55100-AP-03-E

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The 55100-AP-03-E from Northwestern Microwave Technologies is a high-power absorptive field sensor module which is designed to detect magnetic objects such as ferrous metals, steel cables, rebar, and others. This detector has been designed to not only detect magnetic objects but also determine their position and measure their speed.

Application field

The 55100-AP-03-E is used mainly in industrial applications such as magnetic field sensing and speed measurement. It can be used to detect moving objects, and can be used to detect larger objects and speeds that cannot be detected by any other magnetic sensor. It is suitable for use in applications such as industrial automation, robotics, medical imaging, safety and security, and many other applications. The 55100-AP-03-E is also well suited for use in metal detection, surface probing and navigation.

Working Principle

The 55100-AP-03-E utilizes an inductive sensing principle which relies upon a persistent magnetic field. The module contains an array of sensing elements which are tuned to detect the presence, position and speed of magnetic objects in the vicinity. These sensors emit a high-power electromagnetic field that is tuned to detect the presence, position and speed of magnetic objects. The field is then measured using the electromagnetic field sensors and the data is processed using algorithms to determine the position and speed of the object.

When a magnetic object is detected, the module emits a pulse of electromagnetic energy. This pulse is then detected by the array of sensing elements in the module. The data is then processed by the algorithms to determine the position and speed of the object. The data is then sent to a processor which further processes the data and provides a signal that can be used by the user.

The 55100-AP-03-E is a highly sensitive magnetic field detection module and can detect objects over distances of up to 3 meters. It has a wide range of applications in industrial automation, robotics, medical imaging, safety and security, and many other applications. Its high resolution and accuracy make it an ideal choice for applications requiring precise measurement of magnetic fields and distances.

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