Power Amplification of Parabolic Pulses

Thomas Schreiber,Fabian Röser,Andreas Liem,Oliver Schmidt,Holger Zellmer,Andreas Tünnermann

Power Amplification of Parabolic Pulses

2005

Thomas Schreiber
Fabian Röser
Andreas Liem
Oliver Schmidt
Holger Zellmer
Andreas Tünnermann

We report on the high power fiber based amplification of parabolic pulses. The output is compressed using transmission gratings to 300 fs and an average power of 38 W at 75 MHz repetition rate.

Keywords:

Parabola
Fiber
Polarization-maintaining optical fiber
Mode volume
Electronic engineering
Optics
Transmission (mechanics)
Materials science
high power lasers
ultrafast optics
Optoelectronics

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