The GP1UXC41RK has a standard 2-pin configuration with anode and cathode connections.
Advantages: - High power output - Energy-efficient - Precise beam angle
Disadvantages: - Limited viewing angle - Sensitive to reverse voltage
The GP1UXC41RK operates by converting electrical energy into infrared light through the process of electroluminescence. When a forward voltage is applied across its terminals, it emits infrared radiation at a peak wavelength of 940nm.
The GP1UXC41RK is ideal for various applications including: - Infrared remote control systems - Proximity sensors - Optical encoders - Object detection in automation systems
This completes the entry for GP1UXC41RK according to the English editing encyclopedia structure format.
What is GP1UXC41RK?
How does GP1UXC41RK work?
What are the typical applications of GP1UXC41RK?
What is the operating voltage range of GP1UXC41RK?
What is the output format of GP1UXC41RK?
Can GP1UXC41RK be used in outdoor environments?
What is the response time of GP1UXC41RK?
Does GP1UXC41RK require any external components for operation?
Is GP1UXC41RK sensitive to ambient light?
Can GP1UXC41RK be used for gesture recognition?