UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件
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UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

UltraFast Innovations UFI

色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

超快创新（UltraFast Innovations, UFI） 全球顶尖的高精度激光光学器件

超快创新有限公司（UFI）是高性能激光光学器件的顶级制造商，专注于：

  • 色散超快镜（Dispersive ultrafast mirrors）
  • 啁啾镜对（Chirped mirror pairs）
  • 低损耗高激光损伤阈值（LIDT）镜片（Low-loss high-LIDT mirrors）
  • 紫外光学器件（UV optics）

技术背景
UFI 衍生自德国慕尼黑大学（Ludwig-Maximilians-Universit Munchen）与马克斯·普朗克量子光学研究所（Max Planck Institute of Quantum Optics），其镀膜技术覆盖：
软X射线（XUV）至红外（IR）全波段
专有镀膜工艺（Proprietary coating technology）满足严苛激光应用需求

核心技术优势

超快脉冲压缩（Ultrafast pulse compression）
市场最短激光脉冲生成技术（Dispersive technology for shortest pulses）
多波段宽带分束器（Multi-band broadband beamsplitters）
高损伤阈值紫外光学（High-LIDT UV optics）

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

1030nm 高色散超快反射镜

7° AOI 下的负 GDD 高达 -1000 fs2
5° AOI下负 GDD 为 -200 fs2
60nm 带宽下的最低反射率（P 偏振）>99.8%
适用于 Yb:doped 光纤激光器的色散补偿
超快啁啾镀膜
1030nm 高色散超快反射镜采用经过优化的多层镀膜，因此在其 60nm 带宽下具有极低的 GDD 和高反射率. 镀膜基于色散光干涉，在设计入射角为5 或 7°时, 超快啁啾镀膜为这些反射镜提供 -500fs2 或 -1000fs2 的高负GDD. 这些反射镜在其波长下的典型反射率 >99.9% 且在其波长范围内的最小反射率为 99.8%. 1030nm 高色散超快反射镜适用于 Yb:doped 光纤激光器以及 NIR 光谱中的其他超快激光器的脉冲压缩和色散补偿。提供标准英制尺寸12.7mm 或 25.4mm。

