AEDS-9641-110

Encoders are industrial components used for different functions. Some encoders are used to detect motion, while others are used for positioning and counting. AEDS-9641-110 is an encoder used for incremental encoder applications. This document will explain the application field and working principle of the AEDS-9641-110.

Application Field
The AEDS-9641-110 is an increment encoder designed for measuring relative displacement and velocity. It can be used in various sectors, such as medical, robotics, transport, and factory automation. It is suitable for situations where positioning needs to be precise and accurate.

Working Principle
The AEDS-9641-110 has a rotating core inside of it. The core is composed of many slots that contain a light-emitting diode (LED) and a photodiode. At each slot, the LED emits a light beam, which is picked up by the photodiode. This light beam is then converted into an electrical signal. The electrical signal is then used to measure displacement and velocity.

The working principle of the encoder is simple. As the encoder rotates, the LED and photodiode at each slot take turns in emitting and receiving light. Each time the LED and photodiode switch, an electrical pulse is generated, which is the measure of angular displacement. This measure of angular displacement can then be used to determine velocity.

The AEDS-9641-110 can also measure position and speed in two different modes. One mode is the single-speed mode, in which the encoder produces a single electrical pulse. The second mode is the two-speed mode, in which the encoder produces two electrical pulses at each slot. This mode is useful for applications that require higher accuracy and resolution.

The AEDS-9641-110 is a versatile encoder that can be used in various applications. It is able to measure relative displacement and velocity with accuracy and precision. With its two-speed modes, the AEDS-9641-110 can provide higher accuracy and resolution.