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Ti:Sapphire
Kerr-lens mode-locked Ti:Sa lasers, whose self-phase modulation and group-delay dispersion (GDD) is controlled by periodic multilayer resonator mirrors with tailored GDD (known as chirped mirrors), allowed for the routine generation of stable sub-10 fs. The capability of chirped mirrors to reflect light over a broad range of wavelengths with controlled phase, in combination with their simplicity and high efficiency, has been instrumental in advancing Ti:Sa systems to the few-femtosecond, few-cycle regime. Nowadays, advanced chirped-mirror-based Ti:Sa ultrafast systems routinely deliver powerful near-single-cycle pulses.
700nm – 900nm
* GDD (fs2) = Group Delay Dispersion* CW (nm) = Central Wavelength* AOI = Angle of normal Incidence in degrees* Pol = Polarization
Name
Min (nm)
Max (nm)
CW (nm)
Reflectivity (%)
GDD (fs2)
AOI (°)
Pol
Comments
845
855
850
99
-
45
s
Beam splitter, GDD = 0 fs2
840
860
850
99.99
-
45
s
Thin-film polarizer
760
800
780
99.9
-1500
5
p
High-dispersive mirror
770
810
790
1
0
0
p
Broad-band IR anti-reflection coating
HD1607
755
805
780
99.94
-1000
5
p,s
High-dispersive mirror
760
810
785
99
0
3
p
TOD dichroic mirror
780
830
805
99
-1300
5
p
High-dispersive mirror
750
805
777.5
99.95
-1000
5
p,s
High-dispersive mirror
770
830
800
99.8
-700
3
p
High-dispersive mirror
775
835
805
99.5
-1000
5
p
High-dispersive mirror
775
840
807
99
1000
5
p
Mirror with high positive dispersion
660
730
700
99.97
0
0
p
High-reflective mirror
770
840
805
99.95
0
0
p
High-reflective mirror
850
920
885
99.8
0
0
p
High-reflective mirror
680
760
720
99.8
-500
5
p,s
High-dispersive mirror
760
840
800
99
-30
0
p
Broad-band dispersive mirror
760
840
800
99.95
-700
5
p
High-dispersive mirror
750
840
795
99
-500
10
p
High-dispersive mirror
750
840
795
99
0
0
s
High-reflective mirror
725
825
775
99
-450
5
p
High-dispersive mirror
725
825
775
99
450
5
p
High-dispersive mirror
750
850
800
99.98
-80
3
p
Dispersive Input coupler
750
850
800
50
0
10
p
Beam splitter
750
850
800
99.92
250
5
p
Mirror with high positive dispersion
750
850
800
99
0
5
p
Mirror with third order dispersion (TOD)
750
850
800
99
-8
0
p
High-reflective mirror
750
850
800
99
-7
2
p
High-reflective mirror
750
850
800
99
0
0
p
High-reflective mirror
730
840
785
99.7
-500
10
p
High-dispersive mirror
740
850
795
99.7
-400
45
p
High-dispersive mirror
765
880
822
99
200
5
p
Mirror with high positive dispersion
720
840
780
99.8
-300
20
p
High-dispersive mirror
740
860
800
99.99
0
45
p,s
High-reflective mirror
740
860
800
99
0
7
p
Mirror with third order dispersion (TOD)
720
850
785
99
0
0
p
730
860
795
99
150
5
p
Mirror with high positive dispersion
730
880
805
99
-115
7
p
High-dispersive mirror
730
880
805
99.8
250
5
p
Mirror with high positive dispersion
700
860
780
99
-275
45
p
High-dispersive mirror
720
880
800
99
0
45
p
Beam splitter
700
870
785
99
-250
7
s
High-dispersive mirror
710
880
795
99
-270
7
p
High-dispersive mirror
730
900
815
99
-180
5
p
High-dispersive mirror
700
875
787.5
99.8
-300
5
p
High-dispersive mirror
750
925
837.5
99.95
-175
5
p
High-dispersive mirror with high reflectivity
690
870
780
99
150
-
p
Broad-band double-angle dispersive mirror
720
900
810
99
-
45
s
Beam splitter
720
900
810
99
0
45
s
Broad-band high-reflective mirror
690
880
785
99.5
-275
7
p
High-dispersive mirror
690
880
785
99.5
-320
5
p
High-dispersive mirror
600
800
700
99.5
-150
7
p
High-dispersive mirror
680
880
780
99
-100
5
p
Broad-band double-angle dispersive mirror
700
900
800
99
0
5
p
Broad-band high-reflection mirror with GDD = 0 fs2
700
900
800
99
0
5
p
Broad-band high-reflection mirror with GDD = 0 fs2
700
900
800
99
-50
5
p
Dispersive mirror with high reflectivity
700
900
800
99,5
-150
5
p,s
Dispersive mirror
700
900
800
99.99
0
45
s
High-reflective mirror
750
950
850
99.8
-150
5
p
Dispersive mirror
750
950
850
99.8
-180
5
p
High-dispersive mirror
760
960
860
99
-50
5
p
Dispersive mirror with high reflectivity
800
1000
900
99.99
-
15
p
Beam splitter, GDD = 0 fs2
450nm - 1200nm
* GDD (fs2) = Group Delay Dispersion* CW (nm) = Central Wavelength* AOI = Angle of normal Incidence in degrees* Pol = Polarization
Name
Min (nm)
Max (nm)
CW (nm)
Reflectivity (%)
GDD (fs2)
AOI (°)
Pol
Comments
660
880
770
99
-150
5
p
