1200905001

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The device 1200905001, named “The Compound Magnetic Sensor”, has a quite wide range of applications. It is typically found in automotive, aerospace, and industrial manufacturing. On one hand, the sensor itself can be used to measure rotating speed, strain-gage force, dynamic pressure, slow speed, vibration, and a few other force related applications. On the other hand, it can be incorporated into systems to detect rotational speed, position, and velocity.

The working principle of the compound magnetic sensor is based on the Hall effect. This is derived from the fact that when a non-uniform magnetic field is applied to a conductor with an electric current, a weak and measurable electric voltage is produced in the conductor. This voltage is proportional to the applied magnetic field.

The Compound Magnetic Sensor is comprised of several components: a sensor, two coils, an adjustable device, a pacer, a temperature compensator, and a connection bus. The sensor itself is an electromagnet that is composed of two coaxial magnets with different magnetic flux. The two coils act as the sensing elements. When the relative positions of the two magnets change, the output of the two coils also change, as detected by the sensor.

The adjustable device installed on the sensor is used to adjust the sensitivity of the sensor. This is essential in obtaining the most accurate data from the sensor. The pacer sends out periodic electrical signals that are used to ensure that the data generated by the sensor is processed correctly. The temperature compensator is used to ensure that the sensor is not affected by environmental changes. Finally, the connection bus acts as a medium through which the data is sent from the sensor to the output device.

Overall, the Compound Magnetic Sensor is a reliable and versatile device that can be used in a wide variety of applications. Its working principle is based on the Hall effect, and it is composed of several components that work together to ensure accurate and consistent data readings. For these reasons, the device is widely used in automotive, aerospace, and industrial manufacturing.

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