低损耗反射镜 和 cw/ns-Laser [1030–1064 nm] 连续/纳秒激光镜片
反射率和透光率的主要曲线
低损耗反射镜的反射特性曲线和中心波长的定义(CWL) 和带宽 (__)
低损耗反射镜的透射特性曲线和中心波长的定义(CWL) 和带宽 (__)
CWL | RCWL [%] | TCWL [ppm] | λ | R [%] | T [ppm] | Substrate Dimensions | No. | Imperfections | Item # |
350 (±7) nm | > 99.97 | 30 | 35 nm | 99.96 | 50 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140970 140949 |
520 (±10) nm | > 99.99 | 20 | 65 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140969 140964 |
640 (±15) nm | > 99.99 | 20 | 100 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140968 140965 |
760 (±15) nm | > 99.995 | 15 | 110 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140967 140966 |
960 (±20) nm | > 99.995 | 20 | 110 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140992 140974 |
1 045 (±20) nm | > 99.995 | 20 | 120 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140973 140971 |
1 260 (±20) nm | > 99.995 | 15 | 190 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140991 140975 |
1 392 (±20) nm | > 99.995 | 15 | 200 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140989 140976 |
1 550 (±20) nm | > 99.99 | 50 | 130 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140987 140977 |
1 670 (±20) nm | > 99.99 | 25 | 180 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140986 140980 |
1 980 (±20) nm | > 99.99 | 40 | 180 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140984 140981 |
2 300 (±30) nm | > 99.99 | 40 | 220 nm | 99.99 | 100 | ? 12.7 I t 6.35 I CC 1000 ? 25.0 I t 6.35 I CC 1000 | R13 S13 | ?e 8 5/ 2 x 0.016 ?e 20 5/ 2 x 0.04 I ?e10 5/ 2 x 0.016 | 140983 140982 |
cw/ns-Laser [1030–1064 nm] 连续/纳秒激光镜片
a Laser Mirror 0° 激光反射镜
b Pump Mirror 0° 泵浦镜
c1 Turning Mirror 22.5 – 45°, 1030 – 1064 nm 调谐镜
c2 Turning Mirror 22.5 – 45°, 515 – 532 nm 调谐镜
d1 Turning Mirror 45°, 1030 – 1064 nm 调谐镜
d2 Turning Mirror 45°, 515 – 532 nm 调谐镜
l1 Non-Polarizing Beamsplitter 45°, 1030 nm 非偏振分束器
l2 Non-Polarizing Beamsplitter 45°, 1064 nm 非偏振分束器
l3 Non-Polarizing Beamsplitter 45°, 515 nm 非偏振分束器
l4 Non-Polarizing Beamsplitter 45°, 532 nm 非偏振分束器
n Separator 45° 分离器
o1 Thin Film Polarizer 56°, 1030 nm 薄膜偏振片
o2 Thin Film Polarizer 56°, 1064 nm 薄膜偏振片
o3 Thin Film Polarizer 56°, 515 nm 薄膜偏振片
o4 Thin Film Polarizer 56°, 532 nm 薄膜偏振片
p Window 0° 窗片
a Laser Mirror 0° Layertec激光反射镜
Coating 141321
HR s,p (0 – 10°, 1030 – 1064 nm) > 99.95 %
LIDT
6/ 50 J/cm2; 1064 nm; 7 ns; ? 270 μm YERTEC
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141864 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141868 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 141866 |
b Pump Mirror 0° Layertec泵浦镜
S2: Coating 141325
HR s,p (0–10°, 1030–1064 nm) > 99.95 %
R s,p (0–10°, 808 nm) < 2 %
S1: Coating 141355
AR s,p (0–10°, 808 nm) < 0.2 %
LIDT
6/ 30 J/cm2; 1064 nm; 7 ns; ? 270 μm LAYERTEC
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141877 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141881 |
c1 Turning Mirror 22.5–45°, 1030–1064 nm Layertec调谐镜
Coating 141496
Ag + multilayer
HR s,p (22.5–45°, 1030–1064 nm) > 99.7 %
for application outside the resonator
no transmission @ VIS / NIR
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141942 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 141945 |
25 × 25 mm | t 6.35 mm | D2 | 5/ 3 x 0.04 | 141954 |
25 × 36 mm | t 6.35 mm | E2 | 5/ 4 x 0.04 | 141958 |
50 × 50 mm | t 9.5 mm | F3 | 5/ 4 x 0.063 | 141960 |
c2 Turning Mirror 22.5-45°, 515-532 nm Layertec调谐镜
Coating 141497
Ag + multilayer
HRs,p (22.5-45°, 515-532nm) > 99.7 %
for application outside the resonator
no transmission @ VIS / NIR
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141949 |
25 x 25 mm | t 6.35 mm | D2 | 5/ 3 x 0.04 | 141956 |
d1 Turning Mirror 45°, 1030-1064 nm Layertec调谐镜
Coating 141327
HRs,p (45°, 1030 -1064 nm) > 99.95 %
LIDT
6/ 50 J/cm2; 1064 nm; 7 ns; ? 270μm
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141896 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141500 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 141904 |
25 x 25 mm | t 6.35 mm | D2 | 5/ 3 x 0.04 | 141953 |
