LED Fiber Illuminator: Difference between revisions
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Back to [[Psych221-Projects-2013 |Psych 221 Projects 2013]] | Back to [[Psych221-Projects-2013 |Psych 221 Projects 2013]] | ||
= Background = | = Background = | ||
The goal for this project is to couple a multicolor LED module into an optical fiber, for the purposes of illuminating blood vessels within the human body. | |||
Our goal was to use off-the-shelf optical hardware to create the design, in conjunction with a custom enclosure to hold everything togehter. We decided to 3D print the fixture that held the LED, heat sink, and lenses. After obtaining 3D models for the optical components (plano-convex lens, SMA fiber adapter), and creating models for the luxeon LED, heat sink, and lens, we designed an enclosure that could attach to a standard optical table and couple as much light as possible into the fiber. | |||
= Methods = | = Methods = | ||
Revision as of 05:42, 19 March 2013
Back to Psych 221 Projects 2013
Background
The goal for this project is to couple a multicolor LED module into an optical fiber, for the purposes of illuminating blood vessels within the human body.
Our goal was to use off-the-shelf optical hardware to create the design, in conjunction with a custom enclosure to hold everything togehter. We decided to 3D print the fixture that held the LED, heat sink, and lenses. After obtaining 3D models for the optical components (plano-convex lens, SMA fiber adapter), and creating models for the luxeon LED, heat sink, and lens, we designed an enclosure that could attach to a standard optical table and couple as much light as possible into the fiber.
Methods
Results
Conclusions
References - Resources and related work
References
Software