UICFPSE6BL

UICFPSE6BL is a reliable reflection-type optical photoelectric sensor used for reliable and precise non-contact detection. It is designed for industrial automation or measurement applications, based on the principle of threshold detection. The UICFPSE6BL employs a 4-bit non-polarized FET array as a switching element which, combined with advanced design concepts, enables reliable operation with very small signals.

UICFPSE6BL is suitable for use in a wide variety of application fields such as automotive, industrial and home automation due to its small form factor and long-term reliability. It is also suitable for the detection of hazardous levels of combustible and explosive material, as well as for the detection of solid objects or liquids.

The main advantage of UICFPSE6BL is its ability to operate with low-power signals, as it is capable of detecting signals from a few milliwatts to a few milliamps. Furthermore, the UICFPSE6BL is able to detect signals of any frequency, enabling it to be used for applications in wide range of environments. This makes it very useful for applications such as motion detection, machine vision and more.

The working principle of the UICFPSE6BL is that it senses changes in infrared light levels. It contains an infrared photodiode which is controlled by an amplifier and a four-bit non-polarized FET array. The photodiode detects changes in infrared light levels and the non-polarized FET array converts them into digital signals which can then be used for various applications.

The UICFPSE6BL is capable of detecting signals with a wide range of wavelengths and frequencies. This makes it suitable for detecting both visible and invisible changes in light levels as well as motion detection. Additionally, it is able to work with low-power signals, which makes it suitable for applications such as remote control or machine vision.

UICFPSE6BL is a reliable and cost-effective optical photoelectric sensor that is suitable for a wide variety of applications. It is highly reliable and accurate, and its small form factor makes it suitable for applications requiring low-power signals. Furthermore, its ability to detect signals of any frequency makes it suitable for use in many different environments.