25 x 36 mm | t 6.35 mm | E2 | 5/ 4 x 0.04 | 141957 |
50 x 50 mm | t 9.5 mm | F3 | 5/ 4 x 0.063 | 141959 |
d2 Turning Mirror 45°, 515 - 532 nm Layertec调谐镜
Coating 141329
HRs,p (45°, 515-532 nm) > 99.9%
LIDT
6/ 10 J/cm2; 532 nm; 7 ns; 10Hz; ?270μm
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141946 |
25 x 25 mm | t 6.35 mm | D2 | 5/ 3 x 0.04 | 141955 |
l1 Non-Polarizing Beamsplitter 45°, 1030 nm Layertec非偏振分束器
S2: Coating 141335
PRs,p (45°, 1030 nm) = 50 (±3) %
I Rs - Rp I < 4 %
S1: Coating 141331
ARs,p (45°,1030 - 1064 nm) <0.7 %
I Rs - Rp I < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141604 |
L2 Non-Polarizing Beamsplitter 45°, 1064 nm Layertec非偏振分束器
S2: Coating 141338
PRs,p (45°, 1064 nm) = 50 (±3) %
I Rs – Rp I < 4%
S1: Coating 141331
ARs,p (45°, 1030-1064 nm) < 0.7 %
I Rs – Rp I < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141607 |
L3 Non-Polarizing Beamsplitter 45°, 515 nm Layertec非偏振分束器
S2: Coating 141344
PRs,p (45°,515 nm) = 50 (±3) %
I Rs – Rp I < 4 %
S1: Coating 141341
ARs,p (45°,515-532 nm) < 0.7 %
I Rs –Rp I < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141608 |
L4 Non-Polarizing Beamsplitter 45°, 532 nm Layertec非偏振分束器
S2: Coating 141346
PRs,p (45°, 532 nm) = 50 (±3) %
I Rs - Rp I < 4 %
S1: Coating 141341
ARs,p (45°, 515 - 532 nm) < 0.7 %
I Rs - Rp I < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141609 |
N Separator 45° Layertec分离器
S2: Coating 141359
HRs,p (45°,515- 532nm) > 99.8 %
Rs (45°, 1030 - 1064nm) < 5 %
Rp (45°, 1030- 1064nm) < 2 %
S1: Coating 141377
ARs,p (45°, 1030-1064 nm) < 0.7 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141892 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141895 |
O1 Thin Film Polarizer 56°, 1030 nm Layertec薄膜偏振片
S2: Coating 141352
TFP (56° *, 1030 nm) Rs > 99.9 % Rp < 2 %
*specifications will be achieved by ±2° angle adjustment
S1: Uncoated; Brewster angle ? Rp (56°) ~ 0 %
O2 Thin Film Polarizer 56°, 1064 nm Layertec薄膜偏振片
S2: Coating 141353
TFP (56° *, 1064 nm) Rs >99.9 % Rp < 2 %
*specifications will be achieved by ±2° angle adjustment
S1: Uncoated; Brewster angle ? Rp (56°) ~ 0 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141536 |
O3 Thin Film Polarizer 56°, 515 nm Layertec薄膜偏振片
S2: Coating141350
TFP (56° *, 515 nm) Rs > 99.9% Rp < 2 %
*specifications will be achieved by ±2° angle adjustment
S1: Uncoated; Brewster angle ? Rp (56°) ~ 0 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141537 |
O4 Thin Film Polarizer 56°, 532 nm Layertec薄膜偏振片
S2: Coating 141351
TFP (56°*, 532 nm) Rs > 99.9 % Rp < 2 %
*specifications will be achieved by ±2° angle adjustment
S1: Uncoated; Brewster angle ? Rp (56°) ~ 0%
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141539 |
P Window 0° Layertec窗片
S2+S1: Coating 141348
AR (0°, 515-532 nm) < 0.5 %
AR (0°, 1030-1064 nm) < 0.3 %
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 1 mm | A2 | 5/ 1 x 0.04 | 141890 |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141885 |
ps/fs-Laser [1030–1040 nm] 皮秒/飞秒激光镜片
a Laser Mirror 0° 激光反射镜
b1 Pump Mirror 0°, 800 – 982 nm 泵浦镜
b2 Pump Mirror 0°, 960 – 982 nm 泵浦镜
d Turning Mirror 45° 调谐镜
h1 GTI-Mirror 5°, 1030 nm, -250 fs 2
h2 GTI-Mirror 5°, 1030 nm, -550 fs 2
h3 GTI-Mirror 5°, 1030 nm, -1000 fs 2
h4 GTI-Mirror 5°, 1040 nm, -250 fs 2
h5 GTI-Mirror 5°, 1040 nm, -550 fs 2
h6 GTI-Mirror 5°, 1040 nm, -1000 fs 2
n Separator 22.5° 分离器
o1 Thin Film Polarizer 45°, 1030 nm 薄膜偏振片
o2 Thin Film Polarizer 45°, 1042 nm 薄膜偏振片
o3 Thin Film Polarizer 56°, 1030 nm 薄膜偏振片
o4 Thin Film Polarizer 56°, 1042 nm 薄膜偏振片
p Window 0° 窗镜
a Laser Mirror 0° 激光反射镜
Coating 139374
HR s,p (0 – 10°, 1 030 – 1 042 nm) > 99.99 %
| GDD-R s,p (0 – 10°, 1 030 – 1 042 nm) | < 20 fs 2
LIDT
6/ 3 J/cm2; 1030 nm; 10 ps; 1 kHz; ? 50 μm LIDARIS Vilnius
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141246 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 141248 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 141249 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 3 x 0.04 | 139564 |
b1 Pump Mirror 0°, 800 – 982 nm Layertec泵浦镜
S2: Coating 141171
