Abstract
Optical Coherence Tomography (OCT) has been a helpful tool for ophthalmology diagnosis since its first appearance during the early 1990s. It is based on the optical interference phenomenon and has found major applications in the live tissue imaging. Particularly important is its capacity of producing high-resolution cross-sectional images of non-homogeneous tissues such as the ocular retina. The development of a high speed OCT, based on laser swept-source, for retinal imaging in small animals is our main goal. Preliminary results allow us to conclude that the system meet the requirements to produce OCT images of living tissues.KeywordsOCTSwept SourceHigh Speed Data AcquisitionFast Fourier TransformRetinal Imaging
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