Oclaro HL63193 638nm 700mw Red Laser Module W/Leads & G-2 Glass Lens

Description

Listing is for a brand new single Oclaro 700m
W
638nm laser diode in a copper 12mm module with leads and G-2 lens.
The 405-G-2 lens has been tested to give about around a 30% increase over the Aixiz three element glass lens. The copper module upgrade provides a huge  improvement  in thermal conductivity over the standard brass module for moving the heat away from the diode to your heatsink which gives a much more stable output from the diode.
Oclaro HL63193 638nm 700mw Diode
.
Save yourself the headache of pressing and soldering. Just add heatsink and driver.
The current must be limited the diode.(1100mA max suggested). Don't attempt to connect directly to a battery or you will damage this diode.
This is the diode that everyone has been talking about.
Modules are fully tested to be in working order and the leads will have the ends twisted and soldered together for ESD protection. Please use all ESD precautions and short your driver leads discharging any capacitors before hooking up your driver to this module.
Here is what you get. A single brand new module with leads including a case lead if you need it.
Wire assignment is:
Red +
Black -
Please note
These are multi-mode display diodes similar to the 1W+ 445nm diodes. Check these threads for info on output and beam correction.
Mitsubishi 638nm 300mW laser diode
Mitsubishi ML520G71...Red Holy Grail or Flashlight Fail ??
Here are some more threads about these diodes.
It is Here.!!!!! 300mW "635nm" Mitsubishi.....
Correcting the beam of the 300mW 638nm diodes
Mitsubishi 635nm diode divergence at 350 feet
The "Echo" - 500mW 635nm DIY Red
Mitsubishi 638nm 300mW laser diode melting CD case
Canon DSLR beamshots of 638nm and 445nm laser
.
Running off my bench power supply and encased in a finned heatsink. Check out these awesome shots.
(Finned heatsink not included)
Oclaro 700mW 638nm Diode (HL63193MG)
I will start with a saying it looks like I was wrong about these. I had a sample in my hand a month ago which I destroyed after running it only for a few seconds before killing it via a stupid mistake. In my short glimpse of the beam profile I was sure the divergence was better than the Mitsu diodes but my testing tonight has made me question my sanity. Looks like I may have got a lot of peoples hopes up and I am sorry for that.
First thing I did was to compare it to a G71 diode both using a standard G-2 glass lens. While it is a fraction smaller when I actually measured it they are nearly the same.
So with that said lets get on with the power test.
*Disclamer*
By purchasing these diodes you are agreeing to the following.
- You are over 18 years of age .
- You understand that these components that are mentioned above are dangerous when not properly assembled into a finished product.
- You will use these as components and properly incorporate them into a finished product.
- You will use these diodes/modules in a safe and responsible manner and for a legal purpose.
- You are legally responsible for the use of these components, improper use of these components or their end products.
- You are legally responsible for any injury to anybody resulting from the use of or assembly of these components or their finished products.
- You Accept this diode/module as a COMPONENT for integration in a system of YOUR OWN design and will be legally responsible from any and all LIABILITIES These Diodes and Modules are sold solely as a component for incorporation into the customer's end products. Therefore, this diode/module is exempt from compliance with the appropriate requirements of FDA 21CFR, section 1040.10 and 1040.11 for complete products.