PB10C2T20

Optical sensors measure light, detecting, amplifying, and converting it into an electrical output signal. One of the most used optical sensors is the PB10C2T20, which has many applications in industrial fields. In this article, we’ll discuss the PB10C2T20’s applications and working principle.

PB10C2T20 Application Field

The PB10C2T20 is an optical sensor that measures the intensity of light in a specific range. The sensor is mainly used in industrial applications, such as level sensing, boundary detection, and color detection.

In level sensing applications, the sensor is used to detect the presence or absence of a surface or object. It is also used in boundary detection applications, where it is used to detect when a surface or object has crossed a predetermined boundary. Finally, it is used in color detection applications, where it is used to distinguish between specific colors.

PB10C2T20 Working Principle

The PB10C2T20 works by converting light into an electrical signal. It relies on a four-layer Tech-E-Beam™ detector, which combines Micro-Optical Technology and an ultra-sensitive silicon sensor. The four layers are a reflective transistor, a micro-optical lens, a photosensitive transistor and the silicon sensor.

When light is incident on the micro-optical lens, it is focused onto the photosensitive transistor. This causes a change in current, which is then measured by the silicon sensor. The electrical output is then converted into an output signal, which can be used to measure the intensity of light.

Conclusion

The PB10C2T20 is an optical sensor that is used in industrial applications. It is mainly used in level sensing, boundary detection and color detection. It works by converting light into an electrical signal, using a four-layer Tech-E-Beam™ detector. This signal is then converted into an output that can be used to measure the intensity of light.