Look! I need this quick!

[Da_Dude]

What nm are the GB diodes?
I can't find it anywhere.

 

[Chris.]

670 probably.

 

[Hemlock_Mike]

It can vary a bit with temperature, drive and lot number but it's between 650 nM and 670 nM.

Mike

 

[Da_Dude]

Ok, im puting it as 260nM then.

 

[MarioMaster]

Ok, im puting it as 260nM then.

what?

 

[shreknow91]

Ok, im puting it as 260nM then.

how in the hell did you get 260 from 650-670 mn?????????

 

[MarioMaster]

i'm pretty sure he meant 660, but :

 

[Things]

lol i hope he didn't put that down for a test or something ;D ;D ;D ;D

 

[Hemlock_Mike]

WOW -- Where do we get that nM ?? Yah- It's a typo, I'm sure. 660 nM is a good average for what we're doing here.

Also there's the GB for the BluRay --- That's about 405 nM.

Mike

 

[Rasel]

A 405 nanomolar laser? Never heard of such a thing . M is usually used for molarity, m is used for meters

 

[BlueFusion]

someone's pedantic

 

[Da_Dude]

WOW -- Where do we get that nM ??  Yah- It's a typo, I'm sure.  660 nM is a good average for what we're doing here.

Also there's the GB for the BluRay --- That's about 405 nM.

Mike

Yep, it was a typo. :-[
Heres the sticker I was working on:

 

[BlueFusion]

Good, but I prefer the FDA style ones. Here's the template and specs:
http://www.accessdata.fda.gov/scripts/cdrh/cfdocs/cfcfr/CFRSearch.cfm?FR=1040.10
In the infamous 21 CFR 1040.1

 

[MarioMaster]

in case anyone wants to use it for a DIY laser

 

[BlueFusion]

300mW!!! What sort of monster diode do you have??? Is it one of those ugly multimode things?

 

[Cyparagon]

The operative word there is max, dude.