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FrozenGate by Avery

What does this Laser Module require to power up?






Tested it with what? Please tell us your testing method has improved from AAs.
 
Basically i have a build.. 3.7v Battery 18650,
I used this laser module in my build..
Basically Connected the 2 wires + and - to the driver which was connected with the battery and switch.
 
Which driver? Which brand of cell? Was the cell properly charged? Is your polarity correct? Is your switch of adequate current rating? How was the diode heat sinked? Picture.
 
What kind of driver? It either has to be a boost driver or you're going to need more batteries. For a linear
or buck driver, you'll need at least 8.5v. For an M140 it should really be either a buck or boost driver. For
a handheld, a boost for sure. Otherwise you're going to need 3 of those 18650s in series.
 
I can bet you didn't have goggles either. Not to be a dick but you seriously are stupid. I've seen you post on the forums and you have got to have at least seen someone talk about drivers. Why would you even buy that powerful of a laser as a first? I'm going to stop myself before I grouch anymore about safety and drivers.
 
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i'm just used to testing lasers with double AA batteries, could someone at least show me a setup of how to power this?
 
I cannot attest to the fitness of that DX LED driver board for driving laser diodes. While yes you are
underdriving it, most LED drivers are unsuitable for driving LDs. They will produce peaks which will kill an
LD. That driver is rated at 3.7v and is a boost driver, so I'm afraid you've probably already killed your diode.
Unless you have some way of actually testing the voltage and current entering the driver, diode, and your
battery is fully charged, chalk it up as a learning experience.
 
mmmm okay, well i've learnt something at least, but i'm planning on buying another one and this time just connecting it up to the driver without testing with 2 AA batteries, so would that just work it fine?
 
FFS dont triple post. Click "edit post" if you need do add something to your post.
 
ichistar2013 said:
I was actually wearing goggles during this process btw.. and was aiming it at a black cardboard incase it would of reflected.. i know the safety already but don't know much about how voltage, i'm using this driver: http://img.dxcdn.com/productimages/sku_26110_1.jpg (18V 5W Cree Circuit Board for Flashlights ) or maybe this would be the driver i need? - (Adjustable 2W 445nm/445nm blue laser driver circuit/ 2A/Round [OL-445-2AD] - $14.99 : Zen Cart!, The Art of E-commerce)
(Was using Red Safety Goggles btw)
Click to expand...

The first driver will work with this laser although you will need to power it with at least 7.4 volts, i.e two lithium ion batteries. But as 'the lightning stalker' said it is designed for LED's and can produce spikes in the output current that can kill the laser diode. The second driver is a boost driver, which means it would only require a 3.7-4.2 volt input, i.e one lithium ion battery.

The o-like driver would be a better option because it is specifically designed for laser diodes. But you would need to hook it up to a test load and adjust the current to the desired setting. But judging from your actions and your posts I don't think you even know what a test load is. Please do some more research. It will save you a lot of time and money if you know what you are doing to begin with.
 
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Yeah, I thought it was a boost driver, but it is indeed a buck. You're going to need at least 2 more of those 18650s to get full output. That could be the problem.
 
Okay well i decided to test this again WITH a new battery and now it's brighter? it could burn tape as well? does that still means it's fried?
 
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