, are located on opposite sides of the rotating wheel and detect the changes in the electric current. When the rotating wheel rotates, the two transducers also rotate and create two shifts in the current. The P2 and N2 transducers detect these shifts and cause the motion tracking system to react accordingly.

The fixed magnet is located on the rotating wheel, and its purpose is to reorient the transducers when the wheel completes each revolution. This allows the motion tracking system to accurately register the changes in the electric current, as well as keep the wheel in the same position each time it completes a revolution.

The motion tracking system consists of a microcontroller and an optical or magnetic sensor. The microcontroller is responsible for interpreting the signals sent by the transducers and instructing the optical or magnetic sensor to move the wheel accordingly. The optical sensor is capable of detecting the changes in light intensity, while the magnetic sensor is capable of sensing changes in the magnetic field of the surrounding environment.

The main purpose of the 1648353-1 motion sensor is to detect changes in the environment and to signal the motor to move the wheel in a specified direction. For instance, it can be used in automated systems to detect objects as they pass by the sensor or to control the flow of a robotic arm. The flexibility, accuracy, and affordability of these sensors make them a great choice for many applications.

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