OPB943L55

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Optical sensors are a type of contactless sensor capable of detecting physical changes on the light beam within its working environment. Photointerrupters, also known as slot type sensors, are a type of optical sensor commonly used in automated machinery. The OPB943L55 is an example of a photointerrupter with logic output, used to detect the position of objects in an automated system.

The OPB943L55 is a customisable slot type photointerrupter that uses an integrated circuit with high sensitivity and linearity. It is designed to detect the passage of an object moving within 0.2 to 5 mm of the device, with a switching accuracy of ±40 μm. The device also has a large optical isolation of 1 kV, making it resistant to electromagnetic interference.

The OPB943L55 can be used for a variety of applications where position detection is required. This includes in automated machinery for automated assembly components such as conveyor belts, automated transportation systems, office automation and robotics. It is also used in robotic arms for precise positioning of objects, as well as in industrial applications such as printing, molds, and packaging.

The working principle of the OPB943L55 is simple. The photointerrupter consists of an emitting device and a receiver. When an object passes in front of the device, the emitted light is interrupted, and the receiver detects this interruption. The device then sends a logic output, which can be used to detect the position of objects in an automated system.

The OPB943L55 is a reliable and efficient device for detecting the position of objects in an automated system. It is designed with high sensitivity and linearity along with excellent optical isolation, providing an accurate detection and response signal. Its wide range of applications make it suitable for use in a variety of automated machinery, helping to increase productivity and efficiency.

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