GW KAFGB3.CM-QPQQ-35B3

Light Emitting Diode (LED) technology is increasingly being used in various lighting applications due to its long life, low energy consumption, and excellent brightness. The GW KAFGB3.CM-QPQQ-35B3 LED is specially designed for white light applications, offering amazing luminous flux, color rendering index, and color temperature. In this article, we discuss the application field and working principle of GW KAFGB3.CM-QPQQ-35B3 LED in greater detail.

Application Field of GW KAFGB3.CM-QPQQ-35B3 LED

GW KAFGB3.CM-QPQQ-35B3 is a high power white light LED with excellent performance. It can be used in a wide range of lighting applications such as integrated lighting systems, commercial lighting, and residential lighting. This LED has a higher power than standard white LEDs and is capable of producing light in a wide range of colors, from warm white to cool white. Its excellent performance makes it perfect for applications such as accent lighting, task lighting, and display lighting.

Working Principle of GW KAFGB3.CM-QPQQ-35B3 LED

GW KAFGB3.CM-QPQQ-35B3 uses InGaN (Indium Gallium Nitride) technology, which is known for its high efficiency and excellent thermal performance. In terms of structure, the LED consists of a light-emitting nitride semiconductor chip, a gold package, and an aluminum reflector. The chip is constructed using two spaced p-type and n-type regions, which act as electron and hole supply respectively. When an electric current is passed through the LED, it causes the electrons and holes to combine and emit light. The gold package is designed to improve heat dissipation and the aluminum reflector helps to focus the light in a specific direction.

Conclusion

GW KAFGB3.CM-QPQQ-35B3 LED is a high power white light LED that offers excellent luminous flux, color rendering index, and color temperature. It can be used in various applications ranging from task lighting to accent lighting. Its InGaN (Indium Gallium Nitride) technology works by passing an electric current through the LED, causing the electrons and holes to combine and emit light. This LED is equipped with a gold package to improve heat dissipation and an aluminum reflector to focus the light in a specific direction.