MICROSTRUCTURED FIBER AND SUPERCONTINUUM LIGHT SOURCE
    1.
    发明申请
    MICROSTRUCTURED FIBER AND SUPERCONTINUUM LIGHT SOURCE 审中-公开
    微结构光纤和超光源

    公开(公告)号:WO2015144181A1

    公开(公告)日:2015-10-01

    申请号:PCT/DK2015/050066

    申请日:2015-03-25

    CPC classification number: G02B6/02357 G02B6/02347 G02F2001/3528

    Abstract: The disclosure relates to a microstructured optical fiber (20) comprising a core region (22) and a cladding region (24) which surrounds the core region. The cladding region comprises a plurality of cladding features (21, 26) within a cladding background material, wherein the cladding region comprises an inner cladding region (27) with at least one ring of inner cladding features (21) and an outer cladding region (28) with at least three outer cladding rings of outer cladding features (26). The inner cladding features have a first characteristic diameter and the outer cladding region comprises a plurality of outer cladding features having a second characteristic diameter. Each ring of inner cladding features comprises bridges of cladding background material having an average minimum width W 1 separating the cladding features, and each ring of outer cladding features comprises bridges of cladding background material having an average minimum width W 2 separating the cladding features. The average minimum width W 2 is at least about 10% larger than the average minimum width W1 and the core region has a diameter of at least about 2 μιη. The disclosure moreover relates to a cascade optical fiber with at least one fiber according to the disclosure as well as a source of optical supercontinuum generation.

    Abstract translation: 本公开涉及一种微结构化光纤(20),其包括围绕芯区域的芯区域(22)和包层区域(24)。 包层区域包括在覆层背景材料内的多个包层特征(21,26),其中包层区域包括内包层区域(27),其具有至少一个内包层特征环(21)和外包层区域 28)具有至少三个外包层特征(26)的外包层环。 内包层特征具有第一特征直径,并且外包层区域包括具有第二特征直径的多个外包层特征。 每个内包层特征包括包覆背景材料的桥,其具有分隔包层特征的平均最小宽度W1,并且每个外包层特征包括包覆背景材料的桥,其具有分离包层特征的平均最小宽度W2。 平均最小宽度W2比平均最小宽度W1至少大约10%,并且芯区域具有至少约2微米的直径。 此外,本公开涉及根据本公开的具有至少一个光纤的级联光纤以及光超连续谱产生源。

    MICROSTRUCTURED FIBER AND SUPERCONTINUUM LIGHT SOURCE
    3.
    发明公开
    MICROSTRUCTURED FIBER AND SUPERCONTINUUM LIGHT SOURCE 审中-公开
    MIKROSTRUKTURIERTE FASER UND SUPERKONTINUUMLICHTQUELLE

    公开(公告)号:EP3123216A1

    公开(公告)日:2017-02-01

    申请号:EP15768142.0

    申请日:2015-03-25

    CPC classification number: G02B6/02357 G02B6/02347 G02F2001/3528

    Abstract: The disclosure relates to a microstructured optical fiber (20) comprising a core region (22) and a cladding region (24) which surrounds the core region. The cladding region comprises a plurality of cladding features (21, 26) within a cladding background material, wherein the cladding region comprises an inner cladding region (27) with at least one ring of inner cladding features (21) and an outer cladding region (28) with at least three outer cladding rings of outer cladding features (26). The inner cladding features have a first characteristic diameter and the outer cladding region comprises a plurality of outer cladding features having a second characteristic diameter. Each ring of inner cladding features comprises bridges of cladding background material having an average minimum width W
    1 separating the cladding features, and each ring of outer cladding features comprises bridges of cladding background material having an average minimum width W
    2 separating the cladding features. The average minimum width W
    2 is at least about 10% larger than the average minimum width W1 and the core region has a diameter of at least about 2 μιη. The disclosure moreover relates to a cascade optical fiber with at least one fiber according to the disclosure as well as a source of optical supercontinuum generation.

    Abstract translation: 本公开涉及一种微结构化光纤(20),其包括芯区域(22)和包围区域(24),所述包层区域围绕所述芯区域。 包层区域包括在包层背景材料内的多个包层特征(21,26),其中包层区域包括具有至少一个内包层特征环(21)和外包层区域(21)的内包层区域(27) 28)具有至少三个外包层特征(26)的外包层环。 内包层特征具有第一特征直径,并且外包层区域包括具有第二特征直径的多个外包层特征。 内包层特征的每个环包括包覆背景材料的桥,其具有分隔包层特征的平均最小宽度W1,并且每个外包层特征环包括具有分隔包层特征的平均最小宽度W2的包层背景材料的桥。 平均最小宽度W2比平均最小宽度W1至少大约10%,并且芯区域具有至少约2微米的直径。 本发明还涉及根据本公开的具有至少一个光纤的级联光纤以及光超连续谱产生源。

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