What is RGB Lighting? Top 5 RGB LED Strips & Lights
LEDs are the long-lasting, cost-effective, and cool-to-use light sources that will illuminate our planet for a very long time. The typical onlooker may not be impressed with LEDs, but many people will be "WOWED" by the trickery and new control over these small light-emitting diodes. One of those techniques, RGB lighting, is becoming more popular for uses ranging from PC gaming lights to under-cabinet accent lighting.
The abundance of color selections and feature choices available on the market might be a bit daunting, as you will see in the paragraphs that follow. However, RGB LEDs enable color mixing, which enables millions of colors to be produced using LEDs that only begin with the three main hues of red, green, and blue.
Revisiting RGB Color Mixing Quickly:
When blue and yellow paint were mixed together at school, paper became green. Red, blue, and yellow serve as the main colors in this subtractive model of color mixing, which combines them to produce secondary colors. White serves as the lack of color in the subtractive model. By removing wavelengths from a light source with a wide variety of wavelengths, subtractive color mixing includes generating a new hue. When we combine paints, dyes, or pigments, subtractive color mixing happens. As a result, it is widely used in printing and clothing dying.
The model we will focus on with lighting is the Additive Model, which is only ONE of the two models that exist in the visible world. In additive color mixing, one set of wavelengths is added to another set in order to produce a new color. When lights of various wavelengths are combined, this is what occurs. Instead of a multitude of distinct hues, white results from adding up all the colors. Since all of the wavelengths still reach our eyes, this is cumulative.
