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Highly Stable All-Fiber-Ring Short-Cavity Continuously Tuned Swept Source

机译:高度稳定的全纤维环短腔连续调整扫除源

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In this study, we present a swept source that can intelligently control its sweeping speed while satisfying the commercial stability and miniaturization standards. The source's central wavelength of the output spectrum is 1300 nm and spectral width is greater than 100 nm. Meanwhile, the scan frequency can be adjusted to range from 20 to 100 kHz, and the stability degree of the optical capacity is less than 0.34%. Additionally, this study establishes a numerical model for the swept-source optical coherence tomography (SS-OCT) system and introduces a numerical simulation of the signal produced during the OCT imaging process. The simulation results are helpful to guide the design and construction of the future OCT systems.
机译:在这项研究中,我们提出了一种扫描来源,可以在满足商业稳定性和小型化标准的同时智能控制其扫描速度。 输出频谱的源极中心波长为1300nm,频谱宽度大于100nm。 同时,扫描频率可以调节到20至100kHz的范围,光容稳定度小于0.34%。 另外,该研究为扫描源光学相干断层扫描(SS-OCT)系统建立了数值模型,并引入了在OCT成像过程中产生的信号的数值模拟。 仿真结果有助于指导未来OCT系统的设计和构建。

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