HR (0°, 1 030 – 1 040 nm) > 99.9 %
R (0°, 800 – 982 nm) < 5 %
GDD-R (0°, 1 030 –1 040 nm) = 300 (±300) fs2
cut on/off R (0°) = T (0°) = 50 % at 995 (±10) nm
AOI 0° → 10° : shift cut on/off-wavelength -5 nm
S1: Coating 141174
AR (0°, 800 – 1 000 nm) < 0.5 %
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141951 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 4 x 0.04 | 141530 |
b2 Pump Mirror 0°, 960–982 nm Layertec泵浦镜
S2: Coating 141181
HR (0°, 1 030–1040 nm) > 99.9 %
R (0°, 960–982 nm) < 5 %
| GDD-R (0°, 1030–1040 nm) | < 100 fs2
cut on/off R (0°) = T (0°) = 50 % at 994 (±5) nm
AOI 0°→ 10°: shift cut/off-wavelength -5 nm
S1: Coating 141184
AR (0°, 950–1050 nm) < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141952 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 4 x 0.04 | 141525 |
d Turning Mirror 45° Layertec调谐镜
Coating 141317
HRs,p (45°, 1030-1040 nm) > 99.9 %
| GDD-Rs,p (45°,1030-1040nm) | < 20 fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141569 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 141501 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 141572 |
25 × 25 mm | t 6.35 mm | D2 | 5/ 3 x 0.04 | 141573 |
h1 GTI-Mirror 5°, 1030 nm, -250 fs2
Coating 141126
HRs,p (0-10°, 1030 nm) > 99.95 %
GDD-Rp (0 -10°, 1030 nm) = -250 (±50) fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141250 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141251 |
h2 GTI-Mirror 5°, 1030 nm, -550 fs2
Coating 141149
HRs,p (0-10°, 1030 nm) > 99.95 %
GDD-Rp (0-10°, 1030 nm) = -550 (±100) fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141255 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141257 |
h3 GTI-Mirror 5°, 1030 nm, -1000 fs 2
Coating 141151
HR s,p (0 – 10°, 1 030 nm) > 99.95 %
GDD-R p (0 – 10°, 1 030 nm) = -1 000 (±200) fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141260 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141261 |
h4 GTI-Mirror 5°, 1040 nm, -250 fs 2
Coating 141148
HR s,p (0 – 10°, 1 040 nm) > 99.95 %
GDD-R p (0 –10°, 1 040 nm) = -250 (±50) fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141263 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141266 |
h5 GTI-Mirror 5°, 1040 nm, -550 fs 2
Coating 141150
HR s,p (0 – 10°, 1 040 nm) > 99.95 %
GDD-R p (0 – 10°, 1 040 nm) = -550 (±100) fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141269 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141270 |
h6 GTI-Mirror 5°, 1040 nm, -1000 fs 2
Coating 141152
HR s,p (0 – 10°, 1 040 nm) > 99.95 %
GDD-R p (0 – 10°, 1 040 nm) = -1 000 (±200) fs2
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141273 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141274 |
n Separator 22.5° Layertec分离器
S2: Coating 141303
HR s,p (22.5°, 1 030 – 1 050 nm) > 99.8 %
R s,p (22.5°, 900 – 980 nm) < 5 %
S1: Coating 141306
AR s,p (22.5°, 900 – 1 000 nm) < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 3.05 mm | A3 | 5/ 1 x 0.04 | 142321 |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 142320 |
o1 Thin Film Polarizer 45°, 1030 nm Layertec薄膜偏振片
S2: Coating 141254
TFP (45° *, 1 030 nm) R s > 99.9 % R p < 2 %
*specifi cations will be achieved by ±2° angle adjustment
S1: Coating 141268
AR p (45°, 1 020 – 1 050 nm) < 0.1 %
Substrate Dimensions | No. | Imperfections | Item # |
?25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141531 |
o2 Thin Film Polarizer 45°, 1042 nm Layertec薄膜偏振片
S2: Coating 141259
TFP (45° *, 1042 nm) R s > 99.9 % R p < 2 %
*specifi cations will be achieved by ±2° angle adjustment
S1: Coating 141268
AR p (45°, 1 020 – 1 050 nm) < 0.1 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141532 |
o3 Thin Film Polarizer 56°, 1030 nm Layertec薄膜偏振片
S2: Coating 141262
TFP (56° *, 1030 nm) R s > 99.9% R p < 2 %
*specifi cations will be achieved by ±2° angle adjustment
S1: Uncoated; Brewster angle → R p (56°) ~ 0 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141533 |
o4 Thin Film Polarizer 56°, 1042 nm Layertec薄膜偏振片
S2: Coating 141264
TFP (56° *, 1042 nm) R s > 99.9% R p < 2 %
*specifi cations will be achieved by ±2° angle adjustment