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
HD1601 1030 1027 1033 99.93 -3000 3 p High-dispersive mirror
HR1511 1035 1032 1038 99.9 0 45 s High-reflective mirror
HD51 1032 1028 1037 99.5 -4000 5 p High-dispersive mirror
F1351_RC3 1020 1010 1030 99.98 - 15 p Beam splitter
HD40 1030 1020 1040 99 -2500 5 p High-dispersive mirror
HD73 1030 1020 1040 99.8 -3000 3 p High-dispersive mirror
PD1401_RC1 1030 1020 1040 99 5000 7 p Mirror with high positive dispersion
HD103 1040 1030 1050 99 1750 5 p High-dispersive mirror
HD86 1040 1030 1050 99 -1200 3 p High-dispersive mirror
PD2004 1040 1030 1050 99.9 5000 5 p Mirror with high positive dispersion
HD1708 1032.5 1020 1045 99.92 -2000 5 p High-dispersive mirror with high reflectivity
HD1312 1062.5 1050 1075 99 -3200 3 p High-dispersive mirror
PD41 1030 1015 1045 99 1000 6 p Mirror with high positive dispersion
PD2003 1040 1025 1055 99.9 3000 5 p Mirror with high positive dispersion
HD1808 1055 1040 1070 99.95 -2000 5 p High-dispersive mirror with high reflectivity
BS1202 1032 1015 1050 1 - 45 p Thin-film polarizer
HD121 1030 1010 1050 99 -1000 5 p High-dispersive mirror
HD64 1030 1010 1050 99.5 -1000 5 p High-dispersive mirror
HD61 1040 1020 1060 99.5 -1050 0 p High-dispersive mirror
HD90 1040 1020 1060 99 -1200 7 p High-dispersive mirror
HD122 1032.5 1010 1055 99 -1200 8 s High-dispersive mirror
HD123 1035 1010 1060 99 -300 8 s High-dispersive mirror
HD1565 1035 1010 1060 99.8 -1000 5 p High-dispersive mirror
PD1565 1035 1010 1060 99.8 1000 5 p Mirror with high positive dispersion
HD1959 1030 1000 1060 99.95 -500 7 p High-dispersive mirror with high reflectivity
HD59 1030 1000 1060 99 -500 5 p High-dispersive mirror
HD1310 1040 1010 1070 99 -1000 7 s High-dispersive mirror
HD65 1040 1010 1070 99.5 -1000 5 p High-dispersive mirror
CM1821 1020 980 1060 99.98 -25 0 p Dispersive mirror with high reflectivity
CM39 1030 980 1080 99 -500 5 p Dispersive mirror with high reflectivity
TOD1501 1060 1010 1110 99.9 0 6 s Mirror with third order dispersion (TOD)
UHR17 1060 1010 1110 99 0 3 p High-reflective mirror
CM150 1040 980 1100 99 -150 5 p Dispersive mirror with high reflectivity
CM1737 1025 950 1100 99.95 -25 5 p Dispersive mirror with high reflectivity
CM130 1045 970 1120 99 -50 5 p Dispersive mirror with high reflectivity
UHR11 1045 970 1120 99 0 3 p High-reflective mirror
HD2320 1030 950 1120 99.8 -200 5 p Dispersive mirror
HD120 1035 950 1120 99.8 -200 5 p High-dispersive mirror
HR1707 1040 950 1130 99.99 0 45 p,s High-reflective mirror
PC54 1025 925 1125 99 -50 12 both Broad-band dispersive mirror
HR2101 1064 950 1200 99.99 0 45 s High-reflective mirror
HR1801 1010 875 1150 99.99 0 45 s High-reflective mirror
PC1305 1025 850 1200 99 -200 5 p Broad-band double-angle dispersive mirror
PC1611 1025 850 1200 99.7 -150 5 p High-dispersive mirror
PC523_RC2_S_L 1020 820 1220 98 -50 5 s Broad-band dispersive mirror
PC1601 1050 800 1300 99.5 -100 5 p Broad-band double-angle dispersive mirror
PC1821 1050 800 1300 99.6 -120 2 p Broad-band complementary pair
PC1542 1015 730 1300 99 -50 5 p Broad-band dispersive mirror
PC1605 1015 730 1300 98.5 70 7 p Broad-band complementary pair
BS1503 1025 700 1350 - 0 45 p Beam splitter
PC94 1025 700 1350 99.9 -65 45 s Broad-band complementary pair
PC105 1000 650 1350 98 -40 5 p Broad-band double-angle dispersive mirror
PC147 1000 650 1350 99 -60 5 p Broad-band complementary pair
BS1502 1050 700 1400 - 0 45 p Beam splitter
PC1632 1050 700 1400 98.8 -85 5 p Broad-band complementary pair
PC1701 1050 700 1400 98.5 -55 0 p Broad-band complementary pair
PC1331 1015 650 1380 99 -50 5 p Broad-band complementary pair
HR24 1030 660 1400 99 - 19 p Broad-band high-reflective mirror
HD2005 1300 1250 1350 99.93 -500 5 p High-dispersive mirror
BS45deg 1600 1520 1680 45 - 45 p Beam splitter
CM55 1300 1200 1400 99 -60 5 p Dispersive mirror with high reflectivity
HD1442 1550 1450 1650 99.999 -500 5 p Mirror with third order dispersion (TOD)
BS_NP 1600 1500 1700 45 - 45 p Beam splitter
PC1581 1400 1250 1550 99.9 -100 5 p Broad-band dispersive mirror
IR1701 1550 1400 1700 99.97 -300 5 p Dispersive mirror with high reflectivity
IR1502 1570 1380 1760 98.5 0 5 p Dispersive mirror with high reflectivity
IR1812 1300 1100 1500 99.7 -250 45 p High-dispersive mirror
IR2101 1525 1325 1725 99.8 -400 5 p Dispersive mirror
IR1705 1575 1350 1750 99.7 -400 5 p High-dispersive mirror
CM2005 1600 1400 1800 99.8 -120 5 p Dispersive mirror
PC1710 1625 1350 1900 99.6 -250 5 p High-dispersive mirror
IR16 1750 1450 2050 98 -250 5 p Dispersive dichroic mirror
PC61 1375 1000 1750 99 -150 5 p Broad-band complementary pair
PC1816 1400 1000 1800 99.2 -70 5 p Broad-band dispersive double angle mirror
TOD1804 1600 1200 2000 95 0 0 p Broad-band complementary pair
PC129 1700 1250 2150 95 -100 7 p Broad-band double-angle dispersive mirror
TOD2207 1500 1000 2000 95 0 5 p,s Mirror with third order dispersion (TOD)
BS2021 1550 300 2800 95 0 45 p,s Beam splitter

 

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

2um高色散宽带超快反射镜

2000 - 2200nm 之间的反射率 >99.9%
5° AOI下的GDD 为 -1000fs2
适用于 <100fs 的钬和铥激光器脉冲压缩
宽带超快啁啾镀膜
2μm 高色散宽带超快反射镜采用超快啁啾镀膜，并设计用于钬 (Tm) 和铥 (Ho) 激光器的脉冲压缩，以及腔内色散补偿。这些反射镜在 5° 入射角 (AOI) 下具有 -1000fs2的高负群延迟色散 (GDD), 允许脉冲压缩 <100fs. 这些 2 微米的反射镜在 2000 - 2200nm 之间的低损耗反射率 >99.9% (P-偏振), 绝对反射率达到 99.95% 以上. 由于优良的光谱性能、低损耗和可靠的 GDD，2μm 高色散宽带超快反射镜特别适用于 2um 薄型激光振荡器.这些高色散反射镜有 12.7mm 和 25.4mm 两种标准尺寸，非常适合集成到飞秒激光系统中.

