Feb 10, 2005 #1 xpitxbullx Flashlight Enthusiast Joined Sep 20, 2004 Messages 1,465 Location Las Vegas Could I leave the circuit alone and swap my Lux III star for a Lux V? I would use an R123 to power it of course.
Could I leave the circuit alone and swap my Lux III star for a Lux V? I would use an R123 to power it of course.
Feb 10, 2005 #2 xpitxbullx Flashlight Enthusiast Joined Sep 20, 2004 Messages 1,465 Location Las Vegas Can the Zetex circuit push a LuxV?
Feb 10, 2005 #3 3rd_shift Flashlight Enthusiast Joined Mar 9, 2004 Messages 3,337 Location DFW. TX. U.S.A. Earth I was starting to wonder the same thing a few days ago. It should work if the r123 can cough up enough current.
I was starting to wonder the same thing a few days ago. It should work if the r123 can cough up enough current.
Feb 10, 2005 #4 xpitxbullx Flashlight Enthusiast Joined Sep 20, 2004 Messages 1,465 Location Las Vegas My batterystation R123's cough up plenty enough current to run my X4T/bb750/1xR123 and my TW4 combo in regulation.
My batterystation R123's cough up plenty enough current to run my X4T/bb750/1xR123 and my TW4 combo in regulation.
Feb 10, 2005 #5 xpitxbullx Flashlight Enthusiast Joined Sep 20, 2004 Messages 1,465 Location Las Vegas You know what I just thought of? There is no heat sink.
Feb 10, 2005 #6 3rd_shift Flashlight Enthusiast Joined Mar 9, 2004 Messages 3,337 Location DFW. TX. U.S.A. Earth There kinda is heatsinking, but it's not great. Only the edges of the star are in contact with the aluminum spacer ring inside.
There kinda is heatsinking, but it's not great. Only the edges of the star are in contact with the aluminum spacer ring inside.
Feb 10, 2005 #7 Krit Enlightened Joined Dec 4, 2003 Messages 751 Location Thailand Yes, better to give it more heat sink to capture heat from LuxV.