S1: Uncoated; Brewster angle → R p (56°) ~ 0 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141534 |
p Window 0° Layertec窗片
S2+S1: Coating 141184
AR (0°, 950 – 1 050 nm) < 0.2%
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 1 mm | A2 | 5/ 1 x 0.04 | 141932 |
? 25.0 mm | t 1 mm | B2 | 5/ 3 x 0.04 | 141935 |
飞秒激光镜片 fs-Laser [TiSa, 150 nm bandwidth]
a1 Laser Mirror 0° 激光反射镜
a2 Laser Mirror 0°, high power 高功率激光反射镜
b Pump Mirror 5° 泵浦镜
c Turning Mirror 22.5° 调谐镜
d1 Turning Mirror 45° 调谐镜
d2 Turning Mirror 45°, p-pol 调谐镜
d3 Turning Mirror 45°, high power 调谐镜
e Laser Mirror 0-45° 激光反射镜
f Chirped Mirror 5° 啁啾镜
g1 Chirped Mirror Pair 5°, -40 fs 2 啁啾对镜
g2 Chirped Mirror Pair 5°, -80 fs 2 啁啾对镜
g3 Chirped Mirror Pair 5°, -110 fs 2 啁啾对镜
k1 Beamsplitter 45°, s-pol 分束器
k2 Beamsplitter 45°, p-pol 分束器
p Window 0° 窗镜
m Polarizer 75° 偏振镜
a1 Laser Mirror 0° Layertec激光反射镜
Coating 139691
HR s,p (0–10°, 725–875 nm) > 99.9 %
| GDD-R s,p (0–10°, 725–875 nm) | < 50 fs2
LIDT
6/ 2 J/cm 2 ; 800 nm; 70 fs; 10 Hz; ? 700 μm HZDR Dresden
6/ 0.4 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 80 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 140189 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 140136 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 140188 |
a2 Laser Mirror 0°, high power Layertec激光反射镜
Coating 140876
HR s,p (0-10°, 750-850 nm) > 99.5%
| GDD-R s,p (0-10°, 750-850 nm) | < 60 fs2
LIDT
6/ 1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 80 μm WRCP Budapest
6/ 2 J/cm 2 ; 800 nm; 30 fs; 10 Hz; ? 700 μm HZDR Dresden
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 2 x 0.016 | 141855 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 2 x 0.04 | 141856 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 2 x 0.063 | 141857 |
25 × 25 mm | t 6.35 mm | D2 | 5/ 2 x 0.04 | 141861 |
25 × 36 mm | t 6.35 mm | E2 | 5/ 3 x 0.04 | 141865 |
50 × 50 mm | t 9.5 mm | F3 | 5/ 2 x 0.063 | 141863 |
b Pump Mirror 5° Layertec泵浦镜
S2: Coating 140872
HR s,p (0-10°, 725-875 nm) > 99.9 %
R s,p (0-10°, 500-545 nm) < 2 %
| GDD-R s,p (0-10°, 725-875 nm) | < 40 fs2
S1: Coating 140875
AR s,p (0-10°, 500-545 nm) < 0.2 %
LIDT
6/ 0.4 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 80 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 | t 6.35 | CC 38 | R2 | 5/ 1 x 0.04 | 142340 |
? 12.7 | t 6.35 | CC 50 | R3 | 5/ 1 x 0.04 | 142341 |
? 12.7 | t 6.35 | CC 75 | R4 | 5/ 1 x 0.04 | 142342 |
? 12.7 | t 6.35 | CC 100 | R5 | 5/ 1 x 0.04 | 142343 |
? 12.7 | t 6.35 | CC 125 | R6 | 5/ 1 x 0.04 | 142345 |
c Turning Mirror 22.5° Layertec调谐镜
Coating 139710
HR s,p (22.5°, 725-875 nm) > 99.9 %
| GDD-R s,p (22.5°, 725-875 nm) | < 75 fs 2
LIDT
6/ 2 J/cm2; 800 nm; 70 fs; 10 Hz; ? 700 μm HZDR Dresden
6/ 0.4 J/cm2; 800 nm; 40 fs; 1 kHz; ? 80 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 140190 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 140191 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 140192 |
d1 Turning Mirror 45° Layertec调谐镜
Coating 139693
HR s,p (45°, 740-860 nm) > 99.9 %
| GDD-R s,p (45°, 740-860 nm) | < 75 fs2
LIDT
6/ 0.4 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 80 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 140193 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 140194 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 4 x 0.063 | 140195 |
25 × 25 mm | t 6.35 mm | D2 | 5/ 3 x 0.04 | 141876 |
25 × 36 mm | t 6.35 mm | E2 | 5/ 4 x 0.04 | 141875 |
50 × 50 mm | t 9.5 mm | F3 | 5/ 4 x 0.063 | 141867 |
d2 Turning Mirror 45°, p-pol. Layertec调谐镜
Coating 139711
HR p (45°, 725-875 nm) > 99.8 %
GDD-R p (45°, 725-875 nm) = -40 (±30) fs 2
LIDT
6/ 0.4 J/cm2; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.1 J/cm2; 800 nm; 128 fs; 4.3 MHz; ? 15 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 140208 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 3 x 0.04 | 140209 |
d3 Turning Mirror 45°, high power Layertec调谐镜
Coating 140881
HR s (45°, 730-870 nm) > 99.8 %
HR p (45°, 760-840 nm) > 99.5 %
| GDD-R s,p (45°, 760-840 nm) | < 80 fs2
