This simulation demonstrates the working of an RGB LED driven by different input signals to produce multiple colors. Each of the three LEDs inside the RGB package—Red, Green, and Blue—is powered through separate signal sources that generate triangular waveforms. By varying the intensity of each color through these waveforms, the LED mixes them to create different color outputs. For example, turning on only the Blue section gives blue light, while combining Green and Red produces yellow, and acti

RGB Additive Color Mixing Demo: three LEDs projected onto a translucent screen demonstrate the additive nature of our perception of colored light. Three potentiometers allows the user to adjust the intensity of each color. Mixing Red, Green, and Blue to create Yellow, Magenta, and Cyan with the following mixings: R G=Y, G B=C, and R B=M. Adding all three R G B produces White. RGB color addition is the basis for all computer and TV displays- all the colors you are looking at right now on your scr