Difference between revisions of "Photoluminescence PL Setup (Custom)"
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|email=Ningcao@ece.ucsb.edu |
|email=Ningcao@ece.ucsb.edu |
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|description = Custom Built Photoluminescence |
|description = Custom Built Photoluminescence |
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+ | This custom setup is used for materials characterization including crystal growth quality and gain region/quantum well growth, or semiconductor alloy ratio. Multiple laser sources are available - including the He-Cd laser also used for [[Holographic Lith/PL Setup (Custom)|Holography]], via a flip-down mirror. |
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− | In Progress - incomplete info. |
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+ | Light is delivered in free-space, selected via magnetic flip-mirrors, and collected by optical fiber, and analyzed by a USB spectrometer. |
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==Detailed Specifications== |
==Detailed Specifications== |
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− | === |
+ | ===Pump Lasers Available=== |
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− | 325nm He-Cd - single mode, spatially filtered |
+ | *325nm He-Cd - single mode, spatially filtered |
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+ | *657nm Diode Laser |
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+ | ===Optical Detection=== |
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+ | *Ocean Optics USB2000+ |
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+ | **340nm to 1025nm wavelength acquisition, through multi mode optical fiber |
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+ | *Raman spectrometer |
Revision as of 11:56, 29 July 2022
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About
The Photoluminescence setup is on the same optical table as the Hologaphic Lithography setup.
This custom setup is used for materials characterization including crystal growth quality and gain region/quantum well growth, or semiconductor alloy ratio. Multiple laser sources are available - including the He-Cd laser also used for Holography, via a flip-down mirror.
Light is delivered in free-space, selected via magnetic flip-mirrors, and collected by optical fiber, and analyzed by a USB spectrometer.
Detailed Specifications
Pump Lasers Available
- 325nm He-Cd - single mode, spatially filtered
- 405nm Diode Laser
- 532nm Diode Laser
- 657nm Diode Laser
Optical Detection
- Ocean Optics USB2000+
- 340nm to 1025nm wavelength acquisition, through multi mode optical fiber
- Raman spectrometer