CUWY3SH.A1-4C-1-1-30-R18-AUO

LED Indication - Discrete

LED indicating lights are a type of discrete indicators commonly used in a range of applications to indicate status or warn of faults. For example, the CUWY3SH.A1-4C-1-1-30-R18-AUO is a type of discrete LED indicating light that is used in a variety of applications. This article will cover the applications of the CUWY3SH.A1-4C-1-1-30-R18-AUO and its working principle.

Application Field of CUWY3SH.A1-4C-1-1-30-R18-AUO

The CUWY3SH.A1-4C-1-1-30-R18-AUO is a red LED indicating light. It is a great choice for use in a wide range of applications, including industrial applications, vehicles, data centers, computers, peripheral devices, cabinets and kiosks. It is a discreet, yet powerful indicator and the red color ensures it stands out against other indicators.

The CUWY3SH.A1-4C-1-1-30-R18-AUO is a surface mount device with a bright output and a solid life expectancy of more than 100,000 hours. This ensures that it can be used in any application and still remain visible, even in high-traffic areas. It is also resistant to shock and vibration, making it suitable for use in harsh conditions.

Working Principle of CUWY3SH.A1-4C-1-1-30-R18-AUO

The CUWY3SH.A1-4C-1-1-30-R18-AUO works by emitting light when current is applied. This effect is achieved through the diode internal structure, which causes electrons to be released and an electric field to form. This electric field then produces photons, which is the light we associate with LEDs.

The CUWY3SH.A1-4C-1-1-30-R18-AUO is a low-voltage LED, meaning its light output is dependent on the amount of current passed through the device. In other words, the brighter the LED will be, the more current is passed through it. This makes the LED discrete, as its output is independent of its input voltage.

Conclusion

The CUWY3SH.A1-4C-1-1-30-R18-AUO is a discrete LED indicator, designed for use in a range of applications. Its bright output, solid life expectancy and resistance to shock and vibration make it suitable for use in both tough industrial applications and environments with high levels of traffic. It works by emitting light when current is passed through it, with the brightness of the light being dependent on the amount of current that is passed.