上海羽宸光电科技有限公司
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  • 参考报价:电议
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    产地:美国
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  • 详细介绍:


    倍频器

    ASG, ATSG,AFsG和AMG二倍频模块(三倍频、四倍频)的功能是通过倍频转换输入波长。输入波长可以从720nm -1600nm,工作原理是利用倍频技术产生稳定的激光源,在飞秒量级的应用中具有较好光束质量和优秀的脉冲扩展。

    产品特色:

    ·高转换效率

    ·小离散角

    ·小光束发散角

    ·不发热

    产品一览表:

    产品型号

    输入波长范围

    二倍频输出

    三倍频输出

    四倍频输出

    转换效率

    ASG

    720-1600 nm

    360-800 nm

    no

    no

    SH: 20-50%

    ATsG

    750-1600 nm

    375-800 nm

    250-533 nm

    no

    SH: 20-50%; TH: 3-15%

    AFsG

    820-1600 nm

    410-800 nm

    no

    205-400 nm

    SH: 20-50%; FH: 3-10%

    AMG

    780-1600 nm

    390-800 nm

    260-533 nm

    195-400 nm

    SH: 30-60%; TH: 5-10%; FH: 1-10%

    产品详细参数详情:

    ASG. 二倍频器

    二倍频用于上转换(倍频)飞秒激光源的固有频率。

    ASG-O(for oscillators)

    ASG-A(for amplifiers)

    可实现的输入波长范围*

    720-1600 nm

    输入波长调谐范围**

    50-100 nm

    输出波长***

    360-800 nm

    输入脉宽

    >20 fs

    输入偏振

    linear, horizontal

    输出偏振

    linear, vertical

    输入平均功率

    0.1-3 W

    <10 W

    输入脉冲能量

    <2 uJ

    2 uJ - 10 mJ

    输入光斑直径1/е^2

    <2 mm

    <10 mm

    转换效率****

    20-50%

    30-50%

    脉冲展宽

    <100 fs

    尺寸

    280x140x190 mm

    * - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request;

    ** - typical with one optics set, depends on exact central wavelength and pulse duration;

    *** - defined by input wavelength;

    **** - defined by input pulse energy and input pulse duration.

    ATsG.二倍频、三倍频器(用于飞秒激光)

    ATsG-O(for oscillators)

    ATsG-A(for amplifiers)

    可实现的输入波长范围*

    750-1600 nm

    输入波长调谐范围**

    50-100 nm

    输出波长***

    375-800 nm (SH)

    250-533 nm (TH)

    输入脉宽

    >20 fs

    输入偏振

    linear, horizontal

    输入平均功率

    0.3-3 W

    <10 W

    输入脉冲能量

    <2 uJ

    2 uJ - 10 mJ

    输入光斑直径1/е^2

    <2 mm

    <10 mm

    转换效率****

    20-50% (SH)

    3-8% (TH)

    30-50% (SH)

    8-15% (TH)

    脉冲展宽

    <100 fs (SH)

    <200 fs (TH)

    <100 fs (SH)

    <180 fs (TH)

    输出偏振

    SH - linear, vertical;

    ТГ - linear, horizontal

    尺寸

    480x222x192 mm

    * - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request;

    ** - typical with one optics set, depends on exact central wavelength and pulse duration;

    *** - defined by input wavelength;

    **** - defined by input pulse energy and input pulse duration.

    AFsG. 二倍频、四倍频器(用于超快激光)

    AFsG-A-1045二倍频和四倍频用于Yb-Doped固态和光纤放大系统

    AFsG-O(for oscillators)

    AFsG-A(for amplifiers)

    可实现的输入波长范围*

    820-1600 nm

    输入波长调谐范围**

    50-100 nm

    输出波长***

    410-800 nm (SH)

    205-400 nm (FH)

    输入脉宽

    >50 fs

    输入偏振

    linear, horizontal

    输入平均功率

    0.3-3 W

    <10 W

    输入脉冲能量

    <2 uJ

    2 uJ - 10 mJ

    输入光斑直径1/е^2

    <2 mm

    <8 mm

    转换效率****

    20-50% (SH)

    3-8% (FH)

    30-50% (SH)

    5-10% (FH)

    脉冲展宽

    <100 fs (SH), <1000 fs (FH)

    输出偏振

    SH - linear, vertical;

    FH - linear, horizontal

    尺寸

    480x222x192 mm

    * - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request;

    ** - typical with one optics set, depends on exact central wavelength and pulse duration;

    *** - defined by input wavelength;

    **** - defined by input pulse energy and input pulse duration.

    AMG.二倍频、三倍频、四倍频模块

    AMG-A-1030多倍频器用于1um放大器

    AMG-A(for amplifiers)

    可实现的输入波长范围*

    780-1600 nm

    输入波长调谐范围**

    50-100 nm

    输出波长***

    390-800 nm (SH)

    260-533 nm (TH)

    195-400 nm (SH)

    输入脉宽

    >50 fs

    输入偏振

    linear, horizontal

    输入平均功率

    <10 W

    输入脉冲能量

    0.2-10 mJ

    输入光斑直径1/е^2

    <8 mm

    转换效率****

    30-50% (SH), 5-10% (TH), 1-10% (FH)

    脉冲展宽

    <100 fs (SH), <250 fs (TH), <1000 fs (FH)

    输出偏振

    linear: SH - vertical; TH - horizontal; FH - vertical

    尺寸

    480x222x192 mm

    * - may be covered by several exchangeable optics sets, please indicate the desired wavelength range upon your request;

    ** - typical with one optics set, depends on exact central wavelength and pulse duration;

    *** - defined by input wavelength;

    **** - defined by input pulse energy and input pulse duration.