, Volume 98, Issue 2-3, pp 295-299
Date: 11 Sep 2009

23W peak power picosecond pulses from a single-stage all-semiconductor master oscillator power amplifier

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Abstract

Using a single-stage all-semiconductor master oscillator-power amplifier, we generate narrow-band laser pulses of 23 W peak power at 1063 nm wavelength. These pulses of 40 ps length FWHM have a variable repetition rate and pulse energies around 2 nJ, which exceeds previous realizations and makes them ideally suited for second harmonic generation. With a spectral filter, an extinction ratio above 36 dB could be achieved at nearly 10 W peak power. We use a novel spectral method to reliably determine pulse energies independently of the background level.