HL-C211F5

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Optical Sensors are essential components in many robotic, industrial, medical and scientific fields. They detect electromagnetic radiation of a certain wavelength emitted from their target and convert it into an electrical signal. The HL-C211F5 is a type of optical sensor used mainly in industrial applications.

The HL-C211F5 has a sensing diameter of 6mm, and uses a unique combination of glass, metal and plastic materials to create a highly sensitive, durable and reliable device. It utilizes a highly efficient infrared transmission filter to detect infrared light, making it suitable for applications such as autonomous object detection and collision avoidance.

It is important to note that the HL-C211F5 operates in a linear range, meaning that it is unable to detect near-infrared light. This limitation means that the device is not suitable for applications involving thermal imaging or solar-powered control circuits. Nonetheless, the HL-C211F5 is capable of detecting a broad range of visible light, including the entire visible spectrum.

The HL-C211F5 is a highly efficient, low-power sensor, capable of transmitting and receiving electrical signals up to a distance of 4.3 meters. This feature makes the device suitable for industrial applications where precision and accuracy are of paramount importance, such as conveyor belts or robotics. Furthermore, the HL-C211F5 is designed to be highly integrated into any given industrial setup, making it a cost-effective alternative to other sensors.

The HL-C211F5 has a working principle based on interception and conversion of external light. When the external light enters its sensing range, it will be absorbed and converted into an electrical signal. The signal is then converted into a measurable current and sent to an voltage-amplifying circuit, which will amplify the signal and output a usable voltage.

The output voltage is then sent to an Analog-to-Digital (A/D) converter, where it is converted into a digital signal. The digital signal is then sent to the controlling circuit, where it can be used for further processing or actuation. This is the core working principle upon which the HL-C211F5 operates.

In conclusion, the HL-C211F5 is a highly efficient and cost-effective optical sensor, suitable for many applications in the industrial, robotics, and medical fields. Its working principle is based on interception and conversion of external light, and is capable of detecting a broad range of visible light, though it cannot detect near-infrared light. It is also highly integrated into any given environment and has a long sensing range of 4.3 meters.

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