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

62 2.1.3 Overview of ultrafast solid-state lasers [Ref. p. 134
Table 2.1.2 continued.
Laser material ML technique λ0 τp Pav,out frep Remarks Ref.
SESAM 1.534 μm 2.5 ps 68 mW 114 MHz [99Spu2]
1.534 μm 3.8 ps 12 mW 10 GHz nearly quantum-noise-limited
timing jitter [05Sch2]
[02Kra1]
1.535 μm 2.5 ps 50 mW 10 GHz [02Spu]
2.5 ps > 5 dBm 40 GHz MUX 40 GHz multiplexed (MUX) [02Spu]
1.528–1.561 μm 1.9 ps 25 mW 25 GHz gain equalized frequency
comb with 36 discrete channels,
tunable over C-band
[03Spu]
1.534 μm 4.3 ps 18 mW 40 GHz [03Zel]
1.534 μm 1.7–1.9 ps > 20 mW 8.8–13.3 GHz pulse repetition rate is continuously
tunable
1.533 μm 2 ps 7.5 mW 50 GHz 10 discrete channels locked to
50 GHz ITU grid
1.536 μm 3 ps 10.7 mW 77 GHz optical frequency comb with
> 56 dB OSNR (Optical
Signal-to-Noise Ratio)
[04Ern]
[04Zel]
[07Zel]
1.535 μm 20 ps 80 mW 61 MHz first AlGaAsSb-SESAM [04Gra]
1.534 μm 5 ps 70 mW 61 MHz first GaInNAs-SESAM at
1.5 μm
[05Rut]
1.535 μm 4.7 ps 9 mW 10 GHz AlGaAsSb-SESAM [06Gra]
soliton-SESAM 1.535 μm 380 fs 4 mW 100 MHz [01Was]
1536 μm 255 fs 58 mW 50 MHz [05Spu1]
1.54 μm 169 MHz 220 fs with external pulse
compression,
first Si/Ge-SESAM
[05Gra1]
(continued)
Landolt-Börnstein
New Series VIII/1B1