Welcome to Laser Pointer Forums - discuss green laser pointers, blue laser pointers, and all types of lasers

Buy Site Supporter Role (remove some ads) | LPF Donations

Links below open in new window

FrozenGate by Avery

DIY Laser Torch






can someone plz explain what the following are. :'(

also what type of capacitor does it have 2 be?

AND... what does Adj and Vout me, i'm illiterate to technical language sometimes ;D
 

Attachments

  • MXDL-LM317_11_001.jpg
    MXDL-LM317_11_001.jpg
    33.2 KB · Views: 573
Black is the 1N4001 silicon diode, and the tan is the capacitor which is a tantalum 47uF, just like the one in the picture above it ;)

--DDL
 
WL_h8ter I don't mean to be a jerk but all the answers to your questions can be found in this thread and the driver circuit thread Daedal linked to above.
Don't rush and take your time to read both threads. Once you have read them read them again ;) and then post any questions you may have.

Most members here will do their best to help you but you need to help yourself a bit first ;D

Cheers
XG
 
Agreed XG :)

If you can't figure this out it's easiest if you just buy a premade driver ::)

--DDL
 
Well, two questions about the mod:

1.: 3.0V or 3.6V I read that when fully charged, a rechargeable 3.6V might be up to 4.2V - If I have two of these (=8.4V), is that still fine with the LM317, or should I get 3.0V rechargeables?

2.: Will any of these work:
http://dealextreme.com/details.dx/sku.2036
http://dealextreme.com/details.dx/sku.2025
http://dealextreme.com/details.dx/sku.1001

While I don't give a stinkin' thing about the "police" label, the case seems really rugged and well-built, and if the lamp is crap then I couldn't care less. Also, if I would succeed making the Aixiz (= DX-module :) ) watertight, then I could possibly have a waterproof laser - which would be a really cool gizmo! Talk about swimming, diving, cooling :)

But it is especially the fact that 2*CR123A, solid case and low price are combined that makes them most attractive to me.

So whaddaya say?
 
1. 3V not 3.6V

2. Any will work as long as you have the creativity and the motivation. I chose the one above for the guide because it's got a nice big head that can allow for enough room for anything to happen int here nicely :)

GL;
DDL
 
well, kinda stupid situation, but I can't seem to find a satisfying charger for 3.0 V on DX (satisfying = not slow not overheating better multiple cells overcharge protection automatic cutoff low price :D ) - so can I modify your driver to work with 2*3.6V too? Or are 8.4V killing it (Well, gonna try it)?

I mean, if you say to better take 3.0Vs, I will, just if there is a way to either get 3.6V working or a "solid" 3.0V charger, I would like that.
 
Since this is a static V-Drop circuit, you can't add an extra 1.2V unless you add another 2 1N400X silicon diodes in series to the circuit ;)

--DDL
 


Back
Top