High Power SHG at 515 nm by Means of Extracavity Frequency Conversion of Sub-Picosecond Pulses from a Mode-Locked Innoslab MOPA

Bastian Gronloh,T. Mans,Peter Rußbüldt,Bernd Jungbluth,Rolf Wester,Dieter Hoffmann

High Power SHG at 515 nm by Means of Extracavity Frequency Conversion of Sub-Picosecond Pulses from a Mode-Locked Innoslab MOPA

2010

Bastian Gronloh
T. Mans
Peter Rußbüldt
Bernd Jungbluth
Rolf Wester
Dieter Hoffmann

190 W output power at 515 nm were achieved by extracavity frequency conversion of sub700 fs pulses at 76 MHz. Numerical simulations considering thermal effects and group velocity dispersion are applied to model the conversion.

Keywords:

Physical optics
Picosecond
Dispersion (optics)
Electronic engineering
Group velocity
Optics
Materials science
Optoelectronics
ultrafast optics
group velocity dispersion
phase matching
frequency conversion
Second-harmonic generation

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