AEDS-8101-H11

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Encoders are devices that are used for measurements and for controlling motion. The AEDS-8101-H11 is a good example. It is a Celduc brand of incremental encoder that has two digital outputs for both A and B phases. The device is designed with a hollow-shaft design, making it suitable for applications where space is an issue.The AEDS-8101-H11 can be used for a variety of applications that involve the need for precision. It can be used in general-purpose applications such as velocity and distance measurements, as well as for precision positioning and monitoring in automated systems.The working principle behind the AEDS-8101-H11 is based on the principle of optical sensing. The device consists of two separate optical disks that are used to detect changes in position. A light source is used to project a series of light peaks onto the disks. As the disks rotate, the light peaks are reflected off the disks and are detected by light-sensitive diodes. These diodes convert the light energy to electrical energy, which is then output as a digital signal.The digital signal consists of two separate channels, which represent the A and B phases. The frequency of the signal corresponds to the rotational velocity of the encoder. As the disks rotate, changes in the light peaks are detected by the diodes, which results in a digital output. The digital output can be used for various control and monitoring purposes.The AEDS-8101-H11 has several advantages over traditional mechanical encoders. First, it is more accurate than mechanical versions and is much smaller in size. Furthermore, it is much easier to install than traditional mechanical encoders. Finally, it is much easier to maintain, as it does not require frequent inspections and maintenance due to its non-contact design.The AEDS-8101-H11 is a reliable and cost-effective encoder that can be used in a variety of applications. It provides accurate and precise measurements and control and is easy to install and maintain.It is ideal for use in automated systems and can be easily integrated into existing systems.

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