X9400WS24

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Data Acquisition – Digital Potentiometers are a type of transducer that converts a voltage or current signal into a corresponding mechanical position. They are commonly used in industrial, automotive and electronic components, especially in applications where precise positioning is a requirement. Such as in theapplication field and working principle of X9400WS24.

X9400WS24 is a highly precise digital Hall-effect potentiometer with a slip-ring control. It is designed to provide an accurate and reliable means of sensing mechanical motion that is not hindered by the motion of other parts of the system. This makes it ideal for applications such as speed, position and vibration measurements.

The working principle of X9400WS24 is based on the physics of magnets and currents. When a current is passed through a magnetic field, a Lorentz force is generated. This force produces a torque about the axis of the magnetic field, and this is detected by a Hall-effect sensor. As the position of the device changes, the magnetic field’s axis also changes and so does the Lorentz force, which translates into an electrical signal output.

At the core of this device is a rotor assembly, a magnetic pole piece, and a Hall-effect sensor. The rotor assembly consists of three concentric rings, each with a set of magnets and magnets’ poles which generate a magnetic field in the gap between them. As the position of the device changes, the angle between these magnets and the Hall-effect sensor changes, generating a voltage output that is proportional to the angle.

The output of the device is then passed through a transformer and amplified, providing a high-accuracy, linear measurement of position or velocity. This signal can then be used to control systems or motors, measure speed or acceleration, or measure vibration in mechanical systems. X9400WS24 is an ideal choice for applications requiring a precise and reliable digital Hall-effect potentiometer.

In summary, X9400WS24 is a highly precise digital Hall-effect potentiometer, designed to provide an accurate and reliable means of sensing mechanical motion. It is ideal for applications in industrial, automotive, and electronic components, such as speed, position and vibration measurements. By utilizing the Lorentz force created by a current passing through a magnetic field, the device can measure the exact angle between the magnetic poles and the Hall-effect sensor, providing an amplified and linear signal that can be used to control or measure different components of a mechanical system.

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