XQEROY-02-0000-000000N03

LED Lighting - Color

Light-emitting diodes (LEDs) are devices capable of emitting light in a specific direction. LEDs are used to create much brighter lights than traditional lightbulbs, and they’re also able to be dimmed. LED lighting is becoming increasingly popular due to its cost efficiency and long lifespan. One of the most common applications for LED lighting is to create different colors of light depending on the voltage applied to the device.

XQEROY-02-0000-000000N03 is a type of LED device specifically designed for use in the production of colored light. Unlike traditional colored lights which use filters to produce different colors, this device relies on something called a phosphor-converted LED. This type of LED is able to produce different colors of light by adjusting the voltage level on the device.

The XQEROY-02-0000-000000N03 LED is designed to be efficient and to last a long time. It has a minimum voltage drive level of 9.2 volts and is capable of achieving a luminous flux of up to 972 lumens when driven at 14.5 volts. As the voltage is increased, the color of the light changes from white to red and then to green.

In addition to generating colored light, the XQEROY-02-0000-000000N03 LED is also capable of producing a variety of shades and hues. By changing the voltage level, the device can generate a number of different shades and hues to create a wide range of lighting effects.

The XQEROY-02-0000-000000N03 is also capable of producing a wide range of white light color temperatures. This allows users to match their light source to the color temperature of their environment. For example, a user may choose to use a warmer color temperature in the bedroom or a cooler color temperature in the kitchen.

The XQEROY-02-0000-000000N03 LED is a versatile and energy-efficient device that is capable of generating a variety of color temperatures and shades. This makes it an ideal choice for applications such as general lighting, architectural lighting, landscape lighting, and more.