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
BS45deg 1600 1520 1680 45 - 45
p
 Beam splitter
BS_NP 1600 1500 1700 45 - 45
p
 Beam splitter
HD1501 2100 2000 2200 99.95 -1000 5
p
 Dispersive mirror
IR1401 1800 1650 1950 95 0 45
s
 Beam splitter
IR1401_RC2 1800 1650 1950 95 0 45
s
 Broad-band dispersive mirror
PC1915 1800 1650 1950 99.8 -700 5
p
 Dispersive mirror
CM1531 2050 1900 2200 99.7 -200 5
p
 Dispersive mirror with high reflectivity
CM2005 1600 1400 1800 99.8 -120 5
p
 Dispersive mirror
HR2001 2000 1800 2200 99 0 45
p,s
 High reflector mirror
CM1710 2400 2200 2600 99.8 -100 0
p
 Dispersive mirror
PD2001 2050 1800 2300 99 100 5
p
 Mirror with high positive dispersion
TOD1601 2300 2050 2550 99.5 0 3
p
 Mirror with third order dispersion (TOD)
IR1301 2350 2100 2600 98 -100 0
p
 Broad-band dispersive mirror
PC1873 2350 2100 2600 99.9 -200 5
p
 Dispersive mirror with high reflectivity
IR1304_RC2 2450 2200 2700 99.2 0 0
p,s
 Mirror with third order dispersion (TOD)
PC1710 1625 1350 1900 99.6 -250 5
p
 High-dispersive mirror
IR16 1750 1450 2050 98 -250 5
p
 Dispersive dichroic mirror
BS101 1850 1550 2150 50 0 7
p
 Beam splitter
IR1402 2100 1800 2400 98 500 45
s
 Mirrow with positie dispersion
IR1803 2100 1800 2400 99.8 -500 5
p
 High-dispersive mirror
PC1904 2200 1900 2500 99 -300 5
p
 Dispersive mirror
HR1999 2300 2000 2600 99.98 0 0
p,s
 High-reflective mirror
PC2001 1950 1600 2300 98 -200 5
p
 Dispersive mirror
IR24 2475 2100 2850 97 -250 0
p
 Broad-band dispersive mirror
TOD1804 1600 1200 2000 95 0 0
p
 Broad-band complementary pair
PC1905 2100 1700 2500 99.9 0 45
s
 High-reflective mirror
PC1911 2300 1900 2700 99.99 -75 5
p
 Dispersive mirror with high reflectivity
IC1501 2450 2050 2850 98.5 -450 5
p
 Broad-band dispersive mirror
PC129 1700 1250 2150 95 -100 7
p
 Broad-band double-angle dispersive mirror
PC1741 2200 1700 2700 99.2 -250 0
p
 High-dispersive mirror
IC2001 2300 1800 2800 99.9 0 5
p
 High reflector mirror
IR25 2500 2000 3000 97 -200 0
p
 Broad-band dispersive mirror
IR41 2700 2200 3200 97 -300 5
p
 Broad-band dispersive mirror
CM2006 2200 1600 2800 98 -60 0
p
 Broad-band complementary pair
HRIR2 2600 2000 3200 99 - 5
p
 Dichroic mirror
HRIR1 2595 1990 3200 99 - 5
p
 Broad-band high-reflective mirror
PC1699 2125 1500 2750 99 -300 3
p,s
 Input Coupler
IR13 2550 1900 3200 99 - 5
p
 Dichroic mirror
IC1905 2100 1400 2800 95 0 0
p
 Input Coupler
CM1953 2400 1600 3200 98 -50 5
p
 Broad-band complementary pair
ARIR16 2375 1550 3200 0.5 0 5
p
 Broad-band IR anti-reflection coating
ARIR19 2350 1500 3200 0.5 0 0
p
 Broad-band IR anti-reflection coating
IR1805 2000 1000 3000 99 - 5
p
 Beam splitter
ARIR17 2750 1500 4000 1 0 0
p
 Broad-band IR anti-reflection coating

 

3200nm 高正色散超快反射镜

5° AOI 下的正 GDD 为 500 fs2 at 5° AOI
>99.9% 最小反射（P 偏振）
宽带中红外镀膜设计，覆盖2800–3600nm
中红外锁模激光器的理想选择
UltraFast Innovations (UFI) 3200nm 高正色散超快反射镜提供高正 GDD，与该波长范围内大多数材料的 GDD 符号相同。这些正啁啾反射镜可用于脉冲压缩和啁啾脉冲放大器系统，例如混合棱镜/反射镜压缩器。在设计入射角 (AOI) 为 5° 时，这些反射镜可最大限度地增加一对超快反射镜之间的反射次数，同时保持较小的占地面积。UltraFast Innovations (UFI) 3200nm 高正色散超快反射镜采用熔融石英基板，具有出色的热稳定性和 25.4mm 直径，有助于集成到中红外超快激光装置中。

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
IR11 2900 2600 3200 99 450 5
p
 Dispersive dichroic mirror
IRIC 2900 2300 3500 99 - 0
p
 Dichroic mirror
CM1851 3000 2000 4000 99.5 -200 5
p
 Broad-band complementary pair
IR26 3100 2800 3400 99 500 0
p
 Broad-band mirror with positive dispersion
HD346 3200 2800 3600 99.96 500 5
p
 Mirrror with positive dispersion
HD2031 3200 2700 3700 99.9 400 5
p,s
 Mirror with positive dispersion
IR21 3275 2850 3700 98 0
p
 Beam splitter
IR15 3500 3000 4000 98 -500 5
p
 Broad-band dispersive mirror
IR1322_RC1 3525 3100 3950 98 -200 0
p
 Broad-band dispersive mirror
HD1715 3850 3200 4500 99.95 100 5
p,s
 Mirror with positive dispersion
IR1501 4000 3500 4500 99 - 45
s
 Dispersive mirror with high reflectivity
IR1321_RC7 4250 3750 4750 99.5 300 0
p
 Mirror with third order dispersion (TOD)
IR1321_OC_RC5 4275 3850 4700 90 0 0
p
 Broad-band dispersive mirror
IR1321_OC_RC1 4300 4000 4600 99 -400 0
p
 Broad-band dispersive mirror
IR1321_OC_RC4 4300 4000 4600 98 0 0
p
 Broad-band dispersive mirror
FIR1 5500 4700 6300 99 - 0
p
 IR filter
FIR2 5600 4650 6550 65 - 0
p
 High-dispersive mirror

