F58000205

Position sensors measure the position of an object in one or more dimensions. These sensors come in a variety of forms, but the most widely used are angle and linear position measuring sensors. The F58000205 is a type of angle sensor that meets the standard precision requirements of the military and other high-tech industries. In this article, we’ll discuss the application field and working principle of the F58000205 angle sensor.

Application Field

The F58000205 is an angle position sensor designed with precision rotational sensing in mind. Its primary application field is in military and industrial settings with critical positions requiring high accuracy. It is used in applications such as guidance systems, aircraft systems, satellites, helicopters, and other devices with high precision rotational sensing requirements. It is also used in automotive and avionic systems.

The F58000205 is also widely used in mechanical applications such as servo motors, gauge, and valve control systems. Its precision accuracy and long-term stability make it ideal for important positioning tasks in these and other heavy-duty industrial applications.

Working Principle

The F58000205 uses a non-contact magnetic pickup (NCMP) design to detect the position of a rotary shaft. The basic operating principle of the sensor is simple; it senses the magnetic field generated by the rotation of the shaft’s magnetized surface. The magnetic field is measured by two sensing heads (also known as “pickup” coils) attached to the body of the sensor, which constantly detect the shaft’s rotational position.

The pickup coils measure the intensity of the magnetic field using a differential (AC) signal which is then converted into a digital signal to be read and further processed. The F58000205 is equipped with signal conditioning circuits to minimize electrical noise and ensure the accuracy of the output signal.

Conclusion

The F58000205 angle sensor is a precision rotational sensing device designed for critical applications in the military and industrial settings. Its primary application field is in guidance systems, aircraft, satellites, helicopters, and other devices requiring high accuracy. Its non-contact magnetic pickup design and signal conditioning circuits enable it to deliver accurate, stable, and long-term performance.