Wanted to talk about full spectrum blue diodes in the led market and how come we don’t implement these diodes. Instead what is usually used is a shotgun approach mixing an array of spectral diodes to hopefully get the best range for coral growth.
How come this is the norm? The technology doesn’t exist? Or is it cheaper to have one of each type.
Wanted to hear your thoughts because if I wanted to mimic a radium bulb, my guess would be to make a diode that emits it’s spectrum with an overall blue hue.
I look at radion fixtures and I see too much wasteful diodes that can be mitigated by having a full spectrum diode at 14-20k output, thus watt for watt I would actually reduce electricity consumption. I’ve seen other lights run full spectrum diodes at 20k output and I wonder why other company’s don’t use this technology. Patented…please explain why someone would not want that, because it seems I would.
How come this is the norm? The technology doesn’t exist? Or is it cheaper to have one of each type.
Wanted to hear your thoughts because if I wanted to mimic a radium bulb, my guess would be to make a diode that emits it’s spectrum with an overall blue hue.
I look at radion fixtures and I see too much wasteful diodes that can be mitigated by having a full spectrum diode at 14-20k output, thus watt for watt I would actually reduce electricity consumption. I’ve seen other lights run full spectrum diodes at 20k output and I wonder why other company’s don’t use this technology. Patented…please explain why someone would not want that, because it seems I would.