 

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

800nm 高色散超快反射镜 Ti:Sapphire dispersive optics

780 - 830nm下的反射率 >99.8% ( P 偏振)
5° AOI下的群延迟色散为 -1300fs2
适用于 Ti:sapphire 超快激光器的脉冲压缩
超快啁啾镀膜
800nm 高色散超快反射镜具有基于色散光干涉的优化多层镀膜，具有低群延迟色散 (GDD) 和高反射率的特点。在 5°设计入射角 (AOI) 下, 这些反射镜的 GDD 为 -1300 fs2 且 P 偏振的最低反射率为 99.8%. 这些超快反射镜的高色散设计能控制三阶和更高阶的色散，并提供较高的光束稳定性。800nm 高色散超快反射镜适用于 Ti:sapphire 激光器等超快脉冲的脉冲压缩和色散补偿。标准英制尺寸，并采用熔融石英基片，具有10-5 表面质量和λ/10 表面平整度。

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
BS1551 850 845 855 99 - 45
s
 Beam splitter
BS1311_RC2 850 840 860 99.99 - 45
s
 Thin-film polarizer
HD2002 780 760 800 99.9 -1500 5
p
 High-dispersive mirror
AR770 790 770 810 1 0 0
p
 Broad-band IR anti-reflection coating
HD1607 780 755 805 99.94 -1000 5
p,s
 High-dispersive mirror
UHR23 785 760 810 99 0 3
p
 TOD dichroic mirror
HD15 805 780 830 99 -1300 5
p
 High-dispersive mirror
HD1603 777.5 750 805 99.95 -1000 5
p,s
 High-dispersive mirror
HD1631 800 770 830 99.8 -700 3
p
 High-dispersive mirror
HD68 805 775 835 99.5 -1000 5
p
 High-dispersive mirror
PD51 807 775 840 99 1000 5
p
 Mirror with high positive dispersion
UHR301 700 660 730 99.97 0 0
p
 High-reflective mirror
CM1321_RC2 805 770 840 99.95 0 0
p
 High-reflective mirror
CM1322_RC2 885 850 920 99.8 0 0
p
 High-reflective mirror
HD1441 720 680 760 99.8 -500 5
p,s
 High-dispersive mirror
CM1331 800 760 840 99 -30 0
p
 Broad-band dispersive mirror
HD2012 800 760 840 99.95 -700 5
p
 High-dispersive mirror
RHD4 795 750 840 99 -500 10
p
 High-dispersive mirror
UHR99 795 750 840 99 0 0
s
 High-reflective mirror
HD1401_RC1 775 725 825 99 -450 5
p
 High-dispersive mirror
HD1401_RC2 775 725 825 99 450 5
p
 High-dispersive mirror
CM347 800 750 850 99.98 -80 3
p
 Dispersive Input coupler
F1307 800 750 850 50 0 10
p
 Beam splitter
PD1602 800 750 850 99.92 250 5
p
 Mirror with high positive dispersion
TOD51 800 750 850 99 0 5
p
 Mirror with third order dispersion (TOD)
UHR21 800 750 850 99 -8 0
p
 High-reflective mirror
UHR22 800 750 850 99 -7 2
p
 High-reflective mirror
UHR24 800 750 850 99 0 0
p
 High-reflective mirror
HD31 785 730 840 99.7 -500 10
p
 High-dispersive mirror
HD1942 795 740 850 99.7 -400 45
p
 High-dispersive mirror
PD1404_RC1 822 765 880 99 200 5
p
 Mirror with high positive dispersion
HD1608 780 720 840 99.8 -300 20
p
 High-dispersive mirror
HR1901 800 740 860 99.99 0 45
p,s
 High-reflective mirror
TOD9 800 740 860 99 0 7
p
 Mirror with third order dispersion (TOD)
HD1403_RC2 785 720 850 99 0 0
p
PD5 795 730 860 99 150 5
p
 Mirror with high positive dispersion
CM101 805 730 880 99 -115 7
p
 High-dispersive mirror
PD1521 805 730 880 99.8 250 5
p
 Mirror with high positive dispersion
HD1342 780 700 860 99 -275 45
p
 High-dispersive mirror
F1203 800 720 880 99 0 45
p
 Beam splitter
HD116 785 700 870 99 -250 7
s
 High-dispersive mirror
HD111 795 710 880 99 -270 7
p
 High-dispersive mirror
HD1321 815 730 900 99 -180 5
p
 High-dispersive mirror
HD1858 787.5 700 875 99.8 -300 5
p
 High-dispersive mirror
HD1704 837.5 750 925 99.95 -175 5
p
 High-dispersive mirror with high reflectivity
PC1305_RC2 780 690 870 99 150 -
p
 Broad-band double-angle dispersive mirror
F1309 810 720 900 99 - 45
s
 Beam splitter
HR1201 810 720 900 99 0 45
s
 Broad-band high-reflective mirror
HD58 785 690 880 99.5 -275 7
p
 High-dispersive mirror
HD67 785 690 880 99.5 -320 5
p
 High-dispersive mirror
HD1601_v2 700 600 800 99.5 -150 7
p
 High-dispersive mirror
DA2 780 680 880 99 -100 5
p
 Broad-band double-angle dispersive mirror
CM61 800 700 900 99 0 5
p
 Broad-band high-reflection mirror with GDD = 0 fs2
CM81 800 700 900 99 0 5
p
 Broad-band high-reflection mirror with GDD = 0 fs2
CM83 800 700 900 99 -50 5
p
 Dispersive mirror with high reflectivity
HD2222 800 700 900 99,5 -150 5
p,s
 Dispersive mirror
HR2005 800 700 900 99.99 0 45
s
 High-reflective mirror
HD1610 850 750 950 99.8 -150 5
p
 Dispersive mirror
HD7101 850 750 950 99.8 -180 5
p
 High-dispersive mirror
PC148 860 760 960 99 -50 5
p
 Dispersive mirror with high reflectivity
F1401 900 800 1000 99.99 - 15
p
 Beam splitter
PC139 770 660 880 99 -150 5
p
 Broad-band dispersive mirror
PC139_RC2 780 660 900 99 150 5
p
