F65067101

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Position sensors are widely used in industry for the detection of linear or angular movements. The F65067101 is one such position sensor, specialized for measuring angular displacement. F65067101 utilizes De-Havilland\'s magnetoresistive technology for angle measurement, with the ability to measure angles up to 360 degrees with high precision.

The primary working principle of the F65067101 is based on measuring the change in resistance of a resistive element, when an external magnetic field is applied. The resistive element is a section of a resistive material, such as a thin film or thick film, which is connected to the F65067101. When a magnetic field is applied, the resistance of the resistive element will change based on the strength and direction of the magnetic field. This change in resistance is detected by the F65067101 and used to determine the angle of the external magnetic field.

The F65067101 is used in a variety of application fields for measuring angular displacement, including automation, aerospace, robotics, and construction machinery. The F65067101 can be particularly useful for monitoring and controlling the orientation of a machine or object, as it can measures angles up to 360 degrees with high precision and accuracy.

In addition to measuring angles, the F65067101 can be used to measure linear displacement. De-Haviand’s magnetoresistive technology is used to measure the linear displacement of a resistive material, such as a thin or thick film, connected to the F65067101. As the linear displacement of the resistive element increases, the resistance of the resistive element increases as well. The F65067101 can measure and detect this change in resistance and use it to calculate the linear displacement.

The F65067101 is a versatile and cost-effective position sensor used to measure angular and linear displacement. It utilizes De-Havilland’s magnetoresistive technology to accurately measure angles up to 360 degrees and linear displacement of a resistive material. The F65067101 can be used in various application fields, such as automation, aerospace, robotics and construction machinery, for monitoring and controlling the angle and linear displacement of a machine or object.

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