To produce light, the ballast supplies the electric coils with high frequency electrical
current. The ferrite magnets on either side of the bulb then emit electromagnetic fields which excite electrons within the bulb.As the electrons accelerate inside
the bulb, they collide with mercury atoms and produce ultraviolet (UV) light radiation. The UV light then causes the special phosphor coating inside the glass to
react in a way that produces fluorescent light within the visible spectrum.
The light produced by Griffin & Ray Induction Lighting achieves a rating of 85 on the Color Rendering Index (CRI), with a Correlated Color Temperature of 2700-6500K. |