A1374EKB-T

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A1374EKB-T Application Field and Working Principle

The A1374EKB-T is a device belonging to the family of Magnetic Sensors-Linear, Compass (ICs). This device is capable of detecting the magnetism in both directions to measure the angular displacement of the automated axis, such as those at motor shafts, as an active safety system for linear inspection. The A1374EKB-T features high response speed, accuracy, and stability. It offers excellent linearity over the entire range and is able to identify hall elements and adjust digital filters in order to regulate the output signals and reduce interference. This device is widely used in robotics, motor control systems, and remote control applications.

Overview of Application Field and Working Principle

The A1374EKB-T is suitable for a wide range of application fields such as robotics, motor control systems, and remote control. It is used to measure the angular displacement of automated axes. The device is based on hall element and magnetic manipulation principle, which makes use of the sign and amplitude of the hall source signal for output signal manipulation. This device consists of an integrated hall element and an internal digital filter circuit for output regulation. It is designed to detect the direction and magnitude of the magnetic field, and then utilizes an internal signal processing circuit to calculate the angular displacement. The output signal is then transmitted to a device for information processing.

The A1374EKB-T employs a magnetically-sensitive element to detect the direction and magnitude of the magnetic field. The two-axis direction of the element is the direction of the sensed magnetic field, and the magnetically-sensitive element can detect the magnitude of the magnetic field. An internal analog amplifier is also included to detect the polarity and amplitude of the hall source signal and to enhance the signal to noise ratio. The sensitive element is also able to identify the hall element to enhance the stability of the output signals.

The A1374EKB-T utilizes an integrated digital filter circuit, which allows for accurate raw angular displacement calculation of the automated axis. The digital filter calibrates the magnetically-sensitive element to provide stable output signal and reduce interference. The signal output can be regulated by adjusting the digital filter, which is also capable of expressing change in output signal on the order of 0.1°.

The A1374EKB-T features accuracy, stability, and linearity, and it is widely used in robotics, motor control systems and remote control applications. It is able to measure the angular displacement of an automated axis with precision and provide a high response speed. The device is also capable of adjusting digital filters to regulate the output signals and reduce interference.

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