 Broad-band complementary pair with positive dispersion
PC1306 800 680 920 99 -120 5
p
 Broad-band double-angle dispersive mirror
PC41 820 700 940 99 -60 5
p
 Dispersive dichroic mirror
PC40 850 730 970 99 -50 0
p
 Broad-band dispersive mirror with third order dispersion (TOD)
CM1483 775 650 900 99.7 -65 0
p,s
 Dispersive mirror
F1204 775 650 900 99 0 45
s
 Beam splitter
F1402_RC1 775 650 900 90 - 75
s
 Thin-film polarizer
F1402_RC2 775 650 900 90 - 75
s
 Thin-film polarizer
F1502 775 650 900 93 - 75
s
 Thin-film polarizer
PC1831 875 750 1000 99.9 -100 5
p
 Dispersive mirror with high reflectivity
PC1321 835 700 970 99 -30 5
p
 Broad-band complementary pair
HD1561 845 710 980 99.8 100 5
p
 Mirror with high positive dispersion
CM68 862 725 1000 99.5 -70 45
p
 Dispersive mirror
CM63 860 720 1000 99 -150 5
p
 Broad-band dispersive mirror
F1601 800 650 950 - - 72
s
 Beam splitter
PC1541 800 650 950 99.3 -35 5
p
 Broad-band dispersive mirror
PC1916 800 650 950 99.8 -100 5
p
 Dispersive mirror
TOD1 850 700 1000 99 0 10
p
 Mirror with third order dispersion (TOD)
CM2101 900 750 1050 99,9 -100 9
p
 Dispersive mirror
PC1971_100 775 600 950 99 -100 5
p
 Broad-band complementary pair
PC1971_50 775 600 950 99 -50 5
p
 Broad-band complementary pair
BS32 800 625 975 8 0 45
p
 Beam splitter
PC1451 825 650 1000 99.8 -70 5
p
 Broad-band complimentary pair
PC84 825 650 1000 99 -70 5
p
 Broad-band double-angle dispersive mirror
PC125 815 630 1000 99.7 -60 7
p
 Broad-band complimentary pair
PC150 765 570 960 99 -50 5
p
 Broad-band complementary pair
PC75 700 500 900 99 -40 5
p
 Broad-band double-angle dispersive mirror
BS71 725 525 925 33 0 5
p
 Beam splitter
PC1511 800 600 1000 99.9 -60 5
p,s
 Broad-band complimentary pair
TOD11 825 625 1025 99.5 0 10
p
 Mirror with third order dispersion (TOD)
PC2003 850 650 1050 99.7 -95 5
p
 Broad-band complementary pair
CM1512 900 700 1100 99.5 100 5
p,s
 Mirror with positive dispersion
PC1612 837.5 625 1050 99 -50 7
p
 Broad-band complementary pair
BS1412 725 500 950 99.98 - 45
s
 Beam splitter
PC108_RC1 825 600 1050 99.5 -50 5
p
 Broad-band double-angle dispersive mirror
PC1441 825 600 1050 99.7 -50 5
p
 Broad-band complimentary pair
PC52 825 600 1050 99 -50 5
p
 Broad-band dispersive double angle mirror
PC93 875 650 1100 99 -40 5
p
 Broad-band double-angle dispersive mirror
HRVLT 700 460 940 98 - 45
p
 High-reflective mirror
PC37_4 720 480 960 99 -40 5
p
 Broad-band double-angle dispersive mirror
PC1411 700 450 950 99 -50 5
p
 Broad-band dispersive double angle mirror
PC37_1 700 450 950 99 -30 5
s
 Broad-band double-angle dispersive mirror
PC37_2 700 450 950 99 -30 5
s
 Broad-band double-angle dispersive mirror
PC37_3 700 450 950 98 -30 5
p
 Broad-band double-angle dispersive mirror
CM71 750 500 1000 98 0 45
p
 Beam splitter (dispersion controlled within 550-610nm)
PC1334_RC4 750 500 1000 98 -40 5
p
 Broad-band double-angle dispersive mirror
PC42 750 500 1000 99 -45 5
p
 Broad-band double-angle dispersive mirror
PC32 800 550 1050 99 -40 5
p
 Broad-band double-angle dispersive mirror
CM2010 850 600 1100 99.5 -50 5
p
 Broad-band complementary pair
AR550-1130 852 580 1125 0.5 0 0
p
 Broad-band anti-reflection coating
F1551 725 450 1000 5 - 0
p
 Beam splitter
PC1332 725 450 1000 99 -40 5
p
 Broad-band double-angle dispersive mirror
PC122 775 500 1050 94 -50 5
p
 Broad-band double-angle dispersive mirror
PC70 775 500 1050 99 -40 5
p
 Broad-band double-angle dispersive mirror
BS1631 800 500 1050 50 0 45
p
 Beam splitter
PC45 825 550 1100 99 -40 7
p
 Broad-band complementary pair
PC47 825 550 1100 98 -60 7
p
 Broad-band complementary pair
PC5 825 550 1100 99 -40 5
p
 Broad-band complementary pair
BS2043 700 400 1000 30 0 45
p
 Beam splitter
BS2044 700 400 1000 50 0 45
p
 Beam splitter
BS1504 750 450 1050 50 0 55.47
p
 Beam splitter
CM2012 900 600 1200 98.5 -50 5
p
 Broad-band complementary pair
CM2112 900 600 1200 98.5 -50 5
p
 Broad-band complementary pair
PC2020 900 600 1200 99 -50 7
p
 Broad-band complementary pair
BS2042 725 400 1050 70 0 45
p
 Beam splitter
CM65 825 450 1200 94 -30 5
p
 Ultra-broad-band dispersive mirror
PC2151 875 500 1250 96 -40 5
p
 Broad-band complementary pair

