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Well, hold onto your hats as I just completed the diode testing. I did say that I thought this diode could put out more and I was right This diode is not what people thought so pay no mind to that 50mW max rating. The real rating is the 200mW max one.
Here's the data. If someone wants to change it to a graph that would be nice too. Testing done with a G2 lens:
mW mA V
4 23 3.8
10 30 3.9
22 40 4.1
32 50 4.2
43 60 4.3
54 70 4.4
64 80 4.4
78 90 4.5
90 100 4.6
100 110 4.6
108 120 4.6
122 130 4.8
131 140 4.8
140 150 4.9
145 160 5.0
156 170 5.0
167 180 5.0
178 190 5.1
189 200 5.1
202 210 5.1
221 220 5.1
233 230 5.1
244 240 5.1
256 250 5.2
266 260 5.2
273 270 5.2
286 280 5.3
310 290 5.3
325 300 5.3
335 310 5.3
345 320 5.3
355 330 5.3
364 340 5.3
373 350 5.4
382 360 5.4
393 370 5.4
402 380 5.4
412 390 5.4
420 400 5.4
I honestly don't know how much more this diode will put out but I didn't want to take a chance and blow it. It wasn't showing signs of distress though so you can guess what I intend to do. Going to try building it at 400mW output and see if it can handle it. In all my testing I've found that running off of a variable DC power supply is WAY nicer to diodes than a driver. Cross fingers
If you want another way to look at the data it is very close to what Jordan shows on his site with the PLP450 that is a 5.6mm diode (this one is a 3.8mm).
Honestly it was too hard to notice any change in wavelength doing the test but here are some pics:
5mW:
50mW:
100mW:
300mW:
400mW:
204mW from my already built pen and 50mW. There was a difference but my camera didn't pick up on it.
408mW readings. Yes, you usually see me post pics with red LED but I have another panel on the opposite side with blue LED