AS5311-ATST-500

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Encoders are designed to convert analog signals into digital or other type of analog signals. These devices are commonly used in applications such as industrial control, robot control, data acquisition, and data logging. The AS5311-ATST-500 is a self contained dual-channel, tilt angle encoder capable of measuring up to two one-dimensional angles or one two-dimensional angle on a single axis. Its compact size and battery powered operation make it ideal for applications in space limited environments.

The AS5311-ATST-500 works by sensing capacitively generated signals due to the change in iron core orientation caused by the movement of the axis of interest. It is based on a capacitive sensing principle and is capable of micro-dynamic measurements. This principle uses capacitive sensing to enable rapid response and high accuracy angle measurements.

The AS5311-ATST-500 encoder consists of two independent conductive membranes, each having a pair of electrodes spaced apart, forming two capacitive measuring sensors, or axes, mounted at 90° relative to each other. As the axis of interest moves, the capacitance between the electrodes varies, and the encoder measures the generated signals along its two axes. This device is designed to be insensitive to temperature and to have improved linearity over the full range of the measurement.

The AS5311-ATST-500 is capable of measuring angles up to +90° and -90° in both axes, providing angles between 0° and 360°. It is powered by a quad-band low-power transceiver, allowing for low-power operation. Furthermore, due to its high accuracy and resolution it can be used for applications which require precise measurements with minimal latency between the measurements.

The AS5311-ATST-500 is designed for easy integration into robotic systems, motion control systems, as well as various other applications where precise tilt angle measurements are required. It is also useful in space-limited environments where fast and dependable angle measurements are necessary. Additionally, its ability to sense rapid movements make it suitable for measurements such as tracking the orientation of pan-tilt mechanisms.

The AS5311-ATST-500 is well suited for applications such as robot control, robotic navigation, motion control for autonomous vehicles, medical device control, aircraft control, autonomous robotic systems, power systems monitoring, industrial automation, machine vision, and motion tracking. It can provide reliable and accurate angle measurements in real-time. It also offers an efficient, low-power solution for applications in which the device is used over extended periods.

In conclusion, the AS5311-ATST-500 is an ideal encoder for applications where precise angle measurements are necessary. Its self-contained dual-channel capability and its low-power operation make it well suited for integration into robotic systems, motion control systems, and various other applications which require accurate and robust tilt angle measurements.

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