59150-1-S-05-D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Magnetic sensors allow detection and interpretation of a magnetic field from an object. These sensors provide an accurate, reliable and cost-effective method for both industrial and consumer applications. The 59150-1-S-05-D magnetic sensor, specifically, is used to detect and measure the displacement of a magnetic field from an object in order to identify and track the object’s location. The sensor uses a Hall effect element to detect the field and then transmits an electronic signal proportionate to the displacement of the field. This signal is then used to determine the object’s position.

The 59150-1-S-05-D magnetic sensor offers a wide range of potential applications across industrial and commercial sectors. It can be used for proximity detection and as an aid in identification and tracking of objects. Its efficient, accurate field detection makes it ideal for applications such as locating robotic arms in assembly lines, consumer product tracking, security, power line automation, medical product identification, and asset tracking.

The 59150-1-S-05-D magnetic sensor is a complete module, designed for two motor feedback systems - closed loop and half-closed loop systems. The module contains an electronic board equipped with a single Hall element with intrinsic linearity of 0.1%. This element allows detection and conversion of the magnetic field from an object into an electrical signal. The module is also equipped with a PGA (programmable gain amplifier), comparator, normal comparator, motor current probes, and high-speed opto-couplers.

The module works in two distinct stages. First, the magnetic field signals induce electric signals in the Hall element. This produces a linear signal with specific characteristics for the particular motor. The sensor then amplifies the linear signal, allowing it to be detected more easily. The signal will then be compared to a reference value (either a set value or one determined by the user) and if the signal exceeds the reference value, the module will pass the signal on to the motor feedback system, constantly updating the motor’s position so that it remains in the specified location.

The 59150-1-S-05-D magnetic sensor offers various advantages to its users. For example, its compact size and integrated design allow for more efficient performance. It also features very low power consumption, operates at a temperature range of -25 to +85°C, and offers advanced noise filtering. In addition, its large dynamic range and excellent linearity provide superior accuracy and reliability.

In conclusion, the 59150-1-S-05-D magnetic sensor is an ideal solution for a variety of industrial and commercial applications. It offers a reliable, accurate, and cost-effective way to detect and measure the displacement of a magnetic field. Its integrated design, low power consumption, and excellent noise filtering make it a great choice for any application requiring location tracking and accuracy.

The specific data is subject to PDF, and the above content is for reference