 

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

255-277nm 负色散 UV 超快反射镜

-145 fs2 的负 GDD
255 - 277nm 之间 5° 的入射角
非常适合 UV 超快激光束的脉冲压缩或色散补偿
独特的 UV 负色散超快镀膜
UltraFast Innovations (UFI) 255-277nm 负色散 UV 超快反射镜采用熔融石英基板，具有出色的热稳定性和 25.4 毫米直径，便于集成到 UV 应用中。基于色散光学干涉，超快啁啾镀膜为这些反射镜提供 -145 fs2 的负 GDD。这些反射镜旨在提供对光束稳定性的高度控制，并在 255 - 277nm 之间具有 >80%（P 偏振）的反射率。在设计入射角 (AOI) 为 5° 时，这些反射镜可最大限度地增加一对超快反射镜之间的反射次数，同时保持较小的占地面积。UltraFast Innovations (UFI) 255-277nm 负色散 UV 超快反射镜允许压缩 UV 超快激光脉冲，例如由 Ti:sapphire 激光器的 3 次谐波和 Yb:doped 激光器的 4 次谐波产生的脉冲。

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
F1403 250 240 260 90 - 0
p
 High-reflective mirror
CM313 250 230 270 80 -70 8
s
 High-dispersive mirror
HD7102 260 255 265 90 -50 5
p,s
 Dispersive mirror
HR257 260 235 285 99 0 45
s
 UV high-reflector
CM1302 262 250 275 98 0 0
p
 High-reflective mirror
HD100 263 255 277 80 -145 5
p
 High-dispersive mirror
CM1401 264 258 270 99.95 0 0
p
 High-reflective mirror
HR266 265 255 275 98 0 45
s
 Dichroic mirror
F1306 265 250 280 49 -20 45
p
 Beam splitter
TFP11 266 258 274 95 - 56
s
 Thin-film polarizer
CM135 271 270 273 98 -60 7
p
 High-dispersive mirror
CM1511 273 268 278 80 -116 5
p,s
 Dispersive mirror
BS1201 300 290 310 97 - 75
p
 Beam splitter
CM31 305 250 360 98 0 5
p
 Broad-band high-reflective mirror
CM58 305 240 370 95 0 5
p
 Broad-band dichroic mirror
HD1821 347.5 320 375 99.9 -50 5
p
 High-dispersive mirror
F1310 365 300 430 90 - 0
p
 Beam splitter
CM82 400 350 450 99 -50 5
p
 Broad-band dispersive mirror

 

