Brock
Flashaholic
Brad\'s E2 LED
Well I just got it and I am impressed. Brad I have to say you have done a much nicer job than I would have guessed. It looks like it was made in a machine shop!
Now it is brighter than the Photon and I would say identical to the Streamlight Stylus. The "Brad LED" has a nicer output in the E2 than any single LED light I have. I believe this has a lot to do with the reflector in the E2, and Brad has done a good job exploiting it.
I measured the LED pulling 90mA on new 123's. I though this is going to fry the LED in a short time so I left it burning while I set up the camera and got the other lights ready. I took the shots with the light still running and then took it apart after about 30 min of constant on, it was just warm, not hot at all. So now I am wondering how much of that 90mA is going in to the resistor and how much is getting to the LED. I am sure we can figure it out, Brad what was the resistance value in this setup? Either way I thought it was going to be too much but now I don't think so. Also if there is any heat build up the metal parts dissipate it from the LED to the body of the flashlight itself. Very nice.
Brad you might make the LED stick up just a bit less. I think the LED in mine might actually be touching the lens. I know you probably want the entire LED inside the reflector to get more light, but even 1 mm lower would do the trick.
Brock
Well I just got it and I am impressed. Brad I have to say you have done a much nicer job than I would have guessed. It looks like it was made in a machine shop!
Now it is brighter than the Photon and I would say identical to the Streamlight Stylus. The "Brad LED" has a nicer output in the E2 than any single LED light I have. I believe this has a lot to do with the reflector in the E2, and Brad has done a good job exploiting it.
I measured the LED pulling 90mA on new 123's. I though this is going to fry the LED in a short time so I left it burning while I set up the camera and got the other lights ready. I took the shots with the light still running and then took it apart after about 30 min of constant on, it was just warm, not hot at all. So now I am wondering how much of that 90mA is going in to the resistor and how much is getting to the LED. I am sure we can figure it out, Brad what was the resistance value in this setup? Either way I thought it was going to be too much but now I don't think so. Also if there is any heat build up the metal parts dissipate it from the LED to the body of the flashlight itself. Very nice.
Brad you might make the LED stick up just a bit less. I think the LED in mine might actually be touching the lens. I know you probably want the entire LED inside the reflector to get more light, but even 1 mm lower would do the trick.
Brock