LIDT
6/ 1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 80 μm WRCP Budapest
6/ 1.3 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 3 J/cm 2 ; 800 nm; 30 fs; 10 Hz; ? 830 μm HZDR Dresden
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 2 x 0.016 | 140963 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 2 x 0.04 | 141238 |
? 50.0 mm | t 9.5 mm | C3 | 5/ 2 x 0.063 | 141239 |
25 × 25 mm | t 6.35 mm | D2 | 5/ 2 x 0.04 | 141870 |
25 × 36 mm | t 6.35 mm | E2 | 5/ 3 x 0.04 | 141872 |
50 × 50 mm | t 9.5 mm | F3 | 5/ 2 x 0.063 | 141869 |
e Laser Mirror 0-45° Layertec激光反射镜
Coating 139943
Ag + Multilayer
HR s,p (0-45°, 725-875 nm) > 98 %
| GDD-R s,p (45°, 725-875 nm) | < 40 fs2
LIDT
6/ 0.9 J/cm2; 800 nm; 40 fs; 1 kHz; ? 80 μm; AOI 0° WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 140211 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 140213 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 140214 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 3 x 0.04 | 141878 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 4 x 0.04 | 141880 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 4 x 0.063 | 141879 |
f Chirped Mirror 5° Layertec啁啾镜
Coating 140884
HR s,p (0-10°, 725-875 nm) > 99.9 %
GDD-R s,p (0-10°, 725-875 nm) = -40 (±10) fs2
LIDT
6/ 0.2 J/cm 2 ; 800 nm; 40 fs; 1 kHz ? 80 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141243 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141245 |
g1 Chirped Mirror Pair 5°, -40 fs 2 Layertec啁啾对镜
Coating 140988 + 140990
HR s,p (0-10°, 725-875 nm) > 99.8 %
GDD-R s,p (0-10°, 725-875 nm) = - 40 (±20) fs2
to compensate 1 mm Fused Silica per bounce (average)
LIDT
6/ 0.2 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141882 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141884 |
40 x 10 mm2 | t 12.5 mm | G1 | 5/ 3 x 0.04 | 141886 |
g2 Chirped Mirror Pair 5°, -80 fs 2 Layertec啁啾对镜
Coating 141560 + 141561
HR s,p (0-10°, 725-875 nm) > 99.9 %
GDD-R s,p (0-10°, 725-875 nm) = -80 (±40) fs2
to compensate 2.35 mm Fused Silica per bounce (average)
LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141887 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141888 |
40 x 10 mm2 | t 12.5 mm | G1 | 5/ 3 x 0.04 | 141891 |
g3 Chirped Mirror Pair 5°, -110 fs 2 Layertec啁啾对镜
Coating 141570 + 141571
HR s,p (0-10°, 725-875 nm) > 99.8 %
GDD-R s,p (0-10°, 725-875 nm) = -110 (±50) fs2
to compensate 3 mm Fused Filica per bounce (average)
LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141920 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141919 |
40 x 10 mm2 | t 12.5 mm | G1 | 5/ 3 x 0.04 | 141918 |
k1 Beamsplitter 45°, s-pol. Layertec分束器
S2: Coating 141113
PR s (45°, 725-875 nm) = 50 (±2) %
| GDD-R s (725-875 nm) | < 5 fs2
S1: Coating 141114
AR s (45°, 725-875 nm) < 0.5 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 0.5 mm | B1 | 5/ 4 x 0.04 | 141512 |
? 25.0 mm | t 1 mm | B2 | 5/ 3 x 0.04 | 141511 |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141502 |
k2 Beamsplitter 45°, p-pol. Layertec分束器
S2: Coating 141122
PR p (45°, 725-875 nm) = 50 (±2) %
| GDD-R p (45°, 725-875 nm) | < 20 fs2
S1: Coating 141121
AR p (45°, 725-875 nm) < 0.2 %
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 0.5 mm | B1 | 5/ 4 x 0.04 | 141513 |
? 25.0 mm | t 1 mm | B2 | 5/ 3 x 0.04 | 141509 |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141506 |
p Window 0° Layertec窗镜
S2+S1: Coating 140890
AR s,p (0-15°, 725-875 nm) < 0.2 %
LIDT
6/ 0.4 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.5 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
Substrate Dimensions | No. | Imperfections | Item # |
? 25.0 mm | t 1 mm | B2 | 5/ 3 x 0.04 | 141514 |
? 25.0 mm | t 3.05 mm | B3 | 5/ 3 x 0.04 | 141519 |
m Polarizer 75° Layertec偏振片
Hypotenuse: Coating 140885
TFP (75°, 725-875 nm) R s > 85 % R p < 2 %
R p (75°, 790 nm) < 0.1 %
| GDD-R s (75°, 725-875 nm) | < 2 fs2
| GDD-T p (75°, 725-875 nm) | < 2 fs2
One cathetus: Coating 140890
AR s,p (0-15°, 725-875 nm) < 0.2 %
Coated prism
Special item for clean
separation of s-pol. light.
