Sent a donation
That's it, 153$ for diode #1 done. Funds will be send to Will when I get the go ahead from him.
I have updated the price on the second diode, as by the time we get funding for it DTR will probably have them in stock for 5$ cheaper.
You're talking about LPF right?
I really wonder how much of a blue shift you can make with cooling and whatnot. Then again, with heating, I wonder if we can get past 540nm :thinking:
I was thinking worldwide Redcross or WHO, something like that
I imagine ARGlaser as this picture. "Welcome to the torture chamber" Poor diodes. :eg:
That's putting it lightly :eg:
All participants please read: I would like your feedback on the process I plan to take with the diode.
My plan is to get the power vs current plot first, up to the rated current on the datasheet. Then I plan to chill it, then heat it (not to the extremes) and take wavelength readings. I will also take one at room temperature.
After all that data I will check the current again and make sure it's still performing as intended and has not degraded in the above test. Then I will provide it with current past the data sheet to see the maximum power that is achievable. Some diodes pop suddenly and that's it, but some will dim without being damaged and then I can test the wavelength extremes to the diodes grave. :eg:
Question for the participants:
When doing the maximum current tests should I have the diode at room temperature (as in a handheld) or should I chill it with a TEC.
Chilling it will allow it to produce more power, so that we can better see the maximum output available and it may allow the diode to take more current before dimming/popping, but then then we will not know the maximum output available for a handheld.
My vote is to chill it and see the maximum power possible, but I will do whatever the popular vote is.