blasterman
Flashlight Enthusiast
- Joined
- Jul 17, 2008
- Messages
- 1,802
After I found that cool-white LEDs are stellar for photosynthesis in my reef tank, I started pondering further at what type of applications this would be good for.
As I understand it, all white LEDs start out as blue LEDs, but have additional phosphors added to produce the additional wavelengths. Correct?
Ok, does that mean a 3-watt blue LED produces the same about of blue light as a 3-watt cool-white (assuming both are in a similiar technology group), or does the 3-watt white emitter produce less blue energy?
Intuition would indicate that the white emitter would produce less blue energy because it's consuming the same amount of power to produce additional spectra, but I've been wrong before.
Relative spectral energy graphs would answer my question, but I can't find any.
As I understand it, all white LEDs start out as blue LEDs, but have additional phosphors added to produce the additional wavelengths. Correct?
Ok, does that mean a 3-watt blue LED produces the same about of blue light as a 3-watt cool-white (assuming both are in a similiar technology group), or does the 3-watt white emitter produce less blue energy?
Intuition would indicate that the white emitter would produce less blue energy because it's consuming the same amount of power to produce additional spectra, but I've been wrong before.
Relative spectral energy graphs would answer my question, but I can't find any.