http://cgi.ebay.com/LOT-THORLABS-DET...mZ160365377498
I don't know if any of that would be useful. I couldn't get all the images to enlarge so.
-Adam
Senior Member
Might be useful, Might not...
http://cgi.ebay.com/LOT-THORLABS-DET...mZ160365377498
I don't know if any of that would be useful. I couldn't get all the images to enlarge so
-Adam
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.
Laser (the acronym derived from Light Amplification by Stimulated Emissions of Radiation) is a spectacular manifestation of this process. It is a source which emits a kind of light of unrivaled purity and intensity not found in any of the previously known sources of radiation. - Lasers & Non-Linear Optics, B.B. Laud.
Senior Member
How much mW/cm2 power can a standard b/w CCD handle before it dies?
Can I also use safety goggles as a attenuator?
I'm testing the software with a lens in front of the CCD
Creaky Old Award Winning Bastard Technologist
Originally Posted by mccarrot
How much mW/cm2 power can a standard b/w CCD handle before it dies?
Can I also use safety goggles as a attenuator?
I'm testing the software with a lens in front of the CCD
I've had 20mW on silicon ccds no problem. Vidicon tubes, however, don't like more then 5 mW before they discolor.
we did some testing at Dr Lavas:
430 nm pointer to excite (60 mW)
808 pointer (1W) to quench:
Phosphor:
ZnS:AG (Post Apple Scientific, 19.95 a bottle ) IR Quench, YES
Chinese Long Persistence Blue (SR:YAG) IR Quench, YES
Chinese medium persistence Red ( ??:YAG) IR QUench, YES
United Nuclear, Super Phosphor , NO QUENCH !
Procedure:
Darkened room, excite with 430, remove excitation, wait a few seconds, attempt quench. No attempt was made to quench and excite at the same time.
Steve
Qui habet Christos, habet Vitam!
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When I still could have...
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