I think 2:1:1 642:532:445 would probably yield a nice white...
is this for graphics or beams?
I think 2:1:1 642:532:445 would probably yield a nice white...
is this for graphics or beams?
Hi,
I want to share my calculations, which I made for my RGB project.
I have calculated powers for red and blue lasers leaving constant power of green 1W. I used G. Hoffmann MATLab code to obtain solutions for two white balances D65 and D93, this standards correspondes to colour temperature of 6500K and 10000K.
That`s what turned out:
D65:
Case 1:
635nm - 1.2W
532nm - 1W
445nm - 0.7W
Case 2:
671nm - 7W
532nm - 1W
445nm - 0.7W
D93:
Case 1:
635nm - 1W
532nm - 1W
445nm - 0.9W
Case 2:
671nm - 6.3W
532nm - 1W
445nm - 0.9W
Case 3:
650nm - 2W
532nm - 1W
445nm - 0.9W
Case 4:
660nm - 3.8W
532nm - 1W
445nm - 0.9W
This is going to be a more graphics oriented application. And thanks for the other responses especially Leonid. Those look like excellent numbers.
@log - we are using our own assemblies so that we can standardize baseplates and as for the laser source we are still shopping a bit. At the moment we are using binned 5.6 455's that we can get in quantity but that may change soon as we bring a new supplier more fully on-board.