VIS optics

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
F1310 365 300 430 90 - 0
p
 Beam splitter
CM82 400 350 450 99 -50 5
p
 Broad-band dispersive mirror
HD7105 402.5 380 425 99 -120 5
p,s
 Dispersive mirror
HD7203 407.5 355 460 99.5 -50 5
p,s
 Dispersive mirror
CM2099 410 380 440 99.97 -50 5
p,s
 Dispersive mirror
BS41 417 375 460 98 -20 45
p
 Beam splitter
CM2003 450 380 520 99.9 -50 5
p
 Broad-band complementary pair
CM2009 450 380 520 99.95 -45 5
p
 Broad-band complementary pair
PC310 450 300 600 92 -25 5
p
 Broad-band dispersive double angle mirror
HD7215 465 420 510 99.5 -50 5
p,s
 Dispersive mirror
CM1601 522.5 505 540 99.9 0 7
p
 Dispersive mirror with high reflectivity
HD1820 525 475 575 99.8 -100 5
p
 High-dispersive mirror
PC55 525 450 600 99 -40 5
p
 Broad-band dispersive mirror
HD71 525 400 650 99 -50 5
p
 Broad-band double-angle dispersive mirror
UHR1301 540 500 580 99 0 3
p
 High-reflective mirror
CM53 550 450 650 99 0 5
p
 Broad-band high-reflective mirror
AR400 550 400 700 0.1 0 0
both
 Broad-band anti-reflection coating
PC120_RC1 562 450 675 99 -30 5
p
 Broad-band dispersive mirror
PC120_RC2 562 450 675 99 -30 5
p
 Broad-band double-angle dispersive mirror
PC1815 575 400 750 99.5 -40 5
p
 Broad-band complementary pair
PC318 575 400 750 99 -50 5
p
 Broad-band complimentary pair
UHR35 577 530 625 99 0 0
p
 High-reflective mirror
TOD72 590 555 625 99 0 5
p
 Mirror with third order dispersion (TOD)
HD69 600 500 700 98 -100 5
p
 High-dispersive mirror
BS1501 625 500 750 99 -40 5
p
 Beam splitter
UHR1302 630 580 680 99 0 3
p
 High-reflective mirror
PC109_RC1 650 500 800 97 -25 5
p
 Broad-band dispersive mirror
PC109_RC2 650 500 800 97 -25 5
p
 Broad-band double-angle dispersive mirror
HR101 650 300 1000 98 - 45
s
 Broad-band high-reflective mirror
F1311 675 500 850 50 0 45
s
 Beam splitter
TOD301 685 650 720 95 0 5
p,s
 Mirror with third order dispersion (TOD)
UHR301 700 660 730 99.97 0 0
p
 High-reflective mirror
HD1601_v2 700 600 800 99.5 -150 7
p
 High-dispersive mirror
PC75 700 500 900 99 -40 5
p
 Broad-band double-angle dispersive mirror
HRVLT 700 460 940 98 - 45
p
 High-reflective mirror
PC1411 700 450 950 99 -50 5
p
 Broad-band dispersive double angle mirror
PC37_1 700 450 950 99 -30 5
s
 Broad-band double-angle dispersive mirror
PC37_2 700 450 950 99 -30 5
s
 Broad-band double-angle dispersive mirror
PC37_3 700 450 950 98 -30 5
p
 Broad-band double-angle dispersive mirror
BS2043 700 400 1000 30 0 45
p
 Beam splitter
BS2044 700 400 1000 50 0 45
p
 Beam splitter
HD1441 720 680 760 99.8 -500 5
p,s
 High-dispersive mirror
PC37_4 720 480 960 99 -40 5
p
 Broad-band double-angle dispersive mirror
BS71 725 525 925 33 0 5
p
 Beam splitter
BS1412 725 500 950 99.98 - 45
s
 Beam splitter
F1551 725 450 1000 5 - 0
p
 Beam splitter
PC1332 725 450 1000 99 -40 5
p
 Broad-band double-angle dispersive mirror
BS2042 725 400 1050 70 0 45
p
 Beam splitter
CM71 750 500 1000 98 0 45
p
 Beam splitter (dispersion controlled within 550-610nm)
PC1334_RC4 750 500 1000 98 -40 5
p
 Broad-band double-angle dispersive mirror
PC42 750 500 1000 99 -45 5
p
 Broad-band double-angle dispersive mirror
BS1504 750 450 1050 50 0 55.47
p
 Beam splitter

UltraFast Innovations UFI色散超快镜，啁啾镜对，低损耗高激光损伤阈值镜片，紫外光学器件

极紫外（EUV）阿秒多层反射镜

设计用于65eV（19nm）下的 330 阿秒脉冲
具有38%峰值反射率的多层镀膜
≤1 表面粗糙度超抛光基底
另外提供专为 13.5nm 设计的极紫外（EUV）平面反射镜 和 极紫外（EUV）球面反射镜

无最小起订量、无镀膜批次费用

UltraFast Innovations (UFI)的极紫外光(EUV/XUV)阿秒多层反射镜设计用于阿秒脉冲的转向、聚焦和整形。他们的多层膜中心位于65eV（19nm），带宽为6eV（1.8nm），为 S 偏振光提供38%的峰值反射率。这些反射镜支持持续时间为330阿秒的极紫外（EUV）脉冲。 UFI极紫外（EUV/XUV）阿秒反射镜是基于高次谐波（HHG）、自由电子激光器（FEL）或其他量子光学应用产生和整形阿秒脉冲的理想选择。