Substrate Dimensions | Imperfections | Item # |
Hyp. 25 × 8 mm2 | 90°-Prism | 5/ 2 x 0.04 | 142333 |
Hyp. 50 × 12 mm2 | 90°-Prism | 5/ 2 x 0.063 | 142334 |
Layertec飞秒激光镜片 fs-Laser [TiSa, 300 nm bandwidth]
a Laser Mirror 0° 激光反射镜
b Pump Mirror Pair 0° 泵浦对镜
c Turning Mirror 22.5°调谐镜
d1 Turning Mirror 45°, p-pol. 调谐镜
d2 Turning Mirror 45°, s-pol. 调谐镜
d3 Turning Mirror 45° 调谐镜
e Laser Mirror 0 –45°激光反射镜
g Chirped Mirror Pair 5°啁啾反射镜
k1 Beamsplitter 45°, p-pol. 分束器
k2 Beamsplitter 45°, s-pol. 分束器
m1 Polarizer 75° 偏振镜
m2 Polarizer 75° 偏振镜
p Window 0° 窗镜
a Laser Mirror 0° Layertec激光反射镜
Coating 141318
HR s,p (0-10°, 670-970 nm) > 99.9 %
negative GDD-R s,p (0–10°, 670-970 nm)
to compensate 1.4 mm Fused Silica per bounce (average)
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 142010 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 4 x 0.04 | 142012 |
b Pump Mirror Pair 0° Layertec泵浦对镜
S2: Coating 136768 + 136769
HR s,p (0-10°, 670-970 nm) > 99.8%
R s,p (0-10°, 510-535 nm) < 10 %
GDD-R s,p (0-10°, 680-960 nm) = -50 (±150) fs2
to compensate 1.2 mm Fused Silica per bounce (average)
S1: Coating 140875
AR s,p (0-10°, 500-545 nm) < 0.2 %
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 | t 6.35 | CC 38 | R2 | 5 / 1 x 0.04 | 142351 |
? 12.7 | t 6.35 | CC 50 | R3 | 5 / 1 x 0.04 | 142350 |
? 12.7 | t 6.35 | CC 75 | R4 | 5 / 1 x 0.04 | 142349 |
? 12.7 | t 6.35 | CC 100 | R5 | 5 / 1 x 0.04 | 142348 |
? 12.7 | t 6.35 | CC 125 | R6 | 5 / 1 x 0.04 | 142347 |
c Turning Mirror 22.5° Layertec调谐镜
Coating 141503
HR s,p (22.5°, 670-970 nm) > 99.8 %
GDD-R s,p (22.5°, 670-970 nm) = -200 … + 200 fs2
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141584 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 141567 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 141925 |
d1 Turning Mirror 45°, p-pol. Layertec调谐镜
Coating 141520
HR p (45°, 670-970 nm) > 99.8 %
GDD-R p (45°, 670-970 nm) = -200 … 0 fs2
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141585 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 141568 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 141926 |
d2 Turning Mirror 45°, s-pol. Layertec调谐镜
Coating 141507
HR s (45°, 670-970 nm) > 99.9 %
GDD-R s (45°, 670-970 nm) = -200 … + 200 fs2
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141586 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 141578 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 141928 |
d3 Turning Mirror 45° Layertec调谐镜
Coating 141522
HR s,p (45°, 670-970 nm) > 99.7 %
| GDD-R s,p (45°, 670-970 nm) | < 1 500 fs2
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest、
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 141587 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 141579 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 141930 |
e Laser Mirror 0–45° Layertec激光反射镜
Coating 141523
Ag + Multilayer
HR s,p (0-45°, 670-970 nm) > 97 %
| GDD-R s,p (0-45°, 670-970 nm) | < 50 fs2
for application outside the resonator
激光损伤阈值LIDT
6/ 0.4 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 1.5 J/cm 2 ; 800 nm; 30 fs; 10 kHz; ? 700 μm HZDR Dresden
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 1 x 0.04 | 142001 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 3 x 0.04 | 142002 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 4 x 0.063 | 142003 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 3 x 0.04 | 142005 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 4 x 0.04 | 142006 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 4 x 0.063 | 142007 |
g Chirped Mirror Pair 5° Layertec啁啾镜
Coating 137180 + 137181
HR s,p (0-10°, 670-970 nm) > 99.8 %
GDD-R s,p (0-10°, 680-960 nm) = -50 (±150) fs2
to compensate 1.4 mm Fused Silica per bounce (average)
激光损伤阈值LIDT
6/ 0.1 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.25 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5/ 1 x 0.04 | 141931 |
? 25.0 mm | t 6.35 mm | B4 | 5/ 4 x 0.04 | 141933 |
40 x 10 mm2 | t 12.5 mm | G1 | 5/ 3 x 0.04 | 141934 |
k1 Beamsplitter 45°, p-pol. Layertec分束器
S2: Coating 141555
PR p (45°, 670-970 nm) = 50 (±5) %
| GDD-R p (45°, 670-970 nm) | < 10 fs2
S1: Coating 141556
AR p (45°, 670-970 nm) < 0.2 %
基材尺寸 | No. | Imperfections | Item # |
? 25.0 mm | t 1 mm | B2 | 5 / 3 x 0.04 | 141975 |
? 25.0 mm | t 3.05 mm | B3 | 5 / 3 x 0.04 | 141978 |
k2 Beamsplitter 45°, s-pol. Layertec分束器
S2: Coating 141558
PR s (45°, 670-970 nm) = 50 (±5) %
| GDD-R s (45°, 670-970 nm) | < 5 fs2
S1: Coating 141557
AR s (45°, 670-970 nm) < 0.7 %
基材尺寸 | No. | Imperfections | Item # |
? 25.0 mm | t 1 mm | B2 | 5 / 3 x 0.04 | 141977 |
? 25.0 mm | t 3.05 mm | B3 | 5 / 3 x 0.04 | 141979 |
m1 Polarizer 75° Layertec分束器
Hypotenuse: Coating 141529
TFP (75°, 670-970 nm) R s > 80 % R p < 1%
| GDD-R s (75°, 670-970 nm) | < 20 fs2
| GDD-T p (75°, 680-960 nm) | < 5 fs2
One cathetus: Coating 141528
AR s,p (0-15°, 670-970 nm) < 0.25 %
Coated prism
Special item for clean
separation of s-pol. light.
