2D16UL

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

2D16UL series Hall effect position sensors are widely used in many automated operation systems, such as automobile industry, aviation and aerospace industry, as well as in consumer electronics. These position sensors provide customers with the capability of accurate linear or angular movement control for precise operation.

Using the Hall effect principle, 2D16UL position sensors detect rotary angular or linear displacement in the non-contact and wear-free way. This position sensor is comprised of a small semiconductor chip, a permanent magnet, and a fastener for mounting. The Hall element integrated in the chip produces an electric voltage proportional to the static magnetic field when it is placed under the influence of the magnetic field. This voltage is used to control the displacement of a vehicle or any other movement.

2D16UL position sensors have a wide range of application fields. These include, but are not limited to automotive steering systems; automotive chassis systems; hand brake systems; automotive window lifts, parking brake systems; electric lock systems; medical equipment; household appliances; consumer products; office machinery; and industrial equipment.

The primary working principle of the 2D16UL series position sensors is based on the Hall effect. By detecting changes in the magnetization direction, density, strength, or size of a permanent magnet, a corresponding output proportional to the displacement can be acquired. The output voltage of the Hall effect position sensor is linear, making it easier to measure and control the displacement. The linearity of the output voltage is one of the key characteristics of this position sensor.

2D16UL position sensors integrate a variety of technologies to provide reliable sensing capabilities. These include the latest contactless Hall element, current-to- voltage conversion, temperature compensation, low power consumption, and active amplification. With these features, it is possible to obtain stable and reliable sensing performance over a wide operating range.

The operating range of 2D16UL position sensors is also quite large. This series of position sensors can detect displacements from 0.3mm to 7.2mm with excellent accuracy. It also has the ability to detect a range of angles from 15° to 360°. This wide operating range makes it suitable for many applications.

2D16UL position sensors are also highly reliable due to their low power requirement and low temperature sensitivity. This means that they are capable of operating in harsh environments with minimal power input. This makes them ideal for any application requiring a reliable position sensing solution.

In conclusion, the 2D16UL series of position sensors are an ideal choice for any application requiring precise and reliable displacement detection. With their wide operating range, excellent accuracy, and low power requirement, these position sensors can provide the user with accurate and reliable positioning or movement control even in the harshest environments.

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