AEDC-5560-B13

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An encoder is an electromechanical device that uses an input signal to generate an output signal with a corresponding digital code. The AEDC-5560-B13 series encoders use state-of-the-art technology to generate reliable output signals with a wide range of resolutions and operational characteristics. This encoder is suitable for a wide range of applications including automotive, aviation, medical, industrial, consumer, and scientific.

The AEDC-5560-B13 series encoder provides two input signals: a single-ended complimentary signal (A or A ) and a differential complimentary signal (A or B ). Furthermore, the encoder provides two output signals: a single-ended complimentary output (Oor O) and a differential complimentary output (Oor P). The output signals represent a map of the encoder input, which is used to determine the position of the encoder in terms of rotational and linear motion. The resolution of the encoder can be set from between 9 and 17 bits depending on the type of encoder used.

The working principle of the AEDC-5560-B13 series encoder is relatively simple. The encoder is mounted on a rotating or linear shaft. As the shaft rotates or moves, a magnetic disc is used to interrupt an optical path which is made of light reflective photo-detectors. The interruption of the optical path sends a low voltage signal to the encoder interface. Depending on the type of encoder being used, this signal is then sent to a differential or complimentary signal conditioner which then produces the two output signals (O or P). The number of cycles of each output signal determines the resolution of the encoder, with higher resolutions resulting in more accurate position measurements.

The AEDC-5560-B13 series encoder is ideal for applications requiring accurate position measurements in rotating or linear motion. In automotive applications, this encoder can be used in engine management, navigation and braking systems. In aviation applications, this encoder can be utilized in aircraft control systems such as autopilots and pitch control. In medical applications, this encoder is ideal for robotic surgical systems. In industrial applications, this encoder is ideal for controlling robotic arms and cutting tools. Finally, in consumer and scientific applications, this encoder can be used to control robots and devices, as well as for laboratory research.

In conclusion, the AEDC-5560-B13 series encoder is a reliable and accurate encoder with a wide range of applications. By using the appropriate signal conditioning equipment, the resolution of the encoder can be set for each individual application. Furthermore, this series of encoder is ideal for applications requiring accurate position measurements in either rotating or linear motion.

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