基材尺寸 | Imperfections | Item # |
Hyp. 25 × 8 mm2 | 90°-Prism | 5/ 2 x 0.04 | 142322 |
Hyp. 50 × 12 mm2 | 90°-Prism | 5/ 2 x 0.063 | 142324 |
m2 Polarizer 75°
S2+S1: Coating 141529
TFP (75°, 670-970 nm) R s > 80 % R p < 1 %
| GDD-R s (75°, 670-970 nm) | < 20 fs2
| GDD-T p (75°, 680-960 nm) | < 5 fs2
Polarizer
Special item for
clean separation
of p-pol. light.
基材尺寸 | No. | Imperfections | Item # |
? 25.0 mm | t 1 mm | B2 | 5 / 3 x 0.04 | 142013 |
? 25.0 mm | t 3.05 mm | B3 | 5 / 3 x 0.04 | 142014 |
p Window 0°
S2+S1: Coating 141528
AR s,p (0-15°, 670-970 nm) < 0.25 %
激光损伤阈值LIDT
6/ 0.4 J/cm 2 ; 800 nm; 40 fs; 1 kHz; ? 15 μm WRCP Budapest
6/ 0.5 J/cm 2 ; 800 nm; 128 fs; 1 kHz; ? 15 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 25.0 mm | t 1 mm | B2 | 5 / 3 x 0.04 | 141588 |
? 25.0 mm | t 3.05 mm | B3 | 5 / 3 x 0.04 | 141590 |
Layertec金属反射镜 Metallic Mirrors
a Unprotected Gold Mirror Layertec无保护膜镀金反射镜
Coating 140770
Au unprotected
HR (0°, 800-20 000 nm) > 98 %
HR s (45°, 800-20 000 nm) > 98 %
HR p (45°, 800-20 000 nm) > 97 %
激光损伤阈值LIDT
6/ 0.5 J/cm 2 ; 795 nm; 42 fs; 1 kHz; ? 80 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 2 x 0.025 | 142064 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 2 x 0.04 | 142065 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 6 x 0.04 | 142066 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 2 x 0.04 | 142067 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 3 x 0.04 | 142070 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 6 x 0.04 | 142073 |
b Protected Gold Mirror Layertec保护膜镀金反射镜
Coating 140777
Au + protection layer
HR (0°, 800-4 000 nm) > 95 %
HR s (45°, 800-4 000 nm) > 95 %
HR p (45°, 800-4 000 nm) > 94 %
激光损伤阈值LIDT
6/ 0.2 J/cm 2 ; 795 nm; 42 fs; 1 kHz; ? 80 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 2 x 0.025 | 142074 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 2 x 0.04 | 142075 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 6 x 0.04 | 142076 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 2 x 0.04 | 142077 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 3 x 0.04 | 142078 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 6 x 0.04 | 142079 |
C Protected Silver Mirror, 600-1000 nm Layertec保护膜镀银反射镜
Coating 140780
Ag + protection layer, fs-opt. 600-1000 nm
HR (0°, 600-1 000 nm) > 97 %
HR s (45°, 600-1 000 nm) > 96 %
HR p (45°, 600-1 000 nm) > 96 %
| GDD-R s,p (0-45°, 600-1 000 nm) | < 10 fs2
激光损伤阈值LIDT
6/ 5 J/cm 2 ; 1 064 nm; 7 ns; 10 Hz; ? 480 μm LAYERTEC
6/ 0.7 J/cm 2 ; 795 nm; 42 fs; 1 kHz; ? 80 μm WRCP Budapest
d Protected Silver Mirror, 800-2000 nm Layertec保护膜镀银反射镜
Coating 140831
Ag + protection layer, fs-opt. 800-2 000 nm
HR (0°, 800-2 000 nm) > 97 %
HR s (45°, 800-2 000 nm) > 98 %
HR p (45°, 800-2 000 nm) > 97 %
| GDD-R s,p (0-45°, 800-2 000 nm) | < 5 fs2
激光损伤阈值LIDT
6/ 5 J/cm 2 ; 1 064 nm; 7 ns; 10 Hz; ? 480 μm LAYERTEC
6/ 0.7 J/cm 2 ; 795 nm; 42 fs; 1 kHz; ? 80 μm WRCP Budapest
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 2 x 0.025 | 142093 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 2 x 0.04 | 142094 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 6 x 0.04 | 142096 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 2 x 0.04 | 142099 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 3 x 0.04 | 142101 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 6 x 0.04 | 142100 |
e Protected Aluminum Mirror, UV-range Layertec保护膜镀银反射镜
Coating 142407
Al enhanced, 260-360 nm opt.
