PE12C3T15NO

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PE12C3T15NO is a type of optical sensor that belongs to the photoelectric, industrial series. Its application field is very wide, since optical sensors are used in a grat variety of industrial, scientific, and consumer applications. This paper presents some of its main application fields and working principles.

Application Field

PE12C3T15NO is mainly used in industrial settings, to detect changes in physical properties of objects. It is commonly to detect the presence of a hazardous material or to detect the presence of foreign objects. It also has a distinguished use in production line optimisation, where it can detect objects moving fast or at slow velocities, and provide the necessary feedback. Additionally, it can be used for precision measurement, either measuring the presence of a particle or measuring the distance between two objects.

Apart from the industrial field, this optical sensor can also be used in consumer applications. This includes digital cameras, improving their ability to detect low-light levels and adjust the exposure time. Additionally, this type of optical sensor is used in navigation systems, detecting when a vehicle is coming near a signal or stop line. It is also used in proximity sensors, for medical applications, to measure body temperature or detect motion.

Working Principle

The working principle of the PE12C3T15NO optical sensor is relatively simple but efficient. It works using the principle of light absorption. An invisible electromagnetic radiation is propagated through the sensor\'s aperture, where it is then absorbed by an interface within the optical sensor. When the interface is able to absorb the energy, a signal is sent to the corresponding output. When something is in the sensing range, the interface does not absorb the energy and the output remains inactive.

This type of optical sensor uses the same basic principle as most other optical sensors: a light source emits a coded signal of photons which is sent to the detector. The detector then measures the intensity of the returned portion of the optical signal, and produces an output. Depending on the application, the output may be in the form of a voltage, an analog signal, or a digital signal.

Conclusion

The PE12C3T15NO optical sensor is very versatile and can be used in a large variety of industrial, scientific, and consumer applications. It works on the principle of light absorption, and produces an output signal depending on the intensity of the returned optical signal. Thanks to its ease of installation and low-cost, it is one of the most popular optical sensors today.

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