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Parallel optical coherence tomography is demonstrated using a 12-bit scientific-grade charge-coupled device array. A superluminescent diode in combination with a free-space Michelson interferometer was employed to achieve 10-μm axial resolution and 1.1-μm transverse resolution on a 902×575 /μm2 field of view. We imaged a test mirror and bovine retinal tissue using a four-step phase shift method.
Parallel optical coherence tomography is demonstrated using a 12 -bit scientific-grade charge-coupled device array. A superluminescent diode in combination with a free-space Michelson interferometer was employed to achieve 10-μm axial resolution and 1.1-μm transverse resolution on a 902 × 575 / μm 2 field of view. We imaged a test mirror and bovine retinal tissue using a four-step phase shift method.