Laser cavity output couplers «In Stock»
Output couplers are used in stable laser resonators in order to emit a part of the energy, which is circulating in the laser cavity. One has to carefully select the proper spatially constant reflection/transmission ratio of the output coupler in order to optimize the lasing operation and prevent from damaging intracavity optical elements. The front surface of output couplers is partially reflective coated at a certain wavelength range, while the rear surface is antireflective coated in order to prevent Fresnel reflection losses. What is more, these laser cavity output couplers can be successfully implemented as fixed ratio laser power attenuators for a certain wavelength range.
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SPECIFICATION
SKU
PRICE
Qty. of stock
QUANTITY
UVFS; ⌀12,7 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; <λ/8@632,8 nm within clear aperture; 20-10 S-D; PR(R=59% ± 3%)@ 1064 nm; AR@1064 nm; 0-5°; >10 J/cm2 @ 1064 nm, 10 ns
11254
Request
1
UVFS; ⌀12,7 mm; 3 mm; > 85 %; +0/-0,1 mm; +/-0,2 mm; < 0,2 mm at 45 deg; <30arcsec; <λ/6; 20/10SD; R=95%(+/-1%)@1520-1550nm; AR(R<0,15%)@1520-1550 nm; 0°; >10 J/cm2 @ 1532 nm, 10 ns; ⌀25,4
11274
60 €
>5
UVFS; 4x4 mm; 4 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; <λ/8; 20-20 S-D; PR (R=80 ±3%)@1064 nm; AR(R<0,25%)@1064nm; 0-5°; >10 J/cm2 @ 1064 nm, 10 ns; ⌀25,4x5 mm; 1020-1070 nm; 1030 nm, 1047 nm, 1053 nm, 1060 nm, 1064 nm, 1067 nm, 107
11490
80 €
5
UVFS; 25,4 mm; 6 mm; >85 %; < 0,2 mm at 45 deg; <30 arcsec; < λ/10; 10/20SD; PR(R=75+/-7%)@750-950nm; AR(R<1%)@750-950nm; 0°;
12168
Request
1
UVFS; 25,4 mm; 6 mm; >85 %; < 0,2 mm at 45 deg; <30 arcsec; < λ/10; 20/20 S/D; PR(R=75+/-7%)@750-950nm; AR(R<1%)@750-950nm; 0°;
12170
Request
4
UVFS; 25,4 mm; 6 mm; >85 %; < 0,2 mm at 45 deg; <30 arcsec; < λ/10; 40/20; PR(R=95+/-7%)@750-950nm; AR(R<1%)@750-950nm; 0°;
12173
Request
3
UVFS; ⌀25,4 mm; 5 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 20-10 S-D; PR(R=10% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522 nm, 1535
12375
Request
5
UVFS; ⌀25,4 mm; 5 mm; -200 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=10% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12379
Request
1
UVFS; ⌀25,4 mm; 5 mm; -300 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=10% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12380
Request
1
UVFS; ⌀25,4 mm; 5 mm; -400 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=10% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12381
Request
1
UVFS; ⌀25,4 mm; 5 mm; -500 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=10% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12382
Request
1
UVFS; ⌀25,4 mm; 5 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 20-10 S-D; PR(R=20% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522 nm, 1535
12383
Request
5
UVFS; ⌀25,4 mm; 5 mm; -200 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=20% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12384
Request
1
UVFS; ⌀25,4 mm; 5 mm; -300 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=20% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12385
Request
1
UVFS; ⌀25,4 mm; 5 mm; -400 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=20% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12386
Request
1
UVFS; ⌀25,4 mm; 5 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 20-10 S-D; PR(R=30% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522 nm, 1535
12388
Request
5
UVFS; ⌀25,4 mm; 5 mm; -200 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=30% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12389
Request
1
UVFS; ⌀25,4 mm; 5 mm; -300 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=30% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12390
Request
1
UVFS; ⌀25,4 mm; 5 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 20-10 S-D; PR(R=40% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522 nm, 1535
12393
Request
5
UVFS; ⌀25,4 mm; 5 mm; -200 mm; >85%; +0/-0,15 mm; ±0,25 mm; <0,35 mm at 45°; <30 arcsec; ≤λ/6@632,8 nm; 40-20 S-D; PR(R=40% ± 3%)@ 2080-2120 nm, T>70%@633 nm; AR(R<0,3%)@ 2080-2120 nm; 0°; >3 J/cm2@2000nm, 10ns, 10Hz, TEM00; ⌀25,4x5 mm; 1520-1570 nm; 1522
12394
Request
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