jayrob
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- Sep 21, 2007
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Re: 6x Blu-ray SLEDS GB! GET EM WHILE THEY LAST
I got the sleds today! (the bonus red diode is the strange long canned diode - far right #3. I'm sure this is the same as the one I tested. 225mW's @ 395mA's with an AixiZ acrylic lens)
Ok... for the blu-ray diode, unless I got a freak diode or something, this is a completely different diode than the 6X from the GGW-H20L.
It starts out low on power by comparison, however!...
The following graph shows how the power just kept on climbing and climbing! It even starts to get steeper with more power!
I believe the beam is flat just like the PHR-803T diodes. (perhaps others can verify this) But as you can see, the power to current ratio is different from the 803T, as well as the GGW-H20L 6X.
Keep in mind that these measurements were taken with a Meredith glass lens, but that should not affect the power curve. With an AixiZ acrylic you will probably be 10mW's less. Or maybe 15mW's.
At this point, I have not found the 'knee' of the power curve yet! At 218mW STEADY, I'm not too sure I want to push it anymore for fear of killing this awesome blu-ray diode.
What do you guys think about chipping in to cover the cost of this sled and I will continue the graph in 10mA increments until it dies?
If so, we could all pitch in to Amk for batch 3 and I will get the extra sled on batch 3... If I chip is $10 or $15 bucks, we only need another $45 or $50...
Jay
I got the sleds today! (the bonus red diode is the strange long canned diode - far right #3. I'm sure this is the same as the one I tested. 225mW's @ 395mA's with an AixiZ acrylic lens)
Ok... for the blu-ray diode, unless I got a freak diode or something, this is a completely different diode than the 6X from the GGW-H20L.
It starts out low on power by comparison, however!...

The following graph shows how the power just kept on climbing and climbing! It even starts to get steeper with more power!


I believe the beam is flat just like the PHR-803T diodes. (perhaps others can verify this) But as you can see, the power to current ratio is different from the 803T, as well as the GGW-H20L 6X.
Keep in mind that these measurements were taken with a Meredith glass lens, but that should not affect the power curve. With an AixiZ acrylic you will probably be 10mW's less. Or maybe 15mW's.
At this point, I have not found the 'knee' of the power curve yet! At 218mW STEADY, I'm not too sure I want to push it anymore for fear of killing this awesome blu-ray diode.
What do you guys think about chipping in to cover the cost of this sled and I will continue the graph in 10mA increments until it dies?
If so, we could all pitch in to Amk for batch 3 and I will get the extra sled on batch 3... If I chip is $10 or $15 bucks, we only need another $45 or $50...
Jay