Looking forward to seeing more Swami
I have enough SSY-1 ND:YAG units now (although want more for spare parts) to begin building a Gatling gun using several units, but I need a flash unit which will keep up with flashing several units in series, one at a time, but in fairly rapid succession. I see a lot of nice flash units for cameras which might work but there are no specifications regarding voltage and Joules to see if they will work. This one looks nice:
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I need about 700-760 VDC at 15 Joules.
Edit: This Godox unit is rated at 600 watt seconds, I only need 15 watt seconds at a about 50-100 us flash duration (from what I'm reading on Sam's laser FAQ, 100 us better). The power output can be dialed down to about 12.5 Joules/watt seconds at the 1/32 power output setting, but the power settings are fairly sloppy, from what I've found in YT reviews, if you move one full stop, it might only move .6 stop, or some other inaccurate amount of power. I've since looked at the 400 watt version of this unit which is very similar, but has the same power output inaccuracies and is a bit smaller which isn't cheap either, but substantially less, and the AD200 which also has far more than the amount of power needed, and can be turned down to 1/128 of full output, so will work too, but the package size isn't ideal, what I liked about the AD400 and 600 is the large diameter of the tube chamber which I can build something to hold several SSY-1 YAG assemblies inside a tube that diameter to nicely fit inside the hood. Also, at the lower output setting, the AD400 is instantaneous flash, or no need to wait for the capacitors to recharge. Maybe the AD200 can do that too at the lower output setting, but the size turns me off.
My concern with using the AD400Pro model is one thing, I don't know if removing their flash tube, and adding a SSY-1 flash tube will cause a fault, due to the unexpected behavior of the smaller tube drawing far less power. That, and how to build something to sequentially shift the voltage from one SSY-1 to the other to reduce the duty cycle on each unit for continuous flashing at 1 Hz or less, if enough YAG units are used (I have a dozen). I suppose, something could be built with SCR devices, but I'm not yet clear on how to do so yet, anyone? Maybe making the high voltage DC output common on all tubes, but rotating the trigger voltage from tube to tube will work, or they will all flash if one is flashed, don't know.
