LIN-11HAW11

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Position sensors are used to measure the displacement, position, and orientation of a variety of objects. Displacement sensors, such as the LIN-11HAW-11, measure the position of an object with precision, accuracy, and reliability. A full understanding of the LIN-11HAW-11’s application field and working principles is important for any designer, engineer, or technician looking into using this type of sensor.

What is the LIN-11HAW-11?

The LIN-11HAW-11 is a magnetostrictive linear position sensor. It is a device used to measure the linear displacement or position of an object with high accuracy and precision. It consists of a magnetic field emitter, a concentric winding coil, and a magnetostrictive target. The emitter transmits a magnetic field along the sensing range. This magnetic field activates the concentric winding coil which in turn produces an electrical signal. The magnetostrictive target, which is made of a special material, changes its shape in response to the electromagnetic field created by the emitter and this changes it\'s electrical properties. This change in electrical properties is then detected by the concentric winding coil and sent to the device, giving a precise indication of the position of the target.

LIN-11HAW-11 Application Fields

The LIN-11HAW-11 can be used in a variety of applications, ranging from industrial automation and robotics, to automotive and aerospace. In industrial and robotic applications, the LIN-11HAW-11 can be used for accurate linear placement of workpieces into a machining operation. In automotive applications, the LIN-11HAW-11 can be used to measure the position of a throttle or clutch. In aerospace applications, it can be used to measure the linear displacement of an aircraft\'s control surfaces. No matter what the application, the LIN-11HAW-11 offers accurate and reliable linear position sensing.

LIN-11HAW-11 Working Principle

The LIN-11HAW-11 works on the principle of magnetostriction. This is the property of certain materials to change their shape when subjected to a magnetic field. This change in shape affects the electrical properties of the material, which can then be detected by the LIN-11HAW-11\'s sensing coil. By measuring these changes, the sensor can accurately measure and detect any linear motion.

The LIN-11HAW-11 uses a magnetostrictive sensing target as its sensing element. This target is usually made of a special magnetic alloy that is sensitive to changes in a magnetic field. The sensing target is encased in a plastic housing that contains the emitter and sensing coil. When an object to be measured is placed near the target, the emitter emits a magnetic field that causes the target to change its shape. This change in shape produces a signal in the sensing coil, which is then fed back to the device for processing.

Once the signal is processed, the LIN-11HAW-11 can accurately measure and report the linear position of the object with great accuracy and reliability, even in the presence of harsh environmental conditions. The LIN-11HAW-11 is also relatively immune to interference from other magnetic fields, making it a reliable choice for any application.

Conclusion

The LIN-11HAW-11 is a reliable and accurate linear position sensing device. Its magnetostrictive sensing target and sensing coil make it a reliable choice in harsh and noisy environments, while its circuit is designed to protect against interference from other magnetic fields. By understanding its application fields and working principles, engineers and technicians can be sure that they are using a reliable and accurate position sensing component for their applications.

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