GP1UE271XK0F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optical sensors are devices that detect light and provide useful information about an object. They can be used as an input source to help automate processes in industrial settings, as well as for safety and security applications. Photo detectors are used when precise control of the light is necessary. A remote receiver, such as the GP1UE271XK0F, is used to detect light sources at a specified distance without any direct physical contact with the source. This article will discuss the application field and working principle of the GP1UE271XK0F.

Background

Photo detectors have become increasingly important as sensors in various applications. The use of photodetectors for remote detection is a key area of advancement, as it provides the ability to detect light sources without physical contact. The GP1UE271XK0F is a remote receiver developed by GoerTek Co. Ltd. that is designed to receive remote control signals from any location and output them as electrical signals.

Application Field of GP1UE271XK0F

The GP1UE271XK0F is designed to provide precise control of light sources. The device is ideally suited for applications that need long range detection, as it can be used to detect light sources up to a distance of 1200 meters. As a result, the GP1UE271XK0F is ideal for applications that require long-distance remote control, such as monitoring systems, vehicle access control systems, security systems, and industrial automation systems. The device also has a low power consumption of under 0.3W, making it ideal for applications that require low power consumption.

Working Principle of GP1UE271XK0F

The GP1UE271XK0F uses a low-power receiver circuit for light detection. The receiver has a built-in photodiode, which converts light from the transmitting light source into electrical signals. The receiver then amplifies and filters the signals, before converting them into digital signals. The digital signals are then sent to the signal processing unit, which can then be used to control the application.

The GP1UE271XK0F also features advanced signal processing algorithms. The device has a photodiode array, which can detect and measure the light intensity at multiple points simultaneously, and then adjust its signal detection accordingly. This algorithm ensures the device is able to accurately detect even the faintest of remote signals. The device also includes an optical filter to filter out any noise signals for reliable detection.

Conclusion

The GP1UE271XK0F is an ideal remote receiver for applications that have long distance remote control requirements. Its low power consumption and advanced signal processing algorithm ensure that it can accurately and reliably detect distant remote control signals. This makes it an attractive choice for safety and security applications.

The specific data is subject to PDF, and the above content is for reference