Broad-band dispersive mirror
660
900
780
99
150
5
p
Broad-band complementary pair with positive dispersion
680
920
800
99
-120
5
p
Broad-band double-angle dispersive mirror
700
940
820
99
-60
5
p
Dispersive dichroic mirror
730
970
850
99
-50
0
p
Broad-band dispersive mirror with third order dispersion (TOD)
650
900
775
99.7
-65
0
p,s
Dispersive mirror
650
900
775
99
0
45
s
Beam splitter
650
900
775
90
-
75
s
Thin-film polarizer
650
900
775
90
-
75
s
Thin-film polarizer
650
900
775
93
-
75
s
Thin-film polarizer
750
1000
875
99.9
-100
5
p
Dispersive mirror with high reflectivity
700
970
835
99
-30
5
p
Broad-band complementary pair
710
980
845
99.8
100
5
p
Mirror with high positive dispersion
725
1000
862
99.5
-70
45
p
Dispersive mirror
720
1000
860
99
-150
5
p
Broad-band dispersive mirror
650
950
800
-
-
72
s
Beam splitter, GDD = 0 fs2
650
950
800
99.3
-35
5
p
Broad-band dispersive mirror
650
950
800
99.8
-100
5
p
Dispersive mirror
750
1050
900
99,9
-100
9
p
Dispersive mirror
600
950
775
99
-100
5
p
Broad-band complementary pair
600
950
775
99
-50
5
p
Broad-band complementary pair
625
975
800
8
0
45
p
Beam splitter, GDD = 0 fs2
650
1000
825
99.8
-70
5
p
Broad-band complimentary pair
650
1000
825
99
-70
5
p
Broad-band double-angle dispersive mirror
630
1000
815
99.7
-60
7
p
Broad-band complimentary pair
570
960
765
99
-50
5
p
Broad-band complementary pair
500
900
700
99
-40
5
p
Broad-band double-angle dispersive mirror
525
925
725
33
0
5
p
Beam splitter, GDD = 0 fs2
600
1000
800
99.9
-60
5
p,s
Broad-band complimentary pair
625
1025
825
99.5
0
10
p
Mirror with third order dispersion (TOD)
650
1050
850
99.7
-95
5
p
Broad-band complementary pair
700
1100
900
99.5
100
5
p,s
Mirror with positive dispersion
625
1050
837.5
99
-50
7
p
Broad-band complementary pair
500
950
725
99.98
-
45
s
Beam splitter, GDD = 0 fs2
600
1050
825
99.5
-50
5
p
Broad-band double-angle dispersive mirror
600
1050
825
99.7
-50
5
p
Broad-band complimentary pair
600
1050
825
99
-50
5
p
Broad-band dispersive double angle mirror
650
1100
875
99
-40
5
p
Broad-band double-angle dispersive mirror
460
940
700
98
-
45
p
High-reflective mirror
480
960
720
99
-40
5
p
Broad-band double-angle dispersive mirror
450
950
700
99
-50
5
p
Broad-band dispersive double angle mirror
450
950
700
99
-30
5
s
Broad-band double-angle dispersive mirror
450
950
700
99
-30
5
s
Broad-band double-angle dispersive mirror
450
950
700
98
-30
5
p
Broad-band double-angle dispersive mirror
500
1000
750
98
0
45
p
Beam splitter (dispersion controlled within 550-610nm)
500
1000
750
98
-40
5
p
Broad-band double-angle dispersive mirror
500
1000
750
99
-45
5
p
Broad-band double-angle dispersive mirror
550
1050
800
99
-40
5
p
Broad-band double-angle dispersive mirror
600
1100
850
99.5
-50
5
p
Broad-band complementary pair
580
1125
852
0.5
0
0
p
Broad-band anti-reflection coating
450
1000
725
5
-
0
p
Beam splitter, GDD = 0 fs2
450
1000
725
99
-40
5
p
Broad-band double-angle dispersive mirror
500
1050
775
94
-50
5
p
Broad-band double-angle dispersive mirror
500
1050
775
99
-40
5
p
Broad-band double-angle dispersive mirror
500
1050
800
50
0
45
p
Beam splitter, GDD = 0 fs2
550
1100
825
99
-40
7
p
Broad-band complementary pair
550
1100
825
98
-60
7
p
Broad-band complementary pair
550
1100
825
99
-40
5
p
Broad-band complementary pair
400
1000
700
30
0
45
p
Beam splitter, GDD = 0 fs2
400
1000
700
50
0
45
p
Beam splitter, GDD = 0 fs2
450
1050
750
50
0
55.47
p
Beam splitter, GDD = 0 fs2
600
1200
900
98.5
-50
5
p
Broad-band complementary pair
600
1200
900
98.5
-50
5
p
Broad-band complementary pair
600
1200
900
99
-50
7
p
Broad-band complementary pair
400
1050
725
70
0
45
p
Beam splitter, GDD = 0 fs2
450
1200
825
94
-30
5
p
Ultra-broad-band dispersive mirror
500
1250
875
96
-40
5
p
Broad-band complementary pair
HD1607
Details Description of the design
High-dispersive mirror
Type
Mirror
Subtype
High(negative)-dispersion mirror
Angle of Incidence in degrees
5 °
Polarization regime (primary spectral range)
p,s
Spectral category
NIR
Spectral working range low end
755 nm
Spectral working range high end
805 nm
Central wavelength
780 nm
Nominal GDD
-1000 fs2
Minimum reflectance
99.94 %
Maximum reflectance
-
Minimum transmission
-
商品属性 [波长] 780nm [反射率] 99.94% [偏振] p,s
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