AEDR-8310-1V0

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Optical sensors are devices which measure various physical properties of light, such as intensity, position, direction, and polarization. Reflective optical sensors are used to detect an object\'s presence or to measure its distance within a specific range, commonly within shorter distances than what an ultrasonic sensor can detect. They work by emitting a light source, typically an infrared LED, and reflecting the light back with a reflector. When a target is placed between the two, the reflected light changes and the fluctuations are detected by a light detector.

The AEDR-8310-1V0 is an example of a reflective optical sensor with a logic output. It is an axial, single-axis sensor with a wide detection range of up to 36mm. The sensor contains a potentiometer to fine-tune the detection range.

The AEDR-8310-1V0 consists of two components: the emitter and the receiver. The emitter contains an infrared LED as its light source, while the receiver contains a photodiode to detect the changes in the reflected light.

In operation, the emitter emits an infrared light beam towards the reflector. When an object is in the way, the amount of reflected light will be reduced. The photodiode in the receiver will detect the changes in the reflected light, and then convert the information into a logic output. Depending on the distance that the object is from the sensor, the logic output can be either high or low.

The AEDR-8310-1V0 is widely used in a variety of applications, such as precise switching, object detection, and position sensing. Its reflector-based design makes it especially suitable for narrow spaces, while its potentiometer provides flexibility for users to customize the detection range.

In summary, the AEDR-8310-1V0 is a reflective optical sensor with a logic output. It has a wide detection range and can be used in a variety of applications such as precise switching, object detection, and position sensing. Its design makes it suitable for use in narrow spaces, while its potentiometer allows users to customize the detection range.

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