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We present a high-power (18 mW continuous wave exiting a single-mode fiber and 35 mW exiting the facet), broadband (85 nm full-width at half-maximum) quantum dot-based superluminescent diode, and apply it to a time-domain optical coherence tomography (OCT) setup. First, we test its performance with increasing optical feedback. Then we demonstrate its imaging properties on tissue-engineered (TE) skin...
We demonstrate imaging performance of a high power quantum-dot superluminescent diode (15 mW CW exiting single mode fiber, 85 nm bandwidth). We present images from tissue engineered skin and in vivo skin.
The development of high power broad bandwidth quantum dot super-luminescent diodes (SLEDs) is described. The requirements for time domain optical coherence tomography is described and the suitability of GaAs based quantum dots (QDs) highlighted. The effect of reducing QD deposition temperature is shown to be beneficial for broadband applications, and the fabrication of such material into single-pass...
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