GP1UE26XK00F

Introduction

GP1UE26XK00F is a kind of Remote Receiver which belongs to Photo Detectors and Optical Sensors. It provides good low voltage performance and high sensitivity in long distance application. The most important features of the GP1UE26XK00F are low voltage operation, high sensitivity, long distance operation, high impedance output, low noise and high linearity.

Application Field

GP1UE26XK00F is typically used in multiple applications which need long distance and high sensitivity. It is optimally used in infrared remote control applications, such as in the music and entertainment industry for acoustic systems, TVs, car audio systems, game consoles and other entertainment devices. It is also used in industrial purposes such as manufacturing, remote data transmission, material handling as well as safety and security systems. Moreover, it is also ideal for consumer goods such as security systems, remote switching, and remote measuring and controlling applications.

Working Principle

When the GP1UE26XK00F is in receiving mode, the photodiode inside the device creates a potential difference which is amplified by the pre-amplifier stage. This pre-amplified signal is then amplified by the following stages. Finally, the output signal is provided to the load resistor and is monitored through an amplifier. The amplifier has low power consumption. The key parameters associated with a photo detector are quantum efficiency, responsivity, linearity, noise level, and transmittance.

Conclusion

GP1UE26XK00F is a kind of photo detectors which belongs to optical sensors. It provides good low voltage performance and high sensitivity in long distance application. It is typically used in multiple applications which need long distance and high sensitivity. When the GP1UE26XK00F is in receiving mode, the photodiode inside the device creates a potential difference which is amplified by the pre-amplifier stage and then by the following stages and finally the output signal is provided to the load resistor and is monitored through an amplifier.