OPB370L55

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The OPB370L55 is a slot type photosensor featuring a transistor output, a low-profile design, and a long sensing distance for optical sensing applications. It is an ideal choice for automation, machine vision, industrial applications, and medical applications where the condition of an object or its location needs to be detected and interpreted. The OPB370L55 utilizes a metal oxide–semiconductor (MOS) structure to detect the interruption of an optical beam across it and output a low signal when the beam has been interrupted. This photosensor is designed with a long sensing distance, making it ideal for applications where two objects need to be far apart.

The OPB370L55 features a low profile design which allows it to be installed in places where space is limited. This photosensor also has a wide supply voltage which allows it to be used with both AC and DC power sources, making it easy to install and use in a variety of applications. It also has a low sensitivity threshold so it is able to detect even the faintest of interruptions in the optical beam.

The working principle behind the OPB370L55 is that a metal oxide–semiconductor (MOS) structure is used to detect the interruption of an optical beam across it. When the optical beam is interrupted, the photosensor will output a low signal. This low signal can then be interpreted by a variety of devices such as automation controllers, machine vision systems, or medical instruments to indicate that the condition or location of an object has been detected.

The OPB370L55 is a flexible choice for automation, machine vision, industrial applications, and medical applications where the condition of an object needs to be detected and interpreted. This photosensor is designed with a long sensing distance, a low profile design, and a wide range of supply voltage compatibility making it great for many applications. The MOS structure of the sensor makes it highly sensitive and able to detect even faint interruptions in the optical beam, with its low sensitivity provide the user with a reliable result.

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