Bumping Spheda
Well-Known Member
Exactly my point! What if a phosphor blend can be managed so that a single LED emits everything that a plant needs and in the correct ratio? I think Blue LED's are more efficient and cheaper to manufacture, too. Idk, we just might see some of this in the future.Also, all the good lights I have seen give of a pink hue with the mix of reds and blues in there.
I contacted this company asking for a spectrographic analysis of their Pink LED:
http://xygd.en.alibaba.com/product/616326163-214123739/high_power_3W_LED_diodes_3W_Pink_LED.html?edm_src=sys&edm_type=fdbk&edm_grp=0&edm_cta=read_msg&edm_time=realtime&edm_ver=e
To me it looks very reminiscent of a Neutral White, yet it has less Green and Yellow with much more Red, Deep Red, and Far Red output. Primary peak is near 440nm-445nm, secondary peak is near 625nm-630nm. Not there quite yet, but perhaps if the phosphor layer were thicker (less Blue, more everything else) it'd be near perfect. If they used the same phosphor over 440nm and 460nm Blue chips and the phosphor was thicker you could just about mix the two colors in a 1:1 ratio and be off.
Sorry, OP, don't mean to thread crap... Hey, where is the OP, anyway? Lol, he's not even here.
"THERE ARE NO RULES!"
"Put your shirt back on."
"THERE"S ONE RULE!"