F65012117

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The F65012117 is a sensor that is used to measure the angular position of a shaft or linear position of a slider. It uses a non-contact principle to measure angle or distance. The working principle of this sensor is based on Hall effect sensing technology. The Hall effect is a phenomenon in which an electrons’ velocity is affected by an external magnetic field, resulting in a small measurable electrical output.

This field-effect transducer uses the Hall effect to sense the magnetic field generated by an external magnet moving along the surface of the shaft or slider. The F65012117 then returns a linear response proportional to the variations in the magnetic field, thus providing an accurate indication of the angular or linear position of the monitored object. The output of the transducer is linearized, amplified, and then converted into a voltage output.

This versatile transducer is suitable for use in a variety of applications that need to measure angular or linear position. The F65012117 is usually used in motorized steerable antennas, robotic arms, machine tool automation, and other areas requiring precise angular and linear position measurements. The device is highly accurate, with very low hysteresis and drift. It is temperature compensated, making it suitable for use in high temperature environments.

The F65012117 is a robust and high-reliability transducer. It provides many advantages over other types of angle and linear position sensors, such as optical encoders and sensors with moving parts. It is small, inexpensive, and has high accuracy. Additionally, since it is based on non-contact sensing principles, it does not suffer from wear, thus providing a long service life. The transducer is also simple to install and easy to maintain.

In conclusion, the F65012117 is an ideal solution for applications requiring accurate, reliable and cost-effective angle and linear position measuring. It does not suffer from wear, is temperature compensated, and is easy to install and maintain. Its low hysteresis and drift make it suitable for use in high-precision applications, and its linearized, amplified, and voltage output makes it easy to interface with existing control systems.

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