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Table 4 Typical properties of mode-locked Yb-doped fiber lasers

From: Graphene saturable absorbers applications in fiber lasers

Fabrication method Average output power Pulse energy Center wavelength Pulse duration Repetition frequency Ref
CVD 513 mW 0.81nJ 1035 nm 6.5 ns 16.29 MHz [52]
CVD 12.09 mW 4.8nJ 1069.8 nm 580 ps 0.9 MHz [130]
CE 20 mW 6.4nJ 1035 nm 74.6 ps 551.5 KHz [132]
CVD 0.19 mW 1064 nm 2.3 ns 8.57 MHz [131]
VE 106.5 mW 1064.1 nm 755 ps 1.062 MHz [133]
VE 500 mW 1038 nm 11.3 ps 1 GHz [134]
CVD 16.2 mW 1064.9 nm 0.52 ns to 60.8 ns 1.078 MHz [135]
CVD 3.05 mW 1.713nJ 1565 nm 1.8 ps 6.9 MHz [20]
CVD 3.05 mW 1.713nJ 1068.8 nm 2.20 ns 1.78 MHz [20]
ME 2.5 mW 0.16nJ 1060 nm 189 ps 10.05 MHz [120]
CVD 50 mW 0.41nJ 1064.9 nm 0.52 ns to 60.8 ns 927 KHz [136]
ME 3 mW 25.5pJ 1027 nm 239 fs 22 MHz [137]
CVD 17.4 mW 1063 nm 718 ps 31.86 MHz [138]
CVD 3.05 mW 1.713nJ 1061.8 nm 2.41 ns 1.78 MHz [20]
VE 9.3 mW 8.68nJ 1059.7 nm 340 ps 14 MHz [139]
CVD 20 mW 1050 nm 24 ps 3.7 MHz [125]
CVD 3.05 mW 1.713nJ 1068.8 nm 2.20 ns 1.78 MHz [20]
FH 18.63 mW 3.52nJ 1044.4 nm 1.10 μs 62.10 kHz [98]
LPE 253 mW 3.3nJ 926 nm 88 fs 78 MHz [92]
  1. CVD chemical-vapour deposited, CE chemically exfoliated, ME mechanically exfoliate, LPE liquid phase exfoliation, EE electrochemical exfoliation, VE vertical evaporation, FH facile hydrothermal