AEDR-8320-1Q2 Sensors, Transducers

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The AEDR-8320-1Q2 reflective photointerrupter is used widely in a wide range of applications. Many companies have used and continue to use this device to make their products operate in the way that they need them to. This particular photointerrupter comes from Avago Technologies, and it is a logic output type device.

This device works though the usage of an LED and a phototransistor. Both the LED and the phototransistor are contained within a single housing, and both are used to monitor an area that they are pointed towards. There is a small mirror that is placed between the two components, which causes reflected light to be absorbed by the phototransistor when the light passes by. Upon detecting the light, the phototransistor will send a signal out in a binary format, which is then read by the logic unit. This signal is considered to be either a ‘1’ or a ‘0’, which is read by the logic unit and used to determine the status of the device.

The AEDR-8320-1Q2 is most commonly used as a close proximity detection device, or an object detection device. They are commonly used in robotics, and other industrial machines, for collision avoidance when certain objects come into the view of the sensors. Most notably, they are used in robotics, as the proximity sensors provide an accurate measure of the distance between the robot and another object. They are also used in applications such as automated factory assembly lines, as well as transportation vehicles, and they can be used for automatic door control systems.

With regards to installation and mounting, the AEDR-8320-1Q2 can be mounted directly to a PCB or board via the use of an M3 mounting screw, or alternatively a socket mount. The device comes with both an array of power input options, as well as a variety of connection ports, making it easily compatible with most applications. The power input options include power from 5V to 24V, whilst the connection ports include a single base and a dual base connection. The device itself is very small in size, with an overall dimension of 12.5 millimetres in diameter. This makes it ideal for applications which require the sensor to be installed in a confined space, or behind walls and other obstructions.

The AEDR-8320-1Q2 is also highly reliable and efficient, and is capable of accurately detecting a wide range of distances. The device’s accuracy is also extremely impressive, with a minimum detection range of one millimetre, and a maximum detection range of four millimetres. The device comes with a number of features, such as an LED indicator that indicates when the device is in use, and a signal transmission rate of 2 Mbps.

In conclusion, the AEDR-8320-1Q2 is a highly reliable and efficient optoelectronic device, capable of accurately detecting objects at close proximity. It is suitable for use in a wide range of applications, from industrial robotics and factory assembly lines to automatic door systems and transport vehicles. These sensors are robust and reliable, with mounting options that are easily compatible with most PCBs and boards. Furthermore, their accuracy is unmatched, with the ability to detect a range of distances between signals, as well as very impressive signal transmission rates.

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