brotherjericho
Well-Known Member
Well, I was about to start another thread about a specific question about LEDs when I realized it would be better to just consolidate all of my questions into one thread.
First one to open the thread: Cree XT-E 3000k WW vs Luxeon ES WW, 2700k, which would be better when mixed with Luxeon ES royal blues, Cree XP-E reds and possible Luxeon ES FR? I get that the Cree WW is much more efficient, and that is important, but it looks like the Luxeon has a much better curve for growing with peaks around 640-650 nm. The Cree looks to top off around 625nm, but that leaves a lot of its curve in the sub 600nm range. What kind of shift would you expect on the Luxeon ES 2700k if it had been binned at 85C?
The idea here is to be efficient but to also fill in the needed gaps. I can play with the reds and far reds to do that but I wonder how much wasted light there is with the Crees because much of its curve is in the green-orange range? I do want some in that range, I think that is part of the reason for using whites.
So what would you use, and why?
First one to open the thread: Cree XT-E 3000k WW vs Luxeon ES WW, 2700k, which would be better when mixed with Luxeon ES royal blues, Cree XP-E reds and possible Luxeon ES FR? I get that the Cree WW is much more efficient, and that is important, but it looks like the Luxeon has a much better curve for growing with peaks around 640-650 nm. The Cree looks to top off around 625nm, but that leaves a lot of its curve in the sub 600nm range. What kind of shift would you expect on the Luxeon ES 2700k if it had been binned at 85C?
The idea here is to be efficient but to also fill in the needed gaps. I can play with the reds and far reds to do that but I wonder how much wasted light there is with the Crees because much of its curve is in the green-orange range? I do want some in that range, I think that is part of the reason for using whites.
So what would you use, and why?