59065-1-T-05-D

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Magnetic sensors are a type of transducer that are used to measure the magnetically-influenced physical condition of an object. Magnetic sensors have a wide range of applications and are used to detect magnetic fields, to measure the location of objects, to measure the speed of an object or to measure the acceleration or deceleration of an object. The magnetic sensor industry is constantly developing with new and more efficient sensors being released regularly.
The 59065-1-T-05-D is an example of a magnetic position module used for sensing a target’s position based on its magnetic field. The 59065-1-T-05-D module has an integrated Hall effect sensor with an operating temperature range from -40° to 150°C and a wide dynamic range of ±1 mT. It has a wide output range spanning from 0 to 10V, drawing a maximum current of 1mA. The 59065-1-T-05-D also boasts a high accuracy of ±1%.
The 59065-1-T-05-D module can find a wide range of applications, heavily used in hospitals for detecting patient location for tracing purposes and likewise in industrial scenarios where material such as steel and iron needs to be measured. Its sensing range and accuracy makes it ideal for applications such as monitoring the position of objects in industrial automation equipment, releasing of brakes and operation of control valves. As a result of its self-contained structure, it is also low-cost and low maintenance making it a popular choice for many contemporary applications.
The working principle behind the 59065-1-T-05-D module lies in its Hall effect sensor, which consists of a sensitive IC integrated in a small plastic housing suitable for a wide range of applications. The Hall effect sensor works by detecting the changes in the magnetism of the target object, which are then amplified and converted into an electrical signal that can be used to measure the location, speed or acceleration of the target. The Hall effect sensor is composed of an aluminium barrier with two electrical contacts placed perpendicular to each other with a thin layer of semiconducting material in between. As an electric current is applied to the Hall effect sensor, a current will be induced in the perpendicular direction. With the help of an external circuit, the magnitude and polarity of this induced current can then be measured and be used to determine the magnetism of the target object.

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