4 ms·
I want the spectrum to be relatively flat, i.e. lacking the spikes that we see with most fluorescing materials. The flatter it is, the more well behaved it'll b
by cmurf 9y ago
I want the spectrum to be relatively flat, i.e. lacking the spikes that we see with most fluorescing materials. The flatter it is, the more well behaved it'll be compared to what our biology is designed for: black body radiators.
Also, the aging profile is important. Just because the thing won't stop working for 10 years is not what's important. If it starts color shifting in a year, which to date they do, that's pretty much shit. Try mixing and matching bulbs, it's horrendous.
- wlesieutre 9y agoThere are LEDs with smoother spectrums but they’re expensive and not widely used, especially in products targeted at consumers. http://www.seoulsemicon.com/en/technology/Sunlike/ http://www.seoulsemicon.com/en/technology/Sunlike/
- deleted 9y ago[deleted]
- dwyerm 9y ago"Aging profile" is a really good point. Especially since LEDs generally don't burn out, but just get dimmer and dimmer. You might need to remind yourself to replace them someday even if you don't notice a problem. I had one of the early LED PAR-38 (?) lamps that Costco recalled after they discovered that their lifespan was much shorter than they promised. I didn't return mine and generally forgot about it. When I finally replaced it, I was stunned at how bright the replacement was in comparison! Like the boiling-frog parable, I just didn't notice how dark the room had become because it got dim so slowly.