2.1 Ultrafast solid-state lasers - ETH - the Keller Group

Ref. p. 134] 2.1 Ultrafast solid-state lasers 47
Table 2.1.2 continued.
Laser material ML technique λ0 τp Pav,out frep Remarks Ref.
875 nm 18 fs ≈ 1 mW [97Dym]
880 nm 14.8 fs 70 mW 70 MHz Kr-ion-laser pumped [97Sor]
850 nm 12 fs 23 mW 200 MHz ML not self-starting [99Uem]
≈ 850 nm 9.9 fs strong wings in IAC [03Uem]
soliton-SESAM 840 nm 98 fs 50 mW 120 MHz first soliton mode-locking, no
KLM required
[94Kop1]
850 nm 45 fs 105 mW 176 MHz [95Kop2,
97Kop2]
865 nm 100 fs 11 mW 178 MHz [95Tsu]
842 nm 160 fs 25 mW compact cavity design with no
prisms for dispersion compensation
(dispersive SESAM)
868 nm 70 fs 100 mW 0.5 W diffraction-limited
MOPA pump
[96Kop2]
[96Tsu]
860 nm 60 fs 125 mW 176 MHz [97Kop2]
875 nm 50 fs 340 mW 150 MHz low-brightness 0.9 cm wide,
15 W diode laser array
875 nm 110 fs 500 mW 150 MHz low-brightness 0.9 cm wide,
15 W diode laser array
855 nm 57 fs 6.5 mW 150 MHz only 72 mW pump power with
1.5 V AA batteries
[97Kop3]
[97Kop3]
[98Hop]
848 nm 94 fs 110 mW 130 MHz only one GTI mirror [99Rob]
80 fs 100 MHz 20 fs (25 mHz . . . 10 kHz)
rms timing jitter
[99Tsu]
857 nm 146 fs 3 mW 1GHz [01Kem]
844 nm 113 fs 20 mW 407 MHz less than 110 mW pump [02Hop]
867 nm 39 fs 6.5 mW 8.6 MHz 0.75 nJ, DCM without prisms [03Pra]
856 nm 43 fs 5.5 mW 8.4 MHz 0.66 nJ, DCM with prisms [03Pra]
(continued)
Landolt-Börnstein
New Series VIII/1B1