HR s,p (0-45°, 260-360 nm) ≥ 90 %
| GDD-R s,p (0-45°, 260-360 nm) | < 1 fs 2
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 2 x 0.025 | 142415 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 2 x 0.04 | 142416 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 6 x 0.04 | 142417 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 2 x 0.04 | 142418 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 3 x 0.04 | 142419 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 6 x 0.04 | 142420 |
f Protected Aluminum Mirror, 266 + 400 + 800 nm Layertec保护膜镀银反射镜
Coating 140842
Al + protection layer
HR s,p (0-45°, 266 + 400 + 800 nm) > 80 %
| GDD-R s,p (0-45°, 266 + 400 + 800 nm) | < 10 fs2
for polarization-sensitive and low-power ultrafast applications
基材尺寸 | No. | Imperfections | Item # |
? 12.7 mm | t 6.35 mm | A4 | 5 / 2 x 0.025 | 142069 |
? 25.0 mm | t 6.35 mm | B4 | 5 / 2 x 0.04 | 142071 |
? 50.0 mm | t 9.5 mm | C3 | 5 / 6 x 0.04 | 142091 |
25 × 25 mm | t 6.35 mm | D2 | 5 / 2 x 0.04 | 142092 |
25 × 36 mm | t 6.35 mm | E2 | 5 / 3 x 0.04 | 142095 |
50 × 50 mm | t 9.5 mm | F3 | 5 / 6 x 0.04 | 142097 |
德国Layertec公司创建于 1990年. 凭借多年在光学镜片的设计开发和生产经验,已成为全球知名的光学镜片厂商,LAYERTEC的镜片品质非常出众,广泛赢得客户的赞誉。光学镜片应用波长范围从157-2940nm,包括了科研以及工业上主流的激光器的应用,材质有YAG, Sapphire,CaF2,IR-fused silica,Fused Silica,BK7,尺寸大部份为0.5inch-2inch。
Layertec专注于提供激光光学元件的镀膜,波长范围从 VUV(157nm及以下) 到 NIR波段(~4um)。最常见的光学镀膜类型是高反射镜(从正入射或者AOI=45°的转向镜),用于输出耦合的部分反射镜,以及分束器和用于窗口和透镜的抗反射膜。对于更复杂的激光器镀膜,包括3个以上波长的高反射率(例如激光器波长和倍频波长),以及3个以上波长的高透射率(例如泵浦波长,倍频或者抑制其他激光波长)。宽带反射镜,针对平滑群延迟和群延迟色散光谱优化的反射镜,这些在宽带激光输出应用中会用到,例如染料激光器,钛宝石激光器,光参量震荡器(OPO)和飞秒激光器。
除了反射率和透射率,激光应用的镀膜必须满足低光学损耗和高激光损伤阈值。
在VIS和NIR波段的溅射光学镀膜具有低杂散光和低吸收损耗(数量级都在10–5)。磁控溅射镀膜的HR镜反射率或者部分反射镜的反射透射率之和都超过99.9%。最近测量了在溅射和蒸发镀膜中的NIR波长吸收损耗都在3-30ppm。在VIS-NIR波长范围,蒸发镀膜会产生杂散光损失大约10-3级,在UV和VUV波长可以达到10-2。尽管如此,蒸发镀膜在UV波长的吸收损耗比较低。
在CW和纳秒激光器光学元件的损伤主要跟热效应有关,例如增大的吸收,镀膜材料的固有吸收或者缺陷造成的吸收, 或者 镀膜较差的热导率 以及较低的熔化温度。 高能量的镀膜要求控制镀膜材料的固有特性以及减少膜层的缺陷。皮秒和飞秒激光元件的激光损伤主要是场强效应造成的。针对这类激光器的高功率镀膜要求非常特殊的设计。
根据ISO 11254-1 (cw- LIDT and 1 on 1–LIDT, 例如单脉冲 LIDT), ISO 11254-2 (S on 1, 例如多脉冲 LIDT) 以及 ISO 11254-3 (一定数量的脉冲LIDT )标准中对激光损伤阈值LIDT的定义要求激光系统工作在单频模式下,的光束诊断和在线/离线损伤探测系统。因为这个原因,数量有限的配有少数几种激光器的测量系统可以使用(例如Laserzentrum Hannover 公司的1064nm)。对于比较特殊的激光器波长例如氩离子激光器(488nm或者514nm),没有测量系统可以用来验证LIDT数据。
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