CBR18C12NC90D

Optical sensors have become increasingly popular for their widespread use in today\'s industrial applications. CBR18C12NC90D is one such type of optical sensor, widely used in many industries for reliable and accurate measurements and data collection. This article will discuss the application field and working principle of the CBR18C12NC90D optical sensor.

Application Field

CBR18C12NC90D is an industrial grade optical sensor specially designed for applications requiring robustness and high performance. This type of optical sensor is commonly used in automation, robotics, process control, and machine vision applications. For instance, it can be used to detect presence, measure thickness, monitor flow, and detect light or object positions. It is also widely used in material handling, packaging, industrial automation, machine vision, and other industries where reliable and accurate measurements are necessary.

Working Principle

The main working principle of CBR18C12NC90D is light detection. It consists of a photodiode and a filter that detects specific wavelengths of light. When light is received, the photodiode converts the light into electric voltage. The filter only allows light of a specific wavelength to be detected. This wavelength is predetermined and far narrower than what a human eye can detect. It then converts the received light information into a digital signal and transmits it via a cable to the controlling device, which then processes the signal and generates necessary control commands.

CBR18C12NC90D also works in conjunction with an amplifier to provide accurate and reliable output. This amplifies the small signals received from the photodiode and filter and then sends them to the controlling device. This amplification allows the sensor to provide more accurate measurement data.

Conclusion

The CBR18C12NC90D optical sensor is a reliable and accurate option for industrial applications requiring robust sensing solutions. It is specifically designed to detect light of specific wavelengths and can also be used in automation, process control, and material handling applications. Its amplifier increases the signal quality and accuracy, allowing the sensor to provide reliable and accurate output.