A1346LLETR-DD-T

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 have enjoyed a long history of successful application in a wide variety of industries. The development of Magnetic Sensors – Linear, Compass (ICs) devices has enabled increased precision in measuring and detecting very small changes in physical parameters of systems and processes, allowing for more efficient automation and control. The development of the A1346LLETR-DD-T further increases the capabilities of such applications.

The A1346LLETR-DD-T is a Magnetic Sensors – Linear, Compass (ICs) device, designed for measuring the direction and strength of magnetic fields. The device consists of an integrated chip that contains a three-dimensional magnetic field sensing array, an analog-to-digital converter (ADC), and on-chip temperature compensation technology. This device is ideal for applications that need to track the direction and magnitude of an invisible field from a distance, including motor control, magnetic sensing of position and direction, and motion control.

This device uses Hall Effect technology to detect the magnetic field. It works by the presence of a strong magnetic field deflecting electrons entering the semiconductors of the chip, creating a potential difference. This potential difference is then amplified and converted into an analog or digital signal, which is then used by the application. In this way, the A1346LLETR-DD-T is able to detect a very small change in magnetic fields and accurately calculate the direction and magnitude of the field.

In order to benefit from the high precision and accuracy of the A1346LLETR-DD-T, the following criteria must be met: the magnetic field should be uniform and symmetrical, the internal temperature of the device should be within the range of -40 to +85 degrees Celsius, and the frequency of the magnetic field should not exceed 10kHz. If these requirements are met, then the A1346LLETR-DD-T has the potential to provide highly accurate and precise position and orientation data.

The A1346LLETR-DD-T is an extremely useful device for applications where measuring the direction and strength of magnetic fields is required. The chip contains a high-precision ADC and on-chip temperature compensation technology, allowing for accurate measurements over a wide range of temperatures. The chip can also detect very small changes in magnetic fields and convert them into an analog or digital signal that can be used by the application. The device also has the capability to track changes in magnetic fields over time, which is useful for applications such as motor control and motion control. As a result, the A1346LLETR-DD-T is an extremely useful device for applications requiring the detection and measurement of very small changes in magnetic fields.

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