PM-F44-C3

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The PM-F44-C3 is in the category of Optical Sensors possessing the type of Photointerrupters with a Transistor Output and in the type of Slot.

This type of sensor functions in a very specific way. It works by detecting the passing of a target object that comes between its infrared light source and receiver capable of detecting minute changes in the amount of light detected. When something interrupts the beam, the output of the sensor changes from off to on, with a built in transistor acting as the output. It has a wide range of applications, including the selection of small objects, positional detection for small parts, and switch functions.

The PM-F44-C3 uses a light source and receiver paired together in one unit measuring just 3.5mm wide. It works by shining an infrared light in a thin slot that passes through the target. When the target object interrupts the light, the light emitting diode will turn off and the light receiver will turn on. The built in transistor works to decode the signal and is capable of detecting even minute changes in light levels.

The PM-F44-C3 is a great choice for use in many different application fields. It is suitable for accurate positioning, detection of small parts, and switch functions. Its built in transistor allows for the detection of minute changes in the amount of light detected, making it a great choice for numerous applications. Furthermore, its small size and light weight make it perfect for use in tight spaces where larger sensors could not be used due to their size and weight. With its wide use in many application fields, the PM-F44-C3 is a great choice for customer looking to use an optical sensor in a variety of areas.

The working principle of the PM-F44-C3 is quite simple. It uses a light source and receiver that detect the presence of even the most minute changes in the amount of light. When something interrupts the light beam, the light emitting diode turns off while the light receiver turns on. This triggers an output from the built in transistor that decodes the signal. In this way, the sensor can detect even the slightest changes in the amount of light.

In conclusion, the PM-F447-C3 is an ideal optical sensor for a wide variety of application fields, thanks to its small size and light weight. Its built in transistor is capable of detecting even the most minute changes in the amount of light detected. The sensor is capable of accurately performing switch functions, detecting small parts, and precise positioning. That is why it is a great choice for customers looking to use an optical sensor in many different ways.

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