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- Nov 1, 2006
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This thread is for me to post output power stability analyses of lasers in.
The charts are made by using a charting DMM, and firing the laser at a photovoltaic cell connected to that meter either for a predetermined amount of time or until the laser's power supply (typically, but not always batteries) has pooped out.
Let's start off with these:
WICKED LASERS SPYDER 3 ARCTIC 445NM 1W BLUE DIODE LASER
(LOW POWER MODE)
Minimum intensity; five minutes.
Readings taken every six seconds.
Minimum intensity; 279 minutes (4:39) until extinction.
Readings taken every six seconds.
This also serves as a battery discharge analysis. The stock battery is (I believe) 1,400mAh in capacity.
***VERY IMPORTANT!!!***
The analysis directly above will be the only analysis to appear in this thread in such a messy, almost unreadable format!!!
The charts are made by using a charting DMM, and firing the laser at a photovoltaic cell connected to that meter either for a predetermined amount of time or until the laser's power supply (typically, but not always batteries) has pooped out.
Let's start off with these:
WICKED LASERS SPYDER 3 ARCTIC 445NM 1W BLUE DIODE LASER
(LOW POWER MODE)
Minimum intensity; five minutes.
Readings taken every six seconds.
Minimum intensity; 279 minutes (4:39) until extinction.
Readings taken every six seconds.
This also serves as a battery discharge analysis. The stock battery is (I believe) 1,400mAh in capacity.
***VERY IMPORTANT!!!***
The analysis directly above will be the only analysis to appear in this thread in such a messy, almost unreadable format!!!
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