Name 
CW (nm) 
Min (nm) 
Max (nm) 
Reflectivity (%) 
GDD (fs2) 
AOI (°) 
Pol 
Comments 
XUV300BW1 4.1 4.1 4.2 8 -0.15 5
s
 XUV mirror
XUV200BW7 6.2 6 6.7 5 0.003 45
s
 XUV mirror
XUV180BW2 6.7 6.9 7.3 8 -0.015 5
s
 XUV mirror
XUV170BW3 7.3 7.1 7.5 20 -0.008 45
s
 XUV mirror
XUV155BW5 8 7.7 8.9 6 0.005 5
s
 XUV mirror
XUV150BW3 8.3 7.8 9 9 0.001 5
s
 XUV mirror
XUV145BW3 8.6 8.2 9.5 8 0.008 5
s
 XUV mirror
XUV135BW3 9.2 8.7 10.3 9 -0.001 5
s
 XUV mirror
XUV134BW5 9.3 8.9 9.7 9 -0.01 5
s
 XUV mirror
XUV130BW4 9.5 8.7 10.3 6 0.003 45
s
 XUV mirror
XUV130BW8 9.5 8.9 10.2 13 -0.002 45
s
 XUV mirror
XUV125BW2 9.9 9.5 10.3 19 0.006 5
s
 XUV mirror
XUV115BW11 10.8 9.5 11.5 15 0.001 0
s
 XUV mirror
XUV112BW2 11.1 10.8 11.4 27 -0.02 5
s
 XUV mirror
XUV112BW5 11.1 9.7 12 33 -0.017 5
s
 XUV mirror
XUV109BW10 11.4 9.9 12.8 15 -0.006 2
s
 XUV mirror
XUV107BW2 11.6 11.3 11.9 25 -0.01 5
s
 XUV mirror
XUV105BW5 11.8 10.2 12.9 40 -0.014 5
s
 XUV mirror
XUV101BW10 12.3 11.2 13.8 15 0.001 5
s
 XUV mirror
XUV100BW10 12.4 11.3 13.6 42 -0.01 45
s
 XUV mirror
XUV95BW5 13.1 12.5 13.6 53 -0.004 5
s
 XUV mirror
XUV95BW8 13.1 12.2 14.1 24 0.004 2
s
 XUV mirror
XUV94BW3 13.2 12.7 13.8 48 -0.024 5
s
 XUV mirror
XUV93BW2 13.3 12.9 13.8 29 -0.005 5
s
 XUV mirror
XUV93BW5 13.3 12.8 13.9 52 -0.006 5
s
 XUV mirror
XUV93BW7 13.3 12.4 14.3 28 -0.002 5
p
 XUV mirror
XUV93BW10 13.3 12.2 15.1 16 -0.001 0
s
 XUV mirror
XUV93BW16 13.3 11.3 16.1 7 -0.005 5
s
 XUV mirror
XUV92BW10 13.5 12.4 14.8 53 -0.002 45
s
 XUV mirror
XUV92BW8 13.5 12.5 14.6 26 -0.002 2
s
 XUV mirror
XUV92BW7 13.5 12.2 15.5 69 0.002 45
s
 XUV mirror
XUV92BW17 13.5 10.3 41.3 68 -0.01 66
s
 XUV mirror
XUV90BW5 13.8 13.1 14.6 51 -0.006 5
p
 XUV mirror
XUV90BW6 13.8 13.1 14.6 41 -0.004 5
s
 XUV mirror
XUV90BW10 13.8 12.5 15.3 18 -0.002 5
s
 XUV mirror
XUV90BW8 13.8 12.4 15.5 67 0.001 45
s
 XUV mirror
XUV87BW18 14.3 11.7 17.7 8 -0.001 5
s
 XUV mirror
XUV85BW10 14.6 13.1 16.5 18 -0.002 5
s
 XUV mirror
XUV83BW8 14.9 13.5 16.5 27 -0.002 5
s
 XUV mirror
XUV82BW9 15.1 13.6 17 25 -0.002 5
s
 XUV mirror
XUV82BW8 15.1 12.4 17.7 66 0.013 45
s
 XUV mirror
XUV75BW16 16.5 13.8 20.7 12 -0.001 5
s
 XUV mirror
XUV70BW9 17.7 15.7 20.3 30 -0.001 5
s
 XUV mirror
XUV70BW6 17.7 15.5 20.7 44 0.01 5
s
 XUV mirror
XUV68BW30 18.2 12.4 37.6 5 0.001 5
s
 XUV mirror
XUV67BW2 18.5 17.7 20 25 -0.03 5
s
 XUV mirror
XUV67BW3 18.5 17 20.7 38 0.02 5
s
 XUV mirror
XUV65BW5 19.1 16.5 22.5 40 0.03 5
p
 XUV mirror
XUV65BW6 19.1 15.9 31 38 0.015 2
s
 XUV mirror
XUV66BW13 19.1 14.6 32.6 39 0.003 45
s
 XUV mirror
XUV63BW7 19.7 16.5 31 35 0.008 0
s
 XUV mirror
XUV60BW5 20.7 18.2 25.8 31 -0.019 45
s
 XUV mirror
XUV59BW4 21 17.7 24.8 31 0.023 45
s
 XUV mirror
XUV57BW10 21.8 17.2 31 23 0.004 5
s
 XUV mirror
XUV54BW4 23 21 25.3 13 0.005 0
s
 XUV mirror
XUV53BW2 23.4 21.8 27.6 20 -0.06 15
p
 XUV mirror
XUV50BW5 24.8 22.5 31 12 0.005 0
s
 XUV mirror
XUV50BW4 24.8 20.7 31 30 0.019 45
s
 XUV mirror
XUV46BW17 27 17.2 38.7 11 0.003 5
s
 XUV mirror
XUV43BW2 28.8 25.8 32.6 19 0.005 10
s
 XUV mirror
XUV42BW4 29.5 25.3 35.4 18 -0.017 5
p
 XUV mirror
XUV41BW17 30.2 22.5 49.6 11 0.008 5
s
 XUV mirror
XUV38BW3 32.6 27.6 41.3 23 0.025 5
s
 XUV mirror
XUV37BW2 33.5 27.6 41.3 15 -0.002 15
p
 XUV mirror
XUV35BW4 35.4 31 41.3 19 0.006 5
s
 XUV mirror
XUV35BW3 35.4 28.8 41.3 23 -0.028 4
p
 XUV mirror
XUV32BW2 38.7 31 45.9 22 0.04 5
s
 XUV mirror
XUV28BW2 44.3 35.4 51.7 11 -0.01 15
p
 XUV mirror
XUV26BW6 47.7 40 62 25 0.007 5
s
 XUV mirror
XUV25BW10 49.6 22.5 65.3 12 0.035 5
s
 XUV mirror
XUV22BW7 56.4 38.7 72.9 18 0.023 5
s
 XUV mirror

 

 
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